KOXT360FTS

XLRTWIST-360-FTS

Kopul

The Kopul XLRTWIST-360-FTS is a versatile, right-angled adapter designed to safely route cables away from walls and dividers. It features a 3-pin XLR female input connector and a 1/4" TS male output connector, making it ideal for unbalanced audio signals. The unique 360 rotating sleeve allows for four adjustable positions, helping to save space behind mixing boards, recorders, or PA speakers while minimizing cable strain that can compromise connections and signal integrity.By utilizing the XLRTWIST-360-FTS adapter for all your inputs and outputs, you can keep your cables organized and tangle-free. Crafted from durable metal, this adapter is built for long-lasting, repeated use and is perfect for demanding environments like studios and stages.XLRTWIST-360-FTS for Unbalanced Signals This adapter is equipped with a 3-pin XLR female input connector and a 1/4" TS output connector, ideal for handling unbalanced audio signals. It's perfect for applications requiring a connector-type conversion, such as connecting a microphone to a high-impedance instrument jack like a guitar amp.Right-Angle Female XLR Adapter The right-angle design lets you route cables away from walls and dividers, which will save space behind a mixer, recorder, or PA speakers.Prevents Cable Strain Squeezing XLR cables between a mixer or recorder and a wall is a recipe for trouble with connections and signal flow. This adapter prevents strain at the cable's weakest point where the connector meets the cable, and it ensures that signals to and from mixers and recorders aren't interrupted.Adjustable Connectors The female XLR connector rotates 360 in the sleeve and can be set to four different positions, so you can set the XLR connectors' directions at the angle you need for the easiest attachment.All-Metal Construction This adapter is designed to protect your cables, so it's built to take some punishment. All-metal construction will withstand repeated use when you're setting up and breaking down recording or sound-reinforcement systems.