Used NESLAB MX-900W D3 #9109647 for sale

NESLAB MX-900W D3 recirculating chiller is a state-of-the-art heat exchange device used to maintain temperature control in a variety of laboratory and industrial applications. As an ultra-high efficiency model, it offers extreme cooling performance with a temperature range of -25°C - 30°C that can be adjusted in increments of 0.1°C. This water-cooled system utilizes a high-velocity air flow to maximize heat transfer efficiency within its condenser walls. The chiller's evaporator coil is designed with two coils in a finned tube configuration for higher efficiency, resulting in a consistent cooling capacity of 900 watts. A stainless steel heat exchanger is also included to further improve performance. MX-900W D3's easy-to-use operator interface is equipped with an LED display that indicates the chiller's current settings, alarms, and system status with a simple push of a button. It's reliable control functions come with two independent PID temperature controllers to ensure precise temperature control. This feature allows for time-saving dual temperature settings, as well as the ability to program multiple cycles and expand the range of temperatures. NESLAB MX-900W D3 is robust, low-maintenance design provides continuous operation with minimal upkeep. The adjustable high and low temperature limits, with programmable alarms, shut down operation above and below the set limits. Its adjustable fan speed control helps reduce noise as well as energy consumption without sacrificing efficiency. The chiller is also capable of cooling water up to 200 L/min and includes a heat exchanger that is pre-mounted to the interior of the case, allowing for quick and easy installation. Additional features such as a large capacity reservoir make the chiller easy to maintain and keeps it clean and safe while in operation. MX-900W D3 provides a cost-effective solution for keeping laboratory and industrial systems running smoothly and efficiently. Its cutting-edge features deliver the ultimate performance required for temperature-sensitive processes and production operations.