Kenable Instrument Cable - 5M - XLR 3 Pin Plug to 6.35mm Mono Jack Plug
XLR 3 Pin Plug to 6.35mm 1/4 inch Mono jack plug lead ideal for live performances or recording stu...XLR 3 Pin Plug to 6.35mm 1/4 inch Mono jack plug lead ideal for live performances or recording studios. Most commonly used to connect an instrument with a 6.35mm output into a stage box or mixing desk. This cable can be used with any mono 6.35mm output device that needs to be connected to a Mono XLR socket. Two core screened flexible microphone cable Nickel plated connectors Integral strain reliefs Pure copper conductors.
This 5-meter Kenable instrument cable is designed for musicians and audio engineers needing to connect mono 6.35mm output devices to XLR inputs. Its primary benefit is providing a reliable connection for instruments like keyboards or guitars to mixing desks or stage boxes during live performances or studio recording. A minor consideration is its mono-only capability, making it unsuitable for stereo signals.
All features
Model Part Number
007621
Brand
kenable
Extended Product Information
FAQs
What type of devices can I connect with this cable?
You can connect mono 6.35mm (1/4 inch) output devices, such as certain instruments or audio processors, to XLR mono input sockets found on mixing desks, amplifiers, or audio interfaces.
Is this cable suitable for stereo signals?
No, this cable is designed for mono (single channel) signals only due to the 6.35mm mono jack plug and the single-channel nature of the XLR connection it's intended for.
What is the length of the cable?
The cable is 5 meters (approximately 16.4 feet) long.
What are the connectors made of?
The connectors are nickel-plated, which provides good durability and conductivity.
Can I use this cable for microphones?
This cable is designed for instruments with a 6.35mm output. While it has an XLR connector, it is not a standard microphone cable, which typically has XLR on both ends and is designed for microphone-level signals.
What does 'two core screened flexible microphone cable' mean?
It refers to the cable's internal construction: two insulated conductors for the audio signal, surrounded by a braided shield to protect against electrical interference, all within a flexible outer jacket.
Troubleshooting
No audio signal or intermittent signal
Check that both ends of the cable are securely plugged in. Ensure the correct input and output ports are being used. Test the cable with different equipment if possible to isolate the issue. Inspect connectors for dirt or damage.
Hum or buzz in the audio
Ensure the cable is fully seated in both the input and output jacks. Verify that the receiving device's ground lift switch (if applicable) is set correctly. Try a different cable to see if the noise persists.
Connector difficult to insert or remove
Gently wiggle the connector while inserting or removing. Do not force it, as this can damage the port or the connector. Ensure there is no debris in the port or on the connector pins.
Pros and Cons
Pros
Reliable connection for instruments to mixing consoles.
Durable build quality suitable for frequent use.
Pure copper conductors for clear audio transmission.
Flexible cable with strain relief for easy handling and reduced wear.
Cons
Mono connection only, not suitable for stereo signals.
Specific connector types (XLR to 1/4" mono jack) limit compatibility to certain setups.
Setup, Compatibility & Care
Setup:
Ensure both the source device (e.g., instrument) and the receiving device (e.g., mixing desk) are powered off before connecting.
Connect the 6.35mm (1/4 inch) mono jack plug into the output of your instrument or audio source.
Connect the XLR 3-pin plug into the corresponding mono XLR input on your amplifier, mixer, or audio interface.
Power on your devices and test the audio signal.
Compatibility:
Connects To: Devices with a 6.35mm (1/4 inch) mono jack output.
Connects Into: Devices with a mono XLR input socket.
Not Compatible With: Stereo 6.35mm jacks or balanced mono connections requiring different pinouts.
Care:
Store the cable loosely coiled to prevent damage to the conductors and connectors.
Avoid excessive pulling or kinking.
Keep connectors clean; use a dry cloth to wipe them if dusty. Do not use liquids.
Inspect regularly for any signs of wear or damage.