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The INNO Instrument IN-SS-45mm fiber splice protection sleeves are heat-shrink sleeves designed to reinforce and protect single fiber fusion splices. Each sleeve uses a composite structure consisting of a cross-linked polyolefin outer tube, hot-melt adhesive inner layer, and stainless steel reinforcing rod.

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.

The INNO Instrument OLL-1000-652D-SC-UPC OTDR Launch Fiber Reel provides a 1000 meter G.652D singlemode fiber lead designed for OTDR testing. Featuring SC-UPC connectors, the launch fiber enables accurate measurement of near-end and far-end events.

INNO Instrument OLL-500-652D-SC-APC OTDR launch fiber cable provides a 500 m singlemode buffer between an OTDR and the fiber under test. Using G.652D 9/125 µm fiber with SC/APC connectors on both ends, it supports near-end connector characterization and reveal events that may be obscured during OTDR trace acquisition.

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.

The INNO Instrument FL-100-SC-APC Singlemode OTDR Launch Fiber Reel is a 100 m fiber launch cable designed for optical time domain reflectometer testing. It provides a controlled fiber segment that allows OTDR measurements to stabilize before the first connection in a fiber link.

The INNO Instrument FL-100-SC-UPC is a 100 m singlemode OTDR launch fiber reel designed for fiber optic testing and link characterization. Featuring SC/UPC connectors on both ends, this launch cable acts as a pulse suppressor and delay line that enables Optical Time-Domain Reflectometers (OTDR) to measure insertion loss.

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 VIEW 3X is an Active V-Groove Cladding Alignment Fusion Splicer designed for single-fiber splicing across SM, MM, DS, and NZDS fibers. This standard OEM kit includes the V12 cleaver and integrated heater, with embedded IoT, GPS, and View Pro Manager cloud connectivity for project and device management.

Upgrade your fiber optic projects with this used INNO M9+ fusion splicer kit, featuring a standard V1 fiber cleaver and a low splice count for dependable performance. Don’t miss out—order from Cartoli now for quality and value!

INNO Instrument SCTX1000 is a 1000A AC/DC pass-through current sensor with 30.9 mm aperture, DB9 connection, DC to 300 kHz bandwidth, and ±15V to ±24V supply requirement.

INNO Instrument SCTX200 pass-through current sensor with 0-200A DC range, 200A peak AC range, DB9 interface, ±12V to ±15V supply, and 28 mm aperture.

INNO Instrument SCTX60 current sensor with 0-60A DC range, 60Apeak AC range, DB9 connection, 28 mm aperture, and DC-800 kHz measuring bandwidth for precision current measurement applications.

INNO Instrument SCTH600 pass-through current sensor with 0 to 600A DC and 600A peak AC measurement range, DB9 connector, 1:1500 ratio, and DC to 300 kHz bandwidth.

INNO Instrument SCTH60 current sensor with 0–60A DC range, 60Apeak AC range, 28 mm aperture, DB9 connector, and DC to 800 kHz bandwidth for precision current measurement.

INNO Instrument SPA1000 digital power meter with 1 power channel, AC/DC measurement, 100 kHz bandwidth, up to 1000 V and 20 A input, 4-item LED display, and harmonic measurement to the 100th order.

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 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.

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.

The INNO Instrument 300-meter Fiber Optic Launch Reel is a  singlemode reference fiber used with optical time domain reflectometers (OTDR) to eliminate near-end dead zones during fiber testing. The reel integrates singlemode fiber with SC/UPC connectors on both ends that enables accurate measurement of connector loss and reflectance.

The INNO Instrument V20 Fiber Optic Inspection Microscope is a handheld USB inspection probe designed for evaluating optical connector end-faces during fiber installation and maintenance. The V20 microscope provides dual 200x and 360x magnification, integrated LED illumination, and a VGA imaging sensor for connector inspection and documentation.

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.