Used M&W RPC2/28W-RNB #139576 for sale

M&W RPC2 / 28W-RNB is a recirculating heat exchanger chiller designed for small-scale industrial applications. It is one of the most efficient chillers in its class, with up to 500 kW of cooling capacity. This chiller uses hot water from the process side, along with a chilled water loop from the cooling side, to provide cooling. The heat exchanger consists of two tubes, one of which contains the heated water from the process side, and the other carries the chilled water from the cooling side. The units are designed with specially designed heat exchanging plates, using a double-wall construction, which increase heat transfer efficiency. RPC2 / 28W-RNB is equipped with a direct-drive fan motor, which enables high air-flow without compromising on efficiency. Additionally, the unit has an adjustable fan speed that enables the chiller to maintain optimum efficiency even at changing temperatures or high loads. The chiller also has a dual-control equipment, which helps regulate and maintain the temperature of the chilled water loop. When it comes to energy savings, M&W RPC2 / 28W-RNB is unmatched. Its efficiency is rated at up to 99% due to its low heat conductivity and the heat exchanger's double-wall construction. Additionally, the unit utilizes an innovative system that collects and recycles condensate, preventing waste and reducing energy consumption. RPC2 / 28W-RNB is easy to install, maintain, and operate. It has an intuitive LCD display with an interactive menu for selecting settings, and it is also programmed for remote control with a wireless connection. Furthermore, the chiller is fitted with a fail-safe unit that automatically shuts down the compressor in the event of an emergency. This ensures the protection of your industrial process and the safety of personnel. Overall, M&W RPC2 / 28W-RNB is an ideal choice for small industrial processes due to its efficiency, ease of installation, and adjustable fan speed. Its energy-saving technology and dual-control machine ensure that your process is running at optimal temperatures while consuming minimal energy.