Used PFEIFFER / BALZERS TMH 1600C #9002236 for sale

PFEIFFER / BALZERS TMH 1600C is an oil-free turbo molecular pump used for a variety of applications such as ultra-high vacuum (UHV), high vacuum (HV), and semiconductor fabrication. The pump features a maintenance-free dual stage design, which utilizes a non-contacting internal rotor-like design that is guided by a sophisticated magnetic circuit. This design allows for optimal performance and durability, as well as greatly improved pumping speed, even at high exhaust pressures. The pump has a speed range of 585 to 1250 liters/second, making it one of the fastest pumps in its class. The seals used in the device are based on a special ceramic material which makes them very resistant to contamination, and also reduces wear and tear. BALZERS TMH 1600C is designed with an integrated speed control, which allows for both automatic regulation of the operating speed and manual over-ride capability. The pump has a wide variety of features designed for high performance under stress. The inlet isolation valve ensures a low-pressure atmosphere inside the chamber, minimizing turbulence and optimizing operation. The exhaust valve is designed to provide superior protection against flashover, while a patented filter provides additional assurance against particle buildup or contamination. Additionally, the device utilizes an advanced heat-dissipation system which ensures minimal thermal overloads and overheating. The device is designed for installation flexibility, and a wide range of mounting, inlet, outlet, and electrical options are available. Electrical connections are fitted with standard connectors for easy interfacing with existing systems. The pump also features built-in lockout/tagout protection to minimize the risk of injury and property damage associated with its maintenance activities. PFEIFFER TMH 1600C is designed and manufactured to meet the highest quality standards, reassuring optimal safety and reliability. Additionally, its periodic maintenance only requires very minimal downtime, further minimizing disruption and costs. This high-performance device proves to be an ideal solution for both academic and industrial applications, such as operations in cleanroom, research laboratories, and medical applications.