Ripley Miller UPM100 User manual

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UPM100 User Guide
UPM100
Optical Power Meter
User Guide

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UPM100 User Guide
Contents
Introduction 3
Device Overview 3
Important Safety Information 4
Setting a Reference 5
Basic Testing 5
Maintenance 6
Integration with Windows InSpec 7
Integration with Android InSpec
Certications and Contact Information 14

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UPM100 User Guide
The UPM100 Optical Power Meter is an ultra low cost, and compact power meter used for verifying both absolute and
relative power across any given ber. This document will serve as an overview of the major features and functions of the
device and will oer tips for trouble shooting common issues in optical networks. If you are looking for a low cost device
capable of saving and reporting take a look at the RP460 or UPM100 if you want to use IOS or Android with bluetooth.
Introduction
USB Port
The UPM100 uses this connection to
communicate with an Android, linux , or
windows based device.
Connector Adapter
The UPM100 comes with a universal 2.5
adapter by default, however additional
adapters are available and are user
replaceable.
Device Overview
Save Button
Pressing this button will save a reading when
plugged into a windows,android, or linux
based device.

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UPM100 User Guide
Important Safety Information
Read and understand all of the instructions and safety
information in this manual before operating this tool.
Laser/LED Hazard
Avoid eye exposure to open ber connectors and interfaces
when working with ber systems. They may be connected to
a live laser source.
Do not look into the output port of a Laser or LED source.
Point ber endfaces toward non-reective surfaces to
prevent reection of laser.
Electric Shock Hazard
Pay attention to proper battery polarity. Do not mix battery
types or manufacturers.
Do not open the unit with the exception of the battery
compartment door.
Use this unit only for its intended purpose as outlined in this
document.
Damage to Item Hazard
Do not leave item in direct sunlight or near heat sources,
submerge in water, or subject unit to strong impact.
Cover the ber interface with the ip-cap when not in use.
Do not throw this product away.
Contact your local recycling station to dispose of properly.

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UPM100 User Guide
Absolute Measurements
The UPM100 can be used to view the Absolute Power of a ber by rst ensuring the correct wavelength is selected, and
that the unit is in dBm, then plugging the ber into the power meter. The absolute power will be displayed in dBm in the
connected software as well as any tone detected.
Caution: Invisible LED/Laser Radiation
Please note that wavelengths used by optical laser sources are not visible to the human eye. Do not look directly into any
ber connector that may be live or any companion light source.
Since the light is invisible to the eye, the eye’s natural blink reex is suppressed. This can cause damage to the retina.
Setting Reference
Basic Testing
To set a reference rst connect the UPM100 and companion light source as shown below. Ensure the unit is in dBm and
you are reading the correct output power for the laser/LED you are using (Ripley Lasers are calibrated at -5 (or -8 with
tone on) and LEDs are calibrated at -22 (or 25 with tone on)). Next connect the UPM100 to a either a windows pc or
android device and go to the “OPM” tab/page. once the UPM100 is detected and you can see the live value from the
device press the “Set Reference” button while in dbm mode.
Relative/ Loss Measurements
The UPM100 can also be used to view relative power, or loss across a ber. To do this you have to rst set a reference as
described above and put the unit into dB mode. Next attach the ber you want to measure inbetwean the test jumper,
and UPM100 as shown below. This will show the relative loss in dB on the connected software.
Test Jumper
Mate Connectors Signal Propagates Down
the Fiber
Relative Loss is
Measured by the device

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UPM100 User Guide
Maintenence
The UPM100 is equipped with a universal connector adapter that is compatible with many popular style connectors. The
connector adapter interface should be kept covered and protected from contamination. Care must be taken to avoid
objects that may damage the glass surface of the detector mount. if scratches or breaks occur on the surface, please
contact Ripley for proper repair and re-calibration.
Notes
Optical Connector Interface
The UPM100 is not a standalone device
The UPM100 is not a standalone Power meter. To set reference, view absolute or relative power, or to save readings
requires that you either connect to to a windows, linux, or android based device.
Integration with Windows InSpec
Plug the UPM100 into a Windows PC running the new InSpec software to save live readings and
generate reports
OPM Display
All test data from the UPM100 is
displayed LIVE in this area.
Editing Controls
These buttons allow saving and
editing of the data in this window.
Data Display
Readings from the UPM100 are
displayed in this area. Deleted
readings do not appear.

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UPM100 User Guide
the live information from the UPM100 Main screen is displayed on the right side of the window. you
can use the buttons on the bottom of the screen t oset reference, and save/delete readings. if you
click where “dB” is clicked you can select a dierent mode. the wavelength is changed the same way.
Save
Click to save the current
reading. The reading will
appear in the data window
on the left side of the screen.
Delete
Click to delete selected
reading(s). They cannot be
recovered.
The left side of the window displays the readings saved to the current project.
Wavelength
Click to Change the
selected wavelength
Mode
Click to Change the
selected Mode

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UPM100 User Guide
The saved data that is saved can be edited for nal reporting in the Reports tab.
Delete
Delete selected reading(s).
Edit
Edit multiple readings.

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UPM100 User Guide
Double-click on any one reading to edit the “ID” column for that reading. Or select the reading and
click “Edit Selected”.
The ID column changes are shown immediately.
Use the CTRL key on the computer keyboard and click multiple readings to select multiple readings
for editing. To select a range of readings, click the rst reading in the range, hold the Shift key on the
computer keyboard, and click the last reading in the range.
With multiple readings selected, click the Edit button to bring up the multi-editor. Edit the information
and click “Conrm” to change the ID for multiple items.

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UPM100 User Guide
To choose or create color codes, click Settings>Color Codes.
Click the dropdown box to select from preset color codes, or click “New” to create your own color
codes which can be used in the future.
When using a Custom option, enter the color codes in the white space on the left side of the window.
Each line represents an indexed location. Click “Save” when nished.
The color codes entered or selected will ll the available readings. For example, the Custom setting
has 6 entries, but only 5 readings are saved. Any additional readings are indexed as usual.

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UPM100 User Guide
To change the Pass/Fail column, click Settings>Min/Max.
Loss minimum is usually set to 0. A maximum of 3 is standard for most ber tests. Set Min and Max to
any values as needed, then click “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.

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UPM100 User Guide
To change the Report Settings, click Settings>Report Settings.
All information in the dark and light boxes are editable. The default settings are shown above. Click
“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 Miller logo will appear on reports. Click Browse to choose a dierent logo to place on the
report, if desired.
Changeing the selected “Report Type” will change what format the reports are generated as. Currently
PDF, HTML, XML, and Excel are supported

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UPM100 User Guide
Integration with Android InSpec
Plug the UPM100 into an android based device using an adapter while running the InSpec app will
allow you to use the device with that device.
Open the InSpec app on your Android device. Touch the “OPM Page” button to access the OPM page
of the app. If the UPM100 is connected it will either detect and begin streaming from the UPM100
or it will request for HID/USB access. This must be granted to use the UPM100. In order to re request
permission unplug and replug the UPM100.

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UPM100 User Guide
The diagram below shows the features of the main screen of the InSpec app. All data is saved to the
App not the UPM100.
Reading Display
All info from the UPM100 is
displayed in this area.
Saved Data
Data is saved in this list
whenever the Save Reading
button is touched. Data is
NOT saved on the UPM100.
Delete Selected
Delete the selected data row.
Edit Selected
Change the Name ID of the
selected data row.
SetRef
Touch this button to set the
reference when in dBm mode.
Save Reading
Save the data from the
Display section as a new
row in the Saved Data list.
In Dual measurement mode,
two rows will be saved.
dB/dBm
Touch this button to switch
between supported modes
Wavelength Selector
Touch this button to choose
the measured wavelength, or
use Auto mode.

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UPM100 User Guide
Touch a saved reading to select it from the list; it will be highlighted. Touch Edit Selected to edit that
reading. Use the onscreen keyboard to enter a new name, then select OK. The new name will appear
in the “Name ID” column. Any reading in the list can be deleted by selecting it and touching Delete
Selected.
To set PASS/FAIL limits for testing, touch the icon in the top right corner of the screen, and select OPM
Settings. The currently-set Min and Max will be displayed. Touch the Set button to set the Min and
Max, then touch Conrm. 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 eld.
Readings which fall outside this range will be displayed in red.

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UPM100 User Guide
To make and send a report from the InSpec app, touch the icon in the top left of the screen and select
Reports from the yout menu.
NOTE: the UPM100 data stream will disconnect automatically when the Reports screen is accessed.
To restart the data stream and continue testing, follow the connection instructions on page 19.
Delete and/or edit any readings as needed using the buttons onscreen, then touch Make Report. Next
select the type of report and format.Finally share the report using whichever method you prefer.

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UPM100 User Guide
Optical Power Meter Accessories
OPM Adapters
Part Number Description
AC 020 2.5 mm Universal Adapter
AC 021 1.25 mm Universal Adapter
AC 026 SC Adapter
AC 027 ST Adapter
AC 028 FC Adapter
AC 029 LC Adapter
Patch Cord & Battery Accessories
Part Number Description
AC 500 SM SC-LC - 1m Simplex
AC 505 SM SC-ASC -1m Simplex
AC 501 SM SC-SC - 1m Simplex
AC 502 SM LC-LC - 1m Simplex
AC 600 SC-SC - Simplex Bulkhead
AC 601 LC-LC - Simplex Bulkhead
AC 602 LC-LC - Duplex Bulkhead
AC300 CR2 Non-Chargeable Battery Pack (Pack of 5)
AC 310 CR2 Rechargable Battery Charger w/2 Batteries
AC 311 CR2 Non-Chargeable Battery (Pack of 1)
AC 312 CR2 Rechargeable Battery (Pack of 1)
Certications,Accessories, and Contact Info
The UPM100 comes calibrated and should be recalibrated every 2 years. Included with the UPM100 is a calibration
certicate, and free recalibration within 2 years of the date of purchase. To start the calibration process simply call or email
technical support!
Calibration Certicates
The UPM100 comes with a 2 year warranty for any manufacturer defects or damage due to reasonable use. To start the
RMA process simply email or call technical support!
Warranty
Specications
Detector Type -02:InGaAs/ -04: Filtered InGaAs
Measurement Range -02: +6 to -70 dBm / -04: +23 to -45 dBm
WavelengthRange 850 nm to 1650nm
Selecteable Wavelengths 850 / 1300 / 1310 / 1490 / 1550 / 1611 / 1625
Resolution 0.01 dB
Absolute Accuracy ± 0.25dB (23°C ± 2°at 0dBm)
Optical Interface Universal 2.5mm (Additional Adapters Available)
Display LCD
Tone ID 2 kHz
Storage Temperature -10°C to +55°C
Dimensions 3.9” x 0.85” x 0.7” (15.5cm x 2.38cm x 1.9cm)
Weight 2 oz (85.4 g)
Datta Transfer USB

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UPM100 User Guide
Contact us with any questions pertaining to this or any other Ripley product.
Call Us:
[phone]
Email Us:
tec[email protected]y-tools.com
Visit Us Online: www.ripley-tools.com
Contact Support
This device complies with Part 15 of the FCC Rules. Operation is
subject to the following two conditions: (1) this device may not cause
harmful interference, and (2) this device must accept any interference
received, including interference that may cause undesired operation.
This equipment has been tested and found to comply with the limits
for a Class B digital device, pursuant to part 15 of the FCC Rules.
These limits are designed to provide reasonable protection against
harmful interference in a residential installation. This equipment
generates, uses and can radiate radio frequency energy, and if not
installed and used in accordance with the instructions, may cause
harmful interference to radio communications. However, there is no
guarantee that interference will not occur in a particular installation. If
this equipment does cause harmful interference to radio or television
reception, which can be determined by turning the equipment o
and on, the user is encouraged to try to correct the interference by
one or more of the following measures:
• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit dierent from
that to which the receiver is connected.
• Consult the dealer or an experienced radio/TV technician for help.
Certications and Contact Information
This product conforms with health, safety, and
environmental protection standards for products sold within
the European Economic Area (EEA). This product was tested
by an ISO 17025 accredited laboratory and complies with
the following CE directives and standards listed below:
Directives:
Electromagnetic Compatibility (2014/30/EU)
Low-Voltage (2014/35/EU)
Standards:
EMC: EN 61326-1:2013 Industrial
Safety: EN/IEC61010-1:2010+A1:2016