SMW Autoblok LPS 4.0 120 IO User manual

Type LPS 4.0 120 IO
LINEAR POSITION SENSOR
DEUTSCH
INSTRUCTION MANUAL
Date:
Version:
Language:
COPY OF THE
ORIGINAL
2020-11
7
English

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Übersicht
INSTRUCTION MANUAL
Linear Position Sensor
Type LPS 4.0 120 IO
Thank you for purchasing an Original-SMW-AUTOBLOK Linear
Position Sensor LPS 4.0
.
This instruction manual contains the installation, the use and the
maintenance instructions of the „ LPS 4.0 “.
SMW-AUTOBLOK reserves the right to make changes without
notice.
This instruction manual is a part of the „
LPS 4.0 “and must be
passed to the new owner in case of sale.
This instruction manual may not be -in whole or in part- copied
without our written agreement.
Content
Overview
Declaration of incorporation
General safety instructions
Technical data
Signal output
Mounting
Display behavior
IO-Link Process structure and parameters
Maintenance
Troubleshooting
Accessories
Typeplate
Warranty
Conrmation of receipt of the manual
with analog interface 0..10V/4..20mA with IO-Link Interface
Measuring range 0..120mm
&Please read the instruction manual carefully
before installation and use and always follow the
regulations.
Please note especially the sections which are
marked with the following signs:
•Danger of injury or danger to life if instructions
are not followed.
•Danger of damage to the sensor, the machine or
the components.

4 SMW-AUTOBLOK
Einbauerklärung
208109 / 208110
LPS 4.0 120 IO
Englisch
Signature of responsible person
SMW-Autoblok Spannsysteme GmbH
Wiesentalstraße 28
88074 Meckenbeuren
Deutschland / Germany
Tel.: [phone] - 405 0
Product description:
Type:
Ident-No.:
Declaration of incorporation
for a partly completed machinery
to machine directive 2006/42/EC
Date:
Due to its concept and design as it is introduced into the market is according to the following general safety
and health EU regulations.
Machine directive:
EMI directive:
The manufacturer:
herby declares, that the following product:
20.06.2018
Declaration of incorporation
2006/42/EC
2004/108/EC
Applied harmonized norms:
Emission:
Immunity:
EN 61000-6-3
EN 61000-6-2
Linear Position Sensor

SMW-AUTOBLOK 5
Allgemeine Sicherheitshinweise
Englisch
1. Intended use
The linear positioning sensor is exclusively intended
to be used as a parts of a production machine. The
sensor must only be installed and operated by personal
authorized and advised by the operation, that is qualifi ed
according to the valid national laws and according to the
national and international regulations. Any other use is
a non authorized use, and can cause hazards to health
and life of persons as well as damage to material.
The sensor must only be used in perfect functioning
condition. The advises of this manual must always be
observed.
For any other use than the intended use or any other
use than authorised by the manufacturer the operator
is sole and fully responsible. Any changes carried out at
the sensor must be authorised by the manufacturer and
must be documented properly.
In addition to this manual all laws, norms and regulations
must be observed.
General safety instructions
!
5. Safety
Always follow the regulations concerning safe working,
protection clothes and any other protection devices to
be used at the corresponding production machine.
2. Safety requirements
In order to protect the unit against fi re, electric shock
or potential destruction of the electronic components,
it must never be exposed to rain or extreme humidity.
Direct sun or heat are to be avoided as well.
3. Calibration, recalibration
The linear positioning sensor is adjusted and calibrated
at the factory for the measuring path specifi ed.
If the linear positioning sensor is not used as an absolute
measuring system, recalibration is not necessary.
If you are in doubt, please contact the manufacturer.
A recalibration can only be carried out in the factory.
4. Warranty and avoiding of harms
This manual is the basis for installation, use and
opertation of the linear positioning sensor.
Before using the linear positioning sensor read the
manual carefully. This manual must remain stored at the
machine where the linear position sensor installed.
All operations described in this manual must only
be carried out by capable personal authorized by the
operation.
6. General safety advises
• All safety advises, national and international
regulations to avoid accidents as well as company
internal working and operation advises have to be
observed.
• Any conditions causing hazards have to be avoided.
• Interferences that can cause hazards have to be
eliminated immediately.
• Ignoring the safety instructions can cause hazards to
persons, environment and / or can cause damage and
will make any warranty void.
• During installation, the installation and maintenance
of the linear positioning sensor all safety regulations
of the machine, into which the sensor is installed,
must be observed.
• Prior to any runoff this manual must read, and all
safety advises must be followed.
• The manufacturer refuses any claims for problems
caused by not following this manual.
7. Safety advises for operation
• When using the linear positioning sensor in safety
relevant operations, precautions must be taken to
avoid danger for personal and machine, in case of
failure of the sensor. This can be done by posting
safety advises on the machine or by adding safety
advises to the manual of the machine. Additionally
the machine maker can add suitable (mechanical)
protections , to avoid any hazards. We also refer to
the trouble shooting.
• The installation and run off must be carried out by
qualifi ed personal. All safety regulations for electronic
installations must be observed.
• The sensor must not be opened at all!
• Before use all connections must be double checked
carefully.
• Never touch the sensing surface (opposed to the plug)
with sharp or tipped articles. Use a soft tissue only.
Insuffi cient or improper maintenance makes any warranty
from SMW-AUTOBLOK void.
In case of problems or questions please contact SMW-
AUTOBLOK directly or one of our authorized offi ces.
!
!
!
!
!
!
!
!

6 SMW-AUTOBLOK
α
B
A
B
α
M12x1
M5 (2x)
53,5
123
135
LED
24,2
40
23
Technical data
Linear position sensor LPS 4.0 120 IO
Power supply 24VDC ±10%@ 35mA typ. Inverse-polarity and overvoltage protection
Interface 0...10V, short-circuit-proof, oad > 2kOhm (Id. Nr. 208108), 0/4..20mA, load <500
Ohm (Id. Nr. 208107), IO Link 1.1
Function monitoring on error: output 0V or 0mA
Resolution ca. 5mV
Reproducibility ±0,1mm
Linearity ±0,2 mm
Temperature drift ±0.25mm through the whole operating, temperature range, temperature engaged
Measuring frequency 33Hz
EMV Compatiblity EN61000-6-2 Immunity / EN61000-6-4 Emission
Power-on phase The rst measuring value is available after 3 sec. approximately
Case dimensions L x W x H; 60 x 23 x 24,5 mm
Case material Plastic
Case protection class IP 67
Mounting via 2 M5x5 threaded holes in the bottom of the case
Operation and storing temperature ranges 0 bis 75°C
Connections 5-pin connector M12x1, male
Cam
Example of a cam
Shift ring
Example for an shift ring
Dimensions Info
Distance A = 1.0 mm ± 0.25 A = recommended distance (inside and parallel) between the measuring surface
and the Shiftring (ring shape)
Width B = 11 mm B = recommended width of the Cam or Shiftring
Angle α = 6° α = Angle min. 6°
Dimensioning Cam / Shiftring
Recommended dimensions of Cams / Shiftrings:
Pin Assignment Plug M12 x 1
Pin Description
1 24V DC
2 not used
3 GND
4 C/Q (data)
5 Signal output 0-10 V (Id. No. 208110)
Signal output 4-20 mA (Id. No. 208109)

SMW-AUTOBLOK 7
Signal output
The LPS 4.0 with analog signal output provides 0...10V or 4..20mA,
corresponding to 0...48mm. If there is an upper or lower deviation
from the measuring range or in case of an error, 0V or 0mA is
output.
Analog interface
The following pin assignment applies to the 5-pin cable connector M12x1:
Pin assignment, analog
Pin Description Comment 5-pin cable
1 24V DC +/- 10% brown
2 not used white
3 GND blue
4 CQ (Data) must not be used black
5 Signal out 0..10V, 4..20mA grey
Use only 5-pin shielded cable
Use only 5-pin shielded cable. GND is used for power supply
and signal. Shield connected on one side at the female
connector.
The pin assignment is binding
The pin assignment is binding. The lead colours of the cable
may vary.
Cable colours:
1 = brown
2 = white
3 = blue
4 = black
5 = grey

8 SMW-AUTOBLOK
Signal output
After the module has been assembled, the cable is connected to
the PLC control via a shielded connection cable according to the pin
assignment. Only 3 of the 5 wires are relevant for the user.
The other two must neither be stripped nor used for any other
purposes. The shield should be connected all over and possibly on
both sides. Differences in the shield ground(s) are to be avoided;
if need be, the shield may be connected only on one side. The
securing screw of the M12  anged connector must be tightened
moderately.
Do not lay connection cables in parallel to cables!
Do not lay connection cables in parallel to cables which
could cause interferences.
Consider cable crosssection and cable length!
Per ohm copper resistance, about 35mV offset are added to
the measuring signal. Cable crosssection and cable length
are to be taken into account.
Analog connection Electric power
When connecting the test sensor to power, all safety advises
of the machine or of the external unit (see the corresponding
manuals) have to be observed.
The connection must only be carried out by qualied
personal.

SMW-AUTOBLOK 9
1±0,25
±1,5°
±0,25
<±0,5°
Mounting LPS 4.0
Special care must be taken when mounting
Special care must be taken when mounting the sensor
module since correct mounting is decisive for the quality of
the measurement signal.
The following procedure is recommended:
• Mount the LPS 4.0 by means of a support (not contained in the
• delivery package).
• Set the exact distance to the switch ring (ring shape) or cam.
• Take care that the sensor module is in an exact parallel position
to and is concentric with the cylinder axis.
• No minimum distance to metal surfaces has to be observed on
the sides, the front and the side facing the support; a distance
of 10mm must be kept towards the measuring surface opposite
the support..
air gap to switch ring or cam
Measuring range 120 mm
Mounting
The mounting positions shown above are not admissible and must be avoided under all circumstances.
LPS 4.0 scale drawing with tolerances

10 SMW-AUTOBLOK
Status S3 S2 S1
Display behavior
LED Color Description
Status Green On = supply voltage is OK.
Off = no supply voltage
Short ashes on and off = IO-Link communication is active
Status Red Flashing (approx. 4 Hz) = a short circuit to a sensor output has been
detected
Pulsating ashing (approx. 0.8 Hz) = Low voltage of the supply
voltage has been detected.
Note: If activated via IO-Link, On = no damping element is
detected in the detection range (max. measuring range).
See table below.
S3 Yellow Switching state of switching output 1:
On = switching output has switched, because a target is on the
switch point or in the switching window
Off = switching output has not switched
Standard display behavior of LEDs
LED Color Description
Status Red Permanent additional information on the detection of the
damping element for all product variants.
■On = no target is detected in the detection
range (max. measuring range)
■ Off = a target is detected in the detection
range (max. measuring range)
Activation via parameter „0x78, subindex 1 = no target detected
(warning)“ to value „1“ or via the parameter menu, „Event congu-
ration“
section, „No Damping Element detected (Warning)“ function
set to „Enabled.“
S1 ... S3 and Status Yellow, green Localization function
■LEDs S1 ... S3 ashing simultaneously in yellow and
the LED status in green.
To easily detect the sensor installed in a machine or plant, conspi-
cuous
LED ashing behavior can be activated and deactivated again
via IO-Link for the sensor search. After isolating the sensor from the
supply voltage, the ashing behavior is deactivated again as standard.
Activation via parameter „0x7f = Locator Indication“ to value 1 or via
the Diagnosis menu, „Service function“ function, indication setting
set to „Locator Indication.“
Display behavior of LEDs can be activated via IO-Link

SMW-AUTOBLOK 11
15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
0
AD1
1
AD1
0
AD9 AD8 AD7 AD6 AD5 AD4 AD3 AD2 AD1 AD0 res BD3 BD2 BD1
BDn 0
1
AD
4092
4093
4094
4095
IO-Link Process Data Structure and Parameters
Input data structure
Positionswert
Function
BD1 Switching signal 1
BD2 Switching signal 2
BD3 Switching signal 3
AD Position value
Values
bool Switched off
Switched n
0... max. position Valid position value in 1/20 mm
LPS 4.0 120: 0...2400
Insufcient signal quality
Outside of the value range
(below the value range)
Outside of the value range
(above the value range)
No target

12 SMW-AUTOBLOK
1 0x00
2 0x01
3 0x02 0x17
4 0x03 0x21
5 0x04 0x11
6 0x05 0x50
7 0x06 0x00
8 0x07 0x04
9 0x08 0x46
10 0x09 0x03
11 0x0A 0x2C
12 0x0B 0xEC 0-10V
0XEB 4-2mA
13 0x0C 0x00
14 0x0D 0x00
IO-Link Process Data Structure and Parameters
Conguration
BD1 switchpoint logic Index 0x3D Subindex 1
0 (High-Active) 1 (Low-Active)
BD1 - switching signal 1:
Target outside of the limits 0 1
Target within the limits 1 0
BD2 switchpoint logic Index 0x3F Subindex 1
0 (High-Active) 1 (Low-Active)
BD2 - switching signal 2:
Target outside of the limits 0 1
Target within the limits 1 0
IO-Link Communication and ID Parameters
Direct Paramter Page 1 - Index 0x00
Sub Address
hex
Name Type Data
type
Attribute Value Comment
Communication Control
Master Command R/W uint8 volatile written by master
Master cycle time R/W uint8 volatile written by master
Min. cycle time R uint8 constant 2.3 ms
M-sequence capability R uint8 constant ISDU support
Revision ID R uint8 constant IO-Link version 1.1
Process Data in R uint8 constant 16bit Pdin, SIO support
Process Data out R uint8 constant n/a
Identication Parameter
IO-Link Vendor ID1 (MSB) R uint8 constant SMW Autoblok
IO-Link Vendor ID2 (LSB) R uint8 constant
Device ID1 (MSB) R uint8 constant LPS 4.0 120 IO
208108 0-10V
208107 4-20mA
Device ID2 R uint8 constant
Device ID3 (LSB) R uint8 constant
Function ID1 (MSB) R/W uint8 static not used
Function ID2 (LSB) R/W uint8 static
BD3 switchpoint logic Index 0x400
0 (High-Active 1 (Low-Active)
BD3 - switching signal 3:
Target outside of the limits 0 1
Target within the limits 1 0

SMW-AUTOBLOK 13
1 0x0001
2 0x8000
3 0x8001
4 0x8002
5 0x8003
1 0x10300
2 0x020C04
0x10
0x11
0x12
0x13
0x14
0x15
0x16
0x17
0x18
0xC0
IO-Link Process Data Structure and Parameters
IO-Link Standard Parameters
System Command (Index 0x02)
Value hex Function
0x82 Restore Factory Settings
Prol ID (Index 0x0D)
Subindex Value hex Function
Smart Sensor Prole supported
Device Identication
Binary data channel
Process Data Variable
Device Diagnosis
PD input descriptor (Index 0x0E)
Subindex Value hex Function
SetFBool3.0
UIntegerT12.4
Parameters for Identication
Index hex Name Type Data type
Vendor Name R char [18]
Vendor Text R char [max 32]
Product Name R char [max 32]
Product ID R char [11]
Product Text R char [max 32]
Serial Number R char [14]
Hardware Revision R char [7]
Firmware revision R char [7]
Application Specic Name R/W char [max 32]
User Tag R/W char [max 32]

14 SMW-AUTOBLOK
0x80
IO-Link Process Data Structure and Parameters
IO-Link Device Parameter
Note:
The existing indexes for the various sensors differ according to their properties. For example, indexes for parameterizing an analog out-
put are only available for sensors with an analog output.
Index
hex
sub Name Typ Data type Value Default Unit
Switching Signal Channel 1 (Data Storage = yes)
0x3C 1 Setpoint SP1 R/W unit16 LPS 4.0 120: 0...960 240 1/20 mm
2 Setpoint SP2 R/W unit16 LPS 4.0 120: 0...960 960 1/20 mm
0x3D 1 Switchpoint
Logic
R/W unit8 0: High-Active
1: Low-Active
0
2 Switchpoint
Mode
R/W unit8 0x01 - Single Point
0x02 - Window Mode
0x03 - Two Point Mode
0x080 - Centered Window Mode
0x80
3 Switchpoint
Hysteresis
R/W unit16 0: Low
1: Medium
2: High
0
0x40 1 Window Width R/W unit16 LPS 4.0 120: 0...960 20 1/20mm
2 Off Delay R/W unit16 0...6000 0 ms
3 On Delay R/W unit16 0...6000 0 ms
4 Error Behavior R/W unit8 0: State Freeze
1: Maximum Position
2: High
3: Low
3
Switching Signal Channel 2 (Data Storage = yes)
0x3E 1 Setpoint SP1 R/W unit16 LPS 4.0 120: 0...960 720 1/20mm
2 Setpoint SP2 R/W unit16 LPS 4.0 120: 0...960 960 1/20mm
0x3F 1 Switchpoint
Logic
R/W unit8 0: High-Active
1: Low-Active
0
2 Switchpoint
Mode
R/W unit8 0x01 - Single Point
0x02 - Window Mode
0x03 - Two Point Mode
0x80 - Centered Window Mode
3 Switchpoint
Hysteresis
R/W unit16 0: Low
1: Medium
2: High
0
0x41 1 Window Width R/W unit16 LPS 4.0 120: 0...960 20 1/20mm
2 Off Delay R/W unit16 0...6000 0 ms
3 On Delay R/W unit16 0...6000 0 ms
4 Error Behavior R/W unit8 0: State Freeze
1: Maximum Position
2: High
3: Low
3

SMW-AUTOBLOK 15
Index
hex
sub Name Typ Data type Value Default Unit
Switching Signal Channel 3 (Data Storage = yes)
0x4000 1 Setpoint SP1 R/W unit16 LPS 4.0 120: 0...960 480 1/20 mm
2 Setpoint SP2 R/W unit16 LPS 4.0 120: 0...960 960 1/20 mm
0x4001 1 Switchpoint
Logic
R/W unit8 0: High-Active
1: Low-Active
0
2 Switchpoint
Mode
R/W unit8 0x01 - Single Point
0x02 - Window Mode
0x03 - Two Point Mode
0x080 - Centered Window Mode
0x80
3 Switchpoint
Hysteresis
R/W unit16 0: Low
1: Medium
2: High
0
0x43 1 Window Width R/W unit16 LPS 4.0 120: 0...960 20 1/20mm
2 Off Delay R/W unit16 0...6000 0 ms
3 On Delay R/W unit16 0...6000 0 ms
4 Error Behavior R/W unit8 0: State Freeze
1: Maximum Position
2: High
3: Low
3
Analog Output (Data Storage = yes)
0x42 1 Range Limit 1 R/W unit16 LPS 4.0 120: 0...960 0 1/20mm
2 Range Limit 2 R/W unit16 LPS 4.0 120: 0...960 960 1/20mm
0x72 1 Analog Output
Type
R/W unit8 0: Current
1: Voltage
0
2 Analog Output
Mode
R/W unit8 0: Rising
1: Falling
0
3 Current - Lower
Output Value
R/W unit8 0...200 40 0,1mA
4 Current - Upper
Output Value
R/W unit8 0...200 200 0,1mA
5 Voltage - Lower
Output Value
R/W unit8 0...100 0 0,1V
6 Voltage - Upper
Output Value
R/W unit8 0...100 100 0,1V
7 Analog Output
Error Behavior
R/W unit8 0: Output Value Freeze
1: Maximum Position
2: Error Replacement Value
2
8 Current - Error
Replacement
Value
R/W unit8 0...200 0 0,1 mA
9 Voltage - Error
Replacement
Value
R/W unit8 0...100 0 0,1V
IO-Link Process Data Structure and Parameters

16 SMW-AUTOBLOK
Index
hex
sub Name Typ Data type Value Default Unit
Event Conguration (Data Storage = yes)
0x78 1 No Target
(Warning)
R/W bool 0: Disabled
1: Enabled
2 Signalfehler R/W bool 0: Disabled
1: Enabled
Service Function (Data Storage = no)
0x7F Indication
Setting
R/W unit8 0: Normal Indication
1: Locator Indication
0
Device Access Locks (Data Storage = yes)
0x0C Data Storage
Lock (Bit1)
R/W bool 0: false (Data Storage
activated)
1: true (Data Storage
locked)
0
Device Status Information (Data Storage = no)
0x24 Device Status R unit8 0: Device is OK
2: Out of specication
0
0x25 Detailed Device
Status
R unit 8 [9] Active Events, see IOLink
1.1-Specication
Operation Information (Data Storage = no)
0xE0 Operating Hours R unit32 0: 0x3FFFFFFF
Resolution 0,25h
0,25h
User Specic Information (Data Storage = yes)
0x18 Application
Specic Tag
R/W char [32] Always a step ahead
0xC0 User Tag R/W char [32] LPS 4.0 Series
Device Characteristics (Data Storage = no)
0xE8 1 Position Range R unit16 LPS 4.0 120: 0...960
2 Resolution R unit16 50 µm
Process Data (Data Storage = no)
0x28 Process Data
Values
R unit16 See Process Data
Structure
Observation (Data Storage = no)
0xEC 1 Measured Value R unit16 LPS 4.0 120: 0...960 1/20 mm
2 Signal Quality R unit8 0: Insufcient
1: Acceptable
2: Good
3: Excellent
3 Switching Signal 1 R unit8 0: Inactive
1: Active
4 Switching Signal 2 R unit8 0: Inactive
1: Active
5 Switching Signal 3 R unit8 0: Inactive
1: Active
Note: At parameter „0xEC“ it is only possible to read the complete parameter. Accessing of subindexes is not possible here.

SMW-AUTOBLOK 17
Error Codes
In case of a fault, the sensor transmits the error codes detailed in the following table. The error code consists of 2 bytes. The higher value
byte, here 0x80, represents the IO-Link device as the emitter. The lower value byte represents the actual fault.
Error Error code Comment
Device application error 0x8000 Device application error, the required service is not operated by the
sensor.
Index unavailable 0x8011 R/W access to unavailable parameter index.
Unavailable subindex 0x8012 R/W access to unavailable parameter subindex.
Service temporarily
unavailable
0x8020 Write/read access to parameter limited by the device status is not
possible.
Service temporarily unavailable—
device control panel
0x8022 Write/read access to parameter limited by window control access to
the sensor is not possible.
Access denied 0x8023 Write attempt to read-only address.
Invalid value range,
parameter
0x8030 For all R/W parameters outside of the valid value range.
Parameter value too large 0x8031 For all R/W parameters above the valid value range.
Parameter value too small 0x8032 For all R/W parameters beneath the valid value range.
Parameter length is too
large
0x8033 Too much data has been transmitted for the parameter (more bytes).
Parameter length is too
small
0x8034 Too little data has been transmitted for the parameter (too few bytes).
Application not ready 0x8082 Device application error, the required service is not operated by the
sensor.
Event Data
The sensor is capable of transmitting events that occur:
Event Instance Type Mode Event
Qualier
Event
Code
Description
Signal faults APP Warning Appear/
Disappear
0xE4/0xA4 0x8D40 Target is too far from the
sensor.
No measured
value
APP Warning Appear/
Disappear
0xE4/0xA4 0x8D41 No target or no position
detection possible.

18 SMW-AUTOBLOK
Maintenance
Maintenance, service
The LPS 4.0 usually works without maintenance.
Any way the function should be tested in regular intervals when testing the machine tool.
The following tests need to be carried out:
• Check the relative position of the sensor to the cam of the cylinder.
• Check if all mounting bolts are tightened correctly and check the cam of the cylinder.
• Check the switch ring.
• Check that the sensing surface has no physical damage.
• Check that there is no contamination of the sensor.

SMW-AUTOBLOK 19
Handling of errors
LPS 4.0 analog
The LPS 4.0 sensor is factory set, so that the full measuring range
results in a proportional signal of 0-10 Volt or 4-20 mA.
In case the sensor detects a non logical position or is out of its
measuring range, it will give a 0 Volt or 0 mA output signal.
As the SPS can not identify if the 0-signal is a 0 mm signal or
an error, the sensor should be adjusted mechanically so that the
position “0” is out of the mechanical measuring/stroke range of
the cam /switch ring of the cylinder.
Fault Cause Remedy
„Status“ LED does not
light up
AThe power supply is switched
off.
Check whether there is a reason why the power supply
is switched off (installation or maintenance work, etc.).
Switch on the power supply if appropriate.
BThe plug is not connected to
the connector on the sensor.
Connect the plug to the sensor and tighten the cap nut
by hand.
CWiring fault in the splitter or
switch cabinet.
Check the wiring carefully and repair any wiring faults.
DSupply cable to the sensor is
damaged.
Replace the damaged cable.
Kein IO-Link-Verbindung
zum Gerät
AThe C/Q communication port
on the sensor is not connected
to the IO-Link master
Make sure that the C/Q communication port is connected to the IO-Link
master.
BNo power supply Check whether there is a reason for the absence of the
power supply (installation or maintenance work, etc.).
Switch on the power supply.
Bedämpfungselement
wird nicht erfasst
ASensor is too far away from
the item to be detected
Check the mounting and, if necessary, adjust the sensor
to the correct distance.
Troubleshooting

20 SMW-AUTOBLOK
Option
Connecting Cable
Connection cables and matching connectors are not included in the delivery package.
They can be ordered from (special length up to 20m on request).
The wire cross section min. 0.34 mm².
Description (Connecting Cable for LPS 4.0) SMW-ID-No.
Connecting Cable 5m straight
5m Length,
5-pin M12x1 connector, straight
208244
Connecting Cable 5m angled
5m Length,
5-pin M12x1 connector, angled
208247
Connecting Cable 10m straight
10m Length,
5-pin M12x1 connector, straight
208245
Connecting Cable 10m angled
10m Length,
5-pin M12x1 connector, angled
208248
Connecting Cable 15m straight
15m Length,
5-pin M12x1 connector, straight
208246
Connecting Cable 15m angled
15m Length,
5-pin M12x1 connector, angled
208249