Used LEYBOLD HERAEUS TMP 1100C #52419 for sale

LEYBOLD HERAEUS TMP 1100C
Manufacturer
LEYBOLD HERAEUS
Model
TMP 1100C
ID: 52419
pump, crated.
LEYBOLD HERAEUS TMP 1100C is a mechanical, oil-sealed, mono-stage pump designed for applications with high pumping speeds, low ultimate pressures and high compression ratios. It is a direct-drive pump powered by the liquid supplied to the continuously running pump shaft. It is designed for applications such as high-vacuum systems, laboratory use, research and industrial processes. The pump's exterior is made of cast aluminum and is sealed with a tight-fitting lid. This ensures minimum maintenance and no evaporative losses. The interior is filled with oil which provides a large, sealed reservoir to contain and store the working fluid. This keeps the pump easy to operate and ensures optimal efficiency. TMP 1100C is equipped with a motor coupled directly to the pump shaft, which is made of hard-coated steel. This allows the pump to have a high pumping speed and reliable performance even under constant vibration. The fast pumping speed is suitable for applications such as laboratory use, where vacuum needs to be quickly achieved. LEYBOLD HERAEUS TMP 1100C has a vacuum ultimate pressure of 5 mbar, which is suitable for many applications such as degassing and drying. It also provides a high compression ratio, with a pumping speed of approximately 2400 liters/min at an atmospheric pressure of 1000 mbar. This ensures fast evacuation of gases and vapors, providing an effective solution for many applications. The pump is designed to run continuously, with no problem starting and stopping the pump. It has a compact design, allowing it to be used in small spaces. It is also easy to maintain and monitor, providing peace of mind when used in demanding conditions. In summary, TMP 1100C is an efficient, reliable pump designed for high-speed applications and provides a simple, cost-effective solution for a variety of applications. It is suitable for laboratory work, research, as well as industrial processes.
There are no reviews yet