Used BLUE M MR3201A #9234615 for sale

BLUE M MR3201A chiller is a recirculating, heat-exchange type chiller set designed for reliable, low cost cooling and heating applications. It features a microprocessor controller and user-friendly design, allowing for more consistent performance. The chiller utilizes a thermoelectric compressor that helps to reduce energy consumption and simultaneously reduce noise levels. It has a combined heat exchanger and cooling coil design. The main heat exchanger is a physically large, multi-row fin type heat exchanger connected to a cooling coil for efficient heat exchange. The microprocessor controller contains built-in temperature and time settings that allow the user to operate the chiller immediately and with minimal set-up. It also features an intuitive LED display to indicate the status of the chiller and provide visual feedback throughout its operation. The refrigeration cycle is powered by a pump and a refrigerant-based cooling system. The system uses refrigerant gas to absorb heat from a cold source and to release it to a warmer environment. This helps to reduce energy costs and ensure that the chiller operates at its optimal efficiency. The chiller also includes a quick-connect system allowing five temperature probes to be attached, allowing the user to monitor the temperature in the chillers heat exchanger location during operation. Also, a built-in drop-ahead feature ensures that the temperature in a range of circumstances is maintained. The chiller is constructed using stainless steel for its interior and exterior components, providing increased durability and longevity of the machine. Additionally, the machine has also been designed for flexible installation spaces, and it is able to be mounted onto a range of surfaces and in a range of locations. MR3201A chiller is a high-efficiency, low cost cooling and heating solution that can be used for a range of applications. Its combination of thermoelectric compressor and flexible installation options ensure reliable performance, reduced energy consumption, and reduced noise levels.