Used SMC HRS018-WN-20-M #293623328 for sale

SMC HRS018-WN-20-M is a chiller-recirculating heat exchanger, with a maximum cooling capacity of 13,601 kJ/hr. This model is composed of a heat exchanger, a cooling water tank, a condenser, and a compressor. The first component of the chiller is its heat exchanger. This is a piece of equipment specifically designed to transfer heat from one substance to another, and to maintain a specific temperature. The heat exchanger of this particular model is designed to transfer energy from the air to the coolant, which is then circulated to the other components in the equipment. The cooling water tank is the second component, and it is responsible for storing the coolant for circulation. This tank is designed to maintain a consistent temperature, thus providing an efficient and even coolant delivery system. It is also designed to ensure that any condensation from the chiller unit is collected, and can be easily disposed of. The third component is the condenser. This is a device used to condense the vapor that is produced during the cooling process. The condenser cools the vapour to its liquid state, allowing it to be recirculated back into the machine. This is important because it allows the cooled air to be reused, thus reducing the amount of energy used in the overall cooling process. The last component is the compressor, which is responsible for compressing the refrigerant and delivering it to the other components in the tool. This compressor is designed to function quietly and efficiently. It also has a built-in thermal overload protection device to ensure safety in the event of overload. Overall, HRS018-WN-20-M is an efficient chiller-recirculating heat exchanger that can maintain a consistent temperature in a cooling asset. Its components are designed to deliver a reliable, efficient and even coolant distribution, and to remove any condensation from the model. Furthermore, the compressor is designed to work quietly and efficiently, and its thermal overload protection device ensures safety in times of overload.