Used EDWARDS GVSP30 #293595559 for sale

Manufacturer
EDWARDS
Model
GVSP30
ID: 293595559
Vintage: 2003
Scroll pump 2003 vintage.
EDWARDS GVSP30 is a vacuum pump designed to fulfill a variety of needs. It is designed to provide a deep, low-pressure vacuum environment ideal for applications such as substrate transfer, sputtering and thin film processing. This class of rotary vane vacuum pump is able to achieve a high level of ultimate pressure. EDWARDS GVSP 30 features a power driven motor that is specifically designed to meet the needs of modern research and production environments. GVSP30 is compact and ruggedly constructed to endure long-term use in industrial and laboratory environments. To help ensure optimum performance, the pump includes oil mist eliminators and other seals and filters. To ensure efficient operation, GVSP 30 is equipped with an efficient primary system capable of achieving ultimate pressures as low as 0.1 mbar (1 x 10^-4 Torr). To help ensure performance, the system includes a gasballast feature and other options for controlling flow and pressure. EDWARDS GVSP30 comes with a number of impressive features, including both oil-injected and water-cooled designs. The water-cooled design provides an even further improved ultimate pressure of 0.1 mbar (1 x 10^-4 Torr). The inclusion of an integrated oil filter and separator allows for efficient operation and longer running times. Both the oil filter and separator are optimized to reduce contamination, while the water-cooled design helps to reduce noise levels and reduce the risk of overloading. In addition, EDWARDS GVSP 30 is designed with your safety in mind. All components are designed with corrosion-resistant materials, while the motor is shielded to prevent accidents and health risks. Its advanced over-pressure, anti-suckback and atmospheric venting systems also ensure that even in the event of failure, any adverse effects are minimized and eliminated. GVSP30 is an efficient, reliable and dependable vacuum pump. Its advanced design and features enable superior performance and optimal vacuum conditions for research and production.
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