BST ADAPT-XLRM-RCAF - XLR Male to RCA Female Adapter

BST ADAPT-XLRM-RCAF – XLR Male to RCA Female Adapter

The BST ADAPT-XLRM-RCAF adapter converts balanced audio signals from a 3-pin male XLR connector to a line-level female RCA output in a compact form factor for easy use in racks, patch bays, and portable setups. Manufactured by BST, it features a reinforced polymer body and nickel-plated brass connectors to ensure low contact resistance and clean transmission without loss or induced noise.

Main features

• Adapter type: 3-pin XLR male → RCA female
• Connectors: Nickel-plated brass for low resistance and high conductivity
• Body: High-strength polymer with internal reinforcements
• EMI/RFI Rejection: High-density polymer interior insulation
• Total length: ~25 mm
• Color: Matte black with silver details
• Working temperature: –20 °C to +70 °C

Product benefits

• Universal Fit: Converts balanced XLR signals to unbalanced RCA, compatible with studio, Hi-Fi and broadcast equipment.
• Quick Installation: Tool-free plug-and-play design, ideal for patch bays and temporary connections.
• Clear Signal: Nickel-plated brass connectors and internal insulation minimize interference and level drops.
• Professional durability: Robust materials prepared for intensive use in live and studio settings.

Use cases

• Patch bays in recording and broadcast studios.
• Adapt XLR outputs of mixing consoles to RCA inputs of amplifiers or monitors.
• Connection panels in auditoriums, conference rooms and theaters.
• Rack setups for tours and live events.

Frequently Asked Questions

• Do I lose signal symmetry? Yes; when switching from balanced XLR to unbalanced RCA, symmetry is lost, but the line level is maintained adequately.
• Is it suitable for digital AES/EBU? No; it is designed exclusively for line-level analog audio.
• Does it require maintenance? Just clean the connectors periodically to prevent corrosion and ensure good contact.

Description for projects

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