Viavi SmartClass Fiber OLS-85 User Manual

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SmartClass™ Fiber

OLS-85

User’s Guide

BN 2313/98.21

2016.01 English

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Please direct all inquiries to your local Viavi sales company. The addresses can be found at:

www.viavisolutions.com/en-us/contact-sales-expert

A description of additional instrument features can be found at:

www.viavisolutions.com/en-us/products/network-test-and-certification

Notice

Every effort 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 Viavi reserves the right to provide an addendum to this document with information not available at the time that this document was created.

General Public License

This product includes Qt 4.8.3 software licensed under the GNU LGPL v.

2.1, and barebox 2012.02.0 and linux 3.1.0-rc8 software licensed under the GNU GPL v. 3. To request a copy of the source code for this software, please write to: Open Source Request • Viavi Legal Department • 430 N. McCarthy Blvd. • Milpitas, CA 95035 USA

All other trademarks and registered trademarks are the properties of their respective owners.

Viavi Solutions Deutschland GmbH Arbachtalstraße 5, D-72800 Eningen u. A.

Order no.: BN 2313/98.21 Version: 2016.01 Previous version: 2014.10

Notes:

Changes may be made to specifications, descriptions and delivery information.

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OLS-85 3

ONTENTS

CONTENTS

1INTRODUCTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

OLS-85 Light Sources. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Operating manual update. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

Symbols used in this operating manual . . . . . . . . . . . . . . . . . 8

2SAFETY INFORMATION . . . . . . . . . . . . . . . . . . . . . . . . 10

Warning symbols on the unit . . . . . . . . . . . . . . . . . . . . . . . . . 10

Proper usage . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

Laser safety . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

Battery operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .11

Ventilation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

PS4 Universal AC/DC Power Supply . . . . . . . . . . . . . . . . . . . 12

3GETTING STARTED . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

Unpacking the instrument. . . . . . . . . . . . . . . . . . . . . . . . . . . .14

Connecting optical cables. . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

4BASIC OPERATION. . . . . . . . . . . . . . . . . . . . . . . . . . . 24

Switching the instrument on/off . . . . . . . . . . . . . . . . . . . . . .24

Operator control panel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24

Display elements. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25

Navigating in the menus . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26

Configuring the instrument . . . . . . . . . . . . . . . . . . . . . . . . . . 26

Software options. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .30

5PROBE/PCM OPERATION . . . . . . . . . . . . . . . . . . . . . 32

General information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .32

Patch Cord Microscope (PCM) . . . . . . . . . . . . . . . . . . . . . . . . 32

FMAE series adapters for the PCM . . . . . . . . . . . . . . . . . . . . 33

Features available with the P5000i Digital Probe . . . . . . . .33

QuickCapture™ key . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35

File toolbar. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35

Configuring the Digital Probe . . . . . . . . . . . . . . . . . . . . . . . . 36

6LASER OPERATION . . . . . . . . . . . . . . . . . . . . . . . . . . 40

General information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .40

Selecting a laser source . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .42

Auto l feature. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .42

Selecting a mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44

Setting the power level . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .45

Switching on/off the laser . . . . . . . . . . . . . . . . . . . . . . . . . . . .46

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4 OLS-85

ONTENTS

7MEMORY MANAGEMENT . . . . . . . . . . . . . . . . . . . . . . 47

General information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47

Data controls. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47

Selecting the group to save or display results . . . . . . . . . . 48

Saving results . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48

Displaying stored results . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49

Generating a report . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50

Summarize data by using the Link Data Mode . . . . . . . . . . 50

Clearing the memory. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52

8MAINTENANCE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53

Cleaning the test port . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53

Cleaning the instrument . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54

9REMOTE CONTROL . . . . . . . . . . . . . . . . . . . . . . . . . . . 55

Communication interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55

Command parameters and responses . . . . . . . . . . . . . . . . . 58

Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59

Error messages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 82

10 SPECIFICATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83

OLS-85 specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83

General specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 85

11 ORDERING INFORMATION. . . . . . . . . . . . . . . . . . . . . . 86

OLS-85 Optical Laser Source . . . . . . . . . . . . . . . . . . . . . . . . . 86

Included items. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 86

Accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 86

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OLS-85 5

OLS-85 LIGHT SOURCES

1 INTRODUCTION

OLS-85 Light Sources

The SmartClass™ Fiber OLS-85 light sources are professional, versatile, compact handheld instruments designed for qualification and certification of fiber optic networks. Thoroughly chosen combinations of available wavelengths make the SmartClass™ Fiber OLS-85 light sources the optimum choice for link loss testing and characterization of long-haul, metro, and access telecommunication networks, as well as for data center and local area network testing.

Single-Mode (SM) and Multi-Mode (MM) – The all-in-one solution

OLS-85 devices that have both single mode and multi-mode light sources are the most flexible test instruments. These instruments are particularly suitable for rental and measurement service companies.

Auto λ – Do it right the first time

OLS-85 Auto λ feature sends information about the emitted wavelengths to a receiving-end (e.g. OLP-85), enabling the receiving-end to automatically set up for correct wavelength setting and hence ensuring a correct measurement the first time.

Multi λ – Reduce testing time to a minimum

Combined with a compatible power meter (e.g. OLP-85) Multi-λ testing reduces testing time to a minimum by simultaneously testing at all wavelengths.

Macrobending test ready

Several OLS-85 variants provide a 1625 nm light source which is the ideal wavelength for detecting macrobending issues in fiber links.

Fiber inspection ready – Inspect before you connect

The SmartClass™ Fiber OLS-85 instruments are prepared for fiber inspection. Connection of a P5000i Digital Probe to the OLS-85 enables a technician to perform best practices fiber

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6 OLS-85

1 INTRODUCTION OLS-85 LIGHT SOURCES

inspection and automated Pass/Fail testing of optical connectors/adapters in order to ensure industry standard fiber endface quality and cleanliness.

You don't need an additional fiber microscope set – simply plug in a P5000i Digital Probe.

Report generation – Do it the easy way

Of course, it is possible to make measurement reports with a PC tool.

But it's even easier with SmartClass™ Fiber – generate your report on the instrument directly and you're done.

FTTx/PON aware

OLS-85 instruments allow for passive optical network (PON) testing at the ITU-T G.983.3, and IEEE 802.3ah specified wavelengths 1310 nm, 1490 nm, and 1550 nm. This is the ideal source for PON network loss testing.

Rugged and portable

Battery operation from AA dry batteries, or from a rechargeable Li-Ion Battery Pack ensure a long operating time in the field and a robust, shock-proof design makes the SmartClass™ Fiber instruments the perfect choice for optical network field testing, even under tough conditions.

Remote controllable

Operation from an AC/DC power supply and remote control capabilities via USB 2.0 and Ethernet make the SmartClass™ Fiber instruments even a perfect solution for fixed installations in central offices, in production environments, and on the laboratory workbench.

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OLS-85 7

OPERATING MANUAL UPDATE

1 INTRODUCTION

Differences between the instruments

Operating manual update

Continuing enhancement and further development of the SmartClass family may mean that this operating manual does not cover all the latest functions of your instrument.

If the operating instructions about features supported by your instrument are missing, please visit the V iavi web site to check if additional information is available.

To download the latest user manual:

1. Visit the Viavi web site at http://updatemyunit.net.

2. Select your SmartClass™ Fiber model from the product line.

3. Open the download area and download the latest user

manual.

BN 2313/xy

01 05 06 22 26

Wavelengths

850 nm –

√

–––

1300 nm –

√

–––

1310 nm

√√√√√

1490 nm – –

√

–

√

1550 nm

√√√√√

1625 nm – –

√√√

Optical outputs

Single-mode port PC

PC PC APC

APC

Multi-mode port – PC – – –

1) physical contact

2) angled physical contact

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8 OLS-85

1 INTRODUCTION SYMBOLS USED IN THIS OPERATING MANUAL

Symbols used in this operating manual

Various elements are used in this operating manual to draw attention to special meanings or important points in the text.

Symbols and terms used in warnings

The following warnings, symbols and terms are used in this document in compliance with the American National Standard ANSI Z535.6-2011:

Warning format

All warnings have the following format:

NOTICE

Follow the instructions carefully to avoid damage to or destruction of the instrument.

CAUTION

Follow the instructions carefully to avoid a low or medium risk of injury to persons.

WARNING

Follow the instructions carefully to avoid severe injury to persons.

DANGER

Follow the instructions carefully to avoid death or severe injury to persons.

High voltage

Follow the instructions carefully to avoid damage to the instrument or severe injury to persons.

This safety instruction is given if the danger is due to high

voltage.

Laser

Follow the instructions carefully to avoid damage to the instrument or severe injury to persons.

This safety instruction is given if the danger is due to laser

radiation. Information specifying the laser class is also given.

WARNING

Type and source of danger

Consequences of ignoring the warning.

► Action needed to avoid danger.

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OLS-85 9

SYMBOLS USED IN THIS OPERATING MANUAL

1 INTRODUCTION

The following character formats are used in this operating manual:

√

Requirement

This requirement must be met first; e.g.

√ The system is switched on.

►

Instruction

Follow the instructions given (the numbers indicate the order in which the instructions should be followed); e.g.

► Select mode.

Italics

Result

Indicates the result of following an instruction; e.g.

The page opens.

Boldface

Pages, controls, and display elements

Screen pages, controls, and display elements are indicated in boldface.

Te xt i n blue

Cross references

Cross references are indicated in blue type. When using the PDF version, just click on the blue text to skip to the cross reference.

[G]

Instrument keys

Instrument keys are indicated within square brackets.

[More]

Touchscreen buttons

Touchscreen buttons are indicated within blue square brackets.

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10 OLS-85

2 SAFETY INFORMATION WARNING SYMBOLS ON THE UNIT

2 SAFETY INFORMATION

Warning symbols on the unit

Proper usage

This instrument is intended for measurements on optical fiber devices and systems.

► Please make sure the instrument is not operated outside the

permitted ambient conditions.

► Always make sure that the instrument is in proper working

order before switching it on.

Warning symbols indicating a potential hazard

► In all cases where the unit is labeled with a warning symbol,

the operating manual must be consulted to learn more about the nature of the potential hazard and any action that must be taken.

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OLS-85 11

LASER SAFETY

2 SAFETY INFORMATION

Laser safety

Battery operation

WARNING

Dangerous laser radiation

Laser radiation can cause irreparable damage to eyes and skin.

► This device is a Class 1 laser product according to

DIN EN 60825-1:2007.

► Always be aware of the hazard level of the instrument to be

connected.

► Connect all optical fibers before switching on the radiation

source.

► Switch off the laser source before disconnecting the optical

fibers.

► Never look directly into the unconnected port of the

instrument, the output of a laser source, or an optical fiber connected to a source or a system.

► Always cover unused ports.

► Be aware that the emitted light is not visible.

► Heed the normal precautions for working with laser radiation

and consider local regulations.

WARNING

Explosion danger

Short-circuiting the batteries can result in overheating, explosion, or ignition of the batteries and their surroundings.

► Never short-circuit the battery contacts by touching both

contacts simultaneously with an electrical conducting object.

► Only use AA size dry batteries or rechargeable batteries. ► Make sure the batteries are inserted with the correct polarity.

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12 OLS-85

2 SAFETY INFORMATION VENTILATION

Ventilation

PS4 Universal AC/DC Power Supply

Safety class

The PS4 Universal AC/DC Power Supply unit has a protective

isolation that conforms with IEC 60950.

Environmental conditions

NOTICE

Insufficient ventilation

Insufficient ventilation can damage the instrument or adversely affect its function and safety.

► Ensure adequate ventilation when operating the instrument.

NOTICE

Ambient temperature too high/low

Temperatures outside the operating range of 0 to +40 °C can damage the PS4 Universal AC/DC Power Supply or adversely affect its function and safety.

► Only operate the PS4 Universal AC/DC Power Supply

indoors.

The PS4 Universal AC/DC Power Supply must only be operated at ambient temperatures between 0 and +40 °C.

NOTICE

Insufficient ventilation

Insufficient ventilation can damage the PS4 Universal AC/ DC Power Supply or adversely affect its function and safety.

► Ensure adequate ventilation when operating the PS4

Universal AC/DC Power Supply.

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OLS-85 13

PS4 UNIVERSAL AC/DC POWER SUPPLY

2 SAFETY INFORMATION

NOTICE

Condensation

Operation in the presence of condensation can damage the PS4 Universal AC/DC Power Supply or adversely affect its function and safety.

► Do not operate the PS4 Universal AC/DC Power Supply if

condensation has formed.

► If condensation cannot be avoided, such as when the PS4

Universal AC/DC Power Supply is cold and is moved to a

warm room, wait until the PS4 Universal AC/DC Power

Supply Unit is dry before plugging it into the AC power line.

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14 OLS-85

3 GETTING STARTED UNPACKING THE INSTRUMENT

3 GETTING STARTED

Unpacking the instrument

Packing material

We suggest that you keep the original packing material. It is

designed for reuse (unless it is damaged during shipping). Using

the original packing material ensures that the instrument is

properly protected during shipping.

Checking the package contents

► Unpack the instrument and check the package contents. For

more information see “Included items” on page 86.

Checking for shipping damage

After you unpack the instrument, check to see if it was damaged

during shipping. This is particularly likely if the packaging is

visibly damaged. If there is damage, do not attempt to operate

the instrument. Doing so can cause further damage. In case of

damage, please contact your local Viavi sales company.

Addresses can be found at www.viavisolutions.com.

Recovery following storage/shipping

Condensation can occur if a instrument that is stored or shipped

at a low temperature is brought into a warm room. To prevent

damage, wait until no more condensation is visible on the

surface of the instrument before powering it up. Do not operate

the instrument until it has reached its specified temperature

range and wait until it has cooled down if the instrument was

stored at a high temperature (see “General specifications” on

page 85).

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OLS-85 15

UNPACKING THE INSTRUMENT

3 GETTING STARTED

Instrument overview

Fig. 1 Front view OLS-85

1 Connector interface

2 Test head cover (green for APC- and gray for PC connectors)

3 3.5 inch touchscreen

4 Key pad (operator control panel)

5 Battery compartment and stand (on rear of instrument)

6 USB 2.0 device port (Type Micro-B)

7 USB 2.0 host port (Type A) and external power supply connector

8 Ethernet port (RJ-45)

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16 OLS-85

3 GETTING STARTED UNPACKING THE INSTRUMENT

Connector panel

Fig. 2 Connector panel of a single port instrument

Fig. 3 Connector panel of a dual port instrument

1 Optical connector

1 Optical connector 1 for single mode

2 Optical connector 2 for multi mode

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OLS-85 17

UNPACKING THE INSTRUMENT

3 GETTING STARTED

Fig. 4 External power supply connector and communication inter-

faces

Power supply

The following power sources can be used to operate the

OLS-85

• Eight 1.5 V dry batteries (Mignon AA size, alkaline type recommended)

• Eight 1.2 V NiMH rechargeable batteries (Mignon AA size, no internal charge)

• PS4 Universal AC/DC Power Supply (optional)

• RBP2 Li-Ion Battery Pack (optional)

1 Ethernet port (RJ-45)

2 External power supply connector

3 USB 2.0 host port (Type A)

4 USB 2.0 device port (Type Micro-B)

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18 OLS-85

3 GETTING STARTED UNPACKING THE INSTRUMENT

Battery operation

Replacing batteries

Fig. 5 Replacing the batteries

The battery compartment is on the back of the instrument.

1. Press down the latch to release and to open the lid of the

battery compartment.

2. Insert new batteries or remove the used batteries and replace

them with fresh ones.

NOTICE: Take care to insert the batteries correctly. The correct

polarity is indicated by a diagram inside the battery compartment.

– or –

WARNING

Dangers when handling batteries

Handling batteries may be dangerous. Please note the following safety instructions.

► Please note the battery operation safety information in the

chapter “Battery operation” on page 11.

Replacing batteries

► Do not replace individual batteries. Always change all eight

batteries at the same time.

► Always use eight batteries of the same type; i.e. do not mix

rechargeable and non-rechargeable batteries.

1 RBP2 Li-Ion Battery Pack

2 Latch lock

3 AA battery tray

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OLS-85 19

UNPACKING THE INSTRUMENT

3 GETTING STARTED

1. Press down the latch lock to release the battery tray.

2. Insert the RBP2 Li-Ion Battery Pack.

3. Close the battery compartment.

4. Press the [E] key to switch on.

Recharging the batteries

The rechargeable RBP2 Li-Ion Battery Pack is recharged when the PS4 Universal AC/DC Power Supply is being used to power the instrument. The instrument switches to trickle charging automatically as soon as the RBP2 Li-Ion Battery Pack is fully charged.

Notes: Rechargeable AA batteries will not be recharged in the

instrument. For AA-type rechargeable batteries please use an external charger. It is not possible to charge the rechargeable AA batteries or the RBP2 Li-Ion Battery Pack via the USB interface.

The instrument is powered by the PS4 Universal AC/DC Power Supply if the PS4 Universal AC/DC Power Supply and the USB interface are both connected.

General tips on using batteries

• Always handle batteries with care.

• Do not drop or damage the batteries or expose them to excessively high temperatures.

• Do not store the batteries for more than one or two days at very high temperatures (e.g. in a vehicle), either separately or inserted in the instrument.

• Do not leave discharged batteries in the instrument for a long time if it is not being used.

Other basic safety precautions are as follows:

• Do not use PS4 Universal AC/DC Power Supply outdoors or in wet or damp locations.

• Connect the PS4 Universal AC/DC Power Supply to the correct mains voltage, as indicated on the rating label.

• Do not allow anything to rest on the power cord, and do not place the product where people can walk on the power cord.

• Avoid using this product during electrical storms. There may be a remote risk of electric shock from lightning.

• Do not use this product in the vicinity of a gas leak or in any explosive environment.

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20 OLS-85

3 GETTING STARTED UNPACKING THE INSTRUMENT

• Do not attempt to service this product yourself, as opening or removing covers may expose you to dangerous, high voltage points, and other hazards. Contact qualified service personnel for all service.

Environmental protection

Please dispose of any unwanted dry batteries and rechargeable batteries carefully. They should also be removed from the instrument if it is to be discarded. If facilities in your country exist for collecting such waste or for recycling, please make use of these rather than throwing the batteries in with normal trash. You will often be able to return used batteries to the place where you purchase new ones. Any dry or rechargeable batteries that you purchased from Viavi can be returned to one of our Service Centers for disposal.

Operation from AC power

NOTICE: Only the PS4 Universal AC/DC Power Supply may be

used to operate the OLS-85 from AC power.

To fit the AC line plug adapter:

1. Select the appropriate AC line plug adapter.

2. Slide the AC line plug adapter into the slot.

The PS4 Universal AC/DC Power Supply is ready for use.

Fig. 6 PS4 Universal AC/DC Power Supply

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OLS-85 21

CONNECTING OPTICAL CABLES

3 GETTING STARTED

To change the AC line plug adapter:

1. Squeeze both sides of the PS4 latch lock (see Fig. 6).

2. Push the AC line plug adapter upwards.

3. Slide a different AC line plug adapter into the slot (see Fig. 7).

Fig. 7 PS4: Changing the AC line plug adapter

To operate the OLS-85 from AC power:

1. Connect the PS4 DC power cord to the OLS-85 external power

supply connector. (The connector is under the cover on the right side.)

2. Plug the PS4 into the AC line socket.

The OLS-85 switches on automatically when powered from the PS4.

Notes: The PS4 provides power even if dry or rechargeable

batteries are inserted in the instrument. The OLS-85 cannot be powered via the USB interface.

Connecting optical cables

Mounting test adapters

Viavi provides a number of test adapters for connecting the OLS-85 to the interface to be tested.

You can connect all standard optical connector types to the instrument using these adapters. The test adapters are suitable for connectors with planar (PC) and angled end surfaces (APC).

Contact your local Viavi sales company for available adapter types.

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22 OLS-85

3 GETTING STARTED CONNECTING OPTICAL CABLES

The OLS-85 connector type must match the cable connector type:

• PC: BN 2305/01/11

• APC: BN 2305/21/26/31/36/66

The PC/APC versions are easily identified by the colors of the name labels on the front:

•PC = blue

•APC = green

Notes: Only single mode fibers (SMF) may be connected to the

OLS-85.To mount the JAE test adapter:

√ The optical connectors are properly cleaned (see “Cleaning the

test port” on page 53).

1. Open the head cover and remove the protective cap (if still

mounted).

2. Place the test adapter vertically on the optical connector with

the locking lever open.

3. Close the locking lever once the test adapter is firmly seated.

You will hear the locking mechanism click.

4. Repeat the procedure if the instrument is equipped with two

ports.

5. Fit the fiber optic cable to the test adapter or close the head

cover.

Fig. 8 Mounting the JAE test adapter

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OLS-85 23

CONNECTING OPTICAL CABLES

3 GETTING STARTED

To mount the SENKO test adapter:

1. Open the head cover and remove the protective cap (if still

mounted).

2. Unscrew the SENKO test adapter and pull it off vertically.

3. Place the SENKO test adapter vertically on the optical

connector.

4. Fix the SENKO test adapter with two screws.

5. Repeat the procedure if the instrument is equipped with two

ports.

6. Fit the fiber optic cable to the test adapter or close the head

cover.

Fig. 9 Mounting the SENKO test adapter

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24 OLS-85

4 BASIC OPERATION SWITCHING THE INSTRUMENT ON/OFF

4 BASIC OPERATION

Switching the instrument on/off

To switch the instrument on:

► Press the [E] key to switch on the instrument.

To switch the instrument off:

► Press the [E] key to shift the instrument in hibernate mode.

– or –

1. Hold the [E] key to open the power off menu.

2. Ta p t he [Power Off ] button to switch off the instrument.

Operator control panel

Press to go to the homescreen.

Press to open menu.

Press to go back within an application or cancel input.

Press to toggle between the inspect view and the test view.

Press to switch the instrument on and off. LED glows green when the instrument is on.

Press an arrow key to:

• Navigate through the menus

• Change values in the menus

Press the centered key to:

• Confirm the selection

Press to save results.

Glows red when battery is low.

Glows red when a measurement is running in the background.

Glows orange when battery is charged; flashes orange when battery is charging.

Turned off when dry batteries are used or battery bay is empty.

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OLS-85 25

DISPLAY ELEMENTS

4 BASIC OPERATION

Display elements

Fig. 10 Homescreen

Link Data Mode

Indicates that the project data is summarized.

Auto-Off

Indicates whether the instrument turns off within a certain time.

External power supply The OLS-85 is powered by the external AC adapter when this symbol is

shown.

Battery status Indicates the battery charge status. If it is not shown, only the AC

adapter is active.

Laser

To edit the laser for maintanance and characterization of single-mode and multi-mode networks.

Probe

To view and inspect both the bulkhead (female) and patch cord (male) sides of fiber connectors, as well as other optical devices, such as transceivers.

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26 OLS-85

4 BASIC OPERATION NAVIGATING IN THE MENUS

Navigating in the menus

► Press the [A] key to open the context-sensitive menu.

Depending on which application is in the foreground, a different menu opens.

To select a menu item:

1. Press the arrow keys to highlight an item.

2. To confirm, press the center key within the arrow keys.

– or –

Tap the desired button on the touchscreen.

To leave a menu without making any changes:

► Press the [F] key.

Notes: All actions can be operated via the operator control panel

or the touchscreen. The following instructions describe only touchscreen operation.

To toggle between different display modes:

► Tap on the display to toggle between the display modes

(context-sensitive).

Configuring the instrument

This chapter describes the configuration of the System Settings.

System Settings menu overview

√ The homescreen is displayed. ► Press the [A] key and tap the [Settings] button.

The System Settings menu opens:

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CONFIGURING THE INSTRUMENT

4 BASIC OPERATION

The following table gives a short overview of the menu items. These are explained in the sections below.

Changing the Auto-Off setting

√ The instrument is switched on.

1. Press the [A] key and tap the [Settings] button.

2. Tap t he [Auto-Off] button.

The power mode menu opens.

3. Select the desired setting to change the power mode.

Changing the Screen-Off setting

1. Press the [A] key and tap the [Settings] button.

2. Tap t he [Screen-Off] button.

3. Select the desired setting to change the screen off time.

Notes: Auto-Off and Screen-Off settings are only active when

no external power supply is connected.

Auto-Off To adjust the switch-off period of the instrument.

Screen-Off To adjust the switch-off period of the screen.

Language To select the language of the instrument texts.

Date & Time To adjust the date, date format, time, and to set 24-hour time or 12-

hour time.

Date To adjust the date.

Date Format To adjust the date format.

Time To adjust the time.

Time Format To set 24-hour time or 12-hour time.

Network To set the communications protocols.

IP Mode To select either static or DHCP Ethernet mode.

IP Address To set the IP-address in static Ethernet mode.

Gateway To set the Gateway in static Ethernet mode.

Netmask To set the Netmask in static Ethernet mode.

MAC Address Unique identifier assigned to network interfaces for communication on

the physical network segment.

Remote Control Port Shows the TCP port used for remote control via Ethernet.

Factory Reset Set the instrument parameters and settings to their default values as

defined by Viavi. This does not affect any stored measurement results.

Manual To show reference information and user assistance for the instrument.

Info To show information about calibration, software, and hardware.

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28 OLS-85

4 BASIC OPERATION CONFIGURING THE INSTRUMENT

Adjusting the display brightness

1. Press the [A] key.

The menu opens:

2. Ta p t he [Brightness] button.

3. Type in the desired brightness value.

4. Ta p t he [OK] button.

Selecting a language

1. Press the [A] key and tap the [Settings] button.

2. Ta p t he [Language] button.

The language menu opens:

3. Tap the language you want to select.

– or –

Press the arrow keys to highlight the language you want to select and to confirm press the center key within the arrow keys.

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CONFIGURING THE INSTRUMENT

4 BASIC OPERATION

Setting the date

1. Press the [A] key and tap the [Settings] button.

2. Tap t he [Date & Time] button.

3. Tap t he [Date] button.

4. To change the setting, tap on the [Day], [Month], or [Yea r]

button.

5. Type in the desired value and tap the [OK] button.

6. Tap t he [OK] button again.

Setting the date format

1. Press the [A] key and tap the [Settings] button.

2. Tap t he [Date & Time] button.

3. Tap t he [Date Format] button.

4. To change the setting, tap on the desired date format.

Setting the time

1. Press the [A] key and tap the [Settings] button.

2. Tap t he [Date & Time] button.

3. Tap t he [Date] button.

4. To change the setting, tap on the [Hour], [Minute], or

[Second] button.

5. Type in the desired value and tap the [OK] button.

6. Tap t he [OK] button again.

Setting the 24-hour or 12-hour time

1. Press the [A] key and tap the [Settings] button.

2. Tap t he [Date & Time] button.

3. To change the setting tap the [Time] button.

Selecting the IP Mode

1. Press the [A] key and tap the [Settings] button.

2. Tap t he [IP Mode] button.

3. Tap the Ethernet Mode you want to select.

Resetting to the factory default values

1. Press the [A] key and tap the [Settings] button.

2. Tap t he [Factory Reset] button.

Notes: Setting the factory default values does not affect your

stored measurement results.

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30 OLS-85

4 BASIC OPERATION SOFTWARE OPTIONS

Updating the firmware

The latest version of the firmware can be downloaded from the Internet.

To find the latest firmware version:

1. Visit the Viavi web site at http://updatemyunit.net.

2. Select your model from the product line.

3. Open the download area and download the latest firmware.

4. Unzip and save the firmware to the root of a USB flash drive.

To update the downloaded firmware:

√ The instrument is fully charged or the PS4 Universal AC/DC

Power Supply is connected.

√ The instrument is switched off and not in hibernate mode.

1. Press and hold down the [A] key.

2. Press the [E] key to switch the instrument on.

The firmware update screen appears.

3. Release the [A] key.

4. Plug the USB flash drive into one of the instrument USB ports.

5. To start the firmware update procedure, press the center key

within the arrow keys.

If the update procedure is terminated the instrument turns off automatically.

6. Remove the USB flash drive.

7. Press the [E] key to switch the instrument on.

Resetting the instrument

► To reset the instrument, press the [E] key for more than 10

seconds.

Date and time are reset and the stored measurement data remains.

Software options

To install new software options:

1. Contact your local Viavi sales company or visit the Viavi web

site at www.viavisolutions.com.

2. Select a software option from the product line and order it just

like an instrument.

An e-mail with the license key will be sent.

3. Save the software option to the root of a USB flash drive.

4. Plug the USB flash drive into one of the instrument USB ports.

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SOFTWARE OPTIONS

4 BASIC OPERATION

5. Press the [A] key and tap the [Software Options] button.

The menu opens:

6. To start the installation, tap the [Install license via USB stick]

button.

– or –

To type the license key, tap the [Install license via key] button.

Successful installation or number of errors will be displayed in the following menu:

7. Remove the USB flash drive.

To display the installed software options:

√ The software options are installed and the confirmation menu

is displayed.

► To show the installed software options, tap the [Installed

Licenses] button.

– or –

√ The homescreen is displayed.

1. Press the [A] key and tap the [Software Options] button.

2. To show the installed software options, tap the [View installed

licenses] button.

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32 OLS-85

5 PROBE/PCM OPERATION GENERAL INFORMATION

5 PROBE/PCM OPERATION

General information

Dirty and/or damaged connectors are often the root cause of optical network problems. The Probe and PCM applications enable industry standard inspection and automated Pass/Fail testing with report generation of optical connectors/adapters in order to ensure industry standard fiber endface quality and cleanliness.

For best workflow efficiency, there are two variants of fiber microscopes available in the SmartClass™ Fiber family. The integrated Patch Cord Microscope (PCM) which is best suited for inspecting fiber endfaces of patch cords and the external P5000i Digital Probe (see “Digital Probe” on page 86) which may be either used for bulkhead inspection or patch cord inspection.

The shortest inspection time is achieved when using one of the OLP-87P models with an integrated PCM for patch cord inspection and a P5000i Digital Probe for bulkhead inspection.

Both applications – Probe and PCM – behave essentially the same and are described together below.

Notes: Only if a P5000i Digital Probe is connected to the

instrument is the Probe application fully functional. Select an OLP-87P version in order to get PCM functionality.

Patch Cord Microscope (PCM)

The PCM is a microscope used to view and inspect patch cord (male) sides of fiber connectors.

In order to support a wide variety of fiber optic connectors the PCM provides an exchangable FMAE adapter. The dedicated QuickCapture key provides either instant triggering of a Pass/Fail test or freezing the live image. For best workflow adaption the key action is configurable. The dedicated Magnification Control key provides fast toggling between two microscope magnification levels, low magnification for high level inspection of the fiber endface, and high magnification for detailed inspection of the fiber endface.

Page 33

OLS-85 33

FMAE SERIES ADAPTERS FOR THE PCM

5 P

ROBE/PCM OPERATION

Fig. 11 Patch cord microscope components

FMAE series adapters for the PCM

SmartClass™ Fiber devices with the PCM use FMAE series adapters to ensure consistent and accurate inspection for a wide variety connectors and applications. All PCM configurations ship with an included 2.5 mm interface. Kitted configurations may include additional FMAE adapters.

Features available with the P5000i Digital Probe

The P5000i Digital Probe is a portable handheld microscope used to view and inspect both the bulkhead (female) and patch cord (male) sides of fiber connectors, as well as other optical devices, such as transceivers.

The Digital Probe is specially designed to fit and operate comfortably and easily in-hand, allowing the user to inspect hard-to-reach connectors that are installed on the back side of patch panels or inside hardware devices. In order to support a wide variety of fiber optic connectors the P5000i provides an exchangable FBPT inspection tip. The dedicated QuickCapture key provides either instant triggering of a pass/fail test or of freezing the live image. For best workflow adaption the key action is configurable. The dedicated Magnification Control key

1 FMAE adapter

2 QuickCapture™ key

3 Focus Control

4 Magnification Control key

Page 34

34 OLS-85

5 PROBE/PCM OPERATION FEATURES AVAILABLE WITH THE P5000I DIGITAL PROBE

provides fast toggling between two microscope magnification levels - low magnification for high level inspection of the fiber endface and high magnification for detailed inspection of the fiber endface.

The P5000i Digital Probe kit sold with the OLS-85 contains the standard barrel assembly (FBPP-BAP1), standard patch cord tips, and standard bulkhead tips.

Fig. 12 P5000i Digital Probe components

FBPT series tips for the P5000i

The P5000i Digital Probe uses FBPT series inspection tips to ensure consistent and accurate inspection for a wide variety connectors and applications. These connector-specific and universal inspection tips are interchangeable, which allows the P5000i Digital Probe to interface with different types of fiber connectors.

Fig. 13 FBPT series tips for the P5000i

1 Inspection tip

2 Barrel assembly

3 QuickCapture™ key

4 Focus Control

5 Magnification Control key

6 USB 2.0 connector

7 1.83 m (6 ft) coil cable

1 Inspection tip

2 Barrel assembly

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OLS-85 35

QUICKCAPTURE™ KEY

5 PROBE/PCM OPERATION

P5000i connection

The Probe application requires a P5000i Digital Probe in order to be fully functional (see the list of all accessories in “Digital Probe”

on page 86).

1. Plug your P5000i into an USB port.

2. Connect the P5000i with the fiber being inspected.

3. Press the [C] ke y, t hen ta p t he [Probe] bu tto n o r u se t he ar row s

keys.

– or – Press the [H] key, to toggle between the measurement view and the inspection view. The P5000i will display the live view.

QuickCapture™ key

In order to support different workflows the functionality of the QuickCapture™ key is configurable. Pressing the key will either freeze the live image or start a test:

Camera mode

Set the QuickCapture™ key on the Digital Probe to get a live picture of the result.

Tip: Use the Focus Control key to adjust the focus of the image.

√ The Digital Probe is connected to the instrument.

► To display the live view, tap the [Probe] button.

File toolbar

Saving a picture

It is possible to save the frozen picture from the Digital Probe.

1. Press the [G] key.

2. Edit the file name.

3. Tap t he [OK] button.

File is saved in the preselected group.

Test Pressing the key will automatically freeze the live

image and perform a test.

Freeze Pressing the key will automatically freeze the live

image.

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36 OLS-85

5 PROBE/PCM OPERATION CONFIGURING THE DIGITAL PROBE

Configuring the Digital Probe

1. Ta p t he [Probe] button.

2. Press the [A] key to configure the Digital Probe according to

the following description.

Brightness settings

1. Set the luminosity manually using the arrow keys.

– or – Ta p t he ke y [A] > [Brightness] to tune the luminosity to the desired value.

2. Ta p t he [OK] button.

– or –

To confirm, press the center key within the arrow keys.

Tes t mode

Launching a test of the connector and fiber end-face

See “Freeze mode” on page 38 for more information on commands available.

To launch the test with the predefined profile (see “Profile”

on page 39):

1. With the P5000i Digital Probe, use the Focus Control key (see

Fig. 12) to adjust the image quality and sharpness.

2. Press the [A] key and tap the [Te st ] button.

– or –

Press the QuickCapture™ key on the Digital Probe if the button action is set to Test.

When the test procedure terminates, the information shown on the display depends on the current overlay setting:

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CONFIGURING THE DIGITAL PROBE

5 PROBE/PCM OPERATION

► Press the [A] key, an d the n t he [Overlay] button to change the

overlay view. Repeat the action until the desired view appears.

Three views can be displayed: without overlay, with colored edges, and colored edges with a legend.

Overlay

A summary of test results is displayed at the upper right of the screen.

Zone A: represents the core zone: it is the area surrounding the core

Zone B: represents the cladding zone. It surrounds the majority of the fiber cladding.

Zone C: represents the epoxy ring. Zone D: represents the ferrule zone: it

identifies a portion of the ferrule near and around the fiber.

Notes: To return to a Live image, press the QuickCapture™ key

or press the [A] key and tap the [Live] button to view both the live image and a test result simultaneously. If the te st ha s be en pas sed , t he imag e ha s a g re en c ol or ed frame. If failed, the frame is red.

Fig. 14 Pass/Fail analysis – overlay view

Magnification Control

The Magnification Control allows you to modify the live display from high to low magnification and vice-versa. In the high magnification mode an automatic centering is available.

Zone C

Zone B

Zone A

Zone D

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38 OLS-85

5 PROBE/PCM OPERATION CONFIGURING THE DIGITAL PROBE

Picture selected: Live

Picture selected: Test

Save allows you to save the selected picture in the current selected group in the disk of the instrument. Press the [G] key, enter a name for the JPG file, and validate.

Overlay allows you to display or hide the limits of each zone and the defaults on image from a test result.

Magnification Control allows you to switch all the images from Digital Probe test results from high to low magnification and vice-versa.

Saving the test result in a JPG file

Once the test has been performed and the result is displayed on the OLS-85 screen:

1. Click on the [G] key to save a JPG file of the test result in the

currently active group on the OLS-85.

2. On the edition keypad, enter the name of the JPG file.

3. Press Enter to validate and save the document.

The file is saved in the current active group directory on the OLS-

85.

Freeze mode

Once the image is acceptable (sharpness, luminosity are tuned correctly), you may freeze the picture. This feature allows you to store the resulting picture in order to compare it later to others or save it in a file. In Freeze Mode the picture has a blue colored frame.

Tip: Freezing a result does not store the picture in a file (see

“Saving a picture” on page 35). The result will be lost if the

instrument is shut off.

Depending on the QuickCapture™ key setting, this key allows you to freeze the picture or to start a test.

Test Allows you to launch a (new) test of the connector

(see “Launching a test of the connector and fiber

end-face” on page 36)

Freeze Allows you to freeze the live image and to save it

later on the disk . Once this key is pressed, the freeze image is automatically set to position 2.

Page 39

OLS-85 39

CONFIGURING THE DIGITAL PROBE

5 PROBE/PCM OPERATION

Profile

1. Press the [A] key.

2. Tap t he [Profile] button.

3. Tap the Profile which will be used for the test of the fiber

connector: – E2000: Pass/Fail criteria for precision metal ferrule connec-

tors.

– Ribbon_: Pass/Fail criteria for single-mode and multi-mode

connectors from IEC 61300-3-35 standard.

– SM-UPC: Pass/Fail criteria for single-mode UPC connectors

from IEC 61300-3-35 standard.

– SM-APC: Pass/Fail criteria for single-mode APC connectors

from IEC 61300-3-35 standard.

– SM_PC: Pass/Fail criteria for single-mode PC connectors

from IEC 61300-3-35 standard.

– MM_: Pass/Fail criteria for multi-mode connectors from IEC

61300-3-35 standard.

– SFP_: Pass/Fail criteria for small form-factor pluggables.

Profiles contain the analysis parameters from which Pass/Fail criteria are determined.

Tip

1. Press the [A] key.

2. Tap t he [Tip] button.

3. Select the tip set on the Digital Probe to connect fiber for

inspection and tap on the tip set.

1. Press the [A] key.

2. Tap the [More] button to view or change the storage location,

settings and information of the Digital Probe.

Page 40

40 OLS-85

6 LASER OPERATION GENERAL INFORMATION

6 LASER OPERATION

General information

Various fiber optic tests (e.g. loss test, fiber identification) require a reliable and stable optical source. OLS-85 devices are high-quality optical sources, which in addition to a stable optical signal have other useful properties, which simplify and shorten the work processes and exclude potential sources of error in measurement setups.

OLS-85 devices include several light sources – i.e. lasers and/or LEDs – which are stabilized using an automatic gain control mechanism. LEDs are typically used for multi-mode fiber measurements. On the other hand, lasers are used for singlemode fiber measurements.

Notes: In this manual, the word laser is used synonymously for

laser and LED sources.

The output signals of the light sources may be either continuous wave (CW) or modulated at certain frequencies, i.e. 270 Hz, 1 kHz, or 2 kHz. Viavi power meters (e.g. OLP-3x, OLP-8x) are capable of detecting these modulation frequencies. This method

WARNING

Dangerous laser radiation

Laser radiation can cause irreparable damage to eyes and skin.

► This device is a Class 1 laser product according to

DIN EN 60825-1:2007.

► Always be aware of the hazard level of the instrument to be

connected.

► Connect all optical fibers before switching on the radiation

source.

► Switch off the laser source before disconnecting the optical

fibers.

► Never look directly into the unconnected port of the

instrument, the output of a laser source, or an optical fiber connected to it.

► Always cover unused ports.

► Heed the normal precautions for working with laser radiation

and consider local regulations.

Page 41

OLS-85 41

GENERAL INFORMATION

6 LASER OPERATION

improves ambient light rejection in certain measurement setups. Additionally, the modulated signals can be used for fiber identification or for confirmation of continuity.

OLS-85 instruments provide the Auto λ feature. When activated, the OLS-85 embeds wavelength ID information into the emitted signal(s). This wavelength ID information can be utilized by a compatible Viavi power meter (e.g. OLP-85) for automatic wavelength setup and for simultaneous reception of multiple wavelengths. This minimizes test time and prevents common errors such as incorrect wavelength setting at the optical power meter.

Furthermore all OLS-85 instruments provide Auto-λ-Multi and Auto-λ-Serial modes which significantly reduce test time compared to manually switching wavelengths.

Display elements

Fig. 15 Laser application

Laser On/Off

Turn the laser on or off.

Mode selection

Switch between the modes CW, 270 Hz, 1 kHz, 2 kHz, and Auto

λ.

Wavelength selection

Select the required wavelengths.

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42 OLS-85

6 LASER OPERATION SELECTING A LASER SOURCE

Selecting a laser source

To select a wavelength from the laser source menu

√ The instrument is in Laser mode.

► Tap on one or multiple wavelengths in order to select them.

If the checkmark is shown, the dedicated wavelength is selected.

– or –

1. Press the [A] key.

2. Ta p t he [Select Laser] button.

Select laser source menu is displayed.

3. Tap on one or multiple lasers to select them.

If the checkmark is shown, the dedicated wavelength is selected.

4. Press the [F] key.

5. To turn on the selected lasers, tap the [Laser On/Off] field or

press the center key within the arrow keys.

Notes: If m ore tha n one l as er is sel ec te d, on ly “Aut o λ” mode can

be activated!

Auto λ feature

When in one of the Auto λ modes, the OLS-85 embeds wavelength ID information into the emitted signal(s). This wavelength ID information can be utilized by a compatible Viavi power meter (e.g. OLP-85) for automatic wavelength setup and for simultaneous reception of multiple wavelengths.

Auto-λ-Multi mode is a proprietary Viavi solution that reduces the testing time to a minimum by simultaneously testing at all wavelengths (see Fig. 16). Combined with a compatible power meter (e.g. OLP-85) the power meter automatically sets itself up for Multi λ test.

Auto-λ-Multi should be selected every time the optical power meter supports the Auto-λ-Multi feature.

Page 43

OLS-85 43

AUTO Λ FEATURE

6 LASER OPERATION

Fig. 16 Auto-λ-Multi

Auto-λ-Serial automatically toggles between all selected wavelengths (see Fig. 17), and combined with a compatible power meter (e.g. OLP-3x, OLP-85) the power meter automatically sets up with correct wavelength settings. This mode should be selected when low levels are expected on the optical power meter or when the power meter doesn't support Auto-λ-Multi.

Auto-λ-Serial should only be used in special cases, for instance when there is very low optical level on the optical power meter or when the optical power meter only supports Auto-λ-Serial.

Fig. 17 Auto-λ-Serial

Notes: Wavelengths cannot be reliably detected by a power

meter,

• if the receive level is too low,

• the wavelength encoding cannot be detected due to interference,

• or if you are measuring the absolute level of a system that does not have wavelength encoding matching Viavi power sources.

Light source #1

. . .

optical fiber

. . .

Time

ORL-85

1λ2λ3λ4λ1λ2

. . .

optical fiber

. . .

Time

Page 44

44 OLS-85

6 LASER OPERATION SELECTING A MODE

Selecting a mode

Ta pp in g on t he [Mode selection] field (see Fig. 15) toggles between the modes as shown in the figure below. There are modes where only a single wavelength can be selected (i.e. CW, 270 Hz, 1 kHz, 2 kHz). Furthermore there are Auto λ modes where multiple wavelengths can be selected (i.e. Auto λ, Auto-λ- Multi, Auto-λ-Serial). When there is only a single wavelength selected, the device is in Auto λ mode. When there are multiple wavelengths selected one can toggle between Auto-λ-Multi and Auto-λ-Serial mode.

Fig. 18 Mode selection

Enabling Auto λ mode

To switch Auto λ mode on:

√ The instrument is in Laser mode.

► Tap t he [Mode selection] field until Auto λ mode is shown.

– or –

1. Press the [A] key.

2. Ta p t he [More] button.

The menu opens:

3. Ta p t he [Auto λ] button to set or remove the checkmark.

The Auto

mode is on/off.

Notes: Signal modulation (270 Hz, 1 kHz, 2 kHz) cannot be

selected when Auto λ is enabled.

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SETTING THE POWER LEVEL

6 LASER OPERATION

To se lect the Auto -λ-Multi or Serial mode:

If multiple lasers are selected, you have the choice of Multi or Serial mode:

• Multi: All selected lasers emit simultaneously.

• Serial: The selected lasers emit successively.

► To toggle between Multi and Serial mode, tap the [Mode

selection] field on the upper right side of the touchscreen.

– or –

1. Press the [A] key.

2. Tap t he [More] button.

3. Tap t he [Auto λ Mode] button.

4. Tap the desired Auto λ Mode.

Enabling tone modulation

To enabling tone modulation:

► Tap the [Mode selection] field on the upper right side of the

touchscreen until the desired modulation frequency is displayed.

– or –

1. Press the [A] key.

2. Tap t he [Modulation] button.

3. Tap on the desired laser modulation.

CW – Continous Wave, 270Hz, 1kHz or 2kHz is marked.

Notes: A modulation frequency of 270 Hz, 1 kHz or 2 kHz can be

se t on ly if on e s ing le la ser is s el ec ted an d A uto λ is tu rne d off.

Setting the power level

The power level can be set for each wavelength separately and will be stored permanently.

Changing the power level

√ The instrument is in Laser mode.

1. Press the [A] key.

2. Tap t he [Adjust Level] button.

3. Tap on the desired wavelength.

The display changes to edit mode.

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46 OLS-85

6 LASER OPERATION SWITCHING ON/OFF THE LASER

4. Press the arrow keys to increase or decrease the power level.

Press once to change the level in 0.01 dBm steps.

– or –

Hold down the key to accelerate the step rate.

5. Press the [F] key.

Switching on/off the laser

√ The instrument is in Laser mode.

► To switch on the laser, tap the [Laser On/Off] field.

– or –

► Press the center key within the arrow keys.

– or –

1. Press the [A] key.

2. Ta p t he [Laser on] button.

► To switch off the laser, repeat one of the above mentioned

actions.

WARNING

Dangerous laser radiation

Laser radiation can cause irreparable damage to eyes and skin.

► This device is a Class 1 laser product according to

DIN EN 60825-1:2007.

► Always be aware of the hazard level of the instrument to be

connected.

► Connect all optical fibers before switching on the radiation

source.

► Switch off the laser source before disconnecting the optical

fibers.

► Never look directly into the unconnected port of the

instrument, the output of a laser source, or an optical fiber connected to it.

► Always cover unused ports.

► Heed the normal precautions for working with laser radiation

and consider local regulations.

Page 47

OLS-85 47

GENERAL INFORMATION

7 MEMORY MANAGEMENT

General information

The OLS-85 allows you to save measured values and inspection images in a structured data memory and recall them as required.

Data can also be downloaded via the USB interface to a PC for further evaluation.

Data controls

√ The instrument is in the Data view.

1. Select an application.

2. Press the [A] key to open the Data menu.

The following table gives a short overview of the menu items, which can also be found in the More menu.

AutoInc FiberID To activate automatic incrementation.

AutoInc Prefix To set the prefix of the results in automatic incrementation.

AutoInc Index To define the starting point of numeric automatic incrementation.

Create Project To create a new project group.

Delete Project To delete the project currently displayed.

Delete Selected To delete the selected data sets.

Deselect All To reset the selection.

Info To show information how to setup Link Data Mode.

Link Data Mode To summarize data for a project.

Onboard Manual To show reference information and user assistance for the instrument.

Reports To generate one report from the measurement results.

Select All To select all the data sets of the displayed group.

Select Group To select a group.

Shown Columns To show or hide the available columns of a data set.

Sort Order To sort the data sets alphabetically or chronologically.

View Selected To view the images of an inspection measurement.

Page 48

48 OLS-85

7 MEMORY MANAGEMENT SELECTING THE GROUP TO SAVE OR DISPLAY RESULTS

Selecting the group to save or display results

To relocate results and images, these can be stored in different groups.

The results and images are stored in the group most recently selected.

To select another group:

√ The instrument is in the Data & Reports view.

1. Press the [A] key.

2. Ta p t he [Select Group] button.

3. Select a group.

Selected group is displayed.

Tip: Depending on the active application, the Data & Reports

can be distinguished by the Timestamp or a five-digit sequential number.

Saving results

Results are stored simply by pressing the [G] key. Each time the key is pressed, the results will be stored.

Notes: If the OLP-87P with integrated patch cord microscope is

connected to a Digital Probe, the images for the PCM and the Digital Probe will be stored in different folders.

To save current results successively:

√ The instrument is in application mode.

1. Press the [G] key.

The Fiber ID edit menu is displayed:

2. Type in the Fiber ID.

3. Ta p t he [OK] button.

The measurement is stored.

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OLS-85 49

DISPLAYING STORED RESULTS

7 MEMORY MANAGEMENT

4. Press the [G] key again every time you want to save a an

additional result value.

The display briefly shows the Fiber ID used.

Notes: If the Fiber ID is not changed, the data set will be saved

under the same title. Depending on the active application, the Data & Reports ca n b e dis ti ng ui sh ed by the Timestamp or a five-digit sequential number. The

Fiber ID can be sorted using the timestamp.

Displaying stored results

To display the last results stored:

√ The homescreen is displayed.

1. Press the [A] key.

2. Tap t he [Data] button.

A selection of the available applications is displayed.

3. Tap the desired application button.

– or –

√ The instrument is in application mode.

1. Press the [A] key.

2. Tap t he [More] button.

3. Tap t he [Data] button.

The measurement data of the currently selected group is displayed:

To display the last results stored in Probe mode:

√ The homescreen is displayed.

1. Tap t he [Data] button.

2. Tap t he [Probe] button.

Measurement data of the currently selected group is displayed.

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7 MEMORY MANAGEMENT GENERATING A REPORT

3. Select the measurements you would like to view with the up

or down arrow key and press the center key within the arrow keys to set a checkmark.

– or –

To set a checkmark, tap on the desired measurements.

4. Press the [A] key and tap the [View Selected] button to view

the selected measurements.

5. Navigate through the selected measurements with the left or

right arrow key.

6. Press the [F] key if you wish to go back to the previous scre en.

Generating a report

√ The Data & Reports menu is displayed.

1. Press the [A] key.

2. Ta p t he [More] button.

3. To generate a report from the measurement results, tap the

[Reports] button.

Notes: For a project, only one report be created.

Summarize data by using the Link Data Mode

Several measuring points can be summarized in one project. A measuring point can contain several measurement results. The measurement results may consist of several application results.

To create a project:

√ The Data & Reports menu is displayed.

1. Press the [A] key.

2. Ta p t he [More] button.

3. Ta p t he [Create Project] button.

4. Type in the Project Name.

5. Ta p t he [OK] button.

The project is created.

To select a project:

√ The Data & Reports menu is displayed.

1. Press the [A] key.

2. Ta p t he [More] button.

3. Ta p t he [Select Project] button.

4. Select the project you want to link.

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SUMMARIZE DATA BY USING THE LINK DATA MODE

7 MEMORY MANAGEMENT

To link measurement data to a project:

√ The Data & Reports menu is displayed. √ The desired project is selected.

1. Press the [A] key.

2. Tap t he [More] button.

3. Tap t he [Link Data Mode] button.

Project settings are shown grayed. Link Data Mode is active.

4. Press the [F] key to exit from the menu.

To changed the linked applications:

√ The homescreen is displayed.

1. Press the [A] key.

2. Tap t he [Settings] button.

3. Tap t he [Linked Applications] button.

4. Tap t he [Link Data Mode] button.

5. Tap t he [Linked Applications] button.

6. Select the applications you want to link.

7. Press the [F] key to exit from the menu.

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Clearing the memory

Each data set contains the wavelength, the relative power level and reference value or the absolute power level, the threshold set, and the date/time when it was stored.

You do not have to clear the entire memory to free up capacity. You can clear individual data or group locations.

The OLS-85 has the following memory clear functions:

• Delete Selected

Clears the data of the selected measurement

• Delete Project

Clears all the measurements of the selected project

Clearing memory data

√ The Data & Reports menu is displayed. ► Press the [A] key.

To clear the data from a current measurement:

1. Select the group and measurement you want to clear.

2. Ta p t he [Delete Selected] button.

3. Press the [F] key to exit from the menu.

Notes: Now if you save results, they will be stored at the memory

location of the last group displayed.

To clear all the data of a project:

1. Select the project you want to clear.

2. Ta p t he [More] button.

3. Ta p t he [Delete Project] button.

4. Press the [F] key to exit from the menu.

Notes: Now if you save results, they will be stored at the memory

location of the last group displayed.

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CLEANING THE TEST PORT

8 MAINTENANCE

Cleaning the test port

It is a good idea to check that the optical connections are clean and clean them if necessary before starting measurements. Even very small dust particles on the end surfaces of the plugs or in the test adapters can adversely affect the accuracy of the measurement.

1. Switch off the instrument.

2. Remove the test adapter from the optical connection.

The plug end surface is now accessible.

3. Wipe off the plug end surface using a cotton bud soaked in

isopropanol.

This cleaning method is very effective and leaves no residue.

4. Blow out the test adapter with clean compressed air (available

in spray cans, e.g. anti-dust spray).

Notes: Cover the optical connections with the dust cap

whenever they are not in use. This prevents them from getting dirty.

WARNING

Dangerous voltage and invisible laser radiation

Maintenance or cleaning of the instrument while it is connected or operating may damage the instrument or injure you.

► Make sure that the instrument is switched off and

disconnected from all power sources and optical radiation sources before maintenance or cleaning.

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Cleaning the instrument

If the instrument gets dirty through use, you can clean it using a soft cloth moistened with a mild solution of detergent.

NOTICE

Water and cleaning fluids

The instrument may be damaged or destroyed if water or cleaning fluids penetrate it.

► Make sure that water or cleaning fluids do not penetrate the

instrument.

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COMMUNICATION INTERFACE

9 REMOTE CONTROL

Communication interface

The OLS-85 is equipped with a USB 2.0 (Micro-B) device interface for remote control via a PC. In order to operate the OLS-85 via remote control it has to be connected to a PC with a USB cable (see “Accessories” on page 86).

Fig. 19 USB cable for connection to a PC

The required driver files for the PC can be downloaded from

http://scf.updatemyunit.net. See the Readme file provided with

the driver package for installation guidance.

General operation

The main purpose of the remote control capability of the SmartClass™ Fiber family is to set and get Setup and Result values from an application. More complex remote control commands (called Extended Commands) providing extended application functionality are also available.

In general SmartClass™ Fiber allows multiple applications running on the system simultaneously. Hence there must be a way to select an application to which the remote control commands should be directed. Refer to “Selecting an

application” on page 56 for more information.

In addition to the application-specific commands, there is a set of Generic Commands which control the instrument itself, independent from the currently selected application.

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9 REMOTE CONTROL COMMUNICATION INTERFACE

Fig. 20 Remote control block diagram

Selecting an application

In order to get to all available applications, to change the currently selected application, and to get to the currently selected application there is a set of application management commands. The application management commands are a subset of the Generic Commands and start with :APPM. The application management acts as a switch routing the remote control commands to the selected application. In order to identify an application each application has a unique application ID (<app_ID>) which will be used to set the switch.

For example send :APPM:SEL SYSTEM in order to select the system application.

In addition to selection via the application management commands, one can use a colon followed by the <app_ID> as a prefix to the remote command.

For example, add the prefix :SYSTEM to any system application command in order to communicate with the system application.

Notes: Adding a prefix to a command has the same effect as

selecting an application via an application management command. Hence, after using a prefix, the application corresponding to that prefix is the selected application.

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COMMUNICATION INTERFACE

9 REMOTE CONTROL

Getting access to shared resources

On some instruments multiple applications share the same hardware resources. For that reason SmartClass™ Fiber instruments have the simple paradigm: the application which is visible on the GUI always has access to the shared resources. Regarding remote control, an application may not provide full functionality if it is not the currently visible application. In order to make sure the remote controlled application has full functionality, one should make the application visible by using the commands in the following table.

Notes: Applications that are not currently visible will return

-221,“Settings conflict” when setting a Setup that affects shared resources, Results will return an invalid value

9.91E37 (NAN), and most of the Extended Remote Commands will return -100,“Command error”.

Query the numerical setting range in the setup

The suffixes :MINV and :MAXV return the minimal and maximal allowed values:

e.g. :SYSTEM:DISP:BRGH:MINV? returns the value 10 and :SYSTEM:DISP:BRGH:MAXV? the value 100.

Command Purpose

:APPM:LIST? Provides a list of all application IDs separated by commas

:SYSTEM:APP:ID:VSBL <app_ID>

Makes the application corresponding to the application ID visible

:SYSTEM:APP:ID:VSBL? Retrieves the ID of the currently visible application

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Command parameters and responses

The following table lists the parameter and response types used for remote control.

<NR1> Integer value.

Examples: 23, 90, 0

<NR2> Real number.

Examples: 23.45, 1.30

<NR3> Exponential number.

Examples: 4.3E-3, -8.9456E8, 123E-5

<BOOLEAN> Boolean value.

If the setting range is used as a response type, 0 and 1 are returned.

Examples: 0, OFF, FALSE 1, ON, TRUE

<NAN> Not a number.

Indicates an invalid result. The returned value is

9.91E37.

<STRING> IEEE488.2

<STRING_RESPONSE_DATA> IEEE488.2

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Commands

Overview

Generic commands

These commands are always used without a prefix.

*IDN? *OPT? *RST :APPM:LIST? :APPM:SEL :APPM:SEL? :APPM:VER? :SYST:DATE :SYST:DATE? :SYST:ERR? :SYST:TIME :SYST:TIME?

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Probe application/PCM application

These commands are used with the prefix :MSCOPE (for Probe application, external microscope) or with the prefix :PCM (for PCM application, built-in microscope).

Results

Setups

:FQM:PERC? :FQM:PERC:MAX? :INSP:PASS? :INSP:PASS:ZONE:A? ... F? :INSP:ZONE:NUMB?

:APP:ID:VSBL :APP:ID:VSBL? :AUTO:CNTR :AUTO:CNTR? :CAPT:BTTN:MODE :CAPT:BTTN:MODE? :FQM:ENAB :FQM:ENAB? :FRZE:BUSY? :INSP:BUSY? :INSP:ERR? :INSP:PRF:NAME :INSP:PRF:NAME? :INSP:PRF:NAMES? :INSP:TBL:SHOW :INSP:TBL:SHOW? :INSP:TIP:NAME :INSP:TIP:NAME? :INSP:TIP:NAMES? :MAGN:HIGH :MAGN:HIGH? :MICR:BAD? :MICR:CON? :MICR:DET? :MICR:OPER:MODE :MICR:OPER:MODE? :OVRL:SHOW :OVRL:SHOW? :STOR:AUTO:INCR:ENAB :STOR:AUTO:INCR:ENAB? :STOR:AUTO:INCR:IDX :STOR:AUTO:INCR:IDX? :STOR:AUTO:INCR:PRFX :STOR:AUTO:INCR:PRFX? :STOR:AVLB?

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Extended commands

:STOR:GRP:NAME :STOR:GRP:NAME? :STOR:GRP:NAMES? :STOR:NAMES? :STOR:NOTE :STOR:NOTE? :STOR:WR:BUSY?

:APP:FACT:DEF :MICR:CAL:INFO? :MICR:MODL:NAME? :MICR:SER:NUMB? :MICR:SW:VER? :STOR:ALL:DEL :STOR:DEL :STOR:GRP:CREA :STOR:GRP:DEL :STOR:EVAL:TYPE? :STOR:RD? :STOR:RD:EVAL:XML? :STOR:RD:FMAP? :STOR:RD:IMG:HIGH? :STOR:RD:IMG:HIGH:OVRL? :STOR:RD:IMG:LOW? :STOR:RD:IMG:LOW:OVRL? :STOR:WR

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Laser application

These commands are used with the prefix :LASER.

Setups

:APP:ID:VSBL :APP:ID:VSBL? :AUTO:LMBD :AUTO:LMBD? :AUTO:LMBD:MODE :AUTO:LMBD:MODE? :MEAS:ACT? :SER:MODE:ACT:WLEN :SOUR:ENAB:AVLB:WLEN? :SOUR:ENAB:LSR :SOUR:ENAB:LSR? :SOUR:ENAB:WLEN :SOUR:ENAB:WLEN? :SOUR:ENAB:WLEN:NUMB :SOUR:OUTP:WLEN? :SOUR:POW:WLEN1 ... 4 :SOUR:POW:WLEN1 ... 4? :SOUR:TONE :SOUR:TONE? :SOUR:WLEN:NUMB? :SOUR:WLEN? :STOR:AVLB :STOR:GRP:NAME :STOR:GRP:NAME? :STOR:GRP:NAMES :STOR:NAMES? :STOR:NOTE :STOR:NOTE?

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SYSTEM application

These commands are used with the prefix :SYSTEM.

Setups

Extended commands

:APP:ID:VSBL :APP:ID:VSBL? :AUTO:OFF :AUTO:OFF? :DISP:BRGH :DISP:BRGH? :DISP:OFF :DISP:OFF? :ETH:MAC:ADDR? :IP:ADDR? :IP:ADDR:STAT :IP:ADDR:STAT? :IP:GATE :IP:GATE:STAT :IP:GATE:STAT? :IP:MASK :IP:MASK:STAT :IP:MASK:STAT? :IP:MODE :IP:MODE? :LANG :LANG? :OPT:INST:BUSY? :OPT:INST:ERR:LIST? :OPT:INST:LIST? :OPT:ULCK? :STOR:AVLB?

:APP:FACT:DEF

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PowerManagement application

These commands are used with the prefix :PMGNT.

Results

Setups

Extended commands

:BATT:CAP:PERC? :BATT:TYPE? :POW:SPLY:CON?

:STOR:AVLB?

:APP:FACT:DEF

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Detailed description of the commands

Generic commands

Command string Parameter type / Response type / Unit / Info

*IDN? Returns the unique identification of the instrument.

Response type:

<STRING_RESPONSE_DATA>

e.g. Viavi Solutions Deutschland GmbH, OLS-85/01,A-0106,V03.30

*OPT? Returns the installed software options.

*RST Sets the parameters of all running applications to their default values.

Calls :APP:FACT:DEF of all applications.

:APPM:LIST? Provides a list of application IDs separated by commas.

Response type:

<STRING_RESPONSE_DATA>

:APPM:SEL <STRING>

Selects the application specified by the application ID provided.

Valid values:

All application IDs returned from :APPM:LIST?

:APPM:SEL? Returns the application ID of the currently selected application.

:APPM:VER? Returns the version of the remote control application.

:SYST:DATE Sets the system date (yyyy,mm,dd).

e.g. :SYST:DATE 2013,03,30

:SYST:DATE? Returns the system date (yyyy,mm,dd).

e.g. 2013,03,30

:SYST:ERR? Returns content of error queue.

:SYST:TIME Sets the system time (hh,mm,ss).

e.g. :SYST:TIME 23,59,59

:SYST:TIME? Returns the system time (hh,mm,ss).

e.g. 23,59,59

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Results for the Probe application/PCM application

Command string Parameter type / Response type / Unit / Info

:FQM:PERC? Focus quality result.

0 = Not calculated for the image.

Response type:

<NR1>

:FQM:PERC:MAX? Focus quality highwater mark. Highest focus quality value recently

observed.

Response type:

<NR1>

:INSP:PASS? Pass/Fail result for the complete fiber.

Response type:

:INSP:PASS :ZONE:A? ... F?

Pass/Fail result for fiber zones A–F respectively, depending on the selection.

Response type:

:INSP:ZONE:NUMB? Number of available inspection zones.

Response type:

<NR1>

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Setups for the Probe application/PCM application

Command string Parameter type / Response type / Unit / Info

:APP:ID:VSBL <STRING>

Makes the specified application visible (i.e. brings the specified application to foreground).

Notes: Full functionality is only available for the active

application, so it may be important to know which application is active.

Valid values:

All application IDs returned by :APPM:LIST?.

:APP:ID:VSBL? Returns the name of measurement application which is currently visible

on the display.

Response type:

See :APP:ID:VSBL command for more information.

:AUTO:CNTR <BOOLEAN>

Controls fiber center tracking for live video images in highmagnification mode.

Default:

TRUE

:AUTO:CNTR? Returns TRUE if the fiber center tracking in live video is turned on.

Response type:

<BOOLEAN> See :AUTO:CNTR command for more information.

:CAPT:BTTN:MODE <NR1>

Controls the function of the probes capture button.

Valid values:

0: Freeze 1: Test

Default:

:CAPT:BTTN:MODE? Returns which function the probes capture button has.

Response type:

<NR1> See :CAPT:BTTN:MODE command for more information.

:FQM:ENAB <BOOLEAN>

The Digital Probe calculates a focus quality metric for each video frame. If this flag is set to TRUE, the result is displayed as a focus bar on the screen. Deactivating this calculation can speed up video frame rate in some cases.

Default:

TRUE

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:FQM:ENAB? Returns TRUE if the calculated focus quality metric for video frames is

enabled.

Response type:

<BOOLEAN> See :FQM:ENAB command for more information.

:FRZE:BUSY? Returns TRUE if an image is captured. After saving the image, the value

is changed to FALSE.

Response type:

:INSP:BUSY? Returns TRUE if the analysis of an image has been started. After

analyzing the image, the value is changed to FALSE.

Response type:

:INSP:ERR? Returns TRUE if the test of an image causes an error.

Response type:

:INSP:PRF:NAME <STRING>

Name of the selected inspection profile name. The first entry in the common profile names directory is used as default name.

See :INSP:PRF:NAMES? command for more information.

:INSP:PRF:NAME? Returns the name of the selected inspection profile.

Response type:

<STRING> See :INSP:PRF:NAME command for more information.

:INSP:PRF:NAMES? Returns the names of all available inspection profiles (read from

common (PCM and MSCOPE) profile directory).

:INSP:TBL:SHOW <BOOLEAN>

Shows or hides the result table for a tested image.

Default:

TRUE

:INSP:TBL:SHOW? Returns TRUE if the result table for a tested image is displayed.

See :INSP:TBL:SHOW command for more information.

:INSP:TIP:NAME <STRING>

Selects one tip out of the tip names map. See :INSP:TIP:NAMES? command for more information.

Each time the tip names map changes, the tip name has to be updated.

:INSP:TIP:NAME? Returns the name of the selected tip.

Response type:

<STRING> See :INSP:TIP:NAME command for more information.

Command string Parameter type / Response type / Unit / Info

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:INSP:TIP:NAMES? Returns the names of all available tips that match both of the following

conditions:

• The tip name and the name of an active calibration of the connected Digital Probe must be identical. See :MICR:CAL:INFO? command for more information.

• At least one entry in the INSP:PRF:NAMES list must support this kind of tip.

Each time the active profile is changed, this map will be updated.

:MAGN:HIGH <BOOLEAN>

Sets the magnification of the Digital Probe.

Default:

FALSE

:MAGN:HIGH? Returns TRUE if the magnification of the Digital Probe is high.

Response type:

<BOOLEAN> See :MAGN:HIGH command for more information.

:MICR:BAD? Returns TRUE if the detected Digital Probe could not be initialized

properly.

Response type:

:MICR:CON? Returns TRUE if a Digital Probe is detected and the authorization as well

as initialization tasks have finished successfully.

Response type:

:MICR:DET? Returns TRUE if a Digital Probe is detected.

Response type:

:MICR:OPER:MODE <NR1>

Selects the operation mode of the Digital Probe.

Valid values:

0 (Live image) 2 (Snapshot) 3 (Test)

Default:

:MICR:OPER:MODE? Returns the actual operation mode of the Digital Probe.

Response type:

<NR1> See :MICR:OPER:MODE command for more information.

Command string Parameter type / Response type / Unit / Info

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:OVRL:SHOW <BOOLEAN>

Displays or hides the overlay for a tested image.

Default:

TRUE

:OVRL:SHOW? Returns TRUE if the overlay for a tested image is displayed.

Response type:

<BOOLEAN> See :OVERL:SHOW command for more information.

:STOR:AUTO:INCR :ENAB <BOOLEAN>

Enables the automatic increment feature.

Default:

TRUE

:STOR:AUTO:INCR :ENAB?

Returns TRUE if the automatic increment feature is enabled.

Response type:

<BOOLEAN> See :STOR:AUTO:INCR:ENAB command for more information.

:STOR:AUTO:INCR :IDX <NR1>

Sets the start index for the automatic increment feature.

Valid range:

1 to maximum integer

Default:

:STOR:AUTO:INCR :IDX?

Returns the current index for the automatic increment feature.

Response type:

<NR1> See :STOR:AUTO:INCR:IDX command for more information.

:STOR:AUTO:INCR :PRFX <STRING>

Sets the prefix for the automatic increment feature.

:STOR:AUTO:INCR :PRFX?

Returns the prefix for the automatic increment feature.

Response type:

<STRING> See :STOR:AUTO:INCR:PRFX command for more information.

:STOR:AVLB? Returns whether the application can or cannot store measurements.

:STOR:GRP:NAME <STRING>

Sets the selected storage group name.

:STOR:GRP:NAME? Returns the name of the currently selected storage group.

Response Type:

<STRING> See :STOR:GPR:NAME command for more information.

Command string Parameter type / Response type / Unit / Info

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Extended commands for the Probe application/PCM application

:STOR:GRP:NAMES? This setup contains the names of all available storage groups. The

“default” group is always available.

:STOR:NAMES? This setup contains the fiber IDs and internal IDs belonging to the

group specified by :STOR:GRP:NAME.

:STOR:NOTE <STRING>

A user specific note which is stored with the measurement results.

:STOR:NOTE? Returns the stored user note.

Response Type:

<STRING> See :STOR:NOTE command for more information.

:STOR:WR:BUSY? Returns TRUE if a storage command is active. After saving the

measurement the value FALSE will be returned.

Response type:

Command string Parameter type / Response type / Unit / Info

:APP:FACT:DEF Sets all parameters of the application to their default values.

:MICR:CAL:INFO? Returns the list of calibrations (“tips”) of the connected Digital Probe.

Example of a list: (sf = supported fibers) PCM: 2 active calibrations: [0], “Standard Tips (with BAP1)”, sf=1;[1],

“Ribbon Tips”, sf=2

:MICR:MODL:NAME? Returns the model of the connected Digital Probe. Usually: “FBP-

P5000i”

:MICR:SER:NUMB? Returns the serial number of the connected Digital Probe. For example

“B1712-8740-399”.

:MICR:SW:VER? Returns the firmware version of the connected Digital Probe. For

example “1.2.41.903”.

:STOR:ALL:DEL Deletes all measurement entries and groups. Creates a new empty

“de fault” group. :STOR:GRP:NAME is set to default.

:STOR:DEL <STRING>, <STRING>, <STRING>

Deletes a dedicated measurement result specified by group (string1), fiber identifier (string2) and internal identifier (string3).

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:STOR:EVAL:TYPE? <STRING>, <STRING>, <STRING>

Returns “1” if a dedicated measurement result specified by group (string1), fiber identifier (string2), and internal identifier (string3) contains a Pass/Fail analysis. Otherwise it returns “0”.

:STOR:GRP:CREA <STRING>

Creates an empty storage group. For example :PCM:STOR:GRP:CREA myGroupName

:STOR:GRP:DEL <STRING>

Deletes the storage group specified by string. For example :PCM:STOR:GRP:CREA default2.

After deleting the currently selected group (see :STOR:GRP:NAME), the selection will be changed to “default” group.

Any attempt to delete the “default” group will only delete the contents of this group.

:STOR:RD? <STRING>, <STRING>, <STRING>

Returns a string describing the measurement result specified by group (string1), fiber identifier (string2), and internal identifier (string3).

:STOR:RD:EVAL :XML? <STRING>, <STRING>, <STRING>

Returns the contents of a *.pfr.xml (“pfr” = “pass/fail result”) file specified by group (string1), fiber identifier (string2), and internal identifier (string3).

Special format: “#h:3104,696e7072cdcc”

:STOR:RD:FMAP? <STRING>, <STRING>, <STRING>

Returns the contents of a *.fmap.pgm.gz (“fmap.pgm.gz” = “feature map.portable gray map.gzip”) file specified by group (string1), fiber identifier (string2), and internal identifier (string3).

Special format: “#h:3104,696e7072cdcc”

:STOR:RD:IMG :HIGH? <STRING>, <STRING>, <STRING>

Returns the contents of a *.hm.jpg (“hm.jpg” = “high magnification.jpg”) file specified by group (string1), fiber identifier (string2), and internal identifier (string3).

Special format: “#h:10091,696e7072cdcc”

:STOR:RD:IMG :HIGH:OVRL? <STRING>, <STRING>, <STRING>

Returns the contents of a *.thm.jpg (“thm.jpg” = “test high magnification.jpg”) file specified by group (string1), fiber identifier (string2), and internal identifier (string3).

Special format: “#h:16100,696e7072cdcc”

Command string Parameter type / Response type / Unit / Info

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:STOR:RD:IMG :LOW? <STRING>, <STRING>, <STRING>

Returns the contents of a *.lm.jpg (“lm.jpg” = “low magnification.jpg”) file specified by group (string1), fiber identifier (string2), and internal identifier (string3).

Special format: “#h:14823,696e7072cdcc”

:STOR:RD:IMG :LOW:OVRL? <STRING>, <STRING>, <STRING>

Returns the contents of a *.tlm.jpg (“tlm.jpg” = “test low magnification.jpg”) file specified by group (string1), fiber identifier (string2), and internal identifier (string3).

Special format: “#h:16100,696e7072cdcc”

:STOR:WR <STRING>, <STRING>

Writes a dedicated measurement result specified by group (string1) and fiber identifier (string2). If the given group doesn’t exist, it will be created. This command can take a few seconds to complete. Wait until “:STOR:WR:BUSY?” returns 0 before proceeding.

This c ommand create s up to seven f iles for up to seven components of the result. The seven “:STOR:RD...?” queries are used to read these result files.

To cr ea te un iq ue f il e n a me s , t hi s fu n ct i on au to m at i ca ll y a dd s a n internal index.

Command string Parameter type / Response type / Unit / Info

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Setups for the Laser application

Command string Parameter type / Response type / Unit / Info

:APP:ID:VSBL <STRING>

Makes the specified application visible (i.e. brings the specified application to foreground).

Notes: Full functionality is only available for the active

application, so it may be important to know which application is active.

Valid values:

All application IDs returned by :APPM:LIST?.

:APP:ID:VSBL? Displays the name of measurement application which is currently

visible on the display.

Response type:

See :APP:ID:VSBL command for more information.

:AUTO:LMBD <BOOLEAN>

Determines whether the instrument recognizes Auto λ modulation frequencies.

Default:

TRUE

:AUTO:LMBD? Returns TRUE if the instrument recognizes Auto λ modulation

frequencies.

Response type:

<BOOLEAN> See :AUTO:LMBD for more information.

:AUTO:LMBD:MODE Setup to start auto lambda mode. If the Auto λ isn’t already active, it

will be activated by starting the setup. 0: Serial 1: Multi

Default:

:AUTO:LMBD :MODE?

Returns which auto lambda mode is active. See :AUTO:LMBD:MODE for more information.

:MEAS:ACT? Shows the status of the measurement. Valid results are

available if this setup is TRUE.

Response type:

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OLS-85 75

COMMANDS

9 REMOTE CONTROL

:SER:MODE:ACT :WLEN <NR1>

Returns the wavelength of the active laser source, if the auto lambda mode is active.

Valid range:

800 to 1700

Default:

:SOUR:ENAB:AVLB :WLEN?

Returns an array of boolean values indicating if a laser with a particular wavelength can be enabled.

E.g. the value “TRUE, TRUE, FALSE, FALSE” means lasers at positions 0 and 1 can be enabled, and lasers at positions 2 and 3 cannot be enabled.

:SOUR:ENAB:LSR To activate or deactivate the output for all selected laser sources.

:SOUR:ENAB:LSR? Returns FALSE if all lasers are deactivated.

Response type:

<BOOLEAN> See :SOUR:ENAB:LSR for more information.

:SOUR:ENAB:WLEN Selects or deselects the laser sources which will be turned on when

:SOUR:ENAB:LSR is set to TRUE. See :SOUR:ENAB:LSR for more information.

To change a selection in the array, enter the addition :DATA, the index position followed by a comma and the corresponding boolean value.

E.g. in order to select laser at index position 1 send :SOUR:ENAB:WLEN:DATA 1,TRUE

:SOUR:ENAB:WLEN? Returns the selection state for all available laser sources.

See :SOUR:ENAB:WLEN for more information.

:SOUR:ENAB:WLEN :NUMB?

Returns the number of the selected laser sources.

Response Type:

<NR1>

:SOUR:OUTP:WLEN? Returns the optical port/connector for each laser.

:SOUR:POW :WLEN1 ... 4

Selects output power for all laser sources (unit dBm). The application is capable of handling 4 laser sources. Some instruments may provide less than 4 laser sources.

:SOUR:POW :WLEN1 ... 4?

Returns the output power in dBm. See :SOUR:POW:WLEN1 ... 4 for more information.

Command string Parameter type / Response type / Unit / Info

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76 OLS-85

9 REMOTE CONTROL COMMANDS

:SOUR:TONE <NR1> Sets the modulation frequency.

Notes: The selected value is written to the laser sources if

Auto λ is disabled.

Valid values:

0: CW 1: 270 Hz 2: 1 kHz 3: 2 kHz

Default:

:SOUR:TONE? Returns the currently selected modulation frequency.

:SOUR:WLEN:NUMB?Returns the number of available laser sources. The application is

capable of handling 4 laser sources. Some instruments may provide less than 4 laser sources.

Response Type:

<NR1>

:SOUR:WLEN? Returns the wavelengths of all lasers sources.

:STOR:AVLB? Returns whether the application can or cannot store measurements.

Always TRUE for PowerMeter application.

:STOR:GRP:NAME <STRING>

Sets the selected storage group name.

:STOR:GRP:NAME? Returns the name of the currently selected storage group.

Response Type:

<STRING> See :STOR:GPR:NAME command for more information.

:STOR:GRP:NAMES? This setup contains the names of all available storage groups. The

“default” group is always available.

:STOR:NAMES? This setup contains the fiber IDs and internal IDs belonging to the

group specified by :STOR:GRP:NAME.

:STOR:NOTE <STRING>

A user specific note which is stored with the measurement results.

:STOR:NOTE? Returns the stored user note.

Response Type:

<STRING> See :STOR:NOTE command for more information.

Command string Parameter type / Response type / Unit / Info

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OLS-85 77

COMMANDS

9 REMOTE CONTROL

Setups for the SYSTEM application

Command string Parameter type / Response type / Unit / Info

:APP:ID:VSBL <STRING>

Makes the specified application visible (i.e. brings the specified application to foreground).

Notes: Full functionality is only available for the active

application, so it may be important to know which application is active.

Valid values:

All application IDs returned by :APPM:LIST?.

:APP:ID:VSBL? Returns the application ID of the currently visible application.

Response type:

See :APP:ID:VSBL command for more information.

:AUTO:OFF <NR1> Sets the time of inactivity after which the instrument automatically goes

into standby mode. If an external power supply is connected, the instrument doesn’t enter

standby mode.

Valid values:

0 (5 min) 1 (10 min) 2 (20 min) 3 (30 min) 4 (Never)

Default:

:AUTO:OFF? Returns the time of inactivity after which the instrument automatically

goes into standby mode.

Response type:

<NR1> See :AUTO:OFF command for more information.

:DISP:BRGH <NR1> Sets the brightness of the display in percent.

Valid range:

10 to 100

Default:

:DISP:BRGH? Returns the brightness of the display in percent.

Response type:

<NR1> See :DISP:BRGH command for more information.

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78 OLS-85

9 REMOTE CONTROL COMMANDS

:DISP:OFF <NR1> In order to save power, the display switches off automatically after a

predefined time of inactivity. If an external power supply is connected, the display doesn’t switch off.

Valid values:

0 (15 sec) 1 (30 sec) 2 (1 min) 3 (2 min) 4 (10 min) 5 (Never)

Default:

:DISP:OFF? Returns the time of inactivity after which the display automatically

switches off.

Response type:

<NR1> See :DISP:OFF command for more information.

:ETH:MAC:ADDR? Returns the actual MAC address of the instrument.

:IP:ADDR? Returns the IP address which is currently valid for the instrument. In

static mode, this setup corresponds to IP:ADDR:STAT; in DHCP mode, it is provided by the DHCP server.

This setup is read-only.

:IP:ADDR:STAT <STRING>

Sets the static mode IP address.

:IP:ADDR:STAT? Returns the static mode IP address.

Response type:

<STRING> See :IP:ADDR:STAT command for more information.

:IP:GATE? Returns the IP gateway address which is currently valid for the

instrument. In static mode, this setup corresponds to IP:GATE:STAT; in DHCP mode, it is delivered by the DHCP server.

This setup is read-only.

:IP:GATE:STAT <STRING>

Sets the static mode gateway address.

:IP:GATE:STAT? Returns the static mode gateway address.

Response type:

<STRING> See :IP:GATE:STAT command for more information.

Command string Parameter type / Response type / Unit / Info

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OLS-85 79

COMMANDS

9 REMOTE CONTROL

:IP:MASK? Returns the IP mask which is currently valid for the instrument. In static

mode, this setup corresponds to IP:MASK:STAT; in DHCP mode, it is provided by the DHCP server.

This setup is read-only.

:IP:MASK:STAT <STRING>

Sets the static mode IP mask.

:IP:MASK:STAT? Returns the static mode IP mask.

Response type:

<STRING> See :IP:MASK:STAT command for more information.

:IP:MODE <NR1> Selects if the IP address should be requested by DHCP or a static

address should be used.

Valid values:

0 (STATIC) 1 (DHCP)

Default:

:IP:MODE? Returns whether the instrument is set to a static or dynamic IP address.

Response type:

<NR1> See :IP:MODE command for more information.

:LANG <NR1> Sets the user interface language.

Valid values:

0 (en_US) 1 (de_DE) 2 (fr_FR) 3 (es_ES) 4 (zh_CN) 5 (zh_TW)

Default:

:LANG? Returns which user interface language is set.

Response type:

<NR1> See :LANG command for more information.

:OPT:INST:BUSY? Returns TRUE if an installation is in progress.

Response type:

Command string Parameter type / Response type / Unit / Info

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80 OLS-85

9 REMOTE CONTROL COMMANDS

Extended commands for the SYSTEM application

:OPT:INST:ERR:LIST? Returns a list of errors that occurred during installation of a license via

USB flash drive or a key. List is cleared at the beginning of each installation.

:OPT:INST:LIST? Returns a list of the software options installed via USB flash drive or a

key. The list is cleared at the beginning of each installation.

:OPT:ULCK? Returns all installed software options.

:STOR:AVLB? Returns whether the application can or cannot store measurements.

Always FALSE for SYSTEM application.

Command string Parameter type / Response type / Unit / Info

:APP:FACT:DEF Sets all parameters of the application to their default values.

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OLS-85 81

COMMANDS

9 REMOTE CONTROL

Results for the PowerManagement application

Setups for the PowerManagement application

Extended commands for the PowerManagement application

Command string Parameter type / Response type / Unit / Info

:BATT:CAP:PERC? Returns the remaining battery capacity in percent.

If :BATT:TYPE == NOBATT 0 is returned.

:BATT:TYPE? The instrument can work without an internal battery (NOBATT), with a

rechargeable Lithium Ion battery (LIION), or with standard dry-cell batteries (DRYCELL).

0: No battery 1: Lithium Ion battery 2: Dry-cell batteries

:POW:SPLY:CON? 0: No external power supply is connected.

1: An external power supply is connected.

Command string Parameter type / Response type / Unit / Info

:STOR:AVLB? Returns whether the application can or cannot store measurements.

Always FALSE for PowerManagement application.

Command string Parameter type / Response type / Unit / Info

:APP:FACT:DEF Sets all parameters of the application to their default values.

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82 OLS-85

9 REMOTE CONTROL ERROR MESSAGES

Error messages

Processing the program messages can cause the following error messages:

•0,“No error”

• -310,“System error”

• -350,“Queue overflow”

• -360,“Communication error”

• -100,“Command error”

• -101,“Invalid character”

• -108,“Parameter not allowed”

• -109,“Missing parameter”

• -110,“Command header error”

• -112,“Program mnemonic too long”

• -113,“Undefined header”

• -220,“Parameter error”

• -221,“Settings conflict”

• -222,“Data out of range”

• -224,“Illegal parameter value”

• -254,“Media full”

• -290,“Memory use error”

Page 83

OLS-85 83

OLS-85 SPECIFICATIONS

10 SPECIFICATIONS

OLS-85 specifications

Wavelengths

Wavelength accuracy

Spectral width

Fiber types

Laser safety

IEC 60825-1:2007

Laser classification

CLASS 1 LASER PRODUCT

Power setting resolution

0.01 dB

Tracking error

± 1 dB

BN 2313/01

1310/1550 nm1), PC

1) Typically ± 20 nm

BN 2313/05

850/1300 nm MM & 1310/1550 nm SM1), PC

BN 2313/06

1310/1490/1550/1625 nm1), PC

BN 2313/22

1310/1550/1625 nm1), APC

BN 2313/26

1310/1490/1550/1625 nm1), APC

1310 nm, 1550 nm

±20nm

1490 nm, 1625 nm

±3nm

850 nm, 1300 nm

±20nm

1310 nm, 1550 nm, 1490 nm, 1625 nm

<5nm

850 nm1), IEC 61280-4-1 Encircled-Flux compliant

1) LED source

50 nm typ.

1300 nm

<170nm

Single-mode

9/125

Multi-mode

50/125, 62.5/125

Page 84

84 OLS-85

10 SPECIFICATIONS OLS-85 SPECIFICATIONS

Output power range

Single port instruments

Dual port instruments

Signal stability

Modes

1 CW signal, T = 23 °C ±3 K, including connector, depending on quality of

connector applied to the OLS

2 wavelengths instruments Laser (CW) Laser (Modulated, Auto λ)

-3.00 to 0.00 dBm (± 1 dB)

-6.00 to -3.00 dBm (± 1 dB)

3 & 4 wavelengths instruments Laser (CW) Laser (Modulated, Auto λ)

-6.00 to -3.00 dBm (± 1 dB)

-9.00 to -6.00 dBm (± 1 dB)

SM port Laser (CW) Laser (Modulated, Auto λ)

-3.00 to 0.00 dBm (± 1 dB)

-6.00 to -3.00 dBm (± 1 dB)

MM port LED (CW) LED (Modulated, Auto λ)

-23.00 to -20.00 dBm

-26.00 to -23.00 dBm

2 At ambient temperature range -10 °C to +55 °C, ΔT= ±0.3K

Short term

± 0.02 dB (within 15 min.)

Long term

±0.20dB (within 8h)

3 Signal coding for automatic power meter wavelength detection. Works only

with Viavi power meters e.g. OLP-85

Continuous wave (CW), Modulated (270 Hz,1 kHz, 2 kHz), Auto

Page 85

OLS-85 85

GENERAL SPECIFICATIONS

10 SPECIFICATIONS

General specifications

Fiber inspection

Via P5000i Digital Probe with auto Pass/

Fail analysis

Live image

320 x 240 pixels, 8 bit gray, 10 fps

Display

High contrast 3.5" TFT color touchscreen

Display resolution

0.01 dB / 0.001 µW

Measurement units

dB, dBm, W

Data memory

10000 measurement results

Data readout

Via client USB interface or Ethernet

Remote control capability

Via USB

Electrical interfaces

2 USB Type A, 1 USB Micro-B, Ethernet

Power supply

Four-way power: NiMH, dry batteries,

RBP2 Li-Ion Battery Pack, PS4 Universal

AC/DC Power Supply 12 V

Internal charging for

RBP2 Li-Ion Battery Pack

Optical connectors

Interchangeable:

SC, FC, ST, LC, DIN

Fixed: SC

Recommended recalibration interval

3 years

Size (H x W x D)

208 x 112 x 64 mm

(8.2 x 4.4 x 2.5 in)

Weight

750 g

Operating temperature range

-5 °C to +45 °C

Storage temperature range

-25 °C to +55 °C

Page 86

86 OLS-85

11 ORDERING INFORMATION OLS-85 OPTICAL LASER SOURCE

11 ORDERING INFORMATION

OLS-85 Optical Laser Source

Included items

Stand-alone units

• SmartClass™ Fiber instrument

• Soft shoulder case for SmartClass™ Fiber + accessories

• Electronic tool kit with Operating Manual, datasheet and Smart-Reporter SW on USB flash drive

• Two optical adapters: SC type, or selectable SC, FC, DIN, ST, LC in universal version

• Quick Start Manual and Safety Instructions

• Eight dry batteries AA size

Accessories

Digital Probe

1310/1550 nm, PC universal adapter

BN 2313/01

1310/1550/1625 nm, APC universal adapter

BN 2313/22

1310/1490/1550/1625 nm, PC universal adapter

BN 2313/06

1310/1490/1550/1625 nm, APC universal adapter

BN 2313/26

850/1300 nm MM, 1310/1550 nm SM, PC universal adapter

BN 2313/05

PS4 Universal AC/DC Power Supply for SmartClass™ Fiber

BN 2305/90.01

RBP2 Li-Ion Battery Pack for SmartClass™ Fiber

BN 2305/90.02

Calibration report

BN 2307/90.03

UC4 hands free carrier for SmartClass™ Fiber

BN 2128/01

UC4P hands free carrier for SmartClass™ Fiber with PCM

BN 2128/02

SCASE2 soft shoulder case for SmartClass™ Fiber

BN 2128/03

USB cable USB-A to Micro USB

K 807

P5000i Digital Probe Microscope with FiberChekPRO software

FBP-P5000I

Page 87

OLS-85 87

NDEX

INDEX

AC line plug adapter 20 Auto Lambda mode 44 Auto-Off 25

Batteries

Danger 18 Recharging 19 Replacing 18 Tips 19

Battery operation 11

Cables, connecting 21 Cleaning

Instrument 54 Optical connections 53

Test port 53 Clearing the memory 52 Common features 7 Condensation 14 Connecting optical cables 21 Connector panel 16 Control panel 24

Damages during shipping 14 Default values 29 Device overview 15 Differences between the devices 7 Display elements 25

Environmental Management Program

89 Environmental protection 20 Extended commands 81

Probe/PCM 71 System 80

Factory default 29 Firmware update 30

Laser safety 11 Link Data Mode 25, 41, 50

Configuration 26

Menu navigation 26

Navigating in the menus 26

On/Off 24 Operation

Probe/PCM 32 Operation from AC power 20 Overview 15

Package contents 14 Packing material 14 Power mode 24 Power supply 17 PowerManagement 64, 81 Probe/PCM 60 Project

Create 50

Link measurement data 51

Select 50 Proper usage 10 PS4 Universal AC/DC Power Supply 12

Recovery 14 Recycling 20, 90

Page 88

88 OLS-85

NDEX

Remote commands

Error messages 82 Generic commands 65 PowerManagement 64, 81 PowerMeter 74 Probe/PCM 60, 66, 67, 71 System 63, 77, 80

Results

PowerManagement 81 Probe/PCM 66

RoHS 91

Saving results 48 Setups 74, 81

Probe/PCM 67

System 77 Shipping damage 14 Specifications

General 85 System 63

Test adapter, mounting 21

Update

Firmware 30

Page 89

OLS-85 89

NVIRONMENTAL MANAGEMENT PROGRAM

Viavi Environmental Management Program

Superb performance and high quality have always characterized Viavi datacom and telecom measurement technology products. In this same world-class tradition, Viavi has an established, proactive program of environmental management.

Environmental management is an integral part of Viavi’s business philosophy and strategy requiring the development of long-term, productive solutions to problems in the key areas of economics, technology, and ecology.

A systematic environmental management program at Viavi is essential in regard to environmental policy and enhances cooperation between ourselves and our business partners.

The Viavi Environmental Management Program considers:

Product design and manufacture

Environmental restrictions and requirements are taken into account during planning and manufacture of Viavi products. This attention ranges from the raw materials and finished components selected for use and the manufacturing processes employed, through to the use of energy in the factory, and right on up to the final stages in the life of a product, including dismantling.

Hazardous materials

Viavi avoids or uses with care any hazardous or dangerous material in the manufacturing process or the end product. If the use of a dangerous material cannot be avoided, it is identified in product documentation and clearly labeled on the product itself.

Packaging materials

Preference is given to reusable or biodegradable singlesubstance packaging materials whenever possible.

Environmental management partnerships

Viavi encourages our customers and suppliers who take this responsibility seriously to join Viavi in establishing their own environmental management programs.

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90 OLS-85

NVIRONMENTAL MANAGEMENT PROGRAM

Recycling used products

This product complies with the European Union Waste Electrical and Electronic Equipment directive (WEEE), 2002/96/EC. This product should not be disposed of as unsorted municipal waste and should be collected separately and disposed of according to your national regulations.

In the European Union, all equipment purchased from Viavi after 2005-08-13 can be returned for disposal at the end of its useful life. Measuring systems affected by this can be recognized by the symbol on the right of a crossed-out trash can and a black bar. This symbol can be found either on the device or in the accompanying documents.

Contact your local Technical Assistance Center (TAC) for return and collection services available to you. If you would like specific information about the Viavi Environmental Management Program, please contact us at:

If you would like specific information about the Viavi Environmental Management Program, please contact us at

www.viavisolutions.com.

The following page provides information with regard to the location of restricted hazardous substances within this equipment according to Chinese requirements.

As measuring equipment, this equipment is excluded from the Europe an regulations f or the rest riction of ha zardous subs tances (RoHS).

Page 91

OLS-85 91

OHS



 ₼⦌RoHS 

ᇵ䟄⷟≰㋾ℶ❐㻰㩢㘶Ⓟ丰䚕┭㽤ᇶ᧤≰㋾ℶ₩捷᧨䶻⚆᧥

棓㇤ (Additional Information required for the Chinese Market only)

㦻棓㇤㖘䏶 ₼⦌RoHS䤓尐㻑広㢝ℕ㦘␂䟄⷟≰㋾ℶ❐䘾≬∎䞷㦮棟䤓㍔⑄᧨ㄅ⒦⒉ℕℶ❐₼⚺㦘䤓㦘㹡ᇬ 㦘⹂䓸德䤓䱜伊✛㓏⦷捷ↅᇭ㦻棓㇤抑䞷ℝℶ❐⃊⇢✛㓏㦘揜ↅᇭ



䘾≬∎䞷㦮棟᧶

㦻㪖幕㪖㽷ℝℶ❐⃊⇢󱁻ₙ᧨嫷㢝年ℶ❐㒥␅揜ↅ⚺㦘㦘㹡ᇬ㦘⹂䓸德᧤幵㍔屐ₚ嫷᧥ᇭ

␅₼䤓㟿ⷦⅲ嫷⦷㷲デ㝜⇫㧰ↅₚ咂⺠⦷ℶ❐䞮ℶ㡴㦮󱁻⚝㟿㄃␔年ℶ❐㒥␅揜ↅ␔⚺㦘䤓㦘㹡ᇬ 㦘⹂䓸德ₜ↩♧㆑㒥㽓䆞ᇭ年㦮棟ₜ抑䞷ℝ庇Ⱁ䟄㻯䷘㢢劦❐ᇭ 

㦘␂㷲デ㝜⇫㧰ↅ᧨庆♑屐ℶ❐䞷㓆㓚␛ᇭ

ℶ❐䞮ℶ㡴㦮庆♑屐ℶ❐䤓☮ⱚ㪰⑕幐󱂖ᇭ

⮩䅃ℛ啾搩 (PBDE)

⮩䅃勣啾 (PBB)

⏼ↆ杻 (CR6+)

柘 (Cd)

㻭 (Hg)

㦘㹡ᇬ㦘⹂䓸德✛⏒侯

杔 (Pb)

㦘㹡ᇬ㦘⹂䓸德䤓伊⨚✛㓏⦷捷ↅ

⏒⣷ↅ

(Component)

ℶ❐⃊⇢

(Main Product)

◿Ⓠ䟄恾㨎兓ↅ

(PCB Assemblies)

␔捷揜兎

(Internal wiring)

㣍䯉⣷

(Display)

枽䥧

(Keyboard)

⫠㠨⮥⮂榅ↅ

(Plastic case parts)

揜ↅ

(Accessories)

O᧶ⅲ嫷年捷⒕₼㓏㦘⧖德㧟㠨⚺㦘䤓年㦘㹡ᇬ㦘⹂䓸德⚺摞⇝ℝSJ/T11363-2006㪖⑕䤓棟⋋ᇭ X᧶ⅲ嫷年捷⒕₼㓏㦘⧖德㧟㠨⚺㦘䤓年㦘㹡ᇬ㦘⹂䓸德⚺摞浧ℝSJ/T11363-2006㪖⑕䤓棟⋋ᇭ

Page 92

92 OLS-85

OHS

Page 93

Page 94

User‘s Guide SmartClass™ Fiber OLS-85 viavisolutions.com

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Viavi SmartClass Fiber OLS-85 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual