Used PFEIFFER / BALZERS TMH 1001 #9002227 for sale

PFEIFFER / BALZERS TMH 1001 is a turbo molecular pumping station designed for use in vacuum systems. It features a powerful brushless DC motor to drive the rotation of the turbine blades. This motor is regulated to maintain a constant speed within a range of 0 to 40,000 rpm. The pump runs at high speeds and creates a powerful continuous pumping action, allowing for the rapid evacuation of an evacuated chamber. The blades rotate at up to 500 m/s allowing for efficient evacuation times in both high and low vacuum systems. The pump has an integrated oil-free design, which allows it to be used in applications where oil-based pumps may risk contamination of the system. BALZERS TMH 1001 has a capacity of 10,000 liters per second and a maximum pressure of 0.0001 mbar, which makes it ideal for use in low and ultra-high vacuum systems. It features an electronic controller which monitors and regulates speed, flow rate, and pressure. This allows the user to obtain precise control of the pump to accurately regulate their desired pump performance. In addition, the electronic controller monitors for any potential mechanical issues which may cause damage or failure in the pump motor and helps to ensure a safe operating life. PFEIFFER TMH 1001 is equipped with a variety of accessories, including a bypass valve, rotary vane, and a vacuum gauge, which allow for quick and easy installation in most applications. It is also equipped with an inlet filter to prevent contamination from entering the vacuum system. Finally, the pump features hinged covers which allow for easy access for maintenance. Overall, TMH 1001 is a powerful, reliable, and efficient turbo molecular pumping station. It is equipped with a robust brushless DC motor and an electronic controller, allowing for precise control of the performance and safety of the pump. It is also equipped with the necessary components to ensure safe installation and to prevent contamination of the system, making it an ideal choice for the effective and efficient evacuation of an evacuated chamber.