Technical Specifications:
- Number of Pins: 8
- Voltage Rating: 10 kV
- Current Rating: 30 A
- Conductor Diameter Size: 0.094 inch , 2.3876 mm
- Conductor Material: Copper or Molybdenum or Customization
- Insulator: 95% Alumina Ceramic
- Flange: CF2.75 (CF35)
- Using Temperature: -269 to 450 °C
- Pressure Maximum: 1500 psig
- Size: OD69.5*169mm
Advantages:
- Equivalent to standard ceramic to metal seals vacuum connector feedthrough specifications
- Supports 10kV high voltage & 30A current
- Reliable UHV hermetic sealing
- Standard CF2.75 flange – easy replacement
- Customizable (Mo / Cu conductor, pin layout)
- CAD drawings & engineering support available
Application:
- Semiconductor equipment
- Vacuum chambers
- High voltage testing systems
- Ion beam / plasma systems
- UHV systems
Send us your drawing or requirements – get a fast quote within 24 hours by email of sales@innovacera.com.
Declaration: This is an original article of INNOVACERA®. Please indicate the source link when reprinting: https://www.innovacera.com/product/8-pin-10kv-30a-cf275-ceramic-vacuum-feedthrough
Frequently Asked Questions
What are the specifications of the 8 Pin CF2.75 Vacuum Connector? Is it compatible with standard UHV systems?
The Innovacera 8 Pin CF2.75 (CF35) Vacuum Connector features a 10kV voltage rating, 30A current rating, and 0.094″ conductors. Built with a 95% Alumina Ceramic insulator, it operates safely between -269 to 450 °C. Yes, it is fully compatible with standard Ultra-High Vacuum (UHV) systems and serves as a direct, easy-replacement alternative to standard ceramic-to-metal seal feedthroughs, ensuring reliable hermetic sealing.
Can the 10kV 30A ceramic vacuum feedthrough be customized? What applications is it best suited for?
Yes, the feedthrough is highly customizable. Innovacera supports modifications for conductor materials (such as Copper or Molybdenum) and custom pin layouts, with CAD engineering support available. It is ideally suited for high-demand environments, including semiconductor manufacturing equipment, vacuum chambers, high voltage testing systems, and ion beam/plasma systems.
