Fluke Networks SMC-9-SCLCAPC-M Singlemode 160 ft Fiber Optic Launch Cord for Cable Analyzer with LC/APC to SC Connectors
Item #: SMC-9-SCLCAPC-M | Model #: 0754082152361
Fluke Networks Singlemode 9 µmlaunch cord (160 m) for SC/LCAPC - Metal
The Fluke Networks SMC-9-SCLCAPC-M is a reliable singlemode fiber optic launch cable designed for professional cable testing and network analysis. Featuring a length of approximately 160 meters (524.93 feet), this high-performance fiber optic cable ensures optimal connectivity and maximum charging productivity for your network infrastructure. Crafted with precision, it supports single-mode operation with a core and cladding specification of 9 micrometers, making it suitable for long-distance data transmission and testing applications. The cable's connectors include an LC/APC male on one end and an SC male on the other, enabling seamless integration with a variety of network devices and test instruments. Its durable metal construction enhances longevity and signal integrity, making it ideal for demanding environments. Designed to work with Fluke Networks OptiFiber Pro Series Cable Analyzers, this launch cord guarantees compatibility with a range of models including OFP2 series, ensuring versatile deployment in your network setup. Whether you're performing fiber optic loss testing, continuity verification, or troubleshooting, this launch cable provides a reliable connection that meets professional standards. The manufacturing quality from the United States underscores its adherence to industry best practices, ensuring durability and consistent performance. With features tailored for network engineers and technicians, the Fluke Networks SMC-9-SCLCAPC-M enhances your testing efficiency and supports precise power supply requirements, contributing to overall system reliability and maximum productivity.
Features:
- Offers a reliable network connectivity
- s fiber optic cable type to better accommodate your precise power supply requirements with maximum charging productivity
- Supports various network device configurations for maximum productivity
