PROEL 8x XLR Lockable Sockets Galvanised Metal Sheet Stage Box - 10m

The PROEL 8x XLR Lockable Sockets Galvanised Metal Sheet Stage Box is a high-performance and rugged audio interface solution, engineered for demanding professional touring, fixed installations, and live sound applications. This stage box offers exceptional durability and security, featuring a robust chassis constructed from galvanised metal sheet with a highly resistant epoxy paint finish for superior protection against impact, corrosion, and the rigours of the road. It is built in strict accordance with current security regulations using sophisticated manufacturing equipment, ensuring reliable performance show after show.

Designed for critical signal integrity, the unit incorporates high-quality XLR metal connections and utilises a premium 'CMN' series multicore cable. This cable features a separate earth conductor for optimal noise rejection and grounding, paired with a professional-grade assembly to guarantee consistent audio transmission without interference or signal loss. The internal construction is reinforced with 80/20 tin welding on all critical connections, enhancing durability and electrical conductivity. Cable mount terminal covers provide additional strain relief and protection for the internal wiring.

A key feature of this stage box is its impressive temperature resistance, capable of withstanding harsh environments with temperatures up to 150°C. This makes it suitable for use in hot stage lighting areas or other challenging conditions where lesser equipment might fail. The design allows for flexible system integration, supporting configurations for complex setups with up to 40 channels, making it a central hub for multi-channel audio systems. The front panel is fitted with 8x XLR socket inputs, offering a high-density, lockable connection point to securely interface microphones, DI boxes, and other balanced line-level sources, preventing accidental disconnection during performances.

With its secure

Variant Details

• Size: 10m