You are entitled to cancel your order for the Goods without penalty within seven days of the Goods having been delivered to you. In such an event, you will receive a full refund of the purchase price within thirty days of the date of cancelling this agreement.
Goods may be returned only when defective, damaged or if the product supplied is not the same product as what was ordered. If the Goods are defective in any way this must be reported within twenty four hours after the product having been delivered to you and must be returned to us within a period of one month after delivery.
Panel-mount hybrid audio adapter designed to convert 3-pin XLR female connections to a locking 6.35mm (1/4") TRS/TS jack socket.
Built with a mechanical latching lock mechanism on the 6.35mm receptacle to prevent accidental cable dislodgement during live performances or studio sessions.
Features a standard D-series flange footprint, allowing easy mounting into patch panels, stage boxes, amplifier racks, and custom wall plates.
Housed in a durable nickel-plated die-cast zinc alloy chassis with high-grade internal insulation for superior RF/EMI shielding and mechanical strength.
Ideal for audio engineers, venue installers, and rack builders requiring secure, space-saving panel connections for mixing consoles, active speakers, and audio interfaces.
Key Features
Locking 6.35mm Receptacle: Integrated spring-loaded push-latch locks the inserted 1/4" plug firmly in place until manually released.
Universal D-Series Cutout: Standardized mounting dimensions fit standard industry panel punch-outs for rapid retrofit and multi-connector layout integration.
Dual Mono/Stereo Signal Support: Compatible with both 3-pole TRS (balanced/stereo) and 2-pole TS (unbalanced/mono) 6.35mm jack connectors.
Heavy-Duty Die-Cast Chassis: Solid zinc enclosure shields signal paths against electromagnetic interference while enduring heavy insertion cycles.
High-Conductivity Contacts: Precision-machined silver-plated pins ensure low contact resistance and reliable audio signal pass-through.
