Used TRANE CVHF 650 #9352932 for sale

TRANE CVHC 650 is a single stage chiller from TRANE, a leading manufacturer of industrial chillers. This unit is designed for energy efficiency and optimized performance, ideal for a variety of commercial and industrial applications. The CVHC 650 is a multi-circuited chiller, capable of supplying chilled water to up to two separate load functions at the same time. The unit uses a centrifugal compressor and a hermetically sealed refrigerant circuit, providing reliable cooling performance. The unit is designed for outdoor installation, featuring anti-corrosion coated aluminium panels for protection in harsh environmental conditions. TRANE CVHC 650 also offers variable frequency drive technology, allowing users to adjust the compressor speed whenever necessary. This helps maintain optimal efficiency and can lead to considerable savings. TRANE CVHC 650 chiller is ideally suited for installation in a variety of commercial and industrial applications, such as air conditioning systems, process cooling or food and beverage cooling. Its variable-speed technology allows users to adjust the speed of operation to meet their specific needs, while its single-stage design reduces energy consumption. TRANE CVHC 650 chiller features a modulating capacity, delivering the exact amount of cooling capabilities for an area, taking into account changes in outdoor temperature and load demand. As a result, its operation is optimized for energy efficiency and maximum cooling capacity. Additionally, its robust design is capable of operating in temperatures ranging from -15° to 115°F, and able to sustain continuous volumes up to 617 refrigeration tons (RT). The unit also includes advanced safety features, such as low ambient protection, low oil level protection, and high-pressure protection, guaranteeing worry-free operation. TRANE CVHC 650 is further designed for user-friendliness, with an on-board touchscreen display allowing monitoring and control of cooling activities for better performance and improved energy efficiency.