Photoelectric sensors
infrared / redlight
Selection chart
Page
Cylindrical housing OG (M18) BasicLine DC
Cylindrical housing OG (M18) PerformanceLine DC
71
71 -
72
Cylindrical housing OG (M18) BasicLine with lateral sensing face
72
Cylindrical housing OG (M18) WetLine for hygienic and wet areas
72
OG housing with rectangular housing
73
Cylindrical housing OG (M18) BasicLine AC/DC
73
Rectangular housing OH for industrial applications
74
Rectangular housing OJ PerformanceLine, lateral sensing face
74 -
75
75 -
76
Rectangular housing OL for industrial applications
Rectangular housing O7 BasicLine
75
Rectangular housing O5 BasicLine
76
Rectangular housing O5 PerformanceLine
76
Rectangular housing O4 BasicLine
77
Rectangular housing O4 PerformanceLine
Accessories
77
77 -
79
Wiring diagrams
79
Scale drawings - CAD download: www.ifm.com
80
www.ifm.com
69
Photoelectric sensors
infrared / redlight
Photocells for general purposes and
for harsh environments.
Visible red and infrared light sources.
Long ranges and accurate
background suppression.
Choice of standard industrial and
high performance units.
Accessories for simple fitting and
extra mechanical protection.
Photoelectric sensors: infrared / redlight
Automation technology can no longer be imagined without photoelectric sensors as
“artificial eyes”. They are used where safe and non-contact detection of the exact
position of objects is required. The material of the objects to be detected is of no
importance. Compared to proximity sensors photoelectric sensors have a much
higher sensing zone.
Through-beam sensors
A through-beam sensor is distinguished by a long range. The system consists of two
separate components: a transmitter and a receiver. The light only travels one way
(from the transmitter to the receiver). Adverse effects in the applications, such as
dust in the air, dirt on the lenses, steam or mist do not immediately interfere with the
system. This is called a high insensitivity to dirt or a high excess gain.
Retro-reflective sensors
For a retro-reflective sensor the transmitter and receiver are incorporated into one
housing. By means of a reflector the transmitted light is returned to the receiver. An
object in the beam path interrupts the beam and triggers a switching operation.
Retro-reflective sensors without polarisation filter operate in the infrared area,
systems with polarisation filter with visible red light. Compared to through-beam
sensors, retro-reflective sensors have an average excess gain.
Diffuse reflection sensors
A diffuse reflection sensor is used for the direct detection of objects. Transmitter and
receiver are incorporated into one housing. The transmitter emits light which is
reflected by the object to be detected and seen by the receiver. This system evaluates
the reflected light of an object. Reflectors are not necessary for operation.
Fixing options
ifm electronic offers a complete component system of easy-to-use mounting sets.
The solutions consist of a clamp which is fastened with only one screw, keeps the
sensors safely in place and at the same time guarantees free movement in all axes.
www.ifm.com
70
The reflector reflects
the light beam: For a
retro-reflective sensor
transmitter and receiver are integrated
into one housing.
Artificial eyes: Photoelectric sensors are
used to detect positions in automation
technology.
Photoelectric sensors
infrared / redlight
Cylindrical housing OG (M18) BasicLine DC
Type
Operating principle
Sensing
range
Spot Ø at
max.
range
[mm]
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
[V]
Through-beam sensor · Type OGE M18 x 1 · M12 connector · plastics · DC
Receiver
8m
–
D PNP
10...30
1
1
OGE100
–
10...30
2
1
OGS100
10...36
1
2
OGE200
–
10...36
2
2
OGS200
D PNP
10...30
1
1
OGP100
Through-beam sensor · Type OGS M18 x 1 · M12 connector · metal · DC
Transmitter
8m
600
Through-beam sensor · Type OGE M18 x 1 · M12 connector · high-grade stainless steel · DC
Receiver
20 m
–
D PNP
Through-beam sensor · Type OGS M18 x 1 · M12 connector · high-grade stainless steel · DC
Transmitter
20 m
800
Retro-reflective sensor · Type OGP M18 x 1 · M12 connector · plastics · DC
Polarisation filter
0.05...2.5 m
200
Retro-reflective sensor · Type OGP M18 x 1 · M12 connector · high-grade stainless steel · DC
Polarisation filter
0.03...4 m
160
D PNP
10...36
1
2
OGP200
Polarisation filter
0.03...4 m
160
H PNP
10...36
3
2
OGP201
H PNP
10...30
1
3
OGT100
Diffuse reflection sensor · Type OGT M18 x 1 · M12 connector · plastics · DC
Diffuse reflection sensor
10...400 mm
25
Diffuse reflection sensor · Type OGH M18 x 1 · M12 connector · high-grade stainless steel · DC
Background suppression
15...250 mm
15
H PNP
10...36
1
4
OGH200
Spot Ø at
max.
range
[mm]
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
10...36
2
5
OGS500
10...36
1
6
OGE500
Cylindrical housing OG (M18) PerformanceLine DC
Type
Operating principle
Sensing
range
[V]
Through-beam sensor · Type OGS M18 x 1 · M12 connector · high-grade stainless steel · DC
Transmitter
25 m
1000
–
Through-beam sensor · Type OGE M18 x 1 · M12 connector · high-grade stainless steel · DC
Receiver
25 m
–
H/D PNP
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71
Photoelectric sensors
infrared / redlight
Type
Operating principle
Sensing
range
Spot Ø at
max.
range
[mm]
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
1
6
OGP500
[V]
Retro-reflective sensor · Type OGP M18 x 1 · M12 connector · high-grade stainless steel · DC
Polarisation filter
0.03...5 m
200
H/D PNP
10...36
Diffuse reflection sensor · Type OGH M18 x 1 · M12 connector · high-grade stainless steel · DC
Background suppression
15...300 mm
25
H/D PNP
10...36
1
6
OGH500
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
10...30
2
7
OG5129
Cylindrical housing OG (M18) BasicLine with lateral sensing face
Type
Operating principle
Sensing
range
Spot Ø at
max.
range
[mm]
[V]
Through-beam sensor · Type OGS · M12 connector · high-grade stainless steel · DC
Transmitter
9m
< 3000
–
Through-beam sensor · Type OGE · M12 connector · high-grade stainless steel · DC
Receiver
9m
–
H PNP
10...30
4
7
OG5127
Receiver
9m
–
D PNP
10...30
5
7
OG5128
Retro-reflective sensor · Type OGP · M12 connector · high-grade stainless steel · DC
Polarisation filter
3m
< 96
H PNP
10...30
4
7
OG5125
Polarisation filter
3m
< 96
D PNP
10...30
5
7
OG5126
Diffuse reflection sensor · Type OGH · M12 connector · high-grade stainless steel · DC
Background suppression
100 mm
< 16
H PNP
10...30
4
8
OG5123
Background suppression
200 mm
< 28
H PNP
10...30
4
8
OG5124
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
1
2
OGP300
1
9
OGH300
Cylindrical housing OG (M18) WetLine for hygienic and wet areas
Type
Operating principle
Sensing
range
Spot Ø at
max.
range
[mm]
[V]
Retro-reflective sensor · Type OGP M18 x 1 · M12 connector · high-grade stainless steel · DC
Polarisation filter
0.03...4 m
160
D PNP
10...36
Diffuse reflection sensor · Type OGH M18 x 1 · M12 connector · high-grade stainless steel · DC
Background suppression
www.ifm.com
72
100 mm
8
H PNP
10...36
Photoelectric sensors
infrared / redlight
OG housing with rectangular housing
Type
Operating principle
Sensing
range
Spot Ø at
max.
range
[mm]
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
10...30
2
10
OGS280
[V]
Through-beam sensor · Type OGS-Cube · M12 connector · high-grade stainless steel · DC
Transmitter
20 m
800
–
Through-beam sensor · Type OGE-Cube · M12 connector · high-grade stainless steel · DC
Receiver
20 m
–
D PNP
10...30
6
10
OGE280
Receiver
20 m
–
H PNP
10...30
3
10
OGE281
D PNP
10...30
6
10
OGP280
Retro-reflective sensor · Type OGP-Cube · M12 connector · metal · DC
Polarisation filter
0.1...4 m
160
Polarisation filter
0.1...4 m
160
H PNP
10...30
3
10
OGP281
Polarisation filter
0.1...4 m
160
D NPN
10...30
7
10
OGP282
OGH280
Diffuse reflection sensor · Type OGH-Cube · M12 connector · metal · DC
Background suppression
100 mm
7
H PNP
10...30
3
10
Background suppression
15...200 mm
13
H/D PNP
10...30
1
11
OGH580
Background suppression
15...200 mm
13
H/D NPN
10...30
8
11
OGH581
Spot Ø at
max.
range
[mm]
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
Cylindrical housing OG (M18) BasicLine AC/DC
Type
Operating principle
Sensing
range
[V]
Through-beam sensor · Type OGS M18 x 1 · 1/2“ connector · plastics · AC/DC
Transmitter
15 m
2000
–
20...250
9
12
OG0030
D AC/DC
20...250
10
12
OG0039*
D AC/DC
20...250
10
12
OG0033*
20...250
10
12
OG0035*
Through-beam sensor · Type OGE M18 x 1 · 1/2“ connector · plastics · AC/DC
Receiver
15 m
–
Retro-reflective sensor · Type OGP M18 x 1 · 1/2“ connector · plastics · AC/DC
Polarisation filter
3m
262
Diffuse reflection sensor · Type OGT M18 x 1 · 1/2“ connector · plastics · AC/DC
Diffuse reflection sensor
1...600 mm
< 169
H AC/DC
* Note for AC and AC/DC units
Miniature fuse to IEC60127-2 sheet 1, ≤ 2 A (fast acting). Recommendation: check the unit for reliable function after a short
circuit.
www.ifm.com
73
Photoelectric sensors
infrared / redlight
Rectangular housing OH for industrial applications
Type
Operating principle
Sensing
range
Spot Ø at
max.
range
[mm]
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
[V]
Through-beam sensor · Type OHS · Cable with connector 0.2 m · plastics · DC
Transmitter
1.2 m
10
–
10...30
2
13
OH5012
D PNP
10...30
6
13
OH5003
D PNP
10...30
6
14
OH5011
10...30
3
15
OH5005
H PNP
10...30
3
15
OH5007
Spot Ø at
max.
range
[mm]
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
–
H/D NPN
10...30
11
16
OJ5032
64
H/D NPN
10...30
11
16
OJ5027
Through-beam sensor · Type OHE · Cable with connector 0.2 m · plastics · DC
Receiver
1.2 m
–
Retro-reflective sensor · Type OHP · Cable with connector 0.2 m · plastics · DC
Polarisation filter
0.8 m
10
Diffuse reflection sensor · Type OHN · Cable with connector 0.2 m · plastics · DC
Diffuse reflection sensor
2...50 mm
3.5
H PNP
Diffuse reflection sensor · Type OHH · Cable with connector 0.2 m · plastics · DC
Background suppression
1...30 mm
4.5
Rectangular housing OJ PerformanceLine, lateral sensing face
Type
Operating principle
Sensing
range
[V]
Through-beam sensor · Type OJE · M8 connector · plastics · DC
Receiver
10 m
Retro-reflective sensor · Type OJP · M8 connector · plastics · DC
Polarisation filter
0...2 m
Diffuse reflection sensor · Type OJB · M8 connector · plastics · DC
Diffuse reflection sensor
1...600 mm
60
H/D NPN
10...30
11
17
OJ5023
Diffuse reflection sensor
1...1000 mm
150
H/D PNP
10...30
12
17
OJ5071
1000
–
10...30
2
18
OJ5130
–
H/D PNP
10...30
12
18
OJ5131
Through-beam sensor · Type OJS · M8 connector · plastics · DC
Transmitter
10 m
Through-beam sensor · Type OJE · M8 connector · plastics · DC
Receiver
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74
10 m
Photoelectric sensors
infrared / redlight
Type
Operating principle
Sensing
range
Spot Ø at
max.
range
[mm]
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
[V]
Retro-reflective sensor · Type OJP · M8 connector · plastics · DC
Polarisation filter
0...2 m
64
H/D PNP
10...30
12
18
OJ5126
60
H/D PNP
10...30
12
19
OJ5122
< 18
H/D PNP
10...30
12
20
OJ5148
Spot Ø at
max.
range
[mm]
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
< 2500
–
20...250
13
21
OL0006
–
H/D relay
20...250
14
21
OL0007
250
H/D relay
20...250
14
22
OL0004*
< 300
H/D relay
20...250
14
21
OL0005*
Diffuse reflection sensor · Type OJB · M8 connector · plastics · DC
Diffuse reflection sensor
1...600 mm
Diffuse reflection sensor · Type OJH · M8 connector · plastics · DC
Background suppression
15...400 mm
Rectangular housing OL for industrial applications
Type
Operating principle
Sensing
range
[V]
Through-beam sensor · Type OLS · Terminals · plastics · AC/DC
Transmitter
25 m
Through-beam sensor · Type OLE · Terminals · plastics · AC/DC
Receiver
25 m
Retro-reflective sensor · Type OLP · Terminals · plastics · AC/DC
Polarisation filter
0.3...5 m
Diffuse reflection sensor · Type OLT · Terminals · plastics · AC/DC
Diffuse reflection sensor
1...1000 mm
* Note for AC and AC/DC units
Miniature fuse to IEC60127-2 sheet 1, ≤ 5 A (fast acting). Recommendation: check the unit for reliable function after a short
circuit.
Rectangular housing O7 BasicLine
Type
Operating principle
Sensing
range
Spot Ø at
max.
range
[mm]
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
2
23
O7S200
[V]
Through-beam sensor · Type O7S · Cable with connector 0.2 m · plastics · DC
Through-beam sensor
0...1.5 m
90
–
10...30
www.ifm.com
75
Photoelectric sensors
infrared / redlight
Type
Operating principle
Sensing
range
Spot Ø at
max.
range
[mm]
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
[V]
Through-beam sensor · Type O7E · Cable with connector 0.2 m · plastics · DC
Through-beam sensor
0...1.5 m
–
D PNP
10...30
6
24
O7E200
D PNP
10...30
6
25
O7P200
Retro-reflective sensor · Type O7P · Cable with connector 0.2 m · plastics · DC
Polarisation filter
0.03...1 m
55
Diffuse reflection sensor · Type O7H · Cable with connector 0.2 m · plastics · DC
Background suppression
1...30 mm
2.5
H PNP
10...30
3
26
O7H200
Background suppression
0...50 mm
2.5
H PNP
10...30
3
26
O7H202
Background suppression
0...100 mm
7
H PNP
10...30
3
26
O7H204
Sensing
range
Spot Ø at
max.
range
[mm]
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
Rectangular housing O5 BasicLine
Type
Operating principle
[V]
Through-beam sensor · Type O5S · M12 connector · plastics · DC
Transmitter
20 m
500
–
10...36
2
27
O5S200
–
D PNP
10...36
6
27
O5E200
175
D PNP
10...36
6
28
O5P200
Through-beam sensor · Type O5E · M12 connector · plastics · DC
Receiver
20 m
Retro-reflective sensor · Type O5P · M12 connector · plastics · DC
Polarisation filter
0.1...7 m
Diffuse reflection sensor · Type O5H · M12 connector · plastics · DC
Background suppression
50...1400 mm
50
H PNP
10...36
3
29
O5H200
Sensing
range
Spot Ø at
max.
range
[mm]
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
1
30
O5H500
Rectangular housing O5 PerformanceLine
Type
Operating principle
[V]
Diffuse reflection sensor · Type O5H · M12 connector · plastics · DC
Background suppression
www.ifm.com
76
50...1800 mm
50
H/D PNP
10...36
Photoelectric sensors
infrared / redlight
Rectangular housing O4 BasicLine
Type
Operating principle
Sensing
range
Spot Ø at
max.
range
[mm]
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
[V]
Retro-reflective sensor · Type O4P · M12 connector · plastics · DC
Polarisation filter
0.3...18 m
500
D PNP
10...36
6
31
O4P200
Sensing
range
Spot Ø at
max.
range
[mm]
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
Rectangular housing O4 PerformanceLine
Type
Operating principle
[V]
Through-beam sensor · Type O4S · M12 connector · plastics · DC
Transmitter
80 m
2400
–
10...36
2
32
O4S500
–
H/D PNP
10...36
1
33
O4E500
660
H/D PNP
10...36
1
34
O4P500
H/D PNP
10...36
1
35
O4H500
Through-beam sensor · Type O4E · M12 connector · plastics · DC
Receiver
80 m
Retro-reflective sensor · Type O4P · M12 connector · plastics · DC
Polarisation filter
0.3...22 m
Diffuse reflection sensor · Type O4H · M12 connector · plastics · DC
Background suppression
100...2600 mm
50
Accessories
Type
Description
Order
no.
Prismatic reflector · Ø 25 mm · round · fixing by screw · for type OA, OC, OE, OF, OG, OI, OM, OR, OS, OT, OU · Housing materials:
plastics
E20953
Prismatic reflector · Ø 35 mm · round · fixing by screw · for type OA, OC, OE, OF, OG, OI, OM, OR, OS, OT, OU · Housing materials:
plastics
E20954
Prismatic reflector · Ø 42 mm · round · for type O5P, OA, OC, OE, OF, OG, OH, OI, OJ, OL, OM, OR, OS, OT, OU · Housing materials:
plastics
E20004
Prismatic reflector · Ø 50 mm · round · fixing by screw · for type OA, OC, OE OF, OG, OH, OI, OJ, OM, OR, OS, OS, OT, OU ·
Housing materials: plastics
E20956
Prismatic reflector · Ø 80 mm · round · for type O4P, O5P, OG, OJ, OA, OC, OE OF, OH, OI, OM, OR, OS, OT, OU · Housing
materials: plastics
E20005
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77
Photoelectric sensors
infrared / redlight
Type
Description
Mounting set · for reflector · Ø 25 mm · Clamp mounting · free-standing M8 · Housing materials: fixture: stainless steel 316Ti /
1.4571 / clamp: stainless steel
E20903
Mounting set · for reflector · Ø 35 mm · Clamp mounting · free-standing M8 · Housing materials: fixture: stainless steel 316Ti /
1.4571 / clamp: stainless steel
E20907
Mounting set · for reflector · Ø 50 mm · Clamp mounting · free-standing M10 · Housing materials: fixture: stainless steel 316Ti /
1.4571 / clamp: stainless steel
E20911
Mounting set · for reflector · Ø 80 mm · Clamp mounting · free-standing M12 · Housing materials: fixture: stainless steel 316Ti /
1.4571 / clamp: stainless steel
E20915
Reflective tape for retro-reflective sensors with polarisation filter · TS-02 · 50 x 1000 mm · Housing materials: plastics
E21015
Mounting set · Ø 12.2 mm · Clamp mounting · rod mounting Ø 10 mm · for type OF, IF · Housing materials: fixture: stainless steel
316Ti / 1.4571 / clamp: diecast zinc
E21200
Protective bracket for free-standing and rod mounting · Ø 18 mm · Clamp mounting · Housing materials: stainless steel 316L /
1.4404
E21125
Protective bracket for free-standing and rod mounting · Ø 18 mm · with end stop · Mounting clamp · Clamp mounting · Housing
materials: Mounting clamp: PC black / Angle bracket: stainless steel 316L / 1.4404
E21126
Angle bracket · for type M18 · Housing materials: stainless steel
E10736
Basic clip · OJ · Housing materials: high-grade stainless steel
E20965
Swivel-mount clip · for type OJ · Housing materials: diecast zinc
E20974
Angle bracket · for type OJ · Housing materials: high-grade stainless steel
E20984
Mounting set · OJ · for side lens · Clamp mounting · free-standing M8 · Housing materials: fixture: stainless steel 316Ti / 1.4571 /
clamp: stainless steel
E20969
Mounting set · O7 · Clamp mounting · rod mounting Ø 10 mm · Housing materials: fixture: stainless steel / clamp: stainless steel /
screw: stainless steel / Nut: stainless steel
E21237
www.ifm.com
78
Order
no.
Photoelectric sensors
infrared / redlight
Type
Description
Order
no.
Angle bracket · for type O5 · Housing materials: stainless steel 316Ti / 1.4571
E21087
Mounting set · Clamp mounting · with protective cover · free-standing M10 · for type O5 · Housing materials: stainless steel 316Ti /
1.4571 / clamp: diecast zinc
E21084
Dovetail clamp · for type DTS, O4, O5 · Housing materials: AlMgSi0.5
E21088
Angle bracket · O4 · for type O4 · Housing materials: stainless steel 316L / 1.4404
E21120
Angle bracket · O4 · for type O4 · Housing materials: stainless steel 316L / 1.4404
E21117
Wiring diagrams
1
5
9
1
1
L+
13
L+
2
4
L1
1
L1
L+
2
N
L
1
L1
L+
N
L
L+
4
2 n.c.
3
3
L
2
3
L
6
1
10
1
L+
N
L
14
2
L+
L1
L+
4
3
3
L
3
3
L
7
1
L+
3
4
11
1
1
N
L
2
L+
L+
4
4
4
2
3
3
L
4
8
1
L+
2: Teach
L
3
L
12
1
1
4
L+
L+
2
4
4
2 n.c.
3
3
L
L
2: Teach
3
L
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79
Photoelectric sensors
infrared / redlight
Scale drawings - CAD download: www.ifm.com
7
M18 x1
14,5
34
59,3
70,1
4
M18 x1
16
44
34
31
27,5
M12 x1
LED
8,2
1
4
24
24
M12 x1
LED 4 x 90°
2
8
60
49
47
40
13,6
9,7
19
27
29
4
LED 4 x 90°
75
62
64
M18 x1
M12 x1
M18 x1
4
24
24
3
LED 4 x 90°
M12 x1
9
72
61
59
M18 x1
44
4
24
M18 x1
M12 x1
M12 x1
1
LED
44
34
31
6,5
21,4
4
1: with pot.
24
LED 4 x 90°
4
10
72
61
59
50
44
35,4
15,9
11,5
38
M18 x1
4
LED 4 x 90°
LEDs
18
52
24,1
M18 x1
M12 x1
1
24
3,3
1: with pot.
24
M12 x1
5
11
35,4
15,9
11,5
24
18
M18 x1
4
LED 4 x 90°
52
24,1
M18 x1
M12 x1
34
1
3,3
M12 x1
6
1
1: setting pushbuttons
72
61
59
M18 x1
M12 x1
34
4
LED 4 x 90°
1: Programming buttons
www.ifm.com
80
24
LEDs
24
38
72
61
59
Photoelectric sensors
infrared / redlight
Scale drawings - CAD download: www.ifm.com
17
86
76
64
53
1
LED
1
5,2
LED
24
7,6
16,6
11
35
1 2
M18 x1
" 20UNF
LED
45
12
3,1
3,2
4
1
24
M8x1
3,1
8,8
1: pushbutton
13
9
4
LED
6,4
3,9
7,6
12,5
9,6
LED
3,2
15
20,6
25,1
1
1: pushbutton
2,9
18
14
1
LED
5
1
LED
11
36,5
43,5
1,8
5,3
19
15
3,2
5,7
20,6
25,1
35
6,4
8,2
3,9
7,6
LED
24
12,5
9,6
3,5
8,5
2,9
M8x1
9
15
3,9
LED
1
1: pushbutton
15
3,2
5 7,2
20,6
25,1
12,5
9,6
19
2,9
1
LED
24
16
5
LED
M8x1
1,8
5,3
19
45
3,5
8,5
3,1
3,2
35
11
11
8,2
24
35
1
LED
1
1
LED
7,6
16,6
36,5
43,5
LED
7,6
11,6
4
9
4
11,6
M8x1
3,1
8,8
1
LED
9
4
1: pushbutton
1
LED
1: pushbutton
www.ifm.com
81
Photoelectric sensors
infrared / redlight
Scale drawings - CAD download: www.ifm.com
24
20
1
1
LED
9
11
1,8
5,3
19
14,1
9,5
19,5
36,5
43,5
5
35
LED
15
LED
26
20,3
2,7
24
M3
3,5
8,5
M8x1
9
25
9
11,6
4
LED
LED
26
20,3
2,7
1
9
6,5
15
1: pushbutton
7,6
21
M3
9
1
62
49
27
26
LED
31
10
1
LED
LED
9
6
26
20,3
2,7
5,5
7,8
75
15
50
6
6,5
8,6
LED
M3
9
1: pushbutton
22
27
62
LED
6
25
5x9
13
75
18
17
LED
10
46,8
6,4
18,2
49
5
6
5,5
1
1
56
70,3
1
27
6
LED
25
1
8,6
LED
50
1: pushbutton
15,4
LED
23
M3
9
82
LED
14,1
26
20,3
2,7
15
www.ifm.com
M12 x1
6
9
1: When a M5 mounting screw is used, the max. tightening torque is
2 Nm.
Photoelectric sensors
infrared / redlight
Scale drawings - CAD download: www.ifm.com
31
28
63,8
27
1
74,4
86,2
8,5
50,9
5x10
LED
40
6
25
1
56
70,3
5
1
7,9
8,5
6
36,5
17
25
5x9
40
LED
21,1
46,8
6,4
18,2
5
1
M12 x1
M12 x1
15,4
LED
29,5
LED
1: When a M5 mounting screw is used, the max. tightening torque is
2 Nm.
1: When a M5 mounting screw is used, the max. tightening torque is
2 Nm.
29
5x10
8,5
40
LED
1
74,4
86,2
21,1
5
7,9
27
8,5
6
25
2
32
63,8
2
56
70,3
6
5x9
25
19,5
37
1
LED
40
46,8
6,4
18,2
M12 x1
1
5
1
24,3
M12 x1
8
15,4
10
1
3
LED
LED
29,5
1: with pot., 2: When a M5 mounting screw is used, the max. tightening torque is 2 Nm.
30
46,8
6,4
6
6
25
5x9
5
1: When a M5 mounting screw is used, the max. tightening torque is
2 Nm.
2
56
70,3
2
1
LED
25
37
19,5
18,2
M12 x1
1
24,3
30,5
15,4
LED
1: Programming buttons, 2: When a M5 mounting screw is used, the
max. tightening torque is 2 Nm.
www.ifm.com
83
Photoelectric sensors
infrared / redlight
Scale drawings - CAD download: www.ifm.com
34
33
63,8
63,8
27
8,5
8,5
40
8,5
40
1
1
74,4
86,2
5
23,5
1
5x10
LED
74,4
86,2
8,5
7,9
40
5x10
LED
40
21,2
7,9
21,2
27
M12 x1
5
1
M12 x1
2
2
LED
1: When a M5 mounting screw is used, the max. tightening torque is
2 Nm., 2: Programming buttons
29,5
38,3
44,5
29,5
38,3
44,5
LED
1: When a M5 mounting screw is used, the max. tightening torque is
2 Nm., 2: Programming buttons
35
63,8
27
5x10
8,5
40
1
74,4
86,2
8,5
LED
40
25,3
7,9
5
19,7
1
M12 x1
2
29,5
38,3
44,5
LED
1: When a M5 mounting screw is used, the max. tightening torque is
2 Nm., 2: Programming buttons
www.ifm.com
84
Photoelectric sensors
infrared / redlight
85
86
Photoelectric sensors
laser
Selection chart
Page
Cylindrical housing OG (M18) Laser PerformanceLine
89
Rectangular housing OJ Laser PerformanceLine, lateral sensing face
89
Rectangular housing O1 Laser PerformanceLine with background suppression
Accessories
89
89 -
90
Scale drawings - CAD download: www.ifm.com
90
Wiring diagrams
90
www.ifm.com
87
Photoelectric sensors
laser
Safe class 2 laser with visible light
for ease of alignment.
Detect objects smaller than 1 mm across.
Long range versions for measurement
up to 60 m.
Accurate and repeatable switch
point setting.
Fine ajustment mounting brackets
for easy installation.
Photoelectric sensors: laser
Laser systems are used where detection of small objects or precise positioning is
required. They are available as through-beam sensors, retro-reflective sensors or
diffuse reflection sensors.
Laser light consists of light waves of identical length which have a defined phase relation (coherence). This results in an important feature of laser systems, that is the
almost parallel light beam. Result: Due to the small angle of divergence long ranges
of up to 60 metres can be achieved. The laser spot which is also clearly visible at
daylight simplifies the alignment of the system. Apart from the advantages some
points have to be taken into account for the selection of the suitable optical system:
compared to standard sensors the laser sensors have a reduced temperature range
(-10...50 °C). In view of the small light spot and the often high ranges the system is
more sensitive to vibrations than standard sensors.
Mounting aids
The ifm laser sensors offer a useful function for easier alignment: The laser power is
increased during adjustment: This leads to a particularly bright laser spot which enables safe alignment from a distance even at daylight.
How dangerous are laser sensors?
Due to the small angle of divergence laser beams are focussed on a small area. The
energy and power density on this area is extremely high. ifm laser sensors comply
with the European standard EN 60825 or the international standard IEC 60825.
These standards describe the operation of laser systems.
www.ifm.com
88
Coherent: Laser
sensors emit light of
a defined wave length
and the same phase
position.
Photoelectric sensors
laser
Cylindrical housing OG (M18) Laser PerformanceLine
Type
Operating principle
Sensing
range
Spot Ø at
max.
range
[mm]
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
1
1
OGS700
2
2
OGE700
2
2
OGP700
[V]
Through-beam sensor · Type OGSL M18 x 1 · M12 connector · high-grade stainless steel · DC
Transmitter
60 m
150
–
10...36
Through-beam sensor · Type OGEL M18 x 1 · M12 connector · high-grade stainless steel · DC
Receiver
60 m
–
H/D PNP
10...36
Retro-reflective sensor · Type OGPL M18 x 1 · M12 connector · high-grade stainless steel · DC
Polarisation filter
0.2...15 m
40
H/D PNP
10...36
Diffuse reflection sensor · Type OGHL M18 x 1 · M12 connector · high-grade stainless steel · DC
Background suppression
20...200 mm
1.2
H/D PNP
10...36
2
2
OGH700
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
Rectangular housing OJ Laser PerformanceLine, lateral sensing face
Type
Operating principle
Sensing
range
Spot Ø at
max.
range
[mm]
[V]
Diffuse reflection sensor · Type OJHL · M8 connector · plastics · DC
Background suppression
7...150 mm
0.8
H/D PNP
10...30
3
3
OJ5158
Background suppression
15...200 mm
2x1
H/D PNP
10...30
3
4
OJ5154
Drawing
no.
Order
no.
5
O1D101
Rectangular housing O1 Laser PerformanceLine with background suppression
Type
Operating principle
Measuring
range
Light spot
diameter
Ub
Current
consumption
Sampling rate /
switching frequency
[mm]
[V]
[mA]
[Hz]
10...30
150
5
Optical distance sensor · Type O1DL · M12 connector · metal · DC
Background suppression
0.2...10 m
6
Accessories
Type
Description
Order
no.
Prismatic reflector · Ø 19 mm · round · fixing by screw · M3 · for laser units · for type OGPL, OJPL, OLPL · Housing materials: screw:
stainless steel 316 / 1.4401 / spring washer: stainless steel 316 / 1.4401 / Nut: stainless steel 316 / 1.4401 / front plate: PMMA /
base: ABS
E20993
Prismatic reflector · 30 x 20 mm · angular · for laser units · for type OGPL, OJPL, OLPL · Housing materials: front plate: PMMA / base:
ABS
E20994
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89
Photoelectric sensors
laser
Type
Description
Order
no.
Prismatic reflector · 50 x 50 mm · angular · for laser sensors and glass / film detection sensors · Housing materials: plastics
E20722
Swivel-mount clip · for type OJ · Housing materials: diecast zinc
E20974
Mounting set · Clamp mounting · rod mounting Ø 12 mm · for type O1D, O2D · Housing materials: fixture: stainless steel / clamp:
stainless steel / screws: stainless steel / Nut: high-grade stainless steel
E2D101
Wiring diagrams
1
2
3
1
1
1
L+
L+
L+
2
4
4
3
3
L
L
2: Teach
3
L
Scale drawings - CAD download: www.ifm.com
3
72
61
59
1
LED
24
5
4
LED 4 x 90°
24
3,5
8,5
2
9
4
72
61
59
11,6
1
4
1: Programming buttons
www.ifm.com
90
1
M18 x1
M12 x1
34
LED 4 x 90°
11
9,5
15,5
1,8
5,3
19
35
M18 x1
M12 x1
34
1
LED
36,5
43,5
1
24
1: pushbutton
LED
M8x1
Photoelectric sensors
laser
Scale drawings - CAD download: www.ifm.com
5
4
3,5
8,5
M8x1
30
45
59
4,5
45
11
6
1,8
5,3
19
35
5
42
30
1
LED
9,5
19,5
36,5
43,5
1
LED
24
1
M12x1
2
20
52
9
25
11,6
4
1
LED
1: 4-digit alphanumeric display, 2: Programming buttons
1: pushbutton
www.ifm.com
91
92
Photoelectric sensors
fibre optics
Selection chart
Page
OOF amplifiers for acrylic fibre optics
95
OBF amplifiers for acrylic fibre optics
95
Acrylic fibre optics for OBF / OOF housings, through-beam system
95
Acrylic fibre optics for OBF / OOF housings, diffuse reflection system
95
Acrylic fibre optics for OBF / OOF housings, through-beam system, can be cut to length
96
Acrylic fibre optics for OBF / OOF housings, diffuse reflection system, can be cut to length
96
Acrylic fibres on a reel for OBF housing
96
Accessories
96
Wiring diagrams
96 -
97
Scale drawings - CAD download: www.ifm.com
97 -
98
www.ifm.com
93
Photoelectric sensors
fibre optics
Acrylic and glass fibre optic sensing
heads and amplifiers.
Can be used in areas where space
and access is restricted.
Fibres for high temperatures and use
with aggressive chemicals.
Multi-channel amplifiers with display
and logic functions.
Simplified wiring and reduced
space requirement.
Photoelectric sensors: fibre optics
Fully automatic manufacturing machines become more and more compact. Fibre
optics are used where mounting space for photoelectric standard sensors is confined.
Advantages of these systems: The evaluation electronics and the optoelectronic components are located separately from the sensing surface of the system. Fibre optic
sensing heads can therefore be mounted in places where access is difficult. Fibre
optics are the best choice, in particular for short ranges.
Versions of fibre optic systems
Through-beam principle
Transmitting and receiving fibre optics are laid separately. The two ends (fibre optic
heads) are mounted opposite each other. The light beam interruption is evaluated
according to the through-beam principle. The maximum range is 120 cm.
Diffuse reflection principle
Transmitting and receiving fibres are in one sheath. The sensing head incorporates
receiving and transmitting fibre bundles. The ranges of the ifm sensors are max.
70 mm.
Minute objects up to
0.5 mm are detected
safely.
Applications of fibre optic systems:
Confined space
The fibre optic head is directly located where sensing takes place, the mating amplifier where sufficient mounting space is available.
Detection of minute objects
Depending on the type of sensing head and range objects up to 0.5 mm can be
detected safely. When the movement of objects is precise, it is possible to detect fine
structures, e.g. thread pitches.
High temperatures
Fibre optics with metal sheath can be used up to 290 °C, fibre optics with metal
silicone sheath up to 150 °C.
Chemical resistance
Metal silicone sheathed fibre optics are resistant to many aggressive chemicals.
www.ifm.com
94
Fibre optic systems
can also be mounted
in places where access
is difficult.
Photoelectric sensors
fibre optics
OOF amplifiers for acrylic fibre optics
Type
Number
of input
channels
For
fibre
optics
Type
of light
Sensing
range
through beam
Sensing
range
diffuse
Output
H = light-on
D = dark-on
Ub
Drawing
no.
Order
no.
[V]
Type OOF · M12 connector · plastics · DC · Wiring diagram no. 1
2
FT-11
red
3.8 m
0...300 mm
H/D PNP
12...36
1
OO5000
0...300 mm
H/D PNP
12...36
2
OO5001
0...300 mm
H/D PNP
12...36
3
OO5002
3.8 m
0...300 mm
H/D PNP
12...36
4
OO5003
Sensing
range
through beam
Sensing
range
diffuse
Output
H = light-on
D = dark-on
Ub
Drawing
no.
Order
no.
5
OBF500
Sheathing
material
Drawing
no.
Order
no.
-40...70
PE (polyethylene)
6
E20615
Ambient
temperature
Sheathing
material
Drawing
no.
Order
no.
PE (polyethylene)
7
E20639
Type OOF · M12 connector · plastics · DC · Wiring diagram no. 2
4
FT-11
red
3.8 m
Type OOF · M16 connector · plastics · DC · Wiring diagram no. 3
6
FT-11
red
3.8 m
Type OOF · M16 connector · plastics · DC · Wiring diagram no. 4
8
FT-11
red
OBF amplifiers for acrylic fibre optics
Type
Number
of input
channels
For
fibre
optics
Type
of light
[V]
Type OBF · M12 connector · plastics · DC · Wiring diagram no. 5
1
FT-11
red
0...2 m
0...100 mm
H/D PNP/NPN
10...30
Acrylic fibre optics for OBF / OOF housings, through-beam system
Type
Fibre optic
material
Range
OB50.. / OBF5.. / OO50..
Sensing
head
material
[mm]
PMMA
150 / 210 / 800
Ambient
temperature
[°C]
aluminium
Acrylic fibre optics for OBF / OOF housings, diffuse reflection system
Type
Fibre optic
material
Range
OB50.. / OBF5.. / OO50..
Sensing
head
material
[mm]
PMMA
20 / 25 / 60
[°C]
aluminium
-40...70
www.ifm.com
95
Photoelectric sensors
fibre optics
Acrylic fibre optics for OBF / OOF housings, through-beam system, can be cut to length
Type
Fibre optic
material
Range
OB50.. / OBF5.. / OO50..
Sensing
head
material
Ambient
temperature
[mm]
Sheathing
material
Drawing
no.
Order
no.
[°C]
PMMA
45 / 80 / 120
aluminium
-40...70
–
8
E20768
PMMA
175 / 370 / 700
aluminium
-40...70
–
8
E20767
Sheathing
material
Drawing
no.
Order
no.
–
9
E20765
Acrylic fibre optics for OBF / OOF housings, diffuse reflection system, can be cut to length
Type
Fibre optic
material
Range
OB50.. / OBF5.. / OO50..
Sensing
head
material
Ambient
temperature
[mm]
PMMA
55 / 110 / 235
[°C]
aluminium
-40...70
Acrylic fibres on a reel for OBF housing
Type
Description
Order
no.
acrylic fibres on a reel · 20 m · for type OBF · Housing materials: PE / Fibre: : PMMA
E20773
acrylic fibres on a reel · 50 m · for type OBF · Housing materials: PE / Fibre: : PMMA
E20774
Accessories
Type
Description
cutter for fibre optics · Housing materials: plastics
Wiring diagrams
1
1
L+
4
2
4: Out 1
2: Out 2
7
3
7: function check
www.ifm.com
96
L
Order
no.
E20600
Photoelectric sensors
fibre optics
Wiring diagrams
2
4
1
A
L+
4
4: Out 1
2: Out 2
5: Out 3
6: Out 4
6
7
3
L+
E
J
O
L
L
7: function check
L
E: Out 1
P: Out 2
S: Out 3
G: Out 4
C: Out 5
T: Out 6
N: Out 7
J: Out 8
O: function check
3
5
A
L+
E
T
O
L
1
E: Out 1
P: Out 2
S: Out 3
G: Out 4
C: Out 5
T: Out 6
L+
1
4
2
2
4
3
L
3
L+
L
L
O: function check
Scale drawings - CAD download: www.ifm.com
1
1: mounting on DIN rail
2
1: mounting on DIN rail
www.ifm.com
97
Photoelectric sensors
fibre optics
Scale drawings - CAD download: www.ifm.com
3
5
15
36
M12 x1
74
1
3,2
44
60
LED
2
1: mounting on DIN rail, 2: setting pushbuttons
6
1: mounting on DIN rail
4
M4
15
7
23
M4
16
8
1: mounting on DIN rail
30
5
M5
10,5
9
40
www.ifm.com
98
M8
9
14,5
Photoelectric sensors
fibre optics
99
100
Photoelectric sensors
specific systems
Selection chart
Sensors for the detection of transparent objects
Sensors for distance and level measurement
Sensors for colour detection
Page
103
103
103 - 104
Safety light grids
104
Accessories
104
Evaluation units light curtains / safety light grids
104
Scale drawings - CAD download: www.ifm.com
105
Wiring diagrams
105
www.ifm.com
101
Photoelectric sensors
specific systems
High-quality photoelectric sensors
for different applications.
Excellent price / performance ratio.
Extremely compact laser distance
sensor with 10 m range.
Sensor for the detection of transparent objects (PET, glass, film etc.).
Extensive range of system components
for easy and safe mounting.
Detection of transparent objects
Counting bottles and glasses or the reliable monitoring of film for tear can be performed without problem using specially designed retro-reflective sensors.
ifm offers a retro-reflective sensor with a small switching hysteresis, in particular for
the detection of transparent objects. Due to the operating principle, retro-reflective
sensors have the advantage that the light beam must pass the object to be detected
twice. Thus the light is sufficiently weakened to detect a transparent object safely.
Precise adjustment is made by means of the Teach button.
Distance measurement
The continued development of the pmd technology (Photonic Mixer Device) now
enables distance measurement to within a millimetre at high ranges using a laser
sensor. The efector pmd laser sensor operates to the time-of-flight principle: A light
beam is emitted by a transmitting element and reflected to the receiver element by
an object. The measured time of flight relates to the distance from the sensor to the
object.
Traditional time-of-flight sensors use a photodiode as receiver element. Additional
electronics is used for signal acquisition and processing.
Typical application for
contrast sensors:
Counting of glass
bottles.
Disadvantage: This sensor design is complex, large in size and therefore often not
suitable for industrial position sensing.
In comparison, the efector pmd sensor’s receiver element is a “System-on-Chip”
design: both sensor element and electronics for signal evaluation are integrated on a
single silicon chip called a Photonic Mixer Device (PMD).
The advantage: The sensor offers a high performance in a compact, industrially compatible housing.
“efector pmd” can be used for level measurement and positioning tasks, for example to position industrial trucks in high bay storage areas and to protect autonomous
industrial transport systems against collision.
www.ifm.com
102
The efector pmd
provides an analogue
signal that is proportional to the objectto-sensor distance.
Photoelectric sensors
specific systems
Sensors for the detection of transparent objects
Type
Operating principle
Sensing
range
Spot Ø at
max.
range
[mm]
Output
H = light-on
D = dark-on
Ub
Wiring
diagram
no.
Drawing
no.
Order
no.
[V]
Retro-reflective sensor · Type OJPG · M8 connector · plastics · DC
Polarisation filter
0.2...1.5 m
64
H/D PNP
10...30
1
1
OJ5186
40 / 80
H/D PNP/NPN
10...36
6
2
O5G500
Drawing
no.
Order
no.
Retro-reflective sensor · Type O5G · M12 connector · plastics · DC
Polarisation filter
0...1.5 m
Sensors for distance and level measurement
Type
Operating principle
Measuring
range
Light spot
diameter
Ub
Current
consumption
Sampling rate /
switching frequency
[mm]
[V]
[mA]
[Hz]
M12 connector · Output function OUT1: normally open / closed programmable OUT2: normally open / closed programmable or
analogue (4...20 mA / 0...10 V, scalable) · DC PNP · Wiring diagram no. 7
Optical distance sensor
0.2...10 m
6
18...30
150
1...50
3
O1D100
M12 connector · Output function OUT1: normally open / closed programmable OUT2: normally open / closed programmable or
analogue (4...20 mA / 0...10 V, scalable) · DC NPN · Wiring diagram no. 8
Optical distance sensor
0.2...10 m
6
18...30
150
1...50
3
O1D103
M12 connector · Output function OUT1: normally open / closed programmable OUT2: normally open / closed programmable or
analogue (4...20 mA / 0...10 V, scalable) · DC PNP · Wiring diagram no. 7
Optical distance sensor
0.3...6 m
6
18...30
150
1...33
3
O1D155
Optical distance sensor
0.2...10 m
6
18...30
150
1...33
3
O1D105
Optical level sensor
0.2...10 m
6
18...30
150
1...33
3
O1D300
Optical distance sensor
1...75 m
150
18...30
150
1...33
3
O1D106
Measuring
range
Light spot
diameter
Ub
Current
consumption
Sampling rate /
switching frequency
Drawing
no.
Order
no.
[mm]
[V]
[mA]
[Hz]
Sensors for colour detection
Type
Operating principle
M12 connector · Output function light-on / dark-on programmable · DC PNP/NPN · Wiring diagram no. 2
Colour sensor
17 mm
2.5 x 6
10...36
50
2000
4
O5C500
M12 connector · DC PNP · Wiring diagram no. 3
Colour sensor
12.5 mm
2x4
12...30
80
1000
5
OD5005
Colour sensor
60 mm
13
12...30
80
1000
5
OD5007
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103
Photoelectric sensors
specific systems
Type
Operating principle
Measuring
range
Light spot
diameter
Ub
Current
consumption
Sampling rate /
switching frequency
[mm]
[V]
[mA]
[Hz]
Drawing
no.
Order
no.
M12 connector · DC PNP · Wiring diagram no. 4
Colour sensor
12.5 mm
2x4
12...30
80
300
5
OD5009
Colour sensor
60 mm
13
12...30
80
300
5
OD5011
–
12...30
80
1000
6
OD5013
Drawing
no.
Order
no.
M12 connector · DC PNP · Wiring diagram no. 3
Colour sensor
9 mm
Safety light grids
Type
Number
of beams
Protected
area height
Protected
area width
Response
time
Ub
[mm]
[m]
[ms]
[V]
Wiring
diagram
no.
Complies with the requirements: type 4 , SIL 3 , SILcl 3 , PL e · M12 connector
2
510
0...10 / 3...20
2.5
24
5
7
OY120S
3
810
0...10 / 3...20
2.5
24
5
7
OY121S
4
910
0...10 / 3...20
2.5
24
5
7
OY122S
Accessories
Type
Description
Order
no.
Angle bracket · for type O5 · Housing materials: stainless steel 316Ti / 1.4571
E21087
Prismatic reflector · 50 x 50 mm · angular · for laser sensors and glass / film detection sensors · Housing materials: plastics
E20722
Mounting set · Clamp mounting · rod mounting Ø 12 mm · for type O1D, O2D · Housing materials: fixture: stainless steel / clamp:
stainless steel / screws: stainless steel / Nut: high-grade stainless steel
E2D101
Evaluation units light curtains / safety light grids
Type
Description
Safety relay · Muting relay · Housing for DIN rail mounting · For the connection of safety light curtains / safety light grids
with OSSD · Safety category type 4 to IEC 61496 · for industrial applications
www.ifm.com
104
Drawing
no.
Order
no.
8
G2001S
Photoelectric sensors
specific systems
Wiring diagrams
3
1
4
5
2
1
1
L+
L+
2
3
4
4
4
3
L
3
Out
6
L
7
2: Input AT activation trigger,
5: input „External Teach“
2
1
L+
3
5
5
OSSD1
2
1
2
2: Teach
1
L+
OSSD2
4
Out 1
5
Out 2
6
Out 3
7
L
8
K1/K2/Restart
SEL_A
SEL_B
L
1: Input AT activation trigger,
5: input „External Teach“
L+
2
AT
5
N.C.
4
Out
3
L
2: Input AT activation trigger
6
8
1
1
L+
2
5
L+
5
n.c.
3
n.c.
4
2
4
4: Out 1
2: Out 2
3
L
L+
L+
2
4
4
1
1
2
4: Out 1
2: Out 2
3
L
3
L
L
7
1
1
L+
2
4
2: Out 2
4: Out 1
L+
2
4
3
2: Out 2
4: Out 1
L
3
L
Scale drawings - CAD download: www.ifm.com
2
5x9
6
37
36,5
43,5
1,8
5,3
19
35
3,5
8,5
2
1
LED
25
11
8,2
5
46,8
6,4
18,2
6
24
1
LED
25
LED
19,5
1
5
2
56
70,3
1
M8x1
M12 x1
9
1
1: pushbutton
LED
24,3
30,5
1
LED
15,4
11,6
4
1: Programming buttons, 2: When a M5 mounting screw is used, the
max. tightening torque is 2 Nm.
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105
Photoelectric sensors
specific systems
Scale drawings - CAD download: www.ifm.com
6
3
42
30
119
45
4,5
96
M5
80
21
30
M12x1
2
1
25
M5
40
14
53
52
M12 x1
20
69
1
43
M12 x1
6
30
45
59
28
28
39
1: 4-digit alphanumeric display, 2: Programming buttons
4
2
4
LED
6
25
5
2
2
56
70,3
6
5x9
25
25,9
38
18,2
LED
1
46,8
6,4
3
LED
1: fibre optic connection, 2: selection switch color tolerance, 3: programming selector switch, 4: teach button
7
M12 x1
14,5
R
40
20
1
M5
51
10
T
24,3
30,5
1,5
10
L
15,4
LED
5,5
1: Programming buttons, 2: When a M5 mounting screw is used, the
max. tightening torque is 2 Nm.
29,5
96
M5
40
20
102
5
10
80
28
43
10,5
28
M12x1
3
30
28
21
30
M12 x1
10
28
1
T: Transmitter, R: Receiver, 1: LED 3 colours (red/green/orange), 2:
LED yellow, 3: LED 2 colours (red/green)
40
53
69
M12 x1
M5
15
8
28
39
114,5
35
2
LED
LED
1: lens, 2: selection switch color tolerance, 3: programming selector
switch, 4: teach button
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106
99
4
3
Photoelectric sensors
specific systems
107
108