CIAT LP Series User manual

NA 12.122 H 06 - 2016
BROCHURE
Installation
Operation
Commissioning
Maintenance
CIATCooler LP / ILP

HEAT PUMPS - AIR CONDITIONING - REFRIGERATION - AIR HANDLING - HEAT EXCHANGE - NA 12.122 H
Water chillers and
air-water heat pumps
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CIATCooler LP
Contents
1. Introduction .......................................................................................................................................................................................................5
2. Operation limits .................................................................................................................................................................................................5
3. Available configurations ....................................................................................................................................................................................6
4. Technical characteristics ...................................................................................................................................................................................7
5. Unit identification.............................................................................................................................................................................................13
6. Safety advice...................................................................................................................................................................................................13
7. Transport.........................................................................................................................................................................................................14
Placement on site............................................................................................................................................................................................14
Centre of gravity coordinates ..........................................................................................................................................................................15
8. Location and assembling ................................................................................................................................................................................16
Location designation .......................................................................................................................................................................................16
Minimum free space for commissioning and maintenance operations ...........................................................................................................16
Anchorage for antivibrators.............................................................................................................................................................................17
Sound levels....................................................................................................................................................................................................21
9. Checking before commissioning .....................................................................................................................................................................23
Electrical connections .....................................................................................................................................................................................23
Condensate drain connection .........................................................................................................................................................................24
Checks in the centrifugal fans: STD version ...................................................................................................................................................25
Air ducts connections......................................................................................................................................................................................26
Hydraulic connections.....................................................................................................................................................................................27
10. Safety elements ..............................................................................................................................................................................................34
Location of the control and safety elements....................................................................................................................................................35
11. Options............................................................................................................................................................................................................36
Condensation pressure control .......................................................................................................................................................................36
Air filter ............................................................................................................................................................................................................36
Separate hydraulic module .............................................................................................................................................................................37
Coil protection grille.........................................................................................................................................................................................37
Cooling recovery circuit...................................................................................................................................................................................38
12. Commissioning................................................................................................................................................................................................41
Checks prior to commissioning .......................................................................................................................................................................41
Possible problems at commissioning..............................................................................................................................................................43
Operational checks .........................................................................................................................................................................................43
13. Maintenance....................................................................................................................................................................................................44
14. Control and analysis of breakdowns................................................................................................................................................................48
Annex I: Quick overview of the installation............................................................................................................................................................49

HEAT PUMPS - AIR CONDITIONING - REFRIGERATION - AIR HANDLING - HEAT EXCHANGE - NA 12.122 H
Water chillers and
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CIATCooler LP
1. INTRODUCTION
2. OPERATION LIMITS
Series CIATCooler LP
Air-condensed water chillers.
Series CIATCooler ILP
Reversible heat pump units for operation in negative outdoor
temperatures (greater than -15ºC WB) for water heating and chilling.
Defrosting by reversing the cycle.
After manufacturing, all units are charged with refrigerant and
are tested at the factory, verifying the correct operation of all their
components within the operating range for which they are intended.
The units comply with European Directives: Machinery 2006/42/EC -
EMC 2014/30/EU - LVD 2014/35/EU - PED 2014/68/EC (Category 2)
- RoHS 2011/65/EU - Eco-design 2009/125/CE - Eco-labelling 2010/30/
EU; and with Harmonised Standard: EN 378-2:2012.
Those in charge of the installation, commissioning, operation and
maintenance of the unit must know the instructions contained in this
brochure and the specific technical characteristics of the installation
place.
Cooling capacity:
Heating capacity:
17,7 to 193,5 kW
21,8 to 214,0 kW
The CIATCooler LP / ILP cooling units and reversible heating pumps
are compact outdoor air/water units.
Available in two versions:
• STD (Standard)
• HEE (High Energy Efficiency)
These units have been made for operation indoors in the production
of hot and/or cold water, applicable to heating, cooling, and industry.
They are equipped with centrifugal fans (STD version) or electronic plug-
fans (HEE version), plate exchangers, hermetic scroll compressors, and
electronic control with microprocessors, components optimised for the
R-410A refrigerant.
This range is also offered with an integrated circulation pump: LPC /
ILPC and optionally, with a hydraulic module (attached to the unit or
separate) equipped with a buffer tank.
The entire range also has the option to include a desuperheater circuit
that allows for the production of hot water at a temperature greater than
in the condensation circuits.
With control of the condensation pressure operating up to -15ºC.
Minimum outlet temperature. With the option of glycol water for lower temperature
operation from 5ºC to -7ºC.
Series
Cooling mode Heating mode
Air Water
(outlet T.)
Air Water
(outlet T.)
Max. Min. Max. Min. Max. Min. Max. Min.
LP 46ºC 12ºC 18ºC 5ºC -- -- -- --
ILP 46ºC 12ºC 18ºC 5ºC 20ºC DB -15ºC DB 55ºC 30ºC
+55+50+45
+30
+20
+10
+0
-10
-15
Outdoor temperature °C DB
Outlet water temperature in the condenser °C
+18+50-7
-15
+46
Outdoor temperature °C DB
Mandatory glycol
Outlet water temperature in the evaporator °C
Condensation
pressure control

Water chillers and
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HEAT PUMPS - AIR CONDITIONING - REFRIGERATION - AIR HANDLING - HEAT EXCHANGE - NA 12.122 H
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CIATCooler LP
3. AVAILABLE CONFIGURATIONS
According to the air discharge:
• Assembly M00
HORIZONTAL air discharge: models 90 to 600 (STD version) and
models 90 to 360 (HEE version).
• Assembly M01
VERTICAL air discharge: all models.
According to the type of outlet fan:
• STD version (Standard):
Centrifugal fan coupling by pulleys and belts.
• HEE version (High Energy Efficiency):
Variable speed electronic plug-fan.
M00
M01
According to the components of the hydraulic circuit:
• LP / ILP version
The unit incorporates only the plate exchanger.
• LPC / ILPC version with hiydraulic module
The unit incorporates, besides the motorpump group, a module with
a thermal buffer tank.
The module can be supplied:
- Coupled to the LPC / ILPC unit, models 90 to 360.
- Separate for connection on site by the installer. In this case, the
minimum distance between the unit and the module is 167 mm.
• LPC / ILPC version
In addition to the plate exchanger, the unit includes a motorpump
group.
STD
HEE
Module
separate
Module
coupled
Models STD version
(Standard)
HEE version
(High Energy Efficiency)
1 circuit
1 compressor 90 / 100 / 120 / 160 / 180 90 / 100 / 120 / 160 / 180
1 circuit
2 compressors
200 / 240 / 280 / 320 / 360
420 / 480 / 600
200 / 240 / 280 / 320 / 360
420 / 480 / 600
2 circuits
4 compressors 640 / 720 / 840 / 960 640 / 720

HEAT PUMPS - AIR CONDITIONING - REFRIGERATION - AIR HANDLING - HEAT EXCHANGE - NA 12.122 H
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CIATCooler LP
4. TECHNICAL CHARACTERISTICS
STD version
CIATCooler LP / ILP 90V-
STD
100V-
STD
120V-
STD
160V-
STD
180V-
STD
200V-
STD
240V-
STD
280V-
STD
320V-
STD
360V-
STD
Cooling
capacities
Net cooling capacity (kW) 17,70 21,10 25,20 32,70 36,00 43,70 49,30 55,80 68,10 74,30
Net power input (kW) 7,75 9,15 10,00 12,60 14,40 18,80 19,70 22,40 24,90 28,70
Net efficiency EER 2,29 2,31 2,51 2,60 2,49 2,32 2,51 2,49 2,73 2,59
Seasonal efficiency ESEER 2,61 2,59 2,81 2,94 2,85 2,71 2,97 2,98 3,29 3,14
Heating
capacities
Net heating capacity (kW) 21,80 26,10 29,70 38,30 42,60 51,60 58,50 66,90 76,60 84,80
Net power input (kW) 7,31 8,90 9,90 12,90 14,20 18,40 19,60 22,40 24,80 28,20
Net efficiency COP 2,97 2,94 3,00 2,97 3,01 2,80 2,99 2,98 3,08 3,01
Seasonal efficiency 
Average climate
SCOP 3,11 3,12 3,07 2,95 2,95 3,07 3,07 2,95 2,95 3,17
ŋs Heat 121% 122% 120% 115% 115% 120% 120% 115% 115% 124%
Prated (kW) 16,77 19,19 21,82 26,33 31,31 38,59 41,71 44,94 51,08 65,47
Seasonal efficiency 
Warmer climate
SCOP 3,59 3,63 3,57 3,42 3,35 3,42 3,71 3,66 3,61 3,71
ŋs Heat 140% 142% 140% 134% 131% 134% 145% 143% 141% 145%
Prated (kW) 12,73 14,70 16,72 24,30 27,32 34,90 39,44 42,83 47,04 58,00
Outdoor
circuit
centrifugal
fan
Nominal air flow (m3/h) 6500 7000 10000 12200 12200 16000 20000 24400 24400 24400
Available static pressure (mm.w.c.) 20
Number / turbines 12
Motor output (kW) 2,2 2,2 3,0 4,0 4,0 2 x 3,0 2 x 3,0 2 x 4,0 2 x 4,0 2 x 4,0
Power input (kW) 1,46 1,77 2,33 2,83 2,83 4,68 4,66 5,3 5,66 5,66
Speed (r.p.m.) 973 1027 837 734 734 1082 837 705 734 734
Indoor
circuit
Nominal water flow (m3/h) 3,1 3,7 4,3 5,7 6,2 7,5 8,5 9,6 11,7 12,8
Pressure drop (m.w.c.) 2,3 3,2 2,9 4,7 2,9 4,2 3,2 4,0 2,1 2,6
Minimum water flow (m3/h) 2,2 2,7 3,1 4,1 4,3 4,7 6,2 7,2 8,3 8,6
Maximum water flow (m3/h) 6,2 7,4 8,8 11,3 12,7 15,0 17,2 19,2 23,6 26,0
Type of hydraulic connections Gas threaded
Diameter of connections 1 1/4" M 1 1/2" M 2" M
Compressor
Type Scroll
No. of compressors / stages / circuits 1 / 1 / 1 2 / 2 / 1
Oil type Copeland 3MAF 32 cST, Danfoss POE 160 SZ, ICI Emkarate RL 32 CF, Mobil EAL Artic 22 CC
Volume of oil (l) 3,0 3,3 3,3 3,3 6,2 2 x 3,3 2 x 3,3 2 x 3,3 2 x 3,3 2 x 6,2
Refrigerant
Type R-410A
Global warming potential (GWP) 2.088
Charge (kg) 5,9 6,1 6,6 6,9 7,6 9,2 12,3 12,4 14,9 15,4
Environment impact (tCO2 e) 12,3 12,7 13,8 14,4 15,9 19,2 25,7 25,9 31,1 32,2
Electrical
characteristics
Electrical power supply 400 V / III ph / 50 Hz (±10%)
Power supply 3 Wires + Ground + Neutral
Maximum
absorbed
current
Compressor (A) 15,2 17,3 20,5 25,4 30,5 34,6 41,0 45,9 50,8 61,0
Fan (A) 5,0 5,0 6,9 8,9 8,9 13,8 13,8 17,8 17,8 17,8
Control (A) 0,9 0,9 0,9 0,9 0,9 1,8 1,8 1,8 1,8 1,8
Total (A) 21,1 23,2 28,3 35,2 40,3 50,2 56,6 65,5 70,4 80,6
Dimensions
Length (mm) 1117 1398 2113 2673
Width (mm) 860 860 860 860
Height (mm) 1447 1727 1447 1727
Weight Empty (kg) 302 310 372 390 388 564 644 676 710 716
In operation (kg) 306 315 379 397 396 579 659 692 728 733
Cooling capacity calculated in accordance with the EN-14511-2013 standard given for outlet water temperature conditions of 7ºC and 35ºC outdoor temperature.
Heating capacity calculated in accordance with the EN-14511-2013 standard given for outlet water temperature conditions of 45ºC and 6ºC WB outdoor temperature.
Total power input by compressor, motorised fan and electronic control under nominal conditions, calculated in accordance with the EN-14511-2013 standard. Options are not included.
European Seasonal Energy Efficiency Ratio (ESEER) obtained in accordance with the calculation conditions established by the certification body EUROVENT.
Values calculated in accordance with the EN-14825-2013 standard given for bivalente temperature of -5ºC in average climate and 2ºC in warmer climate.
Energy-efficient motors IE2.
Climatic warming potential of a kilogram of fluorinated greenhouse gas in relation to a kilogram of carbon dioxide over a period of 100 years.
With the transport brackets the machine is 106 mm higher.

Water chillers and
air-water heat pumps
HEAT PUMPS - AIR CONDITIONING - REFRIGERATION - AIR HANDLING - HEAT EXCHANGE - NA 12.122 H
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CIATCooler LP
4. TECHNICAL CHARACTERISTICS
STD version
CIATCooler LP / ILP 420V-
STD
480V-
STD
600V-
STD
640V-
STD
720V-
STD
840V-
STD
960V-
STD
Cooling
capacities
Net cooling capacity (kW) 88,80 97,00 119,00 134,60 152,30 177,30 193,50
Net power input (kW) 33,20 37,40 48,10 50,50 60,10 66,80 76,20
Net efficiency EER 2,68 2,59 2,48 2,66 2,53 2,65 2,54
Seasonal efficiency ESEER 3,25 3,20 3,12 3,15 3,05 3,12 3,01
Heating
capacities
Net heating capacity (kW) 98,70 108,70 132,30 143,40 163,50 196,10 214,10
Net power input (kW) 34,40 38,40 48,80 50,20 57,40 67,20 74,80
Net efficiency COP 2,87 2,83 2,71 2,86 2,85 2,92 2,86
Seasonal efficiency 
Average climate
SCOP 3,12 3,25 3,29 3,10 3,21 3,14 3,36
ŋs Heat 122% 127% 128% 121% 125% 123% 131%
Prated (kW) 82,03 90,05 110,77 117,76 135,09 159,65 174,08
Seasonal efficiency 
Warmer climate
SCOP 3,54 3,70 3,73 3,46 3,62 3,64 3,81
ŋs Heat 138% 145% 146% 135% 142% 142% 149%
Prated (kW) 70,04 76,82 94,07 100,70 114,85 135,74 147,87
Outdoor
circuit
centrifugal
fan
Nominal air flow (m3/h) 30000 30000 37500 48000 48000 60000 60000
Available static pressure (mm.w.c.) 20
Number / turbines 23 4
Motor output (kW) 2 x 5,5 2 x 5,5 3 x 4,0 4 x 4,0 4 x 4,0 4 x 5,5 4 x 5,5
Power input (kW) 7,72 7,72 9,12 14,64 14,64 16,52 16,52
Speed (r.p.m.) 737 737 751 940 940 771 771
Indoor
circuit
Nominal water flow (m3/h) 15,4 16,8 20,6 23,3 26,3 30,6 33,5
Pressure drop (m.w.c.) 4,1 4,9 5,6 3,9 5,1 5,2 6,1
Minimum water flow (m3/h) 12,2 13,4 16,9 18,2 20,9 24,1 26,6
Maximum water flow (m3/h) 31,4 34,5 42,1 48,2 54,3 63,5 69,4
Type of hydraulic connections Gas threaded
Diameter of connections 2 1/2” H
Compressor
Type Scroll
No. of compressors / stages / circuits 2 / 2 / 1 4 / 4 / 2
Oil type Copeland 3MAF 32 cST, Danfoss POE 160 SZ, ICI Emkarate RL 32 CF, Mobil EAL Artic 22 CC
Volume of oil (l) 4,7 + 3,3 2 x 4,7 2 x 6,8 4 x 3,3 4 x 3,3 2 x (4,7 + 3,3) 4 x 4,7
Refrigerant
Type R-410A
Global warming potential (GWP) 2.088
Charge (kg) 24,0 25,0 26,0 37,0 38,0 49,0 50,0
Environment impact (tCO2 e) 50,1 52,2 54,3 77,3 79,3 102,3 104,4
Electrical
characteristics
Electrical power supply 400 V / III ph / 50 Hz (±10%)
Power supply 3 Wires + Ground + Neutral
Maximum
absorbed
current
Compressor (A) 67,0 73,0 89,2 101,6 122,0 134,0 146,0
Fan (A) 23,2 23,2 26,7 35,6 35,6 46,4 46,4
Control (A) 1,8 1,8 1,8 1,8 1,8 1,8 1,8
Total (A) 92,0 98,0 117,7 139,0 159,4 182,2 194,2
Dimensions
Length (mm) 3400 3600 4500
Width (mm) 900 1150 1200
Height (mm) 1970 1970 1970
Weight Empty (kg) 1046 1122 1211 1461 1472 1949 2101
In operation (kg) 1065 1142 1232 1493 1504 1986 2138
Cooling capacity calculated in accordance with the EN-14511-2013 standard given for outlet water temperature conditions of 7ºC and 35ºC outdoor temperature.
Heating capacity calculated in accordance with the EN-14511-2013 standard given for outlet water temperature conditions of 45ºC and 6ºC WB outdoor temperature.
Total power input by compressor, motorised fan and electronic control under nominal conditions, calculated in accordance with the EN-14511-2013 standard. Options are not included.
European Seasonal Energy Efficiency Ratio (ESEER) obtained in accordance with the calculation conditions established by the certification body EUROVENT.
Values calculated in accordance with the EN-14825-2013 standard given for bivalente temperature of -5ºC in average climate and 2ºC in warmer climate.
Energy-efficient motors IE2.
Climatic warming potential of a kilogram of fluorinated greenhouse gas in relation to a kilogram of carbon dioxide over a period of 100 years.
With the transport skids the machine is 120 mm higher.

HEAT PUMPS - AIR CONDITIONING - REFRIGERATION - AIR HANDLING - HEAT EXCHANGE - NA 12.122 H
Water chillers and
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CIATCooler LP
4. TECHNICAL CHARACTERISTICS
STD version with pump included
European Seasonal Energy Efficiency Ratio (ESEER) obtained in accordance with the calculation conditions established by the certification body EUROVENT.
Values calculated in accordance with the EN-14825-2013 standard given for bivalente temperature of -5ºC in average climate and 2ºC in warmer climate.
The water capacity for the installation indicated in this table corresponds to the maximum that the installation allows based on the expansion vessel assembled on the unit.
The volume of the buffer tank has been taken into account for this section. In case the capacity of the installation is greater, it is necessary to add a supplementary expansion
vessel to the installation based on its volume.
This temperature corresponds to the temperature that the circuit may reach when the unit is stopped. This case must be considered for cooling-only units.
This temperature corresponds to the maximum temperature that the circuit may reach when operating in a heat pump.
Minimum distance between the unit and the separte hydraulic module: 167 mm. 
CIATCooler LPC / ILPC 90V-
STD
100V-
STD
120V-
STD
160V-
STD
180V-
STD
200V-
STD
240V-
STD
280V-
STD
320V-
STD
360V-
STD
Cooling Seasonal efficiency ESEER 2,67 2,61 2,89 2,97 2,84 2,73 2,99 2,99 3,29 3,17
Heating
Seasonal efficiency 
Average climate
SCOP 3,24 3,13 3,10 2,95 3,06 2,96 3,10 2,95 2,96 3,02
ŋs Heat 126% 122% 121% 115% 119% 115% 121% 115% 115% 118%
Prated (kW) 16,83 19,20 21,83 26,21 30,53 38,31 41,45 44,73 51,02 65,65
Seasonal efficiency 
Warmer climate
SCOP 3,82 3,60 3,60 3,44 3,57 3,35 3,74 3,56 3,55 3,40
ŋs Heat 150% 141% 141% 135% 140% 131% 147% 139% 139% 133%
Prated (kW) 12,77 14,71 16,72 24,22 27,28 34,73 39,27 42,59 46,95 58,15
Indoor
circuit
Nominal water flow (m3/h) 3,1 3,7 4,3 5,7 6,2 7,5 8,5 9,6 11,7 12,8
Pressure drop (m.w.c.) 3,1 4,2 3,8 6,2 4,5 4,9 4,1 5,1 3,5 4,3
Expansion
vessel
Volume (l) 12 20
Filled pressure (kg/cm2) 1,5
Buffer tank
(LPC / ILPC
+ module)
Volume of the buffer tank (l) 100 150 225
Maximum water capacity
of the installation 
Water 40ºC (l) 700 650 1100
Water 50ºC (l) 410 360 625
Drained diameter 3/4” M 1” M
Anti-freeze elec. heater
(standard)
Voltage 230 V / I ph
Output (kW) 1 kW (4,3 A)
Dimensions
Length (mm)

LPC / ILPC 1117 1398 2113 2673
Module 1000 1000 1000 1000
Width (mm) 860 860 860 860
Height (mm) 1447 1727 1447 1727
Weight
LPC / ILPC Empty (kg) 318 328 390 408 408 586 666 700 736 741
In operation (kg) 335 345 410 428 429 622 702 736 774 780
Hydraulic
module
Empty (kg) 139 139 161 161 161 161 169 169 169 169
In operation (kg) 242 242 315 315 315 393 404 404 404 404
CIATCooler LPC / ILPC 420V-
STD
480V-
STD
600V-
STD
640V-
STD
720V-
STD
840V-
STD
960V-
STD
Cooling Seasonal efficiency ESEER 3,13 3,07 3,02 3,00 2,87 3,04 2,89
Heating
Seasonal efficiency 
Average climate
SCOP 2,95 3,04 3,09 2,95 2,95 3,10 3,21
ŋs Heat 115% 119% 120% 115% 115% 121% 126%
Prated (kW) 82,76 90,84 111,30 118,94 137,14 159,98 175,15
Seasonal efficiency 
Warmer climate
SCOP 3,29 3,61 3,34 3,42 3,34 3,46 3,68
ŋs Heat 129% 141% 131% 134% 131% 135% 144%
Prated (kW) 70,59 77,41 95,09 102,06 116,45 137,01 148,68
Indoor
circuit
Nominal water flow (m3/h) 15,3 16,7 20,5 23,2 26,2 30,5 33,1
Pressure drop (m.w.c.) 7,5 8,8 11,1 10,8 13,3 12,9 15,1
Expansion
vessel
Volume (l) 35 50
Filled pressure (kg/cm2) 1,5
Buffer tank
(LPC / ILPC
+ module)
Volume of the buffer tank (l) 275 275 375
Maximum water capacity
of the installation 
Water 40ºC (l) 2050 3035 2985
Water 50ºC (l) 1210 1840 1790
Drained diameter 1” M
Anti-freeze elec. heater
(standard)
Voltage 230 V / I ph
Output (kW) 1 kW (4,3 A)
Dimensions
Length (mm)

LPC / ILPC 3400 3600 4500
Module 1000 1000 1000
Width (mm) 900 1150 1200
Height (mm) 1970 1970 1970
Weight
LPC / ILPC Empty (kg) 1107 1183 1272 1512 1523 2038 2189
In operation (kg) 1169 1246 1336 1592 1603 2131 2282
Hydraulic
module
Empty (kg) 202 202 202 241 241 263 263
In operation (kg) 486 486 486 544 544 668 668

Water chillers and
air-water heat pumps
HEAT PUMPS - AIR CONDITIONING - REFRIGERATION - AIR HANDLING - HEAT EXCHANGE - NA 12.122 H
10
CIATCooler LP
4. TECHNICAL CHARACTERISTICS
HEE version
CIATCooler LP / ILP 90V-
HEE
100V-
HEE
120V-
HEE
160V-
HEE
180V-
HEE
200V-
HEE
240V-
HEE
280V-
HEE
Cooling
capacities
Net cooling capacity (kW) 18,40 21,00 25,50 31,40 35,70 42,30 52,30 58,10
Net power input (kW) 7,20 7,95 9,10 11,50 13,60 15,50 18,20 21,20
Net efficiency EER 2,55 2,64 2,81 2,74 2,62 2,73 2,87 2,74
Seasonal efficiency ESEER 2,89 2,99 3,20 3,14 3,03 3,38 3,44 3,16
Heating
capacities
Net heating capacity (kW) 21,40 23,90 29,30 36,40 42,50 48,60 56,60 65,00
Net power input (kW) 7,10 7,90 9,50 11,90 13,90 15,80 18,80 21,60
Net efficiency COP 3,03 3,03 3,08 3,05 3,05 3,08 3,01 3,01
Seasonal efficiency 
Average climate
SCOP 2,98 2,95 3,29 3,18 3,09 3,31 3,20 2,95
ŋs Heat 116% 115% 129% 124% 121% 129% 125% 115%
Prated (kW) 15,92 17,74 21,94 26,77 30,87 34,82 45,34 50,85
Seasonal efficiency 
Warmer climate
SCOP 3,41 3,58 3,82 3,67 3,65 3,78 3,70 3,37
ŋs Heat 134% 140% 150% 144% 143% 148% 145% 132%
Prated (kW) 13,09 14,68 18,01 22,41 25,89 29,78 34,74 38,86
Outdoor
circuit
plug-fan
Nominal air flow (m3/h) 6500 7000 10000 12200 14000 16000 20000 24400
Nominal avail. static pressure (mm.w.c.) 20
Maximum avail. static pressure (mm.w.c.) 63,7 70,3 45,6 65,1 62,7 61,0 45,6 57,3
Number / diameter 1 / 500 1 / 560 2 / 560
Motor output (kW) 2,7 2,8 3,0 2 x 3,0 2 x 4,7
Power input (kW) 1,33 1,21 1,87 2,20 2,52 2,70 3,88 5,28
Speed (r.p.m.) 1700 1780 1500 1500 1750
Indoor
circuit
Nominal water flow (m3/h) 3,2 3,7 4,5 5,4 6,2 7,4 9,3 10,2
Pressure drop (m.w.c.) 1,6 2,1 1,6 2,4 3,1 2,5 1,4 1,6
Minimum water flow (m3/h) 2,8 2,9 3,8 4,1 4,6 5,7 6,7 7,5
Maximum water flow (m3/h) 6,6 7,4 9,1 11,3 12,8 15,0 18,4 20,7
Type of hydraulic connections Gas threaded
Diameter of connections 1 1/4” M 1 1/2” M 2” M
Compressor
Type Scroll
No. of compressors / stages / circuits 1 / 1 / 1 2 / 2 / 1
Oil type Copeland 3MAF 32 cST, Danfoss POE 160 SZ, ICI Emkarate RL 32 CF, Mobil EAL Artic 22 CC
Volume of oil (l) 3,0 3,3 3,3 3,3 6,2 2 x 3,3 2 x 3,3 2 x 3,3
Refrigerant
Type R-410A
Global warming potential (GWP) 2.088
Charge (kg) 6,0 6,3 6,8 8,9 9,2 12,4 14,4 14,8
Environment impact (tCO2 e) 12,5 13,2 14,2 18,6 19,2 25,9 30,1 30,9
Electrical
characteristics
Electrical power supply 400 V / III ph / 50 Hz (±10%)
Power supply 3 Wires + Ground + Neutral
Maximum
absorbed
current
Compressor (A) 15,2 17,3 20,5 25,4 30,5 34,6 41,0 45,9
Fan (A) 4,2 4,3 4,6 9,2 9,2 9,2 9,2 14,6
Control (A) 0,9 0,9 0,9 0,9 0,9 1,8 1,8 1,8
Total (A) 20,3 22,5 26,0 35,5 40,6 45,6 52,0 62,3
Dimensions
Length (mm) 1117 1398 2113 2673
Width (mm) 860 860 860 860
Height (mm) 1447 1727 1447 1727
Weight Empty (kg) 294 351 368 450 455 633 656 662
In operation (kg) 298 358 376 465 468 648 674 680
Cooling capacity calculated in accordance with the EN-14511-2013 standard given for outlet water temperature conditions of 7ºC and 35ºC outdoor temperature.
Heating capacity calculated in accordance with the EN-14511-2013 standard given for outlet water temperature conditions of 45ºC and 6ºC WB outdoor temperature.
Total power input by compressor, motorised fan and electronic control under nominal conditions, calculated in accordance with the EN-14511-2013 standard. Options are not included.
European Seasonal Energy Efficiency Ratio (ESEER) obtained in accordance with the calculation conditions established by the certification body EUROVENT.
Values calculated in accordance with the EN-14825-2013 standard given for bivalente temperature of -5ºC in average climate and 2ºC in warmer climate.
Motors that are more energy efficient than what is established by the ErP 2015 standard.
Climatic warming potential of a kilogram of fluorinated greenhouse gas in relation to a kilogram of carbon dioxide over a period of 100 years.
With the transport brackets the machine is 106 mm higher.

HEAT PUMPS - AIR CONDITIONING - REFRIGERATION - AIR HANDLING - HEAT EXCHANGE - NA 12.122 H
Water chillers and
air-water heat pumps
11
CIATCooler LP
4. TECHNICAL CHARACTERISTICS
HEE version
CIATCooler LP / ILP 320V-
HEE
360V-
HEE
420V-
HEE
480V-
HEE
600V-
HEE
640V-
HEE
720V-
HEE
Cooling
capacities
Net cooling capacity (kW) 67,50 76,80 89,90 99,20 122,70 134,50 154,10
Net power input (kW) 24,10 28,20 31,90 36,40 46,10 48,50 56,70
Net efficiency EER 2,81 2,72 2,82 2,73 2,66 2,77 2,72
Seasonal efficiency ESEER 3,41 3,38 3,55 3,48 3,37 3,37 3,34
Heating
capacities
Net heating capacity (kW) 75,40 86,30 99,60 109,30 133,60 150,80 172,00
Net power input (kW) 24,50 28,50 32,10 36,00 44,80 48,50 55,70
Net efficiency COP 3,08 3,03 3,11 3,03 2,98 3,11 3,09
Seasonal efficiency 
Average climate
SCOP 3,31 3,10 3,23 3,17 3,13 3,18 3,30
ŋs Heat 129% 121% 126% 124% 122% 124% 129%
Prated (kW) 61,19 62,56 71,89 91,68 96,42 108,74 124,22
Seasonal efficiency 
Warmer climate
SCOP 3,77 3,65 3,83 3,79 3,69 3,67 3,79
ŋs Heat 148% 143% 150% 149% 145% 144% 149%
Prated (kW) 46,83 51,58 59,40 71,82 78,98 89,89 102,42
Outdoor
circuit
plug-fan
Nominal air flow (m3/h) 24400 24400 30000 30000 34000 48000 48000
Nominal avail. static pressure (mm.w.c.) 20
Maximum avail. static pressure (mm.w.c.) 66,9 66,9 60,9 60,6 64,4 62,9 62,9
Number / diameter 2 / 560 3 / 560 4 / 560
Motor output (kW) 2 x 4,7 3 x 3,0 3 x 4,7 4 x 4,7
Power input (kW) 4,78 4,78 5,37 5,37 6,72 10,08 10,08
Speed (r.p.m.) 1750 1500 1750 1750
Indoor
circuit
Nominal water flow (m3/h) 11,7 13,3 15,6 17,2 21,0 23,2 26,5
Pressure drop (m.w.c.) 2,7 3,4 4,2 4,9 5,9 3,0 3,9
Minimum water flow (m3/h) 9,1 10,7 12,2 13,5 17,4 18,1 21,2
Maximum water flow (m3/h) 23,6 26,8 31,7 34,9 42,8 47,5 54,3
Type of hydraulic connections Gas threaded
Diameter of connections 2 1/2” F
Compressor
Type Scroll
No. of compressors / stages / circuits 2 / 2 / 1 4 / 4 / 2
Oil type Copeland 3MAF 32 cST, Danfoss POE 160 SZ, ICI Emkarate RL 32 CF, Mobil EAL Artic 22 CC
Volume of oil (l) 2 x 3,3 2 x 3,3 4,7 + 3,3 2 x 4,7 2 x 6,8 4 x 3,3 4 x 3,3
Refrigerant
Type R-410A
Global warming potential (GWP) 2.088
Charge (kg) 24,0 24,0 36,0 36,0 37,0 48,0 49,0
Environment impact (tCO2 e) 50,1 50,1 75,2 75,2 77,3 100,2 102,3
Electrical
characteristics
Electrical power supply 400 V / III ph / 50 Hz (±10%)
Power supply 3 Wires + Ground + Neutral
Maximum
absorbed
current
Compressor (A) 50,8 61,0 67,0 73,0 89,2 101,6 122,0
Fan (A) 14,6 14,6 13,8 13,8 21,9 29,2 29,2
Control (A) 1,8 1,8 1,8 1,8 1,8 1,8 1,8
Total (A) 67,2 77,4 82,6 88,6 112,9 132,6 153,0
Dimensions
Length (mm) 3400 3600 4500
Width (mm) 900 1150 1200
Height (mm) 1970 1970 1970
Weight Empty (kg) 942 948 1263 1339 1420 1713 1724
In operation (kg) 961 966 1285 1361 1444 1749 1761
Cooling capacity calculated in accordance with the EN-14511-2013 standard given for outlet water temperature conditions of 7ºC and 35ºC outdoor temperature.
Heating capacity calculated in accordance with the EN-14511-2013 standard given for outlet water temperature conditions of 45ºC and 6ºC WB outdoor temperature.
Total power input by compressor, motorised fan and electronic control under nominal conditions, calculated in accordance with the EN-14511-2013 standard. Options are not included.
European Seasonal Energy Efficiency Ratio (ESEER) obtained in accordance with the calculation conditions established by the certification body EUROVENT.
Values calculated in accordance with the EN-14825-2013 standard given for bivalente temperature of -5ºC in average climate and 2ºC in warmer climate.
Motors that are more energy efficient than what is established by the ErP 2015 standard.
Climatic warming potential of a kilogram of fluorinated greenhouse gas in relation to a kilogram of carbon dioxide over a period of 100 years.
With the transpor skids the machine is 120 mm higher.

Water chillers and
air-water heat pumps
HEAT PUMPS - AIR CONDITIONING - REFRIGERATION - AIR HANDLING - HEAT EXCHANGE - NA 12.122 H
12
CIATCooler LP
4. TECHNICAL CHARACTERISTICS
HEE version with pump included
CIATCooler LPC / ILPC 90V-
HEE
100V-
HEE
120V-
HEE
160V-
HEE
180V-
HEE
200V-
HEE
240V-
HEE
280V-
HEE
Cooling Seasonal efficiency ESEER 2,95 3,00 3,22 3,17 3,02 3,39 3,44 3,15
Heating
Seasonal efficiency 
Average climate
SCOP 3,12 2,95 3,33 3,20 3,08 3,34 3,24 3,08
ŋs Heat 122% 115% 130% 125% 120% 131% 126% 120%
Prated (kW) 15,75 17,51 21,70 26,39 30,36 34,52 45,31 52,33
Seasonal efficiency 
Warmer climate
SCOP 3,64 3,56 3,77 3,67 3,60 3,77 3,76 3,54
ŋs Heat 143% 139% 148% 144% 141% 148% 147% 139%
Prated (kW) 13,12 14,69 18,05 22,40 25,83 29,71 34,73 38,82
Indoor
circuit
Nominal water flow (m3/h) 3,2 3,7 4,5 5,4 6,2 7,4 9,3 10,2
Pressure drop (m.w.c.) 2,3 3,1 2,5 3,5 4,6 3,1 2,2 2,6
Expansion
vessel
Volume (l) 12 20
Filled pressure (kg/cm2) 1,5
Buffer tank
(LPC / ILPC
+ module)
Volume of the buffer tank (l) 100 150 225
Maximum water capacity
of the installation 
Water 40ºC (l) 700 650 1100
Water 50ºC (l) 410 360 625
Drained diameter 3/4” M 1” M
Anti-freeze elec. heater
(standard)
Voltage 230 V / I ph
Output (kW) 1 (4,3A)
Dimensions
Length (mm)

LPC / ILPC 1117 1398 2113 2673
Module 1000 1000 1000 1000
Width (mm) 860 860 860 860
Height (mm) 1447 1727 1447 1727
Weight
LPC / ILPC Empty (kg) 310 370 386 469 476 654 678 686
In operation (kg) 327 390 408 497 503 690 717 724
Hydraulic
module
Empty (kg) 138 151 161 154 154 169 169 169
In operation (kg) 242 256 315 307 310 404 404 404
CIATCooler LPC / ILPC 320V-
HEE
360V-
HEE
420V-
HEE
480V-
HEE
600V-
HEE
640V-
HEE
720V-
HEE
Cooling Seasonal efficiency ESEER 3,19 3,20 3,40 3,30 3,24 3,30 3,27
Heating
Seasonal efficiency 
Average climate
SCOP 3,19 3,09 2,96 3,36 3,24 3,11 3,05
ŋs Heat 124% 120% 115% 132% 126% 121% 119%
Prated (kW) 55,66 63,89 74,33 97,30 99,47 112,13 128,57
Seasonal efficiency 
Warmer climate
SCOP 3,73 3,54 3,54 3,35 3,35 3,62 3,67
ŋs Heat 146% 139% 139% 131% 131% 142% 144%
Prated (kW) 46,66 51,61 60,07 73,24 80,05 91,09 103,23
Indoor
circuit
Nominal water flow (m3/h) 11,7 13,3 15,6 17,2 21,0 23,2 26,5
Pressure drop (m.w.c.) 5,0 6,2 9,3 11,3 11,4 10,3 13,6
Expansion
vessel
Volume (l) 35 50
Filled pressure (kg/cm2) 1,5
Buffer tank
(LPC / ILPC
+ module)
Volume of the buffer tank (l) 225 275
Maximum water capacity
of the installation 
Water 40ºC (l) 2100 3035
Water 50ºC (l) 1260 1840
Drained diameter 1” M
Anti-freeze elec. heater
(standard)
Voltage 230 V / I ph
Output (kW) 1 kW (4,3 A)
Dimensions
Length (mm)

LPC / ILPC 3400 3600 4500
Module 1000 1000 1000
Width (mm) 900 1150 1200
Height (mm) 1970 1970 1970
Weight
LPC / ILPC Empty (kg) 979 985 1324 1400 1481 1782 1793
In operation (kg) 1028 1034 1391 1467 1550 1863 1875
Hydraulic
module
Empty (kg) 193 193 225 225 225 236 236
In operation (kg) 424 424 508 508 508 523 523
European Seasonal Energy Efficiency Ratio (ESEER) obtained in accordance with the calculation conditions established by the certification body EUROVENT.
Values calculated in accordance with the EN-14825-2013 standard given for bivalente temperature of -5ºC in average climate and 2ºC in warmer climate.
The water capacity for the installation indicated in this table corresponds to the maximum that the installation allows based on the expansion vessel assembled on the unit.
The volume of the buffer tank has been taken into account for this section. In case the capacity of the installation is greater, it is necessary to add a supplementary expansion
vessel to the installation based on its volume.
This temperature corresponds to the temperature that the circuit may reach when the unit is stopped. This case must be considered for cooling-only units.
This temperature corresponds to the maximum temperature that the circuit may reach when operating in a heat pump.
Minimum distance between the unit and the separate hydraulic module: 167mm. In models 640 and 720: 187mm.

HEAT PUMPS - AIR CONDITIONING - REFRIGERATION - AIR HANDLING - HEAT EXCHANGE - NA 12.122 H
Water chillers and
air-water heat pumps
13
CIATCooler LP
Note: The serial number must be used in all correspondence
regarding the unit.
All units bear, legibly and indelibly, a data plate located in a prime space,
as appears in the attached image: Check that this plate matches the
correct model.
5. UNIT IDENTIFICATION
Check the condition of the equipment upon delivery.
Check that the details on the label, the packing and the data plate match
the order. If equipment has been damaged, or there is a shortfall in
delivery, notify accordingly.
These units work with refrigerant gas R-410A.
6. SAFETY ADVICE
To avoid any risk of accident during installation, commissioning or
maintenance, it is obligatory to take into consideration the following
specifications for the units: refrigerated circuits under pressure, refrigerant
presence, electrical voltage presence and implantation place.
Because of all of this, only qualified and experienced personnel can
perform maintenance tasks or unit repairs.
It is required to follow the recommendations and instructions
in the maintenance brochures, the labels, and the specific
instructions.
It is necessary to comply with the norms and regulations
in effect. It is recommended to consult the competent
authorities regarding the applicable regulations for users
of units or components under pressure. The characteristics
of these units or components are included on the plates of
characteristics or in the regulatory documentation provided
with the product.
In case of a leak:
- Toxicity: According to ASHRAE 34, R-410A belongs to the A1/A1 group,
i.e. with high safety both in the mix and also in the case of a leak.
- Although it is not toxic, in case of a leak to atmospheric pressure the
liquid phase evaporates. The resulting vapours are heavier than air
and can displace the technician local air. In case of an accidental
discharge in a closed enclosure, fans must be used to eliminate said
vapours.
- Although the R-410A is not flammable, when in contact with a flame
o hot spot it can decompose in fluorhydric acid HF and fluophosgene
COF2highly toxic and corrosive.
- To detect leaks, an electronic leak detector, an ultraviolet lamp or
soapy water must be used . Flame detectors do not help.
Important: Immediately repair any refrigerant leak, using
a recovery unit specific for R-410A that avoids a possible
mixture of refrigerants and/or oils.
The compressor and line surfaces can reach temperatures
above 100ºC causing burns to the body. In the same fashion,
under certain conditions these surfaces can reach very cold
temperatures that can cause freezing risks.
Use safety goggles and gloves on the job. Be careful with
sharp parts or elements in the unit.
V-220005
V-220004
Caution: Before intervening in the unit, verify that the main
power to the unit is cut off. An electric shock can cause
personal damage.
Refrigerant leaks:
A periodical check must be performed for refrigerant gas leaks as
per Regulation (CE) Nº517/2014 over certain greenhouse effect
fluoride gases. Please, consult the frequency of checks in chapter
of “Maintenance”.
Components of the R-410A R-32 R-125
Chemical formula CH2F2 CHF2CF3
Weight ratio 50% 50%
Unitary global warming potential (GWP) 675 3.500
Global warming potential (GWP) 2.088
Note: In order to recycle these units follow the stipulations
of Directive 2012/19/EU on Waste electrical and electronic
equipment (WEEE).
Ref\Reference No Serie\serial Nbr.Año\An.Year
Producto\Product\Produit
Ref. Produit\Item Nbr
Max.Intensidad\Intensité\CurrentKit Elec.Tension\Voltage
Refrig.KG (Fábrica\Factory\Usine)/Co2 Teq.Refrigerant
NoBoPeso\Poids\WeightPSmax(AP\HP) Temp. Max./ IPPSmax(BP\LP)
uFabricante\Fabricant\Manufacturer:
700, Av. Jean Falconnier Compañía Industrial de Aplicaciones Térmicas, S.A.
01350 Culoz - FRANCE P. Ind. Llanos de Jarata s/n. 14550 Montilla-SPAIN
Contient des gaz à effet de serre fluorés \ Contains fluorinated greenhouse gases regulated by the Kyoto protocol
Contiene gases fluorados de efecto invernadero regulados por el protocolo de Kyoto
1
16
2 3
4
5 6 7
8 9 10
11 12
13 14 15 17
Legend
1Year of manufacture
2Commercial product name
3Serial number
4Description of the product
5Purchase order number
6Sales order number
7Work order number
8Power supply
9Power output of the auxiliary electrical heaters kit (optional) (kW)
10 Maximum absorbed current under full load (A) ( including the electrical kit)
11 Type of refrigerant
12 Refrigerant content (kg) and Environment impact (CO2Teq.)
13 Maximum service pressure in the high pressure side (R-410A = 42 bar)
14 Maximum service pressure in the low pressure side (R-410A = 24 bar)
15 Maximum operating temperature (refer to “Opration limits”)
Maximum shipment and storage temperature: +50ºC
Electrical protection rating: IP54
16 Operation weight (kg) (empty weight + fluid + refrigerant)
17 Notified Body number for surveillance of the Pressure Equipment Directive

Water chillers and
air-water heat pumps
HEAT PUMPS - AIR CONDITIONING - REFRIGERATION - AIR HANDLING - HEAT EXCHANGE - NA 12.122 H
14
CIATCooler LP
7. TRANSPORT
During the transportation, the unit must be immobilised in order to avoid
displacements or damages.
The unit must be handled carefully in order to avoid imperfections,
using adapted and standardised tools. We recommend:
- For transport in a container, one must be selected that has an easy
load and unload to the installation location.
- Do not dispose of the brackets or skids for transporting (according
to the model) until the unit is not in its final location.
- Please see the weight and the gravity centre coordinates of each
model stated in the following section.
- Models 90 to 360 (STD version) and models 90 to 280 (HEE version)
can be handled with a forklift truck, taking all necessary precautions
to avoid sliding of the unit on the truck’s fork.
After the placing of the unit, it is recommended to remove the grips,
as they can be a hindrance for maintenance. Put them back in case
of unit transport.
Once the unit is discharged, it must be freed from the the brackets or
skids for transporting, so that the inserts available for the silent-blocks
can be accessed.
Transport skids
Skids for transporting in container are availables for models 420 to
960 (STD version) and models 320 to 720 (HEE version) and their
hydraulic modules.
These skids allow the dragging of the unit and facilitate both transport
and step through the doors to its final location.
In the case of the separate
hydraulic module, skids
protrude 30 mm on each side.
Each skid is fixed to the
crossbar with 2 screws M10.
Height of the skid = 120 mm
Important: it’s strictly forbidden to manipulate
models 420 to 960 (STD version) and models 320
to 720 (HEE version) with a forklift truck, especially
by the long side of the machine.
- For lifting using a crane, cloth slings with rings of the appropriate
strength will be preferably used. These slings will be hooked onto
the two mounting holes located on each crossbar.
If chains are used instead of slings, these must be separated by
means of a strut or structure with a length exceeding the width of
the machine to avoid damaging the bodywork.
Models 420 to 960 (STD version) and models 320 to 720 (HEE
version), include two grips for hooking other two slings in the middle
of the crossbar, due to its length (see image).
No. of
skids per
crossbar
CIATCooler
LP / LPC
3
STD: 420 to 720
HEE: 320 to 600
4
STD: 840 to 960
HEE: 640 to 720
2 Hydraulic module
Note: The central grips stands out 74mm.
Attention: Ensure that the units with lifting grips are properly
tightened before attaching the slings.
M4 screws for fixing the brackets Mounting hole
Placement on site
Transport brackets
Transport brackets are availables for models 90 to 360 (STD version)
and models 90 to 280 (HEE version) and their hydraulic modules..
Each bracket is fixed to the crossbar using 2 M4 screws. Height of the
bracket = 106 mm

HEAT PUMPS - AIR CONDITIONING - REFRIGERATION - AIR HANDLING - HEAT EXCHANGE - NA 12.122 H
Water chillers and
air-water heat pumps
15
CIATCooler LP
The unit must be lifted and fixed with care and without inclination (maximum inclination 15º), since it could harm its operation.
Centre of gravity coordinates
LP / ILP
LPC / ILPC LPC / ILPC + module
LP /
ILP
Centre of
gravity (mm) Weight
(empty)
(kg)
XYZ
90V-STD 453 384 528 302
100V-STD 488 398 576 310
120V-STD 625 399 676 372
160V-STD 619 400 666 390
180V-STD 625 397 674 388
200V-STD 930 427 575 564
240V-STD 1162 424 680 644
280V-STD 1162 423 680 676
320V-STD 1189 420 665 710
360V-STD 1184 420 672 716
420V-STD 1556 424 765 1046
480V-STD 1488 412 754 1122
600V-STD 1452 394 782 1211
640V-STD 1821 509 784 1461
720V-STD 1820 509 784 1472
840V-STD 2271 544 772 1949
960V-STD 2272 548 762 2101
LP /
ILP
Centre of
gravity (mm) Weight
(empty)
(kg)
XYZ
90V-HEE 502 422 614 294
100V-HEE 569 417 673 351
120V-HEE 628 426 742 368
160V-HEE 940 435 573 450
180V-HEE 936 434 579 455
200V-HEE 1161 440 646 633
240V-HEE 1203 436 646 656
280V-HEE 1198 435 642 662
320V-HEE 1560 441 810 942
360V-HEE 1562 414 818 948
420V-HEE 1619 553 849 1263
480V-HEE 1551 537 837 1339
600V-HEE 1522 527 830 1420
640V-HEE 2274 564 847 1713
720V-HEE 2274 564 846 1724
LPC /
ILPC
Centre of
gravity (mm) Weight
(empty)
(kg)
XYZ
90V-STD 517 396 577 306
100V-STD 515 402 574 315
120V-STD 645 402 673 379
160V-STD 639 402 663 397
180V-STD 646 400 669 396
200V-STD 969 430 576 579
240V-STD 1199 425 680 659
280V-STD 1199 425 677 692
320V-STD 1225 422 664 728
360V-STD 1220 422 670 733
420V-STD 1630 415 741 1107
480V-STD 1562 405 734 1183
600V-STD 1521 389 762 1272
640V-STD 1823 514 769 1512
720V-STD 1823 514 768 1523
840V-STD 2287 558 754 2038
960V-STD 2285 544 746 2189
LPC /
ILPC
Centre of
gravity (mm) Weight
(empty)
(kg)
XYZ
90V-HEE 538 427 599 310
100V-HEE 638 418 623 370
120V-HEE 696 427 674 386
160V-HEE 975 436 570 469
180V-HEE 972 436 575 476
200V-HEE 1221 441 635 654
240V-HEE 1257 437 636 678
280V-HEE 1252 436 634 686
320V-HEE 1614 431 794 979
360V-HEE 1616 431 802 985
420V-HEE 1689 538 829 1324
480V-HEE 1620 524 819 1400
600V-HEE 1589 515 813 1481
640V-HEE 2284 569 827 1782
720V-HEE 2284 569 826 1793
LPC / ILPC
+ hydrau.
module
Centre of
gravity (mm) Weight
(empty)
(kg)
XYZ
90V-STD 871 405 540 452
100V-STD 848 408 566 466
120V-STD 1013 409 673 548
160V-STD 997 409 666 566
180V-STD 1001 407 670 566
200V-STD 1337 428 577 742
240V-STD 1610 425 678 829
280V-STD 1609 425 676 863
320V-STD 1611 422 665 899
360V-STD 1605 422 670 904
LPC / ILPC
+ hydrau.
module
Centre of
gravity (mm) Weight
(empty)
(kg)
XYZ
90V-HEE 847 426 584 448
100V-HEE 913 420 629 521
120V-HEE 984 427 668 547
160V-HEE 1385 434 572 623
180V-HEE 1381 434 576 630
200V-HEE 1645 438 641 823
240V-HEE 1660 436 644 847
280V-HEE 1653 435 642 855
Indep.
hydraulic
module
Centre of
gravity (mm) Weight
(empty)
(kg)
XYZ
90V-HEE 488 448 496 138
100V-HEE 490 447 559 151
120V-HEE 490 452 616 161
160V-HEE 488 454 568 154
180V-HEE 488 454 568 154
200V-HEE 569 456 621 169
240V-HEE 569 456 621 169
280V-HEE 569 456 621 169
320V-HEE 498 445 784 193
360V-HEE 498 445 784 193
420V-HEE 494 583 781 225
480V-HEE 494 583 781 225
600V-HEE 494 583 781 225
640V-HEE 492 600 841 236
720V-HEE 492 600 841 236
Indep.
hydraulic
module
Centre of
gravity (mm) Weight
(empty)
(kg)
XYZ
90V-STD 498 448 486 139
100V-STD 498 448 486 139
120V-STD 498 452 608 161
160V-STD 498 452 608 161
180V-STD 498 452 608 161
200V-STD 579 457 573 161
240V-STD 577 456 613 169
280V-STD 577 456 613 169
320V-STD 577 456 613 169
360V-STD 577 456 613 169
420V-STD 498 445 784 202
480V-STD 498 445 784 202
600V-STD 498 445 784 202
640V-STD 494 583 781 241
720V-STD 494 583 781 241
840V-STD 492 600 841 263
960V-STD 492 600 841 263

Water chillers and
air-water heat pumps
HEAT PUMPS - AIR CONDITIONING - REFRIGERATION - AIR HANDLING - HEAT EXCHANGE - NA 12.122 H
16
CIATCooler LP
Location designation
Before moving the unit, it must be checked that all panels are fastened
in place. Lift and lower with care.
When choosing the location, whatever may be the selected fashion, the
following precautions have to be taken into consideration:
- It is mandatory to comply with norm EN 378-3 on Safety and Envi-
ronmental Requirements. Part 3: "In situ" installation and protection
to people.
- Foresee appropriate damping devices in all the installation so that
noise and vibration transmission is avoided (refer to the “Anchorage
for antivibrators”).
- Check that the unit is perfectly levelled.
- It is necessary to check that the surface of the floor or the structure
8. LOCATION AND ASSEMBLING
Minimum free space for commissioning and maintenance operations
supports the weight of the unit (please, consult the weight of the unit
in the section “Anchorage for antivibrators”).
- The area where the unit will be located must be perfectly accessible
for cleaning and maintenance operations (check minimum free space
for maintenance). Leave enough space for air circulation around the
unit.
Since it is a unit designed to work indoors, some specific installation
norms must be followed:
- Ensure that the location of the outlet and return grilles does not
generate air recirculation.
- Check that there are no obstructions in the air outlet and return grille
slats due to being tightly closed.
1m
1m
1m
1m
0,5m
0,5m
A
A
LP / ILP / LPC / ILPC
LPC / ILPC + module
CIATCooler LP / ILP / LPC / ILPC A (m)
90V-STD to 100V-STD 90V-HEE 1,2
120V-STD to 180V-STD 100V-HEE to 120V-HEE 1,5
200V-STD 160V-HEE to 180V-HEE 1,2
240V-STD to 360V-STD 200V-HEE to 280V-HEE 1,5
420V-STD to 600V-STD 320V-HEE to 360V-HEE 1,8
640V-STD to 720V-STD 420V-HEE to 600V-HEE 1,9
840V-STD to 960V-STD 640V-HEE to 720V-HEE 2,4

HEAT PUMPS - AIR CONDITIONING - REFRIGERATION - AIR HANDLING - HEAT EXCHANGE - NA 12.122 H
Water chillers and
air-water heat pumps
17
CIATCooler LP
Anchorage for antivibrators: STD version
Note: all the anchorings are rivet nut types.
LPC / ILPC
+ hydraulic
module
Distances (mm) Reactions in the supports (kg)
ABC
Weight in
service R1 R2 R3 R4 R5 R6
90V-STD 948 760 65 577 51 142 108 43 134 100
100V-STD 948 760 65 587 47 144 112 40 137 106
120V-STD 1085 760 65 726 67 178 130 59 170 121
160V-STD 1085 760 65 744 66 183 136 58 174 127
180V-STD 1085 760 65 745 68 183 136 58 174 126
200V-STD 1446 760 65 1015 91 240 168 97 246 173
240V-STD 1726 760 65 1105 106 263 178 110 266 182
280V-STD 1726 760 65 1139 110 271 184 113 274 188
320V-STD 1726 760 65 1178 115 282 192 116 282 192
360V-STD 1726 760 65 1183 115 283 193 115 283 194
LPC / ILPC
Distances (mm) Reactions in the supports (kg)
ABC
Weight in
service R1 R2 R3 R4
90V-STD 896 760 65 335 81 97 86 71
100V-STD 896 760 65 345 82 99 90 73
120V-STD 1166 760 65 410 99 117 107 87
160V-STD 1166 760 65 428 102 124 113 90
180V-STD 1166 760 65 429 104 123 111 91
200V-STD 1892 760 65 622 137 167 174 144
240V-STD 2452 760 65 702 154 194 197 157
280V-STD 2452 760 65 736 161 203 207 165
320V-STD 2452 760 65 774 175 211 212 176
360V-STD 2452 760 65 780 176 214 214 176
LP / ILP
Distances (mm) Reactions in the supports (kg)
ABC
Weight in
service R1 R2 R3 R4
90V-STD 896 760 65 306 66 101 87 52
100V-STD 896 760 65 315 69 93 84 60
120V-STD 1166 760 65 379 89 112 101 77
160V-STD 1166 760 65 397 92 119 107 79
180V-STD 1166 760 65 396 93 119 105 79
200V-STD 1892 760 65 579 121 162 166 127
240V-STD 2452 760 65 659 140 187 190 142
280V-STD 2452 760 65 692 147 197 199 149
320V-STD 2452 760 65 728 160 205 204 159
360V-STD 2452 760 65 733 161 207 206 159
B
A
C
M10
R1 R2
R3 R4
LP / ILP / LPC / ILPC:
Models 90 to 360
B
AA
C
M10
LPC / ILPC:
Models 90 to 360
with hydraulic module

Water chillers and
air-water heat pumps
HEAT PUMPS - AIR CONDITIONING - REFRIGERATION - AIR HANDLING - HEAT EXCHANGE - NA 12.122 H
18
CIATCooler LP
LP / ILP
Distances (mm) Reactions in the supports (kg)
ABC
Weight in
service R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 R12
420V-STD 817 1060 65 1065 127 197 149 95 110 180 131 77 -- -- -- --
480V-STD 817 1060 65 1142 148 227 151 97 121 201 125 71 -- -- -- --
600V-STD 817 1060 65 1232 172 263 163 105 128 219 120 62 -- -- -- --
640V-STD 1067 1127 65 1493 161 255 265 167 110 204 214 117 -- -- -- --
720V-STD 1067 1127 65 1504 162 257 267 169 111 206 216 117 -- -- -- --
840V-STD 1117 856 65 1986 148 167 175 180 182 170 140 157 165 170 172 162
960V-STD 1117 856 65 2138 158 178 187 192 194 182 152 170 179 184 186 176
LPC / ILPC
Distances (mm) Reactions in the supports (kg)
ABC
Weight in
service R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 R12
420V-STD 817 1060 65 1169 133 205 180 116 108 181 155 91 -- -- -- --
480V-STD 817 1060 65 1246 155 236 182 119 120 202 148 84 -- -- -- --
600V-STD 817 1060 65 1336 178 272 194 127 127 220 142 75 -- -- -- --
640V-STD 1067 1127 65 1592 169 269 281 177 119 219 231 127 -- -- -- --
720V-STD 1067 1127 65 1603 170 271 283 178 120 221 233 128 -- -- -- --
840V-STD 1117 856 65 2131 152 172 182 189 192 181 151 171 181 188 192 181
960V-STD 1117 856 65 2282 167 190 200 207 211 198 159 178 189 196 199 189
C
B
A
AA
M10
R8
R5 R7
R6
R4
R1 R3
R2
C
B
M10
R8
R5
R7
R6
R4
R1 R3
R2
A
AAAA
R9 R10 R11 R12
Note: all the anchorings are rivet nut types.
LP / LPC:
Models 420 to 720
LP / LPC:
Models 840 to 960
Anchorage for antivibrators: version STD (...continued)

HEAT PUMPS - AIR CONDITIONING - REFRIGERATION - AIR HANDLING - HEAT EXCHANGE - NA 12.122 H
Water chillers and
air-water heat pumps
19
CIATCooler LP
Anchorage for antivibrators: HEE version
Note: all the anchorings are rivet nut types.
LPC / ILPC
+ module
Distances (mm) Reactions in the supports (kg)
ABC
Weight in
service R1 R2 R3 R4 R5 R6
90V-HEE 948 760 65 569 41 135 105 43 137 107
100V-HEE 1085 760 65 646 42 155 127 41 154 126
120V-HEE 1085 760 65 723 57 171 128 60 175 132
160V-HEE 1446 760 65 804 76 188 124 85 197 133
180V-HEE 1446 760 65 813 77 190 126 86 199 135
200V-HEE 1726 760 65 1094 104 254 165 120 270 181
240V-HEE 1726 760 65 1120 110 261 167 124 275 182
280V-HEE 1726 760 65 1128 110 264 170 124 277 184
LPC / ILPC
Distances (mm) Reactions in the supports (kg)
ABC
Weight in
service R1 R2 R3 R4
90V-HEE 896 760 65 327 77 84 87 79
100V-HEE 1166 760 65 390 88 109 107 86
120V-HEE 1166 760 65 408 100 101 104 103
160V-HEE 1892 760 65 497 109 130 140 118
180V-HEE 1892 760 65 503 110 132 142 119
200V-HEE 2452 760 65 690 147 180 198 165
240V-HEE 2452 760 65 717 160 183 198 175
280V-HEE 2452 760 65 724 162 187 200 175
LP / ILP
Distances (mm) Reactions in the supports (kg)
ABC
Weight in
service R1 R2 R3 R4
90V-HEE 896 760 65 298 64 100 85 50
100V-HEE 1166 760 65 358 63 127 116 52
120V-HEE 1166 760 65 376 88 112 100 77
160V-HEE 1892 760 65 465 69 177 163 56
180V-HEE 1892 760 65 468 71 178 163 56
200V-HEE 2452 760 65 648 106 213 218 111
240V-HEE 2452 760 65 674 143 191 194 146
280V-HEE 2452 760 65 680 145 193 195 146
B
A
C
M10
R1 R2
R3 R4
LP / ILP / LPC / ILPC
B
AA
C
M10
LPC / ILPC with
hydraulic module

Water chillers and
air-water heat pumps
HEAT PUMPS - AIR CONDITIONING - REFRIGERATION - AIR HANDLING - HEAT EXCHANGE - NA 12.122 H
20
CIATCooler LP
LP / ILP
Distances (mm) Reactions in the supports (kg)
ABC
Weight in
service R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 R12
320V-HEE 817 1060 65 961 109 172 130 81 104 167 124 75 -- -- -- --
360V-HEE 817 1060 65 966 117 180 139 89 96 159 118 68 -- -- -- --
420V-HEE 1067 1127 65 1285 153 239 170 107 139 226 157 94 -- -- -- --
480V-HEE 1067 1127 65 1361 176 272 172 109 152 248 147 85 -- -- -- --
600V-HEE 1067 1127 65 1444 194 298 179 115 162 266 147 83 -- -- -- --
640V-HEE 1117 856 65 1749 127 141 148 152 154 145 129 144 151 155 157 148
720V-HEE 1117 856 65 1761 128 142 149 153 155 146 130 145 152 156 158 149
LPC / ILPC
Distances (mm) Reactions in the supports (kg)
ABC
Weight in
service R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 R12
320V-HEE 817 1060 65 1028 114 178 151 95 102 166 139 83 -- -- -- --
360V-HEE 817 1060 65 1034 114 179 152 96 102 167 140 84 -- -- -- --
420V-HEE 1067 1127 65 1391 161 249 204 130 136 225 180 106 -- -- -- --
480V-HEE 1067 1127 65 1467 184 283 205 132 149 248 169 97 -- -- -- --
600V-HEE 1067 1127 65 1550 203 309 212 138 159 266 169 95 -- -- -- --
640V-HEE 1117 856 65 1863 132 148 155 161 163 155 137 154 162 167 169 160
720V-HEE 1117 856 65 1875 133 149 156 162 164 156 138 155 163 168 170 161
C
B
A
AA
M10
R8
R5 R7
R6
R4
R1 R3
R2
C
B
M10
R8
R5
R7
R6
R4
R1 R3
R2
A
AAAA
R9 R10 R11 R12
Note: all the anchorings are rivet nut types.
LP / LPC:
Models 320 to 600
LP / LPC:
Models 640 and 720
Anchorage for antivibrators: HEE version (...continued)