Binary B6-XLR-3FM-25FT 3-pin Xlr Cable 25 Feet

Product Description

The BINARY B6-XLR-3FM-25FT is a 3-pin XLR female-to-male balanced audio interconnect cable measuring 25 feet in length. This cable carries balanced analog audio signals between professional audio equipment, signal processors, and distribution systems. It is designed for permanent installation or field use in commercial AV, installed sound, and low-voltage systems. Licensed low-voltage technicians and AV integration professionals are the typical installers. The female XLR connector on one end and male XLR on the other allow direct daisy-chain extension or signal routing between source and destination equipment.

This cable is suited for commercial and residential AV installations where balanced audio runs are required. Common applications include connecting mixing consoles, amplifiers, signal processors, and other XLR-equipped devices in installed sound systems, conference rooms, home theaters, and entertainment venues. The 25-foot length covers medium-distance runs without requiring an additional extension.

Key Features

• 3-pin XLR female-to-male configuration for balanced analog audio signal transfer
• 25-foot cable length suitable for medium-distance AV system runs
• Balanced signal path reduces noise and hum over longer cable runs
• Sold as a single cable unit for straightforward quantity ordering

Compatibility

Designed as a standard 3-pin XLR interconnect cable for use with any professional audio or AV equipment featuring XLR balanced audio inputs or outputs.

Installation Notes

Installation is typically performed by licensed low-voltage or AV technicians following applicable local codes. Power down or mute all connected audio equipment before connecting or disconnecting signal cables to prevent transient noise damage to amplifiers or speakers. Avoid running balanced audio cables parallel to AC power lines for extended distances to minimize inductive interference. Secure cable runs with appropriate cable management to prevent mechanical stress on the connectors.