Used EDWARDS GV400 / EH1200 #9236683 for sale

EDWARDS GV400 / EH1200 is a high-performance cryogenic pump used in industrial and scientific applications such as vacuum technology, material science, material processing, and nanotechnology. It is a turbomolecular, rotary vane pump with a variety of configurations and options to meet a wide range of requirements in the research and industrial vacuum markets. This versatile pump operates in a pressure range of 6 x 10-6 millibar to 1.6 x 10-1 millibar, providing optimal high-vacuum performance, ideal for deep- and ultra-deep-vacuum applications. The adjustable speed range of 0 - 4,500 rpm provides flexibility when varying system requirements along with fast fill rates and excellent pumping speed when required. Additionally, GV400 / EH1200 features a patented vibration isolation system which provides a reduction in noise levels and improved longevity for increased uptime of the pump and eliminating the need for additional noise and vibration control measures. This efficient pump is available as both a base and energy efficient version. The base model can reach higher pumping speeds and an extended vacuum range with a lower power requirement. The energy efficient model also provides extended vacuum range and savings in power consumption compared to other pumps. The robust industrial design of EDWARDS GV400 / EH1200 features a hard-wearing bearing and lid assembly, making it a reliable choice for research and industrial applications. Additionally, the flange style ensures the pump can be quickly and easily replaced or repaired when necessary, without the need for extra tooling. GV400 / EH1200 is built for laboratory and OEM customers in the chemical, pharmaceutical, food processing, and semiconductor industries. It can also be used to meet the most demanding analytical applications for nitrogen, neon, hydrogen gases, and other cryogenic liquids. EDWARDS GV400 / EH1200 is the perfect pump for those looking for a reliable, high-performance solution for their cryogenic needs. This flexible and energy-efficient solution provides maximum performance with minimal noise, making it an ideal choice for any type of industrial or laboratory application.