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ODM RP 560 User Manual

Optical power meter
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RP 560
Optical Power Meter
User Guide

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Summary of Contents for ODM RP 560

  • Page 1 RP 560 Optical Power Meter User Guide...

  • Page 2: Introduction

    Introduction The RP 560 is an optical power meter used for verifying the proper function of fiber optic networks. This document will serve as an overview of the major functions and features of the device. Read and understand all of the instructions and safety information in this manual before operating this tool.

  • Page 3: Table Of Contents

    Contents Introduction Device Overview Important Safety Information Understanding the Main screen Wavelengths Projects Settings Integration with inSpec Software Integration with inSpec for Android Devices Common Test Procedures Certifications and Contact Information Page 3 M-UM035-06 RP 560...

  • Page 4: Important Safety Information

    Cover the fiber interface with the flip-cap when not in use. Do not throw this product away. Contact your local recycling station to dispose of properly. Page 4 M-UM035-06 RP 560...

  • Page 5: Understanding The Main Screen

    Up to two wavelengths may be displayed at one time, but it is important to note that the dual wavelength view only functions when the RP 560 is set to Auto-ID mode and it is currently receiving a signal from an ODM DLS 6XX-series light source that is ALSO set to Auto-ID mode and transmitting two wavelengths.

  • Page 6: Wavelengths

    Press the OK button or the Right arrow button to select the wavelength that the cursor indicates. Press the Left arrow button to return to the Main Menu, and once again to return to the Main device screen. Page 6 M-UM035-06 RP 560...
  • Page 7 The Main screen of the RP 560 will adjust based on the wavelength mode selected. See below for examples of different states the Main screen may display. Selection on Wavelength Menu Main screen (no light detected) Main screen (light detected)

  • Page 8: Projects

    Press the OK or Right arrow button to select the Project menu. The Project menu allows you to view and edit all readings saved to the various project folders on the RP 560. The cursor may be moved up and down the list with the Up/ Down arrow buttons.
  • Page 9 The readings will be displayed in numerical order. The numbers in the left column are automatically assigned as the Save button is pressed on the Main screen of the RP 560. In the example at left, 5 readings have been saved.
  • Page 10 Move the cursor to the “Change” option. Press the OK/Menu button or the Right arrow button to bring up the Project Selection menu. Select a project from the list using the OK/Menu or Right arrow button to change the folder where readings are saved. The selected project will be highlighted. Page 10 M-UM035-06 RP 560...

  • Page 11: Settings

    ON. “Tone Detect” turns the detector for 2kHz, 1kHz, and 270Hz ON or OFF. When set to OFF, the RP 560 will not indicate if a modulated signal is received. Factory default setting is ON. “Backlight” allows you to set the timeout for the screen backlight.

  • Page 12: Integration With Inspec Software

    These buttons allow saving and editing of the data in this window. The RP 560 may be used in either the LIVE mode (saving readings as you go) or in the SYNC mode (syncing all saved readings). To sync readings saved on the RP 560 into the inSpec software, navigate to the Menu>Projects and select Sync USB on the RP 560 unit.
  • Page 13 The left side of the window displays the readings from the RP 560 after they have been synced into the software. Any readings that were Deleted from the RP 560 will be omitted from the synced data. If the software is being used to save data during the fiber test, the buttons onscreen can be used to perform the tests.
  • Page 14 The saved data that is synced into the software or saved live can be edited for final reporting in the Reports tab. Delete Make Report Delete selected reading(s). Creates report with all data and report information Edit included. Edit multiple readings. Page 14 M-UM035-06 RP 560...
  • Page 15 With multiple readings selected, click the Edit button to bring up the multi-editor. Edit the information and click “Apply” to change the ID for multiple items. Page 15 M-UM035-06 RP 560...
  • Page 16 Each line represents an indexed location. Click “Save” when finished. The color codes entered or selected will fill the available readings. For example, the Custom setting has 6 entries, but only 5 readings are saved. Only the 5 readings will receive a new ID. Page 16 M-UM035-06 RP 560...
  • Page 17 “Apply”. Any readings which fall within the Min/Max range provided will be given a PASS designation. Readings that do not fall within the range will be given a FAIL designation. Page 17 M-UM035-06 RP 560...
  • Page 18 “Reset to Defaults” to return to this arrangement of information. Enter all info as needed and click Save to have the information appear on reports. The Ripley ODM logo will appear on reports. Click Browse to choose a different logo to place on the report, if desired.

  • Page 19: Integration With Inspec For Android Devices

    Integration with inSpec for Android Devices ODM’s inSpec application can be downloaded from the Google Play store. Connect the RP 560 to a smartphone via Bluetooth to perform live testing or to share data for fast reporting. To turn the Bluetooth feature ON, navigate to the Settings menu, select Bluetooth, and Select ON.
  • Page 20 RP 560 screen. The diagram below shows the features of the main screen of the inSpec app. All changes to the RP 560 streamed data will be mirrored on the physical RP 560 unit. SetRef Touch this button to set the reference when in dBm mode.
  • Page 21 Max, then touch Confirm. If no values are set, PASS/FAIL is disabled. Any readings which fall between the Min and Max values will be displayed in green in the display and the saved data field. Readings which fall outside this range will be displayed in red. Page 21 M-UM035-06 RP 560...
  • Page 22 Data which has been saved on the RP 560 can also be imported into the inSpec app. Navigate to the Project folder with readings saved in it on the RP 560 and select Sync BT. The readings will appear in a list on the inSpec app.

  • Page 23: Common Test Procedures

    The power meter input adapter is covered by a protective cap. Flip the cap open to reveal the input adapter. Adapters The RP 560 comes with a 2.5mm universal adapter. The adapter accepts all fiber connectors with 2.5mm ferrules. Common connectors with 2.5mm ferrules include SC, FC, and ST.
  • Page 24 In the example shown here, the fiber has been unplugged from the optical system (transmitting data on the 1310nm wavelength) and plugged into the RP 560 power meter. The optical system is still transmitting light on the fiber to the point where it has been unplugged.
  • Page 25 If a length of fiber should be tested for Insertion Loss (also commonly called Attenuation or dB Loss), the RP 560 can be used to set a reference using the input power from a laser source. In the example shown here, a DLS 655 dual laser source is being used to set the reference on the RP 560 optical power meter.
  • Page 26 When the fiber being tested (highlighted below) is added into the link between the test jumper and RP 560, the LOSS on the fiber is shown on the RP 560 screen. The loss for each wavelength may be different. Press the Save button to save both readings.

  • Page 27: Certifications And Contact Information

    Android is a trademark of Google LLC. Apple is a registered trademark of Cisco in the U.S. and other countries and is used under license. The Bluetooth word mark is a registered trademark owned by Bluetooth SIG, Inc. Contact us with any questions pertaining to this or any other ODM product. Call 603-524-8350 Email tech.support@odm.ripley-tools.com...

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