Noyes® Test & Inspection:
Fiber Optic Loss Test Kits
MLP4-2 Multimode Test Kit with Wave ID and Set Reference
The MLP4-2 test kit combines the OPM4-2D optical power meter and OLS1-Dual LED light source and is ideally suited for testing multimode fiber optic networks.
The OLS1-Dual features 850 and 1300 nm LED output from a single output port and is easy to operate with only a power button and a wavelength select button. Each wavelength may be transmitted individually at CW or with Wave ID. When transmitting with Wave ID, the OLS1-Dual supports transmitting pairs of wavelengths in an alternating pattern. Associated with each operating condition, the designated LED indicator will illuminate to identify the currently enabled operating mode and emitted wavelength(s) along with battery charge status and external power presence. The OLS1-Dual output port is equipped with UCI based removable adapters to allow the output connectors to be inspected and cleaned.
The OPM4-2D features automatic wavelength identification and switching (Wave ID) when used with the OLS1-Dual and stores optical references for each calibrated wavelength. A large dual-wavelength LCD display with backlight shows measured power [dBm or µW] or insertion loss [dB], calibrated wavelengths [nm], wavelength ID, and estimated remaining battery life. The OPM4-2D optical input port accepts a variety of Noyes thread-on style adapter caps (ordered separately) to meet a wide range of testing requirements.
The OPM4-2D and OLS1-Dual offer long battery life from common AA alkaline batteries.
The MLP4-2 test kit is fully N.I.S.T. traceable.
Features:
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Handheld, rugged, lightweigh
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Wave ID (auto identification & switching)
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Dual or single Wave ID, CW
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Large LCD with backlight (OPM4-2D)
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Power measurements in dBm or μW; insertion loss in dB
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Reference power level storage
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Low battery indicator
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Long battery life with 2 x AA alkaline
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Free 50 μm and 62.5 μm mandrels
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Cost-effective, easy to use
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N.I.S.T traceable
Applications:
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Certify multimode fiber links per TIA/EIA standards
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The 1300 nm output can also be used to test short distance (up to 10 km) single-mode fiber links