Experts in advanced refrigeration and air-conditioning
The Inverter condensing unit Area iCOOL 39D MHP presents excellent thermodynamic properties and a low environmental impact due to the energetic efficiency of its cutting-edge Inverter technology. Able to perform a maximum cooling capacity of 39,7 kW at -10/32 ºC R449A, and powered by a 380/400-volt 50 hertz 3-phase power supply, it is an optimal unit for demanding large-scale applications, discharging minimal energy losses in comparison to conventional condensing units. Our iCOOL series is the standard of multi-refrigerant inverter units featuring easy and simple installation and maintenance. This description is for information purposes only. To confirm the accuracy of the data, please consult the technical data sheet or one of our technicians.
Made in EU
Inverter Technology
Technical information


Data Sheet

Power supply

380/415 V-50 Hz-3 ph

Capacity at -10/32 ºC R449A

39,69 kW


520 kg


1090 mm


1670 mm


1695 mm

Sound level

43 dB

Suction connection

1 5/8"

Liquid connection


Suitable compressor model

4CC149NA04, C-SCN753H8T

Type of oil


Air flow

21000 m3/h


31/ 26 A

Receiver volume

30 dm3

Number x Diameter of fan

1×800 mm




R134a, R404A, R448A, R449A, R513A





Alarm Codes


Product description

Technical Information

The characteristics of the Area iCOOL 39D MHP make it a robust, reliable and dynamic condensing unit for large-scale applications. Measuring 879 mm wide, 1528 mm long, 1488 mm high,  and weighing 430kg, the unit is rigged with two 630 mm diameter fans, which provide it with a powerful air flow rate of 12,600 m3/h. Despite its considerable size, this condensing unit has reduced low noise levels at only 44 dB and an excellent surface area to capacity ratio. The unit features a 15.0 dm3 capacity liquid receiver tank, with 1 3/8” and 7/8” suction and liquid connections, and uses FV68S refrigerant oil. The Inverter condensing unit Area iCOOL 39D MHP is compatible with compressor models C-SBVN373L0B and C-SCN603H8T. The Inverter condensing unit Area iCOOL 39D MHP has received the highest European and global safety certifications (CE, REACH, RoH and TUV), and is suitable for use with refrigerants R134a, R404A, R448A, R449A and R513A.

Area iCOOL 39D MHP characteristics and advantages

  • Maximum cooling capacity of 27.8 kW at -10/32 ºC R449A.
  • Total weight of 430
  • Equipped with two 630 mm diameter fans.
  • Powerful air flow rate of 12,600 m3/h.
  • Large liquid receiver tank with a 15.0 dm3 capacity, a 1 3/8’’ suction connection and a 7/8’’ liquid connection
  • Versatile unit compatible with compressor model C-SBVN373L0B and C-SCN603H8T.
  • Compatible with FV68S refrigerant oil.
  • Cutting-edge Inverter technology yields lower energy losses than traditional condensing units.
  • Reduced noise levels at only 44 dB.
  • Validated by the highest European and global safety certifications (CE, REACH, RoH and TUV
  • Compatible with refrigerants R134a, R404A, R448A, R449A and R513A.

Area iCOOL 39D MHP types of refrigerants


What pressure does R134a refrigerant work with?
The temperature pressure chart for R134a refrigerant shows that a running pressure of between 151 and 393 Kilopascals (kPa), or 22 and 57 pounds per square inch (PSI) is needed in order for it to operate, within a temperature range of -3.8 °C and 4.4 °C.
Why is R134a refrigerant important?
It is a secure and environmentally-safe refrigerant with non-toxic, non-flammable and non-corrosive characteristics, with zero ozone depleting potential. In addition, R134a is a highly-efficient refrigerant capable of vaporizing at extremely low temperatures.
Which refrigerant gas replaces R134a ?
Since it has a considerably lower environmental impact, R134a is widespread used as an alternative to CFCs and HCFCs refrigerants such as R22, R404A and R507.  


What pressure does R404A refrigerant work with?
According to the temperature pressure chart, R404A refrigerant can function with a pressure level of 0.1 PSI at its lowest temperature of -45.6 °C, and 455.1 PSI at the highest temperature of 65.6 °C.
Why is R404A refrigerant important?
The use of R404A is widespread due to its safe, non-toxic and non-flammable properties, but is in decline in recent years due to its Global Warming Potential.
Which refrigerant gas replaces R404A ? o
R404A is frequently used as a replacement for CFC and HCFC refrigerants such as R-12 and R-502, among others.    


What pressure does R448A refrigerant work with?
At its critical temperature of 83.7 °C, the pressure needed to liquefy R448A refrigerant gas will be of 46.6 bar (4600 kPa or 667 PSI).
Why is R448A refrigerant important?
R448A refrigerant gas is considered a safe and environmentally friendly alternative to many refrigerants, as it is a non-flammable HFO blend with low toxicity and a small Global Warming Potential.
Which refrigerant gas replaces R448A ?
R448A is commonly employed as an alternative to R404A and R22 refrigerants.    


What pressure does R449A refrigerant work with?
At its critical temperature of 81.5 °C, R449A refrigerant will require a critical pressure of 44.5 bar (4400 kPa or 638 PSI) to change its state from gas to liquid.
Why is R449A refrigerant important?
Because it is non-ozone depleting gas with low toxicity and non-flammable properties, and close to zero Global Warming Potential. It is generally considered a safe, efficient and versatile refrigerant gas compared to others.
Which refrigerant gas replaces R449A ?
R449A is most frequently applied as a direct substitute for R404A and R-507 refrigerants.


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