MHV Coaxial Feedthrough, 1 Pin, Grounded Shield, 0.495 Dia SS Weld Adapter

The Ideal Vacuum Feedthroughs MHV Coaxial Feedthrough is designed for high-voltage electrical signal transmission through vacuum chamber walls while maintaining a vacuum-tight connection. Featuring a single-pin MHV (Miniature High Voltage) coaxial connector with a grounded shield, this feedthrough provides reliable electrical connectivity for laboratory, research, and industrial vacuum applications.

The feedthrough features a 0.495-inch diameter stainless steel weld adapter for installation into compatible vacuum systems. MHV connectors are similar in appearance to BNC connectors but are designed for higher-voltage applications. MHV feedthroughs and mating connectors are rated up to 5,000 volts DC, compared to 500 volts DC for standard BNC connectors. MHV and BNC connectors are not interchangeable.

Key Features:

• Manufacturer: Ideal Vacuum Feedthroughs
• Product Type: High-Voltage Coaxial Vacuum Feedthrough
• Connector Type: MHV (Miniature High Voltage)
• Number of Pins: 1
• Shield Configuration: Grounded Shield
• Mounting Type: Stainless Steel Weld Adapter
• Weld Adapter Diameter: 0.495 inches
• Voltage Rating: Up to 5,000 VDC
• 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: MHV and BNC connectors are not compatible. Verify connector compatibility, voltage requirements, and installation conditions before use. Additional technical specifications are available in the downloadable product catalog and documentation.