Description
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
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Dual-wavelength OTDR at 1310/1550 nm for singlemode (G.652) testing
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Event Map view simplifies traces with per-event loss values for quick pass/fail decisions
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Integrated OPM, stabilized OLS, and VFL for insertion-loss checks and visible fault finding
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Copper helpers: RJ45 continuity/sequence test, cable length measurement, and cable tracker
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3.5-inch color LCD in a shock-resistant, drop-resistant handheld housing
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Internal storage plus TF (microSD) card slot; PC connectivity for data transfer and report export
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Includes FC, SC, and LC (UPC/PC) adapters for flexible patching in the field
Specifications
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OTDR wavelengths: 1310 nm / 1550 nm ±20 nm
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Fiber type: ITU-T G.652 singlemode
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Dynamic range: 24 dB (1310) / 22 dB (1550)
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Event blind zone: 3 m; attenuation blind zone: 8 m
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Test range: 500 m to 60 km; pulse width: 3 ns to 10 μs
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Range accuracy: ±(1 m + sampling interval + 0.005% × distance)
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Loss accuracy: ±0.2 dB/dB; sampling: 16k–128k points; resolution: 0.05–8 m
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OPM: −50 to +26 dBm, 800–1700 nm; calibrated at 850/980/1300/1310/1490/1550/1625/1650 nm
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OLS: FP-LD, 1310/1550 nm, ≥−5 dBm output, CW or 270/330/1k/2k Hz
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VFL: 650 nm, ≥10 mW, CW/1/2 Hz
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RJ45 cable length: up to 300 m; sequence/continuity test supported
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Display & storage: 3.5" color LCD; 600 MB internal memory + TF card
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Ports: FC/UPC test port with interchangeable SC/ST; Micro-USB for data/charging
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Power: 3.7 V 4000 mAh Li-ion; >12 h measuring, >20 h standby
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Size/weight: approx. 173 × 82 × 37 mm; ≤350 g
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File format: SOR (industry standard)
What’s Included (Typical Kit)
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OTDR-1000 main unit with rechargeable Li-ion battery and power adapter
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FC, SC, and LC (UPC/PC) adapters; alcohol wipes
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Carry case, instruction manual, downloadable PC software
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Micro-USB cable; plug adapters (region-dependent)
How an Installer Uses It (Simple Workflow)
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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.
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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.
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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.
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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.
