Platinum Tools LCR-SA1SU1-SM3-1000M Universal Launch Cable Ring, SC/APC to SC/UPC, 9um Single Mode, 3mm Micro Armored Jacket, 1000m

Built for fast, reliable fiber validation in surveillance, security and networking projects, the Platinum Tools Fiber Optic Testers launch cable ring delivers consistent single-mode performance across long links. This universal launch cable (SC/APC to SC/UPC) provides a controlled reference for OTDR and power-meter testing, helping technicians identify faults and characterize loss without extra splices. With 9µm single-mode fiber and a durable 3mm micro-armored jacket, the 1000m spool withstands field handling and conduit runs while maintaining signal integrity.

As part of a professional fiber test kit, this Platinum Tools launch ring streamlines commissioning and ongoing monitoring for CCTV, access control, telecom and enterprise backbone installations. The SC/APC to SC/UPC polarity covers common connector types used in modern security and network deployments, reducing adapter needs and test complexity. Ideal for contractors and in-house teams, the ring improves test repeatability, reduces troubleshooting time, and supports faster turn-up of critical monitoring systems. Add this launch cable ring to your fiber optic testers to improve accuracy and speed on the next installation or maintenance job.

• Ensures accurate single-mode testing across long runs — 1000m spool minimizes joins and simplifies OTDR and fiber certification workflows
• Compatible SC/APC to SC/UPC interfaces reduce adapter swaps and speed up commissioning for security, surveillance and network monitoring systems
• 9µm single-mode fiber provides industry-standard performance for telecom and enterprise links, improving test repeatability and confidence
• Tough 3mm micro-armored jacket protects the fiber in patch fields and conduit runs, lowering the risk of damage during installation and routine testing
• Lightweight, easy-to-handle ring format improves portability for field technicians and reduces setup time on site