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General| Brand | VeEX |
|---|---|
| Model | FX150 |
| Category | Measuring Instruments |
| Language | English |
Lists the essential features and technical specifications of the OTDR series.
Safety guidelines for handling optical connectors and laser sources.
Details the various ports for connecting optical fibers and devices.
Illustrates and describes the front panel components and controls.
Details the process for setting up the WiFi connection on the FX150.
Steps to access the WiFi setup menu on the FX150.
Instructions for scanning and connecting to available WiFi networks.
Recommends using a fiber microscope for inspecting connections.
Step-by-step guide on cleaning optical fiber connectors and interfaces.
Discusses the impact of polishing on connector performance and loss.
Provides instructions on how to properly insert optical fiber connectors.
Tips to avoid inaccurate measurements by ensuring clean and correct connections.
Introduces the fiber scope utility for inspecting fiber connector ends.
Steps for connecting and accessing the fiber scope function.
Details the process of analyzing connector faces for defects.
Step-by-step instructions for operating the Visual Fault Locator.
Details how to access and configure the Optical Light Source.
Steps to set up and use the external Optical Power Meter.
How to set power and loss limits for pass/fail criteria.
Covers initial setup procedures for OTDR testing.
Instructions for manually configuring OTDR test parameters.
Guide to using Auto mode for automated OTDR test parameter setup.
Details the V-Scout mode for automated fault location and analysis.
Steps for setting up and utilizing custom V-Scout test plans.
How to set and manage measurement thresholds for test analysis.
Defines parameters for analysis thresholds like splice loss and reflectance.
Sets criteria for pass/fail status of events based on thresholds.
Instructions on how to start and perform measurements.
Methods for manually measuring fiber characteristics.
Different modes for manually measuring optical loss.
Measuring splice loss using the five markers method.
How to measure reflectance at events on the fiber trace.
Calculating Optical Return Loss (ORL) from the fiber trace.
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