Panduit A4-14R-C Coax Connector

Product Description

The PANDUIT A4-14R-C is a coaxial connector designed for use in structured cabling and low-voltage wiring applications. Coax connectors serve as the termination point between coaxial cable runs and equipment, maintaining signal integrity by providing a secure, low-loss mechanical and electrical connection. This type of connector is installed by licensed electricians, low-voltage technicians, and communications cabling professionals working on data, video, or RF signal distribution systems. The A4-14R-C is sold individually as a single unit, making it suitable for replacement terminations and small-quantity service work.

This connector is used in residential and commercial installations where coaxial cable must be terminated at a device, wall plate, distribution point, or equipment port. Typical applications include antenna systems, CATV distribution, satellite wiring, and structured wiring panels. It is suited for environments where a reliable, repeatable coax termination is required by the installing technician.

Key Features

• Single-unit packaging allows for replacement terminations without buying in bulk
• Designed for coaxial cable termination in low-voltage signal distribution systems
• Provides a secure mechanical connection to maintain signal integrity
• Compact form factor suitable for tight routing and panel work

Compatibility

Designed as an OEM-style replacement or new-installation connector for coaxial cable termination applications in low-voltage structured wiring systems.

Installation Notes

Installation should be performed by a qualified low-voltage or electrical technician in accordance with NEC Article 820 governing coaxial cable wiring. De-energize and disconnect all signal sources before terminating or replacing connectors on an active cable run. Use the appropriate stripping and crimping tools specified for the connector type to ensure a proper mechanical and electrical termination. Improper preparation of the cable end is the most common cause of signal loss at the termination point.