SUPRA RCA-8SL RED/WHITE RCA-8SL RED/WHITE

Attribute:

Price/Pair

Brand : SUPRA

Share

Supra RCA-8SL – 24K Gold-Plated RCA with Chuck Locking for Superior Audio Performance
The Supra RCA-8SL connector stands as one of our highest-quality RCA connectors, crafted with 24K gold plating to ensure exceptional conductivity and corrosion resistance. Designed for uncompromised signal fidelity, this connector is equipped with a unique chuck locking mechanism that securely fastens to the female RCA terminal, providing a reliable, noise-free connection even in demanding setups. Perfectly suited for premium analog applications, the Supra RCA-8SL is ideal for use with high-end interconnects such as the Supra Sword and DAC series.

Key Features and Benefits:
24K Gold-Plated Contacts: The 24K gold plating delivers excellent signal transmission while resisting oxidation, preserving clarity and detail.
Chuck Locking Mechanism: Ensures a tight and stable connection to the female RCA terminal, preventing accidental disconnection and minimizing signal loss.
Robust, Fully Shielded Design: Engineered with an all-metal housing that effectively blocks RFI and EMI interference, ensuring pristine sound quality.
Precision Engineering: Constructed with a single-piece machined body and a soldering loop for the ground signal, with PTFE (Teflon) insulation for exceptional heat resistance during assembly.
Versatile Cable Compatibility: Accommodates cables up to Ø8.5 mm, compatible with Supra’s premium cables for a variety of applications.
User-Friendly Assembly: Features an efficient soldering design with a Teflon sleeve and screw for secure cable connection, ensuring a clean and stable fit.

  • Type: RCA Male
  • Material: 24K Gold-Plated Copper
  • Insulation: Teflon PTFE
  • Housing: Fully shielded, all-metal jacket with RFI protection
  • Cable Fixation: Chuck locking with robust mechanical strain relief
  • Connector Dimensions: 13.9 mm (width) x 46.5 mm (length)
  • Cable Connection: Soldering with Teflon sleeve and additional screw for added stability

Powered by MakeWebEasy.com
This website uses cookies for best user experience, to find out more you can go to our Privacy Policy  and  Cookies Policy