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OnBuy.com£4.51Visit shop Kenable Xlr 3 Pin Microphone Lead Male To Female Audio Cable Red 4M
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The kenable 007965 is a high-quality 4-meter microphone cable designed for musicians, sound engineers, and podcasters who require reliable signal transmission in both studio and live environments. Its key benefit is the integrated screened design, which effectively blocks electromagnetic interference from power supplies and other audio gear for cleaner sound; however, users should note that at 4 meters, it may be too short for large stage setups, potentially requiring additional extension cables.
| Colour | Red |
|---|---|
| Model Part Number | 007965 |
| Brand | kenable |
Yes, this cable is fully compatible with 48V phantom power, provided the microphone and audio interface support it.
Yes, it features a screened design specifically built to prevent interference from nearby electrical equipment.
This cable features one 3-pin XLR Male connector and one 3-pin XLR Female connector.
The cable is 4 meters in length.
This cable is designed for 3-pin XLR audio signals (microphones, mixers, etc.). It is not intended for guitar instrument cables, which typically use 1/4-inch (6.35mm) jacks.
Ensure the XLR connectors are fully seated and clicked into place. Check that phantom power is enabled if your microphone requires it.
Check both ends of the cable for bent pins or debris. Ensure the cable is not being pinched by heavy equipment.
To set up your kenable cable, simply insert the male 3-pin XLR end into your microphone or audio source and the female 3-pin XLR end into your preamp, interface, or mixing desk. Ensure the pins are aligned correctly before pushing until they click into place. To disconnect, press the latch release button on the female connector before pulling gently. To maximize the lifespan of your cable, avoid tight coiling that can stress internal conductors; use the 'over-under' coiling method for storage, and keep the cable away from direct heat or moisture. Periodically inspect the connectors for debris to maintain optimal contact.
