Used LEYBOLD HERAEUS TMP 1000C #9055028 for sale

TMP 1000C
ID: 9055028
Turbo pump.
LEYBOLD HERAEUS TMP 1000C is a high-quality mechanical pump designed for industrial applications. It is capable of achieving pressures as low as 10-2 mbar and is suitable for the pumping of non-corrosive, gaseous media. This pump is characterized by high pumping speeds, low noise emission, and an extremely robust construction. LEYBOLD HERAEUS TMP1000C is built around a rotating, three-lobe, single-stage pump. With this design, a compact, low-vibration package was realized. This pump has a standard inlet connection with a KF flange, and an outlet connection with an optional KF or CF flange. This allows for easy integration into a broader system. This pump includes a motor that is mounted directly to its gearbox, allowing for a low profile design that takes up minimal space. It is powered by a standard 230 V single-phase AC motor, which gives it a maximum capacity of 1 m3/h. TMP 1000C is also equipped with a built-in bearing that provides maximum support during operation and reduced wear over time. TMP1000C also utilizes a magnetic coupling to prevent oil from entering the pumping chamber. This eliminates the need for a mechanical seal. The unit also includes an oil mist eliminator which allows it to operate virtually oil-free. Additionally, LEYBOLD HERAEUS TMP 1000C has a number of safety and warning features. Its tilting pad bearing system has an integrated safety shut off switch, so if the temperature or vibration levels exceed pre-set thresholds, the pump will shut off. Additionally, it includes a rubber vibration dampening system to ensure vibration levels do not exceed those that can be tolerated by nearby systems. Overall, LEYBOLD HERAEUS TMP1000C is an excellent choice for applications where a reliable, high-performance single-stage pump is required. It is capable of providing an extremely low noise level, low vibration, and high-pressure outputs. Additionally, it is constructed to be highly reliable and rugged in a wide range of temperatures and environments.
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