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This quick reference guide demonstrates the procedure for performing a dual-wavelength insertion loss test at both 

1310nm

 and 

1550nm

.  

to test at only one wavelength, ignore the steps related to the other wavelength

There are three main parts to performing an insertion loss test:

PART 1

verify proper operation of the test equipment and patch cables;

PART 2

set a reference for the wavelength(s) used during fiber link measurement; and

PART 3

take measurements.

EQUIPMENT PORTS

Figure 1 shows the ports used during this procedure.  These ports may vary depending upon the model of equipment.

REQUIRED ACCESSORIES

PART 1 - VERIFY PROPER OPERATION OF THE EQUIPMENT

Connect the power meter and light source together with the first patch cable as shown in Figure 2. 

Press 

  to power on the Laser OWL singlemode laser source.  The 1310nm port powers on first by default.

Press 

  to power on the ZOOM 2 optical power meter.

Press 

  several times on the ZOOM 2 until the wavelength is set to 1310nm.

1

QUICK REFERENCE GUIDES

Optical Power Meter:

ZOOM 2

Fiber Optic Light Source: LASER OWL Series Singlemode Sources

PAGE 1 OF 4

FIGURE 1

Test Equipment Ports

Detector 

ZOOM 2 power meter

1310 nm
1550 nm

Laser OWL singlemode

 laser source

(3) Singlemode patch cables

Содержание KIT-Z2-L2 Series

Страница 1: ...3 West US Hwy 12 Whitewater WI 53190 Phone 262 473 0643 Internet OWL INC COM Revision 1 4 July 19 2011 Optical Wavelength Laboratories OWL ZOOM 2 Series Test Kits Optical Loss Testing Quick Reference Guide For part numbers KIT Z2 L2xx KIT Z2 L213xx KIT Z2 L215xx KIT Z2 D2xx L2xx KIT Z2 D285xx L213xx ...

Страница 2: ...linkbudgettopassorfailby Completeunderstandingofeachoftheseissuesiscriticalforperformingproperfiberoptictests GETTINGSTARTED Thank you for your purchase of this OWL certification test kit Included in this kit is a ZOOM 2 optical power meter and a Laser OWL singlemode fiber optic laser source This quick reference guide will assist you in settingupyourtestkitforastandards basedcertificationtest BEFO...

Страница 3: ...ringthisprocedure Theseportsmayvarydependinguponthemodelofequipment REQUIREDACCESSORIES PART1 VERIFYPROPEROPERATIONOFTHEEQUIPMENT ConnectthepowermeterandlightsourcetogetherwiththefirstpatchcableasshowninFigure2 Press topowerontheLaserOWLsinglemodelasersource The1310nmportpowersonfirstbydefault Press topowerontheZOOM2opticalpowermeter Press severaltimesontheZOOM2untilthewavelengthissetto1310nm 1 QU...

Страница 4: ...ZOOM 2 should show approximately 10 00 dBm If the reading is below 12 00 dBm the patch cable should be replaced Onceproperoperationhasbeenverified continueontothenextstep PART2a SETREFERENCE 1310nm Settingareferenceiscommonlyreferredtoas zeroing With the power meter and light source still connected as shown in Figure 2 press and hold button on the ZOOM 2 to setthereferencefor1310nm The ZOOM 2 disp...

Страница 5: ...ecttheZOOM2andLaserOWLtothelinkundertestasshowninFigure4below Press severaltimesuntiltheZOOM2issetto1310nm UNITS ZERO 3 QUICK REFERENCE GUIDES Optical Power Meter ZOOM 2 Fiber Optic Light Source LASER OWL Series Singlemode Sources PAGE 3 OF 4 FIGURE 3 Set Optical Reference 1550nm Leave singlemode patch cable attached to 1310nm port SC connectors shown here connector style may vary LIGHT SOURCE CON...

Страница 6: ...ltimesuntiltheZOOM2issetto1550nm Recordthereadingforthecurrentfiberundertest Disconnectthepatchcablesfrombothendsofthepatchpanelandmovetothenextportonthepatchpanel Repeat and foreachfiberinthecableundertestuntilallfibershavebeentestedat1550nm end of procedure QUICK REFERENCE GUIDES Optical Power Meter ZOOM 2 Fiber Optic Light Source LASER OWL Series Singlemode Sources PAGE 4 OF 4 FIGURE 5 Take Rea...

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