BST ADAPT-XLRM-RCAM - XLR Male to RCA Male Adapter

BST ADAPT-XLRM-RCAM – XLR Male to RCA Male Adapter

The BST ADAPT-XLRM-RCAM adapter reliably converts a balanced signal from a 3-pin male XLR connector to a line-level male RCA connector. Its compact and robust design, with a reinforced polymer body and metal inserts, offers low contact resistance and high durability. High-density internal insulation minimizes EMI/RFI interference, ensuring crystal-clear audio transmission in studios, PA and broadcast systems, and in home installations.

Main features

• Adapter Type: 3-pin XLR Male → RCA Male
• Connectors: High conductivity nickel-plated brass
• Body: Reinforced polymer with internal metal reinforcements
• Internal insulation: High-density polymer for EMI/RFI rejection
• Total length: approx. 25 mm
• Color: Matte black with silver details
• Working temperature: –20 °C to +70 °C

Product benefits

• Universal Fit: Connects mixing consoles, microphones and XLR equipment to devices with RCA inputs.
• Quick Installation: Tool-free plug-and-play design, ideal for patch bays and mobile mounts.
• Distortion-free audio: Nickel-plated connectors and internal insulation preserve signal clarity and level.
• Professional construction: Durable materials designed for intensive live and studio use.

Use cases

• Adapt XLR outputs of mixing consoles to RCA inputs of amplifiers or recorders.
• Patch bays in recording and broadcast studios.
• Rack and backline setup for concerts, tours, and corporate events.
• Connections in home audio systems and home studio.

Frequently Asked Questions

• Do I lose the balanced signal? Yes, switching from balanced XLR to unbalanced RCA eliminates the symmetry, but maintains line level.
• Does it support digital AES/EBU? No; it's designed exclusively for line-level analog audio.
• Does it require maintenance? Simply clean the connectors periodically to prevent corrosion and ensure good contact.

Description for projects

BST ADAPT-XLRM-RCAM adapter, 3-pin XLR male to RCA male, nickel-plated brass, reinforced polymer body, EMI/RFI isolation.