Ucl swift Tek-3 Installation guide

NORTH AMERICA

SWIFT TEST KIT TEK-3

TABLE OF CONTENTS

uclswiftna.com

SECTION ONE:LSMM |LED LIGHT SOURCE |QUICK START GUIDE

SECTION TWO:LSMM |LED LIGHT SOURCE |TECHNICAL GUIDE

SECTION THREE:OPM1 |OPTICAL POWER METER |QUICK START GUIDE

SECTION FOUR:OPM1 |OPTICAL POWER METER |REFERENCE & TEST GUIDE

TRAINING MANUAL

SECTION ONE

LSMM |LED LIGHT SOURCE

QUICK START GUIDE

NORTH AMERICA

Dual 850/1300nm - SC Adapter (interchangeable)

LED Light Source - MM

QUICK START GUIDE

The LSMM dual LED source is a multimode test LED used for verifying the proper function of ber optic

networks. This document will serve as an overview of the major features and functions of the device and will

offer tips for troubleshooting common issues in optical networks.

FEATURES

CONNECTOR ADAPTER

(Interchangeable)

WAVELENGTH INDICATOR

LOW BATTERY INDICATOR

POWER BUTTON

2 KHZ BUTTON

WAVELENGTH BUTTON

EXTERNAL POWER PORT

NORTH AMERICA

LSMM

INTRODUCTION

Connector Adapter

Wavelength Indicator

Power Button

Change Wavelength

Button

Low Battery

Indicator

2kHz Button

External Power

Port

The LSMM comes with an SC screw-on adapter. Additional adapters are

available from SWIFT.

This unit offers 850nm and 1300nm wavelengths. When the LSMM is

turned on, the red light indicates which wavelength is selected. The red

light will blink to indicate when the 2kHz modulation is turned ON.

A red indicator light appears when the CR2 battery power is low.

Replace the battery to return to normal operation of the LSMM.

Press this button to turn the LSMM ON and OFF. The unit will turn off

automatically after 15 minutes. To bypass the auto-shutoff, hold the

power button for 5 seconds when turning ON.

Toggles 2kHz modulation of currently-selected wavelength output. LED

ashes at 2000 times per second to provide a recognizable signal to a

companion power meter. Output power of the LED is reduced by 3dB

when the modulation is active.

Switches between the 850nm and 1310nm wavelength.

Accepts PSD1 power supply. Power supply is not a battery charger,

just battery bypass.

PAGE 2 3330 Earhart Drive, Suite 208 |Carrollton, TX 75006 | Ofce: 972.556.0916 | Fax: 972.910.8384

M-UM008-01 Page 2

The DLS 350 is calibrated to have an output power level of -22dBm. Variations in power

level between -22dBm and -25dBm may be normal depending on the quality and age of

the test jumper, the DLS 350 output port, and other factors.

Always ensure the DLS 350 is transmitting an acceptable power level before performing

an insertion loss test. Simply insert the test jumper (plugged into the DLS 350) into a

companion power meter set to the dBm mode. The power meter will indicate the measured

output power of the LED.

Transmitting Light

The DLS 350 transmits either the 850nm or 1300nm wavelength on singlemode ber. Be

sure to use a test jumper to mate the DLS 350 to the ber under test.

Test Jumper

Mate Connectors Appropriately

Signal Propagates Down Fiber

Caution: Invisible LED Radiation

Please note that 850nm and 1300nm wavelengths are not visible to the human eye. Do not

look directly into the output port of the DLS 350 or directly into any ber connector that

may be live.

Since the LED is invisible to the eye, the eye’s natural blink reex is suppressed. This can

cause damage to the retina.

FDA 21 CFR 1040.10 and 1040.11

IEC 60825-1: 2007-03

Class 1 LED Product

Output Power

Test Jumper Plugged

Into Power Meter Power Meter Displays

Output Power of LED

LSMM

WARNING

Read and understand all of the instructions and safety information in this manual before

operating this tool.

LASER HAZARD

Please note that 850nm and 1300nm wavelengths are not visible to the human eye. Do not look

directly into the output port of the DLS 350 or directly into any fiber connector that may be live.

Since the LED is invisible to the eye, the eye’s natural blink reflex is suppressed. This can cause

damage to the retina.

FDA 21 CFR 1040.10 & 1040.11

IEC 60825-1: 2007-03

Class 1 Laser Product

The LSMM transmits either the 850nm or 1300nm wavelength on singlemode ber. Be sure to use a test

jumper to mate the LSMM to the ber under test.

TRANSMITTING LIGHT

The LSMM is calibrated to have an output power level of -22dBm. Variations in power level between

-22dBm and -25dBm may be normal depending on the quality and age of the test jumper, the LSMM output

port, and other factors.

Always ensure the LSMM is transmitting an acceptable power level before performing an insertion loss test.

Simply insert the test jumper (plugged into the LSMM) into a companion power meter set to the dBm mode.

The power meter will indicate the measured output power of the LED.

OUTPUT POWER

OPM1

Test Jumper Plugged

into Power Meter Power Meter Displays

Output Power of LED

M-UM008-01 Page 2

The DLS 350 is calibrated to have an output power level of -22dBm. Variations in power

level between -22dBm and -25dBm may be normal depending on the quality and age of

the test jumper, the DLS 350 output port, and other factors.

Always ensure the DLS 350 is transmitting an acceptable power level before performing

an insertion loss test. Simply insert the test jumper (plugged into the DLS 350) into a

companion power meter set to the dBm mode. The power meter will indicate the measured

output power of the LED.

Transmitting Light

The DLS 350 transmits either the 850nm or 1300nm wavelength on singlemode ber. Be

sure to use a test jumper to mate the DLS 350 to the ber under test.

Test Jumper

Mate Connectors Appropriately

Signal Propagates Down Fiber

Caution: Invisible LED Radiation

Please note that 850nm and 1300nm wavelengths are not visible to the human eye. Do not

look directly into the output port of the DLS 350 or directly into any ber connector that

may be live.

Since the LED is invisible to the eye, the eye’s natural blink reex is suppressed. This can

cause damage to the retina.

FDA 21 CFR 1040.10 and 1040.11

IEC 60825-1: 2007-03

Class 1 LED Product

Output Power

Test Jumper Plugged

Into Power Meter Power Meter Displays

Output Power of LED

Signal Propagates Down Fiber

Mate Connectors Appropriately

Test Jumper

3330 Earhart Drive, Suite 208 |Carrollton, TX 75006 | Ofce: 972.556.0916 | Fax: 972.910.8384

M-UM008-01 Page 3

Caring for the DLS 350 Output Port

Using the 2kHz Function

The DLS 350 utilizes a physical ber connection at the output port. This ensures a steady

power level for performing insertion loss tests.

Be aware that any test jumpers must be inspected and cleaned before plugging into the

DLS 350 unit. If soiled or damaged connectors are inserted, they can cause damage to the

DLS 350 output port and the unit may need to be repaired.

When the 2kHz modulation is active on the DLS 350, the currently-selected wavelength

indicator will blink. The 2kHz modulation will be recognized by optical power meters further

down the ber and indicated by a 2kHz notication onscreen and a loud beep.

The test jumper has

physical contact with the

ferrule inside the DLS 350.

To clean the ferrule

inside the DLS 350:

• Unplug the test jumper

• Unscrew the adapter until

it spins freely, then pull

• Inspect the ferrule with

an approved microscope,

clean if necessary, and

replace adapter

M-UM008-01 Page 3

Caring for the DLS 350 Output Port

Using the 2kHz Function

The DLS 350 utilizes a physical ber connection at the output port. This ensures a steady

power level for performing insertion loss tests.

Be aware that any test jumpers must be inspected and cleaned before plugging into the

DLS 350 unit. If soiled or damaged connectors are inserted, they can cause damage to the

DLS 350 output port and the unit may need to be repaired.

When the 2kHz modulation is active on the DLS 350, the currently-selected wavelength

indicator will blink. The 2kHz modulation will be recognized by optical power meters further

down the ber and indicated by a 2kHz notication onscreen and a loud beep.

The test jumper has

physical contact with the

ferrule inside the DLS 350.

To clean the ferrule

inside the DLS 350:

• Unplug the test jumper

• Unscrew the adapter until

it spins freely, then pull

• Inspect the ferrule with

an approved microscope,

clean if necessary, and

replace adapter

3330 Earhart Drive, Suite 208 |Carrollton, TX 75006 | Ofce: 972.556.0916 | Fax: 972.910.8384 PAGE 3

TO CLEAN THE FERRULE:

• Unplug the test jumper

• Unscrew the adapter until it spins freely, then pull

• Inspect the ferrule with an approved microscope,

clean if necessary, and replace adapter

The LSMM utilizes a physical ber connection at the output port. This ensures a steady power level for performing

insertion loss tests.

Be aware that any test jumpers must be inspected and cleaned before plugging into the LSMM unit. If soiled or

damaged connectors are inserted, they can cause damage to the LSMM output port and the unit may need to

be repaired.

OUTPUT PORT MAINTENANCE

LSMM

When the 2kHz modulation is active on the LSMM, the currently-selected wavelength indicator will blink.

The 2kHz modulation will be recognized by optical power meters further down the ber and indicated by a

2kHz notication onscreen and a loud beep.

USING THE 2KHZ FUNCTION

Test Jumper has physical contact with the

ferrule inside the LSMM

M-UM008-01 Page 3

Caring for the DLS 350 Output Port

Using the 2kHz Function

The DLS 350 utilizes a physical ber connection at the output port. This ensures a steady

power level for performing insertion loss tests.

Be aware that any test jumpers must be inspected and cleaned before plugging into the

DLS 350 unit. If soiled or damaged connectors are inserted, they can cause damage to the

DLS 350 output port and the unit may need to be repaired.

When the 2kHz modulation is active on the DLS 350, the currently-selected wavelength

indicator will blink. The 2kHz modulation will be recognized by optical power meters further

down the ber and indicated by a 2kHz notication onscreen and a loud beep.

The test jumper has

physical contact with the

ferrule inside the DLS 350.

To clean the ferrule

inside the DLS 350:

• Unplug the test jumper

• Unscrew the adapter until

it spins freely, then pull

• Inspect the ferrule with

an approved microscope,

clean if necessary, and

replace adapter

PAGE 4 3330 Earhart Drive, Suite 208 |Carrollton, TX 75006 | Ofce: 972.556.0916 | Fax: 972.910.8384

Singlemode bers usually have either blue (UPC) or green (APC) connectors. The LSMM LED source is made

for multimode testing, so green connectors are not appropriate. Generally, multimode ber will have aqua

or beige connectors and in some cases blue or purple.

DO NOT plug an APC connector into the LSMM unit. This can cause irreparable damage to both connectors.

TESTING NOTES

LSMM

SWIFT offers the PSD1 wall plug for users who wish to leave their LSMM turned on for long periods of time.

This is NOT a charger, but rather powers the unit from a wall outlet.

PSD1 BATTERY BYPASS

M-UM008-01 Page 4

Notes On Testing

AC 030 Battery Bypass

Singlemode bers usually have either blue (UPC) or green (APC) connectors. The DLS 350

LED source is made for multimode testing, so neither blue nor green connectors are

appropriate. Generally, multimode ber will have beige connectors.

DO NOT plug an APC connector into the DLS 350 unit. This can cause irreparable damage

to both connectors.

ODM oers the AC 030 wall plug for users who wish to leave their DLS 350 turned on for

long periods of time. This is NOT a charger, but rather powers the unit from a wall outlet.

Light Source Accessories

Light Source Adapters

Part Number Description

AC 022B SC Adapter

AC 023B FC Adapter

AC 024B ST Adapter

AC 025B LC Adapter

Patch Cord Accessories

Part Number Description

AC 550 MM SC-LC - 1m simplex

AC 551 MM SC-SC - 1m simplex

AC 552 MM LC-LC - 1m simplex

AC 600 SC-SC simplex bulkhead

AC 601 LC-LC simplex bulkhead

AC 602 LC-LC duplex bulkhead

Phone: 603-524-8350

Email: tech.suppor[email protected]ools.com

Web: www.odm-inc.com

Contact ODM Support

CK-01

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Instruction sheet

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LSMM

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 Compatibilities (2014/30/EU)

STANDARDS: EMC: EN 61326-1:2013 Industrial;

Safety: EN/IEC61010- 1:2010+A1:2016

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 inter-

ference 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 off 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 different from that to which the receiver is connected.

• Consult the dealer or an experienced radio/TV technician for help.

CERTIFICATIONS

uclswiftna.com

Ofce: 972.556.0916

Fax: 972.910.8384

CONTACT

SECTION TWO

LSMM |LED LIGHT SOURCE

TECHNICAL GUIDE

NORTH AMERICA

TECHNICAL GUIDE

The LSMM dual LED light source provides stabilized optical power levels for accurate loss measurements on

multimode ber systems. Technicians can utilize each of the wavelengths included in this light source to reference

and test with UCL Swiftʼs optical power meters and gather measurements to meet international standards.

The LSMM provides a 2 kHz tone output which is recognized by optical power meters; the incoming 2 kHz signal

is identied and an audible alert is provided by the power meter.

Easy removal of the included SC adapter allows the light source ferrule to be cleaned, preventing

contamination of test jumpers. Additional adapters are available.

This device maintains full compliance with all FDA and CFR standards for light-emitting products.

Dual 850/1300nm - SC Adapter (interchangeable)

FEATURES

Small form-factor for fast, simple testing in the eld

Single output port ensures faster switching when

testing at multiple wavelengths

NIST-traceable LED output

Long-lasting battery

Combine LSMM with an optical

power meter (OPM1 pictured)

to perform insertion loss tests

on multimode ber.

The 2kHz tone output of the

LSMM will be recognized

by UCL Swift power meters

to provide a fast, simple

continuity test on MM ber.

Quick-change adapters allow

users to adjust the

LSMM output to match their

testing situation.

NORTH AMERICA

LED Light Source - MM

LSMM

INTRODUCTION

OPM1

PAGE 2 3330 Earhart Drive, Suite 208 |Carrollton, TX 75006 | Ofce: 972.556.0916 | 972.910.8384

SPECIFICATIONS

LSMM

Wavelength

Output Power

Output Stability

Spectral Width

Optical Interface

Tone Output

Power

Battery

Operating Temperature

Storage Temperature

Dimensions

Weight

DUAL MULTIMODE LED SOURCE

850nm & 1300nm

-22.0dBm

±0.05dB (1 hour)

±0.03dB long-term (15 min warm-up)

40nm/120nm

SC/FC/ST/LC interchangeable

2kHz

Push button toggle/auto-off

CR2

-10º to +50ºC

-30º to +60ºC

6.1” x 0.94” x 0.75” (15.5 x 2.83 x 1.9cm)

3oz. (85.4g)

Interchangable Adapter

(SC shown) Low Battery

Indicator

Modulation Control

(2kHz/CW)

Wavelength Indicator

Power Button

Change Wavelength

Button

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Instruction sheet

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SECTION THREE

OPM1 |OPTICAL POWER METER

QUICK START GUIDE

NORTH AMERICA

FEATURES

CONNECTOR ADAPTER

(Interchangeable)

LOW BATTERY INDICATOR

2KHZ TONE INDICATOR

SAVE BUTTON

RCL BUTTON

USB BUTTON

LCD SCREEN

MEASUREMENT MODE

INDICATOR - dB/dBm

The OPM1 comes with a 2.5mm universal adapter. Additional adapters

are available from SWIFT.

“BATT” will appear on the LCD screen when the CR2 3V battery needs

to be recharged or replaced, depending on the battery type.

A beep will sound and show “2 kHz” on the LCD once a 2 kHz modulated

signal is recognized.

Over 4,000 readings may be saved on the OPM1. Each time the save

button is pressed, the current reading will be saved to internal storage. The

display ashes the indexed location where the reading has been saved.

Toggles through the saved readings on the device. The indexed location,

wavelength, and reading will ash on-screen.

When the OPM1 is connected via USB to a computer running SWIFT

brand software, pressing this button will transfer all saved data points

into the software for reporting.

The screen displays the measured value, selected wavelength, and

status indicators.

dB is a loss measurement. dBm is an absolute power measurement.

QUICK START GUIDE

NORTH AMERICA

Optical Power Meter

OPM1

Connector Adapter

LCD Screen

Measurement

Mode Indicator

Wavelength

Button

Low Battery

Indicator

Power

Button

dB/dBm

Button

2kHz Tone

Indicator

Save Button

RCL

Button 6

USB Button

PAGE 2 3330 Earhart Drive, Suite 208 |Carrollton, TX 75006 | Ofce: 972.556.0916 | Fax: 972.910.8384

OPM1

WARNING

Read and understand all of the instructions and safety information in this manual before

operating this tool.

ELECTRIC SHOCK HAZARD

Contact with live circuits could result in severe injury or death. Pay attention to proper battery polarity.

Do not mix battery types or manufacturers. Do not open the unit. Use this unit only for its intended

purpose as outlined in this guide.

WAVELENGTH BUTTON

dB/dBm BUTTON

POWER BUTTON

Hold the button to switch the OPM1 between the 850, 1300, 1310,

1490, 1550, 1611, and 1625nm wavelengths. Press the button once to

immediately display the current wavelength. The selected wavelength

will briey appear on-screen every 8 seconds.

Press the button to toggle between dB and dBm modes. Hold the button

down when in dBm mode to set a reference on the OPM1.

Press the button once to turn the OPM1 on. Press once again to turn the

OPM1 off. The OPM1 will automatically turn off after 5 minutes if inactive.

LASER 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 source. Point

ber endfaces toward non-reective surfaces to prevent reection of laser.

ITEM DAMAGE HAZARD

Do not leave the item in direct sunlight or near heat sources, submerge in water, or subject the unit

to strong impact. Cover the ber interface with the ip-cap when the unit is not in use.

DO NOT THROW THIS PRODUCT AWAY

Contact your local recycling station to dispose of properly.

IMPORTANT SAFETY INFORMATION

AUDIBLE ALERTS

The OPM1 emits an audible beep each time a major function is used. To disable most beeps, ensure that the

unit is OFF. Press and hold the Save button, and turn the unit ON while holding the Save button. Perform the

same procedure to turn the audible beeps back on.

CONTINUOUS USAGE MODE

The OPM1 turns off automatically if no buttons are pressed for 5 minutes. To bypass this feature, hold the

Power button for 3 seconds when powering on. A series of beeps will indicate that the unit is now in

Continuous Mode and will not turn off automatically.

REVIEWING SAVED READINGS

While in the RCL mode, use the Save and Wavelength buttons to navigate through the saved readings on

the device. Each reading has a “location” indicated by a 4-digit number. Note the blue arrows on the Save

and Wavelength buttons. The data cycles at either end. Scrolling “up” from the last data point will cycle back

to the rst location (0001) and vice versa.

DELETING SAVED READINGS

Press and hold the Save and Wavelength buttons simultaneously to delete all saved readings in the OPM1’s

internal memory. The screen ashes 0000 to indicate that the memory is empty.

NON-VOLATILE MEMORY

The OPM1 uses a non-volatile memory system. Data is not lost if the unit is turned off while testing, if the

battery is removed, or if the unit is stored for long periods of time.

FUNCTION TIPS

OPM1

Before transferring data from the OPM1 to the computer, download and install the SWIFT brand software,

available online at uclswiftna.com

• Plug the OPM1 into the computer using the included USB cable. If this is the rst time it has been

plugged in, wait at least ten seconds for the drivers to install.

• Place the SWIFT brand software into Dump/Sync mode by navigating to Settings > Data Mode > Dump Mode.

• Press the USB button on the OPM1 to dump/sync all data points. The data from the OPM1 appears in

the box on the left side of the window.

• Fill out the elds on the right side of the window (Customer, User, Test Site, etc).

• Navigate to Settings > Report Settings to identify a minimum and maximum value for the PASS/FAIL

functionality. Choose a color code scheme from this window, if necessary.

• To create the nal report, click File > Export to Excel.

USB DOWNLOADS

PAGE 4 3330 Earhart Drive, Suite 208 |Carrollton, TX 75006 | Ofce: 972.556.0916 | Fax: 972.910.8384

OPM1

The OPM1 can be used in a live streaming mode with the SWIFT brand software.

• With the OPM1 plugged in via USB, place the SWIFT brand software into Active Mode by navigating to

Settings > Data Mode > Active Mode.

• Click the Save button on-screen to save the live reading displayed in the window. Save as many readings

as needed.

• To create the nal report, click File > Export to Excel.

UNPACKING & INSPECTION

The OPM1 is supplied with a 2.5mm adapter installed on the unit, a LC 1.25mm adapter is also included in

the kit, 3.0V CR2 battery, USB cable, and an instruction card. Contact SWIFT immediately if any part of the

unit or packaging is damaged, or otherwise unsatisfactory.

LOW BATTERY

The OPM1 provides over 1000 operations under normal conditions. When the BATT indicator is shown on

the device screen, the CR2 battery should be recharged or replaced, depending on the battery type.

OPTICAL CONNECTOR INTERFACE

The OPM1 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 UCL Swift NA for proper service.

CALIBRATION

All SWIFT brand products include a 2-year warranty. SWIFT recommends recalibration every two years to

ensure adherence to NIST measurement standards. The rst recalibration is free within the warranty period.

DATA STREAMING

MAINTENANCE

3330 Earhart Drive, Suite 208 |Carrollton, TX 75006 | Ofce: 972.556.0916 | Fax: 972.910.8384

SPECIFICATIONS

Detector Type

Measurement Range

Wavelength Range

Selectable Wavelengths

Resolution

Absolute Accuracy

Optical Interface

Display

Tone ID

Storage

Data Transfer

Power

Operating Temperature

Storage Temperature

Battery

Dimensions

Weight

OPTICAL POWER METER

-02: InGaAs/-04: Filtered InGaAs

-02: +6 to -70dBm/-04: +23 to -45dBm

850nm to 1650nm

850/1300/1310/1490/1550/1611/1625nm

0.01dB

±0.25dB (23ºC +/- 2ºC at 0dBm)

Universal 2.5mm (additional adapters available)

LCD

2kHz

4000+ measurements

Mini-USB (live readings or data dump)

Push button toggle/auto-off

-10º to +55ºC

-30º to +70ºC

CR2

6.1” x 0.94” x 0.75” (15.5 x 2.83 x 1.9cm)

3oz. (85.4g)

3330 Earhart Drive, Suite 208 |Carrollton, TX 75006 | Ofce: 972.556.0916 | Fax: 972.910.8384 PAGE 5

OPM1

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IBC-SC

IBC-LC

Optipop-R

Instruction sheet

Zipper pull

PAGE 6 3330 Earhart Drive, Suite 208 |Carrollton, TX 75006 | Ofce: 972.556.0916 | Fax: 972.910.8384