Radio Design Labs DB-XLR2F Dual Xlr 3-pin Female Jack

Product Description

The RADIO DESIGN LABS DB-XLR2F is a dual XLR 3-pin female jack panel designed for professional audio signal routing and amplifier system installations. It provides two balanced XLR female receptacles on a single mounting panel, allowing audio technicians and system integrators to terminate or patch balanced lines in racks, enclosures, or custom audio builds. The DB-XLR2F is suited for signal-level applications where consistent, low-noise balanced connections are required. It is sold as a single unit and is installed by audio-visual technicians, systems integrators, and broadcast or commercial sound professionals.

This panel is commonly used in rack-mounted audio systems, amplifier bays, mixing console tie lines, and custom audio patch points in commercial or studio environments. It fits applications requiring a clean, panel-mount solution for two balanced XLR female connections without the need for a full patch bay. Typical install scenarios include signal distribution racks, amplifier rooms, and permanent installation audio systems where panel-mount terminations are preferred over in-line connectors.

Key Features

• Dual XLR 3-pin female receptacles on a single panel-mount unit
• Balanced audio connections for low-noise signal transmission
• Panel-mount form factor suits rack enclosures and custom audio builds
• Single unit quantity for flexible system design and incremental builds
• Categorized for amplifier and audio signal processing applications

Compatibility

Designed as an OEM-style panel-mount solution for professional audio signal processing and amplifier system installations requiring balanced XLR female terminations.

Installation Notes

Installation is typically performed by licensed audio-visual technicians or systems integrators. Power down all connected amplifiers and signal processing equipment before mounting or wiring the panel. Follow applicable NEC guidelines for low-voltage audio wiring in commercial installations. Verify balanced line polarity on all connected cables before restoring signal flow.