XLR connector ShiverPeaks BS55022-S — 3-pin male panel mount, black finish

ShiverPeaks BS55022-S is a 3-pin XLR male panel-mount connector with a black finish designed for professional audio and signal applications. The connector supplies the standard three-pin XLR configuration used for microphone, line-level and balanced wiring, and is intended for installation in racks, consoles, patch panels and enclosures where a durable panel-mounted XLR interface is required.

Advantages

The connector offers a robust metal shell with a black surface treatment that resists wear in studio and live environments. Its three-pin layout follows the conventional XLR wiring standard, ensuring compatibility with microphones, preamps and balanced signal chains. The panel-mount design provides a secure mechanical connection to equipment panels, reducing stress on cables and internal wiring and supporting reliable signal continuity.

Suitable for

• Microphone connections in studios and live sound setups
• Line-level and balanced audio interfaces on rack equipment
• Patch panels and custom enclosures requiring a fixed XLR input/output
• Consoles, mixers and audio devices where a durable panel connector is needed

Key specifications

• Connector type: 3-pin XLR, male, panel mount
• Finish: black surface treatment on metal shell
• Pin configuration: standard three-pin XLR for balanced audio
• Mounting style: panel flange with secure fastening points
• Typical use: microphone, line-level and balanced signal wiring

How to use

Install the connector into a suitable cutout in the equipment panel or enclosure and secure it with the provided fastening points. Solder or crimp the cable leads to the three pins following the standard XLR wiring convention (pin 1 ground, pin 2 positive/hot, pin 3 negative/cold). After wiring, verify mechanical stability and strain relief to prevent movement that could affect solder joints or cable integrity. Reconnect and test the audio path to confirm correct polarity and signal continuity.

Recommendations

For reliable long-term operation, use appropriate strain relief and avoid excessive torque when fastening the connector to the panel. Confirm wiring polarity during installation and test with known-good equipment. In environments with high humidity or corrosive conditions, consider maintenance checks and cleaning contacts periodically to maintain optimal signal quality.