Used MELCOR CORPORATION MRC300DH2-DV #9247115 for sale

MELCOR CORPORATION MRC300DH2-DV is a recirculating, heat exchanger chiller designed for industrial cooling and HVAC applications. It features a compact, lightweight design with a streamlined form factor optimized for installation in a variety of spaces and applications. MRC300DH2-DV operates by passing a liquid coolant such as water or glycol through an efficient internal cooling system that quickly dissipates heat. The model utilizes a compressor to pressurize the coolant before it flows through four evaporator coils, two compressor condensers, and a combined recirculating pump and reservoir. Heat is extracted from the coolant within the evaporator coils via a heat exchange process using ambient air. The remaining heat is further removed by the compressor condensers, which use a refrigerant-based heat transfer system to return the coolant to its liquid state. The cooled liquid is then recirculated by the pump and reservoir. In addition to its efficient cooling capabilities, MELCOR CORPORATION MRC300DH2-DV comes with a suite of advanced control features, including digital temperature display, adjustable set point, and a microprocessor-controlled compressor with adaptive control. The unit also includes adjustable service ports for diagnostics, maintenance, and repair. MRC300DH2-DV is rated for a cooling capacity up to 30 kW and is suitable for many commercial, industrial, and HVAC applications. It is designed for indoor installation and its compact form factor makes it ideal for areas with limited available space. The unit is also RoHS and CE-certified, meaning it meets industry standards for environmental safety. Providing reliable and efficient cooling, MELCOR CORPORATION MRC300DH2-DV is a reliable chiller for a variety of cooling applications. The model offers users a compact and lightweight form factor, advanced control features, and quick cooling temperatures. It is designed for indoor installation and comes with RoHS and CE certifications for decreased environmental impact.