Pulse 3 Pin XLR Male to XLR Female Microphone Lead - 0.3m - Black

Best current price£8.75from B&Q
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B&Q£8.75Visit shop - Pulse3 Pin Xlr Male To Xlr Female Microphone Lead0.3M Black
Visit shop
Best current price£8.75from B&Q
Shopping.co.uk recommended and popular offers
B&Q£8.75Visit shop - Pulse3 Pin Xlr Male To Xlr Female Microphone Lead0.3M Black
Visit shop14 offers from £8.75 - £39.95
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This 0.3-meter Pulse XLR microphone lead is an ideal solution for audio professionals and musicians needing a short, reliable bridge between equipment, such as linking microphones to field recorders or short-range studio patching. It features high-quality pure copper conductors and a screened two-core design to minimize interference, though its short length limits it strictly to localized connections between gear.
| Colour | Black |
|---|---|
| Model Part Number | PLS00289 |
| Brand | B&Q |
Yes, it utilizes a two-core screened cable design to effectively protect against external interference.
No, this specific model is 0.3 meters long and is designed for localized patches, not long-distance runs.
Yes, the 1:1, 2:2, and 3:3 pin mapping supports standard balanced XLR audio signals.
The cable has a diameter of 6mm, providing a robust build for daily use.
Yes, the product features industry-standard 3-pin XLR male and female metal-housed connectors.
Ensure the XLR connector is fully seated and the locking mechanism is engaged. Check for debris in the pins.
Verify that your microphone requires phantom power if applicable, and ensure your input device is set to the correct XLR channel.
To use this lead, simply align the pins of the male XLR end with the female socket on your device and push until the latch clicks into place. This cable is compatible with all standard 3-pin XLR audio gear, including microphones, mixing desks, and stage boxes. To ensure longevity, avoid bending the cable at sharp 90-degree angles near the connectors, as this can strain the internal solder points. Always pull by the connector housing rather than the wire itself when disconnecting, and store in a cool, dry place to prevent the shielding from oxidizing over time.