Wenglor OPT2041 Manuel utilisateur

OPT2041

Fiber Optic Cable Sensor

Operating Instructions

Available as PDF only

Status: 18.06.2018

www.wenglor.com

Index

1. Proper Use 3

2. Safety Precautions 3

3. General Information Regarding the Device 3

4. Device Features 4

4.1. Connection Diagrams 4

4.2. Housing Dimensions 4

4.3. Declaration of Conformity 4

4.4. Technical Data 5

4.5. Complementary Products 6

4.6. Control Panel 6

4.7. Installation Instructions 6

4.7.1. Mounting to a DIN rail 6

4.7.2. Side mounting 7

4.7.3. Connecting the plastic fibre-optic cable 7

5. Initial Operation 8

5.1. Overview of Functions 8

5.2. Menu Structure 9

6. Adjustment 10

6.1. Run 10

6.2. Teach-In 10

6.3. Output 12

6.3.1. ON-/OFF-Delay 13

6.4. Operating Mode 13

6.5. Filter 13

6.6. Display 14

6.7. Language 14

6.8. Information 15

6.9. Reset 15

6.10. Password 15

7. IO-Link Parameter and Process data 16

8. Maintenance Instructions 19

9. Proper Disposal 19

1. Proper Use

This wenglor product is used in accordance with the following mode of operation:

Both plastic fiber optic cables and glass fiber optic cables can be connected to fiber optic cable sensors.

Universal reflex sensors can be used both with and without fiber optic cables. Fiber optic cable sensors ana-

lyze the light reflected by the object. The output switches when an object reaches the selected range (detec-

tion) or when the active light beam is interrupted (operating limits). Bright objects reflect more light than dark

objects, and can thus be recognized from greater distances. In barrier operation, the color of the object has

no effect on the range.

2. Safety Precautions

• This operating instruction is part of the product and must be kept during its entire service life.

• Read this operating instruction carefully before using the product.

• Installation, start-up and maintenance of this product has only to be carried out by trained personal.

• Tampering with or modifying the product is not permissible.

• Protect the product against contamination during start-up.

• Not a safety component in accordance with the EU Machinery Directive

3. General Information Regarding the Device

wenglor fiber optic cables can be adapted to these Sensors. The modern OLED display assures easy, menu-

driven Sensor setup. Signal strengths and the switching threshold can be read from the display as numeric

values or as a bar graph. Convenient programming and quick diagnosis is possible via the IO-Link interface.

4. Device Features

4.1. Connection Diagrams

774

+ Supply Voltage “+”

A/ Switching Output/IO-Link

T Teach Input

– Supply Voltage “0 V”

4.2. Housing Dimensions

1 = Transmitter Diode

2 = Receiver Diode

4.3. Declaration of Conformity

The EC declaration of conformity can be found on our website at www.wenglor.com in download area.

RoHS

4.4. Technical Data

Optical Data

Switching Hysteresis < 15 %

Light Source Red Light

Wave Length 660 nm

Service Life (T = +25 °C) 100000 h

Max. Ambient Light 10000 Lux

Electrical Data

Supply Voltage 18...30 V DC 18...30 V DC

Current Consumption (Ub = 24 V) < 40 mA

Switching Frequency 4 kHz

Response Time 125 µs

On-/Off-Delay 0...10000 ms

Temperature Drift < 10 %

Temperature Range –25...60 °C

Switching Output Voltage Drop < 2,5 V

Switching Output / Switching Current 100 mA

Short Circuit Protection yes

Reverse Polarity Protection yes

Overload Protection yes

Teach Mode NT, MT, ZT, DT, FT, HT, TP

Interface IO-Link

IO-Link Version 1.0

IO-Link Parameter > 12

Protection Class III

Mechanical Data

Adjustment Teach-In

Housing Material Plastic

Degree of Protection IP65

Connection M8×1; 4-pin

DIN-Rail mounting 35 mm

General Data

Selectable menu language X

Password Protection X

Output

Configurable as PNP/Push-Pull yes

NO/NC switchable yes

IO-Link yes

4.5. Complementary Products

Glass Fiber Optic Cable

Plastic Fiber Optic Cable

4.6. Control Panel

20 = Enter Button

22 = Up Button

23 = Down Button

60 = Display











4.7. Installation Instructions

All applicable electrical and mechanical regulations, standards and safety precautions must be adhered to

when installing and operating the Sensor. The Sensor must be protected against mechanical influences. Install

the device such that its installation position cannot be inadvertently changed.

4.7.1. Mounting to a DIN rail

 



fig.1 Mounting of the Sensor to a DIN rail

4.7.2. Side mounting

Side mounting a unit: Secure the Sensor with screws (M4) through the mounting holes.

fig. 2 Side mounting of the Sensor

4.7.3. Connecting the plastic fibre-optic cable

• Please cut the plastic fibre-optic cable once before using with the cutting tool.

• Open the mounting slide with a screwdriver (see fig. 3-1)

• Insert the light cable into the opening provided to this end (see fig.. 3-2)

• Close the mounting slide (see fig. 3-3)

 

fig. 3 Connecting the plastic fibre-optic cable

5. Initial Operation

Connect the Sensor to 18 to 30 V DC before configuring the settings.

The desired menu language must be selected after initial operation, and after each reset.

See section 6.7 in this regard.

Switch to the configuration menu by pressing any key.

Note: If no settings are adjusted in the configuration menu for a period of 30 seconds, the Sensor is auto-

matically returned to the display mode.

The Sensor accesses the last used menu view when a key is once again activated. If a setting is configured,

it becomes active when the configuration menu is exited.

The keys are used for navigation, and for configuring settings. The functions of the navigation keys vary from

menu to menu. The functions of the keys appear in the display as follows:

5: Navigate up.

6: Navigate down.

3Back: Move up one level within the menu.

7Run: Switch to the display mode.

Selection is acknowledged with the enter key.

Important: Do not use any sharp objects to press the keys when configuring settings,

because they might otherwise be damaged.

5.1. Overview of Functions

Description Function Page

Run Switch to display mode 10

Teach Teach-In the Sensor 10

Output Select output function 12

Operating Mode Select the Sensitivity 13

Filter Filter settings 13

Display Select display characteristics 14

Language Select the desired menu language 14

Info Read out information regarding the Sensor 15

Reset Return to default settings 15

Password Protection against unauthorized changes to settings 15

5.2. Menu Structure

The Sensor’s menu is laid out as follows:

• normal

Signal Strength

Password

Switching Status

Indicator/

* Only after Window Teach

6. Adjustment

6.1. Run

The Sensor is switched to the display mode when the enter key is pressed.

Received Signal Strength (numeric value 0 – 999)

Switching Status:

Dark dot = Sensor connected

Blinking = Contamination

Bar chart of received

Signal Strength

6.2. Teach-In

The Sensor is set up with the help of the teach-in menu.

Function Description

T Normal Normal Teach-In

The object is taught in by pressing

the T key:

• Align the spot to the object.

• Briefly press the T key.

èThe switching distance to

the object is set.

• If necessary, readjust the

switching distance with the help

of the “Potentiometer” menu item.

T Minimal Minimal Teach-In/Glass recognition

The object is taught in by pressing the T key:

• Align the spot to the object.

• Briefly press the T key.

èThe switching distance to the

object is set.

• If necessary, readjust the

switching distance with the help

of the “Potentiometer” menu item.

T Dynamic Dynamic Teach-In

The Sensor enters a recording phase when the T1 key is pressed, and

the minimum and maximum signal strength are saved to memory.

• Align the spot to the background

(e. g. conveyor belt).

• Briefly press the T1 key.

• Move objects through the light beam.

• Briefly press the T2 key.

èThe switching point is set

automatically between the minimum and maximum signal strength

saved to memory during the recording phase.

Object

Object-

distance (OA)

Calculated

switching

distance is

approximately

50% > OA

Object

Calculated

switching

distance

between

OA 1 and OA 2

Object distance 1

(OA 1)

Object distance 2

(OA 2)

Object

Object-

distance (OA)

Calculated

switching

distance is

approximately

17% > OA

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