Used EDWARDS iH80 MK5 #9267835 for sale

EDWARDS iH80 MK5 is a robust and reliable medium-capacity low differential pressure liquid ring vacuum pump designed for use in a wide range of applications. This pump utilizes a direct-drive motor to provide superior performance and continuous operation in an environmentally friendly and cost-effective package. IH80 MK5 features a rugged industrial construction which includes a four-bladed fan impeller with an integrated cyclone separator, and a PTFE-coated aluminum alloy casing. The 5.7" diameter impeller is fully variable in speed, allowing for complete control over flow and pressure requirements. EDWARDS iH80 MK5 is designed for maximum flow at low differential pressure, which makes it ideal for use in process control systems, automotive vacuum systems, and other industrial applications. IH80 MK5 includes a five-speed direct electron motor, allowing for efficient operation in a variety of ambient temperatures. The motor is self-ventilating to ensure reliable operation without the need for additional ventilation. The integrated motor fan efficiently removes heat from the motor, allowing it to operate continuously without overheating and damaging the internal components. EDWARDS iH80 MK5 offers a wide range of safety features which make it suitable for hazardous applications. The unit is UL-listed, has an Atex-rating, and is designed with an internal pressure relief valve which eliminates the risk of a pressure overload. Additionally, the casing features a fusion-welded, double-walled construction which is certified to IP-6k for explosion-proof and dust-resistant operation. IH80 MK5 is a reliable and robust low differential pressure liquid ring vacuum pump designed for medium-capacity applications. The robust design and reliable performance of the unit make it suitable for a wide range of industries, including automotive, process control systems, and other hazardous applications. The integrated motor fan allows for continuous operation, and the self-ventilating motor ensures reliable operation without additional ventilation. Additionally, the fusion-welded, double-walled construction provides explosion-proof and dust-resistant operation.