Used PFEIFFER / BALZERS TMU 261 #9085126 for sale

PFEIFFER / BALZERS TMU 261 vacuum pump is a mechanical booster pump designed for medium and large-scale industrial vacuum applications. This type of pump is capable of producing ultimate vacuums in the order of 2 x 10-5 mbar. It utilizes a one-stage Roots pump with a pre-vacuum section as the primary pump. The Roots pump is typically combined with differential and throttle valves or directly driven from an electric motor. BALZERS TMU 261 is constructed of cast iron and features a single-ended design and medium-high pumping speed. It utilizes the "rake gas-lift" principle, which ensures the highest practical compression ratio. The pump also has a large, easy to operate, manual control panel that allows the user to easily adjust performance parameters. PFEIFFER TMU 261 can also be configured to operate in either single or two-stage mode. TMU 261 is an efficient, economical, and reliable way to meet the needs of most low-end to high-end vacuum applications. It is also compatible with most secondary oil-free pumps, vacuum instrumentation, and ancillary systems. PFEIFFER / BALZERS TMU 261 is designed to be easy to maintain and service, with long-term durability and a very low noise level. This makes it an attractive choice for a wide variety of applications, from manufacturing to laboratory research. BALZERS TMU 261 offers the highest reliability, efficiency, and cost-effective operation when compared to other types of pumps. It is suitable for applications where the vacuum range is from atmospheric pressure to 10-5 mbar. This type of pump is also energy efficient, requiring low inlet pressures, and providing high levels of compression without significant increases in power. In summary, PFEIFFER TMU 261 is a powerful, efficient, and reliable mechanical booster pump designed for medium and large-scale industrial vacuum applications. It is capable of producing ultimate vacuums in the order of 2 x 10-5 mbar, and is easy to operate, service, and maintain while providing a low noise level and energy-efficient operation.