cml tml fancoilok
DESCRIPTION
CML TML FANCOIL AIR CONDITIONERSTRANSCRIPT
-
CONTENTS
CML versionwith centrifugal fan
TML versionwith tangential fan
Electronic controls forCML and TML versions
Accessories
Page 4
Page 20
Page 44
Page 52
CML - TML is the new fan coil that continues the traditionbased on high reliability and low noise levels. It is the resultof great commitment in terms of energy and resources to offera more modern product from every point of view:
Design: we propose a fan coil with an innovative designwith continuous and rounded curves.Even the controls, both on board and remote for wallinstallation, have been completely re-designed to perfectlymatch the equipment and the surrounding environment.
Quietness: we exploited all its research and developmentskills to reduce the noise level of this fan coil. This aspectis increasingly important both for designers and end users.The result is an extremely low noise level both on the CMLmodel with centrifugal fan and on the TML model withtangential fan.
Range: This series comes with a wide range of modelswith a centrifugal or tangential fan.The fan coils are available on demand in a wide rangeof colours and are equipped with every kind of accessoiresand controls to meet all electronic and installation needs.
Easy use: Every detail has been carefully studied to guaranteeeasy assembly, use and maintenance of the fan coils, like forinstance the functional symmetric feet, the wide valve space(170 mm) and easy access to the filter in all models.Moreover each version has the same internal structure,identical in both horizontal and vertical models, in order tostandardize production and guarantee a greater flexibilityin distribution and installation.
-
CML version with centrifugal fanFor our most traditional version, we focused our attention on design, optimization of practicalityas well as on noise level reduction.This fan coil, based on a traditional technology, offers excellent environmental comfort.
3
TML version with tangential fanThe series TML is equipped with an exclusive tangential fan assembly which has a 120 mmdiameter, the largest one on this kind of unit. Its special spiral shape guarantees a perfect andcontinuous airflow on the whole battery surface, optimizes thermal exchange and avoids theannoying pumping effect of other kinds of tangential fans.The noise level has been remarkably reduced.
7 sizes (300-1400 m3/h)
1 battery: 3 or 4 rows
2 batteries: 3 or 4 rows (cooling)and 1 row (heating)
4 versions (CV, CVB, CH, NC)
5 sizes (300-1000 m3/h)
1 battery: 3 or 4 rows
2 batteries: 3 or 4 rows (cooling)and 1 row (heating)
4 versions (CV, CVB, CH, NC)
Page 4
Page 20
-
Outer casingMade of galvanized and prepainted steel casing.The plastic top grid has fixed louvres and is reversible in order to distribute the air in two different directions.Standard colours:- top grid: Pantone 427C (light grey)- frontal sheet: RAL 9003 (white)- other colours on request.
Inner casingMade of galvanized steel with closed cell insulation.
FilterThe filtration medium is a washable synthetic fibre, efficiency of 73% and the filter frame is made of galvanizedsteel. Special plastic sliding guides allow for easy insertion and removal of the filter.
Fan assemblyThe fans have aluminium blades directly keyed on the motor with double aspiration and they are dinamically andstatically balanced during manufacture in order to have an extremely quiet operation.
Electric motorThe motor is wired for single-phase and has four speeds, three of which are connected.The motor is fitted on sealed for life bearings and is secured on antivibration and self-lubricating mountings.Protection IP 21, class B.
Heat exchangerIt is manufactured from drawn copper tube and the aluminium fins are mechanically bonded onto the tube by anexpansion process. The coil has two 1/2 inch BSP internal connections and 1/8 inch BSP air vent and drain.Flow and return pipe connections are situated at the same end on the left side looking at the unit. On request wecan deliver the unit with the connections on the right end side. This operation can also be easily carried out onsite during installation.
Condensate collection trayMade from plastic with an L shape fitted on the inner casing.The outside diameter of the condensate discharge pipe is 15 mm.
Controls and AccessoriesSee pages 37 - 45.
CML Version
4
Construction
-
100 (min.
CML Version
5
Model styles
Note: to connect CV exposed model units to wallremote controls use the terminal boardadaptor kit Code 9060103.
CV ModelLow level exposed model
NC ModelLow level concealed model
CVB ModelFrontal intake low level exposed model
CH ModelHigh level exposed model
NC ModelHigh level concealed model
-
1/2" F
149
41
413
270
SIZE: 1 - 2 - 3
H
57
C
1/2" F
150
43
465
276
SIZE: 4 - 5
57
HC
1/2" F
176
40
449
270
SIZE: 6 - 7
87
15 EXT.
HC
229
1/2" F
186
103
483
329
MOD.: 1 - 2 - 3 - 4 - 5
57SEE DRAWING
CH
229
1/2" F
210
104
467
327
MOD.: 6 - 7
87SEE DRAWING
15 EXT.
CH
229
CML Version
6
Dimensions, Weight, Water contents
COIL CONNECTIONS3 or 4 ROW BATTERY
1 ROW SUPPLEMENTARY BATTERY
1 ROWBATTERY CONNECTION
CVB-CH ModelCV Model
-
B28 28
530
B
157
133
125
7144
SIZE: 1 - 2 - 3
128 EXT.
A
25
2022
9
C
SIZE: 4 - 5 - 6 - 7
A
25
20
15EXT.
229
C
128 EXT.
SIZE: 1 - 2 - 3
SIZE: 4 - 5 - 6 - 7
B
AA
15 EXT.
Coil water contents (Litres)*
MODEL 1.3-2T 1.4-2T 2.3-2T 2.4-2T 3.3-2T 3.4-2T 4.3-2T 4.4-2T 5.3-2T 5.4-2T 6.3-2T 6.4-2T 7.3-2T 7.4-2TkglABLH
14 160.6 0.8
18 210.9 1.3
21 24
1.3 1.722 25
1.6 2.226 301.7 2.4
35 411.9 2.8
36 421.9 2.8
218454
775
225
218669990225
2188841205225
2188841205225
21810991420225
24810991420255
24810991420255
C 206 206 206 206 206 236 236
*
CML Version
7
NC Model
NC Model
-
CML 1.3-4T CML 2.3-4T CML 3.3-4T CML 4.3-4T CML 5.3-4T CML 6.3-4T CML 7.3-4T1 2 3 1 2 3 1 2 3 1 2 3 1 2 3 1 2 3 1 2 3
190 240 300 290 360 450 380 480 600 480 600 750 650 800 1000 750 950 1200 850 1100 14001,10 1,30 1,50 1,80 2,15 2,50 2,47 2,90 3,50 2,90 3,44 4,00 3,60 4,15 4,80 4,30 5,08 5,95 4,47 5,37 6,311,25 1,35 1,75 2,05 2,35 2,70 2,65 3,10 3,60 2,93 3,31 3,69 3,90 4,50 5,30 4,20 5,00 5,50 4,60 5,40 6,103,2 4,3 5,7 7,9 10,6 14,1 6,0 8,3 11,1 10,0 13,5 17,9 16,8 20,5 27,8 12,0 16,0 21,1 16,6 22,6 29,72,2 2,8 3,7 5,3 6,7 8,6 1,7 2,3 2,8 2,3 2,9 3,7 3,9 5,7 7,3 4,3 5,8 6,9 5,9 7,7 9,625 37 50 45 50 60 60 80 87 65 80 95 65 85 130 120 145 180 135 170 21040 45 51 42 50 54 37 42 51 45 48 54 48 54 59 48 55 60 55 62 6631 36 42 33 41 45 28 33 42 36 39 45 39 45 50 39 46 51 46 53 57
Air flow m3/h
MODELSpeed
Cooling KWHeating KWp Cooling KPap Heating KPaFan WSound powerLw dBASound pressureLp dBA
CML 1.3-2T CML 2.3-2T CML 3.3-2T CML 4.3-2T CML 5.3-2T CML 6.3-2T CML 7.3-2T1 2 3 1 2 3 1 2 3 1 2 3 1 2 3 1 2 3 1 2 3
190 240 300 290 360 450 380 480 600 480 600 750 650 800 1000 750 950 1200 850 1100 14001,10 1,30 1,50 1,80 2,15 2,50 2,47 2,90 3,50 2,90 3,44 4,00 3,60 4,15 4,80 4,30 5,08 5,95 4,47 5,37 6,311,40 1,70 2,06 2,30 2,70 3,30 3,00 3,70 4,45 3,65 4,35 5,20 4,70 5,50 6,60 5,50 6,70 8,00 6,21 7,50 9,073,2 4,3 5,7 7,9 10,6 14,1 7,0 9,2 12,3 10,0 13,5 17,9 16,8 20,5 27,8 12,0 16,0 21,1 16,6 22,6 29,72,1 2,9 3,8 6,5 8,6 11,4 5,8 7,6 10,2 8,2 11,0 14,5 14,1 18,1 23,4 10,4 14,1 18,4 14,6 19,7 25,820 30 50 45 50 60 60 80 87 65 80 95 65 85 130 120 145 180 135 170 21040 45 49 42 47 52 37 42 51 43 47 54 48 56 59 51 56 60 54 60 6331 36 40 33 38 43 28 33 42 34 38 45 39 47 50 42 47 51 45 51 54
Air flow m3/h
MODELSpeed
Cooling KWHeating KWp Cooling KPap Heating KPaFan WSound powerLw dBASound pressureLp dBA
CML 1.4-2T CML 2.4-2T CML 3.4-2T CML 4.4-2T CML 5.4-2T CML 6.4-2T CML 7.4-2T1 2 3 1 2 3 1 2 3 1 2 3 1 2 3 1 2 3 1 2 3
190 240 300 290 360 450 380 480 600 480 600 750 650 800 1000 750 950 1200 850 1100 14001,30 1,50 1,80 2,00 2,40 2,80 2,70 3,30 3,90 3,20 3,90 4,60 4,20 4,80 5,70 4,60 5,50 6,60 5,20 6,30 7,501,60 1,95 2,30 2,50 3,00 3,50 3,20 4,00 4,80 4,00 4,80 5,80 5,20 6,20 7,40 6,00 7,30 8,80 6,70 8,30 10,104,6 6,4 8,6 13,1 18,0 24,7 8,7 12,4 17,0 7,4 10,0 13,6 11,8 15,5 20,7 2,4 3,3 4,5 2,9 4,1 5,63,7 5,2 7,0 11,2 15,1 21,1 7,3 10,3 14,1 6,0 8,2 11,1 9,6 11,6 16,8 2,0 2,7 3,6 2,6 3,5 4,523 35 47 45 50 60 60 80 87 65 80 95 65 85 130 120 145 180 135 170 21040 45 51 43 50 54 40 45 51 43 47 54 45 51 58 48 55 60 54 60 6331 36 42 34 41 45 31 36 42 34 38 45 36 42 49 39 46 51 45 51 54
Air flow m3/h
MODELSpeed
Cooling KWHeating KWp Cooling KPap Heating KPaFan WSound powerLw dBASound pressureLp dBA
8
CML Version
4 pipe units.
COOLING
Entering air temperature + 27C d.b., + 19C w.b.Water temperature + 7/12C
HEATING
Entering air temperature + 20CWater temperature + 70/60C
The following standard rating conditions are used:
2 pipe units.
COOLING
Entering air temperature + 27C d.b., + 19C w.b.Water temperature + 7/12C
HEATING
Entering air temperature + 20CEntering water temperature + 50Cwater flow rate as for the coolingconditions
The following standard rating conditions are used:
The sound pressure levels apply to the reverberant field of a 100 m3 room and a reverberation time of 0.5 sec.
-
Q=m3/h(W) kQ=m3/h(W) kQ=m3/h(W) k
0.87230
0.75170
P20PaP30Pa
P10Pa
CML 1 CML 2 CML 3 CML 4 CML 5 CML 6 CML 7MODEL
0.95270
0.86340
0.79280
0.94400
0.85430
0.80390
0.94530
0.88580
0.81500
0.95680
0.91800
0.85700
0.96900
0.911030
0.85950
0.961130
0.921180
0.851090
0.971300
CML 1.3-4TCML 1.4-4T
CML 2.3-4TCML 2.4-4T
CML 3.3-4TCML 3.4-4T
CML 4.3-4TCML 4.4-4T
CML 5.3-4TCML 5.4-4T
CML 6.3-4TCML 6.4-4T
CML 7.3-4TCML 7.4-4TMODEL
Lowest
Highest
60
250
80
350
100
450
130
500
160
650
180
700
200
750
MODEL
Lowest
Highest
CML 1.3-2T CML 2.3-2T CML 3.3-2T CML 4.3-2T CML 5.3-2T CML 6.3-2T CML 7.3-2T
100
500
150
750
150
1000
200
1000
250
1500
300
2000
400
2000
MODEL
Lowest
Highest
CML 1.4-2T CML 2.4-2T CML 3.4-2T CML 4.4-2T CML 5.4-2T CML 6.4-2T CML 7.4-2T
100
750
150
1000
200
1000
250
1500
300
2000
400
2000
450
2250
230/1
50Hz
W
A
CML 1 CML 2 CML 3 CML 4 CML 5 CML 6 CML 7MODEL
53
0,23
64
0,28
79
0,36
98
0,44
170
0,74
190
0,84
310
1,40
Highest water inlet temperature........................................................................................... + 85CLowest water inlet temperature............................................................................................ + 5CHighest working pressure..................................................................................................... 8 bar
Emission (k) and air flow (Q) correction factors at high speed in accordanceto the requested available pressure (p).
CML Version
9
Water flow limits for 3 row battery (l/h)
Operation limits
Motor electrical data
Water flow limits for 4 row battery (l/h)
Water flow limits for 1 row battery (l/h)
-
550
470
400
3200
2720
2300
2500
2000
1650
EWT 5 - LWT 10 C
Waterflowl/h Tot. Watt Sen. Watt
Emission
EWT 7 - LWT 12 C
Waterflowl/h Tot. Watt Sen. Watt
Emission
EWT 12 - LWT 17 C
Waterflowl/h Tot. Watt Sen. Watt
Emission
CML 1
.3-2T High
Medium
Low
3000,082400,071900,05
CML 2
.3-2T High
Medium
Low
4500,123600,102900,08
CML 3
.3-2T High
Medium
Low
6000,174800,133800,10
CML 4
.3-2T High
Medium
Low
7500,216000,174800,13
CML 5
.3-2T High
Medium
Low
10000,288000,226500,18
CML 6
.3-2T High
Medium
Low
12000,339500,267500,21
CML 7
.3-2T High
Medium
Low
14000,3911000,318500,24
330
280
235
1900
1620
1370
1500
1200
990
260
225
190
1500
1300
1100
1250
1000
830
140
120
100
820
700
590
820
700
590
430
370
310
2500
2150
1800
2100
1680
1390
235
200
170
1360
1160
980
1360
1160
980
780
660
560
4500
3830
3240
3550
2840
2340
605
500
425
3500
2900
2470
2950
2350
1950
330
280
235
1900
1620
1370
1900
1620
1370
880
750
635
5100
4340
3670
4050
3240
2670
690
595
500
4000
3440
2900
3350
2680
2210
380
325
275
2200
1870
1580
2200
1870
1580
1060
905
765
6150
5230
4430
4900
3920
3230
830
720
620
4800
4150
3600
4050
3240
2670
450
380
325
2600
2210
1870
2600
2210
1870
1330
1130
960
7700
6550
5540
6000
4800
3960
1030
880
745
5950
5080
4300
5000
4000
3300
560
475
405
3250
2760
2340
3250
2760
2340
1505
1280
1080
8700
7400
6260
6800
5440
4490
1160
985
820
6700
5700
4750
5700
4560
3760
640
545
460
3700
3150
2660
3700
3150
2660
MOD
EL
Speedm3/h
m3/sec.
Airflow
CML Version
10
Cooling emission3 row battery E.A.T. C: dry bulb + 27, wet bulb + 19
Correction factorsfor different enteringair temperatures
E.A.T. C K28/20 1,14
26/18,5 0,9325/18 0,84
-
CML Version
11
Cooling emission graphs3 row battery
Cooling output figures refer to high speedMedium and low speed figures are obtained multiplying high speed figures by the following correction factors:
Medium speed TOTAL K = 0,85 SENSIBLE K = 0,80 Low speed TOTAL K = 0,72 SENSIBLE K = 0,66
ATTENTION:A sensible heat figure higher than a total heat figure shows that the cooling is obtained without dehumidification,therefore the emission to refer to is the sensible one.
-
MOD
EL
Speedm3/h
m3/sec.
Airflow
620
530
450
3600
3050
2590
2800
2250
1850
EWT 5 - LWT 10C
Waterflowl/h Tot. Watt Sen. Watt
Emission
EWT 7 - LWT 12C
Waterflowl/h Tot. Watt Sen. Watt
Emission
EWT 12 - LWT 17C
Waterflowl/h Tot. Watt Sen. Watt
Emission
CML 1
.4-2T High
Medium
Low
3000,082400,071900,05
CML 2
.4-2T High
Medium
Low
4500,123600,102900,08
CML 3
.4-2T High
Medium
Low
6000,174800,133800,10
CML 4
.4-2T High
Medium
Low
7500,216000,174800,13
CML 5
.4-2T High
Medium
Low
10000,288000,226500,18
CML 6
.4-2T High
Medium
Low
12000,339500,267500,21
CML 7
.4-2T High
Medium
Low
14000,3911000,318500,24
400
335
285
2300
1950
1650
1780
1430
1180
310
260
225
1800
1500
1300
1480
1190
980
170
145
120
980
830
700
980
830
700
485
415
345
2800
2400
2000
2350
1900
1550
265
225
190
1540
1310
1100
1540
1310
1100
865
735
620
5000
4250
3600
3700
2970
2450
675
570
465
3900
3300
2700
3100
2490
2050
360
310
260
2100
1780
1500
2100
1780
1500
1000
850
720
5800
4930
4170
4500
3600
2980
795
675
550
4600
3900
3200
3800
3050
2510
430
365
310
2500
2120
1800
2500
2120
1800
1245
1060
895
7200
6120
5180
5700
4570
3770
985
830
725
5700
4800
4200
4800
3850
3170
535
455
380
3100
2630
2230
3100
2630
2230
1450
1235
1045
8400
7140
6050
6600
5300
4360
1140
950
795
6600
5500
4600
5500
4400
3640
620
530
450
3600
3060
2590
3600
3060
2590
1660
1410
1195
9600
8160
6910
7600
6100
5030
1295
1090
900
7500
6300
5200
6300
4800
4160
710
600
510
4100
3480
2950
4100
3480
2950
CML Version
12
Cooling emission4 row battery E.A.T. C: dry bulb + 27, wet bulb + 19
Correction factorsfor different enteringair temperatures
E.A.T. C K28/20 1,14
26/18,5 0,9325/18 0,84
-
CML Version
13
Cooling emission graphs4 row battery
Cooling output figures refer to high speedMedium and low speed figures are obtained multiplying high speed figures by the following correction factors:
Medium speed TOTAL K = 0,85 SENSIBLE K = 0,80 Low speed TOTAL K = 0,72 SENSIBLE K = 0,66
ATTENTION:A sensible heat figure higher than a total heat figure shows that the cooling is obtained without dehumidification,therefore the emission to refer to is the sensible one.
-
SIZE Speed
m3/hm3/sec.
Airflow
155
130
110
1800
1500
1300
310
260
215
3600
3000
2500
405
335
285
4700
3900
3300
180
155
120
2050
1800
1400
345
295
240
4000
3400
2800
450
380
310
5200
4400
3600
2High 4500,12
Medium 3600,10Low 2900,08
1High 3000,08
Medium 2400,07Low 1900,05
3 row batteryEWT 50 - LWT 40C EWT 70 - LWT 60C EWT 85 - LWT 75C
Waterflowl/h
Emission
Watt
Waterflowl/h
Emission
Watt
Waterflowl/h
Emission
Watt
4 row batteryEWT 50 - LWT 40C EWT 70 - LWT 60C EWT 85 - LWT 75C
Waterflowl/h
Emission
Watt
Waterflowl/h
Emission
Watt
Waterflowl/h
Emission
Watt
3High 6000,17
Medium 4800,13Low 3800,10
4High 7500,21
Medium 6000,17Low 4800,13
5High 10000,28
Medium 8000,22Low 6500,18
6High 12000,33
Medium 9500,26Low 7500,21
7High 14000,39
Medium 11000,31Low 8500,24
260
210
180
3000
2400
2100
500
405
345
5800
4700
4000
660
525
450
7600
6100
5200
270
235
200
3100
2700
2300
530
460
380
6100
5300
4400
690
595
490
8000
6900
5700
345
285
235
4000
3300
2700
675
560
460
7800
6500
5300
890
735
595
10300
8500
6900
375
310
250
4350
3600
2900
725
605
485
8400
7000
5600
950
785
630
11000
9100
7300
405
335
285
4700
3900
3300
785
655
555
9100
7600
6400
1040
855
715
12000
9900
8300
450
370
310
5200
4300
3600
875
725
605
10100
8400
7000
1150
940
785
13300
10900
9100
520
430
365
6000
5000
4200
1000
830
710
11600
9600
8200
1320
1080
925
15300
12500
10700
570
485
405
6600
5600
4700
1115
940
785
12900
10900
9100
1460
1230
1020
16900
14200
11800
620
520
430
7200
6000
5000
1210
1010
830
14000
11700
9600
1590
1315
1080
18400
15200
12500
685
570
470
7900
6600
5400
1330
1105
910
15400
12800
10500
1745
1435
1185
20200
16600
13700
710
590
485
8200
6800
5600
1375
1130
940
15900
13100
10900
1800
1470
1225
20800
17000
14200
785
650
520
9050
7500
6000
1520
1255
1010
17600
14500
11700
1990
1635
1315
23000
18900
15200
CML Version
14
Heating emissionE.A.T. C: 20
Correction factorsfor different enteringair temperatures
W.T. C
50/4070/6085/75
22 18 16 140,91 1,09 1,15 1,230,95 1,05 1,09 1,130,96 1,04 1,07 1,11
E.A.T., C
-
Water flow l/h
p - kPa
100 200 300 4 5 6 7 8 9 20001000
2
3
4
56789
10
20
30
40
2
1
6 - 7
3
45
p - kPa
Water flow l/h100 200 300 4 5 6 7 8 9 20001000
2
3
4
56789
10
20
30
40
2
3
54
6 - 7
1
C K20 0,9430 0,9040 0,8650 0,8260 0,7870 0,7480 0,70
CML Version
15
Water pressure drop
CML3 ROWS
CML4 ROWS
The water pressure dropfigures refer to a mean watertemperature of 10C;for different temperature, multiplythe pressure drop figures bythe correction factors K.
-
CML Version
16
Heating emission graphs3 row battery
Heating emission figures refer to high speedMedium and low speed figures are obtained multiplying high speed figures by the following correction factors:
Medium speed = 0,84 Low speed = 0,70
-
CML Version
17
Heating emission graphs4 row battery
Heating emission figures refer to high speedMedium and low speed figures are obtained multiplying high speed figures by the following correction factors:
Medium speed = 0,84 Low speed = 0,70
-
p - kPa
Water flow l/h100 200
1
10
300 400 500 600 700
2
3
4
5
6789
1
2 5-6-7
3-4
50/4070/6085/75
W.T.C E.A.T., C
0,910,950,96
221,091,051,04
181,151,091,07
161,231,131,11
14
Correction factors fordifferent entering airtemperatures
SIZE Speed
m3/hm3/sec.
Airflow
Waterflowl/h
EWT 50 - LWT 40C
Emission
Watt
Waterflowl/h
EWT 70 - LWT 60C
Emission
Watt
Waterflowl/h
EWT 85 - LWT 75C
Emission
Watt
1High 3000,08
Medium 2400,07Low 1900,05
2High 4500,12
Medium 3600,10Low 2900,08
3High 6000,17
Medium 4800,13Low 3800,10
4High 7500,21
Medium 6000,17Low 4800,13
5High 10000,28
Medium 8000,22Low 6500,18
6High 12000,33
Medium 9500,26Low 7500,21
7High 14000,39
Medium 11000,31Low 8500,24
80 90060 70055 650
150 1750120 1350110 1250
200 2300155 1800140 1600
120 1400105 120090 1050
235 2700205 2350180 2050
305 3500265 3060230 2650
160 1850140 1600120 1400
310 3600270 3100230 2650
405 4700345 4000300 3450
175 2000155 1800140 1600
315 3690285 3310250 2930
445 5150395 4550350 4050
240 2750205 2350175 2000
460 5300390 4500340 3900
595 6900505 5850435 5050
245 2850225 2600190 2200
475 5500435 5000365 4200
625 7200565 6500470 5450
275 3150240 2800210 2400
530 6100470 5400400 4600
690 8000605 7000520 6000
Tm C K40 1,1450 1,0860 1,0270 0,9680 0,90
CML Version
18
Heating emission1 row battery (supplementary battery) E.A.T. C: 20
CMLThe water pressure dropfigures refer to a mean watertemperature of 65C; fordifferent temperatures, multiplythe pressure drop figuresby the correction factors K.
Water pressure drop1 row battery
-
CML Version
19
Heating emission graphs1 row battery (supplementary battery)
Heating emission figures refer to high speedMedium and low speed figures are obtained multiplying high speed figures by the following correction factors:
Medium speed = 0,84 Low speed = 0,70
-
20
Outer casingMade of galvanized and prepainted steel casing.The plastic top grid has fixed louvres and is reversible in order to distribute the air in two different directions.Standard colours:- lateral corners and top grid: Pantone 427C (light grey)- frontal sheet: RAL 9003 (white)- other colours on request.
Inner casingMade of galvanized steel with closed cell insulation.
FilterThe filtration medium is a washable polypropylene net and the filter frame is made of galvanized steel. Specialplastic sliding guides allow for easy insertion and removal of the filter.
Fan assemblyThe tangential fan assembly is composed of two fan shrouds: an external one with an evolving plastic section andan internal one of holed, shaped steel. The fan has an external diameter of 120mm and is the lenght of the battery.The fins are concave and are positioned in a spiral shape along the whole lenght of the fan.
Electric motorThe motor is wired for single-phase with three speeds and thermal protection (klixon).The motor is secured on antivibration mountings and is fitted on the outside of the inner casing.Protection IP 21, class B.
Heat exchangerIt is manufactured from drawn copper tube and the aluminium fins are mechanically bonded onto the tube by anexpansion process. The coil has two 1/2 inch BSP internal connections and 1/8 inch BSP air vent and drain.Flow and return pipe connections are situated at the same end on the left side looking at the unit. On request wecan deliver the unit with the connections on the right end side: this must be specified on the order as thisoperation can not be carried out on site during installation.
Condensate collection trayMade from plastic with an L shape fitted on the inner casing.The outside diameter of the condensate discharge pipe is 15 mm.
Controls and AccessoriesSee pages 37 - 45.
TML Version
Construction
-
21
TML Version
100 (min.
Model styles
Note: to connect CV exposed model units to wallremote controls use the terminal boardadaptor kit Code 9060103.
CV ModelLow level exposed model
NC ModelLow level concealed model
CVB ModelFrontal intake low level exposed model
CH ModelHigh level exposed model
NC ModelHigh level concealed model
-
1/2" F
149
413
270
SIZE: 1 - 2 - 3
57
41
225
206
1/2" F
150
43
465
229
57
15EXT.
225
SIZE: 4 - 5
206
276
1/2" F
186
103
483
329
SIZE: 1 - 2 - 3 - 4 - 5
57
15EXT.
229
206
225
22
TML Version
Dimensions, Weight, Water contents
COIL CONNECTIONS3 or 4 ROW BATTERY
1 ROW SUPPLEMENTARY BATTERY
1 ROWBATTERY CONNECTION
CVB-CH ModelCV Model
-
SIZE: 1 - 2 - 3
SIZE: 4 - 5
B D
15 EXT.
B28 28
530
B
157
133
125
44D
71
15 EXT.
SIZE: 1 - 2 - 3
128 EXT.
218
25
2022
9
206
SIZE: 4 - 5
218
25
2022
9
206
128 EXT.
Coil water contents (Litres)*
1.3-2TMODELkglBL
15
0.6454
775
1.4-2T17
0.8
2.3-2T200.9
669990
2.4-2T231.3
3.3-2T231.3
8841205
3.4-2T261.7
4.3-2T24
1.68841205
4.4-2T27
2.2
5.3-2T291.7
10991420
5.4-2T332.4
D 85 85 95 95 88
*
TML Version
23
NC Model
NC Model
-
1TML 1.3-2T TML 2.3-2T TML 3.3-2T TML 4.3-2T TML 5.3-2T
2 3 1 2 3 1 2 3 1 2 3 1 2 3190 240 3001,04 1,20 1,401,46 1,66 2,082,4 3,2 4,01,9 2,6 3,327 30 4034 40 4825 31 39
290 360 4501,70 2,08 2,402,30 2,70 3,108,5 11,8 14,56,2 8,0 9,837 45 5035 42 4726 33 38
380 480 6002,30 2,80 3,402,90 3,60 4,307,0 10,0 13,26,2 8,5 11,042 50 6536 42 4827 33 39
480 600 7502,83 3,34 4,053,50 4,20 5,0211,0 14,8 19,79,2 12,4 16,450 58 8041 46 5232 37 43
650 800 10003,17 3,67 4,204,50 5,30 6,3016,1 21,4 27,415,6 20,5 26,157 70 9545 50 5536 41 46
MODELSpeedAir flow m3/hCooling KWHeating KWp Cooling KPap Heating KPaFan WSound powerLw dBASound pressureLp dBA
1TML 1.4-2T TML 2.4-2T TML 3.4-2T TML 4.4-2T TML 5.4-2T
2 3 1 2 3 1 2 3 1 2 3 1 2 3190 240 3001,20 1,45 1,701,50 1,90 2,254,0 6,0 8,03,4 4,7 6,327 30 4034 40 4825 31 39
290 360 4501,90 2,30 2,602,40 2,80 3,3012,6 17,4 23,810,7 14,5 20,037 45 5035 42 4726 33 38
380 480 6002,50 3,10 3,703,15 3,90 4,658,0 11,5 16,26,9 9,9 13,542 50 6536 41 4827 32 39
480 600 7503,15 3,75 4,503,80 4,60 5,557,0 9,5 13,05,6 7,7 10,550 58 8041 46 5232 37 43
650 800 10004,00 4,50 5,304,80 5,80 6,9011,9 15,6 20,610,0 13,2 17,457 70 9547 51 5638 42 47
MODELSpeedAir flow m3/hCooling KWHeating KWp Cooling KPap Heating KPaFan WSound powerLw dBASound pressureLp dBA
1TML 1.3-4T TML 2.3-4T TML 3.3-4T TML 4.3-4T TML 5.3-4T
2 3 1 2 3 1 2 3 1 2 3 1 2 3190 240 3001,04 1,20 1,401,20 1,35 1,652,4 3,2 4,01,5 1,9 2,527 30 4034 40 4825 31 39
290 360 4501,70 2,08 2,401,95 2,25 2,608,5 11,8 14,75,4 6,9 8,937 45 5036 42 4727 33 38
380 480 6002,30 2,80 3,402,45 3,00 3,507,0 10,0 13,21,7 2,3 2,942 50 6539 43 4830 34 39
480 600 7502,83 3,34 4,053,00 3,40 3,959,6 12,9 17,22,4 2,9 3,750 58 8043 48 5434 39 45
650 800 10003,17 3,67 4,203,28 3,80 4,4016,1 21,4 27,43,3 4,3 5,457 70 9544 48 5435 39 45
MODELSpeedAir flow m3/hCooling KWHeating KWp Cooling KPap Heating KPaFan WSound powerLw dBASound pressureLp dBA
24
TML Version
2 pipe units.
COOLING
Entering air temperature + 27C d.b., + 19C w.b.Water temperature + 7/12C
HEATING
Entering air temperature + 20CEntering water temperature + 50Cwater flow rate as for the coolingconditions
The following standard rating conditions are used:
4 pipe units.
COOLING
Entering air temperature + 27C d.b., + 19C w.b.Water temperature + 7/12C
HEATING
Entering air temperature + 20CWater temperature + 70/60C
The following standard rating conditions are used:
The sound pressure levels apply to the reverberant field of a 100 m3 room and a reverberation time of 0.5 sec.
-
1230/1
50Hz
W
A
F
TML 1MODEL
38
0,15
1,5
TML 2
40
0,16
1,25
TML 3
60
0,20
2
TML 4
70
0,27
1,5
TML 5
85
0,35
MODEL
Lowest
Highest
TML 1.3-2T TML 2.3-2T TML 3.3-2T TML 4.3-2T TML 5.3-2T
100 150 150 200 250
500 750 1000 1000 1500
MODEL
Lowest
Highest
TML 1.4-2T TML 2.4-2T TML 3.4-2T TML 4.4-2T TML 5.4-2T
100 150 200 250 300
750 1000 1000 1500 2000
MODEL
Lowest
Highest
TML 1.3-4TTML 1.4-4T
TML 2.3-4TTML 2.4-4T
TML 3.3-4TTML 3.4-4T
TML 4.3-4TTML 4.4-4T
TML 5.3-4TTML 5.4-4T
60 80 100 130 160
250 350 450 500 650
0.94410
0.85370
0.83340
0.94560
0.88520
0.82470
0.95700
0.87650
0.81600
0.96950
0.87900
0.83800
Q=m3/h(W) k
P05Pa
Q=m3/h(W) k
P10Pa
Q=m3/h(W) k
P15Pa
0.95270
0.87250
0.80220
TML 1 TML 2 TML 3 TML 4 TML 5SIZE
TML Version
25
Highest water inlet temperature........................................................................................... + 85CLowest water inlet temperature............................................................................................ + 5CHighest working pressure..................................................................................................... 8 bar
Water flow limits for 3 row battery (l/h)
Operation limits
Water flow limits for 4 row battery (l/h)
Water flow limits for 1 row battery (l/h)
Motor electrical data
Emission (k) and air flow (Q) correction factors at high speed in accordanceto the requested available pressure (p).
-
MOD
EL
Speedm3/h
m3/sec.
Airflow
TML
1.3-
2T High3000,08
Medium2400,07
Low1900,05
TML
2.3-
2T High4500,12
Medium3600,10
Low2900,08
TML
3.3-
2T High6000,17
Medium4800,13
Low3800,10
TML
4.3-
2T High7500,21
Medium6000,17
Low4800,13
TML
5.3-
2T High10000,28
Medium8000,22
Low6500,18
EWT 5 - LWT 10C
Waterflowl/h Tot. Watt Sen. Watt
Emission
EWT 7 - LWT 12C
Waterflowl/h Tot. Watt Sen. Watt
Emission
EWT 12 - LWT 17C
Waterflowl/h Tot. Watt Sen. Watt
Emission
320 1870 1400
260 1520 1130
230 1320 950
240 1400 1170
210 1200 920
180 1040 780
130 760 760
110 650 650
100 570 570
545 3150 2300
455 2630 1930
390 2270 1540
415 2400 2020
360 2080 1620
295 1700 1310
225 1310 1310
195 1130 1130
160 930 930
770 4450 3450
610 3540 2620
550 3200 2200
590 3400 2870
485 2800 2300
400 2300 1890
320 1850 1850
265 1530 1530
215 1250 1250
915 5300 4080
740 4500 3160
650 3800 2600
700 4050 3390
580 3340 2600
490 2830 2170
380 2210 2210
315 1820 1820
265 1540 1540
1055 6100 4670
880 5090 3820
760 4390 3200
795 4600 3880
695 4020 3140
600 3470 2570
435 2510 2510
380 2190 2190
325 1890 1890
TML Version
26
Cooling emission3 row battery E.A.T. C: dry bulb + 27, wet bulb + 19
Correction factorsfor different enteringair temperatures
E.A.T. C K28/20 1,14
26/18,5 0,9325/18 0,84
-
TML Version
27
Cooling emission graphs3 row battery
Cooling output figures refer to high speedMedium and low speed figures are obtained multiplying high speed figures by the following correction factors:
Medium speed TOTAL K = 0,85 SENSIBLE K = 0,80 Low speed TOTAL K = 0,72 SENSIBLE K = 0,66
ATTENTION:A sensible heat figure higher than a total heat figure shows that the cooling is obtained without dehumidification,therefore the emission to refer to is the sensible one.
-
MOD
EL
Speed
Airflow
m3/hm3/sec.
TML
1.4-
2T High3000,08
Medium2400,07
Low1900,05
TML
2.4-
2T High4500,12
Medium3600,10
Low2900,08
TML
3.4-
2T High6000,17
Medium4800,13
Low3800,10
TML
4.4-
2T High7500,21
Medium6000,17
Low4800,13
TML
5.4-
2T High10000,28
Medium8000,22
Low6500,18
EWT 5 - LWT 10C
Waterflowl/h Tot. Watt Sen. Watt
Emission
EWT 7 - LWT 12C
Waterflowl/h Tot. Watt Sen. Watt
Emission
EWT 12 - LWT 17C
Waterflowl/h Tot. Watt Sen. Watt
Emission
375 2180 1660
315 1830 1340
260 1520 1090
295 1700 1400
250 1450 1150
210 1200 900
160 940 940
135 790 790
110 650 650
580 3350 2550
500 2910 2150
415 2400 1710
450 2600 2180
400 2300 1820
330 1900 1470
250 1450 1450
215 1250 1250
180 1040 1040
815 4720 3520
680 3920 2750
545 3160 2160
640 3700 2940
535 3100 2340
430 2500 1900
355 2050 2050
290 1690 1690
235 1360 1360
1000 5790 4450
820 4740 3460
690 3980 2840
780 4500 3720
650 3750 2930
545 3150 2470
430 2500 2500
350 2040 2040
300 1720 1720
1175 6800 5300
985 5690 4250
875 5060 3680
915 5300 4460
780 4500 3610
690 4000 3020
505 2930 2930
425 2450 2450
375 2180 2180
Correction factorsfor different enteringair temperatures
E.A.T. C K28/20 1,14
26/18,5 0,9325/18 0,84
TML Version
28
Cooling emission4 row battery E.A.T. C: dry bulb + 27, wet bulb + 19
-
TML Version
29
Cooling emission graphs4 row battery
Cooling output figures refer to high speedMedium and low speed figures are obtained multiplying high speed figures by the following correction factors:
Medium speed TOTAL K = 0,85 SENSIBLE K = 0,80 Low speed TOTAL K = 0,72 SENSIBLE K = 0,66
ATTENTION:A sensible heat figure higher than a total heat figure shows that the cooling is obtained without dehumidification,therefore the emission to refer to is the sensible one.
-
W.T. C
50/4070/6085/75
22 18 16 140,91 1,09 1,15 1,230,95 1,05 1,09 1,130,96 1,04 1,07 1,11
E.A.T., C
SIZE Speed
Airflow
m3/hm3/sec.
155
120
110
1770
1400
1250
295
245
210
3400
2850
2400
385
320
270
4470
3700
3100
1
High
Medium
Low
3000,082400,071900,05
2
High
Medium
Low
4500,123600,102900,08
3
High
Medium
Low
6000,174800,133800,10
4
High
Medium
Low
7500,216000,174800,13
5
High
Medium
Low
10000,288000,226500,18
3 row batteryEWT 50 - LWT 40C EWT 70 - LWT 60C EWT 85 - LWT 75C
Waterflowl/h
Emission
Watt
Waterflowl/h
Emission
Watt
Waterflowl/h
Emission
Watt
4 row batteryEWT 50 - LWT 40C EWT 70 - LWT 60C EWT 85 - LWT 75C
Waterflowl/h
Emission
Watt
Waterflowl/h
Emission
Watt
Waterflowl/h
Emission
Watt
250
200
175
2880
2300
2000
475
390
330
5500
4500
3800
625
500
430
7250
5800
4950
335
270
225
3880
3150
2600
640
535
435
7400
6200
5050
845
700
565
9750
8100
6550
395
320
270
4550
3700
3150
745
625
525
8650
7200
6100
985
810
680
11400
9400
7900
495
410
345
5750
4750
4000
950
785
675
11000
9100
7800
1255
1030
880
14500
11900
10200
170
145
115
1980
1700
1350
330
280
230
3800
3250
2650
435
365
295
5050
4200
3400
260
225
190
3000
2600
2200
500
435
365
5800
5050
4200
660
570
465
7650
6600
5400
360
295
240
4130
3400
2750
690
575
460
8000
6650
5300
935
780
605
10800
9000
7000
430
355
295
5000
4100
3400
830
690
575
9600
8000
6650
1090
910
780
12600
10500
9000
550
460
385
6400
5300
4450
1060
895
745
12250
10350
8650
1425
1210
995
16500
14000
11500
TML Version
30
Heating emissionE.A.T. C: 20
Correction factorsfor different enteringair temperatures
-
p - kPa
Water flow l/h100 200 300 4 5 6 7 8 9 20001000
2
3
4
56789
10
20
30
40
2
1
3
45
p - kPa
Water flow l/h100 200 300 4 5 6 7 8 9 20001000
2
3
4
56789
10
20
30
40
2
3
54
1
C K20 0,9430 0,9040 0,8650 0,8260 0,7870 0,7480 0,70
TML Version
31
Water pressure drop
TML3 ROWS
TML4 ROWS
The water pressure dropfigures refer to a mean watertemperature of 10C;for different temperature, multiplythe pressure drop figures bythe correction factors K.
-
TML Version
32
Heating emission graphs3 row battery
Heating emission figures refer to high speedMedium and low speed figures are obtained multiplying high speed figures by the following correction factors:
Medium speed = 0,84 Low speed = 0,70
-
TML Version
33
Heating emission graphs4 row battery
Heating emission figures refer to high speedMedium and low speed figures are obtained multiplying high speed figures by the following correction factors:
Medium speed = 0,84 Low speed = 0,70
-
p - kPa
Water flow l/h100 200
1
10
300 400 500 600 700
2
3
4
5
6789
1
2
3-4
5
50/4070/6085/75
W.T. CE.A.T., C
0,910,950,96
221,091,051,04
181,151,091,07
161,231,131,11
14
Correction factors fordifferent entering airtemperatures
SIZE Speed
Airflowm3/h
m3/sec.
75
60
55
860
680
630
145
120
105
1650
1350
1200
190
150
135
2200
1750
1550
High
Medium
Low
3000,082400,071900,05
1
High
Medium
Low
4500,123600,102900,08
2
High
Medium
Low
6000,174800,133800,10
3
High
Medium
Low
7500,216000,174800,13
4
High
Medium
Low
10000,288000,226500,18
5
Waterflowl/h
EWT 50 - LWT 40C
Emission
Watt
Waterflowl/h
EWT 70 - LWT 60C
Emission
Watt
Waterflowl/h
EWT 85 - LWT 75C
Emission
Watt
120
100
90
1360
1160
1020
225
195
170
2600
2250
1950
300
260
225
3450
2970
2580
155
135
120
1820
1550
1360
300
260
210
3500
3000
2450
400
340
290
4650
3900
3360
180
150
135
2060
1750
1550
340
295
260
3950
3400
3000
455
390
340
5250
4500
3940
230
200
170
2570
2280
1940
380
330
280
4400
3800
3280
585
490
425
6750
5700
4900
Tm C K40 1,1450 1,0860 1,0270 0,9680 0,90
TML Version
34
Heating emission1 row battery (supplementary battery) E.A.T. C: 20
TMLThe water pressure dropfigures refer to a mean watertemperature of 65C; fordifferent temperatures, multiplythe pressure drop figuresby the correction factors K.
Water pressure drop1 row battery
-
TML Version
35
Heating emission graphs1 row battery (supplementary battery)
Heating emission figures refer to high speedMedium and low speed figures are obtained multiplying high speed figures by the following correction factors:
Medium speed = 0,84 Low speed = 0,70
-
36
CML - TML Version
Fan coil
Attention to details
Easy use
-
37
- ON-OFF switch and 3 speed switch.- Without thermostatic control.
- ON-OFF switch and 3 speed switch.- Summer/Winter switch.- Electronic room thermostat for
fan control (ON-OFF).
Identification CodeMV - 3V 9060130
Identification CodeTMV - M 9060131
Identification CodeTMV - T 9060132
- ON-OFF switch.- 3 speed switch.- Summer/Winter switch.- Electronic room thermostat for fan or valves control (ON-OFF).- It allows to control the low temperature cut-out thermostat (TME).- It allows to control the chilled water valve (ON-OFF) and the heating electric resistance (BEL)
only in case that the coil is not feeded with warm water in winter (otherwise please use controlTMV-T-IAQ with on/off switch for the electric resistance).
M = FanE = Water valveE1 = Warm water valveE2 = Chilled water valve
Electronic controls to be fitted on the unit for CML, TML
-
38
Identification CodeTMV - C 9060133
Same control as the TMV-T, but the Summer/Winter switch is centralized and remote,or an automatic change-over is fitted on the water pipe (for 2-tube installations only).
Identification CodeSEL-V
(for version CV-CVB) 9060136
M = FanE = Water valveE1 = Warm water valveE2 = Chilled water valveCH = Remote
Summer/Winter switch
Electronic controls to be fitted on the unit for CML, TML
- Speed switch (Slave):it allows to control up to 8 units with only onecentralized thermostat (1 speed switch for each unit).
- For controls TMO-T and TMO-T-AU only.
-
39
- Manual or automatic speed switch: on Auto Mode there is the automatic speed selectionin accordance to the difference between room temperature and setpoint.When the setpoint is reached the fan go on OFF.
- Summer/Winter switch.- Electronic room thermostat for valve(s) control (ON-OFF).- It allows to control the low temperature cut-out (TME).- It allows to control the chilled water valve (ON-OFF) and the heating electric resistance (BEL)
only in case that the coil is not feeded with warm water in winter (otherwise please use controlTMV-AU-IAQ with on/off switch for the electric resistance).
N.B.: with 4 pipe installations and continuous chilled and hot water supply, it allows the automatic summer/winterchange-over in accordance to the room temperature (-1,6C = Winter, +1,6C = Summer, Neutral Zone 3,2C).
Identification CodeTMV - AU 9060134
Identification CodeTMV - AU - C 9060135
M = FanE = Water valveE1 = Warm water valveE2 = Chilled water valveCH = Remote Summer/Winter switchIN1 = SET Point reduction
(- 3C Winter, + 3C Summer)IN2/CH = Remote season
CHANGE-OVER
M = FanE = Water valveE1 = Warm water valveE2 = Chilled water valveIN1 = SET Point reduction
(- 3C Winter, + 3C Summer)
Electronic controls to be fitted on the unit for CML, TML
Same control as the TMV-AU, but the Summer/Winter switch is centralized and remote,or an automatic change-over is fitted on the water pipe (for 2-tube installations only).
-
20 C
- ON-OFF switch.- 3 speed switch.- Summer/Winter switch.- Electronic room thermostat for fan or valves control (ON-OFF).- It allows to control the low temperature cut-out thermostat (TME).- It allows to control the chilled water valve (ON-OFF) and the heating electric resistance (BEL)
only in case that the coil is not feeded with warm water in winter (otherwise please use controlTMO-T-IAQ with on/off switch for the electric resistance).
M = FanE = Water valveE1 = Warm water valveE2 = Chilled water valve
40
- ON-OFF switch and 3 speed switch.- Without thermostatic control.
Remote electronic controls for CML, TML
Identification CodeMO - 3V 9060516
Identification CodeTMO - T 9060517
-
41
Identification CodeTMO - T - AU 9060520
Remote electronic controls for CML, TML
M = FanE = Water valveE1 = Warm water valveE2 = Chilled water valveCH = Remote
Summer/Winter switch
Identification CodeSEL - 0
(for versionsCH - NC)
9060137
- Speed switch (Slave):it allows to control up to 8 units with only onecentralized thermostat (1 speed switch for each unit).
- For controls TMO-T and TMO-T-AU only.
Same characteristic as TMO-T, adding:- Manual or automatic speed switch.- Manual or centralized Summer/Winter switch with dead zone.- Electronic thermostat for fan control (ON-OFF).- Electronic thermostat for valve(s) control (ON-OFF).- Simultaneus thermostatic control on the valves and fan.N.B.: with 4 pipe installations and continuous chilled and hot water supply, it allows the automatic summer/winter
change-over in accordance to the room temperature (-1C = Winter, +1C = Summer, Neutral Zone 2C).
-
To be installed on the wallor in the electric switch box.
42
Remote electronic controls for CML, TML
Identification CodeTMO - DI 9060519
Identification CodeSEL - DI 9060138
- Manual or automatic speed switch.- Manual or centralized Summer/Winter switch.- Electronic thermostat for fan control (ON-OFF).- Electronic thermostat for valve(s) control (ON-OFF).- It allows to control the low temperature cut-out thermostat (TME).- It allows to control the chilled water valve (ON-OFF) and the heating electric resistance (BEL)
only in case that the coil is not feeded with warm water in winter.- It allows to control the fan and the heating electric resistance.- It allows to control up to 10 units with SEL-DI speed switch.
N.B.: with 4 pipe installations and continuous chilled and hot water supply,it allows the automatic summer/winter change-over in accordance to the room temperature(-1,6C = Winter, +1,6C = Summer, Neutral Zone 3,2C).
Speed switch (slave)It allows to control up to 10 units with only one TMO-DI centralized thermostat.
M = FanE = Water valveE1 = Warm water valveE2 = Chilled water valveIN1 = Remote
Summer/Winter switchIN2 = SET Point reduction
-
Room thermostatfor chilled water valve (SUMMER)and electric resistance (WINTER) control(in winter only the resistance is working)Room thermostatfor fan and electric resistance control
MV-
3VTM
V-M
TMV-
TTM
V-C
TMV-
AUTM
V-AU
-CCV-CVBCONTROL
OPERATIONS
CV-CVBCONTROL
IDENTIFICATION
9060
130
9060
131
9060
132
9060
133
9060
134
9060
135CV-CVB
CONTROLCODE
ON-OFF switchManual 3 speed switchManual/Automatic3 speed selectionSummer/Winter switchRemote centralized summer/winter switch orby an automatic change-overfitted on the water pipeAutomatic Summer/Winter switchwith neutral zonefor 4 pipe installation with 2 valvesRoom thermostat for fan control (ON-OFF)Room thermostatfor 1 valve control (2 pipe installation)Room thermostatfor 2 valve control (4 pipe installation)
Installation of electronic low temperaturecut-out thermostat (TME)Installation of bimetallic low temperaturecut-out thermostat (TMM)
43
Controls to be fitted on the CV - CVB models
-
Room thermostatfor chilled water valve (SUMMER)and electric resistance (WINTER) control(in winter only the resistance is working)Room thermostatfor fan and electric resistance control
MO
-3V
TMO
-TTM
O-T
-AU
TMO
-DICH-NC
CONTROLOPERATIONS
CH-NCCONTROL
IDENTIFICATION
9060
516
9060
517
9060
520
9060
519CH-NC
CONTROLCODE
ON-OFF switchManual 3 speed switchManual/Automatic3 speed selectionSummer/Winter switchRemote centralized summer/winter switch orby an automatic change-overfitted on the water pipeAutomatic Summer/Winter switchwith neutral zonefor 4 pipe installation with 2 valvesRoom thermostat for fan control (ON-OFF)Room thermostatfor 1 valve control (2 pipe installation)Room thermostatfor 2 valve control (4 pipe installation)
Installation of electronic low temperatureCUT-OUT thermostat (TME)Installation of bimetallic low temperatureCUT-OUT thermostat (TMM)
Simultaneous thermostatic controlon the valves and fan
44
Remote controls for CH - NC models
-
RED
BROWN
RED
BLACK
VERSIONMODEL
CML - TMLCV - CVB - CH - NC
CODE 3021091
VERSIONMODEL
CML - TMLCV - CVB - CH - NC
CODE 9053048
VERSIONMODEL
CML - TMLCV - CVB - CH - NC
CODE 3021038
Electronic control accessories for CML, TML
45
TME low temperature cut-out thermostatTo be fitted between the coil fins.To be used with the following controls:TMV-T, TMV-C, TMV-AU, TMV-AU-C, TMO-T, TMO-T-AU, TMO-DI.
It stops the fan when the water temperature is lower than 38C and it starts the fan when is higher than 42C.
It stops the fan when the water temperature is lower than 32C and it starts the fan when is higher than 42C.
Change Over CH 15-25Automatic summer/winter switch to be installedin contact with the water circuit (for 2-tubeinstallations only).To be used with the following controls:TMV-C, TMV-AU-C, TMO-T-AU, TMO-DI.
TMM low temperature cut-out thermostatTo be installed in contact with the hot water circuit.To eliminate cold air blow.Installed by the installing engineer.To be used with the following controls:MV-3V, MO-3V.For units working on heating only.
Terminal board adaptor kitTo connect the units CV and CVBwith the MO-3V, TMO-T or TMO-T-AU controls,a terminal board adaptor kit is available on request(Code 9060103).
VERSIONMODEL
CML - TMLCV - CVB
CODE 9060103
-
Accessories for CML, TML
46
BSV
BSO
Extension condensate collection tray to cover valve assembly
SCR plastic condensate drain pipe with fast connection(allows correct condensate drain)
BEL electric resistance1 PHASE 230V
Complementary electric resistance for summer use with the hot water units.Resistance with integral: safety thermostat and relay control
VERSIONMODEL
CML - TMLCV - CVB - NC
CODE 6060400
VERSIONMODEL
CML - TMLCH - NC
CODE 6060401
VERSIONMODEL
CML - TMLCH - NC
CODE 6060420
VERSION
MODEL
CML - TML
CV - CVB - CH - NC
SIZEWatt
1 2 3 4 5 6 71000 1500 2000 2000 2500 2500 2750
CODE 9060240 9060241 9060242 9060242 9060243 9060243 9060244
-
SIZE 1
CODE 9060230
2
9060231
3 - 4
9060232
5 - 6 - 7
9060233
Accessories for CML, TML
47
GAPAluminium low intake grid(to be installed with PAP feet)
PAP feet
AVERSION
CML - TML 1
CML - TML 2
CML - TML 3-4
L
CML - TML 5
CML 6-7
185 454
185 669
185 884
185 1099
215 1099
CODE
6060410
6060411
6060412
6060413
6060414
SAE fresh air mixing damper(can be motorized on request)
A
185CML - TML 15
215CML 6-7
B
100
100
VERSIONCODE
9060150
9060151
VERSION
MODEL
CML - TML
CV
VERSION
MODEL
CML - TML
CV - CH - NC
VERSION
MODEL
CML - TML
CV
-
SIZE 1
CODE 9070140
2
9070141
3 - 4
9070142
5 - 6 - 7
9070143
SIZE 1
CODE 9060190
2
9060191
3 - 4
9060192
5
9060193
6 - 7
9060194
SIZE 1
CODE 9060220
2
9060221
3 - 4
9060222
5
9060223
6 - 7
9060224
Accessories for CML, TML
48
VERSION
MODEL
CML - TML
CH
PCO bottom closing panel
VERSION
MODEL
CML - TML
NC
KAF frontal intake kitBottom closing panel and filter sliding guides
PCVL rear closing panel
VERSION
MODEL
CML - TML
CV - CVB
-
Accessories for CML, TML
49
Control valve kit: 3 way valve, ON-OFF,with electric control and mounting kit. Dimensions: 10 mm.
VBP main battery 3 way valve
Control valve kit: 3 way valve, ON-OFF,with electric control and mounting kit. Dimensions: 10 mm.
VBA auxiliary battery 3 way valve
VERSION
MODEL
CML - TML
CV - CVB - CH - NC
SIZE 1 3 4 7FITTED 9060272 9060273
NOT FITTED 9060270 9060271
VERSION
MODEL
CML - TML
CV - CVB - CH - NC
FITTED 9060275NOT FITTED 9060274
CML - TML
VERSION
CML
MOD.
1 5
6 7
A B C D E
25
5085120
190185
290 105
CML - TML
VERSION
CML
MOD.
1 5
6 7
A B C D
120135
195200
240235
340330
-
Accessories for CML, TML
50
V2 main and auxiliary 2 way valve
VERSION
MODEL
CML - TML
CV - CVB - CH - NC
CML - TML
VERSION MOD.
1 34 - 5
A B C D E
149150
41
43180181
386438
186186
6 - 7 176 40 175 422 210
F
103103104
G
239239237
H
456456440
FITTED
906027890602799060279
NOT FITTED
906027690602779060277
Control valve kit: 2 way valve, ON-OFF,with electric control and mounting kit.
Dimensions: 10 mm.
-
NOTES