Anritsu MT9090A Quick Manual
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Anritsu MT9090A Quick Manual

Network master series, mainframe, muotdr module
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Network Master Series
MT9090A Mainframe
MU909014A/A1/B/B1/C/C6
MU909015A6/B/B1/C/C6
µOTDR Module
Additional safety and warning information is
provided within the "Network Master Series
MT9090A Mainframe
MU909014A/A1/B/B1/C/C6
MU909015A6/B/B1/C/C6
µOTDR Module" Operation Manual.
Please also refer to this document before using
the equipment.
Keep this manual with the equipment.
Document No.: M-W3585AE-4.0
Fourth Edition

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Summary of Contents for Anritsu MT9090A

  • Page 1 Quick Guide Network Master Series MT9090A Mainframe MU909014A/A1/B/B1/C/C6 MU909015A6/B/B1/C/C6 µOTDR Module Fourth Edition Additional safety and warning information is provided within the “Network Master Series MT9090A Mainframe MU909014A/A1/B/B1/C/C6 MU909015A6/B/B1/C/C6 µOTDR Module” Operation Manual. Please also refer to this document before using the equipment.

  • Page 2: Table Of Contents

    Table of Contents Part Names ......... Power-Up/Power-Down ..... Investigating Fiber Abnormalities (Faults) ..........Saving Trace ........14 File Operations ........15 Using VFL ........... 17 Using PON Power Meter ....18 Using Light Source ......20...

  • Page 3: Part Names

    Quick Guide Part Names Front Panel       LCD  Soft keys  Start key  Arrow keys and Set key  Menu/Power key...

  • Page 4: Top Panel

    Top Panel MU909014A/B, MU909015A6/B MU909014A1/B1, MU909015B1 MU909014C/C6, MU909015C/C6...
  • Page 5 Slide Cover  Measurement Port 1625 or 1650nm OTDR (MU909014A, MU909015A6) 1310/1550nm OTDR (MU909014B, MU909015B)  Measurement Port 1625 or 1650nm OTDR (MU909014A1) 1310/1550nm OTDR (MU909014B1, MU909015B1)  Visual Fault Locator Port  Measurement Port (1310/1550nm)  Measurement Port (1625 or 1650nm) USB (Type B) Port ...

  • Page 6: Back Panel

    Back Panel  Battery Compartment  Fastener  Module model/serial label  Compliance and warning labels...

  • Page 7: Power-Up/Power-Down

    Power-Up/Power-Down To Power-Up: 1. Press the Menu/Power key. 2. The first splash screen shows the diagnostic self-test. 3. When the test is passed, Top Menu is displayed including OTDR, PON Power Meter, Power Meter, Light Source and Loss Test Set application buttons*.
  • Page 8 To Power-Down: 1. Press the Menu/Power key to display the menu. 2. Highlight Power Down and press the Set key. 3. Highlight Yes and press the Set key. Help Message Displays After power-up, press the Menu/Power key at each screen to display the pop-up window.
  • Page 9 Investigating Fiber Abnormalities (Faults) Fault locations in the fiber with loss and reflection can be checked. Setting Measurement Conditions 1. Press the Menu/Power key. 2. Use the arrow keys to select OTDR and press the Set key.
  • Page 10 3. OTDR Test Setup screen is displayed, select Wavelength, Test Mode. The other parameters can be selected automatically in the Full Auto mode. 4. Or select proper Range, Resolution, Pulsewidth and Averaging manually using the arrow keys and set key.

  • Page 11: Starting Measurement

    Starting Measurement 1. Press Start. 2. Measurement starts automatically when Good is displayed at the Connection Check screen. If FAIR or POOR is displayed, press either the F3 Continue or the Start key to start measurement. If a “live” communications signal is detected, it needs to be off before proceeding the test.
  • Page 12 Trace View Screen • When the measurement is finished, the Trace View screen appears. • If you look at Trace Analysis screen, press F4 Trace View to move Trace View Screen. Some fault locations in the fiber can be detected automatically.
  • Page 13 Trace Analysis screen • When the measurement is finished, the Trace Analysis screen appears. • If you look at Trace View screen, press F4 Trace Analysis to move Trace Analysis Screen. Some fault locations can be shown as an event list including No, Distance, Type(Refer to the next page), Loss and Reflection of the fault point.
  • Page 14 Event Type Icon Type Description Reflective Reflection from splice point Non- Non-reflective events Reflective include such low loss events as fusion splices and Macro Bends. Grouped Events spaced too close to each other for analysis to distinguish them as separate events are reported as Grouped events.
  • Page 15 Question-a Far end event not ble End detected 1. When distance range reached 2. When noise level reached Splitter Loss due to optical splitter Macro Reports as an event Bend “Macro Bend” when the detected event exceeds the specified threshold for the Macro Bend.

  • Page 16: Saving Trace

    Saving Trace 1. Press the Menu/Power key to highlight Save and press the Set key. 2. Use the up and down arrow keys to select Save As and press the Set key. 3. Input the file name at the separate window.

  • Page 17: File Operations

    File Operations 1. Press the Menu/Power key to highlight Mass Storage and press the Set key. 2. Use the up and down, and left and right arrow keys to select the media and file and press F1. 3. Use the up and down arrow keys to select the file operation and press the Set key.
  • Page 18 For Delete: If a confirmation dialog is displayed, use the left and right arrow keys to select Yes and press the Set key. For Copy: Use the left and right arrow keys to select Device for the copy source and press F1. If a dialog is displayed, press the Set key.

  • Page 19: Using Vfl

    Using VFL (Visual Fault Locator) The Visual Fault Locator (VFL) is a visible (red) light source. It is easy to find fault on the fiber by visual check. The VFL can be used with the MU909014A1/B1 and MU909015B1. 1. Press the Menu/Power key to highlight VFL and press the Set key.

  • Page 20: Using Pon Power Meter

    Using PON Power Meter The PON Power Meter can be measured the optical power level of 1490nm and 1550nm respectively even if the signal is inputted simultaneously in the FTTx PON network. The PON power meter can be used with the MU909014C6 and MU909015A6/C6.
  • Page 21 3. Before testing disconnect the fiber from the optical connector and close the cover to calibrate the zero level. 4. Press F4. Zeroing.. is displayed during the calibration. 5. Open the cover and connect the fiber to the optical connector. The optical input power level of both wavelengths is displayed respectively.

  • Page 22: Using Light Source

    Using Light Source The light source can be used with the MU909014C6 and MU909015A6/C6. 1. Press the Menu/Power key to highlight Top Menu and press the Set key. 2. Use the left and right arrow keys to select Light Source and press the Set key.
  • Page 23 Using Power Meter The power meter can be used with the MU909014B/B1/C/C6 and MU909015A6/B/B1/C/C6. 1. Press the Menu/Power key to highlight Top Menu and press the Set key. 2. Use the left and right arrow keys to select Power Meter and press the Set key.
  • Page 24 5. Before testing disconnect the fiber from the optical connector and close the cover to calibrate the zero level. 6. Press F4. Zeroing.. is displayed during the calibration. 7. Connect the fiber to the optical connector. The optical input power level is displayed.
  • Page 25 Using Loss Test Set Loss Test Set can be measured optical loss of DUT. Light source and optical power meter can be used at one time. Loss Test Set can be measured with the MU909014C6 and MU909015C6. 1. Press the Menu/Power key to highlight Top Menu and press the Set key.
  • Page 26 4. The wavelength and modulation of the power meter are set to the same values. Refer to Using Light Source to use the light source. Refer to Using Power Meter to use the power meter.
  • Page 27 Inspecting Fiber Optic Terminations (Option) There is sometimes a trouble when using optical instrument caused by defects of the optical connector. The VIP (Video Inspection Probe) can be observed the surface of the optical connector to check clean or not. Besides it can be performed Pass/Fail judgment based on IEC standard.
  • Page 28 1. Connect VIP to USB port (type A). Adjust the focus of the image, if the image is not in clear focus. 3. Press Start again to capture and analyze the image of the connector. 4. The Pass or Fail result based on IEC standard is displayed.
  • Page 29 The result of the image The defect table of result...
  • Page 32 Document No.: M-W3585AE-4.0 Printed in Japan Printed on Recycled Paper...

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