Position Sensors Process Sensors io-key & IO-Link
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Inductive sensors
 - 

Inductive sensors for reliable detection of metal. Best price-performance ratio at the usual excellent autosen quality.

Normally closed
0.6 mm
3 mm
 
26.39 *
24.94

Online -5.50%

Normally open
0.8 mm
4 mm
 
18.90 *
17.86

Online -5.50%

Normally closed
0.8 mm
4 mm
 
18.90 *
17.86

Online -5.50%

Normally closed
0.8 mm
M5
 
20.67 *
19.53

Online -5.50%

Normally open
1.5 mm
6.5 mm
 
17.79 *
16.81

Online -5.50%

Normally closed
1.5 mm
6.5 mm
 
17.79 *
16.81

Online -5.50%

Photoelectric sensors
M12
0,2 ... 10 m
Programmable
 
218.97 *
206.93

Online -5.50%

M12
0.03...2 m
Antivalent
 
113.19 *
106.96

Online -5.50%

Diffuse reflection sensor
1 ... 100 mm
Laser (protection class 1)
 
101.02 *
95.46

Online -5.50%

Retro-reflective sensor
0.075...8 m
Laser (protection class 1)
 
94.60 *
89.40

Online -5.50%

Transmitter
< 15 m
Laser (protection class 1)
 
76.06 *
71.88

Online -5.50%

Receiver
< 15 m
Laser (protection class 1)
 
47.94 *
45.30

Online -5.50%

M12
0.03 ... 0.3 m
2x normally open / normally closed, progr.
 
196.30 *
185.50

Online -5.50%

M12
0.03 ... 1.5 m
2x normally open / normally closed, progr.
 
144.44 *
136.50

Online -5.50%

Magnetic sensors
 - 

Magnet sensors from autosen – Wear-free non-contact position detection In all applications where inductive sensors reach their limits, our magnetic sensors excel. Wear-free non-contact position detection - In all applications where inductive sensors reach their limits, our magnetic sensors excel.

M8
Normally open (NO)
M8
 
35.17 *
33.24

Online -5.50%

M12
Normally open (NO)
M12
 
31.19 *
29.47

Online -5.50%

M12
Normally closed (NC)
M12
 
31.19 *
29.47

Online -5.50%

Position sensors

Position sensors are for position location of objects made of very varied materials and surface texture. Position sensors translate the movement of objects into signals for tasks such as processing, transmission and controlling. The type of position sensor to use depends on the material and surface quality of the object to be registered, the operational range required and the environment of the application.

Types of position sensor

Inductive sensors are used to register metallic objects at short distances. Ultrasonic sensors, photoelectric sensors and capacitive sensors detect objects irrespective of the material and surface texture. The first two sensor types also feature large detection ranges. Capacitive sensors operate at short distances. Magnetic sensors can detect magnets through non-magnetic materials. Cylinder sensors serve to determine the piston position in pneumatic cylinders.

Advantages of position sensors

As they are available in many variations, position sensors can be used for a very wide range of applications. They are insensitive to dust, moisture and vibrations and have therefore proved their value in demanding industrial environments. Position sensors are characterized by large sensing ranges and excellent switch point accuracy as well as their contactless and wear-free mode of operation.

All the advantages of position sensors at a glance:

  • Contactless and wear-free operation
  • High switching frequencies
  • High switch point accuracy
  • Insensitive to dust, moisture and vibrations
  • Mechanical compatibility: old switches can easily be replaced by sensors
  • Very suitable for use in harsh industrial environments
  • Register position reliably and exactly
  • Broad range of applications

Application areas for position sensors

Position sensors are used in many different kinds of application. These include:
  • the foodstuffs industry
  • packaging technology
  • mechanical and plant engineering
  • paper manufacturing and processing
  • the plastics industry
  • metalworking
  • wood processing
  • and fluid technology.