INSTALLATION MANUAL - sense.com.br fileFiber Optic Ampliﬁer FXS2 SERIES INSTALLATION MANUAL Factory Automation. Fiber Optic Amplifier FXS2 Series 2 Table of Contents

Fiber Optic Amplifier FXS2 Series

1

Fiber Optic Amplifier

FXS2 SERIES

INSTALLATION MANUAL

Factory Automation


2

Table of Contents1 - Introduction................................................................................................................................................................. 3

1.1 - Safety Information ...............................................................................................................................................31.2 - About this Manual ...............................................................................................................................................31.3 - Exclusion of liability .............................................................................................................................................3

2 - Overview ..................................................................................................................................................................... 42.1 - Models ................................................................................................................................................................ 52.2 - Light Emitted .......................................................................................................................................................5

2.2.1 - Red Light .................................................................................................................................................. 52.2.2 - Green Light ............................................................................................................................................... 52.2.3 - Blue Light ................................................................................................................................................. 5

2.3 - Types of Fiber ......................................................................................................................................................52.3.1 - Diffuse System .......................................................................................................................................... 52.3.3 - Reflective System ..................................................................................................................................... 52.3.3 - Barrier System .......................................................................................................................................... 5

3 - Mechanical Dimensions .............................................................................................................................................. 63.1 - Installation in DIN Rail 35 mm .............................................................................................................................63.2 - Removing the Amplifier.......................................................................................................................................63.3 - Installing the Optical Fiber ..................................................................................................................................63.4 - Installing Multiple Amplifiers ..............................................................................................................................6

4 - Electrical Installation ................................................................................................................................................... 74.1 - Universal PNP / NPN Output ...............................................................................................................................7

5 - Amplifier Functions ..................................................................................................................................................... 85.1 - Output operation mode ......................................................................................................................................8

5.1.1 - Light ON Mode ......................................................................................................................................... 85.1.2 - Dark ON Mode ......................................................................................................................................... 8

5.2 - Teach Mode .........................................................................................................................................................95.2.1 - 1-point Teach ........................................................................................................................................... 95.2.2 - 2-points Teach .......................................................................................................................................... 95.2.3 - Automatic Teach ...................................................................................................................................... 95.2.4 - Manual Teach ........................................................................................................................................... 9

5.3 - Timer Mode .......................................................................................................................................................105.3.1 - ON Delay Timer ...................................................................................................................................... 105.3.2 - OFF Delay Timer ..................................................................................................................................... 105.3.3 - Shot Mode (Timed Pulse) ....................................................................................................................... 105.3.4 - Timed Output Behavior .......................................................................................................................... 10

6 - Configuring the Amplifier .......................................................................................................................................... 116.1 - Signaling LEDs Function .....................................................................................................................................11

6.1.1 - LEDs in RUN Mode ................................................................................................................................. 116.1.2 - LEDs in Configuration Mode ................................................................................................................... 11

6.2 - Configuring the Output Operation Mode ..........................................................................................................126.3 - Entering in the Configuration Mode..................................................................................................................12

6.3.1 - 1-Point Teach Configuration ................................................................................................................... 126.3.2 - 2-Points Teach Configuration ................................................................................................................. 126.3.3 - Automatic Teach Configuration .............................................................................................................. 136.3.4 - Manual Teach Configuration .................................................................................................................. 136.3.5 - Teach Mode Configuration Fail .............................................................................................................. 13

6.4 - Timer Configuration Mode ................................................................................................................................146.4.1 - Configuring ON Delay and OFF Delay Timer ........................................................................................... 146.4.2 - Shot Configuration Mode ....................................................................................................................... 14

7 - Technical Characteristics ........................................................................................................................................... 157.1 - Mechanical Dimensions ....................................................................................................................................15

8 - Application of Light Sources ...................................................................................................................................... 168.1 - Red Light Source ................................................................................................................................................168.2 - Green Light Source ............................................................................................................................................168.3 - Blue Light Source ...............................................................................................................................................16


3

1 - IntroductionThe fiber optic amplifiers of the FXS2 series have a compact enclosure that allows them to be installed in difficult installation locations of conventional photoelectric sensors.They are easily installed in 35 mm DIN rail and several units can be installed side by side, without mutual interference.The configuration through only two buttons makes it easy to use the amplifiers, which still feature high brightness LEDs that assist in configuration and are visible over large distances, making it easy to see the operation when in RUN mode.

1.1 - Safety Information• These amplifiers are only intended to detect object (s). Do not use them for the purpose of human protection.

• These amplifiers should not be used in hazardous locations and / or potentially explosive atmospheres.

• The FXS2 line amplifiers are designed to be connected to direct current only. Never connect them to AC power as they may explode or ignite.

• The amplifiers must be installed by qualified service personnel. We caution against the risk of damage to both persons and property resulting from improper installation or configuration.

1.2 - About this Manual

• This manual must be delivered to the end user of the FXS2 fiber optic amplifier.

• The contents of this manual are subject to change without prior notice.

All rights reserved. No part of this manual may be reproduced, in any form, without written permission.

• The specifications contained in this manual are limited to the standard model and do not cover special products made to order.

• Every care has been taken in the preparation of this manual, in order to guarantee the quality of the information.

• If you wish more information or if there are problems that are not detailed in this manual, you should contact our application engineering.

1.3 - Exclusion of liability

This manual has the most relevant information so that the amplifier is correctly assembled and configured, not mentioning any safety standards and / or guidelines.

It is the responsibility of the user to know the safety rules and practices applicable in your country. It is also the responsibility of the user to read and understand the information described herein.

If in doubt, the user should contact our application engineering to remedy them before installing / configuring the amplifier.

All installation and configuration of the amplifier must be carried out by qualified technicians following strictly the guidelines contained in this manual.

Sense shall not be liable for damage to persons or property arising from installation and / or incorrect configurations.

To ensure the correct and efficient use of the product, read this manual thoroughly and thoroughly to understand how to install and configure the amplifier before you start it.

! Attention


4

2 - Overview

Picture 1 - Overview

L/D

FXS2-JS-R-PN

<< + Enter - >>

TimerShot

Manual

Out

T2Auto T

T1

Run

Electrical Connection

Cable M8 Connector

Fiber FittingDIN Rail Mounting

Configuration Panel

Fiber Lock

L/D

TimerShot

Manual

Out

T2Auto T

T1

Run

L/D

L/D Button

Select Lightor Dark mode

FXS2-JS-R-PN

<< + Enter - >>

JS

Jog Switch Press the jog switchallows you to enterin configuration modeand to confirm options.To move the jog switchto the sides, allows gothrough options configuration.

LEDs

LEDs Signaling

The amplifier has 8 LEDssignaling, which indicate thefunctions and help on theconfiguration.In RUN mode, the red LEDs work like a bargraph, indicatingthe intensity reflected light that effectively arrives at thereceiver

LOCKOPEN


5

2.1 - ModelsThe amplifier is available in six models, as shown in the table below:

FXS2-JS-B-PN

FXS2-JS-G-PN

FXS2-JS-R-PN

FXS2-JS-B-PN-V8

FXS2-JS-G-PN-V8

FXS2-JS-R-PN-V8

Cable

Connector

Models VersionEmitred Light

Red

Green

Blue

Red

Green

Blue

Output

PNP / NPN

Table 1 - Models2.2 - Light EmittedThree light colors are available for the amplifier, as illustrated in table 1. See below the application for each of them:

2.2.1 - Red Light

2.2.2 - Green Light

2.2.3 - Blue Light

Picture 2 - Red Light

Picture 3 - Green Light

Picture 4 - Blue Light

Uses a red LED. The application for this model of amplifier depends on the color variation of the mark or object to be detected and the background.See table 7 on page 16.

Uses a green LED. The application for this model of amplifier depends on the color variation of the mark or object to be detected and the background.See table 8 on page 16.

Uses a blue LED. The application for this model of amplifier depends on the color variation of the mark or object to be detected and the background. See table 9 on page 16.

2.3 - Types of Fiber¹The amplifier can operate with both glass and plastic fiber optic cables, and there are three principles of operation:

• Diffuse System• Reflective System• Barrier System

2.3.1 - Diffuse SystemIn this system, the object to be detected itself reflects the beam of light emitted, causing it to reach the receiver, and the state of the output depends on the mode in which it is configured.

¹ Refer to item 5.1 on page 8 for output behavior when choosing to use fuzzy, reflective or barrier systems.

Note

2.3.3 - Barrier SystemIn the barrier system, the object to be detected interrupts the beam of light reaching the receiver, and the state of the output depends on the mode in which it is configured.

Picture 5 - Diffuse system

Picture 7 - Barrier system

2.3.3 - Reflective SystemIn the reflective system, the object to be detected interrupts the beam of light reaching the receiver, reflected by a mirror or prismatic tape, and the state of the output depends on the mode in which it is configured.

Picture 6 - Reflective system


6

3 - Mechanical DimensionsFollow the steps below for the perfect mechanical mounting of the amplifier.3.1 - Installation in DIN Rail 35 mm1 - Attach the front of the amplifier to the rail;2 - Pull the amplifier back;3 - Press down until you hear the “click”.

1 2 3

3.2 - Removing the Amplifier1 - Pull the amplifier back;2 - Lift the rear;3 - Pull the amplifier up.

1 2 3

Picture 8 - Installation in DIN Rail

Picture 9 - Removing the amplifier3.3 - Installing the Optical FiberThe optical fiber is easily inserted into the amplifier, which has a latch to prevent accidental disconnection of the fiber cable. Follow the steps below to connect the fiber to the amplifier.

1 - Lift the acrylic lid;2 - Lower the latch to release the fiber connection;3 - Insert the fiber optic cable into the holes until the end²;4 - Lift the fiber lock in order to lock it and avoid accidental disconnection;5 - Lower the acrylic cover.

1

Fibra

2

3

5

Fibra

4

3.4 - Installing Multiple Amplifiersf necessary, several amplifiers can be installed side-by-side without interfering with the operation of another ³.

Picture 10 - Installing the optical fiber

Picture 11 - Installing multiple amplifiers

Note² If the fiber is not inserted until the end, there may be loss of light intensity emitted by the amplifier.

³ The fibers may be installed side by side provided that one beam of light does not overlap another, which depends on the distance from the target and the fiber used.


7

4 - Electrical InstallationThe electrical connection of the amplifier can be made through cable or M8 connector, depending on the model used. See the connection mode below for both models.

4.1 - Universal PNP / NPN OutputFor FXS line amplifiers, it does not matter what type of control system card. The connection mode recognition circuit allows the sensors to be connected to both PNP and NPN cards, as it continuously monitors the way the output is connected, tailoring the sensor to the application.

The recognition circuit eliminates the configuration of the output type by switches, jumpers or wires, which facilitates field installation, reducing the risk of connection errors that may damage the amplifier. This feature not only facilitates field installation but also reduces the number of models to be stocked, leading to real cost savings.

Cab

leC

onne

ctor

Connection Type Diagram

BN - Positive BK - Output BU - Negative

4

1 3

2

Positive Negative

NC Output

NC = Not connected

BN

BK

BU BN (pin 1)

BK (pin 4)

BU (pin 3)

ou 12 - 24Vdc10%

PNP ou NPN

BN = Brown BK = Black BU = Blue

Table 2 - Electrical installation

KFT-24025-FR24Vdc/2,5A

OutputDC 24Vcc/2,5A

Status

Adjust

Alarm

InputAC 100 to 240V0,7A 50-60Hz

www.sense.com.br

1 - Brown (+)

4 - Black (PNP/ NPN)

3 - Blue ( - )

Logical Controller 24V P. Supply

POWER

SCL 5/03 CPU

RUN FORCE

FLT

BATT RS232

DH485

RUN REM PROG

DEVICENET INPUT OUTPUTSTATUS

MODULE NET

ADDRESS/ ERROR TRIAC

0123

4567

89

1011

12131415

DC SOURCE

0123

4567

89

1011

12131415

OUTPUT INPUT

ANALOG

POWER

Picture 12 - Universal PNP / NPN Output

The FXS2 amplifiers are designed to be connected only to direct current. Never connect them to AC power as they may explode or ignite.

! Attention

If necessary, change the logical output state depending on the object to be detected, simply press the L / D button for three seconds.


8

5 - Amplifier FunctionsThe FXS2 series amplifiers have three groups of functions that are easily configured:

• Output operation mode• Teach mode• Timer Mode

5.1 - Output operation modeUsing the L / D button located on the amplifier configuration panel, it is possible to change the operating mode of the output to Light ON or Dark ON.5.1.1 - Light ON ModeSee the table below for the behavior of the output depending on the position of the object to be detected and the mode of connection of the output to the light ON mode.

Table 3 - Output behavior in light on mode5.1.2 - Dark ON ModeSee the table below for the behavior of the output depending on the position of the object to be detected and the connection mode of the output to the dark ON mode.

LED OUT Saída

LED OUT Saída

LED OUT Saída

Ligh

t ON

Mod

e

Ligh

t ON

Mod

e

LED OUT Saída

Fibe

r with

Diff

use

Syst

em

Object

Aceso ApagadoEnergizada

0

1

Desenergizada1

0

Energizada

0

1

Apagado Desenergizada1

0

Aceso

LED OUT OUT (PNP Mode) LED OUT OUT (NPN Mode)

ON OFFEnergized

0

1

De-energized1

0

Energized

0

1

OFF De-energized1

0

ON

LED OUT Saída LED OUT Saída

Aceso ApagadoEnergizada

0

1

Desenergizada1

0

Energizada

0

1


0

Aceso

ON OFFEnergized

0

1

De-energized1

0

Energized

0

1

OFF De-energized1

0

ON




²Fib

er W

ith B

arrie

r Sys

tem

¹Fib

er W

ith R

efle

ctiv

e Sy

stem

Object

Object

Object

Object

1

2

1

2

Table 4 - Output behavior in dark on mode

Dar

k O

N M

ode Aceso Apagado


0

ON OFFEnergized

0

1

0

1

De-energized1

0

1

0

Energized

0

1

0

1

OFF De-energized1

0

ON

Aceso Apagado


0

ON OFFEnergized

0

1

0

1

De-energized1

0

1

0

Energized

0

1

0

1

OFF De-energized1

0

ON

Fibe

r with

Diff

use

Syst

em

Object

²Fib

er W

ith B

arrie

r Sys

tem

¹Fib

er W

ith R

efle

ctiv

e Sy

stem

Object

Object

Object

Object

1

2

1

2

Dar

k O

N M

ode

LED OUT OUT (PNP Mode) LED OUT OUT (NPN Mode)LED OUT LED OUT





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5.2 - Teach ModeThe teach mode can be set between 4 options which will be described as follows:

• 1-point Teach• 2-points Teach• Automatic Teach• Manual Teach

5.2.1 - 1-point TeachIn 1-point teach mode, adjustment is only performed with the presence of the object to be detected. It is suitable for applications where only one condition is known, for example a background with stable light and objects of dark color.In this mode, the amplifier uses as an adjustment the amount of light intensity that reaches the receiver when the object is detected.When the light intensity returning to the receiver equals the set value, the output will switch 4.

5.2.3 - Automatic TeachThe automatic teach mode is used for applications where the light incident on the object to be detected is not stable or the object moves too fast, or in cases where the process can not stop for the adjustment to take place.In this mode, the hysteresis and light transmission power are also tuned to the process.When the light intensity returning to the receiver equals the set value, the output will switch 4.

5.2.2 - 2-points TeachIn 2-point teach mode, the setting is performed in the presence and absence of the object to be detected. It is indicated for applications where the light incident on the object to be detected is stable and for objects in slow motion or stopped.In this mode, the amplifier uses as an adjustment the average value of the light intensity that returns to the receiver at the two detection points.When the light intensity returning to the receiver equals the set value, the output will switch 4.

5.2.4 - Manual TeachThe manual teach mode allows you to manually set the light transmitting power of the jog switch for object detection.When the light intensity returning to the receiver equals the set value, the output will switch 4.

4 Values above or below that stored during the setup process will have no effect on the output of the amplifier, ie the output will not switch.

Note

Picture 14 - 2-points teach graphic

Picture 15 - Automatic teach graphic

Picture 13 - 1-point teach graphic

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

Light(%)

Time (s)

2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40

P1P6

AdjustedValue75%P2

P3

P4

P5

Light(%)

Time (s)

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

Enter

P1

P2

Enter

AdjustedValue85%

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

AdjustedValue90%

Light(%)

Time (s)

Enter

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

P1


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5.3 - Timer ModeThe output of the amplifier is triggered instantly upon detection of the object. If the application requires a timer, you can configure three options:

• ON delay timer• OFF delay timer• Shot

5.3.1 - ON Delay TimerIn cases where the application requires a delay in energizing the output of the amplifier after object detection, a time ranging between 50 ms, 100 ms or 250 ms can be set. See timing indication in figure 17.5.3.2 - OFF Delay TimerIn cases where the application requires a delay in deenergizing the output of the amplifier after object detection, a time ranging between 50 ms, 100 ms or 250 ms can be set. See timing indication in figure 17.5.3.3 - Shot Mode (Timed Pulse)It allows to provide a pulse of determined duration, regardless of whether the object remains in front of the light beam or not. See timing indication in figure 17.5.3.4 - Timed Output BehaviorThe graphs below illustrate the output behavior for each type of timing in the operating modes of the Light ON and Dark ON outputs.

Output Status

Detected Object Detected Object

Output Actuated Output Actuated

Output Actuated Output Actuated

Out

put P

rogr

amm

ed fo

r Lig

ht O

N

Without timer

ON delay timer

OFF delay timer

Shot

Out

put P

rogr

amm

ed fo

r Dar

k O

N Without timer

ON delay timer

OFF delay timer

Shot

Table 5 - Timed Output Behavior


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6 - Configuring the AmplifierThe amplifier is fully configured through two buttons and with the help of the LEDs.6.1 - Signaling LEDs FunctionThe amplifier has eight signaling LEDs whose functions vary according to the configuration mode.6.1.1 - LEDs in RUN ModeThe green LED indicates that the amplifier is energized and in RUN mode. The yellow LED indicates the output status and the red LEDs function as a bragraph, indicating the light intensity that returns to the receiver.

6.1.2 - LEDs in Configuration ModeFor the operating mode configuration of the output, the blue LED indicates configuration mode and the yellow LED indicates the operating conditions Light ON or Dark ON.For teach configuration, the RUN LED blinks blue indicating that the configuration mode is active and the red LEDs light up indicating the respective function:

• T1 - 1-point Teach;• T2 - 2-points Teach;• Auto T - Automatic Teach;• Manual - Manual Teach

For setting the timer functions, red LEDs indicate timer on or off, timing options and available times.• Shot - Timed pulse;• Timer - Delay on energizing or de-energizing.

TimerShot

Manual

Out

T2Auto T

T1

Run

* The output status depends on the operationmode Light ON or Dark ON and the connectedload PNP / NPN

ON

OFF

ON: Energized and RUN mode

OFF: De-energized

Bargraph

10%

TimerShot

ManualT2Auto T

T1

20%

40%

60%

80%

100%

LEDs%

Picture 16 - LEDs in RUN mode

Picture 17 - LEDs in configuration mode

TimerShot

Manual

Out

T2Auto T

T1

Run

ON: Light ON mode

OFF: Dark ON mode

Blinking blue: Configuration mode

TimerShot

ManualT2Auto T

T1

Output Operation Mode

Teach Configuration

1-Point

2-Points

Automatic

Manual

LEDsTeach

TimerShot

ManualT2Auto T

T1

Timer ON

Timer OFF

LEDsTimer

50 ms

100 ms

250 ms

LEDsTempo

50 ms

100 ms

250 ms

LEDsTempo

Timer Configuration

TimerShot

ManualT2Auto T

T1

Shot ON

Shot OFF

LEDsShot

10 ms

20 ms

30 ms

LEDsTempo

40 ms

50 ms

60 ms

LEDsTempo

Shot Configuration

ON Delay OFF DelayErrors in Teach Mode

TimerShot

ManualT2Auto T

T1


12

6.2 - Configuring the Output Operation ModeWith the amplifier in RUN mode, press the L/D button for 3 seconds. Note that when you press the button, the RUN LED lights blue and after 3 seconds flashes 3 times, indicating that the sensor has stored the output status change. Release the button and the amplifier will return to RUN mode 5.

6.3 - Entering in the Configuration Mode 6

To enter in the configuration mode, press the jog switch for 3 seconds. When you press the jog switch, the blue LED lights up and after 3 seconds it starts blinking, indicating that the configuration mode is active. Note that the red LED T1 also blinks. At this point you can use jog swith to scroll through the configuration options and select the desired option.

The RUN LED will blink blue during the entire configuration process.

6.3.1 - 1-Point Teach Configuration- With the amplifier in configuration mode and the T1 LED blinking red, press the jog switch;- The T1 LED stops blinking and the blue LED continues to blink indicating the configutation mode;- Place the object in the position to be detected;- Press the jog switch again to store the configuration;- If the configuration is successful, the blue LED stops blinking, the T1 LED blinks three times and the amplifier returns to the RUN mode 5.

Picture 18 - Configuring the output operation mode

L/D

TimerShot

Manual

Out

T2Auto T

T1

Run L/D 3sOut

Run

Out

Run

Out

Run

Light ON / Dark ON

L/D 3sOut

Run

Out

Run

Dark ON / Light ON

orOut

Run

Out

Runor

Out

Run3x 3x

Picture 19 - Entering in the configuration mode

FXS2-JS-R-PN

<< + Enter - >>

TimerShot

Manual

Out

T2Auto T

T1

Run

Enter

3sOut

RunJS

+ -or

Out

Run

T2

Out

Run

TimerOut

Run

T1

Picture 20 - 1-point teach configuration

FXS2-JS-R-PN

<< + Enter - >>

TimerShot

Manual

Out

T2Auto T

T1

Run

Out

Run

T1

Enter Diffuse System

Barrier System

EnterOut

Run

T1

3xOut

Runor

Out

Run

6.3.2 - 2-Points Teach Configuration- With the amplifier in configuration mode, move the jog switch to select the 2-points teach mode;- Press the jog switch to enter the 2-point teach configuration mode. The T2 LED stops blinking and the blue LED continues to blink, waiting for confirmation of the first teach point;- Place the object in the position where it is to be detected and press the jog switch again to store the configuration;- If the configuration of the first point is successful, the T2 LED blinks 3 times and the blue LED goes out, indicating that it has stored the configuration of the first point;- The T2 LED flashes red again and the RUN LED blinks blue, waiting for confirmation of the second teach point;- Remove the object from the detection position and press the jog switch again;- If the configuration of second point is successful, the blue LED stops blinking, the T2 LED blinks three times and the amplifier returns to the RUN mode 5.

Picture 21 - 2-points teach configuration

FXS2-JS-R-PN

<< + Enter - >>

TimerShot

Manual

Out

T2Auto T

T1

Run

Out

Run

T2


Barrier System

EnterOut

Run

T23x

Out

Runor

Out

Run

+ Out

Run

T2

Out

Run

T2

Diffuse System

Barrier System

EnterOut

Run

T23x


13

5 The condition of the output (energized or de-energized) in RUN mode depends on the position of the object to be detected and the type of fiber used. See item 5.1 on page 8.

6 If the setup mode is inactive for more than 25 seconds, the amplifier automatically returns to the RUN mode.

Note

6.3.3 - Automatic Teach Configuration- With the amplifier in configuration mode, move the jog switch to select Auto T mode; - Press the jog switch to enter the automatic teach configuratiob mode. The Auto T LED stops blinking and the blue LED continues to blink;- Place the object in motion and press the jog switch again so that the amplifier starts the adjustment process;- Note that during the adjustment process, the intensity of the light beam varies, the Auto T LED is lit, the yellow LED lights up or goes off with the presence or absence of the object and the blue LED continues to flash;- If the teach configuration is successful, the blue LED stops to blink, the Auto T LED blinks three times and the amplifier returns to the RUN mode 5.

6.3.4 - Manual Teach Configuration- With the amplifier in configuration mode, move the jog switch to select the maual teach mode and press the jog switch to enter the mode. The red LED stops blinking and the blue LED continues to blink, indicating the configuration mode;- Press the jog switch again, the T1 LED starts blinking. Place the object in the position to be detected and observe if the output switches;Move the jog switch (+) until the output switches, when this occurs, you must press the jog switch again. All red LEDs light up and blue continues to blink, waiting for confirmation of the setting;- Press the jog switch again, the manual LED blinks 3 times and the amplifier returns to the RUN mode.

6.3.5 - Teach Mode Configuration FailIn case of fail of any teach mode (except manual), all the red LEDs and the blue LED blinking for 10 seconds.After that, the amplifier returns to the configuration mode, where it is possible to repeat the adjustment or change the configuration mode 6.

Picture 22 - Automatic teach configuration

Picture 23 - Manual teach configuration

Pcture 24 - teach mode configuration fail

FXS2-JS-R-PN

<< + Enter - >>

TimerShot

Manual

Out

T2Auto T

T1

Run

Out

Run

Enter

+ Out

RunAuto T Auto T

Enter

Out

RunAuto T

Out

RunAuto T

Out

Runor

Out

Run3x

Diffuse System Barrier System

FXS2-JS-R-PN

<< + Enter - >>

TimerShot

Manual

Out

T2Auto T

T1

Run Run

Out

Run

T1Fail in teachmode- T1- T2- Auto T

Out10 Seconds Enter

+ -

Select Mode

Change Mode

Out

Run

T2

Out

Run

T1See procedure ofselected mode

OrEnter

Out

Run

See procedure ofselected modeT2

FXS2-JS-R-PN

<< + Enter - >>

TimerShot

Manual

Out

T2Auto T

T1

Run

Out

Run

T1


Barrier System

Out

Run

T2

Out

Runor

Out

Run

+ Out

RunMan

EnterOut

Run

+ T1

Enter

Man3x

Out

Run


14

6.4 - Timer Configuration ModeThe amplifier has three types of timer:

• ON Delay Timer• OFF Delay Timer• Shot

6.4.1 - Configuring ON Delay and OFF Delay Timer- With the amplifier in configuration mode, move the jog switch to select the timer mode;- Press the jog switch to enter the timer configuration mode;- The Timer LED stops blinking and the blue LED continues to blink, indicating timer ON;- If you do not want to set the timer, move the jog switch to one of the sides and note that the red LED goes off, indicating the timer OFF and to confirm this, press the jog switch, the blue LED stops to blink, the Timer LED blinks three times and the amplifier returns to RUN mode 5;- The right side LEDs (T1, T2 and Auto T) indicate OFF Delay timer and the left side LEDs (Timer, Shot and Manual) indicate ON Delay timer, both with the time of 50, 100 or 250 ms;- To set the timer, press the jog switch with the Timer LED light up;- The blue LED continues to blink and T1 flashes, indicating the delay of 50 ms OFF Delay;- Move the jog switch sideways to change the values and condition of the timer. See Picture 17;- With the chosen timer, press the jog switch. The blue LED stops to blink, the Timer LED blinks 3 times, and the amplifier returns to RUN mode 5.

6.4.2 - Shot Configuration Mode- With the amplifier in configuration mode, move the jog switch to select the shot mode;- Press the jog switch to enter the shot configuration mode;- The Shot LED stops to blink and the blue LED continues to blink, indicating the shot ON;- If you do not want to set the shot mode, move the jog switch to one of the sides and note that the red LED goes off, indicating shot OFF and to confirm this option, press the jog switch, the blue LED stops to blink, the Shot LED blinks three times and the amplifier returns to RUN mode 5;- To configure the shot, press the jog switch with the Shot LED light up;- The blue LED continues to blink and T1 starts to blink, indicating shot mode with 10 ms;- Move the jog switch sideways to change the times. See Picture 17;- With the chosen timing, press the jog switch. The blue LED stops to blink, the Shot LED blinks 3 times, and the amplifier returns to RUN mode 5.

Picture 25 - Configuring ON delay and OFF Delay timer

FXS2-JS-R-PN

<< + Enter - >>

TimerShot

Manual

Out

T2Auto T

T1

Run

Out

Run

Enter

Out

Runor

Out

Run

- Out

Run

Timer Timer Out

Run

Timer-+

EnterTimer ON Timer OFFEnter

Out

Run

EnterTimerOut

Run

T1-+ T1

OFF Delay

T2

Auto T

ON Delay

Timer

Shot

Manual

3x

Out

Runor

Out

Run

Out

Run

Timer3x

Picture 26 - Shot configuration mode

FXS2-JS-R-PN

<< + Enter - >>

TimerShot

Manual

Out

T2Auto T

T1

Run

Out

Run

Enter

Out

Runor

Out

Run

- Out

Run

Shot Out

Run

-+

EnterShot ON Shot OFFEnter

Out

Run

EnterOut

Run

T1-+ T1

T2

Auto T

Timer

Shot

Manual

3x

Out

Runor

Out

Run

Out

Run

Shot Shot

Shot

3xShot


15

7 - Technical Characteristics

7.1 - Mechanical Dimensions

73,47

14,76

37,1

Picture 27 - Cable model dimensions

Table 6 - Technical characteristics

FXS2-JS-R-PN

Model

Cable

Connector FXS2-JS-R-PN-V8

Sensing distance

Configuration

Fiber fixation

Emitted light

Immunity to sunlight

Immunity to incandescent light

Output type

Output Programming

Power supply

Ripple

Current consumption

Maximum switching current

Output protection

Voltage drop

Response time

Signaling

Electrical connection - cable

Electrical connection - connector

Housing material

Protection degree

Operation temperature

Amplifier fixation

depends on the fiber used

through the jog switch

locking

red

11.000 lux

3.500 lux

universal PNP / NPN

Light ON / Dark ON

12 - 24 Vdc

±10%

< 50 mA

100 mA

short circuit andreverse polarity

≤ 1,6V (PNP) e ≤ 0,8V (NPN)

250 µs

see item 6.1 - page 11

cable 3 wire

connector M8 4 pins

ABS

IP30

-5°C à +50°C

35 mm DIN Rail

FXS2-JS-G-PN

Model

FXS2-JS-G-PN-V8



locking

green

11.000 lux

3.500 lux

universal PNP / NPN

Light ON / Dark ON

12 - 24 Vcd

±10%

< 50 mA

100 mA


≤ 1,6V (PNP) e ≤ 0,8V (NPN)

250 µs


cable 3 wire

connector M8 4 pins

ABS

IP30

-5°C à +50°C

35 mm DIN Rail

FXS2-JS-B-PN

Model

FXS2-JS-G-PN-V8



locking

blue

11.000 lux

3.500 lux

universal PNP / NPN

Light ON / Dark ON

12 - 24 Vdc

±10%

< 50 mA

100 mA


≤ 1,6V (PNP) e ≤ 0,8V (NPN)

250 µs


cable 3 wire

connector M8 4 pins

ABS

IP30

-5°C à +50°C

35 mm DIN Rail

87,62

14,76

37,1

Picture 28 - Connector model dimensions


16

HEAD OFFICE - São PauloRua Tuiutí, 1237 - Tatuapé - São Paulo - SP

CEP: 03081-012Fone: 55 11 2145-0400

[email protected]

We reserve the right to modify the information contained herein without prior notice. EA3000944 - Rev. B - 08/2017

Table 7 - Application of red light source

Yellow

Yellow

Orange

Orange

Red

Red

Green

Green

Blue

Black

White

White Blue Black

Object / Mark Color

Back

grou

nd C

olor

8 - Application of Light Sources

8.1 - Red Light Source 8.2 - Green Light Source

Table 8 - Application green light source

Yellow

Yellow

Orange

Orange

Red

Red

Green

Green

Blue

Black

White

White Blue Black

Object / Mark Color

Back

grou

nd C

olor

Table 9 - Application blue light source

Yellow

Yellow

Orange

Orange

Red

Red

Green

Green

Blue

Black

White

White Blue Black

Object / Mark Color

Back

grou

nd C

olor

8.3 - Blue Light Source

The tables below illustrate in which situation each light source color can be applied. The green marks indicate where they can be used and the red ones where they can not be used. 7.

7 Other color conditions should be pre-tested to ensure that the amplifier meets the needs of the application.

Note

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