Fiber Optic Test Equipment

Jonard Tools, FPM-50A, Fiber Optic Power Meter With VFL-25125 Measures a wide variety of wavelengths from 800-1650 nm, with a mere 0.01 dB resolution Measures 6 preset calibrated wavelengths with high precision to determine absolute or relative power Special function of the unit allows the device to be manually calibrated as needed LED screen is backlit for viewing in low light locations and a 10 minute auto-off helps preserve battery life Dust-proof button design and shatter-resistant sleeve protect the tool to last a lifetime Comes with FC, SC, and LC adapters so that fiber connectors can be directly connected to the tool The FC/SC adapters are for APC/PC/UPC connectors The LC adapter is for PC/UPC connectors only Includes: Fiber Optic Power Meter Instruction Manual Protective Cover (3) AA Batteries (required for operation) (2) Cleaning Swabs FC Adapter LC Adapter SC Adapter Nylon Carry Case

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        The Jonard Tools FIM-400 Fiber Inspection Microscope offers exceptional precision with its 400x magnification and a focus wheel, making it an essential tool for fiber connector examination. It includes 2.5 mm (FC/SC/ST) and 1.25 mm (LC) adapters, ensuring compatibility with a wide range of fiber connectors. Key Features: High Magnification: With a powerful 400x magnification, this microscope enables detailed inspection of fiber connectors, ensuring optimal performance. Achromatic Lens: The achromatic lens delivers excellent imaging quality, and integrated laser filters provide a safe viewing experience (not intended for use with illuminated fibers). Coaxial Illumination: Coaxial illumination offers a clear view of the connector face and fiber, enhancing the accuracy of your inspections. Long Battery Life: Equipped with LED lighting, this microscope provides extended battery life, reducing the need for frequent battery replacements. Comprehensive Kit: The kit includes a cushioned nylon case and three AAA batteries for convenience. The microscope also features a rubber cover for added protection during use. CE Certified: Jonard's FIM-400 is CE certified to EU standards, ensuring its quality and compliance with international regulations

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Jonard Tools VFL-150, Visual Fault Locator Kit Designed to detect fiber breakpoints, fiber leaks, poor connections, and stress points, this visual fault locator is perfect for field personnel detecting faults in fiber optic cables. This VFL Kit features the following: Includes adapter for 1.25mm LC connectors 650 nm Class IIIA laser diode identifies faults in single and multi-mode fiber up to 3 miles long Universal connector accommodates 2.5mm ferruled connectors, such as FC, SC, and ST connectors Has three different modes: Continuous wave, pulsing, and slower pulsing mode Works in OTDR dead zones and is used for end-to-end visual fiber identification Light and portable pen-style design is perfect for on the go use 60 hours of battery life powered by two AAA batteries (included) Download the Jonard Tools spec sheet (*.pdf)  

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Eclipse ECLMT-7602, 4in1 Fiber Optic Power MultiMeter Function 1 FIBER OPTICAL POWER METER Wide range of power measurement from 850nm to 1625nm Power measurements in dBm,mW and uM Supports 2.5mm universal connectors (for ST/SC/FC) Function 2 VISUAL FAULT LOCATOR Easy to locate the breakpoint and bad connections in fiber optic cables Supports 2.5mm universal connectors (for ST/SC/FC) Both continuous and flashing modes available Function 3 CABLE TESTER Pin to pin cable map indicator (1~8 LEDs) Tests two types of connectors(RJ-11&RJ-45) The maximum length measurement: 600M Function 4 LED FLASHLIGHT Convenient for working in a dark environment Features 2 modes for long illumination and SOS signal

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Jonard Tools OTDR-1500 Professional Multi-Function OTDR, 1310/1550 nm The Jonard Tools OTDR-1500 is a professional, all-in-one handheld platform for evaluating singlemode fiber links during construction, turn-up, and maintenance. It combines a dual-wavelength OTDR (1310/1550 nm) with a stabilized light source, optical power meter, and visual fault locator, plus a large touch screen, event map, internal storage, and Wi-Fi—giving fiber technicians everything needed to find faults, document loss, and close out jobs efficiently. Tri-Tek Electronics is an authorized distributor of Jonard Tools and ensures full manufacturer warranty coverage, best pricing, and direct factory support. Key Features Dual-wavelength OTDR (1310/1550 nm) for singlemode fiber characterization Large color touch screen with intuitive menus and graphical Event Map for fast fault interpretation Integrated Optical Power Meter (OPM), Stabilized Light Source (OLS), and Visual Fault Locator (VFL) for complete end-to-end testing On-board Wi-Fi for data transfer or live view (Android support) and USB for PC connectivity Internal storage for thousands of test entries with MicroSD/TF expansion Rugged, rubberized housing with kickstand; shock- and drop-resistant for field use Includes common optical adapters for quick patching and a protective carry case Specifications (Summary) OTDR wavelengths: 1310 nm, 1550 nm Dynamic range (typical): 32 dB @ 1310 nm / 30 dB @ 1550 nm Event/attenuation analysis: event map, bi-directional analysis, macro-bend analysis Storage/IO: internal memory (approx. hundreds to thousands of records), TF card slot, micro-USB, Wi-Fi Integrated tools: OPM (calibrated telecom wavelengths), stabilized OLS (CW & modulated tones), 650 nm VFL Power: rechargeable Li-ion battery, field-ready runtime; AC adapter/charger included Ports/adapters: interchangeable optical adapters; RJ45 utilities for copper checks File formats: industry-standard SOR plus report export What’s Included (Typical Kit) OTDR-1500 main unit with rechargeable battery Optical adapters (FC/APC & SC/APC for OTDR; LC/UPC adapter for OPM) Power adapter/charger, micro-USB cable Stylus, protective carry case with strap Calibration certificate and instruction manual Downloadable PC software (reporting/data management) How Installers Use It (Quick Workflow) Prep & reference: Clean connectors. For loss testing, set a baseline by connecting the OLS to the OPM with a short, known-good reference patch at each wavelength; store the reference. Connect for OTDR: OTDR → launch cable/box → cable under test. Add a receive tail at the far end to view the last connector clearly. Auto then refine: Run Auto to get a first trace and event map. For short drops, use narrower pulse widths; for long spans, increase range/pulse width. Verify & document: Use the integrated OPM/OLS to record insertion loss, use the VFL for quick visible checks, then save SOR/PDF reports to memory or TF card for closeout. Practical Notes for New Technicians OPM + OLS work together: the light source injects a stabilized test signal at 1310/1550 nm; the OPM measures received power at the far end. Subtract to get insertion loss. Most field meters rely on factory calibration; best practice is to establish a reference/baseline before testing real links. VFL is not a light source substitute: a VFL’s visible 650 nm output is not power-stabilized and does not reflect telecom-wavelength performance. Use the stabilized OLS for loss measurements. Launch/receive leads matter: a launch cable removes the near-end dead zone so you can see the first connector/splice; a receive tail reveals the far-end connector without moving the tester. Example Installer Scenario A Phoenix campus inter-building OS2 link is intermittent. The technician connects the OTDR-1500 to a launch box, runs dual-wavelength traces to pinpoint a mid-span bend and a high-reflectance connector. After correcting both, they use the built-in OLS + OPM to record insertion loss at 1310/1550 nm, export the SOR/report, and attach it to the closeout package. Tri-Tek Electronics supports professional installers, hobbyists, and technicians across Phoenix, Mesa, Chandler, Tempe, Gilbert, Scottsdale, and Glendale. Visit our Mesa, AZ retail counter for hands-on demos, local stock, and factory-backed support.

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Jonard Tools OTDR-1000 Multi-Function OTDR (1310/1550 nm) The Jonard Tools OTDR-1000 is a compact, all-in-one handheld platform for evaluating singlemode fiber links and basic copper network cabling. With a bright 3.5-inch color display, dual-wavelength OTDR engine (1310/1550 nm), and integrated utilities—Optical Power Meter (OPM), Optical Light Source (OLS), Visual Fault Locator (VFL), Event Map, and RJ45 tests—it gives technicians a complete toolkit for construction, turn-up, and maintenance. Tri-Tek Electronics is an authorized distributor of Jonard Tools and ensures full manufacturer warranty coverage, best pricing, and factory support. Key Features Dual-wavelength OTDR at 1310/1550 nm for singlemode (G.652) testing Event Map view simplifies traces with per-event loss values for quick pass/fail decisions Integrated OPM, stabilized OLS, and VFL for insertion-loss checks and visible fault finding Copper helpers: RJ45 continuity/sequence test, cable length measurement, and cable tracker 3.5-inch color LCD in a shock-resistant, drop-resistant handheld housing Internal storage plus TF (microSD) card slot; PC connectivity for data transfer and report export Includes FC, SC, and LC (UPC/PC) adapters for flexible patching in the field Specifications OTDR wavelengths: 1310 nm / 1550 nm ±20 nm Fiber type: ITU-T G.652 singlemode Dynamic range: 24 dB (1310) / 22 dB (1550) Event blind zone: 3 m; attenuation blind zone: 8 m Test range: 500 m to 60 km; pulse width: 3 ns to 10 μs Range accuracy: ±(1 m + sampling interval + 0.005% × distance) Loss accuracy: ±0.2 dB/dB; sampling: 16k–128k points; resolution: 0.05–8 m OPM: −50 to +26 dBm, 800–1700 nm; calibrated at 850/980/1300/1310/1490/1550/1625/1650 nm OLS: FP-LD, 1310/1550 nm, ≥−5 dBm output, CW or 270/330/1k/2k Hz VFL: 650 nm, ≥10 mW, CW/1/2 Hz RJ45 cable length: up to 300 m; sequence/continuity test supported Display & storage: 3.5" color LCD; 600 MB internal memory + TF card Ports: FC/UPC test port with interchangeable SC/ST; Micro-USB for data/charging Power: 3.7 V 4000 mAh Li-ion; >12 h measuring, >20 h standby Size/weight: approx. 173 × 82 × 37 mm; ≤350 g File format: SOR (industry standard) What’s Included (Typical Kit) OTDR-1000 main unit with rechargeable Li-ion battery and power adapter FC, SC, and LC (UPC/PC) adapters; alcohol wipes Carry case, instruction manual, downloadable PC software Micro-USB cable; plug adapters (region-dependent) How an Installer Uses It (Simple Workflow) Prep and reference: Clean connectors. If measuring insertion loss, set a baseline with the built-in OLS feeding a short, known-good reference patch into your OPM. Connect for OTDR: OTDR-1000 output → launch cable/box → cable under test (CUT). Optionally add a receive tail at the far end to reveal the last connector on the trace. Auto then refine: Run Auto to get a first trace and Event Map. For near-end resolution, pick a shorter range and narrower pulse; for long spans, increase range/pulse. Verify and document: Use OPM/OLS to record end-to-end loss at 1310/1550 nm; use VFL for visible bends/breaks. Save SOR files to internal memory or TF card and export to your job packet. Example Use Case (Phoenix/Mesa Job) A Mesa technician needs to certify a new singlemode inter-building run. They connect the OTDR-1000 through a launch box to the CUT, run dual-wavelength traces to locate and label each splice/connector, then switch to the built-in OLS + OPM to log insertion loss at both wavelengths. A quick VFL sweep confirms no sharp bends in the closet. Reports are exported and attached to the closeout. Tri-Tek Electronics supports installers, hobbyists, and technicians across Phoenix, Mesa, Chandler, Tempe, Gilbert, Scottsdale, and Glendale. Visit our Mesa, AZ retail counter for hands-on demos, local stock, and factory-backed support.

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