Used EDWARDS EH4200 #293627957 for sale

Manufacturer
EDWARDS
Model
EH4200
ID: 293627957
Booster pump.
EDWARDS EH4200 is a multi-stage, oil-sealed rotary vacuum pump designed for performance, reliability, and low energy consumption. It is a robust, air-cooled pump which is widely used in industrial, research, and electronics applications. EDWARDS EH 4200 utilises a hermetically sealed motor and epoxy composite resin construction for the highest possible performance and reliability. Its compact, lightweight features make this pump easy to install and service, whilst offering high efficiency and low noise. A two-stage, fast response, oil-sealed design gives EH4200 exceptional performance on short-term vacuum operation. Its double valve equipment also helps to minimise leaks. EH 4200 pump offers pumping speeds of between 33 and 360 m/h, can handle medium to high dust content, and can sustain load up to 145 mBar. EDWARDS EH4200 is classed as a single-phase engine, with a 24V DC permanent magnet motor. It has a brushless rotor design and a permanent magnet field which gives it long working life. EDWARDS EH 4200 has a superior cooling system with radial flow profile and filter element which helps to achieve energy efficiency for a wide range of operating temperatures. This vacuum pump is designed to be easy to maintain, with easily accessible oil and filters, on an integral external filter housing. EH4200 has its own active monitoring unit and designed to hold different diagnostic performance characteristics that can be easily used for predictive maintenance. Additionally, several ESP accessories are available, from the oil mist filter to the ducted housing, to optimize performance and efficiency. In conclusion, EH 4200 is a reliable, energy efficient, and easy to install and maintain vacuum pump. It offers superior performance and long working life due to its superior design, whilst being capable of handling different media. Its double valve machine also helps to minimize leaks and the built-in monitoring tool allows for predictive maintenance to take place. This makes it an ideal choice for industrial and research applications.
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