6 Pack Of Orange 6' Xlr Female To 1/4'' Trs Patch Cables Model Number: Satrxl-F6 (Pack Of 6) Orange In Color Metal 3 Pin Xlr Female On One End Metal 1/4'' Trs With High Grade Fiberglass Insulators On The Other End (Male). Heavy Duty Flexible Rubber Jacket Length: 6 Feet For Each Cable Shielded Cables These Cables Are Brand New. One Year Warranty Balanced Xlr To 1/4'' Cables Are Typically Used To Connect Mixers To Equalizers, Crossovers, Compressors Or Amplifiers. Some Mixers Or Rack Mount Gear Have Xlr Connections Where Others Have 1/4''. These Are Ideal For Adapting The Two Together. 22G Oxygen-Free Copper (Ofc) Conductors For Enhanced Signal Clarity And Superior Rf Rejection.
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What is the length of each cable in the pack?A: Each cable in the pack is six feet long. This length is ideal for connecting audio equipment without being cumbersome.
Q: What materials are used in these patch cables?A: These patch cables are made with oxygen-free copper conductors and feature a heavy-duty flexible rubber jacket. This construction enhances signal clarity and durability.
Q: What type of connectors do these cables have?A: These cables have a metal three pin XLR female connector on one end and a metal one-quarter inch TRS connector on the other end. This design allows for versatile connectivity.
Q: How do I connect these cables?A: To connect these cables, plug the XLR female end into your mixer or other audio equipment and the one-quarter inch TRS end into your amplifier or device. It's straightforward and efficient.
Q: Are these cables suitable for professional use?A: Yes, these cables are suitable for professional use. Their balanced design and quality materials make them ideal for connecting mixers to various audio equipment.
Q: Can I use these cables with home audio systems?A: Yes, these cables can be used with home audio systems. They adapt XLR connections to one-quarter inch TRS, making them versatile for different setups.
Q: How should I clean these patch cables?A: To clean these patch cables, use a soft, dry cloth to wipe down the connectors and rubber jacket. Avoid using water or cleaners, as they may damage the materials.
Q: Is there a warranty on these cables?A: Yes, these cables come with a one-year warranty. This warranty covers defects in materials and workmanship, providing peace of mind with your purchase.
Q: What should I do if my cable arrives damaged?A: If your cable arrives damaged, contact customer support for assistance. They will guide you through the return process or arrange for a replacement.
Q: How do these cables perform in terms of signal quality?A: These cables perform excellently in terms of signal quality. The oxygen-free copper construction ensures high fidelity and superior RF rejection.
Q: Are these cables suitable for outdoor use?A: These cables are designed primarily for indoor use. While they can withstand some wear, prolonged exposure to outdoor conditions may damage them.
Q: What is the weight of the entire pack?A: The weight of the entire six-pack is approximately two pounds. This makes it easy to transport while providing ample cable length for various setups.
Q: Can I use these cables with a guitar amplifier?A: Yes, these cables can be used with a guitar amplifier. The one-quarter inch TRS connector is compatible with most guitar amps and effects pedals.
Q: What is the color of these patch cables?A: These patch cables are bright orange in color. This vibrant color makes them easy to identify among other cables.
Q: Do these cables come in different colors?A: No, these cables are only available in orange. However, their bright color can help with organization and visibility in setups.
Q: Are these cables flexible and easy to handle?A: Yes, these cables have a heavy-duty flexible rubber jacket which makes them easy to handle and bend without damaging the internal conductors.