Used EDWARDS STP-XA2703CV #9294810 for sale

Manufacturer
EDWARDS
Model
STP-XA2703CV
ID: 9294810
Turbo pumps P/N: PT66-16-050 N2 Pumping speed: 2650 l/s N2 Compression ratio: > 10^8 Inlet: ISO250F Exhaust: KF40.
EDWARDS STP-XA2703CV is a high-performance dry scroll vacuum pump, ideal for processes requiring ultimate vacuum levels. This unique design utilizes patented non-contacting scroll sets to provide users with highly efficient vacuum generation and reliable performance. STP-XA2703CV is designed to deliver ultimate pressures of 10-3 Torr or 1.33 x 10-4 mbar. EDWARDS STP-XA2703CV is a quiet and reliable dry scroll vacuum pump that eliminates the need for any lubrication, making it low maintenance and cost efficient. With its unique design, STP-XA2703CV draws a large volume of air yet operates within a small package. The non-contacting scrolls create a sealed air path as the scrolls evacuate the pumping chamber. This design results in a pulse-free vacuum enabling EDWARDS STP-XA2703CV to offer superior performance and longer life than its conventional oil-sealed counterparts. STP-XA2703CV features an advanced air-cooled motor and a soft-start function as standard. This ensures consistent, reliable performance even at high inlet air temperatures. Additionally, EDWARDS STP-XA2703CV includes Teflon-coated vacuum grade oils ensuring superior oil-free operation. This allows for STP-XA2703CV to be used in delicate processes such as the manufacture of food, drugs or medical devices. EDWARDS STP-XA2703CV is a reliable, robust and simple system. With a user-friendly control panel, STP-XA2703CV can easily be monitored and the vacuum levels adjusted with ease. Equipped with an emergency stop and low sound levels as standard, EDWARDS STP-XA2703CV ensures a safe and comfortable working environment, even during extended operation times. STP-XA2703CV is perfect for those requiring ultimate vacuum levels without compromising on performance or durability. Designed for repeatability and long life, EDWARDS STP-XA2703CV allows users to trust in their vacuum generation and allows crucial processes to be conducted as efficiently and safely as possible.
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