The Audio2000'S C27001P2 Two-Pack Gold-Plated 1/4-Inch Ts Right Angle To Gold-Plated 1/4-Inch Ts Right-Angle Cables Are High Quality Professional Audio/Recording/Patch/Instrument Cables. The Total Length Of The Cable (Including The Length Of The Connectors) Is 1 Foot. The Audio Signal Wires Are Made Of Pure Oxygen-Free Copper (Ofc) Conductors For Signal Clarity And The Audio Signal Transmission Integrity. The Spiral Signal Shield Is Made Of Oxygen-Free Copper (Ofc) For Flexibility And Effective Emi And Rfi Rejection. The C27001P2 Cables Are Configured With Ultra Soft Flexible Pvc Jacket With 7.0Mm Outer Diameter For Durability. The Male 1/4'' Ts Connectors With All Protective Connector Metal Housing Are Gold-Plated For Signal Transparency, Durability And Dependability. With The Right Angle 1/4-Inch Ts Connectors, The C27001P2 Cables Can Be Utilized As Professional Audio Cables In Areas With Tight Space.
⚠️ 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 materials are used in the construction of the Audio2000's C27001P2 cables?A: The cables are made of pure oxygen-free copper for signal clarity and durability. They also feature gold-plated connectors for enhanced signal transparency.
Q: What is the total length of the Audio2000's C27001P2 cables?A: The total length of each cable, including the connectors, is one foot. This compact size is ideal for tight spaces.
Q: What type of connectors do the Audio2000's C27001P2 cables use?A: These cables use male quarter-inch TS right angle connectors. This design helps in areas where space is limited.
Q: How do I connect the Audio2000's C27001P2 cables to my equipment?A: To connect, plug one end into the output of your instrument or audio source and the other end into your audio input. Ensure the connections are secure.
Q: Can I use these cables for professional audio setups?A: Yes, these cables are designed for professional audio applications. Their construction ensures high-quality signal transmission in recording and live settings.
Q: Are the Audio2000's C27001P2 cables suitable for home use?A: Absolutely, these cables are ideal for home audio systems, instruments, and recording setups. Their quality makes them versatile for various applications.
Q: How do I maintain the Audio2000's C27001P2 cables?A: To maintain the cables, store them in a cool, dry place and avoid bending them excessively. Regularly check for any signs of wear or damage.
Q: Are the materials used in the Audio2000's C27001P2 cables safe?A: Yes, the cables are made from non-toxic materials, including copper and PVC, ensuring safety during use.
Q: How should I clean the Audio2000's C27001P2 cables?A: To clean the cables, use a dry cloth to wipe down the connectors and outer cable. Avoid using any liquid cleaners.
Q: What is the warranty period for the Audio2000's C27001P2 cables?A: The warranty period typically lasts for one year from the date of purchase. It covers defects in materials and workmanship.
Q: What should I do if my Audio2000's C27001P2 cables arrive damaged?A: If the cables arrive damaged, contact customer support immediately for assistance with returns or exchanges.
Q: How do the Audio2000's C27001P2 cables compare to regular cables?A: Compared to regular cables, the Audio2000's C27001P2 offers better signal clarity and flexibility due to its quality materials and construction.
Q: Are these cables suitable for beginner musicians?A: Yes, these cables are perfect for beginner musicians. Their ease of use and quality make them a great choice for learning.
Q: Can I use these cables with electric guitars?A: Yes, these cables are compatible with electric guitars and other instruments. They provide excellent sound quality.
Q: Do the Audio2000's C27001P2 cables help reduce interference?A: Yes, the oxygen-free copper shield helps reduce electromagnetic and radio frequency interference, ensuring clear audio transmission.