Used VWR 1112A #9023416 for sale

VWR 1112A Chiller is a recirculating, heat exchanger equipment designed for the cryogenic industry. It is capable of cooling and maintaining temperatures between -50°C and +30°C. The chiller features a centrifugal pump, which circulates a coolant between the evaporator and condenser for efficient cooling and thermal exchange. The unit's extended cooling performance enables improved sample protection and running accuracy. The compressor of 1112A is of a reciprocating design, powered by a single-phase motor and built to run efficiently even at low temperatures. It is equipped with an internal thermal overload protection system to safeguard the primary unit components. The unit also includes a safety pressure switch to prevent over-pressure of the cycling fluid. Additionally, a timer control allows for schedules and delays to be automated as required. A titanium heat exchanger with enhanced design performance lends to VWR 1112A's durability and thermal stability. The uses of a Built-in expansion chest and refrigerant recovery machine prevent excessive charge or loss of refrigerant. Furthermore, its highly efficient defrost tool automatically manages frost build-up on the evaporator to minimize maintenance and maximize uptime. 1112A Chiller has a LCD display screen, which displays set and actual temperatures, as well as diagnostics and other important information. Various sensors and indicators, such as temperature and pressure sensors, control components and safety devices, provide continuous and reliable feedback during asset operation. Finally, VWR 1112A Chiller has a sleek and compact design and is constructed out of durable materials. The unit has a low profile, enabling it to be mounted where space and access are tight. Additionally, its storage requirements and maintenance requirements are nicely kept to a minimal. Overall, 1112A Chiller is a reliable and efficient piece of equipment that is ideal for its intended applications, especially those requiring extended reliability and cooling performance.