Area of application:
In UHV and extreme UHV systems for protecting experiments from beam load up to max. 6 kW.
Description:
Beam stoppers for protecting experiments from beam load. Power consumption up to 6 kW due to watercooled copper plate. No welded or soldered seam between water pipes and vacuum. For UHV and extreme UHV systems. Electropneumatic actuator.
Nominal inside diameters (ID):
63 (2 1/2") - 160 (6" )
Body material:
Stainless steel
VAT, Inc.
Done
Description
Area of application:
In UHV and extreme UHV systems for protecting experiments from beam load up to max. 6 kW.
Description:
Beam stoppers for protecting experiments from beam load. Power consumption up to 6 kW due to watercooled copper plate. No welded or soldered seam between water pipes and vacuum. For UHV and extreme UHV systems. Electropneumatic actuator.
Nominal inside diameters (ID):
63 (2 1/2") - 160 (6" )
Body material:
Stainless steel
Area of application:
In UHV and extreme UHV systems for protecting experiments from beam load up to max. 6 kW.
Description:
Beam stoppers for protecting experiments from beam load. Power consumption up to 6 kW due to watercooled copper plate. No welded or soldered seam between water pipes and vacuum. For UHV and extreme UHV systems. Electropneumatic actuator.
Nominal inside diameters (ID):
63 (2 1/2") - 160 (6" )
Body material:
Stainless steel
Area of application:
In UHV and extreme UHV systems for protecting experiments from beam load up to max. 6 kW.
Description:
Beam stoppers for protecting experiments from beam load. Power consumption up to 6 kW due to watercooled copper plate. No welded or soldered seam between water pipes and vacuum. For UHV and extreme UHV systems. Electropneumatic actuator.
Media
Water; Hot Water; Cold Water ; Ground Water (optional feature); Potable Water; Salt Water; Wastewater (optional feature); Gasoline / Diesel Fuel; High Purity; LP Gas; Specialty Corrosive; Hydraulic; Chemical
