GEA Polacel Cooling Towers B.V. Catalogue for XF Line

Transcription

GEA Polacel Cooling Towers B.V.
Catalogue for XF Line
The XF Line of GEA Polacel Cooling Towers consists of





modular cross flow cooling towers, all equipped with
GEA’s 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 Polacel and carried through in our product lines combines
efficiency 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 Polacel 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)
Catalogue Polacel Cross Flow Cooling Towers
GEA Cooling Towers
Polacel Crossflow cooling towers XE – XT – XL - XM
engineering for a better world
GEA Heat Exchangers
[Background]
GEA Polacel
GEA Polacel is a company of the GEA Group AG. The GEA
Group, headquartered in Bochum, Germany, is a globally successful technology group with more than 250 companies in
50 countries.
One contact person for all solutions
The company now focuses on specialty mechanical engineering
Globally active in more than 40 countries
– especially process engineering and equipment. GEA Group tech-
Individual solutions
nologies are applied in the food, chemical and petrochemical in-
Maximum availability, security of operation dustries, the energy sector, air treatment and shipbuilding as well
and system efficiency
as the pharmaceutical and cosmetic industries. The GEA Group is
one of the world`s market and technology leaders in 90 per cent
of its businesses.
GEA is a solid foundation for the GEA Polacel activities and it provides us with greater scope. Good contacts with affiliated organizations that are leaders in our field provide an ongoing stimulus to
our own development. This is what makes GEA Polacel a leader in
the introduction of technological improvements.
[System‘s functions]
The effect of crossflow
Using the crossflow principle, warm water flowing down
through a cooling unit is cooled by air drawn upwards by a
fan.
Evaporation and direct heat exchange cause the temperature to
fall rapidly. Compared to counterflow cooling towers, induceddraught crossflow cooling towers are much quieter and smaller.
The performance figures are next to perfect.
[Know how]
GEA Polacel crossflow cooling
towers
Polacel designs, manufactures and maintains cooling towers
for process and climate cooling. Our energy-efficient and environmentally cooling water generators stand out because of
the complete quality policy we employ.
The Polacel crossflow cooling tower is quiet and economical, and
has a high cooling capacity. The modular system can be easily adjusted 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 towers the best choice for both man and the environment.
3
GEA Polacel Cooling Towers
Cooling Tower type 3 XMS 2.720
Telephone-/Communication center in the Netherlands
[Maximum efficiency]
Measuring cooling performance:
the wet bulb
The wet bulb temperature is in fact the lowest temperature
that can be achieved by air cooling in any given situation.
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 therefore lower than the ambient temperature.
Cooling towers try to achieve this minimum temperature the most
economic and efficient way possible. The GEA Polacel crossflow
cooling tower range achieves this and successfully balances cooling performance with low power consumption (low cost) and low
noise.
[Modular system]
Made-to-measure comes as
standard
When choosing a cooling tower, the four most important factors are: the cooling water temperatures (inlet and outlet),
the wet bulb temperature, the noise emissions, and the water
requirements.
GEA Polacel 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.
Placing Cooling Tower with crane on steel construction
[Low Noise]
Noise and other environmental
considerations
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.
In order to reduce noise levels, GEA Polacel 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.
GEA Polacel makes detailed calculations to show exactly what, and
how much, noise the cooling tower will make. GEA Polacel can
also make advance calculations for all the requirements that are
placed on cooling towers by noise regulations and environmental
permits.
GEA Polacel 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.)
Skeletal and fan of the Cooling Tower from
the inside view
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.
5
Structural qualities
The advanced design engineering has also resulted in
a number of special structural advantages:
Only a minimum number of support points are
Cooling Tower type 3 XM 2.2.720
Chemical plant in Germany
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 GEA Polacel 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 Cooling Tower type XT 2.720
Hospital in the Netherlands
tested in advance using dynamic calculations and computer studies.
[Maximum quality]
Durable and reliable
GEA Polacel designs and manufactures cooling towers that
have a long life and require a minimum of maintenance.
This performance is achieved by a careful choice of materials stainless steel combined with glass fibre reinforced polyester and
plastics - the exceptionally sound design and the considerable experience 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, economical and able to
deliver a consistently high quality, problem-free performance.
Cooling Tower type XL 2.320
Chemical Plant in the Netherlands
[All around support service]
Advice and service
GEA Polacel builds cooling towers that meet exact specifications. 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.
The GEA Polacel service department specializes in cooling tower
maintenance. Irrespective of make or type, the maintenance specialists know the ins and outs of the whole technical area, and
are up to date with all the latest developments. GEA Polacel has
over thirty years of experience in cooling tower maintenance. We
work in accordance with the requirements specified by ISO, VCA,
Cooling Tower type XL 2.320
Chemical Plant in The Netherlands
VDMA, CTI and Eurovent. The technicians can carry out the proper maintenance at any location and within practically any timeframe.
7
We live our values.
Excellence • Passion • Integrity • Responsibility • GEA-versity
GEA Heat Exchangers
GEA Ergé-Spirale & Soramat SAS
GEA Polacel Cooling Towers FZCO
Siège social, Bureaux et Usine, 2, rue de l’Electrolyse,
BP 66, 62410 Wingles, France
Phone: +33 032 169 890 0 , Fax: +33 032 140 912 5
ges@geagroup.com, www.gea.com
Freezone South 2 AA04, Jebel Ali 262513 Dubai,
United Arab Emirates
Phone: +971 488 600 20 , Fax: +971 508 799 131
enquiry_polacelCT@gea.com, www.gea.com
GEA Power Cooling Inc.
GEA Energietechnik GmbH
300 Union Blvd., Suite 350, Lakewood, CO 80228, USA
Phone: +1 303 987 012 3, Fax: +1 303 987 010 1
general@gea.com, www.gea.com
Dorstener Str. 18-29, 44651 Herne, Germany
Phone: +49 234 980 2711 , Fax: +49 234 980 34 2711
anita.stoepel@gea.com, www.gea.com
GEA 2H Water Technologies GmbH
GEA Polacel Cooling Towers B.V.
Dieselweg 5, 48493 Wettringen, Germany
Phone: +49 255 793 900 , Fax: +49 255 793 904 9
info.2h.de@gea.com, www.gea.com
Vlijtstraat 25, 7005 BN Doetinchem, The Netherlands
Phone: +31 314 371 414 , Fax: +31 314 344 884
polacel@gea.com, www.gea.com
© GEA Heat Exchangers. All rights reserved. GWC_PR-6/2012-0001-GB
GEA Group is a global engineering company with multi-billion euro sales and operations in more than
50 countries. Founded in 1881, the company is one of the largest providers of innovative equipment and
process technology. GEA Group is listed in the STOXX® Europe 600 Index.
Drawings XL
3440
170
5040
3100
F1
F2
D
O
H
S
170
9 ft
- Waterinlet DN150
- Wateroutlet DN250
- Drain
- Overflow
- Heater
- Suppletion
Flanges according to DIN 2501 (PN10)
F1
F1
TP
200
Inspection
Minimum clearance
between airinlet sides
tower to next tower or
any other obstacle
3095
1995
2395
3000
3450
- Transport Partition
1010
F1
TP
A
700
A
395 305
hatch
C
C
4880
O
F2
CL
165
300
575
B
145
100
H
225
300
D
326
300
S
1150
2440
DETAIL C
SCALE 1 : 25
FOR INFORMATION ONLY
120
Center of ordinate
dimension
B
B
A
A
TITLE:
F1
3320
2
3
4
SECTION A-A
F1
18
160
80
2295
1
1025
0
0
A
60
O HS 04-04-2008
XL 2.320-235 Standard
BY: DATE:
Type of projection
DETAIL B
SCALE 1 : 10
SCALE:
Polacel b.v.
1:50
Vlijtstraat 25 Postbus 296
Copyright by Polacel
Doetinchem The Netherlands
Tel.: (0314) - 37 14 14 Fax.: (0314) - 34 48 84
Status: In Work
Tolerances
DIN 7168-m
(TVP 010)
Polacel b.v.
7000 AG
CHK'D:
Dossier nr.:
Sales nr.:
Drawing nr.:
D004702
SIZE:
A3
Additional data XL models
Attached Data
1
Manufacturer
Product Line
Submission Revision
Date
XL Series
April 10 2013
Nominal Water Nominal Flow Rate Temperature Conditions C
m3/h
Number of Cells
Total Nameplate No. of Fans per Fan Motors per Motor Power Total Rated Motor Name of ZIP data file attached to per Model 2) Power per Model
Cell
Cell
this model
Product Type
(Cooling Tower)
Draft Type
(Induced, Forced)
Flow Type
(CF, XF, Combined, Other)
Fan Type
(Axial/Centrifugal)
Model Number
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐VVL‐235_60
63,2
35‐25‐21
1
1
1
1,65
2,2
2
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐VVL‐235_60
63,2
35‐25‐21
1
1
1
1,65
2,2
3
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐VVL‐235_60
63,2
35‐25‐21
1
1
1
1,65
2,2
4
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐VL‐235_60
82,5
35‐25‐21
1
1
1
3,41
4
4
5
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐VL‐235_60
82,5
35‐25‐21
1
1
1
3,41
6
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐VL‐235_60
82,5
35‐25‐21
1
1
1
3,74
4
7
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐L‐235_60
100,8
35‐25‐21
1
1
1
5,83
7,5
8
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐L‐235_60
100,8
35‐25‐21
1
1
1
6,38
7,5
9
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐L‐235_60
100,8
35‐25‐21
1
1
1
6,93
7,5
10
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐M‐235_60
119,2
35‐25‐21
1
1
1
9,57
11
11
11
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐M‐235_60
119,2
35‐25‐21
1
1
1
10,23
12
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐M‐235_60
119,2
35‐25‐21
1
1
1
10,23
11
13
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐VVL‐235_90
78,8
35‐25‐21
1
1
1
1,98
2,2
3
14
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐VVL‐235_90
78,8
35‐25‐21
1
1
1
2,31
15
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐VVL‐235_90
78,8
35‐25‐21
1
1
1
2,31
3
16
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐VL‐235_90
103,3
35‐25‐21
1
1
1
4,73
5,5
5,5
17
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐VL‐235_90
103,3
35‐25‐21
1
1
1
4,73
18
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐VL‐235_90
103,3
35‐25‐21
1
1
1
5,17
5,5
19
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐L‐235_90
127,5
35‐25‐21
1
1
1
8,14
9,2
9,2
20
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐L‐235_90
127,5
35‐25‐21
1
1
1
8,69
21
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐L‐235_90
127,5
35‐25‐21
1
1
1
9,35
11
22
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐M‐235_90
150,4
35‐25‐21
1
1
1
12,32
15
23
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐M‐235_90
150,4
35‐25‐21
1
1
1
13,64
15
24
XL Series
April 10 2013
Cooling Tower
Induced draft
XF
09‐06‐36N/B3TR XL 2.320‐M‐235_90
150,4
35‐25‐21
1
1
1
14,30
15
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) Motor power in table above is the shaft power at the fan, Polacel adds 3% loss per stage in gear box of the geared motor, all CT in this range have 2 stage gearboxes, only exception is
for all rain desities which has a 2 stage geared motor
XL2_320‐235_D004702.PDF
XL2_320‐235_D004702.PDF
XL2_320‐235_D004702.PDF
XL2_320‐235_D004702.PDF
XL2_320‐235_D004702.PDF
XL2_320‐235_D004702.PDF
XL2_320‐235_D004702.PDF
XL2_320‐235_D004702.PDF
Drawings XT
F1
- Waterinlet Qw<120m3/h DN 150
Qw<144m3/h DN 200
- Wateroutlet
- Drain 1.5"
- Overflow DN80
- Heater
F3
D
O
H
F1
TOPVIEW
3320
390
1870 ft
300
150
O
640
150
S
165
D
100
300
F2
750
A
785
H
1775
hatch
550
2570
Inspection
F1
155
1820
F1
2960
F1
F2
A
300
B
=
2520
=
2710
FRONTVIEW
RIGHTVIEW
DETAIL B
SCALE 1 : 15
3290
2520
2440
120
60
FOR APPROVAL
160
80
2520
18
B
B
A
A
TITLE:
O WS 24-09-2007
ST2007-XT 2.240-185
SECTION A-A
80
0
BY:
Type of projection
3230
3290
2205
1085
0
60
Polacel b.v.
DETAIL E
SCALE 1 : 10
Polacel b.v.
7000 AG
Vlijtstraat 25
Doetinchem
Postbus 296
The Netherlands
Tel.: (0314) - 37 14 14 Fax.: (0314) - 34 48 84
Status:
In Work
SCALE:
1:30
Tolerances
DIN 7168-m
(TVP 010)
DATE:
CHK'D:
Dossier nr.:
Sales nr.:
Drawing nr.:
D003774
SIZE:
A2
F1
F2
O
H
D
S
- Waterinlet DN
- Wateroutlet DN
- Overflow DN80
- Heater
- Drain 2"
- Suppletion 2"
TP-Transport Partition
TOPVIEW
2520
3320
395
6 ft
F1
2320
A
A
750
2275
3070
160
3465
Transportheight 3454
F1
640
160
B
2710
FRONTVIEW
RIGHTVIEW
2520
2440
O
F2
150
80
0
150
D
155
100
300
550
H
FOR APPROVAL
B
B
A
A
TITLE:
2205
1085
0
60
3230
3290
SECTION A-A
BY:
Type of projection
300
DETAIL B
SCALE 1 : 15
O AS 12-09-2008
XT 2.240 type 235 Standard
Polacel b.v.
Polacel b.v.
7000 AG
Vlijtstraat 25
Doetinchem
Postbus 296
The Netherlands
Tel.: (0314) - 37 14 14 Fax.: (0314) - 34 48 84
Status:
In Work
SCALE:
1:30
Tolerances
DIN 7168-m
(TVP 010)
DATE:
CHK'D:
Dossier nr.:
Sales nr.:
Drawing nr.:
D005391
SIZE:
A2
5080
3320
2520
1260
1260
F1 - Waterinlet DN200
F2 - Wateroutlet DN250
S
D
O
H
385
6ft
- Suppletion 1.5"
- Drain 1.5"
- Overflow DN80
- Heater
640
160
F1
2575
Inspection
B
60
1025
A
1120
1025
60
F2
B
2440
80
2440
5040
750
F2
160
300
1775
hatch
2960
1825
F1
80
3290
3480
CL
S
300
F2
2205
1085
18
155
100
B
B
A
A
O HS 15-01-2008
XT 2.480-185 Standard
2520
SECTION B-B
SCALE 1 : 50
TITLE:
2
1
300
4960
5040
60
0
0
80
A
D
150 150
DETAIL A
SCALE 1 : 20
B
785
C
H
300
3290
3230
550
D
O
BY: DATE:
Type of projection
SCALE:
Polacel b.v.
1:35
Vlijtstraat 25 Postbus 296
Doetinchem The Netherlands
Tel.: (0314) - 37 14 14 Fax.: (0314) - 34 48 84
Status: In Work
Tolerances
DIN 7168-m
(TVP 010)
3
Polacel b.v.
7000 AG
CHK'D:
Dossier nr.:
Sales nr.:
Drawing nr.:
D004264
SIZE:
A3
2100
F1 - Waterinlet DN 200
F3 - Wateroutlet DN 300
O - Overflow DN 80
D - Drain 1.5"
3320
5080
2520
1280
6ft
max. 1200
1280
640
Inspection
Inspection
Panel
Panel
750
2275
A
F1
3700
160
B
2950
Transprt height3690
F1
A
D
F3
500
VIEW B
3290
C
L
3290
3230
2205
O
550
FOR APPROVAL
100
150
300
1085
18
D
60
0
F1
DETAIL D
SCALE 1 : 15
B
A
A
TITLE:
O AS 12-09-2008
XT 2.480 type 235 Standard
BY:
Type of projection
150
Polacel b.v.
300
4960
5040
2520
0
80
SECTION A-A
150
B
Weight: kg
Polacel b.v.
7000 AG
Vlijtstraat 25
Doetinchem
Postbus 296
The Netherlands
Tel.: (0314) - 37 14 14 Fax.: (0314) - 34 48 84
Status:
In Work
SCALE:
1:40
Tolerances
DIN 7168-m
(TVP 010)
DATE:
CHK'D:
Dossier nr.:
Sales nr.:
Drawing nr.:
D005388
SIZE:
A2
IW
,QVSHFWLRQSDQHO
)
,QVSHFWLRQ
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F1
F2
O
H
D
S
7565
2520
2520
3320
- Waterinlet DN250/DN300
- Wateroutlet DN350/DN400
- Overflow DN80
- Heater 1.5"
- Drain 1.5"
- Suppletion 1.5"
6 ft
395
TP-Transport Partition
F1
2275
F2
A
0
X
F2
CL
S
F2
7560
O
2440
155
160
150 150
300
60
18
550
H
300
120
2520
18
1025
450
785
7750
D
100
7560
2440
3065
Panel
400
750
160
A
Inspection
DETAIL X
SCALE 1 : 20
1120
160
B
B
A
A
TITLE:
O WS 25-11-2009
XT 2.720 Type 235 Standard
1025
3290
3460
F1
640
160
BY: DATE:
Type of projection
Polacel b.v.
SECTION A-A
Polacel b.v.
7000 AG
Postbus 296
Doetinchem
Tel.: (0314) - 37 14 14 Fax.: (0314) - 34 48 84
Status:
In Work
SCALE:
1:50
Tolerances
DIN 7168-m
(TVP 010)
CHK'D:
Dossier nr.:
Sales nr.:
Drawing nr.:
D007320
SIZE:
A3
Additional data XT models
GEA data to connect with existing data
Total Nameplate No. of Fans per Fan Motors per Motor Power Total Rated Motor Cell
Cell
per Model 2) Power per Model
Manufacturer
Product Line
Submission Revision
Date
1
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
R=10
2
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
Product Type
(Cooling Tower)
Draft Type
(Induced, Forced)
Flow Type
Fan Type
(Axial/Centrifugal)
Model Number
Nominal Water Nominal Flow Rate Temperature m3/h
Conditions C
Number of Cells
Max permissible waterload for model m3/m2.h
3
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=50
4
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐L‐135
45,3
35‐25‐21
1
1
1
2,64
3
R=10
5
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐L‐135
45,3
35‐25‐21
1
1
1
2,86
3
R=20
6
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐L‐135
45,3
35‐25‐21
1
1
1
2,86
3
R=50
7
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐M‐135
54,0
35‐25‐21
1
1
1
4,18
5,5
R=10
8
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐M‐135
54,0
35‐25‐21
1
1
1
4,18
5,5
R=20
9
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐M‐135
54,0
35‐25‐21
1
1
1
4,51
5,5
R=50
10
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐VL‐185
49,6
35‐25‐21
1
1
1
2,20
3
R=10
11
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐VL‐185
49,6
35‐25‐21
1
1
1
2,20
3
R=20
12
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐VL‐185
49,6
35‐25‐21
1
1
1
2,53
3
R=50
13
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐L‐185
61,3
35‐25‐21
1
1
1
3,96
5,5
R=10
14
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐L‐185
61,3
35‐25‐21
1
1
1
4,29
5,5
R=20
15
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐L‐185
61,3
35‐25‐21
1
1
1
4,51
5,5
R=50
16
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐M‐185
72,1
35‐25‐21
1
1
1
6,71
7,5
R=10
17
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐M‐185
72,1
35‐25‐21
1
1
1
7,04
7,5
R=20
18
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐M‐185
72,1
35‐25‐21
1
1
1
7,04
7,5
R=50
19
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐VL‐235
61,9
35‐25‐21
1
1
1
3,85
5,5
R=10
20
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐VL‐235
61,9
35‐25‐21
1
1
1
3,85
5,5
R=20
21
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐VL‐235
61,9
35‐25‐21
1
1
1
3,96
5,5
R=50
22
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐L‐235
75,4
35‐25‐21
1
1
1
7,59
9,2
R=10
23
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐L‐235
75,4
35‐25‐21
1
1
1
7,48
9,2
R=20
24
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐L‐235
75,4
35‐25‐21
1
1
1
7,48
9,2
R=50
25
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐M‐235
90,1
35‐25‐21
1
1
1
0,00
0
R=10
26
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐M‐235
90,1
35‐25‐21
1
1
1
13,53
15
R=20
27
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.240‐M‐235
90,1
35‐25‐21
1
1
1
13,53
15
R=50
28
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐VL‐135
74,2
35‐25‐21
2
1
1
2,80
4,4
R=10
29
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐VL‐135
74,2
35‐25‐21
2
1
1
2,80
4,4
R=20
30
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐VL‐135
74,2
35‐25‐21
2
1
1
2,80
4,4
R=50
31
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐L‐135
90,5
35‐25‐21
2
1
1
4,60
8
R=10
32
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐L‐135
90,5
35‐25‐21
2
1
1
4,60
8
R=20
33
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐L‐135
90,5
35‐25‐21
2
1
1
4,60
8
R=50
34
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐M‐135
107,9
35‐25‐21
2
1
1
7,40
8
R=10
35
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐M‐135
107,9
35‐25‐21
2
1
1
7,40
8
R=20
36
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐M‐135
107,9
35‐25‐21
2
1
1
7,40
8
R=50
37
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐VL‐185
99,2
35‐25‐21
2
1
1
4,20
6
R=10
38
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐VL‐185
99,2
35‐25‐21
2
1
1
4,20
6
R=20
39
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐VL‐185
99,2
35‐25‐21
2
1
1
4,20
6
R=50
40
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐L‐185
122,5
35‐25‐21
2
1
1
7,00
8
R=10
41
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐L‐185
122,5
35‐25‐21
2
1
1
7,00
8
R=20
42
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐L‐185
122,5
35‐25‐21
2
1
1
7,00
8
R=50
43
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐M‐185
144,3
35‐25‐21
2
1
1
12,00
15
R=10
44
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐M‐185
144,3
35‐25‐21
2
1
1
12,00
15
R=20
45
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐M‐185
144,3
35‐25‐21
2
1
1
12,00
15
R=50
46
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐VL‐235
123,8
35‐25‐21
2
1
1
6,80
8
R=10
47
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐VL‐235
123,8
35‐25‐21
2
1
1
6,80
8
R=20
48
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐VL‐235
123,8
35‐25‐21
2
1
1
6,80
8
R=50
49
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐L‐235
150,8
35‐25‐21
2
1
1
12,20
15
R=10
50
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐L‐235
150,8
35‐25‐21
2
1
1
12,20
15
R=20
51
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐L‐235
150,8
35‐25‐21
2
1
1
12,20
15
R=50
GEA data to connect with existing data
Total Nameplate No. of Fans per Fan Motors per Motor Power Total Rated Motor Cell
Cell
per Model 2) Power per Model
Manufacturer
Product Line
Submission Revision
Date
52
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐M‐235
180,2
35‐25‐21
2
1
1
18,40
18,4
R=10
53
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐M‐235
180,2
35‐25‐21
2
1
1
18,40
18,4
R=20
Product Type
(Cooling Tower)
Draft Type
(Induced, Forced)
Flow Type
Fan Type
(Axial/Centrifugal)
Model Number
Nominal Water Nominal Flow Rate Temperature m3/h
Conditions C
Number of Cells
Max permissible waterload for model m3/m2.h
54
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.480‐M‐235
180,2
35‐25‐21
2
1
1
18,40
18,4
R=50
55
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐VL‐135
111,3
35‐25‐21
3
1
1
4,20
6,6
R=10
56
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐VL‐135
111,3
35‐25‐21
3
1
1
4,20
6,6
R=20
57
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐VL‐135
111,3
35‐25‐21
3
1
1
4,20
6,6
R=50
58
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐L‐135
135,8
35‐25‐21
3
1
1
6,90
12
R=10
59
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐L‐135
135,8
35‐25‐21
3
1
1
6,90
12
R=20
60
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐L‐135
135,8
35‐25‐21
3
1
1
6,90
12
R=50
61
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐M‐135
161,9
35‐25‐21
3
1
1
11,10
12
R=10
62
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐M‐135
161,9
35‐25‐21
3
1
1
11,10
12
R=20
63
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐M‐135
161,9
35‐25‐21
3
1
1
11,10
12
R=50
64
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐VL‐185
148,8
35‐25‐21
3
1
1
6,30
9
R=10
65
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐VL‐185
148,8
35‐25‐21
3
1
1
6,30
9
R=20
66
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐VL‐185
148,8
35‐25‐21
3
1
1
6,30
9
R=50
67
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐L‐185
183,8
35‐25‐21
3
1
1
10,50
12
R=10
68
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐L‐185
183,8
35‐25‐21
3
1
1
10,50
12
R=20
69
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐L‐185
183,8
35‐25‐21
3
1
1
10,50
12
R=50
70
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐M‐185
216,4
35‐25‐21
3
1
1
18,00
22,5
R=10
71
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐M‐185
216,4
35‐25‐21
3
1
1
18,00
22,5
R=20
72
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐M‐185
216,4
35‐25‐21
3
1
1
18,00
22,5
R=50
73
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐VL‐235
185,6
35‐25‐21
3
1
1
10,20
12
R=10
74
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐VL‐235
185,6
35‐25‐21
3
1
1
10,20
12
R=20
75
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐VL‐235
185,6
35‐25‐21
3
1
1
10,20
12
R=50
76
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐L‐235
226,2
35‐25‐21
3
1
1
18,30
22,5
R=10
77
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐L‐235
226,2
35‐25‐21
3
1
1
18,30
22,5
R=20
78
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐L‐235
226,2
35‐25‐21
3
1
1
18,30
22,5
R=50
79
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐M‐235
270,3
35‐25‐21
3
1
1
27,60
27,6
R=10
80
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐M‐235
270,3
35‐25‐21
3
1
1
27,60
27,6
R=20
81
XT Series
April 9 2013
Cooling Tower
Induced draft
XF
06‐06‐24L/B3TR XT 2.720‐M‐235
270,3
35‐25‐21
3
1
1
27,60
27,6
R=50
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) Motor power in table above is the shaft power at the fan, Polacel adds 3% loss per stage in gear box of the geared motor, all CT in this range have single stage gearboxes, only exceptions are
XT 2.240-VL-235 for all rain desnities and XT 2.240-M-235 for R=10
All ratings XF line
CTI XF Capa 2013 STD 201
wet bulb
cooling range
approach
inlet temperature
outlet temperature
1
12,78
5,56
3,89
22,22
16,67
Design cases per CTI Std 210 in deg C
2
3
4
12,78
12,78
12,78
5,56
5,56
8,33
5,56
6,67
3,89
23,89
25,00
25,00
18,33
19,44
16,67
5
12,78
8,33
6,67
27,78
19,44
6
15,56
5,56
3,89
25,00
19,44
7
15,56
5,56
5,56
26,67
21,11
8
15,56
5,56
6,67
27,78
22,22
9
15,56
8,33
3,89
27,78
19,44
10
15,56
8,33
6,67
30,56
22,22
11
18,33
5,56
3,89
27,78
22,22
12
18,33
5,56
5,56
29,44
23,89
13
18,33
5,56
6,67
30,56
25,00
14
18,33
8,33
3,89
30,56
22,22
15
18,33
8,33
6,67
33,33
25,00
16
21,00
5,00
6,00
32,00
27,00
17
21,11
5,56
3,89
30,56
25,00
18
21,11
5,56
5,56
32,22
26,67
19
21,11
5,56
6,67
33,33
27,78
20
21,11
8,33
3,89
33,33
25,00
21
21,11
8,33
6,67
36,11
27,78
22
23,89
5,56
3,89
33,33
27,78
23
23,89
5,56
5,56
35,00
29,44
Pagina 1 van 3
24
23,89
5,56
6,67
36,11
30,56
25
23,89
8,33
3,89
36,11
27,78
26
23,89
8,33
6,67
38,89
30,56
27
25,56
5,56
3,89
35,00
29,44
28
26,67
5,56
3,89
36,11
30,56
29
26,67
5,56
5,56
37,78
32,22
30
26,67
5,56
6,67
38,89
33,33
31
26,67
8,33
3,89
38,89
30,56
32
26,67
8,33
6,67
41,67
33,33
33
28,00
5,00
4,00
37,00
32,00
34
29,44
5,56
3,89
38,89
33,33
35
29,44
5,56
5,56
40,56
35,00
36
29,44
5,56
6,67
41,67
36,11
37
29,44
8,33
3,89
41,67
33,33
38
29,44
8,33
6,67
44,44
36,11
39
32,22
5,56
3,89
41,67
36,11
40
32,22
5,56
5,56
43,33
37,78
41
32,22
5,56
6,67
44,44
38,89
42
32,22
8,33
3,89
44,44
36,11
43
32,22
8,33
6,67
47,22
38,89
Model Number
XT 2.240-VL-135
XT 2.240-L-135
XT 2.240-M-135
XT 2.240-VL-185
XT 2.240-L-185
XT 2.240-M-185
XT 2.240-VL-235
XT 2.240-L-235
XT 2.240-M-235
XT 2.480-VL-135
XT 2.480-L-135
XT 2.480-M-135
XT 2.480-VL-185
XT 2.480-L-185
XT 2.480-M-185
XT 2.480-VL-235
XT 2.480-L-235
XT 2.480-M-235
XT 2.720-VL-135
XT 2.720-L-135
XT 2.720-M-135
XT 2.720-VL-185
XT 2.720-L-185
XT 2.720-M-185
XT 2.720-VL-235
XT 2.720-L-235
XT 2.720-M-235
1
10,88
13,38
15,86
14,60
17,98
21,31
18,13
22,37
26,49
21,76
26,76
31,71
29,20
35,96
42,61
36,25
44,74
52,98
32,64
40,14
47,57
43,80
53,94
63,92
54,38
67,11
79,48
Rated waterflow [ l/s ]
2
3
4
14,47
16,98
8,53
17,83
20,93
10,51
21,14
24,81
12,41
19,46
22,83
11,43
23,97
28,17
14,06
28,42
33,38
16,65
24,15
28,36
14,19
29,79
34,97
17,45
35,34
40,00
20,70
28,94
33,95
17,06
35,66
41,85
21,01
42,28
49,63
24,83
38,91
45,66
22,86
47,95
56,35
28,12
56,83
66,77
33,30
48,30
56,72
28,38
59,59
69,93
34,91
70,68
80,00
41,40
43,40
50,93
25,60
53,49
62,78
31,52
63,42
74,44
37,24
58,37
68,48
34,29
71,92
84,52
42,19
85,25
100,15
49,94
72,44
85,08
42,57
89,38
104,90
52,36
106,01
120,00
62,10
5
12,82
15,79
18,68
17,22
21,20
25,15
21,39
26,36
31,22
25,65
31,59
37,37
34,44
42,40
50,29
42,77
52,72
62,45
38,47
47,38
56,05
51,66
63,60
75,44
64,16
79,08
93,67
6
11,88
14,60
17,29
15,93
19,61
23,28
19,78
24,40
28,89
23,75
29,19
34,58
31,86
39,23
46,57
39,57
48,80
57,78
35,63
43,79
51,87
47,80
58,84
69,85
59,35
73,20
86,67
7
15,81
19,48
23,09
21,27
26,20
31,08
26,40
32,55
38,60
31,63
38,96
46,18
42,54
52,39
62,16
52,80
65,10
77,19
47,44
58,45
69,27
63,80
78,59
93,24
79,20
97,65
115,79
8
18,57
22,89
27,13
24,98
30,81
36,52
31,03
38,24
40,00
37,15
45,77
54,26
49,96
61,61
73,04
62,06
76,49
80,00
55,72
68,66
81,38
74,94
92,42
109,56
93,09
114,73
120,00
9
9,31
11,43
13,53
12,47
15,34
18,15
15,48
19,04
22,57
18,62
22,87
27,07
24,94
30,67
36,31
30,96
38,08
45,14
27,93
34,30
40,60
37,41
46,01
54,46
46,45
57,12
67,71
10
14,03
17,24
20,42
18,84
23,21
27,49
23,43
28,83
34,17
28,05
34,49
40,85
37,67
46,43
54,98
46,85
57,65
68,35
42,08
51,73
61,27
56,51
69,64
82,47
70,28
86,48
102,52
11
13,01
15,97
18,92
17,44
21,47
25,47
21,67
26,70
31,68
26,01
31,95
37,84
34,89
42,94
50,94
43,33
53,41
63,36
39,02
47,92
56,76
52,33
64,41
76,41
65,00
80,11
95,04
12
17,34
21,35
25,30
23,32
28,71
34,04
29,00
35,71
40,00
34,68
42,71
50,59
46,64
57,43
68,09
58,00
71,43
80,00
52,01
64,06
75,89
69,97
86,14
102,13
86,99
107,14
120,00
13
20,38
25,10
29,78
27,42
33,79
40,00
34,10
40,00
40,00
40,76
50,21
59,57
54,83
67,57
80,00
68,19
80,00
80,00
61,15
75,31
89,35
82,25
101,36
120,00
102,29
120,00
120,00
14
10,19
12,51
14,80
13,65
16,78
19,86
16,95
20,87
24,69
20,39
25,02
29,61
27,30
33,56
39,72
33,90
41,75
49,38
30,58
37,53
44,41
40,95
50,35
59,58
50,84
62,62
74,07
15
15,39
18,91
22,39
20,67
25,46
30,14
25,70
31,62
37,49
30,78
37,82
44,78
41,33
50,92
60,28
51,41
63,24
74,99
46,16
56,72
67,17
62,00
76,37
90,42
77,11
94,86
112,48
16
21,94
27,02
32,04
29,55
36,38
40,00
36,73
40,00
40,00
43,88
54,03
64,07
59,10
72,77
80,00
73,46
80,00
80,00
65,82
81,05
96,11
88,65
109,15
120,00
110,18
120,00
120,00
17
14,25
17,53
20,76
19,15
23,61
27,94
23,84
29,31
34,74
28,50
35,06
41,51
38,31
47,23
55,88
47,68
58,62
69,47
42,74
52,59
62,27
57,46
70,84
83,82
71,51
87,92
104,21
18
19,06
23,46
27,79
25,64
31,60
37,48
31,87
39,27
40,00
38,12
46,93
55,58
51,28
63,19
74,96
63,75
78,53
80,00
57,18
70,39
83,36
76,93
94,79
112,44
95,62
117,80
120,00
19
22,42
27,61
32,73
30,20
37,22
40,00
37,52
40,00
40,00
44,85
55,21
65,46
60,40
74,44
80,00
75,05
80,00
80,00
67,27
82,82
98,19
90,60
111,65
120,00
112,57
120,00
120,00
20
11,17
13,72
16,24
14,98
18,41
21,82
18,60
22,90
27,09
22,33
27,45
32,47
29,96
36,83
43,64
37,21
45,80
54,17
33,50
41,17
48,71
44,95
55,24
65,46
55,81
68,70
81,26
21
16,90
20,78
24,64
22,73
27,99
33,16
28,27
34,80
40,00
33,80
41,57
49,27
45,46
55,97
66,32
56,54
69,60
80,00
50,69
62,35
73,91
68,19
83,96
99,48
84,81
104,40
120,00
22
15,68
19,28
22,83
21,08
25,97
30,73
26,23
32,31
38,23
31,36
38,57
45,65
42,17
51,94
61,45
52,46
64,62
76,46
47,04
57,85
68,48
63,25
77,91
92,18
78,70
96,93
114,69
23
21,00
25,84
30,64
28,26
34,84
40,00
35,16
40,00
40,00
42,00
51,68
61,27
56,51
69,68
80,00
70,33
80,00
80,00
63,01
77,52
91,91
84,77
104,52
120,00
105,49
120,00
120,00
Pagina 2 van 3
24
24,72
30,46
36,07
33,29
40,00
40,00
40,00
40,00
40,00
49,45
60,92
72,15
66,58
80,00
80,00
80,00
80,00
80,00
74,17
91,38
108,22
99,87
120,00
120,00
120,00
120,00
120,00
25
12,28
15,09
17,85
16,48
20,29
23,98
20,51
25,18
29,85
24,56
30,18
35,70
32,96
40,58
47,97
41,01
50,36
59,69
36,84
45,27
53,54
49,44
60,87
71,95
61,52
75,55
89,54
26
18,62
22,89
27,12
25,08
30,83
36,50
31,16
38,35
40,00
37,24
45,79
54,25
50,16
61,66
73,01
62,32
76,70
80,00
55,86
68,68
81,37
75,24
92,49
109,51
93,48
115,06
120,00
27
16,62
20,44
24,24
22,35
27,53
32,62
27,81
34,23
40,00
33,25
40,88
48,48
44,71
55,05
65,25
55,62
68,46
80,00
49,87
61,32
72,72
67,06
82,58
97,87
83,43
102,70
120,00
28
17,29
21,26
25,20
23,30
28,62
33,91
28,93
35,59
40,00
34,58
42,51
50,40
46,60
57,25
67,82
57,85
71,18
80,00
51,87
63,77
75,60
69,90
85,87
101,73
86,78
106,78
120,00
29
23,18
28,51
33,77
31,23
38,43
40,00
38,87
40,00
40,00
46,36
57,02
67,55
62,47
76,86
80,00
77,73
80,00
80,00
69,55
85,53
101,32
93,70
115,29
120,00
116,60
120,00
120,00
30
27,30
33,61
39,82
36,79
40,00
40,00
40,00
40,00
40,00
54,61
67,22
79,64
73,58
80,00
80,00
80,00
80,00
80,00
81,91
100,83
119,46
110,37
120,00
120,00
120,00
120,00
120,00
31
13,53
16,62
19,66
18,16
22,35
26,42
22,60
27,75
32,86
27,07
33,24
39,31
36,33
44,69
52,83
45,20
55,50
65,72
40,60
49,87
58,97
54,49
67,04
79,25
67,79
83,25
98,58
32
20,55
25,29
29,91
27,68
34,05
40,00
34,44
40,00
40,00
41,10
50,58
59,83
55,37
68,11
80,00
68,88
80,00
80,00
61,65
75,87
89,74
83,05
102,16
120,00
103,32
120,00
120,00
33
19,90
24,46
29,00
26,76
32,94
39,01
33,29
40,00
40,00
39,80
48,92
58,00
53,53
65,88
78,02
66,58
80,00
80,00
59,70
73,39
87,00
80,29
98,82
117,02
99,86
120,00
120,00
34
19,09
23,47
27,80
25,73
31,60
37,47
32,02
39,35
40,00
38,19
46,93
55,60
51,46
63,20
74,93
64,04
78,71
80,00
57,28
70,40
83,41
77,19
94,81
112,40
96,07
118,06
120,00
35
25,63
31,54
37,32
34,52
40,00
40,00
40,00
40,00
40,00
51,26
63,09
74,64
69,04
80,00
80,00
80,00
80,00
80,00
76,88
94,63
111,96
103,56
120,00
120,00
120,00
120,00
120,00
36
30,24
37,22
40,00
40,00
40,00
40,00
40,00
40,00
40,00
60,48
74,44
80,00
80,00
80,00
80,00
80,00
80,00
80,00
90,72
111,66
120,00
120,00
120,00
120,00
120,00
120,00
120,00
37
14,94
18,34
21,72
20,05
24,65
29,15
24,95
30,69
36,25
29,87
36,68
43,44
40,10
49,31
58,29
49,89
61,37
72,51
44,81
55,02
65,16
60,16
73,96
87,44
74,84
92,06
108,76
38
22,72
27,94
33,08
30,61
37,65
40,00
38,09
40,00
40,00
45,43
55,88
66,15
61,21
75,30
80,00
76,19
80,00
80,00
68,15
83,82
99,23
91,82
112,95
120,00
114,28
120,00
120,00
39
21,12
25,99
30,72
28,45
34,99
40,00
35,40
40,00
40,00
42,24
51,98
61,44
56,91
69,97
80,00
70,79
80,00
80,00
63,36
77,97
92,16
85,36
104,96
120,00
106,19
120,00
120,00
40
28,37
34,88
40,00
38,27
40,00
40,00
40,00
40,00
40,00
56,74
69,77
80,00
76,54
80,00
80,00
80,00
80,00
80,00
85,10
104,65
120,00
114,81
120,00
120,00
120,00
120,00
120,00
41
33,48
40,00
40,00
40,00
40,00
40,00
40,00
40,00
40,00
66,95
80,00
80,00
80,00
80,00
80,00
80,00
80,00
80,00
100,43
120,00
120,00
120,00
120,00
120,00
120,00
120,00
120,00
42
16,51
20,26
23,98
22,20
27,24
32,25
27,58
33,90
40,00
33,01
40,52
47,96
44,41
54,49
64,49
55,16
67,80
80,00
49,52
60,79
71,94
66,61
81,73
96,74
82,74
101,69
120,00
43
25,17
30,90
36,56
33,91
40,00
40,00
40,00
40,00
40,00
50,34
61,81
73,12
67,83
80,00
80,00
80,00
80,00
80,00
75,52
92,71
109,68
101,74
120,00
120,00
120,00
120,00
120,00
Model Number
XL 2.320-VVL-235_60
XL 2.320-VL-235_60
XL 2.320-L-235_60
XL 2.320-M-235_60
XL 2.320-VVL-235_90
XL 2.320-VL-235_90
XL 2.320-L-235_90
XL 2.320-M-235_90
1
18,46
24,17
29,83
35,32
22,31
29,28
36,17
43,04
Rated waterflow [ l/s ]
2
3
4
24,58
28,82
14,50
32,20
37,82
18,92
39,73
46,62
23,27
47,12
53,33
27,60
29,22
34,07
17,85
38,46
44,79
23,38
47,55
55,47
28,84
56,60
65,93
34,29
5
21,82
28,51
35,14
41,63
26,35
34,63
42,76
50,79
6
20,16
26,38
32,53
38,52
24,43
32,03
39,56
47,06
7
26,88
35,20
43,40
51,46
32,05
42,16
52,11
61,99
8
31,55
41,37
50,99
53,33
37,36
49,16
60,85
72,35
9
15,80
20,64
25,39
30,09
19,53
25,57
31,54
37,47
10
23,85
31,23
38,44
45,56
28,92
37,99
46,90
55,68
11
22,09
28,89
35,60
42,24
26,84
35,17
43,50
51,62
12
29,50
38,66
47,62
53,33
35,27
46,37
57,37
68,22
13
34,65
45,46
53,33
53,33
41,16
54,20
67,04
79,65
14
17,30
22,60
27,83
32,92
21,45
28,06
34,66
41,08
15
26,18
34,27
42,16
49,99
31,84
41,80
51,58
61,31
16
37,37
48,97
53,33
53,33
44,37
58,41
72,19
80,00
17
24,26
31,78
39,08
46,32
29,50
38,73
47,87
56,80
18
32,45
42,50
52,36
53,33
38,93
51,15
63,23
75,20
19
38,21
50,03
53,33
53,33
45,46
59,83
74,00
80,00
20
19,00
24,81
30,53
36,12
23,57
30,87
38,11
45,17
21
28,81
37,69
46,40
53,33
35,14
46,11
56,88
67,56
22
26,72
34,98
43,08
50,97
32,58
42,83
52,80
62,76
23
35,79
46,89
53,33
53,33
43,06
56,63
69,94
80,00
Pagina 3 van 3
24
42,15
53,33
53,33
53,33
50,33
66,18
80,00
80,00
25
20,91
27,34
33,58
39,80
26,00
34,05
42,01
49,79
26
31,81
41,55
51,14
53,33
38,87
50,97
62,94
74,69
27
28,34
37,08
45,64
53,33
34,61
45,48
56,07
66,60
28
29,49
38,57
47,46
53,33
36,05
47,36
58,38
69,33
29
39,59
51,82
53,33
53,33
47,72
62,70
77,53
80,00
30
46,63
53,33
53,33
53,33
55,90
73,49
80,00
80,00
31
23,06
30,13
37,00
43,81
28,75
37,70
46,41
55,11
32
35,14
45,92
53,33
53,33
43,07
56,45
69,65
80,00
33
33,94
44,38
53,33
53,33
41,30
54,27
67,01
79,57
34
32,66
42,70
52,47
53,33
39,97
52,46
64,76
76,80
35
43,79
53,33
53,33
53,33
52,98
69,64
80,00
80,00
36
51,66
53,33
53,33
53,33
62,10
80,00
80,00
80,00
37
25,47
33,26
40,92
48,34
31,84
41,72
51,36
60,94
38
38,88
50,79
53,33
53,33
47,80
62,70
77,34
80,00
39
36,14
47,19
53,33
53,33
44,47
58,22
71,96
80,00
40
48,56
53,33
53,33
53,33
58,99
77,36
80,00
80,00
41
53,33
53,33
53,33
53,33
69,16
80,00
80,00
80,00
42
28,23
36,77
45,20
53,33
35,31
46,25
57,03
67,51
43
43,12
53,33
53,33
53,33
53,13
69,63
80,00
80,00

GEA Polacel Cooling Towers B.V. Catalogue for XF Line

Transcription

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