Order No: 202858
Function adapters can change sensor-specific properties to the desired function (e.g. pulse stretching). They are suitable for all conventional sensors, feature a compact design and can be retrofitted quickly and easily.

Order No: 209541
Function adapters can change sensor-specific properties to the desired function (e.g. pulse stretching). They are suitable for all conventional sensors, feature a compact design and can be retrofitted quickly and easily.

Order No: 202857
Function adapters can change sensor-specific properties to the desired function (e.g. pulse stretching). They are suitable for all conventional sensors, feature a compact design and can be retrofitted quickly and easily.

Order No: 202854
Function adapters can change sensor-specific properties to the desired function (e.g. pulse stretching). They are suitable for all conventional sensors, feature a compact design and can be retrofitted quickly and easily.

Order No: 202853
Function adapters can change sensor-specific properties to the desired function (e.g. pulse stretching). They are suitable for all conventional sensors, feature a compact design and can be retrofitted quickly and easily.

Order No: 207750
Our cylinder sensors for the T groove are designed for all common pneumatic cylinders with installed magnets. The sensors work wear-free and thus offer a high level of operational safety and reliability.

Order No: 213327
The assembly systems stand out for their robust construction and simple and reliable assembly.

Order No: 207970
The transmitter and receiver are in one housing. The emitted light is reflected back by a reflector and evaluated in the retro reflective sensor. Polarization filters also allow the detection of reflecting objects. Retro reflective sensors make long ranges possible, with simple assembly and a high degree of system availability.

Order No: 207971
The transmitter and receiver are in one housing. The emitted light is reflected back by a reflector and evaluated in the retro reflective sensor. Polarization filters also allow the detection of reflecting objects. Retro reflective sensors make long ranges possible, with simple assembly and a high degree of system availability.

Order No: 207954
The transmitter and receiver are in one housing. The emitted light is reflected back by a reflector and evaluated in the retro reflective sensor. Polarization filters also allow the detection of reflecting objects. Retro reflective sensors make long ranges possible, with simple assembly and a high degree of system availability.

Order No: 207955
The transmitter and receiver are in one housing. The emitted light is reflected back by a reflector and evaluated in the retro reflective sensor. Polarization filters also allow the detection of reflecting objects. Retro reflective sensors make long ranges possible, with simple assembly and a high degree of system availability.

Order No: 213193
A large selection of efficient miniature sensors, especially for the smallest and narrowest of space, is offered by our INM-100 Miniature series. The sensors are available from Ø 3.0 mm to M5, as well as in rectangular form with 5 x 5 mm. These very compact designs distinguish themselves with a stable metal casing and highly flexible cable variants in PVC and PUR.

Order No: 213194
A large selection of efficient miniature sensors, especially for the smallest and narrowest of space, is offered by our INM-100 Miniature series. The sensors are available from Ø 3.0 mm to M5, as well as in rectangular form with 5 x 5 mm. These very compact designs distinguish themselves with a stable metal casing and highly flexible cable variants in PVC and PUR.

Order No: 213217
A large selection of efficient miniature sensors, especially for the smallest and narrowest of space, is offered by our INM-100 Miniature series. The sensors are available from Ø 3.0 mm to M5, as well as in rectangular form with 5 x 5 mm. These very compact designs distinguish themselves with a stable metal casing and highly flexible cable variants in PVC and PUR.

Order No: 213218
A large selection of efficient miniature sensors, especially for the smallest and narrowest of space, is offered by our INM-100 Miniature series. The sensors are available from Ø 3.0 mm to M5, as well as in rectangular form with 5 x 5 mm. These very compact designs distinguish themselves with a stable metal casing and highly flexible cable variants in PVC and PUR.

Order No: 207908
Through-beam sensors consist of transmitter and receiver, each of which are arranged in its own housing. Transmitter and receiver are mounted opposite one another. Nontransparent, shiny and reflective objects can be reliably recognized. Through-beam sensors make long ranges possible, with the highest degree of functional safety. Cleaning and maintenance cycles can be reduced to a minimum through the use of through-beam sensors.

Order No: 207909
Through-beam sensors consist of transmitter and receiver, each of which are arranged in its own housing. Transmitter and receiver are mounted opposite one another. Nontransparent, shiny and reflective objects can be reliably recognized. Through-beam sensors make long ranges possible, with the highest degree of functional safety. Cleaning and maintenance cycles can be reduced to a minimum through the use of through-beam sensors.

Order No: 207912
Through-beam sensors consist of transmitter and receiver, each of which are arranged in its own housing. Transmitter and receiver are mounted opposite one another. Nontransparent, shiny and reflective objects can be reliably recognized. Through-beam sensors make long ranges possible, with the highest degree of functional safety. Cleaning and maintenance cycles can be reduced to a minimum through the use of through-beam sensors.

Order No: 207913
Through-beam sensors consist of transmitter and receiver, each of which are arranged in its own housing. Transmitter and receiver are mounted opposite one another. Nontransparent, shiny and reflective objects can be reliably recognized. Through-beam sensors make long ranges possible, with the highest degree of functional safety. Cleaning and maintenance cycles can be reduced to a minimum through the use of through-beam sensors.

Order No: 207922
Through-beam sensors consist of transmitter and receiver, each of which are arranged in its own housing. Transmitter and receiver are mounted opposite one another. Nontransparent, shiny and reflective objects can be reliably recognized. Through-beam sensors make long ranges possible, with the highest degree of functional safety. Cleaning and maintenance cycles can be reduced to a minimum through the use of through-beam sensors.