Shengzhou redbowl refrigeration equipment Co., Ltd.

Redbowl Refrigeration Equipment Co., Ltd is leading China SCON600 condenser Manufacturers and SCON600 condenser factory. We OEM Commercial SCON600 condenser and ODM orders, 90% of factory output are exported to South East Asia, South Africa, Algeria, Middle East and so on. Major products include upright refrigerators, upright showcases, counter table refrigerators, glass door counter table refrigerators, blast freezers, bar refrigerators, GN pan refrigerators, salad counter chiller, evaporators and condensers. 220~240V/50~60Hz and 100~110V/50~60Hz are both available. 30 years of working experience and professional knowledge. Have passed CE-LVD certificate, CE-EMC certificate, IEC test.

SCON600 stainless steel air cooled condenser

Industry Knowledge Extension

The Fundamental Function of SCON600 Condenser in Cooling Technology
The fundamental function of SCON600 Condenser in cooling technology is to facilitate the transformation of high-pressure vapor into high-pressure liquid, playing a crucial role in the heat transfer process. As a key component in various cooling systems, including refrigeration, air conditioning, and heat pumps, SCON600 Condenser are essential for maintaining controlled temperatures in different applications.
When a refrigeration or cooling system operates, it relies on a cycle of compression and expansion of the refrigerant to transfer heat. In the first stage, the compressor compresses the low-pressure, low-temperature refrigerant vapor into a high-pressure, high-temperature gas. This hot and pressurized vapor then enters the condenser.
SCON600 Condenser's primary task is to release the heat accumulated in the refrigerant during the compression stage. This heat release causes the high-pressure vapor to condense back into a high-pressure liquid state. The condenser achieves this by utilizing a heat exchange process, where the refrigerant gives up its heat to the surrounding medium, typically air or water.
In air-cooled condensers, the high-pressure vapor flows through a network of tubes while the surrounding air is drawn over the tubes by fans. This process facilitates heat transfer, and the refrigerant cools down, transitioning into a high-pressure liquid state. The heated air is then expelled to the surrounding environment, completing the cycle.