Used SMC HRZ008-W-CNZ #9131481 for sale

SMC HRZ008-W-CNZ is a chiller and heat exchanger designed to recirculate air and refrigerant within a sealed system. HRZ008-W-CNZ model is equipped with a scroll compressor, which is powered by an inverter-driven motor. The scroll compressor works in conjunction with a condenser coil and condenser fan to draw warm air from the room and cool it with the assistance of a refrigerant charge. This cooled air is then circulated back into the room by the chiller/heat exchanger. SMC HRZ008-W-CNZ is designed to meet the need for cooling and heating applications in a variety of settings. For instance, its powerful cooling capabilities make it a suitable solution for data rooms, server rooms, and other commercial or industrial spaces. Additionally, in hot climates, this unit can also help to cool offices and other work areas effectively. The recirculating heat exchanger is designed to provide highly efficient cooling and heating with minimal environmental impact. It is equipped with an inlet air filter, permitting air to pass through while also capturing dirt and contaminants that could potentially damage the unit's internal components. The condenser fan motor is equipped with variable-speed technology, allowing the fan to run more efficiently and reducing energy consumption. HRZ008-W-CNZ incorporates advanced technology that allows precise temperature control. This is especially useful during the cooling phase as it can maintain a temperature that is just shy of the desired temperature without overcooling the area. The automatic defrost feature helps to protect the unit from corrosion, extending its lifespan. Additionally, this chiller is designed with noise reduction in mind, making it an ideal choice for use in areas where noise levels must be kept to a minimum. Overall, SMC HRZ008-W-CNZ is a highly efficient and reliable recirculating heat exchanger and chiller, capable of delivering powerful cooling and heating applications within a variety of settings. It is an ideal choice for areas where precise temperature control and noise reduction are critical.