Ideal Vacuum Feedthroughs SHV-5 Coaxial Feedthrough, 1 Pin, Grounded Shield, Double-Ended, 1.33 Conflat Flange, Coaxials

The Ideal Vacuum Feedthroughs SHV-5 Coaxial Feedthrough is designed for high-voltage electrical transmission through vacuum chamber walls while maintaining a vacuum-tight seal. Featuring a single-pin configuration, grounded shield, double-ended design, and 1.33-inch ConFlat (CF) flange, this feedthrough provides reliable electrical connectivity for laboratory, research, and industrial vacuum applications.

Safe High Voltage (SHV) connectors feature a recessed female contact on the mating cable connector to help reduce the risk of accidental contact with high-voltage conductors when disconnected. Rated for up to 5,000 volts DC and 5 amps, the SHV-5 series is suitable for high-voltage applications requiring secure coaxial connections. The double-ended configuration allows compatible SHV connections on both sides of the vacuum chamber wall.

Key Features:

• Manufacturer: Ideal Vacuum Feedthroughs
• Product Type: High-Voltage Coaxial Vacuum Feedthrough
• Connector Type: SHV-5 (Safe High Voltage)
• Number of Pins: 1
• Shield Configuration: Grounded Shield
• Connector Configuration: Double-Ended
• Flange Type: ConFlat (CF)
• Flange Size: 1.33 inches
• Voltage Rating: Up to 5,000 VDC
• Current Rating: Up to 5 Amps
• Maximum Thermal Gradient: 25°C per Minute
• Applications: High-Voltage Signal Transmission, Vacuum Instrumentation, Laboratory Equipment, and Research Vacuum Systems

Operating Conditions:

Electrical ratings are based on operation with one side in a dry atmosphere and the other side under vacuum at a maximum pressure of 1 x 10^-4 Torr. Electrical and thermal ratings represent safe operating limits determined by material properties, mechanical design, and operating conditions. Temperature limitations associated with the mounting configuration may further restrict the operating range.

Note: Verify SHV-5 connector compatibility, electrical requirements, and flange specifications before installation. Additional technical specifications are available in the downloadable product catalog and documentation.