Used EDWARDS iH1800 HTX #293644580 for sale

EDWARDS iH1800 HTX is a turbo-molecular pump primarily used in pharmaceutical and biotech applications. This pump is designed for ultra-high limits of inert gas purging, background air pumping, and pressure maintenance. It utilizes a combination of both high and low vacuum technologies to provide reliabile performance in a wide range of applications. The pump is driven by a direct-drive motor, allowing for smooth, reliable operation. It features a wate-cooled turbo-molecular spool valve, providing excellent gas purging capabilities. An integrated active inlet valve design helps to reduce inlet pressures while providing high static and dynamic speeds. The pump also includes a robust housing which ensures the pump can operate in harsh process conditions. EDWARDS IH1800HTX has a range of technological features which set it apart from conventional solutions. It utilizes an advanced motor/pump combination to achieve superior efficiency and superior gas flow rates. Additionally, the motor's advanced electronic control system helps to ensure a constant pumping speed under any process conditions. IH-1800 HTX also features an integrated bypass control system for low-flow applications. This allows for an efficient operation when using high throughput capabilities. Additionally, its integrated sensing system detects the presence of moisture, ensuring dry conditions can be maintained despite high throughputs. EDWARDS IH 1800 HTX also includes a range of safety-related features. It includes a safe start-up program which provides protection against overloading and overpressure. Additionally, its enclosed construction limits external interference. It also features various modes of rotation to provide a choice between full-pressure or low-pressure operation. Overall, IH 1800 HTX is a reliable, high-quality turbo-molecular pump which is suitable for ultra-high limits of inert gas purging, background air pumping, and pressure maintenance. Its variety of features and robust construction help to ensure that it can operate in even the most demanding applications.