Used NESLAB EN-350 #9071571 for sale

NESLAB EN-350 Chiller is a recirculating, heat exchanger designed for precise temperature control in a variety of scientific and industrial applications. The unit has a cooling capacity of up to 350 watts, and is designed as a highly efficient and effective cooling system suitable for applications ranging from cooling of electronics to protecting delicate lab specimens. EN-350 utilizes two separately controlled chilling circuits to capture heat, transfer it, and reject it to the environment. Heat transfer is achieved through a hermetically sealed evaporator coil, which utilizes a working fluid to transfer thermal energy at low temperature. The working fluid is circulated by the unit's compressor, enabling it to capture the heat, transfer it to the separately controlled condenser coil, and reject it to the environment. The unit's electronics are further secured by a black painted aluminum cabinet. The cabinet is coated with a protective layer of polyurethane that ensures the unit is not affected by harsh environmental conditions. This coating also delivers increased corrosion resistance and mechanical strength. With an internal working temperature of 0 to 40 degrees Celsius, NESLAB EN-350 offers high reliability and precision temperature control capabilities. To provide the user with accurate and secure temperature measurements, the unit features an adjustable temperature thermostat, LED visual displays, digital readouts, and digital alarm contacts. To guarantee maximum energy conservation, the unit is engineered with a low-noise fan motor and a large copper heat exchanger that dissipates heat much quicker and more efficiently than traditional designs. EN-350 is engineered for maximum corrosion and noise resistance as well as increased temperature stability. With its high-efficacy heat exchanger, adjustable thermostat, and digital readouts, the unit provides users with a highly reliable and energy-saving cooling system that can be leveraged for any application requiring efficient and effective temperature control.