pumps uk catalogue · 5 uv system rainsub rainsub 2al accessories accessories/ control panels &...
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Pumps UK Catalogue 20
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Espa Pumps (UK) Ltd is a subsidiary of the Spanish Espa Group and was founded in the UK in 1989.
Espa Pumps UK is based in Manningtree, Essex with a floor space of 10,000 sq. ft. It is a leading
manufacturer of packaged pumping equipment for the building services sector used in the boosting
of cold water, heating & cooling pressurisation systems and fire fighting sets.
In addition Espa provides efficient & reliable pumps and accessories for industrial & irrigation
processes, swimming pools, hydro massage, spas & wellness centres, rainwater harvesting and
many other sectors.
After sales support is given by a trained team, who can offer advice and on site commissioning.
Our commitment is to enter into a business relationship with our customers & suppliers that
guarantees complete satisfaction for all parties. Our goal is to assist our customers in gaining a
market advantage, while earning a fair return. Also to achieve an improved return on our investment
thorough quality, both in terms of service and the products supplied.
Since 1962 Espa has been developing a track record specialising in manufacturing products
equipment for pumping and efficient water management. Deploying solutions for professionals,
installers and wholesalers, through a range of innovative products.
Espa has become a leader in manufacturing pumping equipment for domestic, residential and
commercial uses. The Espa product portfolio provides excellent value due to its innovative nature
and design engineering. This offers the correct solution for the most demanding market requirements.
Tens of millions of Espa pumping equipment are in constant operation throughout the world.
Thousands of custom installations demonstrate the trust that professionals & users have placed in
Espa. Our customer base covers hotels, education centres, homes for the elderly, housing estates,
swimming pools, wellness centres, industrial units, logistic centres, arable & stock farms, gardens,
water treatment plants, mining operations & chemical plants.
Espa is a global organisation with local presence in its operational and distribution deployment.
It has sales organisations in Argentina, Brazil, Chile, China, France, Germany, India, Italy, Russia,
Spain, Turkey and the United Kingdom. It also has production centres in Chile, China, France and
Spain.
Innovation, engineering & service: These are the attributes that mark Espa’s efficient pumping
products and our quality. We are a customer-orientated organisation designed to be immediate
and close to the customer. We have a demanding product development process that is based on
knowledge of the technological and market requirements.
Espa Efficient Engineering sums up the spirit of innovation. It focuses on studying & applying the most
suitable technologies, plus the concept of efficient equipment for the pumping and engineering sector.
ESPA Pumps (UK) Ltd
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Index
Water Evacuation
Submersible & Drainage
Submersible
3” Borehole pumps
4’’ Plug & Go
ES4
6’’XS6
8’’XS8
10’’XS10
12’’XS12
A4I
O4I
A4F
A6F
A8F
Control Boxes
Franklin Accessories
Acuaria 07N/17/27
Acuaria 37/57
Idrogo
Drainage
MXO
Best
Best 2-5
Drain 100
DMR
Viginox
Viginox V
Drainex 100
TGR
Drainex 200/300
Drainex 400/500/600
Accessories
AL Series
S Series
AS Series
Draincor
GF Series
Control Panels
Drainbox 300/600
Drainbox 600/1000/1250/1500
Water Supply Surface
Horizontal & Vertical
Surface Horizontal
Prisma 15/25
Prisma 35N/45N
Prisma ESD
Aspri 15/25 MB
Aspri 35N/45N
Aspri ESD B
Tecno/Tecnoself
t
8
8
12
13
22
27
31
35
40
41
42
43
44
45
46
48
50
51
52
52
53
54
55
56
57
58
59
60
61
64
68
69
70
73
75
77
78
79
81
t
84
84
86
88
90
92
94
96
3” Borehole pumps
ES4
6’’XS6
8’’XS8
10’’XS10
12’’XS12
A4F
A6F
A8F
Franklin Accessories
Acuaria 07N/17/27
Acuaria 37/57
Idrogo
8
12
21
26
30
34
39
40
41
42
44
46
47
48
MXO
Best
Best 2-5
Drain 100
DMR
Viginox
Viginox V
Drainex 100
TGR
Drainex 200/300
Drainex 400/500/600
Accessories
AL Series
S Series
AS Series
Draincor
GF Series
Control Panels
Drainbox 300/600
Drainbox 600/1000/1250/1500
48
49
50
51
52
53
54
55
56
57
60
64
65
66
69
71
73
74
75
77
Prisma 15/25
Prisma 35N/45N
Prisma ESD
Aspri 15/25 MB
Aspri 35N/45N
Aspri ESD B
Tecno/Tecnoself
80
82
84
86
88
90
92
7
79
5
UV System
Rainsub
Rainsub 2AL
Accessories
Accessories/
Control Panels & Inverters
Accessories
Accessories
Control Panels Q2P
Walter Filters
Multi Cyclone Filter
Inverters
Steadypres
DG Box
Speedrive
Special Pumps
J Series
Piscis
Residue Pump LSCI.4S
Industrial process
Technical Information
Technical Information
257
258
259
260
t
262
262
265
266
267
268
268
269
270
t274
275
277
278
t280
Sub-Tank 100AP
Sub-Tank 100/05
Sub-Tank 270/05
Sub-Tank 270.I
Sub-Tank 270/480.DI
Tecno Booster Sets
ES 1000
Wallpres Mini/Midi
Espres/Espres Delux
Espres Delux Twin System
Espres Delux Plus 150D
Espres Delux Plus 250/280 D
Espresmat
CKE Booster sets
Cat 5 Booster sets
CKA/CPA Booster sets
Water GRP break Tanks
Fire Sets
Accessories
RBX Surge Arrestor
Air & Dirt separation
Glandless Circulators
FL/FL4
FLD/FLD4
AP/AKP/AEP Series
AEP/LP/ALP Series
AE/L/AL/AKN Series
T/AT Series
Pressure Vessels
AFE/ACS/AFOSB/AFESB Series
Pressure Wave
Challenger
Other Vessels
Water Regeneration
Domestic Rainwater Harvesting
Direct Feed System
ECO 750 (Garden)
Header Tank System
X-Press 10 Eco
X.Press 10 Acuapres
Eco-System
Rainpres
Rain Collector
Commercial Rainwater Harvesting
X-Press 50
X-Press 100
SP50
SP75H
SP100H
Rainwater G Tanks
S-Line Display System
183
184
185
186
187
188
189
190
191
192
193
194
195
196
198
199
200
201
204
206
207
208
221
227
230
231
232
233
235
235
237
238
239
t242
242
243
244
245
246
247
248
249
250
250
251
252
253
254
255
256
Tecno ESD
Plus S
Per
PQ
Jet JA
Jet PA
Delta
FN/FN4
FNS
FNF/FNFT
TM/TMB/TMV
FSC
Surface Vertical
Multi
Multi ESD
Multi VX
Multi VX ESD
Multi VE
Pool & Wellness
Swimming Pool
Silen Plus
Basic/Niper
Iris/Silen
Silen 2
S3 Magnus
Star CF/BR 2
Star CF4
Star F/V Pre-filters
APCP
Wiper3
Nadorself
Wiper3/Nadorself accessories
Multipool Plus
Pool
Dosing Pumps HC
Hydromassage/Spa
Wiper0
Tiper 0/2/15
Pressure Building Services
Pressure
Pressdrive
Optimatic 05
Pressure Sets
Tecnopres
Tecnoplus 15
Tecnoplus 25
Acuapres
Acuaplus N
Building Services
Aquabox
98
100
104
105
106
107
108
109
121
122
124
125
127
127
129
131
144
148
t150
150
151
153
155
156
157
158
159
160
161
162
163
164
165
166
167
167
168
t172
172
173
174
175
177
178
179
180
181
181
Tecno ESD
Per
PQ
Jet JA
Delta
FN/FN4
FNS
FNF/FNFT
TM/TMB/TMV
FSC
Sub-Tank 100AP
Sub-Tank 100/05
Sub-Tank 270/05
Sub-Tank 270.I
Sub-Tank 270/480.DI
Tecno Booster Sets
ES 1000
Wallpres Mini/Midi
Espres/Espres Delux
Espres Delux Twin System
Espres Delux Plus 150D
Espres Delux Plus 250/280 D
Espresmat
CKE Booster sets
Cat 5 Booster sets
CKA/CPA Booster sets
Water GRP break Tanks
Fire Sets
Accessories
RBX Surge Arrestor
Air & Dirt separation
Glandless Circulators
FL/FL4
FLD/FLD4
AP/AKP/AEP Series
AEP/LP/ALP Series
AE/L/AL/AKN Series
T/AT Series
UV System
Rainsub
Rainsub 2AL
Accessories
Multi
Multi ESD
Multi VE
Basic/Niper
S3 Magnus
Star CF/BR 2
Star CF4
Star F/V Pre-filters
APCP
Pool
Dosing Pumps HC
Tiper 0/2/15
Optimatic 05
Pressure Sets
Tecnopres
Tecnoplus 15
Tecnoplus 25
Acuapres
Acuaplus N
Aquabox
94
96
97
98
99
100
112
113
115
116
118
120
122
124
126
127
128
129
130
131
132
138
139
140
142
143
144
145
146
148
149
150
151
152
153
154
155
156
157
158
159
160
161
163
164
165
166
169
171
172
173
186
192
195
196
197
198
AFE/ACS/AFOSB/AFESB Series
Pressure Wave
Challenger
Other Vessels
Direct Feed System
ECO 750 (Garden)
Header Tank System
X-Press 10 Eco
X.Press 10 Acuapres
Eco-System
Rainpres
Rain Collector
X-Press 50
X-Press 100
SP50
SP75H
SP100H
Rainwater G Tanks
S-Line Display System
200
202
203
204
208
209
210
211
212
213
214
215
216
216
217
218
219
220
221
222
Accessories
Control Panels Q2P
Walter Filters
Steadypres
DG Box
Speedrive
J Series
Piscis
Residue Pump LSCI.4S
Industrial Process
Technical Information
223
224
225
226
228
231
232
233
234
235
240
241
243
244
245
133
137
133
123
118
79207
79
227
6
The Regulation (EU) N° 547/2012, implementing the Directive 2009/125/CE with regard to ecodesign for water pumps,
establishes:
1. From 1 January 2013, water pumps placed on the EU market shall have a minimum efficiency of MEI 0,1.
2. From 1 January 2015, water pumps placed on the EU market shall have a minimum efficiency of MEI 0,4.
ESPA pump series within this regulation:
ES4 Multi
ES4 01 (MEI 0,4) Multi 25 (MEI 0,4)
ES4 02 (MEI 0,4) Multi 35 (MEI 0,4)
ES4 03 (MEI 0,4) Multi 55 (MEI 0,4)
ES4 04 (MEI 0,4)
ES4 06 (MEI 0,4) Multi VX
ES4 08 (MEI 0,4) Multi VX1 (MEI 0,4)
ES4 10 (MEI 0,4) Multi VX3 (MEI 0,4)
ES4 12 (MEI 0,4) Multi VX5 (MEI 0,4)
ES4 16 (MEI 0,4) Multi VX10 (MEI 0,4)
Multi VX15 (MEI 0,4)
Acuaria Multi VX20 (MEI 0,4)
Acuaria 37 (MEI 0,4)
Acuaria 57 (MEI 0,4)
The benchmark for most efficient water pumps is MEI 0,7.
The operation of this water pump with variable duty points may be more efficient and economic when controlled, for
example, by the use of a variable speed drive that matches the pump duty to the system.Performance curves and any
other required information of the water pumps, as well as the information relevant for disassembly, recycling or disposal
at end-of-life of the pump are available within the instruction manual and the ESPA website www.espa.com.
The information on benchmark efficiency is available at http://global.espa.com/doc-descarrega-1/fingerprints.pdf.
Water pumps Ecodesign
7
WATEREVACUATIONSUBMERSIBLE & DRAINAGE
8
Equipment
WPS
Overload protection.
Internal surge arrester.
Incorporated Jam free check valve.
No capacitor, all integrated.
Heat shrink joint kit.
WPS CP sold as a kit consisting of:
high speed pump with motor,
electrical cable, control panel with
frequency drive 8 lt., pressure vessel,
manometer and a ball valve.
Limitations
Maximum liquid temperature: 40 °C.
Accessories
Cooling Shrouds.
Filters (3” WPS CP only, when the cable
length exceeds 120 m.)
3” Borehole Pumps Submersible
WPS & WPS CP submersible pumps
Applications
Domestic applications, irrigation,
pressurisation, water transfer,
suitable for wells 3” and above.
Materials
The pump is made entirely of
stainless steel and equipped with
special bearings resistant to high
speed performance.
Excellent resistance to wear.
Motor
WPS
Motor rating up to 1.5 kW, 140 Hz.
Single-phase supply.
Overvoltage & undervoltage.
WPS CP
High speed, maximum 8.200 rpm.
Discharge Rp 1 1/4”.
Very easy installation.
Motor developed to run at high speed
(140 Hz).
Constant pressure due to variable speed.
Protection against dry running.
Soft start and stop.
Single-phase supply to the controller.
Protection against over and under
voltage.
Two set pressures possible.
8
9
3” Borehole Pumps Submersible
Technical data
Pump TypeNum. of
stages
Max. Pump
Power P2
[kW]
Pump data [mm]Weight
[kg]
Kit Flow [m3/h] Max.
Head [m]
at 0 [m3/h]
Full loand current
A B C [cm] [kg] 0,5 1 1,5 2 Motor Supply
3” WPS® 1-131 0,15 160
615 775 7,565 x 32 x 22 11,2 17 13 10 6 20
1,9
3,4
3” WPS®-CP 1-13 210 370 5,1 3,3
3” WPS® 1-252 0,29 180
615 795 7,765 x 32 x 22 10,4 33 26 21 12 39
2,3
3,9
3” WPS®-CP 1-25 210 390 5,3 3,8
3” WPS® 1-403 0,44 200
615 815 7,965 x 32 x 22 11,6 50 40 31 18 59
2,7
4,8
3” WPS®-CP 1-40 210 410 5,5 4,7
3” WPS® 1-504 0,58 220
615 835 8,165 x 32 x 22 11,8 66 53 42 24 78
3,1
5,6
3” WPS®-CP 1-50 210 430 5,7 5,4
3” WPS® 1-655 0,73 240
645 885 9,065 x 32 x 22 12,7 83 66 52 30 98
4,1
7,2
3” WPS®-CP 1-65 240 480 6,6 7,1
3” WPS® 1-756 0,87 260
645 905 9,265 x 32 x 22 12,9 100 79 62 36 117
4,6
8,0
3” WPS®-CP 1-75 240 500 6,8 8,0
3” WPS® 1-907 1,02 280
815 1095 10,065 x 32 x 22 13,7 116 92 73 42 137
6,1
10,5
3” WPS®-CP 1-90 270 550 7,6 10,6
3” WPS® 1-1008 1,16 300
815 1115 10,265 x 32 x 22 13,9 133 106 83 48 156
6,5
11,2
3” WPS®-CP 1-100 270 570 7,8 11,3
3” WPS® 1-1109 1,31 320
815 1135 10,465 x 32 x 22 14,1 149 119 94 54 176
6,9
11,9
3” WPS®-CP 1-110 270 590 8,0 12,0
3” WPS® 1-12510 1,45 340
815 1155 10,665 x 32 x 22 14,3 166 132 104 60 195
7,2
12,5
3” WPS®-CP 1-125 270 610 8,2 12,5
Ø76mm
RP 1 1/4”
A
C
B
Dimensions
3” WPS® 1, 3” WPS® CP 1
Performance curves
-125
-65
-90
-40
-110
-100
-50
-75
-25
-13
9
10
3” Borehole Pumps Submersible
3” WPS® 2, 3” WPS® CP 2
Technical data
Pump TypeNum. of
stages
Max. Pump
Power P2
[kW]
Pump data [mm]Weight
[kg]
Kit Flow [m3/h] Max.
Head [m]
at 0 [m3/h]
Full loand current
A B C [cm] [kg] 0,5 1 1,5 2 2,5 Motor Supply
3” WPS® 2-131 0,19 160
615 775 7,565 x 32 x 22 11,2 20 18 16 13 10 21
2,0
3,6
3” WPS®-CP 2-13 210 370 5,1 3,5
3” WPS® 2-252 0,37 180
615 795 7,765 x 32 x 22 10,4 39 36 31 26 20 42
2,5
4,5
3” WPS®-CP 2-25 210 390 5,3 4,4
3” WPS® 2-403 0,56 200
615 815 7,965 x 32 x 22 11,6 59 53 47 39 30 62
3,1
5,5
3” WPS®-CP 2-40 210 410 5,5 5,4
3” WPS® 2-504 0,74 220
645 865 8,965 x 32 x 22 12,6 78 71 62 52 40 83
4,1
7,0
3” WPS®-CP 2-50 240 460 6,5 7,1
3” WPS® 2-655 0,90 240
645 885 9,165 x 32 x 22 12,8 98 89 78 65 50 104
4,7
8,2
3” WPS®-CP 2-65 240 480 6,7 8,2
3” WPS® 2-756 1,11 260
815 1075 10,065 x 32 x 22 13,7 117 107 93 78 60 125
6,1
10,5
3” WPS®-CP 2-75 270 530 7,6 10,6
3” WPS® 2-907 1,29 280
815 1095 10,265 x 32 x 22 13,9 137 124 109 91 70 145
6,8
11,7
3” WPS®-CP 2-90 270 550 7,8 11,8
3” WPS® 2-1008 1,48 300
815 1115 10,465 x 32 x 22 14,1 156 142 124 104 80 166
7,2
12,5
3” WPS®-CP 2-100 270 570 8,0 12,5
Performance curves Dimensions
Ø76mm
RP 1 1/4”
A
C
B
-100
-90
-75
-65
-50
-40
-25
-13
10
11
3” Borehole Pumps Submersible
3” WPS® 3, 3” WPS® CP 3
Technical data
Pump TypeNum. of
stages
Max. Pump
Power P2
[kW]
Pump data [mm]Weight
[kg]
Kit Flow [m3/h] Max.
Head [m]
at 0 [m3/h]
Full loand current
A B C [cm] [kg] 1 2 2,5 3 3,5 4 Motor Supply
3” WPS® 3-151 0,29 160
615 775 7,565 x 32 x 22 11,2 21 19 17 16 13 10 22
2,8
4,9
3” WPS®-CP 3-15 210 370 5,1 4,9
3” WPS® 3-302 0,58 180
615 895 6,865 x 32 x 22 10,4 42 37 34 31 26 21 45
3,1
5,5
3” WPS®-CP 3-30 210 390 4,3 5,4
3” WPS® 3-453 0,87 200
645 845 8,765 x 32 x 22 12,4 62 56 52 47 40 31 67
4,6
7,9
3” WPS®-CP 3-45 240 440 6,3 8,0
3” WPS® 3-654 1,16 220
815 1035 9,765 x 32 x 22 13,4 83 74 69 62 53 42 90
6,3
10,8
3” WPS®-CP 3-65 270 490 7,3 10,9
3” WPS® 3-805 1,45 240
815 1055 9,965 x 32 x 22 13,6 104 93 86 78 66 52 112
7,1
12,3
3” WPS®-CP 3-80 270 510 7,5 12,3
Pump TypeNum. of
stages
Max. Pump
Power P2
[kW]
Pump data [mm]Weight
[kg]
Kit Flow [m3/h] Max.
Head [m]
at 0 [m3/h]
Full loand current
A B C [cm] [kg] 1 2 3 4 5 6 Motor Supply
3” WPS® 5-201 0,45 160
615 775 7,565 x 32 x 22 11,2 24 23 21 21 18 15 25
3,2
5,6
3” WPS®-CP 5-20 210 370 5,1 5,6
3” WPS® 5-352 0,90 180
645 825 8,565 x 32 x 22 12,2 47 44 42 39 35 29 50
4,7
8,2
3” WPS®-CP 5-35 240 420 6,1 8,2
3” WPS® 5-553 1,35 200
815 1015 9,565 x 32 x 22 13,2 70 67 64 59 53 42 75
7,2
12,4
3” WPS®-CP 5-55 270 470 7,1 12,5
Dimensions
Performance curves
3” WPS® 5, 3” WPS® CP 5
Ø76mm
RP 1 1/4”
A
C
B
-80
-65
-45
-30
-15
-55
-35
-20
11
13
ES4 Submersible
Submersible pump with floating impellers
Applications
Domestic applications, irrigation,
pressurisation, water transfer,
suitable for 4” wells and above.
Materials
Outer case, discharge body, suction
strainer, pump suport and pump shaft
in stainless steel AISI 304.
Diffusers in technopolymer.
Floating impellers in Noryl
(glass loaded polymer).
Motor
Franklin water cooled as standard.
Espa water & oil cooled on request.
Class B insulation.
Protection IP 68.
Continuous operation.
Complete with built-in thermal
protection.
Energy Index MEI 0,4.
Limitations
Maximum liquid temperature: 40 °C.
Maximum quantity of sand in
suspension: 150 g/m3.
Equipment
Complete with pre-fitted cable tail.
Integral non return valve.
Capacitor box
(Single-phase only, included up to 1.1.
1.5 kW and above extra).
Heat shrink joint kit
(option of resin joint).
12
14
ES4 01 Submersible
Model
P2
[kW]
0.37
0.37
0.55
0.75
1.1
[HP]
0.5
0.5
0.75
1
1.5
0
0
67
86
126
173
253
0.3
5
63
78
118
160
234
0.6
10
55
70
105
141
208
0.9
15
46
56
86
117
169
1.2
20
33
42
60
81
117
1.5
25
18
23
30
39
52
m3/h
l/min
mw
c
ES4 01 10
ES4 01 13
ES4 01 19
ES4 01 26
ES4 01 38
Hydraulic performance table
Dimensions and weights
ES4 01 10 M 04I
ES4 01 13 M O4I
ES4 01 19 M O4I
ES4 01 26 M O4I
ES4 01 38 M O4I
ES4 01 10 T O4I
ES4 01 13 T O4I
ES4 01 19 T O4I
ES4 01 26 T O4I
ES4 01 38 T O4I
ES4 01 10 M A4I
ES4 01 13 M A4I
ES4 01 19 M A4I
ES4 01 26 M A4I
ES4 01 38 M A4I
ES4 01 10 T A4I
ES4 01 13 T A4I
ES4 01 19 T A4I
ES4 01 26 T A4I
ES4 01 38 T A4I
Model
Dimensions [mm] Weight Electropump
324
377
481
642
864
324
377
481
642
864
324
377
481
642
864
324
377
481
642
864
10.6
11.0
12.6
14.8
19.1
10.1
10.5
11.0
13.7
17.2
10.3
10.7
12.3
14.0
18.9
10.1
10.5
11.7
13.4
16.4
3.3
3.7
4.7
5.8
8.2
3.3
3.7
4.7
5.8
8.2
3.3
3.7
4.7
5.8
8.2
3.3
3.7
4.7
5.8
8.2
679
732
861
1057
314
658
732
836
1022
1279
560
643
767
973
1257
540
613
747
928
1212
L1 L
Weight pump
[kg] [kg]RP/NPT 1 1/4” RP/NPT 1 1/4”
Performance curves at 2900 rpm
ES4 01 38
ES4 01 19
ES4 01 26
ES4 01 13
ES4 01 10
13
15
ES4 02 Submersible
ES4 02 05 M O4I
ES4 02 07 M O4I
ES4 02 10 M O4I
ES4 02 14 M O4I
ES4 02 20 M O4I
ES4 02 28 M O4I
ES4 02 40 M O4I
ES4 02 05 T O4I
ES4 02 07 T O4I
ES4 02 10 T O4I
ES4 02 14 T O4I
ES4 02 20 T O4I
ES4 02 28 T O4I
ES4 02 40 T O4I
ES4 02 52 T O4I
ES4 02 05 M A4I
ES4 02 07 M A4I
ES4 02 10 M A4I
ES4 02 14 M A4I
ES4 02 20 M A4I
ES4 02 28 M A4I
ES4 02 40 M A4I
ES4 02 05 T A4I
ES4 02 07 T A4I
ES4 02 10 T A4I
ES4 02 14 T A4I
ES4 02 20 T A4I
ES4 02 28 T A4I
ES4 02 40 T A4I
ES4 02 52 T A4I
Model
Dimensions [mm] Weight Electropump
236
271
324
394
499
640
851
236
271
324
394
499
640
851
1062
236
271
324
394
499
640
851
236
271
324
394
499
640
851
1062
9.8
10.1
11.2
12.9
15.8
18.7
22.9
9.3
9.6
10.6
11.8
13.9
17.3
20.7
23.3
9.5
9.8
10.9
12.1
15.6
18.7
22.1
9.3
9.6
10.3
11.5
13.1
18.0
20.7
30.4
2.5
2.8
3.3
3.9
4.9
6.2
8.1
2.5
2.8
3.3
3.9
4.9
6.2
8.1
10.0
2.5
2.8
3.3
3.9
4.9
6.2
8.1
2.5
2.8
3.3
3.9
4.9
6.2
8.1
10.0
591
626
679
774
914
1090
1351
570
605
679
749
879
1055
1301
1512
472
507
590
680
830
1033
1264
452
487
560
660
785
988
1244
1606
L1 L
Weight pump
[kg] [kg]
Model
P2
[kW] [HP] 0
0
1.2
20
1.5
25
1.8
30
2.4
40
3.0
50
0.37
0.37
0.55
0.75
1.1
1.5
2.2
3
0.5
0.5
0.75
1
1.5
2
3
4
34
46
69
92
139
193
276
360
31
42
63
83
127
176
252
328
29
39
60
79
120
167
239
312
27
36
55
74
111
155
222
289
23
29
44
60
90
125
179
233
16
22
29
42
60
83
118
154
m3/h
l/min
mw
c
ES4 02 05
ES4 02 07
ES4 02 10
ES4 02 14
ES4 02 20
ES4 02 28
ES4 02 40
ES4 02 52
RP/NPT 1 1/4” RP/NPT 1 1/4”
ES4 02 05
ES4 02 07
ES4 02 10
ES4 02 14
ES4 02 20
ES4 02 28
ES4 02 40
ES4 02 52
Dimensions and weights
Hydraulic performance tablePerformance curves at 2900 rpm
14
16
ES4 03 Submersible
ES4 03 05 M O4I
ES4 03 08 M O4I
ES4 03 11 M O4I
ES4 03 16 M O4I
ES4 03 21 M O4I
ES4 03 32 M O4I
ES4 03 05 T O4I
ES4 03 08 T O4I
ES4 03 11 T O4I
ES4 03 16 T O4I
ES4 03 21 T O4I
ES4 03 32 T O4I
ES4 03 05 M A4I
ES4 03 08 M A4I
ES4 03 11 M A4I
ES4 03 16 M A4I
ES4 03 21 M A4I
ES4 03 32 M A4I
ES4 03 05 T A4I
ES4 03 08 T A4I
ES4 03 11 T A4I
ES4 03 16 T A4I
ES4 03 21 T A4I
ES4 03 32 T A4I
Model
Dimensions [mm] Weight Electropump
236
289
342
430
519
749
236
289
342
430
519
749
236
289
342
430
519
749
236
289
342
430
519
749
9.8
10.8
12.4
15.1
17.5
21.9
9.3
10.2
11.3
13.2
16.1
19.7
9.5
10.5
11.6
14.9
17.5
21.1
9.3
9.9
11.0
12.4
16.8
19.7
2.5
2.9
3.4
4.2
5.0
7.1
2.5
2.9
3.4
4.2
5.0
7.1
2.5
2.9
3.4
4.2
5.0
7.1
2.5
2.9
3.4
4.2
5.0
7.1
591
644
722
845
969
1249
570
644
697
810
934
1199
472
555
628
761
912
1162
452
525
608
716
867
1142
L1 L
Weight pump
[kg] [kg]
Model
P2
[kW] [HP] 0
0
1.2
20
1.8
30
2.4
40
3.0 4.2
50 70
0.37
0.55
0.75
1.1
1.5
2.2
0.5
0.75
1
1.5
2
3
34
54
72
106
142
208
32
51
68
101
135
200
30
49
64
95
127
187
28
43
58
83
115
165
24
38
49
70
100
138
13
19
26
33
49
62
m3/h
l/min
mw
c
ES4 03 05
ES4 03 08
ES4 03 11
ES4 03 16
ES4 03 21
ES4 03 32
RP/NPT 1 1/4” RP/NPT 1 1/4”
ES4 03 05
ES4 03 08
ES4 03 11
ES4 03 16
ES4 03 21
ES4 03 32
Dimensions and weights
Hydraulic performance tablePerformance curves at 2900 rpm
15
17
ES4 04 Submersible
Model
P2
[kW] [HP] 0
0
2.4
40
3.0
50
4.2
70
5.4 6.0
90 100
0.37
0.55
0.75
1.1
1.5
2.2
3
3.7
4
0.5
0.75
1
1.5
2
3
4
5
5.5
26
38
51
77
102
151
203
253
278
22
35
46
71
96
139
185
227
260
21
32
43
68
92
132
175
216
247
17
26
35
57
77
111
146
182
210
11
18
24
41
57
80
105
131
159
7
12
18
31
46
62
80
102
127
m3/h
l/min
mw
c
ES4 04 04
ES4 04 06
ES4 04 08
ES4 04 12
ES4 04 16
ES4 04 24
ES4 04 32
ES4 04 40
ES4 04 44
ES4 04 04
ES4 04 08
ES4 04 06
ES4 04 12
ES4 04 16
ES4 04 24
ES4 04 32
ES4 04 40
ES4 04 44
ES4 04 04 M O4I
ES4 04 06 M O4I
ES4 04 08 M O4I
ES4 04 12 M O4I
ES4 04 16 M O4I
ES4 04 24 M O4I
ES4 04 04 T O4I
ES4 04 06 T O4I
ES4 04 08 T O4I
ES4 04 12 T O4I
ES4 04 16 T O4I
ES4 04 24 T O4I
ES4 04 32 T O4I
ES4 04 40 T O4I
ES4 04 44 T O4I
ES4 04 04 M A4I
ES4 04 06 M A4I
ES4 04 08 M A4I
ES4 04 12 M A4I
ES4 04 16 M A4I
ES4 04 24 M A4I
ES4 04 04 T A4I
ES4 04 06 T A4I
ES4 04 08 T A4I
ES4 04 12 T A4I
ES4 04 16 T A4I
ES4 04 24 T A4I
ES4 04 32 T A4I
ES4 04 40 T A4I
ES4 04 44 T A4I
Model
Dimensions [mm] Weight Electropump
247
296
345
433
542
777
247
296
345
433
542
777
965
1160
1296
247
296
345
433
542
777
247
296
345
433
542
777
965
1160
1296
9.7
10.8
12.3
15.0
17.5
21.4
9.2
10.2
11.2
13.1
16.1
19.2
22.3
27.9
28.7
9.4
10.5
11.5
14.8
17.5
20.6
9.2
9.9
10.9
12.3
16.8
19.2
29.1
33.9
34.7
2.4
2.9
3.3
4.1
5.0
6.6
2.4
2.9
3.3
4.1
5.0
6.6
8.7
10.4
11.2
2.4
2.9
3.3
4.1
5.0
6.6
2.4
2.9
3.3
4.1
5.0
6.6
8.7
10.4
11.2
602
651
725
848
992
1277
581
651
700
813
957
1227
1415
1730
1866
483
562
631
764
935
1190
463
532
611
719
890
1170
1509
1774
1910
L1 L
Weight pump
[kg] [kg]RP/NPT 1 1/4” RP/NPT 1 1/4”
Dimensions and weights
Hydraulic performance tablePerformance curves at 2900 rpm
16
18
ES4 06 Submersible
ES4 06 07 M O4I
ES4 06 10 M O4I
ES4 06 14 M O4I
ES4 06 20 M O4I
ES4 06 07 T O4I
ES4 06 10 T O4I
ES4 06 14 T O4I
ES4 06 20 T O4I
ES4 06 27 T O4I
ES4 06 34 T O4I
ES4 06 36 T O4I
ES4 06 49 T O4I
ES4 06 07 M A4I
ES4 06 10 M A4I
ES4 06 14 M A4I
ES4 06 20 M A4I
ES4 06 07 T A4I
ES4 06 10 T A4I
ES4 06 14 T A4I
ES4 06 20 T A4I
ES4 06 27 T A4I
ES4 06 34 T A4I
ES4 06 36 T A4I
ES4 06 49 T A4I
Model
Dimensions [mm] Weight Electropump
390
483
607
831
390
483
607
831
1048
1257
1318
1802
390
483
607
831
390
483
607
831
1048
1257
1318
1802
12.7
15.5
18.2
22.3
11.6
13.6
16.8
20.1
23.2
29.1
29.7
36.9
11.9
15.3
18.2
21.5
11.3
12.8
17.5
20.1
30.0
35.1
35.7
42.7
3.7
4.6
5.7
7.5
3.7
4.6
5.7
7.5
9.6
11.6
12.2
15.9
3.7
4.6
5.7
7.5
3.7
4.6
5.7
7.5
9.6
11.6
12.2
15.9
770
898
1057
1331
745
863
1022
1271
1498
1827
1888
2432
676
814
1000
1244
656
769
955
1224
1592
1871
1935
2486
L1 L
Weight pump
[kg] [kg]
Model
P2
[kW] [HP] 0
0
3.0
50
4.2
70
5.4
90
7.2 8.4
120 140
0.75
1.1
1.5
2.2
3.0
3.7
4
5.5
1
1.5
2
3
4
5
5.5
7.5
42
62
90
125
169
208
221
302
36
53
77
107
145
178
190
257
32
48
71
97
131
162
173
234
28
41
63
86
115
143
154
209
19
29
46
62
84
103
112
151
11
18
28
40
55
66
72
96
m3/h
l/min
mw
c
ES4 06 07
ES4 06 10
ES4 06 14
ES4 06 20
ES4 06 27
ES4 06 34
ES4 06 36
ES4 06 49
RP/NPT 1 1/4” RP/NPT 1 1/4”
ES4 06 07
ES4 06 10
ES4 06 14
ES4 06 27
ES4 06 34
ES4 06 36
ES4 06 49
ES4 06 20
Dimensions and weights
Hydraulic performance tablePerformance curves at 2900 rpm
17
19
ES4 08 Submersible
ES4 08 04 M O4I
ES4 08 06 M O4I
ES4 08 08 M O4I
ES4 08 13 M O4I
ES4 08 04 T O4I
ES4 08 06 T O4I
ES4 08 08 T O4I
ES4 08 13 T O4I
ES4 08 17 T O4I
ES4 08 21 T O4I
ES4 08 23 T O4I
ES4 08 32 T O4I
ES4 08 43 T O4I
ES4 08 04 M A4I
ES4 08 06 M A4I
ES4 08 08 M A4I
ES4 08 13 M A4I
ES4 08 04 T A4I
ES4 08 06 T A4I
ES4 08 08 T A4I
ES4 08 13 T A4I
ES4 08 17 T A4I
ES4 08 21 T A4I
ES4 08 23 T A4I
ES4 08 32 T A4I
ES4 08 43 T A4I
Model
Dimensions [mm] Weight Electropump
294
356
418
573
294
356
418
573
697
859
921
1238
1603
294
356
418
573
294
356
418
573
697
859
921
1238
1603
11.8
14.3
16.5
20.3
10.7
12.4
15.1
18.1
20.2
25.3
25.9
32.0
42.7
11.0
14.1
16.5
19.5
10.4
11.6
15.8
18.1
27.0
31.3
31.9
37.8
43.2
2.8
3.4
4.0
5.5
2.8
3.4
4.0
5.5
6.6
7.8
8.4
11.0
14.2
2.8
3.4
4.0
5.5
2.8
3.4
4.0
5.5
6.6
7.8
8.4
11.0
14.2
674
771
868
1073
649
736
833
1023
1147
1429
1491
1868
2439
580
687
811
986
560
642
766
966
1241
1473
1535
1922
2367
L1 L
Weight pump
[kg] [kg]
Model
P2
[kW] [HP] 0
0
4.8
80
6.0
100
8.4
140
10.8 12
180 200
0.75
1.1
1.5
2.2
3
3.7
4
5.5
7.5
1.0
1.5
2
3
4
5
5.5
7.5
10
26
39
52
82
108
132
148
202
272
24
36
48
75
98
117
134
182
244
22
34
46
71
94
111
127
172
230
19
29
39
59
79
93
108
143
193
15
22
29
40
58
68
79
105
141
12
17
24
30
46
52
60
80
107
m3/h
l/min
mw
c
ES4 08 04
ES4 08 06
ES4 08 08
ES4 08 13
ES4 08 17
ES4 08 21
ES4 08 23
ES4 08 32
ES4 08 43
RP/NPT 2” RP/NPT 2”
ES4 08 43
ES4 08 04
ES4 08 08
ES4 08 13
ES4 08 17
ES4 08 21
ES4 08 23
ES4 08 32
ES4 08 06
Dimensions and weights
Hydraulic performance tablePerformance curves at 2900 rpm
18
20
ES4 12 Submersible
ES4 12 07 M O4I
ES4 12 10 M O4I
ES4 12 07 T O4I
ES4 12 10 T O4I
ES4 12 14 T O4I
ES4 12 17 T O4I
ES4 12 19 T O4I
ES4 12 26 T O4I
ES4 12 34 T O4I
ES4 12 07 M A4I
ES4 12 10 M A4I
ES4 12 07 T A4I
ES4 12 10 T A4I
ES4 12 14 T A4I
ES4 12 17 T A4I
ES4 12 19 T A4I
ES4 12 26 T A4I
ES4 12 34 T A4I
Model
Dimensions [mm] Weight Electropump
534
690
534
690
989
1092
1195
1559
2007
534
690
534
690
989
1092
1195
1559
2007
17.8
21.5
16.4
19.3
22.2
27.6
28.5
35.3
46.6
17.8
20.7
17.1
19.3
29.0
33.6
34.5
41.1
47.1
5.3
6.7
5.3
6.7
8.6
10.1
11.0
14.3
18.1
5.3
6.7
5.3
6.7
8.6
10.1
11.0
14.3
18.1
984
1190
949
1140
1439
1662
1765
2189
2843
927
1103
882
1083
1533
1706
1809
2243
2771
L1 L
Weight pump
[kg] [kg]
Model
P2
[kW] [HP] 0
0
6.0
100
8.4
140
10.8
180
13.2 15.6
220 260
1.5
2.2
3
3.7
4
5.5
7.5
2
3
4
5
5.5
7.5
10
45
64
89
107
120
163
213
37
54
76
90
102
136
179
33
48
67
80
91
120
158
28
41
56
67
76
100
131
22
32
43
51
58
75
98
14
20
28
32
37
48
63
m3/h
l/min
mw
c
ES4 12 07
ES4 12 10
ES4 12 14
ES4 12 17
ES4 12 19
ES4 12 26
ES4 12 34
RP/NPT 2” RP/NPT 2”
ES4 12 07
ES4 12 10
ES4 12 14
ES4 12 17
ES4 12 19
ES4 12 26
ES4 12 34
Dimensions and weights
Hydraulic performance tablePerformance curves at 2900 rpm
19
21
ES4 16 Submersible
ES4 16 08 M O4I
ES4 16 08 T O4I
ES4 16 11 T O4I
ES4 16 13 T O4I
ES4 16 15 T O4I
ES4 16 20 T O4I
ES4 16 27 T O4I
ES4 16 07 M A4I
ES4 16 07 T A4I
ES4 16 10 T A4I
ES4 16 14 T A4I
ES4 16 17 T A4I
ES4 16 26 T A4I
ES4 16 27 T A4I
Model
Dimensions [mm] Weight Electropump
676
676
880
1013
1149
1489
1962
676
676
880
1013
1149
1489
1962
21.1
18.9
21.7
26.8
28.0
34.5
46.2
20.3
18.9
28.5
32.8
34.0
40.3
46.7
6.3
6.3
8.1
9.3
10.5
13.5
17.7
6.3
6.3
8.1
9.3
10.5
13.5
17.7
1176
1126
1330
1583
1719
2119
2798
1089
1069
1424
1627
1763
2173
2726
L1 L
Weight pump
[kg] [kg]
Model
P2
[kW] [HP] 0
0
8.4
140
12
200
15.6
260
19.2 24
320 400
2.2
3
3.7
4
5.5
7.5
3
4
5
5.5
7.5
10
51
70
81
97
125
169
41
57
67
79
102
139
35
49
58
69
89
122
29
41
48
58
74
101
22
31
38
46
60
83
12
18
22
27
37
52
m3/h
l/min
mw
c
ES4 16 08
ES4 16 11
ES4 16 13
ES4 16 15
ES4 16 20
ES4 16 27
RP/NPT 2” RP/NPT 2”
ES4 16 08
ES4 16 11
ES4 16 13
ES4 16 15
ES4 16 20
ES4 16 27
Dimensions and weights
Hydraulic performance tablePerformance curves at 2900 rpm
20
22
Applications
For deep wells with minimum diameter
of 158 mm, water supply, fountains,
irrigation, pressure boosting, dewatering,
mining & other civil/industrial
applications.
Materials
Suction support in cast iron (EN-GJL-250).
Shaft & coupling in Stainless Steel
AISI 431.
Impeller & diffuser in cast iron
(EN-GJL-250).
Options:
Fully Stainless Steel AISI 316 (XSX6).
Fully Bronze (XSB6).
Motor
Water or oiled option, 2900 rpm.
Class B insulation.
IP 68 protection.
Continuous & intermittent operation.
Complete with built-in-thermal
protection.
Connected in accordance with NEMA
standard:
4’’ NEMA MG1–18.388 or
6’’ NEMA MG1-18.401-18.413.
6’’ XS6 Submersible
6’’ Semi-Axial submersible pumps
Range
XS6 K Q max: 36 m3/hr-H max: 275.5 mtrs.
XS6 X Q max: 39 m3/hr-H max: 390 mtrs.
XS6 A Q max: 60 m3/hr-H max: 325 mtrs.
XS6 B Q max: 72 m3/hr-H max: 280 mtrs.
XS6 C Q max: 90 m3/hr-H max: 231 mtrs.
Construction features
Semi-axial impellers.
3’’ outlet c/w non return valve.
Pump equipped with counter thrust ring
in anti-wear resin.
Diffuser c/w wear ring in anti-wear
rubber.
Driving bushings in anti-wear rubber
with metallic shell.
Components realised with particular
materials which assure in high wear
resistance.
Limitations
Maximum liquid temperature 30 °C.
Maximum immersion depth 300 m under
liquid level.
Clean non-aggressive and non-explosive
liquids, not containing solid particles
more than 2 mm.
Hydraulic performance table
XS6(K)
ModelI [A] P2** l/min 0 66.7 83.3 100 117 133 150 167 200 250 300
3~ 400 V [kW] [HP] m3/h 0 4 5 6 7 8 9 10 12 15 18
XS6(K)/5* 7.6 3 4
mw
c
71 63 62 59 57 54 51 49 42 30 14
XS6(K)/7* 9.3 4 5.5 100 88 86 83 79 76 72 69 60 42.5 20
XS6(K)/8* 11 5.5 7.5 114 101 99 95 91 87 83 79 68 48.5 23
XS6(K)/9* 11.5 5.5 7.5 128 114 111 106 102 98 93 89 77 53 25
XS6(K)/10* 12.2 5.5 7.5 142 126 123 118 113 108 103 98 85 59.5 28
XS6(K)/11* 16.3 7.5 10 156 139 136 130 125 119 114 108 94 65.5 31
XS6(K)/12* 16.3 7.5 10 171 151 147 142 136 130 124 118 102 72 34
XS6(K)/13* 16,3 7.5 10 185 164 160 154 147 141 134 128 111 78.5 37
XS6(K)/16 19.9 9.2 12.5 228 202 197 189 181 173 165 157 136 95.5 45
XS6(K)/19 23.7 11 15 270 240 232 224 215 205 196 187 162 115 53
XS6(K)/22 27.7 13 17.5 317 281 271 260 249 238 227 214 187 134 62
XS6(K)/26 30.4 15 20 369 328 318 307 294 281 268 255 221 159 73
XS6(K)/29 38 18.5 25 412 366 353 342 328 313 299 284 247 176 81
XS6(K)/32 38 18.5 25 456 403 392 378 362 346 330 314 272 195 90
* The group is also available in special version for horizontal operation
** Rated power of motor
21
23
6’’ XS6 Submersible
Hydraulic performance table
XS6(X)
ModelI [A] P2** l/min 0 200 250 300 350 400 450 500 550 600 650
3~ 400 V [kW] [HP] m3/h 0 12 15 18 21 24 27 30 33 36 39
XS6(X)/3* 7.6 3 4
mw
c
45 38 36 34 31 28 25 21 17 13 7.5
XS6(X)/4* 9.3 4 5.5 60 51 48 45 42 37 33 28 23 17 10
XS6(X)/5* 12.2 5.5 7.5 75 64 60 57 52 47 41 35 28 21 13
XS6(X)/7* 16.3 7.5 10 105 90 84 79 73 65 58 49 39 29 18
XS6(X)/8* 19.9 9.2 12.5 120 103 96 91 84 75 66 56 45 33 20
XS6(X)/10* 23.7 11 15 150 128 120 113 104 93 82 69 56 41 25
XS6(X)/12 27.7 13 17.5 180 154 144 136 125 112 99 83 68 50 30
XS6(X)/14 30.4 15 20 210 180 168 159 146 131 115 97 79 58 35
XS6(X)/17 38 18.5 25 255 218 204 192 177 158 140 118 96 70 43
XS6(X)/20 43.7 22 30 300 256 240 226 208 186 164 138 112 82 50
XS6(X)/22 53.3 26 35 330 282 264 249 229 205 181 152 124 91 55
XS6(X)/24 53.3 26 35 360 308 288 272 250 224 197 166 135 99 60
XS6(X)/26 60.2 30 40 390 333 312 294 271 242 214 180 146 107 65
XS6(A)
ModelI [A] P2** l/min 0 200 250 300 350 400 450 500 550 600 700 800 900 1000
3~ 400 V [kW] [HP] m3/h 0 12 15 18 21 24 27 30 33 36 42 48 54 60
XS6(A)/2* 9.4 4 5.5
mw
c
35 30 29 28 27 26 25 24 23 22 20 17 13 9
XS6(A)/3* 12.2 5.5 7.5 52 48 47.5 46 45 43 42 41 39 37 33 28 23 17
XS6(A)/4* 16.3 7.5 10 69 64 62 61 59 57 55 53 52 49 46 37 30 23
XS6(A)/5* 19.9 9.2 12.5 86 80 79 77 75 72 70 67 65 62 55 47 38 29
XS6(A)/6* 23.7 11 15 103 96 93 91 88 85 83 80 76 73 65 56 46 34
XS6(A)/7* 27.7 13 17.5 122 111 109 104 102 98 95 91 89 85 78 65 55 40
XS6(A)/8* 33 15 20 137 128 124 121 117 113 110 106 101 98 90 77 65 48
XS6(A)/9* 38 18.5 25 155 142 137 134 129 126 122 119 115 112 104 87 71 54
XS6(A)/10* 38 18.5 25 171 156 153 149 145 140 137 132 128 124 114 96 79 60
XS6(A)/11 43.7 22 30 187 172 168 164 159 155 151 146 141 137 127 106 87 66
XS6(A)/12 46 22 30 208 190 185 180 176 170 165 160 154 149 137 117 99 77
XS6(A)/13 53.3 26 35 224 206 200 195 190 184 178 173 167 159 150 127 107 83
XS6(A)/14 60.2 30 40 244 223 217 212 206 200 194 189 181 175 160 140 114 88
XS6(A)/15 60.2 30 40 257 235 230 223 218 212 205 199 192 185 173 150 122 94
XS6(A)/16 62 30 40 276 250 243 238 231 224 217 210 204 197 183 160 130 100
XS6(A)/17 73 37 50 293 266 258 251 245 238 232 226 218 211 196 170 138 107
XS6(A)/18 73 37 50 309 279 271 264 258 251 245 238 229 222 207 180 146 113
XS6(A)/19 75 37 50 326 295 286 278 272 265 258 252 244 236 219 190 154 119
* The group is also available in special version for horizontal operation
** Rated power of motor
* The group is also available in special version for horizontal operation
** Rated power of motor
22
24
6’’ XS6 Submersible
Hydraulic performance table
XS6(B)
ModelI [A] P2** l/min 0 400 450 500 550 600 700 800 900 1000 1100 1150 1200
3~ 400 V [kW] [HP] m3/h 0 24 27 30 33 36 42 48 54 60 66 69 72
XS6(B)/2A* 9.4 4 5.5
mw
c
32 27 26 25.5 25 24 23 20 19 17 15 13 11
XS6(B)/2* 12.2 5.5 7.5 33 29 28.5 28 27 26 25 24 22 20 18 16 14
XS6(B)/3* 16.3 7.5 10 50 44 43 42 41 40 37 34 32 29 25 23 20
XS6(B)/4* 19.9 9.2 12.5 66 58 56 55 54 52 49 44 41 37 32 30 26
XS6(B)/5* 25 11 15 83 71 70 67 65 63 59 56 51 46 41 38 33
XS6(B)/6* 27.7 13 17.5 99 88 85 83 80 77 72 68 63 57 50 46 39
XS6(B)/7* 32 15 20 116 102 99 97 93 89 85 80 73 67 58 53 46
XS6(B)/8* 38 18.5 25 132 113 110 108 105 102 97 90 83 75 66 61 52
XS6(B)/9* 44.5 22 30 149 126 124 121 118 114 108 101 93 85 75 69 59
XS6(B)/10* 45.5 22 30 165 140 137 134 130 128 120 112 104 94 83 77 65
XS6(B)/11 53.3 26 35 182 158 152 149 144 140 132 124 114 103 91 84 72
XS6(B)/12 55 26 35 198 173 167 162 157 153 145 135 125 114 99 92 78
XS6(B)/13 60.2 30 40 215 186 180 176 170 165 156 146 135 123 107 99 85
XS6(B)/14 62 30 40 231 201 192 188 183 178 168 158 146 132 116 107 91
XS6(B)/15 73 37 50 248 215 207 202 196 191 180 169 156 141 124 114 98
XS6(B)/16 74.5 37 50 264 229 221 216 210 204 193 181 168 152 132 122 104
XS6(B)/17 76 37 50 281 242 236 230 222 217 204 193 179 162 141 130 111
XS6(C)
ModelI [A] P2** l/min 0 900 1000 1100 1150 1200 1250 1300 1400 1500
3~ 400 V [kW] [HP] m3/h 0 54 60 66 69 72 75 78 84 90
XS6(C)/2* 13 5.5 7.5
mw
c
32 21 20 18 18 17 16 15 13 10
XS6(C)/3* 19.9 9.2 12.5 48 32 31 28 27 26 24 23 19 15
XS6(C)/4* 23.7 11 15 64 44 41 38 37 34 32 30 25 20
XS6(C)/5* 29 13 17.5 80 55 52 48 46 43 41 38 32 24
XS6(C)/6A* 30.4 15 20 95 64 60 56 54 50 47 43 36 27
XS6(C)/6* 38 18.5 25 96 66 62 58 55 52 49 45 38 30
XS6(C)/7* 40 18.5 25 112 77 72 66 63 60 57 53 44 35
XS6(C)/8* 45 22 30 128 87 82 75 72 68 64 60 50 39
XS6(C)/9* 53.3 26 35 144 99 92 85 81 77 72 68 56 44
XS6(C)/10* 55 26 35 160 110 102 95 90 85 80 75 62 49
XS6(C)/11 60.2 30 40 176 120 113 105 100 95 90 83 69 54
XS6(C)/12 73 37 50 192 132 124 114 109 104 98 91 75 59
XS6(C)/13 73 37 50 208 143 134 123 117 111 105 98 81 64
XS6(C)/14 76 37 50 224 153 145 133 126 120 113 105 87 69
* The group is also available in special version for horizontal operation
** Rated power of motor
* The group is also available in special version for horizontal operation
** Rated power of motor
23
25
6’’ XS6 Submersible
Dimensions and weights
XS6(K)
Model T H L Ø Max Ø D Ø d L + H Kg
T H (mm) (mm) (mm) (mm) “G (mm) L NEMA H T
XS6(K)/5 SP151K/5 1268 739 529 148 3’’ 95 4’’CL 95 NEMA 1.18.388 42.5 58.8
XS6(K)/7 SP151K/7 1508 899 609 148 3’’ 95 4’’CL 95 NEMA 1.18.388 53 73.1
XS6(K)/8 SP151K/8 1531 979 552 152 3’’ 144 6’’MS 152 NEMA 1.18.413 58 102
XS6(K)/9 SP151K/9 1611 1059 552 152 3’’ 144 6’’MS 152 NEMA 1.18.413 63 107
XS6(K)/10 SP151K/10 1691 1139 552 152 3’’ 144 6’’MS 152 NEMA 1.18.413 68 112
XS6(K)/11 SP151K/11 1814 1219 595 152 3’’ 144 6’’MS 152 NEMA 1.18.413 73 122
XS6(K)/12 SP151K/12 1894 1299 595 152 3’’ 144 6’’MS 152 NEMA 1.18.413 78 127
XS6(K)/13 SP151K/13 1974 1379 595 152 3’’ 144 6’’MS 152 NEMA 1.18.413 83 132
XS6(K)/16 SP151K/16 2254 1619 635 152 3’’ 144 6’’MS 152 NEMA 1.18.413 98 152
XS6(K)/19 SP151K/19 2544 1859 685 152 3’’ 144 6’’MS 152 NEMA 1.18.413 113 173
XS6(K)/22 SP151K/22 2824 2099 725 152 3’’ 144 6’’MS 152 NEMA 1.18.413 128 190
XS6(K)/26 SP151K/26 3194 2419 775 152 3’’ 144 6’’MS 152 NEMA 1.18.413 143 208
XS6(K)/29 SP151K/29 3534 2659 875 152 3’’ 144 6’’MS 152 NEMA 1.18.413 150 231
XS6(K)/32 SP151K/32 3774 2899 875 152 3’’ 144 6’’MS 152 NEMA 1.18.413 173 254
XS6(X)
Model T H L Ø Max Ø D Ø d L + H Kg
T H (mm) (mm) (mm) (mm) “G (mm) L NEMA H T
XS6(X)/3 SP152X/3 1183 654 529 148 3’’ 95 4’’CL 95 NEMA 1.18.388 32.5 48.8
XS6(X)/4 SP152X/4 757 759 609 148 3’’ 95 4’’CL 95 NEMA 1.18.388 37.5 57.6
XS6(X)/5 SP152X/5 1418 864 552 152 3’’ 144 6’’MS 152 NEMA 1.18.413 42.5 86.5
XS6(X)/7 SP152X/7 1669 1074 595 152 3’’ 144 6’’MS 152 NEMA 1.18.413 53 102
XS6(X)/8 SP152X/8 1814 1179 635 152 3’’ 144 6’’MS 152 NEMA 1.18.413 58 112
XS6(X)/10 SP152X/10 2074 1389 685 152 3’’ 144 6’’MS 152 NEMA 1.18.413 68 128
XS6(X)/12 SP152X/12 2324 1599 725 152 3’’ 144 6’’MS 152 NEMA 1.18.413 78 140
XS6(X)/14 SP152X/14 2584 1809 775 152 3’’ 144 6’’MS 152 NEMA 1.18.413 88 153
XS6(X)/17 SP152X/17 2999 2124 875 152 3’’ 144 6’’MS 152 NEMA 1.18.413 103 184
XS6(X)/20 SP152X/20 3404 2439 965 152 3’’ 144 6’’MS 152 NEMA 1.18.413 118 209
XS6(X)/22 SP152X/22 3524 2649 1055 152 3’’ 144 6’’MS 152 NEMA 1.18.413 128 231
XS6(X)/24 SP152X/24 3914 2859 1055 152 3’’ 144 6’’MS 152 NEMA 1.18.413 138 255
XS6(X)/26 SP152X/26 4204 3069 1135 152 3’’ 144 6’’MS 152 NEMA 1.18.413 148 257
XS6(A)
Model T H L Ø Max Ø D Ø d L + H Kg
T H (mm) (mm) (mm) (mm) “G (mm) L NEMA H T
XS6(A)/2 SP151A/2 1199 590 609 148 3’’ 95 4’’CL 95 NEMA 1.18.388 24.5 44.6
XS6(A)/3 SP151A/3 1247 695 552 152 3’’ 144 6’’MS 152 NEMA 1.18.413 29 73
XS6(A)/4 SP151A/4 1395 800 595 152 3’’ 144 6’’MS 152 NEMA 1.18.413 33.5 82.5
XS6(A)/5 SP151A/5 1540 905 635 152 3’’ 144 6’’MS 152 NEMA 1.18.413 38 92
XS6(A)/6 SP151A/6 1695 1010 685 152 3’’ 144 6’’MS 152 NEMA 1.18.413 42.5 102.5
XS6(A)/7 SP151A/7 1840 1115 725 152 3’’ 144 6’’MS 152 NEMA 1.18.413 47 109
XS6(A)/8 SP151A/8 1995 1220 775 152 3’’ 144 6’’MS 152 NEMA 1.18.413 51.5 116.5
XS6(A)/9 SP151A/9 2200 1325 875 152 3’’ 144 6’’MS 152 NEMA 1.18.413 56 137
XS6(A)/10 SP151A/10 2305 1430 875 152 3’’ 144 6’’MS 152 NEMA 1.18.413 60.5 141.5
XS6(A)/11 SP151A/11 2490 1535 965 152 3’’ 144 6’’MS 152 NEMA 1.18.413 65 156
XS6(A)/12 SP151A/12 2595 1640 965 152 3’’ 144 6’’MS 152 NEMA 1.18.413 69.5 160.5
XS6(A)/13 SP151A/13 2790 1745 1055 152 3’’ 144 6’’MS 152 NEMA 1.18.413 74 177
XS6(A)/14 SP151A/14 2985 1850 1135 152 3’’ 144 6’’MS 152 NEMA 1.18.413 78.5 187.5
XS6(A)/15 SP151A/15 3090 1955 1135 152 3’’ 144 6’’MS 152 NEMA 1.18.413 83 192
XS6(A)/16 SP151A/16 3195 2060 1135 152 3’’ 144 6’’MS 152 NEMA 1.18.413 87.5 196.5
XS6(A)/17 SP151A/17 3390 2165 1225 152 3’’ 144 6’’MS 153 NEMA 1.18.413 92 222
XS6(A)/18 SP151A/18 3495 2270 1225 152 3’’ 144 6’’MS 153 NEMA 1.18.413 96.5 226.5
XS6(A)/19 SP151A/19 3600 2375 1225 152 3’’ 144 6’’MS 153 NEMA 1.18.413 101 231
Ø 144
Ø 80
N°8-Ø 13
Ø 120
R 6
02
1
45
°
Ø d
L
H
T
Ø MAX
Ø D
24
26
Dimensions and weights
XS6(B)
Model T H L Ø Max Ø D Ø d L + H Kg
T H (mm) (mm) (mm) (mm) “G (mm) L NEMA H T
XS6(B)/2A SP151B/2A 1199 590 609 148 3’’ 95 4’’CL 95 NEMA 1.18.388 24.5 44.6
XS6(B)/2 SP151B/2 1142 590 552 152 3’’ 144 6’’MS 152 NEMA 1.18.413 24.5 68.5
XS6(B)/3 SP151B/3 1290 695 595 152 3’’ 144 6’’MS 152 NEMA 1.18.413 29 78
XS6(B)/4 SP151B/4 1435 800 635 152 3’’ 144 6’’MS 152 NEMA 1.18.413 33.5 87.5
XS6(B)/5 SP151B/5 1590 905 685 152 3’’ 144 6’’MS 152 NEMA 1.18.413 38 98
XS6(B)/6 SP151B/6 1735 1010 725 152 3’’ 144 6’’MS 152 NEMA 1.18.413 42.5 104.5
XS6(B)/7 SP151B/7 1890 1115 775 152 3’’ 144 6’’MS 152 NEMA 1.18.413 47 112
XS6(B)/8 SP151B/8 2095 1220 875 152 3’’ 144 6’’MS 152 NEMA 1.18.413 51.5 132.5
XS6(B)/9 SP151B/9 2290 1325 965 152 3’’ 144 6’’MS 152 NEMA 1.18.413 56 147
XS6(B)/10 SP151B/10 2395 1430 965 152 3’’ 144 6’’MS 152 NEMA 1.18.413 60.5 151.5
XS6(B)/11 SP151B/11 2590 1535 1055 152 3’’ 144 6’’MS 152 NEMA 1.18.413 65 168
XS6(B)/12 SP151B/12 2695 1640 1055 152 3’’ 144 6’’MS 152 NEMA 1.18.413 69.5 172.5
XS6(B)/13 SP151B/13 2880 1745 1135 152 3’’ 144 6’’MS 152 NEMA 1.18.413 74 183
XS6(B)/14 SP151B/14 2985 1850 1135 152 3’’ 144 6’’MS 152 NEMA 1.18.413 78.5 187.5
XS6(B)/15 SP151B/15 3180 1955 1225 152 3’’ 144 6’’MS 153 NEMA 1.18.413 83 228
XS6(B)/16 SP151B/16 3285 2060 1225 152 3’’ 144 6’’MS 153 NEMA 1.18.413 87.5 232.5
XS6(B)/17 SP151B/17 3390 2165 1225 152 3’’ 144 6’’MS 153 NEMA 1.18.413 92 237
XS6(C)
Model T H L Ø Max Ø D Ø d L + H Kg
T H (mm) (mm) (mm) (mm) “G (mm) L NEMA H T
XS6(C)/2 SP151C/2 1042 590 552 152 3’’ 144 6’’MS 152 NEMA 1.18.413 24.5 68.5
XS6(C)/3 SP151C/3 1340 695 635 152 3’’ 144 6’’MS 152 NEMA 1.18.413 29 83
XS6(C)/4 SP151C/4 1485 800 685 152 3’’ 144 6’’MS 152 NEMA 1.18.413 33.5 93.5
XS6(C)/5 SP151C/5 1630 905 725 152 3’’ 144 6’’MS 152 NEMA 1.18.413 38 100
XS6(C)/6A SP151C/6A 1785 1010 775 152 3’’ 144 6’’MS 152 NEMA 1.18.413 42.5 107.5
XS6(C)/6 SP151C/6 1885 1010 875 152 3’’ 144 6’’MS 152 NEMA 1.18.413 42.5 123.5
XS6(C)/7 SP151C/7 1990 1115 875 152 3’’ 144 6’’MS 152 NEMA 1.18.413 47 128
XS6(C)/8 SP151C/8 2185 1220 965 152 3’’ 144 6’’MS 152 NEMA 1.18.413 51.5 141.5
XS6(C)/9 SP151C/9 2380 1325 1055 152 3’’ 144 6’’MS 152 NEMA 1.18.413 56 159
XS6(C)/10 SP151C/10 2485 1430 1055 152 3’’ 144 6’’MS 152 NEMA 1.18.413 60.5 163.5
XS6(C)/11 SP151C/11 2670 1535 1135 152 3’’ 144 6’’MS 152 NEMA 1.18.413 65 174
XS6(C)/12 SP151C/12 2865 1640 1225 152 3’’ 144 6’’MS 153 NEMA 1.18.413 69.5 199.5
XS6(C)/13 SP151C/13 2970 1745 1225 152 3’’ 144 6’’MS 153 NEMA 1.18.413 74 204
XS6(C)/14 SP151C/14 3075 1850 1225 152 3’’ 144 6’’MS 153 NEMA 1.18.413 78.5 208.5
6’’ XS6 Submersible
Ø 144
Ø 80
N°8-Ø 13
Ø 120
R 6
02
1
45
°
Ø d
L
H
T
Ø MAX
Ø D
25
27
Applications
For deep wells with minimum diameter
of 210 mm, water supply, fountains,
irrigation, pressure boosting,
dewatering, mining & other civil/
industrial applications.
Materials
Suction support in cast iron
(EN-GJL-250).
Shaft & coupling in stainless steel
AISI 431.
Impeller & diffuser in cast iron
(EN-GJL-250).
Options:
Fully stainless steel AISI 316 (XSX8).
Fully bronze (XSB8).
Motor
Water or oiled option, 2900 rpm.
Class B insulation.
IP 68 protection.
Continuous & intermittent operation.
Complete with built-in-thermal
protection.
Connected in accordance with NEMA
standard:
6’’ NEMA MG1-18.401-18.413.
8’’ NEMA MG1-18.414-18.424.
Range: 3-37 kW, 400 V 50 Hz (other
voltages upon request).
8’’ XS8 Submersible
8’’ Semi-Axial submersible pumps
Range
XS8 A Q max: 84 m3/hr-H max: 351 mtrs.
XS8 B Q max: 126 m3/hr-H max: 351 mtrs.
XS8 C Q max: 160 m3/hr-H max: 338 mtrs.
XS8 D Q max: 228 m3/hr-H max: 252 mtrs.
Construction features
Semi-axial impellers.
5’’, 6’’ ON SB.181 & SX.181 outlet c/w
non return valve.
Pump equipped with counter thrust ring
in anti-wear resin.
Diffuser c/w wear ring in anti-wear rubber.
Driving bushings in anti-wear rubber with
metallic shell.
Components realised with particular
materials which assure in high wear
resistance.
Limitations
Maximum liquid temperature 30 °C.
Maximum immersion depth 300 m
under liquid level.
Clean non-aggressive and non-explosive
liquids, not containing solid particles
more than 3 mm.
Hydraulic performance table
XS8(A)
ModelI [A] P2** l/min 0 400 500 600 700 800 1000 1200 1400 1667
3~ 400 V [kW] [HP] m3/h 0 24 30 36 42 48 60 72 84 100
XS8(A)/1* 12.3 5.5 7.5
mw
c
27 24 23 22 22 21.5 19 17 14 10
XS8(A)/2A* 16.3 7.5 10 47 41 38 37.5 36 34 29 27 19 15
XS8(A)/2* 19.9 9.2 12,5 54 48 47 46 43 41 37 32 24 19
XS8(A)/3A* 23.8 11 15 71 62 57 54 51 48 44 38 30 21
XS8(A)/3* 27.7 13 17.5 81 72 69 66 63 60 52 45 36 29
XS8(A)/4A* 30.4 15 20 94 82 77 73 69 65 58 51 39 30
XS8(A)/4* 38 18.5 25 108 96 93 89 86 82 74 66 53 39
XS8(A)/5* 43.7 22 30 135 120 115 111 108 103 93 83 70 49
XS8(A)/6* 53.3 26 35 162 144 139 133 129 124 116 104 85 58
XS8(A)/7* 62 30 40 189 173 167 162 160 153 144 129 106 68
XS8(A)/8* 73 37 50 216 192 189 182 177 172 161 141 121 78
XS8(A)/9* 89 45 60 243 217 210 205 198 192 175 156 134 88
XS8(A)/10* 89 45 60 270 240 232 224 217 210 193 170 148 97
XS8(A)/11 111 55 75 297 264 256 248 238 231 212 184 163 107
XS8(A)/12 118 59 80 324 289 278 270 260 252 232 204 177 117
XS8(A)/13 131 67 90 351 312 302 292 282 273 251 225 192 127
* The group is also available in special version for horizontal operation
** Rated power of motor
26
28
8’’ XS8 Submersible
XS8(C)
ModelI [A] P2** l/min 0 1600 1800 1900 2000 2100 2200 2400 2667
3~ 400 V [kW] [HP] m3/h 0 96 108 114 120 126 132 144 160
XS8(C)/1* 18 7.5 10
mw
c
27 18 17 16 16 15 15 14 11
XS8(C)/2B* 25 11 15 44 32 28 26 25 23 21 17
XS8(C)/2* 30.4 15 20 55 39 37 36 33 32 30 27 22
XS8(C)/3A* 38 18.5 25 76 52 48 46 44 42 39 33 25
XS8(C)/3* 45 22 30 82 58 54 52 50 48 45 39 33
XS8(C)/4A* 53.3 26 35 97 69 62 60 58 54 53 45 34
XS8(C)/4* 60.2 30 40 109 79 73 71 67 64 60 52 44
XS8(C)/5* 78 37 50 139 99 95 91 87 84 80 71 60
XS8(C)/6* 95 45 60 164 118 112 109 106 103 98 87 72
XS8(C)/7* 106 55 75 189 137 131 127 122 118 112 99 84
XS8(C)/8* 118 59 80 216 157 151 145 141 134 128 110 88
XS8(C)/9* 134 67 90 243 177 170 165 159 151 144 124 99
XS8(C)/10 152 75 100 270 196 188 183 177 168 160 138 110
XS8(C)/11 177 92 125 297 216 208 201 194 184 176 151 121
XS8(C)/12 180 92 125 324 236 227 219 212 203 192 166 132
* The group is also available in special version for horizontal operation / ** Rated power of motor
Hydraulic performance table
XS8(B)
* The group is also available in special version for horizontal operation / ** Rated power of motor
ModelI [A] P2** l/min 0 800 1000 1200 1400 1667 1800 1900 2000 2100 2250 2417
3~ 400 V [kW] [HP] m3/h 0 48 60 72 84 100 108 114 120 126 135 145
XS8(B)/1* 16.3 7.5 10
mw
c
28 25 24.5 24 23 20.5 20 18 17 15 13 8
XS8(B)/2B* 19.9 9.2 12.5 45 37 35 33 29 25.5 25 21 21
XS8(B)/2A* 23.8 11 15 50 42 40 38 36 32 30 27 25 22 17 7
XS8(B)/2* 27.7 13 17.5 57 49 47 45 43 39.5 39 36 34 30 25 18
XS8(B)/3B* 30.4 15 20 67 56 52 51 48
XS8(B)/3A* 38 18.5 25 71 61 58 54 51 44.5 42 38 36 33 26 18
XS8(B)/3* 43.7 22 30 85 74 72 69 65 59 56 53 50 46 38 28
XS8(B)/4* 53.3 26 35 114 98 94 90 84 76.5 70 66 62 56 48 36
XS8(B)/5A* 60.2 30 40 123 105 101 96 88
XS8(B)/5* 73 37 50 142 123 118 113 109 98.5 93 87 81 73 60
XS8(B)/6* 89 45 60 162 146 140 133 127 115 107 101 95 87 72 55
XS8(B)/7* 101 52 70 189 170 163 155 148 135 127 120 112 102 87 67
XS8(B)/8* 118 59 80 216 194 186 177 169 153 145 137 127 118 102 80
XS8(B)/9* 131 67 90 243 223 213 205 194 180 169 159 150 139 123 101
XS8(B)/10* 138 67 90 277 246 237 227 218 199 188 178 166 154 138 113
XS8(B)/11 166 83 113 305 271 260 249 240 220 207 196 183 170 148 118
XS8(B)/12 177 92 125 332 295 284 272 259 237 223 211 199 184 163 123
XS8(B)/13 185 92 125 360 320 307 294 283 258 244 232 218 205 180 133
XS8(D)
ModelI [A] P2** l/min 0 1800 1900 2000 2100 2200 2400 2667 2800 3000 3200 3400 3600 3800
3~ 400 V [kW] [HP] m3/h 0 108 114 120 126 132 144 160 168 180 192 204 216 228
XS8(D)/1* 21 9.2 12.5
mw
c
28 22 21 20.5 20 19 18 17 16 14 12 10 7 5
XS8(D)/2A* 30.4 15 20 47 33 32 31 30 29 27 24 22 19 16 13
XS8(D)/2 39.5 18.5 25 56 43 42 41 40 39 37 33 31 28 24 20 17 12
XS8(D)/3A* 43.7 22 30 71 51 49 48 46 45 42 37 34 30
XS8(D)/3* 60.2 30 40 86 65 63 62 60 59 55 50 47 43 38 32 26 18
XS8(D)/4* 73 37 50 115 87 85 83 81 79 74 67 63 57 49 42 34 26
XS8(D)/5* 103 52 70 140 106 103 101 98 95 92 81 78 70 61 52 41 30
XS8(D)/6* 118 59 80 168 128 125 122 119 116 109 99 93 84 75 63 51 36
XS8(D)/7* 134 67 90 196 152 147 144 140 136 128 115 109 99 85 73 60 42
XS8(D)/8 154 75 100 224 171 168 165 161 158 149 136 129 114 100 85 68 53
XS8(D)/9 177 92 125 252 194 189 185 182 178 169 156 146 131 116 100 82 64
* The group is also available in special version for horizontal operation / ** Rated power of motor
27
29
8’’ XS8 Submersible
Dimensions and weights
XS8(A)
Model T H L Ø Max Ø D Ø d L + H Kg
T H (mm) (mm) (mm) (mm) “G (mm) L NEMA H T
XS8(A)/1 SP181A/1 1162 610 552 202 5’’ 144 6’’MS 152 NEMA 1.18.413 36.5 80.5
XS8(A)/2A SP181A/2A 1205 750 595 202 5’’ 144 6’’MS 152 NEMA 1.18.413 49 98
XS8(A)/2 SP181A/2 1385 750 635 202 5’’ 144 6’’MS 152 NEMA 1.18.413 49 103
XS8(A)/3A SP181A/3A 1575 890 685 202 5’’ 144 6’’MS 152 NEMA 1.18.413 61.5 121.5
XS8(A)/3 SP181A/3 1615 890 725 202 5’’ 144 6’’MS 152 NEMA 1.18.413 61.5 123.5
XS8(A)/4A SP181A/4A 1805 1030 775 202 5’’ 144 6’’MS 152 NEMA 1.18.413 74 139
XS8(A)/4 SP181A/4 1905 1030 875 202 5’’ 144 6’’MS 152 NEMA 1.18.413 74 155
XS8(A)/5 SP181A/5 2135 1170 965 202 5’’ 144 6’’MS 152 NEMA 1.18.413 86.5 177.5
XS8(A)/6 SP181A/6 2365 1310 1055 202 5’’ 144 6’’MS 152 NEMA 1.18.413 99 202
XS8(A)/7 SP181A/7 2585 1450 1135 202 5’’ 144 6’’MS 152 NEMA 1.18.413 111.5 220.5
XS8(A)/8 SP181A/8 2815 1590 1225 202 5’’ 144 6’’MS 153 NEMA 1.18.413 124 254
XS8(A)/9 SP181A/9 2725 1730 995 202 5’’ 192 8’’MS 201 NEMA 1.18.424 136.5 295.5
XS8(A)/10 SP181A/10 2865 1870 995 202 5’’ 192 8’’MS 201 NEMA 1.18.424 149 308
XS8(A)/11 SP181A/11 3075 2010 1065 202 5’’ 192 8’’MS 201 NEMA 1.18.424 161.5 333.5
XS8(A)/12 SP181A/12 3285 2150 1135 202 5’’ 192 8’’MS 201 NEMA 1.18.424 174 362
XS8(A)/13 SP181A/13 3525 2290 1235 202 5’’ 192 8’’MS 201 NEMA 1.18.424 186.5 394.5
Model T H L Ø Max Ø D Ø d L + H Kg
T H (mm) (mm) (mm) (mm) “G (mm) L NEMA H T
XS8(B)/1 SP181B/1 1205 610 595 202 5’’ 144 6’’MS 152 NEMA 1.18.413 37 86
XS8(B)/2B SP181B/2B 1385 750 635 202 5’’ 144 6’’MS 152 NEMA 1.18.413 48.5 102.5
XS8(B)/2A SP181B/2A 1435 750 685 202 5’’ 144 6’’MS 152 NEMA 1.18.413 48.5 108.5
XS8(B)/2 SP181B/2 1475 750 725 202 5’’ 144 6’’MS 152 NEMA 1.18.413 48.5 110.5
XS8(B)/3B SP181B/3B 1665 890 775 202 5’’ 144 6’’MS 152 NEMA 1.18.413 60 125
XS8(B)/3A SP181B/3A 1765 890 875 202 5’’ 144 6’’MS 152 NEMA 1.18.413 60 141
XS8(B)/3 SP181B/3 1855 890 965 202 5’’ 144 6’’MS 152 NEMA 1.18.413 60 151
XS8(B)/4 SP181B/4 2085 1030 1055 202 5’’ 144 6’’MS 152 NEMA 1.18.413 71.5 174.5
XS8(B)/5A SP181B/5A 2305 1170 1135 202 5’’ 144 6’’MS 152 NEMA 1.18.413 83 192
XS8(B)/5 SP181B/5 2395 1170 1225 202 5’’ 144 6’’MS 153 NEMA 1.18.413 83 213
XS8(B)/6 SP181B/6 2305 1310 995 202 5’’ 192 6’’MS 201 NEMA 1.18.424 94.5 253.5
XS8(B)/7 SP181B/7 2515 1450 1065 202 5’’ 192 6’’MS 201 NEMA 1.18.424 106 278
XS8(B)/8 SP181B/8 2725 1590 1435 202 5’’ 192 6’’MS 201 NEMA 1.18.424 117.5 305.5
XS8(B)/9 SP181B/9 2965 1730 1235 202 5’’ 192 6’’MS 201 NEMA 1.18.424 129 337
XS8(B)/10 SP181B/10 3105 1870 1235 202 5’’ 192 6’’MS 201 NEMA 1.18.424 140.5 343.5
XS8(B)/11 SP181B/11 3425 2010 1415 202 5’’ 192 6’’MS 201 NEMA 1.18.424 152 389
XS8(B)/12 SP181B/12 3645 2150 1495 202 5’’ 192 6’’MS 201 NEMA 1.18.424 163.5 414.5
XS8(B)/13 SP181B/13 3785 2290 1495 202 5’’ 192 6’’MS 201 NEMA 1.18.424 175 426
XS8(B)
Ø 192
Ø 125
N°8-Ø 15
Ø 170
R 8
03
0
45
°
Ø d
L
H
T
Ø MAX
Ø D
28
30
8’’ XS8 Submersible
Dimensions and weights
XS8(C)
Model T H L Ø Max Ø D Ø d L + H Kg
T H (mm) (mm) (mm) (mm) “G (mm) L NEMA H T
XS8(C)/1 SP181C/1 1205 610 595 202 5’’ 144 6’’MS 152 NEMA 1.18.413 38.5 87.5
XS8(C)/2B SP181C/2B 1435 750 685 202 5’’ 144 6’’MS 152 NEMA 1.18.413 50 110
XS8(C)/2 SP181C/2 1525 750 775 202 5’’ 144 6’’MS 152 NEMA 1.18.413 50 115
XS8(C)/3A SP181C/3A 1765 890 875 202 5’’ 144 6’’MS 152 NEMA 1.18.413 61.5 142.5
XS8(C)/3 SP181C/3 1855 890 965 202 5’’ 144 6’’MS 152 NEMA 1.18.413 61.5 152.5
XS8(C)/4A SP181C/4A 2085 1030 1055 202 5’’ 144 6’’MS 152 NEMA 1.18.413 73 176
XS8(C)/4 SP181C/4 2165 1030 1135 202 5’’ 144 6’’MS 152 NEMA 1.18.413 73 182
XS8(C)/5 SP181C/5 2395 1170 1225 202 5’’ 144 6’’MS 153 NEMA 1.18.413 84.5 214.5
XS8(C)/6 SP181C/6 2305 1310 995 202 5’’ 192 8’’MS 201 NEMA 1.18.424 96 255
XS8(C)/7 SP181C/7 2515 1450 1065 202 5’’ 192 8’’MS 201 NEMA 1.18.424 107.5 279.5
XS8(C)/8 SP181C/8 2725 1590 1135 202 5’’ 192 8’’MS 201 NEMA 1.18.424 119 307
XS8(C)/9 SP181C/9 2965 1730 1235 202 5’’ 192 8’’MS 201 NEMA 1.18.424 130.5 333.5
XS8(C)/10 SP181C/10 3205 1870 1335 202 5’’ 192 8’’MS 201 NEMA 1.18.424 142 363
XS8(C)/11 SP181C/11 3505 2010 1495 202 5’’ 192 8’’MS 201 NEMA 1.18.424 153.5 374.5
XS8(C)/12 SP181C/12 3645 2150 1495 202 5’’ 192 8’’MS 201 NEMA 1.18.424 165 416
XS8(D)
Model T H L Ø Max Ø D Ø d L + H Kg
T H (mm) (mm) (mm) (mm) “G (mm) L NEMA H T
XS8(D)/1 SP181D/1 1245 610 635 202 5’’ 144 6’’MS 152 NEMA 1.18.413 39 93
XS8(D)/2A SP181D/2A 1525 750 775 202 5’’ 144 6’’MS 152 NEMA 1.18.413 50.5 115.5
XS8(D)/2 SP181D/2 1625 750 875 202 5’’ 144 6’’MS 152 NEMA 1.18.413 50.5 131.5
XS8(D)/3A SP181D/3A 1855 890 965 202 5’’ 144 6’’MS 152 NEMA 1.18.413 62 153
XS8(D)/3 SP181D/3 2025 890 1135 202 5’’ 144 6’’MS 152 NEMA 1.18.413 62 171
XS8(D)/4 SP181D/4 2255 1030 1225 202 5’’ 144 6’’MS 153 NEMA 1.18.413 73.5 203.5
XS8(D)/5 SP181D/5 2235 1170 1065 202 5’’ 192 8’’MS 201 NEMA 1.18.424 85 257
XS8(D)/6 SP181D/6 2445 1310 1135 202 5’’ 192 8’’MS 201 NEMA 1.18.424 96.5 284.5
XS8(D)/7 SP181D/7 2685 1450 1235 202 5’’ 192 8’’MS 201 NEMA 1.18.424 108 311
XS8(D)/8 SP181D/8 2925 1590 1335 202 5’’ 192 8’’MS 201 NEMA 1.18.424 119.5 340.5
XS8(D)/9 SP181D/9 3225 1730 1495 202 5’’ 192 8’’MS 201 NEMA 1.18.424 131 382
Ø 192
Ø 125
N°8-Ø 15
Ø 170
R 8
03
0
45
°
Ø d
L
H
T
Ø MAX
Ø D
29
31
Applications
For deep wells with minimum diameter
of 264 mm, water supply,
fountains, irrigation, pressure
boosting, dewatering, mining &
other civil/industrial applications.
Materials
Suction support in cast iron
(EN-GJL-250).
Shaft & coupling in stainless steel
AISI 431.
Impeller & diffuser in cast iron
(EN-GJL-250).
Options:
Fully stainless steel AISI 316 (XSX10).
Fully bronze (XSB10).
Motor
Water or oiled option, 2900 rpm.
Class B insulation.
IP 68 protection.
Continuous & intermittent operation.
Complete with built-in-thermal
protection.
Connected in accordance with
NEMA standard:
8’’or 10’’ NEMA MG1-18.414-18.424
Range: 22-170 kW, 400 V 50 Hz
(other voltages upon request).
10’’ XS10 Submersible
10’’ Semi-Axial submersible pumps
Range
XS10 2A Q max; 280 m3/hr-H max:
2881 mtrs.
XS10 2B Q max: 400 m3/hr-H max:
2401 mtrs.
XS10 2A Q max: 220 m3/hr-H max:
388 mtrs.
Construction features
Semi-axial impellers.
6’’ outlet c/w non return valve.
Pump equipped with counter thrust
ring in anti-wear resin.
Diffuser c/w wear ring in anti-wear
rubber.
Driving bushings in anti-wear rubber
with metallic shell.
Components realised with particular
materials which assure in high wear
resistance.
Limitations
Maximum liquid temperature 30 °C.
Maximum immersion depth 300 m
under liquid level.
Clean non-aggressive and non-explosive
liquids, not containing solid particles
more than 3 mm.
Hydraulic performance table
XS10(A)
ModelI [A] P2** l/min 0 1667 2000 2333 2500 2667 2833 3000 3167 3333 3500 3667
3~ 400 V [kW] [HP] m3/h 0 100 120 140 150 160 170 180 190 200 210 220
XS10(A)/1A* 47 22 30
mw
c
48 41 39 38 37 35 33 31 28 26 24 20
XS10(A)/1* 54 26 35 53 45 43 42 41 40 39 37 35 33 31 29
XS10(A)/2B* 74 37 50 82 67 64 60 57 53 49 46 40 33 28
XS10(A)/2A* 89 45 60 97 82 79 75 74 70 67 62 57 52 49 44
XS10(A)/2* 103 52 70 106 91 87 85 83 81 78 74 70 66 62 58
XS10(A)/3B* 103 52 70 123 100 96 90 85.5 80 73.5 69 60 50 42
XS10(A)/3A* 131 67 90 145.5 123 118.5 112.5 111 105 100.5 93 85.5 78 73.5 66
XS10(A)/3* 147 75 100 159 136.5 130.5 127.5 124.5 121.5 117 111 105 99 93 87
XS10(A)/5B* 166 83 113 205 167.5 160 150 142.5 132.5 122.5 111.5 100 86.5 70
XS10(A)/4A* 177 92 125 194 164 158 150 148 140 134 124 114 104 98 88
XS10(A)/4* 200 110 150 212 182 174 168 166 160.5 156 148 140 132 124 116
XS10(A)/5A* 200 110 150 242.5 205 197.5 187.5 185 173.5 167.5 155 142.5 133.9 122.5 110
XS10(A)/5* 245 132 180 265 227.5 220 211 207.5 198.6 195 185 175 165 155 145
XS10(A)/6A* 245 132 180 291 246 237 225 222 210 201 188 171 162 147 132
XS10(A)/6 270 150 200 318 273 261 253 249 239 234 222 210 200 186 174
XS10(A)/7A 270 150 200 339.5 287 276.5 263 259 245 235 217 200 186 172 154
XS10(A)/7 325 185 250 371 319 309 296 291 282 273 259 245 233 217 203
XS10(A)/8A 308 170 230 388 328 316 300 296 280 268 248 228 215 196 176
* The group is also available in special version for horizontal operation
** Rated power of motor
30
32
10’’ XS10 Submersible
Hydraulic performance table
XS10(2A)
ModelI [A] P2** l/min 0 1667 2000 2667 3000 3333 4000 4667
3~ 400 V [kW] [HP] m3/h 0 100 120 160 180 200 240 280
XS10(2A)/1* 61 30 40
mw
c
50 43.5 40.5 37.5 36 34 30 24
XS10(2A)/2A* 79 37 50 79 67 63 56 54 50 42 33
XS10(2A)/2* 118 59 80 95 82 80 75 72 68 60 48
XS10(2A)/3A* 118 59 80 119 100 96 87 82 77 64 47
XS10(2A)/3B* 133 67 90 127 110 103 95 91 86 76 61
XS10(2A)/3* 165 83 113 146 122 117 109 105 102 90 72
XS10(2A)/4B* 180 92 125 174 147 141 130 125 119 104 86
XS10(2A)/4* 210 110 150 190 167 162 150 144 140 124 100
XS10(2A)/6C 210 110 150 228 197 189 170 162 152 127 93
XS10(2A)/5* 250 132 180 261 208 200 187 181 172 155 128
XS10(2A)/6 308 170 230 288 256 247 228 220 212 187 144
* The group is also available in special version for horizontal operation
** Rated power of motor
XS10(2B)
ModelI [A] P2** l/min 0 3000 3333 4000 4667 5000 5333 5667 6000 6333 6667
3~ 400 V [kW] [HP] m3/h 0 180 200 240 280 300 320 340 360 380 400
XS10(2B)/1B* 54 26 35
mw
c
41 28.5 27.5 25.5 23.5 22.5 19
XS10(2B)/1C* 66 30 40 45 32 31 29 27 25 23 21 18 15 12
XS10(2B)/1* 74 37 50 51 37.5 36 33 30 29 27 25 24 19 16
XS10(2B)/2B* 101 52 70 80 61 58 55 48 43 40 34 29 23 16
XS10(2B)/2C* 118 59 80 87 68 65 61 56 52 48 44 38 33 26
XS10(2B)/2* 150 75 100 98 73 72 68 63 60 56 52 47 42 35
XS10(2B)/3B* 150 75 100 120 92 88 83 72 65 60 52 44 35 25
XS10(2B)/3C* 177 92 125 131 102 98 92 85 79 73 67 58 50 40
XS10(2B)/3* 200 110 150 144 115 111 103 96 93 87 81 74 66 56
XS10(2B)/5A* 204 110 150 184 142 135 125 105 95 87 68 56 42 25
XS10(2B)/4* 270 150 200 195 154 150 140 131 123 114 107 98 92 81
XS10(2B)/5B* 246 132 180 205 160 153 144 127 116 105 92 80 66 50
XS10(2B)/6A* 245 132 180 218 170 163 153 126 114 104 82 67 50 30
XS10(2B)/5* 308 170 230 240 192 187 175 163 153 142 133 122 115 101
* The group is also available in special version for horizontal operation
** Rated power of motor
XS10(2BX)
ModelI [A] P2** l/min 0 3000 3333 4000 4667 5000 5333 5667 6000 6333
3~ 400 V [kW] [HP] m3/h 0 180 200 240 280 300 320 340 360 380
XS10(2BX)/1B* 47 22 30
mw
c
38 27 26 22.5 17.5 14 10
XS10(2BX)/1C* 54 26 35 42 30.5 30 27.5 23.5 21 17.5 14.5 11
XS10(2BX)/1* 74 37 50 47 39 38 35.5 32.5 30.5 28 25.5 22 18.5
XS10(2BX)/2B* 89 45 60 76 54 52 45 35 28 20
XS10(2BX)/2C* 111 55 75 84 63 60 56 48 43 37 33 26
XXS10(2BX)/2* 150 75 100 94 78 76 72 66 62 56 52 44 38
XS10(2BX)/3C* 166 83 113 126 92 90 83 71 63 53 44 33
XS10(2BX)/3* 210 110 150 141 117 114 106 97 91 84 75 66 55
XS10(2BX)/4* 270 150 200 188 156 152 144 132 124 112 104 88 76
XS10(2BX)/5C* 245 132 180 210 169 164 151 131 117 103 88 70 52
XS10(2BX)/5* 308 170 230 236 195 191 178 161 151 140 127 113 92
* The group is also available in special version for horizontal operation
** Rated power of motor
31
33
10’’ XS10 Submersible
Dimensions and weights
XS10(2B)
Model T H L Ø Max Ø D Ø d L + H Kg
T H (mm) (mm) (mm) (mm) “G (mm) L NEMA H T
XS10(2B)/1B SP252B/1B 1498 733 845 255 6’’ 192 8’’MS 201 NEMA 1.18.424 67 193
XS10(2B)/1C SP252B/1C 1578 733 845 255 6’’ 192 8’’MS 201 NEMA 1.18.424 67 198
XS10(2B)/1 SP252B/1 1658 733 925 255 6’’ 192 8’’MS 201 NEMA 1.18.424 67 212
XS10(2B)/2B SP252B/2B 1981 916 1065 255 6’’ 192 8’’MS 201 NEMA 1.18.424 88.5 260.5
XS10(2B)/2C SP252B/2C 1911 916 1135 255 6’’ 192 8’’MS 201 NEMA 1.18.424 88.5 272.5
XS10(2B)/2 SP252B/2 2251 916 1335 255 6’’ 192 8’’MS 201 NEMA 1.18.424 88.5 311.5
XS10(2B)/3B SP252B/3B 2434 1099 1335 255 6’’ 192 8’’MS 201 NEMA 1.18.424 110 333
XS10(2B)/3C SP252B/3C 2594 1099 1495 255 6’’ 192 8’’MS 201 NEMA 1.18.424 110 365
XS10(2B)/3 SP252B/3 2529 1099 1430 255 6’’ 192 10’’MS 251 110 474
XS10(2B)/5A SP252B/5A 2895 1465 1430 255 6’’ 238 10’’MS 251 153 517
XS10(2B)/4 SP252B/4 2492 1282 1660 255 6’’ 238 10’’MS 251 131.5 551.5
XS10(2B)/5B SP252B/5B 3035 1465 1570 255 6’’ 238 10’’MS 251 153 551
XS10(2B)/6A SP252B/6A 3218 1648 1570 255 6’’ 238 10’’MS 251 173.5 571.5
XS10(2B)/5 SP252B/5 3265 1465 1800 255 6’’ 238 10’’MS 251 153 607
XS10(2BX)
Model T H L Ø Max Ø D Ø d L + H Kg
T H (mm) (mm) (mm) (mm) “G (mm) L NEMA H T
XS10(2BX)/1B XSP252B/1B 1498 733 765 255 6’’ 192 8’’MS 201 NEMA 1.18.424 67 177
XS10(2BX)/1C XSP252B/1C 1578 733 845 255 6’’ 192 8’’MS 201 NEMA 1.18.424 67 193
XS10(2BX)/1 XSP252B/1 1658 733 925 255 6’’ 192 8’’MS 201 NEMA 1.18.424 67 209
XS10(2BX)/2B XSP252B/2B 1911 916 995 255 6’’ 192 8’’MS 201 NEMA 1.18.424 88.5 244.5
XS10(2BX)/2C XSP252B/2C 1981 916 1065 255 6’’ 192 8’’MS 201 NEMA 1.18.424 88.5 258.5
XS10(2BX)/2 XSP252B/2 2151 916 1235 255 6’’ 192 8’’MS 201 NEMA 1.18.424 88.5 291.5
XS10(2BX)/3C XSP252B/3C 2514 1099 1415 255 6’’ 192 8’’MS 201 NEMA 1.18.424 110 333
XS10(2BX)/3 XSP252B/3 2529 1099 1430 255 6’’ 238 10’’MS 251 110 474
XS10(2BX)/4 XSP252B/4 3125 1465 1660 255 6’’ 238 10’’MS 251 131 551
XS10(2BX)/5C XSP252B/5C 3035 1465 1570 255 6’’ 238 10’’MS 251 153 551
XS10(2BX)/5 XSP252B/5 3265 1465 1800 255 6’’ 238 10’’MS 251 153 607
Ø 230
Ø 150
N°8-Ø 18
Ø 200
R 9
63
5
45
°
Ø d
L
H
T
Ø MAX
Ø D
32
34
10’’ XS10 Submersible
Dimensions and weights
XS10(A)
Model T H L Ø Max Ø D Ø d L + H Kg
T H (mm) (mm) (mm) (mm) “G (mm) L NEMA H T
XS10(A)/1A SP253A/1A 1447 682 765 255 6’’ 192 MS201 NEMA 1.18.424 66 176
XS10(A)/1 SP253A/1 1527 682 845 255 6’’ 192 MS201 NEMA 1.18.424 66 192
XS10(A)/2B SP253A/2B 1804 879 925 255 6’’ 192 MS201 NEMA 1.18.424 87.5 229.5
XS10(A)/2A SP253A/2A 1874 879 995 255 6’’ 192 MS201 NEMA 1.18.424 87.5 243.5
XS10(A)/2 SP253A/2 1962 897 1065 255 6’’ 192 MS201 NEMA 1.18.424 87.5 257.5
XS10(A)/3B SP253A/3B 2177 1112 1065 255 6’’ 192 MS201 NEMA 1.18.424 109 279
XS10(A)/3A SP253A/3A 2347 1112 1235 255 6’’ 192 MS201 NEMA 1.18.424 109 313
XS10(A)/3 SP253A/3 2447 1112 1335 255 6’’ 192 MS201 NEMA 1.18.424 109 332
XS10(A)/5B SP253A/5B 2957 1542 1415 255 6’’ 192 MS201 NEMA 1.18.424 130.5 369.5
XS10(A)/4A SP253A/4A 2822 1327 1495 255 6’’ 192 MS201 NEMA 1.18.424 130.5 385.5
XS10(A)/4 SP253A/4 2757 1327 1430 255 6’’ 255 MS251 130.5 494.5
XS10(A)/5A SP253A/5A 2972 1542 1430 255 6’’ 255 MS251 152 516
XS10(A)/5 SP253A/5 3112 1542 1570 255 6’’ 255 MS251 152 550
XS10(A)/6A SP253A/6A 3327 1757 1570 255 6’’ 255 MS251 173.5 571.5
XS10(A)/6 SP253A/6 3417 1757 1660 255 6’’ 255 MS251 173.5 593.5
XS10(A)/7A SP253A/7A 3632 1972 1660 255 6’’ 255 MS251 195 615
XS10(A)/7 SP253A/7 3882 1972 1910 255 6’’ 255 MS251 195 676
XS10(A)/8A SP253A/8A 3987 2187 1800 255 6’’ 255 MS251 216.5 670.5
XS10(2A)
Model T H L Ø Max Ø D Ø d L + H Kg
T H (mm) (mm) (mm) (mm) “G (mm) L NEMA H T
XS10(2A)/1 SP252A/1 1578 733 845 255 6’’ 192 8’’MS 201 NEMA 1.18.424 66 197
XS10(2A)/2A SP252A/2A 1841 916 925 255 6’’ 192 8’’MS 201 NEMA 1.18.424 87.5 232.5
XS10(2A)/2 SP252A/2 2051 916 1135 255 6’’ 192 8’’MS 201 NEMA 1.18.424 87.5 275.5
XS10(2A)/3A SP252A/3A 2234 1099 1135 255 6’’ 192 8’’MS 201 NEMA 1.18.424 109 297
XS10(2A)/3B SP252A/3B 2334 1099 1235 255 6’’ 192 8’’MS 201 NEMA 1.18.424 109 312
XS10(2A)/3 SP252A/3 2514 1099 1415 255 6’’ 192 8’’MS 201 NEMA 1.18.424 109 348
XS10(2A)/4B SP252A/4B 2777 1282 1495 255 6’’ 192 8’’MS 201 NEMA 1.18.424 130.5 381.5
XS10(2A)/4 SP252A/4 2712 1282 1430 255 6’’ 238 10’’MS 251 130.5 485
XS10(2A)/6C SP252A/6C 3078 1648 1430 255 6’’ 238 10’’MS 251 173.5 528.5
XS10(2A)/5 SP252A/5 3035 1465 1570 255 6’’ 238 10’’MS 251 152 554
XS10(2A)/6 SP252A/6 3448 1648 1800 255 6’’ 238 10’’MS 251 173.5 627
Ø 230
Ø 150
N°8-Ø 18
Ø 200
R 9
63
5
45
°
Ø d
L
H
T
Ø MAX
Ø D
33
35
Hydraulic performance table
Applications
For deep wells with minimum diameter
of 310 mm, water supply, fountains,
irrigation, pressure boosting, dewatering,
mining & other civil/industrial
applications.
Materials
Suction support in cast iron
(EN-GJL-250).
Shaft & coupling in stainless steel
AISI 431.
Impeller & diffuser in cast iron
(EN-GJL-250).
Options:
Fully stainless steel AISI 316 (XSX12).
Fully bronze (XSB12).
Motor
Water or oiled option, 2900 rpm.
Class B insulation.
IP 68 protection.
Continuous & intermittent operation.
Complete with built-in-thermal
protection.
Connected in accordance with NEMA
standard:
8’’,10’’or 12’’ NEMA MG1-18.414-18.424
Range: 37-300 kW, 400 V 50Hz (other
voltages upon request).
12’’ XS12 Submersible
12’’ Semi-Axial submersible pumps
Range
XS12 A Q max; 525 m3/hr-H max:
384 mtrs.
XS12 B Q max: 575 m3/hr-H max:
312 mtrs.
Construction features
Semi-axial impellers.
8’’ flanged outlet c/w non return valve.
Pump equipped with counter thrust
ring in anti-wear resin.
Diffuser c/w wear ring in anti-wear
rubber.
Driving bushings in anti-wear rubber
with metallic shell.
Components realised with particular
materials which assure in high wear
resistance.
Limitations
Maximum liquid temperature 30 °C.
Maximum immersion depth 300 m
under liquid level.
Clean non-aggressive and non-explosive
liquids, not containing solid particles
more than 3 mm.
XS12(A)
ModelI [A] P2** l/min 0 3333 3750 4167 4583 5000 5417 5833 6250 6667 7083 7500 7917 8333 8750
3~ 400 V [kW] [HP] m3/h 0 200 225 250 275 300 325 350 375 400 425 450 475 500 525
XS12(A)/1B* 74 37 50
mw
c
50 36 34 33 31 30 30 28 26 23 21 19 16
XS12(A)/1A* 89 45 60 51 38.5 38 37 36.5 36 35 34 32.5 29 28 25 23 19
XS12(A)/1* 131 67 90 59 45.5 44.5 44 43.5 43 41.5 40 38 36 34 32 28 25.5 16.5
XS12(A)/2B* 147 75 100 95 69 65.5 63 61 59 57 53 50 45 40 35 30 22 13
XS12(A)/2A* 177 92 125 101 80 77 74 71 70 69 66 62 58 54 49.5 44.5 37.5 32.5
XS12(A)/2* 245 132 180 116 100 98.5 96 95 93.5 93.5 91.3 87.6 83.5 80 73 68 60 53
XS12(A)/3B* 215 110 150 150 108 102 99 94 91 88 84 78 69 63 57 48 39 30
XS12(A)/4B* 280 150 200 195 142 137 130 124 120 118 112 104 96 86 76 66 56 40
XS12(A)/4A* 340 185 250 190 164 160 152 149 144 142 136 129 121 110 103 93 83 68
XS12(A)/4 470 260 350 232 200 197 192 190 187 187 182.6 175.2 167 160 146 136 120 106
XS12(A)/5B* 350 185 250 252 181 175 165 157 153 152 144 135 124 111 98 81 70 49
XS12(A)/6B* 413 220 300 288 221 212 201 189 185 183 174 161 148 134 117 105 86 69
XS12(A)/7B 480 260 350 336 258 247 235 221 216 213 203 188 173 156 137 122 100 80
XS12(A)/8B 545 300 400 384 294 282 268 252.5 247 243 232 215 198 178 156.5 139.5 114 91
* The group is also available in special version for horizontal operation
** Rated power of motor
34
36
12’’ XS12 Submersible
Hydraulic performance table
XS12(B)
ModelI [A] P2** l/min 0 4167 4583 5000 5417 5833 6250 6667 7083 7500 7917 8333 8750 9167 9583
3~ 400 V [kW] [HP] m3/h 0 250 275 300 325 350 375 400 425 450 475 500 525 550 575
XS12(B)/1C* 74 37 50
mw
c
46.5 31.5 30.5 29.5 28.5 27 24.5 23 20.5 18 15.6 12.8 9 6
XS12(B)/1B* 89 45 60 48 33 32.5 32 31 29 27 24.5 22 19 16 12.5 10
XS12(B)/1A* 103 52 70 53 37 36.5 35.5 34.5 33 31.5 29 27 24.5 21 18 16.5 9.5
XS12(B)/1* 131 67 90 57 47 45 44 43.5 42 40.5 38 36 33.5 31 28 25 20
XS12(B)/2C* 147 75 100 90 63 61 60 58 54 50 46 41 35 29 23.5 16 7
XS12(B)/2B* 177 92 125 99 70 67.5 67 65 62 58.5 54.5 49.5 45 40 33.5
XS12(B)/2A* 203 110 150 109 85 81 79 77 75 71 67 63 55 50 45 38 30
XS12(B)/3C* 206 110 150 135 94.5 91.5 90 87 81 75 69 61.5 52.5 43.5 35.2 24 10.5
XS12(B)/2* 245 132 180 114 94 90.5 88.5 87 84.5 81 76 72 67 62 56 50 40.5
XS12(B)/3B* 245 132 180 142 107 102 100 97 92 87 82 75 68 61 51 42 31
XS12(B)/3A* 274 150 200 164 127 121 119 116 112 106 101 94 83 75 67 57.5 45.5
XS12(B)/4B* 325 185 250 189.5 143 136 133 129 123 115.5 109 100 90.5 81 68.5 56 41
XS12(B)/5C* 325 185 250 231 167 156 152 148 141 130 120 108 95 83 71 56 41
XS12(B)/4A* 390 220 300 206 164 157 152 148 141 133 123 115 104 96 84 71 54
XS12(B)/6C* 390 220 300 277 200 187 182 178 169 156 144 130 114 100 85 67 49
XS12(B)/4 470 260 350 228 188 181 177 174 169 162 152 144 134 124 112 100 81
XS12(B)/5A 470 260 350 257 205 196 190.5 184.5 176 166 154 144 130 120 104.5 89 68
XS12(B)/7C 470 260 350 324 234 219 213 208 198 182 168 152 133 117 100 79 58
XS12(B)/6A 545 300 400 312 252 241 233.5 228 220 209 195.5 182 166 152.5 135 118 97 71
XS12(2AX)
ModelI [A] P2** l/min 0 3333 3750 4167 4583 5000 5417 5833 6250 6667 7083 7500
3~ 400 V [kW] [HP] m3/h 0 200 225 250 275 300 325 350 375 400 425 450
XS12(2AX)/1B* 74 37 50
mw
c
50 36 34 33 31 30 30 28 26 23 21 19
XS12(2AX)/1A* 89 45 60 51 38.5 38 37 36.5 36 35 34 32.5 29 28 25
XS12(2AX)/1* 118 60 80 59 45.5 44.5 44 43.5 43 41.5 40 38 36 34 32
XS12(2AX)/2B* 147 75 100 95 69 65.5 63 61 59 57 53 50 45 40 35
XS12(2AX)/2A* 177 92 125 101 80 77 74 71 70 69 66 62 58 54 49.5
XS12(2AX)/2* 245 132 180 116 100 98.5 96 95 93.5 93.5 91.3 87.6 83.5 80 73
XS12(2AX)/3B* 215 110 150 150 108 102 99 94 91 88 84 78 69 63 57
XS12(2AX)/4B* 280 150 200 195 142 137 130 124 120 118 112 104 96 86 76
XS12(2AX)/4A* 340 185 250 190 164 160 152 149 144 142 136 129 121 110 103
XS12(2AX)/4 470 260 350 232 200 197 192 190 187 187 182.6 175.2 167 160 146
XS12(2AX)/5B* 350 185 250 252 181 175 165 157 153 152 144 135 124 111 98
XS12(2AX)/6B* 413 220 300 288 221 212 201 189 185 183 174 161 148 134 117
XS12(2AX)/7B 480 260 350 336 258 247 235 221 216 213 203 188 173 156 137
XS12(2AX)/8B 545 300 400 384 294 282 268 252.5 247 243 232 215 198 178 156.5
* The group is also available in special version for horizontal operation
** Rated power of motor
* The group is also available in special version for horizontal operation
** Rated power of motor
35
37
12’’ XS12 Submersible
* The group is also available in special version for horizontal operation
** Rated power of motor
* The group is also available in special version for horizontal operation
** Rated power of motor
Hydraulic performance table
XS12(2BX)
ModelI [A] P2** l/min 0 4167 4583 5000 5417 5833 6250 6667 7083 7500 7917 8333
3~ 400 V [kW] [HP] m3/h 0 250 275 300 325 350 375 400 425 450 475 500
XS12(2BX)/1C* 74 37 50
mw
c
46.5 31.5 30.5 29.5 28.5 27 24.5 23 20.5 18 15.6 12.8
XS12(2BX)/1B* 89 45 60 48 33 32.5 32 31 29 27 24.5 22 19 16 12.5
XS12(2BX)/1A* 103 52 70 53 37 36.5 35.5 34.5 33 31.5 29 27 24.5 21 18
XS12(2BX)/1* 131 67 90 57 47 45 44 43.5 42 40.5 38 36 33.5 31 28
XS12(2BX)/2C* 147 75 100 90 63 61 60 58 54 50 46 41 35 29 23.5
XS12(2BX)/2B* 177 92 125 99 70 67.5 67 65 62 58.5 54.5 49.5 45 40 33.5
XS12(2BX)/2A* 203 110 150 109 85 81 79 77 75 71 67 63 55 50 45
XS12(2BX)/3C* 206 110 150 135 94.5 91.5 90 87 81 75 69 61.5 52.5 43.5 35.2
XS12(2BX)/2* 245 132 180 114 94 90.5 88.5 87 84.5 81 76 72 67 62 56
XS12(2BX)/3B* 245 132 180 142 107 102 100 97 92 87 82 75 68 61 51
XS12(2BX)/3A* 274 150 200 164 127 121 119 116 112 106 101 94 83 75 67
XS12(2BX)/4B* 325 185 250 189.5 143 136 133 129 123 115.5 109 100 90.5 81 68.5
XS12(2BX)/5C* 325 185 250 231 167 156 152 148 141 130 120 108 95 83 71
XS12(2BX)/4A* 390 220 300 206 164 157 152 148 141 133 123 115 104 96 84
XS12(2BX)/6C* 390 220 300 277 200 187 182 178 169 156 144 130 114 100 85
XS12(2BX)/4 470 260 350 228 188 181 177 174 169 162 152 144 134 124 112
XS12(2BX)/5A 470 260 350 257 205 196 190.5 184.5 176 166 154 144 130 120 104.5
XS12(2BX)/7C 470 260 350 324 234 219 213 208 198 182 168 152 133 117 100
XS12(2BX)/6A 545 300 400 312 252 241 233.5 228 220 209 195.5 182 166 152.5 135
36
38
12’’ XS12 Submersible
Dimensions and weights
XS12(A)
Model T H L Ø Max Ø D Ø d L + H Kg
T H (mm) (mm) (mm) (mm) “G (mm) L NEMA H T
XS12(A)/1B SP302A/1B 1880 955 925 301 8’’ 192 8’’ MS 201 NEMA 1.18.424 130 275
XS12(A)/1A SP302A/1A 1950 955 995 301 8’’ 192 8’’ MS 201 NEMA 1.18.424 130 289
XS12(A)/1 SP302A/1 2190 955 1235 301 8’’ 192 8’’ MS 201 NEMA 1.18.424 130 333
XS12(A)/2B SP302A/2B 2485 1150 1335 301 8’’ 192 8’’ MS 201 NEMA 1.18.424 165 386
XS12(A)/2A SP302A/2A 2645 1150 1495 301 8’’ 192 8’’ MS 201 NEMA 1.18.424 165 416
XS12(A)/2 SP302A/2 2720 1150 1570 301 8’’ 238 10’’ MS 251 165 567
XS12(A)/3B SP302A/3B 2775 1345 1430 301 8’’ 238 10’’ MS 251 200 555
XS12(A)/4B SP302A/4B 3200 1540 1660 301 8’’ 238 10’’ MS 251 235 670
XS12(A)/4A SP302A/4A 3450 1540 1910 301 8’’ 238 10’’ MS 251 235 757
XS12(A)/4 SP302A/4 3448 1540 1908 301 8’’ 238 12’’ MS 300 235 932
XS12(A)/5B SP302A/5B 3645 1735 1910 301 8’’ 238 10’’ MS 251 270 792
XS12(A)/6B SP302A/6B 3688 1930 1758 301 8’’ 288 12’’ MS 300 305 935
XS12(A)/7B SP302A/7B 4033 2125 1908 301 8’’ 288 12’’ MS 300 340 1037
XS12(A)/8B SP302A/8B 4378 2320 2058 301 8’’ 288 12’’ MS 300 375 1140
XS12(B)
Model T H L Ø Max Ø D Ø d L + H Kg
T H (mm) (mm) (mm) (mm) “G (mm) L NEMA H T
XS12(B)/1C SP302B/1C 1880 955 925 301 8’’ 192 8’’MS 201 NEMA 1.18.424 130 275
XS12(B)/1B SP302B/1B 1950 955 995 301 8’’ 192 8’’MS 201 NEMA 1.18.424 130 289
XS12(B)/1A SP302B/1A 2020 955 1065 301 8’’ 192 8’’MS 201 NEMA 1.18.424 130 302
XS12(B)/1 SP302B/1 2190 955 1235 301 8’’ 192 8’’MS 201 NEMA 1.18.424 130 333
XS12(B)/2C SP302B/2C 2485 1150 1335 301 8’’ 192 8’’MS 201 NEMA 1.18.424 165 386
XS12(B)/2B SP302B/2B 2645 1150 1495 301 8’’ 192 8’’MS 201 NEMA 1.18.424 165 416
XS12(B)/2A SP302B/2A 2580 1150 1430 301 8’’ 238 10’’MS 251 165 520
XS12(B)/3C SP302B/3C 2775 1345 1430 301 8’’ 238 10’’MS 251 200 555
XS12(B)/2 SP302B/2 2720 1150 1570 301 8’’ 238 10’’MS 251 165 567
XS12(B)/3B SP302B/3B 2915 1345 1570 301 8’’ 238 10’’MS 251 200 602
XS12(B)/3A SP302B/3A 3005 1345 1660 301 8’’ 238 10’’MS 251 200 635
XS12(B)/4B SP302B/4B 3450 1540 1910 301 8’’ 238 10’’MS 251 235 757
XS12(B)/5C SP302B/5C 3645 1735 1910 301 8’’ 238 10’’MS 251 270 792
XS12(B)/4A SP302B/4A 3298 1540 1758 301 8’’ 288 12’’MS 300 235 865
XS12(B)/6C SP302B/6C 3688 1930 1758 301 8’’ 288 12’’MS 300 305 935
XS12(B)/4 SP302B/4 3488 1540 1908 301 8’’ 288 12’’MS 300 235 932
XS12(B)/5A SP302B/5A 3643 1735 1908 301 8’’ 288 12’’MS 300 270 967
XS12(B)/7C SP302B/7C 4033 2125 1908 301 8’’ 288 12’’MS 300 340 1037
XS12(B)/6A SP302B/6A 3988 1930 2058 301 8’’ 288 12’’MS 300 305 1070
M 1
6
Ø 300
Ø 200
Ø 260
24° 24°
33° 33°
n°8
fo
ri
Ø d
L
H
T
Ø MAX
Ø D
37
39
12’’ XS12 Submersible
Dimensions and weights
XS12(2AX)
Model T H L Ø Max Ø D Ø d L + H Kg
T H (mm) (mm) (mm) (mm) “G (mm) L NEMA H T
XS12(2AX)/1B XSP302A/1B 1880 955 925 301 8’’ 192 8’’MS 201 NEMA 1.18.424 130 275
XXS12(2AX)/1A XSP302A/1A 1950 955 995 301 8’’ 192 8’’MS 201 NEMA 1.18.424 130 289
XXS12(2AX)/1 XSP302A/1 2090 955 1135 301 8’’ 192 8’’MS 201 NEMA 1.18.424 130 313
XXS12(2AX)/2B XSP302A/2B 2485 1150 1335 301 8’’ 192 8’’MS 201 NEMA 1.18.424 165 386
XXS12(2AX)/2A XSP302A/2A 2645 1150 1495 301 8’’ 192 8’’MS 201 NEMA 1.18.424 165 416
XXS12(2AX)/2 XSP302A/2 2720 1150 1570 301 8’’ 238 10’’MS 251 165 567
XXS12(2AX)/3B XSP302A/3B 2775 1345 1430 301 8’’ 238 10’’MS 251 200 555
XXS12(2AX)/4B XSP302A/4B 3200 1540 1660 301 8’’ 238 10’’MS 251 235 670
XXS12(2AX)/4A XSP302A/4A 3450 1540 1910 301 8’’ 238 10’’MS 251 235 757
XXS12(2AX)/4 XSP302A/4 3448 1540 1910 301 8’’ 288 12’’MS 300 235 932
XXS12(2AX)/5B XSP302A/5B 3645 1735 1910 301 8’’ 238 10’’MS 251 270 792
XXS12(2AX)/6B XSP302A/6B 3688 1930 1760 301 8’’ 288 12’’MS 300 305 935
XXS12(2AX)/7B XSP302A/7B 4033 2125 1910 301 8’’ 288 12’’MS 300 340 1037
XXS12(2AX)/8B XSP302A/8B 4378 2320 2060 301 8’’ 288 12’’MS 300 375 1140
XS12(2BX)
Model T H L Ø Max Ø D Ø d L + H Kg
T H (mm) (mm) (mm) (mm) “G (mm) L NEMA H T
XS12(2BX)/1C XSP302B/1C 1880 955 925 301 8’’ 192 8’’MS 201 NEMA 1.18.424 130 275
XS12(2BX)/1B XSP302B/1B 1950 955 995 301 8’’ 192 8’’MS 201 NEMA 1.18.424 130 289
XS12(2BX)/1A XSP302B/1A 2020 955 1065 301 8’’ 192 8’’MS 201 NEMA 1.18.424 130 302
XS12(2BX)/1 XSP302B/1 2190 955 1235 301 8’’ 192 8’’MS 201 NEMA 1.18.424 130 333
XS12(2BX)/2C XSP302B/2C 2485 1150 1335 301 8’’ 192 8’’MS 201 NEMA 1.18.424 165 386
XS12(2BX)/2B XSP302B/2B 2645 1150 1495 301 8’’ 192 8’’MS 201 NEMA 1.18.424 165 416
XS12(2BX)/2A XSP302B/2A 2580 1150 1430 301 8’’ 238 10’’MS 251 165 520
XS12(2BX)/3C XSP302B/3C 2775 1345 1430 301 8’’ 238 10’’MS 251 200 555
XS12(2BX)/2 XSP302B/2 2720 1150 1570 301 8’’ 238 10’’MS 251 165 567
XS12(2BX)/3B XSP302B/3B 2915 1345 1570 301 8’’ 238 10’’MS 251 200 602
XS12(2BX)/3A XSP302B/3A 3005 1345 1660 301 8’’ 238 10’’MS 251 200 635
XS12(2BX)/4B XSP302B/4B 3450 1540 1910 301 8’’ 238 10’’MS 251 235 757
XS12(2BX)/5C XSP302B/5C 3645 1735 1910 301 8’’ 238 10’’MS 251 270 792
XS12(2BX)/4A XSP302B/4A 3298 1540 1758 301 8’’ 288 12’’MS 300 235 865
XS12(2BX)/6C XSP302B/6C 3688 1930 1758 301 8’’ 288 12’’MS 300 305 935
XS12(2BX)/4 XSP302B/4 3488 1540 1908 301 8’’ 288 12’’MS 300 235 932
XS12(2BX)/5A XSP302B/5A 3643 1735 1908 301 8’’ 288 12’’MS 300 270 967
XS12(2BX)/7C XSP302B/7C 4033 2125 1908 301 8’’ 288 12’’MS 300 340 1037
XS12(2BX)/6A XSP302B/6A 3988 1930 2058 301 8’’ 288 12’’MS 300 305 1070
M 1
6
Ø 300
Ø 200
Ø 260
24° 24°
33° 33°
n°8
fo
ri
Ø d
L
H
T
Ø MAX
Ø D
38
42
Applications
Domestic applications for 4’’
or larger water wells.
Motor
Water cooled encapsulated PSC motors.
Class B insulation.
IP 68 protection.
4’’ NEMA flange.
Rotation: CCW facing shaft end
on single phase the motor is
connected to only one capacitor
which works permanently as start
and run capacitor.
Benefits
Non contamination, water filled design.
Hermetically sealed stator.
Anti track, self healing stator resin
prevents motor burn out.
A4F Submersible
Franklin electric 4’’ motors (water cooled) and cable tails for ES4
Limitations
Maximum liquid temperature 30 °C.
Maximum quantity of sand in
suspension:
Starts: 20 per hour
Frost protection to – 15 °C.
Accesories
Cable tails to suit Franklin Motors
1.5m long.
2.5m long.
2.5m long c/w stainless steel connector.
Motor shrouds (Horizontal mounting)
4’’ Cooling shroud.
4’’ Support Feet.
4’’ Filter.
Hydraulic performance table
Model I [A]P2 Cable section in [mm2]
[kW] [HP] 4x1.5 4x2.5 4x4 4x6 4x10
254 805 1621L
23
0/2
40
V S
ing
le-p
ha
se
3.2 0.37 0.5 120 200 320 480 810
254 807 1621L 4.1 0.55 0.75 80 130 220 320 550
254 808 1621L 5.4 0.75 1 60 100 170 250 430
254 809 1621L 8.1 1.1 1.5 40 70 120 180 300
254 810 1621L 10.2 1.5 2 30 60 90 130 230
254 811 2521L 15.2 2.2 3 20 40 60 90 150
254 761 1621L
38
0/4
00
/415
V T
hre
e-p
ha
se
1.1 0.37 0.5 810 1350 2160 3240 5500
234 762 1621L 1.6 0.55 0.75 550 920 1480 2230 3780
234 763 1621L 2.1 0.75 1 410 680 1090 1640 2780
234 724 1621L 3 1.1 1.5 300 500 810 1210 2060
234 725 1621L 4 1.5 2 220 370 590 880 1500
234 726 2521L 5.9 2.2 3 150 250 400 600 1030
234 764 2521L 7.8 3 4 110 190 310 460 790
234 727 3421L 9.1 3.7 5 80 140 230 340 590
234 765 3421L 10 4 5.5 80 140 230 340 590
234 728 3421L 13.7 5.5 7.5 60 110 170 260 440
234 729 3421L 18.4 7.5 10 32 53 90 130 210
Dry run protectors for 4’’ Franklin H3F single & three phase motors
Model Description
CS 3WF-2 DRP (1.1KW) Single motor connector c/w 1.5mtrs of cable for PSC Franklin single phase H3F motors with DRP up to 1.1kw
CS 3WF-2.5 DRP (1.5KW) Single motor connector c/w 2.5mtrs of cable for PSC Franklin single phase H3F motors with DRP 1.5kw
CS 3WF-2 DRP (2.2KW) Single motor connector c/w 1.5mtrs of cable for PSC Franklin single phase H3F motors with DRP 2.2kw
CS 3W TO.37 DRP (0.37KW) Single motor connector c/w 2.0mtrs of cable for Franklin three phase HTF motors with DRP 0.37kw
CS 3W TO.55 DRP (0.55KW) Single motor connector c/w 2.0mtrs of cable for Franklin three phase HTF motors with DRP 0.55kw
CS 3W TO.75 DRP (0.75KW) Single motor connector c/w 2.0mtrs of cable for Franklin three phase HTF motors with DRP 0.75kw
CS 3W T110 DRP (1.1KW) Single motor connector c/w 2.0mtrs of cable for Franklin three phase HTF motors with DRP 1.1kw
CS 3W T150 DRP (1.5KW) Single motor connector c/w 3.0mtrs of cable for Franklin three phase HTF motors with DRP 1.5kw
CS 3W T220 DRP (2.2KW) Single motor connector c/w 3.0mtrs of cable for Franklin three phase HTF motors with DRP 2.2kw
CS 3W T300 DRP (3.0KW) Single motor connector c/w 3.0mtrs of cable for Franklin three phase HTF motors with DRP 3.0kw
CS 3W T400 DRP (4.0KW) Single motor connector c/w 3.0mtrs of cable for Franklin three phase HTF motors with DRP 4.0kw
39
43
Applications
6” motors with resin-coated stator for
mounting with 6” submersible pumps
equipped with a NEMA coupling system.
Materials
Stainless steel inner and outer casing
AISI 304.
Shaft stainless steel AISI 420.
Graphite double radial bearings.
Axial bearing stainless steel AISI 304.
Stators hermetically sealed in resin.
Water lubricated axial and radial bea-
rings. Motors pre-filled with non-con-
taminating FES91/92 liquid and 100%
tested.
“Sandfighter” motor with silicon carbide
seal.
A6F Submersible
6” Franklin submersible motors
Motor
Asynchronous, two poles.
IP 68 Protection.
Class F insulation.
Continuous service.
Limitations
Maximum operating temperature: 30 °C
up to 30 kW, 50 °C for 37 and 45 kW.
Maximum number of starts per hour: 20.
Voltage tolerance: from +6% to - 10%.
Vertical mounting. Horizontal mounting
permitted only with 6” hydraulics
ensuring sufficient axial load.
Characteristics table
ModelP2 Cable section in [mm2]
[kW] [HP] 4x1.5 4x2.5 4x4 4x6 4x10 4x16 4x20
A6F 550 4 5.5 85 140 225 335
A6F 750 5.5 7.5 65 110 175 260
A6F 1000 7.5 10 45 80 125 190 320
A6F 1250 9.2 12.5 65 105 160 265
A6F 1500 11 15 55 85 130 220 355
A6F 2000 15 20 65 100 170 270
A6F 2500 18.5 25 85 140 225 350
A6F 3000 22 30 70 115 185 285
A6F 4000 30 40 85 135 215
A6F 5000 37 50 110 170
Motor characteristics table
Model I [A] IA [A]
P2Cos Thrust [N] %
Cable
[kW] [HP] Ø [mm2] Length [m]
A6F 550
40
0 V
Avv
Dir
ect
9.3 43 4 5.5 0.82 6500 78 4x4 4
A6F 750 12.5 64 5.5 7.5 0.82 6500 79 4x4 4
A6F 1000 16 83 7.5 10 0.86 15500 79 4x4 4
A6F 1250 20.7 112 9.2 12.5 0.80 15500 81 4x4 4
A6F 1500 23.3 129 11 15 0.85 15500 81 4x4 4
A6F 2000 31.3 169 15 20 0.85 15500 81 4x4 4
A6F 2500 38.5 231 18.5 25 0.85 15500 82 4x4 4
A6F 3000 45.3 268 22 30 0.86 15500 83 4x4 4
A6F 4000 63.5 393 30 40 0.84 27500 83 4x4 4
A6F 550
40
0 V
Avv
Y
9.3 43 4 5.5 0.82 6500 78 4x4 4
A6F 750 12.5 64 5.5 7.5 0.82 6500 79 4x4 4
A6F 1000 16 83 7.5 10 0.86 15500 79 4x4 4
A6F 1250 20.7 112 9.2 12.5 0.80 15500 81 4x4 4
A6F 1500 23.3 129 11 15 0.85 15500 81 4x4 4
A6F 2000 31.3 169 15 20 0.85 15500 81 4x4 4
A6F 2500 38.5 231 18.5 25 0.85 15500 82 4x4 4
A6F 3000 45.3 268 22 30 0.86 15500 83 4x4 4
A6F 4000 63.5 393 30 40 0.84 27500 83 4x4 4
Dimensions and weights
Model A B Kg
A6F 550 600 139 39.5
A6F 750 631 139 43.2
A6F 1000 660 139 45.5
A6F 1250 685 139 49
A6F 1500 730 139 53
A6F 2000 758 139 59
A6F 2500 860 139 66.5
A6F 3000 920 139 72.5
A6F 4000 1050 139 85
A
B
40
44
Applications
Domestic applications for 8’’
or larger water wells.
Materials
Standard material in stainless steel 304
or stainless steel 316 on request.
Benefits
Non contamination, water filled design.
Hermetically sealed stator.
Anti track, self healing stator resin
prevents motor burn out.
Removable “Water Bloc” lead
connector.
Cable material according to drinking
water regulations.
Sand slinger and mechanical seal
for high performance in sand.
High efficiency electrical design
for low operation cost.
All motors prefilled and 100% tested.
A8F Submersible
Franklin electric 8’’ motors and cable tails for 8’’ submersible pumps
Motor
Water cooled encapsulated motors.
Class B insulation.
IP 68 protection.
8’’ NEMA flange.
Standard voltage: 415 V / 50 Hz,
460 V/60 Hz.
Voltage tolerance: +6%/-10%.
Limitations
Maximum liquid temperature 30 °C.
Vertical or horizontal installation.
Starts: 20 per hour.
Frost protection to – 15 °C.
Cooling flow: min 0.16 m/s.
Characteristics table (Direct On Line Start)
Characteristics table (Sur Delta Start)
Model I [A]P2
Cos Thrust [N] %Cable Dimensions and weights
[kW] [HP] Ø [mm2] Length [m] L [mm] [Kg]
A8F 4000 1.1 30 40 0.84 45000 86 3x8.4 8 925 145
A8F 5000 1.6 37 50 0.86 45000 87 3x8.4 8 1000 157
A8F 6000 2.1 45 60 0.85 45000 87 3x8.4 8 1077 172
A8F 7500 3 55 75 0.87 45000 88 3x16 8 1394 202
A8F 10000 4 75 100 0.87 45000 87 3x16 8 1496 240
A8F 12500 5.9 93 125 0.83 45000 87 3x16 8 1748 318
A8F 15000 7.8 110 150 0.84 45000 88 3x35 8 1976 381
A8F 17500 9.1 130 175 0.87 45000 88 3x35 8 2179 420
A8F 20000 10 150 200 0.88 45000 88 3x35 8 2408 494
Model I [A]P2
Cos Thrust [N] %Cable Dimensions and weights
[kW] [HP] Ø [mm2] Length [m] L [mm] [Kg]
A8F 4000
38
0/4
15 V
Th
ree
-ph
ase
1.1 30 40 0.84 45000 86 3x8.4 8 925 145
A8F 5000 1.6 37 50 0.86 45000 87 3x8.4 8 1000 157
A8F 6000 2.1 45 60 0.85 45000 87 3x8.4 8 1077 172
A8F 7500 3 55 75 0.87 45000 88 3x16 8 1394 202
A8F 10000 4 75 100 0.87 45000 87 3x16 8 1496 240
A8F 12500 5.9 93 125 0.83 45000 87 3x16 8 1748 318
A8F 15000 7.8 110 150 0.84 45000 88 3x16 8 1976 381
A8F 17500 9.1 130 175 0.87 45000 88 3x16 8 2179 420
A8F 20000 10 150 200 0.88 45000 88 3x16 8 2408 494 69
,85
L
Ø19
5.6
ma
x.
130
.30
130
.05
101.
60
101.
35
127
126.92
Ø127
Ø126.94
Ø152.4
BC
Ø17.47
(4 Holes)
M8x31.75-6G
Ground
Screw
38.10
38.07
42.93
Min Full
Spline
23.8
6.10
45°
41
46
Single phase submersible motor control starter/protector
SubStart
Single phase submersible motor control
starter from 0.25 kW to 2.2 kW.
IP 54 protection.
Illuminated integral ON/OFF switch.
Thermal circuit breaker for protection
of the motor.
High quality motor run capacitor for
long life.
Temperature: -5 °C to +40 °C.
Humidity: 50% at 55 °C (without
condensation).
Franklin Accessories Submersible
SubStartSC® single phase submersible motor starter specifications
Model
Motor
rating
[kW]
Motor
rating
[kW]
Maximal
expected
current
[A]
Capacitor
[μF]
450 V ac
SS025SC 0.25 2.4 9.4 12.5
SS037SC 0.37 3.3 12.6 16
SS055SC 0,55 4.3 17.7 20
SS075SC 0.75 5.7 22.7 35
SS110SC 1.10 8.4 33.9 40
SS150SC 1.50 10.7 41.7 50
SS220SC 2.20 14.7 61.8 70
140168115
140
Ø5.2
193
165
7 22
87
90
SubTronic® single phase submersible motor protector models
Model
Motor
rating
[kW]
Motor
rating
[kW]
Maximal
expected
current
[A]
Capacitor
[μF]
450 V ac
ST025PSC 0.25 2.4 9.4 12.5
ST037PSC 0.37 3.3 12.6 16
ST055PSC 0,55 4.3 17.7 20
ST075PSC 0.75 5.7 22.7 35
ST110PSC 1.10 8.4 33.9 40
ST150PSC 1.50 10.7 41.7 50
ST220PSC 2.20 14.7 61.8 70
Ø5.2
90
230230 180
180
195
140
245
SubTronic
Single phase submersible motor control
protector from 0.25 kW to 2.2 kW.
IP 54 protection.
Dry-run protection (without probes).
Automatic dry-run reset time 6
to 60 minutes.
Over & under voltage protection,
reset 3 minutes approx.
Over current protection, reset
10 minutes approx.
Faulty start protection.
Rapid cycle protection.
Indicators for status, voltage & fault.
Temperature: -5 °C to +40 °C.
Humidity: 50% at 55 °C (without
condensation).
SubTronic three phase options (P.O.A)
42
47
Franklin Accessories Submersible
Single phase constant pressure controller
SubDrive
Single phase constant pressure
controller from 1.1, 1.5 & 2.2 kW.
IP 23 protection (Indoor).
Works with a three phase, 60 Hz,
230 V Franklin motor.
Three phase perfomance with single
phase input:
High starting torque.
More efficient.
Smooth running.
Constant water pressure with a wide
range of settings 2-6 bar.
Soft start feature prevents water hammer
and increases motor life.
Works with small pressure tanks or
existing larger tanks.
Smart Reset technology allows well
recovery before restarting
the pump.
Excellent radio frequency interference
shielding.
Protections
Surge protection.
Under load.
Under voltage.
Locked pump.
Open circuit.
Short circuit.
Overheated controller.
Constant pressure controls specifications
SubDrive 75 SubDrive 100 SubDrive 150
Rated Power 1.1 kW 1.5 kW 2.2 kW
Inp
ut
(Fro
m
po
we
r so
urc
e) Voltage [V] 190 - 260 V / 1 Phase 190 - 260 V / 1 Phase 190 - 260 V / 1 Phase
Frequency [Hz] 60 / 50 Hz 60 / 50 Hz 60 / 50 Hz
Max. Amps [RMS] [A] 11 A 19 A 23 A
Power factor 1 (Constant) 1 (Constant) 1 (Constant)
Ou
tpu
t (T
o m
oto
r) Voltage [V] Variable / 3 Phase Variable / 3 Phase Variable / 3 Phase
Frequency [Hz] Variable (30 - 80 Hz) Variable (30 - 80 Hz) Variable (30 - 80 Hz)
Max. Amps [RMS] [A] 8.1 A 10.9 A 17.8 A
For
use
wit
h
Pump rating [kW] 0.55, 0.75 or 1.1 kW (Selectable) 0.75, 1.1 or 1.5 kW (Selectable) 1.1, 1.5 or 2.2 kW (Selectable)
Motor rating [kW] 1.1 kW, 230 VAC, 60 Hz (3 - Phase) 1.5 kW, 230 VAC, 60 Hz (3 - Phase) 2.2 kW, 230 VAC, 60 Hz (3 - Phase)
Pressure sensor (Included) External External External
Controller weight [Kg] 7 8 8
Carton size (H x W x D) [cm] 42 x 31 x 23 42 x 31 x 23 42 x 31 x 23
Shipping weight [Kg] 9 10 10
A
B
C
D
E
F
H
G
Dimensions in mm
Model A B C D E F G H
SubDrive 75 133 292 140 248 325 356 28 13
SubDrive 100 133 292 140 248 325 356 28 13
SubDrive 150 133 292 140 248 325 356 28 13
43
48
Applications
Irrigation, decanting
and hydropneumatic sets.
Max. immersion level according
to technical table on page 281.
Materials
Outer casing, discharge body, impellers,
filter and motor casing in stainless steel
AISI 304.
Pump shaft in stainless steel AISI 303.
Diffusers in tecnopolimer.
Double mechanical seal in ceramic/
graphite/NBR.
Foodgrade oil in seal chamber.
Acuaria 07N/17/27 Submersible
Submersible multi-stage pumps for open wells
Motor
Asynchronous, two poles.
IP 68 protection.
Class F insulation.
Continuous operation.
Water-cooled motor.
Single-phase motor with built-in thermal
protection.
Acuaria 07N/17/27:
without floating level switch.
Acuaria 07N A/17 A/27 A:
with floating level switch.
Limitations
Maximum liquid temperature: 40 °C.
Equipment
Complete with 15 m of power cable for M
version or 10 m MA version.
Acuaria 07N M: for open wells with
a minimum Ø 125 mm.
Internal capacitor.
Acuaria 17/27 M: for open wells with
a minimum Ø 140 mm.
External capacitor (Box extra).
See page 262
Accessories.
Dimensions and weights
Acuaria 07N 3
Acuaria 07N 4
Acuaria 07N 5
Acuaria 07N 6
Acuaria 07N 7
Acuaria 17 5
Acuaria 17 7
Acuaria 27 4
Acuaria 27 6
470
493
517
560
583
553
646
552
655
10,0
10,6
11,5
12,4
12,6
14
14.2
17
17.2
1”
1”
1”
1”
1”
1”
1”
1”
1”
126
126
126
126
126
138
138
138
138
Model A [Kg]CB
A
B
C
Acuaria 07N
A
B
C
Acuaria 17/27
44
49
Acuaria 07N/17/27 Submersible
Hydraulic performance table
7
10.8
2.5
3.8
1.5
2.2
1.4
2.1
0.9
1.5
1.25
2.0
16
25
I [A]
1~
230 V 400 V3~
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
43
68
42
66
1.2
20
41
64
1.8
30
39
61
2.4
40
38
57
3.0
50
31
47
3.6
60
23
36
4.8
80
14
24
7.26.0
120100
mw
cAcuaria 27 4
Acuaria 27 6
7.4
10.7
2.6
3.8
1.6
2.2
1.5
2.1
0.9
1.5
1.25
2.0
16
25
I [A]
1~
230 V 400 V3~
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
67
94
0.6
10
65
90
1.2
20
62
85
1.8
30
55
78
2.4
40
48
69
3.0
50
39
58
3.6
60
18
30
4.8
80
12
22
5.1
85
mw
cAcuaria 17 5
Acuaria 17 7
I [A]
1~
230 V 400 V3~
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
0.6
10
1.2
20
1.8
30
2.4
40
2.7
45
3.0
50
3.6
60
2.8
3.5
4.1
5.0
5.5
1.2
1.7
1.9
2.0
2.4
0.6
0.8
1
1.2
1.4
0.6
0.8
1
1.1
1.3
0.37
0.5
0.75
0.9
1.1
0.5
0.75
1
1.2
1.5
12
12
12
16
30
33
41
50
60
70
29
37
46
55
64
26
32
40
47
55
21
26
32
37
44
18
22
27
32
38
15
19
23
26
31
8
10
13
15
18
4
6
8
9
11
3.9
65
mw
c
Acuaria 07N 3
Acuaria 07N 4
Acuaria 07N 5
Acuaria 07N 6
Acuaria 07N 7
Performance curves at 2900 rpm
Acuaria 07N Acuaria 17
Acuaria 27
7
6
5
4
3
7
5
6
4
45
50
Acuaria 37/57 Submersible
Submersible multi-stage pumps for open wells
Applications
Specially designed for irrigation
and hydropneumatic sets.
Motor
Asynchronous, two poles.
IP 68 protection.
Class F insulation.
Continuous operation.
Water-cooled motor.
Limitations
Maximum liquid temperature: 40 °C.
Max. immersion level according to the
technical table on page 281.
A
B
C
Acuaria 37 4
Acuaria 37 6
Acuaria 57 4
622.5
671.5
684
27.6
30.6
30.6
1 1/2”
1 1/2”
1 1/2”
152
152
152
Model A [Kg]CB
Performance curves at 2900 rpm
See page 262
Accessories.
Materials
Outer casing, motor casing, impellers
and filter in stainless steel AISI 304.
Motor shaft and pump shaft in stainless
steel AISI 303.
Diffusers in technopolymer.
Double mechanical seal in ceramic/
graphite/NBR.
Pump base and discharge body
in cast iron painted with cataforesis.
Foodgrade oil in seal chamber.
Energy Index MEI 0,4.
Equipment
Complete with 15 m of power cable.
Capacitor (single-phase only, box extra).
Acuaria 37/57: for open wells with a
minimum Ø 155 mm.
Dimensions and weights
37-6
37-457-4
Hydraulic performance table
Model
5.49.4 3 2.2 3
I [A]
1~
230 V 400 V230 V3~
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
48.1
6.0
100
52.5mwc
3.0
50
42.2
9.0
150
37.8
12
200
31.5
15
250
23.2
18
300
12.1
21
350
Acuaria 57 4
9.2 3.3
5.3
5.2
9.2
2 1.9
3
1.1
2.2
1.5
3
30
I [A]
1~
230 V 400 V230 V3~
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
55.7
84.5
53.4
80.7
2.41.2
4012
50.9
77.4
3.6
60
46.5
72.3
4.8
80
41.0
64.8
6.0
100
35.2
56.3
7.2
120
29.1
46.1
8.4
140
22.3
37.2
160
mw
cAcuaria 37 4
Acuaria 37 6
9.6
46
51
Idrogo Submersible
Submersible pumps used in our variable speed Sub-Tanks
Applications
For water boosting in our Sub-Tanks.
Clean water movement from wells, tanks
and for irrigation.
Motor
Asynchronous 2 pole motor cooled by
the pumped liquid.
Class F insulation.
IP 68 protection.
Permanent splits capacitor and automatic.
Thermal overload protection for single
phase version.
Thermal protection for three phase by
others.
Performance curves at 2900 rpm
Materials
External casing, motor casing, cover
& closing ring in AISI 304.
Impeller, diffuser & spacer in tecnopolmer.
Shaft in AISI 304.
Upper mechanical seal in carbon/
ceramic/NBR.
Lower mechanical seal in Sic/Carbon/NBR.
Limitations
Maximum liquid temperature 40 °C.
Maximum immersion depth 20 m.
Maximum working pressure 10 bar.
Horizontal or vertical installation.
Supplied with 5 mtrs of cable HØ7RN-F.
Dimensions
Hydraulic performance table
Model
P2 P1 [kW] I[A] Locked rotor current Single phase
[kW] [HP] Single phase Three phaseSingle
phase230 V 400 V
Single phase
230 V
Single phase
400 V[μF] 0.6
Idrogo 40/06 0.45 0.6 0.82 3.8 16 16 450
Idrogo 40/08 0.6 0.8 1 0.95 4.3 3.3 1.9 16 10 16 450
Idrogo 40/10 0.75 1 1.25 1.18 5.7 3.8 2.2 20 12 20 450
Idrogo 40/12 0.9 1.2 1.42 1.33 6.8 4.2 2.4 23 14 20 450
Idrogo 40/15 1.1 1.5 1.6 1.55 7.3 5.2 3 25 16.5 31.5 450
Idrogo 80/12 0.9 1.2 1.33 1.22 6.4 4 2.3 23 14 20 450
Idrogo 80/15 1.1 1.5 1.62 1.52 7.5 5.4 3.1 25 16.5 31.5 450
Idrogo 80/20 1.5 2 1.9 6.1 3.5 16.5
H
[ft]
250
200
150
100
50
0
70
60
50
40
30
20
10
0
H
[m]40/15
40/12
40/10
40/08
40/06
80/20
80/15
80/12
1101009080706050403020100
6543210
Q [l/min]
Q [m3/h]
lmp g.p.m.
U.S. g.p.m. 10 15 20 25 30
5 10 15 20 25
A
B
D
CModel A B C D
Idrogo 40/06 513 Ø 138 G 11/4’’ 30
Idrogo 40/08 513 Ø 138 G 11/4’’ 30
Idrogo 40/10 539 Ø 138 G 11/4’’ 30
Idrogo 40/12 590 Ø 138 G 11/4’’ 30
Idrogo 40/15 616 Ø 138 G 11/4’’ 30
Idrogo 80/12 540 Ø 138 G 11/4’’ 30
Idrogo 80/15 564 Ø 138 G 11/4’’ 30
Idrogo 80/20 590 Ø 138 G 11/4’’ 30
47
52
MXO Drainage
Portable submersible pumps for drainage
Applications
Emptying of drains, residential sumps,
rain water tanks, etc.
Emergency emptying of flooded garages
or basements.
Water transfer from tanks and cisterns.
Materials
Outer casing: stainless steel AISI 304.
Impeller in tecnopolymer.
Diffuser, motor casing, pump base and
upper cover in stainless steel AISI 304.
Pump shaft in stainless steel AISI 303.
Double sealed. Mechanical seal on the
pump side in silicon carbide/alumine
oxided. Lip seal on motor side in NBR.
O-rings: NBR.
Motor
Asynchronous single-phase, two poles.
Built-in thermal protection and capacitor.
Cooling via circulation of pumped liquid.
Protection IP 68.
Isolation class F.
Limitations
Maximum immersion: 5 m.
Maximum liquid temperature: 40° C.
Maximum passage of solids: Ø10 mm.
Equipment
Supplied with 5 m of electric cable
H07RN-F and plug.
With float switch.
MXO M: without float switch.
MXO M A: with float switch.
Performance curves at 2900 rpmDimensions and weights
Model A B C D E F G Kg
MXO 30 1 1/4" 154 47 249 228 45 Ø132 5.5
MXO 60 1 1/4" 154 47 249 228 45 Ø132 6.2
B
A
F
C
DE
Q [l/1’]
H
[m]
0
2
4
4
6
6
8
8
10
10 Q [m3/h]
U.S. g.p.m.
Imp g.p.m.H
[ft]
0
5
10
15
20
25
30
35
10 20 30 40
10 20 30 40
50
0
0
50 100 150
2
30M A
60M A
Hydraulic performance table
Model
I
[A]
P1
[kW]P2 c l/min 0 25 50 75 100 125 150 175
1~
230 V
1~
230 V[kW] [HP] [μF] m3/h 0 1.5 3.0 4.5 6.0 7.5 9.0 10.5
MXO 30 2.2 0.5 0.25 0.33 8
mw
c 8.0 7.2 6.2 5.2 4.0 2.6 1.0
MXO 60 3.0 0.7 0.45 0.6 10 10.0 8.8 8.0 6.8 5.6 4.5 3.0 1.2
48
53
Best Drainage
Submersible drainage pumps
Applications
For draining garages, irrigation
for gardens and emptying of wine cellars
and basements.
Materials
Pump body, impeller, motor casing
in stainless steel AISI 304.
Mechanical seal in ceramic/carbon/NBR.
Lip seal in NBR.
Motor
Cooling via circulation of pumped liquid.
IP 68 protection.
Class F insulation.
Continuous operation.
Built-in thermal protection.
Limitations
Maximum passage of solids: 10 mm.
Maximum immersion: 5 m.
Maximum liquid temperature: 50 °C.
Equipment
Supplied with 10 m of electrical cable.
Integral capacitor.
MA version c/w float switch.
MS version c/w magnetic switch.
Puddle sucker base option.
I [A]
1~
230 V
3~
400 V
Model
P2 Locked rotor
current
[kW]1~
230 V[HP]
3~
400 V
P1 [kW]
1~
230 V
3~
400 V
2.3
2.2
2.3
2.2
1.9
0.8
0.8
0.51
0.50
0.47
0.44
0.25
0.25
0.25
0.25
0.25
0.33
0.33
0.33
0.33
0.33
0.8
0.8
8
8
8
c
[μF] 0
0
1.2
20
2.4
40
4.8
80
7.2
120
9.6
160
9.0
9.0
6.5
6.5
8.3
8.3
6.0
6.0
7.8
7.8
5.6
5.6
6.3
6.3
4.8
4.8
4.5
4.5
3.5
3.5
2.4
2.4
2.0
2.0
1.8
1.8
1.5
1.5
10.2
170
m3/h
l/min
mw
c
Best One M
Best One
Best One Vox M
Best One Vox
Optima
Best One
Best One M
Best One MA / Optima MA
Best One MS / Optima MS
Best One Vox
Best One Vox M
Best One Vox MA
Model [Kg]
273
273
273
273
304
304
304
H
4.3
4.4
4.6
4.8
4.4
4.5
4.7
10
10
10
10
20
20
20
S
231
231
231
231
262
262
262
H1
Dimensions and weights
Hydraulic performance table
Performance curves at 2900 rpm
BEST ONE
OPTIMA
BEST ONE VOX
49
54
Best 2-5 Drainage
Stainless steel submersible pumps
Applications
For draining wells, plant room sumps,
lift shaft emptying, pools, irrigation
and water displays.
Materials
Pump body, impeller, motor casing
in stainless steel AISI 304.
Double mechanical seal with
oil chamber, upper in carbon/ceramic/
NBR and lower in Sic/Sic/NBR.
Motor
Cooling via circulation of pumped liquid.
IP 68 protection.
Class F insulation.
Continuous operation.
Built-in thermal protection.
Limitations
Maximum liquid temperature 35 °C.
Maximum passage of solids 10 mm.
Maximum immersion 10 m.
Equipment
Maximum liquid temperature 40 °C.
Maximum immersion depth 20 m.
Maximum working pressure 10 bar.
Horizontal or vertical installation.
Supplied with 5 mtrs of cable HØ7RN-F.
Dimensions in mm
Hydraulic performance table
Performance curves at 2900 rpm
Model A B C D E F G
Best 2 352 315 210 10 G 11/2’’ 360 115
Best 3 352 315 210 10 G 11/2’’ 360 115
Best 4 377 340 210 10 G 11/2’’ 360 115
Best 5 377 340 210 10 G 11/2’’ 360 115
Model
I
[A]P2 c l/min 20 40 80 120 160 170 200 260 280 300 330 360
1~
230 V
3~
400 V[kW] [HP] [μF] m3/h 1.2 2.4 4.8 7.2 9.6 10.2 12 15.6 17 18 20 22
Best 2 4.4 2 0.55 0.75 16
mw
c
12.2 11 9.8 8.3 6.7 6.3 5 2.9
Best 3 5.6 2.4 0.74 1 20 13.6 13 11.1 9.5 7.9 7.6 6.4 4 3.2
Best 4 7.3 3 1.1 1.5 30 17.4 17 15 13 12 11.3 10 7.5 6.7 5.9 4.6
Best 5 3.3 1.5 2.2 18.4 18 16.1 15 13 12.5 11 9 8 7.4 6 5
54
32
H
[ft]
60
40
20
0
20
15
10
5
0
H
[m]
4003002001000
20100
Q [l/min]
Q [m3/h]
lmp g.p.m.
U.S. g.p.m. 50 100
50 100
50
55
Hydraulic performance table
Model
I
[A]
P1
[kW]P2 c l/min 25 50 100 150 200 250 300 320
1~
230 V
1~
230 V[kW] [HP] [μF] m3/h 1.5 3.0 6.0 9.0 12 15 18 19.2
Drain 100 3.1 0.7 0.75 1 12 mwc 92 91 87 78 6 4 2 1
Drain 100 Drainage
Submersible pumps for the drainage of water without solids in suspension
Applications
Drainage of filtered water, emptying of
swimming pools, decorative fountains
and waterfalls.
Materials
Discharge body and upper mounting
in cast iron.
Impeller in tecnopolimer.
Double mechanical seal in ceramic/
graphite/NBR.
Filter in rigid plastic.
Motor housing and transport handle
in stainless steel AISI 304.
Motor
Asynchronous, two poles.
IP 68 protection.
Class F insulation.
Continuous operation.
Built-in thermal protection.
Drain 100 M: without float switch.
Drain 100 M A: with float switch.
Limitations
Maximum solids handling: 5 mm.
Maximum immersion: 8 m.
Maximum liquid temperature: 40 °C.
Equipment
Supplied with 10 m power cable.
Single-phase supplied with
capacitor box.
A
B
C
D
Performance curves at 2900 rpm
Drain 100
Model A
122
[Kg]
10.5
D
1 1/4”
C
300
B
392
Dimensions and weights
51
56
DMR Drainage
Submersible pumps for clear water
Applications
Drainage of water without solids in
suspension.
Drainage of seepage water or rainwater,
via tanks and vats.
Materials
External housing, suction filter, cover
and impeller made of AISI 304 stainless
steel.
Diffusor in cast iron (G20)
Mechanical seal in silicon carbide-
alumina and alumina-carbon
NBR O-ring seals.
Motor shaft pump side in stainless steel
AISI 316.
Limitations
Through section: 8 mm.
Maximum immersion: 9 m.
Maximum liquid temperature: 40 °C.
with pump totally immersed.
Motor
Asynchronous two poles with oil bath
lubrication.
Class F insulation.
IP 68 protection.
Features
10 m long power cable.
Single-phase versions with built-in
capacitor and thermal protection.
Dimensions and weights
Model A B C D Kg
DMR 100 1 1/2" 190 213.5 300 13.5
DMR 140 1 1/2" 190 213.5 344 18.2
Hydraulic performance table
Model
I
[A] P1
[kW]
P2 l/min 0 25 50 100 150 200 250 300 400
1~
230 V
3~
400 V[kW] [HP] m3/h 0 1.5 3 6 9 12 15 18 24
DMR 100 6.5 2.6 1.3 0.75 1
mw
c 15 14 12.8 11.2 9.2 7.4 5.2 2.6
DMR 140 9 3 2 1.1 1.5 19.5 19 18.5 17.5 16 14 11.8 9.2 4
Performance curves at 2900 rpm
140
Q [l/1’]40030020010000
2
4
6
8
10
12
14
16
18
20
22
24
H[m]
100
52
57
Viginox Drainage
Portable submersible pumps for drainage
Applications
Drainage of filtered water.
Emptying of pools and operation in
decorative fountains, waterfalls and
emptying of rainwater.
Materials
Outer casing, impeller, diffuser, motor
casing, pump base and upper cover in
stainless steel AISI 304.
Pump shaft in stainless steel AISI 316.
Double mechanical seal on the
pump side in silicon carbide/alumine
oxided.
Lip seal on motor side in NBR.
O-rings: NBR.
Limitations
Maximum immersion: 5 m.
Maximum liquid temperature: 50° C.
Maximum passage of solids: Ø10 mm.
Motor
Asynchronous, two poles.
Cooling via circulation of pumped liquid.
Oil-filled motor.
Protection IP 68.
Isolation class F.
Single-phase with built-in thermal
protection and capacitor.
The thermal protection for the three-pha-
se motors is to be provided by the user.
Equipment
Supplied with 10 m of electric cable
H07RN-F.
Viginox M: without float switch.
Viginox M A: with float switch.
Viginox T: three phase without float
switch.
Hydraulic performance table
Model
I
[A]
P1
[kW]P2 c l/min 0 100 200 300 350 400
1~
230 V
3~
400 V
1~
230 V
3~
400 V[kW] [HP] [μF] m3/h 0 6.0 12.0 18.0 21.0 24.0
Viginox 60 4.5 2.1 1.1 0.9 0.6 0.8 16
mw
c
11.5 8.0 4.5 2.5
Viginox 75 6.5 2.2 1.5 1.3 0.75 1.0 20 14.5 11.0 7.0 4.0 1.5
Viginox 110 10.6 3.3 2.2 2.0 1.1 1.5 30 16.5 14.0 11.0 9.0 7.0 2.0
Performance curves at 2900 rpm
Q [m3/h]
H[m]
0
2
4
6
8
10
12
14
16
Q [l/1’]0
U.S. g.p.m.
Imp g.p.m. H[ft]
0
10
20
30
40
50
60M75M
110M
20 40 60
100 200 300 400
15 20 25
80 100 120
20 40 60 80 100
0 105
Dimensions and weights
Model A B C D E F G Kg
Viginox 60 1 1/2" 212.4 89.7 290.2 259.2 50.5 Ø202.4 9.0
Viginox 75 1 1/2" 212.4 89.7 290.2 259.2 50.5 Ø202.4 11.0
Viginox 110 2” 212.4 89.7 326.7 294.7 50.5 Ø202.4 18.0
53
58
Viginox V Drainage
Portable submersible pumps for drainage, Vortex system
Applications
Drainage of sewage/dirty water,
operation in septic tanks, small
purifying installations and emptying
of rainwater.
Specially adapted for building use.
Materials
Outer casing, impeller, diffuser, motor
casing, pump base and upper cover in
stainless steel AISI 304.
Pump shaft in stainless steel AISI 316.
Double mechanical seal on the
pump side in silicon carbide/alumine
oxided.
Lip seal on motor side in NBR.
O-rings: NBR.
Limitations
Maximum immersion: 5 m.
Maximum liquid temperature: 50° C.
Maximum passage of solids: Ø30 mm.
Motor
Asynchronous, two poles.
Cooling via circulation of pumped liquid.
Oil-filled motor.
Protection IP 68.
Isolation class F.
Single-phase with built-in thermal
protection and capacitor.
Equipment
Supplied with 10 m of electric cable
H07RN-F.
Viginox V M: without float switch.
Viginox V M A: with float switch.
Viginox V T: three phase without float
switch.
Performance curves at 2900 rpmDimensions and weights
Q [m3 /h]20 25
H[m]
0
2
4
6
8
10
12
14
Q [l/1’]0 100 200 300 400
H[ft]
0
10
20
30
40
50
Imp g.p.m. 100
U.S. g.p.m. 20
20
40 60 80
40 60 80
100 120
10 150 5
75M 110M
Hydraulic performance table
Model
I
[A]
P1
[kW]P2 c l/min 0 100 200 300 350 400
1~
230 V
3~
400 V
1~
230 V
3~
400 V[kW] [HP] [μF] m3/h 0.0 6.0 12.0 18.0 21.0 24.0
Viginox V 75 6.8 2.4 1.5 1.5 0.75 1.0 20
mw
c 10.5 8.5 6.5 3.5 2.0
Viginox V 110 9.0 3.3 2.2 2.0 1.1 1.5 30 12.5 10.5 8.0 6.0 4.0 2.0
Model A B C D E F G Kg
Viginox V 75 1 1/2" 204 73 344.2 325.2 106 Ø202 13.0
Viginox V 110 2" 204 73 384.7 393.2 106 Ø203 20.0
54
59
Drainex 100 Drainage
Submersible pumps, Vortex system for sewage water
Applications
Drainage of sewage and dirty water,
operation in septic tanks and small
purifying intallations.
Materials
Discharge body and upper mounting
in cast iron.
Impeller in brass with free passage
of particles in suspension of Ø 34 mm.
Double mechanical seal in ceramic/
graphite and ceramic/silicon carbide.
Motor housing and transport handle in
stainless steel AISI 304.
Motor
Asynchronous, two poles.
IP 68 protection.
Class F insulation.
Continuous operation.
Single-phase version built-in thermal
protection.
Limitations
Maximum solids handling: 32 mm.
Maximum immersion: 8 m.
Maximum liquid temperature: 40 °C.
Equipment
Supplied with 10 m power cable.
Single-phase supplied with capacitor box.
Drainex 100M: without float switch.
Drainex 100M A: with float switch.
3.4 0.75 0.75 1 12
I [A]
1~
230 V
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
c
[μF] m3/h
l/min
7mwc
1.5
25
6.7
3.0
50
5.9
6.0
100
5.5
7.5
125
5
9.0
150
3.7
12
200
2
15
250
1
16.8
280
Drainex 100M
Hydraulic performance table
Performance curves at 2900 rpm
Drainex 100
Model A
138
[Kg]
11
D
1 1/4”
C
300
B
407
A
B
C
D
Dimensions and weights
55
60
TGR Drainage
Submersible pumps for drainage and sewage
Applications
Emptying of septic tanks, cesspools,
sewage collection wells, pumping of
sewage water with solids in suspension
by means of vortex impeller.
Materials
Outer casing, suction filter, support,
counter flange, cover, handle and
impeller in AISI 304 stainless steel.
Motor flange mount and pump body in
cast iron (G20).
Mechanical seal on pump side in silicon
carbide and alumina and NBR ring on
motor side.
O-ring: NBR.
Motor shaft pump side in stainless steel
AISI 316.
Motor
Asynchronous two poles with oil bath
lubrication.
Oil-filled motor.
IP 68 protection.
Class F isolation.
Limitations
Maximum immersion: 5 m.
Maximum liquid temperature: 50 °C.
Maximum passage of solids: Ø30 mm.
Features
10 m long power cable.
TGR M: without float switch.
TGR M A: c/w float switch.
TGR T: three phase without float switch.
Performance curves at 2900 rpm
Q [l/1’]800 9007006005004003002001000
100
150 200
300 F
0
1
2
3
4
5
6
7
8
9
10
11
12
13
H[m]
Hydraulic performance table
Model
I
[A] P1
[kW]
P2 l/min 0 100 200 300 400 500 700 950
1~
230 V
3~
400 V[kW] [HP] m3/h 0 6 12 18 24 30 42 57
TGR 100 7 3.2 1.3 0.75 1
mw
c
8.5 6.8 5 3.2 1
TGR 150 11.5 4.5 1.7 1.1 1.5 11 9 7.3 5.6 3.2
TGR 200 4.8 2.2 1.5 2 13 11.2 9.5 7.5 3.2
TGR 300 F 6.5 3.5 2.25 3 12.5 11.5 11 10.5 9.6 8.5 6.5 3
Dimensions and weights
Model A B C D E F G [Kg]
TGR 100 2’’ 150 232 396 125 50 150 13
TGR 150 2’’ 150 232 396 125 180 150 15
TGR 200 2’’ 150 232 396 125 180 150 15
TGR 300 F 3’’ 214 290 523 133 170 253 32
56
61
Drainex 200/300 Drainage
Submersible monobloc pumps, Vortex system for sewage water
A
B
C
D
E F
G
H
I
E
FG
H I
A
B
C
D
J
Applications
Drainage of sewage and dirty water,
operation in septic tanks and small
purifying installations.
Materials
Pump body, discharge body, suction
body and impeller in cast iron.
Mechanical seal in silicon carbide
and ceramic.
Pump base in stainless steel AISI 304,
detachable for coupling of accessories.
O-rings in NBR.
Motor shaft in stainless steel AISI 420.
Motor
Asynchronous, two poles, high torque.
IP 68 protection.
Class F insulation.
Continuous operation.
Water-cooled motor.
Single-phase version built-in thermal
protection and capacitor.
Limitations
Maximum solids handling:
Drainex 200: 45 mm.
Drainex 300: 60 mm.
Maximum liquid temperature: 40 °C.
Equipment
Supplied with 10 m power cable.
Drainex M: without float switch.
Drainex M A: with float switch.
Drainex T: three phase without float
switch.
Transportable versions include elbow
and s/s feet.
Drainex 200
Drainex 201
Drainex 202
Model [Kg]
415
415
415
A
12
12
12
25
25
25
I
95
95
95
H
196
196
196
G
110
110
110
F
2”
2”
2”
E
118.7
118.7
118.7
D
383
383
383
C
239.5
239.5
239.5
B
Drainex 200/201/202
Impeller ext. Ø: Drainex 200: 105 mm. Drainex 201: 115 mm. Drainex 202: 124 mm.
Drainex 300
Drainex 301
Drainex 302
Model
429
429
429
A [Kg]
28
28
28
144
144
144
I
2 1/2”
2 1/2”
2 1/2”
J
110
110
110
H
150
150
150
G
110
110
110
F
222
222
222
E
118.7
118.7
118.7
D
408
408
408
C
271.5
271.5
271.5
B
Drainex 300/301/302
Impeller ext. Ø: Drainex 300: 105 mm. Drainex 301: 115 mm. Drainex 302: 124 mm.
Dimensions and weights
57
62
Drainex 200/300 Drainage
5.5
6.8
7.8
2.4
2.7
3
1.2
1.5
1.8
1.2
1.5
1.8
1.1
1.1
1.1
1.5
1.5
1.5
16
16
16
I [A]
1~
230 V 400 V3~
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
7.1
9.2
11
3.0
50
6.6
8.5
10.5
6.0
100
5.4
7
9
12
200
4.1
5.6
7.4
18
300
2.9
4.1
5.8
24
400
1.8
2.8
4.2
30
500
1.5
2.6
36
600
1.8
39
650
mw
c
Drainex 300
Drainex 301
Drainex 302
5.2
6.2
7.4
2.3
2.6
2.8
1.1
1.4
1.6
1.1
1.4
1.6
1.1
1.1
1.1
1.5
1.5
1.5
16
16
16
I [A]
1~
230 V 400 V3~
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
10.7
13.2
15.1
3.0
50
9.7
11.9
13.8
6.0
100
8.6
10.7
12.6
9.0
150
7.4
9.4
11.3
12
200
4.9
6.7
8.5
18
300
2.3
3.8
5.6
24
400
2.4
4.1
27
450
2.5
30
500
mw
c
Drainex 200
Drainex 201
Drainex 202
Interior condenser is in
a completely watertight
chamber to simplify the
pump installation process.
Optimal cooling of the motor thanks to the motor
body being designed as a single part.
The incorporation of a mechanical seal guarantees
complete watertightness between the hydraulic part
and the motor. Large chamber between the impeller
and the aspiration cone which allows
suspended solid particles to pass
through. Drainex 200, 45 mm.
and Drainex 300, 60 mm.
Hydraulic performance table
Drainex 200
Performance curves at 2900 rpm
200 201 202
Drainex 300
300 301 302
58
63
Portable version
437
A
98
I
55
M
55
L
110
K
134
J
98
H
49
G
95
F
62
E
219
D
110
C
338
B
Drainex 200/201/202
455
A
111
I
144
M
110
L
110
K
150
J
111
H
62
G
101
F
105
E
213
D
108
C
373
B
Drainex 300/301/302
H I
J
K
L
M
F
G
A
B
C D
E
G 2”
F
G
A
B
C D
E
G 21/2”
H I
J
K
LM
M16
Passage Ø of particles in suspension: 45mm
Drainex 200/300: without float switch. Drainex 200 A/300 A: supplied built-in float switch
405
A
15
I
85
M
Ø12
L
70
K
38
J
74.5
H
11.5
G
132
F
92
E
245.5
D
108
C
441
B
12
N
11
V
95
Z
50
Y
20.5
X
50.5
W
56
U
104
T
111
S
111
R
Ø10
Q
85
P
Ø42
O
Drainex 300/301/302
Fixed version, guide rail system
388
A
8
I
24
M
Ø10
L
50.5
K
12
J
52
H
60
G
112
F
60
E
168
D
110
C
353
B
209
N
12
V
60
Z
32
Y
13
X
40
W
94
U
120
T
98
S
98
R
Ø10
Q
85
P
Ø25
O
Drainex 200/201/202
R S
T
U
Z
V
W
X
Y
F
G
HI
J
PQ
A
B
C D E
K
L
M
N
O
G 2”
R S
T
U
Z
V
W
X
Y
FGH
IJ
P
Q
A
B
C D E
K
L
M
N
O
G 21/2”
Passage Ø of particles in suspension: 60mm
Drainex 200/300: without float switch. Drainex 200 A/300 A: supplied built-in float switch
Drainex 200/300 Drainage
59
64
Drainex 400/500/600 Drainage
Submersible mono block pumps with Vortex impeller for draining water with solids
Applications
In water treatment facilities.
Pressurised drainage systems.
Drainage of faecal water from housing
and garages.
Drainage for water with solids in public
establishments, restaurants, etc.
General drainage systems in industry,
farms, livestock farms, excavations,
garages and civil engineering works.
Drainage of cesspits and septic tanks.
Atex version for installing in the facilities
described in the Atex regulations
(II 2G d II B T4).
Materials
Pump body and impeller in cast iron.
Double mechanical seal: on the pump
side in silicon carbide and on the motor
side in graphite/alumina oxide with an
intermediate oil chamber. The motor
shaft is not in contact with water.
AISI 304 stainless steel screws.
O-rings in NBR.
Electrical and motor specifications
Asynchronous, two pole.
IP 68 protection.
Class F insulation.
Continuous operation (fully submerged).
Atex II 2G version. Ex d II B t4.
Atex version is supplied with a humidity
sensor and thermal protection in case
the motor overheats.
To ensure full protection we recommend
installation of appropriate protection
and control panels (see accessories
section).
Limitations
Maximum immersion depth 9 m.
Maximum number of starts: 15 per hour.
Level switch. Optional for connecting
to electrical panel.
The whole Drainex range can operate
at a maximum temperature of 40 °C.
Water with solids or filtered water,
rainwater, wastewater and non-corrosive
liquids in general.
Solids passage Ø
Drainex 400/500: the passage of solids
of up to 40 mm with a DN 50 impeller.
Drainex 600: the passage of solids
of up to 65 mm with a DN 65 impeller.
Drainex 400
Drainex 401
Drainex 402
Model
488
488
488
A
313
313
313
B
130
130
130
C
Ø50
Ø50
Ø50
D
251
251
251
E
134
134
134
F
110
110
110
G
86
86
86
H
75
75
75
I
19
19
19
J
Ø14
Ø14
Ø14
K
86
86
86
L
142
142
142
M
45
45
45
[Kg]
Drainex 400/401/402
Impeller ext. Ø: Drainex 400: 115mm. Drainex 401: 125mm. Drainex 402: 136mm.
Drainex 500
Drainex 501
Drainex 502
Model
526
526
526
A
317
317
317
B
139
139
139
C
Ø50
Ø50
Ø50
D
256
256
256
E
134
134
134
F
110
110
110
G
85
85
85
H
80
80
80
I
18
18
18
J
Ø14
Ø14
Ø14
K
88
88
88
L
140
140
140
M
55
55
55
[Kg]
Drainex 500/501/502
Impeller ext. Ø: Drainex 500: 140mm. Drainex 501: 150mm. Drainex 502: 160mm.
Drainex 600
Drainex 601
Drainex 602
Model
567
567
567
A
348
348
348
B
139
139
139
C
Ø65
Ø65
Ø65
D
254
254
254
E
154
154
154
F
110
110
110
G
87
87
87
H
18
18
18
I
110
110
110
J
170
170
170
K
60
60
60
[Kg]
Drainex 600/601/602
Impeller ext. Ø: Drainex 600: 125mm. Drainex 601: 135mm. Drainex 602: 145mm.
A
B
C
D
FGH
I
J
E
KLM
A
B
C
D
FGH
I
J
E
KLM
A
B
C
D
FG
H
I
J
E
K
Dimensions and weights
60
65
Performance curves at 2900 rpm
Drainex 400 Drainex 500
3
3.9
4.8
I [A]
5.7
6.8
8.1
Model
P2
3.7
3.7
3.7
[kW]
5
5
5
[HP]
P1 [kW]
3~
400 V
3~
400 Vm3/h
l/min
3.4
6
9
60
1000
14.8
18
21
12
200
4.3
78
1300
13.3
16.3
19
24
400
3.1
5.8
72
1200
10.4
14
16.8
36
600
6.3
9.8
13.3
48
800
mw
c
Drainex 600
Drainex 601
Drainex 602
4.2
5
5.3
I [A]
7.2
8.3
8.7
Model
P2
3.7
3.7
3.7
[kW]
5
5
5
[HP]
P1 [kW]
3~
400 V
3~
400 Vm3/h
l/min
13
16.8
20
36
600
23.2
27.4
30.1
6.0
100
6
49
810
19.7
23.5
26.8
18
300
8.5
12
45
750
17.6
21.2
24.5
24
400
15.6
19.1
22.2
30
500
mw
c
Drainex 500
Drainex 501
Drainex 502
1.9
2.45
3.1
I [A]
4.1
4.8
5.6
Model
P2
2.6
2.6
2.6
[kW]
3.5
3.5
3.5
[HP]
P1 [kW]
3~
400 V
3~
400 Vm3/h
l/min
2.8
5.2
9.3
36
600
14.6
17.3
20.7
6.0
100
2
48
800
12.7
15.5
18.6
12
200
3
5
42
700
8.3
11.6
13.7
24
400
5.9
9.3
12
30
500
mw
c
Drainex 400
Drainex 401
Drainex 402
Hydraulic performance table
Drainex 600
Drainex 400/500/600 Drainage
400 401 402
500
501
502
601600
602
61
66
Portable version
537
A
251
I
110
K
134
J
110
H
70
G
64
F
124
E
130
D
238
C
408
B
575
A
256
I
110
K
134
J
110
H
70
G
64
F
129
E
139
D
234
C
412
B
Drainex 400/401/402 Drainex 500/501/502
616
A
110
I
110
L
150
K
254
J
144
H
83
G
105
F
136
E
139
D
272
C
458
B
Drainex 600/601/602
Drainex 400/500/600 Drainage
H
IJK
F
G
A
BCD
E
G 2”
H
I
JK
F
G
A
B
CD
E
G 2”
H I
JKL
F
G
A
BCD
E
G 21/2”
Detachable connector with hermetic seal.
Wide aperture for solids passage:
40 mm for the 400/500 series
65 mm for the 600 series
Double mechanical seal
to guarantee that the motor is
completely watertight.
Oil chamber for optimal lubrication
of the mechanical seal.
Oversized bearings to support the radial
and axial stress of the hydraulic set.
62
67
Drainex 400/500/600 Drainage
Drainex 500/501/502
630
A
97
I
254
M
Ø65
L
1”
K
134
J
165
H
231
G
260
F
62
E
285
D
319
C
419
B
125
N
102
Ñ
Ø133
V
Ø21
Z
Ø120
Y
Ø140
X
Ø18
W
Ø60
U
127
T
254
S
12
R
13
Q
40
P
88
O
Drainex 600/601/602
Fixed version, guide rail system
I
532
A
65 Ø50
L
1”
K
105
J
125
H
182.5
G
214
F
62
E
258
D
130
C
363
B
116
N
93
Ñ
251
M
120.5
V
561
X
19
W
100
U
125
T
251
S
12
R
13
Q
40
P
88
O
I
566
A
61 Ø50
L
1”
K
105
J
125
H
182.5
G
215
F
62
E
255
D
139
C
360
B
116
N
93
Ñ
256
M
120
V
566.5
X
19
W
100
U
131
T
256
S
12
R
13
Q
40
P
88
O
Drainex 400/401/402
S
T
U
V
W
F
G
H
I
J
A
B
C D E
X
K
L
PQ
R
Ñ
M
N
O
S
T
U
V
W
F
G
H
I
J
A
B
C D E
X
K
L
PQ
R
Ñ
M
N
O
P
Q
R
M
N
O
Ñ
F
G
H
I
J
A
B
C D E
K
L
Z
X
Y
Flange DN65
S
T
U
V
W
Flange DN80
63
68
Accessories
Drainex 200/300/400/500/600
Transportable version for Drainex 400/500 models
DR6 Kit
Stationary version for Drainex 400/500 models
DR3 Kit
Support base with elbow
for automatic anchoring.
DN 50 (flange 50)
Upper anchoring on
double guide tube.
ANSI 150 2”
90 ° elbow at 2”. Stainless steel feet.
Stationary version for Drainex 300 models
DR2 Kit
Stationary version for Drainex 200 models
DR1 Kit
Support base for
automatic anchoring.
Upper anchoring
on guide.
Clamping flange. Support base for
automatic anchoring.
Upper anchoring
on guide tube.
Clamping flange.
Transportable version for Drainex 600 modelsStationary version for Drainex 600 models
DR4 Kit
DR5 Kit
Support base with elbow
for automatic anchoring.
DN 65 (flange 80)
Clamping flange.
DIN 2501 PN16
Upper anchoring on
double guide tube.
ANSI 150 21/2”
DR7 Kit
Support base with elbow
for automatic anchoring.
Upper anchoring on
double guide tube.
Clamping flange.
DN 65 (flange 65) DIN 2501 PN16 ANSI 150 21/2”
90 ° elbow at 21/2”. Stainless steel feet.
64
69
AL Series Drainage
Wastewater/Effluent submersible pumps
Applications
Waster water drainage for all industries.
Surface water, drainage & flood water.
Extraction of water from a river/lake.
Features
Equipped with auto-cut silicon carbide
double mechanical seal.
Entire cast iron construction
& compact design.
Available with guide rail system.
High head and efficiency for wide
range design.
Specifications Performance curves at 2900 rpm
Item Description
Limits of use
Liquid Temp. 0 - 40° C
Applications
Submersion depth 100 feet (30 m)
Type
Frequency 50 Hz
Motor
Insulation Class B (5 HP : Class F)
Protection IP 68
Protector Auto - cut
Bearing Ball type
M. seal Double m.seals
Impeller Semi - open
Material
Upper cover FC - 200
Motor frame FC - 200
Main shaft SUS 403
M. seal
Casing FC - 200
Impeller FC - 200
Cable VCT or H07RN-F or SJOW/SOW
Optional Float switch (5HP : none)
50 AL 21.550 AL 22.2 80 AL 21.5
80 AL 22.280 AL 23.7
0 4 8 12 16 20 24 28 32 36 40 44 48 52 56 60
0 0.2 0.4 0.6 0.8 1
Q [m3/h]
Q [l/1’]
U.S. g.p.m
Imp g.p.m
80 120 160 200 240 280
80 120 160 200 240
H
[m]
0
10
20
H
[ft]
80
60
40
20
0
Hydraulic performance table
ModelP2 Discharge Standard MAX Solid Passage Weight (W/O Cable)
[HP] [kW] [inch] [mm] m m3/min m m3/h m m3/min m m3/h [mm] [kW] 1Ø Kg (Ib) 3Ø Kg (Ib)
50AL21.5 2 1.5 2’’ 50 12.5 0.4 12.5 24 19.5 0.7 19.5 42 20 3/4’’ 36 79 32 71
50AL22.2 3 2.2 2’’ 50 18 0.4 18 24 24.5 0.8 24.5 48 20 3/4’’ 38 84 35 77
80AL21.5 2 1.5 3’’ 80 8 0.6 8 36 15 1.1 15 66 20 3/4’’ 42 93 37 82
80AL22.2 3 2.2 3’’ 80 12 0.6 12 36 19 1.2 19 72 20 3/4’’ 44 97 40 88
80AL23.7 5 3.7 3’’ 80 23 0.5 23 30 30.5 1.2 30.5 72 14 1/2’’ 58 128
ModelP2 Discharge Phase 1 Ø 1 Ø 1 Ø 3 Ø 3 Ø 3 Ø 3 Ø m3/h 6 12 18 24 36 48 60 66
[HP] [kW] [inch] [mm] Voltage 220 V 230 V 240 V 230 V 380 V 400 V 415 V m3/min 0.1 0.2 0.3 0.4 0.6 0.8 1 1.1
50AL21.5 2 1.5 2’’ 50
Full
loa
d a
mp
ere
10.4 10 9.8 6.1 3.6 3.5 3.4
mw
c
18.5 17.1 15.1 12.5 4.8
50AL22.2 3 2.2 2’’ 50 15 14.6 14.4 8.6 5.1 5 4.8 24 22.7 20.7 18 10.5
80AL21.5 2 1.5 3’’ 80 10.4 10 9.8 6.1 3.6 3.5 3.4 14.2 13.2 12 10.8 8 4.9 1.8
80AL22.2 3 2.2 3’’ 80 15 14.6 14.4 8.6 5.1 5 4.8 18.3 17.4 16.4 15.2 12 8.2 4.1 2
80AL23.7 5 3.7 3’’ 80 14 8.4 8.2 7.7 29.6 29.2 26.6 24.9 20.6 15.2 8.4 4.4
65
70
S Series Drainage
Stainless steel submersible pumps
Applications
Water drainage for industries, sanitary
sewer, single and multiple dwellings,
water drainage for chemical,
pharmaceutical and metal processing
factories. The series are suitable for
all light acid, corrosive and sea water
applications.
Features
Best estructure design, dry motor,
double mechanical seals, equipped with
auto-cut protector, cast stainless steel
body and cover, acid resisting silicon
carbide seals. Viton o rings are used
throughout the pump to give better
pump life in corrosive acid and
aggressive media.
Specifications Performance curves at 2900 rpm
Hydraulic performance table
Item Description
Limits of use
Liquid Temp. 0 - 40° C
Applications Corrosive / Food Procesing liquidis
Submersion depth 100 feet (30 m)
Type
Frequency 50 Hz
Motor
Insulation Class B
Protection IP 68
Protector Auto - cut (SS-05A 1 Ø : Overheat)
Bearing Ball type
M. seal Double M.seals
Impeller Vortex
Material
Upper cover SCS 14
Motor frame SUS 316
Main shaft SUS 316
M. seal
Casing SCS 14
Impeller SCS 14
Cable VCT or H07RN-F or SJOW/SOW
Optional Float switch SCS 13 (SS05A : Upper cover & casing)
40
30
20
10
0
H
[m]
12
9
6
3
0
1816.51513.51210.597.564.531.50 Q [m3/h]
Q [m3/min]0.250.20.150.10.050
H
[ft]
U.S. g.p.m
Imp g.p.m 20
20 30 40 50 60 70 80
30 40 50 60 70
SS-21A
SS-05A
ModelP2 Discharge Standard MAX Solid Passage Weight (W/O Cable)
[HP] [kW] [inch] [mm] m m3/min m m3/h m m3/min m m3/h [mm] [kW] 1Ø Kg (Ib) 3Ø Kg (Ib)
SS-05A 1/2 0.4 2’’ 50 7 0.12 7 7.2 10 0.26 10 15.6 10 1/2’’ 15 33 14 31
SS-21A 1 0.75 2’’ 50 10 0.17 10 10.2 14.5 0.35 14.5 21 10 1/2’’ 17 38 16 35
ModelP2 Discharge Phase 1 Ø 1 Ø 1 Ø 3 Ø 3 Ø 3 Ø 3 Ø m3/h 1.5 3 6 9 12 15 18
[HP] [kW] [inch] [mm] Voltage 220 V 230 V 240 V 230 V 380 V 400 V 415 V m3/min 0.025 0.05 0.1 0.15 0.2 0.25 0.3
SS-05A 1/2 0.4 2’’ 50
Full
loa
d
am
pe
re 3.4 3.3 3.2 2.3 1.4 1.3 1.3
mw
c 9.5 9 7.6 5.8 3.4 0.6
SS-21A 1 0.75 2’’ 50 5,4 5.2 5 3.3 2 1.9 1.8 14.1 13.6 12.3 10.7 8.7 6.3 3.4
66
71
S Series Drainage
Stainless steel submersible pumps
Specifications Performance curves at 2900 rpm
Hydraulic performance table
Item Description
Limits of use
Liquid Temp. 0 - 40° C
Applications Corrosive / Food Procesing liquidis
Submersion depth 100 feet (30 m)
Type
Frequency 50 Hz
Motor
Insulation Class B (5HP: Class F)
Protection IP 68
Protector Auto - cut (SS-05A 1 Ø : Overheat)
Bearing Ball type
M. seal Double M.seals
Impeller Vortex
Material
Upper cover SCS 14
Motor frame SUS 316
Main shaft SUS 316
M. seal
Casing SCS 14
Impeller SCS 14
Cable VCT or H07RN-F or SJOW/SOW
OptionalFloat switch (2HP & 3HP & 5HP : none)
SCS 13 (SS05A : Upper cover & casing)
60
0
10
20
30
40
50
H
[ft]
U.S. g.p.m 80 120 160 200 240 280
Imp g.p.m 40 80 120 160 200 240
H
[m]
16
0
4
8
12
540 6 12 18 24 30 36 42 48 Q [m3/h]
Q [m3/min]0.80.60.40.20
SF-05AU SF-21AU SF-32U
SF-33U
SF-35U
ModelP2 Discharge Standard MAX Solid Passage Weight (W/O Cable)
[HP] [kW] [inch] [mm] m m3/min m m3/h m m3/min m m3/h [mm] [kW] 1Ø Kg (Ib) 3Ø Kg (Ib)
SF-05AU 1/2 0.4 2’’ 50 6 0.15 6 9 9.5 0.32 9.5 19.2 35 11/2’’ 15 33 14 31
SF-21AU 1 0.75 2’’ 50 8 0.2 8 12 12.5 0.4 12.5 24 35 11/2’’ 16 35 15 33
SF-32U 2 1.5 3’’ 80 8.5 0.4 8.5 24 12 0.9 12 54 35 11/2’’ 35 77
SF-33U 3 2.2 3’’ 80 10.5 0.5 10.5 30 16 1.1 16 66 35 11/2’’ 37 82
SF-35U 5 3.7 3’’ 80 15 0.5 15 30 21 1.1 21 66 38 11/2’’ 45 99
ModelP2 Discharge Phase 1 Ø 1 Ø 1 Ø 3 Ø 3 Ø 3 Ø 3 Ø m3/h 6 12 18 24 30 36 48 60
[HP] [kW] [inch] [mm] Voltage 220 V 230 V 240 V 230 V 380 V 400 V 415 V m3/min 0.1 0.2 0.3 0.4 0.5 0.6 0.8 1
SF-05AU 1/2 0.4 2’’ 50
Full
loa
d a
mp
ere
3.4 3.3 3.2 2.3 1.4 1.3 1.3
mw
c
7.4 4.5 1
SF-21AU 1 0.75 2’’ 50 5.4 5.2 5 3.3 2 1.9 1.8 10.6 8 4.5
SF-32U 2 1.5 3’’ 80 6.1 3.6 3.5 3.4 11.4 10.5 9.6 8.5 7.1 5.5 2
SF-33U 3 2.2 3’’ 80 8.6 5.1 5 4.8 15.2 14.1 13 11.7 10.5 9 5.7 2
SF-35U 5 3.7 3’’ 80 14 8.4 8.2 7.7 20.2 19.2 18 16.6 15 13 8.5 3.1
Applications
Water drainage for industries, sanitary
sewer, single and multiple dwellings,
water drainage for chemical,
pharmaceutical and metal processing
factories. The series are suitable for
all light acid, corrosive and sea water
applications.
Features
Best estructure design, dry motor,
double mechanical seals, equipped with
auto-cut protector, cast stainless steel
body and cover, acid resisting silicon
carbide seals. Viton o rings are used
throughout the pump to give better
pump life in corrosive acid and
aggressive media.
67
72
S Series Drainage
Stainless steel submersible pumps
Specifications Performance curves at 2900 rpm
Item Description
Limits of use
Liquid Temp. 0 - 40° C
Applications Corrosive / Food Procesing liquidis
Submersion depth 100 feet (30 m)
Type
Frequency 50 Hz
Motor
Insulation Class B
Protection IP 68
Protector Auto - cut
Bearing Ball type
M. seal Double m.seals
Impeller Semi-open
Material
Upper cover SCS 14
Motor frame SUS 316
Main shaft SUS 316
M. seal
Casing SCS 14
Impeller SCS 14
Cable VCT or H07RN-F or SJOW/SOW
Optional
Hydraulic performance table
ModelP2 Discharge Standard MAX Solid Passage Weight (W/O Cable)
[HP] [kW] [inch] [mm] m m3/min m m3/h m m3/min m m3/h [mm] [kW] 1Ø Kg (Ib) 3Ø Kg (Ib)
SF-32P 2 1.5 3’’ 80 8 0,45 8 27 16.5 0.8 16.5 48 35 11/2’’ 36 79
SF-33P 3 2.2 3’’ 80 9 0.6 9 36 20 1 20 60 30 11/4’’ 38 84
ModelP2 Discharge Phase 1 Ø 1 Ø 1 Ø 3 Ø 3 Ø 3 Ø 3 Ø m3/h 6 12 18 24 30 36 48
[HP] [kW] [inch] [mm] Voltage 220 V 230 V 240 V 230 V 380 V 400 V 415 V m3/min 0.1 0.2 0.3 0.4 0.5 0.6 0.8
SF-32P 2 1.5 3’’ 80
Full
loa
d
am
pe
re 6.1 3.6 3.5 3.4
mw
c 14.6 12.6 10.7 8.7 6.7 4.6
SF-33P 3 2.2 3’’ 80 8.6 5.1 5 4.8 18.5 16.8 15 13.1 11 9 4.5
SF-32P SF-33P
4842363024181260 Q [m3/h]
Q [m3/min]0.80.60.40.20
50
40
30
20
10
0
H
[ft]
H
[m]
16
12
8
4
0
U.S. g.p.m 80 120 160 200 240
Imp g.p.m 40 80 120 160 200
Applications
Water drainage for industries, sanitary
sewer, single and multiple dwellings,
water drainage for chemical,
pharmaceutical and metal processing
factories. The series are suitable for
all light acid, corrosive and sea water
applications.
Features
Best estructure design, dry motor,
double mechanical seals, equipped with
auto-cut protector, cast stainless steel
body and cover, acid resisting silicon
carbide seals. Viton o rings are used
throughout the pump to give better
pump life in corrosive acid and
aggressive media.
68
73
AS Series Drainage
Submersible dewatering pumps
Applications
Civil engineering, dewatering of
tunnelling and ground works, also for
storm water drainage and dewatering of
fluids containing solid sediments.
Features
Complete stainless steel outer cover of
AS 1.5-10HP (1.1-7.5 kw) models provide
exceptional consolidated design, with
light weight structure of less than 80 kg
and a diameter of 286mm that provide a
miniature outlook.
Special designed high efficiency and
water resistant HiCr impeller 55-60 HRC.
Multi impeller design suitable form
high head with small capacity to
low head with large capacity
application requirements:
(H: high. N: normal, L: large).
Optional discharge connection
(hose, flange & thread connection).
Specifications Performance curves at 2900 rpm
Hydraulic performance table
Item Description
Limits of use
Liquid Temp. 0 - 40° C
Applications Construction sites / Basins Dewatering
Submersion depth 100 feet (30 m)
Type
Frequency 50 Hz
Motor
Insulation Class B (5HP : Class F)
Protection IP 68
Protector Auto - cut
Bearing Ball type
M. seal Double m.seals
Impeller Semi-open
Material
Outer cover SUS 304
Upper cover FC-200
Motor frame SUS 304
Main shaft SUS 403
M. seal
Casing FC-200
Impeller HCR
Cable VCT or H07RN-F or SJOW/SOW (5HP/230 : SJOW)
Optional Float switch (AS-215)
ModelP2 Discharge Standard MAX Solid Passage Weight (W/O Cable)
[HP] [kW] [inch] [mm] m m3/min m m3/h m m3/min m m3/h [mm] [kW] 1Ø Kg (Ib) 3Ø Kg (Ib)
AS-215 11/2 1.1 2’’ 50 13.5 0.2 13.5 12 19.5 0.4 19.5 24 7.5 1/4’’ 28 62 24 53
AS-32A 2 1.5 3’’ 80 10 0.4 10 24 17.5 0.7 17.5 42 10.5 1/2’’ 43 95 37 82
AS-33A 3 2.2 3’’ 80 14 0.4 14 24 22 0.8 22 48 10.5 1/2’’ 46 102 40 88
AS-35 5 3.7 3’’ 80 20 0.5 20 30 26.5 1.25 26.5 75 10.5 1/2’’ 44 97
ModelP2 Discharge Phase 1 Ø 1 Ø 1 Ø 3 Ø 3 Ø 3 Ø 3 Ø m3/h 6 12 18 24 30 36 42 72
[HP] [kW] [inch] [mm] Voltage 220 V 230 V 240 V 230 V 380 V 400 V 415 V m3/min 0.1 0.2 0.3 0.4 0.5 0.6 0.7 1.2
AS-215 11/2 1.1 2’’ 50
Full
loa
d
am
pe
re
8.4 8.2 8 4.9 2.9 2.8 2.7
mw
c
17 13.5 8.3
AS-32A 2 1.5 3’’ 80 10.4 10 9.8 6.1 3.6 3.5 3.4 16.1 14.4 12.3 10 7.2 4 1.6
AS-33A 3 2.2 3’’ 80 15 14.6 14.4 8.6 5.1 5 4.8 20.5 18.6 16.4 14 11.4 8.3 4.6
AS-35 5 3.7 3’’ 80 14 8.4 8.2 7.7 25.6 24.4 23.2 21.7 20 18 16 2
AS-215 AS-32A AS-33A AS-35
60
40
20
0
H
[ft]
H
[m]
20
16
12
8
4
0
Q [m3/h]6660544842363024181260
Q [m3/min]10.80.60.40.20
U.S. g.p.m 80 120 160 200 240 280 320
Imp g.p.m 80 120 160 200 240
69
74
AS Series Drainage
Submersible dewatering pumps
Specifications Performance curves at 2900 rpm
Hydraulic performance table
Item Description
Limits of use
Liquid Temp. 0 - 40° C
Applications Construction sites / Basins Dewatering
Submersion depth 100 feet (30 m)
Type
Frequency 50 Hz
Motor
Insulation Class F
Protection IP 68
Protector Auto - cut
Bearing Ball type
M. seal Double m.seals
ImpellerSemi-open (80ASH25.5)
Encolosed-channel (100ASN25.5 & 10HP)
Material
Outer cover SUS 304
Motor frame FC-200
Main shaft SUS 420J2
M. seal
Casing FC-200
Impeller HCR
Wear ring HCR
Casing cover FC-200
Cable VCT or H07RN-F or SOW (10HP / 230 V : SJOW)
Optional
ModelP2 Discharge Standard MAX Solid Passage Weight (W/O Cable)
[HP] [kW] [inch] [mm] m m3/min m m3/h m m3/min m m3/h [mm] [kW] 1Ø Kg (Ib) 3Ø Kg (Ib)
80ASH25.5 71/2 5.5 3’’ 80 28 0.5 28 30 38 1.3 38 78 10 1/2’’ 72 159
100ASN25.5 71/2 5.5 4’’ 100 19 1 19 60 29 2 29 120 10 1/2’’ 75 165
100ASN27.5 10 7.5 4’’ 100 25 1 25 60 39 1.8 39 108 10 1/2’’ 75 165
150ASL25.5 7.5 5.5 6’’ 150 12 1.5 12 90 25 2.4 25 144 10 1/2’’ 78 172
150ASL27.5 10 7.5 6’’ 150 17 1.5 17 90 30 2.7 30 162 10 1/2’’ 91 179
ModelP2 Discharge Phase 3 Ø 3 Ø 3 Ø 3 Ø m3/h 15 30 45 60 75 90 120 135
[HP] [kW] [inch] [mm] Voltage 230 V 380 V 400 V 415 V m3/min 0.25 0.5 0.75 1 1.25 1.5 2 2.25
80ASH25.5 71/2 5.5 3’’ 80
Full
loa
d a
mp
ere
20 11.8 11.6 11
mw
c
33.5 28 21 12.5 2.3
100ASN25.5 71/2 5.5 4’’ 100 20 11.8 11.6 11 36.7 33.5 29.7 24.8 19 12
100ASN27.5 10 7.5 4’’ 100 26.4 15.6 15.3 14.5 28 25.1 22.3 19 15.1 10.8
150ASL25.5 7.5 5.5 6’’ 150 20 11.8 11.6 11 23.5 21.5 19.5 17 14.6 12 5.8 2.4
150ASL27.5 10 7.5 6’’ 150 26.4 15.6 15.3 14.5 28.5 26.5 24.4 22 19.6 17 10.6 7
80ASH25.5
100ASN27.5
100ASN25.5
150ASL25.5
150ASL27.5
U.S. g.p.m 240120 360 480 600
Imp g.p.m 120 240 360 480
H
[m]
32
24
16
8
0
100
80
60
40
20
0
H
[ft]
1351201059075604530150 Q [m3/h]
Q [m3/min]21.510.50
Applications
Civil engineering, dewatering of
tunnelling and ground works, also for
storm water drainage and dewatering of
fluids containing solid sediments.
Features
Complete stainless steel outer cover of
AS 1.5-10HP (1.1-7.5 kw) models provide
exceptional consolidated design, with
light weight structure of less than 80 kg
and a diameter of 286mm that provide a
miniature outlook.
Special designed high efficiency and
water resistant HiCr impeller 55-60 HRC.
Multi impeller design suitable form
high head with small capacity to
low head with large capacity
application requirements:
(H: high. N: normal, L: large).
Optional discharge connection
(hose, flange & thread connection).
70
75
Draincor Drainage
Submersible grinder pumps, for sewage water, with filaments
Applications
Drainage of sewage and dirty water,
operation in septic tanks and small
purifying installations.
Materials
Pump body, discharge body,
suction body and impeller in cast iron.
Dilacerative system in steel F-520.
Mechanical seal in silicon carbide
and graphite.
Pump base in stainless steel AISI 304,
detachable for coupling of accessories.
O-rings in NBR.
Motor shaft in stainless steel AISI 420.
Motor
Asynchronous, two poles.
IP 68 protection.
Class F insulation.
Continuous operation.
Water-cooled motor.
Single-phase version built-in thermal
protection and starting box with double
capacitor.
Equipment
11/2” BSP female threaded
discharge elbow.
Single-phase supplied
with capacitor box.
Draincor M: without float switch.
Draincor M A: with float switch.
Draincor T: three phase without float
switch.
Dimensions and weights
Draincor 180
Draincor 200
Model [Kg]A IHGFEDC
114.5
114.5
11/2”
11/2”
25
25
110
110
95.25
95.25
196
196
118.7
118.7
415.1
415.1
382.5
382.5
125
125
B
Performance curves at 2900 rpm
Hydraulic performance table
F
G
H
A B
C D
E
I
I [A]
1~
230 V
3~
400 V
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
1.5
25
3.0
50
6.0
100
9.0
150
10.5
175
12.0
200
15.0
250
7.8 2.8
3
1.7 1.6
1.8
1.1
1.25
1.5
1.7
16/50 18
21
16.7
19.7
13.7
17
10
14.1
7
12.6 11 7.3 2.5
17.4
290
mw
cDraincor 180
Draincor 200
180200
71
76
Draincor Drainage
437
A
98
I
55
M
55
L
110
K
134
J
98
H
49
G
95
F
62
E
219
D
110
C
338
B
Portable version
H I
J
K
L
M
F
G
A
B
C D
E
G 2”
Draincor: without float switch. Draincor A: supplied built-in float switch
Fixed version, guide rail system
388
A
8
I
24
M
Ø10
L
50.5
K
12
J
52
H
60
G
112
F
60
E
168
D
110
C
353
B
209
N
12
V
60
Z
32
Y
13
X
40
W
94
U
120
T
98
S
98
R
Ø10
Q
85
P
Ø25
O
R S
T
U
Z
V
W
X
Y
F
G
HI
J
PQ
A
B
C D E
K
L
M
N
O
G 2”
Accessories
Draincor Drainage
Stationary version
DR1 Kit
Support base for
automatic anchoring.
Upper anchoring
on guide.
Clamping flange.
72
77
GF Series Drainage
Submersible grinder pump
Applications
Pressure sewage systems, drainage of
sewage/wastewater from individual
residencies, apartment buildings etc.
The transfer of sewage/wastewater from
commercial buildings, industrial plants
and hospitals.
Features
Durable heavy duty finned cast iron
construction. Standard accesories
include exposy resin cable base, dry
motor, double mechanical seals,
auto-cut protection & double ball
bearing support shaft and rotor.
Vortex impeller desing prevents
clogging by cutting up articles.
Radial cutter & cutter ring.
Corrosion resistant material,
hardened to 55-60 Rockwell C.
Specifications Performance curves at 2900 rpm
Hydraulic performance table
32GF21.0
32GF21.5
32GF22.2 (1Ø)
32
GF2
2.2
(3Ø
)
50GF22.2
50GF23.7
80
60
40
20
0
H
[ft]
H
[m]
24
20
16
12
8
4
0
16.814.413.210.897.25.43.61.80 Q [m3/h]
Q [m3/min]0.240.180.120.060
U.S. g.p.m 20 30 40 50 60 70 80
Imp g.p.m 20 30 40 50 60 70Item Description
Limits of use
Liquid Temp. 0 - 40° C
Applications Residential wastewater and sewage
Submersion depth 100 feet (30 m)
Type
Frequency 50 Hz
Motor
Insulation Class B (5HP : Class F)
Protection IP 68
Protector Auto - cut
Bearing Ball type
M. seal Double m.seals
Impeller Vortex
Materials
Outer cover SUS 440C
Motor frame SUS 440C
Main shaft SUS 403
M. seal
Casing FC-200
Impeller FC-200
Cable VCT or H07RN-F or SJOW / SOW
Optional Float switch (5HP . none)
ModelP2 Discharge Standard MAX Solid Passage Weight (W/O Cable)
[HP] [kW] [inch] [mm] m m3/min m m3/h m m3/min m m3/h [mm] [kW] 1Ø Kg (Ib) 3Ø Kg (Ib)
32GF21.0 11/3 1 11/4’’ 32 17 0.06 17 3.6 20.5 0.13 20.5 7.8 28 62 25 55
32GF21.5 2 1.5 11/4’’ 32 23 0.06 23 3.6 26 0.15 26 9 36 79 33 73
32GF22.2 3 2.2 11/4’’ 321Ø:28
0.061Ø:28
3.6 32 0.165 32 9.9 38 84 35 773Ø:29 3Ø:29
50GF22.2 3 2.2 2’’ 50 19 0.2 19 12 25 0.33 25 19.8 51 113
50GF23.7 5 3.7 2’’ 50 26 0.2 26 12 31.5 0.33 31.5 19.8 53 117
ModelP2 Discharge Phase 1 Ø 1 Ø 1 Ø 3 Ø 3 Ø 3 Ø 3 Ø m3/h 1.8 3.6 7.2 9 10.8 14.4 16.2 18
[HP] [kW] [inch] [mm] Voltage 220 V 230 V 240 V 230 V 380 V 400 V 415 V m3/min 0.03 0.06 0.12 0.15 0.18 0.24 0.27 0.3
32GF21.0 11/3 1 11/4’’ 32
Full
loa
d a
mp
ere
6.6 6.4 6.4 4.1 2.4 2.4 2.3
mw
c
19.6 17 4
32GF21.5 2 1.5 11/4’’ 32 10.4 10 9.8 6.1 3.6 3.5 3.4 25.3 24 15.3
32GF22.2 (1Ø) 3 2.2 11/4’’ 32 15 14.6 14.4 8.6 5.1 5 4.8 30.2 28 19.1 8.6
32GF22.2 (3Ø) 3 2.2 11/4’’ 32 15 14.6 14.4 8.6 5.1 5 4.8 30.9 29 20.7 10.7
50GF22.2 3 2.2 2’’ 50 9.5 5.6 5.5 5.2 24.6 24.3 22.7 21.6 20.2 19.3 11.5 6.6
50GF23.7 5 3.7 2’’ 50 14 8.4 8.2 7.7 30.9 30.2 28.6 27.8 26.8 22.9 18.7 12.6
73
78
Features
Control panel for 1 motor.
D.O.L. start.
Power supply 1~50/60 Hz 230 V ± 10%
(DRENA 1-Mono).
Power supply 3~50/60 Hz 400 V ± 10%
(DRENA 1-Tri).
Auxiliaries contacts and circuits in low
voltage.
Normally open contact for start.
Normally open contact for minimum
level/pressure/stop contact or input
for 3 levels probes.
Normally open contact for alarm
activation 12 Vcc 200 mA.
Normally open contact for clicson of
the motor.
Push-buttons for selecting Auto-Off/
Reset-Manual (temporary) operation.
Dip-switch selector for probes operating
in filling/emptying mode.
Green led indicating mains supply.
Green led indicating motor running.
Green led indicating automatic operation.
Red led indicating level alarm.
Red led indicating motor overload.
Red led indicating clicson alarm.
Adjustable overload electronic protection.
Auxiliaries and motor protection fuses.
Alarm output (com-no-nc resistive load).
Main switch interlocking door.
Running capacitor can be added
(not included).
Enclosure in ABS, IP 55
Ambient temperature: -5/+40 °C.
Relative humidity 50% at 40 °C
(not condensed).
Features
Control panel for 2 motors.
D.O.L. start.
Power supply 1~50/60 Hz 230 V ± 10%
(DRENA 2-Mono).
Power supply 3~50/60 Hz 400 V ± 10%
(DRENA 2-Tri).
Auxiliaries contacts and circuits in low
voltage.
N.2 normally open contact for start.
Normally open contact for minimum
level/pressure/stop.
Normally open contact for alarm
activation 12 Vcc 200 mA.
N.2 normally open contact for clicson
of the motor.
Running capacitor can be added
(not included).
Enclosure in ABS, IP 55.
Ambient temperature: -5/+40 °C.
Relative humidity 50% at 40 °C
(not condensed).
Push-buttons for selecting Auto-Off/
Reset-Manual (temporary) operation.
Motors’ exchanger with 5’’ delay.
Internal selector for exchanger exclusion.
Green led indicating mains supply.
N.2 Green led indicating motor running.
N.2 Green led indicating automatic
operation.
Red led indicating level alarm.
N.2 Red led indicating motor overload.
N.2 Red led indicating clicson alarm.
Adjustable overload electronic protection.
Auxiliaries and motor protection fuses.
Alarm output (com-no-nc resistive load).
Main switch interlocking door.
Control Panels Drainage
Control panels for sewage pump & stations
One Pump
Model Voltage [V]P2
Max [A] Height Lenght Width Weight [Kg][kW] [HP]
Drena 1-Mono 230 0.37 - 2.2 0.5 - 3 16 320 240 190 1.5
Drena 1-Tri/4 400 0.55 - 4 0.75 - 5.5 8 320 240 190 2
Drena 1-Tri/5.5 400 0.75 - 5.5 0.75 - 7.5 11 320 240 190 2
Drena 1-Tri/7.5 400 0.55 - 7.5 0.75 - 10 15 320 240 190 2.5
Drena 1-Tri/11 400 7.5 -11 10 - 15 24 320 240 190 3
Two Pump
Model Voltage [V]P2
Max [A] Height Lenght Width Weight [Kg][kW] [HP]
Drena 2-Mono 230 0.37 - 2.2 x 2 0.5 - 3 x 2 16 x 2 320 240 190 4
Drena 2-Tri/4 400 0.55 - 4 x 2 0.75 - 5.5 x 2 8 x 2 320 240 190 5.5
Drena 2-Tri/5.5 400 0.75 - 5.5 x 2 0.75 - 7.5 x 2 11 x 2 320 240 190 5.5
Drena 2-Tri/7.5 400 0.55 - 7.5 x 2 0.75 - 10 x 2 15 x 2 320 240 190 6.5
Drena 2-Tri/11 400 7.5 -11 x 2 10 - 15 x 2 24 x 2 380 300 190 6.5
74
79
Drainbox 300/600 Drainage
Lifting stations for domestic applications
Innovation
Drainbox is the advanced, specific
solution created by ESPA for the
evacuation of water, from any source
(foul water, faecal, water, rainwater, etc.)
in all environments; domestic or
professional, rural or urban,
with complicated or unfavourable
drainage conditions.
Drainbox collects, stores, treats and
drives the water to the drainage level,
offering a series of truly outstanding
advantages in terms of versatility,
installation and performance.
Drainbox is based on simple, highly
effective drainage technology that
enables each pumping kit to be
customised with the type of pump that
is most suitable for the function and
services to be provided.
Drainbox is supplied with an innovative
tank, and a design that includes
a series of novel technical advantages
which add up to multiple services that
are accumulated for the purpose of
customising each installation. Customers
can select the input and output pipes,
ventilation pipes, emergency evacuation
system, retention valve, etc.
Drainbox 300
Drainbox 600
Model A C
770
1230
615
615
760
760
B
1 Tank cover - 2 Tank - 3 Drain plug
1
2
3
Applications
Domestic: detached homes, cottages,
rural properties, second homes, etc.
Professional: Restaurants, small hotels,
stores, workshops, small industries, etc.
Limitations
Maximum temperature of liquid: 40 °C.
Drainbox 300
A
B C
1 pump - 1 Tank of 300 liters - Packaging kit - Control Panel
Drainbox 600
A
B
C
2 pumps - 2 Tanks of 300 liters - Packaging kit - Control Panel
Dimensions and weights
75
80
Drainbox 300/600 Drainage
Performance curves at 2900 rpm
Drainex 201/301 M/T
Vigicor 150 MVigilex M A
Characteristics table
I [A]
Modelo Pump
P1 [kW] P2
1~
230 V[kW]
1~
230 V
3~
400 V[HP]
3~
400 V
Ø Free
flows
Ø
Connection
Weight
[Kg]
Control
top panel
Q max.
[l/min]Impeller
3.4
5.4
6.2
6.2
6.8
0.8
1.2
1.4
1.4
1.5
0.6
0.9
1.1
2 x 1.1
1.1
-
-
2.6
2.6
2.7
-
-
1.4
1.4
1.5
0.8
1.2
1.5
2 x 1.5
1.5
24
45
45
60
11/4”
11/4”
2”
2”
2”
240
140
450
900
600
28.1
41
55
110
122
-
-
Top 1
Top 2
Top
Top
Vortex
Grinder
Vortex
Vortex
Vortex
Drainbox 300 800M A TP
Drainbox 300 1200M D TP FL
Drainbox 300 1400M TP KE FL
Drainbox 300 1400 TP KE FL
Drainbox 600 1400M TP KE FL
Drainbox 600 1400 TP KE FL
Drainbox 600 1500M TP KE FL
Drainbox 600 1500 TP KE FL
Vigilex 600 M A
Vigicor 150 M
Drainex 201M
Drainex 201
Drainex 201M
Drainex 201
Drainex 301M
Drainex 301
Accessories
Float switch kitNon return valveØ 63/Ø110 joint Extension
Ø100 elbow
male/female Ball valve
Packaging kitControl Panel Options (depending on model)
Wall boxControl top panel
Bolt x 2
Washer x 2
Joint Ø63 x 1
Instructions manual
Joint Ø110 x 1
Minimum flow for preventing particles from acculating in the pipes
H [m]
Q [m3/h]
Drainex 301Drainex 201Vigilex 600Vigicor 150
76
81
Drainbox 600/1000/1250/1500 Drainage
Larger lifting/Sewage pump sets
Equipment
All packages come complete with
pipework pre-assembled in the chamber,
2 x 110 mm inlet rubbers (positioned &
cut on site to suit), standard pedestrian
access cover, ready for installation into
the ground, float brackets after which
the pumps and control equipment
are added.
All twin pump sets are supplied with a
control panel for fully automatic opera-
tion and a high level alarm beacon.
Chambers are available in different sizes:
-600, 1000, 1250 & 1500 mm diameter.
Larger diameters on request.
Choice of pumps from our Drainex/
Draincor/AL & GF range.
A control panel kiosk & tank extensions
(500 mm height) are available as an
optional extra.
Applications
Private housing, industry, commercial
premises, leisure complex, hotel,
motorway services and single
households.
Materials
Each pump chamber is made up of
strong, medium density polyethylene.
Typical twin pump installation diagram
Characteristics table
Model Pumps Pipework size Chamber size Pump installation
Drainbox 600FS/GR 1 - 2 50 - 65 mm 600 x 620/1000/1500/2000 Free standing / Guide rail
Drainbox 1000GR 1 - 2 50 - 65 mm 1000 x 1500/2000/2500 Guide rail
Drainbox 1250GR 2 50 - 80 mm 1250 x 2000 Guide rail
Drainbox 1500GR 2 50 - 100 mm 1500 x 2000/2500/3000 Guide rail
Single pump chamber
Twin pump chamber
77
82
Drainbox 600/1000/1250/1500 Drainage
600 Series
Single pump systems 600 mm diameter
stations featuring a single freestanding
pump suitable for small drainage/
sewage applications.
Available in depths of:
600 mm (175 ltr).
1000 mm (280 ltr).
1500mm (420 ltr).
2000 mm (560 ltr).
Compatible pumps
1 1/4” - 1 1/2” - 2”
Features
Freestanding pump.
High level alarm (Optional).
Manhole cover.
Flexible pipework.
1000 Series
Single & dual pump systems 1000 mm
diameter stations featuring single or
dual pumps suitable for domestic
drainage/sewage applications.
Available in depths of:
1500mm (1100 ltr).
2000 mm (1500 ltr).
Compatible pumps
2” - 2 1/2” - 3”
Features
Freestanding / Guiderails.
High level alarm / Control panel & alarm.
Flexible / Fixed pipework.
Manhole cover.
1250 Series
Single & dual pump systems 1250 mm
diameter stations featuring single or
dual pumps suitable for larger domestic
sewage & drainage applications.
Available in depths of:
2000 mm (2400 ltr).
Compatible pumps
2” - 2 1/2” - 3”
Features
Guiderails.
Control panel & alarm.
Fixed pipework.
Manhole cover.
1500 Series
Single & dual pump systems 1500 mm
diameter stations featuring single or
dual pumps suitable for larger domestic,
commercial sewage & drainage
applications.
Available in depths of:
2000 mm (4500 ltr).
2500 mm (5600 ltr).
Compatible pumps
2” - 2 1/2” - 3” - 4”
Features
Guiderails.
Control panel & alarm.
Fixed pipework.
Manhole cover.
78
83
WATER SUPPLY
SURFACE
HORIZONTAL &
VERTICAL
84
Prisma 15/25 Surface Horizontal
Quiet-running multi-stage centrifugal pumps
Motor
Asynchronous, 2 poles.
IP 44 protection.
Class F insulation.
Continuous operation.
Single-phase version up to 1.5 HP
with built-in thermal protection.
Efficiency IE2.
Limitations
Maximum liquid temperature: 40 °C.
Applications
To work with clean water
in domestic applications, irrigation,
and hydropneumatic sets.
Self-priming to 2 m.
Materials
Pump body and impellers in AISI 304
stainless steel.
Motor shaft in AISI 420 stainless steel.
Diffusers in technopolymer.
Suction and discharge mountings
in cast iron.
Mechanical seal in graphite
and alumine.
Gaskets in EPDM and NBR.
Motor casing in aluminium.
Prisma 15
Dimensions and weights
Modelo A B C D E F G H I J Kg
Prisma 15 2 163 213 202 110 74 162 121 102 1” 1” 8.3
Prisma 15 3 187 237 202 110 74 162 121 102 1” 1” 9.2
Prisma 15 4 211 261 202 110 74 162 121 102 1” 1” 10
Prisma 15 5 235 285 202 110 74 162 121 102 1” 1” 11
Prisma 25 3/4/5
A
B
C D
E
F
G
H H
I
ØJ
Prisma 25 6
F
GA
B
C
D
E
HH
I
J
K
Prisma 25
Modelo A B C D E F G H I J K L M Kg
Prisma 25 3 202 127 252.5 82 75 109.5 218 59 138 8 1” 1” 13.5
Prisma 25 4 228.5 127 279 82 75 109.5 218 59 138 8 1” 1” 14.6
Prisma 25 5 255 127 328 82 75 109.5 240.5 59 138 8 1” 1” 17.2
Prisma 25 6 281 142 304 20 89.5 122 286 69 154 10 178 1” 1” 20
F
G
H
A
B
C
D
E
I
JPrisma 15
L L
M
M
80
85
Prisma 15/25 Surface Horizontal
I [A]
1~
230 V 400 V230 V3~
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
1.20.6
2010
1.8
30
2.1
35
2.4
40
3.0
50
3,6
60
3.9
65
mw
c
Prisma 15 2
Prisma 15 3
Prisma 15 4
Prisma 15 5
Model
2
2.74
3.53
4.13
1.21
1.3
1.9
2.1
2.3
3.3
0.45
0.61
0.79
0.95
0.61
0.7
0.95
0.24
0.37
0.55
0.75
0.33
0.5
0.75
1.0
12
12
12
12
21
32
43
51
20
30
39
47
16.5
26
35
42
16
24
32
38
14
22
27
34
10.5
17
21.5
25
7
10.5
14
17
5
7
9
12
I [A]
1~
230 V 400 V230 V3~
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
1.80.9
3015
2.7
45
3.6
60
4.5
75
5.4
90
6.3
105
7.2
120
mw
c
Prisma 25 2
Prisma 25 3
Prisma 25 4
Prisma 25 5
Prisma 25 6
Model
4.3
5.5
6.8
7.4
9.8
2
2.5
3
3.9
3.5
4.3
5.2
6.7
0.9
1.2
1.5
1.7
2.2
1
1.4
1.7
2
0.55
0.75
0.92
1.1
1.5
0.75
1
1.25
1.5
2
16
16
16
25
30
22
33
43
56
72
21
32
42
55
68
20.5
30.5
40
52.5
65
19
28
37
48
58
17
26
33
43
50
15
22
28
37
40
12
17
22
29
32
8
12
15
20
24
Hydraulic performance table
Prisma 25Prisma 15
Performance curves at 2900 rpm
5
4
3
2
5
6
4
3
2
81
86
Prisma 35N/45N Surface Horizontal
Prisma 35N
Prisma 45N
A
B
C
D
E
F
J J
G
H
I
K
A
B
C
D
E
F
J
G
H
I
K
J
Quiet-running multi-stage centrifugal pumps
Motor
Asynchronous, two poles.
IP 44 protection.
Class F insulation.
Continuous operation.
Efficiency IE2.
Limitations
Maximum liquid temperature: 40 °C.
Applications
For domestic and industrial supply.
Irrigation and hydropneumatic sets.
Materials
Pump body and impellers in stainless
steel AISI 304.
Motor shaft in stainless steel AISI 420.
Diffusers in tecnopolimer.
Suction and discharge mountings
in cast iron.
Mechanical seal in graphite
and alumine.
O-rings in EPDM and NBR.
Motor housing in aluminium.
Dimensions and weights
Prisma 35 3
Prisma 35 4
Prisma 35 5
Prisma 35 6
Model A
221.1
246.6
271.1
295.6
[Kg]
18.5/18.2
20.5/18.6
23.5/20.6
23.7
H J KG IFEDC
125.3
125.3
125.3
125.3
60
60
60
60
12
12
12
12
158
158
158
158
90
90
90
90
281.5
281.5
281.5
281.5
11/4”
11/4”
11/4”
11/4”
147
147
147
147
11/4”
11/4”
11/4”
11/4”
187.3
211.8
236.3
260.8
B
Prisma 45 3
Prisma 45 4
Prisma 45 5
Model A [Kg]
22.6/18.6
23.7/21.2
25.3
H J KG IFEDC
245.9
276.6
307.3
125.3
125.3
125.3
60
60
60
12
12
12
158
158
158
90
90
90
281.5
281.5
281.5
11/4”
11/4”
11/4”
152
152
152
11/2”
11/2”
11/2”
211.6
242.3
273
B
82
87
Prisma 35N/45N Surface Horizontal
Prisma 35N Prisma 45N
Performance curves at 2900 rpm
Hydraulic performance table
5
6
4
3
5
4
3
I [A]
1~
230 V 400 V230 V3~
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
2.41.2
4020
3.6
60
4.8
80
6.0
100
7.2
120
8.4
140
6.7
8.4
10.2
2.6
3.1
4
4.8
4.5
5.3
6.9
8.3
1.5
1.8
2.3
1.4
1.8
2.2
2.7
0.8
1.1
1.5
2.2
1
1.5
2
3
25
25
30
41
54
68
81
39
51
64
78
36
48
60
74
34
44
55
67
31
39
49
60
27
33
41
52
22
27
34
42
18
23
30
37
9.0
150
mw
c
Prisma 35 3N
Prisma 35 4N
Prisma 35 5N
Prisma 35 6N
Model
I [A]
1~
230 V 400 V230 V3~
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
3.01.5
5025
4.5
75
6.0
100
7.5
125
9.0
150
12
200
7.9
10
3
4
5
5.2
6.9
8.6
1.8
2.2
1.7
2.2
2.8
1.1
1.5
2
1.5
2
3
25
30
37
48
61
36
47
59
35
45
56
33
42
54
30
39
50
27
36
45
18
24
31
8
11
15
15
250
mw
c
Prisma 45 3N
Prisma 45 4N
Prisma 45 5N
Model
83
88
Prisma ESD Surface Horizontal
Pump with VFD built-in
Applications
Constant water supply in dripping
irrigation installations.
Industrial applications where constant
pressure is required.
Operation principle
The VFD increase and decrease
the speed of the motor according
the installation demand supplying
constant pressure.
The input signal comes from a pressure
transducer installed on the discharge
pipe.
Speedrive are manufactured with all the
protections in order to protect the pump,
from dry running, temperature, over
intensity, etc.
Voltage range
Low voltage: disconnect at 180 V (M2)
310 V (T2).
Automatic reset: 195 V (M2) 335 V (T2).
High voltage: disconnect at 270 V (M2)
485 V (T2).
Automatic reset: 250 V (M2) 475 V (T2).
Hydraulic performance table
Performance area Prisma ESDM at 2900 rpm
86420
140120100806040200 Q [l/min]
Q [m3/h]
10
10
20
20
30
30 40
Imp g.p.m.
U.S. g.p.m.
60
50
40
30
20
10
0
H
[mca]
200
150
100
50
0
H
[ft]
600
400
200
0
H
[kPa]
Q [l/min]
Performance area Prisma ESD at 2900 rpm
151050
300250200150100500
Q [m3/h]
20 40 60
20 40 60 80
Imp g.p.m.
U.S. g.p.m.
80
60
40
20
0
H
[mca]
800
600
400
200
0
H
[kPa]
250
200
150
100
50
0
H
[ft]
Model Pump UnitP2
VfdPump
[kW] Suction Discharge
Prisma ESD 25 4 Prisma 25 4 1 0.92 M2/T2 1” 1”
Prisma ESD 25 6 Prisma 25 6 1 1.5 M2/T2 1” 1”
Prisma ESD 35 4 Prisma 35 4 1 1.1 M2/T2 1 1/4” 1 1/4”
Prisma ESD 35 5 Prisma 35 5 1 1.5 M2/T2 1 1/4” 1 1/4”
Prisma ESD 35 6 Prisma 35 6 1 2.2 T2 1 1/4” 1 1/4”
Prisma ESD 45 4 Prisma 45 4 1 1.5 T2 1 1/2” 1 1/4”
Prisma ESD 45 5 Prisma 45 5 1 2 T2 1 1/2” 1 1/4”
Pressure transductor 4-20 mA (10 bar)
Materials and motor
As per the pump and Speedrive
pages.
Equipment
Pumps supplied with VDF integrated.
Pressure transducer included.
84
89
Prisma ESD Surface Horizontal
Prisma ESD 25
Prisma ESD 35
Prisma ESD 45
Model A B C D E F G H I J Kg
Prisma ESD 25 4M 228.5 279 225 82 127 207 213 75 59 Ø8 16.5
Prisma ESD 25 4T 228.5 279 225 82 127 207 213 75 59 Ø8 16.5
Prisma ESD 25 6M 281 328 225 82 127 207 213 75 59 Ø8 19.3
Prisma ESD 25 6T 281 328 225 82 127 207 213 75 59 Ø8 19.3
Dimensions and weights
A
B
C
D
E
F
G
H
I I
J
G 1
” IS
O 2
28
/1
G 1” ISO 228/1
A
B
C
D
E
F
G
H
I
G 1
1/4
” IS
O 2
28
/1
G 1 1/4” ISO 228/1
H
A
B
C
D
E
F
G
H
I
G 1
1/2
” IS
O 2
28
/1
G 1 1/4” ISO 228/1
H
Model A B C D E F G H I Kg
Prisma ESD 35 4M 246.6 211.8 280.5 147 212 90 207 60 Ø12 22.6
Prisma ESD 35 4T 246.6 211.8 280.5 147 212 90 207 60 Ø12 20.9
Prisma ESD 35 5M 271.1 236.3 280.5 147 212 90 207 60 Ø12 25.6
Prisma ESD 35 5T 271.1 236.3 280.5 147 212 90 207 60 Ø12 22.9
Prisma ESD 35 6T 295.6 260.8 280.5 147 212 90 207 60 Ø12 26
Model A B C D E F G H I Kg
Prisma ESD 45 4M 276,6 242,3 281,5 152 221 90 207 60 Ø12 25,8
Prisma ESD 45 4T 276,6 242,3 281,5 152 221 90 207 60 Ø12 23,5
Prisma ESD 45 5T 307,3 273 281,5 152 221 90 207 60 Ø12 27,5
85
90
Aspri 15/25 MB Surface Horizontal
Quiet-running multi-stage centrifugal pumps
Motor
Asynchronous, two poles.
IP 44 protection.
Class F insulation.
Continuous operation.
Single-phase with built-in thermal
protection.
Efficiency IE2.
Limitations
Maximum suction lift: 9 m.
Maximum liquid temperature: 40 °C.
Applications
To work with clean water in domestic
applications, irrigation,
and hydropneumatic sets.
Materials
Pump body and impellers in stainless
steel AISI 304.
Motor shaft in stainless steel AISI 420.
Diffusers in technopolymer.
Suction and discharge connections
in brass.
Mechanical seal in graphite and alumine.
Motor housing in aluminium.
Built-in self priming valve.
O-rings in EPDM and NBR
Aspri 15 MB
Dimensions and weights
Modelo A B C D E F G H I J Kg
Aspri 15 3 MB 187 237 202 110 74 162 121 102 1” 1” 9.2
Aspri 15 4 MB 211 261 202 110 74 162 121 102 1” 1” 10
Aspri 15 5 MB 235 285 202 110 74 162 121 102 1” 1” 11
Aspri 25 MB
Modelo A B C D E F G H I J L M Kg
Aspri 25 3 MB 202 127 252.5 82 75 109.5 218 59 138 8 1” 1” 13.5
Aspri 25 4 MB 228.5 127 279 82 75 109.5 218 59 138 8 1” 1” 14.6
Aspri 25 5 MB 255 127 328 82 75 109.5 240.5 59 138 8 1” 1” 17.2
F
G
H
A
B
C
D
E
I
JAspri 15 MB
Aspri 25 MB
A
B
C D
E
F
G
H H
I
ØJ
L
M
86
91
Aspri 15/25 MB Surface Horizontal
Performance curves at 2900 rpm
Aspri 15 MB Aspri 25 MB
Hydraulic performance table
I [A]
1~
230 V 400 V230 V3~
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
0.60.3
105
1.2
20
1.8
30
2.1
35
2.4
40
3.0
50
2.74
3.53
4.13
1.21
1.3
1.9
2.1
2.3
3.3
0.61
0.7
0.95
0.61
0.7
0.95
0.37
0.55
0.75
0.5
0.75
1.0
12
12
12
33
44
53
32
43
51
30
39
47
26
35
42
24
32
38
22
27
34
17
21.5
25 17
3.6
60
mw
c
Aspri 15 3 MB
Aspri 15 4 MB
Aspri 15 5 MB
I [A]
1~
230 V 400 V230 V3~
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
1.80.9
3015
2.7
45
3.6
60
4.5
75
5.4
90
6.3
105
5.5
6.8
7.4
2
2.5
3
3.5
4.3
5.2
1.2
1.5
1.7
1
1.4
1.7
0.75
0.92
1.1
1
1.25
1.5
16
16
25
33
43
56
32
42
55
30.5
40
52.5
28
37
48
26
33
43
22
28
37
17
22
29
14.5
20
7.2
120
mw
c
Aspri 25 3 MB
Aspri 25 4 MB
Aspri 25 5 MB
4
5
3
4
5
3
87
92
Aspri 35N/45N Surface Horizontal
Quiet-running multi-stage centrifugal pumps
Applications
To work with clean water in domestic
and industrial applications, irrigation,
and hydropneumatic sets.
Materials
Pump body and impellers in stainless
steel AISI 304.
Diffusers in technopolymer.
Suction and discharge connections
in cast iron.
Mechanical seal in graphite and alumine.
Built-in self priming valve.
O-rings in EPDM and NBR.
Aspri 35N:
Motor shaft in stainess steel AISI 420
and steel F-114.
Motor housing in aluminium L-2521.
Aspri 45N:
Motor shaft in stainess steel AISI 420.
Motor housing in aluminium L-2521.
Dimensions and weights
Aspri 35 3
Aspri 35 4
Aspri 35 5
Aspri 35 6
Model A
221.1
246.6
271.1
295.6
[Kg]
18.5/18.2
20.5/18.6
23.5/20.6
23.7
H J KG IFEDC
125.3
125.3
125.3
125.3
60
60
60
60
12
12
12
12
158
158
158
158
90
90
90
90
281.5
281.5
281.5
281.5
11/4”
11/4”
11/4”
11/4”
147
147
147
147
11/4”
11/4”
11/4”
11/4”
187.3
211.8
236.3
260.8
B
Aspri 35N
Aspri 45 3
Aspri 45 4
Aspri 45 5
Model A [Kg]
22.6/18.6
23.7/21.2
25.3
H J KG IFEDC
245.9
276.6
307.3
125.3
125.3
125.3
60
60
60
12
12
12
158
158
158
90
90
90
281.5
281.5
281.5
11/4”
11/4”
11/4”
152
152
152
11/2”
11/2”
11/2”
211.6
242.3
273
B
Aspri 45N
A
B
C
D
E
F
J J
G
H
I
K
A
B
C
D
E
F
J
G
H
I
K
J
Motor
Asynchronous, two poles.
IP 44 protection.
Class F insulation.
Continuous operation.
Efficiency IE2.
Limitations
Maximum suction lift: 9 m.
Maximum temperature of liquid: 40 °C.
88
93
Aspri 35N/45N Surface Horizontal
Performance curves at 2900 rpm
Aspri 35N Aspri 45N
Hydraulic performance table
I [A]
1~
230 V 400 V230 V3~
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
2.41.2
4020
3.6
60
4.8
80
6.0
100
7.2
120
8.4
140
6.7
8.4
10.2
2.6
3.1
4
4.8
4.5
5.3
6.9
8.3
1.5
1.8
2.3
1.4
1.8
2.2
2.7
0.8
1.1
1.5
2.2
1
1.5
2
3
25
25
30
41
54
68
81
39
51
64
78
36
48
60
74
34
44
55
67
31
39
49
60
27
33
41
52
22
27
34
42
18
23
30
37
9.0
150
mw
c
Aspri 35 3 N
Aspri 35 4 N
Aspri 35 5 N
Aspri 35 6 N
I [A]
1~
230 V 400 V230 V3~
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
3.01.5
5025
4.5
75
6.0
100
7.5
125
9.0
150
12
200
7.9
10
3
4
5
5.2
6.9
8.6
1.8
2.2
1.7
2.2
2.8
1.1
1.5
2
1.5
2
3
25
30
37
48
61
36
47
59
35
45
56
33
42
54
30
39
50
27
36
45
18
24
31
8
11
15
15
250
mw
c
Aspri 45 3 N
Aspri 45 4 N
Aspri 45 5 N
4
5
3
4
5
6
3
89
94
Aspri ESD B Surface Horizontal
Pump with VFD built-in
Applications
Constant water supply in dripping
irrigation installations.
Industrial applications where constant
pressure is required.
Operation principle
The VFD increase and decrease
the speed of the motor according
the installation demand supplying
constant pressure.
The input signal comes from a pressure
transducer installed on the discharge
pipe.
Speedrive are manufactured with all the
protections in order to protect the pump,
from dry running, temperature, over
intensity, etc.
Voltage range
Low voltage: disconnect at 180 V (M2)
310 V (T2).
Automatic reset: 195 V (M2) 335 V (T2).
High voltage: disconnect at 270 V (M2)
485 V (T2).
Automatic reset: 250 V (M2) 475 V (T2).
Performance area Aspri ESDM B at 2900 rpm
86420
140120100806040200 Q [l/min]
Q [m3/h]
10
10
20
20
30
30 40
Imp g.p.m.
U.S. g.p.m.
60
50
40
30
20
10
0
H
[mca]
200
150
100
50
0
H
[ft]
600
400
200
0
H
[kPa]
Q [l/min]
Performance area Aspri ESD B at 2900 rpm
151050
300250200150100500
Q [m3/h]
20 40 60
20 40 60 80
Imp g.p.m.
U.S. g.p.m.
80
60
40
20
0
H
[mca]
800
600
400
200
0
H
[kPa]
250
200
150
100
50
0
H
[ft]
Hydraulic performance table
Model Pump UnitP2
VfdPump
[kW] Suction Discharge
Aspri ESD 15 5 B Aspri 15 5 B 1 0.75 M2 1” 1”
Aspri ESD 25 4 B Aspri 25 4 1 0.92 M2 1” 1”
Aspri ESD 25 5 B Aspri 25 5 1 1.1 M2/T2 1” 1”
Pressure transducer 4-20 mA (10 bar)
Materials and motor
As per the pump and Speedrive
pages.
Equipment
Pumps supplied with VDF integrated.
Pressure transducer included.
90
95
Aspri ESD B Surface Horizontal
Dimensions and weights
Aspri ESD 15 B
Model A B C D E F G H I J Kg
Aspri ESD 15 B 5M 235 285 202 74 110 207 220 73 51 Ø8 13
Aspri ESD 15 B 5T 235 285 202 74 110 207 220 73 51 Ø8 13
A
B
C
D
E
F
G
H
I I
J
G 1
” IS
O 2
28
/1
G 1” ISO 228/1
Aspri ESD 25 B
Model A B C D E F G H I J Kg
Aspri ESD 25 B 4M 228,5 279 225 82 127 207 213 75 59 Ø8 16,5
Aspri ESD 25 B 4T 228,5 279 225 82 127 207 213 75 59 Ø8 16,5
Aspri ESD 25 B 5M 255 328 240 82 127 207 227 79 59 Ø8 18
Aspri ESD 25 B 5T 255 328 240 82 127 207 227 79 59 Ø8 18
A
B
C
D
E
F
G
H
I I
J
G 1
” IS
O 2
28
/1
G 1” ISO 228/1
91
96
Tecno/Tecnoself Surface Horizontal
Quiet-running horizontal multi-stage centrifugal pumps
Motor
Asynchronous, two poles.
IP 55 protection.
Class F insulation.
Continuous operation.
Efficiency IE2.
Tecno 05: Built-in thermal protection.
Tecno/Tecnoself 15: Single-phase ver-
sion with built-in thermal protection.
Tecno 25: Single-phase version up to
1.25 HP with built-in thermal protection.
Applications
To work with clean water in domestic
applications, irrigation, and pressure
sets.
Materials
Pump body and impellers in stainless
steel AISI 304.
Diffusers in technopolymer.
Mechanical seal in graphite and steatite.
Tecno 05:
O-rings in EPDM and NBR.
Pump base, motor flange and motor
housing in aluminium.
Tecno/Tecnoself 15/25:
Motor shaft in stainess steel AISI 431.
Motor housing in aluminium.
Gaskets in EPDM/NBR.
Limitations
Maximum temperature of liquid: 40 °C.
Tecnoself 15/25: Self-priming up to 9 m.
Dimensions and weights
Tecno 05 2
Tecno 05 3
Tecno 05 4
Tecno 15 3
Tecno 15 4
Tecno 15 5
Tecno 25 3
Tecno 25 4
Tecno 25 5
Tecnoself 15 3
Tecnoself 15 4
Tecnoself 15 5
Tecnoself 25 3
Tecnoself 25 4
Tecnoself 25 5
Model A
80
80
80
197.4
220.7
244
210
236.6
263.2
197.4
220.7
244
210
236.6
263.2
[Kg]
5.2
6.2
6.3
7.2
9.5
11
7.2
9.5
11
7.2
9.5
11
7.2
9.5
11
H
225
225
225
88
88
88
88
88
88
88
88
88
88
88
88
J
1”
1”
1”
1”
1”
1”
1”
1”
1”
1”
1”
1”
1”
1”
1”
K
1”
1”
1”
1”
1”
1”
1”
1”
1”
1”
1”
1”
1”
1”
1”
G
123.8
141.7
159
148.5
148.5
148.5
196.3
196.3
196.3
148.5
148.5
148.5
196.3
196.3
196.3
I
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
F
174
174
174
196.3
196.3
196.3
148.5
148.5
148.5
196.3
196.3
196.3
148.5
148.5
148.5
E
176.3
194.2
211.5
232.5
232.5
232.5
190.5
190.5
190.5
232.5
232.5
232.5
190.5
190.5
190.5
D
94
94
94
181.5
181.5
181.5
267
267
288.5
181.5
181.5
181.5
267
267
288.5
C
157.5
157.5
157.5
258
281.3
304.6
271.5
298.1
324.7
258
281.3
304.6
271.5
298.1
324.7
136
136
136
107.5
107.5
107.5
107.5
107.5
107.5
107.5
107.5
107.5
107.5
107.5
107.5
BTecno 05
K
J
HG
F
E
D
A
I
C
B
Tecno 15 / Tecnoself 15
A
K
J
E
D
C
B
H
G
F
ØI
Tecno 25 / Tecnoself 25
ØIH
G
FA
K
JE
D
C
B
92
97
Tecno/Tecnoself Surface Horizontal
Hydraulic performance table
1.2
1.6
2
0.25
0.35
0.45
0.11
0.19
0.19
0.15
0.25
0.25
6
6
6
I [A]
1~
230 V
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
c
[μF] m3/h
l/min
17.7
27.5
36
0.3
5
16.7
26
33.5
0.6
10
14.9
23.2
30
0.9
15
12.7
20.1
26.5
1.2
20
10.2
17.2
21.5
1.5
25
7.4
12.5
16
1.8
30
3
7.4
10
2.1
35
1
4
7
2.25
37.5
mw
c
Tecno 05 2
Tecno 05 3
Tecno 05 4
I [A]
1~
230 V 400 V230 V3~
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
1.20.6
2010
1.8
30
2.1
35
2.4
40
3.0
50
3.6
60
2.74
3.53
4.13
1.21
1.3
1.9
2.1
2.3
3.3
0.37
0.55
0.75
0.5
0.75
1.0
0.61
0.79
0.95
0.61
0.7
0.94
12
12
12
32
43
51
30
39
47
26
35
42
24
32
38
22
27
34
17
21.5
25
10.5
14
17
7
9
12
3.9
65
mw
c
Tecno / Tecnoself 15 3
Tecno / Tecnoself 15 4
Tecno / Tecnoself 15 5
I [A]
1~
230 V 400 V230 V3~
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
1.80.9
3015
2.7
45
3.6
60
4.5
75
5.4
90
6.3
105
5.5
6.8
8.2
2.5
3
4.3
5.2
0.75
0.92
1.1
1
1.25
1.5
1.2
1.5
1.8
1
1.4
1.7
16
16
25
33
43
56
32
42
55
30.5
40
52.5
28
37
48
26
33
43
22
28
37
17
22
29
12
15
20
7.2
120
mw
c
Tecno / Tecnoself 25 3
Tecno / Tecnoself 25 4
Tecno / Tecnoself 25 5
Performance curves at 2900 rpm
Tecno 05 Tecno 15 / Tecnoself 15
Tecno 25 / Tecnoself 25
4
5
3
4
5
3
3
4
2
93
98
Tecno ESD Surface Horizontal
Pump with VFD built-in
Applications
Constant water supply in dripping
irrigation installations.
Industrial applications where constant
pressure is required.
Operation principle
The VFD increase and decrease
the speed of the motor according
the installation demand supplying
constant pressure.
The input signal comes from a pressure
transducer installed on the discharge
pipe.
Speedrive are manufactured with all the
protections in order to protect the pump,
from dry running, temperature, over
intensity, etc.
Voltage range
Low voltage: disconnect at 180 V (M2)
310 V (T2).
Automatic reset: 195 V (M2) 335 V (T2).
High voltage: disconnect at 270 V (M2)
485 V (T2).
Automatic reset: 250 V (M2) 475 V (T2).
Performance area Tecno ESDM at 2900 rpm
86420
140120100806040200 Q [l/min]
Q [m3/h]
10
10
20
20
30
30 40
Imp g.p.m.
U.S. g.p.m.
60
50
40
30
20
10
0
H
[mca]
200
150
100
50
0
H
[ft]
600
400
200
0
H
[kPa]
Q [l/min]
Performance area Tecno ESD at 2900 rpm
151050
300250200150100500
Q [m3/h]
20 40 60
20 40 60 80
Imp g.p.m.
U.S. g.p.m.
80
60
40
20
0
H
[mca]
800
600
400
200
0
H
[kPa]
250
200
150
100
50
0
H
[ft]
Hydraulic performance table
Model Pump UnitP2
VfdPump
[kW] Suction Discharge
Tecno ESD 15 5 Tecno 15 5 1 0,75 M2/T2 1” 1”
Tecno ESD 25 4 Tecno 25 4 1 0,92 M2/T2 1” 1”
Tecno ESD 25 5 Tecno 25 5 1 1,1 M2/T2 1” 1”
Pressure transductor 4-20 mA (10 bar)
Materials and motor
As per the pump and Speedrive
pages.
Equipment
Pumps supplied with VDF integrated.
Pressure transducer included.
94
99
Tecno ESD Surface Horizontal
Tecno ESD 15
Tecno ESD 25
Model A B C D E F G H I DNa DNd Kg
Tecno ESD 15 5 244 107.5 304.6 262 272 196.3 207 88 9 G1’’ G1’’ 13.2
Model A B C D E F G H I DNa DNd Kg
Tecno ESD 25 4 236.6 107.5 298.1 270 272 196.3 207 88 9 G1’’ G1’’ 14.9
Tecno ESD 25 5 263.2 107.5 324.7 270 272 196.3 207 88 9 G1’’ G1’’ 16.2
Dimensions and weights
F
B
DNa
DNd
C
A
D
E G
HI
F
B
DNa
DNd
C
A
D
E G
HI
95
104
Per Surface Horizontal
Peripheral pump for espres pressurisation units
Hydraulic performance table
Dimensions and weights Performance curves at 2900 rpm
Model
I
[A]P2 c l/min 5 10 20 30 40
1~
230 V[kW] [HP] [μF] m3/h 0.3 0.6 1.2 1.8 2.9
Per 50 2.1 0,37 0,5 12
mw
c
35 30 21 13 5
Model A B C D E F G H I L M DNA DNM [Kg]
Per 50 67 20 265 125 125 155 63 143 265 145 165 1’’ 1’’ 5.7
Applications
Peripheral positive displacement
pumps with frontal pumps for small
household systems and simple
industrial applications; characterised
by a considerable ratio between
performance and required output.
Motor
Class F insulation.
IP 44 protection.
Continuous operation.
Single-phase with built-in thermal
protection.
Materials
Pump body in bronze.
Impeller in brass.
Motor shaft in stainless steel AISI 416.
Mechanical seal in graphite
and ceramic.
Limitations
Maximum temperature of liquid: 60 °C.
96
105
Applications
Pumping of clean non-loaded fluids
for the domestic, agricultural & industrial
markets. Boosting, irrigation, water
treatment, heating and air conditioning
& washing systems.
Description
Closed coupled and compact, silent
excellent efficiency that allows a
reduction of running cost and power.
Economical, over dimensioned bearings
for longer life of the pumps.
Intermediate shaft guiding stage for
concentricity of rotation.
Motor
IP 44 protection.
Class F insulation.
Continuous operation.
Single phase with built-in thermal
protection.
PQ Surface Horizontal
Peripheral pump for espres pressurisation units
Limitations
Liquid temperature range -15 to +110 °C.
Ambient temperature max 40 °C.
Water mixed with glycol, parameters
must be checked with over 20% of
glycol. Pure non-explosive liquid media
free from mineral oils and without solids.
Maximum working pressure 10 bar.
Hydraulic performance table
Dimensions and weights Performance curves at 2900 rpm
Model
I
[A]P2 c l/min 5 10 20 30
1~
230 V[kW] [HP] [μF] m3/h 0.3 0.6 1.2 1.8
PQAm 60 2.5 0.37 0.5 10
mw
c
35 29 18 7
PQ81-81BsPQAm 60
Model
I
[A]P2 c l/min 2 4 6 8 10 12 14 16 18
1~
230 V[kW] [HP] [μF] m3/h 0.12 0.24 0.4 0.5 0.6 0.7 0.8 1 1.08
PQm 81Bs 3.4 0.5 0,7 14
mw
c
80 71 63 54 45 37 28 19 10
Model a f h h1 h2 h3 i m n n1 w s DNA DNM [Kg]
PQAm60 25 192 145 96 33 129 72.5 55 118 96 53 7 1/2’’ 1/2’’ 4.7
PQm81Bs 18 220 152 119 23 141 71 80 120 100 58 7 1/2’’ 1/2’’ 6.5
97
106
Applications
To supply clean water in domestic
applications, irrigation, hydropneumatic.
Pressure sets and for applications.
Requiring a self-priming pump.
Materials
Pump body and motor support in cast
iron.
Impeller in Noryl or brass.
Mechanical seal in ceramic-graphite.
Shaft in AISI 416.
Motor
Class F insulation.
IP 44 protection.
Continuous operation.
Single phase with built-in thermal
protection.
Jet JA Surface Horizontal
Self priming jet pump
Limitations
Liquid temperature range 0 - 50 °C.
Ambient temperature max 40 °C.
Maximum working pressure 6 bar.
Maximum suction lift 9 m.
Hydraulic performance table
Model
I
[A]
P1
[kW]P2 c l/min 10 20 30 40 50 60 70 80
1~
230 V
3~
400 V
1~
230 V
3~
400 V[kW] [HP] [μF] m3/h 0.6 1.2 1.8 2.4 3 3.6 4.2. 4.8
JA 60 3 1 0.63 0.59 0.44 0.6 12.5
mw
c
35 29.5 24 20
JA 80 3.6 1.3 0.79 0.78 0.59 0.8 14 42 36 30 25
JA 100 4.7 2.3 1.02 1.05 0.74 1 20 47 42 37 32 27 10
JA 110 4.7 2.3 1.02 1.05 0.74 1 20 36.5 33.9 30.8 27.7 24.5 22 20 18
Performance curves at 2900 rpm
JA 60JA 80
JA 100 JA 110
150
100
50
0
H
[ft]
H
[m]
40
50
30
20
10
0
543210 Q [m3/h]
Q [l/1’]706050403020100 80
Imp. g.p.m 5 10 15 20
U.S g.p.m 5 10 15 20 25
JA150
JA200JA300
H
[m]
60
50
40
30
20
200
150
100
H
[ft]
876543210 Q [m3/h]
Q [l/1’]120100806040200 140
Imp. g.p.m 10 15 20 25 30 35
U.S g.p.m 10 15 20 25 30 35 40
Model
I
[A]
P1
[kW]P2 c l/min 20 30 50 70 90 110 130 140
1~
230 V
3~
400 V
1~
230 V
3~
400 V[kW] [HP] [μF] m3/h 1.2 1.8 3 4.2 5.4 6.6 7.8 8.4
JA 150 7.9 3.3 1.74 1.68 1.1 1.5 31.5
mw
c
56.5 54 48 41 32
JA 200 10.3 3.9 2.22 2.1 1.65 2.2 36 59.5 58 54 49 43 34
JA 300 11.8 4.9 2.65 2.5 2.2 3 40 62 60.5 57 53 47 42 35 32
98
108
Applications
To work with clean water.
Irrigation and hydropneumatic sets.
Motor
Asynchronous, two poles.
IP 44 protection.
Class F insulation.
Continuous operation.
Single-phase version with built-in
thermal protection.
Provided with removable handle
for transport.
Limitations
Maximum suction lift: 9 m.
Maximum temperature of liquid: 40 °C.
Delta Surface Horizontal
Self-priming centrifugal pumps with Venturi system up to 9 m
Materials
Pump body in stainless steel AISI 304.
Motor shaft in stainless steel AISI 420.
Diffusers in glass loaded Noryl®.
Mechanical seal in graphite and steatite.
Motor housing in aluminium L-2521.
Windings impregnated with epoxy resin.
Delta 505/755/1005:
Impeller in glass loaded Noryl®.
Delta 1755:
Impeller in stainless steel AISI 304.
Hydraulic performance table
I [A]
1~
230 V 400 V230 V3~
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
0.90.3
155
1.5
25
2.1
35
2.4
40
3.0
50
3.6
60
2.8
3.4
4.8
5.5
1.2
1.3
1.9
2.1
2.2
2.6
3.3
3.8
0.6
0.8
1.0
1.2
0.6
0.8
1.0
1.2
0.37
0.5
0.75
0.75
0.5
0.75
1.0
1.0
12
12
16
16
33
37
47
57
26
32
40
55
22
27
34
51
18
23
29
47
17
21
27
44
13
17
38 32 21
4.5
75
mw
c
Delta 505
Delta 755
Delta 1005
Delta 1755
Dimensions and weights Performance curves at 2900 rpm
Delta 505
Delta 755
Delta 1005
Delta 1755
Model A
336
336
359
410
[Kg]
6.8
7.3
9.6
12.1
H
215
215
225
225
J
126
126
126
126
K
147
147
147
147
G
22
22
22
22
I
94
94
94
94
F
78
78
78
125
E
1”
1”
1”
1”
D
200
200
200
200
C
280
280
280
280
184
184
184
184
B
A
H
G
F
ED
C
E
K
JI
B
1755
1005
755
505
99
109
Applications
Recycling plants, heating, air conditioning,
heat recovery, plants of water supply
procurement, pressure boosting and fire
fighting systems.
Materials
Pump body in cast iron.
Impeller in cast iron (option for bronze
or stainless steel).
Seal holding cover in cast iron (option
for bronze or stainless steel).
Shaft in stainless steel.
Energy Index MEI 0.1 to 0.4
Description
The FN pump is a monoblock centrifugal
pump with standardised dimensions in
accordance with the EN 733 standard.
Options
Different mechanical seals.
Frequency 60 Hz.
Counter flange kits. PN 10/PN16.
FN/FN4 Surface Horizontal
Cast iron close coupled end suction pumps
Motor
IP 55 protection.
Class F insulation.
Continuous operation.
Efficiency IE2.
Standard tensions: 220-240 V
up to 4kW, 380-415 V/660-720 V
starting from 5.5 kW.
Frequency: 50 Hz.
Limitations
Liquid temperature range -15 to +120 °C.
Ambient temperature max 40 °C.
Water mixed with glycol, parameters
must be checked with over 20% of
glycol.
Pure non-explosive liquid media free
from mineral oils and without solids.
Field of application at 2900 rpm
FN
FN 4
Curves obtained in accordance with ISO9906, appendix A
100
110
FN 32 Surface Horizontal
Hydraulic performance table
ModelP2 l/min 0 67 100 133 167 200 233 267 300 333 417 500 583 667
[kW] [HP] m3/h 0 4 6 8 10 12 14 16 18 20 25 30 35 40
FN 32-125C 0.75 1m
wc
17 16.6 16 15.3 14.3 13.2 11.8 10.3
FN 32-125B 1.1 1.5 21 20.6 20.1 19.2 17.8 15.8 14.1 12.3
FN 32-125A 1.5 2 25.4 25 24.6 24.1 23.2 22 20.5 18.8 16.9 15
FN 32-160C 1.5 2 28 27.4 27 26.3 25.6 24.8 23.4 22.3 20.7 18.5
FN 32-160B 2.2 3 33 32.2 32 31 30.2 29.2 28 27 25 23.2
FN 32-160A 3 4 37 36.5 36 35.4 34.7 33.8 32.8 31.6 30.1 28.3
FN 32-160NC 3 4 29 29 28.8 28.3 27.5 26.2 25.8 25.5 22.3 18.5
FN 32-160NB 4 5.5 36.4 36.4 36.2 35.8 35.4 34.7 34 33.2 31 27.5 23
FN 32-160NA 5.5 7.5 43 42.4 42.2 41.9 41.3 41 40.5 39.8 38 34.5 31.1 26
FN 32-200N 4 5.5 56.3 54.7 54 53 51.7 50.2 48.6
FN 32-200NC 4 5.5 46 45 44 43 41.3 39.8 38.2 36.2 34.4 27.5
FN 32-200NB 5.5 7.5 53.6 53 52.8 52.5 51.7 51.1 50.2 49.8 47.4 43 35
FN 32-200NA 7.5 10 63 62.8 62.6 62.5 62.3 62.2 62 60.6 59.5 57.5 49.7 38.6
FN 32-250E 7.5 10 64 63 62.6 62.4 61.8 61.3 60.9 59 56
FN 32-250D 9.2 12.5 70 69.8 69.6 69.3 69.9 68.4 68.1 67.3 65.3 63
FN 32-250C 11 15 76.3 76.3 76 75.7 75.3 74.8 74.4 73.8 71.4 69.8
FN 32-250B 13.5 18.3 86 83.5 83 82.2 81.9 81.3 80.8 80 79.2 75 55
FN 32-250A 17 23 94 92 91 90.5 90 89.5 89 88.4 87.3 86 66
Dimensions and weights
Model DNm DNa f a m1 m2 n1 n2 h1 h2 s b [Kg]
FN 32-125C 32 50 336 80 100 70 190 140 112 140 14 50 27
FN 32-125B 32 50 336 80 100 70 190 140 112 140 14 50 28
FN 32-125A 32 50 373 80 100 70 190 140 112 140 14 50 29
FN 32-160C 32 50 373 80 100 70 240 190 132 160 14 50 33
FN 32-160B 32 50 370 80 100 70 240 190 132 160 14 50 34
FN 32-160A 32 50 397 80 100 70 240 190 132 160 14 50 35
FN 32-160NC 32 50 407 80 100 70 240 190 132 160 14 50 49
FN 32-160NB 32 50 426 80 100 70 240 190 132 160 14 50 55
FN 32-160NA 32 50 450 80 100 70 240 190 132 160 14 50 65
FN 32-200N 32 50 426 80 100 70 240 190 160 180 14 50 46
FN 32-200NC 32 50 426 80 100 70 240 190 160 180 14 50 47
FN 32-200NB 32 50 450 80 100 70 240 190 160 180 14 50 52
FN 32-200NA 32 50 492 80 100 70 240 190 160 180 14 50 60
FN 32-250E 32 50 532 100 125 95 320 250 180 225 14 65 70
FN 32-250D 32 50 612 100 125 95 320 250 180 225 14 65 81
FN 32-250C 32 50 612 100 125 95 320 250 180 225 14 65 90
FN 32-250B 32 50 612 100 125 95 320 250 180 225 14 65 95
FN 32-250A 32 50 744 100 125 95 320 250 180 225 14 65 100
DN a1 b1 c1 d1 e1
32 78 100 140 4 19
50 102 125 165 4 19
a f
DNm
DNa
m1
m2
h2
h1
s
n°d1 holes ø e1
n1
DN a1
b1
c1
n2b
101
111
FN 40 Surface Horizontal
Hydraulic performance table
DN a1 b1 c1 d1 e1
40 88 110 150 4 19
65 122 145 185 4 19
a f
DNm
DNa
m1
m2
h2
h1
s
n°d1 holes ø e1
n1
DN a1
b1
c1n2
b
Dimensions and weights
Model DNm DNa f a m1 m2 n1 n2 h1 h2 s b [Kg]
FN 40-125C 40 65 373 80 100 70 190 140 112 140 14 50 32
FN 40-125B 40 65 365 80 100 70 190 140 112 140 14 50 33
FN 40-125A 40 65 390 80 100 70 190 140 112 140 14 50 36
FN 40-160NC/B 40 65 400 80 100 70 240 190 132 160 14 50 39
FN 40-160NB/B 40 65 425 80 100 70 240 190 132 160 14 50 43
FN 40-160NC/A 40 65 425 80 100 70 240 190 132 160 14 50 42
FN 40-160NB/A 40 65 450 80 100 70 240 190 132 160 14 50 46
FN 40-160NA 40 65 450 80 100 70 240 190 132 160 14 50 51
FN 40-200C 40 65 425 100 100 70 265 212 160 180 14 50 50
FN 40-200B 40 65 450 100 100 70 265 212 160 180 14 50 55
FN 40-200A 40 65 490 100 100 70 265 212 160 180 14 50 62
FN 40-200NB 40 65 490 100 100 70 265 212 160 180 14 50 61
FN 40-200NA 40 65 571 100 100 70 265 212 160 180 14 50 79
FN 40-250C 40 65 612 100 125 95 320 250 180 225 14 65 90
FN 40-250B 40 65 612 100 125 95 320 250 180 225 14 65 91
FN 40-250A 40 65 612 100 125 95 320 250 180 225 14 65 96
FN 40-250NE 40 65 612 100 125 95 320 250 180 225 14 65 92
FN 40-250ND 40 65 612 100 125 95 320 250 180 225 14 65 90
FN 40-250NC 40 65 644 100 125 95 320 250 180 225 14 65 98
FN 40-250NB 40 65 644 100 125 95 320 250 180 225 14 65 137
FN 40-250NA 40 65 644 100 125 95 320 250 180 225 14 65 141
ModelP2 l/min 0 133 167 200 233 267 300 333 417 500 583 667 750 833 917 1000
[kW] [HP] m3/h 0 8 10 12 14 16 18 20 25 30 35 40 45 50 55 60
FN 40-125C 1.5 2m
wc
18.5 18.5 18.3 18.1 17.8 17.5 16.9 16.2 14.8 12.5 9.4
FN 40-125B 2.2 3 22 22 22 21.8 21.5 21.2 20.8 19.4 17.5 14.9
FN 40-125A 3 4 27.5 27.5 27.3 27.1 26.8 26.4 26 24.5 23 19.8 17.2
FN 40-160NC/B 3 4 32 31.7 31.6 31.4 31 30.7 30.2 28.8 26.7
FN 40-160NC/A 4 5.5 36.7 36.6 36.5 36.3 36 35.5 34 32 30.1
FN 40-160NB/B 4 5.5 32 31.6 31.4 31 30.7 30.2 28.8 26.7 23 21 16
FN 40-160NB/A 5.5 7.5 36.7 36.6 36.5 36.3 36 35.5 34 32 30.1 27.4 24.5 20.5
FN 40-160NA 5.5 7.5 39 39 39 38.9 38.8 38.7 37.4 36 33.8 31.8 28.7 25.4 22
FN 40-200C 4 5.5 45 43.9 43.7 43.5 42.2 41.2 37.3 33.5
FN 40-200B 5.5 7.5 48.8 48.3 48 47.5 46.8 46 43.6 40.4 36.5 31.4
FN 40-200A 7.5 10 58.2 58 57.9 57.9 57.6 57 55 52 48 42
FN 40-200NB 7.5 10 53 52.5 51.4 49.4 47 44.2 41.5 37.5 30.5
FN 40-200NA 11 15 61 60 59 57 56 54 50 47 41.5 35
FN 40-250C 9.2 12.5 63 61 60.6 60.3 59.1 58 54.5 50 49 45
FN 40-250B 11 15 70.6 68.1 67.2 66.4 65.5 64.5 62.5 59.5 56.5 53
FN 40-250A 15 20 88 87.6 86.9 86.3 85.7 85 82.9 79 75 71
FN 40-250NE 12.5 17 67.5 66.7 66.4 65.9 65.4 64.8 64 62.3 60.3 58.3 54.3 48.9 45.3 43
FN 40-250ND 15 20 74 73 72.8 72.5 72.3 72 71 70 68 66 64 62 60 57 54
FN 40-250NC 17 23 82 81 80.8 80.5 80.2 80 79 78 76.5 75 73 70.5 68 65 62
FN 40-250NB 18.5 25 89 88.5 88.3 87.9 87.6 87.3 86 85.5 84 82.1 80 77.5 74.6 71.4 68
FN 40-250NA 22 30 98 95.8 95.6 95.4 95 94.5 93.2 91.6 89.7 87.8 85.2 83.9 79 75.8 71.3
102
112
FN 50 Surface Horizontal
Hydraulic performance table
ModelP2 l/min 0 300 417 500 667 750 833 917 1000 1167 1250 1417 1500 1667 1833 2000
[kW] [HP] m3/h 0 18 25 30 40 45 50 55 60 70 75 85 90 100 110 120
FN 50-125C 2.2 3
mw
c
17.5 17.2 16.7 16 14.3 13.2 12 10 8
FN 50-125B 3 4 21.2 20 19.4 17.6 16.6 15.3 13.9 13
FN 50-125A 4 5.5 24.2 24.4 23.9 22.4 21.4 20.3 19.1 17.7
FN 50-160B 5.5 7.5 32.5 32 31.1 28.8 27.5 25.9 24.2 22.3 18.4 16.6
FN 50-160A 7.5 10 40.4 40 39.4 37.7 36.6 35.3 33.7 31.9 27.7 25.7
FN 50-160NC 5.5 7.5 30.5 27.7 27 26 24.9 23.6 20.6 20
FN 50-160NB 7.5 10 39 36.8 35.8 35 33.7 32.3 29 27
FN 50-160NA 9.2 12.5 44 40.6 40 39 38 36 34 32 28 26
FN 50-200C 9.2 12.5 52.2 52.1 49.6 47.8 45.9 43.4 41 35 32.3
FN 50-200B 11 15 58 57.3 54.3 52.3 50.1 47.2 44.2 37.3 33.8
FN 50-200A 15 20 61.8 60 58 56.5 55 53 50.5 45 41
FN 50-200NC 15 20 53.3 49.2 48 46.5 44.5 43 38 36.5 30.5
FN 50-200NB 17 23 61.5 56.4 55 53 50 48 45 42 37
FN 50-200NA 22 30 71 66.8 66 65 62 60 55 52.5 45.5 38 31.5
FN 50-250ND 17 23 69 68.5 67 64 62.5 61 58 56 47.3 44.2
FN 50-250NC/B 18.5 25 80 79 78.5 76 74.5 72 70 68 61.5
FN 50-250NC/A 20 27 80 79 78.5 76 74.5 72 70 68 61.5 58 50
FN 50-250NB/B 22 30 88.5 88 87 85 84 82 80 77 71 68
FN 50-250NB/A 25 34 88.5 88 87 85 84 82 80 77 71 68 60 57 44
FN 50-250NA 30 40 100.5 100 99.5 98 97 94.5 93 90.5 84 80 70 65 54
Dimensions and weights
Model DNm DNa Fig. f a m1 m2 n1 n2 h1 h2 s b [Kg]
FN 50-125C 50 65 1 366 100 100 70 240 190 132 160 14 50 40
FN 50-125B 50 65 1 400 100 100 70 240 190 132 160 14 50 42
FN 50-125A 50 65 1 426 100 100 70 240 190 132 160 14 50 45
FN 50-160B 50 65 1 450 100 100 70 265 212 160 180 14 50 54
FN 50-160A 50 65 2 490 100 100 70 265 212 160 180 14 50 62
FN 50-160NC 50 65 2 450 100 100 70 265 212 160 180 14 50 54
FN 50-160NB 50 65 2 490 100 100 70 265 212 160 180 14 50 62
FN 50-160NA 50 65 2 530 100 100 70 265 212 160 180 14 50 74
FN 50-200C 50 65 2 576 100 100 70 265 212 160 200 14 50 80
FN 50-200B 50 65 2 576 100 100 70 265 212 160 200 14 50 85
FN 50-200A 50 65 2 576 100 100 70 265 212 160 200 14 50 90
FN 50-200NC 50 65 2 576 100 100 70 265 212 160 200 14 50 89
FN 50-200NB 50 65 2 644 100 100 70 265 212 160 200 14 50 92
FN 50-200NA 50 65 2 644 100 100 70 265 212 160 200 14 50 136
FN 50-250ND 50 65 2 644 100 125 95 320 250 180 225 14 65 136
FN 50-250NC/B 50 65 2 644 100 125 95 320 250 180 225 14 65 136
FN 50-250NC/A 50 65 2 644 100 125 95 320 250 180 225 14 65 138
FN 50-250NB/B 50 65 2 644 100 125 95 320 250 180 225 14 65 140
FN 50-250NB/A 50 65 2 714 100 125 95 320 250 180 225 14 65 250
FN 50-250NA 50 65 2 714 100 125 95 320 250 180 225 14 65 250
a
f
DNm
DNa
m1
m2
Fig. 1
h2
h1
s
n1
n2
b
DN a1 b1 c1 d1 e1
50 102 125 165 4 19
65 122 145 185 4 19
n°d1 holes ø e1
DN a1
b1
c1
Fig. 2
af
DNm
DNa
m1
m2
h2
h1
s
n1
n2
b
103
113
FN 65 Surface Horizontal
Hydraulic performance table
ModelP2 l/min 0 500 667 833 917 1167 1250 1333 1500 1667 1833 2000 2167 2333 2667 2833
[kW] [HP] m3/h 0 30 40 50 55 70 75 80 90 100 110 120 130 140 160 170
FN 65-125D 3 4m
wc
12.5 12 11.9 11.6 11.4 9.5 8 7.4
FN 65-125C 4 5.5 17 16 15.6 15.4 15.2 14.2 13.5 13 11 8
FN 65-125B 5.5 7.5 21.5 21 20.9 20.8 20.7 19.9 19 18.1 16.4 14
FN 65-125A 7.5 10 26.5 26 25.9 25.8 25.7 25 24.5 24 22 19.4 17
FN 65-160C 9.2 12.5 32.8 32.3 31.6 30.8 30.6 28.7 27.8 27.1 25.2 23.1 20.3
FN 65-160B 11 15 38.8 38.3 37.8 37.3 37 35.7 35.3 34.5 32 30 27.8
FN 65-160A 15 20 43 43 42.7 42.3 41.9 40.8 40.4 39.7 38.2 36.2 33.5 30 28
FN 65-200C 15 20 43 42 41.6 39.8 39 38 35.9 33 31 27 23
FN 65-200B 18.5 25 48 47.9 47.3 46.2 45.8 45 42.8 40 36.9 33 30 25
FN 65-200A 22 30 55 55.1 55 54 53.5 53 51.5 49.5 47 44.2 41 35
FN 65-200NC 18.5 25 44.3 46.2 45.4 45 42.1 41.1 39.9 37.8 35.3 32.4 29.5 25.8 21.4
FN 65-200NB 22 30 50.7 53.6 53.6 53 51.6 50.8 50 48.3 46.4 44.3 41.7 38.5 35.3 27.5
FN 65-200NA 30 40 64 66.5 66 65.7 64.7 64.1 63.7 62 60 58 55.6 53 50 43 38
FN 65-250NC 22 30 68.2 68.8 68.5 67 66.3 65.3 63.8 62.8
FN 65-250NB 30 40 76 75 74.7 73.5 73 72.5 72 69 67 63.5
FN 65-250NA 37 50 89 89.5 89.2 88 87 86.5 85 84 82 79.5 76
Dimensions and weights
Model DNm DNa Fig. f a m1 m2 n1 n2 h1 h2 s b [Kg]
FN 65-125D 65 80 1 400 100 125 95 280 212 160 180 14 65 42
FN 65-125C 65 80 1 426 100 125 95 280 212 160 180 14 65 48
FN 65-125B 65 80 1 450 100 125 95 280 212 160 180 14 65 55
FN 65-125A 65 80 2 500 100 125 95 280 212 160 180 14 65 60
FN 65-160C 65 80 2 534 100 125 95 280 212 160 200 14 65 80
FN 65-160B 65 80 2 534 100 125 95 280 212 160 200 14 65 82
FN 65-160A 65 80 2 534 100 125 95 280 212 160 200 14 65 88
FN 65-200C 65 80 2 576 100 125 95 320 250 180 225 14 65 93
FN 65-200B 65 80 2 644 100 125 95 320 250 180 225 14 65 135
FN 65-200A 65 80 2 644 100 125 95 320 250 180 225 14 65 141
FN 65-200NC 65 80 2 644 100 125 95 320 250 180 225 14 65 245
FN 65-200NB 65 80 2 644 100 125 95 320 250 180 225 14 65 250
FN 65-200NA 65 80 2 720 100 125 95 320 250 180 225 14 65 270
FN 65-250NC 65 80 2 680 100 160 120 360 280 200 250 18 80 260
FN 65-250NB 65 80 2 750 100 160 120 360 280 200 250 18 80 274
FN 65-250NA 65 80 2 750 100 160 120 360 280 200 250 18 80 285
a
f
DNm
DNa
m1
m2
Fig. 1
h2
h1
s
n1
n2
b
DN a1 b1 c1 d1 e1
65 122 145 185 4 19
80 138 160 200 4 19
n°d1 holes ø e1
DN a1
b1
c1
Fig. 2
af
DNm
DNa
m1
m2
h2
h1
s
n1
n2
b
104
114
FN 80 Surface Horizontal
Hydraulic performance table
ModelP2 l/min 0 1083 1250 1500 1667 1833 2000 2333 2500 2750 3000 3250 3500 3750 4167 4583
[kW] [HP] m3/h 0 65 75 90 100 110 120 140 150 165 180 195 210 225 250 275
FN 80-160G 5.5 7.5
mw
c
17.8 17.3 16 15 14 13.1 12 10
FN 80-160F 7.5 10 20.2 19.9 19 18 17 16 15 13.7 11.7 10.5
FN 80-160E 9.2 12.5 25.3 25.3 24.8 24.2 23 22 21 19.1 18.1 16
FN 80-160D 11 15 26.5 26.5 26.1 25.4 24.5 23.8 23 20.8 19.6 17.6 14.8
FN 80-160C 15 20 30.5 30.5 30 28.5 27.5 26.5 24 22.4 20 18.5 17
FN 80-160B 18.5 25 37 35.8 34.5 33.6 32.6 31.8 29.5 28.4 26.4 24.1 21
FN 80-160A 22 30 40.3 40 39.4 39 38.2 37.5 35.9 34.7 32.8 30.5 28.8 25.5 23.5
FN 80-200B 30 40 50 52 51.3 50.5 50.4 47.9 46.5 45 44 41 39 37 31
FN 80-200A 37 50 56 58.4 58 57.5 57 55.3 54.6 53.4 51.3 49.2 46.7 44 39 35
Dimensions and weights
Model DNm DNa Fig. f a m1 m2 n1 n2 h1 h2 s b [Kg]
FN 80-160G 80 100 2 455 125 125 95 320 250 180 225 14 65 64
FN 80-160F 80 100 2 496 125 125 95 320 250 180 225 14 65 75
FN 80-160E 80 100 2 576 125 125 95 320 250 180 225 14 65 84
FN 80-160D 80 100 2 576 125 125 95 320 250 180 225 14 65 90
FN 80-160C 80 100 2 576 125 125 95 320 250 180 225 14 65 95
FN 80-160B 80 100 2 644 125 125 95 320 250 180 225 14 65 137
FN 80-160A 80 100 2 644 125 125 95 320 250 180 225 14 65 139
FN 80-200B 80 100 2 750 125 125 95 345 280 180 250 14 65 274
FN 80-200A 80 100 2 750 125 125 95 345 280 180 250 14 65 280
a
f
DNm
DNa
m1
m2
Fig. 1
h2
h1
s
n1
n2
b
DN a1 b1 c1 d1 e1
80 138 160 200 8 19
100 158 180 220 8 19
125 188 210 250 8 19
n°d1 holes ø e1
DN a1
b1
c1
Fig. 2
af
DNm
DNa
m1
m2
h2
h1
s
n1
n2
b
105
115
FN100/125 Surface Horizontal
Hydraulic performance table
ModelP2 l/min 0 1000 1250 1500 1750 2000 2250 2500 2750 3000 3500 4000 4500 5000
[kW] [HP] m3/h 0 60 75 90 105 120 135 150 165 180 210 240 270 300
FN 100x80x160D 11 15m
wc
25 24 23 22 21 19.5 18 16.5 15
FN 100x80x160C 15 20 29 28.5 28 27 26 24.5 23 21.5 20 18.5
FN 100x80x160B 15 20 35 34 33.3 32.5 31.8 31 29 27.5 26 24.5
FN 100x80x200D 18.5 25 42 42 41 40 38.5 37 35 33 30.5 28
FN 100x80x200C 22 30 47 47 46.5 45.5 44.5 43 41 39 37 34
FN 100x80x200B 30 40 55 55 54 53 52 51 49 47 45 43 37
FN 100x80x200A 37 50 57.5 57 56.8 56.5 56 55 54 52.5 51 48 42
FN 100x80x250D 37 50 68 68 67 66 65 63 61 58 55 47
FN 125x100x200D 22 30 40 39 38 37 36 34.5 33 31.5 28 24
FN 125x100x200C 30 40 48 47 46.5 46 45 44 42.5 41 38 34.5 30
FN 125x100x200B 37 50 54 54 53.5 53 52 51 50 49 46 43 38 34
Dimensions and weights
Model DNm DNa Fig. f a m1 m2 n1 n2 h1 h2 s b [Kg]
FN 100x80x160D 80 100 1 540 125 125 95 320 250 180 225 14 65 74
FN 100x80x160C 80 100 1 540 125 125 95 320 250 180 225 14 65 81.5
FN 100x80x160B 80 100 1 540 125 125 95 320 250 180 225 14 65 88.5
FN 100x80x200D 80 100 2 710 125 298 241 320 280 180 250 14 55 132
FN 100x80x200C 80 100 2 710 125 298 241 320 280 180 250 14 55 150
FN 100x80x200B 80 100 2 805 125 345 305 360 318 200 250 18 60 192
FN 100x80x200A 80 100 2 805 125 345 305 360 318 200 250 18 60 210
FN 100x80x250D 80 100 2 805 125 345 305 360 318 200 280 18 60 196
FN 125x100x200D 125 100 2 710 125 298 241 320 318 180 280 14 55 160
FN 125x100x200C 125 100 2 805 125 345 305 360 318 200 280 18 60 202
FN 125x100x200B 125 100 2 805 125 345 305 360 318 200 280 18 60 220
a
f
DNm
DNa
m1
m2
Fig. 1
h2
h1
s
n1
n2
b
DN a1 b1 c1 d1 e1
80 138 160 200 8 19
100 158 180 220 8 19
125 188 210 250 8 19
n°d1 holes ø e1
DN a1
b1
c1
Fig. 2
af
DNm
DNa
m1
m2
h2
h1
s
n1
n2
b
106
116
FN4 32/40 Surface Horizontal
Hydraulic performance table
Dimensions and weights
Model DNm DNa f a m1 m2 n1 n2 h1 h2 s b [Kg]
FN4 32-125A 32 50 333 80 100 70 190 140 112 140 14 50 23
FN4 32-160A 32 50 336 80 100 70 240 190 132 160 14 50 31
FN4 32-200NA 32 50 370 80 100 70 240 190 160 180 14 50 42
FN4 32-250C 32 50 400 100 125 95 320 250 180 225 14 65 53
FN4 32-250A 32 50 400 100 125 95 320 250 180 225 14 65 55
FN4 40-125A 40 65 333 80 100 70 210 160 112 140 14 50 34
FN4 40-160NA 40 65 336 80 100 70 240 190 132 160 14 50 34
FN4 40-200A 40 65 371 100 100 70 265 212 160 180 14 50 43
FN4 40-250NC 40 65 400 100 125 95 320 250 180 225 14 65 55
FN4 40-250NA 40 65 431 100 125 95 320 250 180 225 14 65 58.5
FN4 40-315C 40 65 478 100 125 95 345 280 225 250 14 65 94
FN4 40-315B 40 65 566 100 125 95 345 280 225 250 14 65 114
FN4 40-315A 40 65 646 100 125 95 345 280 225 250 14 65 119
DN a1 b1 c1 d1 e1
32 78 100 140 4 19
50 102 125 165 4 19
40 88 110 150 4 19
65 122 145 185 4 19
a f
DNm
DNa
m1
m2
h2
h1
s
n°d1 holes ø e1
n1
DN a1
b1
c1
n2b
ModelP2 l/min 0 50 67 100 133 167 200 233 267 300 333 417
[kW] [HP] m3/h 0 3 4 6 8 10 12 14 16 18 20 25
FN4 32-125A 0.37 0.5
mw
c
6.1 6 5.9 5.5 5 4 3.5
FN4 32-160A 0.55 0.75 9.5 9.4 9.3 8.9 8.1 7.1 5.8 5
FN4 32-200NA 1.1 1.5 16.5 16.2 16 15.9 15.2 14 12.7 11.2 9.5 7.5
FN4 32-250C 2.2 3 20 19.5 19.3 19 18.6 18.4 18 17.6 17.2 16.6 16.2 15
FN4 32-250A 3 4 23.5 23.1 23 22.6 22.2 21.8 21.3 20.8 20.1 19.4 18.5 15.8
FN4 32
ModelP2 l/min 0 100 133 167 200 233 300 333 417 500 583 667 750 883 917 1000
[kW] [HP] m3/h 0 6 8 10 12 14 18 20 25 30 35 40 45 50 55 60
FN4 40-125A 0.37 0.5
mw
c
6.2 6.1 6 5.8 5.5 5.1 4.2 3.5
FN4 40-160NA 0.75 1 9.8 9.7 9.6 9.5 9.2 8.9 8.2 7.6 6.7 5
FN4 40-200A 1.1 1.5 14 13.6 13.3 12.9 12.4 11.7 10.1 9.2 6.7
FN4 40-250NC 2.2 3 20 19.9 19.6 19.4 19.2 19 18.3 17.8 16.6 15 12.6
FN4 40-250NA 3 4 23.7 23.6 23.5 23.3 23.1 22.8 22.2 21.7 20.3 18.5 16.2
FN4 40-315C 4 5.5 25.2 25.1 25 24.9 24.8 24.7 24.4 24.2 23.4 22.5 21.1 19.5
FN4 40-315B 5.5 7.5 30.9 30.7 30.6 30.6 30.5 30.4 30 29.8 29.1 27.9 26.7 25.5 23.5 21.1
FN4 40-315A 9.2 12.5 40 40 40 39.9 39.6 39.5 39 38.4 37.6 36.7 35.6 34 32.6 30.8
FN4 40
107
117
DN a1 b1 c1 d1 e1
50 102 125 165 4 19
65 122 145 185 4 19
80 138 160 185 8 19
FN4 50/65 Surface Horizontal
Hydraulic performance table
a f
DNm
DNa
m1
m2
h2
h1
s
n°d1 holes ø e1
n1
DN a1
b1
c1
n2b
Dimensions and weights
Model DNm DNa f a m1 m2 n1 n2 h1 h2 s b [Kg]
FN4 50-125A 50 65 333 100 100 70 240 190 132 160 14 50 32
FN4 50-160A 50 65 371 100 100 70 265 212 160 180 14 50 42
FN4 50-200A 50 65 405 100 100 70 265 212 160 200 14 50 46
FN4 50-200NA 50 65 436 100 100 70 265 212 160 200 14 50 57
FN4 50-250ND 50 65 400 100 125 95 320 250 180 225 14 65 59
FN4 50-250NA 50 65 450 100 125 95 320 250 180 225 14 65 68.5
FN4 65-125A 65 80 373 100 125 95 280 212 160 180 14 65 35
FN4 65-160A 65 80 376 100 125 95 280 212 160 200 14 65 43.5
FN4 65-200A 65 80 436 100 125 95 280 250 180 225 14 65 60.5
FN4 65-200NA 65 80 436 100 125 95 280 250 180 225 14 65 64
FN4 65-250NB 65 80 482 100 160 120 360 280 200 250 18 80 81
FN4 65-250NA 65 80 602 100 160 120 360 280 200 250 18 80 86
FN4 65-315C 65 80 646 125 160 120 400 315 225 280 18 80 177
FN4 65-315B 65 80 709 125 160 120 400 315 225 280 18 80 196
FN4 65-315A 65 80 750 125 160 120 400 315 225 280 18 80 225
ModelP2 l/min 0 417 500 667 750 833 917 1000 1250 1333 1500 1667 1833 2000 2167 2333
[kW] [HP] m3/h 0 25 30 40 45 50 55 60 75 80 90 100 110 120 130 140
FN4 65-125A 0.75 1
mw
c
6.1 5.6 5.4 4.7 4.2 3.7 3.1
FN4 65-160A 1.5 2 10.4 10.3 10.1 9.5 9.1 8.7 8.2 7.6
FN4 65-200A 3 4 13.5 13.4 13 12.2 11.7 11.1 10.4 9.6 6.12 4
FN4 65-200NA 3 4 17.7 17.3 16.9 16 15.5 15 14.2 13.4 10.5 9.3
FN4 65-250NB 4 5.5 19 18.7 18.6 18.2 18 17.5 16.9 15.7
FN4 65-250NA 5.5 7.5 22.2 22 21.8 21.4 21.1 20.5 20.1 19.5 16.8 15.6 13
FN4 65-315C 9.2 12.5 28.5 28.3 28.2 27.7 27.3 27 26.4 25.7 23.5 23 21.2 19 16.2 14
FN4 65-315B 11 15 33 32.6 32.2 32 31.7 31.4 31 30 29 27 24.3 21.3 18.8
FN4 65-315A 15 20 43 42 41 40.5 40.2 40 39.2 37.2 36.5 35 33.2 31 28.8 26.3 23.7
FN4 65
ModelP2 l/min 0 167 200 233 300 333 417 500 583 667 750 883 917 1000
[kW] [HP] m3/h 0 10 12 14 18 20 25 30 35 40 45 50 55 60
FN4 50-125A 0.55 0.75m
wc
6.4 6.3 6.2 6.1 5.8 5.6 5.1 4.2
FN4 50-160A 1.1 1.5 9 8.9 8.8 8.7 8.5 8.2 7.7 6.7 5.7
FN4 50-200A 1.5 2 14 13.7 13.5 13.3 12.7 12.4 11.3 10 8.2
FN4 50-200NA 3 4 18 18 17.9 17.8 17.5 17 16.8 16 14.8 13.8 12.2 10.8 9.2
FN4 50-250ND 2.2 3 16.8 16.5 16.3 16.1 15.8 15.4 14.8 13.7 12.5 10
FN4 50-250NA 4 5.5 24 23.8 23.7 23.6 23.4 23.3 22.9 22.1 21.2 20 18 16.4 13.9 11.3
FN4 50
108
118
DN a1 b1 c1 d1 e1
80 138 160 185 8 19
100 158 180 220 8 19
125 188 210 250 8 19
FN4 80/100 Surface Horizontal
Hydraulic performance table
a f
DNm
DNa
m1
m2
h2
h1
s
n°d1 holes ø e1
n1
DN a1
b1
c1
n2b
Dimensions and weights
Model DNm DNa f a m1 m2 n1 n2 h1 h2 s b [Kg]
FN4 80-160C 80 100 405 125 125 95 320 250 180 225 14 65 56
FN4 80-160A 80 100 405 125 125 95 320 250 180 225 14 65 60
FN4 80-200B 80 100 485 125 125 95 345 280 180 250 14 65 74.5
FN4 80-200A 80 100 564 125 125 95 345 280 180 250 14 65 95
FN4 80-250C 80 100 647 125 160 120 400 315 200 280 18 80 115
FN4 80-250A 80 100 647 125 160 120 400 315 200 280 18 80 116
FN4 80-315C 80 100 709 125 160 120 400 315 250 315 18 80 262
FN4 80-315B 80 100 750 125 160 120 400 315 250 315 18 80 293
FN4 80-315A 80 100 775 125 160 120 400 315 250 315 18 80 321
FN4 100-200C 125 100 604 125 160 120 360 275 200 280 18 80 133
FN4 100-200A 125 100 646 125 160 120 360 275 200 280 18 80 136
FN4 100-250B 125 100 646 140 160 120 400 315 225 280 18 80 179
FN4 100-250A 125 100 750 140 160 120 400 315 225 280 18 80 210
FN4 100-315C 125 100 775 140 160 120 400 315 250 315 18 80 337
FN4 100-315B 125 100 775 140 160 120 400 315 250 315 18 80 349
ModelP2 l/min 0 667 833 1000 1167 1333 1500 1667 2000 2167 2333 2500 2667 3000 3333 3833
[kW] [HP] m3/h 0 40 50 60 70 80 90 100 120 130 140 150 160 180 200 230
FN4 80-160C 2.2 3
mw
c
8.2 7.8 7.4 7 6.3 5.6 5 4.5
FN4 80-160A 2.2 3 9.6 9.4 9.2 8.8 8.2 7.6 6.8 6 4.5
FN4 80-200B 4 5.5 13 12.8 12.6 12.4 12 11.5 10.9 10.1 8.1 7
FN4 80-200A 5.5 7.5 14.5 14.5 14.5 14.3 14.1 13.8 13.3 12.8 11.1 10 8.7 7.3
FN4 80-250C 7.5 10 18 17.8 17.5 17 16.5 16 15.6 15.4 13 12.3 10.8 9.7 8.4
FN4 80-250A 9.2 12.5 24.2 23.6 23.3 23 22.6 22.1 21.6 21.1 19.7 18.9 17.9
FN4 80-315C 11 15 28.1 28.1 28.1 27.9 27.3 26.9 26.4 25.5 23.8 23 22 21.3
FN4 80-315B 15 20 34 34 34 33.8 33.5 33 32.5 32.2 30.5 29.5 28.6 27.6 26.3
FN4 80-315A 22 30 40.7 40.3 40 39.6 39.1 38.6 37.5 36.5 35.8 34.6 33.7 31 28.5 24
FN4 80
ModelP2 l/min 0 1000 1167 1333 1500 1833 2000 2167 2333 2500 2667 2833 3000 3333 3750 4167
[kW] [HP] m3/h 0 60 70 80 90 110 120 130 140 150 160 170 180 200 225 250
FN4 100-200C 2.2 3
mw
c
10.5 10.4 10.1 9.8 9.4 8.4 7.9 7.1 6.5 5.6
FN4 100-200A 2.2 3 15 15 14.9 14.6 14.3 13.5 13.1 12.5 11.8 11.1 10.4 9.5 8
FN4 100-250B 4 5.5 20.9 20.9 20.7 20.4 20.2 19.5 19 18.5 17.5 17 16.5 15 12.4 10 7
FN4 100-250A 5.5 7.5 24.7 24.7 24.7 24.4 24 23.5 23.3 22.6 22.2 21.4 20.6 20 18.2 15.9 13.4 10
FN4 100-315C 7.5 10 28 28 27.8 27.6 27.5 26.7 26.2 25.8 25.4 24.8 24.4 23.6 22.3 20.2 18
FN4 100-315B 9.2 12.5 33.7 33.5 33.5 33.3 32.9 32.5 32.5 32.1 31.8 31.5 30.5 28.8 27.6 25.6
FN4 100
109
119
FN4 125/150 Surface Horizontal
Hydraulic performance table
DN a1 b1 c1 d1 e1
100 158 180 220 8 19
125 188 210 250 8 19
150 212 240 285 8 22
a f
DNm
DNa
m1
m2
h2
h1
s
n°d1 holes ø e1
n1
DN a1
b1
c1
n2b
Dimensions and weights
Model DNm DNa f a m1 m2 n1 n2 h1 h2 s b [Kg]
FN4 125x100x200Y 100 125 435 125 160 120 360 280 200 280 18 80 78
FN4 125x100x200X 100 125 540 125 160 120 360 280 200 280 18 80 90
FN4 125x100x250Y 100 125 535 140 160 120 400 315 225 280 18 80 112
FN4 125x100x250X 100 125 535 140 160 120 400 315 225 280 18 80 118
FN4 150x125x200W 150 125 560 140 160 120 400 315 250 315 18 80 124
FN4 150x125x200Z 150 125 560 140 160 120 400 315 250 315 18 80 134
FN4 150x125x200Y 150 125 560 140 160 120 400 315 250 315 18 80 134
FN4 150x125x200X 150 125 560 140 160 120 400 315 250 315 18 80 140
FN4 150x125x250Z 150 125 560 140 160 120 400 315 250 355 18 80 162
FN4 150x125x250Y 150 125 715 140 160 120 400 315 250 355 18 80 190
FN4 150x125x250X 150 125 715 140 160 120 400 315 250 355 18 80 190
FN4 125
ModelP2 l/min 0 900 1000 1100 1200 1300 1400 1500 1750 2000 2250 2500 2750 3000
[kW] [HP] m3/h 0 18 21 24 27 30 33 36 39 42 48 54 60 66
FNA 125x100x200Y 4 5.5
mw
c
13 12.4 12.2 12 11.8 11.6 11.4 11.2 10.3 9.3 8.2 6.8 4.8
FNA 125x100x200X 5.5 7.5 14.8 14.5 14.4 14.2 14 13,8 13.6 13.4 12.8 12 11 10 8.5
FNA 125x100x250Y 7.5 10 20 19.5 19.3 19.1 18.9 18.7 18.5 17.5 16.5 15.2 14 12
FNA 125x100x250X 11 15 22.5 22 21.9 21.8 21.7 21.6 21.3 20.5 19.6 18.5 17 15 13
FN4 150
ModelP2 l/min 0 1800 2000 2500 3000 3500 4000 4500 5000
[kW] [HP] m3/h 0 108 120 150 180 210 240 270 300
FNA 150x125x200W 5.5 7.5
mw
c
11 10.4 10.2 9.4 8.3 6.8
FNA 150x125x200Z 7.5 10 12.5 11.6 11.5 10.9 9.9 8.6 7
FNA 150x125x200Y 7.5 10 13.5 13 12.8 12.3 11.6 10.5 9.1 7.5
FNA 150x125x200X 11 15 15 14.3 14.2 13.8 13.2 12.3 11.1 9.6 8
FNA 150x125x250Z 11 15 17.5 17 16.6 15.7 14.4 12.6
FNA 150x125x250Y 15 20 21.2 19.8 19 18 16.6 15
FNA 150x125x250X 15 20 22 20.8 19.7 18.6 17 15.2 13.2
110
120
FN4 200/250 Surface Horizontal
Hydraulic performance table
DN a1 b1 c1 d1 e1
100 158 180 220 8 19
125 188 210 250 8 19
150 212 240 285 8 22
a f
DNm
DNa
m1
m2
h2
h1
s
n°d1 holes ø e1
n1
DN a1
b1
c1
n2b
Dimensions and weights
Model DNm DNa f a m1 m2 n1 n2 h1 h2 s b [Kg]
FN4 200x150x200W 200 150 695 160 200 155 550 450 280 400 24 100 167
FN4 200x150x200Z 200 150 695 160 200 155 550 450 280 400 24 100 173
FN4 200x150x200Y 200 150 695 160 200 155 550 450 280 400 24 100 175
FN4 200x150x200X 200 150 715 160 200 155 550 450 280 400 24 100 203
FN4 250x200x250W 250 200 800 200 200 155 550 450 315 450 24 100 278
FN4 250x200x250Z 250 200 800 200 200 155 550 450 315 450 24 100 278
FN4 250x200x250Y 250 200 800 200 200 155 550 450 315 450 24 100 300
FN4 250x200x250X 250 200 800 200 200 155 550 450 315 450 24 100 300
FN4 200
FN4 250
ModelP2 l/min 0 4500 5000 5500 6000 6500 7000 8000 9000 10000
[kW] [HP] m3/h 0 270 300 330 360 390 420 480 540 600
FNA 250x200x250W 18.5 25
mw
c
16 13.5 13 12.4 11.8 11.2 10.5 9
FNA 250x200x250Z 18.5 25 17 14.6 14 13.5 13 12.4 11.7 10.2
FNA 250x200x250Y 22 30 19 17 16.5 16 15.4 14.7 14 12.4 10.5
FNA 250x200x250X 22 30 20.2 18.4 18 17.6 17 16.4 15.8 14.3 12.5 10.6
ModelP2 l/min 0 2500 3000 3500 4000 4500 5000 5500 6000 6500
[kW] [HP] m3/h 0 150 180 210 240 270 300 330 360 390
FNA 200x150x200W 7.5 10m
wc
11.5 10.4 9.7 8.9 7.9 6.7 5.5
FNA 200x150x200Z 11 15 18.5 11.5 10.9 10.2 9.3 8.3 7 5.8
FNA 200x150x200Y 11 15 14.2 13.3 12.6 12 11.1 10.1 9 7.6
FNA 200x150x200X 15 20 16 14.5 14 13.2 12.5 11.6 10.6 9.4 8
111
121
Applications
Recycling plants, heating, air conditioning,
heat recovery, plants of water supply
procurement, pressure boosting and
fire fighting systems.
Materials
Pump body in cast iron.
Impeller in cast iron (option for bronze or
stainless steel).
Seal holding cover in cast iron (option
for bronze or stainless steel).
Shaft in stainless steel.
Energy Index MEI 0.1 to 0.4
Description
The FNS pump is a monoblock centrifugal
pump with standardised dimensions in
accordance with the EN733 standard.
Options
Different mechanical seals.
Frequency 60 Hz.
Counter flange kits.
FNS Surface Horizontal
Cast iron close coupled end suction pumps with shaft coupling
Motor
IP 55 protection.
Class F insulation.
IE2 efficiency.
Standard tensions: 220-240 V up to
4 kW, 380-415 V/660-720 V starting
from 5.5 kW.
Frequency: 50 Hz.
imitations
Liquid temperature range -15 to +120 °C.
Ambient temperature max 40 °C.
Water mixed with glycol, parameters
must be checked with over 20% of
glycol. Pure non-explosive liquid media
free from mineral oils and without solids.
Field of application at 2900 rpm
Curves obtained in accordance with ISO9906, appendix A
200
10090
80
70
60
50
40
32.8
H
[ft]
H
[m]
60
50
40
30
20
10
90
80
70
H
[kPa]
600
500
400
300
200
100
900
800
700
lmp g.p.m 60 80 100 200 400 600 800 100040
U.S. g.p.m 60 80 100 200 400 600 800 1000
400020001000800600400200 Q [l/1’]
Q [m3/h]2001009080706050403020109876
112
122
Applications
Recycling plants, heating, air conditioning,
heat recovery, plants of water supply
procurement, pressure boosting and
fire fighting systems.
Materials
Pump body in cast iron (option for bronze
FNFM or stainless steel FNFX).
Impeller in cast iron (option for bronze or
stainless steel).
Seal holding cover in cast iron (option
for bronze or stainless steel).
Shaft in stainless steel.
Energy Index MEI 0.1 to 0.4
Description
The FNF pump is a monoblock centrifugal
pump with standardised dimensions in
accordance with the EN733 standard.
FNF: Bareshaft end suction pump.
FNFZ: Bareshaft end suction pump with
electric motor on a base.
FNFT: Bareshaft end suction pump with
dimensions exceeding EN 733 standard.
FNF/FNFT Surface Horizontal
Cast iron long coupled end suction pumps with shaft coupling
Motor
IP 55 protection.
Class F insulation.
IE2 efficiency.
Standard tensions: 220-240 V up to
4 kW, 380-415 V/660-720 V starting
from 5.5 kW.
Frequency: 50 Hz.
Options
Different mechanical seals.
Frequency 60 Hz.
Limitations
Liquid temperature range -15 to +120 °C.
Ambient temperature max 40 °C.
Water mixed with glycol, parameters
must be checked with over 20% of
glycol. Pure non-explosive liquid media
free from mineral oils and without solids.
Field of application at 2900 rpm (NCB)
Curves obtained in accordance with ISO9906, appendix A
154
100
85
69
54
46
38
31
2319.68
231
H
[ft]H
[m]
80
70
60
50
40
30
20
10987
6
H
[kPa]
600
500
400
300
200
100908070
60
800
700
lmp g.p.m 40 60 80 100 200 400 600 8001000 2000
U.S. g.p.m 40 60 80 100 200 400 600 8001000 2000
8000600040002000100060040020010080 Q [l/1’]
Q [m3/h]3002001008060403020108654 400
113
123
FNF/FNFT Surface Horizontal
Field of application at 1450 rpm (NCB)
Curves obtained in accordance with ISO9906, appendix A
100
80
60
50
40
30
20
10
70
H
[ft]
800060004000200010006004002001008060 Q [l/1’]
Q [m3/h]40020010080604020108643
H
[m]
40
30
20
10
8
6
5
4
3
H
[kPa]
400
300
200
100
80
60
50
40
30
lmp g.p.m 40 60 80 100 200 400 600 1000 2000
U.S. g.p.m 40 60 80 100 200 400 600 1000 2000
Field of application at 1450 rpm (NCBT)
Curves obtained in accordance with ISO9906, appendix A
200
150
100
50
32.8
H
[ft]
250002000015000100005000 Q [l/1’]
Q [m3/h]1600140012001000800600400200
lmp g.p.m 1000 2000 3000 4000 5000 6000 7000
U.S. g.p.m 2000 3000 4000 5000 6000 7000 8000
H
[m]
70
60
50
40
30
20
10
H
[kPa]
700
600
500
400
300
200
100
114
124
Applications
These multistage electric pumps are used
in irrigation systems, systems with high
pressure lifting, refrigeration, heating,
snowing, cleaning, boiler systems and in
condensed extraction.
Description & features
Suction body with axial (TM) or radial
(TMB/TMV) inlet, intermediate.
Stage composed of stage body and
corresponding diffuser with wearing rings.
Replaceable impeller seats.
Delivery body with upward outlet.
With the possibility of turning in at
90° both directions.
Drive side bearing support with high rigidity.
TM/TMV: suction side support of
sliding type, lubricated by the pumped
liquid.
TMB: double support.
Shaft in stainless steel completely
protected.
Adjustable parking seal on the shaft or
not balanced/balanced mechanical seal
according to the working pressure.
Eternal tie rods for tightening of the
intermediate stages.
Options
Pump c/w motor IE2 efficency on base
plate.Special materials.
TM/TMB/TMV Surface Horizontal
High pressure multistage pumps
Materials
Impellers & diffusers in cast iron
EN-GJL-250 or carbon steel.
Suction, delivery and stage casing
in cast iron EN-GJL-250-GJS-500
or carbon steel.
Shaft and protection bushes in
stainless steel AISI 431.
Tie rods in carbon steel.
Energy Index MEI 0.1 to 0.4.
Perfomance tolerances
Pumps: UNI EN ISO 9906.
Appendix A, Level 1 on request.
Range
Q max = 1000 m3/h.
H max = 600 m.
Rotation: from 1450 to 3550 rpm.
From DN40 to DN200.
Limitations
Liquid temperature range -15 to +120 °C.
Ambient temperature max 40 °C.
Maximum working pressure 40 or 63 bar.
The pump liquid has to be
chemically and mechanically
suitable for the utilised materials.
Curves obtained in accordance with ISO9906, appendix A Curves obtained in accordance with ISO9906, appendix A
Field of application at 2900 rpm Field of application at 1450 rpm
115
125
Applications
Recycling plants, heating, air conditioning,
heat recovery, plants of water supply
procurement, irrigation, fire fighting
systems and process plants.
Materials
Pump case, cover & supports in cast iron
EN-GJL-250.
Impeller in cast iron EN-GJL-250 or
stainless steel AISI 316 or
bronze G-CuSn 10.
Shaft in stainless steel AISI 431 or
stainless steel Duplex.
Shaft seal: Soft parking or mechanical
seal.
Description & features
Axial splits case pump with double
suction radial impeller.
Double volute design.
Low vibration.
No shaft flexion.
CFD hydraulic design.
High efficiency.
Low NPSH.
Horizontal or vertical.
The symmetrical construction allows the
drive to be positioned on either side of
the pump.
FSC Surface Horizontal
Cast iron split casing pumps
Perfomance tolerances
Pumps: UNI EN ISO 9906
Appendix A, Level 1 on request.
Range
Q max = 4500 m3/h.
H max = 180 m.
Rotation: from 750 to 3550 rpm.
From DN125 to DN500.
Working pressure up to PN25.
Options
Pump c/w motor IE2 efficiency on base
plate.
Special materials.
Grease or oil lubricated bearings.
Limitations
Liquid temperature range -15 to +120 °C
Density: 100 Kg/m3.
Liquid: Clear or slightly polluted water,
without abrasive or solids.
CFD Desing
Technical characteristics at 590, 730 and 980 rpm
ModelP
[kW]
Q
[m3/h]
H
[m]rpm
FSC 500-550 400 2500 ÷ 4800 36 ÷ 20 980
FSC 500-550 250 3000 ÷ 4900 18 ÷ 12 730
FSC 500-550 160 3000 ÷ 4900 12 ÷ 5 590
116
126
FSC Surface Horizontal
Technical characteristics at 1450 rpm
ModelP
[kW]
Q
[m3/h]
H
[m]
FSC 125-250 15 150 ÷ 300 18 ÷ 12
FSC 125-335 37 150 ÷ 300 38 ÷ 26
FSC 125-375 45 150 ÷ 320 50 ÷ 38
FSC 125-425 75 150 ÷ 350 65 ÷ 44
FSC 150-295 30 250 ÷ 500 24 ÷ 16
FSC 150-395 75 300 ÷ 500 55 ÷ 40
FSC 150-440 110 300 ÷ 520 65 ÷ 50
FSC 150-500 160 300 ÷ 550 85 ÷ 65
FSC 200-345 75 450 ÷ 820 32 ÷ 22
FSC 200-465 160 400 ÷ 820 75 ÷ 55
FSC 200-520 250 400 ÷ 850 95 ÷ 75
FSC 200-590 315 400 ÷ 950 125 ÷ 90
FSC 250-410 160 700 ÷ 1400 45 ÷ 30
FSC 250-550 355 600 ÷ 1350 105 ÷ 75
FSC 250-615 500 800 ÷ 1400 130 ÷ 100
FSC 250-700 800 800 ÷ 1550 170 ÷ 130
FSC 300-485 315 1300 ÷ 2300 65 ÷ 45
FSC 300-650 800 1300 ÷ 2200 140 ÷ 100
FSC 300-730 1200 1300 ÷ 2300 180 ÷ 140
Technical characteristics at 1750 rpm
ModelP
[kW]
Q
[m3/h]
H
[m]
FSC 125-250 22 150 ÷ 370 26 ÷ 17
FSC 125-270 45 200 ÷ 420 36 ÷ 24
FSC 125-335 55 200 ÷ 350 58 ÷40
FSC 125-375 90 200 ÷ 370 70 ÷ 55
FSC 125-425 132 200 ÷ 420 90 ÷ 68
FSC 150-295 55 250 ÷ 600 36 ÷ 24
FSC 150-320 90 300 ÷ 700 50 ÷ 32
FSC 150-395 132 300 ÷ 600 78 ÷ 57
FSC 150-440 200 300 ÷ 600 100 ÷ 80
FSC 150-500 250 300 ÷ 680 130 ÷ 95
FSC 200-345 110 500 ÷ 1000 50 ÷ 32
FSC 200-345 200 500 ÷ 1150 70 ÷ 45
FSC 200-465 315 500 ÷ 1000 110 ÷ 75
FSC 200-520 400 500 ÷ 1000 140 ÷ 110
FSC 200-590 400 500 ÷ 900 140 ÷ 110
FSC 250-410 250 800 ÷ 1600 70 ÷ 48
FSC 250-445 450 800 ÷ 1900 100 ÷ 65
FSC 250-550 640 800 ÷ 1600 150 ÷ 105
FSC 300-485 600 1200 ÷ 2700 100 ÷ 65
FSC 300-525 1100 1500 ÷ 3100 135 ÷ 90
Technical characteristics at 2900 rpm
ModelP
[kW]
Q
[m3/h]
H
[m]
FSC 125-250 110 300 ÷ 600 75 ÷ 50
FSC 125-270 200 300 ÷ 700 100 ÷ 65
FSC 125-335 250 300 ÷ 600 140 ÷ 110
FSC 125-375 355 300 ÷ 600 160 ÷ 130
FSC 150-295 250 600 ÷ 1000 100 ÷ 60
FSC 150-320 400 600 ÷ 1100 130 ÷ 90
Technical characteristics at 3550 rpm
ModelP
[kW]
Q
[m3/h]
H
[m]
FSC 125-335 250 300 ÷ 550 160 ÷ 120
FSC 125-250 200 300 ÷ 750 110 ÷ 70
117
127
Model [Kg]A H J K LG IFEDC
Multi25 3
Multi25 4
Multi25 5
16.2
17.3
17.9
398
422
441
11/4”
11/4”
11/4”
197
197
197
193
193
193
125
125
125
11/4”
11/4”
11/4”
125
125
125
191
191
191
182
182
182
42
42
42
170
170
170
194
205
226
B
Applications
Spray irrigation systems,
hydropneumatic sets
and industrial installations.
Materials
Pump body and impellers in stainless
steel AISI 304.
Diffusers in technopolymer.
Mechanical seal in graphite and alumine.
Motor housing in aluminium L-2521.
Flanges, suction and discharge
connections in cast iron.
Motor shaft in stainless steel AISI 420.
Multi35N 8 and 10 / Multi55N 6
and 7: in stainless steel AISI 303.
Limitations
Maximum temperature of liquid: 40 °C
Equipment
Supplied with oval counter flanges
DIN 2558.
Multi Surface Vertical
Quiet-running vertical multi-stage centrifugal pumps, supplied with flanges
Motor
Asynchronous, two poles.
IP 44 protection.
Class F insulation.
Continuous operation.
Efficiency IE2.
Multi25: Single-phase version up to
1.5 HP built-in thermal protection.
Multi35N: Single-phase version up to
1 HP built-in thermal protection.
Energy Index MEI 0,4 for Multi 25/35.
Energy Index MEI 0,4 for Multi 55.
L
K
J
IH
G
F
A
E
D
C
B
Multi25
Multi25
G
F
B
AI
HE
D
C
Multi35 N 3. 4. 5. 6
Multi55 N 3. 4. 5. 6
G
F
AI
HE
D
C
B
Multi35 N 8. 10
Multi55 N 8. 10Model [Kg]
Multi35 3 N
Multi35 4 N
Multi35 5 N
Multi35 6 N
Multi35 8 N
Multi35 10 N
Multi55 3 N
Multi55 4 N
Multi55 6 N
Multi55 7 N
A HG IFEDC
20.2/20
22.4/20.4
25.1/22.7
25.7
32.6
39.4
25.7/23.3
26.6
35.4
39.7
487
511.5
536
561
657.5
707.5
531
571
696
736
11/2”
11/2”
11/2”
11/2”
11/2”
11/2”
11/2”
11/2”
11/2”
11/2”
201
201
201
201
201
201
201
201
201
201
11/4”
11/4”
11/4”
11/4”
11/4”
11/4”
11/4”
11/4”
11/4”
11/4”
133
133
133
133
133
133
133
133
133
133
37
37
37
37
37
37
37
37
37
37
203
203
203
203
233
233
203
203
203
203
184
184
184
184
184
184
184
184
184
184
201.5
226
250.5
275
323
373
245
285
362
402
B
Multi35 N / Multi55 N
Dimensions and weights
118
128
Multi Surface Vertical
Multi35 N
Hydraulic performance table
I [A]
1~
230 V 400 V230 V3~
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
4.5
5.8
6.4
1.9
2.3
2.5
3.2
3.9
4.2
0.55
0.75
0.9
0.75
1
1.25
1.0
1.2
1.4
0.9
1.1
1.3
16
16
16
c
[μF] m3/h
l/min
1.00.5
178
1.5
25
2.0
33
2.5
42
3.5
58
4.5
75
38.2
52.7
66.5
38
51
54
35.7
48.2
61.2
33.5
45.8
57.5
31
42
52.5
25
33
41
17
22
27
7.2
9
12
5.5
92
mw
c
Multi25 3
Multi25 4
Multi25 5
I [A]
1~
230 V 400 V230 V3~
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
9.6 3.8
4.8
7
9
6.6
8.3
12.1
15.6
1.5
2
3
4
2
3
4
5.5
2.1 2.1
2.8
4.2
4.9
30
c
[μF] m3/h
l/min
3.01.2
5020
4.5
75
6.0
100
9.0
150
12
200
15
250
37
50
77
90
35
47
73
86
33
45
70
82
31
43
66
78
28
39
60
70
24
33
52
60
18
26
43
50
10
16
29
35
18
300
mw
c
Multi55 3 N
Multi55 4 N
Multi55 6 N
Multi55 7 N
I [A]
1~
230 V 400 V230 V3~
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
6.7
8.4
10.2
2.6
3.1
4
4.8
6.5
8.9
4.5
5.3
6.9
8.3
11.9
15.4
0.75
1.1
1.5
2
3
4
1
1.5
2
3
4
5.5
1.5
1.8
2.3
1.4
1.8
2.2
2.7
3.6
4.9
25
25
30
c
[μF] m3/h
l/min
2.01.0
3317
3.0
50
4.5
75
6.0
100
7.5
125
9.0
150
39
54
65.4
82
108
134
37.5
51
63.5
79.5
105
130
35.5
48
60
76
101
125
31.5
44
54.5
69
93
117
27
37
46
61
85
105
21
29.5
36
49
70
90
15
21
26.2
36.7
53
70
7
11.8
15
23
35
47
10.5
175
mw
c
Multi35 3 N
Multi35 4 N
Multi35 5 N
Multi35 6 N
Multi35 8 N
Multi35 10 N
10
8
6
5
4
3
Performance curves at 2900 rpm
Multi25
Multi55 N
7
6
4
3
5
4
3
119
129
Multi ESD Surface Vertical
Pump with integrated inverter
Applications
Constant water supply in dripping
irrigation installations.
Industrial applications where constant
pressure is required.
Materials and motor
As per the pump and Speedrive pages.
Efficiency IE3.
Energy Index MEI 0,4 for Multi 25/35.
Energy Index MEI 0,4 for Multi 55.
Equipment
Pumps supplied with VDF integrated.
Pressure transducer must be ordered
separately.
Voltage range
Low voltage: disconnect at 180 V (M2)
310 V (T2/T3).
Automatic reset: 195 V (M2) 335 V (T2/T3).
High voltage: disconnect at 270 V (M2)
485 V (T2/T3).
Automatic reset: 250 V (M2) 475 V (T2/T3).
Operation principle
The VFD increase and decrease
the speed of the motor according to
the installation demand supplying
constant pressure.
The input signal comes from a pressure
transducer installed on the discharge
pipe.
Speedrive are manufactured with all the
protections in order to protect the pump,
from dry running, temperature, over
intensity, etc.
Performance area Multi ESDM at 2900 rpm Performance area Multi ESD at 2900 rpm
Hydraulic performance table
Model Pump UnitP2
VfdPump
[kW] Suction Discharge
Multi ESD 25 4 Multi 25 4 1 0,75 M2/T2 1 1/2” 1 1/4”
Multi ESD 25 5 Multi 25 5 1 0,92 M2/T2 1 1/2” 1 1/4”
Multi ESD 35 4 Multi 35 4 1 1,1 M2/T2 1 1/2” 1 1/4”
Multi ESD 35 5 Multi 35 5 1 1,5 M2/T2 1 1/2” 1 1/4”
Multi ESD 35 6 Multi 35 6 1 2,2 T2 1 1/2” 1 1/4”
Multi ESD 35 8 Multi 35 8 1 3 T3 1 1/2” 1 1/4”
Multi ESD 35 10 Multi 35 10 1 4 T3 1 1/2” 1 1/4”
Multi ESD 55 3 Multi 55 3 1 1,5 T2 1 1/2” 1 1/4”
Multi ESD 55 4 Multi 55 4 1 2,2 T2 1 1/2” 1 1/4”
Multi ESD 55 6 Multi 55 6 1 3 T3 1 1/2” 1 1/4”
Multi ESD 55 7 Multi 55 7 1 4 T3 1 1/2” 1 1/4”
Pressure transductor 4-20 mA (10 bar)
86420
140120100806040200 Q [l/min]
Q [m3/h]
10
10
20
20
30
30 40
Imp g.p.m.
U.S. g.p.m.
60
50
40
30
20
10
0
H
[mca]
200
150
100
50
0
H
[ft]
600
400
200
0
H
[kPa]
Q [l/min]
151050
300250200150100500
Q [m3/h]
20 40 60
20 40 60 80
Imp g.p.m.
U.S. g.p.m.
80
60
40
20
0
H
[mca]
800
600
400
200
0
H
[kPa]
250
200
150
100
50
0
H
[ft]
120
130
Multi ESD Surface Vertical
Multi ESD 25
Multi ESD 35
Model A B C D E F G Suction Discharge Kg
Multi ESD 25 4M 420 205 42 170 290 213 125 1 1/4” 1 1/4” 20.3
Multi ESD 25 4T 420 205 42 170 290 213 125 1 1/4” 1 1/4” 20
Multi ESD 25 5M 442 226 42 170 290 213 125 1 1/4” 1 1/4” 21.1
Multi ESD 25 5T 442 226 42 170 290 213 125 1 1/4” 1 1/4” 20.9
Multi ESD 55
Model A B C D E F G Suction Discharge Kg
Multi ESD 55 3M 531 245 37 184 352 228 133 1 1/2” 1 1/4” 26.3
Multi ESD 55 3T 531 245 37 184 352 228 133 1 1/2” 1 1/4” 28.7
Multi ESD 55 4T 571 285 37 184 352 228 133 1 1/2” 1 1/4” 29.6
Multi ESD 55 6T 696 362 37 184 352 228 133 1 1/2” 1 1/4” 38.4
Multi ESD 55 7T 736 402 37 184 352 228 133 1 1/2” 1 1/4” 42.7
Model A B C D E F G Suction Discharge Kg
Multi ESD 35 4M 511.5 226 37 184 312 213 133 1 1/2” 1 1/4” 25.4
Multi ESD 35 4T 511.5 226 37 184 312 213 133 1 1/2” 1 1/4” 23.4
Multi ESD 35 5M 536 250.5 37 184 312 213 133 1 1/2” 1 1/4” 28.1
Multi ESD 35 5T 536 250.5 37 184 312 213 133 1 1/2” 1 1/4” 25.7
Multi ESD 35 6T 561 275 37 184 312 213 133 1 1/2” 1 1/4” 28.7
Multi ESD 35 8T 657.5 323 37 184 312 213 133 1 1/2” 1 1/4” 35.6
Multi ESD 35 10T 707.5 373 37 184 312 213 133 1 1/2” 1 1/4” 42.4
Dimensions and weights
D
A
B
C
D
EF
G
G
D
A
B
C
D
EF
G
G
D
A
B
C
D
EF
G
G
121
148
Multi VE Surface Vertical
Applications
Spray irrigation systems
and hydropneumatic sets.
Materials
Pump shaft, impellers, pump body
and protection grid in stainless steel
AISI 304.
Suction body, discharge body
and motor-pump coupling in cast iron.
Diffusers in technopolymer.
Motor housing in aluminium.
Rods F 212 Zn.
Pump motor coupling system V18.
EnergyIndex MEI 0, 4.
Quiet-running vertical IN-LINE multi-stage centrifugal pumps
Motor
Asynchronous, two poles.
IP 54 protection.
Class F insulation.
Continuous operation.
Efficiency IE2.
Limitations
Maximum temperature of liquid: 40 °C.
Equipment
Supplied with counter flanges
and gaskets.
Dimensions and weights
KgA: Hydraulic / KgB: Hydraulic + motor
Model A B C D E F G KgA KgB
Multi VE94 5 450 700 176 127 280 190 155 20 34
Multi VE94 6 486 738 176 127 280 190 155 21 35
Multi VE94 8 563 838 176 127 280 190 155 23 38
Multi VE94 10 666 974 194 138 280 190 155 30.4 51
Multi VE94 11 703 1010 194 138 280 190 155 31.4 52
Multi VE94 13 780 1086 194 138 280 190 155 33.3 57
Multi VE94 14 816 1134 220 146 280 190 155 36 66
Performance curves at 2900 rpm
14
13
11
10
8
6
5
A
G
F
E
D
C
B
190
155
80 4
4
Ø18 R1”Gas
Multi VE-94/10...94/14
Flange DIN 2566
Multi VE-94/5...94/8
Flange DIN 2558
150
110
190
200
155
155
190
100
50 4
4
Ø12
M12 Ø14
R1”Gas
130
100
95
Hydraulic performance table
Model
I
[A]
P1
[kW]P2 l/min 25 50 100 125 150 175 200 225
3~
230 V
3~
400 V
3~
692 V
3~
400 V[kW] [HP] m3/h 1.5 3.0 6.0 7.5 9.0 10.5 12 13.5
Multi VE94 5 6 3.5 2 1.5 2
mw
c
47 46 41 37 32 25 18 9
Multi VE94 6 6.7 3.9 2.3 1.5 2 56 55 49 44 38 31 22 13
Multi VE94 8 8.9 5.2 3 2.2 3 75 73 63 56 49 40 30 18
Multi VE94 10 11.7 6.8 3.9 3 4 93 91 81 72 62 50 36 22
Multi VE94 11 12.4 7.2 4.4 3 4 105 102 91 82 70 56 42 26
Multi VE94 13 8.6 5 5 4 5.5 123 120 107 97 85 68 51 32
Multi VE94 14 9.7 5.4 5.5 5.5 7.5 132 129 118 109 95 77 57 35
* VE94 5 to VE94 11 optional 230 1ph motors
122
149
POOL
& WELLNESS
151
Basic/Niper Swimming Pool
Quiet running single-stage centrifugal pump
Applications
Recirculation of water from small
transportable pools.
Materials
Pump body, seal mounting, impeller
and pump foot in technopolymer.
Motor shaft in stainless steel AISI 420.
Mechanical seal in graphite and alumine.
Motor housing in aluminium.
Niper: diffuser in technopolymer.
Motor
Asynchronous, two poles.
IP 55 protection.
Class F insulation.
Continuous operation.
Built-in thermal protection.
Equipment
Supplied with suction and discharge
unions for 32 and 38 mm.
Ø flexible pipes.
Niper: 38 mm Ø, hose tail connections
for flexible hoses.
Dimensions and weights
Basic
Model A I [Kg]HGFEDC
305 32 4.53832389094204219
B
B
CA
D
E
F G
HI
Basic
Niper 1 350
Niper 2 400
Niper 2 450
Model A [Kg]HGFEDC
405
405
415
5.1
5.1
5.8
40
40/50
40/50
40
40
40
158
158
158
231
231
231
250
250
250
204
204
204
262
262
262
B
Niper 1 / Niper 2
B
CA
DE
F
G
H
124
152
Basic/Niper Swimming Pool
Performance curves at 2900 rpm
Basic Niper 1/Niper 2
Hydraulic performance table
Basic
1.34
1.53
1.97
0.27
0.32
0.43
0.18
0.18
0.25
0.25
0.25
0.33
6
6
12
I [A]
1~
230 V
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
c
[μF] m3/h
l/min
9.1
9.6
10.6
1.5
25
3.0
50
4.5
75
6.0
100
7.5
125
9.0
150
10.5
175
8.2
9.1
10.3
6.6
8
9.8
3.7
6.1
8.5
3.8
6.9
0.6
5.1 2.8 1.2
11.4
190
mw
c
Niper 1 350
Niper 2 400
Niper 2 450
Niper 1 / Niper 2
1.0 0.2 0.15 0.20 6
I [A]
1~
230 V
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
c
[μF] m3/h
l/min
5.3
0.6
10
4.7
1.5
25
4.3
2.1
35
3.7
3.0
50
3.4
3.6
60
2.7
4.5
75
2.3
5.1
85
1.3
6.0
100
Basic mwc
350 400 450
125
156
Performance curves at 2900 rpm
S3 Magnus Swimming Pool
Self-priming pumps for swimming pools at 1450 rpm
Applications
Recirculation and filtering of large pools.
Rotational speed of the motor at
1450 rpm for a slower water flow and
a more effective filtration.
Materials
Pump body, pump foot, volute, casing
made of fibreglass-reinforced
polypropylene.
Polyethylene filter basket.
Polycarbonate filter cover.
Noryl impeller (bronze on request).
Motor shaft in stainless steel AISI 316.
Mechanical seal: carbo ceramic.
Features
Flanged connectors.
Counter flanges available on request
550, 750 and 1000 models can be
supplied with bronze impeller at extra cost.
Motor
Asynchronous, four-pole.
Class F insulation.
IP 55 protection.
Continuous operation.
Efficiency IE1, IE2 on request.
Limitations
Maximum suction height: 4 m.
Also for saltwater (max. 6 g/litres of salt).
Dimensions and weights
Model A B C D E F G H I J K Dna Dnm [Kg]
S3 Magnus 300 420 405 508 310 265 505 335 300 450 590 370 110 110 42.5
S3 Magnus 400 420 405 508 310 265 505 335 300 450 590 370 110 110 44.5
S3 Magnus 550 420 405 508 330 265 505 335 300 450 590 370 110 110 53.4
S3 Magnus 750 420 405 508 380 265 505 335 300 450 590 370 110 110 66
S3 Magnus 1000 420 405 508 380 265 505 335 300 450 590 370 110 110 76
Hydraulic performance table
Model
I
[A]P2 l/m 66.6 100 133.2 166.6 200 233.2 266.4 300
3~
400 V[kW] [HP] m3/h 4 6 8 10 12 14 16 18
S3 Magnus 300 5.5 2.2 3
mw
c
78 70 60 48 35 18
S3 Magnus 400 7.4 3 4 88 83 75 65 52 40 20
S3 Magnus 550 8.8 4 5.5 145 125 110 90 60 10
S3 Magnus 750 12 5.5 7.5 165 152 136 115 74 65 10
S3 Magnus 1000 15.8 7.5 10 175 165 155 138 120 95 52 5
Bronze impeller (only available in models 550, 750 and 1000)
C
I
J
A
E
F
G
H
D K
Q [m3/h]1501251007550250
300
400
550 750
1000
H[m]18
16
14
12
10
8
6
4
2
0
B
126
157
Star CF/BR 2 Swimming Pool
Cast iron monobloc centrifugal pumps c/w pre-filter
Applications
Recirculation and filtering of water from
medium to large swimming pools,
aquatic attractions & similar places.
The bronze version is ideal for sea water
and pools that use salt electrolysis.
Material
Pump body and pre-filter in cast iron or
bronze G-CuSn 5.
Pre-filter, coupling & impeller in cast
iron or bronze G-CuSn 5.
Shaft & pre-filter sieve/bolts in stainless
steel AISI 316.
Mechanical seal in carbon/ceramic.
Options (upon request)
Mechanical seal in silicon carbide or
tungsten carbon.
Special bronze alloy.
Vertical mounted.
Motor
Standard asynchronous motor.
IP 55 protection.
Class F insulation.
IE1 as standard with IE2 on request.
Rotation 2850 rpm.
50-60 Hz.
2.2 to 11 kW.
Range
Q max = 200m3/h.
H max = 23 m.
Limitations
Liquid temperature range
-15 to +120 °C.
Ambient temperature max 40 °C.
* For 3 & 4 HP models is recommended to install at lest Ø 90 mm pipes
Hydraulic performance table
ModelI
[A]P2
m3/h 6 8 10 12 14 16 18 20 22 DNA DNM
Cast Iron Bronze1~
230 V
3~
400 V[kW] [HP]
CF-2 300 BR-2 300 9 6.2 2.2 3
mw
c
61 54 51 46 35 29 DN80* DN80*
CF-2 400 BR-2 400 12 6.9 3 4 70 64 59 55 49 42 30 DN80* DN80*
CF-2 550 BR-2 550 16.5 9.5 4 5.5 95 90 84 77 65 54 32 DN125 DN100
CF-2 551 BR-2 551 16.5 9.5 4 5.5 128 121 107 90 69 30 DN125 DN100
CF-2 750 BR-2 750 21.7 12.5 5.5 7.5 159 152 135 125 109 88 60 DN125 DN100
CF-2 1000 BR-2 1000 15.5 7.5 10 180 175 162 149 135 119 101 78 DN125 DN100
CF-2 1250 BR-2 1250 19 9.2 12.5 200 196 182 165 150 136 110 95 DN125 DN100
CF-2 1500 BR-2 1500 23 11 15 216 210 200 185 171 155 137 118 95 DN125 DN100
Dimensions and weights
ModelA B C D E F G H I J
Intake Output Weight
Cast Iron Bronze ØDNA DA PA N°T ØT ØDNI DI PI N°T ØT CI BR
CF-2 300 BR-2 300 465 890 425 80 605 410 275 200 320 250 80 200 160 4 18 80 200 160 4 18 75 90
CF-2 400 BR-2 400 465 910 425 80 605 410 275 200 320 250 80 200 160 4 18 80 200 160 4 18 79 96
CF-2 550 BR-2 550 500 985 455 105 635 435 280 215 330 280 125 250 210 8 18 100 220 180 8 18 104 124
CF-2 551 BR-2 551 500 985 455 105 635 435 280 215 330 280 125 250 210 8 18 100 220 180 8 18 104 124
CF-2 750 BR-2 750 500 1050 455 105 675 435 280 215 330 280 125 250 210 8 18 100 220 180 8 18 121 140
CF-2 1000 BR-2 1000 525 1095 470 120 725 465 325 275 345 330 125 250 210 8 18 100 220 180 8 18 140 163
CF-2 1250 BR-2 1250 525 1130 470 120 725 465 325 275 345 330 125 250 210 8 18 100 220 180 8 18 148 163
CF-2 1500 BR-2 1500 525 1130 470 120 725 465 325 275 345 330 125 250 210 8 18 100 220 180 8 18 148 168
Performance curves at 2850 rpm
300 400 550 551
750 1000 1250
1500
22
20
18
16
14
12
10
8
6
4
2
H
[m]
2001751501251007550250 Q [m3/h]
A
B
DA
F
G
ØT
ØD
NA
PA
E
C
J
I
PI
H
DI
ØDNI
D
127
158
Star CF 4 Swimming Pool
Cast iron monobloc centrifugal pumps c/w pre-filter
Applications
Recirculation and filtering of water from
medium to large swimming pools,
aquatic attractions & similar places.
Materials
Pump body and pre-filter in cast iron.
Pre-filter, coupling & impeller in cast iron.
Shaft & pre-filter sieve/bolts in stainless
steel AISI 316.
Mechanical seal in carbon/silicon carbide.
Options (upon request)
Bronze impeller.
Mechanical seal in tungsten carbon,
AISI 316, EPDM, viton etc.
Special bronze alloy.
Vertical mounted.
Motor
Standard asynchronous motor.
IP 55 protection.
Class F insulation.
IE1 as standard with IE2 on request.
Rotation 1450 rpm.
50-60 Hz.
2.2 to 18.5 kW.
Range
Q max = 150 m3/h (350 m3/h Vertical).
H max = 19 m (22 m Vertical).
Limitations
Liquid temperature range
-15 to +120 °C.
Ambient temperature 40 °C.
Performance curves at 1450 rpm
A
B
DA
F
G
ØT
ØD
NA
PA
E
C
J
I
PI
H
DI
ØDNI
D1000
2000
2500
1500
350300250200150100500 Q [m3/h]
20
18
16
14
12
10
8
6
4
2
H
[m]
300
400 550
750
552
Hydraulic performance table
Model
I
[A]P2
m3/h 9 10 12 14 15 16 18 20 21 DNA DNM1~
230 V
3~
400 V[kW] [HP]
CF-4 300 9.4 5.3 3 2.2
mw
c
54 50 44 30 20 DN65 DN50
CF-4 400 12.5 6.9 4 3 70 67 50 36 20 DN90 DN65
CF-4 550 17 9.2 5.5 4 94 72 66 64 20 DN90 DN65
CF-4 552 17 9.2 5.5 4 120 110 79 28 DN100 DN90
CF-4 750 23 12 7.5 5.5 124 104 90 72 DN100 DN90
CF-4 1000 15.5 10 7.5 210 175 130 90 60 DN125 DN100
CF-4 1500 21.8 15 11 215 200 190 180 150 120 60 DN125 DN100
CF-4 2000 32 20 15 320 300 275 260 210 102 DN150 DN125
CF-4 2500 39 25 18.5 360 340 310 280 220 190 DN150 DN125
Dimensions and weights
Model A B C D E F G H I JIntake Output
WeightØDNA DA PA N°T ØT ØDNI DI PI N°T ØT
CF-4 300 465 979 430 70 639 360 224 212 265 302 66 185 145 4 18 50 165 125 4 18 94
CF-4 400 442 998 398 95 616 450 310 250 320 333 80 200 160 4 18 65 185 145 4 18 105
CF-4 550 442 1021 398 95 616 450 310 250 320 333 80 200 160 4 18 65 185 145 4 18 110
CF-4 552 490 1138 443 95 733 430 346 280 345 365 100 200 180 8 18 80 200 160 8 18 140
CF-4 750 490 1248 443 95 733 430 346 280 345 365 100 200 180 8 18 80 200 160 8 18 155
CF-4 1000 500 1258 440 120 743 480 310 280 360 392 125 250 210 8 18 100 220 180 8 18 176
CF-4 1500 515 1413 455 120 788 505 335 315 400 424 125 250 210 8 18 100 220 180 8 18 272
CF-4 2000 585 1528 525 120 858 611 440 315 400 472 150 250 240 8 18 125 250 210 8 18 355
CF-4 2500 585 1558 525 120 858 611 440 315 400 472 150 250 240 8 18 125 250 210 8 18 385
128
159
Star F/V Pre-filters Swimming Pool
Cast iron pre-filter
General
Intel and outlet clamps according
to din 2501 with connections from
DN65-200.
With three closing handles in
AISI 316 (depending on model) for a
perfect lid seal.
Materials
Pot and pre-filter in cast iron
Strainer in stainless steel AISI 316.
Options (upon request)
Bronze pot.
Dimensions
Model DI Do HI Ho A B C De Dt ØT N°T
F65/65 65 65 250 120 360 253 380 185 145 18 4
F80/80 (4T) 80 80 250 120 360 253 380 200 160 18 4
F80/80 (8T) 80 80 250 120 360 253 380 200 160 18 8
F100/100 100 100 270 155 360 253 380 222 180 18 8
F125/125 125 125 270 155 360 253 380 250 210 18 8
F150/150 150 150 380 190 500 330 460 285 240 22 8
F200/200 200 200 380 190 500 330 460 340 295 22 8
V65/65 65 65 151 357 328 310 231 285 145 M16 4
V80/80 80 80 151 357 328 310 231 285 160 M16 8
V100/100 100 100 151 357 328 310 231 285 180 M16 8
V125/125 125 125 151 357 328 310 231 285 210 M16 8
V150/150 150 150 151 357 328 310 231 285 240 M20 8
A A
DD
C
C
FV
Hs Hs
Ds
Pt
ØT
B
DN
Ds
B
He
He
DeDe
129
160
Performance curves at 2900 rpm
APCP Swimming Pool
Tarpaulin emptying pump
Applications
Completely automatic pump for
emptying pool-covering tarpaulins.
Automatically activated when the water
reaches 50 mm in height.
Lightweight and compact in size, this
is the ideal solution for the drainage of
seepage water.
Materials
Pump housing made of polypropylene.
Motor housing in AISI 304 stainless
steel.
Motor shaft in 1.4101 steel.
O-rings in NBR.
Impeller in Noryl.
Dimensions: 210 x 305 x 305 mm.
Cable: 10 metres (H07 RN-F).
IP 68 protection.
Pump outlet: 1” (hose nozzle provided).
Complete with internal float.
Dimensions and weights
Model A B C Kg
APCP 302 302 209 6.8
Hydraulic performance table
Model
I
[A]
P1
[kW]l/min 10 20 30 40 50 60 80 95
1~
230 V
1~
230 Vm3/h 0.6 1.2 1.8 2.4 3 3.6 4.8 5.7
APCP 1.2 0.29
mw
c
6.4 6.2 6.1 5.8 5.4 4.7 3 0.5
A B
1” FNTP
C
130
165
Pool Swimming Pool
Quiet-running horizontal single-stage centrifugal pumps
Motor
Asynchronous, two poles.
IP 55 protection.
Class F insulation.
Continuous operation.
Single-phase with built-in thermal
protection.
Limitations
Self-priming up to 9 m.
Applications
Operation with swimming pool cleaners,
sea water, chloric water, demineralised
water and ozone water.
Materials
Pump body, impellers and diffusers
in technopolymer.
Motor shaft in stainless steel AISI 420.
Mechanical seal in graphite and alumine.
Motor housing in aluminium.
Windings impregnated with polyester
resin.
Pump body screws, nuts, washers
and bushes in stainless steel AISI 316.
Hydraulic performance table
I [A]
1~
230 V 400 V230 V3~
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
0.60.3
105
0.9
15
1.2
20
1.5
25
1.8
30
2.4
40
5 1.93.3 1.1 1.0 0.97 1.0 16 47mwc 43 40 37 35 33 28 26
2.7
45
Pool
Performance curves at 2900 rpm
Pool
Model [Kg]A HGFEDC
343 1” 8.21”84.7147196190201.5
B
A
B
C
DE
F
G
H
Dimensions and weights
131
166
Dosing Pumps HC Hydromassage/Spa
HC dosing pumps
Model HC150 1.5-05 Solenoid Dosing Pump
Analogue solenoid driven catering pump at constant
flow rate.
High impact PBT housing suitable for high temperature
environments & fluids.
Double scale pulse reduction 0-100% or 0-20%.
IP 65 protection.
Analogue control & setting via one Knob and LED.
Manual air bleed valve for quick priming.
Model HC 897 Dosing Pump
Digital multifunction solenoid driven catering pump with
constant & proportional modes pulses, mA, On/Off
cyclic, PH & Rx.
High impact PBT housing suitable for high temperature
environments and fluids.
Level probe input.
Digital injection frequency setting 0-100%.
Digital control and settings by four keys, 7 segment
LED display.
IP 65 protection.
Manual air bleed valve for quick priming.
Model HC 201 Dosing Pump
Programmable microprocessor with several control
options.
Electronic frequency control.
Multifunction dosing modes.
Digital keypad control.
Manual air bleed valve for quick priming.
Manual stroke length adjustment.
Stop/start button.
Low level facility.
LCD display.
IP 65 protection.
Also available 110 Vac.
Power supply for all of the above:
are supplied 240 Vac 50/60Hz.
All complete with foot valve strainer and
injection fitting.
Horizontal mounting as standard, shelf
support bracket available at extra cost.
132
168
Tiper 0/2/15 Hydromassage/Spa
Single-stage centrifugal pumps with complete selfdrainning
Equipment
Complete with suction and discharge
connections, metric or imperial.
Options
On/off switch rear connection and level
sensors via pneumatic or electrical
devices.
Variable speed MV version also
available.
Applications
Compact hydromassage units.
Materials
Suction and discharge mountings,
impeller and motor mountings
in technopolymer.
Motor shaft in stainless steel AISI 420.
Motor housing in aluminium.
Tiper 0/15:
Mechanical seal in graphite and steatite.
Tiper 2:
Mechanical seal in graphite and alumine.
Motor
Asynchronous, two poles.
IP 55 protection. Class F insulation.
Continuous operation.
Built-in thermal protection.
Limitations
Insulation capable of resisting over
3750 V.
Tiper 0 70
Tiper 0 90
Model A
100
100
[Kg]
3.9
4.4
H
21/4”
21/4”
J
74
74
L
14
14
K
9
9
G
130
130
G1
160
160
I
21/4”
21/4”
F
88
88
E
47
47
E1
26.5
26.5
D
312
312
C
135
135
154.5
154.5
B
102
101
A1
Tiper 0
Tiper 0 70
A
B
C
E
D
F
G
H
I
D
F
H
I
G1 J
K
B
C
A1
E1
L
Tiper 0 90
A
B
C
D
E
F
GH
I
J
Tiper 15 1
Tiper 15 2
Tiper 15 3
Model A
340
340
340
C
200
200
200
E
181
181
181
H
326
326
326
L
100
100
100
F
80
80
80
J
32
32
32
K
50
50
50
G
7
7
7
[Kg]
5.6
5.9
6.3
I
176.5
176.5
176.5
M
125.5
125.5
125.5
D
36.5
36.5
36.5
114.7
114.7
114.7
B
Tiper 15
AB
C
D
E F
I
H
G
M
L
K
Tiper 2 75
Tiper 2 125
Model A
124
124
[Kg]
3.9
4.4
I
21/4”
21/4”
J
21/4”
21/4”
H
130
130
F
120
120
G
120
120
E
50
50
D
378
378
215
215
C
187
187
B
Tiper 2
Dimensions and weights
133
169
Hydraulic performance table
2.9
3.74
0.64
0.85
0.37
0.75
0.5
1
12
12
I [A]
1~
230 V
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
c
[μF] m3/h
l/min
9.5
10.5
3.0
50
8.3
9.4
6.0
100
7.1
8.4
9.0
150
6.5
7.8
10.5
175
5.7
7.1
12
200
3.6
5.4
15
250
3.3
18
300
1.9
19.8
330
mw
cTiper 0 70
Tiper 0 90
I [A]
1~
230 V
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
c
[μF] m3/h
l/min
1.5
25
3.0
50
6.0
100
9.0
150
12
200
15
250
18
300
19.5
325
mw
c
1.7
2.3
3
0.36
0.5
0.7
0.18
0.37
0.55
0.25
0.5
0.75
6
10
12
8
8.6
9.5
7.3
8
9
6
6.9
7.9
4.3
5.6
6.8
2.6
4.2
5.3
2.7
3.9 2.2 1.5
Tiper 15 1
Tiper 15 2
Tiper 15 3
5.3
5.6
1.2
1.5
0.55
0.90
0.75
1.25
16
16
I [A]
1~
230 V
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
c
[μF] m3/h
l/min
12.3
14.2
5.0
83
11.1
13.2
8.0
133
10
12
11
183
8.5
10.6
14
233
6.5
9
17
283
5
7
20
333
2.5
5
23
383
2.7
26
433
mw
cTiper 2 75
Tiper 2 125
Performance curves at 2900 rpm
Tiper 15
Tiper 2
Tiper 0/2/15 Hydromassage/Spa
Tiper 0
907075 125
12 3
134
135
170
171
PRESSURE
BUILDING
SERVICES
173
Optimatic 05 Pressure
Automatic pressure unit
Description
The electronic Optimatic 05 starts
and stops the pump and monitors
the pressure and flow rate within the
system and protects the pump against
dry running. When a tap is opened it
starts the pump and keeps it running,
delivering constant flow, even at low
flow rates.
It stops the pump when the flow rate
demanded is near zero.
A special, no maintenance, patent
pending membrane guarantees a high
level of protection against overpressure.
The large accumulation volume available
is essential in preventing excessive
running/stopping due to small losses
within the system. It is therefore no
longer necessary to fit a pressure vessel.
Equipment
Yellow led power.
Green led on.
Red led failure.
Tactile push button for manual start.
Electronic circuit group with protection
cover, easily replaceable.
Reserve against leaks in the installation.
Adjustable start pressure.
Technical features
Voltage: 230 V / 127 Vac.
Max. current: 16 (8) Amps.
Start pressure: 1.5 - 3.0 bar (adjustable).
Protection: IP 65.
Working temperature: 0 - 60 deg c.
Max flow rate: 10.000 L/hr.
Connections: G1’’ male ISO 228.
Max. operating pressure 10 bar - 1 MPa.
Weight: 1.35 kg.
Protection against dry running
(Automatic reset) excessively frequent
starts.
Model A B C D E F
Optimatic 05 155 220 R1’’ 150 102 127
Performance curves at 2900 rpm
A
B
C
D
F
E
Dimensions
25
20
15
10
5
0
H
[m]
1086420 Q [m3/h]
138
174
Pressure Sets Pressure
Domestic single pump boosting units
Applications
Automatic supply of water whilst
maintaining constant system pressure.
Configuration
These domestic booster units can be
built in various configurations using
different types of pumps, larger vessels
and alternative control devises.
For further assistance/selection
please contact our sales team.
Technical features
ModelCode P2 Size Vessel
PositionWith Vessel With Optimatic 05 [kW] [HP] Vessel Optimatic
Per 50/03 P50/30 P50 0.37 0.5 3 ltr 05 Vertical
Delta 505 D505/08 D505/05 0.37 0.5 8 ltr 05 Vertical
Delta 505 D505/24 0.37 0.5 24 ltr Horizontal
Delta 755 D755/08 D755/05 0.5 0.75 8 ltr 05 Vertical
Delta 755 D755/24 0.5 0.75 24 ltr Horizontal
Delta 1005 D1005/08 D1005/05 0.75 1 8 ltr 05 Vertical
Delta 1005 D1005/24 0.75 1 24 ltr Horizontal
Delta 1755 D1755/08 D1755/05 0.75 1 8 ltr 05 Vertical
Delta 1755 D1755/24 0.75 1 24 ltr Horizontal
Tecno 25.3 T25.3/18 T25.3/05 0.75 1 18 ltr 05 Vertical
Tecno 25.3 T25.3/24 0.75 1 24 ltr Horizontal
Tecno 25.4 T25.4/18 T25.4/05 0.9 1.25 18 ltr 05 Vertical
Tecno 25.4 T25.4/24 0.92 1.25 24 ltr Horizontal
Tecno 25.5 T25.5/18 T25.5/05 1.1 1.5 18 ltr 05 Vertical
Tecno 25.5 T25.5/24 1.1 1.5 24 ltr Horizontal
Aspri 25.3MB C25.3/18 C25.3/05 0.75 1 18 ltr 05 Vertical
Aspri 25.3MB C25.3/24 0.75 1 24 ltr Horizontal
Aspri 25.4MB C25.4/18 C25.4/05 0.92 1.25 18 ltr 05 Vertical
Aspri 25.4MB C25.4/24 0.92 1.25 24 ltr Horizontal
Aspri 25.5MB C25.5/18 C25.5/05 1.1 1.5 18 ltr 05 Vertical
Aspri 25.5MB C25.5/24 1.1 1.5 24 ltr Horizontal
Aspri 35.3 C35.3/24 1.1 1.5 24 ltr Horizontal
Aspri 35.3 C35.3/05 1.1 1.5 05
Aspri 35.4 C35.4/24 1.5 2 24 ltr Horizontal
Aspri 35.4 C35.3/05 1.5 2 05
Jet 100 J100/24 0.75 1 24 ltr Horizontal
139
175
Tecnopres Pressure
Self-priming quiet-running horizontal multi-stage centrifugal pumps
Applications
To supply water at pressure in domestic
applications. With protection to prevent
the pump from operation when dry.
Materials
Pump body and impellers in stainless
steel AISI 304.
Motor shaft in stainless steel AISI 431.
Diffusers in technopolymer.
Mechanical seal in graphite and steatite.
Motor housing in aluminium.
O-rings in EPDM/NBR.
Motor
Asynchronous, two poles.
IP 55 protection.
Class F insulation.
Continuous operation.
Tecnopres 15: Single-phase version
with built-in thermal protection.
Tecnopres 25: Single-phase version
up to 1.25 HP with built-in thermal
protection.
Limitations
Maximum liquid temperature: 40 °C.
Self-priming up to 9 m.
Equipment
Complete with kit press and pressure
gauge.
Complete with 2 m of H07 RNF cable.
With valve resistant to impurities, dry run
protection and device to ensure pressure
water supply.
You must install a pressure vessel on the
discharge pipework.
8 ltrs for Tecnopres 15
18 ltrs for Tecnopres 25
Technical features
Electronic display with push button
and LEDs showing line, pump in
operation and failure.
Starting pressure:
Tecnopres 15: 1.8 bar (15/4),
2.3 bar (15/5).
Tecnopres 25: 2.3 bar.
Dimensions and weights
Model
Tecnopres 15 4
Tecnopres 15 5
Tecnopres 25 4
Tecnopres 25 5
[Kg]DNiØIG HFE DNaDCBA
10.3
11.2
10.3
11.2
F1”
F1”
F1”
F1”
195.8
219.1
216.3
242.6
9
9
9
9
148.5
148.5
148.5
148.5
88
88
88
88
216.3
216.3
216.3
216.3
244.5
244.5
268
289.5
F1”
F1”
F1”
F1”
197
197
206
206
256.3
279.6
276.8
303.1
107.5
107.5
107.5
107.5
A
B
D
C
E
F
H
G
ØI
DNi
140
176
Hydraulic performance table
Performance curves at 2900 rpm
Tecnopres 15 Tecnopres 25
Tecnopres Pressure
5
45
4
Dry running protection
The pump stops automatically
when there is no water in the installation.
Pump body made entirely of stainless
steel to prevent oxidation due
to water-air contact.
Automatically closing self-priming valve
resistant to impurities.
It is closed automatically to prevent
unnecessary recirculation of water.
One outlet for domestic supply at pressure
Electronic device with reset
button and LEDs showing
line, pump in operation
and failure.
3.5
4.1
0.8
1
0.55
0.66
0.75
0.9
12
12
I [A]
1~
230 V
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
c
[μF] m3/h
l/min
42
51
0.6
10
39
47
1.2
20
35
41.5
1.8
30
32
38
2.1
35
28
34
2.4
40
25
30
2.7
45
21
26
3.0
50
17
3.6
60
mw
cTecnopres 15 4
Tecnopres 15 5
6.8
7.4
1.5
1.7
0.95
1.1
1.25
1.5
16
25
I [A]
1~
230 V
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
c
[μF] m3/h
l/min
44
56
0.9
15
42
55
1.8
30
40
53
2.7
45
37
49
3.6
60
33
43
4.5
75
28
37
5.4
90
22
29
6.3
105
15
20
7.2
120
mw
cTecnopres 25 4
Tecnopres 25 5
141
177
Performance curves at 2900 rpm
Hydraulic performance table
I [A]
1~
230 V
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
c
[μF] m3/h
l/min
0.3
5
0.6
10
0.9
15
1.5
25
1.8
30
2.1
35
2.7
45
3
50
3.6 0.75 0.55 0.75 1236
15
36
15
32
15
25.5
15
36
15
28
15
18.5
15
15
15
MAX
MINTecnoplus 15
Tecnoplus 15 Pressure
Centrifugal multi-stage with speed control
A horizontal, multiphase, centrifugal
pump with electronic regulation for
changing speed and with built-in
pressure sensor. It contains a device for
detecting and protecting against dry
operation, with sequential re-starts in
event of failure. Absorbs water hammer
effect on the installation.
Applications
Pressurising with constant pressure
of domestic water for houses,
semi-detached homes, apartments,
chalets and rural homes, etc.
Materials
Hydraulic body and impellers
in AISI 304.
Diffusers in thermoplastic.
Mechanical seal in graphite and ceramic.
O-nngs in NBR.
Motor
Asynchronous, two poles.
IP 55 protection.
Class F insulation.
Continuous operation.
Built-in thermal protector inside
the windings.
With 2 m cable H07 RNF 3 x 1 mm2.
Display with push button to increase
or decrease working pressure
(150 kPA - 350 kPA).
Limitations
Maximum suction lift 5 m for installation
with foot valve.
Maximum working pressure 6 bar.
Maximum suction pressure 2 bar intake
at suction point.
Water temperature from 4 °C to 35 °C.
Room temperature from -10 °C to 50 °C.
Motor characteristics 230 V / 50 Hz.
Electronics
Advanced ESPA Speed Drive technology,
enabling variable speed operation,
with automatic self-regulation which
maintains the constant pressure
required at all times in the home,
thanks to its pressure sensor.
Equipment
Complete with kit press and pressure
gauge.
Noise level 60-62 dBa at 1 meter.
You must install a pressure vessel
on the discharge pipework minimum
18 ltrs.
Model
Tecnoplus 15/4 M
[Kg]
10.5
I
9
J
243
M
G1”
L
G1”
K
196
A
439
H
88
G
253.8
F
241
E
216
D
200
C
261108
B
A
K J
L
B
C
D
M
F
EG
HI
The pump can operate atv any point inside the indicated area. The characteristic
curves depend on the delivery pressure. By way of example, the curves are
shown for delivery pressures of 150, 200 and 300 kPa.
The operating limit curve corresponds to the maximum rotating speed.
Dimensions and weights
142
178
Tecnoplus 25 Pressure
A horizontal, multistage, centrifugal pump with frequency converter
Applications
Compact unit providing constant
pressure without fluctuations for
domestic applications, saving electricity.
Easy to install and plug&pump design.
Materials
Pump body and impellers in stainless
steel AISI 304.
Diffusors in thermoplastic.
Mechanical seal in graphite and ceramic.
O-rings in NBR and EPDM.
Motor
Asynchronous two poles 50/60 Hz.
IP 55 Protection.
Insulation class F.
Built-in thermal protector
inside the windings.
Continuous operation.
Three-phase motor 230 V
and single-phase supply 230 V.
Voltage range
Low voltage: Disconnect at 180 V.
Automatic Reset at 200 V.
High voltage: Disconnect at 260 V.
Automatic Reset at 240 V.
Equipment
A horizontal, multistage, centrifugal
pump with frequency converter with
keypad.
Built-in pressure sensor.
Built-in dry running control, pressure
gauge and dry running control with
sequential re-starts in the event
of failure.
Reduces water hamer effect on the
installations.
With 2 m cable HO7RNF 3 x 1 mm2.
You must install a pressure vessel
on the discharge pipework minimum
24 ltrs.
Limitations
Maximum suction 5 m lift when installed
with foot valve.
Maximum working pressure 6 bar.
Maximum intake pressure 2 bar.
Water temperature from 4 °C to 40 °C.
Room temperature from -10 °C to 50 °C.
Noise level dBa at l mtr.
Model
Tecnoplus 25 4M
[Kg]
15.5
A
277.5
H
148.5
G
1 1/4”
I
216
J
88
K
Ø 9
F
1”
E
190
D
107
C
467.5221
B
I [A]
1~
230 V
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
c
[μF] 2.7
45
3.6
60
4.5
75
5.4
90
6.3
105
7.2
120
6.8 1522283337401.5 0.92 1.25 16
m3/h
l/min
Tecnoplus 25 4M
J
K
H
I
C
E A
G
F
D
B
Performance curves at 2900 rpm
Hydraulic performance table
Dimensions and weights
143
179
Applications
Pressurising of domestic water for
houses, semi-detached homes,
apartments, chalets and rural homes...
Materials
Outer casing, discharge body, impellers,
filter, discharge cover and motor casing
in stainless steel AISI 304.
Pump shaft in stainless steel AISI 303.
Diffusers in PPO.
Mechanical seal in graphite
and alumine/graphite/steatite/NBR/
AISI 304.
Motor
Asynchronous, two poles.
IP 68 protection.
Class F insulation.
Continuous operation.
Water-cooled motor.
Single-phase version with Klixon
(incorporated thermal protection).
Acuapres Pressure
Submersible multistage pumps with built-in pressure control
Limitations
Maximum working pressure 8 bar.
Ø of solids 2 mm.
Maximum 30 start-ups per hour.
Water temperature from 4 °C to 40 °C.
Motor characteristics 230 V.
Vertical installation only.
Equipment
Submersible multistage pump with
built-in pressure control and non return
valve.
Dry running control with four trials
if no water.
Oil chamber with two mechanical seals.
Model 4: starting pressure at 2 bar.
Model 6: starting pressure at 3 bar.
You must install a pressure vessel
on the discharge pipework minimum
24 ltrs.
Acuapres 4
Acuapres 6
493
560
10.6
12.4
1”
1”
126
126
Model A [kg]CB
A
B
C
Performance curves at 2900 rpm
12
16
3.5
5
1.7
2
I [A]
1~
230 V
3~
400 V
Model
P1 [kW]c
[μF] m3/h
l/min
41
60
0.6
10
37
55
1.2
20
32
47
1.8
30
26
37
2.4
40
22
32
2.7
45
19
26
3.0
50
10
15
3.6
60
6
9
3.9
65
mw
c
P2
0.5
0.9
0.75
1.2
[kW] [HP]
0.8
1.2
0.8
1.1
1~
230 V
3~
400 V
Acupares 4
Acuapres 6
Hydraulic performance table
Dimensions and weights
4
6
144
180
Applications
Pressurising of domestic water for
houses, semi-detached homes,
apartments, chalets and rural homes...
Materials
Outer casing, discharge body, impellers,
filter, discharge cover and motor casing
in AISI 304 stainless steel.
Pump shaft in stainless steel AISI 303.
Diffusers in PPO.
Mechanical seal in aluminium oxide/
graphite/steatite/NBR/AISI 304.
Motor
Asynchronous, 2 pole. IP 68 protection.
Class F insulation. Continuous operation.
Water-cooled motor.
Single-phase version with Klixon
(incorporated thermal protection).
With level switch.
Limitations
Maximum working pressure 8 bar.
Ø of solids 2 mm.
Water temperature from 4 °C to 35 °C.
Maximum start-ups: 30/hour.
Vertical or horizontal installation.
Acuaplus N Pressure
Submersible multistage pump with variable speed
Equipment
Multistage submersible pump with
electronic variable speed regulation
and integrated pressure sensor for
constant pressure.
Incorporating a detection and protection
device against functioning in dry
operation, with sequential start-up
attempts in the event of failure.
Reduces the water hammer effect on the
installation. Oil chamber with double
mechanical seal.
You must install a pressure vessel on the
discharge pipework minimum 18 ltrs.
Electronics
Advanced ESPA Speed Drive technology,
enabling variable speed operation,
with automatic self-regulation which
maintains the constant pressure
required at all times in the home,
thanks to its pressure sensor.
Model
Acuaplus N
[Kg]
11.5
A
517
F
175
E
254
D
170
C
1”126
B
D
F
E
A
B
C
Performance curves at 2900 rpm (similar to acuaria 07/4)
Hydraulic performance table
Dimensions and weights
I [A]
1~
230 V
1~
230 V
Model
P2
[kW] [HP]
P1 [kW]c
[μF] m3/h
l/min
4,7 1 0.75 1 12 mwc 40 40 40 34,6 25,3 16,1
0
0
0.6
10
1.2
20
2.4 3
40 50
1.8
30
Acuaplus N 5M
The pump can operate atv any point inside the indicated area. The characteristic
curves depend on the delivery pressure. By way of example, the curves are
shown for delivery pressures of 150, 200 and 300 kPa. The operating limit curve
corresponds to the maximum rotating speed.
145
181
Aquabox Building Services
Compact storage tank and pressurisation unit (with air gap)
Model: Aquabox 350 Acuaplus N
Incorporating the reliable advanced electronic
Espa speed driver, which enables the
submersible pump to operate at variable
speeds while automatically regulating itself
to maintain constant pressure according
to needs. Besides saving energy, this
technological innovation makes minimal noise
and provides remarkable regularity in the
water supply flow.
Model: Aquabox 350 Acuapres
Automatic pressurisation system incorporating
the submersible Acuapres pump with built-in
pressure control.
With Variable Speed Pump
An advanced technology option: maximum
pressure control convenience, low noise
levels and considerable saving in electrical
consumption.
With Fixed Speed Pump
The most competitive, versatile and efficient
alternative for all types of buildings.
Aquabox is ESPA’s advanced solution for buildings with low pressure or volumes of flow.
It is a competitive, efficient alternative to traditional pressurisation units, eliminating the typical
fluctuations in flow, complex mechanical designs and their excessive electrical consumption.
Aquabox is a compact, well proportioned pressurising unit, with an integrated design and
maximum energy efficiency.
It comprises two basic elements: a latest-generation automatic ESPA pump and a storage tank.
The result of the advanced engineering of these two components combined is an innovative unit
offering high levels of convenience in water use, guaranteeing not only its permanent availability
(even when the water supply is cut off), but also strong, regular, constant pressure. The 200 ltr
tank can be used as a backup system in the event of restrictions on the use of water from the
mains. In line with regulation EN 1717, the outer casing incorporates a safety partition to
safeguard against the pollution of drinking water.
Applications
Aquabox is multi-purpose and can be used on sites with water supply problems.
Rural areas: second homes, village dwellings, rural tourism, etc.
Urban areas: housing developments, houses, commercial premises, restaurants, etc.
Ventilation
grille
Flexible hose Cover
Kit
Coupling
Tray
Overflow
connection
Pump
Drain
Tank
Float
Coupling
146
182
Performance curves at 2900 rpm
Acuapres07 4
Pump options for the Aquabox unit / DimensionsA
B
C
Aquabox Building Services
Acuaplus N
Pump model
All overflow outlet has been built into the tank to safeguard against the possible contamination of drinking water in the public network, in the case of back flow, in compliance with European standard EN 1717.
Description Description
Aquabox 350 Acplus 230 50 Aquabox 350 Acuapres
Pump model
Acuaplus N 230 50 Acuapres07 4
Submersible
Surface
Constant pressure-variable speed
Automatic control
Dry operation protection
Inlet float
Overflow duct in accordance with regulation EN1717
Water supply/outlet connection
Overflow connection
Width A [mm]
Depth B [mm]
Height C [mm]
Empty tank weight [Kg]
Useful tank capacity
Working pressure [bar]
Flow at working pressure [l/min]
Installed capacity at P1 [kW]
Drain connection
Acuaplus N
X
X
X
X
X
X
3/4”
DN 50
600
600
1150
25.5
200
3
40
0.95
1/2”
Acuapres07 4
X
X
X
X
X
3/4”
DN 50
600
600
1150
25.5
200
2.5
30/45
0.6/0.95
1/2”
Pump model
147
183
Performance curves at 2900 rpm
4
6
Technical features
Model
I
[A]
P1
[kW]P2 c
1~
230 V
1~
230 V[kW] [HP] [μF]
S T07.4/100AP 3.5 0.8 0.5 0.75 12
Applications
To restore system pressure when the
mains supply is insufficient, a pump
may be used. However to comply with
Water Authority Byelaws, a break tank
must be incorporated, as the pump
may not be connected directly to the
mains water supply.
The ESPA Sub-tank system has
been designed to solve this problem.
A fully automatic unit, the Sub-Tank
has a submersible stainless steel
pump with a built-in pressure control
incorporated into the break tank giving
space saving advantages in small
plant rooms. Control is provided by a
constant pressure deviceintegrated in the
submersible pump. Electronics prevent
starting without water. Installation is
straightforward, with only three
connection required.
Equipment
ST07.4/100AP start pressure 2,0 Bar.
Dimensions
ST07.4/100AP.
500 mm x 240 mm x 800 mm height.
Outlet connection 3/4’’ bspm.
Materials
100 Litre actual capacity high density.
Polyethylene break tanks (EN 13077).
WRAS approved.
Fitted with a 3/4’’ ball valve and Type
“AB” air gap, protecting incoming mains
supply from a class 5 designated risk of
contamination.
Float valve DN13 with proportional
behaviour (50L/min at 3.0Bar) with
stainless steel bowl.
Built-in pressure control starts and stops
pump automatically which supplies water
at constant pressure.
Prevents starting in the absence of water
and avoids water hammer.
Does not require any maintenance or
pre-charge.
Options
Extra pressure vessel to be installed in the
discharge pipework.
Limitations
Maximum temperature 40 °C.
Power supply 230 V / 1ph / 50 Hz.
Sub-Tank 100AP Building Services
Fixed speed booster and tank package
148
184
ApplicationsTo restore system pressure when themains supply is insufficient, a pumpmay be used. However to comply withWater Authority Byelaws, a break tankmust be incorporated, as the pumpmay not be connected directly to themains water supply.The ESPA Sub-tank system hasbeen designed to solve this problem.A fully automatic unit, the Sub-Tankhas a submersible stainless steelpump with a built-in pressure controlincorporated into the break tank givingspace saving advantages in smallplant rooms. Control is provided by a constant pressure device integrated in the submersible pump. Electronics preventstarting without water. Installation isstraightforward, with only threeconnection plus power cable required.
EquipmentST07.3/100.05 complete with pressure stat 05.Adjustable start pressure between1.5 - 2.5 Bar.
DimensionsST07.3/100.05.500 mm x 240 mm x 990 mm height.Outlet connection 3/4’’ bspm.
Materials100 Litre actual capacity high density. Polyethylene break tanks (EN 13077).WRAS approved.
Fitted with a 3/4’’ ball valve and Type “AB” air gap, protecting incoming mains supply from a class 5 designated risk of contamination.
Float valve DN13 with proportional behaviour (50L/min at 3.0Bar) with stainless steel bowl.
Built-in pressure control starts and stopspump automatically which supplies waterat constant pressure.
Prevents starting in the absence of waterand avoids water hammer.
Does not require any maintenance orpre-charge.
OptionsExtra pressure vessel to be installed in the discharge pipework.
LimitationsMaximum temperature 40 °C.Power supply 230 V / 1ph / 50 Hz.
Sub-Tank 100/05 Building Services
Fixed speed booster and tank package
Performance curves at 2900 rpmTechnical features
Model
I
[A]
P1
[kW]P2 c
1~
230 V
1~
230 V[kW] [HP] [μF]
S T07.3/100.05 2.8 0.6 0.37 0.5 12
149
185
Performance curves at 2900 rpm
Applications
To restore system pressure when the
mains supply is insufficient, a pump
may be used. However to comply with
Water Authority Byelaws, a break tank
must be incorporated, as the pump
may not be connected directly to the
mains water supply.
The ESPA Sub-tank system has
been designed to solve this problem.
A fully automatic unit, the Sub-Tank
has a submersible stainless steel
pump incorporated into the break tank
giving space saving advantages in small
plant rooms. Control is provided by a
constant pressure device, with a built in
pressure gauge. Electronics prevent
starting without water. Installation is
straightforward, with only three
connection required.
Dimensions
490 mm x 585 mm x 1675 mm height.
Outlet connection 1’’ bspf.
Materials
270 Ltrs capacity high density.
Polyethylene break tanks (EN 13077).
WRAS approved.
Fitted with a 3/4’’ ball valve and type “AB”
air gap, protecting incoming mains supply
from a class 5 designated risk of
contamination.
Pressure stat stars and stops pump
automatically which supplies water at
constant pressure. Prevents starting in the
absence of water and avoids water ham-
mer. Does not require any maintenance or
pre-charge.
Limitations
Start pressure 1.5 -3 Bar (adjustable).
Working pressure range: 2 - 8 Bar.
Maximum temperature 40 °C.
Maximum working pressure 10 Bar.
Noise levels are 65dB whwn filling set of
water and 60 dB when pump set is
running at 1 metre.
Power supply 230 V / 1ph / 50 Hz.
PS = Pressure switch version.
Sub-Tank 270/05 Building Services
Fixed speed booster and tank package
Technical features
ModelI [A] P1 [kW] P2 Dry Weight
[Kg]1~ 230 V 1~ 230 V [kW] [HP]
S T07.3M/270 2.8 0.6 0.37 0.5 44
S T07.4M/270 3.5 0.8 0.5 0.75 45
S T07.5M/270 4.1 1 0.75 1 46
S T07.6M/270 5 1.2 0.9 1.2 47
S T07.7M/270 5.5 1.4 1.1 1.5 48
S T17.5M/270 7.4 1.6 0.9 1.25 49
S T17.7M/270.PS 10.7 2.2 1.5 2 50
S T27.4M/270 7 1.5 0.9 1.25 52
S T27.6M/270.PS 10.8 2.2 1.5 2 53
ST07 ST17
ST27
7
5
6
4
7
6
5
4
3
150
186
Applications
To restore system pressure when the
mains supply is insufficient, a pump
may be used. However to comply with
Water Authority Byelaws, a break tank
must be incorporated, as the pump
may not be connected directly to the
mains water supply. The ESPA Sub-tank
system has been designed to solve this
problem. A fully automatic unit, the
Sub-Tank has a submersible stainless
steel pump with a built-in pressure control
incorporated into the break tank giving
space saving advantages in small plant
rooms. An in-line inverter with built in
pressure transducer provides control.
Electronics prevent pump starting without
water and the digital displays online
pump operation, standby and fault status.
Installation is straightforward, with only
three connections required.
Limitations
The pressure vessel requires a pre-charge
with air 0.3 -0.5 bar below the working
pressure. This charge should be checked
and adjusted every six months.
Adjustable working pressure 2 – 8 Bar.
Maximum temperature 40 oC.
Maximum working pressure 10 Bar.
Noise levels are 65dB when filing set
of water and 60 dB when pump set is
running at 1 metre.
Power supply 230v/1ph/50hz and
400v/3ph/50hz options.
Materials
227 Litre actual capacity high density.
Polyethylene break tanks (BS 4213).
WRAS approved.
Byelaw 30 top tank fitted with 3/4’’
ball valve complying with (Byelaw
11) Type “AA & AB” air gap,
protecting incoming mains supply
from a class 5 designated risk of
contamination. (Byelaw 25)
Inverter starts and stops pump
automatically and supplies water at
a constant pressure.
Prevents starting in the absence of
water and avoids water hammer.
Inverter displays rotation frequency,
system pressure,
motor absorption & pump alarm.
5’’ submersible pump made of
stainless steel AISI 304, with
internal capacitor.
Dimensions
635 mm x 510 mm x 1750 mm height.
Outlet connection 1’’ bspf.
Sub-Tank 270.I Building Services
Fixed speed booster and tank package
Technical features
Model I [A] P1 [kW] P2 Dry Weight
[Kg]Single Phase Three Phase 1~ 230 V 3~ 230 V 3~ 400 V 1~ 230 V 3~ 400 V [kW] [HP]
ST40.08M/270.I ST40.08T/270.I 4.3 3.3 1.9 1 0.95 0.6 0.8 53
ST40.10M/270.I ST40.10T/270.I 5.7 3.8 2.2 1.25 1.18 0.75 1 54
ST40.12M/270.I ST40.12T/270.I 6.8 4.2 2.4 1.42 1.33 0.9 1.2 55
ST40.15M/270.I ST40.15T/270.I 7.3 5.2 3 1.6 1.55 1.1 1.5 56
ST80.12M/270.I ST80.12T/270.I 6.4 4 2.3 1.33 1.22 0.9 1.2 54
ST80.15M/270.I ST80.15T/270.I 7.5 5.4 3.1 1.62 1.52 1.1 1.5 55
ST80.20M/270.I ST80.20T/270.I 6.1 3.5 1.9 1.5 2 56
Performance curves at 2900 rpm
151
187
Performance curves at 2900 rpm
Twin variable speed booster and tank package
Technical features
Model I [A] P1 [kW] P2 Dry Weight [Kg]
Single tank 1ph Twin tank 1ph 3~ 230 V 1~ 230 V [kW] [HP] Single Twin
ST40.08M/270.DI ST40.08T/480.DI 3.3 1 0.6 0.8 53 80
ST40.10M/270.DI ST40.10T/480.DI 3.8 1.25 0.75 1 54 81
ST40.12M/270.DI ST40.12T/480.DI 4.2 1.42 0.9 1.2 55 82
ST40.15M/270.DI ST40.15T/480.DI 5.2 1.6 1.1 1.5 56 83
ST80.12M/270.DI ST80.12T/480.DI 4 1.33 0.9 1.2 54 81
ST80.15M/270.DI ST80.15T/480.DI 5.4 1.62 1.1 1.5 55 82
ST80.20M/270.DI ST80.20T/480.DI 6.1 1.5 2 56 83
Applications
Two in-line inverters with built-in pressure
transducers
provides control.
Duty/standby or duty/assist configuration.
Limitations
The pressure vessel requires a pre-charge
with air 0.3 -0.5 Bar below the working
pressure.
This charge should be checked and
adjusted every six months.
Adjustable working pressure 2 – 8 Bar.
Maximum temperature 40 °C.
Maximum working pressure 10 Bar.
Noise levels are 65 dB when filing set
of water and 60 dB when pump set is
running at 1 metre.
Dimensions
480.DI. 1300 mm x 750 mm x 1650 mm
height.
270.DI. 650 mm x 520 mm x 1740 mm
height.
Outlet connection 11/2’’ bspf for ST40 & 2’’
bspf for ST80 models.
Three phase versions available on
request.
Materials
270 Litre actual capacity high density
polyethylene break tanks (BS 4213).
WRAS approved.
Byelaw 30 top tank fitted with 3/4’’ ball
valve(s) complying with (Byelaw 11). Type
“AA & AB” air gap, protecting incoming
mains supply from a class 5 designated
risk of contamination. (Byelaw 25).
Inverter starts and stops pump
automatically and supplies water at a
constant pressure.
Prevents starting in the absence of water
and avoids water hammer.
Inverter displays rotation frequency,
system pressure, motor absorption &
pump alarm.
5’’ submersible pump(s) made of stainless
steel AISI 304, with internal capacitor.
Sub-Tank 270/480.DI Building Services
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Tecno Booster Sets Building Services
Unit with a Tecnoplus 15 variable speed pump, 24 Ltr PEWB
pressure vessel, 100 Ltrs (95Ltr actual) break tank with type AB
air gap, all mounted on a steel black epoxy coated chassis with
anti vibration mounts.
Unit with a Tecnopres 25.5 fixed speed pump, 24 Ltr PEWB
pressure vessel, 240 Ltrs (227 Ltr actual) break tank with type AB
air gap all mounted on a steel black epoxy coated chassis with
anti vibration mounts.
Unit with a Tecno 25.5/ESD variable speed pump, 24 m/Ltr PEWB
pressure vessel, 240 Ltrs (227 Ltr actual) break tank with type AB
air gap, all mounted on a steel black epoxy coated chassis with
anti vibration mounts.
For pump duties please see the relevant catalogue page for each pump.
Be-spoke variable/fixed speed booster and tank package
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ES1000 Building Services
Open pressurisation set
Applications
Open pressurisation sets that are
designed to replace water that has been
lost through system leakage and to
maintain the system design fill pressure
in sealed & chilled water systems in
accordance with BS 7074 parts 1.2 & 3.
Options
Two pump options with Prisma
horizontal multistage pump or with
Per 50 m peripheral pump.
High & low pressure switch assembly.
High & low pressure switch assembly.
Technical features
ModelI [A] P2
Outlet CF Max Length Width Height1~ 230 V [kW]
ES1000 2.1 0.37 1/2’’ 3 Bar 600 550 450
ES1000P 3.53 0.55 1/2’’ 3.5 Bar 600 550 450
ES1000P ES1000
Performance curves at 2900 rpm
5
4
3
2
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Features
A simple to use controller that offers
single or twin pump control with
standard pumping requirements in a
single controller.
Many features in the unit are automatic
and parameters are pre-set to the most
common requirements.
Event logging for pump start, individual
pump runs hours counter, electrical
interruption & common alarm.
Volt free contacts for common fault, high
pressure, low pressure, pump fault &
pressure transducer.
Password protection for parameter entry.
Pressure settings in 0.1 bar increments.
Pump pulse option (2 second pulse if
inactive for 60 days).
Flood protection options.
Service reminder option (12 months).
Wall Mounted.
Single (1000) & Twin (2000) pump
options.
System quick-fill mode (Midi only).
Maximum vessel size 300 Ltr (Mini only).
4 Ltr break tank (Midi only).
Electrical Connections
The unit should be connected to 230 V
single phase supply, via a fused switched
outlet fitted with a 3 amp fuse.
Packaged units complete with vessel
available on request.
Wallpres Mini/Midi Building Services
Wall mounted pressurisation unit
Technical features
ModelPump Max. P2 FLC Connections [mm] Dimensions [mm] Weight
Quantity Pressure [kW] [Amps] System Mains Supply Drain Width Depth Height [kg]
Wallpres Mini 1000 1 3.0 0.035 0.3 15 (1/2’’) 15 (1/2’’) 22 245 155 485 7
Wallpres Mini 2000 2 3.0 0.035 0.3 15 (1/2’’) 15 (1/2’’) 22 245 155 485 8
Wallpres Midi 1000 1 2.5 0.37 2.6 15 (1/2’’) 15 (1/2’’) 22 240 230 485 14
Wallpres Midi 2000 2 2.5 0.37 x2 2.6 x2 15 (1/2’’) 15 (1/2’’) 22 360 240 485 19
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Features
Set point and differential can be adjusted
with an accuracy of 0.1 bar. High pressure
and Low pressure alarms can be set with
an accuracy of 0.1 bar. Alarm relay and
onboard buzzer, with auto reset. Dry run
protection with auto reset. (Low level
switch). Flood protection-Maximum pump
run timer can be set in increments of 10
minutes up to 990 minutes and 0 to
disable function. Single or dual pump,
configurable in the parameters. Auto
change over on dual pump setting. Pump
current monitoring will detect a fault
(excess current) and will isolate the pump
and sound alarm. On dual pump versions
it will automatically activate the second
pump until the process is complete.
Continuous pressure displayed on screen.
Hours run for each pump. Log of number
of alarms. Alarm messages displayed on
screen. Internal buzzer with mute and
reset. Activation delay to stop false starts.
Common alarm volt free or powered
output . Switch able between N/O or N/C.
3 digit high visibility LED display.
Intelligent overrun on pump to prevent
repetitive starts and guarantee set point is
achieved. 60 Day pulse of pump to
prevent seizing and flush pump. Keypad
lock function to prevent tampering. Safe
low voltage user interface. CE and EMC
approved.Proven reliable technology.
Applications
ESPA Pressurisation equipment
automatically controls the pressure in a
sealed system delivering water at a pre
determined pressure.
Once the system has been filed the
ESPRES will take over and maintain
the optimum system conditions.
Should a loss of water occur in the
system, for any reason, the built
in electronic pressure sensor will detect
the drop in pressure and automatically
start the pump restoring the system to
the original cold fill pressure.
All units incorporate dry run protection.
If the supply tank should run dry the
pump will automatically stop,
preventing serious damage.
Espres Delux versions have
additional volt free contacts:
Common fault.
High pressure.
Low pressure.
Pump fault.
Pressure transducer.
Espres/Espres Delux Building Services
Floor mounted pressurisation unit
C F 5 BarC F 3.5 Bar
Performance curves at 2900 rpm Performance curves at 2900 rpm
Technical features
ModelI [A] P2
Outlet CF Max Length Width Height Weight1~ 230 V [kW]
Espres 1000F/Espres 1000F Delux 2.3 0.37 1/2’’ 3.5 Bar 310 470 790 30
Espres 2000F/Espres 2000F Delux 2.3 2x 0.37 1/2’’ 3.5 Bar 310 470 790 38
Espres 1000FH/Espres 1000FH Delux 3.4 0.5 1/2’’ 5 Bar 310 470 790 32
Espres 2000FH/Espres 2000FH Delux 3.4 2x 0.5 1/2’’ 5 Bar 310 470 790 44
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Applications
Compact, totally enclosed digital
pressurisation units with pressure
transducers and a user friendly
microprocessors for use on the two
sealed systems in order to provide a
minimum system pressure requirement
to each application.
Instalation
The Espres Delux Twin system unit
should be connected to the system at
the same point as the expansion vessel
to provide a neutral pressure reading.
Options
Flood protection.
Pump pulse.
Service reminder.
Features
System quick fill mode.
Password protection for parameter entry.
Pressure settings in 0.1 bar increments.
Event logging for pump start, pump run
hours counter, electrical interruption &
common alarm.
Volt free contacts for common fault, high
pressure, low pressure, pump fault and
pressure transducer.
Espres Delux Twin System Building Services
Floor mounted pressurisation unit
Technical specifications
Espres Delux Twin System
Order code Espres Delux Twin System
Pump quantity 2
Maximum delivery pressure 2.5 bar (g)
Maximum working pressure 10 bar (g)
Electricalr requirements 230 V, 50 Hz, 1 phase
Power consumption 2x 0.37 kW
Full load current 2x 2.5 a
Noise output < 75 dBA
Break tank capacity 18 Litres
Fluid category protection 5 AB Weir overflow air gap
Model System Mains supply Drain Widht Depth Height [Kg]
Espres Delux Twin System 2x 15 (1/2’’) 15 (1/2’’) 22 470 320 800 28
Dimensions and weights
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Applications
Compact, totally enclosed digital
pressurisation units with vacuum
degasser for use sealed systems in
order to provide a minimum system
pressure requirement and effective
dissolved gas removal.
Instalation
The Espres Delux Plus unit should be
connected to the system at the same
point as the expansion vessel to provide
a neutral pressure reading.
The two system connections must
be installed on the return header to
the heat exchanger approx 0.5 m apart.
Options
Flood protection.
Pump pulse.
Service reminder.
Features
System quick fill mode.
Password protection for parameter entry.
Pressure settings in 0.1 bar increments.
Event logging for pump start, pump run
hours counter, electrical interruption &
common alarm.
Volt free contacts for common fault, high
pressure, low pressure, pump fault and
pressure transducer.
Individual controllers for pressurisation
and degassing function.
Vacuum degassing, turbo and normal
Interval modes.
Espres Delux Plus 150D Building Services
Wall mounted pressurisation units with vacuum degasser
Technical specifications
Espres Delux Plus 150D
Maximum system volume 50.000 litres
Working pressure range 1 - 5 bar (g)
System temperature range 0 - 90 °C
Ambient temperature range 0 - 45 °C
Noise rating Approx. 75 dB(A)
Electrical requirements 230 V / 50 Hz
Full load current 3.4 amps
Power used 0.5 kW
Fuse rating 13 amps
Model System Mains supply Overflow Widht Depth Height [Kg]
Espress Delux Plus 150 D 2x 15 (1/2’’) 15 (1/2’’) 22 410 290 485 22
Dimensions and weights
Espres Delux Plus 150D
Safety rating IP 54
Maximum turbo rutine 168 hours (1 week)
Maximum normal downtime 180 minutes (3 hours)
Control interface RS 485
Volt free contacts Common fault contact
Maximum delivery pressure 5 bar(g) Cold fill
Maximum working pressure 10 bar(g)
Break tank capacity 4 Litres
Fluid category protection 5 AB Weir overflow air gap
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Applications
Compact, totally enclosed digital
pressurisation units with vacuum
degasser for use sealed systems in
order to provide a minimum system
pressure requirement and effective
dissolved gas removal.
Instalation
The Espres Delux Plus unit should be
connected to the system at the same
point as the expansion vessel to provide
a neutral pressure reading.
The two system connections must be
installed on the return header to the heat
exchanger approx 0.5 m apart.
Options
Flood protection.
Pump pulse.
Service reminder.
Features
System quick fill mode.
Password protection for parameter entry.
Pressure settings in 0.1 bar increments.
Event logging for pump start, pump run
hours counter, electrical interruption &
common alarm.
Volt free contacts for common fault, high
pressure, low pressure, pump fault and
pressure transducer.
Individual controllers for pressurisation
and degassing function.
Vacuum degassing, turbo and normal
Interval modes.
Espres Deluxe Plus 250/280D Building Services
Floor and wall mounted pressurisation units with vacuum degasser
Technical specifications
Espres Delux Plus 250 D
Maximum system volume 300.000 Litres
Working pressure range 1 - 6 bar(g)
System temperature range 0 - 90 °C
Ambient temperature range 0 - 45 °C
Noise rating Approx. 75 dB(A)
Electrical requirements 1x 230 V / 50 Hz
Full load current 2x 3.4 amps
Power used 2x 0.5 kW
Fuse rating 13 amps
Safety rating IP 54
Maximum turbo rutine 168 hours (1 week)
Maximum normal downtime 180 minutes (3 hours)
Control interface RS 485
Volt free contacts Common fault contact
Maximum delivery pressure 6 bar(g) Cold fil
Maximum working pressure 10 bar(g)
Break tank capacity 18 Litres
Fluid category protection 5 AB Weir overflow air gap
Espres Delux Plus 280D
Maximum system volume 300.000 litres
Working pressure range 1 - 8 bar (g)
System temperature range 0 - 90 °C
Ambient temperature range 0 - 45 °C
Noise rating Approx. 75 dB(A)
Electrical requirements 1x 230 V / 50 Hz
Full load current 2x 5.6 amps
Power used 2x 0.75 kW
Fuse rating 13 amps
Safety rating IP 54
Maximum turbo rutine 168 hours (1 week)
Maximum normal downtime 180 minutes (3 hours)
Control interface RS 485
Volt free contacts Common fault contact
Maximum delivery pressure 8 bar(g) Cold fill
Maximum working pressure 10 bar(g)
Break tank capacity 18 Litres
Fluid category protection 5 AB Weir overflow air gap
Model System Mains supply Overflow Widht Depth Height [Kg]
Espres Delux Plus 250D 2x 15 (1/2’’) 15 (1/2’’) 22 480 330 1160 51
Espres Delux Plus 280D 2x 15 (1/2’’) 15 (1/2’’) 22 600 330 1160 61
Dimensions and weights
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Applications
The Espresmat balanced pressure
expansion units are sized according to
the total system volume and the boiler/
chiller load. The Espresmat vessel is
80% efficient irrespective of the static
height of the system. It is ideal solution
for large/tall installations where
standard membrane expansion vessels
are limited.
Description
The Espresmat is an advanced product
that combines a balanced pressure
system with an effective pressure step
de-aerator function and an inter-link
to a top up pressurisation unit.
The real time LCD display shows the
status of the mechanical components
while monitoring the vessel contents
and the system pressure.
Features
On/Off switch with indicator neon.
WRAS approved break tank.
WRAS approved float valve.
AB air gap with weir overflow,
fluid category 5.
Pump 230 V / 1ph / 50Hz.
Electronic pressure transducer.
Normally closed, common fault
volt free boiler interlock.
Normally open high pressure,
low pressure, transducer health
and pump health volt free contacts.
System jogging.
Easy setup and commissioning.
Espresmat Building Services
Floor mounted pressurisation unit
8.587.576.565.554.543.532.521.510.50 Flow Rate [m3/h]
Power Fload [MW]9876543210
14
13
12
11
10
9
8
7
6
5
4
3
2
1
0
PN 16
PN 10
PN 6
Field of application at 2900 rpm
Curves obtained in accordance with ISO9906, appendix A
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CKE Booster sets Building Services
Economical variable speed sets (CKE)
Applications
A range of variable speed booster sets
for commercial and domestic
applications.
Materials
Stainless steel AISI 304 manifolds.
WRAS approved pumps.
WRAS approved valves.
WRAS approved pressure vessel with
5 year warranty.
Steel chassis finished in Black epoxy
coating.
Glycerine filled pressure gauge.
Stainless steel pressure transducer
4-20 ma.
Features
An innovative system that can be with
vertical or horizontal pumps.
Saves energy up to 50%.
Quiet running and small footprint.
Interface is user friendly allowing easy
use to calibrate pressure set points,
view error messages.
Multipunp capability one to four pumps.
Control box housing motor mcb’s,
common volt free contact and low water
contacts for break tank float switch.
ErP Compliant.
Field of application at 2900 rpm
Curves obtained in accordance with ISO9906, appendix A
ModelP2
[kW]
Max flow
rate l/min
Max
head mtrs
CKE2M TEC15.5T11-24 0.75 60 54
CKE2M TEC25.5T11-24 1.1 240 55
ModelP2
[kW]
Max flow
rate l/min
Max
head mtrs
CKE2 TEC15.5T11-24 0.75 60 54
CKE2 TEC25.5T11-24 1.1 240 55
Technical specifications
Single pump sets (400 V/3 PH/50 Hz)
ModelP2
[kW]
Max flow
rate l/min
Max
head mtrs
CKE1 TEC15.5T11-24 0.75 60 54
CKE1 TEC25.5T11-24 1.1 240 55
Twin pump sets (400 V/3 PH/50 Hz)
Single pump sets (230 V/1 PH/50 Hz)
ModelP2
[kW]
Max flow
rate l/min
Max
head mtrs
CKE1M TEC15.5T11-24 0.75 60 54
CKE1M TEC25.5T11-24 1.1 240 55
Twin pump sets (230 V/1 PH/50 Hz)
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CKE Booster sets Building Services
Technical specifications
Single pump sets (230 V/1 PH/50 Hz)
ModelP2
[kW]
Max flow
rate l/min
Max
head mtrs
CKE1M VX309F07T-24 0.75 80 60
CKE1M VX313F11T-24 1.1 80 88
CKE1M VX317F15T-24 1.5 80 112
CKE1M VX505F07T-24 0.7 140 36
CKE1M VX508F11T-24 1.1 140 58
CKE1M VX510F15T-24 1.5 140 71
CKE1M VX1004F15T-24 1.5 220 40
Single pump sets (400 V/3 PH/50 Hz)
ModelP2
[kW]
Max flow
rate l/min
Max
head mtrs
CKE1 VX309F07T-24 0.75 80 60
CKE1 VX313F11T-24 1.1 80 88
CKE1 VX317F15T-24 1.5 80 112
CKE1 VX505F07T-24 0.75 140 36
CKE1 VX508F11T-24 1.1 140 58
CKE1 VX510F15T-24 1.5 140 71
CKE1 VX516F22T-24 2.2 140 115
CKE1 VX1004F15T-24 1.5 220 40
CKE1 VX1006F22T-24 2.2 220 61
CKE1 VX1009F30T-24 3 220 91
CKE1 VX1012F40T-24 4 220 123
CKE1 VX1503F30T-48 3 400 42
CKE1 VX1504F40T-48 4 400 56
Twin pump sets (230 V/1 PH/50 Hz)
ModelP2
[kW]
Max flow
rate l/min
Max
head mtrs
CKE2M VX309F07T-24 0.75 160 60
CKE2M VX313F11T-24 1.1 160 88
CKE2M VX317F15T-24 1.5 160 112
CKE2M VX505F07T-24 0.7 280 36
CKE2M VX508F11T-24 1.1 280 58
CKE2M VX510F15T-24 1.5 280 71
CKE2M VX1003F11T-24 1.1 440 30
CKE2M VX1004F15T-24 1.5 400 40
ModelP2
[kW]
Max flow
rate l/min
Max
head mtrs
CKE2 VX309F07T-24 0.75 160 60
CKE2 VX313F11T-24 1.1 160 88
CKE2 VX317F15T-24 1.5 160 112
CKE2 VX505F07T-24 0.75 280 36
CKE2 VX508F11T-24 1.1 280 58
CKE2 VX510F15T-24 1.5 280 71
CKE2 VX516F22T-24 2.2 280 115
CKE2 VX1003F11T-24 1.1 440 30
CKE2 VX1004F15T-24 1.5 440 40
CKE2 VX1006F22T-24 2.2 440 61
CKE2 VX1009F30T-24 3 440 91
CKE2 VX1012F40T-24 4 440 123
CKE2 VX1503F30T-48 3 800 42
CKE2 VX1504F40T-48 4 800 56
Twin pump sets (400 V/3 PH/50 Hz)
Triple pump sets (230 V/1 PH/50 Hz)
ModelP2
[kW]
Max flow
rate l/min
Max
head mtrs
CKE3M VX309F07T-24 0.75 240 60
CKE3M VX313F11T-24 1.1 240 88
CKE3M VX317F15T-24 1.5 240 112
CKE3M VX505F07T-24 0.75 420 36
CKE3M VX508F11T-24 1.1 420 58
CKE3M VX510F15T-24 1.5 420 71
CKE3M VX1003F11T-24 1.1 660 30
CKE3M VX1004F15T-24 1.5 660 40
ModelP2
[kW]
Max flow
rate l/min
Max
head mtrs
CKE3 VX309F07T-24 0.75 240 60
CKE3 VX313F11T-24 1.1 240 88
CKE3 VX317F15T-24 1.5 240 112
CKE3 VX505F07T-24 0.75 420 36
CKE3 VX508F11T-24 1.1 420 58
CKE3 VX510F15T-24 1.5 420 71
CKE3 VX516F22T-24 2.2 420 115
CKE3 VX1003F11T-24 1.1 660 30
CKE3 VX1004F15T-24 1.5 660 40
CKE3 VX1006F22T-24 2.2 660 61
CKE3 VX1009F30T-24 3 660 91
CKE3 VX1012F40T-24 4 660 123
CKE3 VX1503F30T-48 3 1200 42
CKE3 VX1504F40T-48 4 1200 56
Triple pump sets (400 V/3 PH/50 Hz)
Other models and CKE4 four pump sets available on request
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Cat 5 Booster sets Building Services
Packaged pump sets Building Services
Economical variable speed sets (CKE) with break tanks
Be-spoke packaged pump sets
Motor mounted Inverter controlled booster sets with break
tank and support frame. Fully automatic variable speed
units, for commercial and domestic applications. ErP
compliant.
Twin pump package set for heating
boilers.
Four pump set with special
pipework arrangement with variable
speed control panels.
Standard range with twin or triple
variable speed pumps with either
750/1000/1500 or 2000 Ltr break tanks
Other sizes and pump arrangements on request.
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Auxiliary input for low water via probe
in suction manifold.
Volt-free contacts for BMS output.
Full documentation is provided with
each booster set.
ESPA Control Panel advantages
Major feature – Every time power to the
booster set is interrupted, on resumption
of power the controller cycles through
a “filling system” programme.
This eliminates pipework failure due
to hydraulic shock.
Can control up to six frequency-
controlled pumps directly via
inverter “data bus”.
Booster sets Building Services
CKA high specification variable speed
Applications
ESPA Inverter booster sets are designed
to provide an efficient solution to water
boosting applications where existing
supplies are unreliable or insufficient
to meet the demands of commerce
and industry.
ESPA variable speed booster sets
embrace the best in modern control
techniques, whilst holding true
the traditional principles of quality
engineering.
Due to the compact design, ESPA
booster sets offer a small footprint in
relation to performance. Installation is
straightforward, with site work usually
limited to connecting site pipe work
and the provision of a suitable electrical
supply.
Features
Stainless steel suction and discharge
manifolds AISI 304 – Copper (optional
steel) finished in black epoxy coating.
WRAS approved nickel-plated brass
ball valves on each pump providing
individual isolation if necessary.
Anti-vibration mounts as standard.
Steel enclosed panel IP 54,
incorporating the following features:
One or more Danfos inverter(s)
(depending on control choice).
Door interlocked isolator.
Pump controller via transducer.
Manual/Off/Auto parameter
for each pump.
Duty pump alternation by software
control.
CPA high specification fixed speed
Fixed speed booster sets
Transducer-controlled booster series.
Fully automatic units for commercial
and domestic applications.
Espa fixed-speed boosters can be built
to customer specifications providing
automatic control of multiple-phase,
single-phase and three-phase pumps,
in either Duty/Standby,
Duty/Assist and Duty/Assist/Standby.
Low cost fixed speed booster sets
available on request.
Two jockey pumps can be controlled in
variable speed or fixed speed operation.
On a large pump system – has a
“standard anti-cavitation programme”
to prevent damage occurring to pumps
on large multi-pump sets.
Pump alternation can be time of day/
week OR on hours run. Total flexibility.
Password protection.
Please ask our sales team for a quotation or
e-mail on: [email protected]
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Sectional Tanks
Full range of hot press moulded panels.
Designed and manufactured to
BS 280:2001, European standards
EN.13280:2001.
The wide range of panels consist of
2 m x 1 m, 1.5 m x 1 m, 1 m x 1 m, 1 m x 0.
5m and 0.5 m x 0.5 m sizes in varying
configurations for use in side, bottom and
top, which enables tank assemblies.
Up to 2 million litres capacity.
All joints & bolts are sealed with WRAS
approved materials.
Standard ball valve chambers are
supplied and fitted with reinforced ball
valve area(s).
These chambers can be pre-insulated.
Standard size 800 x 800 x 400 mm.
Other features are: Ladders, manways &
inspection hatches, maintenance dividers
and internally flanged panels.
Water GRP break tanks Building Services
One & two piece GRP break tanks
One Piece Tanks
Manufactured from top quality glass
fibre/impregnated with polyester resin.
All materials are WRAS & WRC approved.
Raised ball valve chambers are supplied
with a reinforced ball valve area (s).
These chambers can be preinsulated.
Each tank is supplied with a screen
overflow to BS 6700 whilst tanks
supplied to the requirements of
Byelaw 30 are complete with an
additional 22 mm early warning screen
having a 0.65 mm micromesh filter.
Maintenance dividers can be installed
within the tank (s) to enable maintenance
work without a complete shut down.
Capacities from 36 to 4903 Ltrs actual.
Maximum water temperature 60 °C.
Two piece Tanks
Horizontal split tanks can be made
manufactured in both standard and
custom made versions.
These tanks are used where access is
restricted and the majority are designed
to pass through standard door-ways.
General as above specification.
Capacities from 36-4903 Ltrs actual.
Maximum water temperature 60 °C.
GRP tanks are Light grey in colour
(BS10A05).
Tanks should be situated on a
continuous solid base i.e. marine
plywood, TG board, concrete and
not rely on cross bracing alone.
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Fire sets Building Services
Espa manufactures a complete range of
firefighting booster sets according with
the following rules.
Booster sets to feed sprinklers
EN 12845: 2003.
CEPREVEN RT2 ABA.
APSAD R5.
Models
CE: jockey pump + electric pump.
CD: jockey pump + engine driven pump.
C2E: jockey pump + electric service
pump + electric auxiliary pump.
CED: jockey pump + electric service
pump + engine driven auxiliary pump.
Fire fighting booster sets. Range overview
Booster sets to feed fire hose reels
Booster sets according with the
following rules:
EN 23-500-90.
APSAD R1.
Models
UE: jockey pump + electric pump.
UD: jockey pump + engine driven pump.
U2E: jockey pump + electric service
pump + electric auxiliary pump.
UED: jockey pump + electric service
pump + engine driven auxiliary pump.
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Fire sets Building Services
Components
UE
Jockey pump: Multi.
Electrical driven Service pump. Monobloc.
Control panel.
Pressure vessel 50 l.
4 pressure switches: 3 service pump + 1 jockey.
Fittings and valves.
U2E
Jockey pump: Multi.
Service and auxiliary electrical driven pump. Monobloc.
Control panel.
Pressure vessel 50 l.
7 pressure switches: 3 service pump + 3 auxiliary
pump + 1 jockey.
Fittings and valves.
64
2
10
8
0 ESPA
UD
Jockey pump: Multi.
Diesel engine driven Service pump. Monobloc.
Control panel.
Pressure vessel 50 l.
4 pressure switches: 3 service pump + 1 jockey.
Fittings and valves.
LOMBARDINI
UED
Jockey pump: Multi.
Service electrical driven pump + Diesel engine driven pump.
Control panel.
Pressure vessel 50 l.
7 pressure switches: 3 service pump + 3 auxiliary
pump + 1 jockey.
Fittings and valves.
LOMBARDINI
ESPA010
2
4
8
6
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203
Fire sets Building Services
Components
CE CD
Jockey pump: Multi.
Electrical driven Service pump.
Control panel.
Pressure vessel 50 l.
4 pressure switches: 3 service pump + 1 jockey.
Fittings and valves.
Jockey pump: Multi.
Diesel engine driven Service pump.
Control panel.
Pressure vessel 50 l.
4 pressure switches: 3 service pump + 1 jockey.
Fittings and valves.
C2E CED
Jockey pump: Multi.
Service and auxiliary electrical driven pump.
Control panel.
Pressure vessel 50 l.
7 pressure switches: 3 service pump + 3 auxiliary
pump + 1 jockey.
2 control panel.
Fittings and valves.
Jockey pump: Multi.
Service electrical driven pump + Diesel engine driven pump.
2 control panel for engine driven pump and control panel for
electric pump.
Pressure vessel 50 l.
7 pressure switches: 3 service pump + 3 auxiliary
pump + 1 jockey.
Fittings and valves.
168
204
Accessories Building Services
Manifolds
Material
Stainless steel AISI 304.
AISI 316 on request.
Surface treatment
All manifolds are degreased,
pickled and electropolished.
Welded joints
Tig method without additional material.
Connections
Screwed bsp male gas or flanged PN 16.
Optional
Manifold end caps.
Manifold flange kits.
M 150/200
M 200/125
M 200/150
M 200/100
M 250/150
M 300/200
1 1/2” M
2” M
2” M
2” M
2 1/2” M
3” M
DNM
1” M
1 1/4” M
1 1/2” M
1” M
1 1/2” M
2” M
DNP
600
600
600
600
600
700
A
300
300
300
300
300
360
B
150
150
150
150
150
170
C
370
370
370
370
370
430
D
115
115
115
115
115
135
E
90
90
90
90
90
115
FModel
Discharge
DN40 1 1/2”
DN50 2”
DN65 2 1/2”
DN80 3”
DN100 4”
DN125 5”
DN150 6”
DN200 8”
48.3 mm
60.3 mm
76.1 mm
88.9 mm
114.3 mm
139.7 mm
168.3 mm
219.1 mm
1.5 mm
1.5 mm
2 mm
2 mm
3 mm
3 mm
4 mm
4 mm
25 bar
25 bar
25 bar
25 bar
25 bar
25 bar
25 bar
25 bar
Ø Thickness Max. PressureMain pipe
Other sizes from 65 mm to 200mm PN16 for two to
eight pumps available on request.
A 150/100
A 200/100
A 200/125
A 250/125
A 250/150
A 300/200
1 1/2” M
2” M
2” M
2 1/2” M
2 1/2” M
3” M
1” M
1” M
1 1/4” M
1 1/4” M
1 1/2” M
2” M
600
600
600
600
600
700
300
300
300
300
300
360
65
65
65
65
65
65
DNM DNP A B CModel
Suction
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205
Accessories Building Services
Flexible connectors (W.R.A.S Aproved)
Max workingJP20BS
350
Test
24 bar
24 bar
24 bar
24 bar
24 bar
24 bar
24 bar
24 bar
24 bar
24 bar
16 bar
16 bar
16 bar
16 bar
16 bar
16 bar
16 bar
16 bar
16 bar
16 bar
JP23VS
130
130
130
130
130
130
200
200
200
50 mm
50 mm
65 mm
80 mm
100 mm
125 mm
150 mm
200 mm
250 mm
300 mm
Model
Installed length
JP20BS: Stainless steel screwed connector c/w socket m/f.
JP23VS: Stainless steel flanged PN 16 connector tied.
Steel fanged flexibles with rubber belows available on request.
Floating level switch
The ZIN 15/10 T level regulator is a float
switch which allows the booster set to
not start when the breaktank is empty.
(Low water protection).
Pressure transducers
Series 511 stainless steel pressure
transducers c/w 1.5 m of cable and are
available in several different pressure
ranges: 0-4 bar, 0-6 bar, 0-10 bar, 0-16
bar and 0-25 bar.
Danfos stainless steal pressure
transducer c/w 1.5 m of cable with
pressure range
D06F
D06F
D06F
D06F
D06F
D06F
D15P
D15P
D15P
Model Size Material
1/2”
3/4”
1”
1 1/4”
1 1/2”
2”
50 mm
65 mm
80 mm
Brass
Brass
Brass
Brass
Brass
Brass
Cast iron
Cast iron
Cast iron
Pressure reducing valve
Brass and cast iron pressure reducing valves to reduce outlet pressure between
1.5 - 8 bar, maximum inlet pressure of 25 bar for brass and 16 bar for cast iron.
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206
RBX Surge Arrestor Building Services
Combination Surge Arrestor & Air Release valve
Applications
Dampens effect of water hammer at
pump start up.
Provides vacuum protection when the
pump stops and the riser drains.
Description
Incorporates three design features to
automatically protect building risers
under all operating conditions, surge
and water hammer phenomena.
Effective de-aeration under all pipeline
flow and operating conditions.
Ensures the least possible resistance to
the intake of air and the least possible
negative pressure within a draining riser.
Developed to provide the optimum
usable and safe performance relative to
al functions.
Installation
To be installed at the top of each riser
to protect the complete riser system
An isolating valve should be installed
to facilitate maintenance.
The riser must be chlorinated and
thoroughly flushed before surge
arrestors are fitted.
Benefits
Very low milli second reaction time span
WRAS approved.
Dimensions and weights
Model Pressure Size Max riser Ø A [mm] B [mm] C [Kg]
025RBX PN25 1’’ 200 120 335 1’’BSP 9
050RBX PN25 2’’ 400 165 395 2’’BSP 9.5
A
B
Locking Nuts
Stainless Steel AISI 304
Locating Lugs
Stainless Steel AISI 304
Top Cover
Kumbo ABS 780
Assembly Screws
Cheesehead
Stainless Steel AISI 304
Barrel Seal
Klingersil C4430
Gasket
O - Ring Seal
EPDM Rubber
Anti Shock Orifice
High Density Polyethylene
O - Ring Seat
EPDM Rubber
Barrel
Stainless Steel AISI 304L
Lower Float
High Density Polyethylene
Float Guide
Stainless Steel AISI 304
Baffer Spacer
High Density Polyethylene
Support Screw
Cheesehead
Stainless Steel AISI 304
Bias Spring
Stainless Steel AISI 304
Nuts
Stainless Steel AISI 304
Washer
Stainless Steel AISI 304
Top Float
High Density Polyethylene
Nozzle
Stainless Steel AISI 304
Nozzle Seat
Stainless Steel AISI 304
Tie Rods
Stainless Steel AISI 304
Baffle Plate
Stainless Steel AISI 304
Optional Test Cock Connection1/4’’ BSP/NPT Female
Lower Flange
Mild Steel BS 4360 Grade 43A
Fusion Bonded Epoxy Powder Coated
alternatively Stainless Steel AISI 304
Screwed BSP (ISO R7)/NPT male
Top Flange
Mild Steel BS 4360 Grade 43A
Fusion Bonded Epoxy Powder Coated
alternatively Stainless Steel AISI 304
Materials
171
207
Air & Dirt separation Building Services
For Heating & Venitilation Industry
MAGVENT – An aid to system cleaning. Removal
of potentially damaging particles from hot & cold water
systems. All magnetite which flows through this unit will
be removed 100%. Sizes range between 50-450 mm
forcombined unit air (de-aerator) & dirt separator or
just dirt separator.
Fixed or demountable models.
CLEANVENT – Combines the removal of air and
dirt through a single unit. Installed at the hottest
point in the system, the CLEANVENT will eliminate
these microbubbles from heating & chilled water
systems. Will also remove dirt particles down
to 10 microns.
DOSING POTS – Are required to feed liquid chemicals
such as corrosion inhibitors into closed systems.
The DOSING POTS consist of a mild steel vessel with
inlet (return) and outlet (flow) valves, drain valve,
filling valve, steel tundish, air release valve, wall
mounting brackets and a non-return valve.
Sizes range from 3.5-25 Ltrs.
PLEASE ASK A MENBER OF OUR SALES TEAM
FOR MORE INFORMATION
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208
Glandless Circulators Building Services
MMT high efficiency ECM canned motor and permanent magnets. Variable pressure control and constant speed.
Applications
All heating systems, air condition
systems, closed loop cooling systems
and industrial circulatory systems.
Materials
Housing-Cast iron.
Impeller-Polyamide.
Shaft-Ceramics.
Ventricular wall=Stainless Steel.
Rotor Can-Stainless steel.
Description
High efficiency EMC technology.
Energy savings.
Proportional pressure control.
Constant speed.
Automatic venting.
Low noise operation.
Operation
p-Proportional pressure control
After selecting level, pump recognises the
lowest resistance of the system and
automatically adjusts it’s own strain.
p- Constant speed
After selection, pump works in three
different speeds.
Motor
With permanent magnets.
Energy index EE 0.20.
Built-in motor protection.
Control p or constant speed.
IP 44 protection.
Class F insulation.
Voltage 1~230 V, 50-60 Hz.
Optional analogue input signal 0-10 V.
Equipment
Unions (optional extra).
Limitations
Liquid temperature range +5 to +95 °C.
Water mixed with glycol, parameters must
be checked with over 20% of glycol.
Pure non-explosive liquid media free
from mineral oils and without solids.
Minimum inlet pressure 0.05 bar <75 °C,
0.28 bar <90 °C.
Performance curves
NMT-/40 NMT-/60 NMT-/80
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Glandless Circulators Building Services
Dimensions
Model DN D2 L [mm] b1 [mm] b2 [mm] l [mm] a [mm]
NMT40 15/20/25/32 1’’/5/4’’/6/4’’/2’’ 130/180 80 48 108 27/29/32
NMT60 15/20/25/32 1’’/5/4’’/6/4’’/2’’ 130/180 80 48 108 27/29/32
NMT80 15/20/25/32 1’’/5/4’’/6/4’’/2’’ 130/180 80 48 108 27/29/32
D2
L
b1 b2
a I
DN
Technical features
Model EEI Connection DNPump lenght
[mm]N. Pressure Weight [Kg]
NMT 15/40-130 0.2 Rp 1/2” 15 130 PN 10 bar 1.9
NMT 15/60-130 0.22 Rp 1/2” 15 130 PN 10 bar 1.9
NMT 20/40-130 0.2 Rp 3/4” 20 130 PN 10 bar 2
NMT 20/60-130 0.22 Rp 3/4” 20 130 PN 10 bar 2
NMT 25/40-130 0.2 Rp 1” 25 130 PN 10 bar 2.1
NMT 25/60-130 0.22 Rp 1” 25 130 PN 10 bar 2.1
NMT 20/40-180 0.2 Rp 3/4” 20 180 PN 10 bar 2.3
NMT 20/60-180 0.22 Rp 3/4” 20 180 PN 10 bar 2.3
NMT 25/40-180 0.2 Rp 1” 25 180 PN 10 bar 2.4
NMT 25/60-180 0.22 Rp 1” 25 180 PN 10 bar 2.4
NMT 32/40-180 0.2 Rp 11/4” 32 180 PN 10 bar 2.5
NMT 32/60-180 0.22 Rp 11/4” 32 180 PN 10 bar 2.5
NMT 32/80-180 0.24 Rp 11/4” 32 180 PN 10 bar 2.5
NMT ER versions available with analogue signal 0-10 V.
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210
Glandless Circulators Building Services
MMT SMART high efficiency ECM canned motor and permanent magnets. Variable pressure control and constant speed.
Motor
With permanent magnets.
Energy index EE1 0.21.
Built-in motor protection.
Three control modes (proportional head,
constant head & constant speed).
IP 44 protection.
Class F insulation.
Voltage 1~230 V, 50-60 Hz.
Optional NMTC pump with
communication module (c).
Equipment
Unions (optional extra).
Counter flanges (optional extra).
Limitations
Liquid temperature range +5 to +95 °C.
Water mixed with glycol, parameters
must be checked with over 20% of glycol.
Pure non-explosive liquid media free
from mineral oils and without solids.
Minimum inlet pressure 0.05 bar <75 °C,
0.28 bar <90 °C.
Applications
All heating systems, air condition
systems, closed loop cooling systems
and industrial circulatory systems.
Materials
Housing-Cast iron.
Impeller-PES.
Shaft-Stainless steel
Bearings-Graphite.
Ventricular wall=Stainless steel.
Rotor Can-Stainless steel.
Description
High efficiency EMC technology.
Energy savings.
LED display for control.
Proportional pressure control.
Constant speed.
Automatic venting.
Low noise operation.
Operation
Auto mode (default).
Proportional pressure control.
Constant pressure control.
Constant speed.
Night mode.
SMART 60 SMART 80
Performance curves
SMART 40
New twin pump models NMTD 32-100R
& NMTD 40-100F, check
with our sales team
for more information.
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Glandless Circulators Building Services
Performance curves
SMART 100 SMART 100F SMART 120F
Technical features and dimensions
Model EEI Connection DN D2 I [mm] N. Pressure Weight [Kg]
SMART 25-40/60/80 0.21 25 mm 25 6/4” 190 PN 10 bar 4
SMART 32-40/60/80 0.21 32 mm 32 2” 190 PN 10 bar 4.1
SMART C 25-40/60/80 0.21 25 mm 25 6/4” 222 PN 10 bar 4.2
SMART C 32-40/60/80 0.21 32 mm 32 2” 222 PN 10 bar 4.3
DND2
D2
117 53 I
180
176
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Glandless Circulators Building Services
Technical features and dimensions
Model EEI Connection DN h [mm] a [mm] N. Pressure Weight [Kg]
SMART 40-100F 0.21 40 mm 40 222 75 PN 10 bar 7.4
SMART 50-100F 0.21 50 mm 50 222 82.5 PN 10 bar 8.5
SMART C 40-100F 0.21 40 mm 40 222 75 PN 10 bar 7.6
SMART C 50-100F 0.21 50 mm 50 222 82.5 PN 10 bar 8.7
100
h
a I
117 DN
Technical features and dimensions
Model EEI Connection DN h [mm] I [mm] a [mm] N. Pressure Weight [Kg]
SMART 40-120F 0.21 40 mm 40 250 228 75 PN 10 bar 9
SMART C 40-120F 0.21 40 mm 50 250 260 82.5 PN 10 bar 9
H
a I
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Glandless Circulators Building Services
MNT LAN F high efficiency ECM canned motor and permanet magnets. Variable pressure control and constant speed
Motor
With permanent magnets.
Energy index EE1 0.21.
Built-in motor protection.
Three control modes (proportional head,
constant head & constant speed).
IP 44 protection.
Class F insulation.
Voltage 1~230 V, 50-60 Hz.
Optional NMTC pump with
communication module.
Equipment
Counter flanges (optional extra).
Limitations
Liquid temperature range +2 to +110 °C.
(with max outside temperature up to
+40 °C. Water mixed with glycol,
parameters must be checked with over
20% of glycol.
Pure non-explosive liquid media free
from mineral oils and without solids.
Minimum inlet pressure 0.05 bar <75 °C,
0.28 bar <90 °C.
Applications
All heating systems, air condition
systems, closed loop cooling systems
and industrial circulatory systems.
Materials
Housing-Cast iron.
Impeller-PES.
Shaft-Stainless steel
Bearings-Graphite.
Ventricular wall=Stainless steel.
Rotor Can-Stainless steel.
Description
High efficiency EMC technology.
Energy savings.
LED display for control.
Proportional pressure control.
Constant speed.
Automatic venting.
Low noise operation.
Operation
Auto mode (default).
Proportional pressure control.
Constant pressure control.
Constant speed.
Night mode.
Performance curves
LAN 40 LAN 50
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Glandless Circulators Building Services
Performance curves
LAN 65 LAN 80/100
Technical features and dimensions
Model Connection DN L [mm] A [mm] B [mm] C [mm] a [mm] N. Pressure Weight [Kg]
NMT LAN 40 40 mm 40 250 189 321 65 PN 10 bar 24
NMTD LAN 40 40 mm 40 250 403 321 65 PN 10 bar 47
NMT LAN 50 50 mm 50 280 189 355 70 PN 10 bar 31
NMTD LAN 50 50 mm 50 280 403 355 70 PN 10 bar 60
NMT LAN 65 65 mm 65 340 189 369 80 PN 10 bar 36
NMTD LAN 65 65 mm 65 340 403 369 80 PN 10 bar 63
NMT LAN 80 80 mm 80 360 189 403 100 PN 6 bar 44
NMT LAN 80 80 mm 80 360 403 403 100 PN 10 bar 44
NMTD LAN 80 80 mm 80 360 189 403 100 PN 6 bar 81
NMTD LAN 80 80 mm 80 360 403 403 100 PN 10 bar 81
NMT LAN 100 100 mm 100 360 189 403 105 PN 10 bar 47
255
DNb1
b4 DN
255h
h1
a I
a
h
h/2
I
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Glandless Circulators Building Services
SAN high efficiency ECM canned motor and permanet magnets for domestic hot water
Motor
With permanent magnets.
Built-in motor protection.
Shaftless spherical motor with
ECM technology.
IP 44 protection.
Class F insulation.
Voltage 1~230 V, 50-60 Hz
Option with thermostat with
temperature range 20-70 °C.
Option with timer.
Equipment
Brass unions (optional extra).
Limitations
Liquid temperature range 95 °C.
Water mixed with glycol, parameters must
be checked with over 20% of glycol.
Pure non-explosive liquid media free
from mineral oils and without solids.
Minimum inlet pressure 0.05 bar <75 °C,
0.28 bar <90 °C.
Applications
Domestic hot water secondary
systems.
Materials
Housing-Bronze.
Impeller-Polyamide.
Bearings-Ceramic.
Description
High efficiency EMC technology.
Energy savings.
Four possible performances:
B version with bronze housing.
BU version with bronze housing
and timer.
BTU model with bronze housing
thermostat & timer.
GT version with bronze housing
and thermostat.
Specially adapted to the
independence of lime scale.
Operation
The pump automatically adjusts the
pressure according to the system
resistance. The timer installation is
possible for selecting the starting
time of the operation and adjusting
the thermostat.
Model Connection DN Pump Lenght N. Pressure A [mm] B [mm] C [mm] Weight [Kg]
ECO SAN 15/15B 1/2’’ 15 65mm PN 10 bar 163 150 110 0.9
ECO SAN 15/15BU 1/2’’ 15 65mm PN 10 bar 163 150 110 1
ECO SAN 15/15BTU 1/2’’ 15 65mm PN 10 bar 163 150 110 1
ECO SAN 15/15BTU 1/2’’ 15 65mm PN 10 bar 163 150 110 1
Technical features and dimensions
Performance curves
0.90.750.60.450.30.150 Q [m3/h]
1
1
1.2
0.8
0.6
0.4
0.2
0
H
[m]A
118
G1/2’’
105
B
C
76
35
65 72
180
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Glandless Circulators Building Services
SAN NMT high efficiency ECM canned motor and permanet magnets for domestic hot water
Equipment
Unions (optional extra).
Limitations
Liquid temperature range +5 to +95 °C.
Water mixed with glycol, parameters must
be checked with over 20% of glycol.
Pure non-explosive liquid media free
from mineral oils and without solids.
Minimum inlet pressure 0.05 bar <75 °C,
0.28 bar <90 °C.
Applications
Domestic hot water secondary
systems.
Materials
Housing-Bronze.
Impeller-Polyamide.
Shaft-Ceramics.
Ventricular wall=Stainless steel.
Rotor Can-Stainless steel.
Description
Multi speed control.
Motor
With permanent magnets.
Built-in motor protection.
IP 44 protection.
Class F insulation.
Voltage 1~230 V, 50-60 Hz.
Technical features and dimensions
Performance curves
SAN NMT 40 SAN NMT 80SAN NMT 60
Model Connection DN Pump Lenght D2 b1 [mm] b2 [mm] l [mm] a [mm] N. Pressure [Kg]
SAN NMT ECO 20/40-130 3/4’’ 20 130 mm 11/4’’ 80 48 108 29 PN 10 bar 2.1
SAN NMT ECO 25/40-130 1’’ 25 130 mm 11/2’’ 80 48 108 32 PN 10 bar 2.2
SAN NMT ECO 20/60-130 3/4’’ 20 130 mm 11/4’’ 80 48 108 29 PN 10 bar 2.1
SAN NMT ECO 25/60-130 1’’ 25 130 mm 11/2’’ 80 48 108 32 PN 10 bar 2.2
SAN NMT ECO 20/80-130 3/4’’ 20 130 mm 11/4’’ 80 48 108 29 PN 10 bar 2.1
SAN NMT ECO 25/80-130 1’’ 25 130 mm 11/2’’ 80 48 108 32 PN 10 bar 2.2
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Glandless Circulators Building Services
SAN NMT ECO high efficiency ECM canned motor and permanet magnets. Variable pressure control and constant speed
Motor
With permanent magnets.
Energy index EE 0.20.
Built-in motor protection.
Control p or constant speed.
IP 44 protection.
Class F insulation.
Voltage 1~230 V, 50-60 Hz.
Optional analogue input signal 0-10 V.
Equipment
Unions (optional extra).
Limitations
Liquid temperature range +5 to +95 °C.
Water mixed with glycol, parameters must
be checked with over 20% of glycol.
Pure non-explosive liquid media free
from mineral oils and without solids.
Minimum inlet pressure 0.05 bar <75 °C,
0.28 bar <90 °C.
Applications
Domestic hot water secondary
systems.
Materials
Housing-Bronze.
Impeller-Polyamide.
Shaft-Ceramics.
Ventricular wall=Stainless steel.
Rotor Can-Stainless steel.
Description
High efficiency EMC technology.
Energy savings.
Proportional pressure control.
Constant speed.
Automatic venting.
Low noise operation.
Operation
p-Proportional pressure control
After selecting level, pump
recognises the lowest resistance
of the system and automatically
adjusts it’s own strain.
p- Constant speed
After selection, pump works in three
different speeds.
SAN NMT ECO 60 SAN NMT ECO 80
Performance curves
SAN NMT ECO 40
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Glandless Circulators Building Services
Technical features and dimensions
Model Connection DN Pump Lenght D2 b1 [mm] b2 [mm] l [mm] a [mm] N. Pressure [Kg]
SAN NMT ECO 20/40-130 3/4’’ 20 130 mm 1 1/4’’ 80 48 108 29 PN 10 bar 2.1
SAN NMT ECO 25/40-130 1’’ 25 130 mm 1 1/2’’ 80 48 108 32 PN 10 bar 2.2
SAN NMT ECO 20/60-130 3/4’’ 20 130 mm 1 1/4’’ 80 48 108 29 PN 10 bar 2.1
SAN NMT ECO 25/60-130 1’’ 25 130 mm 1 1/2’’ 80 48 108 32 PN 10 bar 2.2
SAN NMT ECO 20/80-130 3/4’’ 20 130 mm 1 1/4’’ 80 48 108 29 PN 10 bar 2.1
SAN NMT ECO 25/80-130 1’’ 25 130 mm 1 1/2’’ 80 48 108 32 PN 10 bar 2.2
D2
L
b1 b2
a I
DNDN 20
D2
L
b1 b2
a I
DNDN 25
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Glandless Circulators Building Services
GHN SOL canned motor and permanet magnets for domestic solar systems
Equipment
Unions (optional extra).
Limitations
Liquid temperature range -10 to +110 °C.
Environment temperature range
0- +40 °C.
Max working pressure at 50/80/100.
Applications
Domestic solar systems.
Materials
Housing-Cast Iron.
Impeller-Polyamide/Noryl.
Shaft-Ceramics.
Ventricular wall=Stainless steel.
Rotor Can-Stainless steel.
Description
Single head glandless.
Flow range 3 – 5.5.m3/h.
Max head 7 mtr.
System pressure PN 10 bar.
Two speed.
Port to port length 130 & 180 mm.
Motor
With permanent magnets.
IP 44 protection.
Class H insulation.
Power supply 230 V / 1ph / 50Hz.
GHN SOL 60 GHN SOL 70
Performance curves
GHN SOL 40
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Glandless Circulators Building Services
Technical features and dimensions
D2
L
b1 b2
a I
DNDN 15
D2
L
b1 b2
a I
DNDN 25
Model Connection DN Pump Lenght N. Pressure [Kg]
GHN SOL 15/40-130 1/2’’ 15 130 mm PN 10 bar 2.1
GHN SOL 15/60-130 1/2’’ 15 130 mm PN 10 bar 2.1
GHN SOL 15/70-130 1/2’’ 15 130 mm PN 10 bar 2.3
GHN SOL 25/40-130 1’’ 25 130 mm PN 10 bar 2.3
GHN SOL 25/60-130 1’’ 25 130 mm PN 10 bar 2.3
GHN SOL 25/70-130 1’’ 25 130 mm PN 10 bar 2.4
GHN SOL 25/40-180 1’’ 25 180 mm PN 10 bar 2.6
GHN SOL 25/60-180 1’’ 25 180 mm PN 10 bar 2.6
GHN SOL 25/70-180 1’’ 25 180 mm PN 10 bar 2.7
185
221
Applications
Water supply and pressure boosting,
irrigation. Circulation of hot water and
liquid refrigerants in air conditioning
systems.
Motor
Three-phase asynchronous motor.
IP 55 protection.
Class F insulation.
Standard voltage:
230/400 V 50 Hz up to 4 kW,
400/690 V 50 Hz for higher power.
FL: 2 pole motors (2900 rpm).
FL4: 4 pole motors (1450 rpm).
Efficiency IE2.
Counter flanges available on request.
FL/FL4 Building Services
Single In line electric monobloc pumps in cast iron
Materials
Pump body, shield, lantern and cover
in cast iron.
Impeller: in cast iron (stainless steel
or bronze on request at extra cost).
Shaft: AISI 420 stainless steel.
Mechanical seal: silicon carbide/
silicon carbide.
Limitations
Maximum ambient temperature: +40 °C.
Temperature of pumped liquid:
-10 °C +130 °C.
Maximum operating pressure: 10 bar.
Maximum liquid viscosity: 5 °C.
Field of application at 2900 rpm
8
10
15
20
25
30
40
50
H
[m]
FL
1.2 3 6 12 24 60 120 Q [m3/h]
Field of application at 1450 rpm
1.2
3
4
5
6
8
10
15
20
H
[m]
3 6 12 24 60 120 180 Q [m3/h]
FL4
Curves obtained in accordance with ISO9906, appendix A
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222
FL/FL4 40 Building Services
Hydraulic performance table at 2900 rpm
ModelI [A] P2 l/min 0 100 125 150 175 200 225 250 300 350 400 450 500
3~ 400 V [kW] [HP] m3/h 0 6 7.5 9 10.5 12 13.5 15 18 21 24 27 30
FL 40x100B 1.5 0.55 0.75
mw
c
12.1 11.8 11.4 11 10.5 9.9 9.3 8.6 7
FL 40x100A 1.7 0.75 1 14 13.5 13.3 13 12.5 12 11.4 10.7 9 7
FL 40x125C 1.7 0.75 1 17 15.3 14.5 13.7 12.7 11.6 10.4 9 6
FL 40x125B 2.5 1.1 1.5 21.5 20.5 20 19 18 17 15.8 14.5 11.3 7.5
FL 40x125A 3.4 1.5 2 25 24.5 24.1 23.5 22.8 22 21 19.5 16.5 13
FL 40x160C 4.4 2.2 3 29 28.5 28 27.5 26.5 25.5 24.4 23 20 15
FL 40x160B 5.9 3 4 34.2 33.5 33 32.5 32 31 30 29 26 22.5
FL 40x160A 5.9 3 4 38.5 38 37.5 37 36 35 34 33 30 26.5
FL 40x200C 7.8 4 5.5 47 47 46.5 45.8 45 44 43 42 39.5 36.3 33
FL 40x200B 10.4 5.5 7.5 55 55 54.7 54.3 53.5 53 52 51 48.5 45.7 42.3
FL 40x200A 14.2 7.5 10 62.5 62 61.5 61 60 59.2 58.2 57.3 55 52.5 49 45 40
Hydraulic performance table at 1450 rpm
ModelI [A] P2 l/min 0 40 50 75 100 125 150 175 200 225 250 300
3~ 400 V [kW] [HP] m3/h 0 2.4 3 4.5 6 7.5 9 10.5 12 13.5 15 18
FL4 40x100X 0.9 0.25 0.33
mw
c
3.7 3.65 3.6 3.45 3.3 2.9 2.5
FL4 40x125Y 0.9 0.25 0.33 4.8 4.5 4.4 4 3.5 2.95 2.2
FL4 40x125X 0.9 0.25 0.33 6.2 6.2 6.1 5.8 5.3 4.6 3.8 2.9
FL4 40x160X 1.3 0.37 0.5 9.5 9.4 9.2 8.9 8.4 7.7 6.9 5.8 4.7
F4L 40x200Y 1.8 0.75 1 13.5 13 12.8 12.4 11.9 11.3 10.6 9.8 9 8 6
FL4 40x200X 2.5 1.1 1.5 15 14.6 14.3 13.9 13.3 12.6 11.8 10.9 10 8
Dimensions and weights
ModelDNm
DNaA B C D E F G H I [Kg]
FL 40x100B 40 PN6 445 90 355 184 77 107 260 140 120 16
FL 40x100A 40 PN6 445 90 355 184 77 107 260 140 120 16
FL 40x125C 40 PN16 425 100 325 200 93 107 300 160 140 24
FL 40x125B 40 PN16 445 100 345 211 93 118 300 160 140 25
FL 40x125A 40 PN16 445 100 345 211 93 118 300 160 140 26
FL 40x160C 40 PN16 445 100 345 226 108 118 320 170 150 30
FL 40x160B 40 PN16 485 100 385 257 108 149 320 170 150 35
FL 40x160A 40 PN16 485 100 385 257 108 149 320 170 150 36
FL 40x200C 40 PN16 525 100 425 286 127 159 380 200 180 50
FL 40x200B 40 PN16 535 100 435 286 127 159 380 200 180 55
FL 40x200A 40 PN16 535 100 435 286 127 159 380 200 180 55
FL4 40x100X 40 PN6 445 90 355 184 77 107 260 140 120 16
FL4 40x125Y 40 PN6 425 100 325 200 93 107 300 160 140 20
FL4 40x125X 40 PN16 425 100 325 200 93 107 300 160 140 20
FL4 40x160X 40 PN16 425 100 325 215 108 107 320 170 150 23
F4L 40x200Y 40 PN16 445 100 345 245 127 118 380 200 180 30
FL4 40x200X 40 PN16 445 100 345 245 127 118 380 200 180 31
DN a b c d e
40 PN6 80 100 130 4 14
40 PN10 88 110 150 4 18
n°d1 holes ø e
DN a b c
G
I H
F
C
F
B
D
A
187
223
FL/FL4 50 Building Services
Hydraulic performance table at 2900 rpm
Hydraulic performance table at 1450 rpm
Dimensions and weights
n°d1 holes ø e
DN a b c
G
I H
F
C
F
B
D
A
ModelI [A] P2 l/min 0 250 300 350 400 450 500 600
3~ 400 V [kW] [HP] m3/h 0 15 18 21 24 27 30 36
FL 50x125C 3.4 1.5 2
mw
c
16.5 15.5 15 14.1 13 11.8 10.5 7
FL 50x125B 4.4 2.2 3 20 19 18.5 17.5 16.5 15.5 14.5 10.5
FL 50x125A 5.9 3 4 25 24.5 24 23.5 23 22 20.5 17
FL 50x160B 5.9 3 4 31 30 29 28 26.5 25 23 18
FL 50x160A 7.8 4 5.5 38 36.5 35.5 34.5 33.5 32.5 31 27
FL 50x200C 10.4 5.5 7.5 47 45.7 44.2 42.8 41.1 39.2 37 31
FL 50x200B 14.2 7.5 10 51.5 51 50 49 47.5 45 42.5 37
FL 50x200A 14.2 7.5 10 58.5 56.5 55.5 54.5 53 51 49 44
ModelI [A] P2 l/min 0 100 125 150 175 200 225 250 300 350 400
3~ 400 V [kW] [HP] m3/h 0 6 7.5 9 10.5 12 13.5 15 18 21 24
FL4 50x125Y 0.9 0.25 0.33
mw
c
4.8 4.6 4.5 4.3 4.1 3.9 3.6 3.3 2.4
FL4 50x125X 1.3 0.37 0.5 6.4 6.3 6.2 6.1 6 5.8 5.6 5.25 4.4 3
FL4 50x160X 1.6 0.55 0.75 9.2 8.8 8.6 8.3 8 7.7 7.3 6.9 5.9 4.5
F4L 50x200Y 2.5 1.1 1.5 13 12.7 12.4 12.1 11.7 11.2 10.7 10 8.6 6.8
FL4 50x200X 2.5 1.1 1.5 14.5 14.2 14 13.8 13.4 13 12.5 11.8 10.2 8.3 6
DN a b c d e
50 102 125 165 4 18
ModelDNm
DNaA B C D E F G H I [Kg]
FL 50x125C 50 455 110 345 221 103 118 320 180 140 27
FL 50x125B 50 455 110 345 221 103 118 320 180 140 28
FL 50x125A 50 495 110 385 252 103 149 320 180 140 32
FL 50x160B 50 495 110 385 262 113 149 340 180 160 32
FL 50x160A 50 535 110 425 272 113 159 340 180 160 42
FL 50x200C 50 545 110 435 290 131 159 400 220 180 56
FL 50x200B 50 545 110 435 290 131 159 400 220 180 57
FL 50x200A 50 545 110 435 290 131 159 400 220 180 64
FL4 50x125Y 50 435 110 325 210 103 107 320 180 140 21
FL4 50x125X 50 435 110 325 210 103 107 320 180 140 22
FL4 50x160X 50 435 110 325 220 113 107 340 180 160 25
F4L 50x200Y 50 495 110 385 280 131 149 400 220 180 36
FL4 50x200X 50 495 110 385 280 131 149 400 220 180 36
188
224
FL/FL4 65 Building Services
Hydraulic performance table at 2900 rpm
Dimensions and weights
n°d1 holes ø e
DN a b c
G
I H
F
C
F
B
D
A
ModelI [A] P2 l/min 0 400 450 500 600 700 800 900 1000
3~ 400 V [kW] [HP] m3/h 0 24 27 30 36 42 48 54 60
FL 65x125C 4.4 2.2 3
mw
c
18.5 17 16.5 16 15 13 11 9
FL 65x125B 5.9 3 4 22.5 21 20.5 20 19 17.5 16 14 12
FL 65x125A 7.8 4 5.5 26.5 25.5 25.3 25 24 23 21.5 20 18
FL 65x160B 10.4 5.5 7.5 33 32.5 32 31.5 30.5 29.5 28 26 23.5
FL 65x160A 14.2 7.5 10 37 37 36.5 36 35 34 32.5 31 29
FL 65x200B 19.8 11 15 52 50.7 50.2 49.5 48 45.6 42.9 39.7 37
FL 65x200A 27 15 20 58.5 58 57.5 57 55 53 50 46.5 42.5
ModelDNm
DNaA B C D E F G H I [Kg]
FL 65x125C 65 485 140 345 226 108 118 360 205 155 32
FL 65x125B 65 525 140 385 257 108 149 360 205 155 39
FL 65x125A 65 565 140 425 267 108 159 360 205 155 43
FL 65x160B 65 575 140 435 281 122 159 400 220 180 54
FL 65x160A 65 680 140 540 306 122 184 400 220 180 61
FL 65x200B 65 680 140 540 320 136 184 440 240 200 70
FL 65x200A 65 680 140 540 320 136 184 440 240 200 77
FL4 65x125Y 65 465 140 325 215 108 107 360 205 155 25
FL4 65x125X 65 465 140 325 215 108 107 360 205 155 26
FL4 65x160Y 65 480 140 345 240 122 118 400 220 180 32
FL4 65x160X 65 480 140 345 240 122 118 400 220 180 33
F4L 65x200Y 65 525 140 385 285 136 149 440 240 200 38
FL4 65x200X 65 525 140 385 285 136 149 440 240 200 40
DN a b c d e
65 122 145 185 4 18
Hydraulic performance table at 1450 rpm
ModelI [A] P2 l/min 0 200 225 250 300 350 400 450 500 600 700
3~ 400 V [kW] [HP] m3/h 0 12 13.5 15 18 21 24 27 30 36 42
FL4 65x125Y 1.3 0.37 0.5
mw
c
5.4 5.2 5.1 5 4.8 4.5 4.05 3.5
FL4 65x125X 1.6 0.55 0.75 6.5 6.2 6.1 6 5.8 5.5 5.2 4.9 4.4
FL4 65x160Y 1.8 0.75 1 8.2 8.2 8.1 7.9 7.7 7.4 7 6.5 5.9 4
FL4 65x160X 2.5 1.1 1.5 9.1 9 8.9 8.8 8.6 8.4 8.1 7.7 7.2 5.5
F4L 65x200Y 2.5 1.1 1.5 12.5 12.4 12.2 12 11.5 10.8 10 9 8 5.8
FL4 65x200X 3.4 1.5 2 14.4 14.3 14.2 14.1 13.7 13 12.3 11.3 10.2 7.8 5
189
225
FL/FL4 80 Building Services
Hydraulic performance table at 2900 rpm
Dimensions and weights
n°d1 holes ø e
DN a b c
G
I H
F
C
F
B
D
A
ModelI [A] P2 l/min 0 700 800 900 1000 1250 1500 1750 2000 2250
3~ 400 V [kW] [HP] m3/h 0 42 48 54 60 75 90 105 120 135
FL 80x160C 19.8 11 15
mw
c
31 30.3 30 29.5 29 26.5 24 20.5 16
FL 80x160B 27 15 20 37 36.5 36 35.2 34.5 32.7 30.1 27 23 19
FL 80x160A 27 15 20 42 40.8 40.5 40 39.4 38 35.5 33 29 24
FL 80x200D 27 15 20 44 44 43.5 43 41.5 39 35.5 31.5
FL 80x200C 33.3 18.5 25 51 50.2 49.9 49.5 48.5 46.5 43.5 39.5 35
FL 80x200B 38.6 22 30 57 57 56.5 56 55 53.5 51 47.7 42.5
Hydraulic performance table at 1450 rpm
ModelI [A] P2 l/min 0 300 350 400 450 500 600 700 800 900 1000 1100 1200
3~ 400 V [kW] [HP] m3/h 0 18 21 24 27 30 36 42 48 54 60 66 72
FL4 80x160Y 2.5 1.1 1.5
mw
c
8.7 8.6 8.5 8.4 8.3 8.2 8 7.5 6.8 6 5
FL4 80x160X 3.4 1.5 2 10.3 10.2 10.1 10 9.9 9.8 9.4 9 8.5 7.7 6.5
F4L 80x200Y 5.1 2.2 3 12.6 12.5 12.4 12.3 12.1 11.7 11.1 10.5 9.6 8.5
FL4 80x200X 6.5 3 4 15.4 15.2 15 14.6 14.3 13.6 12.8 12 11
ModelDNm
DNaA B C D E F G H I [Kg]
FL 80x160C 80 455 110 345 221 103 118 320 180 140 27
FL 80x160B 80 455 110 345 221 103 118 320 180 140 28
FL80x160A 80 495 110 385 252 103 149 320 180 140 32
FL 80x200D 80 495 110 385 262 113 149 340 180 160 32
FL 80x200C 80 535 110 425 272 113 159 340 180 160 42
FL 80x200B 80 545 110 435 290 131 159 400 220 180 56
FL4 80x160Y 80 435 110 325 210 103 107 320 180 140 21
FL4 80x160X 80 435 110 325 210 103 107 320 180 140 22
F4L 80x200Y 80 495 110 385 280 131 149 400 220 180 36
FL4 50x200X 80 495 110 385 280 131 149 400 220 180 36
DN a b c d e
80 138 160 200 4 18
190
226
FL/FL4 100 Building Services
Hydraulic performance table at 2900 rpm
Dimensions and weights
n°d1 holes ø e
DN a b c
G
I H
F
C
F
B
D
A
ModelI [A] P2 l/min 0 1000 1250 1500 1750 2000 2250 2500 2750 3000 3500
3~ 400 V [kW] [HP] m3/h 0 60 75 90 105 120 135 150 165 180 210
FL 100x160D 19.8 11 15
mw
c
24.8 23.8 23.1 22 20.8 19.5 18 16.5 15
FL 100x160C 27 15 20 29.4 28.5 27.8 27 25.8 24.5 23.2 21.7 20.1 18.5
FL 100x160B 27 15 20 35 34 33.3 32.6 31.7 30.6 29.2 27.6 26 24.2
FL 100x200D 33.3 18.5 25 42 42 41 40 38.5 37 35.2 33 30.5 28
FL 100x200C 38.6 22 30 47 47 46.5 45.5 44.5 43 41.2 39 36.5 34
FL 100x200B 52.7 30 40 55.8 54.8 54 53.2 52 50.5 49 47 45 42.5 37
FL 100x200A 65 37 50 57 57 56.6 56.4 55.8 55 54 52.5 50.5 48 42
FL 100x250D 65 37 50 68.2 68 67 66 65 63.2 61 58.3 55 47
Hydraulic performance table at 1450 rpm
ModelI [A] P2 l/min 0 600 700 800 900 1000 1100 1200 1300 1500 1750 2000
3~ 400 V [kW] [HP] m3/h 0 36 42 48 54 60 66 72 78 90 105 120
FL4 100x160Y 3.4 1.5 2
mw
c
8 7.7 7.5 7.3 7 6.7 6.4 6.1 5.8 5
FL4 100x160X 5.1 2.2 3 10 9.7 9.5 9.3 9 8.8 8.5 8.2 7.9 7.1 6
FL4 100x200Y 8.5 3 4 12.8 12 11.7 11.5 11.3 11 10.5 10 9.5 8.5 7
FL4 100x200X 6.5 4 5.5 15 14.5 14.2 14 13.8 13.5 13.1 12.7 12.2 11 9 6.5
FL4 100x250Y 10.8 5.5 7.5 20 19 18.5 18 17.5 17 16 14 12
FL4 100x250X 14.4 7.5 10 23.5 22.2 21.9 21.6 21.2 20.9 20 18.5 16.8
ModelDNm
DNaA B C D E F G H I [Kg]
FL 100x160D 100 730 190 540 320 136 184 525 300 225 76
FL 100x160C 100 730 190 540 320 136 184 525 300 225 84
FL 100x160B 100 730 190 540 320 136 184 525 300 225 91
FL 100x200D 100 890 190 710 386 156 230 550 300 250 135
FL 100x200C 100 890 190 710 386 156 230 550 300 250 153
FL 100x200B 100 995 190 805 413 156 257 550 300 250 195
FL 100x200A 100 995 190 805 413 156 257 550 300 250 213
FL 100x250D 100 995 190 805 433 176 257 600 320 280 220
FL4 100x160Y 100 575 190 385 285 136 149 525 300 225 45
FL4 100x160X 100 615 190 425 295 136 159 525 300 225 50
FL4 100x200Y 100 615 190 425 315 156 159 550 300 250 66
FL4 100x200X 100 625 190 435 315 156 159 550 300 250 73
FL4 100x250Y 100 730 190 540 360 176 184 600 320 280 96
FL4 100x250X 100 730 190 540 360 176 184 600 320 280 106
DN a b c d e
100 158 180 220 8 18
FL 125 models available on request
191
227
Applications
Water supply and pressure boosting,
irrigation. Circulation of hot water and
liquid refrigerants in air conditioning
systems.
Motor
Three-phase asynchronous motor.
IP 55 protection.
Class F insulation.
Standard voltage:
230/400 V 50 Hz up to 4 kW,
400/690 V 50 Hz for higher power.
FL: 2 pole motors (2900 rpm).
FL4: 4 pole motors (1450 rpm).
Efficiency IE2.
Counter flanges available on request.
FLD/FLD4 Building Services
Twin In line electric monobloc pumps in cast iron
Materials
Pump body, shield, lantern and cover
in cast iron.
Impeller: in cast iron (stainless steel
or bronze on request at extra cost).
Shaft: AISI 420 stainless steel.
Mechanical seal: silicon carbide/
silicon carbide.
Limitations
Maximum ambient temperature: +40 °C.
Temperature of pumped liquid:
-10 °C +130 °C.
Maximum operating pressure: 10 bar.
Maximum liquid viscosity: 5 °C.
Field of application at 2900 rpm
Field of application at 1450 rpm
Curves obtained in accordance with ISO9906, appendix A
FLD
40
30
25
20
15
10
8
6
H
[m]
12060241263 Q [m3/h]
120602412631.20.6 Q [m3/h]
15
10
8
6
5
4
3
2
H
[m]
FLD4
192
228
FLD/FLD4 Building Services
Hydraulic performance table at 2900 rpm
FLD 40, 50, 65
ModelI [A] P2 l/min 0 100 150 200 225 225 225 225 225 225 500 600 700 800 900 1000
3~ 400 V [kW] [HP] m3/h 0 6 9 12 13.5 13.5 13.5 13.5 13.5 13.5 30 36 42 48 54 60
FLD 40x125D 1.7 0.75 1m
wc
25 12.5 10.5 8.1 6.8 5.2
FLD 40x125C 1.7 0.75 1 17 16.5 14.5 12.3 11 9.5 6
FLD 40x125B 2.5 1.1 1.5 21.5 20.5 19 17 16 15 11.5 7.5
FLD 40x125A 3.4 1.5 2 25 24.5 23.5 22 21 20 16.5 13
FLD 50x125C 3.4 1.5 2 16.8 15.5 15 14.1 13 11.8 10.5 7
FLD 50x125B 4.4 2.2 3 20 19 18.5 17.6 16.6 15.5 14.2 10.5
FLD 50x125A 5.9 3 4 25 24.5 24 23.5 23 22 20.5 17
FLD 50x160B 5.9 3 4 31 30 29 28 26.5 25 23 18
FLD 50x160A 7.8 4 5.5 38 36.5 35.6 34.6 33.5 32.3 30.7 26.5
FLD 65x160D 5.9 3 4 24 23 22.5 22 21.5 19.8 17.5 15
FLD 65x160C 7.8 4 5.5 27.5 26.5 26 25.5 24.3 22.6 20.2 18
FLD 65x160B 10.4 5.5 7.5 33 32.5 32 31.5 30.5 29.5 28 26 23.5
FLD 65x160A 14.2 7.5 10 37 37 36.5 36 35 34 32.5 31 29
FLD 80, 100
ModelI [A] P2 l/min 0 700 800 1000 1250 1500 1750 2000 2250 2500 2750 3000 3250 3500 3750 4000
3~ 400 V [kW] [HP] m3/h 0 42 48 60 75 90 105 120 135 150 165 180 195 210 225 240
FLD 80x160D 14.2 7.5 10
mw
c
26.1 25.3 24.9 23.4 20.5 17 12.7
FLD 80x160C 19.8 11 15 31 30.5 30 28.9 26.8 24 20.5 16
FLD 80x160B 27 15 20 37 36.5 36 34.5 32.5 30 27 23 19
FLD 80x160A 27 15 20 42 41 40.5 39.5 37.7 35.5 32.5 28.8 24
FLD 100x200F 27 15 20 34 33 32.2 30.7 29 26.8 24.5 22 19
FLD 100x200E 27 15 20 39 37.5 36.5 35 33 31 28.5 26
FLD 100x200D 19.8 11 15 25.3 24.5 23.5 22 20.5 18.5 16 13.5 10.5 7 3
FLD 100x200C 27 15 20 28 27.5 26.5 25.5 24 22 20 17.5 15 12 8.6 5
FLD 100x200B 27 15 20 29 28 27 25.5 23.5 21.5 19 16.5 13.8 10.8 7.5 3
FLD 100x200A 27 15 20 31 29 27.7 26 24.3 22 19.6 17.2 14.3 11.3 7.5 3.5
FLD4 80, 100
Hydraulic performance table at 1450 rpm
FLD4 40, 50, 65
ModelI [A] P2 l/min 0 40 50 75 100 125 150 175 200 225 250 300 350 400 450 500 600
3~ 400 V [kW] [HP] m3/h 0 2.4 3 4.5 6 7.5 9 10.5 12 13.5 15 18 21 24 27 30 36
FLD4 40x125Z 1.4 0.25 0.33
mw
c
4 3.7 3.6 3.15 2.6 1.9
FLD4 40x125Y 1.4 0.25 0.33 6.2 4.6 4.5 4.1 3.6 3 2.2
FLD4 40x125X 1.4 0.25 0.33 6.3 6.2 6.05 5.7 5.2 4.6 3.9 3
FLD4 50x125Y 1.4 0.25 0.33 4.8 4.6 4.5 4.3 4.1 3.9 3.6 3.3 2.4
FLD4 50x125X 2.2 0.37 0.5 6.4 6.3 6.2 6.1 6 5.8 5.5 5.2 4.4 3
FLD4 50x160X 2.7 0.55 0.75 9.2 8.8 8.6 8.3 8 7.7 7.3 6.9 5.9 4.5
FLD4 65x160Z 1.8 0.55 0.75 6.8 6.6 6.5 6.4 6.1 5.7 5.1 4.3 3.3
FLD4 65x160Y 1.8 0.75 1 8.3 8.1 8 7.9 7.7 7.4 7 6.5 5.8 4
FLD4 65x160X 2.5 1.1 1.5 9.1 9 8.9 8.8 8.6 8.4 8.1 7.7 7.1 5.5
ModelI [A] P2 l/min 0 300 350 400 450 500 600 700 800 900 1000 1100 1200 1300 1500 1750 2000
3~ 400 V [kW] [HP] m3/h 0 18 21 24 27 30 36 42 48 54 60 66 72 78 90 105 120
FLD4 80x160W 1.8 0.75 1
mw
c
6.4 6.3 6.2 6.1 5.9 5.6 4.9 4.1 3.2
FLD4 80x160Z 2.5 1.1 1.5 7.3 7.3 7.2 7.1 7 6.8 6.3 5.6 4.8 3.9
FLD4 80x160Y 2.5 1.1 1.5 8.6 8.6 8.5 8.4 8.3 8.2 7.9 7.4 6.8 6 5
FLD4 80x160X 3.4 1.5 2 10.3 10.2 10.1 10 9.9 9.8 9.45 9 8.4 7.5 6.5
FLD4 100x200W 3.4 1.5 2 8.5 8.1 7.8 7.4 7 6.5 6 5.3 4.6 3.8
FLD4 100x200Z 5.1 2.2 3 10.4 10 9.7 9.3 8.9 8.5 8 7.5 7 6
FLD4 100x200Y 6.5 3 4 12.8 12 11.8 11.6 11.3 10.9 10.5 10 9.5 8.5 7
FLD4 100x200X 8.5 4 5.5 15 14.4 14.2 14 13.8 13.5 13.1 12.7 12.2 11 9 6.5
193
229
FLD/FLD4 Building Services
A
D
C
B
F
E
M
M
G
H I
A
D
C
B
F
E
M
M
G
H I
Dimensions and weights
FLD 40, 50, 65, 80, 100
FLD4 40, 50, 65, 80, 100
n°d1 holes ø e
DN a b c
DN a b c d e
40 88 110 150 4 18
50 102 125 165 4 18
65 122 145 185 4 18
80 138 160 200 8 18
100 158 180 220 8 18
ModelDNm
DNaA B C D E F G H I M [Kg]
FLD 40x125D 40 425 100 325 397 200 197 340 130 210 100 50
FLD 40x125C 40 425 100 325 397 200 197 340 130 210 100 50
FLD 40x125B 40 445 100 345 397 200 197 340 130 210 100 52
FLD 40x125A 40 445 100 345 397 200 197 340 130 210 100 54
FLD 50x125C 50 455 110 345 427 217 210 365 145 220 105 56
FLD 50x125B 50 455 110 345 427 217 210 365 145 220 105 58
FLD 50x125A 50 495 110 385 427 217 210 365 145 220 105 66
FLD 50x160B 50 535 110 425 480 245 235 410 170 240 120 86
FLD 50x160A 50 455 110 345 427 217 210 365 145 220 105 56
FLD 65x160D 65 485 130 345 543 275 268 450 180 270 140 81
FLD 65x160C 65 565 130 435 543 275 268 450 180 270 140 101
FLD 65x160B 65 670 130 540 543 275 268 450 180 270 140 125
FLD 65x160A 65 495 110 385 480 245 235 410 170 240 120 67
FLD 80x160D 80 690 150 540 550 280 270 510 205 305 135 141
FLD 80x160C 80 690 150 540 550 280 270 510 205 305 135 162
FLD 80x160B 80 690 150 540 550 280 270 510 205 305 135 175
FLD 80x160A 80 565 130 435 543 275 268 450 180 270 140 110
FLD 100x200F 100 720 180 540 670 325 345 630 240 390 165 162
FLD 100x200E 100 720 180 540 670 325 345 630 240 390 165 162
FLD 100x200D 100 720 180 540 670 325 345 630 240 390 165 162
FLD 100x200C 100 720 180 540 670 325 345 630 240 390 165 162
FLD 100x200B 100 720 180 540 670 325 345 630 240 390 165 162
FLD 100x200A 100 720 180 540 670 325 345 630 240 390 165 162
ModelDNm
DNaA B C D E F G H I M [Kg]
FLD4 40x125Z 40 425 100 325 397 200 197 340 130 210 100 41
FLD4 40x125Y 40 425 100 325 397 200 197 340 130 210 100 41
FLD4 40x125X 40 425 100 325 397 200 197 340 130 210 100 41
FLD4 50x125Y 50 435 110 325 427 217 210 365 145 220 105 44
FLD4 50x125X 50 435 110 325 427 217 210 365 145 220 105 46
FLD4 50x160X 50 435 110 325 480 245 235 410 170 240 120 52
FLD4 65x160Z 65 475 130 345 543 275 268 450 180 270 140 65
FLD4 65x160Y 65 475 130 345 543 275 268 450 180 270 140 65
FLD4 65x160X 65 475 130 345 543 275 268 450 180 270 140 67
FLD4 80x160W 80 485 150 335 550 280 270 510 205 305 135 72
FLD4 80x160Z 80 485 150 335 550 280 270 510 205 305 135 74
FLD4 80x160Y 80 535 150 335 550 280 270 510 205 305 135 79
FLD4 80x160X 80 535 150 335 550 280 270 510 205 305 135 83
FLD4 100x200W 100 535 180 355 670 325 345 630 240 390 165 110
FLD4 100x200Z 100 605 180 425 670 325 345 630 240 390 165 130
FLD4 100x200Y 100 605 180 425 670 325 345 630 240 390 165 138
FLD4 100x200X 100 615 180 425 670 325 345 630 240 390 165 150
FLD4 125 & 150 models available on request
194
230
Applications
Domestic hot water circulation.
Materials
Pump housing = Bronze CuSn10Zn2.
Impeller = Noryl GFN2.
Seal = Carbon/Silicon carbide/Viton.
Housing O-ring = Nitrile.
Range
Dimensions = Threaded G ½ - G ¼ .
Max motor power = 1.5 kW.
Max capacity = 16 m3/hr.
Max head = 28 mwc.
Max temperature = -15/100 deg c
(120 °C with a bronze impeller).
Features
High efficiency, low noise, simplicity,
reliability and ease of maintenance &
servicing.
AP/AKP/AEP Series Building Services
In-line glanded bronze circulation pumps
Options
Different seal options.
Non standard surface treatment.
Motor thermal protectors,
Specail voltage.
Motor
IP 54 protection
Class F insulation.
Efficiency IE2.
2 pole & 4 pole.
Field of application at 2900 rpm
H
[m]
10
5
2
1
0.8
0.6
0.4
10543210.8 Q [m3/h]
Q [l/s]3210.80.60.40.2 4
195
231
Applications
Domestic hot water circulation.
Materials
Pump housing = Bronze CuSn10Zn2.
Impeller = Noryl GFN2.
Seal = Carbon/Silicon carbide/Viton.
Housing O-ring = Nitrile.
Range
AEP = Threaded G1¼ .
LP/ALP = DN50-100.
Max motor power = 0.75kW.
Max capacity = 16 m3/hr.
Max head = 20 mwc.
Max temperature = +40 °C.
Features
Integrated SCA frequency converter
with low energy consumption.
AEP/LP/ALP Series Building Services
In-line glanded bronze c/w integrated inverter circulation pumps
Motor
IP 54 protection
Class F insulation.
Efficiency IE2.
2 pole & 4 pole.
Highly efficient with low noise.
Field of application at 2900 rpm
H
[m]
20
10
5
2
1
Q [l/s]2010521
196
232
Applications
Heating and air-conditioning, booster/
transfer, heat recovery, power plant,
district heating, condensate, paper &
pulp and the chemical industry.
Seal Solutions
Standard single seal + 120 °C.
Internal flush + 150 °C.
External flush for sizes DN50-300.
External seal for sizes DN65-300 ALS.
Double seal system + 180 °C.
Materials
AL/AE/AKN/L = Grey cast iron
EN-GJL200 PN10.
ALH/LH/AKNH = Nodular cast iron
EN-GJS-400 PN16.
ALP/AEP/LP = Bronze CuPb5Sn5Zn5
PN10.
ALS/LS = Stainless steel AISI 316 PN16.
Range
Dimensions = DN 32-300.
Max motor power = 160 kW.
Max capacity = 1000 m3/hr.
Max head = 80 mwc.
Max temperature = -35/180 deg c.
AE/L/AL/AKN Series Building Services
In-line glanded circulation pumps
Available in version C/W inverter
Motor
IP 54/55 protection.
Class F insulation.
Efficiency IE2.
2 pole & 4 pole.
Features
High efficiency, low noise, simplicity,
reliability and ease of maintenance &
servicing.
Options
Enclosures IP 54, IP 55 ,IP 56.
Voltage 230 V, 400 V, 500 V,
600 V, 690 V.
Tropical protection.
Belzona molecular technology coating.
Anti-condensation heather of motor.
Atex-pumps.
TempCoat coating for sealing flange
(for liquid temperatures below 0 °C).
Painting according to customer
specifications.
The pumps are painted according to
standard SFS-EN ISO12944-5,
AY1001-FeSa21/2 , colour RAL3020.
Field of application at 2900 rpm
H
[m]
30
20
10
5
2
1
0.5
4050
40030020010050403020105 Q [m3/h]
Q [l/s]50 100403020105210.5
197
233
Applications
Heating and air-conditioning, booster/
transfer, heat recovery, power plant,
district heating.
Seal Solutions
Standard single seal + 120 °C.
Internal flush + 120 °C (H).
External flush for sizes DN50-250.
Materials
T/AT = Grey cast iron EN-GJL200 PN10 or
Nodular cast iron EN-GJS-400 PN16.
Shaft = Stainless steel SS2324 (AISI 329).
Range
Dimensions = DN 32-250.
Max motor power = 110 kW.
Max capacity = 650 m3/hr.
Max head = 80 mwc.
Motor
IP 54/55 protection.
Class F insulation.
Efficiency IE2.
2 pole & 4 pole.
T/AT Series Building Services
In-line glanded twin head circulation pumps
Available in version C/W inverters
Options
Enclosures IP 54, IP 55 ,IP 56.
Voltage 230 V, 400 V, 500 V,
600 V, 690 V.
Tropical protection.
Belzona molecular technology coating.
Anti-condensation heather of motor.
Atex-pumps.
TempCoat coating for sealing flange
(for liquid temperatures below 0 °C).
Painting according to customer
specifications.
Limitations
Maximum working pressure 10 bar
Operating temperature + 120 °C.
Propylene glycol mixture no greater
than 50%.
The pumps are painted according to
standard SFS-EN ISO12944-5,
AY1001-FeSa21/2 , colour RAL3020.
Field of application at 2900 rpm
H
[m]
30
20
10
5
2
1
0.5
4050
40030020010050403020105 Q [m3/h]
Q [l/s]50 100403020105210.5
198
234
Applications
AS & KN pumps are designed for
applications for clean non-aggressive
liquids including pressure boosting,
heating & primary hot water Circulation
ASP & KNP bronze pumps are more
suitable for hot water supply, oxygen and
maritime applications .
Materials
AS/KN
Pump housing & impeller = grey cast iron
EN-GJL-200.
Shaft = Stainless steel AISI 329.
Seal
= Carbon/SIC/EPDM (25mm AS).
= Carbon/ceramic/EPDM
(28mm KN).
ASP/KNP
Pump housing & impeller = bronze
CuSn10Zn2.
Shaft = Stainless steel AISI 329.
Seal
= Carbon/SIC/EPDM (25mm ASP).
= Carbon/ceramic/EPDM (28mm KNP).
Range
Dimensions = DN 32-65.
Max motor power = 15kW.
Max capacity = 100 m3/hr.
Max head = 50 mwc.
Fluid temperature = -15 to +120 °C.
Max ambient temperature = + 45 °C.
Max working pressure = 10 bar.
T/AT Series Building Services
In-line glanded twin head circulation pumps
Options
Enclosures IP 54, IP 55 ,IP 56.
Voltage 230 V, 400 V, 500 V,
600 V, 690 V.
Tropical protection.
Belzona molecular technology coating.
Anti-condensation heather of motor.
Atex-pumps.
TempCoat coating for sealing flange
(for liquid temperatures below 0 °C).
Painting according to customer
specifications.
Shaft seal for As & KN range
available in other materials.
Motor
IP 54/55 protection.
Class F insulation.
Efficiency IE2.
2 pole & 4 pole.
Features
According to EcoDesign-directive
requirements.
Field of application at 2900 rpm
H
[m]
30
20
10
5
2
1
0.5
4050
40030020010050403020105 Q [m3/h]
Q [l/s]50 100403020105210.5
199
235
Applications
Accumulation of pressurised water
for all hydraulic domestic, agricultural
and industrial applications.
Features
WRAS approval for drinking water usage,
CE marked.
The EPDM variable geometry replaceable
membrane provides longer life by
eliminating membrane stress throughout
normal operational cycles.
A Schrader valve is fitted to each vessel
to provide air pressure adjustment, which
should be periodically checked.
AFE/ACS/AFOSB/AFESB Series Pressure Vessels
Accumulation of pressurised water
Options
Stainless steel vessels.
Stainless steel flange.
Fixed membrane.
Limitations
Temperature range:
3 to 500 lt (-10 to +100 °C)
750 to 4000 lt (-10 to +50 °C)
Technical features
Vertical In-Line
ModelCapacity
[Ltr]
Max Press
Bar
Working Temp
°C
Connection
BSPM
Ø
[mm]
Length
[mm]
Weight
[Kg]
ACS 3 3 10 -10 to +100 3/4’’ M 170 245 1.3
ACS 8 8 10 -10 to +100 3/4’’ M 220 305 1.8
ACS CE 18 18 10 -10 to +100 3/4’’ M 260 380 3.2
ACS CE 24 24 10 -10 to +100 1’’ M 260 490 3.6
ACS CE 24 24 10 -10 to +100 3/4’’ M 260 490 3.6
AFC/CAR CE 24 24 16 -10 to +100 3/4’’ M 265 490 7.5
AFE CE 35 35 10 -10 to +100 1’’ M 380 475 5.8
Vertical c/w legs
ModelCapacity
[Ltr]
Max Press
Bar
Working Temp
°C
Connection
BSPM
Ø
[mm]
Length
[mm]
Weight
[Kg]
AFE CE 50 50 10 -10 to +100 1’’ M 380 720 8.4
AFE CE 60 ct 60 10 -10 to +100 1’’ M 380 830 10.7
AFE/CAR CE 60 60 16 -10 to +100 1’’ M 380 830 21.5
AFE CE 80 ct 80 10 -10 to +100 1’’ M 460 760 12.2
AFE CE 100 ct 100 10 -10 to +100 1’’ M 460 880 13.5
AFE/CAR CE 100 100 16 -10 to +100 1’’ M 460 880 30.1
AFE CE 150 150 10 -10 to +100 1’’ M 510 1030 23.4
AFE CE 200 200 10 -10 to +100 11/4’’ M 590 1100 33
AFE/CAR CE 200 200 16 -10 to +100 11/4’’ M 590 1100 48.4
AFE CE 300 300 10 -10 to +100 11/4’’ M 650 1280 44.5
AFE/CAR CE 300 300 16 -10 to +100 11/4’’ M 650 1280 67
AFE CE 500 500 10 -10 to +100 11/4’’ M 750 1600 58.5
AFE/CAR CE 500 500 15 -10 to +100 11/4’’ M 750 1600 78.1
AFE CE 750 d750 750 8 -10 to +100 2’’ F 750 2045 153.5
AFE CE 1000 1000 10 -10 to +50 21/2’’ F 800 2130 183.5
AFE CE 1500 1500 10 -10 to +50 21/2’’ F 1000 2130 230.5
AFE CE 2000 2000 10 -10 to +50 DN 65 1100 2550 367
AFE CE 2500 2500 10 -10 to +50 DN 66 1100 2845 440
AFE CE 3000 3000 10 -10 to +50 DN 67 1250 2930 603
AFE CE 4000 4000 10 -10 to +50 DN 68 1450 3030 880
AFE CE 5000 5000 10 -10 to +50 DN 69 1450 3800 980
200
236
AFE/ACS/AFOSB/AFESB Series Pressure Vessels
Technical features
Horizontal
ModelCapacity
[Ltr]
Max Press
Bar
Working Temp
°C
Connection
BSPM
Ø
[mm]
Length
[mm]
Weight
[Kg]
AFOSB CE 24 24 8 -10 to +100 3/4’’ M 260 485 4.7
AFOSB CE 24 24 8 -10 to +100 1’’ M 260 485 4.7
AFESB CE 60 ct 60 10 -10 to +100 1’’ M 380 690 10.4
AFESB CE 80 ct 80 10 -10 to +100 1’’ M 460 655 12.3
AFESB CE 100 ct 100 10 -10 to +100 1’’ M 460 780 14
AFESB CE 150 150 10 -10 to +100 1’’ M 510 950 23.5
AFESB CE 200 200 10 -10 to +100 11/4’’ M 590 1000 34.2
AFESB CE 300 300 10 -10 to +100 11/4’’ M 650 1150 44
AFESB CE 500 500 10 -10 to +100 11/4’’ M 750 1420 58
Replacement membranes
Vertical In-Line
ModelCapacity
[Ltr]
Max Press
Bar
Working Temp
°C
Connection
BSPM
Ø
[mm]
Length
[mm]
Weight
[Kg]
UMB-8 LX 8 25 90 1’’ M 203 313 3.5
UMB-24 LX 24 25 90 1’’ M 290 447 8.8
Vertical c/w legs
ModelCapacity
[Ltr]
Max Press
Bar
Working Temp
°C
Connection
BSPM
Ø
[mm]
Length
[mm]
Weight
[Kg]
SF 60 V 60 25 90 1’’ M 380 810 33
SF 100 V 100 25 90 1’’ M 460 990 51
SF 200 V 200 25 90 11/4’’ M 590 1120 112
SF 300 V 300 25 90 11/4’’ M 640 1230 130
SF 500 V 500 25 90 11/4’’ M 750 1550 202
SF 750 V 750 25 90 2’’ M 750 1950 328
SF 1000 V 1000 25 90 2’’ M 800 2180 344
Model Material dm Tie Rod/Hole
ACS18-24-AFOSB-24 EPDM 110 NO
AFE35 EPDM 110 NO
AFE-AFESB-60-80-100 EPDM 110 NO
AFE-AFESB-AFE/CAR-60-80-100 EPDM 110 YES
AFE-AFESB-150-200 EPDM 110 YES
AFE/CAR-200 EPDM 200 YES
AFE-AFESB-AFE/CAR-300 EPDM 200 YES
AFE-750-1000-1500 EPDM 200 YES
AFE-AFESB-AFE/CAR 500 EPDM 200 YES
Stainless steel flange.Galvanized steel flange.
With PP protection.
Tie Rod connection.
On top of vessel.
201
237
Applications
Suited for a wide range of applications,
including booster systems, thermal
expansion, irrigation systems and
hydraulic hammer arresting.
Materials
Constructed of a virgin polypropylene
liner combined with an FDA approved
high grade butyl diaphragm, which is
held against the wall of the tank with a
steel clench ring.
All internal parts including the air valve
are rounded to prevent piercing of the
diaphragm.
The water connection uniquely provides
a dual water/air seal ensuring a complete
leak & maintenance free pressure vessel.
Pressure Wave Pressure Vessels
Irrigation systems and hydraulic hammer arresting
Features
Single diaphragm design.
NSF standard 61, CE/PED, WRAS, ACS,
ISO:9001.
Gost approved.
Patented stainless steel water
connection.
Virgin polypropylene liner.
Two part polyurethane, epoxy primed
paint finish.
Leak free, o-ring sealed air valve cap.
Comprehensive testing.
No maintenance.
5 Year warranty
Technical features
Vertical In-Line
ModelCapacity
[Ltr]
Max Press
Bar
Connection G
BSPM
Ø
[cm]
Length
[cm]
Weight
[Kg]
PWB 2 LX 2 10 1’’ M 12.7 18.3 1
PWB 4 LX 4 10 1’’ M 16.2 25.8 1.7
PWB 8 LX 8 10 1’’ M 20.3 31.7 2.6
PWB 12 LX 12 10 1’’ M 24.4 36.6 3.2
PWB 18 LX 18 10 1’’ M 27.9 36.8 4.3
PEWB 24 LX 24 10 1’’ M 28 36 4.5
PWB 35 LX 35 10 1’’ M 31.8 48.1 7.1
Vertical c/w base
ModelCapacity
[Ltr]
Max Press
Bar
Connection G
BSPM
Ø
[cm]
Length
[cm]
Weight
[Kg]
PWB 35 LV 35 10 1’’ M 31.8 55.5 7.5
PWB 60 LV 60 10 1’’ M 38.8 62.6 12.3
PWB 80 LV 80 10 1’’ M 38.8 79 16.7
PWB 100 LV 100 10 1’’ M 43 80.4 18.9
PWB 150 LV 150 10 1’’ M 43 107 26
Horozontal
ModelCapacity
[Ltr]
Max Press
Bar
Connection G
BSPM
Ø
[cm]
Length
[cm]
Weight
[Kg]
PWB 20 LH 20 10 1’’ M 43.9 28.9 6.1
PWB 24 LH 24 10 1’’ M 44.4 31,7 6.5
PWB 35 LH 35 10 1’’ M 48.1 35.4 7.9
PWB 60 LH 60 10 1’’ M 52.8 41.4 12.5
PWB 80 LH 80 10 1’’ M 72.4 41.4 17.5
PWB 100 LH 100 10 1’’ M 72.4 48.2 19.2
202
238
Applications
Suited for a wide range of applications,
including booster systems, thermal
expansion, irrigation systems and
hydraulic hammer arresting.
Materials
Efficient and cost effective.
Designed with a patented controlled
action CAD2.
Diaphragm assembly.
Features a chlorine resistant 100% butyl
diaphragm.
With a precision moulded copolymer
polypropylene.
Liner for superior air and water
separation.
Constructed with a FDA approved high
grade butyl.
The diaphragm assembly seals water in a
true non-corrosive chamber.
Challenger Pressure Vessels
Irrigation systems and hydraulic hammer arresting
Features
Single diaphragm design.
NSF standard 61, CE/PED, WRAS, ACS,
ISO:9001.
Gost approved.
Stainless steel water connection.
Virgin polypropylene liner.
Two part polyurethane, epoxy primed
paint finish.
Leak free, o-ring sealed air valve cap.
Comprehensive testing.
No maintenance.
5 Year warranty.
Technical features
Vertical c/w base
ModelCapacity
[Ltr]
Max Press
Bar
Connection G
BSPM
Ø
[cm]
Length
[cm]
Weight
[Kg]
GCB 200LV 200 10 11/4’’ M 53.3 103.3 34.3
GCB 250LV 240 10 11/4’’ M 53.3 121.2 36.5
GCB 300LV 310 10 11/4’’ M 53.3 150 45.4
GCB 450LV 450 10 11/4’’ M 66 152.9 69.3
203
239
Other Vessels Pressure Vessels
Irrigation systems and hydraulic hammer arresting
Pressure Wave vertical & horizontal pressure vessels 16 bar.
Versions with EPDM membranes.
Maximum temperature 90 °C.
Vertical range 8, 18, 24, 60, 80, & 100 litres.
Horizontal range 24.
Five year warranty.
Pressure Wave vertical & horizontal pressure vessels 25 bar.
versions with EPDM membranes.
Maximum temperature 90 °C.
Vertical range 8, 18, 24, 60, 80, & 100 litres.
Horizontal range 24.
Pressure vessels for solar system available on request.
A range of stainless steel expansion vessels in AISI 304
or AISI 316, horizontal or vertical with Butyl or EPDM
membranes.
Maximum service pressure of 14 bar, with a high
pressure 16 & 25 bar versions available on
some models.
The ranges are 2 to 500 Litres for vertical mounted and
20 to 500 litres for horizontal.
204
205
240
241
WATERREGENERATION
242
A compact automatic mains water top-up system for rainwater tanks
(tank sold separately).
With leak detection feature and pump with built in pressure controller
with dry run protection.
Direct Feed System Domestic Rainwater Harvesting
Complete domestic single pump system
Components Performance curves at 2900 rpm
Description
Calmed inlet DN125/DN100.
PF/ Patronen filter or VF1 Volume filter.
DN100 basic overflow c/w rodent barrier.
Floating pump intake c/w SS stainer and NRV.1.0m.
steel reinforced greenhose c/w all fittings to pump at 1’’ inlet.
Output home form pump; tank turret connector. Fully assembled and sealed.
1.8m pump riser, non-flexible reinforced anti bio-foul, 1’’.
25-40mm hoseclip x 2, stainless steel.
1 1/4’’ MBSP to 1’’ hosetail, thr’d’d, (hose intel/pump discharge side).
Pump riser hose connector, 1’’ MBSP-1’’ tail (discharge side).
1’’ FBSP thread to 25mm 90 deg elbow MDPE connector (discharge side).
Acuapres 4M pump c/w 15 mtrs of cable & pump base.
Top-up pump controller unit, c/w braided hose to isolation valve, solenoid valve,
alarmed controller, DNS50/40 tundish with bracket
Pump base with intake at 1 m.
Rainwater tank (By others).
6
4
Calmed inlet Overflow c/w
rodent barrier
Top-up controller unit Submersible pump
c/w floating intake
Patronen Filter VFI Volume Filter
208
243
Technical specification of pump
Diameter 156 mm
Height 396 mm
Weight 11 kg
Rated output (max) 750 W
Supply voltage 230 V/ 1 ph / 50 hz
Water temperature 0° C to +40° C
Flow 7 m3/hr
Pressure 3.6 bar
Discharge 1’’ Female
Protection IP 68
Applications
Processes rain water use for domestic
properties.
Provides water for toilets, washing
machines and garden watering.
Description
The Eco 750 consists of an in-house
stainless steel console and a submerged
pump in the rainwater tank.
The in-house console is characterised
by its very compact construction.
The pump controller switches the
submerged pump on as soon as a
consumer point is opened.
The pump supplies the system even
when the length and heights conditions
are unfavourable.
The Eco 750 is a very light, compact and
fully automatic system controller for use
with rainwater.
The integrated pressure gauge displays
the operating pressure of the system.
Technical Description
Multi-stage submerged pump
with 1’’ pressure connection
and 10 mts cable.
Stainless steel support console.
Pump controller with dry running
protection integrated in the pump.
Benefits
Very light & quiet.
Compact with minimal space
required in the home.
Simple and easy installation.
ECO 750 (Garden) Domestic Rainwater Harvesting
Domestic single pump with controller
Performance curves at 2900 rpmTechnical specifications
Technical specification of controller
Width 290 mm
Height 145 mm
Depth 130 mm
Weight 3 Kg
System height (max) 15 mtrs
Suction & discharge 1’’
Protection class IP 54
60
50
40
30
20
10
0
H
[m]
6543210 Q [m3/h]
209
244
Applications
Private Building Services.
Garden Irrigation.
Description
With the automatic pump, rainwater from
the rainwater tank can be transferred and
used for the header tank system.
The system is convenient and energy
efficient at only 500 W.
The submersible pump is equipped
with an automatic function that is
automatically activated for water
retrieval, once the header tank
is full, the pump will then switch off and
will not start again until the level in the
header drops below the set level.
To protect the pump against damage,
there is an integrated filter and pump
foot so as to prevent the suction of lager
debris from the rainwater tank.
The pump also has a dry run protection
safety feature, when the water level in
the rainwater tank is too low the pump
operation is automatically stopped.
If there is not enough rainwater in the
cistern or a loss in power supply the
systems runs by gravitational force only
without using energy.
The header tank comes with insulation for
frost protection and has a lid to prevent
unwanted contamination.
Technical Description
2x Floating valves.
2’’ Emergency overflow.
Ingenious snap on lid.
Insulation.
EN 1717 Type AB air gap.
Header Tank System Domestic Rainwater Harvesting
Domestic single pump and header tank
Performance curves at 2900 rpmTechnical specifications
Schematic
30
20
10
0
H
[m]
43210 Q [m3/h]
Technical specification of tank
Dimensions (WxHxD) 615 mm x 460 mm x 480 mm
Capacity 18 gallons (82 Ltrs)
Material Black polyethylene
Mainswater valve 3/4’’ male
Rainwater valve 1/2’’ male
Emergency overflow 2’’ male
Insulation Mineral wool
Technical specification of pump
Diameter 148 mm
Height 396 mm
Discharge 1’’ male
Power supply cable 10 mtrs
Max immersion depth 7 mtrs
Weight 5 Kg
Protection class IP 68
Rated output 500 W
Supply voltage 230 V/1 ph/50 hz
210
245
Applications
Processes rain water use for domestic
properties.
Provides water for toilets, washing
machines and garden watering.
Description
The X-Press 10 Eco consists of an in-
house stainless steel console and a
submerged pump in the rainwater tank.
The in-house console is characterised by
its very compact construction.
The pump controller switches the
submerged pump on as soon as a consu-
mer point is opened.
The pump supplies the system even
when the length and heights conditions
are unfavourable.
A float switch monitors the level of the
rainwater tank constantly, so that if there
is too little rainwater in the tank, there is
an automatic changeover to the mains
water supply.
The X-Press 10 Eco is a very light,
compact and fully automatic system
controller for use with rainwater.
The integrated pressure gauge displays
the operating pressure of the system.
The solenoid valve and the tundish are
mounted onto the console.
Technical Description
Multi-stage submerged pump
with 1’’ pressure connection
and 10 mts cable.
Stainless steel support console.
Electric mains water supply with
solenoid, tundish and float switch
c/w 20 mts cable.
Pump controller with dry running
protection.
Benefits
Very light & quiet.
Compact with minimal space
required in the home.
Simple and easy installation.
X-Press 10 Eco Domestic Rainwater Harvesting
Domestic single pump with in-house console
Performance curves at 2900 rpmTechnical specifications
60
50
40
30
20
10
0
H
[m]
6543210 Q [m3/h]
Technical specification of controller
Width 290 mm
Height 145 mm
Depth 130 mm
Weight 3 Kg
System height (max) 15 mtrs
Suction & discharge 1’’
Protection class IP 54
Technical specification of pump
Diameter 156 mm
Height 396 mm
Weight 11 Kg
Rated output (max) 750 W
Supply voltage 230 V/1 ph/50 hz
Water temperature 0° C to +40° C
Flow 7 m3/hr
Pressure 3.6 bar
Discharge 1’’ Female
Protection class IP 68
211
246
Applications
Processes rain water use for domestic
properties.
Provides water for toilets, washing
machines and
garden watering.
Description
The X-Press 10 Acuapres consists of an
in-house stainless steel console and a
submerged pump in the rainwater tank.
The in-house console is characterised by
its very compact construction. The pump
controller switches the submerged pump
on as soon as a consumer point is ope-
ned. The pump supplies the system even
when the length and heights conditions
are unfavourable. A float switch monitors
the level of the Rainwater tank constantly,
so that if there is too little rainwater in the
tank, there is an automatic changeover to
the mains water supply.
The X-Press 10 Acuapres is a very light,
compact and fully automatic system
controller for use with rainwater.
The included pressure vessel absorbs
water hammers in the pipework.
Additionally it prevents damage of
the pump by reducing the operation
frequency. The integrated pressure gauge
displays the operating pressure of the
system. The solenoid valve and the
tundish are mounted on the console.
Technical Description
Multi-stage submerged pump
with 1’’ pressure connection
and 10 mts cable.
Stainless steel support console.
Electric mains water supply with
solenoid, tundish and float switch
c/w 20 mts cable.
Pump controller with dry running
protection.
Benefits
Very light & quiet.
Compact with minimal space
required in the home.
Simple and easy installation.
X-Press 10 Acuapres Domestic Rainwater Harvesting
Domestic single pump with integrated controller
Performance curves at 2900 rpmTechnical specifications
6
4
Technical specification of controller
Width 290 mm
Height 145 mm
Depth 130 mm
Weight 3 Kg
System height (max) 15 mtrs
Suction & discharge 1’’
Protection class IP 55
Technical specification of pump
Diameter 126 mm
Height 493 mm
Weight 12.4 Kg
Rated output (max) 0.5 kW
Supply voltage 230 V/1 ph/50 hz
Water temperature 0° C to +40° C
Flow 4 m3/hr
Pressure 4.4 bar
Discharge 1’’ Female
Protection class IP 68
212
247
Eco-System Domestic Rainwater Harvesting
Compact unit for automatic management of rainwater recovered in homes
Applications
Domestic Rainwater Harvesting.
Materials
High-density polyethylene tank.
Pump body and impellers in stainless
steel AISI 304.
Suction and discharge connections
in brass.
Drive shaft in AISI 420 stainless steel.
Diffusers in technopolymer.
Mechanical seal in graphite and steatite.
Joints in EPDM/NBR.
Operation
Compact unit ready for use,
“Plug & Play”.
Motorised 3-way valve for alternating
between rainwater/mains water.
With a 15 lt. mains water reserve tank
with overflow duct and separation of
mains water and rainwater in accordance
with EN 1717 and EN 13077 standards.
ESPA Aspri 15 4M with Pressdrive.
Dual suction.
Dry operation protection.
Equipment
Drinking water inlet valve.
Power socket for controlling
the 3-way valve.
Drainage pipe connection.
Level switch. Float with 20 m of cable.
Connections: rainwater - 1” M,
impulsion - 1” M, mains water - 3/8” H.
Dimensions and weights Performance curves at 2900 rpm
Hydraulic performance table
ModelI [A] P1 [kW] P2
c
[μF]
l/min 10 20 30 35 40 45 50 60
1~ 230 V 1~ 230 V [kW] [HP] m3/h 0.6 1.2 1.8 2.1 2.4 2.7 3.0 3.6
Eco-System 3.5 0.8 0.55 0.75 12 mwc 43 39 35 32 27 25 21.5 17
A
B
E
FGH
IJ
K
C
D
Model A B C D E F G H I J K
Eco-System 609 350 620 220 75 174 110 212 220 300 430
213
248
Rainpres Domestic Rainwater Harvesting
To work in installations for rain water recovery
Applications
Pressurising of domestic water for
houses, semi-detached homes,
apartments, chalets and rural homes...
Materials
Outer casing, discharge body, impellers,
filter, discharge cover and motor casing
in stainless steel AISI 304.
Pump shaft in stainless steel AISI 303.
Diffusers in PPO.
Mechanical seal in graphite
and alumine/graphite/steatite/NBR/
AISI 304.
Motor
Asynchronous, two poles.
IP 68 protection.
Class F insulation.
Continuous operation.
Water-cooled motor.
Single-phase version with Klixon
(incorporated thermal protection).
Limitations
Maximum working pressure 8 bar.
Ø of solids 2 mm.
Maximum 30 start-ups per hour.
Water temperature from 4 °C to 40 °C.
Motor characteristics 230 V.
Vertical installation only.
Equipment
Submersible multistage pump with
built-in pressure control and non return
valve.
Dry running control with four trials
if no water.
Oil chamber with two mechanical seals.
Model 4: starting pressure at 2 bar.
Model 6: starting pressure at 3 bar.
You must install a pressure vessel
on the discharge pipework minimum
24 ltrs.
Equipped with a suction base, with
connection for a floating suction.
Rainpres 4
Rainpres 6
493
560
10.6
12.4
1”
1”
126
126
Model A [kg]CB
A
B
C
Performance curves at 2900 rpm
12
16
3.5
5
1.7
2
I [A]
1~
230 V
3~
400 V
Model
P1 [kW]c
[μF] m3/h
l/min
41
60
0.6
10
37
55
1.2
20
32
47
1.8
30
26
37
2.4
40
22
32
2.7
45
19
26
3.0
50
10
15
3.6
60
6
9
3.9
65
mw
c
P2
0.5
0.9
0.75
1.2
[kW] [HP]
0.8
1.2
0.8
1.1
1~
230 V
3~
400 V
Rainpres 4
Rainpres 6
Hydraulic performance table
Dimensions and weights
4
6
214
249
Rain Colletor Domestic Rainwater Harvesting
Waterbutt range
Applications
A packaged rain collector c/w base,
tap and rain diverter for the garden.
Materials
Polybutts are strong, durable & available
in a choice of colours.
Manufactured from UV stabilised LLDPE
(linear low density polyethylene).
Polybutts will not degrade over time and
will retain its strength throughout a
10-15 year working life.
Available in Recycled Black, Standard
Green, Oak and washed Terracotta.
Technical specifications
ModelCapacity
[ Ltr]Diameter Lenght Widht Height
Polybutt 110 110 430 1210
Polybutt 220 220 520 1320
Triplo 700 700 1710 530 1030
Doublo 1200 1200 1603 742 1460
Prestige 1500 1500 1700 850 1620
Polybutts 100 Polybutts 200
Prestige 1500, one piece mouldingDoublo 1200, one piece mouldingTriplo 700, one piece moulding
215
250
X-Press 50 Commercial Rainwater Harvesting
Twin pump rainwater system c/w submersible pumps
Applications
Private and commercial process water
consumption.
Garden irrigation up to a volume
of 14 m3/h.
Description
The X-Press 50 consists of a metal
console inside the building and two
stainless steel submersible pumps in
the rainwater tank.
The console inside the building has a
very compact design.
On the metal console are the pump
controls and a solenoid valve with funnel
for topping up with mains water.
The system controls the switch on of the
submersible pump as soon as water
begins to be consumed.
The pump will supply the system even in
situations where the length and height
conditions are unfavourable.
A float switch constantly monitors the
level of the rainwater tank so that it
automatically switches to supply
with mains water when the rainwater
level is low.
The intelligent link between the system
controls And the solenoid valve is fully
automated and Topping up with mains
water only occurs when needed.
Technical Description
Multi-stage submerged pumps
with 1 1/4’’ intake and 15 mts cable.
1 mtr floating suction.
Stainless steel manifold to connect
the two submersible pumps.
Base console made of metal with
cover.
Electrically operated mains water
top-up with solenoid valve & funnel.
Technical Description
Console: 550 x 550 x 320 mm.
Manifold inlet: 2x1’’ male.
Manifold outlet: 1 1/2’’ male.
Mains water: 1’’ male.
Mains water top-up: DN 100 adapters.
Level senor: 20 mtrs (no ground cable).
Weight: 10 Kg.
Benefits
Very quiet.
Very reliable operation.
Simple and easy installation.
Need-based topping up of mains water
in compliance with EN 1717.
Performance curves at 2900 rpmSubmersible Pumps
Technical specification
ModelMax flow rate
[m3/h]
Max head
[mtrs]
Current drain
[2x 230 V]
Motor output P1
[kW]
Pump lenght
[mm]
X-Press 50 8-40 8 42 2x 4.4 amps 2x 0.94 603
X-Press 50 8-70 8 72 2x 6.5 amps 2x 1.45 670
X-Press 50 14-50 14 51 2x 5.2 amps 2x 1.12 603
X-Press 50 14-60 14 64 2x 6.5 amps 2x 1.45 670
X-Press 50 14-70 14 77 2x 7.8 amps 2x 1.70 697
11 12 130 1 2 3 4 5 6 7 8 9 10 Q [m3/h]
8-40
14-70
14-60
14-50
8-70
70
60
40
30
20
10
0
80
50
H
[m]
216
251
X-Press 100 Commercial Rainwater Harvesting
Triple pump rainwater system c/w submersible pumps
Applications
Commercial process water consumption.
Garden irrigation up to a volume
of 21m3/h.
Description
The X-Press 100 consists of a metal
console inside the building and three
stainless steel submersible pumps in
the rainwater tank.
The console inside the building has a
very compact design.
On the metal console are the pump
controls and a solenoid valve with funnel
for topping up with mains water.
The system controls the switch on of the
submersible pump as soon as water
begins to be consumed.
The pump will supply the system even in
situations where the length and height
conditions are unfavourable.
A float switch constantly monitors the
level of the rainwater tank so that it
automatically switches to supply
with mains water when the rainwater
level is low.
The intelligent link between the system
controls And the solenoid valve is fully
automated and Topping up with mains
water only occurs when needed.
Technical Description
Multi-stage submerged pumps
with 1 1/4’’ intake and 15 mts cable.
1 mtr floating suction.
Stainless steel manifold to connect
the three submersible pumps.
Base console made of metal with
cover.
Electrically operated mains water
top-up with solenoid valve & funnel.
Technical Description
Console: 550 x 550 x 320 mm.
Manifold inlet: 2x1’’ male.
Manifold outlet: 1 1/2’’ male.
Mains water: 1’’ male.
Mains water top-up: DN 100 adapters.
Level senor: 20 mtrs (no ground cable).
Weight: 10 Kg.
Benefits
Very quiet.
Very reliable operation.
Simple and easy installation.
Need-based topping up of mains water
in compliance with EN 1717.
Performance curves at 2900 rpmSubmersible Pumps
Technical specification
14-40
14-80
20-50
20-60 20-70
80
70
60
50
40
30
20
10
0
H
[m]
20191817161514131211109876543210 Q [m3/h]
ModelMax flow rate
[m3/h]
Max head
[mtrs]
Current drain
[2x 230 V]
Motor output P1
[kW]
Pump lenght
[mm]
X-Press 100 14-40 14 42 3x 4.4 amps 3x 0.94 603
X-Press 100 14-80 14 86 3x 7.8 amps 3x 1.45 697
X-Press 100 20-50 21 51 3x 5.2 amps 3x 1.12 603
X-Press 100 20-60 21 64 3x 6.5 amps 3x 1.5 670
X-Press 100 20-70 21 77 3x 7.8 amps 3x 1.8 697
217
252
SP50 Commercial Rainwater Harvesting
Twin pump rainwater system c/w surface pumps
Applications
Processes rain water use for domestic
and commercial properties.
Provides rainwater for toilets, laundry
and irrigation by integrated pumps.
Volumes up to 10 m3/hr.
Description
All system processes are monitored
constantly.
This guarantees that the system is ready
for operation at any time.
The multistage self priming pumps
guarantees both quiet operation and a
convenient start-up. The pumps start up
alternately, which reduces down time.
If larger volumes have to be moved,
then the second pump is switched in for
cascaded operation. In operation the
pressure sensor provides dry running
protection and pressure controlled
disconnection for convenient handling,
the pressure is shown clearly on the
LCD display. Should there be a shortage
of rainwater, mains water is supplied
on demand until sufficient rainwater
is again available. At the same time,
a zone valve makes the changeover
controlled via a float switch in the tank.
The mains is fed in accordance with EN
1717 via a proportional float valve. For
stagnation protection the water in mains
supply is changed after a standing time
of 30 days. The change to mains water
operation can also be made manually.
All connections are designed as screw
connections, except for electrical
connection whichare plug-in.
Covers, pumps and mains water tanks
are provided with vibration protection
components. The floor mounted system
controller is easy and quick to install.
Technical Description
Polyethylene mains water break tank.
Galvanised metal console.
Polypropylene pump housing.
Multistage self priming pumps.
Electronic control.
Float switch with 20 m lead and
counter weight.
Cover.
Emergency overflow, dial 70 mm.
Vibration damper for pump and
mains water break tank.
Proportionally controlled top-up
valves.
Free discharge to EN1 717. Type AB.
Optional accesories
Supply pump for poor suction condition
(large distance between rainwater tank
System controller).
Level sensor.
Connection set.
Benefits
Fully automatic.
Simple and easy installation.
Specially developed automatic
controller.
Compact and ready for connection.
Technical specification
Description
Capacity (max) 10 m3/hr
Pressure (max) 4.8 bar
Head (max) 20 mtrs
Suction depht (max) 8 mtrs
Protection class IP 41
Rated output 2x 1000 W
Supply voltage 230 V/50 hz
Suction line 2x 1’’ female
Pressure line 11/2’’ male
Mains water connection 2x 3/4’’ male
Emergency overflow 2x 70 mm
Float switch 20 mtrs (no earth lead)
Dimensions [W x H x D] 550 x 850 x 650 mm
Weight (empty) 62 Kg
Performance curves at 2900 rpm
131211109876543210 Q [m3/h]
80
70
60
50
40
30
20
10
0
H
[m]
218
253
SP75H Commercial Rainwater Harvesting
Twin pump cabinet rainwater system c/w surface pumps
Applications
Processes rain water for industrial and
commercial facilities.
Garden irrigation.
Up to a volume of 14m3/h.
Description
The SP75H system controller is a
complete rainwater system with
integrated break tank, twin and multi
stage pumps with electric controller.
It monitors the level in the catchment
and break tanks. Depending or demand,
the supply pump in the catchment tank
feeds rainwater into the SP75H’s break
tank. The integrated twin pressure
pump unit then supplies rainwater to the
points of use. If there is a shortage of
rainwater or manual changeover, the
break tank is topped up automatically,
on demand with mains water complying
with DIN EN 1717. The solenoid valve is
also checked regularly, in order to
avoid stagnant water in the mains
water line. The pressure and suction
connections can be made on the left or
right hand side. This makes the wall
clearance needed to be very small.
Technical Description
Twin pump unit, multistage,
horizontal pump with alternate
side connections.
Option to connect a second supply
pump for two cistern operation,
Maximum flow up to 14 m3/h.
Electronic controller with four.
Line LCD display.
Hours run counter for each pump.
Twin pump unit pressure indicator.
Catchment tank level gauge (optional).
Manual changeover to mains a water
mode (optional).
Zero potential fault sensor.
RS 232 interface.
Powder coated sheet steel cabinet.
Benefits
High quality, professional system
engineering.
Quick and simple installation.
Specially developed automatic
controller.
High degree of operational safety.
Pressure and suction connections on
left or right hand side.
Performance curves at 2900 rpm
Dimensions and weights
Technical specification
ModelWidht
[mm]
Height
[mm]
Depht
[mm]
Weight
(empty)
Max
weight
Pressure
line
Booster
pump
Mains
water
Header tank
volume
Emergency
overflow
SP 75H 8-40 570 1325-1335 630 90 180 11/2’’ male 11/4’’ male 11/4’’ male 100 Ltrs DN 100
SP 75H 8-60 570 1325-1355 630 90 180 11/2’’ male 11/4’’ male 11/4’’ male 100 Ltrs DN 100
SP 75H 8-70 570 1325-1355 630 90 180 11/2’’ male 11/4’’ male 11/4’’ male 100 Ltrs DN 100
SP 75H 14-40 570 1325-1355 630 100 190 11/2’’ male 11/4’’ male 11/4’’ male 100 Ltrs DN 100
SP 75H 14-60 570 1325-1335 630 100 190 11/2’’ male 11/4’’ male 11/4’’ male 100 Ltrs DN 100
ModelMax flow rate
[m3/h]
Max head
[mtrs]
Current drain
[2x 230 V]
Motor output P1
[kW]Supply voltage
SP 75H 8-40 8 42 2x 3.9 amps 2x0.8 230 V / 1 ph / 50 Hz
SP 75H 8-60 8 57 2x 5.3 amps 2x1.2 230 V / 1 ph / 50 Hz
SP 75H 8-70 8 72 2x 6,3 amps 2x1.48 230 V / 1 ph / 50 Hz
SP 75H 14-40 14 47 2x 5.3 amps 2x1.2 230 V / 1 ph / 50 Hz
SP 75H 14-60 14 59 2x 6.5 amps 2x1.48 230 V / 1 ph / 50 Hz
219
254
SP100H Commercial Rainwater Harvesting
Twin pump cabinet rainwater system c/w surface pumps
Applications
Processes rain water for industrial and
commercial facilities.
Provides rainwater for toilets, laundry
and irrigation by integrated pumps.
Up to a volume of 25 m3/h.
Description
The SP 100H system controller is a
complete rainwater system with
integrated break tank, twin and multi
stage pumps with electric controller.
It monitors the level in the catchment
and break tanks. Depending on demand,
the supply pump in the catchment tank
feeds rainwater into the SP 100H’s
break tank. The integrated twin pressure
pump unit then supplies rainwater to the
points of use.
If there is a shortage of rainwater or
manual changeover, the break tank is
topped up automatically, on demand
with mains water complying with
DIN EN 1717.
The solenoid valve is also checked
regularly, in order to avoid stagnant
water in the mains water line.
Technical Description
Twin pump unit, multistage, self
priming horizontal pumps and
alternative start.
Option to connect a second supply
pump for two cistern operation.
Maximum flow up to 25 m3/h.
Electronic controller with four
Line LCD display.
Hours run counter for each pump.
Twin pump unit pressure indicator..
Catchment tank level gauge (optional).
Manual changeover to mains a water
mode (optional).
Volt free BMS fault alarms.
RS 232 interface.
Powder coated sheet steel cabinet.
Benefits
High quality, professional system
engineering.
Quick and simple installation.
Specially developed automatic
controller.
High degree of operational safety.
Performance curves at 2900 rpm
Dimensions and weights
ModelWidht
[mm]
Height
[mm]
Depht
[mm]
Weight
(empty)
Max
weight
Pressure
line
Booster
pump
Mains
water
Header tank
volume
Emergency
overflow
SP 100H 20-50 800 1670-1690 725 200 370 11/2’’ male 11/2’’ male 11/4’’ male 200 Ltrs DN 100
SP 100H 20-60 800 1670-1690 725 200 370 11/2’’ male 11/2’’ male 11/4’’ male 200 Ltrs DN 100
SP 100H 25-50 800 1670-1690 725 215 385 2’’ male 11/2’’ male 11/4’’ male 200 Ltrs DN 100
SP 100H 25-60 800 1670-1690 725 215 385 2’’ male 11/2’’ male 11/4’’ male 200 Ltrs DN 100
Technical specification
ModelMax flow rate
[m3/h]
Max head
[mtrs]
Current drain
[2x 400 V]
Motor output P1
[kW]Supply voltage
SP 100H 20-50 20 48 2x 3.5 amps 2x1.5 400 V / 3 ph / 50 Hz
SP 100H 20-60 20 60 2x 5.1 amps 2x 2.2 400 V / 3 ph / 50 Hz
SP 100H 25-50 25 48 2x 3.5 amps 2x 1.5 400 V / 3 ph / 50 Hz
SP 100H 25-60 25 60 2x 5.1 amps 2x 2.2 400 V / 3 ph / 50 Hz
220
255
Rainwater G Tanks Commercial Rainwater Harvesting
Underground domestic/commercial water tanks
Applications
UK manufactured underground water
tanks designed to minimise dig-depth.
Materials
Single piece construction.
Delivered ready for installation.
Equipment
Available in seven sizes 1800, 2600,
3400, 4400, 5200, 6800, 8400,
10000 ltrs.
Bare or fitted tank options (fitted means
with calmed inlet, drainage connections,
filter priced separately).
Single & twin neck options (300 mm
vertical adjustment).
Single or twin telescopic lid options (T).
A range of filters can be included for an
additional cost.
Limitations
15 Year warranty in normal use.
Dimensions and weights
ModelCapacity Nominal
[Ltrs]
Opening dia
[mm]
Lenght
[mm]
Height
[mm]
Widht
[mm]
Weight
[Kg]
G1800 1800 625 2080 1725 1260 85
G2600 2600 625 2880 1725 1260 120
G3400 3400 625 3680 1725 1260 155
G4400 4400 625 4510 1725 1260 200
G5200 5200 625 2700 1725 2700 240
G5200T 5200 2x 620 2700 1725 2700 245
G6800 6800 625 3420 1725 2700 350
G6800T 6800 2x 620 3420 1725 2700 350
G8400 8400 625 3970 1725 2700 387
G8400T 8400 2x 620 3970 1725 2700 387
G10000 10000 620 4770 1725 2700 466
Telescopic lid
221
256
S-Line Display System Commercial Rainwater Harvesting
A flexible and innovative system to display performance data and water savings for rainwater harvesting system
Applications
Digital display of selected performance.
Figures and water savings.
Display of the level in the rainwater tank.
Record of long term consumption.
Description
The S-Line Commercial Display System is
an innovative add-on module that has
been newly developed for rainwater
recovery systems.
It allows the functionality and performance
of a commercial rainwater system to be
presented in public areas.
It consists of a LCD monitor, a system
controller and further accessories. Based
on various parameters it determines and
display current rainwater and mains
water use. In the SP-50 and X-Press the
set also includes a flow rate sensor c/w
box to determine levels of consumption.
The S-Line Commercial Display System
can also display the current level
of rainwater in the rainwater tank
(optional). It is also possible to record
and show long term consumptions.
As an option, a customer specific animation
or background can be integrated at
any time.
The S-Line Commercial Display System
can be additionally equipped with a
GSM modern to run a remote diagnosis
feature. If it has an internet connection it
is also possible to access the system
using integrated software and also
to changes settings. Distances up to
1.000 mtrs can be achieved using the
optional LAN repeater.
Because it uses a computer based
platform the S-Line Commercial Display
System is open to a range of extensions
and modifications. The monitor can be
located almost anywhere because of it’s
a compact dimensions.
The device has been conceived to run
fully independently and permit remote
access when integrated in an existing
network structure.
It has also been designed without any
active user interface, so accidental
mistakes by the user and ruled out,
guaranteeing error free operation. An
invisible stop button makes the Windows
interface accessible at any time, facilitating
configuration by an administrator.
The ethenet graphic adaptor makes it
possible to send the signal to any
conventional LCD or TFT monitor.
The operating times of the S-Line
Commercial Display System can be
adapted to suit the customer, to achieve
the best possible energy efficiency.
Technical Specification
Add-on module to display performance
and status figures of commercial
rainwater systems.
S-Line standard display layout can be
customised (optional).
Standard display 22’’ LCD monitor.
Connection of impulse water meters
possible.
Fully fledged mini computer with XP OS.
Compatible with all S-Line commercial
System controllers (SP-50/75/100&
X-Press 50/100).
Bespoke operation time can be defined,
the System starts and stops fully
automatically.
Comprehensive optional accessories,
GSM modem, Powerline, LAN repeater etc.
Benefits
Performance of an installed rainwater
system can be shown in plant rooms,
or remotely in public receptions or
entrance areas.
Display with digital screen offers
customised layout options (optional).
Easy and compact installation, no
external water meters required.
Possibility to integrate into an existing
data network infrastructure.
Technical Data
Storage Capacity: 80 GB.
Operating System: Windows XP (32 Bit).
RAM: 2 GB.
Processor: 1.8 GHz Via.
Display size: 22 LCD.
Power rating max: 27 W.
Operating Voltage: 12 Volt DC.
Sound Level: 22 dB.
Optional Accesories
Powerline adaptor.
GSM Modem (remote control).
LAN repeater.
W-LAN stick.
Various display sizes.
222
257
UV System Commercial Rainwater Harvesting
Stainless steel UV lamp with disinfection output 30 m3/h.
Applications
Mains water.
Water of domestic use.
Against legionella.
Disinfection of fish ponds or pools.
Description
The S-Line UV water disinfection is
characterised by construction and a
high degree of efficiency respecting
to disinfection and energy consumption.
UV disinfection is reached by floating
the water through the reactor.
Inside the reactor an UV lamp enclosed
in a UV-C transparent quartz pipe is
surrounded by the water to be treated.
The small distance of 27.5 mm between
the quartz pipe and the inner surface of
the reactor ensures optional irradiation
and therefore optimal disinfection of
the water.
The compact construction design
enables an easy replacement of the UV
lamp at the end of their useful lifetime.
No tools are required.
Also replacement and cleaning of the
quartz pipe can be arranged easily.
The S-Line UV water disinfection can
also be equipped with an optional
potential volt free output.
Therefore it is possible to transfer data to
the building maintenance information
system.
With the optional luminosity sensor you
also can measure the intense of the
lamp to avoid pollution of the quartz
pipe.
Technical Description
8.000 hours life time of lamps.
Potential volt free output (optional).
Stainless steel 1.4571.
Quality quartz pipe.
Benefits
No chemicals required.
Low operating costs.
Minimum space requirement.
Installation in existing pipework.
Smell and taste of the water are not
influenced.
Technical specification
ModelDiameter
[mm]
Lenght
[mm]
Connection
[mm]
Cable
lenght
[mtrs]
Flowrate
(max)
[m3/h]
Pressure
(max)
[bar]
UV dose
[J/m2]
Weight
[Kg]
Protection
class
Nominal
power
[W]
Connection
voltageUVC
UV (Type 1) 85 928 11/2’’ male 1.5 15 10 400 5.5 IP 65 105 230V/50 Hz 90% T1cm
UV (Type 2) 85 928 11/2’’ male 1.5 30 10 800 11 IP 65 210 230V/50Hz 90% T1cm
223
258
To work in installations for rain water recovery
Rainsub Commercial Rainwater Harvesting
Applications
To work in installations for rain water
recovery.
Materials
Outer case and impellers in stainless
steel AISI 304.
Diffusers in Noryl
(glass-loaded polymer).
Motor shaft in stainless steel AISI 420.
Double mechanical seal in graphite
and alumine.
Motor
Water-cooled motor.
Class F insulation.
Protection IP 68.
Continuous operation.
Single-phase motor with built-in thermal
protection.
Limitations
Maximum liquid temperature: 40 °C.
Equipment
Complete with 15 m of power cable.
Equipped with a suction base,
connection for a floating suction.
Hydraulic performance table
Performance curves at 2900 rpm
7
6
5
4
3
I [A]
1~
230 V 400 V3~
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
3~
400 V
c
[μF] m3/h
l/min
0.6
10
1.2
20
1.8
30
2.4
40
2.7
45
3.0
50
3.6
60
2.8
3.5
4.1
5.0
5.5
1.2
1.7
1.9
2.0
2.4
0.6
0.8
1
1.2
1.4
0.6
0.8
1
1.1
1.3
0.37
0.5
0.75
0.9
1.1
0.5
0.75
1
1.2
1.5
12
12
12
16
30
33
41
50
60
70
29
37
46
55
64
26
32
40
47
55
21
26
32
37
44
18
22
27
32
38
15
19
23
26
31
8
10
13
15
18
4
6
8
9
11
3.9
65
mw
c
Rainsub 07N 3
Rainsub 07N 4
Rainsub 07N 5
Rainsub 07N 6
Rainsub 07N 7
224
259
Stainless steel multistage submersible with bottom intake
Rainsub 2AL Commercial Rainwater Harvesting
Applications
To work in installation for rainwater
recovery. Equipped with two bottom
inlets, one to be capped of for UK
market.
Materials
Outer case and impellers in stainless.
Steel AISI 304.
Diffusers in Noryl (glass-loaded polymer).
Motor shaft in stainless steel AISI 420.
Double mechanical seal in graphite and
alumine.
Materials
Water cooled as standard.
Class F insulation
IP 68 protection.
Continuous operation.
Complete with built-in thermal
protection.
Equipment
Complete with 15 mtrs of power cable.
Limitations
Maximum liquid temperature 40 °C.
Hydraulic performance table
Performance curves at 2900 rpm
30
60
80
140120100806040200 Q [l/min]
876543210 Q [m3/h]
70
60
50
40
30
20
10
0
H
[m]
Model
I
[A]
P1
[kW]P2 c l/min 10 20 30 40 60 70 80 90
1~
230 V
1~
230 V[kW] [HP] [μF] m3/h 0.6 1.2 1.6 2.4 3.6 4.2 4.8 5.4
Rainsub 2AL 30 4.2 0.9 0.6 0.8 20
mw
c
33 32 28 25 20 14 10 3
Rainsub 2AL 60 6 1.3 0.9 1.2 25 55 54 50 44 36 27 18 8
Rainsub 2AL 80 8 1.8 1.2 1.6 40 80 78 72 66 55 42 29 13
225
260
Accessories Commercial Rainwater Harvesting
Equipment
IRM-floating extraction TWIST with 1
m or 2 m hose for flexible extraction
of rainwater from the storage tank, pre-
assembled
including: 1 x 1 mm sieve with
PE-floating ball prevents the pump from
drawing sediments. 1 x high quality 1”
check valve. 1 x special 1” rubber spiral
hose prevents germs forming, length
2 m. 1 x brass 1” BSP threaded coupling
as passage tank including seal.
Article available also with 3 m hose.
Application
Rainwater harvesting for domestic
and commercial use.
For tanks where rainwater is filtered
(TWIST) or unfiltered (SAFF) prior
to holding tank. To extract cleanest
water, place 15 cm below water surface.
Floating suction
Deflector U TrapDownpiepe filter
Description
Rainwater filter with plastic shaft
extension tube for direct installation
in the ground before the tank, with
locking lid. This extension permits
an easy adaptation to the height
proportions at the moment of the
installation on site. If necessary,
the telescopic extension can also be
shortened. It is also possible to use
several extensions. Two step cleaning
system, therefore high level of filtering
efficiency, independent of flow rate.
Due to the steep inclination of the filter
cartridge the dirt is continuously cleaned
away into the sewer.
Connection capacity according to
DIN 1986 for roof areas up to 350 m2.
Max. Flow Rate Sieve insert 1,5 lt/sec.
= 5,4 m3 cleaned water per hour.
Height difference between inlet
and outlet just 300 mm.
The cleaned water can be used in
washing machines, toilet flushing
and garden watering, in homes,
in commerce, in public buildings
and in industry.
The filter has to be cleaned depending
on the contamination 1-2 times during
the year.
3P Volume Filter VF1
How it works
1. As water arrives the level builds
up and is equally distributed across
the cascade.
2. Pre cleaning through the cascades.
Largest dirt particles are led across the
primary filter cascades directly to the
sewer.
3. Pre filtered water then flows over the
secondary filter sieve (mesh size 0,65
mm). Due to the special mesh structure
of the sieve, any dirt washes directly into
the sewer which means the filter is self
cleaning, with very low maintenance.
4. Cleaned water flows to the tank.
5. Dirt goes to the sewer
Technical data
Filter according to DIN 1989-2, typ C.
Connection inlet: 2 x DN 110.
Outlet into tank: DN 110.
Outlet into sewer: DN 125.
Height difference between rainwater
inlet and outlet 300 mm.
Housing material: Polyethylene.
Filter cartridge: Stainless steel 1.4301.
Mesh size: 0,65 mm.
Telescopic extension: Polyethylene.
Weight: 10,2 kg.
226
261
ACCESSORIES/CONTROL PANELS& INVERTERS
262
Accessories Accessories
Acuaria Ref.
12μf 8200051001
16μf 8200051002
25μf 8200051005
30μf 8200051006
50μf 8200051010
Pressure switches Ref.
Square D 65 psi 0-4 bar 5140041027
Telemecanic 0-6 bar 5140041034
Telemecanic 0-12 bar 5140041035
Teddington type 0-6 bar HLP506
Danfos KPI35 0-8 bar ZPSKPI35
Cable jointing kits for submersible applications Ref.
Thermal joint kit 369210000
Resin joint kit 1-4mm2 8500000004
Resin joint kit 5-10mm2 8500000010
Floating level switches Ref.
Olympic water float switch c/w weight 3mtr ZIN15/3T
Olympic water float switch c/w weight 10mtr ZIN15/10T
Taurus sewage float switch PVC 10mtr VVF A07 3X1-10M
Cast iron wafer non-return valves dual plate Ref.
21/2’’ EPDM seat, ss disc 16 bar ACSC121250
3’’ EPDM seat, ss disc 16 bar ACSC121300
4’’ EPDM seat, ss disc 16 bar ACSC121400
6’’ EPDM seat, ss disc 16 bar ACSC121600
Cast iron wafer butterfly valves lugged and tapped Ref.
21/2’’ EPDM liner, 316 ss disc ABUT135250
3’’ EPDM liner, 316 ss disc ABUT135300
4’’ EPDM liner, 316 ss disc ABUT135400
6’’ EPDM liner, 316 ss disc ABUT135600
Brass Non-Return valves F/F Ref.
1’’ Brass F/F 25 bar 4051.8
11/4’’ Brass F/F 18 bar 4051.9
11/2’’ Brass F/F 18 bar 4051.1
2’’ Brass F/F 18 bar 4051.11
Ball valves M/F Ref.
1’’ Brass M/F 25 bar ART56-100
11/4’’ Brass M/F 25 bar ART56-125
11/2’’ Brass M/F 25 bar ART56-150
2’’ Brass M/F 25 bar ART56-200
228
263
Accessories Accessories
A
C
D
B
To prevent water hammer in pressurised systems with minor leaks.
Model
Kit Press 148 135.5 1/4” 124
A B C D
8500000107
Ref.Brass Connectors Ref.
Brass 5 way 1’’ 5100041
Brass 5 way 11/4’’ 5100042
Pressure gauges (bottom connection) Ref.
50mm dial 1/4’’ 0-10 bar/psi 600201
63mm dial 1/4’’ 0-6 bar 5100041026
63mm dial 1/4’’ 0-10 bar 5100041024
63mm dial 1/4’’ glycerin filled 0-6 bar/psi 600302
63mm dial 1/4’’ glycerin filled 0-10 bar/psi 600300
63mm dial 1/4’’ glycerin filled 0-16 bar/psi 600303
Flexible hose connectors Ref.
3/4’’ M/F 50cm long 5160081008
1’’ M/F 50cm long 5160081014
11/4’’ M/F 50cm long 5160081020
11/2’’ M/F 50cm long 5160081027
2’’ M/F 50cm long 5160081033
PM10 Single phase submersible motor control starter/protector
Model Code
Power
Indicative at
230 kW
Power
Indicative at
230 HP
Running
Capacitor
Thermal
ProtectionWeight [Kg]
Dimensions
[mm]
A
Dimensions
[mm]
B
Dimensions
[mm]
F
PM10/0.37kW-16C-4T-IL-2 231.81 0.37 0.5 16μF 4A 0.5 210 115 70
PM10/0.37kW-20C-4T-IL-2 231.82 0.37 0.5 20μF 4A 0.5 210 115 70
PM10/0.55kW-20C-6T-IL-2 231.83 0.55 0.75 20μF 6A 0.5 210 115 70
PM10/0.55kW-25C-6T-IL-2 231.84 0.55 0.75 25μF 6A 0.5 210 115 70
PM10/0.75kW-25C-7T-IL-2 231.85 0.75 1 25μF 7A 0.5 210 115 70
PM10/0.75kW-30C-7T-IL-2 231.86 0.75 1 30μF 7A 0.5 210 115 70
PM10/0.75kW-35C-7T-IL-2 231.87 0.75 1 35μF 7A 0.5 210 115 70
PM10/1.1kW-35C-10T-IL-2 231.88 1.1 1.5 35μF 10A 0.5 210 115 70
PM10/1.1kW-40C-10T-IL-2 231.89 1.1 1.5 40μF 10A 0.5 210 115 70
PM10/1.1kW-40C-12T-IL-2 231.90 1.1 1.5 40μF 12A 0.5 210 115 70
PM10/1.5kW-40C-13T-IL-2 231.91 1.5 2 40μF 13A 0.5 210 115 70
PM10/1.5kW-45C-13T-IL-2 231.92 1.5 2 45μF 13A 0.7 210 115 70
PM10/1.5kW-50C-13T-IL-2 231.93 1.5 2 50μF 13A 0.7 210 115 70
229
264
ONE Electronic control box for one pump 1 ph or 3 ph
Model CodeOperating current Recommended Applications Weight
[Kg]
Dimensions
[mm]
H
Dimensions
[mm]
W
Dimensions
[mm]
O
Notes
min [A] max [A] [KW] [KW] [KW]
QM10/17A.A-ONE 529.01 1 17 0.09 2.2 4 300 220 160 F
QM10/17A.A-ONE+K+ 529.02 1 17 0.09 2.2 4 300 220 160 F
QT10/9A.A-ONF 529.13 1 9 0.25 3 4 5.5 300 200 160 F
QT10/17A.A-ONF 529.15 1 17 0.25 5.5 7.3 5.5 300 220 160 F
QT10/23A.A-ONF 529.17 2 23 0.75 7.5 11 7.5 300 220 160 F
QT10/29A.A-ONF 529.18 2 29 0.75 11 15 7.5 300 220 160 F
QT10/35A.A-ONF 529.19 2 35 0.75 15 18.5 7.5 300 220 160 F
Accessories Accessories
PT10 Switch start & stop 3 ph
Model Code
Current
ApplicationRecommended Applications
Weight
[Kg]
Dimensions
[mm]
A
Dimensions
[mm]
B
Dimensions
[mm]
P
NotesSubmersible pumpsSurface pumps and
general motors[A]
[kW] at 400V [kW] at 400V
PT10/1.5A- T -IMA 518.06 0.9 -1.4 0.25 0.37 0.8 184 88 140 P
PT10/2A- T -IMA 518.08 1.3 -2.1 0.55 0.75 0.8 184 88 140 P
PT10/3A- T -IMA 518.09 1.9 - 3 0.75 1.1 0.8 184 88 140 P
PT10/4.5A- T -IMA 518.10 2.9 - 4.5 1.1 1.5 0.8 184 88 140 P
PT10/7A- T -IMA 518.12 4.3 -6.8 1.5 3 0.8 184 88 140 P
PT10/9A- T -IMA 518.13 5.7 - 9.1 3 4 0.8 184 88 140 P
PT10/14A- T -IMA 518.14 8.6 - 13.5 4 5.5 1 202 88 155 P
PT10/17A- T -IMA 518.15 12.5 - 16.5 5.5 7.5 1 202 88 155 P
PT10/21A- T -IMA 518.16 16 - 21 7.5 9 1.2 234 110 169 P
PT10/23A- T -IMA 518.17 19 - 23 9 11 1.2 234 110 169 P
PT10/29A- T -IMA 518.18 22 - 29 11 15 1.2 234 110 169 P
230
265
Control Panel Q2P Accessories
Control Panel for two booster pumps fixed speed
General features
Control panel for 2 motor pumps with
electronic protection, Q2P series.
Power supply:
Q2PME16EI Single phase:
1~ 50/60 Hz 230/240 V ±10%.
Q2PTE08EI Three phase:
3~ 50/60 Hz internal selection
for 230/240 V or 400/415 V ±10%.
Main disconnector with door lock.
Thermoplastic enclosure.
IP 55 protection rating.
Power section
2 motor pump outputs: single phase or
three phase with built-in capacitor
(depending on model).
Direct motor start-up.
Control inputs
4 very low voltage inputs for float or
pressure switch for:
Shut-down level or shut-down
pressure (S0 input).
Motor pumps control level or motor
pumps control pressure (S1, S2 inputs).
Alarm level or alarm pressure (W input).
Controls and signals
2 buttons for each motor pump for:
AUTOMATIC / RESET alarm.
MANUAL / OFF.
Enabling of motor data self-learning
function (current and cos ) for
operating.
3 indicator lights to show:
Power presence and/or failure.
Stop sensor intervention (S0 input).
Alarm sensor intervention (W input).
3 indicator lights for each motor pump
to show:
Operating mode (AUTOMATIC/OFF/
MANUAL).
Motor state (running, stand still due to
dry running protection intervention) with
individually distinguishable signals.
Motor protection triggered (due to over
current or minimum charge) with
individually distinguishable signals.
Acoustic signal for:
Continuous for system alarm: W input,
S0 input (excludable), dry running
protection intervention
(excludable).
Intermittent acoustic signal for:
Motor alarm: intervened protection
(due to over current or minimum
charge).
Single and double acoustic signal for:
Warning off internal selectors
particular settings.
Functions which can be set by selectors
Auxiliary functions:
Reversing polarity of shut-down input S0.
Reversing polarity of alarm input W.
Latching for motor pumps shut-down
only from input S0, while starting
depends on input S1 and S2 (useful
for drainage systems).
Alternating motor pumps starting and
motor pumps exchange in case of
12 hours uninterrupted operation.
Alarm warning for intervention on
shut-down input S0 or for dry
running protection intervention.
Ever-active motor protection (over
current, minimum charge, dry running)
or temporarily disabled motor
protection (10 sec.).
Motor protection against dry running.
Functions which can be set by
potentiometers
Protection intervention threshold due to
over current of motor 1 and motor 2:
Automatically delayed starting (0-30 sec.)
of the second motor started.
Automatically delayed shut down
(0-180 sec.) of the first motor started.
General functions
Delay (10 sec.) of motor pumps starting
after power supply restoration.
Automatic non contemporaneous
starting and shut down of the
pumps, with 2 seconds interval time,
if not differently set on “delay
second pump starting”potentiometer
and “delay first pump shut down”
potentiometer.
Automatic periodic impeller release
(running 2 sec. every 48 hours).
MANUAL running could be:
PERMANENT: (by briefly pressing
the command button) with
control from input S0 or from
dry running protection enabled.
TEMPORARY: (by holding down the
command button) with control
from input S0 or from dry
running protection disabled.
Alarms and protections
Float or pressure shutdown
intervention (input S0): motor
pumps shutdown.
Float or pressure alarm intervention
(input W): only warning, without
motor pumps shutdown.
Intervention of protection against
motor over current with accumulated
energy calculation (I2t): causing
motor pumpm shutdown.
Intervention of protection against
motor minimum charge: causing
motor pump shutdown.
Intervention of protection against dry
running: causing motor pump
temporary shutdown with periodic
attempt of restoration (every 10 min.).
Motor 2 starting, if available, when
motor 1 is shut down by any
protection (except for dry running).
Protection fuses for each motor (2 for
Q2PME16EI and 3 for Q2PTE08EI ).
Auxiliary circuits protection fuses.
Operating conditions
Ambient Temperature -5/+40 ÆC
Maximum relative humidity 50% with
maximum temperature +40ÆC.
Technical features and power section
Model
I
[A]
P1
[kW] Height
[mm]
Widht
[mm]
Depht
[mm]
Weight
[Kg]Notes
230 V 400 V 230 V 400 V
Q2PME16EI 1 - 16 0.09 - 2.2 245 195 150 1.8 P
Q2PTE08EI 1 - 8 1 - 8 0.12 - 1.8 0.25 - 3.7 245 195 150 2.5 P
231
266
Water Filters Accessories
Two & three piece filters
The BIG line is a 2 piece filter housing designed for medium sized cartridges.
It is suitable for situations where a certain quantity of water is required to be
filtered.
Available, with opaque (Blue PP) or transparent (SAN) bowls, designed for wall
mounting.
The Standard Line includes FP2 cartridges with two-piece plastic filters & FP3
cartridges with three-piece plastic filters. The heads are made with female-
thread couplings with brass inserts and brass blow-off valves, or without brass
inserts with plastic relief valves. They allow handling medium capacities, and
are particularly suitable for domestic or residential use.
Part of the High Pressure Line the FO3 with brass head & TROGAMID transparent sump
is ideal for semi-professional land industrial applications where excellent performance
is required due to the presence of chemical products, high working pressures and/or
temperatures. This durab three pieces filter housing is suitable for wall mounting & easy
to install.
The Washable Net Cartridge is ideal
for applications such as the water
treatment, industry, agriculture,
domestic applications & water pumps
removing suspended solids, sand,
slime, rust etc. Properly utilized, they
can be used over & over again, with
uniform flow along the cartridge
surface minimising the risk of
clogging, maintaining constant
efficiency.
The FA-line is our polypropylene wound
Cartridge part of the depth and
deforming cartridges series.
Manufactured using only 100% pure
non-toxic polypropylene yarn, the
appearance is uniform, homogenous
and very strong, achieving a notable
increase in the filtration surface, thus
increasing in cartridge life. The inside
core of the filter is rigid polypropylene
which guarantees stability.
Contacting head water meter, Suitable for horizontal installation,
available in several sizes & K factors.Single/double brackets & spanner available.
232
268
Electronic variable speed pump controller with inverter technology for single & multi pump applications
Steadypres Inverters
Applications
An in-line inverter for boosted water
supply, irrigation & bore-holes.
Features
Steadypres features a tecnopolymer
body suitable for use with pumps with
flow rates up to 220 Litres/min.
Heat emission is a characteristic of all
Inverters when they are working and its
Dissipation is extremely important for
reliability.
Steadypres keeps its cool thanks to a
metallic heat sink with large cooling ribs
in direct contact with the water flow.
High energy savings.
Constant water pressure.
Safety and reliability.
Expanding Signal board (optional)
The Input/output signal board is fitted in
the back of the unit and includes
connections for:
RS 485 communication signal for use
with multi pump installations.
Float switch (or other input signal):
allows the connection to a level sensor
or other switch for remote start-stop
signal.
Alarm output for remote alarm.
Sinwave Filter (Installed between
Steadypres & pump motor) used to
overcoming problems associated with
long cables. It aids smooth running of
motors eliminating destructive effect of
voltage peaks. It permits the use of up
to 300 mtrs between inverter and the
pump motor.
Typically associated with borehole
pumps.
There are two models for 9 amps &
16 amps.
Technical
Input voltage (all models):
Single phase 230 V at 50/60 Hz.
Single phase 110 V at 50/60 Hz.
Output voltage:
Single phase 230 V at 50/60 Hz.
Single phase 110 V at 50/60 Hz.
Three phase 230 V at 50/60 Hz.
Three phase 110 V at 50/60 Hz.
IP 65 protection.
Working temperature 0-60 deg c.
Max flow rate 200 l/min.
Connections 1’’ BSP/1’’NPT male.
Max working pressure 10 bar.
Burst pressure 40 bar.
Weight 2.9 Kg.
Shut-off flow rate 2 l/min.
Working pressure 1-9 bar.
Protection against:
Dry running.
Over current.
Over temperature.
Pump failure.
You only need to select the required
operating pressure and the rated
current of the pumps.
Technical features
Model Input voltage Output voltage Max current Power [kW]
ST M/M 07E 1 ph 230 V 1 ph 230 V 8.5 amps 1.1 kW
ST M/M 11DE 1 ph 230 V 1 ph 230 V 13 amps 1.7 kW
ST M/M 13DE 1 ph 230 V 1 ph 230 V 16 amps 2.2 kW
ST M/T 07E 1 ph 230 V 1 ph 230 V 7 amps 1.1 kW
ST M/T 10E 1 ph 230 V 1 ph 230 V 12 amps 2.2 kW
ST T/T 06E 3 ph 400 V 3 ph 400 V 6 amps 2.2 kW
ST T/T 08E 3 ph 400 V 3 ph 400 V 8 amps 3 kW
Performance curves
233
269
DG Box is a control panel for managing variable speed & fixed speed pumps
DG Box Inverters
Applications
An in-line inverter for boosted water
supply, irrigation & bore-holes.
Features
Frequency inverter (s).
Main circuit breaker with door isolator.
Thermal circuit breaker (for variable
speed pump(s).
Contactor with overload protection
(for fixed speed pump).
2x Analog input 4-20 mA (0-110 V) for
pressure transducer.
2x Digital input for flow signal.
2x Digital signal (input signal).
2x Digital signal (output signal).
USB port for software updates & restore.
RS 485 port.
Control board protection fuse.
Net filter (integrated).
Cooling fans.
Technical
The double fan forced cooling system
combined with the IP 65 cabinet allow
the usage of the DG Box even with
ambient temperatures up to 40 deg c.
The DG Box is equipped with built-in
electronic filter as per EMC requirements.
A back lighted graphic LCD make
configuration and usage simple
and safe.
Power and signal electronic connections
are safe and easy thanks to the wide
separate compartment and quick
connections.
Technical features
Panel c/w one inverter to control one pump.
Model kW AMPS Power
MV - 30 3 8 400 V
MV - 55 5.5 14 400 V
MV -75 7.5 19 400 V
Panel c/w one inverter to control two pumps.
Model kW AMPS Power
MVF - 30 2 x 3 2 x 8 400 V
MVF - 55 2 x 5.5 2 x 14 400 V
MVF -75 2 x 7.5 2 x 19 400 V
Panel c/w two inverters to control two pumps.
Model kW AMPS Power
MW - 30 2 x 3 2 x 8 400 V
Second pump with contactors
234
270
Improved quality in water supply: constant pressure
Speedrive
Performance area with sets of 4 pumps in parallelPerformance area with one pump
2520151050
4003002001000 Q [l/min]
Q [m3/h]
20 40 60 80 100Imp g.p.m.
250
200
150
100
50
0
H
[ft]
600
800
200
400
0
H
[kPa]
60
80
40
20
0
H
[mca]
806040200
1400120010008006004002000 Q [l/min]
Q [m3/h]
100 200 300Imp g.p.m.
250
200
150
100
50
0
H
[ft]
800
600
400
200
0
H
[kPa]
80
60
40
20
0
H
[mca]
The most efficient system for adjusting
a pump’s hydraulic performance
to the pressure and flow requirements
of supplying water is through the use
of variable-speed technology. In the
case of supplying water to a building
that requires a constant pressure
regardless of the water flow requested,
with a variable-speed system, in addition
to improved efficiency, a high-quality,
oscillation-free service is obtained,
guaranteeing greater durability of
the equipment and the installation.
The ESD unit receives a proportional
signal from a pressure transducer fitted
on the discharge pipeline. The ESD
processes this signal and regulates
the motor speed in order to keep the
pressure constant at the established
level, regardless of the variations in flow
demand. With this pump set the pump’s
operation can be adapted to the
different flow demands, constantly
setting the consumption that is strictly
necessary for the demand at any given
moment. The energy consumption
will be proportional to the water
consumption. In comparison to the
same system running at a fixed speed,
this translates directly into energy
savings.
Operating modes
The ESD has a backlit display and a
5-button keypad for displaying the user
parameters. The installer can easily
regulate and modify the basic
operational parameters through
the same interface. It also includes
a reset option to recover the default
factory parameters.
Adjustable operating parameters
Language: options ES, EN, DE, IT, FR.
Operation: AUTOMATIC – MANUAL.
Set pressure: set point.
Differential pressure: hysteresis or
difference in the set pressure that marks
the start-up of the pump.
Maximum motor intensity: to regulate
motor protection.
Pump sleep frequency: sleep
frequency; this can be set manually
or automatically.
ESD has a system for automatically
calculating the pump’s sleep frequency
on the basis of the specific
characteristics of each installation
and the set pressure point.
Parameters displayed
Set pressure.
Differential pressure.
Maximum motor intensity
Stoppage frequency.
Pump stop temporisation.
Module temperature.
Alarm display: power surge, short-circuit,
power failure and module temperature.
Operational register: number
of start-ups, hours in operation
and hours online.
Access to advanced parameter settings,
the deletion of the operational register
and of the alarm history is password
protected.
Pump stop temporisation
Nominal motor frequency: 50 Hz/60 Hz.
Motor rotation reversal.
ON–OFF auxiliary pump: auxiliary pump
in fixed-speed DOL operation.
Auxiliary pump in variable speed mode
by ESD at variable speed.
Configuration in auxiliary pumps
Activation frequency: activation
frequency of auxiliary pumps.
Auxiliary pump activation temporisation.
Auxiliary pump maximum intensity.
235
271
Dimensions and weights
Speedrive M2
Speedrive T3
Speedrive T4
Model A
128
142
142
B C D [Kg]
71
85
85
207
207
207
207
207
207
2.2
2.5
2.5
Speedrive
Electronic circuit
4
3
2
1
1
4
2
3
1
4
Speedrive M2 Speedrive T3/T4
1
4
2
3
EMC filter
Input/output for cables
Power circuit
Aluminium radiator body
Pressure transducer
Device for digital pressure reading
Technical specifications - 50/60 Hz
Description
Single-phase Three-phase
M2 T3/T4
Configuration
Power
Motor voltage
Maximum intensity
Cooling
Constant pressure
Constant flow
Second duty point
Dry running protection
Pressure transducer
Additional digital input
Additional analogical input
Level switch terminal
PTC
External communication port
Screen
Auxiliary relay
Minimum working frequency
Acceleration ramp
Deceleration ramp
Stop temporisation
Maximum No. of pumps
Maximum No. of slave pumps (fixed speed)
Built into the junction box
230 V, single-phase
230 V, three-phase
7 A
Air-cooled
Yes
Programmable
Programmable
Yes
External, 4-20 mA
1
1
Yes
Optional
RS 485
Backlit
1 for external alarm
Adjustable
1 fixed
1 fixed
Yes
Up to 4
Up to 3
Built into the junction box
400 V, three-phase
400 V, three-phase
9 A
Air-cooled
Yes
Programmable
Programmable
Yes
External, 4-20 mA
1
1
Yes
Optional
RS 485
Backlit
No
Adjustable
1 fixed
1 fixed
Yes
Up to 4
Up to 3
For ESPA pump model’s only XVM, Aspri, Multi, etc.
236
237
272
273
SPECIALPUMPS
274
J Series Special Pumps
Surface mounted self priming pump with open impeller
Applications
The J range pumps suit many applications,
construction, agriculture, farming, waste
treatment, civil engineering, marine, naval
and lift shafts.
Features
Robust construction.
Quick self priming.
Easy maintenance.
Solids handling.
Reliable, wear resistant.
Technical features Performance curves at 2900 rpm
Model Power supply CurveOutlet
[mm]
Free passage
[mm]
Power
[kW]
Weight
[Kg]
J40 230 V / 1 ph A 11/2’’ 20 1.1 21
J40 400 V / 3 ph A 11/2’’ 20 1.1 21
J1-180 400 V / 3 ph E 11/2’’ 11 4 60
J50 230 V / 1 ph B 2’’ 25 2.2 24
J50 400 V / 3 ph B 2’’ 25 2.2 24
J2-180 400 V / 3 ph F 2’’ 28 5.5 106
J3-140 400 V / 3 ph C 3’’ 45 4 63
J90 400 V / 3 ph D 4’’ 15 11 95
240
275
Piscis Special Pumps
Quiet-running single-stage centrifugal pumps for the recirculation of water
Motor
Asynchronous, two poles.
IP 55 protection.
Class F insulation.
Continuous operation.
With built-in thermal protection
Equipment
Complete with suction and discharge
unions. In imperial or metric on
Piscis 2, 3 and 4.
Applications
Water recirculation in aquariums
and fish hatcheries. Specially designed
for operation with sea water and to be
resistant to the fish excrement.
Materials
Pump body, impeller and pump foot
in technopolymer.
Mechanical seal in graphite and alumine.
Metallic parts in contact with water in
stainless steel AISI 316.
O-rings in NBR.
Piscis 1/ Piscis 2:
Seal mounting in technopolymer.
Shaft in stainless steel AISI 316.
Motor housing in aluminium.
Piscis 3: Shaft in stainless steel AISI 316.
Motor housing in aluminium.
Piscis 4: Shaft in stainless steel AISI 316
and iron F-114.
Motor housing in aluminium L-2521.
M
L
K
J
I
D
C
A
H
GF
E
B
M
L
K
J
A
IH
G
FE
D
C
B
Piscis 1
Piscis 1
Model A [Kg]H I J LKGFEDC
125 4.538 32 100 124122888115.53059094
B
Piscis 4
Piscis 4
Model A
130
[Kg]
14.3
H
108
I
29
J
124
K
191
L
9
M
2”
G
120
F
160
E
230
D
108
C
162298.7
B
A
J
I
H
GF
E
D
C
B
H
Piscis 3
Piscis 3 50
Piscis 3 70
Model A [Kg]H I JGFEDC
134.5
134.5
7
7
50
50
120
120
100
100
154.5
154.5
113
113
156
156
8
8
337
337
83.5
83.5
B
Piscis 2
Piscis 2
Model A
396
[Kg]
6
H
150
I
88
G
33
F
39
E
257
D
158
C
182204
B
G
A
H
F
E
D
C
B
H
F
G
I
Dimensions and weights
241
276
Piscis Special Pumps
Performance curves at 2900 rpm
Piscis 1 Piscis 2
Piscis 3 Piscis 4
Hydraulic performance table
1.0 0.22 0.08 0.12 6
I [A]
1~
230 V
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
c
[μF] m3/h
l/min
7
0.9
15
6.3
1.8
30
5.7
2.7
45
4.9
3.6
60
4.3
4.5
75
3.4
5.4
90
2.2
6.6
110
0.4
8.1
135
Piscis 1 mwc
1.3 0.27 0.15 0.20 6
I [A]
1~
230 V
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
c
[μF] m3/h
l/min
9.4
0.9
15
9
1.8
30
8.5
2.7
45
7.6
3.6
60
6.5
4.5
75
5
5.4
90
3.2
6.3
105
1.6
6.9
115
Piscis 2 mwc
6.3 1.4 1.1 1.5 25
I [A]
1~
230 V
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
c
[μF] m3/h
l/min
14.5
1.5
25
14
6.0
100
13.2
10.5
175
12.2
15
250
11
19.5
325
9
24
400
7
28.5
475
4.2
33
550
Piscis 4 mwc
I [A]
1~
230 V
Model
P2
[kW] [HP]
P1 [kW]
1~
230 V
c
[μF] m3/h
l/min
1.2
20
3.6
60
6.0
100
8.4
140
10.8
180
12.6
210
15
250
2.4
3.3
0.5
0.7
0.37
0.5
0.5
0.75
10
10
10.5
11.5
9.7
10.8
8.5
10
7.1
9.1
5.4
7.9
4
6.8
2
5 2.7
18
300
Piscis 3 50
Piscis 3 70mwc
1 2
3-703-50
4
242
277
Residue Pump LSCI.4S Special Pumps
Submersible puddle sucker pump
Applications
Installation to pump water down to 1 mm.
Flood control services, lift shafts, hire
fleetsand utilities.
Materials
Outer case in pressed steel.
Base in steel and rubber.
Shaft and stainless steel AISI 403.
Double mechanical seal in silicon
carbide/silicon carbide.
Oil in seal chamber.
Motor
Water cooled and standard.
Class F insulation.
IP 68 protection.
Continuous operation.
Complete with built-in thermal
protection.
Limitations
Maximum liquid temperature 40 °C.
Equipment
Complete with 10 mtrs of power cable.
Two outlet sizes 25 & 50 mm.
Options
SwitcH²O option for precise water level
control via probes.This should be used
in conjunction with QA50B control panel
which comes complete with the LSC1.4S
SwitcH²O pump.
Technical features Performance curves at 2900 rpm
Model Manual / AutoOutlet
[mm]
Power
[kW]
Voltage
[V]
Free passage
[mm]
dia x h
[mm]
Weight
[Kg]
LSC1.4S M 25 0.48 110 / 230 6 Ø196 x 316 12
LSC1.4S M 50 0.48 110 / 230 6 Ø196 x 316 12.1
LSC1.4S A 25 0.48 110 / 230 6 Ø196 x 316 12.1
LSC1.4S A 50 0.48 110 / 230 6 Ø196 x 316 12.2
H
[m]
10
5
0
243
278
Industrial process Special Pumps
F range Free Moulded Pumps
Range available:
FM-S OR FM-C
Flow rates up to 10,000 l/hr
Pressure up to 4 bar.
K range
Flow rates up to 200 m3/h.
Pressure up to 24 bar.
Special on request up to 48 bar.
W range Standard Open Throat
Flow rates up to 100 m3/h.
Pressure up to 24 bar.
Macerator
C31 pump self priming PC screw pump.
The bi-hammer macerator reduces
particle size before entering the
pumping element.
Capacity: up to 3.5 m3/h. & up to 6 bar.
For further information, please ask our sales team for a quotation.
244
279
TECHNICALINFORMATION
280
Technical Information
Table 1 Pipe dimension in function of the flow
Table 2 Equivalent pipe length (in m)
DN
Ø PVC
Inces
Thread
Maximum suction flow [m3/h]
Maximum nominal flow [m3/h]
20
25
3/4”
20/27
0.7
0.8
25
32
1”
26/34
1.4
1.4
32
40
1 1/4”
33/42
2.7
3
40
50
1 1/2”
40/49
4.2
4.5
80
90
3”
80/90
21
25
150
160
6”
152/165
91
130
125
140
5”
127/140
60
80
100
110
4”
102/114
36
46
65
75
2 1/2”
66/76
13.5
16
50
63
2”
50/60
7.3
8
DN
90° Threaded elbow
90° Flanged elbow
Flow Straightner
Non return valve
Foot valve
25
1
0.4
0.3
6
4
32
1.3
0.5
0.3
7
5
40
1.6
0.6
0.4
8
7
80
3.2
1
0.7
10
15
150
6
2
1.4
18
34
125
5
1.8
1.1
15
26
100
4
1.5
0.9
12
20
65
2.6
0.9
0.6
10
11
50
2
0.7
0.5
10
9
Definitions
Flow
The quantity of liquid at the output
of a pump on a time basis.
It is generally expressed in m3/h.
Total Manometric Head
The THM is the total pressure that the
pump must supply. It is generally
expressed in meter water column (mwc).
Friction Losses
Any liquid flowing through a pipe
generates friction losses they are
function of: flow, the cross section
of the pipe used and the number of
accessories used by the liquid.
Abreviations
ha Inlet pressure. Vertical distance
between the axis of the pump and the
minimum level of liquid to pump. ha is
positive if the level of the pumped liquid
is above the axis of the pump, and is
negative when the level is below.
La Total length of the suction pipe.
hr Head requirement. Vertical length
between the axis of the pump and the
highest point of distribution.
Lr Total length of discharge piping.
Jr Outlet losses.
Pu Utilised pressure. Pressure required
for process (e.g. at sprinkler or shower
head).
Calculation of the HMT
Inlet Manometric Height: HMA = ha + Ja
Outlet Manometric Height: HMR = hr + Jr
Total Manometric Head: HMT = HMA +
HMR + Pu
Example
Requested Characteristic: Flow: 2 m3/h
Utilised Pressure: 2 bars = 20.2 mCE
Installation Parameters:
Inlet: ha = 4 m, La = 7 m, 1 x Foot valve
1 x 90 degree elbow
Outlet: hr = 6 m
Lr = 60 m
1 x Check valve
1 x Valve
1 x 90 degree threaded elbow
Pump Selection:
Recommended dimension of the pipe
(Table 1):
DN 32 Equivalent length of the pipe
(Table 2):
7 + 5 + 1.3 + 60 + 7 + 0.3 + 1.3 = 81.9 m.
Pipe losses (Table 3):
81.9 x 2 / 100 = 1.6 mwc.
Total manometric head:
HMT = 4 + 6 + 1.6 + 20.2 = 31.8 m CE.
This installation requires a pump with
a 2 m3/h flow at 32 mwc:
The Tecno 15 4 is the most suitable
pump for this application.
246
281
Technical Information
Table 4 Reduction of a pump capacity
Altitude [m]
0
500
1.000
1.500
2.000
2.500
3.000
3.500
Head loss [mwc]
0.6
1.15
1.70
2.20
2.65
3.20
3.60
Temperature [°C]
20
30
40
50
60
70
80
90
100
Head loss [mwc]
0.20
0.40
0.70
1.20
1.90
3.10
4.70
7.10
10.33
Deration due to pumped liquidDeration due to altitude
Table 3 Losses in metres for 100m of horizontal straight pipe
For pipes in plastics, multiply these values by the following 0,8 factor
[m3/h]
0.2
0.5
0.7
1.0
1.5
2.0
3.0
4.0
5.0
6.0
7.0
8.0
9.0
10.0
12.0
15.0
20.0
25.0
30.0
40.0
50.0
60.0
70.0
80.0
100.0
150.0
200.0
l/min
3
8
12
17
25
33
50
67
83
100
117
133
150
167
200
250
333
417
500
667
833
1000
1.167
1.333
1.667
2.500
3.333
20
0.3
2.0
4.0
8.0
17.0
33.0
25
0.5
1.0
2.1
5.0
9.0
21.0
32.0
32
0.1
0.2
0.5
1.0
2.0
4.5
7.6
13.0
17.0
25.0
33.0
40
0.2
0.5
0.9
2.2
3.5
6.0
8.0
12.0
14.0
19.0
23.0
33.0
80
0.1
0.2
0.3
0.3
0.5
0.6
0.7
1.0
1.6
2.8
4.4
6.3
11.2
17.5
25.0
34.0
150
0.1
0.2
0.2
0.4
0.7
1.0
1.3
1.7
2.6
5.8
10.4
125
0.1
0.2
0.3
0.4
0.6
1.1
1.7
2.4
3.3
4.3
6.8
15.3
27.0
100
0.1
0.2
0.2
0.3
0.5
0.8
1.3
1.9
3.3
5.2
7.6
10.2
13.4
21.0
65
0.2
0.5
0.7
1.0
1.3
1.7
2.1
2.5
3.5
5.3
8.8
13.8
18.8
32.5
50
0.1
0.3
0.6
1.0
1.8
2.5
3.5
4.5
5.7
7.0
10.0
15.0
26.0
40.0
Nominal diameter of pipe [mm]Flow
Maximum level of immersion for submersible monobloc pumps
IMM. Max* [m] IMM. Max** [m]Model Max. P
Acuaria 07N 3
Acuaria 07N 4
Acuaria 07N 5
Acuaria 07N 6
Acuaria 07N 7
Acuaria 17 5
Acuaria 17 6
Acuaria 27 4
Acuaria 27 6
Acuaria 37 4
Acuaria 37 6
Acuaria 57 4
6
6
12
12
12
12
12
12
12
10
10
10
36
30
80
73
66
70
50
85
67
60
33
70
50
47
102
100
96
50
25
70
45
42
15
52
Maximum level of immersion: Working height + Immersion height < Pression maximum.
* Maximum level of immersion at the maximum performance point in metres.
** Maximum level of immersion at the most unfavourable point in metres.
247
282
Typical applications
Open well application
1 Pump.
2 Pressure vessel.
3 Pressure switch.
4 Pressure gauge.
5 Isolation valve.
Sump application
1 Pump.
2 Non return valve.
3 Isolation valve.
4 Capacitor box.
8 Power supply cable.
9 Level probes.
10 Level probe cable.
11 Suspension cable.
12 Dry run protection control panel
Model: COMPACT 13.
13 Capacitor box.
Borehole application
1 Pump.
2 Pressure vessel.
3 Pressure switch.
4 Manometer.
5 Isolation valve.
6 Non return vale.
7 Water tight cable joint.
Self priming application
1 Pump.
2 Pressure vessel.
3 Pressure switch.
4 Pressure gauge.
5 Isolation valve.
6 Non return valve.
7 Non return valve and strainer.
8 Floating level switch.
9 Capacitor box.
6 Non return valve.
7 Starter.
8 Capacitor box.
9 Suspension cable.
248
283
284
CA
T 1
00
7U
K 0
2/1
4
ESPA Pumps (UK) Ltd
15-16 Riverside Avenue West
Lawford
Manningtree
Essex
CO11 1UN
Tel +44 1206 391291
Fax +44 1206 391239
www.espa.com
www.espa pumps.co.uk-