Used EDWARDS E306A #126420 for sale

EDWARDS E306A evaporator is a sophisticated evaporative condenser designed to offer a wide range of capabilities for heat exchange applications. The unit is capable of performing as a direct evaporator, a re-condenser, or a recycler, making it an ideal choice for energy-efficient cooling and condensation processes. EDWARDS E-306A evaporator features a cylindrical aluminum housing with optional stainless steel panels. Inside, there is a hermetically sealed evaporator chamber with a horizontal cross section, which contains a stainless steel tube containing two separate evaporator coils. This front-mounted evaporator has a capacity ranging from 5 to 18 tons, depending on the length and diameter of the tube. E 306 A evaporator features an adjustable head pressure control system and adjustable water distribution system, for improved performance and optimization. The tumbling action of the water within the chamber helps to evenly distribute the heat across the internal evaporator coils, resulting in quick condensation and efficient cooling. EDWARDS E 306 A evaporator is designed to operate with ammonia or Freon refrigerants in its closed loop system. The condenser works with R404A, R407C, or R410A and is designed to condense and cool air in cold storage rooms or applications which require a minimum operating temperature. The unit can also be cascaded to cool air for large industrial and commercial applications. In this setup, multiple evaporators can be linked together, allowing air to be cooled efficiently and effectively. The evaporator features a jacket water control valve as well as an impulse reset control valve, both of which can be adjusted to provide optimum performance. E306A can also be operated with either direct or reverse rotation. Overall, E-306A evaporator is an efficient and reliable evaporative condenser capable of a wide range of heat exchange applications. It can handle capacities ranging from 5 to 18 tons, and the adjustable control valves provide optimal cooling efficiency and performance.