FiberChekPRO™
Automated fiber inspection and analysis software

USER MANUAL

ZP-SW-00071
REV 100NOTICE

Every effort was made to ensure that the information in this manual was accurate at the time of printing. However, information
is subject to change without notice, and VIAVI reserves the right to provide an addendum to this manual with information notavailable at the time that this manual was created.

COPYRIGHT© Copyright 2019 VIAVI Solutions Inc. All rights reserved.. All other trademarks and registered trademarks are the property of theirrespective owners. No part of this guide may be reproduced or transmitted electronically or otherwise without written permissionof the publisher.

TRADEMARKSVIAVI and FiberChekPRO are trademarks or registered trademarks of VIAVI in the United States and/or other countries. All othertrademarks and registered trademarks are the property of their respective owners. No part of this guide may be reproduced ortransmitted, electronically or otherwise, without written permission of the publisher.
Hirose is a trademark of Hirose Electric Group.
MTP is a registered trademark of US Conec, Ltd.
Windows is a registered trademark of Microsoft Corporation.
Vista is a registered trademark of Microsoft Corporation.
Excel is a registered trademark of Microsoft Corporation.
Specifications, terms, and conditions are subject to change without notice. All trademarks and registered trademarks are theproperty of their respective companies.

PATENTS

RibbonDrive Tips: US Patent No. 6,751,017 / 6,879,439
CleanBlast: US Patent No. 7,232.262

TESTED EQUIPMENT

All pre-qualification tests were performed internally at VIAVI, while all final tests were performed externally at an independent,
accredited laboratory. This external testing guarantees the unerring objectivity and authoritative compliance of all test results.
VIAVI Commerce and Government Entities (CAGE) code under the North Atlantic Treaty Organization (NATO) is 0L8C3.

FCC INFORMATIONElectronic test equipment is exempt from Part 15 compliance (FCC) in the United States.

EUROPEAN UNIONElectronic test equipment is subject to the EMC Directive in the European Union. The EN61326 standard prescribes both emission
and immunity requirements for laboratory, measurement, and control equipment. This unit has been tested and found to comply
with the limits for a Class A digital device.

INDEPENDENTLABORATORY TESTINGIIThis unit has undergone extensive testing according to the European Union Directive and Standards.

USER MANUALTable of Contents

Chapter 1
FIBERCHEKPRO INSTALLATION......................................................................................................................................................... 1-1
Minimum System Requirements........................................................................................................................................................................................1-1
Software and Driver Install..................................................................................................................................................................................................1-1

Chapter 2
FIBERCHEKPRO SOFTWARE CONTROLS AND MENUS...................................................................................................................... 2-1
Test Mode...............................................................................................................................................................................................................................2-2
Quick Test Controls: LIVE View...........................................................................................................................................................................................2-2
Quick Test Controls: TEST View...........................................................................................................................................................................................2-4
Job Controls: START View.....................................................................................................................................................................................................2-5
Job Controls: TEST View.......................................................................................................................................................................................................2-7
File Menu.................................................................................................................................................................................................................................2-8
Help Menu...............................................................................................................................................................................................................................2-9
Setup Menu.......................................................................................................................................................................................................................... 2-10
Archiving Options............................................................................................................................................................................................................... 2-17
Optical Power Meter.......................................................................................................................................................................................................... 2-19
Company Info...................................................................................................................................................................................................................... 2-20
Job Info.................................................................................................................................................................................................................................. 2-20
Job Definitions.................................................................................................................................................................................................................... 2-21
Connector Definitions....................................................................................................................................................................................................... 2-22
Bluetooth.............................................................................................................................................................................................................................. 2-24
StrataSync............................................................................................................................................................................................................................. 2-25
Wi-Fi....................................................................................................................................................................................................................................... 2-25
Firmware............................................................................................................................................................................................................................... 2-26
Device Setup........................................................................................................................................................................................................................ 2-27
Device Settings................................................................................................................................................................................................................... 2-27
Optical Settings................................................................................................................................................................................................................... 2-28
Analysis Profiles (device).................................................................................................................................................................................................. 2-33
USB Settings......................................................................................................................................................................................................................... 2-33
NTSC Settings...................................................................................................................................................................................................................... 2-34

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Table of Contents

Chapter 3
USING FIBERCHEKPRO....................................................................................................................................................................... 3-1
Starting FiberChekPRO.........................................................................................................................................................................................................3-1
Operation Modes...................................................................................................................................................................................................................3-1
Using FiberChekPRO with an Inspection Microscope..................................................................................................................................................3-1
Using FiberChekPRO and P5000i with Other Device Platforms.................................................................................................................................3-4
Using FiberChekPRO with USB Optical Power Meters..................................................................................................................................................3-5
OPM View.................................................................................................................................................................................................................................3-5
Using FiberChekPRO to Import Stored Data from Another Device..........................................................................................................................3-6

Chapter 4
INTRODUCTION TO FIBER INSPECTION............................................................................................................................................ 4-1
Introduction............................................................................................................................................................................................................................4-1
Key Terms and Concepts......................................................................................................................................................................................................4-1
Fiber Connector.....................................................................................................................................................................................................................4-1
Fiber Connection...................................................................................................................................................................................................................4-2
End Face Views of Simplex and Ribbon Fiber Connectors..........................................................................................................................................4-2
Defects......................................................................................................................................................................................................................................4-3

Chapter 5
FIBERCHEKPRO HARDWARE.............................................................................................................................................................. 5-1
Overview..................................................................................................................................................................................................................................5-1
Probe Microscopes................................................................................................................................................................................................................5-1
Inspection Tips.......................................................................................................................................................................................................................5-2
Installing FBPT Tips on FBP Series Probes.......................................................................................................................................................................5-3
Benchtop Microscopes.........................................................................................................................................................................................................5-4
VIAVI USB Optical Power Meters (OPM)...........................................................................................................................................................................5-5

Chapter 6
GENERAL INFORMATION................................................................................................................................................................... 6-1
Warranty Information...........................................................................................................................................................................................................6-1
Liability.....................................................................................................................................................................................................................................6-1
Exclusions................................................................................................................................................................................................................................6-2
Certification............................................................................................................................................................................................................................6-2
Contacting Technical and Customer Support................................................................................................................................................................6-2
Contact Info.............................................................................................................................................................................................................................6-2

2

USER MANUALFiberChekPRO Installation

CHAPTER 1

FiberChekPRO Installation

1
Minimum System Requirements• PC/laptop with 1.0 GHz CPU or higher• Windows 7® or Windows 10® Operating System• 400 MB of hard drive space for application software• One open USB 2.0 port
• 2 GB RAM• .NET Framework 4.0
NOTE: If the .NET Framework software is not already installed on the PC/laptop, FiberChekPRO will
install it. Please allow time for the software to be installed.

Software and Driver Install IMPORTANT!

Install the FiberChekPRO software before attaching the
microscope to the PC.

1.

Download FiberChekPRO Software and Driver• Go to http://fcpro.updatemyunit.net/ and download thelatest version of the FiberChekPRO installer.

2.

Install FiberChekPRO Software and Drivers• Navigate to the folder where the FiberChekPRO
installer file is located, and then double-click the file
to start the FiberChekPRO Setup Wizard.

• Click Next.

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FiberChekPRO Installation

CHAPTER 1• At the License Agreement step, select I accept the agreement, and then click Next.
• At the Select Destination Location step, accept the default location (strongly recommended) for the application files, or click
Browse to select a location, and then click Next.

• At the Select Components step, select each component you want to install, and then click Next.

NOTE: Select Adobe Reader if the application is not already installed on the PC and you want to access reports saved to PDF.

• At the Select Additional Tasks step, select any required options, and then click Next.
• At the Ready to Install step, confirm the installation settings, and then click Install.
• After the software is installed, click Next to start the VIAVI Driver Installer and install the drivers for each device you specified at
the Select Components step.

• At the Completing the FiberChekPRO Setup Wizard step, click Finish to exit the setup Wizard.

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USER MANUALFiberChekPRO Installation

3.

CHAPTER 1

Install Hardware• Plug the probe microscope into the computer.
• Wait for the automatic Found New Hardware Wizard to complete.

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FiberChekPRO Software Controls and Menus

CHAPTER 2

FiberChekPRO Software Controls and Menus

2
FiberChekPRO is a software application used to determine the acceptability of optical fiber
end faces through automated inspection and analysis. Used in conjunction with VIAVI digital
analysis microscopes, FiberChekPRO will identify and characterize defects and contamination,and then provide a PASS or FAIL result according to a pre-configured failure criteria setting.
In addition, the application allows you to import saved data from VIAVI devices, archive data,
generate reports, and obtain an optical power measurement with either the MP-series or FIseries test tools.
FiberChekPRO provides the following test-mode options to facilitate collecting analysis results:••
FiberChekPRO Performs theFollowing Automated Procedures

1.

Acquires the fiber image.

2.

Analyzes the image.

3.

Finds defects and their location

Quick Test mode (default): Discrete testing. Results are saved individually.
Job mode: Combines tests utilizing pre-configured job definitions and saves results to agroup.

NOTE: Job mode is not supported on the FiberChek Sidewinder™ MPO Inspection Probe and the
FVAm™ Series Benchtop MPO Autofocus Microscope.

relative to fiber core.

4.

Measures and evaluates the defects
within each specified Zone.

5.

Determines whether defects within
the Zones are acceptable according
to the pre-configured failure criteria
for each Zone.

6.

Displays the results as PASS or FAIL.

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CHAPTER 2

Test Mode

Click to set the test mode:••

Test Mode

Quick Test
Job

NOTE: The Test Mode icon reflects the active test mode.

Quick Test Controls: LIVE View
MICROSCOPE
TESTOPTICAL SETTING

PROFILE

IMAGE CONTROLSSAVE
SHOW/HIDE

FOCUS QUALITY METER

Microscope

When multiple microscopes are connected to FiberChekPRO, you can select a microscope fromthe drop-down list.

Optical Setting

Select the best optical settings for the type of inspection tip that is attached to the device. For
more information, see “Optical Settings” on page 2-28.

ProfileImage Controls

Focus Quality Meter

Select the profile that specifies the analysis parameters by which PASS/FAIL criteria are
determined. For more information, see “Analysis Profiles (FiberChekPRO)” on page 2-12 and“Analysis Profiles (device)” on page 2-33.
Provides controls for fine-tuning the image. Select between viewing at LOW or HIGH
magnification. Enabling Auto-Center helps ensure that the fiber is in the center of the Field ofView.
Color-coded visual gauge that aids in obtaining the optimal focus point. The vertical line on themeter indicates the highest focus quality. As the focus is adjusted, the color of the horizontal
bar changes to reflect the focus quality:• Green: Optimized focus• Yellow: Acceptable focus• Red: Unacceptable focus (testing disabled)

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USER MANUALFiberChekPRO Software Controls and Menus

Show/Hide

CHAPTER 2

Optimizes the size of the application window for small screens. Select to show or high dropdown lists.

SHOW/HIDENOTE: When drop-down lists are hidden, a Show/Hide control appears in the side bar, enabling you
to show or hide the side bar controls.

TEST

Initiates the automated PASS/FAIL test process.

Save

Captures and saves the image as it appears on the screen (without analysis).

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Quick Test Controls: TEST View

LIVE
IMAGE CONTROLSSAVE REPORTDETAILS

Image Controls

Provides specific controls for fine-tuning the image:• Select between viewing at LOW or HIGH magnification.
• Turn overlay details ON or OFF.
• Turn the ScratchView feature ON or OFF,NOTE: By default, FiberChekPRO ships with the ScratchView feature disabled. This feature canbe enabled in the Setup Archiving Options (see “Archiving Options” on page 2-17).

LIVE
Save Report
Details

2-4

Returns to a live image of the fiber connector.
Generates a summary report of the tested fiber.
Provides specific information on the analysis results for the tested fiber.

USER MANUALFiberChekPRO Software Controls and Menus

CHAPTER 2

Job Controls: START View

START

START

Provides options for starting a fiberinspection job:

• New job: Starts a new job.
• New job from Job Definition: Starts
a job using a pre-configured job
definition.

• Resume: Resumes the selected
saved job (see “Job” on page 2-7).

• Import: Starts a job using imported
job information that was previously
exported.

New job

Click START, and then select New job to access the Start Job dialog box. Specify job details as
required.

• Job/Group Name: Name of the job
or group that the results of the PASS/
FAIL tests are saved to.

• Fiber Name Base: Base name for thefiber being inspected.

• Starting Fiber Number: First fiber
number being inspected.

• Starting Fiber Label (Prepend
Job/Group Name option): Label
automatically applied to the starting
fiber.

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CHAPTER 2

New job from Job Definition

Click START, and then select New job from Job Definition to access the Start Job dialog box.
Specify job details as required.

• Job/Group Name: Name of the job
or group that the results of the PASS/
Fail tests are saved to.

• Job Definition: List of available job
definitions (see “Job Definitions” onpage 2-21).

2-6

Resume job

Click START, and then select Resume job to access the Resume Job dialog box. Select the
saved job you want to resume, or click Import from file to import a job file.

Import job

Click START, and then select Import job to navigate to and select the job you want to import.

USER MANUALFiberChekPRO Software Controls and Menus

CHAPTER 2

Job Controls: TEST View

TEST
Next Fiber

ReportJob

TEST
Next Fiber

Starts a test of the fiber connector.
Advances FiberChekPRO to the next fiber connector in the job.
NOTE: If the active job is based on a job definition, a tool window appears, enabling you to selectthe next fiber end face to test.

ReportJob

Generates a summary report for the job, including test results, and saves it to the archive
location for the device. You can choose whether to finish the current job and start a new job.

Provides the following options:• Save and close job: Saves the current job after at least one fiber is tested.
• Export job: Exports the current job details, including test results, to a file (*.zip)
saved to a local folder.

• Cancel job: Discards the current job, including all test results.
IMPORTANT: To ensure that required information is retained for your records, VIAVI recommends
that before canceling a job, you either export the job or generate a report.

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CHAPTER 2

File Menu

Sync all devices with StrataSync

When you are already logged in to StrataSync via FiberChekPRO,
initiates synchronization of all saved device data to StrataSync.
If you are not already logged in via FiberChekPRO, accesses the
Login to StrataSync dialog box.

New Window

Opens a new FiberChekPRO window, enabling you to either
control separate microscopes independently or open previously
saved images.

Open

Opens reports, files and images saved in FiberChekPRO.

Save Image

Saves the image displayed in the FiberChekPRO window.

Recent File

Lists the most recently saved files for quick re-opening.

Extract Archive

Accesses the Extract Archive dialog box, where you can selectan archive folder. FiberChekPRO then scans all .xml files in thefolder and creates a .xlsx workbook report file that summarizes allfibers, zones, scratches, and particles. The file is then opened withthe application associated with the .xlsx extension (i.e., Microsoft
Excel®).
NOTE: The .xlsx file is named according to the current date and timeand is placed in the archive folder you selected.

Exit

2-8

USER MANUAL

Closes all FiberChekPRO windows and exits the application.

FiberChekPRO Software Controls and Menus

CHAPTER 2

Help Menu

About
User Manual
Software Updates
FiberChekPRO Diagnostics

Displays the FiberChekPRO version information.
Provides access to FiberChekPRO user documentation.
Lets you select whether FiberChekPRO automatically checks forsoftware updates at startup.
Lets you run FiberChekPRO Diagnostics to collect data you can use
to help resolves issues.

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CHAPTER 2

Setup Menu

The Setup menu is the single location where the user can access and setup details for
FiberChekPRO or any of the connected devices. It is accessed by clicking SETUP in the menubar.

FiberChekPRO Setup

General setup options for FiberChekPRO are available by selecting an option from the list of
categories in the panel on the left side of the window as follows:• Language• User Interface• Microscope*• Analysis Profiles*• Archiving Options*• Optical Power Meter**• Company Info
• Job Info
• Job Definitions• Connector Definitions• Bluetooth***• StrataSync• Wi-Fi****• Firmware* Appears after the first time a Probe Microscope is connected.
** Appears after the first time a USB Optical Power Meter is connected.
*** Appears only when a Bluetooth dongle/adapter is connected.
**** Appears after the first time a Wi-Fi enabled device (e.g., Sidewinder) isconnected to a PC with Wi-Fi capability (i.e., built-in or connected via USB).

Language

2-10

Shows the current language setting. If required, select another language from the list.

USER MANUALFiberChekPRO Software Controls and Menus

User Interface

Microscope

CHAPTER 2

Allows you to fine-tune the scale of the user interface for optimized use with device resolution.

Provides the following options for the connected microscope:• Auto-test On in Focus allows you to choose whether to run a test when the fiber comes
into focus and specify the following settings:- Disabled: Select to enable or disable Auto-test On in Focus.
- Enabled with Test Button: Select to enable or disable Auto-test in Focus when the
Test button is clicked.

- Enabled with Test Button or Fiber Insertion: Select to enable or disable Auto-testin Focus when the Test button is clicked or a fiber is inserted.
NOTE: Auto-test On in Focus works best when used with devices without auto-focus capability or
while manually focusing a device.

• Advance Settings- Enable test limit editing: Select to enable modifications to the recommended andminimum focus for an acceptable inspection.

- Show number on focus meter: Select to enable or disable the appearance of a focusquality number with the focus meter. The number continuously updates as the focus
quality indicated by the meter changes.

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CHAPTER 2

Analysis Profiles (FiberChekPRO)

FiberChekPRO Software Controls and Menus

The Setup Analysis Profiles menu contains the PASS/FAIL analysis parameters. Within eachprofile you can define the fiber type, analysis sensitivity, the “zones” of interest within a fiber,
and the criteria for failure within those zones. As such, you will need a unique profile for eachfiber type you are working with, and possibly different profiles depending on the loss budget
associated with a given product. The Available Profiles list contains all the profiles available in
FiberChekPRO that you can use with devices that support them.
In addition to providing factory-installed profiles, FiberChekPRO provides tools for managing
profiles, allowing you to create customized profiles, import profiles, and export profiles to files.

Factory-installed Profiles
FiberChekPRO is installed with the following
pre-configured Analysis Profiles, whichmatch the PASS/FAIL criteria in the IEC visualinspection standard, IEC-61300-3-35 or IEC61300-3-44.

• E2000 (metal ferrule)• MM (IEC-61300-3-35 Ed. 1.0)
• MM (IEC-61300-3-35 Ed. 2.0)
• Ribbon, MM (IEC-61300-3-35 Ed. 1.0)
• Ribbon, MM (IEC-61300-3-35 Ed. 2.0)
• Ribbon, SM APC (IEC-61300-3-35 Ed. 1.0)
• Ribbon, SM APC (IEC-61300-3-35 Ed. 2.0)
• SFP Ball Lens
• SFP Fiber Stub (IEC-61300-3-44 Ed. 1.0)
• SFP Special/Flat Len• SM APC (IEC-61300-3-35 Ed. 1.0)
• SM APC (IEC-61300-3-35 Ed. 2.0)
• SM PC & Fiber Stub
• SM PC (IEC-61300-3-35 Ed. 1.0)
• SM UPC (IEC-61300-3-35 Ed. 1.0)
• SM UPC (IEC-61300-3-35 Ed. 2.0)

2-12

NOTE: You can also manage analysis profiles via the Setup Analysis Profiles menu for a device. For
information, see “Analysis Profiles (device)” on page 2-33.

USER MANUALFiberChekPRO Software Controls and Menus

Creating a New Profile

CHAPTER 2

Click New to access the profile details window, which contains all the information needed for
managing the acceptance criteria.

The Setup tab specifies general details about the profile:• Profile Name defines the name of the profile.
• Number of Zones defines the number of zones. The parameters for each zone are configured in the other tabs at the top of the window. A
visual representation of the zone sizes is shown at the top right side of the window.

What are Zones?
When grading the visual image of a fiber end face, it is generally agreed that you must be more critical the closer you are to the core(center) of the fiber. This being so, it is common to divide the image into a series of concentric circles that begin with a small one centeredon the core (also known as zone “A”) and then radiate out from there. This creates a “bull’s-eye” pattern. Failure criteria must then be
established for each zone that is defined. Failure criteria are simply the thresholds that determine what is not acceptable.

• Fiber Type allows you to define the type of fiber that is being tested. Supported fiber types include:- Simplex: Contains a single fiber located in the center of the ferrule; common types include FC, LC, SC and ST.
- Ribbon: Contains multiple fibers in a single connector to provide high-density connectivity; the most common configuration is MPO(also called the MTP®).

- Jewel: A simplex fiber with a polyimide coating around the cladding, designed for exceptional environments.
- Ball Lens: Optical devices that collimate light using a curved ball lens to a desired beam diameter; when selecting this setting, specify
cladding diameter.

- Custom: For any user-defined fiber kind with specified Custom cladding diameter.
- E2000: Contains a single fiber with 2.5 mm diameter metallic ferrule and a spring-loaded protective shutter.
- Flat Lens: Optical devices that collimate light using a flat lens to a desired beam diameter; when selecting this setting, specify cladding
diameter.

- SFP Fiber Stub: Simplex fiber located in the center of a ferrule that is installed in a small form-factor pluggable (SFP) transceiver.
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CHAPTER 2FiberChekPRO Software Controls and Menus

NOTE: When selecting the fiber type, the cladding diameter should be specified according to fiber type being analyzed. This is especially critical forreceptacles that use lenses (ball or flat) to minimize optical return loss.

• Cladding Diameter allows you to define the specific fiber diameter. The default diameter that appears is 125 µm.
• Core Diameter (µm) allows you to define the core diameter in µm: Single Mode (9.0), Multi Mode (50.0), Multi Mode (62.5) or Other. As
part of the analysis, FiberChekPRO will identify the core with an overlay of the core diameter in addition to the specified zones.

• Scratches allows users to define the detection parameters for scratches.
- Find scratches: When enabled, FiberChekPRO detects any scratch. It will activate a Scratches tab in each of the zones tabs where you
can provide specific details on the analysis parameters for scratches. This may be useful if you are not concerned with scratches or want
to increase the speed of the processing.

- Find dark scratches: When enabled, FiberChekPRO detects scratches that appear dark. Most scratches appear light in nature relative tothe cladding, but occasionally (process dependent) appear dark in color. By selecting this check box, FiberChekPRO will search for thosedark scratches. We do not recommend this feature since it will slow down processing considerably.

- You can also define the maximum number of scratches that FiberChekPRO will detect by setting a value for Find no more than ___scratches. This value defines the number which you would like the software to stop searching for scratches. This amounts to a timeout feature and is recommended. VIAVI recommends setting the value fairly high (e.g., 25). This will speed analysis of catastrophicallyscratched fibers.

• Profile Notes allows you to include specific notes about the profile.
• Advanced Setup Options provides further criteria that allow users to fine tune the analysis parameters- Sensitivity: FiberChekPRO can be parameterized for greater or lesser sensitivity, affecting what scratches and defects will be found. For
best results on probe microscopes we recommend setting sensitivity to “5” for all parameters.
There are boxes for independently determining the sensitivity of dirt, chips/pits and scratches. For a given profile, these should all
generally be set to the same level, however, you can try a different combination of settings if your application demands it.
Low value settings will detect easily visible scratches and defects, and define them as existing only in the zones where there is clear
evidence of their presence.
High value settings will search for extremely faint scratches and defects that are very difficult for a human to detect reliably. High value
sensitivity settings are intended for use only in a post polish application using an FVDi or FVAi type system. This level of detection isuseful for process control purposes but is counterproductive for connectors that have already made it through quality assurance andinto the field.

- Overall Inspection Criteria: These are specific criteria that the user can define relating to epoxy gap and core saturation.
- Add Password Protection: Allows you to apply password protection to the profile.

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USER MANUALFiberChekPRO Software Controls and Menus

Zones

CHAPTER 2

The Zone tabs specifies details about each zone in the profile.

• Define the name, diameter and color code for the zone.
NOTE: As the you click through the Zone tabs, the selected zone will also be highlighted in thezone overlay diagram on the right side of the window.

• Scratches: Define specific acceptance criteria for scratches• Defects: Define specific acceptance criteria for defects. The defect category includes any
non-scratch defect on the connector, including dirt, debris, pits and chips. Specific criteria
can be defined for both Individual and Combined defects.

• Enable Advanced Criteria: Define additional options to fine-tune acceptance criteria that
address specific requirements.

• Exclusion Zone: For each zone, specify an inner and outer radius in which defects andscratches are not counted toward the acceptance criteria.

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CHAPTER 2

Copying a Profile

1. Select a profile.
2. Click Copy to access the details window for the profile copy.
The Profile name includes “Copy of” at the beginning of the name.

3. Change the profile name and settings as needed.
4. Click OK to add the new profile to the same list as the profile used to create the copy.
Editing a Profile

1. Select a profile.
2. Click Edit to access the profile details window.
3. Make edits as needed.
4. Click OK when complete.
NOTE: Factory-installed profiles cannot be edited.

Importing a Profile

1. Click Import.
2. Navigate to the location on the PC where the profile file (*.pro) is located, select the file,and then click Open to add the profile to the Available Profiles list.

Exporting One or More Profiles

1. Click Export to access the Select Profiles dialog box, which lists all available profiles. By
default, all profiles are selected.

2. Do one of the following:• Click OK to export all profiles.
• Clear the Select/Deselect All check box to deselect all profiles, select the checkbox for each profile you want to export, and then click OK.

3. In the Browse For Folder dialog box, do one of the following:• Navigate to the folder where you want to save the exported profile or profiles,
and then click OK.

• Click Make New Folder to create a folder, and then click OK to save theexported files to the new folder.
NOTE: The filename extension for exported analysis profiles is .pro (for example,
SFP Ball Lens.pro).

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USER MANUALFiberChekPRO Software Controls and Menus

Deleting a Profile

CHAPTER 2

1. Select a profile.
2. Click Delete.
3. In the confirmation dialog, click Yes.
NOTE: Factory-installed profiles cannot be deleted.

Archiving Options

The Archiving Options menu provides settings for how reports are created and formatted, andwhere auto-generated reports are saved.

• Archive Location: The location on the PC where reports are saved. To specify a location
other than the default, click the browse button to navigate to and select a location.

• File Format: Select the report file format. Options are HTML or PDF. HTML reports are
dynamic, meaning that you can interact with the fiber images displayed. The PDF reports
are editable by default, but can be made uneditable. Users can also choose whether
to include details on Job Mode reports and whether to merger details into a single
document.

• Report Display after Archive: Specify where to display the report after it is generated:within in the FiberChekPRO, in an internet browser, or not at all.

• Save Archive Support Files: Select whether to save all image files (low-magnification,
high-magnification, and high-magnification with ScratchView) discretely when archiving a
file.

• Enable ScratchView: Select whether to view images with the custom ScratchView
contrast setting, which helps highlight fine scratches on bench-top microscopes.

• Include Analysis Profile Criteria: Select whether to include PASS/FAIL parametersspecified in the Analysis Profile used to inspect the fiber in the report.

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CHAPTER 2FiberChekPRO Software Controls and Menus• The Quick Test Archiving Method can be configured to any of the following settings:- Manual: Each fiber image is archived individually. Select this setting if you do not planon archiving every test, or if you are not archiving at all.

- QuickSave: Speeds the archiving process by allowing you to enter the file namedirectly into FiberChekPRO.

- Auto: Automatically saves each test, incrementing the step (e.g., Fiber-1, Fiber-2,
Fiber-3, etc.) with each analysis.

- Auto if Pass: Automatically saves each PASS result test. Only fibers or connectors thatpass analysis will be archived.

-- Auto and QuickSave Archive Location: Define the archive location when using either
the QuickSave, Auto, or Auto if Pass archiving methods.

-- Auto Archiving Naming Pattern: When either Auto or Auto if Pass is selected, you
can specify the Auto Archiving Naming Pattern based on the Company Info and Job
Info settings (see page 2-20). Moving fields into the Active Fields column from the
Other Available Fields column will add them to the auto archive name. An Example
field shows how the name pattern will appear.

NOTE: The Quick Test Archiving Method options are applicable only when FiberChekPRO is set to
Quick Test mode.

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Optical Power Meter

CHAPTER 2

The Optical Power Meter menu allows you to configure options for using a USB-enabled VIAVIOPM, such as the FI-series or MP-series.

• Link OPM readings with fiber analysis: Associate power meter readings with a fiber
analysis. Select the Link OPM readings with fiber analysis check box, click OK, and thendo the following:

1.
2.
3.
4.

Run an analysis on the fiber end face.
Insert the fiber end into the OPM and take measurement.
Press the Store button (you may store multiple power readings).
Press the Save Report button.

• Logging: Setup an automatic log of power meter readings and specify a time interval atwhich the OPM will take a power meter reading.

• Speech: Enable audible power meter readings.

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2-20

Company Info

The Company Info menu allows you to enter information about your organization, including
the company name and address. You can also include a small company logo to appear on all of
your archived reports.

Job Info

The Job Info menu allows you to enter information about the specific job or project you areworking on. It includes fields for the customer, location, job ID, operator, cable ID, fiber ID, andany comments about the job. You can also add up to two custom fields that will appear inarchive reports you create.

USER MANUALFiberChekPRO Software Controls and Menus

Job Definitions

CHAPTER 2

The Job Definitions menu lets you create and manage job definitions, which are used with Job
mode.

1. Click New.

Creating a Job Definition

2. Use the Job Definition
Editor to define thefollowing:a.

Job nameb.

Column and row countsd.

Column labels (e.g.,
Con1, Con2, etc.) androw labels (e.g., EndA,
EndB, etc.)e.

Test and report order

3. Click OK.
Importing a Job Definition

You can create a Job Definition in Microsoft Excel and then import it into FiberChekPRO.
This allows the use of various Excel features such as Copying/Pasting and Drag-toincrement. Click New to access the Job Definition Editor, click Import from Excel, andfollow the steps. Before importing a Job Definition file, ensure that its contents are laid out
as follows:• The upper-left corner of the grid (including column and row labels) is at cell A1 on
the first worksheet of the of the Excel workbook.

• Cell A1 is empty if column and row labels are included. This ensures that theremaining cells of Row 1 become column labels and the remaining cells of
Column A become row labels. Cells for column and row labels appear shaded in
the Test Map pane of the Job Definition Editor.
If cell A1 in the Excel worksheet is not empty, columns and row labels will not be
included, and all cells are used for test names.
NOTE: Only the contents of the first worksheet in the Excel workbook file are imported. Also,cell formatting (for example, font, shading) is not imported.

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CHAPTER 2

View or Edit an Existing
Job Definition

1. Select a Job Definition, and then click Edit to access the Job Definition Editor.
2. If required, modify the settings, and then click OK.

Connector Definitions

Connector Definitions define fiber connector configurations for inspections using Sidewinder
or FVAm MPO microscopes. You can use pre-configured connector definitions or create custom
definitions based on new definition settings or existing connector definitions.
NOTE: Create a custom definition only when none of the pre-configured definitions are applicable;
for example, for a unique form factor, or a unique, unpopulated or untestable fiber position.

Creating a New
Connector Definition

1. Click New.
2. In the Connector Definition Editor, type a unique name for the definition in the Name
field.

3. Specify the connector configuration by entering values in the Column Count and Row
Count fields. The connector configuration image updates dynamically to reflect thecolumn and row values specified.

4. In the connector configuration image, click a circle to identify the fiber as populated or
unpopulated within the connector.

5. Click OK to added the new definition to the list of connector definitions.

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Copying a Connector Definition

CHAPTER 2

1. Select a definition.
2. Click Copy to access the Connector Definition Editor.
“Copy of” is prepended to the name that appears in the Name field.

3. Change the definition name and settings as needed.
4. Click OK to add the definition to the list of connector definitions.

Editing a Connector Definition

Importing a Connector Definition

1. Select a profile.
2. Click Edit to access the Connector Definition Editor.
3. Make edits as needed.
4. Click OK.
1. Click Import.
2. Navigate to the location on the PC where the definition file (*.fccon )is located, selectthe file, and then click Open to add the profile to the Available Profiles list.

Exporting a Connector Definition

1. Select a definition, and then click Export.
2. Navigate to the location on the PC where you want to save the definition file, and thenclick OK.
NOTE: The filename extension for exported connector definitions is .fccon (for example,
Simplex.fccon).

Deleting a Connector definition

1. Select a definition.
2. Click Delete.
3. In the confirmation dialog, click Yes.

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CHAPTER 2

Bluetooth

The Bluetooth menu allows you to manage devices, such as a VIAVI PowerChek Optical Power
Meter, that can pair with FiberChekPRO via Bluetooth.
NOTE: The Bluetooth option appears only when the PC where FiberChekPRO is running has built-in
Bluetooth hardware or has a Bluetooth dongle/adapter connected to it.

Pairing a PowerChek with
FiberChekPRO

1. Setup the PowerChek for Bluetooth pairing:a.

Press the Menu key on the PowerChek home screen and browse to the Bluetoothscreen.

b.

Press the Bluetooth Icon on the top right corner of the screen to make the PowerChek
discoverable by the Bluetooth host devices.

c.

When the device is discoverable, the icon

appears on the screen.

2. In the FiberChekPRO Setup menu, access the Bluetooth settings, and select Search for
Devices.

The discoverable device will appear as PowerChek-serial number*(for example, PowerChek-H2614-0893-0015) under Available Devices.

3. Click the name to select it; then click Connect.
4. After the PowerChek is paired, the name of the device appears under My Devices.
a.

If the device is paired and does not have an active connection, the serial number
appears dimmed in My Devices.

b.

If the device is Paired and has an active connection, the serial number appears

with the symbol

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USER MANUAL

next to it.

FiberChekPRO Software Controls and Menus

StrataSync

CHAPTER 2

The StrataSync menu allows you to set up or log in to a StrataSync account, and then selectone or all devices to synchronize.
For information about StrataSync, refer to http://www.viavisolutions.com/en-us/products/
stratasync.

Wi-Fi

The Wi-Fi menu allows you to access Wi-Fi enabled devices (e.g., Sidewinder, FiberChek Probe,
or FBPP-WiFi) for use with FiberChekPRO.

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CHAPTER 2

Connecting over Wi-Fi

1. Enable Wi-Fi connectivity the device. This ensures that the device appears in the listof available devices on the Wi-Fi menu.

2. Select the device in the Available Devices list, and then click Connect.

NOTE: Computer connectivity over a Wi-Fi network is lost while a Wi-Fi enabled device is connected
to FiberChekPRO over Wi-Fi. Computer connectivity over a wired network is not affected.
After the first time you connect a Wi-Fi enabled device to FiberChekPRO over Wi-Fi, the name ofthe device appears in the My Devices list while Wi-Fi connectivity is disabled on the device.

Removing a Wi-Fi device

Firmware2-26

Select the name of device in the My Devices list, and then click Remove.

The Firmware menu provides firmware-version information for supported devices. When a new
firmware version is available for a device, the corresponding Download button becomes active.
Click Download to download the firmware to FiberChekPRO. This will enable FiberChekPRO toprompt you to update the device firmware when the device is connected to FiberChekPRO.

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CHAPTER 2

Automatically Check for
Updates at Startup

Select to set whether FiberChekPRO checks for updated device firmware when it is started.
While this option is enabled, a dialog appears at startup when updated device firmware isavailable for download.

Device Setup

When a supported device (for example, P5000i, MP-60, etc.) is connected, it appears in the
SETUP menu so that you can manage settings specific to the device.

P5000i Setup
Device Information

Device Settings

Displays the serial number, ID, and hardware and firmware versions of the device.

Provides options for device operation.

• Capture Button Behavior allows the user to choose the function of the capture
button on the device. Choose either Freeze and Test or Freeze image.
Freeze image displays a static image of the fiber connector on the Inspection tab thatyou can select and pan within the image pane.
NOTE: Freeze image is supported in Quick Test mode only. Sidewinder and FVAm Series
microscopes do not support this feature.

• Detect defects outside the largest inspection zone allows users select whether
FiberChekPRO will look for defects outside of the largest inspection zone. For example,
when this option is disabled, if the outer diameter of the largest inspection zone is 250
microns, FiberChekPRO will not search for defects beyond that inspection zone.

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CHAPTER 2

Firmware

Displays the current firmware version on the active P5000i probe as well as the latest available
version. If the connected P5000i does not have the latest firmware, a button appears to enable
you to update the firmware. When required, you can perform a system reset to return thedevice firmware to an earlier version. From that version, you can update to the firmware version
you require. This facilitates maintaining firmware version stability and uniformity across a fleet
of deployed devices.

Optical Settings

You can select the best optical settings for the microscope type and inspection tip that they areusing.
NOTE: Only optical settings included in the list of On Device settings appear in the Optical Setting
drop-down list of the main window (see “Quick Test Controls: LIVE View” on page 2-2) when thedevice is connected to FiberChekPRO.

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CHAPTER 2

On Device optical settings are factory-installed on the P5000i Probe Microscope:• Standard Tips (with BAP1)
Select when using standard tips with FBPP -BAP1 barrel assembly. Tips that use this setting
include FBPT-SC, FBPT-LC, FBPT-ST, FBPT-FC, FBPT-SC-APC and FBPT-FC-APC.

• Simplex Long Reach (-L) Tips
Select when using long reach inspection tips for simplex fiber. Tips that use this setting
include FBT-SC-L and FBT-LC-L.

• Ribbon Tips
Select when using tips designated for inspecting ribbon connectors. A ribbon connector,
for example, FBPT-MTP, contains an array of multiple fibers.

• Ribbon Tips - Long Reach
Select when using long reach inspection tips for ribbon fiber; for example, FBPT-MTPA-L.

These settings can be used when the microscope is connected to other compatible VIAVI test
platforms. The device can store up to 15 optical settings.
Available optical settings can be moved to and from the On Device list by selecting an opticalsetting and clicking the Copy to or Copy from button that appears between the lists.
Show advanced options provides access to the following settings:• Add Password Protection
Lets you apply password protection to the optical setting to users from making
unauthorized changes.

• Import
Lets you import an optical setting file (.xml) to FiberChekPRO.

• Export
Lets you export an optical setting to a file (.xml) saved to the PC.

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CHAPTER 2

Creating a New Optical Setting

Click New to access the optical settings management panel with a live image of the fiber alongwith controls in a column on the left side. FiberChekPRO will run a quick initialization of thefiber. Once the initialization is complete, follow the instructions as given in the information
status bar at the bottom of the window. This will provide instructions and guidance throughthe process of creating the new setting.

IMPORTANT: When creating a new optical setting, you will either need to use a calibration artifact
or a fiber connector with a pristine cladding that has very little epoxy ring or edge chipping.

1.

In the Optical Setting Name field, type a name for the setting.

2.

Focus the fiber, and click Auto Adjust Optical Setting to initiate the automatic
adjustment process. This will initiate a series of adjustments to the fiber to achieve
optimal view and setting. A status bar on the lower left portion of the window will
provide the status of the process, which takes about 1 minute to complete.

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3.

CHAPTER 2

Confirm that the four crosshairs are positioned to touch the outermost edges of fiber
cladding.

• If adjustments are required, click Snap to Estimate.
• If further adjustments are needed, click on a crosshair to select. The selectedcrosshair will change from a dashed red line to solid green. The selected line can be
adjusted either by using the Crosshair Position controls or by holding down themouse button and manually moving the selected crosshair line. For best results werecommend aligning the crosshairs just inside the fiber edge.
NOTE: Use the Zoom slide dial to get a closer view of the fiber and crosshair position.

4. Click OK to finish. The new setting will appear in the list of available settings.

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CHAPTER 2

Copying an Optical Setting

1. Select an available optical setting.
2. Click Copy to access the optical settings management panel.
The Optical Setting name includes “Copy of” at the beginning of the name.

3. Change the name of the optical setting and make edits as needed.
4. Click OK when complete.
The new optical setting appears in the same list of optical settings that was used tocreate the copy.

Editing an Optical Setting

1. Select an available optical setting.
2. Click Edit to access the optical settings management panel.
3. Make edits as needed.
4. Click OK when complete.

Deleting an Optical Setting

1. Select an available optical setting.
2. Click Delete.
3. In the confirmation dialog, click Yes to confirm the deletion.
The optical setting is removed from the list optical settings.

Sorting Optical Settings

1. Select an available or on-device optical setting.
2. Click the Up or Down arrow button that appears to the right of the On Device list to
move the setting to another position in the list.

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Analysis Profiles (device)

CHAPTER 2

The Setup Analysis Profiles menu for the device contains the PASS/FAIL analysis parameters.
Within each profile you can define the fiber type, analysis sensitivity, the “zones” of interest
within a fiber, and the criteria for failure within those zones. As such, you will need a uniqueprofile for each fiber type you are working with, and possibly different profiles depending on
the loss budget associated with a given product.
The Setup Analysis Profiles menu for the device provides the same tools available on the
Setup Analysis Profiles for FiberChekPRO for managing analysis profiles. For information, see“Analysis Profiles (FiberChekPRO)” on page 2-12.

Available profiles can be moved to and from the On Device list by selecting a profile andclicking the Copy to or Copy from button that appears between the lists.
NOTE: Only profiles included in the On Device list appear in the Profile drop-down list of the main
window (see “Quick Test Controls: LIVE View” on page 2-2) when the device is connected to
FiberChekPRO.
To change the position of an available or on-device profile, select the profile, and then click the
Up or Down arrow that appears to the right of the On Device list.

USB Settings

FiberChekPRO lets you specify USB connection settings (USB 1.1, USB 2.0, or Auto) for thedevice.

NOTE: The Auto setting enables FiberChekPRO to automatically apply the correct setting for the USB
connection.

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CHAPTER 2

Licensing

The Licensing menu allows users to confirm which functions that a P5000i is licensed for, suchas the following:• Digital Video: Displays a video image when connected to the PC• Pass/Fail Analysis: Performs an automated Pass/Fail analysis test of the fiber connector
end face.

• FiberChekMobile: Allows the device to operate with the FiberChekMobile app for mobile
devices.

Activating a licensed function

1.

Confirm your serial number from FiberChekPRO (displayed at the top of the window).

2.

Purchase an Activation Code from VIAVI.
NOTE: You will be required to provide your P5000i serial number when purchasing.

NTSC Settings

3.

Update your P5000i Firmware.

4.

Enter your Activation Code in the text box.

Allows the user to optimize performance of the P5000i on an analog video display. Click Apply
to save the current settings and apply them when used on the analog device.
NOTE: The values for Fiber Type and Cladding Diameter are determined by the current Profile andOptical Settings (Tip) that are currently activated.

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CHAPTER 2

USB Power Meter Setup
Firmware

Displays the current firmware version on the USB OPM and the latest available version. If theconnected device does not have the latest firmware, a button will appear in this section to
upgrade.

GeneralManage the details for all wavelengths stored on the USB OPM.

• To add a wavelength, click Add. A highlighted box will appear in the list. Type the desired
wavelength value in this box and hit the enter key.

• To edit a wavelength, click Edit, then type the desired wavelength value in this box andhit the enter key.

• To delete a wavelength, select the desired wavelength to remove and click Delete.
• Threshold - Set a threshold level for activating the LED indicator on the USB OPM.

PowerChek Connectors

Manages the various Insertion Loss (dB) values associated with various PowerChek connectors.
By default, all values are set to 0.34dB, however each PowerChek connector has a specificInsertion Loss (dB) value when shipped. This value is recorded on the package. Enter this value
into the Insertion Loss (dB) field.

• To add a new Insertion Loss value, click Add and populate the Name and Insertion Loss(dB) fields with the desired values.

• To edit a value, either double-click the value or click the value once to highlight, and thenclick Edit.

• To delete a value, select the value, and then click Delete.

Touch Screen Calibration

Click Start, and follow the on-screen instructions on your PowerChek to calibrate the device’s
touch screen.
NOTE: Touch screen calibration is supported only on PowerChek OPMs.

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CHAPTER 2

SmartClass Fiber Device Setup(e.g., OLP-82, OLP-82P, HD4i, HD4iP)
Analysis Profiles

Displays all of the profiles that are available in FiberChekPRO in the left column and all the
profiles that are on the connected device in the right column. Users can copy Profiles back andforth using Copy buttons in the center.

Firmware

Displays the current firmware version on the SmartClass Fiber device and the latest available
version. If the connected device does not have the latest firmware, a button will appear in thissection to upgrade.

Date and Time

Click the Synchronize with PC button to synchronize the date on the SmartClass Fiber device
with the Date and Time on the connected PC.

OPM: Stored Wavelengths

Displays all wavelengths currently available on the SmartClass Fiber device. Users can Add, Edit,or Delete wavelengths on the connected device from this menu.

NOTE: This option is only available on devices that have an on-board OPM. It is not available tosetup a USB OPM connected to the SmartClass Fiber device. To setup a USB OPM, connect the device
directly to the PC via USB and access it directly from the Setup menu.

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USER MANUALFiberChekPRO Software Controls and Menus

PCM: Optical Settings

CHAPTER 2

Users can manage the optical settings for the Patch Cord Microscope (PCM) on-board the
SmartClass Fiber device. This is managed the same way as Optical Settings for a P5000i
microscope. The SmartClass Fiber device comes pre-configured with an optical setting for:• Simplex Adapter (FMAE)
Select when using and standard adapter for a simplex fiber.

• Ribbon Adapter (FMAE)
Select when using an FMAE adapter designated for inspecting ribbon connectors.
(e.g., FMAE-MTP). Note: Ribbon connectors contain an array of multiple fibers in a single
connector.

For information about managing and creating optical settings, see “Optical Settings” on page
2-28.

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CHAPTER 3

Using FiberChekPRO

3
NOTE: For information about using FiberChekPRO with the FiberChek Sidewinder™ Inspection Probe or the FVAm™ Series Benchtop MPO Autofocus
Microscope, refer to the user documentation for these devices:•

Sidewinder: http://fcpro.updatemyunit.net/archives/FCPRO/User_Guide_Sidewinder.pdf•

FVAm Series: http://fcpro.updatemyunit.net/archives/FCPRO/User_Guide_FVAm.pdf

Starting FiberChekPRO• Locate the FiberChekPRO application and open.
• Connect the Probe Microscope and select the inspection tab.

FiberChekPRO
Desktop Icon

Operation Modes
FiberChekPRO can be used in the three different operating
modes: Inspection, OPM, and Import. The respective tabs willappear as a device with these functions is connected.

Using FiberChekPRO with an
Inspection Microscope

1.

Attach Inspection Tip or Adapter• For a probe microscope:-- Select the appropriate inspection tip that
corresponds to the connector type and side
being inspected and attach to probe.

-- Select the pre-configured Optical Setting from
Inspection Tip

Barrel Assembly

the drop-down list.

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Using FiberChekPRO

CHAPTER 3• For a benchtop microscope:-- Select the appropriate inspection adapter that
corresponds to the connector type and side
being inspected and attach to the microscope.

-- Select an setting from the Optical Setting dropdown list. If there is only one setting available,
this section will be grayed out.
FVAi Series with Adapter

2.

Select Profile Setting• From the pre-configured PROFILE settings dropdown list, select the appropriate connector being
inspected.

3.

Inspect Fiber• Insert the probe into the bulkhead (for probe) or
insert the path cord ferrule into the probe tip.

4.

Focus the Fiber End Face Image on Screen• Adjust the focus of the fiber end face image on thecomputer screen by turning the Focus Control on
the microscope.
NOTE: You can activate auto focus on an FVAi Series
microscope using the Auto Focus button on the microscopeor in the Image Controls in FiberChekPRO.

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Using FiberChekPRO

CHAPTER 3

5.

Test

• Press the QuickCapture button on the probe OR
click the TEST button from the FiberChekPRO
toolbar to run analysis. The test progress will bereported at the bottom of the FiberChekPRO
window with status reports such as:-- “Running Inspection…”-- “Image Capture Finished. Running Analysis…”• Once the test is complete, the result will be
displayed on the screen with the following
information:-- Image overlay of the zone locations, defects, andscratches
Image overlay of the zones, locations, defects, and scratches

Test result (PASS or FAIL)
specific for each Zone

Test Results (PASS or FAIL)-- Test result (PASS or FAIL)-- Specific test result for each Zone-- A Details button: Click this button for specificdetails about the analysis details in each of the
zones

6.

Add Comments and Save Report• Click in the comment box located below the Save
Report button and type any specific comments, if
desired.

• Click the Save Report button, type the file name inthe dialog box and click Save.
NOTE: If you have chosen to display the report afterarchiving, FiberChekPRO will open a copy of the report thatwas saved.

FiberChekPRO Report

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Using FiberChekPRO

Using FiberChekPRO and P5000i
with Other Device Platforms

P5000i Digital Analysis Microscope operates on several VIAVI handheld test platforms to
instantly capture, analyze and grade fiber end face images, obtain a PASS/FAIL result andgenerate certification reports. P5000i will operate on these platforms in a similar way to
FiberChekPRO. The user will always specify what profile to test against and what tip is attached(found in setup or options menu). For more information on using the P5000i with other device
platforms, see the user manuals for the specific tool or platform. While each VIAVI test platform
will have its own user interface, all platforms will have common controls for inspection andanalysis.
Compatible Platforms - Other platforms that P5000i connects to include but are not limited
to:• MTS/T-BERD 2000
• MTS/T-BERD 4000
• MTS/T-BERD 6000
• MTS/T-BERD 5800
• HST-3000

VIAVI platforms capable of using the P5000i will come pre-loaded with profiles matching therequirements in IEC-61300-3-35. Users can create new profiles using FiberChekPRO and export
them to the VIAVI test platform as follows:1.

Create the new profile in FiberChekPRO (see “Analysis Profiles (FiberChekPRO)” on page2-12) and close the application.

2.

Export the profile (see “Exporting One or More Profiles” on page 2-16).

3.

Copy the profile you want to add to the test platform and save to a portable USB
memory stick.

4.

Connect the USB memory stick to the test platform and save the profile file to thelocation specified in the platform manual.

Optical Settings

Optical Settings configure the P5000i for optimal performance with a given tip. Users canselect the best optical settings for the type of inspection tip that is attached to their probe.
Additional settings can be added to the P5000i using FiberChekPRO. The P5000i comes preconfigured with a selection of default optical settings and can store up to 15 Active Optical
Settings (listed in the Setup/Optical Settings window) directly on the microscope so that the
optical settings can be used when the microscope is connected to other compatible VIAVI test
platforms.
For more information on the default optical settings or creating new optical settings, see“Optical Settings” on page 2-28.

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Using FiberChekPRO

Using FiberChekPRO with USB
Optical Power Meters

CHAPTER 3

FiberChekPRO is compatible with all VIAVI USB Optical Power Meters, including the MP-series
and FI-series. When an OPM is attached to the computer, the Optical Power Meter display willappear with two options for viewing:

FiberChekPRO will automatically detect which model you have plugged in to your computer.
If more than one OPM is attached, the drop-down list will be active and you can select fromamong the different devices.

OPM View

This view is activated by selecting the OPM tab near the top of the window; which will only
appear when a compatible OPM is connected via USB or paired via Bluetooth.
NOTE: Compatible devices include MP Series, FI-Series, SmartClass Fiber, and PowerChek.

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Using FiberChekPRO

Users can select the units (dBm, dB, mW) the wavelength λ (780, 820, 980, 1300, 1310, 1480,
1490, 1550, 1625 nm) from the corresponding drop-down lists in either view.
The REF button allows users to measure a relative power (attenuation) in a link loss test, whichis measured in dB. Simply press the REF button on the software to “zero out” the reading in dB
for a reference measurement.
NOTE: A reference can also be achieved by holding down the physical button on the MP-series
device for 3 seconds. An audible tone will confirm when the reference has occurred.

The STORE button allows the user to capture the reading and comments in an .CSV log. The
log location can be specified in the FiberChekPRO Setup menu located in Setup/Optical Power
Meter. The Notes field allows you to add comments about the stored reading.
NOTE: You can also log by briefly pressing the button on the USB OPM device.

Using FiberChekPRO to Import
Stored Data from AnotherDevice1.

Connect the compatible device with stored data via USB or Bluetooth (e.g., Sidewinder,
FVAm-S, FVAi/FVDi, or FiberChek Probe microscope) with the PC and select the Importtab.
NOTE: This tab will only appear when a compatible device with stored data is connected.
The main window will display a summary of all the Stored Data on the connected device
as follows:

Inspection Reports: Displays the count of all Inspection reports with PASS/FAIL analysis
results, fiber images (both low and high magnification), linked OPM readings, user
information, date, time, and notes that are stored on the device.
Captured Images: Displays the count of images that were captured and saved
specifically as images only (not with PASS/FAIL analysis results). Note: Images associated

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Using FiberChekPRO

CHAPTER 3

with a report are consolidated as part of the “Inspection Reports”.
OPM Measurements: Displays the total count of OPM measurements saved on thedevice (including OPM readings that are linked with inspection reports).

2.

Select the desired Import Location from the dialog box marked Import Location.

3.

Click the IMPORT ALL button.

The imported data will be saved in a dedicated folder located in the defined archive
location. The folder will be named by Year+Month+Date as follows “YYYYMMDD”(ex: 20121129 = November 29, 2012). The folder will contain the all the Inspection
Reports and Captured Images as individual files and a single .csv file with all of thestored OPM Measurements. The .csv file will contain a base name and a date increment
as follows “BASE-YYYYMMDD.csv” (ex: BUILDING1-20121129.csv).

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Introduction to Fiber Inspection

CHAPTER 4

Introduction to Fiber Inspection

4
Introduction

Key Terms and Concepts

Inspection of fiber optic interconnects is essential for the optimal performance and longevityof fiber optic connectivity. Throughout their lives, fiber connectors must be inspected, analyzed
and cleaned to maintain an acceptable level of functionality. By developing and introducing
the equipment and software to inspect, analyze and clean fiber connectors, VIAVI is able
to provide a comprehensive solution for the performance and preservation of fiber optic
interconnects.
Fiber connectors enable fiber-to-fiber mating by aligning the two optical fibers. Fiberconnectors come in various types and have different characteristics for use in different
applications. The main components of a fiber connector are detailed below:

Fiber Connector
BODY

FIBER

FERRULE

Body

Houses the ferrule that secures the fiber in place; utilizes a latch and key mechanism that aligns
the fiber and prevents the rotation of ferrules of two mated connectors

FerruleThin cylinder where the fiber is mounted and acts as the fiber alignment mechanism; the endof the fiber is located at the end of the ferrule

Fiber• CLADDING
Glass layer surrounding the core, which prevents the signal in the core from escaping• COREThe critical center layer of the fiber; the conduit that light passes throughFiberChekPRO™ Automated Fiber Inspection and Analysis Software

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Introduction to Fiber Inspection

CHAPTER 4

Fiber Connection

FIBER

FERRULEALIGNMENT SLEEVEPHYSICAL CONTACT

Simplex Fiber Connector

Ribbon Fiber Connector

End Face Views of Simplex andRibbon Fiber Connectors

FERRULEA simplex fiber connector contains a single
fiber located in the center of the ferrule.
Common types include SC, LC, FC and ST.

SIMPLEX FIBER CONNECTORFIBERRIBBON FIBER CONNECTOR

MULTIPLE FIBERS

A ribbon fiber connector contains
multiple linear fibers (4, 8, 12, 24, 48 or72) in a single connector to provide highdensity connectivity. The most common
configuration is MPO (also called the MTP®).

SIMPLEX FIBER

RIBBON FIBER

CORE

CLADDING

FERRULE

Jewel Fiber Connector

4-2

A jewel fiber connector is a simplex fiber with a polyimide coating/layer around the cladding
and is designed for exceptional environments such as military, oil and gas, avionic and/or hightemperature settings.

USER MANUALIntroduction to Fiber Inspection

Defects

CHAPTER 4

If dirt particles get on the core surface the light becomes blocked, creating unacceptable
insertion loss and back-reflection. Furthermore, those particles can permanently damage
the glass interface, digging into the glass and leaving pits that create further back-reflection
if mated. Also, large particles of dirt on the cladding layer and/or the ferrule can introduce abarrier that prevents physical contact and creates an air gap between the fibers. To further
complicate matters, loose particles have a tendency to migrate.

Light Transmitted

Clean Connection

CLADDING

CORE

Light Transmitted

CLEAN CONNECTION

Back Reflection

Insertion Loss

Dirty Connection

Core

Cladding

DIRTY CONNECTION

Types of Defects
CLEAN FIBERDIRT CONTAMINATION

Scratches

PIT/CHIP CONTAMINATIONSCRATCH

Scratches are typically created during polishing, cleaning or mishandling fiber connectors.
Scratches that touch the core are problematic because they create back reflection.

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FiberChekPRO Hardware

CHAPTER 5

FiberChekPRO Hardware

5
Overview

FiberChekPRO automated analysis software is designed to operate on a PC/Laptop, and it
instantly captures, analyzes and grades fiber end face images to obtain a PASS/FAIL result andgenerate certification reports.
FiberChekPRO is a software application used to determine the acceptability of optical fiber
end faces through automated inspection and analysis. Used in conjunction with various VIAVI
digital microscopes, FiberChekPRO will identify and characterize defects and contamination,and then provide a PASS or FAIL result according to a pre-configured failure criteria setting.
In addition, the program allows users to archive data, generate reports and obtain an Optical
Power Measurement (OPM) with both the MP-series and FI-series test tools from VIAVI.

Probe Microscopes

Probe microscopes (FBP Series) are portable handheld tools used to inspect both the bulkhead(female) and patch cord (male) sides of fiber connectors as well as other optical devices, such astransceivers. The probe is specially designed to fit and operate comfortably and easily in-hand,allowing the user to inspect hard-to-reach connectors that are installed on the back side ofpatch panels or inside hardware devices.

VIAVI Probe Microscopes
Compatible with FiberChekPRO

FBP-P5000i
Connects with PC

Yes

FBP-P505
Yes

FBP-P5Yes(requires FBPP-USB1)(requires FBPP-USB3)

PASS/FAIL analysis
on PC

Yes

No

No

Image capture

Yes

Yes

Yes

QuickCapture button

Yes

Yes

No

Dual magnification

Yes

Yes

Yes

Magnification toggle
button

Yes

Yes*

Yes*

Connection type

USB 2.06-pin Hirose™

4-pin Hirose™

Tip compatibility

FBPT Series

FBPT Series

FBPT Series*NOTE: FBP-P505 and FBP-P5 include a dial on the probe that manually adjusts the magnification.

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FiberChekPRO Hardware

CHAPTER 5

Probe Microscope Controls

QUICKCAPTURE™ BUTTON
Instantly captures and analyzes fiber image
FOCUS CONTROLFBPTINSPECTION TIP

MAGNIFICATIONCONTROL

6 FT COIL CABLE
USB 2.0 CONNECTORNOTE: P5000i shown.

Inspection Tips

Probe microscopes support a range of inspection tips, including the following types of tips:• Standard Bulkhead Tips
• Standard Patch Cord Tips
• Long Reach Tips
• RibbonDrive™ Tips
• Angled Tips (60 Degrees)• Universal Flare and FMA Adapters
For information about supported inspection tips for probe microscopes, see VIAVI Solutions
Fiber Tips and Adapters Selection Guide.

5-2

USER MANUALFiberChekPRO Hardware

Installing FBPT Tips on
FBP Series Probes

CHAPTER 5

The procedure for installation is different depending on which type of tip you are using. See
below:
NOTE: If you are using a tip that contains its own optics, do not mount the barrel assembly onto theprobe. The tip should mate with the probe body.

Standard Connector Tips

1.

Attach the BARREL ASSEMBLY to the FBP Series probe.

2.

Attach the appropriate INSPECTION TIP to the end of the barrel assembly.

3.

Insert the probe into the repository. Make sure that the geometry of the tip lines up
properly with the geometry of the bulkhead or receptacle.

4.

Focus the image if necessary. Rotate the Focus Control until the image is in focus.

5.

Capture the image. Once the image is properly centered and focused press the
QuickCapture™ button on the side of the unit to capture and analyze the image.

with Barrel Assembly
BARREL ASSEMBLY

Notch-key and
Key Channel

Tips with Optics

INSPECTION TIP (FBPT-U25M)

Objective Lens
Front and Back
Retaining Nut

LONG REACH, ANGLED and RIBBONDRIVETM (multi-fiber) tips contain integrated optics and
DO NOT require a barrel assembly; they connect directly to the probe body. These tips containa key channel that mates to the alignment key located in the threaded opening on the front of
the probe body.

without Barrel Assembly
INSPECTION TIP (FBPT-LC-L)

Notch-key
and Key
Channel

Retaining Nut

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FiberChekPRO Hardware

CHAPTER 5

Benchtop Microscopes

The FVAi and FVDi Series Digital Benchtop Digital Fiber Microscopes have been specificallydesigned to inspect the polished surface or cleaved ends of fiber optic cable. Both of thesehigh-resolution inspection microscopes are ideally suited for post-polish inspection ofhigh-quality end faces and can repeatedly detect scratches that human technicians would
often miss, delivering the sensitivity the industry has long sought. The FVAi and FVDi series
microscopes connect directly to the PC via USB 2.0 connection.
The FVAi series fully automates the inspection process, significantly reducing inspection timeand simplifying workflow. Upon inserting the fiber into the FMA series adapter, the microscope
works in conjunction with FiberChekPRO to automatically focus and center the fiber, locateand count the defects and scratches and evaluate against the PASS/FAIL criteria. For more
information about the FVAi and FVDi Series microscopes, see the FVAi and FVDi Series Benchtop
Automated PASS/FAIL Analysis Microscopes Quick Start Guide, 22097669.

5-4

USER MANUALFiberChekPRO Hardware

CHAPTER 5

VIAVI USB Optical Power Meters (OPM)
The VIAVI USB Optical Power Meters are small form factor devices that can measure optical power via a USB 2.0 connection to a PC/laptop. These
unique devices make digital processing of optical power measurements possible by integrating with FiberChekPRO software to measure opticalpower at multiple pre-calibrated wavelengths (850, 980, 1300, 1310, 1490, 1550 and 1625 nm). The simple, straightforward and intuitive softwareinterface offers a well-organized digital solution to both fiber inspection and test procedures. USB Optical Power meters include the following:

VIAVI USB OPMs Compatible with FiberChekPRO

USB OPM Controls: PowerChek

MP-series

FI-series

PowerChek

Connects with PC

Yes

Yes

Yes

Connection type

USB 2.0

USB 2.0

USB 2.0, Bluetooth

Fiber connector input

2.5 mm, 1.25 mm

2.5 mm, 1.25 mm

PowerChek connectors

On-screen display

No

Yes

Yes

On-board data storage

No

Yes

Yes

Power sourceUSB

2 x AA batteries

Li-ion battery, USB power

POWERCHEK CONNECTOR
THREADED COLLAR
ADJUSTABLE
ARM

CAPTURE BUTTONUSB OPM Controls: MP-series
POWER LEDDISPLAY SCREEN

DUST COVER

USB PLUG

PATCH CORD INPUTMICRO-USB INPUTRUN BUTTONUSB OPM Controls: FI-series
INTERCHANGEABLEINPUT FOR POWER
METER

NOTE: The LFI head can be removed by turning the LFI Release/
Attach Screw located below the Alignment Groove (see the FI-60
user manual for more information).

LFI Release/Attach Screw
dB/dBm - Switches between absolute and relative power level
display
OPM CONTROLSDATA STORE AND
RECALL CONTROLS

λ - Selects available wavelengths or AUTO wavelength detect
ON• Press and hold for 2 seconds to set a reference value ("REF" will
flash when set)
Power - Turns Power ON/OFF• Press and hold for 2 seconds to activate PERM (permanent on)
mode. The button lights green when the device is powered on.
RECALL - Press to retrieve stored OPM readings for the
wavelength selected on the device. When in RECALL mode,
the recalled reading values will be displayed on the screen
and the corresponding memory number (i.e., MEM001) will
be flashing. Use the up ( ) and down ( ) arrows to scroll
through recalled readings.

USB INPUT FOR
CONNECTION TO PC
FOR USE WITH VIAVIFIBER ANALYSISSOFTWARE

STORE - Press to store optical power measurement readingon the device. The device will store up to 100 readings. Eachstored value will be assigned a memory number (i.e., MEM001)
that is located on the lower left corner of the display.
To erase stored readings on the device, press and hold both
STORE and RECALL together for 2 seconds. An audible tone
will confirm that the readings have been erased and the areain the lower-left corner will be cleared.

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General Information

CHAPTER 6

General Information

6
Warranty Information

VIAVI warrants this equipment against defects in material and workmanship for a period of
one year from the date of original shipment. VIAVI also warrants that this equipment will meet
applicable specifications under normal use. During the warranty period VIAVI will, at its sole
discretion, repair, replace, or issue credit for any defective product free of charge should theequipment need to be repaired.

IMPORTANT!
The warranty will become null and void if:• The equipment has been tampered with, repaired or worked upon by
unauthorized or non-VIAVI personnel.

• The warranty label has been removed.
• Product enclosure screws, other than those specified in this manual, have been
removed.

• The product enclosure has been opened, other than as explained in this manual.
• The equipment serial number has been altered, erased or removed.
• The equipment has been misused, neglected or damaged by accident.
THIS WARRANTY IS IN LIEU OF ALL OTHER WARRANTIES EXPRESSED, IMPLIED, OR STATUTORY,INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF MERCHANTABILITY AND
FITNESS FOR A PARTICULAR PURPOSE. IN NO EVENT SHALL VIAVI BE LIABLE FOR SPECIAL,INCIDENTAL, OR CONSEQUENTIAL DAMAGES.

Liability

VIAVI shall not be liable for damages resulting from the use of the purchased product, nor shall
VIAVI be responsible for any failure in the performance of other items to which the purchased
product is connected or the operation of any system of which the purchased product may be
a part. VIAVI shall not be liable for damages resulting from improper usage or unauthorized
modification of the product, its accompanying accessories and software.

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General Information

CHAPTER 6

Exclusions

Certification

Contacting Technical andCustomer Support

VIAVI reserves the right to make changes in the design or construction of any of its products
at any time without incurring obligation to make any changes whatsoever on units purchased.
Accessories, including but not limited to fuses, pilot lamps, and batteries used with VIAVI
products are not covered by this warranty.

VIAVI certifies that this equipment met its published specifications at the time of shipmentfrom the factory.

For technical and customer support, contact VIAVI. Please be sure to have the following
information available:• Name and serial number (if applicable) of the product(s) as well as a description of yourproblem close at hand

• The type of computer you are using• The operating system you are using

Contact Info

VIAVI Solutions Inc.
6001 America Center Drive, 6th Floor
San Jose, CA 95002
USA
Phone (North America):
All Other Regions:

6-2

USER MANUAL

1-844-GO-VIAVI / 1-844-468-4284
www.viavisolutions.com/contacts

General Information

Service and Repair

CHAPTER 6

VIAVI commits to providing product service and repair for five years after the date of purchase.
To send any equipment for service or repair:1.

Call VIAVI Customer Care. Support personnel will determine if the equipment requires
service.

2.

If the equipment must be returned to VIAVI, support personnel will issue a ReturnMerchandise Authorization (RMA) number and an address for return.

3.

If the unit has an internal storage device, do a backup of your data before sending theunit for repairs.

4.

Pack the equipment in its original shipping material, if possible. Be sure to include astatement or report fully detailing the problem and the conditions under which it wasobserved.

5.

Return the equipment, freight prepaid, to the address given by the support personnel.
Be sure to write the RMA number on the outside of the shipping container. VIAVI
reserves the right to refuse and return any package that does not bear an RMA number.

6.

After repair, the equipment will be returned with a repair report. If the equipment is
not under warranty, the customer will be invoiced for the cost appearing on this report.
Return-to-customer shipping costs will be paid by VIAVI for equipment under warranty.
Shipping insurance is at the customer’s expense.

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Product speci ications and descriptions in this document subject to change without notice. © 2019 JDS Uniphase Corporation.

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