JDS Uniphase FI Series Manuel utilisateur

ZPPKG0535

REV 1

FISERIES LIVE FIBER IDENTIFIER

Compact live ber identier with integrated optical power meter

USER MANUAL

USER MANUAL2

Notice Every eort was made to ensure that the information in this document was accurate at the time

of printing. However, information is subject to change without notice, and JDSU reserves the

right to provide an addendum to this document with information not available at the time that

this document was created.

Innovation, and its logo are trademarks of JDSU, LLC. All other trademarks and registered

trademarks are the property of their respective owners. No part of this guide may be reproduced

or transmitted electronically or otherwise without written permission of the publisher.

Trademarks JDSU is a trademark of JDSU in the United States and other countries.

FCC Information Electronic test equipment is exempt from Part 15 compliance (FCC) in the United States.

European Union Electronic test equipment is subject to the EMC Directive in the European Union. The EN61326

standard prescribes both emission and immunity requirements for laboratory, measurement,

and control equipment. This unit has been tested and found to comply with the limits for a

Class A digital device.

Independent

Laboratory Testing

This unit has undergone extensive testing according to the European Union Directive and

Standards.

FISERIES LIVE FIBER IDENTIFIER WITH POWER METER 3

TABLE OF CONTENTS

Chapter 1 OVERVIEW ................................................................................................................................................ 4–6

FI-Series Live Fiber Identier (LFI)............................................................................................... 4

Features and Components............................................................................................................ 5

Specications ..................................................................................................................................... 6

Chapter 2 OPERATION ...........................................................................................................................................7–11

Live Fiber Identier (LFI)................................................................................................................. 7

Optical Power Meter (OPM)........................................................................................................... 8

Controls .................................................................................................................................... 8

Display Indicators.................................................................................................................. 8

Absolute Power...................................................................................................................... 9

System Power Measurement ............................................................................................ 9

Relative Power......................................................................................................................10

Reference Measurement ..................................................................................................10

Replacing Batteries ........................................................................................................................11

Chapter 3 SOFTWARE.......................................................................................................................................... 12–14

Software Installation......................................................................................................................12

Hardware Recognition..................................................................................................................13

USB Optical Power Meter Software..........................................................................................13

Software Menus...................................................................................................................13

Software Controls ...............................................................................................................14

Reports....................................................................................................................................14

USER MANUAL4

OVERVIEW

The FI-Series Live Fiber Identier is a compact portable device that integrates live

ber identication and optical power measurement capabilities into a single tool.

This versatile tool can be used to determine live or dark optical signals on a ber cable

without disrupting network trac. The device will also display, store and recall optical

power measurements for each of the wavelengths chosen by the user. The stored

measurement data can be exported onto a PC with a simple USB connection. In addition,

the device is also compatible with FiberChek2 software for integrated inspection and

testing capabilities.

Live Fiber Identier

(LFI)

Power Meter

(OPM)

FI-SERIES LIVE FIBER

IDENTIFIER (LFI)

CHAPTER 1 Overview

FISERIES LIVE FIBER IDENTIFIER WITH POWER METER 5

FI-Series Live Fiber

Identier

Features and

Components

Overview CHAPTER 1

Safe-latch

Trigger

for Live Fiber

Identier

USB Input for

Connection to PC

for use with JDSU

ber analysis

software

Inter-Changeable Input for

Power Meter

Data STORE and RECALL

Controls

OPM Controls

Cable Alignment Groove

LFI Release/Attach Screw

Detachable LFI Head

3.7cm x 3.0cm LCD

Power Button

USER MANUAL6

Dimensions 216 x 60 x 38 mm (8.5 x 2.35 x 1.5 inch)

Weight 135 g (4.8 oz) with two AA alkaline batteries

Detection sensitivity (typical) –20 dBm @ 1310 nm, –30 dBm @ 1550 nm

Insertion loss (typical) 1310 nm: < .2 dB, 1550 nm: < 2 dB

Detected wavelengths 850 to 1700 nm

Detected tones 270 Hz, 330 Hz, 1kHz, 2 kHz

Standard cable diameter range 250 m – 3 mm

LFI Specications

Power source 2 x AA alkaline batteries

Wavelength range 780 to 1800 nm

Battery life > 70 hours

USB type 2.0

Screen size (W x H) 3.7 cm x 3.05 cm

Storage temperature –20 to 70° C

Operating temperature 0 to 50° C

General Specications

Dimensions 171 x 42 x 25 mm (6.8 x 1.7 x 1.4 inch)

Weight 100 g (3.5 oz) with two AA alkaline batteries

Connector input 1.25 mm and 2.5 mm available

Measurement types dB, dBm

Detectable optical power range –65 dBm to +10 dBm

Max. permitted input level +23 dBm

Intrinsic uncertainty1± 0.20 dB (± 5%)

Linearity1± 0.06 dB (-50 dBm to +5dBm)

Standard wavelength settings 850, 980, 1300, 1310, 1490, 1550, 1625 nm

Wavelength and modulation 270 Hz, 330 Hz, 1 kHz, 2 kHz

1300, 1310, 1490, 1550, 1625 nm –60 to +10 dBm

850, 980 nm –55 to +10 dBm

1Under the following reference conditions:–20 dBm (CW), 1300nm ± 1nm, 23°C ± 3K, 45 to 75% rel. humidity, 9 to 50µm fiber

OPM Specications

(VP-60)

CHAPTER 1 Overview

FISERIES LIVE FIBER IDENTIFIER WITH POWER METER 7

OPERATION

1. Turn power ON.

2. Insert ber into Alignment

Groove.

3. Pull the Safe-latch Trigger down

until you hear a clicking sound to

ensure Ambient Light Shield is

securely engaged.

4. If trac is present, an audible

tone will sound and the device

will display “TRAFFIC” on the

top part of the screen.

LIVE FIBER IDENTIFIER

(LFI)

Operation CHAPTER 2

Alignment Groove

Ambient Light Shield

"TRAFFIC" is Present

USER MANUAL8

CHAPTER 2 Operation

Display Indicators TRAFFIC Indicates optical signal trac over ber cable

-9.60 dBm Current power level (also displays in dB)

LO Too low for power level range

HI Too high for power level range

AU Automatic wavelength detected

1490nm Selected wavelength setting

Battery Image Battery power level

MEM004 Indicates number of stored readings

"MEM004" Flashing - indicates stored reading being displayed

2kHz Modulation tone

dB/dBm - Switches between absolute and relative

power level display

λ- Selects available wavelengths or AUTO wavelength

detect ON

• Pressandholdfor2secondstosetareferencevalue

("REF"willashwhenset)

Power - Turns Power ON/OFF

• Pressandholdfor2secondstoactivatePERM

(permanenton)mode

STORE - Press to store optical power measurement

reading on the device. The device will store up to 100

readings. Each stored value will be assigned a memory

number (i.e., MEM001) that is located on the lower left

corner of the display.

To erase stored readings on the device, press and hold

both STORE and RECALL together for 2 seconds. An

audible tone will conrm that the readings have been

erased and the area in the lower-left corner will be

cleared.

OPTICAL

POWER METER (OPM)

Power Meter Controls

LFI Release/Attach Screw

Note: TheLFIheadcanberemovedbyturning

theLFI Release/Attach Screwlocatedbelowthe

Alignment Groove.

RECALL - Press to retrieve stored OPM readings for

the wavelength selected on the device. When in RECALL

mode, the recalled reading values will be displayed on

the screen and the corresponding memory number (i.e.,

MEM001) will be ashing. Use the up ( ) and down ( )

arrows to scroll through recalled readings.

FISERIES LIVE FIBER IDENTIFIER WITH POWER METER 9

Absolute Power

System Power

Measurement

1. Select the connector you are testing and

disconnect from the system.

2. INSPECT, and if necessary, CLEAN both the

patch cord and bulkhead ends of the ber

interconnect.

3. INSPECT, and if necessary, CLEAN both ends of

the test lead ber.

4. Connect the test lead connector to the power

meter and to the system.

5. Press to turn the power meter ON.

6. Press λto select wavelength.

7. Press dB/dBm to select dBm.

8. The optical power measurement is displayed on

the power meter display.

9. Press STORE to save reading onto the device

(thesavednumberwillashonceonthedisplay).

Active Fiber

Optic System

Inspect Inspect

Inspect

Test Lead

Fiber

The absolute power level (systempowermeasurement) is the amount of optical power

present in the system, measured in dBm. The source of this power is the transmitter or

transceiver sending information through the system. This test determines whether the

signal has enough power to operate the receiver or transceiver at the end of the link.

Patch Cord

Inspection

Bulkhead

Inspection

Operation CHAPTER 2

USER MANUAL10

Relative Power

To measure attenuation, you must:

1. Get a reference measurement

2. Get an attenuation measurement

Note: Lossisequaltothereference

measurementminustheattenuation

measurement.

Acquiring attenuation measurements (opticallinkloss) on optical components or ber

optic links (e.g., ber connectors, cable assemblies, installed ber optic links) is done by

measuring the relative power level (dB) at the far end of the link or device under test.

1. INSPECT, and if necessary,

CLEAN both the ends of

reference ber 1.

2. Connect the optical light

source (OLS) to the power

meter using reference ber 1.

3. Press to turn both the

power meter and light source

(OLS) ON.

4. Press λto select

wavelength.

5. Press and hold dB/dBm on

the optical power meter.

REFashesbrieyonthepower

meterindicatethatthereference

levelissaved.

Note: DO NOT disconnectthe

reference berfromthelight

source(OLS).

6. Press STORE to save reading

onto the device (thesaved

numberwillashonceonthe

display).

Reference

Measurement

Inspect

Reference

Fiber 1

Inspect

Relative power level (attenuationmeasurement) is the amount of power lost (attenuated)

by the optical link being tested, measured in dB. The source of this power is typically a

handheld optical light source.This test determines whether the optical link is constructed

properly, either as a qualication test or when troubleshooting the network.

CHAPTER 2 Operation

Ce manuel convient aux modèles suivants

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