Amphenol Rf 034-1027 Hdbnc Crimp Plug Coax Connector

Product Description

The AMPHENOL RF 034-1027 is an HDBNC crimp plug designed for use with Belden 1694A and similar RG6-series coaxial cable. HDBNC connectors deliver the mechanical durability of a push-pull bayonet-style locking interface in a compact form factor, making them well suited for high-density video and broadcast signal distribution applications. The crimp termination method creates a reliable, gas-tight connection that resists vibration and signal loss. This connector is typically installed by low-voltage technicians, broadcast engineers, and AV integration professionals working on structured wiring, studio infrastructure, or field production systems.

This crimp plug is intended for coaxial cable assemblies where a secure, repeatable HDBNC termination is required. Typical applications include professional video routing, broadcast studio patch bays, and production environments that use Belden 1694A 75-ohm serial digital video cable. The push-pull locking mechanism of the HDBNC interface reduces accidental disconnection in rack-mounted or densely cabled installations.

Key Features

• HDBNC push-pull locking interface for secure, repeatable mating
• Crimp termination for reliable, gas-tight cable connections
• Designed for compatibility with Belden 1694A and RG6-series coaxial cable
• Compact form factor suited for high-density connector panels
• Sold individually as a single unit

Compatibility

Designed for use with Belden 1694A and comparable RG6-series 75-ohm coaxial cables as indicated in the product designation. Verify cable outer diameter and conductor dimensions against connector crimp specifications before installation.

Installation Notes

Installation is typically performed by low-voltage technicians or broadcast AV professionals using a calibrated coaxial crimp tool sized for the appropriate ferrule and center-pin dimensions. Strip the cable jacket, braid, and dielectric to the connector manufacturer's specified strip lengths before crimping. Do not over-strip the dielectric, as this can cause impedance discontinuities or short circuits at the center pin. Follow applicable low-voltage wiring standards and any site-specific infrastructure codes when terminating signal cables.