Comprehensive XLRP-XLRJ-100ST Xlr Plug to Jack Adapter

Product Description

The Comprehensive Connectivity Co. XLRP-XLRJ-100ST is a standard-series cable or adapter designed to connect an XLR plug to an XLR jack. This type of interconnect is used to extend, couple, or adapt balanced audio signal runs in commercial and light-industrial AV, sound reinforcement, and communications installations. The assembly is sold as a single unit and is appropriate for use by AV integrators, electricians working low-voltage signal systems, and audio system technicians who need a reliable balanced-line connection between XLR-terminated equipment.

This XLR plug-to-jack configuration is suited for signal chain builds where a male XLR source connector must mate with a female XLR input, or where a coupler is needed to join two cable runs end-to-end. Typical deployment scenarios include stage and installed sound systems, broadcast and recording infrastructure, and commercial intercom or control wiring where balanced three-pin XLR terminations are the standard interface.

Key Features

• XLR plug-to-jack configuration for balanced signal interconnection
• Standard series construction for general-purpose AV and audio wiring applications
• Single-unit packaging for individual installation or service replacement needs
• Compatible with standard three-pin XLR mating connectors used across professional AV equipment

Compatibility

Designed as a standard-series replacement or extension adapter for equipment fitted with three-pin XLR balanced audio connections. No specific model compatibility data was provided in the product input.

Installation Notes

Installation is typically performed by a licensed low-voltage or AV technician following applicable NEC low-voltage wiring guidelines. Power down or de-energize any connected audio equipment before making or breaking signal connections. Inspect connector pins for damage or contamination before mating, and ensure the plug and jack are fully seated and latched to maintain signal integrity. Do not force mismatched connector types.