Used CHA Mark 40 #9239545 for sale

Manufacturer
CHA
Model
Mark 40
ID: 9239545
E-Beam evaporator 4-Pocket electron beam gun Single pocket electron beam gun Material evaporated: Gold (2) Gun controls SR10 Electron beam power supply Autotech II valve controller External evaporation chamber External electronics cabinet Roughing pump CTI 8 Cryopump CTI Compressor Roughing pump Lift off dome, 4" 50-CFM Dual stage mechanical pump Center of crucible to center of planetary: 20".
CHA Mark 40 is a high-performance evaporator designed for industrial and commercial applications such as HVAC systems, foodservice equipment, and hot water heating. The evaporator utilizes a coil design made from copper or aluminum tubing and fins. This tube and fin arrangement provides a large heat transfer surface, which optimizes the energy exchange between the coil and the air. The evaporator is equipped with an adjustable thermostat control that maintains a consistent temperature for the heat exchange process. The evaporator utilizes a forced air system to draw air through the heat exchange system, where it is heated. The hot air is then forced out into the exterior of the unit where it is cooled. The coil design of Mark 40 enables rapid transfer of heat and better temperature control. The design also features a fan-driven, adjustable-speed blower for efficient operation. The evaporator produces condensate, which collects in a removable tray in the bottom of the unit and can easily be drained. The evaporator also features a maintenance-free pump, which is designed to eliminate operational difficulties. The maintenance-free pump reduces operational costs, as it is easy to replace, and it eliminates the need for regular maintenance. CHA Mark 40 is a highly efficient evaporator with great long-term cost savings potential. Its coil design is optimized for efficient energy exchange, and its adjustable thermostat control ensures the system runs at the ideal temperature. Additionally, its built-in maintenance-free pump enables reliable operation and low maintenance requirements. In addition, its highly efficient energy-transfer capabilities and cost-savings potential make it an ideal choice for any industrial or commercial application.
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