Used LEYBOLD HERAEUS Turbotronik NT 151/361 #9251556 for sale

LEYBOLD HERAEUS Turbotronik NT 151/361 is an advanced turbomolecular pump which is designed for operation in ultra high vacuum systems with a maximum pressure of 7.0 x 10-13 mbar. This pump is ideal for applications in the medical, scientific, and industrial industries. It is generally used for vacuum processes in the production of semiconductors, optoelectronics, electron microscopy, and microsensing. LEYBOLD HERAEUS Turbotronik NT 151/361 features a two-stage design, which includes an inlet and outlet port. The inlet and outlet ports are connected by a spinning rotor, which is powered by an electric motor. The rotor creates a high-speed gas stream which pushes the gas molecules out through the outlet port and into the vacuum system. The linear bearing design of the rotor shaft eliminates any vibration and ensures a long service life. LEYBOLD HERAEUS Turbotronik NT 151/361 has a pumping speed of 12 m/s for bakable and lightweight gases while the pumping speed for heavy gases is 8 m/s. It also offers high-accuracy pumping speeds that can be pre-set with its built-in display and panel interface. The power requirement for this pump is 230 V, 50/60 Hz single phase and its running current is 6.4 A. In addition, it has an integrated thermistor sensor which can monitor operating temperature and this device is also equipped with motor protection switch. LEYBOLD HERAEUS Turbotronik NT 151/361 is capable of controlling inlet and outlet pressures and maintaining an optimal vacuum level in a system. It has also a Leiterplatte-Interface (LPI) which enables communication between the device and a computer. The interface works with the TPS (Turbopump Surveillance System) software, which constantly monitors the operating conditions of the pump. In addition, the pump has a RS232 output port which allows it be monitored remotely. LEYBOLD HERAEUS Turbotronik NT 151/361 is a powerful and reliable turbomolecular pump which is suitable for a wide range of applications. Its robust construction and technologically advanced components make it a dependable and cost-effective solution for high vacuum processes.