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

INNO Instrument FL-500-SC-APC is a 500 m singlemode OTDR launch fiber reel with SC/APC connectors designed to support fiber optic link testing. The launch fiber provides a buffer distance that allows Optical Time Domain Reflectometers to measure near-end connections and reflectance with improved visibility.

The INNO Instrument FL-300-SC-APC is a 300 m Singlemode launch fiber reel designed for Optical Time Domain Reflectometer (OTDR) testing. It provides a controlled fiber length between the OTDR and the link under test, enabling measurement of the first connector in a fiber span. The reel format protects the fiber during storage and field deployment.

Fluke Networks FiberLert-125 6P live fiber detector enables fast non-contact verification of active fiber signals, polarity, and connectivity across 850–1625 nm.

The INNO Instrument IN-SS-60mm fiber splice protection sleeves provide mechanical reinforcement for fusion-spliced optical fibers. Each 60 mm sleeve uses a clear heat-shrink polyolefin outer tube, internal adhesive liner, and stainless steel strength member to support fiber alignment after the splicing process.

The Fluke DSX2-8000QOI is a full-kit Versiv 2 CableAnalyzer designed for both copper and fiber infrastructure certification—including Cat 8/Class I/II copper up to 2 GHz, quad OLTS fiber loss modules, quad OTDR fiber test modules, and fiber end-face inspection. Ideal for contractors and data-center teams needing one platform for high-performance copper plus advanced fiber test workflows.

Upgrade your cable testing with the Fluke Networks DTX-CHA003 Coaxial Adapter-precise, reliable, and compatible with DTX Series certifiers! Get yours today and ensure top-quality network performance!

UOI OptiTap Singlemode SC/APC 3M Black Test Jumper

Sumitomo T-55 Fusion Splicer: Fast, reliable core alignment fusion splicing. 7-sec splice time, 20-sec heating. Built for precision, durability, and easy operation.

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

Laser output is class 3A (around 3~5 milliwatt) Maximum opereration distance is 8 km Simple, versatile, and user-friendly design Rugged, compact, and splash proof copper housing Three operation modes available: "CW" (Continuous wave output), "Pulse" and "Off" modes Continuous wave output mode (CW) for steady fault illumination Pulse mode helps to locate faults under high ambient light conditions Support LC 1.25mm connectors The button switch permits easy one handed operation Handy, pocket pen design 2 AAA-size alkaline batteries provide 50 hours of continuous operation

The INNO Instrument VIEW 12R Pro is a 12-fiber ribbon fusion splicer with motorized clamp alignment, 5-inch touch LCD, integrated heat oven, and Nano-SIM IoT/GPS support. It stores up to 10,000 splice records for ribbon and single-fiber applications.

Boost your fiber projects with the Fujikura FSM-60R Fusion Splicer kit-splice up to 12 fibers at once with precision! Includes CT-30 Cleaver & HJS-02 Hot Jacket Stripper for fast, reliable results. Get yours now!

Automatic one-button tests wavelength 1310 & 1550nm Palm design, small, lightweight, easy to carry High contrast 3.5 inch color TFT LCD Detect short dead zone event accurately High speed signal processing, short test time and fast analysis USB port connect to PC for software update and data output OTDR simulation software shows details of events Built-in visual fault locator function Rechargeable lithium polymer battery, max 8 working hours

Fluke Networks VisiFault Visual Fault Locator (VFL) – Quickly pinpoint breaks, bends, and faulty connectors in fiber optic cables. The bright red laser makes defects easy to see for fast troubleshooting and verification.