Used POLYCOLD P-100 #39428 for sale

POLYCOLD P-100 is a recirculating, heat exchanger-style chiller designed for a wide range of industrial cooling applications. POLYCOLD P 100 utilizes a hermetic, scroll compressor and a vortex tube to produce +/- 3°C cooling. The compressor operates on a variable frequency drive (VFD) to precisely provide cooling capacity as required by the process. A variety of external sensors are available to ensure precise dynamic control of the chiller operation. P-100 is enclosed in a sturdy stainless steel frame and features a separate, isolated heat exchanger coil equipment for the process and cooling circuits. This eliminates cross-contamination of the system and ensures consistent cooling performance under varying process requirements. P 100's heat exchanger design utilizes a compact, compact refrigerant pipe layout with minimal leak potential and low pressure drop. POLYCOLD P-100 offers innovative safety features, like safety valves and high/low-temperature alarms as standard. Additionally, the low-side pressure switch is adjustable and allows for quick start-up without the risk of damaging the unit components. POLYCOLD P 100 is equipped with a range of features for easy maintenance and troubleshooting. A highly advanced touch-screen LCD display machine with an intuitive control network provides timely and accurate diagnostics. Monitoring of compressor oil level, pressure, temperature and operation status are all a part of the chiller tool. P-100 is optimized for energy-efficiency and is environmentally friendly; it uses refrigerant R134A and natural circulation for cooling, both of which help to minimize environmental impact. P 100 can also be attached to an external condensate management asset, making it a great choice for applications where water is limited. POLYCOLD P-100 is a top choice for all types of industrial cooling applications, offering reliable and efficient performance with the highest levels of safety and maintenance. It is designed to eliminate cross-contamination and minimize environmental impact while providing predictable and consistent cooling.