Used PFEIFFER / BALZERS TPH-510-U #9009162 for sale

PFEIFFER / BALZERS TPH-510-U is an ultra-high vacuum (UHV) turbo molecular pump designed for use in industrial and research applications. This powerful pump is designed to provide a stable, clean environment for a variety of processes in laboratory and production settings. It is ideal for applications involving precise sample processing, etching, sublimation, freeze-drying, thermal cycling, and other processes that require clean vacuum pressure. BALZERS TPH-510-U employs a high power, single stage, radial bearing motor driven turbo pump to produce a strong, UHV environment with pressures as low as 10-9 mbars. This type of pump is ideal in applications that require the manipulation of delicate materials and processes because of their capability to quickly reduce pressure and maintain a near zero contamination level with minimal effort. This turbo pump is designed to allow for differential pumping operations whereby a second lower-power pump can be used to pump a volume of gas before allowing the turbo pump to evacuate it completely. The pump features a number of user-friendly connections such as digital control signals, analog pumps control, and vacuum interlocks to provide total control for users. It also offers a number of sensor systems that monitor performance in real-time to ensure reliable and consistent operation. This ensures that sample material is not compromised during processes. PFEIFFER TPH-510-U is an energy-efficient pump designed to reduce power consumption while providing same amount of output. Its multi-stage design reduces power consumption to just 71 W while still maintaining the same level of pumping performance and maximum pressure of 10-5 mbars. TPH-510-U is a reliable and powerful pump with numerous user-friendly features which make it perfect for a wide range of processes in industrial and research applications. Its data Monitoring system is capable of monitoring the entire flow path to ensure optimal performance and energy consumption. Additionally, its intuitive user interface allows for easy control and monitoring of system pressure in order to achieve the desired results.