Used EDWARDS GX100L #9353444 for sale

EDWARDS GX100L is a rotary claw vacuum pump designed for high performance operation in vacuum-enabled processes. It has an intelligent design to the two claw rotors that gives it enhanced control over the process at any given pressure. The design gives the user the ability to spin and balance the two rotors to achieve higher speeds and lower noise levels, while maintaining a secure pressure and earning the operator a safe environment for operation. GX100L has a large 100 horsepower primary motor. This motor has variable speed electric drive with frequency adjustment, ideal for controlling the pressure chamber. The main motor is connected to the inlet and outlet of the pump with an electrical circuit for a precise control of the suction stroke volume. The motor can be programmed by the manufacturer to run on alternate strokes for maximum performance. The claw rotors are constructed of a special alloy material to provide maximum performance and minimize friction during operation. It has a built-in safety device with anti-kickback control to protect against overload of either rotor during operation. Additionally, the rotors have adjustable relative angles to facilitate setting up the desired pressure and improving performance at high pressures. The vacuum pressure chamber of EDWARDS GX100L is well-built, with a heavy stainless steel shell and excellent sealing for a long life span. This chamber is equipped with various sensors and gauges to measure and monitor pressure, temperature and humidity for easy operator control. The vacuum pumps has an adjustable pressure from atmosphere to 100 mbar, allowing it to run at a pressure optimal for the process, and providing accurate, repeatable results. GX100L is an excellent choice for a wide range of vacuum processes, across a variety of industries. Its high performance design and outstanding control over the process earns it superior points of operation and reliability, making it an essential part of any process for safe and efficient operation.