Fluke Networks SMC-9-SCLC-M Singlemode 9 µm Fiber Optic Launch Cord for SC/LC Connectors, 524.93 ft
Item #: SMC-9-SCLC-M | Model #: 0754082152354
Fluke Networks Singlemode 9 µm launch cord (160 m) for SC/LC - Metal
The Fluke Networks SMC-9-SCLC-M is a high-performance singlemode fiber optic launch cord designed for precise and reliable network testing with Fluke Networks Cable Analyzers. This 160-meter (approximately 524.93 feet) cable features a durable metal construction suitable for demanding environments, ensuring stable and consistent connectivity during critical testing procedures. Crafted with a fiber core and cladding specification of 9 micrometers, it supports single-mode signals with minimal attenuation, making it ideal for long-distance communication applications.
The cable is equipped with LC Male connectors on one end and SC Male connectors on the other, facilitating seamless integration with a variety of network devices. Its fiber optic mode is optimized for high-precision measurements, and the cable's design accommodates the specific requirements of advanced fiber testing. Whether used for field diagnostics or laboratory analysis, this launch cord enhances your ability to accurately verify fiber optic network performance.
Compatible with a broad range of Fluke Networks OptiFiber Pro Series Cable Analyzers, including models such as OFP2-100-Q, OFP2-200-S, and OFP2-100-M, this cord ensures maximum productivity and reliable data transmission. Its robust construction, along with features aimed at supporting precise power supply needs, makes it a dependable tool for network professionals seeking to optimize their fiber optic infrastructure. Designed and manufactured in the United States, the SMC-9-SCLC-M exemplifies quality and durability, supporting your network testing tasks with confidence.
Features:
- Offers a reliable network connectivity
- s fiber optic cable type to better accommodate your precise power supply requirements with maximum charging productivity
- Network Device device supported according to your requirements with maximum productivity
