MEET THE DIFFERENCE OF

OUR AIR CONDITIONING

TECHNOLOGIES AND
SOLUTIONS!

PRODUCT CATALOGUE

Precision Controlled Air Conditioning Systems Cooling Systems Heat Pumps

Indirect Adiabatic Cooling Systems Panel Air Conditioners Free Cooling Box

www.coolaer.com.tr
Meet the difference of our
heating, cooling and air
conditioning technology and
solutions!
CoolAer Air Conditioning Systems As a manufacturer
of Heating, Cooling and Air Conditioning systems, we
design and produce innovative heating and cooling
solutions with a focus on renewable, sustainable en-
ergy, high performance and reliability. Our mission is
to create a seamless product development, techni-
cal support, installation, maintenance and after-sales
service process, increase the deployment of renew-
able energy and provide effective business value for
our customers.

We are a manufacturer company,

founded in 1979, taking part in the
defense and advanced technology
sectors and offering solutions in the
field of energy.
As CoolAer, we design and manufacture special
products for data center and industrial cooling and
air conditioning needs, while meeting the needs of
our customers by making use of R&D studies in the
field of data center, world-class test laboratories,
production equipment and more than 20 years of
experience.

As CoolAer Air Conditioning Systems,

we offer solutions and services:
• Precision Controlled Air Conditioning Systems
• Indirect Adiabatic Air Conditioning Systems
• Cooling Systems
• Heat Pumps
• Panel Air Conditioners
• Free Cooling Box
CONTENT
Precision Controlled Air Conditioning Systems
•
•
Precision Controlled Air Conditioning with DX-Gas System
CW-Water System Precision Air Conditioner
05-27
In-Row Cooling Units
•
•
DX Gas (Refrigerant R410A) Based In-Row Refrigeration Unit
Water Based In-Row Cooling Unit
28-36
Indirect Adiabatic Air Conditioning Systems
• Adiabatic 37-44

Cooling Systems
•
•
Air Cooled Chiller
Water Cooled Chiller
45-93

Heat Pumps
•
•
Air Source Heat Pump
Water Source Heat Pump
94-107

Panel Air Conditioners

• Indoor Panel Air Conditioner
•
•
Outdoor Panel Air Conditioner
Ceiling Type Panel Air Conditioner (2.000 W and 4.000 W)
108-119
• Panel Air Conditioner with Outdoor Unit (Split Type)

Free Cooling Box

• Free Cooling Box 120-123
SYSTEMS
PRECISION
CONTROLLED
AIR CONDITIONING
Data Center Hospital Electrical Room Laboratory
 ADX
ADX
Precision Controlled Air
Conditioning (ADX)
Cooling Capacity
(up to 7-120kW)
Precision Controlled Air Conditioning (ADX)
It is an industrial type, high-efficiency precision controlled air-conditioning de-
vice used in applications where precision-controlled air conditioning is required
to control temperature and humidity. Precision air conditioners designed on
the basis of operation 365 days and 24 hours a year, provide the necessary
temperature, humidity and filtration of dust in the environment, increasing the
operation life and efficiency of electronic equipment.

With its modular structure, CoolAer Precision Controlled Air Conditioning is de-
signed for easy installation by considering various needs including raised floors,
lowered ceilings and air duct systems. It has a cooling capacity ranging from
7-120kW and performs precision cooling.

• Cooling capacity range from 7 kW to 120 kW

• R410A refrigerant specification
• Teamwork with up to 8 devices
• Intervention of all equipment from the front (Except device with option)
• Filter and fan control manager
• Sliding fan and filter structure
• Operation option according to pressure difference and temperature
principle
• Suitable design for raised floor, low ceiling and air duct systems
• High efficiency system with direct free cooling and adiabatic cooling
mode option

CoolAer precision air conditioners are designed to

serve at the optimum point according to ASHRAE
standards.

7
 PRECISION CONTROLLED AIR CONDITIONING
PRODUCT SPECIFICATIONS
HASSAS KONROLLÜ KLİMA ÜRÜN ÖZELLİKLERİ

High Performance

Compact Design

EC Fan Technology

Easy Precise Temperature Control

Maintenance

High Energy Saving Eco-Friendly

Modular Structure

Smart Control Mechanism

8
OPTIONAL
PRODUCTS
Manual Mode

7" Colour Touch

Screen

Steam Humidifier
Dehumidification

OPTION

Electric Heater
Energy Analyzer

Remote Access

9
 Top Blow Bottom Blow

PRECISION CONTROLLED AIR CONDITIONING

Unit Configuration (ADX)
Primer Coat and 2 Layers Electrostatic Painted
Electrostatic Powder Coated Galvanized Case
EC Radial Fan with Back Curved Blades
G4 Class Air Filter
Temperature at Return Air Inlet
Hermetic Scroll Compressor
Vibration Absorber for Compressor
DX Based Heat Exchanger
Water Based Heat Exchanger - -
Temperature Sensor at Supply Air Inlet
Fan Status Information Switch
Control Panel
Microprocessor Control

Note: “●”standard configuration, “○”option available, “—” option not available

10
PRECISION CONTROLLED AIR CONDITIONERS
Unit Configuration (ADX)

Outdoor Unit Fan Speed Control ●

High Pressure Sensor ●

Pressure Switch for High/Low Pressure Protection ●

BacNET ●
Modbus TCP/IP ○
Modbus RTU ●
Externally Balanced Thermostatic Expansion Valve ○
Liquid Line Solenoid ●
Dryer (Filter Dryer) ●
Liquid Tank ●
Sight glass ●
Motorized 3 Way Valve ●
Phase Protection Relay ●
Energy analyzer -
Current Transformer ●
Manual Operation Mode (Device Continues to Operate When PLC Fails) ○
Electrical Heater ○
Steam Humidifier ○
Web Interface ○
SNMP Module ○
Air Pressure Switch for Filter Alarm Information ●
Motorized Damper in Top Blow Devices ○
Plenum Box in Top Blow Devices ○
Air Plenum in Bottom Blowing Devices ○
Non-Return Air Damper in Top Blow Devices ○
Adjustable Leg Installation Plinth Stand ○
Water Level Switch ●
Water Leak Alarm Kit ○
Mail Message Module ○
Electronic Expansion Valve ○
Free Cooling Kit (Free Cooling Box Kit) ○
Automatic Transfer Switch (ATS) ○
Air Shutter for Supply Air ○
Air Valve for Return Air ○
Gooseneck And Air Direction Louver ○
Remote On-Off (Dry Contact) ●
Remote On-Off (Via Web Interface) ○
Team work ○

Note: “●”standard configuration, “○”option available, “—” option not available

11
 COOLAER ADX SX – S SERIES
ON/OFF COMPRESSOR– DX CONDENSER
Model SX010 S SX019 S SX025 S SX033 S SX038 S SX043 S SX048 S SX058 S

Power supply V/ph/Hz 400/3+N/50

Performance

Gross Cooling Capacity ¹ kW 11,13 19 25,1 34,2 37,8 42,9 47,55 57,18

Sensible Cooling Capacity ¹ kW 10,51 17,7 23,5 31,9 35,2 40 44,5 53,7
SHR 1
EER 3,52 3,38 3,45 3,61 3,48 3,54 3,59 3,70
Capacity Control On / Off
Minimum Capacity % 100 100 100 100 100 100 100 100
Refrigerant
Type R 410A
Thermostatic Expansion
Control
Valve
Circuit N° 1
Compressor
Compressor Type On / Off
Number of Compressors N° 1
Comp. Consumption kW 2,25 3,85 5,21 6,42 7,51 8,41 9,33 11,05
Fan
Fan Type EC Backward Curved Centrifugal Fan
Number of Fans N° 1 1 1 1 1 2 2 2
Air Flow m³/h 5000 8500 10000 11700 12200 13800 15600 17600
Power Consumption kW 0,73 1,3 1,6 2,4 2,6 2,9 3,05 3,48

Noise Level

Sound Power dBA 53 55 55 57 57 57 59 61

Indoor Unit Dimensions
Weight kg 202 295 334 368 442 552 632 691
Width mm 675 950 950 950 1250 1250 1800 1800
Depth mm 728 890 890 890 890 890 890 890
Height mm 1970 1970 1970 1970 1970 1970 1970 1970
Filter
Type G4
Device Electric Information
Nom. Operating
kW 3,44 5,7 8 10,1 11,15 13,23 14,48 17,73
Consumption
Nom. Operating Current A 7,56 11,2 15,02 18,93 21,25 25,7 29,82 36,26
Max. Operating Current A 14,1 17,42 26,62 28,9 32,3 42,5 47,9 51,9
Outdoor Unit
Model CFH1112 CFH1122 CFH2129 CFH2137 CFH2143 CFH3148 CFH3154 CFH3165
Air Flow m³/h 5900 8350 11500 14000 15500 21000 22300 24000
Outdoor Unit Dimensions
Weight kg 39 59 73 73 85 103 103 135
Width mm 900 1100 1530 1530 1750 2150 2150 2550
Depth mm 400 450 530 530 500 500 500 500
Height mm 800 1100 940 940 900 1000 1000 1400
Humidifier
Humidifier Type Steam Humidifier
Number °N 1
Capacity kg/h 8/15
Power consumption kW 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25
Maximum Operating Current A 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1
Power Input V/ph/Hz 380/3/50
Electric Heater
Level 3
Capacity kW 4,5 9 9 13,5 18 18 27 27
Maximum Operating Current A 6,8 13,6 13,6 20,5 27,3 27,3 40,9 40,9
Power Input V/ph/Hz 380/3/50

12
COOLAER ADX DX – S SERIES
ON/OFF COMPRESSOR –CONDENSER DX
Model DX042 S DX053 S DX057 S DX065 S DX077 S DX082 S DX090 S DX113 S

Power supply V/ph/Hz 400/3+N/50

Performance

Gross Cooling Capacity ¹ kW 42,25 51,74 57,4 65,4 78,2 82,1 88,6 113,38

Sensible Cooling Capacity ¹ kW 40 48,8 53,8 60,8 73,2 78 83,4 105,4

SHR 1
EER 3,48 3,65 3,67 3,49 3,65 3,55 3,48 3,47
Capacity Control On / Off + On / Off
Minimum Capacity % 50 50 50 50 50 50 50 50
Refrigerant
Type R 410A
Thermostatic Expansion
Control
Valve
Circuit N° 2
Compressor
Compressor Type On / Off
Number of Compressors °N 2
Comp. Consumption kW 9,1 10,44 11,06 12,8 15,06 16,48 17,54 22,4
Fan
Fan Type EC Backward Curved Centrifugal Fan
Number of Fans N° 2 2 2 2 2 2 2 3
Air Flow m³/h 16000 17300 19000 22400 27200 28200 27600 33200
Power Consumption kW 2,41 2,83 3,6 4,7 5 5,54 6,38 6,81
Noise Level
Sound Power dBA 61 61 63 63 65 65 67 69
Indoor Unit Dimensions
Weight kg 650 679 702 734 782 823 884 992
Width mm 1800 1800 1800 1800 2300 2550 2550 2550
Depth mm 890 890 890 890 890 890 890 890
Height mm 1970 1970 1970 1970 1970 1970 1970 1970
Filter
Type G4
Device Electric Information
Nom. Operating
kW 12,51 14,37 15,86 18,75 21,56 23,38 25,74 31,31
Consumption
Nom. Operating Current A 24,3 29,52 32,12 38,46 44,74 47,94 52,54 65,85
Max. Operating Current A 43,8 43,8 47,6 51,6 70,5 77,3 77,7 90,5
Outdoor Unit
Model CFH2126 CFH2131 CFH2133 CFH2139 CFH3146 CFH3148 CFH3152 CFH3165
Air Flow m³/h 10500 12500 14000 14000 15500 21000 22500 24000
Outdoor Unit Dimensions
Weight kg 72 72 72 73 85 103 103 135
Width mm 1400 1600 1400 1550 1750 2150 2150 2550
Depth mm 470 470 470 500 500 500 500 500
Height mm 1000 1000 1000 1000 900 1000 1000 1400
Humidifier
Humidifier Type Steam Humidifier
Number °N 1
Capacity kg/h 8/15
Power consumption kW 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25
Maximum Operating Current A 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1
Power Input V/ph/Hz 380/3/50
Electric Heater
Level 3
Capacity kW 18 18 27 27 36 36 48 48
Maximum Operating Current A 27,3 27,3 40,9 40,9 54,5 54,5 72,7 72,7
Power Input V/ph/Hz 380/3/50

13
 COOLAER ADX – SX D SERIES
INVERTER COMPRESSOR - DX CONDENSER
Device Electrical Information SX010 D SX019 D SX025 D SX033 D SX038 D SX043 D SX048 D SX058 D
Power supply V/ph/Hz 400/3+N/50
Performance
Sensible Cooling Capacity ¹ kW 10,48 17,5 23,7 31,2 35,3 40 44,92 53,5
SHR 1 1 1 1 1 1 1 1
EER 3,38 3,33 3,44 3,36 3,31 3,36 3,39 3,36
Capacity Control Inverter
Minimum Capacity % 25 ~100
Refrigerant
Fluid Type R 410A
Control Electronic Expansion Valve
Circuit N° 1
Compressor
Compressor Type Inverter
Number of Compressors N° 1
Comp. Consumption kW 2,37 3,95 5,28 6,88 8,08 9 10,2 12,45
Fan
Fan Type EC Backward Curved Centrifugal Fan
Number of Fans N° 1 1 1 1 1 2 2 2
Air Flow m³/h 5000 8500 10000 11700 12200 13800 15600 17600
Power input kW 0,73 1,3 1,6 2,4 2,6 2,9 3,05 3,48
Noise Level
Sound Power dBA 53 55 55 57 57 57 59 61
Weight and Dimensions
Weight kg 202 295 334 368 442 552 632 691
Width mm 675 950 950 950 1250 1250 1800 1800
Depth mm 728 890 890 890 890 890 890 890
Height mm 1970 1970 1970 1970 1970 1970 1970 1970
Filter
Type G4
Device Electrical Information
Nominal Operation Power kW 3,575 5,79 8,12 10,56 11,72 13,82 15,23 18,01
Nominal Operation Current A 6,71 10,13 14,65 19,7 20,52 27,3 28,86 33,56
Maximum Operation Current A 19 18,3 29,42 33,7 33,7 44,7 43,1 60,9
The Outdoor Unit
Model CFH1112 CFH1122 CFH2129 CFH2137 CFH2143 CFH3148 CFH3154 CFH3165
Air Flow m³/h 5900 8350 11500 14000 15500 21000 22300 24000
Outdoor Unit Dimensions
Weight kg 39 59 73 73 85 103 103 135
Width mm 900 1100 1530 1530 1750 2150 2150 2550
Depth mm 400 450 530 530 500 500 500 500
Height mm 800 1100 940 940 900 1000 1000 1400
Humidifier
Humidifier Type Steam Humidifier
Number °N 1
Capacity kg/h 8/15
Electricity Consumption kW 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25
Maximum Operation Current A 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1
Power Input V/ph/Hz 380/3/50
Electric Heater
Steps 3
Capacity kW 4,5 9 9 13,5 18 18 27 27
Maximum Operation Current A 6,8 13,6 13,6 20,5 27,3 27,3 40,9 40,9
Power Input V/ph/Hz 380/3/50

14
COOLAER ADX – DX D SERIES
INVERTER COMPRESSOR - DX CONDENSER
Device Electrical Information DX042 D DX053 D DX057 D DX065 D DX077 D DX082 D DX090 D DX113 D
Power supply V/ph/Hz 400/3+N/50
Performance
Sensible Cooling Capacity ¹ kW 41,96 50,1 54 62,3 73,3 78,8 85,6 105,1
SHR 1
EER 3,60 3,70 3,54 3,32 3,44 3,42 3,47 3,39
Capacity Control Inverter + Inverter
Minimum Capacity % 13 ~100
Refrigerant
Fluid Type R 410A
Control Electronic Expansion Valve
Circuit N° 2
Compressor
Compressor Type Inverter
Number of Compressors °N 2
Comp. Consumption kW 9,25 10,7 11,65 14,04 16,3 17,5 18,3 24,2
Fan
Fan Type EC Backward Curved Centrifugal Fan
Number of Fans N° 2 2 2 2 2 2 2 3
Air Flow m³/h 16000 17300 19000 22400 27200 28200 27600 33200
Power input kW 2,41 2,83 3,6 4,7 5 5,54 6,38 6,81
Noise Level
Sound Power dBA 61 61 63 63 65 65 67 69
Weight and Dimensions
Weight kg 650 679 702 734 782 823 884 992
Width mm 1800 1800 1800 1800 2300 2550 2550 2550
Depth mm 890 890 890 890 890 890 890 890
Height mm 1970 1970 1970 1970 1970 1970 1970 1970
Filter
Type G4
Device Electrical Information
Nominal Operation Power kW 12,65 14,63 16,5 19,99 22,87 24,96 26,73 33,21
Nominal Operation Current A 21,64 24,81 27,1 36,04 40,86 45,64 48,26 58,83
Maximum Operation Current A 48,6 55,6 55,6 68 81,8 93 93 120,1
The Outdoor Unit
Model CFH2126 CFH2131 CFH2133 CFH2139 CFH3146 CFH3148 CFH3152 CFH3165
Air Flow m³/h 10500 12500 14000 14000 15500 21000 22500 24000
Outdoor Unit Dimensions
Weight kg 72 72 72 73 85 103 103 135
Width mm 1400 1600 1400 1550 1750 2150 2150 2550
Depth mm 470 470 470 500 500 500 500 500
Height mm 1000 1000 1000 1000 900 1000 1000 1400
Humidifier
Humidifier Type Steam Humidifier
Number °N 1
Capacity kg/h 8/15
Electricity Consumption kW 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25
Maximum Operation Current A 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1
Power Input V/ph/Hz 380/3/50
Electric Heater
Steps 3
Capacity kW 18 18 27 27 36 36 48 48
Maximum Operation Current A 27,3 27,3 40,9 40,9 54,5 54,5 72,7 72,7
Power Input V/ph/Hz 380/3/50

15
 COOLAER ADX DX – DS SERIES
ON/OFF+INVERTER COMPRESSOR - DX CONDENSER
Device Electrical Information DX042 DS DX053 DS DX057 DS DX065 DS DX077 DS DX082 DS DX090 DS DX113 DS
Power supply V/ph/Hz 400/3+N/50
Performance
Sensible Cooling Capacity ¹ kW 42,4 50 53,9 62,15 73,6 78,8 86,5 105,4
SHR 1
EER 3,66 3,72 3,70 3,43 3,56 3,50 3,56 3,50
Capacity Control On/Off + Inverter
Minimum Capacity % 13 ~100
Refrigerant
Fluid Type R 410A
Control Electronic expansion valve
Circuit N° 2
Compressor 1
Compressor Type On/Off
Compressor Consumption kW 4,55 5,22 5,53 6,42 7,54 8,24 8,77 11,2
Compressor 2
Compressor Type Inverter
Compressor Consumption kW 4,625 5,35 5,825 7,02 8,15 8,75 9,15 12,1
Fan
Fan Type EC Backward Curved Centrifugal Fan
Number of Fans N° 2 2 2 2 2 2 2 3
Air Flow m³/h 16000 17300 19000 22400 27200 28200 27600 33200
Power input kW 2,41 2,83 3,6 4,7 5 5,54 6,38 6,81
Noise Level
Sound Power dBA 61 61 63 63 65 65 67 69
Weight and Dimensions
Weight kg 650 679 702 734 782 823 884 992
Width mm 1800 1800 1800 1800 2300 2550 2550 2550
Depth mm 890 890 890 890 890 890 890 890
Height mm 1970 1970 1970 1970 1970 1970 1970 1970
Filter
Type G4
Device Electrical Information
Nominal Operation Power kW 13,556 15,67 17,07 20,652 23,82 26,376 28,28 34,31
Nominal Operation Current A 23,09 27,18 29,46 37,27 42,83 46,8 50,42 62,34
Maximum Operation Current A 49,3 52,8 54 63,6 80,8 90,8 91 111,1
The Outdoor Unit
Model CFH2126 CFH2131 CFH2133 CFH2139 CFH3146 CFH3148 CFH3152 CFH3165
Hava Debisi m³/h 10500 12500 14000 14000 15500 21000 22500 24000
Dış Ünite Ölçüleri
Weight kg 72 72 72 73 85 103 103 135
Width mm 1400 1600 1400 1550 1750 2150 2150 2550
Depth mm 470 470 470 500 500 500 500 500
Height mm 1000 1000 1000 1000 900 1000 1000 1400
Humidifier
Humidifier Type Steam Humid
Number °N 1
Capacity kg/h 8/15
Electricity Consumption kW 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25
Maximum Operation Current A 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1
Power Input V/ph/Hz 380/3/50
Electric Heater
Steps 3
Capacity kW 18 18 27 27 36 36 48 48
Maximum Operation Current A 27,3 27,3 40,9 40,9 54,5 54,5 72,7 72,7
Power Input V/ph/Hz 380/3/50

16
COOLAER ADX-W
ADX – SX W SERIES ON/OFF COMPRESSOR - WATER CONDENSER
Model SX010 W SX019 W SX025 W SX033 W SX038 W SX043 W SX048 W SX058 W
Power supply V/ph/Hz 400/3+N/50
Performance
Sensible Cooling Capacity ¹ kW 11,23 19,45 25,5 33,2 38,27 42,2 48,1 55,5
Power consumption kW 2,7 4,68 6,29 8,22 9,43 10,32 11,73 13,7
EER 4,16 4,16 4,05 4,04 4,06 4,09 4,10 4,05
Capacity Control On/Off
Minimum Capacity % 100
Refrigerant
Fluid Type R 410A
Control Thermostatic Expansion Valve
Circuit N° 1
Compressor
Compressor Type Scroll
Number of Compressors N° 1
Comp. Consumption kW 1,97 3,38 4,69 5,82 6,83 7,42 8,68 10,22
Fan
Fan Type EC Backward Curved Centrifugal Fan
Number of Fans N° 1 1 1 1 1 2 2 3
Air Flow m³/h 5000 8500 10000 11700 12200 13800 15600 17600
Power input kW 0,73 1,3 1,6 2,4 2,6 2,9 3,05 3,48
Water Cooled Heat Exchanger - Condenser
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 2,31 4,00 5,24 6,82 7,87 8,67 9,89 11,41
Water Pressure Drop kPa 36 38 35 37 39 40 42 41
Operation Range
Water Side (Condenser) °C 20-60
Water Circuit
Connection Type Threaded
Pipe Diameter inç 1 1/4" 2" 2" 2" 2 1/2" 2 1/2" 2 1/2" 2 1/2"
Noise Level
Sound Power dBA 53 55 55 57 57 57 59 61
Weight and Dimensions
Weight kg 202 295 334 368 442 552 632 691
Width mm 675 950 950 950 1250 1250 1800 1800
Depth mm 728 890 890 890 890 890 890 890
Height mm 1970 1970 1970 1970 1970 1970 1970 1970
Humidifier
Humidifier Type Steam Humidifier
Number °N 1
Capacity kg/h 8/15
Electricity Consumption kW 6
Maximum Operation Current A 9,1
Power Input V/ph/Hz 380/3/50
Eletric Heater
Steps 3
Capacity kW 4 4 6 6 6 9 9 9
Maximum Operation Current A 6,1 6,1 9,1 9,1 9,1 13,6 13,6 13,6
Power Input V/ph/Hz 380/3/50

17
 COOLAER ADX-W
ON/OFF COMPRESSOR - WATER CONDENSER
Model DX042 W DX053 W DX057 W DX065 W DX077 W DX082 W DX090 W DX113 W
Power supply V/ph/Hz 400/3+N/50
Performance
Sensible Cooling Capacity ¹ kW 44,6 52,05 56,5 65,5 77,5 84,6 95,9 110,9
Power consumption kW 10,55 12,21 13,46 16,34 18,66 20,38 22,22 27,25
EER 4,23 4,26 4,20 4,01 4,15 4,15 4,32 4,07
Capacity Control On/Off + On/Off
Minimum Capacity % 50
Refrigerant
Fluid Type R 410A
Control Thermostatic Expansion Valve Electronic Expansion Valve
Circuit N° 2
Compressor
Compressor Type Scroll
Number of Compressors N° 2
Comp. Consumption kW 8,14 9,38 9,86 11,64 13,66 14,84 15,84 20,44
Fan
Fan Type EC Backward Curved Centrifugal Fan
Number of Fans N° 2 2 2 2 2 2 2 3
Air Flow m³/h 16000 17300 19000 22400 27200 28200 27600 33200
Power input kW 2,41 2,83 3,6 4,7 5 5,54 6,38 6,81
Water Cooled Heat Exchanger - Condenser
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 9,17 10,70 11,61 13,46 15,93 17,39 19,71 22,79
Water Pressure Drop kPa 37 38 36 36 39 40 38 40
Operation Range
Water Side (Condenser) °C 20-60
Water Circuit
Connection Type Threaded
Pipe Diameter inç 2" 2" 2" 2" 2 1/2" 2 1/2" 2 1/2" 2 1/2"
Noise Level
Sound Power dBA 61 61 63 63 65 65 67 69
Weight and Dimensions
Weight kg 650 679 702 734 782 823 884 992
Width mm 1800 1800 1800 1800 2300 2550 2550 2550
Depth mm 890 890 890 890 890 890 890 890
Height mm 1970 1970 1970 1970 1970 1970 1970 1970
Moisturizer
Humidifier Type Steam Humidifier
Number °N 1
Capacity kg/h 8/15
Electricity consumption kW 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25
Maximum Operation Current A 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1
Power Input V/ph/Hz 380/3/50
Electric Heater
Steps 3
Capacity kW 18 18 27 27 36 36 48 48
Maximum Operation Current A 27,3 27,3 40,9 40,9 54,5 54,5 72,7 72,7
Power Input V/ph/Hz 380/3/50

18
COOLAER ADX-W
ON/OFF+INVERTER COMPRESSOR - WATER CONDENSER
Model DX042 WDS DX053 WDS DX057 WDS DX065 WDS DX077 WDS DX082 WDS DX090 WDS DX113 WDS
Power supply V/ph/Hz 400/3+N/50
Performance
Sensible Cooling
kW 44 51,9 56,5 65,5 77,3 84,6 94,9 110,8
Capacity ¹
Power consumption kW 10,4 12,12 13,7 16,54 18,99 20,77 23,86 27,57
EER 4,23 4,28 4,12 3,96 4,07 4,07 3,98 4,02
Capacity Control On/Off + Inverter
Minimum Capacity % 13 ~100
Refrigerant
Fluid Type R 410A
Control Electronic Expansion Valve
Circuit N° 2
Compressor 1
Compressor Type Scroll
Compressor
kW 4,07 4,69 4,94 5,82 6,83 7,42 8,68 10,22
Consumption
Compressor 2
Compressor Type Inverter
Compressor
kW 3,92 4,6 5,16 6,02 7,16 7,81 8,8 10,54
Consumption
Fan
Fan Type EC Backward Curved Centrifugal Fan
Number of Fans N° 2 3
Air Flow m³/h 16000 17300 19000 22400 27200 28200 27600 33200
Power input kW 2,41 2,83 3,6 4,7 5 5,54 6,38 6,81
Water Cooled Heat Exchanger - Condenser
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 9,04 10,67 11,61 13,46 15,89 17,39 19,51 22,77
Water Pressure Drop kPa 37 38 36 36 39 40 38 40
Operation Range
Water Side ( Condenser) °C 20-60
Water Circuit
Connection Type Threaded
Pipe Diameter inç 2" 2" 2" 2" 2 1/2" 2 1/2" 2 1/2" 2 1/2"
Noise Level
Sound Power dBA 61 61 63 63 65 65 67 69
Weight and Dimensions
Weight kg 650 679 702 734 782 823 884 992
Width mm 1800 1800 1800 1800 2300 2550 2550 2550
Depth mm 890 890 890 890 890 890 890 890
Height mm 1970 1970 1970 1970 1970 1970 1970 1970
Humidifier
Humidifier Type Steam Humidifier
Number °N 1
Capacity kg/h 8/15
Electricity Consumption kW 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25
Maximum Operation
A 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1
Current
Power Input V/ph/Hz 380/3/50
Electric Heater
Steps 3
Capacity kW 18 18 27 27 36 36 48 48
Maximum Operation
A 27,3 27,3 40,9 40,9 54,5 54,5 72,7 72,7
Current
Power Input V/ph/Hz 380/3/50

19
 COOLAER ADX-WD
WITH INVERTER COMPRESSOR - WITH WATER CONDENSER
Model SX010 WD SX019 WD SX025 WD SX033 WD SX038 WD SX043 WD SX048 WD SX058 WD
Power supply V/ph/Hz 400/3+N/50
Performance
Sensible Cooling Capacity ¹ kW 11,23 19,45 25,5 33,2 38,27 42,2 48,1 55,5
Power consumption kW 3,11 5,25 6,87 9,28 10,68 11,92 13,22 15,93
EER 3,61 3,70 3,71 3,58 3,58 3,54 3,64 3,48
Capacity Control Inverter
Minimum Capacity % 25 ~100
Refrigerant
Fluid Type R 410A
Control Electronic Expansion Valve
Circuit N° 1
Compressor
Compressor Type Scroll
Number of Compressors N° 1
Comp. Consumption kW 2,38 3,95 5,27 6,88 8,08 9,02 10,17 12,45
Fan
Fan Type EC Backward Curved Centrifugal Fan
Number of Fans N° 1 1 1 1 1 2 2 2
Air Flow m³/h 5000 8500 10000 11700 12200 13800 15600 17600
Power input kW 0,73 1,3 1,6 2,4 2,6 2,9 3,05 3,48
Water Cooled Heat Exchanger - Condenser
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 2,31 4,00 5,24 6,82 7,87 8,67 9,89 11,41
Water Pressure Drop kPa 36 38 35 37 39 40 42 41
Operation Range
Water Side (Condenser) °C 20-60
Water Circuit
Connection Type Threaded
Pipe Diameter inç 1 1/4" 2" 2" 2" 2 1/2" 2 1/2" 2 1/2" 2 1/2"
Noise Level
Sound Power dBA 53 55 55 57 57 57 59 61
Weight and Dimensions
Weight kg 202 295 334 368 442 552 632 691
Width mm 675 950 950 950 1250 1250 1800 1800
Depth mm 728 890 890 890 890 890 890 890
Height mm 1970 1970 1970 1970 1970 1970 1970 1970
Humidifier
Humidifier Type Steam Humidifier
Number °N 1
Capacity kg/h 8/15
Electricity Consumption kW 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25
Maximum Operation Current A 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1
Power Input V/ph/Hz 380/3/50
Eletric Heater
Steps 3
Capacity kW 4,5 9 9 13,5 18 18 27 27
Maximum Operation Current A 6,8 13,6 13,6 20,5 27,3 27,3 40,9 40,9
Power Input V/ph/Hz 380/3/50

20
COOLAER ADX-WD
WITH INVERTER COMPRESSOR - WITH WATER CONDENSER
Model DX042 WD DX053 WD DX057 WD DX065 WD DX077 WD DX082 WD DX090 WD DX113 WD
Power supply V/ph/Hz 400/3+N/50
Performance
Sensible Cooling Capacity ¹ kW 43,6 51,75 56,5 65,5 77,1 84,6 93,9 110,7
Power consumption kW 10,25 12,03 13,92 16,74 19,32 21,16 23,98 27,89
EER 4,25 4,30 4,06 3,91 3,99 4,00 3,92 3,97
Capacity Control Inverter + Inverter
Minimum Capacity % 13 ~100
Refrigerant
Fluid Type R 410A
Control Electronic Expansion Valve
Circuit N° 2
Compressor
Compressor Type Inverter
Number of Compressors N° 2
Comp. Consumption kW 7,84 9,2 10,32 12,04 14,32 15,62 17,6 21,08
Fan
Fan Type EC Backward Curved Centrifugal Fan
Number of Fans N° 2 2 2 2 2 2 2 3
Air Flow m³/h 16000 17300 19000 22400 27200 28200 27600 33200
Power input kW 2,41 2,83 3,6 4,7 5 5,54 6,38 6,81
Water Cooled Heat Exchanger - Condenser
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 8,96 10,64 11,61 13,46 15,85 17,39 19,30 22,75
Water Pressure Drop kPa 37 38 36 36 39 40 38 40
Operation Range
Water Side (Condenser) °C 20-60
Water Circuit
Connection Type Threaded
Pipe Diameter inç 2" 2" 2" 2" 2 1/2" 2 1/2" 2 1/2" 2 1/2"
Noise Level
Sound Power dBA 61 61 63 63 65 65 67 69
Weight and Dimensions
Weight kg 650 679 702 734 782 823 884 992
Width mm 1800 1800 1800 1800 2300 2550 2550 2550
Depth mm 890 890 890 890 890 890 890 890
Height mm 1970 1970 1970 1970 1970 1970 1970 1970
Humidifier
Humidifier Type Steam Humidifier
Number °N 1
Capacity kg/h 8/15
Electricity Consumption kW 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25 6 / 11,25
Maximum Operation Current A 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1 9,1 / 17,1
Power Input V/ph/Hz 380/3/50
Eletric Heater
Steps 3
Capacity kW 18 18 27 27 36 36 48 48
Maximum Operation Current A 27,3 27,3 40,9 40,9 54,5 54,5 72,7 72,7
Power Input V/ph/Hz 380/3/50

21
 Electrical Heater
Compressor

Sliding
G4 Filter

Control
Panel

Sliding
Fan Design

Evaporador Humidifier
Fan

22
ACW
ACW
Precision Controlled Air
Conditioning (ACW)
Cooling Capacity
(up to 16-140kW)
Precision Controlled Air Conditioning (ACW)
In the 16kw and 140 kW capacity range, CoolAer ACW devices
are fed efficiently by using chillers to provide efficient cooling of
the indoor units.

• Cooling capacity range from 16kW to 140kW

• Powerful automation feature
• Teamwork with up to 8 devices
• Intervention of all equipment from the front
• Filter and fan control manager
• Sliding fan and filter structure
• Operation option according to pressure difference and tem-
perature principle
• Suitable design for raised floor, low ceiling and air duct
systems
• High efficiency system with direct freecooling and adiabatic
cooling mode option

CoolAer precision air conditioners are

designed to serve at the optimum point
according to ASHRAE standards.

24
 AIR CONDITIONING WITH PRECISE CONTROL
PRODUCT FEATURES
HASSAS KONROLLÜ KLİMA ÜRÜN ÖZELLİKLERİ

High Performance

Compact Design

EC Fan Technology

Easy Precise Temperature Control

Maintenance

High Energy Saving Eco-Friendly

Modular Structure

Smart Control Mechanism

25
OPTIONAL
PRODUCTS
Manual Mode

7" Colour Touch

Screen

Steam Humidifier
Dehumidification

OPTION

Electric Heater
Energy Analyzer

Remote Access

26
COOLAER ACW
Modeller ACW 16 ACW 25 ACW 30 ACW 35 ACW 40 ACW 50

Net Sensible Capacity ¹ kW 15,99 22,85 27,83 32,56 37,92 48,54

SHR 0,82 0,80 0,78 0,79 0,78 0,76
Water Flow m³/h 2,75 3,93 4,79 5,60 6,52 8,35
Air Flow m³/h 5000 6500 7500 9000 10000 11500
Humidifier
Humidifier Type Steam Humidifier
Number °N 1
Capacity kg/h 8 8 8 8 8 8
Electricity Consumption kW 6 6 6 6 6 6
Maximum Operation Current A 9,1 9,1 9,1 9,1 9,1 9,1
Power Input V/ph/Hz 380/3/50
Electric Heater
Level 3
Capacity kW 4 6 6 6 9 9
Maximum Operation Current A 6,1 9,1 9,1 9,1 13,6 13,6
Power Input V/ph/Hz 380/3/50
Dimensions
Width mm 950 950 1150 1150 1150 1700
Depth mm 890 890 890 890 890 890
Height mm 1970 1970 1970 1970 1970 1970
Weight kg 280 310 338 365 380 556
Fan
Number of Fans °N 1
Power Input kW 0,581 1,09 0,9 1,37 1,89 2,21

Modeller ACW 56 ACW 65 ACW 80 ACW 90 ACW 110 ACW 125 ACW 140

Net Sensible Capacity ¹ kW 55,27 64,68 77,86 94,43 104,56 117,22 134,6
SHR 0,76 0,83 0,79 0,76 0,76 0,77 0,78
Water Flow m³/h 9,51 11,12 13,39 16,24 17,98 20,16 23,1512
Air Flow m³/h 14000 21000 20000 23000 25000 29000 35000
ACW 140

Humidifier
Humidifier Type Steam humidifier
Number °N 1
Capacity kg/h 8
Electricity Consumption kW 6
Maximum Operation Current A 9,1
Power Input V/ph/Hz 380/3/50
Electric Heater
Level 3
Capacity kW 9 9 9 15 15 15 18
Maximum Operation Current A 13,6 13,6 13,6 22,7 22,7 22,7 27,3
Power Input V/ph/Hz 380/3/50

Dimensions

Width mm 1700 2050 2050 2300 2500 2500 3100

Depth mm 890 890 890 890 890 890 890
Height mm 1970 1970 1970 1970 1970 1970 1970
Weight kg 620 658 770 945 1034 1088 1127
Fan
Number of Fans °N 2 2 2 2 2 3 3
Power Input kW 1,854 2,9 3 3,72 5,1 6 6,33

27
 FC
Inrow
Precision Controlled
Air Conditioning (FC/SC)

FC10X, FC16X, FC32X, FC52X

(up to 10-52kW)
C
Precision Controlled Air Conditioning
CoolAer Inrow Indoor Unit /FC10X, FC16X, FC32X
They are precision-controlled air conditioners designed for cooling solution to Inrow data centers,
providing active cooling for applications with high heat load per cabin, and can adjust their
capacity according to the cooling need with inverter technology.

• It provides 10kW, 16kW and 32kW cooling capacity in 42U,

• 47U 300x1000 or 300x1200 cabinets

• User-friendly 7” color touch screen with graphic display as

an option,

• Up to 8 teamwork,

• Co-aging feature,

• It provides maximum efficiency by making Capacity

• Control with inverter drive technology.

• High efficiency at full and part load,

• Optional temperature and humidity control,

• Preventing low blowing temperature in the dehumidifica-

tion process with the optional 3-stage 3kW,

• 6kW and 9kW electric heater support,

• Maximum energy efficiency (EER>3),

• It has been specially developed for cold and hot aisle clo-

sure applications.

• No raised floor required.

• Variable speed fans with hot-swappable EC technology,

• Optionally, copper pipe connection possibility from the top

or the bottom,

• Option to work according to temperature or pressure dif-

ference,

• Consumption calculation with energy analyzer option,

• While remote control support is provided with Modbus RTU

in standard products, remote control is offered as an op-

tion with Web Interface, SNMP, Modbus TCP/IP, Bacnet,

SMTP, NTP support.

29
Precision Controlled Air Conditioning
CoolAer Inrow Indoor Unit / FC52X

• It provides 52kW cooling capacity in 42U, 47U 600x1000

or 600x1200 cabinet.

• User-friendly 7” color touchscreen with graphic display

as an option,

• Up to 8 teamwork,

• Co-aging feature,

• It provides maximum efficiency by making Capac-

ity Control with inverter drive technology between

22.5kW and 52kW

• High efficiency at full and part load,

• Optional temperature and humidity control,

• Preventing low blowing temperature in the dehumidi-

fication process with the optional 3-stage 9kW electric

heater support,

• Maximum energy efficiency (EER>3),

• It has been specially developed for cold and hot aisle

closure applications.

• No raised floor required.

• Variable speed fans with hot-swappable EC technol-

ogy,

• Optionally, copper pipe connection possibility from

the top or bottom,

• Option to work according to temperature or pressure

difference,

• Consumption calculation with energy analyzer option,

• While remote control support is provided with Modbus

• RTU in standard products, remote control is offered as

an option with Web Interface, SNMP, Modbus TCP/IP,

Bacnet, SMTP, NTP support.

30
Technical Specifications
CoolAer Inrow Indoor Unit FC10X FC16X FC32X FC52X

Cooling capacity min. max. min. max.. min. max. min. max.
Total Capacity1 kW 5,1 10 5,8 16 11 32,1 22,5 52
Total Capacity1 kW 5,1 10 5,8 16 11 32,1 22,5 52
SHR 1
Toplam Kapasite2 kW 5,5 10,7 6,2 17,1 11,8 34,4 24,1 55,7
Sensible Capacity2 kW 5,5 10,7 6,2 17,1 11,8 34,4 24,1 55,7
SHR 1
Total Capacity3 kW 5,9 11,5 6,7 18,4 12,8 36,8 25,9 59,5
Sensible Capacity3 kW 5,9 11,5 6,7 18,4 12,8 36,8 25,9 59,5
SHR 1
Fan
Fan Type Radial Axial
Fan Total Air Flow m³/h 3500 3500 5000 8850
Total Power Consumption Watt 280 300 660 720
Number of Fans 3 3
External Pressure Drop Pa 20 20
Noise Data
Noise Level dB(A) 55 60 61 63
Air Filter
Filter Model G2
Electric Data
Power Supply V-Ph-Hz 230/1/50-60 G2 230/1/50-60 230/1/50-60
Cooling Data
Refrigerant R410A
Number of Circuits 1
Connecions
Output line
12 12 16 28
Tube connections (ODS Ø)mm
Inlet line (ODS Ø)mm 19 19 22 19
Humidifier
Type Elektrode
Humidifier capacity kg/h 8
Power Input kW 6
Electric Heater
Electric Heater Capacity kW 3 4,5 6 9
Number of Levels 3
Dimensions and Weights
Length mm 300 600
Depth (42U / 47U) mm 1000/1200 1000/1200
Height(42U / 47U) mm 1982/2042 1982/2042
Weight 42U (1000/1200) kg 150 / 160 154/164 158/170 295/310
Weight 47U (1000/1200) kg 159 / 172 163/176 167/180 310/32
23 °C %60
Operating Temperature Range 50 °C %20 RH
RH

31
 Outdoor unit
Technical features
CoolAer Inrow Indoor Unit FC10X FC16X FC32X

Cooling Capacity min. max. min. max. min. max.

Number of Compressors 1
Compressor Power Consumption kW 1,4 2,7 1,6 4,1 2,66 7,9
Fan
Fan Type Axial
Fan Total Flow m³/h 3500 5500 11000
Total Power Consumption kW 0,22 0,57 1,14
Number of Fans 1 2 2
Total EER
Total Consumption kW 3,3 5,1 9,71
EER 3,16 3,25 3,3
Connections
Output line(ODS Ø)mm 12 12 16
Connection Tube
Inlet line(ODS Ø)mm 19 19 22
Electric Connections
Power Supply V-Ph~Hz 380/3/50-60
Noise Data
Noise Data dB(A) 54 61 64
Dimensions and Weight
Length mm 1081 1084 1163
Depth mm 387 405 430
Height mm 729 1135 1541
Weight kg 115 150 188
Operating Temperature Range -20°C + 50°C

32
Outdoor unit
Technical Features
CoolAer Inrow indoor Unit FC52X

Fan
Fan Type Axial
Fan Total Flow m³/h 16500
Total Power Consumption kW 1,7
Number of Fans 3
Connections
Output line(ODS Ø)mm 28
Tube Connections
Inlet line(ODS Ø)mm 19
Electrical Connections
Power Supply V-Ph~Hz 380/3/50-60
Noise Data
Sound power dB(A) 68
Dimensions and Weight
Length mm 1400
Depth mm 310
Height mm 1800
Weight kg 170
Operating Temperature Range -20°C + 50°C

33
 Cooling Performance graphic TABLE
FC10X
Ambient Temperature
10X Cooling Capacity kW Air Return
10X
35 °C 40 °C 45 °C 50 °C
Temperature

Cooling Capacity (kW)

10X
10X 26 7,2 6,7 6,1 5,6
35 C 40 C 45 C 50 C
28 35 C7,7 40 C7,2 45 C 6,6 50 C 6
26 7,2 6,7 6,1 5,6
26 7,2 6,7 6,1 5,6
28 30 35 8,3
7,7C 40
7,2C7,8 45
6,6C 7,1 506C 6,5
28 35
7,7C 40
7,2C 45
6,6C 506C
26 7,2 6,7 6,1 5,6
Return Air 30
26 32 8,3 9
7,2 7,8 8,4
6,7 7,1 7,7
6,1 6,5
5,6 7
30
28 8,3
7,7 7,8
7,2 7,1
6,6 6,5
6
32
Temperature °C 28 34 9 9,6
7,7 8,4 9
7,2 7,7 8,3
6,6 7
6 7,6
32
30 9
8,3 8,4
7,8 7,7
7,1 7
6,5
34
30 9,6
8,3 9
7,8 8,3
7,1 7,6
6,5
34
32 36 9,6
9 10,3 9 9,7
8,4 8,3
7,7 8,9 7,6
7 7,9
36
32 10,3
9 9,7
8,4 8,9
7,7 7,9
7
36
34 10,3
9,6 11 9,7
9 10,3 8,9
8,3 7,9
7,6
38
34 38 11
9,6 10,3
9 9,5 9,5
8,3 8,5
7,6 8,5
38
36 11
10,3 10,3
9,7 9,5
8,9 8,5
7,9
40
36 40 11,9
10,311,9 11,1
9,7 10,2
8,9 9,4
7,9 Outside Temperature (°C)
40
38 11,9
11 11,111,1
10,3 10,2
9,5
10,2 9,4
8,5
9,4
38 11 10,3 9,5 8,5
40 11,9 11,1 10,2 9,4
40 11,9 11,1 10,2 9,4

FC16X
16X Air Return
16X Ambient Temperature
Cooling Capacity kW Temperature

Cooling Capacity (kW)

16X 35 °C 40 °C 45 °C 50 °C
16X
26 35 11,6
C 40 C
10,7 45 C 9,9 50 C 9
35 C 40 C 45 C 50 C
26 11,6 10,7 9,9 9
26 28 11,6
12,6 10,7
11,6 9,9 10,7 9 9,7
28 35 C
12,6 40 C
11,6 45 C
10,7 50
9,7C
28 35 C
12,6 40 C
11,6 45 C
10,7 50
9,7C
26 30 11,6
13,4 10,7
12,5 9,9 11,5 9 10,4
30
26 13,4
11,6 12,5
10,7 11,5
9,9 10,4
9
30
28 13,4
12,6 12,5
11,6 11,5
10,7 10,4
9,7
Return Air 32
28 32 14,4
12,6
14,4 13,4
11,6
13,4 12,412,4
10,7 11,3
9,7 11,3
32
30 14,4
13,4 13,4
12,5 12,4
11,5 11,3
10,4
34
Temperature °C 30 15,5
13,4 14,4
12,5 13,3
11,5 12,2
10,4
34
32 34 15,5
15,5
14,4 14,4
14,4
13,4 13,313,3
12,4 12,2 12,2
11,3
36
32 16,5
14,4 15,5
13,4 14,4
12,4 13,2
11,3
36
34 16,5
15,5 15,5
14,4 14,4
13,3 13,2
12,2
38 36 16,5
17,8 15,5
16,7 15,414,4 14,1 13,2
34
38 15,5
17,8 14,4
16,7 13,3
15,4 12,2
14,1
36
40
36 38
16,5
1917,8
16,5
15,5
16,7
17,8
15,5
14,4
16,515,4
14,4
13,2
15 14,1
13,2
Outside Temperature (°C)
40
38 19
17,8 17,8
16,7 16,5
15,4 15
14,1
38 40 17,819 16,7
17,8 15,416,5 14,1 15
40 19 17,8 16,5 15
40 19 17,8 16,5 15

C32X
C32X FC32X
C32X Ambient Temperature
C32X Cooling Capacity kW Air Return
Cooling Capacity (kW)

35 C
35 °C 40 40
C °C 45 °C
45 C 50 C50 °C
35 C 40 C 45 C 50 C Temperature
26 22,4 20,3 18 15,6
26 26 22,4
22,4 20,320,3 18 18 15,6 15,6
28 35
24,3C 40 C
22,1 45 C
19,7 50 C
17,2
28 35
24,3C 40 C
22,1 45 C
19,7 50 C
17,2
26 28 24,3
22,4 20,322,1 18 19,7 15,6 17,2
30
26 26,3
22,4 24
20,3 21,6
18 18,9
15,6
30
28 26,3
24,3 24
22,1 21,6
19,721,6 18,9
17,2 18,9
32
28 30 26,3
28,5
24,3 26,124
22,1 23,4
19,7 20,7
17,2
32
30 28,5
26,3 26,1
24 23,4
21,6 20,7
18,9
Return Air 34
30 32 30,5
26,3
28,5 28,2
2426,1 25,723,4
21,6 23,2 20,7
18,9
34
32 30,5
28,5 28,2
26,1 25,7
23,4 23,2
20,7
36
Temperature °C 32 32,9
28,5 30,4
26,1 27,8
23,4 25,2
20,7
36
34 34 32,9
30,5
30,5 30,4
28,228,2 27,825,7
25,7 25,2 23,2
23,2
38
34 35,3
30,5 32,8
28,2 30,2
25,7 27,2
23,2
38
36 35,3
32,9 32,8
30,4 30,2
27,8 27,2
25,2
40
36 36 32,9
37,8
32,9 35,2
30,430,4 32,127,8
27,8 29,5 25,2
25,2
40
38 37,8
35,3 35,2
32,8 32,1
30,2 29,5
27,2
38 38 35,3
35,3 32,832,8 30,230,2 27,2 27,2 Outside Temperature (°C)
40 37,8 35,2 32,1 29,5
40 40 37,8
37,8 35,235,2 32,132,1 29,5 29,5

C52X
C52X
FC52X
C52X
C52X Ambient Temperature
Cooling Capacity kW 35 C 40 C 45 C 50 C Air Return
35
35 C
°C 40 40
C °C 45 C45 °C 50 C50 °C
26 37,8 35,2 32,4 29,5 Temperature
26 37,8 35,2 32,4 29,5
Cooling Capacity (kW)

28 26 35 C
37,8
40,7 40 C
37,935,2 45 C32,4
34,8 50 C29,5
31,7
28 35
40,7C 40 C
37,9 45 C
34,8 50 C
31,7
26 37,8 35,2 32,4 29,5
30
26 28 43,6
37,8
40,7 40,7
35,237,9 37,4
32,434,8 34,2 31,7
29,5
30
28 43,6
40,7 40,7
37,9 37,4
34,8 34,2
31,7
32
28 46,9
40,7 43,7
37,9 40,3
34,8 36,8
31,7
32
30 30 46,9
43,6
43,6 43,7
40,740,7 40,337,4
37,4 36,8 34,2
34,2
34
30 50,2
43,6 46,9
40,7 43,3
37,4 39,5
34,2
34
32 50,2
46,9 46,9
43,7 43,3
40,340,3 39,5
36,8
Return Air 36 32 46,9
53,8 50,343,7 46,4 42,3 36,8
32
36 46,9
53,8 43,7
50,3 40,3
46,4 36,8
42,3
Temperature °C 34
38
34 34
50,2
50,2
57,5
50,2
46,9
53,7
46,946,9
43,3
49,743,3
43,3
39,5
45,5 39,5
39,5
38
36 57,5
53,8 53,7
50,3 49,7
46,4 45,5
42,3
40
36 36 61,3
53,8
53,8 57,4
50,350,3 53,246,4
46,4 48,8 42,3
42,3
40
38 61,3
57,5 57,4
53,7 53,2
49,7 48,8
45,5
38 57,5 53,7 49,7 45,5
40 38 57,5
61,3 57,453,7 53,249,7 48,8 45,5
40 61,3 57,4 53,2 48,8
40 61,3 57,4 53,2 48,8 Outside Temperature (°C)

34
INROW COOL ER
PRODUCT FEATURES
High Performance

Compact Design

EC Fan Technology

Easy Maintenance Precision Temperature

Control

High Energy Saving Environmentally

Friendly

Modular Structure

Intelligent
Control Mechanism

35
 OPTIONAL
PRODUCTS

7” Color
Touch Screen

Humidifier Drying

OPTION

Electric Heater
Energy Analyser

Remote Access

36
Indirect
Adiabatic
Cooling
Systems
 CAN-IAC
CAN-IAC

Adiabatic
Cooling Capacity
(up to 50-250 kW)
 EC

ADIABATIC EC FAN

Adiabatic basically means cooling by humidifying the air. The humidified air cools down and the desired area is cooled without using
energy. Basically, the most efficient system is Adiabatic devices, since cooling is done without the use of electricity. If 100% fresh air taken
from outside or, if desired, mixed air (free cooling) is insufficient to cool the environment, this air is humidified with a special spraying
system and thus cooling is done using very little electricity. The efficiency ratio (EER value) of adiabatic devices is over 30 and is 10 times
more efficient than existing systems.

• Special design and high efficiency adiabatic cooling Performance, hydrophilic adiabatic heat exchanger,
• Frost protection feature,
• Working down to -25 ° C,
• Tank system and water saving feature,
• Under normal conditions, fresh air fans save energy by working only at the rate needed to provide the total cooling capacity.
• In the worst case, fresh air fans can run at half the capacity of data center fans, capturing full cooling capacity. In this way, ener-
gy savings are achieved.
• Water hardness value measurement and drainage of water with high hardness value,
• Monoblock design,
• No screws are used on the device covers and easy access from each cover for service,
• Depending on the outside temperature and humidity, using the nozzle feed water only as needed and saving water,
• The energy efficiency rate can reach over 30. (EER> 30)
• PUE <1.05 energy saving can be achieved with high efficiency.
• Teamwork compatibility and the ability to work independently from each other,
• Ability to work according to the principle of pressure and temperature difference,

Counterflow Heat Exchanger

Within the CAN-IAC device, cooling takes place in a double plate counter flow heat exchanger with high energy efficiency.
Proprietary plates made of polypropylene material are used in the heat exchanger. Inside these plates are channels through which
primary air flow is provided. The primary airflow can be ambient air, recycled air, or a combination of the two. (Primary air: air return)

Benefits of Heat Exchanger

• Using polypropylene material counter flow heat exchanger, • Saving fan power
• 100% corrosion protection • It is always hygienic and there are no bacterial problems.
• Better heat transfer than all other IEC heat exchangers • Minimizing moving parts
• High evaporation rate thanks to the hydrophilic layer, • It has been certified by Dutch TNO and German VDI 6022.
• Less water use for adiabatic cooling • Compliance with European standards
• Most efficient adiabatic cooling by evaporation directly on • Long lasting and more efficient
the plates
• Cooling 100% of data center air using only 50% of outdoor air
compared to indoor

39
The surroundings of the heat exchangers are covered with hydrophilic material in order to increase the water retention and evaporation
amount, that is, the cooling capacity. Outdoor air, which is secondary air, passes through these channels by holding onto hydrophilic
surfaces.

CAN-IAC devices are designed appropriately in order to provide the desired capacity according to the temperature and pressure
principle with the help of the controller without mixing the air in the heat exchanger.

Thanks to this Performance profile, CAN-IAC cooling systems comply with the new environmental standards set for data centers, the
recommended maximum supply air temperature according to these standards is 27 °C, and outdoor air wet bulb temperature drops
below 22 °C (dry bulb 35-40 °C in temperate climates) should reach the total cooling capacity without using DX.

Data center operators can reduce operating costs by

saving up to 80% of the required energy. This is true for all
temperate and cold climates in the world. The two
crossed lines, wet-bulb 21°C (WB 21°C) and wet-bulb 12°C
(WB 12°C), represent the estimated points of the
operating ranges of the IAC device. The WB12 line shows
the transition from freecooling to adiabatic cooling, while Wet Bulb Temperature
ADIABATIC
the WB 21 line shows the transition from adiabatic to DX +DX

cooling.
Wet Bulb Temperature
For example, when we consider that the supply air is 25³C ADIABATIC

below the WB 21 line, you can only reach the desired COOLING

maximum capacity with adiabatic and freecooling FREE

COOLING
cooling.
It can be seen that when CAN-IAC is used, there is no need
for dx cooling in temperate climates (eg Europe).
This means less operating costs, less installation costs and,
most importantly, lower consumption of both energy and
water.

Roof Configuration
Outdoor air enters from the upper left part of the device, passes
through the heat exchanger and exits from the upper floor of the
right-hand side of the device. The hot air returning from the room
enters from the lower right part of the device, passes through the
heat exchanger in a straight line and is returned to the room from
the lower left part of the device.

Wall Configuration
Outdoor air enters from the top of the device, passes through the
plate heat exchanger and exits from the upper floor of the left side
of the device.
The hot air returning from the IT room enters from the upper right
part of the device and is sent back to the data center as cold after
passing down the plate heat exchanger.

It complies with Green IT and energy saving requirements.

40
Energy Efficient Working Modes
1- Freecooling Mode (DRY-WET) Mode ( up to -25°C ~ 8°C)
CAN-IAC devices do not need adiabatic cooling and dx cooling
in freecooling mode. By utilizing the coldness of the outside air, the
hot air in the datacenter room can be cooled. Specially produced Fresh
Air Outlet Fresh
Air Inlet

adiabatic heat exchangers, which are the heart of the system, are
used only for heat conduction in freecooling mode. The hot
datacenter air is cooled by the coldness of the outside air and the
-----►
-----
o

heat conduction in the adiabatic exchanger with the help of fans.

Data Center Return Air Temperature Data Center Inlet Temperature

2- Adiabatic Cooling (DRY-WET) Mode (down to -9°C ~ 35°C)

Adiabatic cooling mode is the cooling mode with the highest
cooling efficiency depending on the outside temperature and
humidity. If the outside temperature is suitable and the humidity is
low, EER degrees above 30 can be seen. Cooling is carried out by Fresh
Air Outlet Fresh

the aqueous process. Only the energy consumption of the fans is Air Inlet

calculated. Since the fresh air fan, which we call the process fan,
will work proportionally according to the need, savings are also -----►
-----
provided here. o

Data Center Return Air Temperature Data Center Inlet Temperature

Due to the design structure of Can-IAC devices, fresh air flow is

used in adiabatic mode and maximum 50% of the data center air
flow is used in rising outside air temperatures and can meet the
need in this way. Thus, energy savings are also achieved on the
fresh air side.

3- Adiabatic cooling mode combined with DX

cooling (up to 30°C ~ 45°C)
Dx cooling mode is activated when the adiabatic mode is
Fresh
insufficient. Also, when there is a water cut (no mains water alarm Air Outlet
Fresh
Air Inlet

is given), dx mode is activated because the cooling must continue.

It is activated to supplement the maximum load that cannot be
-----►
-----
met by adiabatic cooling in outdoor environments where the
outside temperature is too high or the humidity is high.
Data Center Return Air Temperature Data Center Inlet Temperature

41
Control and Tracking
To cool IT systems efficiently and reliably, cooling equipment and
controls must work in strict harmony with each other. Therefore, we
carried out the Research and Development process of our control
mechanism as CoolAer under our own roof, so that we can
constantly update our hardware and software to ensure the
reliability of all applications and the efficiency of IT system cooling
at the highest standards.

Data Center Cooling Control Principle and Communication

• A data center can be cooled by multiple CAN-IACs in team- • Preservation of parameters during software update
work or independently. • Modbus RTU, CAN BUS embedded protocols (Modbus data
• Cooling continues 24/7, continuously. point list editable)
• Independent operation is guaranteed by controlling each • Freely configurable digital alarm inputs
device separately. • Integrated data logger
• The system is controlled using the unique sensors of each de- • Communication bus with internal Modbus component
vice, no sensors are shared, and there is no physical connec- • Supported BMS protocols: BACnet IP,
tion between device controls. • BACnet MS/TP, Modbus TCP and LonWorks
• The set points can be changed by the authorized engineer.
• Features Performance and data visualization by the data
center operator.

42
ADIABATIC
PRODUCT SPECIFICATIONS

High Performance

Compact Design
EC Fan Technology

Ease of Maintenance High Technology

High Energy Saving Precise

Temperature Control

Modular Structure
Eco-Friendly

Smart Control Mechanism

Screwless Design
High Water Savings

43
 CAN-IAC100 CAN-IAC200

CAN-IAC
Operating
°C 36-22 36-24 37-25 40-25 42-27
Temperatures
DT K 14 12 12 15 15
Air Flow m3/h 7.000 10.500 12.500 12.500 15.500
Cooling Capacity

Adiabatic Cooling
kW 30 41 50 60 75
“CAN-IAC50

Capacity
30-75 kW”

Static Pressure Pa 146/156 219/250 262/309 265/311 330/407

Water Consumption kg/h 52,9 74,9 89,4 99,2 124
Dx Cooling kW 0% - 100% max. 50 - -
Dimensions (WxHxL) cm 200x280x500
Air Flow m3/h 14.000 21.000 25.300 25.300 28.000
Cooling Capacity

Adiabatic Cooling
kw 60 80 100 120 140
“CAN-IAC100

Capacity
60-150 kW”

Pressure Drop Pa 146/156 219/250 262/309 265/311 330/407

Water Consumption kg/h 106 150 180 188 254
Dx Cooling kW 0% - 80% max 80 - -
Dimensions (WxHxL) cm 400x280x500
Air Flow m3/h 19.000 29.800 37.300 39.800 43.800
Cooling Capacity

Adiabatic Cooling
kw 90 120 150 200 220
“CAN-IAC150

Capacity
90-220 kW”

Pressure Drop Pa 146/156 219/250 262/309 265/311 330/407

Water Consumption kg/h 125 181 231 286 327
Dx Cooling kW 0% - 80% max 120 - -
Dimensions (WxHxL) cm 570x385x350
Air Flow m3/h 29.000 42.500 51.000 51.000 55.000
Cooling Capacity

Adiabatic Cooling
kW 120 160 200 240 280
“CAN-IAC200

Capacity
120-300 kW”

Pressure Drop Pa 146/156 219/250 262/309 265/311 330/407

Water Consumption kg/h 210 274 341 380 403
Dx Cooling kW 0% - 80% max 160 - -
Dimensions (WxHxL) cm 710x385x350
Air Flow m3/h 36.000 50.000 63.500 63.500 65.000
Adiabatic Cooling
kW 150 200 250 300 340
“CAN-IAC250

Capacity
150-375 kw”

Pressure Drop Pa 146/156 219/250 262/309 265/311 277/329

Water Consumption kg/h 263 343 389 421 489
Dx Cooling kW 0% - 80% max 200 - -
Dimensions (WxHxL) cm 850x385x350

44
COOLING
SYSTEMS
 CAW
CAW
CWW
CWW
Air Cooled Chiller (CAW)
Water Cooled Chiller (CWW)
Cooling Capacity (up to 25-1875 kW)
AIR
AIR COOLED
COOLED
WATER
WATER CHILLER
CHILLER
Air Cooled Chiller
Cooling Capacity (up to 25-1300 kW)
Air Cooled Chiller
CoolAer air and water cooled chillers serve the industrial, IT and
comfort ventilation sectors with its high efficiency product range.
CoolAer water chillers use non-flammable fluids such as R410A,
R134A, which do not harm the structures they are in contact with,
and have high evaporation enthalpy. Compared to traditional
coolers that are harmful to the ozone layer by rapidly increasing
the concentration in the atmosphere, the new generation
refrigerants used by CoolAer water chillers are more sensitive to
the
environment. CoolAer water chillers are designed to operate
outdoors and to give the cold water outlet temperatures in the
capacity table. Complementary electronic components used in
the cabinet according to the IP54 protection class are fully
protected against solid objects and water splashes from all angles.

CoolAer Air Cooled Chiller (CAW) Standard Features

• High energy efficiency thanks to the gradual Capacity Con-
trol (25% - 100%) in the screw compressor chiller • Winter work kit,
• Over temperature, current, pressure protection • Soft starter
• Overcurrent protection with built-in thermal protection and • Flow switch
low speed axial fan. • PLC
• Shell & Tube or brazed plate heat exchanger. • Touch screen
• Electronic Expansion Valve • Master/slave mode up to 4 modules
• High and low pressure gauge, • Modbus RTU
• 2 different low pressure protection, • Modbus TCP
• Frost protection sensor, • BACnet MS/TP
• Reading the superheat value from the touch screen, • BACnet IP
• Reading the low pressure value from the touch screen, • CAN-bus
• Vibration absorbing feet • Built-in web server

Energy Efficient Chiller

CoolAer chillers increase energy efficiency with optional features such as heat recovery, free cooling and adiabatic mode. CoolAer
chillers are highly preferred due to the high comfort they provide, flexible application possibilities, and convenience during the project
and operation phases.

48
Low Noise
CoolAer chillers are also available in low noise options.
Compressors, fans and pumps are the only sources of noise.
Compressors in chillers can be optionally soundproofed. Our
products in this option work very quietly thanks to sound insulation.

Compressor
Scroll, inverter-scroll, screw and screw-inverter compressors used in
CoolAer chiller products offer higher efficiency compared to
devices in the same segment working with highly efficient and
environmentally friendly refrigerant. Scroll compressors are
connected to double circuit, tandem (double) or Trio (triple)
connection according to capacity. The use of tandem and trio
connection ensures very high efficiency at part load. In screw
Trio
compressors, on the other hand, it provides high efficiency by
working gradually 25%, 50%, 75%, 100% or proportionally.

Tandem
Low Speed Fans
Low-speed fans are used in CoolAer air-cooled chillers. The use of low speed fan reduces Noise Level and energy consumption. In the
winter kit, a fan driver is integrated into the standard product and the fan speed is controlled for winter conditions and the system works
smoothly.

Energy Saving with EC-Fans (Optional)

High efficiency EC Fans reduce both Noise Level and energy
consumption and provide variable airflow at partial loads.
Compared to traditional EC-Fans, operating costs are reduced by
15%, compared to plug-in fans by 25%. Even with remote
condenser fans, the Noise Level is reduced by 10% when using EC
technology, while energy consumption is reduced by as much as
45% compared to conventional condensers using AC technology.

49
Brazed Plate Heat Exchanger
Brazed plate heat exchangers consist of a combination of stainless
steel plate and copper solder. The brazed plate heat exchanger is
covered with special thermal insulation to minimize the heat
transfer between the heat exchanger and the environment.
Insulation is made of polypropylene in cooling works and
polyurethane in heating works. Thanks to this feature, the heat
exchanger does not cause any emissions and does not consume
any energy.

Pipe Type (Shell and Tube)

The shell&tube evaporator consists of a copper tube and a steel
outer sheath. In addition, the evaporator has two separate refrig-
erant circuits and a chilled Water Circuit tuned to the reverse flow
principle. It consists of two separate structures operating accord-
ing to the counter current principle, the evaporator, the cooler
and the cold Water Circuit.

Condenser
With the condenser V geometry design, turbulences in the air flow
are reduced and both refrigerant circuits are balanced. W type
double condenser is generally preferred in Free Cooling structures.
The air is cooled as it returns from the second condenser and the
condenser reaches maximum efficiency.

Adiabatic Mode Layers

When the outside temperature is high, the adiabatic cooling system

integrated with the mechanical (compressor) cooling module; It
Outdoor
sprays water intermittently from special nozzles on the specially Air
constructed, non-metallic mesh placed at the air inlet of the
condenser coils. The water evaporating on the mesh creates an
adiabatic cooling effect, lowering the temperature of the air entering
the condenser. Thus, as the device operates with lower condensation Wings Cold Blow
(Supply) Air
pressure, energy consumption decreases and cooling capacity
increases.

Thickness

50
Heat Recovery Mode
Heat recovery systems are the most effective air conditioning systems against increasing energy costs today. These systems, which clean
the air inside with low costs, recover the lost energy by providing heat transfer between the fresh air and the exhaust air outside. Thus, it
increases the efficiency rate by increasing the work potential of the energy, in other words, the exergy input. Heat recovery devices,
which can meet the required fresh air need by saving energy, are used for 12 months in summer, winter and transition seasons. It also
makes a serious contribution to the business economy.

Hot Water
System

3-Way Proportional
(Modulating)
Control Valve

Heat Recovery
Condenser
Off Off

Air Cooled
Condenser

Expansion
Equipment

Vaporizer

Compressor

Cold Water
System

Free Cooling Mode (Optional) DX-Mode

Compressor Operation
At high outdoor temperatures, the cooled Water Flow to the Free
Cooler is blocked. All the cooling capacity is provided with the
help of the compressor.

Mixed Mode
In cases where the outdoor temperature is lower than the water
inlet temperature, the cooling capacity is partially provided by the
Free Cooling exchanger. The remaining cooling capacity is
provided by the compressor circuit.

Free Cooling
Depending on the water and outdoor temperature, the cooling
water is only cooled with the help of outdoor heat and only the
fans of the cooler are operating. In this way, energy consumption
is greatly reduced and operating costs are minimized.

51
Air Cooled Water Chiller Group
PRODUCT SPECIFICATIONS

High Performance

Compact Design
EC Fan Technology

Ease of Maintenance High Technology

High Energy Saving Precise Temperature

Control

Modular Structure
Eco-Friendly

Smart Control Mechanism

Screwless Design
High Water Savings

52
OPTIONAL
PRODUCTS

7” Color
Touch Screen

OPTION

Remote Access Energy Analyzer

53
Scroll Hermetic Compressor
Scroll hermetic compressors provide sealing between the precision-worked and high-speed
rotating spiral structures, one of which is stationary and the other moving, with the oil absorbed
together with refrigerant. Since the system capacity is a function of the scroll rotor speed and
volume, it is classified as a positive displacement compressor. Scroll compressors have higher
isentropic efficiency when the pressure ratio is between 2 and 4. It is preferred at high
evaporation temperatures.

• Compact and robust design

• Scroll compressor with high EER
• Maximum reliability
• Low energy consumption with constant com-
pression ratio
• Low sound level

Scroll hermetıc compressor

Model CAW 14S CAW 23S CAW 27S CAW 32S CAW 40S CAW 55S CAW 65S CAW 80S CAW105S CAW130S
Power Supply V/ph/Hz 380/3/50
Performance
Cooling Capacity ¹ kW 13,2 22,5 26,2 31,5 39,5 53,65 64,7 79,3 104,2 129,4
Power consumption kW 4,306 6,766 7,836 9,106 12,42 16,34 19,52 26,84 32,51 43,66
EER 3,07 3,33 3,34 3,46 3,18 3,28 3,31 2,95 3,21 2,96
Capacity Control On/Off
Minimum Capacity % 100 50
Refrigerant
Type R 410A
Control Thermostatic Expansion Valve Electronic Expansion Valve
Circuit N° 1 2
Compressor
Compressor Type Scroll
Number of
N° 1 2
Compressors
Water Cooled Heat Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 2,27 3,87 4,51 5,42 6,79 9,23 11,13 13,64 17,92 22,26
Water Pressure Loss kPa 34 32 36 35 41 39 36 50 43 47
Air Cooled Heat Exchanger
Heat Exchanger Type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 2 4
Air Flow m³/h 9400 10450 11000 16500 24000 36000 72000
Operation Range
Water Circuit °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Threaded Pipe
Pipe Diameter inç 1 ¼" 1½" 2" 2" 2" 2½" 2½" 2½" 3" 3"
Noise Level
Sound Pressure Level dBA 79 79 79 80 81 81 81 82 83 83
Weight and Size

Weight kg 136 223 262 310 388 534 631 776 1019 1261

Width mm 1084 1163 1163 1163 1200 1200 1805 1805 1805 2300
Depth mm 405 430 430 430 1750 1750 2296 2296 2296 2200
Height mm 1135 1550 1550 1550 1670 1670 2160 2160 2196 2400

54
Scroll hermetıc compressor
Model CAW160S CAW210S CAW240S CAW315S CAW390S CAW420S CAW480S CAW525S CAW630S
Power Supply V/ph/Hz 380/3/50
Performance
Cooling Capacity ¹ kW 159,5 208,4 239,25 312,6 388,2 416,8 478,5 521 625,2
Power consumption kW 53,22 65,02 79,83 97,53 130,1 130,04 159,66 162,55 195,06
EER 3,00 3,21 3,00 3,21 2,98 3,21 3,00 3,21 3,21
Capacity Control On/Off
Minimum Capacity % 50 50 33 33 17 25 17 20 17
Refrigerant
Type R 410A
Control Electronic Expansion Valve
Circuit N° 2
Compressor
Compressor Type Scroll
Number of Compressors N° 2 2 3 3 6 4 6 5 6
Water Cooled Heat Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 27,43 35,84 41,15 53,77 66,77 71,69 82,30 89,61 107,53
Water Pressure Loss kPa 43 50 47 45 50 47 48 48 48
Air Cooled Heat Exchanger
Heat Exchanger Type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 4 4 6 6 8 8 12 10 12
Air Flow m³/h 72000 108000 144000 216000 180000 216000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Flanged
Pipe Diameter inç 4" 4" 4" 5" 5" 5" 6" 6" 6"
Noise Level
Sound Pressure Level dBA 85 85 86 87 87 87 89 89 89
Weight and Size
Weight kg 1552 2037 2328 2418 3042 3276 3216 3518 4154
Width mm 2300 2300 3300 3300 4300 4300 5300 5300 6300
Depth mm 2200 2200 2200 2200 2200 2200 2200 2200 2200
Height mm 2400 2400 2400 2400 2400 2400 2400 2400 2400

1 Cooling performance is calculated at 12/7°C water inlet/outlet temperature and 35 °C outdoor temperature.

55
Inverter Scroll Compressor
It controls the capacity by reducing the engine speed with the inverter drive. Although
the Capacity Control range varies according to the capacity, it can be reduced to 20%
in a single compressor.

• Compact and robust design

• High efficiency DC Inverter compressor
• Maximum reliability
• Proportional Capacity Control between 25% - 100%
• Low sound level

Inverter Scroll Compressor

CAW CAW CAW CAW CAW CAW CAW CAW CAW CAW CAW CAW
Model
14D 23D 27D 32D 45D 55D 65D 75D 90D 110D 130D 150D
Power supply V/ph/Hz 380/3/50
Performance
Cooling Capacity ¹ kW 13,2 22,5 26,2 31,5 45 55 65 75 90 110 130 150
Power Consumption kW 4,54 7,35 8,44 10,11 14,32 18,22 20,35 25,1 30,58 37,58 41,36 47,9
EER 2,91 3,06 3,10 3,12 3,14 3,02 3,19 2,99 2,94 2,93 3,14 3,13
Capacity Control With control Inverter ( %25 ~ %100 )
Refrigerant
Type R 410A
Control Electronic Expansion Valve
Circuit N° 1 2
Compressor
Compressor Type Scroll - Inverter
Number of
N° 1 2
Compressors
Water Cooled Heat Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 2,27 3,87 4,51 5,42 7,74 9,46 11,18 12,90 15,48 18,92 22,36 25,80
Water Pressure Loss kPa 32 34 35 36 37 39 39 42 44 43 46 48
Air Cooled Heat Exchanger
Heat Exchanger Type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 2 4
Air Flow m³/h 9400 10450 11000 16500 24000 36000 72000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Threaded Flanged
Pipe Diameter inç 1 1/4" 1 1/2" 2" 2" 2 1/2" 2 1/2" 2 1/2" 2 1/2" 3" 3" 3" 4"
Noise Level
Noise Level dBA 79 79 79 81 81 83 83 85 87 87 89 89
Weight and Size
Weight kg 265 310 323 405 512 631 724 755 842 910 995 1047
Width mm 1084 1163 1163 1163 1200 1200 1805 1805 1805 1300 2300 2300
Depth mm 405 430 430 430 1750 1750 2296 2296 2296 2200 2200 2200
Height mm 1135 1550 1550 1550 1670 1670 2160 2160 2196 2400 2400 2400

1 Cooling performance is calculated at 12/7 °C water inlet/outlet temperature and 35°C outdoor temperature.

56
Screw Compressor
Since the screw compressor is cooled by the oil it has, the temperature of its working rotors
never reaches extremely high temperatures. Screw compressors can work continuously
due to these features. Screw type compressor is manufactured as air and water cooled.
Screw compressors are used all over the world as the latest product of today’s technology.
Screw compressors, which do not need spring and suspension, operate at high rotational
speeds. Vibration wedges are used to isolate high frequency vibrations. The only downside
is that it is more expensive than reciprocating compressors.

• Screw compressors, which have a modern design, are designed to operate more quietly than reciprocating compres-
sors of the same power.
• It is more efficient than reciprocating compressors.
• It can be increased to flow rates that are difficult to reach with screw compressors.
• It has a long-lasting working principle if it is properly maintained.

Screw Compressor
CAW CAW CAW CAW CAW CAW CAW CAW CAW CAW CAW CAW CAW
Model
75W 105W 140W 165W 200W 235W 295W 350W 405W 465W 530W 570W 625W
Power supply V/ph/Hz 380/3/50
Performance
Cooling Capacity ¹ kW 73,3 103,5 140,2 162,8 196,9 232 291 346 403 463 526 567 620
Power Consumption kW 24,1 33,44 45,9 51 61,48 68,88 89,3 106,96 118,76 138,5 154,3 175 188
EER 3,04 3,10 3,05 3,19 3,20 3,37 3,26 3,23 3,39 3,34 3,41 3,24 3,30
Capacity Control 4 step (%25 - %50 - %75 - %100)
Refrigerant
Type R 134A
Control Electronic Expansion Valve
Circuit N° 1
Compressor
Compressor Type Screw
Number of
N° 1
Compressors
Water Cooled Heat Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 12,61 17,80 24,11 28,00 33,87 39,90 50,05 59,51 69,32 79,64 90,47 97,52 106,64
Water Pressure Loss kPa 40 42 46 43 45 49 47 48 46 46 45 50 48
Air Cooled Heat Exchanger
Heat Exchanger Type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 2 2 4 4 4 4 6 8 8 10 10 10 12
Air Flow m³/h 25000 36000 42000 50000 72000 72000 90000 100000 100000 144000 144000 162000 180000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Threaded Flanged
Pipe Diameter inç 2 1/2" 3" 4" 4" 4" 4" 5" 5" 5" 5" 6" 6" 6"
Noise Level
Noise Level dBA 88 90 90 92 92 93 95 95 96 97 98 99 100
Weight and Size
Weight kg 1685 1724 1796 1894 2103 2166 2923 3051 3127 4061 4298 4349 4458
Width mm 1300 1300 2300 2300 2300 2300 3300 4300 4300 5300 5300 6300 6300
Depth mm 2200 2200 2200 2200 2200 2200 2200 2200 2200 2200 2200 2200 2200
Height mm 2400 2400 2400 2400 2400 2400 2400 2400 2400 2400 2400 2400 2400

1 Cooling performance calculated at water inlet/outlet temperature 12/7°C, outdoor temperature 35 °C.

57
 Double Screw Compressor
Model CAW 210W CAW 280W CAW 330W CAW 370W CAW 395W CAW 470W CAW 515W
Power supply V/ph/Hz 380/3/50

Performance
Cooling Capacity ¹ kW 207 280,4 325,6 370,8 393,8 464 512
Power Consumption kW 66,88 88,92 99,52 115,36 122,96 141,2 156,6
EER 3,10 3,15 3,27 3,21 3,20 3,29 3,27
Capacity Control 4 level (%25 - %50 - %75 - %100)
Refrigerant
Type R 134A
Control Electronic Expansion Valve
Circuit N° 2
Compressor
Compressor Type Screw
Number of
N° 2
Compressors
Water Cooled Heat Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 35,604 48,2288 56,0032 63,7776 67,7336 79,808 88,064
Water Pressure Loss kPa 50 49 49 49 41 42 48
Air Cooled Heat Exchanger
Heat Exchanger Type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 4 6 6 8 8 10 10
Air Flow m³/h 72000 108000 144000 180000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Flanged connection
Pipe Diameter inç 4" 5" 5" 5" 5" 5" 6"
Noise Level
Noise Level dBA 90 92 92 93 93 93 94
Weight and Size
Weight kg 3150 3538 3558 3670 3796 4563 4753
Width mm 2300 3300 3300 4300 4300 5300 5300
Depth mm 2200
Height mm 2400

1 Cooling performance is calculated at 12/7°C water inlet/outlet temperature and 35°C outdoor temperature.

58
Double Screw Compressor
Model CAW 585W CAW 700W CAW 810W CAW 930W CAW1060W CAW1150W CAW1250W
V/ph/
Power supply 380/3/50
Hz
Performance
Cooling Capacity ¹ kW 582 692 806 926 1052 1134 1240
Power Consumption kW 179,44 210,48 237,52 277 308,6 351,84 378,68
EER 3,24 3,29 3,39 3,34 3,41 3,22 3,27
Capacity Control 4 level (%25 - %50 - %75 - %100)
Refrigerant
Type R 134A
Control Electronic Expansion Valve
Circuit N° 2
Compressor
Compressor Type Screw
Number of
N° 2
Compressors
Water Cooled Heat Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 100,104 119,024 138,632 159,272 180,944 195,048 213,28
Water Pressure Loss kPa 50 41 40 48 41 46 43
Air Cooled Heat Exchanger
Heat Exchanger Type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 12 14 16 20 20 22 24
Air Flow m³/h 216000 252000 288000 360000 396000 432000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Flanged connection
Pipe Diameter inç 6" 6" 8" 8" 8" 8" 8"
Noise Level
Noise Level dBA 94 94 95 95 96 96 96
Weight and Size
Weight kg 5041 6225 6299 6340 7364 7540 7832
Width mm 6300 7300 8300 10300 10300 11300 12300
1Depth
Soğutma performansı, su giriş/çıkış
mmsıcaklığı 12/7°C, dış ortam sıcaklığı 35°C de hesaplanmıştır.
2200
Height mm 2400

59
Inverter – Screw Compressor
• Impressive price performance relationship
• Modern design
• Unprecedented ease of maintenance thanks to a simple and
easily accessible internal structure.
• Easy maintenance advantage and long interval maintnance
times
• Automatic control and safety system
• More efficient separation and longer maintenance hours with
the
• Spin-On separator
• Low energy consumption. Inverter – Screw Compressor
CAW CAW CAW CAW CAW CAW CAW CAW CAW CAW
Model
240WD 300WD 370WD 490WD 590WD 480WD 600WD 740WD 980WD 1180WD
V/ph/
Power supply 380/3/50
Hz
Performance
Cooling Capacity ¹ kW 239 299 370 488 589 478 598 740 976 1178
Power Consumption kW 75,12 93,22 116,76 147,2 180,24 146,8 186,44 233,52 294,4 360,48
EER 3,18 3,21 3,17 3,32 3,27 3,26 3,21 3,17 3,32 3,27
Capacity Control Inverter Controlled ( 25% ~ 100% )
Refrigerant
Type R 134A
Control Electronic Expansion Valve
Circuit N° 1 2
Compressor
Compressor Type Screw-Inverter
Number of
Compressors
N° 1 2

Water Cooled Heat Exchanger

Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 41,11 51,43 63,64 83,94 101,31 82,22 102,86 127,28 167,87 202,62
Water Pressure Loss kPa 40 42 46 43 45 40 42 46 43 45
Air Cooled Heat Exchanger
Heat Exchanger Type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 6 6 8 10 12 10 12 16 20 24
Air Flow m³/h 108000 108000 144000 180000 216000 180000 216000 288000 360000 432000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Flanged Connection
Pipe Diameter inç 4" 5" 5" 6" 6" 6" 6" 6" 8" 8"
Noise Level
Noise Level dBA 90 94 93 95 91 96 96 92 95 94
Weight and Size
Weight kg 2201 2985 3129 4318 4759 3547 4113 5421 6635 7843
Width mm 3300 3300 4300 5300 6300 5300 6300 8300 10300 12300
Depth mm 2200 2200 2200 2200 2200 2200 2200 2200 2200 2200
Height mm 2400 2400 2400 2400 2400 2400 2400 2400 2400 2400

1 Soğutma performansı, su giriş/çıkış sıcaklığı 12/7°C, dış ortam sıcaklığı 35°C de hesaplanmıştır.

60
Scroll Heat Recovery
CAW 14S- CAW 23S- CAW 27S- CAW 32S- CAW 40S- CAW 55S- CAW 65S- CAW 80S- CAW 105S-
Model
HR HR HR HR HR HR HR HR HR

Power source V/ph/Hz 380/3/50

Performance

Cooling Capacity ¹ kW 13,2 22,5 26,2 31,5 39,5 53,65 64,7 79,3 104,2

Power consumption kW 4,306 6,766 7,836 9,106 12,42 16,34 19,52 26,84 32,51

EER 3,07 3,33 3,34 3,46 3,18 3,28 3,31 2,95 3,21

Capacity Control On/Off

Minimum Capacity % 100

Refrigerant

Type R 410A

Control Thermostatic Expansion Valve Electronic Expansion Valve

Circuit N° 1

Compressor

Compressor Type Scroll

Number of Compressors N° 1

Water Cooled Heat Exchanger

Heat Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 2,27 3,87 4,51 5,42 6,79 9,23 11,13 13,64 17,92

Water Pressure Loss kPa 34 32 36 35 41 39 36 50 43

Air Cooled Heat Exchanger

Exchanger type Microchannel

Fan

Fan Type AC Axial Fan

Number of Fans N° 2

Air Flow m³/h 9400 10450 11000 16500 24000 36000

Operation Range

Water Side °C 5 ~ 30

Air Side °C -15 ~ 50

Water Circuit

Connection Type Threadeded tube

Pipe Diameter inç 1 ¼" 1½" 2" 2" 2" 2½" 2½" 2½" 3"

Noise Level

Sound pressure level dBA 79 80 81 82 83

Weight and Size

Weight kg 136 223 262 310 388 534 631 776 1019

Width mm 1084 1163 1163 1163 1200 1200 1805 1805 1805

Depth mm 405 430 430 430 1750 1750 2296 2296 2296

Height mm 1135 1550 1550 1550 1670 1670 2160 2160 2196

Heat Recovery (Optional)

Heating Capacity ² kW 16,45 27,6 32,3 38,3 48,5 65,52 79,72 99,65 126,9

Cooling Capacity ² kW 12,2 20,9 24,4 29 36,68 49,06 60,01 74,01 96,95

Heating Capacity ² kW 15,55 25,8 30,1 35,1 45,25 61,11 74,4 92,9 117,3

Cooling Capacity ³ kW 9,97 17,3 20,2 23,4 30,45 40,67 49,89 61,42 80,2

Heat Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 2,83 4,75 5,56 6,59 8,34 11,27 13,71 17,14 21,83

Water Pressure Loss kPa 33 32 34 30 39 40 42 48 47

Connection Type Threadeded tube

Pipe Diameter inç 1½" 2" 2" 2" 2½" 2½" 2½" 3" 3"

61
 Scroll Heat Recovery
CAW CAW CAW CAW CAW CAW CAW CAW CAW CAW
Model
130S - HR 160S- HR 210S- HR 240S- HR 315S- HR 390S- HR 420S- HR 480S- HR 525S- HR 630S- HR
Power source V/ph/Hz 380/3/50
Performance
Cooling Capacity ¹ kW 129,4 159,5 208,4 239,25 312,6 388,2 416,8 478,5 521 625,2
Power consumption kW 43,66 53,22 65,02 79,83 97,53 130,1 130,04 159,66 162,55 195,06
EER 2,96 3,00 3,21 3,00 3,21 2,98 3,21 3,00 3,21 3,21
Capacity Control On/Off
Minimum Capacity % 50 33 17 25 17 20 17
Refrigerant
Type R 410A
Control Elektronik Genleşme Valfi
Circuit N° 2
Compressor
Compressor Type Scroll
Number of Compressors N° 2 3 6 4 6 5 6
Water Cooled Heat
Exchanger
Heat Exchanger Type Lehimli Plakalı Eşanjör
Water Flow m³/h 22,26 27,43 35,84 41,15 53,77 66,77 71,69 82,30 89,61 107,53
Water Pressure Loss kPa 47 43 50 47 45 50 47 48 48 48
Air Cooled Heat
Exchanger
Exchanger type Mikrokanallı
Fan
Fan Type AC Aksiyel Fan
Number of Fans N° 4 4 4 6 6 8 8 12 10 12
Air Flow m³/h 72000 108000 144000 216000 180000 216000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Flanşlı Boru
Pipe Diameter inç 3" 4" 5" 6"
Noise Level
Sound pressure level dBA 83 85 85 86 87 87 87 89 89 89
Weight and Size
Weight kg 1261 1552 2037 2328 2418 3042 3276 3216 3518 4154
Width mm 2300 3300 4300 5300 6300
Depth mm 2200
Height mm 2400
Heat Recovery (Optional)
Heating Capacity ² kW 159,44 199,3 253,8 298,95 380,7 478,32 507,6 597,9 634,5 761,4
Cooling Capacity ² kW 120,02 148,02 193,9 222,03 290,85 360,06 387,8 444,06 484,75 581,7
Heating Capacity ² kW 148,8 185,8 234,6 278,7 351,9 446,4 469,2 557,4 586,5 703,8
Cooling Capacity ³ kW 99,78 122,84 160,4 184,26 240,6 299,34 320,8 368,52 401 481,2
Heat Exchanger Type Lehimli Plakalı Eşanjör
Water Flow m³/h 27,42 34,28 43,65 51,42 65,48 82,27 87,31 102,84 109,13 130,96
Water Pressure Loss kPa 45 46 50 50 47 46 44 49 49 48
Connection Type Flanşlı Boru
Pipe Diameter inç 4" 5" 6"

1 Cooling performance is calculated at 12/7°C water inlet/outlet temperature and 35°C outdoor temperature.
2 Heating-cooling performance is calculated at a domestic hot water inlet/outlet temperature of 40-45 °C.
3 Heating-cooling performance is calculated at a domestic hot water inlet/outlet temperature of 50-55 °C.

62
Inverter Heat Recovery
Model CAW 14D- HR CAW 23D- HR CAW 27D- HR CAW 32D- HR CAW 45D- HR CAW 55D- HR
V/ph/
Power source 380/3/50
Hz
Performance

Cooling Capacity ¹ kW 13,2 22,5 26,2 31,5 45 55

Power Consumption kW 4,54 7,35 8,44 10,11 14,32 18,22

EER 2,91 3,06 3,10 3,12 3,14 3,02

Capacity Control Inverter Controlled ( %25 ~ %100 )

Refrigerant

Type R 410A

Control Electronic Expansion Valve

Circuit N° 1

Compressor

Compressor Type Scroll - Inverter

Compressor Number N° 1

Water Cooled Heat Exchanger

Heat Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 2,27 3,87 4,51 5,42 7,74 9,46

Water Pressure Loss kPa 32 34 35 36 37 39

Air Cooled Heat Exchanger

Heat Exchanger Type Microchannel

Fan

Fan Type AC Axial Fan

Number of Fans N° 2

Air Flow m³/h 9400 10450 11000 16500

Operation Range

Water Side °C 5 ~ 30

Air Side °C -15 ~ 50

Water Circuit
Connection Type Threadeded

Pipe Diameter inç 1 1/4" 1 1/2" 2" 2" 2 1/2" 2 1/2"

Noise level

Sound pressure level dBA 79 81 83

Weight and Size

Weigh kg 265 310 323 405 512 631

Width mm 1084 1163 1163 1163 1200 1200

Depth mm 405 430 430 430 1750 1750

Height mm 1135 1550 1550 1550 1670 1670

Heat Recovery (Optional)

Heating Capacity ² kW 16,8 27,04 31,55 39,5 55,9 68,1

Cooling Capacity ² kW 12,28 20,4 23,85 29,31 41,97 51,4

Heating Capacity ² kW 15,75 24,28 28,47 37 52,1 63

Cooling Capacity ³ kW 10,34 15,8 18,8 24,6 35,4 43,2

Heat Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 2,89 4,65 5,43 6,79 9,61 11,71

Water Pressure Loss kPa 34 31 30 33 37 42

Connection Type Threadeded pipe

Pipe Diameter inç 1½" 2" 2" 2" 2½" 2½"

63
 Inverter Heat Recovery
Model CAW 65D- HR CAW 75D- HR CAW 90D- HR CAW 110D- HR CAW 130D- HR CAW 150D- HR
Power source V/ph/Hz 380/3/50
Performance
Cooling Capacity ¹ kW 65 75 90 110 130 150
Power Consumption kW 20,35 25,1 30,58 37,58 41,36 47,9
EER 3,19 2,99 2,94 2,93 3,14 3,13
Capacity Control Inverter Kontrollü ( %25 ~ %100 )
Refrigerant
Type R 410A
Control Electronic Expansion Valve
Circuit N° 1 2
Compressor
Compressor Type Scroll - Inverter
Compressor Number N° 1 2
Water Cooled Heat
Exchanger
Heat Exchanger Type
Water Flow m³/h 11,18 12,90 15,48 18,92 22,36 25,80
Water Pressure Loss kPa 39 42 44 43 46 48
Air Cooled Heat Exchanger
Heat Exchanger Type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 2 4
Air Flow m³/h 24000 36000 72000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Threadeded Flanged
Pipe Diameter inç 2 1/2" 3" 4"
Noise level
Sound pressure level dBA 83 85 87 87 89 89
Weight and Size
Weigh kg 724 755 842 910 995 1047
Width mm 1805 1805 1805 1300 2300 2300
Depth mm 2296 2296 2296 2200 2200 2200
Height mm 2160 2160 2196 2400 2400 2400
Heat Recovery (Optional)
Heating Capacity ² kW 80,5 92,67 111,8 136,2 161 185,34
Cooling Capacity ² kW 60,26 70,01 83,94 102,8 120,52 140,02
Heating Capacity ² kW 75 86,2 104,2 126 150 172,4
Cooling Capacity ³ kW 51 59,02 70,8 86,4 102 118,04
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 13,85 15,94 19,23 23,43 27,69 31,88
Water Pressure Loss kPa 38 50 50 46 48 43
Threadeded
Connection Type Flanged
pipe
Pipe Diameter inç 2½" 3" 3" 4" 4" 4"

1 Cooling performance is calculated at 12/7°C water inlet/outlet temperature and 35°C outdoor temperature.
2 Heating-cooling performance is calculated at a domestic hot water inlet/outlet temperature of 40-45 °C.
3 Heating-cooling performance is calculated at a domestic hot water inlet/outlet temperature of 50-55 °C.

64
Screw Heat Recovery
Model CAW 75W- HR CAW 105W- HR CAW 140W- HR CAW 165W- HR CAW 200W- HR CAW 235W- HR CAW 295W - HR
V/
Power source 380/3/50
ph/Hz
Performance
Cooling Capacity ¹ kW 73,3 103,5 140,2 162,8 196,9 232 291
Power Consumption kW 24,1 33,44 45,9 51 61,48 68,88 89,3
EER 3,04 3,10 3,05 3,19 3,20 3,37 3,26
Capacity Control 4 level (%25 - %50 - %75 - %100)
Refrigerant
Type R 134A
Control Electronic Expansion Valve
Circuit N° 1
Compressor
Compressor Type Screw
Compressor Number N° 1
Water Cooled Heat
Exchanger
Heat Exchanger Type
Water Flow m³/h 12,61 17,80 24,11 28,00 33,87 39,90 50,05
Water Pressure Loss kPa 40 42 46 43 45 49 47
Air Cooled Heat Exchanger
Heat Exchanger Type Mcrochannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 2 4 6
Air Flow m³/h 25000 36000 42000 50000 72000 72000 90000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Threadeded Flanged
Pipe Diameter inç 2 1/2" 3" 4" 5"
Noise level
Sound pressure level dBA 88 90 90 92 92 93 95
Weight and Size
Weigh kg 1685 1724 1796 1894 2103 2166 2923
Width mm 1300 1300 2300 2300 2300 2300 3300
Depth mm 2200
Height mm 2400
Heat Recovery (Optional)
Heating Capacity ² kW 90,7 128,5 172,7 200 244 284 359
Cooling Capacity ² kW 67,8 95,3 129,2 151,3 183,6 215 271
Heating Capacity ² kW 83,7 119,1 159,9 187,2 230 265 338
Cooling Capacity ³ kW 55,8 78,3 106,5 126,3 155,5 180,2 229
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 15,60 22,10 29,70 34,40 41,97 48,85 61,75
Water Pressure Loss kPa 42 43 48 43 48 47 50
Connection Type Threadeded pipe Flanged
Pipe Diameter inç 3" 3" 4" 4" 4" 5" 5"

65
 Screw Heat Recovery
Model CAW 350W- HR CAW 405W- HR CAW 465W- HR CAW 530W- HR CAW 570W- HR CAW 625W- HR
Power source V/ph/Hz 380/3/50
Performance
Cooling Capacity ¹ kW 346 403 463 526 567 620
Power Consumption kW 106,96 118,76 138,5 154,3 175 188
EER 3,23 3,39 3,34 3,41 3,24 3,30
Capacity Control 4 level (%25 - %50 - %75 - %100)
Refrigerant
Type R 134A
Control Electronic Expansion Valve
Circuit N° 1
Compressor
Compressor Type Screw
Compressor Number N° 1
Water Cooled Heat
Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 59,51 69,32 79,64 90,47 97,52 106,64
Water Pressure Loss kPa 48 46 46 45 50 48
Air Cooled Heat Exchanger
Heat Exchanger Type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 8 10 12
Air Flow m³/h 100000 100000 144000 144000 162000 180000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Flanged
Pipe Diameter inç 5" 6"
Noise Level
Sound pressure level dBA 95 96 97 98 99 100
Weight and Size
Weigh kg 3051 3127 4061 4298 4349 4458
Width mm 4300 4300 5300 5300 6300 6300
Depth mm 2200 2200 2200 2200 2200 2200
Height mm 2400 2400 2400 2400 2400 2400
Heat Recovery (Optional)
Heating Capacity ² kW 424 489 567 643 701 764
Cooling Capacity ² kW 321 375 433 492 529 580
Heating Capacity ² kW 394 454 532 604 654 718
Cooling Capacity ³ kW 268 315 370 420 448 496
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 72,93 84,11 97,52 110,60 120,57 131,41
Water Pressure Loss kPa 42 44 47 45 47 48
Connection Type Flanged
Pipe Diameter inç 5" 6" 8"

1 Cooling performance is calculated at 12/7°C water inlet/outlet temperature and 35°C outdoor temperature.
2 Heating-cooling performance is calculated at a domestic hot water inlet/outlet temperature of 40-45 °C.
3 Heating-cooling performance is calculated at a domestic hot water inlet/outlet temperature of 50-55 °C.

66
Twin Screw Heat Recovery
CAW 210W- CAW 280W- CAW 330W- CAW 370W- CAW 395W- CAW 470W- CAW 515W-
Model
HR HR HR HR HR HR HR
Power source V/ph/Hz 380/3/50
Performance
Cooling Capacity ¹ kW 207 280,4 325,6 370,8 393,8 464 512
Power Consumption kW 66,88 88,92 99,52 115,36 122,96 141,2 156,6
EER 3,10 3,15 3,27 3,21 3,20 3,29 3,27
Capacity Control
Refrigerant
Type R 134A
Control Electronic expansion valve
Circuit N° 2
Compressor
Compressor Type Screw
Compressor Number N° 2
Water Cooled Heat
Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 35,604 48,2288 56,0032 63,7776 67,7336 79,808 88,064
Water Pressure Loss kPa 50 49 49 49 41 42 48
Air Cooled Heat Exchanger
Heat Exchanger Type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 4 6 6 8 8 10 10
Air Flow m³/h 72000 108000 144000 180000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Flanged Connection
Pipe Diameter inç 4" 5" 6"
Noise Level
Sound pressure level dBA 90 92 92 93 93 93 94
Weight and Size
Weigh kg 3150 3538 3558 3670 3796 4563 4753
Width mm 2300 3300 3300 4300 4300 5300 5300
Depth mm 2200 2200 2200 2200 2200 2200 2200
Height mm 2400
Heat Recovery (Optional)
Heating Capacity ² kW 257 345,4 400 456 488 568 630
Cooling Capacity ² kW 190,6 258,4 302,6 344,6 367,2 430 476
Heating Capacity ² kW 238,2 319,8 374,4 426 460 530 594
Cooling Capacity ³ kW 156,6 213 252,6 287,8 311 360,4 402
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 44,20 59,41 68,80 78,43 83,94 97,70 108,36
Water Pressure Loss kPa 45 47 48 49 47 46 45
Connection Type Flanged Connection
Pipe Diameter inç 4" 5" 5" 5" 6" 6" 6"

67
 Twin Screw Heat Recovery
CAW 585W- CAW 700W- CAW 810W- CAW 1060W- CAW 1150W- CAW 1250W-
Model CAW 930W- HR
HR HR HR HR HR HR
V/ph/
Power source 380/3/50
Hz
Performance
Cooling Capacity ¹ kW 582 692 806 926 1052 1134 1240
Power Consumption kW 179,44 210,48 237,52 277 308,6 351,84 378,68
EER 3,24 3,29 3,39 3,34 3,41 3,22 3,27
Capacity Control 4 Level (%25 - %50 - %75 - %100)
Refrigerant
Type R 134A R 134A R 134A R 134A R 134A R 134A R 134A
Control Electronic Expansion Valve
Circuit N° 2
Compressor
Compressor Type Screw
Compressor Number N° 2
Water Cooled Heat
Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 100,104 119,024 138,632 159,272 180,944 195,048 213,28
Water Pressure Loss kPa 50 41 40 48 41 46 43
Air Cooled Heat Exchanger
Heat Exchanger Type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 12 14 16 20 20 22 24
Air Flow m³/h 216000 252000 288000 360000 396000 432000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Flanged Connection
Pipe Diameter inç 6" 8"
Noise Level
Sound pressure level dBA 94 95 96
Weight and Size
Weigh kg 5041 6225 6299 6340 7364 7540 7832
Width mm 6300 7300 8300 10300 10300 11300 12300
Depth mm 2200 2200 2200 2200 2200 2200 2200
Height mm 2400
Heat Recovery (Optional)
Heating Capacity ² kW 718 848 978 1134 1286 1402 1528
Cooling Capacity ² kW 542 642 750 866 984 1058 1160
Heating Capacity ² kW 676 788 908 1064 1208 1308 1436
Cooling Capacity ³ kW 458 536 630 740 840 896 992
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 123,50 145,86 168,22 195,05 221,19 241,14 262,82
Water Pressure Loss kPa 46 50 45 44 44 44 46
Connection Type Flanged Connection
Pipe Diameter inç 6" 8"

1 Cooling Performance is calculated at water inlet/outlet temperature 12/7°C, outdoor temperature 35°C.
2 Heating-cooling Performance is calculated at a domestic hot water inlet/outlet temperature of 40-45 °C.
3 Heating-cooling Performance is calculated at a domestic hot water inlet/outlet temperature of 50-55 °C.

68
Screw Inverter Heat Recovery
Model CAW 240WD- HR CAW 300WD- HR CAW 370WD- HR CAW 490WD- HR CAW 590WD- HR
V/ph/
Power source 380/3/50
Hz
Performance
Cooling Capacity ¹ kW 239 299 370 488 589
Power Consumption kW 75,12 93,22 116,76 147,2 180,24
EER 3,18 3,21 3,17 3,32 3,27
Capacity Control Inverter controlled ( %25 ~ %100 )
Refrigerant
Type R 134A
Control Electronic Expansion Valve
Circuit N° 1
Compressor
Compressor Type Screw-Inverter
Compressor Number N° 1
Water Cooled Heat
Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 41,11 51,43 63,64 83,94 101,31
Water Pressure Loss kPa 40 42 46 43 45
Air Cooled Heat Exchanger
Heat Exchanger Type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 6 6 8 10 12
Air Flow m³/h 108000 108000 144000 180000 216000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Flanged
Pipe Diameter inç 4" 5" 5" 6" 6"
Noise Level
Sound pressure level dBA 90 94 93 95 91
Weight and Size
Weigh kg 2201 2985 3129 4318 4759
Width mm 3300 3300 4300 5300 6300
Depth mm 2200
Height mm 2400
Heat Recovery (Optional)
Heating Capacity ² kW 296 372 461 603 730
Cooling Capacity ² kW 224 281 348 460 556
Heating Capacity ² kW 278 353 439 573 691
Cooling Capacity ³ kW 192 245 304 400 486
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 50,91 63,98 79,29 103,72 125,56
Water Pressure Loss kPa 42 46 49 49 48
Connection Type Flanged
Pipe Diameter inç 5" 6"

69
 Screw Inverter Heat Recovery
Model CAW 480WD-HR CAW 600WD- HR CAW 740WD- HR CAW 980WD- HR CAW 1180WD- HR
Power source V/ph/Hz 380/3/50
Performance
Cooling Capacity ¹ kW 478 598 740 976 1178
Power Consumption kW 146,8 186,44 233,52 294,4 360,48
EER 3,26 3,21 3,17 3,32 3,27
Capacity Control Inverter Controller ( %25 ~ %100 )
Refrigerant
Type R 134A
Control Electronic Expansion Valve
Circuit N° 2
Compressor
Compressor Type Screw-Inverter
Compressor Number N° 2
Water Cooled Heat
Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 82,22 102,86 127,28 167,87 202,62
Water Pressure Loss kPa 40 42 46 43 45
Air Cooled Heat Exchanger
Heat Exchanger Type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 10 12 16 20 24
Air Flow m³/h 180000 216000 288000 360000 432000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Flanged
Pipe Diameter inç 6" 8"
Noise Level
Sound pressure level dBA 96 96 92 95 94
Weight and Size
Weigh kg 3547 4113 5421 6635 7843
Width mm 5300 6300 8300 10300 12300
Depth mm 2200
Height mm 2400
Heat Recovery (Optional)
Heating Capacity ² kW 592 744 922 1206 1460
Cooling Capacity ² kW 448 562 696 920 1112
Heating Capacity ² kW 556 706 878 1146 1382
Cooling Capacity ³ kW 384 490 608 800 972
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 101,82 127,97 158,58 207,43 251,12
Water Pressure Loss kPa 44 50 46 43 47
Connection Type Flanged
Pipe Diameter inç 6" 8"

1 Cooling Performance is calculated at water inlet/outlet temperature 12/7°C, outdoor temperature 35°C.
2 Heating-cooling Performance is calculated at a domestic hot water inlet/outlet temperature of 40-45 °C.
3 Heating-cooling Performance is calculated at a domestic hot water inlet/outlet temperature of 50-55 °C.

70
Scroll-FC
Model CAW 65D - FC CAW 75D - FC CAW 90D - FC CAW 110D - FC CAW 130D - FC CAW 150D - FC
Power supply V/ph/Hz 380/3/50
Performance
Cooling Capacity ¹ kW 65 75 90 110 130 150
Power consumption kW 20,35 25,1 30,58 37,58 41,36 47,9
EER 3,19 2,99 2,94 2,93 3,14 3,13
Capacity Control Inverter Controlled( %25 ~ %100 )
Refrigerant
Fluid Type R 410A
Control Electronic Expansion Valve
Circuit N° 1 2
Compressor
Compressor Type Scroll - Inverter
Number of Compressors N° 1 2
Water Cooled Heat Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 11,18 12,90 15,48 18,92 22,36 25,80
Water Pressure Drop kPa 39 42 44 43 46 48
Air Cooled Heat Exchanger
Exchanger type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 2 4
Air Flow m³/h 24000 36000 72000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Threadeded Flanged
Pipe Diameter inç 2 1/2" 2 1/2" 3" 4"
Noise Level
Sound Power dBA 83 85 87 87 89 89
Weight and Dimensions
Weight kg 724 755 842 910 995 1047
Width mm 1805 1805 1805 1300 2300 2300
Depth mm 2296 2296 2296 2200 2200 2200
Height mm 2160 2160 2196 2400 2400 2400
Free Cooling (Optional)
Cooling Capacity ² kW 63,5 73,5 88 107,6 127 147
Free Cooling Capacity ² kW 61 70 85 104 122 140
Air Flow m³/h 19750 19750 29500 59000 59000 59000

71
 Scroll-FC
Model CAW 65D - FC CAW 75D - FC CAW 90D - FC CAW 110D - FC CAW 130D - FC CAW 150D - FC
Power supply V/ph/Hz 380/3/50
Performance
Cooling Capacity ¹ kW 65 75 90 110 130 150
Power consumption kW 20,35 25,1 30,58 37,58 41,36 47,9
EER 3,19 2,99 2,94 2,93 3,14 3,13
Capacity Control Inverter Controlled( %25 ~ %100 )
Refrigerant
Fluid Type R 410A
Control Electronic Expansion Valve
Circuit N° 1 2
Compressor
Compressor Type Scroll - Inverter
Number of Compressors N° 1 2
Water Cooled Heat Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 11,18 12,90 15,48 18,92 22,36 25,80
Water Pressure Drop kPa 39 42 44 43 46 48
Air Cooled Heat Exchanger
Exchanger type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 2 4
Air Flow m³/h 24000 36000 72000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Threadeded Flanged
Pipe Diameter inç 2 1/2" 2 1/2" 3" 4"
Noise Level
Sound Power dBA 83 85 87 87 89 89
Weight and Dimensions
Weight kg 724 755 842 910 995 1047
Width mm 1805 1805 1805 1300 2300 2300
Depth mm 2296 2296 2296 2200 2200 2200
Height mm 2160 2160 2196 2400 2400 2400
Free Cooling (Optional)
Cooling Capacity ² kW 63,5 73,5 88 107,6 127 147
Free Cooling Capacity ² kW 61 70 85 104 122 140
Air Flow m³/h 19750 19750 29500 59000 59000 59000

72
İnverter-FC
Model CAW 14D - FC CAW 23D - FC CAW 27D - FC CAW 32D - FC CAW 45D - FC CAW 55D - FC
Power supply V/ph/Hz 380/3/50
Performance
Cooling Capacity ¹ kW 13,2 22,5 26,2 31,5 45 55
Power consumption kW 4,54 7,35 8,44 10,11 14,32 18,22
EER 2,91 3,06 3,10 3,12 3,14 3,02
Capacity Control Inverter Controlled ( %25 ~ %100 )
Refrigerant
Fluid Type R 410A
Control Electronic Expansion Valve
Circuit N° 1
Compressor
Compressor Type Scroll - Inverter
Number of Compressors N° 1
Water Cooled Heat Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 2,27 3,87 4,51 5,42 7,74 9,46
Water Pressure Drop kPa 32 34 35 36 37 39
Air Cooled Heat Exchanger
Exchanger type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 2
Air Flow m³/h 9400 10450 11000 16500
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Threadeded
Pipe Diameter inç 1 1/4" 1 1/2" 2" 2" 2 1/2" 2 1/2"
Noise Level
Sound Power dBA 79 81 83
Weight and Dimensions
Weight kg 265 310 323 405 512 631
Width mm 1084 1163 1163 1163 1200 1200
Depth mm 405 430 430 430 1750 1750
Height mm 1135 1550 1550 1550 1670 1670
Free Cooling (Optional)
Cooling Capacity ² kW 12,95 21,9 25,4 30,8 44 53,8
Free Cooling Capacity ² kW 12,45 21,2 24,5 30 42,5 52
Air Flow m³/h 7700 8600 8600 9000 13550 13550

73
 İnverter-FC
Model CAW 65D - FC CAW 75D - FC CAW 90D - FC CAW 110D - FC CAW 130D - FC CAW 150D - FC
Power supply V/ph/Hz 380/3/50
Performance
Cooling Capacity ¹ kW 65 75 90 110 130 150
Power consumption kW 20,35 25,1 30,58 37,58 41,36 47,9
EER 3,19 2,99 2,94 2,93 3,14 3,13
Capacity Control Inverter Controlled ( %25 ~ %100 )
Refrigerant
Fluid Type R 410A
Control Electronic Expansion Valve
Circuit N° 1 1 2 2 2 2
Compressor
Compressor Type Scroll - Inverter
Number of Compressors N° 1 1 2 2 2 2
Water Cooled Heat Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 11,18 12,90 15,48 18,92 22,36 25,80
Water Pressure Drop kPa 39 42 44 43 46 48
Air Cooled Heat Exchanger
Exchanger type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 2 2 2 2 4 4
Air Flow m³/h 9400 10450 11000 16500
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Threadeded Flanged
Pipe Diameter inç 2 1/2" 2 1/2" 3" 3" 3" 4"
Noise Level
Sound Power dBA 83 85 87 87 89 89
Weight and Dimensions
Weight kg 724 755 842 910 995 1047
Width mm 1805 1805 1805 1300 2300 2300
Depth mm 2296 2296 2296 2200 2200 2200
Height mm 2160 2160 2196 2400 2400 2400
Free Cooling (Optional)
Cooling Capacity ² kW 63,5 73,5 88 107,6 127 147
Free Cooling Capacity ² kW 61 70 85 104 122 140
Air Flow m³/h 19750 19750 29500 59000 59000 59000

1 Cooling Performance is calculated at water inlet/outlet temperature 12/7°C, outdoor temperature 35°C.
2 Cooling Performance is calculated at 12°C water inlet temperature and 2°C outdoor temperature.

74
Screw-FC
CAW CAW CAW CAW CAW CAW CAW
Model
75W - FC 105W - FC 140W - FC 165W - FC 200W - FC 235W - FC 295W - FC
Power supply V/ph/Hz 380/3/50
Performance
Cooling Capacity ¹ kW 73,3 103,5 140,2 162,8 196,9 232 291
Power consumption kW 24,1 33,44 45,9 51 61,48 68,88 89,3
EER 3,04 3,10 3,05 3,19 3,20 3,37 3,26
Capacity Control 4 Level (%25 - %50 - %75 - %100)
Refrigerant
Fluid Type R 134A
Control Electronic Expansion Valve
Circuit N° 1
Compressor
Compressor Type Screw
Number of Compressors N° 1
Water Cooled Heat Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 12,61 17,80 24,11 28,00 33,87 39,90 50,05
Water Pressure Drop kPa 40 42 46 43 45 49 47
Air Cooled Heat Exchanger
Exchanger type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 2 4 6
Air Flow m³/h 25000 36000 42000 50000 72000 90000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Threadeded Flanged
Pipe Diameter inç 2 1/2" 3" 4" 5"
Noise Level
Sound Power dBA 88 90 90 92 92 93 95
Weight and Dimensions
Weight kg 1685 1724 1796 1894 2103 2166 2923
Width mm 1300 1300 2300 2300 2300 2300 3300
Depth mm 2200
Height mm 2400
Free Cooling (Optional)
Cooling Capacity ² kW 71,7 101,1 136,9 159,4 193 227 285
Free Cooling Capacity ² kW 64,5 91,0 123,2 143,5 173,7 204,3 256,5
Air Flow m³/h 20500 29520 34440 41000 59040 59040 73800

75
 Screw-FC
CAW CAW CAW CAW CAW CAW
Model
350W - FC 405W - FC 465W - FC 530W - FC 570W - FC 625W - FC
Power supply V/ph/Hz 380/3/50
Performance
Cooling Capacity ¹ kW 346 403 463 526 567 620
Power consumption kW 106,96 118,76 138,5 154,3 175 188
EER 3,23 3,39 3,34 3,41 3,24 3,30
Capacity Control 4 Level (%25 - %50 - %75 - %100)
Refrigerant
Fluid Type R 134A
Control Electronic Expansion Valve
Circuit N° 1
Compressor
Compressor Type Screw
Number of Compressors N° 1
Water Cooled Heat Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 59,51 69,32 79,64 90,47 97,52 106,64
Water Pressure Drop kPa 48 46 46 45 50 48
Air Cooled Heat Exchanger
Exchanger type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 8 10 12
Air Flow m³/h 100000 144000 162000 180000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Flanged
Pipe Diameter inç 5" 6"
Noise Level
Sound Power dBA 95 96 97 98 99 100
Weight and Dimensions
Weight kg 3051 3127 4061 4298 4349 4458
Width mm 4300 4300 5300 5300 6300 6300
Depth mm 2200
Height mm 2400
Free Cooling (Optional)
Cooling Capacity ² kW 339 395 454 516 556 608
Free Cooling Capacity ² kW 305,1 355,5 408,6 464,4 500,4 547,2
Air Flow m³/h 82000 82000 118080 118080 132840 147600

1 Cooling Performance is calculated at water inlet/outlet temperature 12/7°C, outdoor temperature 35°C.
2 Cooling Performance is calculated at 12°C water inlet temperature and 2°C outdoor temperature.

76
Double Screw-FC
CAW CAW CAW CAW CAW CAW CAW
Model
210W - FC 280W - FC 330W - FC 370W - FC 395W - FC 470W - FC 515W - FC
Power supply V/ph/Hz 380/3/50
Performance
Cooling Capacity ¹ kW 207 280,4 325,6 370,8 393,8 464 512
Power consumption kW 66,88 88,92 99,52 115,36 122,96 141,2 156,6
EER 3,10 3,15 3,27 3,21 3,20 3,29 3,27
Capacity Control 4 Level (%25 - %50 - %75 - %100)
Refrigerant
Fluid Type R 134A
Control Electronic Expansion Valve
Circuit N° 2
Compressor
Compressor Type Screw
Number of Compressors N° 2
Water Cooled Heat Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 35,604 48,2288 56,0032 63,7776 67,7336 79,808 88,064
Water Pressure Drop kPa 50 49 49 49 41 42 48
Air Cooled Heat Exchanger
Exchanger type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 4 6 8 10
Air Flow m³/h 72000 108000 144000 180000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Flanged Connection
Pipe Diameter inç 4" 5" 6"
Noise Level
Sound Power dBA 90 92 92 93 93 93 94
Weight and Dimensions
Weight kg 3150 3538 3558 3670 3796 4563 4753
Width mm 2300 3300 3300 4300 4300 5300 5300
Depth mm 2200 2200 2200 2200 2200 2200 2200
Height mm 2400 2400 2400 2400 2400 2400 2400
Free Cooling (Optional)
Cooling Capacity ² kW 202,2 273,8 318,8 363,2 386 454 502
Free Cooling Capacity ² kW 182,0 246,4 286,9 326,88 347,4 408,6 451,8
Air Flow m³/h 59040 88560 88560 118080 118080 147600 147600

77
 Double Screw-FC
CAW 585W CAW 700W CAW 810W CAW 930W CAW 1060W CAW 1150W CAW 1250W
Model
- FC - FC - FC - FC - FC - FC - FC
ÇİFT VİDALI FC
Power supply V/ph/Hz 380/3/50
Performance
Cooling Capacity ¹ kW 582 692 806 926 1052 1134 1240
Power consumption kW 179,44 210,48 237,52 277 308,6 351,84 378,68
EER 3,24 3,29 3,39 3,34 3,41 3,22 3,27
Capacity Control 4 Level (%25 - %50 - %75 - %100)
Refrigerant
Fluid Type R 134A
Control Electronic Expansion Valve
Circuit N° 2
Compressor
Compressor Type Screw
Number of Compressors N° 2
Water Cooled Heat Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 100,104 119,024 138,632 159,272 180,944 195,048 213,28
Water Pressure Drop kPa 50 41 40 48 41 46 43
Air Cooled Heat Exchanger
Exchanger type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 12 14 16 20 20 22 24
Air Flow m³/h 216000 252000 288000 360000 396000 432000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Flanged Connection
Pipe Diameter inç 6" 8"
Noise Level
Sound Power dBA 94 94 95 95 96 96 96
Weight and Dimensions
Weight kg 5041 6225 6299 6340 7364 7540 7832
Width mm 6300 7300 8300 10300 10300 11300 12300
Depth mm 2200
Height mm 2400
Free Cooling (Optional)
Cooling Capacity ² kW 570 678 790 908 1032 1112 1216
Free Cooling Capacity ² kW 513 610,2 711 817,2 928,8 1000,8 1094,4
Air Flow m³/h 177120 206640 236160 295200 295200 324720 354240

1 Cooling Performance is calculated at water inlet/outlet temperature 12/7°C, outdoor temperature 35°C.
2 Cooling Performance is calculated at 12°C water inlet temperature and 2°C outdoor temperature.

78
Screw Inverter-FC
Model CAW 240WD - FC CAW 300WD - FC CAW 370WD - FC CAW 490WD - FC CAW 590WD - FC
Power supply V/ph/Hz 380/3/50
Performance
Cooling Capacity ¹ kW 239 299 370 488 589
Power consumption kW 75,12 93,22 116,76 147,2 180,24
EER 3,18 3,21 3,17 3,32 3,27
Capacity Control Inverter Controlled ( %25 ~%100 )
Refrigerant
Fluid Type
Control Electronic Expansion Valve
Circuit N° 1
Compressor
Compressor Type Screw-Inverter
Number of Compressors N° 1
Water Cooled Heat Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 41,11 51,43 63,64 83,94 101,31
Water Pressure Drop kPa 40 42 46 43 45
Air Cooled Heat Exchanger
Exchanger type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 6 6 8 10 12
Air Flow m³/h 108000 108000 144000 180000 216000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Flanged
Pipe Diameter inç 4" 5" 6"
Noise Level
Sound Power dBA 90 94 93 95 91
Weight and Dimensions
Weight kg 2201 2985 3129 4318 4759
Width mm 3300 3300 4300 5300 6300
Depth mm 2200
Height mm 2400
Free Cooling (Optional)
Cooling Capacity ² kW 266 338 414 559 672
Free Cooling Capacity ² kW 239,4 304,2 372,6 503,1 604,8
Air Flow m³/h 88560 88560 118080 147600 177120

1 Cooling Performance is calculated at water inlet/outlet temperature 12/7°C, outdoor temperature 35°C.
2 Cooling Performance is calculated at 12°C water inlet temperature and 2°C outdoor temperature.

79
 Screw Inverter-FC
Model CAW 480WD - FC CAW 600WD - FC CAW 740WD - FC CAW 980WD - FC CAW 1180WD - FC
Power supply V/ph/Hz 380/3/50
Performance
Cooling Capacity ¹ kW 478 598 740 976 1178
Power consumption kW 146,8 186,44 233,52 294,4 360,48
EER 3,26 3,21 3,17 3,32 3,27
Capacity Control
Refrigerant
Fluid Type R 134A
Control Electronic Expansion Valve
Circuit N° 2
Compressor
Compressor Type Screw-Inverter
Number of Compressors N° 2
Water Cooled Heat Exchanger
Heat Exchanger Type Brazed Plate Heat Exchanger
Water Flow m³/h 82,22 102,86 127,28 167,87 202,62
Water Pressure Drop kPa 40 42 46 43 45
Air Cooled Heat Exchanger
Exchanger type Microchannel
Fan
Fan Type AC Axial Fan
Number of Fans N° 10 12 16 20 24
Air Flow m³/h 180000 216000 288000 360000 432000
Operation Range
Water Side °C 5 ~ 30
Air Side °C -15 ~ 50
Water Circuit
Connection Type Flanged
Pipe Diameter inç 6" 8"
Noise Level
Sound Power dBA 96 92 95 94
Weight and Dimensions
Weight kg 3547 4113 5421 6635 7843
Width mm 5300 6300 8300 10300 12300
Depth mm 2200
Height mm 2400
Free Cooling (Optional)
Cooling Capacity ² kW 532 676 828 1118 1344
Free Cooling Capacity ² kW 478,8 608,4 745,2 1006,2 1209,6
Air Flow m³/h 147600 177120 236160 295200 354240

1 Cooling Performance is calculated at water inlet/outlet temperature 12/7°C, outdoor temperature 35°C.
2 Cooling Performance is calculated at 12°C water inlet temperature and 2°C outdoor temperature.

80
Adiabatic Chiller
CAW CAW CAW CAW CAW CAW CAW CAW
Adiabatic Cooling (Optional)
210S - A 240S - A 315S - A 390S - A 420S - A 480S - A 525S - A 630S - A
Cooling Capacity ¹ kW 208,4 239,25 312,6 388,2 416,8 478,5 521 625,2
Adiabatic Cooling Capacity ² kW 228,4 261,45 342,6 425,22 456,8 522,9 571 685,2
Air flow m³/h 59000 88500 88500 118000 118000 178000 147500 178000
Water Consumption It/dk 26,8 40,2 40,2 53,6 53,6 67 67 80,4
Dimensions
Width mm 2300 3300 4300 5300 6300
Depth mm 2200
Height mm 2400

CAW CAW CAW CAW CAW CAW CAW CAW CAW

Adiabatic Cooling (Optional)
200W - A 235W - A 295W - A 350W - A 405W - A 465W - A 530W - A 570W - A 625W - A
Cooling Capacity ¹ kW 199,6 232 291 346 403 463 526 567 620
Adiabatic Cooling Capacity ² kW 215 254 319 379 438 503 572 617 675
Air flow m³/h 72000 72000 90000 100000 100000 144000 144000 162000 180000
Water Consumption lt/dk 26,8 26,8 40,2 53,6 53,6 67 67 80,4 80,4
Dimensions
Width mm 2300 2300 3300 4300 4300 5300 5300 6300 6300
Depth mm 2200
Height mm 2400

CAW 210W
Adiabatic Cooling (Optional) CAW 280W - A CAW 330W - A CAW 370W - A CAW 395W - A CAW 470W - A CAW 515W - A
-A
Cooling Capacity ¹ kW 207 280,4 325,6 370,8 399,2 464 512
Adiabatic Cooling Capacity ² kW 228,6 309,2 355 404 430 508 560
Air flow m³/h 72000 108000 108000 144000 144000 180000 180000
Water Consumption lt/dk 26,8 40,2 40,2 53,6 53,6 67 67
Dimensions
Width mm 2300 3300 3300 4300 4300 5300 5300
Depth mm 2200
Height mm 2400

CAW 585W
Adiabatic Cooling (Optional) CAW 700W - A CAW 810W - A CAW 930W - A CAW1060W - A CAW1150W - A CAW1250W - A
-A
Cooling Capacity ¹ kW 582 692 806 926 1052 1134 1240
Adiabatic Cooling Capacity ² kW 638 758 876 1006 1144 1234 1350
Air flow m³/h 216000 252000 288000 360000 360000 396000 432000
Water Consumption lt/dk 80,4 93,8 107,2 134 134 147,4 160,8
Dimensions
Width mm 6300 7300 8300 10300 10300 11300 12300
Depth mm 2200
Height mm 2400

Adiabatic Cooling CAW CAW CAW CAW CAW CAW CAW CAW CAW CAW
(Optional) 240WD - A 300WD - A 370WD - A 490WD - A 590WD - A 480WD - A 600WD - A 740WD - A 980WD - A 1180WD - A
Cooling Capacity ¹ kW 239 299 370 488 589 478 598 740 976 1178
Adiabatic Cooling
kW 260 324 401 526 634 520 648 802 1052 1268
Capacity ²
Air flow m³/h 108000 108000 144000 180000 216000 180000 216000 288000 360000 432000
Water Consumption lt/dk 40,2 40,2 53,6 67 80,4 67 80,4 107,2 134 160,8
Dimensions
Width mm 3300 3300 4300 5300 6300 5300 6300 8300 10300 12300
Depth mm 2200
Height mm 2400

1 Cooling Performance is calculated at water inlet/outlet temperature 12/7°C, outdoor temperature 35°C.
2 Cooling Performance is calculated at water inlet/outlet temperature 12/7°C, outdoor temperature 35°C, RH 30%.

81
CWW
CWW
Water Cooled Chiller (CWW)
Cooling Capacity (up to 24-1875 kW)
WATER COOLED CHILLER (CWW)
Chillers are systems that provide cooling of areas that need
cooling with water. It has a very wide usage area in the process
lines and comfort areas of the enterprises.

Standard Features
• Compressor: Capacity Control, thermal protection, scroll and
screw compressor
• Electronic Expansion Foundation
• Evaporator: Isolated Shell&Tube or brazed plate heat ex-
changer
• Control: Microprocessor Control, pressure gauge, teamwork
up to 4 modules, fan speed control.
• Powder coated steel frame

Optional Features
• Sound insulation
• Energy analyzer
• Flow screen
• Soft starter
• Automatic transfer switch
• Compressor noise protection
• Economizer
• Water production below 0°c
• Interface screen for communication
• Vibration dampening and seismic isolation
• Remote control

Pipe Type (Shell and Tube)

The tubular evaporator consists of a copper tube and a steel
outer sheath. In addition, the evaporator has two separate
refrigerant Circuits and a chilled Water Circuit tuned to the
reverse flow principle. The evaporator consists of two separate
structures operating according to the counter current principle,
the cooler and the cold Water Circuit.

83
Water cooled
PRODUCT SPECIFICATIONS
High Performance

Compact Design

High Technology

Easy Precise Temperature

Maintenance

High Energy Saving Eco-friendly

Modular

Smart Control Mechanism

84
OPTIONAL
PRODUCTS

7” Color
Touch Screen

OPTION

Remote Access Energy Analyzer

85
 CWW-Scroll
Model CWW 15S CWW 24S CWW 30S CWW 35S CWW 45S CWW 60S CWW 70S CWW 85S CWW 115S

Power supply V/ph/Hz 380/3/50

Performance

Cooling Capacity ¹ kW 14,15 24 28 33,8 42,13 56,47 69,16 84,99 111,4

Power Consumption kW 3,41 5,73 6,69 7,77 10,33 13,56 16,6 20,99 47,8

EER 4,15 4,19 4,19 4,35 4,08 4,16 4,17 4,05 2,33

Capacity Control On/Off

Minimum Capacity % 100

Refrigerant

Fluid Type R 410A

Control Thermostatic Expansion Valve Electronic Expansion Valve

Circuit N° 1

Compressor

Compressor Type Scroll

Compressor number N° 1

Water Cooled Heat Exchanger - Evaporator

Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 2,43 4,13 4,82 5,81 7,25 9,71 11,90 14,62 19,16

Water Pressure Drop kPa 34 32 36 35 41 39 36 50 43

Water Cooled Heat Exchanger - Condenser

Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 2,99 5,07 5,90 7,07 7,73 11,96 14,59 18,25 23,43

Water Pressure Drop kPa 34 32 36 35 41 39 36 50 43

Operation range

Water side ( Evaporator ) °C 5

Water side ( Condenser ) °C 30

Water Circuit

Connection type Threadeded

Pipe diameter inç 1 ¼" 2" 2½" 2½" 2½" 3"

Water Circuit

Connection type Threadeded Flanged

Pipe diameter inç 1½" 2" 2" 2" 2½" 2½" 2½" 3" 4"

Noise Level

Sound power dBA 79 79 79 80 81 81 81 82 83

Weight and Dimensions

Weight kg 136 223 262 310 388 534 631 776 1019

Width mm 1084 1163 1163 1163 1200 1200 1805 1805 1805

Depth mm 405 430 430 430 1750 1750 2296 2296 2296

Height mm 1135 1550 1550 1550 1670 1670 2160 2160 2196

1 Cooling Performance is calculated at water inlet/outlet temperature 12/7°C, outdoor temperature 35°C.

86
CWW-Scroll
CWW CWW CWW CWW CWW CWW CWW CWW CWW CWW
Model
140S 170S 225S 260S 340S 415S 450S 510S 560S 670S
Power supply V/ph/Hz 380/3/50

Performance

Cooling Capacity ¹ kW 138,32 169,98 222,8 254,97 334,2 414,96 445,6 509,94 557 668,4

Power Consumption kW 33,2 41,98 95,6 62,97 143,4 99,6 191,2 125,94 239 286,8

EER 4,17 4,05 2,33 4,05 2,33 4,17 2,33 4,05 2,33 2,33

Capacity Control On/Off

Minimum Capacity % 50 50 50 33 33 17 25 17 20 17

Refrigerant

Fluid Type R 410A

Control Electronic Expansion Valve

Circuit N° 2

Compressor

Compressor Type Scroll

Compressor number N° 2 2 2 3 3 6 4 6 5 6

Water Cooled Heat Exchanger - Evaporator

Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 23,79 29,24 38,32 43,85 57,48 71,37 76,64 87,71 95,80 114,96

Water Pressure Drop kPa 47 43 50 47 45 50 47 48 48 48

Water Cooled Heat Exchanger - Condenser

Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 29,18 36,50 46,85 54,75 70,28 87,55 93,71 109,50 117,13 140,56

Water Pressure Drop kPa 47 43 50 47 45 50 47 48 48 48

Operation range

Water side ( Evaporator ) °C 30

Water side ( Condenser ) °C 60

Water Circuit

Connection type Flanged

Pipe diameter inç 4" 5" 6"

Water Circuit

Connection type Flanged

Pipe diameter inç 4" 5" 5" 6" 8"

Noise Level

Sound power dBA 83 85 85 86 87 87 87 89 89 89

Weight and Dimensions

Weight kg 1261 1552 2037 2328 2418 3042 3276 3216 3518 4154

Width mm 2300 2300 2300 3300 3300 4300 4300 5300 5300 6300

Depth mm 2200

Height mm 2400

1 Cooling Performance is calculated at water inlet/outlet temperature 12/7°C, outdoor temperature 35°C.

87
 CWW-Inverter
CWW CWW CWW CWW CWW CWW CWW CWW CWW CWW CWW CWW
Model
14D 25D 30D 35D 50D 60D 70D 80D 100D 120D 140D 160D
V/ph/
Power supply 380/3/50
Hz
Performance

Cooling Capacity ¹ kW 14,1 24,5 28,35 33,6 48 58,5 69,7 79,95 96 117 139,4 159,9

Power Consumption kW 3,75 6,207 7,3 8,747 12,33 15,62 17,4 20,39 24,66 31,24 34,8 40,78

EER 3,76 3,95 3,88 3,84 3,89 3,75 4,01 3,92 3,89 3,75 4,01 3,92

Capacity Control Inverter Controllü ( %25 ~ %100 )

Refrigerant

Fluid Type R 410A

Control Electronic Expansion Valve

Circuit N° 1 2

Compressor

Compressor Type Scroll - Inverter

Compressor Number N° 1 2

Water Cooled Heat Exchanger-Evaporator

Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 2,43 4,21 4,88 5,78 8,26 10,06 11,99 13,75 16,51 20,12 23,98 27,50

Water Pressure Drop kPa 32 34 35 36 37 39 39 42 44 43 46 48

Water Cooled Heat Exchanger-Condenser

Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 3,07 5,15 5,97 7,22 10,26 12,48 14,83 17,00 20,52 24,95 29,65 34,00

Water Pressure Drop kPa 32 34 35 36 37 39 39 42 44 43 46 48

Operation range

Water side ( Evaporator ) °C 5 30

Water side ( Condenser ) °C 30 60

Water Circuit - Evaporator

Connection type Threadeded Flanged

Pipe diameter inç 1 1/4" 1 1/2" 2" 2" 2 1/2" 2 1/2" 2 1/2" 2 1/2" 3" 3" 4" 4"

Water Circuit -Condenser

Connection type Threadeded Flanged

Pipe diameter inç 1 1/2" 2" 2" 2" 2 1/2" 2 1/2" 2 1/2" 3" 3" 4" 4" 4"

Noise Level

Sound power dBA 79 79 79 81 81 83 83 85 87 87 89 89

Weight and Dimensions

Weight kg 265 310 323 405 512 631 724 755 842 910 995 1047

Width mm 1084 1163 1163 1163 1200 1200 1805 1805 1805 1300 2300 2300

Depth mm 405 430 430 430 1750 1750 2296 2296 2296 2200 2200 2200

Height mm 1135 1550 1550 1550 1670 1670 2160 2160 2196 2400 2400 2400

1 Cooling Performance calculated at water inlet/outlet temperature 12/7°C, outdoor temperature 35°C.

88
CWW-Screw
Model CWW 80W CWW 115W CWW 150W CWW 175W CWW 210W CWW 250W CWW 315W

Power supply V/ph/Hz 380/3/50

Performance

Cooling Capacity ¹ kW 78,5 111,3 150,6 173,5 210 248 311

Power Consumption kW 19,1 27,3 35,8 40,7 49,6 56,4 72,1

EER 4,11 4,08 4,21 4,26 4,23 4,40 4,31

Capacity Control 4 Level (%25 - %50 - %75 - %100)

Refrigerant

Fluid Type R 134A

Control Electronic Expansion Valve

Circuit N° 1

Compressor

Compressor Type Screw

Compressor Number N° 1

Water Cooled Heat Exchanger-Evaporator

Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 13,50 19,14 25,90 36,12 42,66 #BAŞV! 53,49

Water Pressure Drop kPa 40 42 46 43 45 49 47

Water Cooled Heat Exchanger-Condenser

Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 16,79 23,84 32,06 36,81 44,55 52,29 65,88

Water Pressure Drop kPa 40 42 46 43 45 49 47

Operation range

Water side ( Evaporator ) °C 5

Water side ( Condenser ) °C 30

Water Circuit - Evaporator

Connection type Threadeded Flanged

Pipe diameter inç 2 1/2" 3" 4" 4" 4" 4" 5"

Water Circuit -Condenser

Connection type Threadeded Flanged

Pipe diameter inç 3" 4" 4" 4" 4" 5" 5"

Noise Level

Sound power dBA 88 90 90 92 92 93 95

Weight and Dimensions

Weight kg 1685 1724 1796 1894 2103 2166 2923

Width mm 1300 1300 2300 2300 2300 2300 3300

Depth mm 2200 2200 2200 2200 2200 2200 2200

Height mm 2400 2400 2400 2400 2400 2400 2400

89
 CWW-Screw
Model CWW 370W CWW 430W CWW 495W CWW 560W CWW 605W CWW 660W

Power supply V/ph/Hz 380/3/50

Performance

Cooling Capacity ¹ kW 370 429 492 559 603 659

Power Consumption kW 84,7 96,1 110,1 124,5 143,5 153,4

EER 4,37 4,46 4,47 4,49 4,20 4,30

Capacity Control 4 Level (%25 - %50 - %75 - %100)

Refrigerant

Fluid Type R 134A

Control Electronic Expansion Valve

Circuit N° 1

Compressor

Compressor Type Screw

Compressor Number N° 1
Water Cooled Heat Exchanger-
Evaporator
Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 63,64 73,79 84,62 96,15 103,72 113,35

Water Pressure Drop kPa 48 46 46 45 50 48

Water Cooled Heat Exchanger-
Condenser
Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 78,26 90,30 103,54 117,48 128,48 139,84

Water Pressure Drop kPa 48 46 46 45 50 48

Operation range

Water side ( Evaporator ) °C 30

Water side ( Condenser ) °C 65

Water Circuit - Evaporator

Connection type Flanged

Pipe diameter inç 5" 6"

Water Circuit -Condenser

Connection type Flanged

Pipe diameter inç 5" 6" 8"

Noise Level

Sound power dBA 95 96 97 98 99 100

Weight and Dimensions

Weight kg 3051 3127 4061 4298 4349 4458

Width mm 4300 4300 5300 5300 6300 6300

Depth mm 2200

Height mm 2400

1 Cooling Performance is calculated at water inlet/outlet temperature 12/7°C, outdoor temperature 35°C.

90
CWW-Double Screw
Model CWW 225W CWW 300W CWW 350W CWW 400W CWW 420W CWW 500W CWW 550W

Power supply V/ph/Hz 380/3/50

Performance

Cooling Capacity ¹ kW 222,6 301,2 347 395,2 420 496 546

Power Consumption kW 54,6 71,6 81,4 92,6 99,2 112,8 126,8

EER 4,08 4,21 4,26 4,27 4,23 4,40 4,31

Capacity Control 4 Level (%25 - %50 - %75 - %100)

Refrigerant

Fluid Type R 134A

Control Electronic Expansion Valve

Circuit N° 2

Compressor

Compressor Type Screw

Compressor Number N° 2
Water Cooled Heat Exchanger-
Evaporator
Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 38,29 51,81 59,68 67,97 72,24 85,31 93,91

Water Pressure Drop kPa 50 49 49 49 41 42 48

Water Cooled Heat Exchanger-
Condenser
Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 47,68 64,12 73,62 83,94 89,10 104,58 115,93

Water Pressure Drop kPa 50 49 49 49 41 42 48

Operation range

Water side ( Evaporator ) °C 5

Water side ( Condenser ) °C 30

Water Circuit - Evaporator

Connection type Flanged Connection

Pipe diameter inç 4" 5" 6"

Water Circuit -Condenser

Connection type Flanged Connection

Pipe diameter inç 5" 6"

Noise Level

Sound power dBA 90 92 92 93 93 93 94

Weight and Dimensions

Weight kg 3150 3538 3558 3670 3796 4563 4753

Width mm 2300 3300 3300 4300 4300 5300 5300

Depth mm 2200

Height mm 2400

1 Cooling Performance is calculated at water inlet/outlet temperature 12/7°C, outdoor temperature 35°C.

91
 CWW-Double Screw
Model CWW620W CWW740W CWW860W CWW990W CWW1120W CWW1210W CWW1320W

Power supply V/ph/Hz 380/3/50

Performance

Cooling Capacity ¹ kW 622 740 858 984 1118 1206 1318

Power Consumption kW 144,2 169,4 192,2 220,2 249 287 306,8

EER 4,31 4,37 4,46 4,47 4,49 4,20 4,30

Capacity Control 4 Level (%25 - %50 - %75 - %100)

Refrigerant

Fluid Type R 134A

Control Electronic Expansion Valve

Circuit N° 2

Compressor

Compressor Type Screw

Compressor Number N° 2
Water Cooled Heat Exchanger-
Evaporator
Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 106,98 127,28 147,58 169,25 192,30 207,43 226,70

Water Pressure Drop kPa 50 41 40 48 41 46 43

Water Cooled Heat Exchanger-
Condenser
Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 131,75 156,52 180,60 207,09 234,95 256,97 279,67

Water Pressure Drop kPa 50 41 40 48 41 46 43

Operation range

Water side ( Evaporator ) °C 30

Water side ( Condenser ) °C 65

Water Circuit - Evaporator

Connection type Flanged Connection

Pipe diameter inç 6" 6" 8" 8" 8" 8" 8"

Water Circuit -Condenser

Connection type Flanged Connection

Pipe diameter inç 8" 8" 8" 8" 8" 8" 8"

Noise Level

Sound power dBA 94 94 95 95 96 96 96

Weight and Dimensions

Weight kg 5041 6225 6299 6340 7826 7540 7832

Width mm 6300 7300 8300 10300 10300 11300 12300

Depth mm 2200

Height mm 2400

1 Cooling Performance is calculated at water inlet/outlet temperature 12/7°C, outdoor temperature 35°C.

92
CWW-Screw Inverter
CWW CWW CWW CWW CWW CWW CWW CWW CWW CWW
Model
255WD 320WD 400WD 525WD 630WD 510WD 635WD 785WD 1050WD 1260WD
V/ph/
Power supply 380/3/50
Hz
Performance

Cooling Capacity ¹ kW 254 317 392 521 628 508 634 784 1042 1256

Power Consumption kW 57,8 74,7 93,2 119,7 149,5 115,6 149,4 186,4 239,4 299

EER 4,39 4,24 4,21 4,35 4,20 4,39 4,24 4,21 4,35 4,20

Capacity Control Inverter Controlled ( %25 ~ %100 )

Refrigerant

Fluid Type R 134A

Control Electronic Expansion Valve

Circuit N° 1 2

Compressor

Compressor Type Screw-Inverter

Compressor Number N° 1 2
Water Cooled Heat
Exchanger-Evaporator
Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 43,69 54,52 67,42 89,61 108,02 87,38 109,05 134,85 179,22 216,03

Water Pressure Drop kPa 40 42 46 43 45 40 42 46 43 45

Water Cooled Heat
Exchanger-Condenser
Exchanger Type Brazed Plate Heat Exchanger

Water Flow m³/h 53,66 67,42 83,42 110,25 133,82 107,33 134,85 166,84 220,50 267,63

Water Pressure Drop kPa 40 42 46 43 45 40 42 46 43 45

Operation range

Water side ( Evaporator ) °C 5 30

Water side ( Condenser ) °C 30 65

Water Circuit - Evaporator

Connection type Flanged

Pipe diameter inç 4" 5" 6" 8"

Water Circuit -Condenser

Connection type Flanged

Pipe diameter inç 5" 6" 8"

Noise Level

Sound power dBA 90 94 93 95 91 96 96 92 95 94

Weight and Dimensions

Weight kg 2201 2985 3129 4318 4759 3547 4113 5421 6635 7843

Width mm 3300 3300 4300 5300 6300 5300 6300 8300 10300 12300

Depth mm 2200

Height mm 2400

93
 HEAT
PUMPS
HEAT
HEAT PUMPS
PUMPS
Air and Water Source Heat Pump
12-1500 kW / up to 17-2000 kW)
AIR
AIR SOURCED
SOURCED
Air Source Heat Pump
up to 12-1500 kW
Air Source Heat Pump
Heat pumps are devices that allow us to use the energy that is
available in nature but cannot be used because its tempera-
ture is low, by raising its temperature. It takes the potential heat
energy in air, soil and water and offers it to our use. With the heat
pump, you can achieve heating, cooling and hot water process-
es in a single device.

Efficiency and applicability go hand in hand. It can produce cold

water up to 7 °C. It is easy to assemble with its monoblock (single
body) structure. It is compact, durable, efficient and requires low
energy costs. It also works in areas where the outside temperature
drops down to -20 °C depending on humidity.

Optional
• It performs dehumidification, heating and cooling in air han-
dling units simultaneously and in a single device.
• Thanks to its economizer, it provides 30% additional savings.
• It provides free hot water in summer with its heat recovery
feature.
• Cascading feature
• It also works in areas where the outside temperature drops
down to -24 °C.
• Optionally, 80°C hot water can be produced.

General Heat
GENEL ISI Pump
POMPASI Usage ŞEKİLLERİ
KULLANIM Patterns

Domest ic Hot Water

Underfloor
Heating

Fan Coil Solar panel

Radiator

Boiler e Boiler

Buffer tank
Expansion Tank
Safety Valve

Heat pump

Pool,
Jacuzzi

97
 Air Source heat pump
PRODUCT SPECIFICATIONS
High Performance

Compact Design

High Technology

Ease of Maintenance Precise Temperature

Control

High Energy Saving Eco-Friendly

Modular Structure

Smart Control Mechanism

98
OPTIONAL
PRODUCTS

7” Color
Touch Screen

OPTION

Remote Access Energy Analyzer

99
 A/W SERIES
Model A/W 16 A/W 34 A/W 50 A/W 80 A/W 120 A/W 150

Power Supply V/ph/Hz 380/3/50

Performance (Heating)

Heating capacity ¹ kW 16,8 33,6 54 80 120 152

Power Consumption kW 4,3 8,6 13,9 20,5 31 39

COP 3,91 3,91 3,88 3,90 3,87 3,90

Capacity Control On/Off

Minimum Capacity % 100 50

Performance (Cooling)

Cooling capacity kW 14,8 29,6 45 68,8 103 128

Power Consumption kW 4,45 8,9 13,4 21,2 32 40,5

EER 3,33 3,33 3,36 3,25 3,22 3,16

Refrigerant

Fluid R 410A

Circuit N° 1 2

Compressor

Compressor Type Scroll

Compressor Number N° 1 2

Water Circuit

Water Flow m³/h 2,89 5,78 9,29 13,76 20,64 26,1

Pipe diameter inç 1 1/4'' 1 1/2'' 2'' 3'' 3'' 4''

Fan

Fan Type AC Axial Fan

Fan number N° 2 4

Air flow m³/h 36000 72000

Noise Level

Sound power dBA 66 66 67 68 69 71

Weight and Size

Weight kg 220 380 475 600 850 1050

Width mm 1303 1550 1900 2400 2910 3450

Depth mm 550 900 1200 1200 1200 1200

Height mm 1200 1700 1875 1875 2000 2100

*For heating mode, Outdoor temperature 7 °C Water outlet temperature 35 °C

** For cooling mode, Outdoor temperature 35 °C Water outlet temperature 7 °C

100
A/W SERIES
Model A/W 200 A/W 280 A/W 360 A/W 430 A/W 520 A/W 720 A/W 860 A/W 1040 A/W 1440

Power Supply V/ph/Hz 380/3/50

Performance (Heating)

Heating capacity ¹ kW 196 278 357 427 518 722 854 1036 1444

Power Consumption kW 50 70 90 109 132 185 218 264 370

COP 3,92 3,97 3,97 3,92 3,92 3,90 3,92 3,92 3,90

Capacity Control On/Off

Minimum Capacity % 25 25 25 25 12,5 12,5 12,5 12,5 12,5

Performance (Cooling)

Cooling capacity kW 168 235 307 366 450 625 732 900 1250

Power Consumption kW 52 74 97 115 140 197 230 280 394

EER 3,23 3,18 3,16 3,18 3,21 3,17 3,18 3,21 3,17

Refrigerant

Fluid R 410A

Circuit N° 1 1 1 1 2 2 2 2 2

Compressor

Compressor Type Screw

Compressor Number N° 1 1 1 1 2 2 2 2 2

Water Circuit

Water Flow m³/h 33,71 47,82 61,4 73,44 89,1 124,2 146,89 178,19 248,37

Pipe diameter inç 4'' 4'' 5'' 5'' 5'' 5'' 5'' 5'' 5''

Fan

Fan Type AC Axial Fan

Fan number N° 4 6 8 10 10 14 16 20 28

Air flow m³/h 72000 108000 144000 180000 180000 252000 288000 360000 504000

Noise Level

Sound power dBA 77 77 79 81 83 85 86 88 89

Weight and Size

Weight kg 2520 2800 3100 3700 4550 4700 5000 5250 5450

Width mm 4000 4500 4800 6000 6000 6000 12000 12000 12000

Depth mm 2250 2250 2250 2250 2250 2250 2250 2250 2250

Height mm 2500 2500 2500 2500 2500 2500 2500 2500 2500

*For heating mode, Outdoor temperature 7 °C Water outlet temperature 35 °C

** For cooling mode, Outdoor temperature 35 °C Water outlet temperature 7 °C

101
ER SOURCED
TER SOURCED
Water Sourced Heat Pump
up to 17-2000 kW
General Information
• Works silently
• Efficiency and applicability combined
• It can produce cold water up to 7 °C.
• Easy assembly with monoblock (single body) structure
• Compact, durable, efficient and low energy cost

Common Uses
• House • Medical Center
• Hotel • Greenhouse
• Factory • Sludge Drying Areas
• Coop

Optional
• It performs dehumidification, heating and cooling in air han-
dling units simultaneously and in a single device.
• Thanks to its economizer, it provides 30% additional savings.
• It provides free hot water in summer with its heat recovery
feature.
• Cascading feature
• Optionally, 80°C hot water can be produced.

GENERAL HEAT PUMP USAGE METHODS

Domest ic Hot Water

Underfloor
Heating

Fan Coil Solar panel

Radiator

Boiler e Boiler

Buffer tank
Expansion Tank
Safety Valve

Heat pump

Pool,
Jacuzzi

103
 Water Source heat pump
PRODUCT SPECIFICATIONS
High Performance

Compact Design

High Technology

Ease of Maintenance Precise Temperature

Control

High Energy Saving Eco-Friendly

Modular Structure

Smart Control Mechanism

104
OPTIONAL
PRODUCTS

7” Color
Touch Screen

OPTION

Remote Access Energy Analyzer

105
 W/W SERIES
Model W/W 17 W/W 28 W/W 34 W/W 60 W/W 90 W/W 130 W/W 190 W/W 240 W/W 280 W/W 350
V/ph/
Power Supply 380/3/50
Hz
Performance (Heating)

Heating Capacity ¹ kW 17,2 27,43 35,91 62,5 86,5 131,88 190,5 240,85 281 352,5

Power Consumption kW 3,5 5,5 7,2 12,3 16,9 27,3 38,2 47,1 55 67

COP 4,99 4,99 4,99 5,07 5,12 4,83 4,99 5,11 5,11 5,26

Capacity Control On/Off 4 Level (%25 - %50 - %75 - %100)

Minimum Capacity % 100 100 100 50 50 50 25 25 25 25

Performance (Cooling)

Cooling Capacity kW 14 22,1 29,1 50,5 70,9 106,8 154,7 196 230 289

Power Consumption kW 2,8 4,4 6 9,9 13,2 22,1 32,1 40 46 56,2

EER 5 5,02 4,85 5,1 5,37 4,83 4,82 4,9 5 5,14

Refrigerant

Fluid R134A

Circuit N° 1 2 1

Compressor

Compressor Type Scroll Screw

Compressor Number N° 1 2 1

Water Circuit

Water Flow m³/h 2,96 4,72 6,18 10,75 14,88 22,7 32,77 41,43 48,33 60,63

Pipe diameter inç 1 1/4'' 1 1/2'' 1 1/2'' 2'' 3'' 3'' 3'' 4'' 5'' 5''

Noise Level

Sound power dBA 66 66 67 68 69 71 77 77 79 81

Weight and Size

Weight kg 220 250 300 500 550 600 1000 1050 1100 1200

Width mm 1300 1300 1300 1550 1550 1550 2000 2000 2000 2000

Depth mm 550 900 900 1200 1200 1200 2250 2250 2250 2250

Height mm 1200 2500

106
W/W SERIES
Model W/W 450 W/W 500 W/W 650 W/W 900 W/W 1000 W/W 1200 W/W 1450 W/W 1670 W/W 1800 W/W 2000
V/ph/
Power Supply 380/3/50
Hz
Performance (Heating)

Heating Capacity ¹ kW 450 499 652 900 998 1188 1450 1668 1818 2050

Power Consumption kW 85,2 95 123 170,5 190 225 275 308 329 369

COP 5,28 5,25 5,30 5,28 5,25 5,28 5,27 5,42 5,53 5,56

Capacity Control 4 level (%25 - %50 - %75 - %100)

Minimum Capacity % 12,5 12,5 12,5 12,5 12,5 12,5 12,5 12,5 12,5 12,5

Performance (Cooling)

Cooling Capacity kW 370 410 538 740 820 980 1198 1378 1504 1700

Power Consumption kW 71,7 79 103 143,4 158 188 225 255 275 299

EER 5,16 5,19 5,22 5,16 5,19 5,21 5,32 5,4 5,47 5,69

Refrigerant

Fluid R134A

Circuit N° 2

Compressor

Compressor Type Screw

Compressor Number N° 2

Water Circuit

Water Flow m³/h 77,4 85,8 112,14 154,8 171,66 204,34 249,4 286,9 312,7 352,6

Pipe diameter inç 5'' 5'' 5'' 5'' 6'' 6'' 6'' 6'' 6'' 6''

Noise Level

Sound power dBA 83 85 79 81 83 81 83 85 79 81

Weight and Size

Weight kg 1500 1550 1600 2000 2100 2200 2300 2400 3000 3100

Width mm 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500

Depth mm 2250 2250 2250 4500 4500 5000 5000 5000 5500 5500

Height mm 2500

107
Panel air
conditioners
PANELAIR
PANEL AIRCON
CO
NDITIONERS
NDITIONERS
Panel Air Conditioner
Up to 350-5000 Watts
Indoor and Outdoor Panel Air Conditioners
CoolAer indoor and outdoor panel air conditioner performs its cooling function even under the most difficult conditions with advanced
technology and collects dust and similar particles. CoolAer panel air conditioner, which homogeneously climatizes the environment it is
in, has a plug-and-play feature and has a very low energy usage cost. Special condenser and evaporator design ensures High
Performance even in very high humidity environments. The fully automatic CoolAer panel air conditioner keeps the ambient temperature
at a constant level. There is a wide range of products in the range of 350 - 5000 Watts. You can provide remote access with the optional
modbus feature.

• They are devices used for air conditioning of cabinets and

panels.
• Domestic and National Production
• It is used for temperature control in outdoor or indoor cabins.
• Cooling capacity range from 300W to 5000W
• Automatic shutdown when the panel cover is opened
• Automatic operation feature when power is on
• Long running life

Optional
• Soft starter
• Phase protection relay
• Ec fan
• Heating feature with electric heater
• Wide working range with fan speed control
• Modbus
• Manual type

Outdoor Indoor

110
Technical Specifications CPK-350 CPK-500 CPK-800 CPK-1000

Cooling capacity l35 l35 / l35 l50 385 W/352 W 515 W / 414 W 765 W / 720 W 1007 W / 910 W

Refrigerant R134a

Amount of Refrigerant 250 gr 300 gr 375 gr 425 gr

Evaporator fan flow rate 125 m³/h 150m³ /h 200m³ /h 300 m³ /h

Condenser fan flow rate 320 m³/h 400 m³/h 550 m³ /h 750 m³ /h

Power Supply 220v-1Ph-50/60Hz 220v-1Ph-50/60Hz 220v-1Ph-50/60Hz 220v-1Ph-50/60Hz

202 W / 258W / 400 W / 457 W /
Power Consumption l35 l35 / l35 l50
229 W 297 W 449 W 514 W
Weight 19 kg 21,5 kg 24,5 kg 35 kg

Height x Width x Depth 550 x 300 x 215 550 x 300 x 215 630 x 300 x 215 780 x 405 x 230

Protection class IP 54

Outdoor working range 0C+55 °C/ -40 °C+55 °C *Optional feature available.

Db(A) 63db *Measured from 5m in open area.

Heating capacity 350 W 500 W 800 W 1000 W

Technical Specifications CPK-1500 CPK-2000 CPK-2500 CPK-3500 CPK-5000

1522 W / 2202 W / 2521 W / 3660 W / 4790 W /
Cooling capacity l35 l35 / l35 l50
1412 W 1710 W 2113 W 2750 W 4250 W
Refrigerant R134a

Amount of Refrigerant 500 gr 550 gr 650 gr 970 gr 2300 gr

Evaporator fan flow rate 400 m³ /h 600 m³ /h 630 m³ /h 950 m³ /h 1400 m³ /h

Condenser fan flow rate 850 m³ /h 1350 m³ /h 1350 m³ /h 1600 m³ /h 1 00 m³ /h

Power Supply 220v-1Ph-50/60Hz 220v-1Ph-50/60Hz 220v-1Ph-50/60Hz 220v-1Ph-50/60Hz 220v-1Ph-50/60Hz

625 W / 863 W / 1214 W / 1381 W / 1850 W /
Power Consumption l35 l35 / l35 l50
701 W 947 W 1312 W 1496 W 2000 W
Weight 39 kg 40 kg 45 kg 55 kg 90 kg

Height x Width x Depth 900 x 405 x 230 950 x 405 x 235 1050 x 415 x 250 1050 x 415 x 250 1350 x 620 x 300

Protection class IP 54

Outdoor working range 0C+55 °C/ -40 °C+55 °C *Optional feature available.

Db(A) 63db *Measured from 5m in open area.

Heating capacity 1500 W 2000 W 2500 W 3500 W 5000 W

111
 CEILING PANEL AIR CONDITIONER
PRODUCT SPECIFICATIONS

High Performance

Easy Precision
Maintenance Temperature
Control

High Energy
Eco-friendly Saving
Technology

112
OPTIONAL
PRODUCTS

Manual Mode

7" Colour Touch

Screen

Steam Humidifier
Dehumidification

OPTION

Electric Heater
Energy Analyzer

Remote Access

113
Ceiling Type Panel Air Conditioner (2.000 W and 4.000 W)

Specifications
• 2 kW and 4 kW cooling capacity
• User-friendly 7” color touch screen and graphic viewer option
• Compact Design with Rack Cabinet
• Winter work kit
• Eco-friendly refrigerant
• High efficiency at full load
• Precision cooling according to return air temperature
• High EER value
• Cools only the rack cabinet instead of the whole room
• No raised floor required
• Wide Working Range (-20 °C +55 °C)
• The outdoor unit connection pipes can come from both sides or the rear of the unit,
optionally.
• Optional remote access via Modbus RTU and Modbus TCP/IP
• Soft start possibility with Softstarter option on the compressor

Optional
• Soft starter
• Phase protection relay
• Ec fan
• Heating option with electric heater
• Wide working range with fan speed control
• Modbus
• Manual type

COOLING UNIT TECHNICAL SPECIFICATIONS

Technical Specifications MCDC 2 MCDC 4

Cooling Capacity 1,9 kW 3,9 kW

Refrigerant R410A R410A

Fan Flow 800 m³/h 1600 m³/h

Energy Supply 230V / 1 Ph / 50-60 Hz 230V / 1 Ph / 50-60 Hz

Weight (42U) 135 kg 145 kg

Weight (47U) 144 kg 159 kg

Height x Depth x Width (42U) 1982 x 1000 x 600 (mm) 1982 x 1000 x 600 (mm)

Height x Depth x Width (47U) 2042 x 1200 x 600 (mm) 2042 x 1200 x 600 (mm)

Sound Pressure Level 55 dB(A) 55 dB(A)

Operating Temperature Range 23°C %60 RH 50°C %20 RH

114
 CEILING PANEL AIR CONDITIONER
PRODUCT SPECIFICATIONS

High Performance

Easy Precision
Maintenance Temperature
Control

High Energy
Eco-friendly Saving
Technology

115
 OPTIONAL
PRODUCTS

Manual Mode

7" Colour Touch

Screen

Steam Humidifier
Dehumidification

OPTION

Electric Heater
Energy Analyzer

Remote Access

116
Panel Air Conditioner with Outdoor Unit (Split Type)
Outdoor Unit Panel air conditioners are industrial type panel cooling systems consisting of
separate evaporator and condenser units. Since it consists of independent units, it is a
structure where the condenser operates away from adverse operating conditions and
the evaporator (indoor unit) operates independently of ambient conditions.

Panel Air Conditioners with Outdoor Units purify the device they are placed from dust in
the environment that can damage the device, and in addition, they are not affected by
high-capacity thermal loads and any adverse environmental conditions. Panel Air
Conditioners provide thermal stability and offer ideal solutions by using the air in the
environment in a closed cycle.
Optional
• Soft starter
• Phase protection relay
• Ec fan
• Heating feature with electric heater
• Wide working range with fan speed control
• Modbus
• Manual type

8 14
Technical Specifications
min. max min. max

Cooling Capacity 1
4,08 kW 8,36 kW 5,07 kW 14,52 kW

Cooling Capacity 2 4,4 kW 8,96 kW 5,42 kW 15,57 kW

Cooling Capacity 3
4,72 kW 9,6 kW 5,86 kW 16,7 kW

Refrigerant R410A R410A

Evaporator Fan Flow 2750 m³/h 2750 m³/h

Condenser Fan Flow 2750 m³/h 4800 m³/h

Power Supply 230V / 1 Ph / 50-60 Hz 230V / 1 Ph / 50-60 Hz

Power Consumption 2,64 kW 4,46 kW

Weight (42U) 188 kg 193 kg

Height x Depth x Width (42U) 890 x 1200 x 2102 (mm) 890 x 1200 x 2102 (mm)

Weight (47U) 202 kg 208 kg

Height x Depth x Width (47U) 890 x 1200 x 2324 (mm) 890 x 1200 x 2324 (mm)

Sound Pressure Level 49 dB(A) 55 dB(A)

.......1: Ambient Temperature .......1: Ambient Temperature .......1: Ambient Temperature

35 °C Return A ir 35 °C Return A ir 35 °C Return A ir
Temperature 35 °C Temperature 37 °C Temperature 39 °C
Relat ive Humidity 20% Relat ive Humidity 20% Relat ive Humidity 20%

Outdoor Unit Information 8 14

Compressor Number 1 1
EER 3,17 3,2
Outdoor Unit Power Supply 380V / 3 Ph / 50-60 Hz 380V / 3 Ph / 50-60 Hz
1081 x 387 x 729 1084 x 405 x 1135
Height x Depth x Width
(mm) (mm)
Sound Pressure Level 49 dB(A) 55 dB(A)

117
 PANEL AIR CONDITIONER WITH OUTDOOR UNIT (SPLIT)
PRODUCT SPECIFICATIONS

High Performance

Compact Design

High Technology

Ease of Maintenance Precise Temperature

Control

High Energy Saving Eco-Friendly

Modular Structure

Smart Control Mechanism

118
OPTIONAL
PRODUCTS
Manual Mode

7" Colour Touch

Screen

Steam Humidifier
Dehumidification

OPTION

Electric Heater
Energy Analyzer

Remote Access

119
free
cooLıng
Box
FREE
FREE COOLING
COOLING
COOLING
COOLING BOX
BOX
Free Cooling Box
FC (2350-3950-5350)
Up to 787-1350-1790 W
Free Cooling System
Free Cooling System is the devices that directly cool the hot air formed inside by free cooling method by filtering the air taken from
outside under suitable seasonal conditions and sending it to the rooms. They work integrated with existing air conditioning systems. It
provides cooling by achieving high energy efficiency in data center, switchboard rooms and factory processes.

• 787- 1350-1790 Watt cooling capacity

• High efficiency with free cooling feature
• Outdoor and indoor compatible design
• EC Fan Technology
• Class A Equipment
• Communication with other cooling systems

TECHNICAL SPECIFICATIONS FC 2350 FC 3950 FC 5350

Operating Temperature -20/40 °C -20/40 °C -20/40 °C

Cooling Capacity 787 W/K 1350 W/K 1790 W/K

Cooling Power (T=5°C) 3.94 KW 6,7 KW 8.96 KW

Air Flow 2350 m3/h 3950 m3/h 5350 m3/h

Maximum Absorbed Current 5.5 A 11A 15 A

Voltage Range 36-57 VDC 36-57 VDC 36-57 VDC

Power Consumption 270 W 385 W 742 W

Sound Level (Max. rpm) 60 dBA 65 dBA 75 dBA

Filter Type G2+G3 G2+G3 G2+G3

Protection Class IP 54 IP 54 IP 54

Dimensions (W*D*H) mm 500*470*670 565*590*730 565*590*730

Weight (Included in Package) 58 kg 71 kg 90 kg

122
 INSTALLATION

INDOOR

Outdoor Outdoor

Indoor
Indoor

OUTDOOR

Indoor
Indoor

Outdoor
Outdoor

123
 Scope of Application

Rooms Requiring Precision Cooling Data Center Rooms Laboratories

Hospitals Computer Rooms and Control Rooms Industrial Panel Rooms

Museums Archive Rooms Airports

Base stations Industrial Process Areas Mines

124
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PRODUCT CATALOGUE

Ekşioğlu Mah. Atabey Cad. No:16 Çekmeköy, İstanbul, TR 34794

T: +90 (216) 484 22 22 F: +90 (216) 484 05 06 E: info@coolaer.com.tr
www.coolaer.com.tr