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Extron electronic FLS 101 manual Operation, FPM 101 Power Meter - Controls and Connections

Models: FPM 101 FLS 101

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Operation

Operation

This section details the connection of fiber optic cables to the equipment for testing and measuring the power loss of a fiber optic source.

•FPM 101 Power Meter — Controls and Connections

•FLS 101 Light Source — Controls and Connections

•Measuring Optical Power

•Testing Fiber Optic Links

•Testing Singlemode Links

•Using the Tone Generator

Transmit Reference	Mandrel
Cable

Coupler					Coupler
	or						or
Bulkhead					Bulkhead					Receive
										Reference Cable
					Multimode Fiber under Test

FLS 101

FIBER LIGHT SOURCE

MMSM

POWER

850nm

3.65dB

WAVE ID

1300nm

4.07dB

FPM 101

FIBER POWER METER

FLS 101	FPM 101	POWER
Fiber Optic	Fiber Optic
Light Source	Power Meter

	Transmit Reference		Receive
	Cable		Reference Cable
	Coupler	Singlemode Fiber under Test	Coupler
	or	Singlemode Fiber under Test	or
	or		or
	Bulkhead		Bulkhead

FLS 101

FIBER LIGHT SOURCE

MMSM

POWER

	1310nmnm
	1.45dBdB
WAVEID	1550nmnm
	1.49dBdB

FPM 101

FIBER POWER METER

FLS 101	FPM 101
Fiber Optic	Fiber Optic	POWER
Light Source	Power Meter

Figure 2. Typical Test Connections

Fiber Optic Test Meters • Operation

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Extron electronic FLS 101 manual Operation, FPM 101 Power Meter - Controls and Connections, Typical Test Connections

Contents

User Guide Fiber Optic Test SetFiber Optic Connectors and Accessories FPM 101 / FLSSicherheitsanleitungen Deutsch Safety Instructions EnglishConsignes de Sécurité Français Instrucciones de seguridad EspañolCopyright Conventions Used in this GuideTrademarks Page Contents Maintenance and TroubleshootingFiber Optic Test Meters Contents Typical Applications Accessories FeaturesAbout this User Guide About the FPM 101 and FLS Features Power Source IntroductionFigure 1. FPM 101 Power Meter and FLS 101 Laser Source Power SourceThe FPM 101 Power Meter offers 0000Typical Applications AccessoriesFPM 101 Power Meter FLS 101 Light SourceTesting Singlemode Links Using the Tone Generator FPM 101 Power Meter - Controls and ConnectionsMeasuring Optical Power Testing Fiber Optic Links Operationa b c FPM 101 Power Meter - Controls and ConnectionsFigure 3. FPM 101 Power Meter 0.00Wavelength/Backlight Button Power Up the FPMdB/dBm/μW Button Ref/Set Button Test Mode To Set a ReferenceTest Mode To View the Reference Splash and Auto-Off ScreenF G H I Display Readings in Test ModeC D E Figure 4. FPM 101 Displaye g c h a FLS 101 PowerFLS 101 Light Source - Controls and Connections f g i j dActive Output Indicator Status Output Ports and IndicatorsTest Mode WAVE ID Modesee “Testing Fiber Optic Links” on page Measuring Optical PowerTo Measure Optical Power Figure 6. Power Measurement Connections“Wavelength/Backlight Button” on page Testing Fiber Optic LinksTest the Transmit Reference Cable Figure 7. Transmit Reference Cable Connection0 dB FPM Clean both ends of the receive reference cableVerify the Reference Cables Figure 8. Transmit Reference Cable Connection After Reference SetFigure 9. Connect the Receive Reference Cable Insert the Link0.4 dB Figure 10. Connections to Measure Link Insertion Loss To Quickly Identify a Fiber Optic Link Using the Tone GeneratorFigure 14. Tone Identification Connections Cleaning FPM 101 Optical Ports Maintenance and TroubleshootingCleaning Optical Ports Cleaning Optical Ports Repair and Calibration Battery ReplacementCleaning FLS 101 Optical Ports Battery ReplacementRepair and Calibration Available mandrels for test Mandrels for Multimode Transmit Reference CablesLoops for Singlemode Transmit Reference Cables Diameter DOptical specifications- FPM SpecificationsOptical specifications - FLS 101 fiber optic output Specifications Included AccessoriesGeneral Fiber Optic Test Meters ReferenceDescription Included AccessoriesFPM/FLS 101 Setup Guide Part NumberPage Japan Extron WarrantyUSA, Canada, South America and Central America