6SICK 8 007 755.0300
Glossary General.................................................................................................... 8
Electrical ................................................................................................ 11
Standards .............................................................................................. 13
Inductive proximity sensors Operating principle ................................................................................. 14
Glossary ................................................................................................ 15
Installation notes..................................................................................... 16
Selection table........................................................................................ 18
Type code.............................................................................................. 19
Series .........................DC 3/4-wire......IM 0 4 ........................................20
IM 0 5 ........................................22
IM 0 8 ........................................24
IM 1 2 ........................................30
IM 1 8 ........................................40
IM 3 0 ........................................50
IH 0 3.........................................56
IH 0 4.........................................58
IH 0 6.........................................60
IQ 0 5 ........................................64
IQ 0 8 ........................................66
IQ 1 0 ........................................68
IQ 1 2 ........................................70
IQ 4 0 ........................................72
IQ 8 0 ........................................76
Series ...................... DC 2-wire ..........IM 1 2 ........................................78
IM 1 8 ........................................80
IM 3 0 ........................................82
Series ........................AC, AC/DC.......IM 1 2 ........................................8 4
IM 1 8 ........................................86
IM 3 0 ........................................88
IH 2 0.........................................90
IH 3 4.........................................92
IQ 4 0 ........................................94
IQ 8 0 ........................................96
Series ........................NA MUR............I M 0 8 ........................................98
IM 1 2 ......................................100
IM 1 8 ......................................102
IM 3 0 ......................................104
Capacitive proximity sensors Operating principle ............................................................................... 106
Selection table...................................................................................... 107
Type code............................................................................................ 107
Series .........................DC ...................CM 1 8 ....................................108
CM 3 0 ....................................110
CQ 3 5.....................................112
Contents
7
SICK8 007 755.0300
Magnetic Operating principle ............................................................................... 114
proximity sensors Glossary .............................................................................................. 115
Installation notes................................................................................... 118
Selection table...................................................................................... 119
Type code............................................................................................ 119
Series .........................D C ...................MM 0 8....................................120
MM 1 2....................................122
MM 1 8....................................124
MQ 1 0 ....................................126
Series ........................N A M U R............MM 1 2....................................128
MM 1 8....................................130
Magnetic cylinder sensors Operating principle ............................................................................... 132
Product overview.................................................................................. 133
Type code............................................................................................ 135
Series .........................D C ...................MZ R 1.....................................136
MZ R 2.....................................1 3 8
MZ Z 1.....................................140
MZ Z 2.....................................142
MZ P 3.....................................144
MZ P 4.....................................146
MZ K 1.....................................1 4 8
MZ K 3.....................................1 5 0
MZ F 1 .....................................152
MZ T 1.....................................15 4
RZ T 1 .....................................156
MZ U 2 ....................................158
Series .........................NAMUR............MZR2 .....................................160
MZ Z 1.....................................162
MZ P 3.....................................164
MZ P 4.....................................166
Accessories, control units Control unit EN 2.................................................................................. 168
Isolating Control unit EN 2 Ex ................................................................ 172
Round connectors................................................................................ 174
Magnets .............................................................................................. 176
Mounting brackets................................................................................ 177
Index Type designation .................................................................................. 178
Order number ...................................................................................... 182
Sensors from SICK .....................................................................................................................................187
Inductive proximity sensors
Magnetic proximity sensors Capactive proximity sensors
Accessories, control units Magnetic cylinder sensors
8SICK 8 007 755.0300
Active switching zone
Area above the sensing face in which
a proximity sensor responds by a
change in switching status when
attenuating material is brought nearer.
Cables
PUR cable
oil-resistant cable
not resistant to hydrolysis
PVC cable
not suitable for continuous use in
environments containing oil
not ozone- or UV-resistant
PUR-PVC cable
PVC cable coated with PUR
The cables must not be moved in
temperatures below -5 °C otherwise
they may rupture.
Complementary output
A DC 4-wire with one NO and NC
output that can be used at the same
time.
Continuous current Ia
Current at which the proximity sensor
can function reliably.
Enclosure rating
The conditions for the enclosure
rating IP 68 are the following at the
SICK AG:
-1 m water depth
-temperature of 20° C
-permanent immersion
EMC
Electromagnetic compatibility
Glossary
General
Flush installation
A proximity sensor can be embedded
in an attenuating
material so that it is flush with
the active surface.
NPN output
Proximity sensors with NPN output
switch the negative potential to the
load. They are also described as
negative-switching or current-sinking.
Load
+
-Output
Output function
Normally open: A proximity sensor
with make function is disabled in the
unattenuated state (high resistance)
and is switched in the attenuated
state (low resistance).
Operating voltage Ub
Voltage range in which the proximity
sensor can function reliably.
Overload resistance
See also short-circuit protection.
The response threshold for overload
protection is greater than the value for
continuous current-carrying capacity.
Normally closed: A proximity sensor
with brake function is switched in the
unattenuated state (low resistance)
and disabled in the attenuated state
(high resistance).
Housing material
Brass, nickel-plated
Stainless steel
Aluminium
Plastic ( PA12, PBT, PPE )
If the sensors are to be frequently or
continuously exposed to chemicals,
an application test must be
performed. Contact SICK AG for
further information.
Hysteresis H
The hysteresis is the positional
difference between the activation and
deactivation point for attenuating
material as it is brought closer or
moved away. It is required to ensure
a smooth, stable switching action. It
is given as a percentage of the real
sensing range or in mm.
Minimum load current
Smallest load current that must flow
with connected output in order to
ensure the reliable operation of
2-wire proximity sensors.
Non-flush installation
A proximity sensor must be installed
in such a way that a free-zone is
maintained.
9
SICK8 007 755.0300
Peak current Ik
Current that may flow for a specified
period at a defined switching
frequency without destroying the
proximity sensor.
PNP output
Proximity sensors with PNP output
switch the positive potential to the
load. They are also described as
positive-switching or current-
sourcing.
+
-
Load
Output
Power-up pulse suppression
The power-up pulse suppression
ensures that no incorrect switching
signal is sent to the output between
the time when the operating voltage
is applied and when the oscillator
begins to oscillate.
Repeatability R
Switching point difference for the
useful sensing range between two
consecutive measurements under
identical conditions.
Residual current Ir
The residual current is used to supply
power to the 2-wire sensors and also
flows across the load if the output is
disabled.
Reverse polarity protected
(with NAMUR sensor to EN 50227)
The connections of the proximity
sensor can be connected to the
wrong terminals without the sensor
being damaged.
Reverse polarity protection
An internal protection circuit prevents
the DC 3/4-wire proximity sensors
from being destroyed if the supply
voltage connections are incorrectly
connected, and also ensures that no
misoperation can occur which would
result in an undesired signal being
issued.
Ripple Upp
The DC operating voltage of the
ripple voltage content (maximum
permissible peak value, given in %
of Ub).
U
U
b
U
pp
t
Sensing face
Surface of a proximity sensor to
which the sensing range relates.
Sensing range
The sensing range of a proximity
sensor is the distance at which one of
the measuring plates being moved
axially towards the active surface
triggers a signal change.
su min.
sn
sr min.
sr max.
su max.
sr
1.1sn
0.9sn
su
0.81sn
1.21sn
sa
Measuring plate
Sensing face
Proximity
sensor
Rated sensing range sn:
Device characteristics
Real sensing range sr:
0.9 sn ≤ sr ≤ 1.1 sn
Useful sensing range su:
0.9 sr ≤ su ≤ 1.1 sr
Actuation distance sa:
The actuation distance is the distance
at which a proximity sensor reacts
under specified temperature and
voltage conditions.
It is between 0% and 81% of the
rated sensing range.
10 SICK 8 007 755.0300
Glossary
General
Shock stress
Pulse shape: semi-sinoidal
Acceleration: ≤ 30 gn
Pulse length: 11 ms
Short-circuit protection
Proximity sensors with short-circuit
protection cannot be destroyed by
either overloading or a direct short-
circuit. When the triggering threshold
is exceeded, the output is disabled
and then periodically (in cycles) polled
to establish whether the short-circuit
still exists. An automatic reset is
performed once the short-circuit has
been eliminated.
Short-circuit protection (with
NAMUR sensor to EN 50227)
The proximity sensor is not destroyed
if the load short-circuits or in the case
of a short-cirtcuit to ground at the
output.
Status indicator
The forced triggering of the output
(low-resistance) is indicated by an
LED. With some sensors, standby is
indicated by a second LED.
Switching frequency f
Maximum number of switching
actions per second.
Disk
2a
s
n
2
aMeasuring
plate
Proximity
sensor
Temperature drift
Shifting of the switching point caused
by a change in ambient temperature.
Time delay before availability tv
Time required by the proximity sensor
to become operational after the
operating voltage is applied.
Vibration stress
Frequency range: 10 to 55 Hz
Amplitude: 1 mm
Vibration length: 5 min
Endurance at
resonance frequency
or at 55 Hz: 30 min. in
each axis
Voltage drop Ud (at Ia max)
Reduction in voltage occurring at
maximum load current across the
switching module of the proximity
sensor. Special attention must be
paid to this in the case of serial
connections.
Wire-break protection
If one of the supply lines is broken,
the output remains disabled (no
misoperation).
11
SICK8 007 755.0300
DC 3/4-wire sensors
Apart from the oscillator, direct-
current sensors also have an output
amplifier. They are supplied as 3/4-
wire sensors with NO, NC,
complementary or programmable
outputs. Sensors of this type have
short-circuit, reverse-polarity
protection, and power-up pulse
suppression. The residual current is
negligable. A capacitive load of up to
0.15 µF can be connected. These
sensors are supplied as:
- NC, negative-switching (NPN)
- NC, positive-switching (PNP)
- NO, negative-switching (NPN)
- NO, positive-switching (PNP)
- programmable NO/NC,
negative-switching (NPN)
- programmable NO/NC,
positive-switching (PNP)
- complementary NO and NC
negative-switching (NPN)
- complementary NO and NC
positive-switching (PNP)
- free configurable as
NO, negative-switching (NPN)
NO, positive-switching (PNP)
NC, negative-switching (NPN)
NC, positive-switching (PNP)
These points are particularly relevant
in the case of parallel and serial
connections. These sensors are
supplied as:
-normally open
-normally closed
-programmable NO/NC
Serial connection
of 2-wire sensors:
Not recommended
Parallel connection of 2-wire sensors:
In the case of parallel connection, the
residual currents of all proximity
sensors are added together.
Glossary
Electrical
Serial connection of 3-wire sensors:
With series connection, the voltage
drops and the standby delay times of
the individual proximity sensors are
added together.
That is the reason for a reduced load
voltage.
PNP-connection:
Sensor n
Sensor 1
0V
+Ub
Parallel connection of 3-wire sensors:
The LEDs of all proximity sensors light
up if only one sensor is active. It is
therefore advisable to install blocking
diodes in the switching output.
PNP-connection:
+Ub
0V
Sensor 1 Sensor n
AC/DC 2-wire sensors
Apart from the oscillator, alternating
current 2-wire sensors also have a
transistor as an output amplifier.
These sensors are directly operated
in series with the load. As a result, a
small residual current flows across
the load when the sensors are
disabled. In forced-tripping mode, a
drop in voltage also occurs at the
sensor.
Protection class
Sensors not bearing the symbol
must be operated at power sources
which comply with the safety require-
ments for extra-low voltage as per
VDE 100.
L1/+
Sensor 1 Sensor n
N/-
12 SICK 8 007 755.0300
NAMUR sensor to EN 50227
These sensors are 2-wire electric
position encoders which are usually
connected to the control input of a
switching amplifier.
The direct-current source of the
switching amplifier provides the
sensors with power. If metal or
magnets are positioned close to the
sensors, the internal resistance of the
NAMUR sensor changes (constant
distance/current curve, see graph).
The change in internal resistance is
evaluated by the switching amplifier
and converted into a digital signal.
All NAMUR sensors have a
classification for division 1 areas.
They can be used in combination
with Isolating units.
Typical standard operating values for
a control circuit with intrinsic safety
protection:
UN= 8.2 V
Ri=1 KW
Iattenuated < 1.2 mA
Iunattenuated > 2.1 mA
The falling curve from right to left only
applies to inductive sensors. The
curve for magnetic sensors has
exactly the same characteristics, but
ascends from right to left:
Iattenuated > 2.1 mA
Iunattenuated < 1.2 mA
Glossary
Electrical
4.0 mA Magnetic
proximity sensors
3.0 mA
2.1 mA
2.0 mA
1.75 mA
1.55 mA
1.2 mA
1.0 mA
snsns [mm]
Switching current difference
Inductive
proximity sensors
Ds = Switching travel difference
^
DsDs
I [mA]
13
SICK8 007 755.0300
Glossary
Standar ds and conformities
Standards
EN 60 947-1 - IEC 947-1 Low-voltage switchgear; part 1:
DIN VDE 0660 Part 100 General specifications
EN 60 947-5-1 - IEC 947-5-1 Low-voltage switchgear; part 5:
DIN VDE 0660 Part 200 Controllers and switching elements
Section 1: Electromechanical controllers
EN 60 947-5-2 - IEC 947-5-2 Switchgear; low-voltage switchgear;
DIN VDE 0660 Part 208 auxiliary circuit switch; additional specifications for inductive proximity switches
IEC 664 Specification for measuring air and
DIN VDE 0110 creepage distances of electric equipment
EN 60 204-1 - IEC 204-1 Electric components in industrial machines;
DIN VDE 113 Part 1 Part 1: General requirements
DIN VDE 0160 Components in power systems with electronic equipment
EN 60 529 - IEC 529 Enclosure ratings provided by housing (IP code)
EN 50 227 NAMUR - electric position encoder -
direct-current interface for position encoder and switching amplifier
Conformities
Directives for consumer and capital goods enetering the European market
have been established by the EU commission to standardise the European
single market. To indicate fulfilment of these directives, manufacturers attach
the "CE-symbol" to their products.
This symbol also issued by the Underwriters Laboratories bears the letter "L"
("listed". This means that the machine has been granted an individual approval '
with an approval number. This symbol permits the checking of product´s mass
production at any time and without prior notice.
The Canadian operating regulations for electrical plants and components are
subject to the CEC /Canadian Electrical Code) whicg descibes CSA conformity
for all machines. The Canadian Standard Assiciation issues the CSA symbol
after the testing of individual components.
14 SICK 8 007 755.0300
Response curve for inductive
proximity sensors
The specified sensing ranges are
determined in the case of axial
approach along the reference axis of
the sensor.
Radial approach results in a reduction
of the sensing range. The edge of the
switching trigger has only a small
surface area. As a result, less eddy-
current losses occur. The sensor
therefore only reacts if the switching
trigger laterally enters the alternating
field relatively close to the sensing
face. In the case of axial approach,
the full surface of the switching trigger
is exposed to the scattered
electromagnetic field. Axial alignment
therefore provides the maximum sen-
sing range.
Operating Principle
Inductive proximity sensors
Alternating field
Sensing face
Switching amplifierLC oscillating circuit Signal evaluator
Attenuating
material
LC
An inductive proximity sensor
comprises an LC oscillating circuit, a
signal evaluator, and a switching
amplifier.
The coil of this oscillating circuit
generates a high-frequency
electromagnetic alternating field. This
field is emitted at the sensing face of
the sensor.
If attenuating material nears the sen-
sing face, eddy currents are gene-
rated in the case of non-ferrite metals.
In the case of ferromagnetic metals,
hysteresis and eddy-current loss also
occurs.
These losses draw energy from the
oscillating circuit and reduce
oscillation. The signal evaluator
detects this reduction and converts it
into a switching signal.
The terms "attenuated" and
"unattenuated" are used to describe
the two switching states of the
inductive proximity sensors.
Switching trigger
attenuated
unattenuated
U
I
sn
Axial approach direction
Hysteresis
Radial approach
direction
Proximity
sensor
Reliable
operating
range
15
SICK8 007 755.0300
Rated switching trigger
All sensing range measurements
must be performed by axially moving
a standard square measuring plate
made of St37 (1 mm thick) through
the alternating field. The length of the
switching trigger sides is equal to the
diameter of the response area or is
3 sn. The larger value should be
taken.
Reduction factor RM
The specified sensing ranges all relate
to St37. Considerable reductions in
distance sometimes occur in the case
of other materials.
Approximate reference values, which
can vary from type to type:
St37 ( Fe ) 1
Stainless steel ( V2A ) 0.8
Aluminium (solid) 0.45
Copper ( Cu ) 0.4
These correction factors must be
taken into consideration when
selecting actuation elements or when
calibrating to objects made of the
respective alloys.
Glossary
Inductive proximity sensors
When proximity sensors are installed,
the reliable sensing range ( 8 1 % o f sn)
should always be used as the basis.
The exact switching point must be
set by means of fine adjustment.
1.0
0.8
0.4
0
V2A
Fe
Al
Cu
0.45
16 SICK 8 007 755.0300
Flush installation in metal
Proximity sensors for flush installation
are shielded internally around the
ferrite core. As a result, the sensor
can be embedded in the metal up to
the sensing face.
Proximity sensors for flush installation
have a smaller sensing range
compared to proximity sensors for
non-flush installation with the same
shape and design.
Exceeding zone
These sensors with enhanced sen-
sing range are not flush installable in
metal:
Installation Notes
Inductive proximity sensors
Cylindrical design
General installation notes for
cylindrical design for flush and non-
flush installation in metal:
Non-flush installation in metal
With proximity sensors for non-flush
installation, a metal-free zone must be
maintained owing to the scattered
field distribution.
dd
≥ 2d
≥ 3S
n
≥ 2S
n
d
d
Non-flush installation:
Type Exceeding zone
IM12-04B ... 0,1 x d
IM18-08B ... 0,1 x d
IM30-15B ... 0,1 x d
IH06-02B ... 2 mm
Flush installation:
d
d
d
≥ 3 Sn
Opposite installation:
≥ 8 S
n
17
SICK8 007 755.0300
Cuboidal design
General installation notes for cuboidal
design in metal:
8 x Sn
design X Y Z
IQ40-15B 0 40 0
IQ40-20B 0 40 0
IQ40-20N 0 80 80
IQ40-35N 40 80 80
888
Ø16
Ø24
Ø24
8
design Y
IQ08-02B ... 8
IQ08-04N ... 16
IQ10-03B ... 10
IQ10-06N ... 20
IQ12-03B ... 12
IQ12-06N ... 24
10
12
Z
Z
X
40
Y
in mm
in mm
18 SICK 8 007 755.0300
Selection Table
Inductive proximity sensors
Terminals
Cable
•
•
•
•
NO
NO/NC
progr./compl.
NC
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
Housing Page
Connection
type Electr.
config.
Output
function
Switching-
output
Sensing range
sn in mm
PNP
NPN
Connector
Series
IM04
IM05
IM08
IM12
IM18
IM30
IH03
IH04
IH06
IQ05
IQ08
IQ10
IQ12
IQ40
IQ40
IQ80
IM12
IM18
IM30
IM12
IM18
IM30
IH20
IH34
IQ40
IQ80
IM08
IM12
IM18
IM30
Size in mm
M4
M5
M8
M12
M18
M30
Ø3
Ø4
Ø6,5
5x5x25
8x40/8x49
10x28/16x37
12x40/26x49
41x41x121
40x40x66
80x40x105
M12
M18
M30
M12
M18
M30
Ø20
Ø34
41x41x121
80x40x105
M8
M12
M18
M30
Material
Brass
Brass
Brass
Brass
Brass
Brass
Stainless steel
Stainless steel
Stainless steel
Brass
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Brass
Brass
Brass
Brass
Brass
Brass
Plastic
Plastic
Plastic
Plastic
Brass
Brass
Brass
Brass
Non flush
2,5/4
4/8
8/12
15/20
4
4
6
6
20
35
60
4
8
15
4
8
15
10
30
20
60
4
8
15
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
DC 3-w.
DC 3-w.
DC 3-w.
DC 3/4-w.
DC 3/4-w.
DC 3-w.
DC 3-w.
DC 3-w.
DC 3-w.
DC 3-w.
DC 3-w.
DC 3-w.
DC 3-w.
DC 3-w.
DC 3/4-w.
DC 3-w.
DC 2-w.
DC 2-w.
DC 2-w.
AC
AC/DC
AC/DC
AC/DC
AC/DC
AC/DC
AC/DC
NAMUR
NAMUR
NAMUR
NAMUR
20
22
24
30
40
50
56
58
60
64
66
68
70
72
74
76
78
80
82
84
86
88
90
92
94
96
98
100
102
104
Design
Cylinder
with
thread
Barrel,
smooth
Cuboid
Cylinder
with
thread
Cylinder
with
thread
Barrel,
smooth
Cuboid
Cylinder
with
thread
Flush
0,6
0,8
1,5/2
2/4
5/8
10/15
0,6
0,8
1,5/2
0,8
2
3
3
15
15/20
2
5
10
2
5
10
15
1
2
5
10
19
SICK8 007 755.0300
Type Code
Inductive proximity sensors
Character 1 2 3 4 5 6 7 8 9 10 11 12 13 14 Character
1Sensor technology
I Inductive
3/4 Housing shape
03
04
05
06
08
10
12 Diameter
18 or
2 0 edge length of
30 sensing face
34
40
80
2Design
H Barrel
M Cylinder with thread
Q Cuboid
I M 12 - O 2B P S - Z U O
other codes 14
K Short body housing
6/7/8 Sensing range/
installation
B Flush
N Non-flush
02 B 2 mm; flush
04N 4 mm; non-flush
1B5 1.5 mm; flush
2N 5 2.5 mm; non-flush
Connection 13
W Cable, PVC
U Cable, PUR-PVC
P Cable with connector, M8x1
T Connector, M8x1
C Connector, M12x1
K Terminals
Housing material 12
Z Ms, nickel-plated
V Stainless steel
K Plastic
Output 10
SNO
ONC
P Programmable/complementary
N NAMUR
Interface 9
P DC (3/4-wire) PNP
N DC (3/4-wire) NPN
C DC (4-wire) PNP or NPN
D DC (2-wire)
A AC 2-wire
U AC/DC 2-wire
- NAMUR
20 SICK 8 007 755.0300
Features
Can be installed flush
PNP or NPN output
Normally open function
High switching frequency
Short-circuit protection
(pulsed)
Robust brass housing,
nickel-plated with fine thread
M4 x 0.5 mm
Cable
Enclosure rating IP 67
LED status indicator
Connection diagram
Inductive proximity sensors
IM 04 series, sensing range 0.6 mm
DC 3-wir e, miniature metal housing
Dimensions in mm
bn
bk
bu
PNP
-
DC
+
Wire colour Assignement
bn brown + V DC
bk black NO
bu blue - V DC
LED Ø 2.6
M4x0.5
16
19
22
6
bn
bk
bu
NPN
-
DC
+
Miniature series
21
SICK8 007 755.0300
Electrical and mechanical data
Selection table
Operating voltage Ub
Ripple Upp
Voltage drop Ud
(at Ia = 50 mA)
Power consumption
(without load)
Continuous current Ia
Time delay before
availability tv
Hysteresis H typ.
Repeatability R
(Ub and Ta constant)
Temperature drift
EMC
10 ... 30 V DC
≤ 20% of Ub
≤ 0.6 V max.
10 mA
≤ 100 mA
≤ 10 ms
10% of sr
≤ 2%
± 10% of sr
to EN 60 947-5-2
Short-circuit protection
(pulsed)
Reverse polarity protection
Power-up pulse suppression
Enclosure rating to EN 60529
Shock and vibration
stress
Ambient temperature Ta
Housing material
Tightening torque
Connection cable
yes
yes
yes
IP 67
30 g, 11 ms
10 to 55 Hz, 1 mm
- 25 ... + 70 °C
Brass, nickel-plated,
plastic
0.8 Nm
PUR, 3 x 0.055 mm2
0,6
0,6
Sensing
range sn
mm
Installation
in metal Connection Order number
PNP
NPN
Switching
output TypeOutput
function Switching
frequency f
in Hz
2000
2000 Cable 2 m
Cable 2 m IM04-0B6PS-ZU1
IM04-0B6NS-ZU1 6020145
6020146
Normaly closed function available on request
Inductive proximity sensors, IM 04 series, DC
22 SICK 8 007 755.0300
Features
Can be installed flush
PNP or NPN output
Normally open function
High switching frequency
Short-circuit protection
(pulsed)
Robust brass housing,
nickel-plated with fine thread
M5 x 0.5 mm
Cable or Connector
Enclosure rating IP 67
LED status indicator
Accessories
Round connectors Connection diagram
Inductive proximity sensors
IM 05 series, sensing range 0.8 mm
DC 3-wir e, miniature metal housing
Dimensions in mm
1
4
3
bn
bk
bu
PNP
-
DC
+
3
4
1
Wire colour Contact Assignment
bn brown 1 + V DC
bk black 4 NO
bu blue 3 - V DC
1
4
3
bn
bk
bu
NPN
-
DC
+
25
M5x0.5
LED
7
18
20
Ø 3.5
LED
7
M5x0.5
Ø 6.5
M8x1
18
23 38
Miniature series
23
SICK8 007 755.0300
Electrical and mechanical data
Selection table
Operating voltage Ub
Ripple Upp
Voltage drop Ud
(at Ia = 200 mA)
Power consumption
(without load)
Continuous current Ia
Time delay before
availability tv
Hysteresis H typ.
Repeatability R
(Ub and Ta constant)
Temperature drift
EMC
10 ... 30 V DC
≤ 20% of Ub
≤ 2.0 V max.
10 mA
≤ 200 mA
≤ 10 ms
10% of sr
≤ 1,5%
± 10% of sr
to EN 60 947-5-2
Short-circuit protection
(pulsed)
Reverse polarity protection
Power-up pulse suppression
Enclosure rating to EN 60529
Shock and vibration
stress
Ambient temperature Ta
Housing material
Tightening torque
Connection cable
yes
yes
yes
IP 67
30 g, 11 ms
10 to 55 Hz, 1 mm
- 25 ... + 70 °C
Brass, nickel-plated,
plastic
1.5 Nm
PVC, 3 x 0.14 mm2
0.8
0.8
0.8
0.8
Sensing
range sn
mm
Installation
in metall Connection Order number
PNP
NPN
PNP
NPN
Switching
output TypeOutput
function Switching
frequency f
in Hz
5000
5000
5000
5000
Cable 2 m
Cable 2 m
Connector M8 x 1
Connector M8 x 1
IM05-0B8PS-ZW1
IM05-0B8NS-ZW1
IM05-0B8PS-ZT1
IM05-0B8NS-ZT1
6011591
6020155
6020110
6020158
Normaly closed function available on request
Inductive proximity sensors, IM 05 series, DC
24 SICK 8 007 755.0300
Connection diagram
Inductive proximity sensors
IM 08 series, sensing range 1.5 / 2.5 mm
DC 3-wir e, metal housing
Features
Can be installed flush or
non-flush in metal
PNP or NPN output
Normally open/
normally closed function
High switching frequency
Short-circuit protection
(pulsed)
Robust brass housing,
nickel-plated with fine thread
M8 x 1 mm
Cable or connector
Enclosure rating IP 67
LED status indicator
Accessories
Round connectors
Dimensions in mm
1
4
3
bn
bk
bu
PNP
-
DC
+1
4
3
bn
bk
bu
NPN
-
DC
+
1
2/4
3
bn
bk
bu
+
DC
-
1
2/4
3
bn
bk
bu
+
DC
-
PNP NPN
1
3
4
2
3
4
1
M8
M12
Wire colour Contact M8 Contact M12 Assignment
bn brown 1 1 + V DC
bk black 4 2/4 NC/NO
bu blue 3 3 - V DC
Standard series
13
M8x1
M8x1
M8x1
M8x1
M8x1
M8x1
4.8
4.8
LED, 4x90°
50
35.3
M8x1
13 LED, 4x90°
50
31.3
M8x1
4
13
13
13 M12x1
38 60
M12x1
13
434 60
40.2
36.2
40.2
LED, 4x90°
LED, 4x90°
LED
LED
25
SICK8 007 755.0300
Electrical and mechanical data
Operating voltage Ub
Ripple Upp
Voltage drop Ud
(at Ia max.)
Power consumption
(without load)
Continuous current Ia
Time delay before
availability tv
Hysteresis H
Repeatability R
(Ub and Ta constant)
Temperature drift
EMC
10 ... 30 V DC
≤ 10%
≤ 1.2 V
≤ 20 mA
≤ 200 mA
≤ 100 ms
2% - 10% of sr
≤ 2% of sr
± 10% of sr
to EN 60 947-5-2
Short-circuit protection
(pulsed)
Reverse polarity protection
Power-up pulse suppression
Enclosure rating to EN 60529
Shock and vibration
stress
Ambient temperature Ta
Housing material
Tightening torque
Connection cable
yes
yes
yes
IP 67
30 g, 11 ms
10 to 55 Hz, 1 mm
- 25 ... + 70 °C
Brass, nickel-plated,
plastic
4 Nm
PVC, 3 x 0.14 mm2
Selection table
1.5
1.5
1.5
1.5
Sensing
range sr
mm
Installation
in metal Connection Order number
PNP
NPN
PNP
NPN
Switching
output TypeOutput
function Switching
frequency f
in Hz
3000
3000
3000
3000
Cable 2 m
Cable 2 m
Cable 2 m
Cable 2 m
IM08-1B5PS-ZW1
IM08-1B5NS-ZW1
IM08-1B5PO-ZW1
IM08-1B5NO-ZW1
6020215
6020216
6020217
6020218
1.5
1.5
1.5
PNP
NPN
PNP
3000
3000
3000
Connector M8 x 1 mm
Connector M8 x 1 mm
Connector M8 x 1 mm
IM08-1B5PS-ZT1
IM08-1B5NS-ZT1
IM08-1B5PO-ZT1
6020219
6020220
6020221
1.5
1.5 PNP
NPN 3000
3000
Connector M12 x 1 mm
Connector M12 x 1 mm
IM08-1B5PS-ZC1
IM08-1B5NS-ZC1 6020223
6020224
2.5
2.5 PNP
NPN 2500
2500 Cable 2 m
Cable 2 m IM08-2N5PS-ZW1
IM08-2N5NS-ZW1 6020227
6020228
2.5
2.5 PNP
NPN 2500
2500
Connector M8 x 1 mm
Connector M8 x 1 mm
IM08-2N5PS-ZT1
IM08-2N5NS-ZT1 6020231
6020232
2.5
2.5 PNP
NPN 2500
2500
Connector M12 x 1 mm
Connector M12 x 1 mm
IM08-2N5PS-ZC1
IM08-2N5NS-ZC1 6020235
6020236
Inductive proximity sensors, IM 08 series, DC
26 SICK 8 007 755.0300
Features
Can be installed flush
PNP or NPN output
Normally open function
High switching frequency
Short-circuit protection
(pulsed)
Robust brass housing,
nickel-plated with fine thread
M8 x 1 mm
Cable or Connector
Enclosure rating IP 67
LED status indicator
Accessories
Round connectors Connection diagram
Inductive proximity sensors
IM 08 series, sensing range 1.5 mm
DC 3-wire, metal housing
Dimensions in mm
1
4
3
bn
bk
bu
PNP
-
DC
+
3
4
1
Wire colour Contact Assignment
bn brown 1 + V DC
bk black 4 NO
bu blue 3 - V DC
Miniature series
1
4
3
bn
bk
bu
NPN
-
DC
+
M8x1
M8x1
LED
Ø 3,5
16
M8x1
12 29
13
13 LED, 4x90°
27
SICK8 007 755.0300
Electrical and mechanical data
Selection table
Operating voltage Ub
Ripple Upp
Voltage drop Ud
(at Ia= 200 mA)
Power consumption
(without load)
Continuous current Ia
Time delay before
availability tv
Hysteresis H
Repeatability R
(Ub and Ta constant)
Temperature drift
EMC
10 ... 30 V DC
≤ 20% of Ub
≤ 2.0 V max.
≤ 10 mA
≤ 200 mA
≤ 10 ms
10% of sr
≤ 5% of sr
± 10% of sr
to EN 60 947-5-2
Short-circuit protection
(pulsed)
Reverse polarity protection
Power-up pulse suppression
Enclosure rating to EN 60529
Shock and vibration
stress
Ambient temperature Ta
Housing material
Tightening torque
Connection cable
yes
yes
yes
IP 67
30 g, 11 ms
10 to 55 Hz, 1 mm
- 25 ... + 70 °C
Brass, nickel-plated,
plastic
4 Nm
PVC, 3 x 0.14 mm2
Sensing
range sn
mm
Installation
in metal Connection Order numberSwitching
output TypeOutput
function Switching
frequency f
in Hz
1.5
1.5
1.5
1.5
PNP
NPN
PNP
NPN
5000
5000
5000
5000
Cable 2 m
Cable 2 m
Connector M8 x 1 mm
Connector M8 x 1 mm
IM08-1B5PS-ZWK
IM08-1B5NS-ZWK
IM08-1B5PS-ZTK
IM08-1B5NS-ZTK
6020111
6020173
6020112
6020176
Normaly closed function available on request
Inductive proximity sensors, IM 08 series, DC
28 SICK 8 007 755.0300
Features
Enhanced sensing range
Can be installed flush or
non-flush in metal
PNP or NPN output
Normally open/
normally closed function
High switching frequency
Short-circuit protection
(pulsed)
Robust brass housing,
nickel-plated with fine thread
M8 x 1 mm
Cable or connector
Enclosure rating IP 67
LED status indicator
Accessories
Round connectors
Connection diagram
Inductive proximity sensors
IM 08 series, sensing range 2 / 4 mm
DC 3-wire, metal housing
1
4
3
bn
bk
bu
1
4
3
bn
bk
bu
PNP
PNP +
DC
-
-
DC
+1
4
3
bn
bk
bu
1
4
3
bn
bk
bu
NPN
NPN +
DC
-
-
DC
+
Wire colour Contact Assignment
bn brown 1 + V DC
bk black 4 NC/NO
bu blue 3 - V DC
Dimensions in mm
4
3
1
Advanced series
M8x1
M8x1
M8x1
M8x1
13
4
40.2 4.8
13
36.2
40.2
13
4.8
LED, 4x90°
M8x1
LED, 4x90°
M8x1
50
35.3
50
31.3
13
LED
LED
29
SICK8 007 755.0300
Electrical and mechanical data
Selection table
Operating voltage Ub
Ripple Upp
Voltage drop Ud
(at Ia max.)
Power consumption
(without load)
Continuous current Ia
Time delay before
availability tv
Hysteresis H
Repeatability R
(Ub and Ta constant)
Temperature drift
EMC
10 ... 30 V DC
≤ 10% of Ub
≤ 1.2 V
≤ 20 mA
≤ 200 mA
≤ 100 ms
2% - 15% of sr
≤ 5% of sr
± 10% of sr
to EN 60 947-5-2
Short-circuit protection
(pulsed)
Reverse polarity protection
Power-up pulse suppression
Enclosure rating to EN 60529
Shock and vibration
stress
Ambient temperature Ta
Housing material
Tightening torque
Connection cable
yes
yes
yes
IP 67
30 g, 11 ms
10 to 55 Hz, 1 mm
- 25 ... + 70 °C
Brass, nickel-plated,
plastic
4 Nm
PVC, 3 x 0.14 mm2
2
2
2
Sensing
range sn
mm
Installation
in metal Connection Order number
PNP
NPN
PNP
Switching
output TypeOutput
function Switching
frequency f
in Hz
3000
3000
3000
Cable 2 m
Cable 2 m
Cable 2 m
IM08-02BPS-ZW1
IM08-02BNS-ZW1
IM08-02BPO-ZW1
7900001
7900002
7900003
2
2
2
2
PNP
NPN
PNP
NPN
3000
3000
3000
3000
Connector M8 x 1 mm
Connector M8 x 1 mm
Connector M8 x 1 mm
Connector M8 x 1 mm
IM08-02BPS-ZT1
IM08-02BNS-ZT1
IM08-02BPO-ZT1
IM08-02BNO-ZT1
7900005
7900006
7900007
7900008
4
4
4
PNP
NPN
PNP
3000
3000
3000
Cable 2 m
Cable 2 m
Cable 2 m
IM08-04NPS-ZW1
IM08-04NNS-ZW1
IM08-04NPO-ZW1
7900009
7900010
7900011
4
4
4
4
PNP
NPN
PNP
NPN
3000
3000
3000
3000
Connector M8 x 1 mm
Connector M8 x 1 mm
Connector M8 x 1 mm
Connector M8 x 1 mm
IM08-04NPS-ZT1
IM08-04NNS-ZT1
IM08-04NPO-ZT1
IM08-04NNO-ZT1
7900013
7900014
7900015
7900016
Inductive proximity sensors, IM 08 series, DC
30 SICK 8 007 755.0300
Inductive proximity sensors
IM 12 series, sensing range 2 / 4 mm
DC 3-wir e, metal housing
Features
Can be installed flush or
non-flush in metal
PNP or NPN output
Normally open/
normally closed function
Short-circuit protection
(pulsed)
Robust brass housing,
nickel-plated with fine thread
M12 x 1 mm
Cable or connector
Enclosure rating IP 67
LED status indicator
Accessories
Round connectors
Mounting bracket Connection diagram
Dimensions in mm
1
4
3
bn
bk
bu
PNP
-
DC
+1
4
3
bn
bk
bu
NPN
-
DC
+
1
2/4
3
bn
bk
bu
PNP +
DC
-
1
2/4
3
bn
bk
bu
NPN +
DC
-
2
1
3
3
1
4
4
M12
M8
Wire colour Contact M8 Contact M12 Assignment
bn brown 1 1 + V DC
bk black 4 2/4 NC/NO
bu blue 3 3 - V DC
Standard series
M12x1
17
535
50
M12x1
17
40
M12x1
17
LED, 4x90°
50
38 65
5
17
65
43
M12x1
LED, 4x90°
5
M12x1
M12x1
17
17
LED, 4x90°
LED, 4x90°
M12x1
M12x1
10
60.5
60.5
43
38
LED
LED
31
SICK8 007 755.0300
Operating voltage Ub
Ripple Upp
Voltage drop Ud
(at Ia max.)
Power consumption
(without load)
Continuous current Ia
Time delay before
availability tv
Hysteresis H
Repeatability R
(Ub and Ta constant)
Temperature drift
EMC
10 ... 30 V DC
≤ 10%
≤ 1.2 V
≤ 20 mA
≤ 200 mA
≤ 100 ms
2% - 10% of sr
≤ 2% of sr
± 10% of sr
to prEN 60 947-5-2
Short-circuit protection
(pulsed)
Reverse polarity protection
Power-up pulse suppression
Enclosure rating to EN 60529
Shock and vibration
stress
Ambient temperature Ta
Housing material
Tightening torque
Connection cable
yes
yes
yes
IP 67
30 g, 11 ms
10 to 55 Hz, 1 mm
- 25 ... + 70 °C
Brass, nickel-plated,
plastic
10 Nm
PVC, 3 x 0.22 mm2
Electrical and mechanical data
2
2
2
2
PNP
NPN
PNP
NPN
2000
2000
2000
2000
Cable 2 m
Cable 2 m
Cable 2 m
Cable 2 m
IM12-02BPS-ZW1
IM12-02BNS-ZW1
IM12-02BPO-ZW1
IM12-02BNO-ZW1
6011963
6011964
6011965
6011966
2
2PNP
NPN 2000
2000
Connector M8 x 1 mm
Connector M8 x 1 mm
IM12-02BPS-ZT1
IM12-02BNS-ZT1 6011967
6011968
Selection table
Sensing
range sn
mm
Installation
in metal Connection Order numberSwitching
output TypeOutput
function Switching
frequency f
in Hz
2
2
2
2
PNP
NPN
PNP
NPN
2000
2000
2000
2000
Connector M12 x 1 mm
Connector M12 x 1 mm
Connector M12 x 1 mm
Connector M12 x 1 mm
IM12-02BPS-ZC1
IM12-02BNS-ZC1
IM12-02BPO-ZC1
IM12-02BNO-ZC1
6011971
6011972
6011973
6011974
4
4
4
PNP
NPN
PNP
2000
2000
2000
Cable 2 m
Cable 2 m
Cable 2 m
IM12-04NPS-ZW1
IM12-04NNS-ZW1
IM12-04NPO-ZW1
6011975
6011976
6011977
4
4PNP
NPN 2000
2000
Connector M8 x 1 mm
Connector M8 x 1 mm
IM12-04NPS-ZT1
IM12-04NNS-ZT1 6011979
6011980
4
4
4
PNP
NPN
PNP
2000
2000
2000
Connector M12 x 1 mm
Connector M12 x 1 mm
Connector M12 x 1 mm
IM12-04NPS-ZC1
IM12-04NNS-ZC1
IM12-04NPO-ZC1
6011983
6011984
6011985
Inductive proximity sensors, IM 12 series, DC
32 SICK 8 007 755.0300
Inductive proximity sensors
IM 12 series, sensing range 2 / 4 mm
DC 3-wir e, metal housing
Connection diagram
2
1
4
3
Features
Can be installed flush or
non-flush in metal
PNP or NPN output
Normally open function
High switching frequency
Short-circuit protection
(pulsed)
Robust brass housing,
nickel-plated with fine thread
M12 x 1 mm
Cable or connector
Enclosure rating IP 67
LED status indicator
Accessories
Round connectors
Mounting bracket
Dimensions in mm
Short version
17
17
17
17
30
35
35
527
32
M12x1 M12x1 M12x1 M12x1
LED, 4x90°
45
45
LED, 4x90°
LED
LED
M12x1
M12x1
1
4
3
bn
bk
bu
PNP
-
DC
+
1
4
3
bn
bk
bu
NPN
-
DC
+
Wire colour Contact Assignment
bn brown 1 + V DC
bk black 4 NO
bu blue 3 - V DC
33
SICK8 007 755.0300
Electrical and mechanical data
Selection table
Operating voltage Ub
Ripple Upp
Voltage drop Ud
(at Ia max.)
Power consumption
(without load)
Continuous current Ia
Time delay before
availability tv
Hysteresis H
Repeatability R
(Ub and Ta constant)
Temperature drift
EMC
10 ... 30 V DC
≤ 10% of Ub
≤ 1.5 V
≤ 10 mA
≤ 300 mA
≤ 2 ms
1% - 10% of sr
≤ 1% of sr
± 10% of sr
to EN 60 947-5-2
Wire-break protection
Short-circuit protection
(pulsed)
Reverse polarity protection
Power-up pulse protection
Enclosure rating to EN 60529
Shock and vibration
stress
Ambient temperature Ta
Housing material
Tightening torque
Connection cable
yes
yes
yes
yes
IP 67
30 g, 11 ms
10 to 55 Hz, 1 mm
- 25 ... + 75 °C
Brass, nickel-plated,
plastic
7.0 Nm
PUR-PVC, 3 x 0.25 mm2
2
2
2
2
Sensing
range sn
mm
Installation
in metal Connection Order number
PNP
NPN
PNP
NPN
Switching
output TypeOutput
function Switching
frequency f
in Hz
2000
2000
2000
2000
Cable 2 m
Cable 2 m
Connector M12 x 1 mm
Connector M12 x 1 mm
IM12-02BPS-ZUK
IM12-02BNS-ZUK
IM12-02BPS-ZCK
IM12-02BNS-ZCK
1017426
1017438
1017428
1017440
4
4
4
4
PNP
NPN
PNP
NPN
2000
2000
2000
2000
Cable 2 m
Cable 2 m
Connector M12 x 1 mm
Connector M12 x 1 mm
IM12-04NPS-ZUK
IM12-04NNS-ZUK
IM12-04NPS-ZCK
IM12-04NNS-ZCK
1017427
1017439
1017429
1017441
Inductive proximity sensors, IM 12 series, DC
34 SICK 8 007 755.0300
Inductive proximity sensors
IM 12 series, sensing range 4 / 8 mm
DC 3-wire, metal housing
Features
Enhanced sensing range
Can be installed flush or
non-flush in metal
PNP or NPN output
Normally open/
normally closed function
High switching frequency
Short-circuit protection
(pulsed)
Robust brass housing,
nickel-plated with fine thread
M12 x 1 mm
Cable or connector
Enclosure rating IP 67
LED status indicator
Accessories
Round connectors
Mounting bracket
Wire colour Contact Assignment
bn brown 1 + V DC
bk black 2/4 NC/NO
bu blue 3 - V DC
Connection diagram
1
4
3
bn
bk
bu
1
2
3
bn
bk
bu
PNP
PNP +
DC
-
-
DC
+1
4
3
bn
bk
bu
1
2
3
bn
bk
bu
NPN
NPN +
DC
-
-
DC
+
2
1
4
3
Dimensions in mm
Advanced series
M12x1
17
35
50 10
5
M12x1
M12x1
M12x1
5
65
43 LED, 4x90°
LED, 4x90°
17
17
17
50
40
38 65
M12x1
M12x1
LED
LED
35
SICK8 007 755.0300
Electrical and mechanical data
Selection table
Operating voltage Ub
Ripple Upp
Voltage drop Ud
(at Ia max.)
Power consumption
(without load)
Continuous current Ia
Time delay before
availability tv
Hysteresis H
Repeatability R
(Ub and Ta constant)
Temperature drift
EMC
10 ... 30 V DC
≤ 10% of Ub
≤ 1.2 V
≤ 10 mA
≤ 200 mA
≤ 100 ms
1% - 15% of sr
≤ 5% of sr
± 10% of sr
to EN 60 947-5-2
Short-circuit protection
(pulsed)
Reverse polarity protection
Power-up pulse suppression
Enclosure rating to EN 60529
Shock and vibration
stress
Ambient temperature Ta
Housing material
Tightening torque
Connection cable
yes
yes
yes
IP 67
30 g, 11 ms
10 to 55 Hz, 1 mm
- 25 ... + 70 °C
Brass, nickel-plated,
plastic
10 Nm
PVC, 3 x 0.22 mm2
4
4
4
Sensing
range sn
mm
Installation
in metal Connection Order number
PNP
NPN
PNP
Switching
output TypeOutput
function Switching
frequency f
in Hz
1000
1000
1000
Cable 2 m
Cable 2 m
Cable 2 m
IM12-04BPS-ZW1
IM12-04BNS-ZW1
IM12-04BPO-ZW1
7900033
7900034
7900035
4
4
4
PNP
NPN
PNP
1000
1000
1000
Connector M12 x 1 mm
Connector M12 x 1 mm
Connector M12 x 1 mm
IM12-04BPS-ZC1
IM12-04BNS-ZC1
IM12-04BPO-ZC1
7900037
7900038
7900039
8
8
8
8
PNP
NPN
PNP
NPN
1000
1000
1000
1000
Cable 2 m
Cable 2 m
Cable 2 m
Cable 2 m
IM12-08NPS-ZW1
IM12-08NNS-ZW1
IM12-08NPO-ZW1
IM12-08NNO-ZW1
7900041
7900042
7900043
7900044
8
8
8
PNP
NPN
PNP
1000
1000
1000
Connector M12 x 1 mm
Connector M12 x 1 mm
Connector M12 x 1 mm
IM12-08NPS-ZC1
IM12-08NNS-ZC1
IM12-08NPO-ZC1
7900045
7900046
7900047
Inductive proximity sensors, IM 12 series, DC
* see installation notes
*
*
*
*
*
*
SICK
36 8 007 755.0300
Inductive proximity sensors
IM 12 series, sensing range 2 / 4 mm
DC 4-wir e, metal housing
M12x1
Connection diagram
PNP NPN
2
1
4
3
6
65
LED
M12x1
M12x1
M12x1
39 65
LED
1+1+
Wire colour Contact Assignment
bn brown 1 + V DC
wh white 2 NC
bu blue 3 - V DC
bk black 4 NO
44 22
33
--
DC DC
33
17
17
ø 12 .7 ø 12.7
Dimensions in mm
Features
For harsh environment,
resistant to most cutting oils
Enclosure rating IP 68
Can be installed flush or
non-flush in metal
PNP or NPN output
Complementary output
function
Short-circuit protection
(pulsed)
Robust brass housing,
nickel-plated with fine thread
M12 x 1 mm
Internal enclosure housing
in technopolymer
Connector
LED status indicator
(NO function)
Accessories
Round connectors
Mounting bracket comple-
mentary comple-
mentary
For harsh environment
SICK 37
8 007 755.0300
Selection table
Sensing
range sn
mm
Installation
in metal Connection Order number
Switching
output TypeOutput
function Switching
frequency f
in Hz
2
2
PNP
NPN
complementary
2000
2000
IM12-02BPP-ZC1
IM12-02BNP-ZC1
7902923
7902924
4
4
PNP
NPN
complementary
complementary
complementary
2000
2000
IM12-04NPP-ZC1
IM12-04NNP-ZC1
7902925
7902926
Operating voltage Ub
Ripple Upp
Voltage drop Ud
(at Ia max.)
Power consumption
(without load)
Continuous current Ia
Time delay before
availability tv
Hysteresis H
Repeatability R
(Ub and Ta constant)
Temperature drift
EMC
10 ... 30 V DC
≤ 10%
≤ 1.2 V
≤ 20 mA
≤ 100 mA
≤ 100 ms
2% - 10% of sr
≤ 5% of sr
± 10% of sr
to EN 60 947-5-2
Short-circuit protection
(pulsed)
Reverse polarity protection
Power-up pulse suppression
Enclosure rating
Shock and vibration
stress
Ambient temperature Ta
Housing material
Tightening torque
yes
yes
yes
IP 68
30 g, 11 ms
10 to 55 Hz, 1 mm
- 25 ... + 70 °C
Brass, nickel-plated,
plastic
10 Nm
Electrical and mechanical data
Connector
M12 x 1 mm
Connector
M12 x 1 mm
Connector
M12 x 1 mm
Connector
M12 x 1 mm
Inductive proximity sensors, IM 12 series, DC
