Technical information

As with all our products in the iCOOL series, the Inverter condensing unit Area iCOOL 4,5 MHP has excellent thermodynamic properties and a low environmental impact due to its high-performing efficiency. Its maximum cooling capacity of 4.67 kW at -10/32 ºC R449A, combined with a 380/415-volt 50 hertz 3-phase power supply ensures that it performs at the highest level with the lowest possible power consumption. Equipped with one 450 mm diameter fan and weighing under 120 kg, it is one of the most compact condensing unit operating with inverter technology featured in our iCOOL series. Measuring 466 mm wide, 1106 mm long, 560 mm high, and with an airflow rate of 3850 m3/ h, it is an extremely versatile condensing unit, easy to install in all spaces and suitable for different kinds of applications, due to its excellent surface area to capacity ratio. Furthermore, these reduced dimensions make it a highly efficient condensing unit which reduces operating costs compared to other technologies, and with exceptionally low noise levels, at only 39 dB. In addition, this unit is equipped with a liquid receiver tank with a volume of 3.9 dm³ , has got a 5/8’’ suction connection and a 3/8’’ liquid connection, uses FV68S refrigerant oil and R134a, R404A, R448A, R449A and R513A refrigerants. Model of the compressor in this unit – C-7RVN113L0A. Our iCOOL series stands out for its innovative use of Inverter technology, which yields lower energy losses than traditional condensing units. All our condensing units have received the highest European and global safety certifications (CE, REACH, RoH and TUV), and are easy to install and maintain.

iCOOL 4,5 MHP characteristics and advantages

• Easy installation and maintenance.
• Maximum cooling capacity of 4.67 kW at -10/32 ºC R449A
• Total weight of 118 kg.
• Equipped with one 450 mm diameter fan.
• Airflow rate of 3850 m3/ h.
• Liquid receiver tank with a 3.9 dm³
• 5/8’’ suction connection and a 3/8’’ liquid connection
• The unit is compatible with the compressor model C-7RVN153L0A and uses FV68S refrigerant oil.
• Cutting-edge Inverter technology yields lower energy losses than traditional condensing units.
• Reduced noise level at only 39 dB due to the installation of acoustic panels on all sides of the compressor compartment.
• Validated by the highest European and global safety certifications (CE, REACH, RoH and TUV)
• Compliance with ECODESIGN standard.
• Compatible with refrigerants R134a, R404A, R448A, R449A, R513A.

iCOOL 4,5 MHP Types of refrigerants

R134a

What pressure does R134a refrigerant work with?

The temperature pressure chart for R134a refrigerant indicates that it requires a normal running pressure of between 151 and 393 Kilopascals (kPa), or 22 and 57 pounds per square inch (PSI) in order to operate. This is within the temperature range of -3.8 °C at the lowest and 4.4 °C at the highest.

Why is R134a refrigerant important?

R134a is a highly-efficient refrigerant due to its ability to vaporize at low temperatures. Furthermore, its non-toxic, non-flammable and non-corrosive properties, with zero ozone depleting potential, make it a secure and environmentally-safe refrigerant.

Which refrigerant gas replaces R134a ?

The refrigerant gas R134a is a commonly-used replacement for CFCs and HCFCs refrigerants such as R22, R404A and R507, due to its low environmental impact. The latter has been proven to be detrimental for the ozone layer and the atmosphere.

R404A

What pressure does R404A refrigerant work with?

The R404A temperature pressure diagram indicates it can operate 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?

It is one of the most commonly used refrigerants in the world due to its non-toxic and non-flammable properties. However, it is now considered as a gas with a high Global Warming Potential and its use is in decline.

Which refrigerant gas replaces R404A ?

Initially, R-404A was deemed a safe and efficient alternative for CFC and HCFC refrigerants such as R-12 and R-502.

R448A

What pressure does R448A refrigerant work with?

According to its temperature pressure diagram, at the lowest temperature of -70 °C, the required running pressure to liquefy R448A refrigerant gas is -12.25 PSIG. At the highest temperature of 70 °C, the required pressure is 456.82 PSIG. The critical pressure required to liquify R448A refrigerant gas at its critical temperature of 83.7 °C is 46.6 bar (4600 kPa or 667 PSI).

Why is R448A refrigerant important?

R448A refrigerant gas is a safe non-flammable HFO blend with low toxicity and Global Warming Potential, making it an efficient and environmentally friendly alternative to many of its counterparts.

Which refrigerant gas replaces R448A ?

We can use R448A to replace R404A and R22 refrigerants.

R449A

What pressure does R449A refrigerant work with?

The critical pressure necessary to liquefy R449A refrigerant gas at its critical temperature of 81.5 °C is 44.5 bar (4400 kPa or 638 PSI).

Why is R449A refrigerant important?

R449A refrigerant is a non-ozone depleting gas and its low toxicity and non-flammable properties make it a safe, efficient and versatile refrigerant gas.

Which refrigerant gas replaces R449A ?

R449A is commonly used as a direct replacement for R404A and R-507 refrigerants.

R513A

What pressure does R513A refrigerant work with?

According to its temperature pressure graph, the critical pressure of R513A refrigerant gas is 37,67 bar (3769 kPa or 546 PSI), at its critical temperature of 96.5 ºC, at which point it will liquify.

Why is R513A refrigerant important?

R513A refrigerant is considered an efficient and secure refrigerant gas as it does not deplete the ozone layer, it has low toxicity levels and is non-flammable.

Which refrigerant gas replaces R513A?

R513A refrigerant is a good option to replacement for R134a refrigerant gas, and is recommended due to its 55% lesser Global Warming Potential.