Fluke Networks MRC-50EFC-SCLCKITM – Multimode 50 µm Encircled Flux TRC Kit, SC/Metal LC Connector

Fluke Networks® MRC-50EFC-SCLCKITM – Multimode 50 µm Encircled Flux TRC Kit, SC/Metal LC Connector

Cable diameter and length: 50 µm; 2 meters

End type: SC / LC with metal latch design

End type 2: LC with metal latch design

Cable Type: Multimode, Encircled flux compliant test reference cord

For use with: CertiFiber Pro

Multimode Encircled Flux compliant test reference cord kit (2 m) for testing 50 µm LC terminated fibers (2 SC/Metal LC, 2 Metal LC/Metal LC)

Announcing the Industry’s First Durable Metal LC Reference Grade Test Cords

Fluke Networks® continues to innovate in the testing market with the industry’s first durable metal LC reference grade testing cords and launch fibers, which will be standard on all LC-terminated test cords. Traditional LC connectors use a single-piece plastic design that flexes the latching mechanism and eventually breaks, requiring replacement when used repeatedly in testing. The Fluke Networks® Metal LC latching system uses a multi-piece metal design. Since this latch is not part of the body and does not flex, the life of the latching mechanism is greatly improved, thereby extending the life of the LC connector and therefore the TRC’s and launch cords.

The Metal LC connector is compliant with IEC 61754-20 and TIA-604-10B intermateability standards and passes all Telecordia GR-326-CORE durability tests including thermal, humidity, vibration, flex, impact, and salt spray. The latch has been tested to 10,000 mating cycles. It’s worth noting that our DSX Cable Analyzer Permanent Link Adapter (right) solves a similar problem for RJ45 copper testing.

Over the coming weeks, all LC test cords will be obsoleted and replaced by new models featuring the Metal LC connector.

Encircled Flux Test Reference Cords

ISO/IEC and TIA have adopted Encircled Flux (EF) standards that standardize the launch condition for the light sources used in Multimode test equipment. The Test Reference Cords (TRCs) are critical to a successful measurement.