kelvion b.v. catalogue for polacel xf line - cooling technology … · 2017-08-17 · kelvion b.v....

Kelvion B.V.

Catalogue for Polacel XF Line

The Polacel XF Line of Kelvion B.V. consists of

modular cross flow cooling towers, all equipped with high efficiency cross corrugated 12 mm fill with directly driven induced draft axial fans and made of durable casing materials as GRP and stainless steel where in contact with the

cooling medium and consists of the models named XT and XL

The modular concept invented by Kelvion B.V. and carried through in our product lines combinesefficiency in manufacturing with a broad spectrum of models and solutions for almost any cooling demand. We pride ourselves in assisting our clients in the process of finding the best tower for the job. Part of this is presenting the right information on the right time combined with the expertise of our sales engineers. This catalogue is not intended to replace this procedure, but is composed as part of the independently CTI thermal rating certification program.

This catalogue consist of

Catalogue Kelvion Cross Flow Cooling Towers Drawing for XL models Additional data XL models Drawings for XT models Additional data XT models Ratings tables for XF Line

(for ratings that are not published in these tables, we can select with our software)Instruction how to determine the motor power for a test

Catalogue Kelvion Cross Flow Cooling Towers

Kelvion B.V.

Polacel Cross Flow Cooling Towers XT - XL

Kelvion B.V.

EXPERTS IN HEAT EXCHANGE

zwart.ri

Rectangle

zwart.ri

Rectangle

We are Kelvion. We operate in global markets for power generation, oil and gas, chemistry, marine applications, climate and environment, and food and beverages. From us, you can expect products with outstanding levels of efficiency, safety, and sustainability. More importantly, we care about your business, like close, trusted partners.

Customers rely on us to understand their needs, boost their performance, and deliver products that always get the job done. We compete for the toughest deals, in the harshest environments. But we're not too big to care.

We’re Kelvion – ready to take on the challenges of heat exchange. - See more at: http://www.kelvion.com.

Kelvion B.V.

[Background]

One contact person for all solutions

Globally active in more than 40 countries

Individual solutions

Maximum availability, security of operation

and system efficiency

KelvionB.V.3

Evaporation and direct heat exchange cause the temperature to

fall rapidly. Compared to counterflow cooling towers, induced-

draught crossflow cooling towers are much quieter and smaller.

The performance figures are next to perfect.

The effect of crossflow[System‘s functions]

Using the crossflow principle, warm water flowing down

through a cooling unit is cooled by air drawn upwards by a

fan.

The Kelvion crossflow cooling tower is quiet and econo mical,

and has a high cooling capacity. The modular system can be

easily ad-justed to suit cooling requirements and the space

available. The cooling towers have optimal performance and run

problem-free. The considerable savings in water usage (95%+),

and the exceptionally low noise level make the economical

crossflow cooling to-wers the best choice for both man and the

environment.

Kelvion crossflow cooling towers

[Know how]

Kelvion designs, manufactures and maintains cooling towers

for process and climate cooling. Our energy-efficient and en-

vironmentally cooling water generators stand out because of

the complete quality policy we employ.

Cooling Tower type 3 XMS 2.720

Telephone-/Communication center in

the Netherlands

Placing Cooling Tower with crane on steel construction

This temperature is measured by wrapping a glass thermometer

in a cotton cover that has been soaked in water, and placing it in a

stream of air. The water will evaporate and extract heat (sweating

during physical exercise performs the same function and makes a

‘cooling tower’ out of our skin). The wet bulb temperature is there-

fore lower than the ambient temperature.

Cooling towers try to achieve this minimum temperature the

most economic and efficient way possible. The Kelvioncrossflow cooling tower range achieves this and successfully

balances coo-ling performance with low power consumption (low

cost) and low noise.

Measuring cooling performance: the wet bulb

[Maximum efficiency]

The wet bulb temperature is in fact the lowest temperature

that can be achieved by air cooling in any given situation.

Kelvion assesses the specific requirements together with the client, and uses this assessment to develop a suitable design. The

expandable modular system is flexible enough to solve all kinds of

capacity demands as ‘standard’. However, for the customer with

special needs, the Polacel engineers will build a tailor-made solution.

Made-to-measure comes as standard

[Modular system]

When choosing a cooling tower, the four most important fac-

tors are: the cooling water temperatures (inlet and outlet),

the wet bulb temperature, the noise emissions, and the water

requirements.

Kelvion B.V.5

Skeletal and fan of the Cooling Tower from

the inside view

Kelvion engineering

Other prominent distinguishing features of the crossflow

design are:

The design of the fan section and the larger fan ensure

lower energy consumption and result in an important

reduction in noise.

A crossflow cooling tower with a large axial fan uses

around 70% less energy than a counterflow cooling tower

with a centrifugal fan.

Using a geared motor to drive the fan, the cooling

capacity can easily be adjusted as required.

The pressure-less water distribution system is energy-

efficient, and the water pan is easy to clean.

The cooling units are mounted in such a way as to make

cooling per unit possible. The advantages of this

technique are savings of energy, the ability to adjust the

capacity, and the easy access for maintenance. Capacity

can also be adjusted by regulating the water flow. (The

water distribution system and the cooling units can be

adjusted to suit the amount of water used.)

The air inlet louvres create ideal air inflow and minimize

water loss caused by splashing.

The design takes into account the possible need for

variation in capacity, operation during maintenance, and

other features the client may require.

Clients can choose from four standard models in the

crossflow range, each model with different air speeds.

In order to reduce noise levels, Kelvion B.V. has created a

number of important features. Larger fans (lower speed, less

noise, greater efficiency), pressure-less water distribution, cooling

units that run down into the water tank, and other noise-

reducing measures all combat the various problem areas.

Kelvion B.V. makes detailed calculations to show exactly what,

and how much, noise the cooling tower will make. Kelvion B.V.can also make advance calculations for all the requirements that

are placed on cooling towers by noise regulations and

environmental permits.

Noise and other environmental considerations

[Low Noise]

Cooling towers are usually mounted outdoors, often on a roof

and in the middle of a residential area. That is why any noise

caused by the fan, falling water, the electric motor and the

gearing could pose a potential problem.

Structural qualities

The advanced design engineering has also resulted in

a number of special structural advantages:

Only a minimum number of support points are necessary as a result of the self-supporting

foundations and the high internal rigidity. Where possible, the cooling tower is fully portable and installed ready-to-go.

The Kelvion frost-proof polyester water pan can

withstand sub-zero temperatures. Essential for free-

cooling applications.

Due to their low profile, crossflow cooling towers

present fewer aesthetic problems.

The expandable modular system has virtually no

limitations in terms of shape and size.

All structural design principles are analysed and

tested in advance using dynamic calculations and

computer studies.

Cooling Tower type XT 2.720

Hospital in the Netherlands

Cooling Tower type 3 XM 2.2.720

Chemical plant in Germany

Kelvion B.V.7

Cooling Tower type XL 2.320

Chemical Plant in the Netherlands

Cooling Tower type XL 2.320

Chemical Plant in The Netherlands

The Kelvion service department specializes in cooling tower

maintenance. Irrespective of make or type, the maintenance spe-

cialists know the ins and outs of the whole technical area, and are

up to date with all the latest developments. Kelvion has over

thirty years of experience in cooling tower maintenance. We

work in accordance with the requirements specified by ISO,

VCA, VDMA, CTI and Eurovent. The technicians can carry out

the pro-per maintenance at any location and within practically

any time-frame.

Advice and service[All around support service]

Kelvion builds cooling towers that meet exact specifica-tions.

Our sales engineers give advice, analyse your needs, and

personally make sure, up to and including the installation,

that your order is carried out completely according to your

instructions.

This performance is achieved by a careful choice of materials -

stainless steel com bined with glass fibre reinforced polyester and

plastics - the exceptionally sound design and the considerable ex-

perience of our engineers. ‘Cheap and cheerful’ solutions such as

fans with a V-belt drive, or painted panels, are avoided. The result

is a cooling tower that is low maintenance, economi cal and able to

deliver a consistently high quality, problem-free performance.

Durable and reliable[Maximum quality]

Kelvion designs and manufactures cooling towers that

have a long life and require a minimum of maintenance.

© K

elvi

on B

.V. Kelvion B.V.

Vlijtstraat 25, 7005 BN Doetinchem, The Netherlands Phone: +31 314 371 414 , Fax: +31 314 344 884 [email protected], www.kelvion.com

Drawings XL

3100170 170

3440

A A

C

F1F1

3450

395

305

700

2395

1010

3095

9 ft

200

5040

1995

3000

F1

TP

Inspection

hatch

Minimum clearancebetween airinlet sides tower to next tower orany other obstacle

0

1025

2295

3320

0

2440

4880

SECTION A-A

A

B

C

1 2 3 4

60120

80

160

18

DETAIL B SCALE 1 : 10

Center of ordinatedimension

1150

225 145

300

100

165 30

0

300

326

575

DETAIL C SCALE 1 : 25

F2O

H

D

S

CL

F1 - Waterinlet DN150F2 - Wateroutlet DN250D - DrainO - OverflowH - HeaterS - Suppletion

Flanges according to DIN 2501 (PN10)

TP - Transport Partition

FOR INFORMATION ONLY

F1 F1

Kelvion b.v.Type of projection

TolerancesDIN 7168-m(TVP 010)Copyright by Polacel

SCALE:

Status:Tel.: (0314) - 37 14 147000 AG Doetinchem

Vlijtstraat 25

Fax.: (0314) - 34 48 84

Postbus 296The Netherlands

AB

TITLE:

SIZE:

A3

CHK'D:DATE:BY:

04-04-2008

BAO HS

Dossier nr.:

Drawing nr.:D004702In Work

1:50

XL 2.320-235 Standard

Sales nr.:

Additional data XL models

Attached Data GEA data to connect with existing data

Manufacturer Product Line

Submission

Revision

Date

Product Type

(Cooling Tower)

Draft Type

(Induced, Forced)

Flow Type

(CF, XF, Combined, Other)

Fan Type

(Axial/Centrifugal) Model Number

Nominal Water

Flow Rate

m3/h

Nominal

Temperature

Conditions C

Number of

Cells

No. of Fans per

Cell

Fan Motors per

Cell

Total

Nameplate

Motor Power

per Model 2)

Total Rated Motor

Power per Model

Name of ZIP data file attached to

this model

Max permissible waterload for

model m3/m2.h

1 Kelvion Polacel XL Series April 10 2013 Cooling Tower Induced draft XF 09-06-36N/B3TR XL 2.320-VVL-235_60 63,0 35-25-21 1 1 1 1,65 2,2 XL2_320-235_D004702.PDF R=10

2 Kelvion Polacel XL Series April 10 2013 Cooling Tower Induced draft XF 09-06-36N/B3TR XL 2.320-VVL-235_60 63,0 35-25-21 1 1 1 1,65 2,2 R=20

3 Kelvion Polacel XL Series April 10 2013 Cooling Tower Induced draft XF 09-06-36N/B3TR XL 2.320-VVL-235_60 63,0 35-25-21 1 1 1 1,65 2,2 R=50

4 Kelvion Polacel XL Series April 10 2013 Cooling Tower Induced draft XF 09-06-36N/B3TR XL 2.320-VL-235_60 82,2 35-25-21 1 1 1 3,41 4 XL2_320-235_D004702.PDF R=10

5 Kelvion Polacel XL Series April 10 2013 Cooling Tower Induced draft XF 09-06-36N/B3TR XL 2.320-VL-235_60 82,2 35-25-21 1 1 1 3,41 4 R=20

6 Kelvion Polacel XL Series April 10 2013 Cooling Tower Induced draft XF 09-06-36N/B3TR XL 2.320-VL-235_60 82,2 35-25-21 1 1 1 3,74 4 R=50

7 Kelvion Polacel XL Series April 10 2013 Cooling Tower Induced draft XF 09-06-36N/B3TR XL 2.320-L-235_60 101,0 35-25-21 1 1 1 5,83 7,5 XL2_320-235_D004702.PDF R=10

8 Kelvion Polacel XL Series April 10 2013 Cooling Tower Induced draft XF 09-06-36N/B3TR XL 2.320-L-235_60 101,0 35-25-21 1 1 1 6,38 7,5 R=20


10 Kelvion Polacel XL Series April 10 2013 Cooling Tower Induced draft XF 09-06-36N/B3TR XL 2.320-M-235_60 119,5 35-25-21 1 1 1 9,57 11 XL2_320-235_D004702.PDF R=10

11 Kelvion Polacel XL Series April 10 2013 Cooling Tower Induced draft XF 09-06-36N/B3TR XL 2.320-M-235_60 119,5 35-25-21 1 1 1 10,23 11 R=20


13 Kelvion Polacel XL Series April 10 2013 Cooling Tower Induced draft XF 09-06-36N/B3TR XL 2.320-VVL-235_90 78,7 35-25-21 1 1 1 1,98 2,2 XL2_320-235_D004702.PDF R=10

14 Kelvion Polacel XL Series April 10 2013 Cooling Tower Induced draft XF 09-06-36N/B3TR XL 2.320-VVL-235_90 78,7 35-25-21 1 1 1 2,31 3 R=20

15 Kelvion Polacel XL Series April 10 2013 Cooling Tower Induced draft XF 09-06-36N/B3TR XL 2.320-VVL-235_90 78,7 35-25-21 1 1 1 2,31 3 R=50

16 Kelvion Polacel XL Series April 10 2013 Cooling Tower Induced draft XF 09-06-36N/B3TR XL 2.320-VL-235_90 103,1 35-25-21 1 1 1 4,73 5,5 XL2_320-235_D004702.PDF R=10

17 Kelvion Polacel XL Series April 10 2013 Cooling Tower Induced draft XF 09-06-36N/B3TR XL 2.320-VL-235_90 103,1 35-25-21 1 1 1 4,73 5,5 R=20

18 Kelvion Polacel XL Series April 10 2013 Cooling Tower Induced draft XF 09-06-36N/B3TR XL 2.320-VL-235_90 103,1 35-25-21 1 1 1 5,17 5,5 R=50

19 Kelvion Polacel XL Series April 10 2013 Cooling Tower Induced draft XF 09-06-36N/B3TR XL 2.320-L-235_90 126,9 35-25-21 1 1 1 8,14 9,2 XL2_320-235_D004702.PDF R=10


21 Kelvion Polacel XL Series April 10 2013 Cooling Tower Induced draft XF 09-06-36N/B3TR XL 2.320-L-235_90 126,9 35-25-21 1 1 1 9,35 11 R=50

22 Kelvion Polacel XL Series April 10 2013 Cooling Tower Induced draft XF 09-06-36N/B3TR XL 2.320-M-235_90 150,5 35-25-21 1 1 1 12,32 15 XL2_320-235_D004702.PDF R=10



The table below contains the info for the required requested additional information (as per template is requested)

1) Drawing unit package Drawings per model no can be found in column BG of this sheet

Individual drawings can be found in "XL.zip"

2) Fan options Drawings per model can be found in "Fan data.zip"

All requested technical data can be taken from the table on the sheet "CTI - Fan properties" in this workbook

3) Eliminator The information about the eliminator can be found in "Additional information.zip" in the file "GB_GEA-2H Product Profil_Inlet Louvres.pdf"

In this CT series the product used is the LEP065 130 eliminator in PP material.

4) Air inlet louvres The information about the eliminator can be found in "Additional information.zip" in the file "GRP louvre PLC.pdf"

In this CT series the product used is the Z louvre in GRP material.

5) Heat transfer media The information about the fill can be found in "Additional information.zip" in the file "GB_GEA-2H Product Profil_Fills for Cross Flow CT.pdf"

In this CT series the product used is the FX12.12in PP material.

6) Nozzle The information about the nozzles can be found in "Additional information.zip" in the file "Nozzle PLC Crossflow.pdf"

In this CT series the nozzles depends on the water flow

7) Accessory & 1) Birdscreen in stainless steel --> does not affect the listed rating

2) Galvanized foundation frame & GRP waterbasin(suffix /2 for no basin and frame; suffix /3 for GRP basin with foundation frame and suffix /4 for GRP cold water basin without a foundation frame) --> does not affect the listed rating

3)

4)

Foot notes 1) The basic model numbers above are for 50 Hz fan motors and the suffix U is added for 60 Hz fan motor applications. F.e. XL 2.320-M-235_90 is for 50 Hz and XL 2.320-M-235_90U is for 60 Hz

Due to available reduction ratios the actual rpm for 60Hz may vary (Max 5%), the listed thermal rating is not affected

2) Rated motor power is nominal rated power on the tag plate of the E-motor. Nameplate motor power is actual design abosorbed power at E-motor shaft for the cooling tower model

For every cooling tower model 3 versions exist solely depending on actual rain density (waterflow / surface

plot). First model listed is rated until R<=10; second R<=20 and third R<=50 m3/m2.h.

Drawings XT

750

1820

1870 ft

3320

2960

2570

390

640

A A

BFRONTVIEW

Inspection

hatch

1775

165

25202710

F2

F1

RIGHTVIEW

F1F1

F1

FOR APPROVAL

TOPVIEW

2520

3290

0 60

1085

2205

3230

3290

080

24402520

SECTION A-A

= =

300

300

150

100 155

550

785

300

150


D

F2

H

OS

120

160

6018

80

DETAIL E SCALE 1 : 10

F1 - Waterinlet Qw<120m3/h DN 150Qw<144m3/h DN 200

F3 - Wateroutlet D - Drain 1.5" O - Overflow DN80H - Heater




Tel.: (0314) - 37 14 147000 AG Doetinchem

Vlijtstraat 25

Fax.: (0314) - 34 48 84

Postbus 296

Status:

B

A

SCALE:

TITLE:

SIZE:

A2

CHK'D:DATE:BY:

BAO

Dossier nr.:

Drawing nr.:In Work

1:30

The Netherlands

D003774

WS 24-09-2007 ST2007-XT 2.240-185

Sales nr.:

64075

023

20

Tran

spor

thei

ght 3

454

3320

3465

3070

395

A A

BFRONTVIEW

F1

2275

2710160

6 ft

2520

160

FOR APPROVAL

F1

RIGHTVIEW

F1 - Waterinlet DN F2 - Wateroutlet DN O - Overflow DN80H - HeaterD - Drain 2"S - Suppletion 2"


TP-Transport Partition

TOPVIEW

0 60

1085

2205

3230

3290

080

24402520

SECTION A-A

150 150

300

300

550

155

100


F2

O

D

H




Vlijtstraat 25

Fax.: (0314) - 34 48 84

Postbus 296

Status:

B

A

SCALE:

TITLE:

SIZE:

A2

CHK'D:DATE:BY:

BAO

Dossier nr.:

Drawing nr.:In Work

1:30

The Netherlands

D005391

AS 12-09-2008 XT 2.240 type 235 Standard

Sales nr.:

3320

3290

3480

6ft

640

6010251120102560A

Inspection

hatch

F1

F2

300

1775

160

5040

2520

5080

385

2575 29

60

750

160

1260 1260

1825

2440 244080 80

B BF2

F1

300

550

300

150 100

155

785

300

150

DETAIL A SCALE 1 : 20

S

O

D

F2

CL

H

18

0 80

2520

4960

5040

060

1085

2205

32303290

SECTION B-B SCALE 1 : 50

A

B

C

D

1 2 3

F1F2

SDOH


- Waterinlet DN200- Wateroutlet DN250

- Suppletion 1.5"- Drain 1.5"- Overflow DN80- Heater


Kelvion b.v. Type of projection


SCALE:


Vlijtstraat 25

Fax.: (0314) - 34 48 84

Postbus 296The Netherlands

AB

TITLE:

SIZE:

A3

CHK'D:DATE:BY:

15-01-2008

BAO HS

Dossier nr.:


1:35

XT 2.480-185 Standard

Sales nr.:

2520

5080

1280 1280

2275

500

160

A A

B

F1

6ft

3320

640

3290

750

2950

Tran

sprt

heig

ht36

90

3700

max

. 120

0

D

F1

Inspection

Panel

2100

18

0

5040

0

80

2520

4960

60

1085

2205

32303290

SECTION A-A

F3VIEW B

Inspection

Panel30

0

100

550

150

300

150150

DETAIL D SCALE 1 : 15

CL

O

D

F1

FOR APPROVAL

F1F3OD


- Waterinlet DN 200- Wateroutlet DN 300- Overflow DN 80- Drain 1.5"




Vlijtstraat 25

Fax.: (0314) - 34 48 84

Postbus 296

Status:

B

A

SCALE:

TITLE:

SIZE:

A2

CHK'D:DATE:BY:

BAO

Dossier nr.:

Drawing nr.:In Work

1:40

The Netherlands

D005388

AS 12-09-2008 XT 2.480 type 235 Standard

Weight: kg

Sales nr.:


25202520

7565

7560

7750

160

1275

7580

A AF2

F1

Inspection panelInspectionpanel

3320

6 ft

400

750

640

3290

3480

390

2070

2460

X

F2

F1Inspection

Panel

7560

2440 2520 2440

3290

1025

1120

1025

120

16018

SECTION A-A

DETAIL X SCALE 1 : 15

O

HD

S

F2

F1 - Waterinlet DNF2 - Wateroutlet DNO - Overflow DN80H - Heater 1.5" (optional)D - Drain 1.5"S - Suppletion 2" (optinal)





Vlijtstraat 25

Fax.: (0314) - 34 48 84

Postbus 296

Status:

B

SCALE:

SIZE:

A2

CHK'D:DATE:BY:

B

AO

Dossier nr.:

Drawing nr.:In Work

1:25

The Netherlands

D011146

HS 24-01-2012 ATITLE: XT2.720-135 standard

Sales nr.:

19449

1500643

2520 2520 126012607560

160

160

1775

A A

B

Fanguard

F1

6ft

3480

3296

1820

390

3290

640

750

2960

D

F1

Inspection

Panel

F1 - Waterinlet DN 200F2 - Wateroutlet DN 300O - Overflow DN80H - HeaterD - Drain 2"S - Suppletion 2"



3290

7560

0

0

1025

2145

3170

2440

4960

7400

E

F

SECTION A-A

VIEW B

Inspection

Panel

150150

300

300

100 155 300550

785

FOR INFORMATION ONLYDETAIL D SCALE 1 : 15

CL

F2O

H

D

S

120

160

18

DETAIL E SCALE 1 : 10

60

160

18

DETAIL F SCALE 1 : 20




Vlijtstraat 25

Fax.: (0314) - 34 48 84

Postbus 296

Status:

B

A

SCALE:

TITLE:

SIZE:

A2

CHK'D:DATE:BY:

BAO

Dossier nr.:20668

Drawing nr.:In Work

1:40

The Netherlands

D007846

WS 31-03-2010 XT 2.720 Type 185 Standard

Sales nr.:1500575


2520 25207565

2275

7560

7750

160

160

A A

F2

F1

3320

6 ft

0 400 75

0

3065

640

3460

395

X

Inspection

Panel

F2

F1

7560

2440 2520 2440

3290

1025

1120

1025

120

160

18

18

160

60

SECTION A-A

785

150

300

550

155

100

450

150300

F1 - Waterinlet DN250/DN300F2 - Wateroutlet DN350/DN400O - Overflow DN80H - Heater 1.5"D - Drain 1.5"S - Suppletion 1.5"



DETAIL X SCALE 1 : 20

F2O

H

D

SCL



SCALE:


Fax.: (0314) - 34 48 84

Postbus 296

AB

TITLE:

SIZE:

A3

CHK'D:DATE:BY:

25-11-2009

BAO WS

Dossier nr.:


1:50

XT 2.720 Type 235 Standard

Sales nr.:

Additional data XT models



Submission

Revision

Date

Product Type

(Cooling Tower)

Draft Type

(Induced, Forced)

Flow Type


Fan Type


Nominal Water

Flow Rate

m3/h

Nominal

Temperature

Conditions C

Number of

Cells

No. of Fans per

Cell

Fan Motors per

Cell

Total

Nameplate

Motor Power

per Model 2)

Total Rated Motor

Power per Model


this model


model m3/m2.h

1 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.240-VL-135 37,1 35-25-21 1 1 1 1,32 2,2 xt2.240--135 B58241-00-51.pdf R=10

2 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.240-VL-135 37,1 35-25-21 1 1 1 1,54 2,2 R=20


4 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.240-L-135 45,6 35-25-21 1 1 1 2,64 3 xt2.240--135 B58241-00-51.pdf R=10

5 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.240-L-135 45,6 35-25-21 1 1 1 2,86 3 R=20


7 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.240-M-135 53,9 35-25-21 1 1 1 4,18 5,5 xt2.240--135 B58241-00-51.pdf R=10

8 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.240-M-135 53,9 35-25-21 1 1 1 4,18 5,5 R=20


10 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.240-VL-185 49,7 35-25-21 1 1 1 2,20 3 xt2.240--185 D003774.PDF R=10

11 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.240-VL-185 49,7 35-25-21 1 1 1 2,20 3 R=20


13 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.240-L-185 61,0 35-25-21 1 1 1 3,96 5,5 xt2.240--185 D003774.PDF R=10

14 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.240-L-185 61,0 35-25-21 1 1 1 4,29 5,5 R=20


16 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.240-M-185 72,2 35-25-21 1 1 1 6,71 7,5 xt2.240--185 D003774.PDF R=10



19 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.240-VL-235 61,7 35-25-21 1 1 1 3,85 5,5 xt2.240--235 D005391.pdf R=10



22 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.240-L-235 75,7 35-25-21 1 1 1 7,59 9,2 xt2.240--235 D005391.pdf R=10



25 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.240-M-235 89,6 35-25-21 1 1 1 0,00 0 xt2.240--235 D005391.pdf R=10

26 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.240-M-235 89,6 35-25-21 1 1 1 13,53 15 R=20


28 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.480-VL-135 74,1 35-25-21 2 1 1 2,80 4,4 xt2.480--135 B58481-00-51.pdf R=10



31 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.480-L-135 91,1 35-25-21 2 1 1 4,60 8 xt2.480--135 B58481-00-51.pdf R=10



34 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.480-M-135 107,8 35-25-21 2 1 1 7,40 8 xt2.480--135 B58481-00-51.pdf R=10



37 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.480-VL-185 99,4 35-25-21 2 1 1 4,20 6 xt2.480--185 D004264.pdf R=10



40 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.480-L-185 122,1 35-25-21 2 1 1 7,00 8 xt2.480--185 D004264.pdf R=10












52 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.480-M-235 179,2 35-25-21 2 1 1 18,40 18,4 xt2.480--235 D005388.pdf R=10



55 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.720-VL-135 111,2 35-25-21 3 1 1 4,20 6,6 xt2.720--135 D011146.pdf R=10



Submission

Revision

Date

Product Type

(Cooling Tower)

Draft Type

(Induced, Forced)

Flow Type


Fan Type


Nominal Water

Flow Rate

m3/h

Nominal

Temperature

Conditions C

Number of

Cells

No. of Fans per

Cell

Fan Motors per

Cell

Total

Nameplate

Motor Power

per Model 2)

Total Rated Motor

Power per Model


this model


model m3/m2.h





















76 Kelvion Polacel XT Series April 9 2013 Cooling Tower Induced draft XF 06-06-24L/B3TR XT 2.720-L-235 227,2 35-25-21 3 1 1 18,30 22,5 xt2.720--235 D007320.pdf R=10






The table below contains the info for the required requested additional information (as per template is requested)

1) Drawing unit package Drawings per model no can be found in column BG of this sheet

Individual drawings can be found in "XT.zip"

2) Fan options Drawings per model can be found in "Fan data.zip"

All requested technical data can be taken from the table on the sheet "CTI - Fan properties" in this workbook

3) Eliminator The information about the eliminator can be found in "Additional information.zip" in the file "GB_GEA-2H Product Profil_Inlet Louvres.pdf"

In this CT series the product used is the LEP065 130 eliminator in PP material.

4) Air inlet louvres The information about the eliminator can be found in "Additional information.zip" in the file "GRP louvre PLC.pdf"

In this CT series the product used is the Z louvre in GRP material.

5) Heat transfer media The information about the fill can be found in "Additional information.zip" in the file "GB_GEA-2H Product Profil_Fills for Cross Flow CT.pdf"

In this CT series the product used is the FX12.12in PP material.

6) Nozzle The information about the nozzles can be found in "Additional information.zip" in the file "Nozzle PLC Crossflow.pdf"

In this CT series the nozzles depends on the water flow

7) Accessory & 1) Birdscreen in stainless steel --> does not affect the listed rating

2)

3)

4)

Foot notes 1) The basic model numbers above are for 50 Hz fan motors and the suffix U is added for 60 Hz fan motor applications. F.e. XL 2.320-M-235_90 is for 50 Hz and XL 2.320-M-235_90U is for 60 Hz

Due to available reduction ratios the actual rpm for 60Hz may vary (Max 5%), the listed thermal rating is not affected

2) Rated motor power is nominal rated power on the tag plate of the E-motor. Nameplate motor power is actual design abosorbed power at E-motor shaft for the cooling tower model

For every cooling tower model 3 versions exist solely depending on actual rain density (waterflow / surface

plot). First model listed is rated until R<=10; second R<=20 and third R<=50 m3/m2.h.

All ratings XF line

CTI XF Capa 2016 STD 201

cti nom

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

wet bulb 10,00 10,00 10,00 10,00 10,00 13,00 13,00 13,00 13,00 13,00 16,00 16,00 16,00 16,00 16,00 18,00 18,00 18,00 18,00 18,00 21,00 21,00 21,00 21,00 21,00 24,00 24,00 24,00 24,00 24,00 27,00 27,00 27,00 27,00 27,00 29,00 29,00 29,00 29,00 29,00 32,20 32,20 32,20 32,20 32,20 21,00 25,56 27,00 28,00 21,00

cooling range 6,00 6,00 6,00 8,00 8,00 6,00 6,00 6,00 8,00 8,00 6,00 6,00 6,00 8,00 8,00 6,00 6,00 6,00 8,00 8,00 6,00 6,00 6,00 8,00 8,00 6,00 6,00 6,00 8,00 8,00 6,00 6,00 6,00 8,00 8,00 6,00 6,00 6,00 8,00 8,00 6,00 6,00 6,00 8,00 8,00 5,00 5,56 5,00 5,00 10,00

approach 4,00 6,00 7,00 4,00 7,00 4,00 6,00 7,00 4,00 7,00 4,00 6,00 7,00 4,00 7,00 4,00 6,00 7,00 4,00 7,00 4,00 6,00 7,00 4,00 7,00 4,00 6,00 7,00 4,00 7,00 4,00 6,00 7,00 4,00 7,00 4,00 6,00 7,00 4,00 7,00 4,00 6,00 7,00 4,00 7,00 6,00 3,89 5,00 4,00 4,00

inlet temperature 20,00 22,00 23,00 22,00 25,00 23,00 25,00 26,00 25,00 28,00 26,00 28,00 29,00 28,00 31,00 28,00 30,00 31,00 30,00 33,00 31,00 33,00 34,00 33,00 36,00 34,00 36,00 37,00 36,00 39,00 37,00 39,00 40,00 39,00 42,00 39,00 41,00 42,00 41,00 44,00 42,20 44,20 45,20 44,20 47,20 32,00 35,00 37,00 37,00 35,00

outlet temperature 14,00 16,00 17,00 14,00 17,00 17,00 19,00 20,00 17,00 20,00 20,00 22,00 23,00 20,00 23,00 22,00 24,00 25,00 22,00 25,00 25,00 27,00 28,00 25,00 28,00 28,00 30,00 31,00 28,00 31,00 31,00 33,00 34,00 31,00 34,00 33,00 35,00 36,00 33,00 36,00 36,20 38,20 39,20 36,20 39,20 27,00 29,44 32,00 32,00 25,00

Model Number 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

XT 2.240-VL-135 35,03 48,45 55,43 29,48 45,34 38,34 53,06 60,80 32,27 49,80 42,16 58,46 67,04 35,49 54,83 45,01 62,48 71,69 37,81 58,61 49,69 69,22 79,47 41,80 64,95 55,10 76,87 88,31 46,33 72,14 61,23 85,54 98,33 51,47 80,29 65,77 91,95 105,86 55,26 86,30 73,85 103,36 119,02 62,01 97,01 78,99 59,84 83,13 71,64 37,07

XT 2.240-L-135 43,17 59,62 68,25 36,32 55,79 47,24 65,39 74,93 39,66 61,24 51,81 72,01 82,59 43,57 67,49 55,29 76,94 88,29 46,50 72,14 61,12 85,19 97,82 51,38 79,90 67,75 94,56 108,78 56,94 88,71 75,27 105,18 121,02 63,22 98,69 80,99 113,18 130,17 67,87 106,18 90,86 127,27 144,00 76,12 119,25 97,26 73,58 102,24 88,06 45,56

XT 2.240-M-135 51,07 70,71 80,95 42,93 66,13 55,86 77,52 88,84 46,96 72,57 61,37 85,34 97,88 51,58 79,94 65,48 91,16 104,74 55,03 85,43 72,36 100,89 115,97 60,80 94,60 80,35 112,10 128,84 67,35 105,12 89,21 124,57 143,37 74,76 116,86 95,75 133,91 144,00 80,24 125,68 107,40 144,00 144,00 90,13 141,19 115,33 87,26 121,13 104,40 53,89

XT 2.240-VL-185 47,09 65,03 74,43 39,51 60,89 51,44 71,36 81,76 43,25 66,87 56,56 78,63 90,17 47,54 73,73 60,38 84,05 96,43 50,75 78,84 66,79 93,11 107,04 56,11 87,38 74,07 103,42 118,93 62,20 97,08 82,49 115,25 132,51 69,11 108,19 88,60 123,86 142,58 74,22 116,29 99,48 139,39 144,00 83,47 130,84 106,38 80,47 112,00 96,35 49,70

XT 2.240-L-185 57,89 80,16 91,76 48,63 75,00 63,34 87,92 100,88 53,21 82,35 69,62 96,83 111,18 58,47 90,76 74,31 103,47 118,84 62,40 97,03 82,31 114,72 131,76 68,97 107,61 91,22 127,48 144,00 76,44 119,48 101,34 141,80 144,00 85,05 133,01 108,83 144,00 144,00 91,29 143,06 122,33 144,00 144,00 102,40 144,00 130,98 99,09 137,84 118,59 61,04

XT 2.240-M-185 68,60 95,04 108,94 57,59 88,90 75,05 104,21 119,53 63,00 97,57 82,61 114,86 131,78 69,22 107,62 88,14 122,68 140,92 73,85 115,01 97,39 136,03 144,00 81,77 127,48 107,93 144,00 144,00 90,56 141,56 120,06 144,00 144,00 100,53 144,00 128,85 144,00 144,00 107,91 144,00 144,00 144,00 144,00 121,22 144,00 144,00 117,45 144,00 140,43 72,17

XT 2.240-VL-235 58,35 80,72 92,36 49,05 75,60 63,88 88,58 101,59 53,69 83,04 70,24 97,61 112,02 59,03 91,58 75,14 104,35 119,80 63,01 98,06 83,10 115,75 133,06 69,68 108,68 92,16 128,69 144,00 77,26 120,74 102,45 143,25 144,00 86,01 134,66 110,06 144,00 144,00 92,35 144,00 123,78 144,00 144,00 103,67 144,00 132,22 100,12 139,16 119,84 61,67

XT 2.240-L-235 72,01 99,48 113,95 60,36 93,13 78,79 109,27 125,24 66,05 102,38 86,59 120,31 138,04 72,60 112,84 92,42 128,70 144,00 77,48 120,63 102,18 142,67 144,00 85,80 133,73 113,50 144,00 144,00 95,08 144,00 126,05 144,00 144,00 105,61 144,00 135,51 144,00 144,00 113,41 144,00 144,00 144,00 144,00 127,41 144,00 144,00 123,23 144,00 144,00 75,75

XT 2.240-M-235 85,30 118,06 135,27 71,49 110,49 93,31 129,57 144,00 78,22 121,27 102,53 142,78 144,00 86,09 133,71 109,42 144,00 144,00 91,84 143,04 121,11 144,00 144,00 101,48 144,00 134,38 144,00 144,00 112,46 144,00 144,00 144,00 144,00 125,05 144,00 144,00 144,00 144,00 134,22 144,00 144,00 144,00 144,00 144,00 144,00 144,00 144,00 144,00 144,00 89,60

XT 2.480-VL-135 70,06 96,90 110,87 58,97 90,69 76,68 106,13 121,59 64,55 99,60 84,32 116,92 134,07 70,98 109,65 90,02 124,96 143,37 75,62 117,23 99,37 138,43 158,93 83,60 129,90 110,19 153,74 176,62 92,66 144,29 122,47 171,09 196,66 102,94 160,58 131,54 183,91 211,73 110,52 172,61 147,70 206,73 238,04 124,02 194,03 157,97 119,68 166,27 143,27 74,14

XT 2.480-L-135 86,33 119,25 136,51 72,64 111,58 94,48 130,78 149,86 79,31 122,48 103,62 144,02 165,17 87,15 134,98 110,58 153,89 176,58 92,99 144,27 122,24 170,39 195,65 102,77 159,81 135,50 189,13 217,56 113,87 177,43 150,54 210,36 242,04 126,45 197,38 161,98 226,35 260,34 135,73 212,35 181,73 254,54 288,00 152,25 238,51 194,52 147,17 204,48 176,13 91,12

XT 2.480-M-135 102,15 141,42 161,90 85,86 132,25 111,72 155,04 177,67 93,92 145,13 122,74 170,67 195,76 103,17 159,89 130,96 182,31 209,49 110,07 170,86 144,73 201,78 231,95 121,60 189,20 160,71 224,19 257,68 134,69 210,24 178,42 249,15 286,73 149,53 233,73 191,50 267,81 288,00 160,48 251,35 214,81 288,00 288,00 180,25 282,37 230,66 174,53 242,26 208,81 107,77

XT 2.480-VL-185 94,17 130,07 148,86 79,03 121,77 102,89 142,72 163,52 86,50 133,74 113,13 157,26 180,34 95,09 147,46 120,77 168,09 192,87 101,49 157,68 133,57 186,23 214,08 112,22 174,76 148,15 206,84 237,86 124,40 194,17 164,99 230,50 265,01 138,22 216,37 177,20 247,73 285,16 148,43 232,59 198,96 278,78 288,00 166,94 261,68 212,76 160,94 224,00 192,70 99,39

XT 2.480-L-185 115,77 160,32 183,53 97,26 150,01 126,69 175,84 201,77 106,42 164,69 139,24 193,66 222,36 116,95 181,52 148,61 206,94 237,69 124,80 194,06 164,61 229,44 263,52 137,94 215,22 182,45 254,96 288,00 152,87 238,95 202,69 283,60 288,00 170,11 266,02 217,66 288,00 288,00 182,58 286,13 244,66 288,00 288,00 204,80 288,00 261,96 198,18 275,68 237,17 122,08

XT 2.480-M-185 137,21 190,08 217,87 115,19 177,79 150,10 208,41 239,06 126,01 195,15 165,22 229,72 263,56 138,44 215,25 176,27 245,35 281,84 147,70 230,02 194,79 272,07 288,00 163,54 254,95 215,86 288,00 288,00 181,12 283,11 240,12 288,00 288,00 201,06 288,00 257,70 288,00 288,00 215,81 288,00 288,00 288,00 288,00 242,43 288,00 288,00 234,90 288,00 280,86 144,35

XT 2.480-VL-235 116,69 161,43 184,71 98,09 151,20 127,75 177,16 203,18 107,38 166,09 140,48 195,22 224,05 118,06 183,17 150,29 208,69 239,60 126,02 196,13 166,20 231,50 266,12 139,36 217,36 184,32 257,39 288,00 154,53 241,49 204,89 286,49 288,00 172,02 269,32 220,12 288,00 288,00 184,71 288,00 247,57 288,00 288,00 207,33 288,00 264,44 200,24 278,32 239,67 123,34

XT 2.480-L-235 144,02 198,95 227,91 120,72 186,26 157,59 218,54 250,48 132,11 204,76 173,19 240,63 276,09 145,20 225,68 184,83 257,40 288,00 154,97 241,25 204,35 285,33 288,00 171,60 267,46 227,00 288,00 288,00 190,15 288,00 252,09 288,00 288,00 211,22 288,00 271,03 288,00 288,00 226,81 288,00 288,00 288,00 288,00 254,83 288,00 288,00 246,47 288,00 288,00 151,49

XT 2.480-M-235 170,61 236,12 270,54 142,98 220,97 186,62 259,13 288,00 156,44 242,54 205,06 285,56 288,00 172,17 267,42 218,84 288,00 288,00 183,68 286,08 242,22 288,00 288,00 202,97 288,00 268,75 288,00 288,00 224,93 288,00 288,00 288,00 288,00 250,11 288,00 288,00 288,00 288,00 268,43 288,00 288,00 288,00 288,00 288,00 288,00 288,00 288,00 288,00 288,00 179,20

XT 2.720-VL-135 105,08 145,36 166,30 88,45 136,03 115,02 159,19 182,39 96,82 149,41 126,48 175,37 201,11 106,48 164,48 135,04 187,44 215,06 113,43 175,84 149,06 207,65 238,40 125,39 194,85 165,29 230,61 264,92 138,99 216,43 183,70 256,63 294,99 154,41 240,87 197,31 275,86 317,59 165,79 258,91 221,55 310,09 357,06 186,03 291,04 236,96 179,52 249,40 214,91 111,21

XT 2.720-L-135 129,50 178,87 204,76 108,96 167,38 141,73 196,17 224,79 118,97 183,72 155,43 216,03 247,76 130,72 202,46 165,88 230,83 264,87 139,49 216,41 183,37 255,58 293,47 154,15 239,71 203,26 283,69 326,34 170,81 266,14 225,81 315,55 363,05 189,67 296,07 242,97 339,53 390,51 203,60 318,53 272,59 381,82 432,00 228,37 357,76 291,77 220,75 306,72 264,19 136,68

XT 2.720-M-135 153,22 212,13 242,85 128,80 198,38 167,58 232,56 266,51 140,87 217,70 184,11 256,01 293,64 154,75 239,83 196,44 273,47 314,23 165,10 256,30 217,09 302,67 347,92 182,40 283,80 241,06 336,29 386,51 202,04 315,36 267,63 373,72 430,10 224,29 350,59 287,25 401,72 432,00 240,72 377,03 322,21 432,00 432,00 270,38 423,56 345,99 261,79 363,39 313,21 161,66

XT 2.720-VL-185 141,26 195,10 223,30 118,54 182,66 154,33 214,08 245,28 129,74 200,61 169,69 235,89 270,50 142,63 221,20 181,15 252,14 289,30 152,24 236,52 200,36 279,34 321,12 168,32 262,15 222,22 310,26 356,79 186,61 291,25 247,48 345,75 397,52 207,33 324,56 265,80 371,59 427,74 222,65 348,88 298,44 418,16 432,00 250,41 392,52 319,14 241,42 336,00 289,05 149,09

XT 2.720-L-185 173,66 240,49 275,29 145,89 225,01 190,03 263,76 302,65 159,63 247,04 208,86 290,49 333,53 175,42 272,29 222,92 310,41 356,53 187,20 291,08 246,92 344,15 395,28 206,90 322,83 273,67 382,44 432,00 229,31 358,43 304,03 425,39 432,00 255,16 399,03 326,49 432,00 432,00 273,87 429,19 366,99 432,00 432,00 307,20 432,00 392,94 297,27 413,52 355,76 183,12

XT 2.720-M-185 205,81 285,13 326,81 172,78 266,69 225,15 312,62 358,60 189,01 292,72 247,83 344,59 395,34 207,65 322,87 264,41 368,03 422,76 221,56 345,03 292,18 408,10 432,00 245,31 382,43 323,79 432,00 432,00 271,67 424,67 360,18 432,00 432,00 301,59 432,00 386,55 432,00 432,00 323,72 432,00 432,00 432,00 432,00 363,65 432,00 432,00 352,35 432,00 421,28 216,52

XT 2.720-VL-235 175,04 242,15 277,07 147,14 226,79 191,63 265,74 304,76 161,07 249,13 210,72 292,83 336,07 177,08 274,75 225,43 313,04 359,40 189,03 294,19 249,31 347,25 399,18 209,04 326,04 276,48 386,08 432,00 231,79 362,23 307,34 429,74 432,00 258,03 403,98 330,18 432,00 432,00 277,06 432,00 371,35 432,00 432,00 311,00 432,00 396,66 300,36 417,49 359,51 185,01

XT 2.720-L-235 216,04 298,43 341,86 181,08 279,39 236,38 327,80 375,72 198,16 307,14 259,78 360,94 414,13 217,80 338,52 277,25 386,11 432,00 232,45 361,88 306,53 428,00 432,00 257,40 401,19 340,51 432,00 432,00 285,23 432,00 378,14 432,00 432,00 316,83 432,00 406,54 432,00 432,00 340,22 432,00 432,00 432,00 432,00 382,24 432,00 432,00 369,70 432,00 432,00 227,24

XT 2.720-M-235 255,91 354,17 405,81 214,47 331,46 279,94 388,70 432,00 234,65 363,81 307,60 428,33 432,00 258,26 401,12 328,25 432,00 432,00 275,52 429,12 363,34 432,00 432,00 304,45 432,00 403,13 432,00 432,00 337,39 432,00 432,00 432,00 432,00 375,16 432,00 432,00 432,00 432,00 402,65 432,00 432,00 432,00 432,00 432,00 432,00 432,00 432,00 432,00 432,00 268,80

Rated waterflow [ m3/h]

Design cases per CTI Std 210 in deg C

Pagina 1 van 2

CTI XF Capa 2016 STD 201

cti nom

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

wet bulb 10,00 10,00 10,00 10,00 10,00 13,00 13,00 13,00 13,00 13,00 16,00 16,00 16,00 16,00 16,00 18,00 18,00 18,00 18,00 18,00 21,00 21,00 21,00 21,00 21,00 24,00 24,00 24,00 24,00 24,00 27,00 27,00 27,00 27,00 27,00 29,00 29,00 29,00 29,00 29,00 32,20 32,20 32,20 32,20 32,20 21,00 25,56 27,00 28,00 21,00

cooling range 6,00 6,00 6,00 8,00 8,00 6,00 6,00 6,00 8,00 8,00 6,00 6,00 6,00 8,00 8,00 6,00 6,00 6,00 8,00 8,00 6,00 6,00 6,00 8,00 8,00 6,00 6,00 6,00 8,00 8,00 6,00 6,00 6,00 8,00 8,00 6,00 6,00 6,00 8,00 8,00 6,00 6,00 6,00 8,00 8,00 5,00 5,56 5,00 5,00 10,00

approach 4,00 6,00 7,00 4,00 7,00 4,00 6,00 7,00 4,00 7,00 4,00 6,00 7,00 4,00 7,00 4,00 6,00 7,00 4,00 7,00 4,00 6,00 7,00 4,00 7,00 4,00 6,00 7,00 4,00 7,00 4,00 6,00 7,00 4,00 7,00 4,00 6,00 7,00 4,00 7,00 4,00 6,00 7,00 4,00 7,00 6,00 3,89 5,00 4,00 4,00

inlet temperature 20,00 22,00 23,00 22,00 25,00 23,00 25,00 26,00 25,00 28,00 26,00 28,00 29,00 28,00 31,00 28,00 30,00 31,00 30,00 33,00 31,00 33,00 34,00 33,00 36,00 34,00 36,00 37,00 36,00 39,00 37,00 39,00 40,00 39,00 42,00 39,00 41,00 42,00 41,00 44,00 42,20 44,20 45,20 44,20 47,20 32,00 35,00 37,00 37,00 35,00

outlet temperature 14,00 16,00 17,00 14,00 17,00 17,00 19,00 20,00 17,00 20,00 20,00 22,00 23,00 20,00 23,00 22,00 24,00 25,00 22,00 25,00 25,00 27,00 28,00 25,00 28,00 28,00 30,00 31,00 28,00 31,00 31,00 33,00 34,00 31,00 34,00 33,00 35,00 36,00 33,00 36,00 36,20 38,20 39,20 36,20 39,20 27,00 29,44 32,00 32,00 25,00

Model Number 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

Rated waterflow [ m3/h]

Design cases per CTI Std 210 in deg C

XL 2.320-VVL-235_60 59,52 82,11 93,93 50,10 76,97 65,20 90,16 103,25 54,76 84,59 71,59 99,41 113,95 60,23 93,33 76,46 106,31 121,93 64,31 99,84 84,62 117,87 135,45 71,15 110,74 93,91 131,02 150,63 78,92 123,12 104,67 146,14 168,02 87,74 137,32 112,47 157,15 180,84 94,27 147,69 126,38 176,95 192,00 105,89 166,36 134,53 102,04 141,95 122,19 63,03

XL 2.320-VL-235_60 77,79 107,62 123,14 65,39 100,80 85,17 118,10 135,45 71,59 110,72 93,66 130,15 149,37 78,70 122,11 100,19 139,13 159,73 84,01 130,75 110,80 154,33 177,41 92,90 144,91 122,88 171,59 192,00 103,02 160,99 136,59 191,00 192,00 114,68 179,55 146,75 192,00 192,00 123,14 192,00 165,05 192,00 192,00 138,22 192,00 176,30 133,49 185,55 159,78 82,22

XL 2.320-L-235_60 96,02 132,63 151,94 80,48 124,17 105,06 145,69 166,99 88,07 136,51 115,46 160,42 184,06 96,80 150,45 123,22 171,60 192,00 103,31 160,84 136,24 190,22 192,00 114,40 178,31 151,34 192,00 192,00 126,77 192,00 168,06 192,00 192,00 140,81 192,00 180,68 192,00 192,00 151,21 192,00 192,00 192,00 192,00 169,89 192,00 192,00 164,31 192,00 192,00 100,99

XL 2.320-M-235_60 113,74 157,41 180,36 95,32 147,31 124,42 172,75 192,00 104,29 161,69 136,71 190,37 192,00 114,78 178,28 145,89 192,00 192,00 122,45 190,72 161,48 192,00 192,00 135,31 192,00 179,17 192,00 192,00 149,95 192,00 192,00 192,00 192,00 166,74 192,00 192,00 192,00 192,00 178,96 192,00 192,00 192,00 192,00 192,00 192,00 192,00 192,00 192,00 192,00 119,47

XL 2.320-VVL-235_90 71,80 97,65 110,98 61,31 92,46 78,86 107,37 122,39 67,34 101,93 87,01 118,75 135,33 74,29 112,66 93,12 127,26 145,12 79,32 120,77 103,37 141,55 161,57 87,98 134,37 114,84 157,87 180,35 97,86 149,88 128,38 176,47 201,99 109,10 167,54 138,25 190,28 217,88 117,44 180,65 155,89 215,29 246,60 132,34 204,33 159,74 124,61 170,85 148,68 78,74

XL 2.320-VL-235_90 94,43 128,33 145,97 80,39 121,44 103,68 141,27 160,88 88,23 133,80 114,33 156,16 178,03 97,25 148,00 122,29 167,29 191,09 103,99 158,61 135,65 185,97 212,57 115,30 176,38 150,88 207,58 237,08 128,19 196,86 168,21 231,80 265,47 142,86 219,89 181,08 250,12 286,28 154,00 236,99 204,10 282,48 288,00 173,39 268,02 210,27 163,73 224,53 195,36 103,09

XL 2.320-L-235_90 116,70 158,71 180,59 99,21 150,07 128,05 174,64 199,18 108,85 165,29 141,13 192,97 220,27 119,94 183,00 150,90 206,95 236,02 128,23 196,03 167,29 229,87 262,62 142,13 217,87 186,01 256,31 288,00 158,22 243,04 207,35 286,27 288,00 176,21 271,48 223,53 288,00 288,00 189,56 288,00 251,73 288,00 288,00 213,44 288,00 259,87 201,84 277,28 241,24 126,95

XL 2.320-M-235_90 138,61 188,70 214,98 117,78 178,35 152,04 207,85 236,72 129,18 196,58 167,51 229,52 261,88 142,32 217,27 179,08 246,05 280,75 152,38 232,71 198,51 273,30 288,00 168,79 258,77 221,05 288,00 288,00 187,52 288,00 246,20 288,00 288,00 208,86 288,00 265,25 288,00 288,00 225,01 288,00 288,00 288,00 288,00 253,14 288,00 288,00 239,77 288,00 286,46 150,46

Pagina 2 van 2

Where to get the correct Rated Fan Power, kW for a tested Kelvion CTI certified tower

This information can be found in column AB of the DOR of the model, where there are three

rows, to provide different values for different waterloads (see picture to the right taken from DOR).

The permissable waterload (aka rain density) can be calculated as water flow divided by wet area.

For tower evaluation the tower flow from the test table must be taken

The wet area can be found in column BJ of the DOR.

After calculating the tested water load one can directly read out the searched value in the DOR.

Example below illustrates the procedure.

From DOR

R Abs Installed Taken from test protocol / DOR

m3/m2.h kW kW

0,00 4,18 5,50 Water flow 85,18 m3/h (a) test protocol

10,00 4,18 5,50 Wet area 4,24 m (b) DOR column BJ

10,01 4,40 5,50 Rain density 20,1 m3/m2.h =(a)/(b)

20,00 4,40 5,50

20,01 4,84 5,50 Rated fan power 4,84 kW waterload > than 20 thus 3rd row in table

30,00 4,84 5,50

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2

3

4

5

6

5,00 10,00 15,00 20,00 25,00 30,00

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KW

RAIN DENSITY [M3/M2.H] -->>

CMC6-DM-90

Abs kW Installed kW

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Tekstvak

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kelvion b.v. catalogue for polacel xf line - cooling technology … · 2017-08-17 · kelvion b.v....

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