Search results for: 'reduicre'

Fluke JackRapid tool: Terminate jacks 8x faster with precision. One-handed squeeze action with built-in blade for accurate, effortless cable termination.

Fluke Networks MRC-625-LCLC-M TRC provides 62.5 µm multimode testing with metal LC connectors, delivering durable, reference-grade performance for CertiFiber Pro.

The INNO Instrument SC-SM-APC-30S is a 10-pack of single-mode SC/APC splice-on connectors designed for 3.0mm fiber cables. Featuring a short boot configuration, these pre-cleaved and pre-polished connectors enable fusion-spliced terminations using compatible INNO Instrument fusion splicers.

INNO Instrument FH-Single Fusion Series fiber holder for 900 µm single fiber in detachable M Series fusion splicer applications.

The INNO Instrument IN-SS-40mm fiber splice protection sleeve is a 40 mm heat-shrink sleeve designed to reinforce single-fiber fusion splices. A stainless steel strength member helps prevent bending while the clear outer tube allows inspection of the splice during installation.

Fluke Networks QC-MPO-16/32-5P QuickClean cleaner removes contaminants from MPO 16/32 fiber connectors using a simple push-to-clean action.

Fluke Networks SMC-9-SCST launch cable delivers 160m singlemode fiber for accurate OTDR testing, stable network connectivity, and compatibility with OptiFiber units.

Fluke Networks MRC-625-EFC-SCLC-M TRC delivers 62.5 µm multimode EF-compliant testing with SC to metal LC connectors for precise optical loss measurements.

FTTH Innovations FIG air blown microfibre installation tool with electronic push force control and cruise control mode for controlled fibre installation in microduct at speeds up to 100 m/min.

The INNO Instrument HTS-SOC-01 is a heater cover accessory designed for use with compatible INNO fusion splicers. It replaces the standard heater cover to support splice-on connector (SOC) termination workflows where connector geometry requires an alternate heater configuration.

Fluke Networks D914S Impact Tool delivers high-quality terminations with ergonomic design, torque-impact combo, and built-in hook and spudge

Fluke JackRapid Termination Tool: Terminate jacks 8x faster with ergonomic, one-handed operation and reliable, high-quality connections.

Fluke Networks fiber cleaner: Cleans 2.5mm SC, ST, FC, E2000 connectors, 525+ end faces per unit, push-to-use with audible click.

Fluke Networks fiber optic swabs: 2.5mm cleaning solution for SC, ST, and FC ports, ensuring spotless connections in bulkheads and tight spaces.

Fluke Networks fiber installation kit with Visual Fault Locator and FiberLert Detector ensures fast, accurate testing and troubleshooting of fiber optic networks.

Fluke Networks NFA-LC interchangeable LC adapters enable accurate optical power measurements with SimpliFiber Pro, CertiFiber Pro, and DTX-xFM2.

Fluke Networks QC-LC-DUPLEX-1P QuickClean tool cleans LC duplex connectors, delivering fast, reliable endface cleaning in a convenient single-pack format.

Fluke Networks solvent pen delivers precision fiber cleaning with static-neutralizing solvent for superior end-face contamination removal.

Fluke Networks QC-MMC-12-24-5P QuickClean cleaners provide fast, reliable cleaning for 12–24 MMC fiber connectors. Pack of five for field and lab maintenance.

The INNO Instrument SC-SM-UPC-30S is a 10-pack of SC single-mode UPC splice-on connectors designed for 3.0mm jacketed fiber. Using fusion splice termination, these short boot SOC connectors provide stable optical performance without field polishing or index-matching gels.

The INNO Instrument V7+ Fiber Cleaver supports single fiber 160µm–900µm, 2–3mm, and drop cable, plus ribbon fiber up to 12 cores. It features 2-step operation, blade pushback reclaim function, <0.5° typical cleave angle, and an integrated automatic shard collector.

The INNO Instrument EG-18 Electrode Grinder is a portable maintenance tool designed to resurface tungsten electrode rods used in fiber optic fusion splicers. It restores electrode tip geometry to support stable arc discharge and consistent splicing performance in field and lab environments.