Search results for: 'fibers'

The INNO Instrument RS-PLUS Ribbon Splitter Tool is a compact, all-metal de-ribbonizer designed to separate multi-fiber ribbon cables into sub-groups or individual fibers. It supports 4, 8, and 12-fiber ribbons and enables controlled fiber preparation prior to splicing in fiber optic networks.

The INNO Instrument FH Series Ribbon Fiber Holders are detachable accessories designed for use with INNO fusion splicers such as the View4M and View12R. These holders secure and align ribbon fibers during preparation and splicing, supporting configurations from 2-fiber to 12-fiber ribbons with 250µm coatings.

The INNO Instrument FH Series Ribbon Fiber Holders are detachable accessories designed for use with INNO fusion splicers such as the View4M and View12R. These holders secure and align ribbon fibers during preparation and splicing, supporting configurations from 2-fiber to 12-fiber ribbons with 250µm coatings.

Discover the Hexatronic Ribbonet Air Blown Fiber Installation Tool. This portable, efficient tool uses compressed air and an electric motor for fast fiber installations. Perfect for microduct applications, it ensures quick and reliable setups. Learn more about its benefits and how it can enhance your fiber optic installations today!

The INNO Instrument TS Pro Thermal Stripper is designed for removing coating and jacket from optic fibers, supporting single fiber up to 12 ribbon fibers. It accommodates coating diameters from 200 μm to 400 μm and provides selectable heating modes with controlled temperature settings.

The INNO Instrument Ribbon Holder are fiber ribbon holders designed for use with INNO Instrument View12R and View12R PRO fusion splicers. The holder supports 250 µm ribbon fiber during the splicing process, maintaining fiber alignment and stability within the splicer. Its detachable design allows quick installation and removal when preparing ribbon fibers for fusion splicing.

Fluke Networks MRC-50-SCSC multimode fiber optic cord for 50µm SC/SC fibers, reliable connectivity, and precise network testing.

The INNO Instrument FH Series Ribbon Fiber Holders are detachable accessories designed for use with INNO fusion splicers such as the View4M and View12R. These holders secure and align ribbon fibers during preparation and splicing, supporting configurations from 2-fiber to 12-fiber ribbons with 250µm coatings.

NNO Instrument V12 PRO Fiber Cleaver delivers fully automatic cleaving with 0.5° typical angle, 5–24 mm cleave length range, auto blade rotation up to 60,000 cleaves, and support for single, ribbon, and drop fiber cables.

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.

Fluke Networks MRC-50-FCFC multimode 50 µm FC/FC test reference cord delivers accurate fiber testing performance and reliable compatibility with network devices.

Fluke Networks singlemode TRC cable enables reliable OTDR connections with SC/APC connectors for precise optical testing and network performance.

Fluke Networks MRC-50-EFC-SCST 2m Encircled Flux TRC provides accurate multimode 50 µm SC/ST fiber testing for standards-compliant certification and loss measurements.

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 IN-RS-40mm ribbon fiber splice protection sleeve is a 40 mm heat-shrink sleeve designed to protect ribbon fiber fusion splices. The sleeve incorporates a single ceramic reinforcement rod for structural support and alignment protection after splicing. A clear heat-shrinkable outer tube combined with an internal EVA adhesive liner.

Hexatronic Stingray Air Blown Fiber Installation Tool is built for microduct ABF installation across 3, 5 and 7 mm duct sizes, with the guides, nozzles and 7mm duct clamp needed for controlled fiber deployment in the field.

The INNO Instrument SC-SM-UPC-09 is a 10-pack of single-mode SC/UPC splice-on connectors for 900µm fiber. Designed for fusion splicer termination, these connectors eliminate polishing, adhesives, and mechanical splicing. With typical ≤0.2 dB insertion loss and ≥55 dB return loss, they support G.652D and G.657A2 fiber types.

INNO Instrument FH-12F Fiber Series ribbon fiber holder for 12-fiber flat ribbon cable, supporting 200 µm and 250 µm coatings and compatible with View12R, View12R-200, and View12R PRO detachable setups.

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

The INNO Instrument CH-01 Universal Fiber Holder is a cleaver accessory designed to secure multiple fiber cable types during the cleaving process. It supports 250µm and 900µm fiber, flat or drop cable enabling technicians to work across common installation formats without changing holders. Compatible with select INNO high-precision cleavers.

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

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

Fluke Networks ADP-SC/APC SC-APC simplex adapter provides reliable fiber connections for CertiFiber Pro, enabling fast, durable testing of SC/APC links.

Fluke Networks PA-LC Fiber Optic Adapter: Durable, versatile LC network connector for precise OTDR testing and seamless fiber network extension.

The INNO Instrument IN-RD-40mm ribbon fiber protection sleeve provides environmental and mechanical protection for ribbon fiber fusion splices. The 40 mm heat-shrink sleeve incorporates a double ceramic rod structure that maintains alignment and rigidity during the shrinking process.