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PAGE 6

3330 Earhart Drive, Suite 208  

|

  Carrollton, TX 75006  

|

  Office: 972.556.0916  

|

  Fax: 972.910.8384

OPM1

EXAMPLE 3:

 SINGLEMODE FIBER, PAIRED, LOOPBACK JUMPER

Fiber Type

Connectors Used

Test Jumper Setup

OPM Used

OLS Used

Singlemode

LC

Loopback
OPM1
LSSM

Page 7

Fiber Type

Singlemode
LC

Test Jumper Setup

Loopback

OPM Used

RP 460

OLS Used

DLS 355

The fiber-under-test is paired singlemode 

with paired LC connectors on each end. The 

fiber-under-test may be up to 250 kilometers long. 

In this example, the fiber-under-test is 400 meters 

The test jumper is paired for loopback testing. One 

end has an SC connector and an LC connector, 

and the other end has two LC connectors clipped 

together. This method also uses a singlemode 

loopback adapter. It should be blue and have a 

duplex bulkhead on the end.

The RP 460 power meter is set to the 

1550nm wavelength. The 1310nm 

wavelength may also be used. Always 

match the wavelength on the RP 460 

to the wavelength on the DLS 355. The 

adapter on the RP 460 is the AC 029 LC 

adapter.

The DLS 355 laser source is set to the 

1550nm wavelength. The 1310nm 

wavelength may also be used. The 

adapter is the default AC 022B SC adapter.

Fiber Type

Singlemode
LC

Test Jumper Setup

Single

OPM Used

RP 460

OLS Used

DLS 355

The fiber-under-test is singlemode with LC 

connectors on each end. The fiber-under-test may 

be up to 250 kilometers long. In this example, the 

fiber-under-test is 400 meters long.

The test jumper is a one-meter singlemode fiber 

with SC and LC connectors. The SC connector will 

be plugged into the DLS 355 laser source and the 

LC connector will be used to interface with the 

fiber-under-test.

The RP 460 power meter is set to the 

1550nm wavelength. The 1310nm 

wavelength may also be used. Always 

match the wavelength on the RP 460 

to the wavelength on the DLS 355. The 

adapter on the RP 460 is the AC 029 LC 

adapter.

The DLS 355 laser source is set to the 

1550nm wavelength. The 1310nm 

wavelength may also be used. The 

adapter is the default AC 022B SC adapter.

The fiber-under-test is paired singlemode with paired LC 

connectors on each end. The fiber-under-test may be up 

to 250 kilometers long. In this example, the 

 

fiber-under-test is 400 meters long.

TEST JUMPER

The test jumper is paired for loopback testing. One end 

has an SC connector and an LC connector, and the other 

end has two LC connectors clipped together. This 

 

method also uses a singlemode loopback adapter. It 

should be blue and have a duplex bulkhead on the end.

POWER METER

The OPM1 power meter is set to the 1550nm 

wavelength. The 1310nm wavelength may also be 

used. Always match the wavelength on the OPM1 to 

 

the wavelength on the LSSM. The adapter on the OPM1 

is the OPAL LC adapter.

LIGHT SOURCE

The LSSM laser source is set to the 1550nm 

wavelength. The 1310nm wavelength may also be used. 

The adapter is the default OPAS SC adapter.

FIBER-UNDER-TEST

400m Paired Fiber

1m Paired Jumper

Singlemode Loopback

Summary of Contents for TEK-4

Page 1: ...uclswiftna com SECTION ONE LSSM LASER LIGHT SOURCE QUICK START GUIDE SECTION TWO LSSM LASER LIGHT SOURCE TECHNICAL GUIDE SECTION THREE OPM1 OPTICAL POWER METER QUICK START GUIDE SECTION FOUR OPM1 OPTI...

Page 2: ...SECTION ONE LSSM LASER LIGHT SOURCE QUICK START GUIDE NORTH AMERICA...

Page 3: ...SWIFT This unit offers 1310nm and 1550nm wavelengths When the LSSM is turned on the red light indicates which wavelength is selected The red light blinks to indicate when the 2kHz modulation is turne...

Page 4: ...ts either the 1310nm or 1550nm wavelength on singlemode fiber It is important to use a test jumper to mate the LSSM to the fiber under test TRANSMITTING LIGHT Test Jumper Signal Propagates Down Fiber...

Page 5: ...inserted they can cause damage to the LSSM output port and the unit may need to be repaired OUTPUT PORT MAINTENANCE LSSM When the LSSM s 2kHz modulation is active the selected wavelength indicator wi...

Page 6: ...The LSSM provides over 1000 operations under normal conditions When the LOW BAT LED indicator is illuminated on the device the CR2 battery should be replaced or recharged depending on the battery type...

Page 7: ...long term 15 min warm up 5nm 5nm SC FC ST LC interchangeable 2kHz Push button toggle auto off CR2 10 to 50 C 30 to 60 C 6 1 x 0 94 x 0 75 15 5 x 2 83 x 1 9cm 3oz 85 4g 3330 Earhart Drive Suite 208 Car...

Page 8: ...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 a...

Page 9: ...SECTION TWO LSSM LASER LIGHT SOURCE TECHNICAL GUIDE NORTH AMERICA...

Page 10: ...our FI2K 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 co...

Page 11: ...21 CFR 1040 11 Push button toggle auto off CR2 10 to 50 C 30 to 60 C 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 Wa...

Page 12: ...SECTION THREE OPM1 OPTICAL POWER METER QUICK START GUIDE NORTH AMERICA...

Page 13: ...ed to internal storage The display flashes the indexed location where the reading has been saved Toggles through the saved readings on the device The indexed location wavelength and reading will flash...

Page 14: ...ill briefly 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...

Page 15: ...S Press and hold the Save and Wavelength buttons simultaneously to delete all saved readings in the OPM1 s internal memory The screen flashes 0000 to indicate that the memory is empty NON VOLATILE MEM...

Page 16: ...ckaging 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 b...

Page 17: ...ailable LCD 2kHz 4000 measurements Mini USB live readings or data dump Push button toggle auto off 10 to 55 C 30 to 70 C CR2 6 1 x 0 94 x 0 75 15 5 x 2 83 x 1 9cm 3oz 85 4g 3330 Earhart Drive Suite 20...

Page 18: ...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 a...

Page 19: ...SECTION FOUR OPM1 OPTICAL POWER METER REFERENCE TEST GUIDE NORTH AMERICA...

Page 20: ...ch must be taken with OPM1 optical power meter to perform insertion loss testing on a variety of fiber types and setups INTRODUCTION EXAMPLE 1 Singlemode Fiber Point to Point 1 Jumper Page 2 EXAMPLE 2...

Page 21: ...v ada The fiber under test is singlemode with LC connectors on each end The fiber under test may be up to 250 kilometers long In this example the fiber under test is 400 meters long TEST JUMPER The te...

Page 22: ...d of the OPM1 Between 5 00 and 7 00dBm Page 4 The connectors on the Test Jumper should be cleaned to appropriate standards Use an inspection scope to verify fiber cleanliness Plug the connectors on th...

Page 23: ...e with LC connectors on each end This method allows testing of connectors inside bulkheads One or both ends of this fiber under test may be inside bulkheads The fiber under test may be up to 250 kilom...

Page 24: ...tween 5 00 and 7 00dBm Page 4 The connectors on the Test Jumper should be cleaned to appropriate standards Use an inspection scope to verify fiber cleanliness Plug the connectors on the Test Jumper in...

Page 25: ...nectors on each end The fiber under test may be up to 250 kilometers long In this example the fiber under test is 400 meters long TEST JUMPER The test jumper is paired for loopback testing One end has...

Page 26: ...ll display 0 00dB with some minor variation DO NOT switch the RP 460 back to the dBm mode The Test Jumper MUST remain attached to the DLS 355 Do not remove the Test Jumper from the optical link The co...

Page 27: ...h end In this example the fiber under test is 400 meters long TEST JUMPER The test jumper is a one meter multimode fiber with SC and LC connectors The SC connector will be plugged into the LSMM LED so...

Page 28: ...er on the OPM1 The Insertion Loss of the fiber under test will be shown on the OPM1 screen LOSS TEST The connectors on the Test Jumper should be cleaned to appropriate standards Use an inspection scop...

Page 29: ...xample the fiber under test is 400 meters long TEST JUMPER The test jumper is paired for loopback testing One end has an SC connector and an LC connector and the other end has two LC connectors clippe...

Page 30: ...cleaned to appropriate standards Use an inspection scope to verify fiber cleanliness Plug the clipped LC end of the Test Jumper into one end of the Fiber Under Test using the bulkhead as shown Plug th...

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