Used CHA SE 400 RAP #130277 for sale

CHA SE 400 RAP evaporator is a high-efficiency evaporator designed for industrial applications. It features a robust, reliable air-cooled heat exchange unit. This evaporator utilizes up to 400 kW of cooling capacity with a refrigeration charge of 0.6 kg/kW. It offers low maintenance costs, efficient cooling performance, and minimal energy consumption. The evaporator contains a high-efficacy finned-tube heat exchanger and a controlled static pressure fan. The heat exchanger utilizes multiple layers of fins with large gap distances. This maximizes the available heat transfer area, increasing the efficiency of the unit. The static pressure fan is designed to maintain low noise levels, while providing the necessary air flow for efficient cooling. The heat transfer media used in the unit is R407C. This medium provides excellent cooling efficiency for high-pressure, high-temperature applications. It is environmentally friendly, non-flammable, and compliant with EU regulations. The evaporator is equipped with a three-stage compressor, which includes an external expansion device. This ensures efficient operation of the unit, while providing adequate BTU cooling capacity. The evaporator is constructed with a heavy-duty steel frame and features a hassle-free installation process. The unit is modular in design, allowing the user to adjust the evaporator capacity to suit their needs. The control panel is programmable and allows the user to customize the settings for temperature and air flow. The evaporator is designed for long-term use and durability. Its internal components are made from high-quality materials, such as stainless steel and copper. The evaporator is also equipped with an anodic protection system, which prevents corrosion and other damage from occurring to the unit. CHA SE 400-RAP evaporator is an ideal solution for industrial applications requiring cooling efficiency, low noise levels, and minimal energy consumption. It is designed for easy installation and maintenance, offering the user a high level of control over the unit's temperature and air flow.