English
nXL200i NW50 200-240V 50/60 Hz
HVC-A77022420
nXLi provides a small footprint with quiet operation making it a convenient and flexible high performing, yet compact, vacuum pump. The oil-free non-contacting pump mechanism will provide extended operation with maximum up time, up to five years service life, with zero maintenance and no oil to dispose of. During the initial chamber pump down the nXLi is able to work harder than normal. The intelligent transient overload protection will allow a higher power draw for a short period of time for initial evacuation of the chamber from atmospheric pressure to operating pressure. This higher initial power boost enables the pump to overcome initial gas loads and once operating pressure is achieved less power is required. nXLi is the latest addition to the Edwards intelligent pumping range and is the ideal dry pump for Scientific OEMs, LCMS end users, ICPMS end users and in applications where a consistent performance, control and reliability are essential.
- Pump Model
- nXL200i NW50
- Voltage & Phases
- 200-240 VAC, 50/60Hz
- Pumping Speed
- 200 m³/h
- Final Pressure
- 2 · 10-2 mbar
nXLi provides a small footprint with quiet operation making it a convenient and flexible high performing, yet compact, vacuum pump. The oil-free non-contacting pump mechanism will provide extended operation with maximum up time, up to five years service life, with zero maintenance and no oil to dispose of. During the initial chamber pump down the nXLi is able to work harder than normal. The intelligent transient overload protection will allow a higher power draw for a short period of time for initial evacuation of the chamber from atmospheric pressure to operating pressure. This higher initial power boost enables the pump to overcome initial gas loads and once operating pressure is achieved less power is required. nXLi is the latest addition to the Edwards intelligent pumping range and is the ideal dry pump for Scientific OEMs, LCMS end users, ICPMS end users and in applications where a consistent performance, control and reliability are essential.