Used BAC 33400-2GW #9047496 for sale

BAC 33400-2GW is a two-stage, semi-hermetic, industrial grade liquid-over-air chiller, featuring glycol-cooled condensers for optimal efficiency performance. It has a maximum cooling capacity of 33,400 KW, with two independent circuits operating at high efficiency to provide even cooling temperatures across all applications. The condensing temperature is adjustable from -35°C to +65°C, allowing it to be used in a variety of industrial settings. The unit is made up of two separate, yet parallel units, each containing a condenser, compressor, expansion valve, and evaporator. The two-stage design improves the accuracy and efficiency of the cooling process by using the evaporator in the first stage to cool the refrigerant from the condenser at a lower temperature than the second stage. This allows the chiller to maintain steady temperatures at all times, even under extreme conditions. The compressor in this industrial chiller is a semi-hermetic model, which is highly energy-efficient and helps reduce operating and maintenance costs. The condensers are glycol-cooled for optimal efficiency and lifespan. The condensing units are equipped with safety devices to protect against refrigerant loss, and feature the latest efficient lubrication technology. Furthermore, this chiller is designed to ensure safe operation even under extremely low temperatures, with oil-cycling technology to monitor the condenser oil level. The evaporator and condenser are insulated with thermal insulation to prevent heat loss and maintain an even temperature across both sides of the unit. Additionally, the chiller unit utilizes a programmable temperature measurement system with digital displays, allowing for easy setting of the optimum cooling temperature. This 33400-2GW chiller is the perfect choice for a variety of industrial temperature control applications. It offers reliable cooling performance, energy efficiency, and cost-effectiveness, making it a top choice for factories, warehouses, and other commercial spaces.