Black 10' Xlr Female To 1/4'' Trs Patch Cable - Model Number: Satrxl-F10, Black 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: 10 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 the Seismic Audio SATRXL-F10 cable?A: The Seismic Audio SATRXL-F10 cable is ten feet long. This length is ideal for connecting various audio equipment without being too restrictive.
Q: What materials are used in the SATRXL-F10 cable?A: The cable features a metal three-pin XLR female connector and a metal one-fourth inch TRS connector. It also has twenty-two gauge oxygen-free copper conductors for optimal signal clarity.
Q: What is the color of the SATRXL-F10 cable?A: The SATRXL-F10 cable is black. This classic color is suitable for professional settings and blends well with most audio equipment.
Q: How do I connect the SATRXL-F10 cable?A: To connect the SATRXL-F10 cable, plug the XLR female connector into the audio source and the one-fourth inch TRS connector into the receiving device. Ensure the connections are secure for optimal performance.
Q: Is the SATRXL-F10 cable suitable for live performances?A: Yes, the SATRXL-F10 cable is ideal for live performances. Its heavy-duty flexible rubber jacket and shielded design provide durability and signal integrity in various environments.
Q: Can I use this cable with a mixer?A: Yes, you can use this cable with a mixer. It's designed to connect devices with different connector types, such as XLR and one-fourth inch TRS.
Q: How should I maintain the SATRXL-F10 cable?A: To maintain the SATRXL-F10 cable, store it in a cool, dry place and avoid sharp bends. Regularly inspect the connectors for damage to ensure longevity.
Q: Is this cable safe to use outdoors?A: Yes, the SATRXL-F10 cable can be used outdoors, but it should be protected from extreme weather conditions. Its robust design helps it withstand typical outdoor use.
Q: Does the SATRXL-F10 cable come with a warranty?A: Yes, the SATRXL-F10 cable comes with a one-year warranty. This warranty covers any manufacturing defects that may arise during normal use.
Q: How does the SATRXL-F10 cable compare to standard cables?A: The SATRXL-F10 cable offers superior signal clarity due to its oxygen-free copper conductors and is built with heavy-duty materials for enhanced durability compared to standard cables.
Q: Is this cable compatible with all mixers?A: Yes, the SATRXL-F10 cable is compatible with most mixers that have XLR or one-fourth inch TRS inputs. Its versatility makes it a great choice for various audio setups.
Q: Can I use this cable for recording purposes?A: Yes, the SATRXL-F10 cable is suitable for recording purposes. Its balanced design minimizes noise interference, making it ideal for studio applications.
Q: What if the cable arrives damaged?A: If the SATRXL-F10 cable arrives damaged, you should contact the seller for a replacement or refund. Most sellers have policies in place to address such issues promptly.
Q: Are there any specific safety precautions I should take?A: Yes, avoid exposing the cable to extreme temperatures or moisture to prevent damage. Always handle the connectors with care to maintain their integrity.
Q: How does the SATRXL-F10 cable perform in high-frequency applications?A: The SATRXL-F10 cable performs excellently in high-frequency applications, thanks to its shielded design and quality materials that reduce interference.