Fiber Optic Power Meter (-70 to +6 dBm) with FC/SC/LC Adapters
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Designed for long-haul fiber optic applications, this power meter accurately measures both absolute optical power and relative power loss in fiber optic cables. With a measurement range of -70 dBm to +6 dBm, it’s ideal for testing low-level signals over long distances, including telecom, coax, and fiber networks. Capable of reading wavelengths from 800 to 1650 nm at a 0.01 dB resolution, it supports 6 preset calibrated wavelengths for precise measurements. The built-in manual calibration function allows adjustments as needed, ensuring consistent accuracy.
This power meter includes FC, SC, and LC adapters, compatible with PC/UPC/APC connectors, while the backlit LED screen makes it easy to use in dim environments. The dust-proof button design, shatter-resistant sleeve, and auto-off function help prolong the tool’s lifespan and battery life. Each kit comes with a protective cover, nylon carry case, cleaning swabs, (3) AA batteries, and a detailed instruction manual—everything you need for efficient, reliable fiber optic testing.
Key Features
- Wide Power Range: Measures from -70 dBm to +6 dBm, ideal for long-distance cable testing.
- Broad Wavelength Coverage: Supports 800–1650 nm with 0.01 dB resolution for high-precision readings.
- 6 Preset Calibrated Wavelengths: Ensures accurate measurements of both absolute and relative power.
- Manual Calibration: Easily recalibrate the device for ongoing accuracy.
- Versatile Adapters: Includes FC, SC, and LC adapters for PC/UPC/APC connectors.
- User-Friendly Design: Backlit LED screen, dust-proof buttons, shatter-resistant sleeve, and an auto-off feature.
What’s Included
- Fiber Optic Power Meter (-70 dBm to +6 dBm)
- FC Adapter (PC/UPC/APC)
- SC Adapter (PC/UPC/APC)
- LC Adapter (PC/UPC)
- (2) Cleaning Swabs
- Protective Cover
- Nylon Carry Case
- (3) AA Batteries (required for operation)
- Instruction Manual
Combine precision measurement, easy portability, and robust protection to make long-haul network testing more efficient and reliable.