Edwards Next240 IIT Horizontal Turbomolecular Pump High Compression
Edwards
Details
-
CategoryPump
-
Dimension14.0in x 8.0in x 7.0in
-
Serial149591222/ 169405122
-
Shipping TypeFedEx Ground
-
ManufacturingDoes Not Apply
-
Voltage / HertzDoes Not Apply / Does Not Apply
Description
The Edwards Next240 IIT Horizontal Turbomolecular Pump offers excellent performance in vacuum applications with its hybrid bearing design and integrated controller. Manufactured with a hybrid bearing system featuring an oil-lubricated ceramic lower bearing and a dry permanent magnetic upper bearing, this pump ensures clean vacuum, low power consumption, and reduced vibration. It supports pumping speeds from 47 to 1250 ls-1 and is fully user-serviceable. This unit, though used, powers on and passes basic tests, exhibiting only minor cosmetic wear. Its built-in sensorless motors are compatible with Edwards TAG and TIC controllers. With a nominal pumping speed of 1439.99 l/min and the capability for handling light gases at high compression rates, it suits a range of lab and industrial applications.
Key Features
- Hybrid bearing design with magnetic upper bearing
- Pumping speed from 47 to 1250 ls-1
- Integrated controller compatible with Edwards TAG and TIC
- User-serviceable for easy maintenance
- Supports high compression of light gases
Specifications
- Power Total Rated: 160.00 W
- Nominal Pumping Speed: 1439.99 l/min
- Ultimate Pressure: 3.750 x 10^-10 Torr
- Max. Backing Pressure: 15.00 Torr
- Nominal Rotational Speed: 1000.00 Hz
- Ramp Up Time: 150.00 s
- Compression Ratio: N2 - 1 x 10, He - 1 x 10, H2 - 15000.00
- Nominal Pumping Speed: Helium - 1379.99 l/min, Hydrogen - 989.99 l/min
- Flow Volume Gas Ballast/Purge: 0.045 Pam/s
Weight
Imperial: 28.8 Pounds
Metric: 13.06 Kilograms
Shipping Dimensions
Imperial: 16.8 lb x 9.6 lb x 8.4 lb
Metric: 42.67 cm x 24.38 cm x 21.34 cm
Harmonized Code
84141000
Harmonized Code Details
84141000 - Vacuum pumps. This code is appropriate due to the equipment's function as a turbomolecular pump used for creating vacuums in various applications.
Comments 0
There are currently no public comments.