Used NESLAB CFT-33 #9164183 for sale

NESLAB CFT-33 is a recirculating Heat Exchanger Chiller designed to provide efficient temperature control for a wide variety of industrial and research and development applications. NESLAB CFT33's robust design features a closed chilled loop that is totally enclosed and re-circulated to achieve the highest energy savings. It has a cooling capacity of 33,000 watts and a working temperature range of +2°C to +35°C. The unit has adjustable digital gradient, temperature and flow rate control and requires minimal maintenance. The chiller also benefits from insulated reservoirs and a heat energy reducing insulation jacket. CFT 33 uses an optimized design, incorporating flanged stainless-steel shell and tube heat exchangers, with two individual, counter flow glycol circuits between the two exchangers. The double exchanger design improves efficiency due to better vaporization control, which keeps the system operating optimally and reduces the need for maintenance. The heat exchanger/condenser uses R-404a which is a heat exchanger that is designed specifically for heat exchangers that need low-pressure drop at the evaporator. Fluid dynamics are optimized by increasing chilled water flow on both the process and the evaporator side, virtually eliminating dead zones. The condenser has a long-life aluminum finned coils that reduce the need for regular maintenance. CFT33 also features a highly reliable, low vibration, low noise compressor. The unit operates with a compressor speed range of 1650 to 3400 RPM, depending on the load, and is equipped with a stainless steel construction to maximize durability. The compressor offers a variety of safety functions to protect the unit from over pressurizing conditions. NESLAB CFT 33 has several options available to customize its use, such as a digital controls package, with an LCD display to monitor and control the temperature, flow rate, and safety features. The control panel can also be used to monitor system performance. The unit is designed to provide maximum performance and reliability with minimal maintenance, saving energy costs and extending the life of the system.