Testing Multi-Mode Fiber with Jonard Tools Meter FPM-55 - Zeroing or Ref Out Meter | BridgeCable.com

Quick Review of How to Test Fiber Multi-Mode - More Here - www.bridgecabl...
For new data cabling in the Philadelphia area or New Jersey and DE call us to help - 877-832-1206. Review of the Jonard Tools Meter and Light Source with useful field tips and tricks to best installing methods. Meter FPM-55
Testing new fiber installations with a light meter is better than just using a laser or light at both ends because a light meter provides a more accurate and reliable measurement of the signal strength and quality in the fiber optic cable. A light meter can accurately measure the power level of the light signal transmitted through the fiber, allowing for precise adjustments to be made to optimize performance. In contrast, using a laser or light at both ends may not provide an accurate measurement of the signal strength and could lead to inaccuracies in the testing process. Additionally, a light meter can detect any potential issues or losses in the fiber optic cable, such as bends, breaks, or dirty connectors, which may not be easily identified with just a laser or light source. Overall, testing with a light meter ensures a thorough and reliable assessment of the fiber installation's performance and quality.
Top ten ways to troubleshoot fiber using a light meter or network tester?
1. Check the light source: Ensure that the light source is functioning properly and emitting the correct wavelength for the fiber being tested.
2. Inspect connectors: Examine the connectors for any dirt, damage, or misalignment that could affect signal transmission.
3. Verify fiber continuity: Use the light meter or network tester to confirm that there is continuity in the fiber optic cable.
4. Measure signal strength: Use the light meter to measure the signal strength at various points along the fiber to identify any losses or inconsistencies.
5. Identify fiber breaks: Use the light meter to locate any breaks or bends in the fiber optic cable that could be causing signal loss.
6. Test for reflections: Check for any reflections or back reflections in the fiber that could impact signal quality.
7. Monitor for signal degradation: Use the light meter to monitor signal degradation over time to identify any potential issues.
8. Conduct OTDR testing: If available, use an Optical Time Domain Reflectometer (OTDR) to analyze the fiber optic cable for faults, breaks, or other issues.
9. Perform end-to-end testing: Use the network tester to conduct end-to-end testing to ensure that the entire fiber optic link is functioning correctly.
10. Document results: Keep detailed records of the testing process, including measurements, findings, and any actions taken to troubleshoot issues for future reference.
To schedule a Free Site Survey, sometimes on the same day, just give us a jingle at 877-832-1206.
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[@JonardTools]

Excellent demonstration! 💯🤘 Great video!

[@BridgeCable]

Thanks! Our local ADI team really helped us out with the features and training!

[@JasonsLabVideos]

AWESOME video man !! I have the FLS-55 too !!

[@BridgeCable]

Always love your channel!