Fluke Networks 2 Meter Multimode Encircled Flux TRC Kit with SC/LC Metal Latch Connector | 2 Pair

The Fluke Networks 2 Meter Multimode Encircled Flux TRC Kit with SC/LC Metal Latch Connectors | 2 Pair is a premium fiber optic test reference cord kit designed for highly accurate Tier 1 multimode fiber certification and optical loss testing. Engineered to meet Encircled Flux (EF) compliance standards required by ANSI/TIA and ISO/IEC specifications, this professional-grade TRC (Test Reference Cord) kit delivers stable optical launch conditions for precise and repeatable multimode fiber measurements in enterprise, telecom, and data center environments.

Featuring durable metal latch LC connectors, this kit is specifically designed to withstand repeated field use and high mating cycles common in certification testing applications. Unlike traditional plastic LC connectors that can wear or break over time, the Fluke Networks metal LC design improves long-term durability while maintaining precise alignment and low insertion loss for dependable optical measurements. The kit includes two SC/Metal LC cords and two Metal LC/Metal LC cords optimized for testing LC-terminated multimode fiber infrastructure.

Key Features:

• 2 meter multimode Encircled Flux compliant TRC kit
• SC/LC connector configuration with durable metal latch LC connectors
• Includes 2 pair of premium reference-grade test cords
• Designed for accurate Tier 1 optical loss testing
• Provides stable and repeatable optical launch conditions
• Reference-grade connectors minimize insertion loss variability
• Metal LC latch design tested for extended durability and repeated mating cycles
• Compatible with Fluke Networks CertiFiber Pro testing equipment
• Ideal for enterprise, campus, telecom, and data center fiber certification

Ensure precise, standards-compliant multimode fiber certification with the Fluke Networks 2 Meter Multimode Encircled Flux TRC Kit with SC/LC Metal Latch Connectors — the trusted solution for accurate optical loss testing and professional fiber network validation.