Search results for: 'connects'

Fluke Networks fiber optic network cable delivers single-mode connectivity with MPO/APC to SC/APC ends for reliable high-performance data transmission.

Fluke Networks fiber optic cable delivers reliable single-mode connectivity, SC to LC connectors, and optimal performance for test and network devices.

Fluke Networks singlemode fiber optic cable offers 524.93 ft connectivity from SC to FC for seamless network device integration and high-performance data transfer.

Fluke Networks fiber optic cable ensures reliable multimode network connectivity with 62.5µm ST/ST connectors for high-performance network testing.

Fluke Networks LinkIQ LIQ-KIT Cable+Network Tester – Verifies cable performance up to 10G, measures length, maps wiring, and identifies faults. Provides key network diagnostics including switch details (speed, duplex, VLAN). Includes remote ID, cords, adapters, and carrying case.

Fluke singlemode launch cord ensures fast, secure fiber optic testing with SC/LC APC connectors and broad compatibility with OptiFiber analyzers.

Fluke Networks SMC-9-SCSC: High-speed singlemode fiber optic cable for efficient network testing and troubleshooting. 160m length with SC/SC connectors. Reliable performance.

EXFO FTB-1v2 OTDR kit with installed FTBx-730C-SM8-OPM-EA module for fiber link testing, including iOLM operation and built-in PM/VFL hardware.

Fluke Networks fiber cable for fast, secure data transmission—344.49 ft SC to ST multimode ideal for OptiFiber Pro OTDR and DTX-1800 OTDR devices.

Fluke singlemode launch cord enables accurate fiber testing with SC to LC connections. Ideal for use with OptiFiber Pro analyzers.

The Fluke LIQ-DUO-IE adds industrial Ethernet support to the LinkIQ Duo platform, providing 10 Gb/s cable testing, switch diagnostics, PoE verification, and compatibility with RJ45, M12X, M12D, and M8D connectors—ideal for automation and process-control networks.

Multimode launch cable 50μm SC/SC — Fluke Networks MMC-50-SCSC Launch Cable is a multimode SC/SC fiber optic cable used for high-speed network installation, inspection, and troubleshooting. The multimode fiber has a 50/125µm core/cladding diameter. Its length is 105 meters.

Cuts on one end, other does not Works on 110 style blocks Fits in most industry standard handles Twist and lock style blade

Special non-alcohol high density textile fiber type eliminates the need for solvents Offering over 500 cleans for SC, FC, MU, LC, ST, D4, DIN connectors Indication see through window for easy checking Refillable cleaning tape

The Fluke Networks FI-1000-KIT delivers high-resolution fiber end-face inspection with USB connectivity, universal tips, and Versiv compatibility.

Fluke LinkIQ LIQ-100-IE Industrial Ethernet Tester – Verifies copper cabling up to 10G and provides switch diagnostics. Includes M12-D and M12-X adapters for rugged industrial Ethernet connectors. Ideal for manufacturing, automation, and plant environments.

Fluke Networks adapter kit provides essential connectivity solutions for precise network testing and streamlined 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.

The EXFO MaxTester 730C is a handheld singlemode OTDR configured for 1310 and 1550 nm fiber testing. This unit includes an installed PM-MAX-2X power meter hardware module and RF capability with Wi-Fi and Bluetooth for combined OTDR and power measurement.

Cleaver tracking and upkeep with wireless communication. Automated wind protector, sheath clamps, and splice operation. Fiber type identification. Loose and tight buffer with the same sheath clamp. Lithium-ion battery with 300 splices/shrinks per charge. 5 mm cleave length for small package needs. Multi-function transit case with an integrated workstation.

The INNO Instrument FL-500-SC-UPC is a 500-meter single-mode fiber optic OTDR launch cable designed for accurate fiber link testing. Built with 9/125 µm OS2 fiber and SC-UPC connectors on both ends, it creates the necessary launch distance to measure insertion loss and reflectance at the first connection point.