Used EDWARDS iXH610HV #9203598 for sale

EDWARDS iXH610HV
Manufacturer
EDWARDS
Model
iXH610HV
ID: 9203598
Dry vacuum pump.
EDWARDS iXH610HV is a high vacuum pump from the iXH series of dual-stage rotary vane pumps. It is specially designed to provide reliable performance under demanding industrial and scientific applications. Its innovative and advanced design features make it ideal for a broad range of applications, from medical instruments and semiconductor manufacturing to vacuum metallurgy and glass working. IXH610HV is equipped with a high-performance impeller and a twin-shaft carbon graphite bearing system which make it one of the most robust and robust pumps available today. The impeller is designed to reach a maximum rotational velocity of 14400rpm and operates in a counter-flow configuration which ensures a low-drag, low-vibration operation. The two-stage design not only enables efficient operation but also ensures reliable pumping performance and a long-life span. EDWARDS iXH610HV is constructed from precision-machined components and is equipped with a single-ended mechanical seal. The seal is designed to provide reliable vacuum retention, while also preventing particulate contamination. Additionally, an integrated anti-suck back valve allows the pump to effortlessly switch between high and low vacuum settings without compromising on performance. IXH610HV is equipped with an intuitive digital interface which provides real-time pumping performance data and allows the user to control the vacuum level remotely. The control unit is also equipped with a range of safety features such as over-temperature protection, over-pressure protection, and overload protection. In short, EDWARDS iXH610HV is a robust and reliable rotary vane vacuum pump which is ideal for industrial and scientific applications. It is easy to operate, thanks to its integrated digital control system, and offers excellent pumping performance. Its two-stage design ensures reliable operation, while its precision machined components guarantee long-term reliability and performance.
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