Features at a Glance Wireless settings via Bluetooth Graphical display for easy operation
Features at a Glance Wireless settings via Bluetooth Graphical display for easy operation Measured value independent of material, color and brightness Rugged aluminium housing Analog output 0…10 V
Features at a Glance Analog output: 4…20 mA Wireless settings via Bluetooth Graphical di
Features at a Glance Analog output: 4…20 mA Wireless settings via Bluetooth Graphical display for easy operation Measured value independent of material, color and brightness Rugged aluminium housing
Features at a Glance Wireless settings via Bluetooth Graphical display for easy operation
Features at a Glance Wireless settings via Bluetooth Graphical display for easy operation Measured value independent of material, color and brightness Rugged aluminium housing Analog output 0…10 V
Features at a Glance Switching point independent of material, color and brightness 2 mutua
Features at a Glance Switching point independent of material, color and brightness 2 mutually independent switching outputs Integrated jump detection Intuitive operating concept Rugged aluminium housing
Features at a Glance Switching point independent of material, color and brightness 2 mutua
Features at a Glance Switching point independent of material, color and brightness 2 mutually independent switching outputs Integrated jump detection Intuitive operating concept Rugged aluminium housing
Features at a Glance Integrated jump detection Intuitive operating concept Measured value
Features at a Glance Integrated jump detection Intuitive operating concept Measured value independent of material, color and brightness Rugged aluminium housing Analog output: 4…20 mA
Features at a Glance Integrated jump detection Intuitive operating concept Measured value
Features at a Glance Integrated jump detection Intuitive operating concept Measured value independent of material, color and brightness Rugged aluminium housing Analog output 0…10 V
Features at a Glance Analog output: 4…20 mA Wireless settings via Bluetooth Graphical di
Features at a Glance Analog output: 4…20 mA Wireless settings via Bluetooth Graphical display for easy operation Measured value independent of material, color and brightness Rugged aluminium housing
Features at a Glance Wireless settings via Bluetooth Graphical display for easy operation
Features at a Glance Wireless settings via Bluetooth Graphical display for easy operation Measured value independent of material, color and brightness Rugged aluminium housing Analog output 0…10 V
These sensors work according to the energetic principle. Light is transmitted through one
These sensors work according to the energetic principle. Light is transmitted through one fiber-optic cable and received through the other. The amplifier can be adapted to a wide range of application requirements using the various plastic fiber-optic cables or fiber-optic cables with adapter no. 4. The switching point can be easily adjusted using the potentiometer….
These sensors work according to the energetic principle. Light is transmitted through one
These sensors work according to the energetic principle. Light is transmitted through one fiber-optic cable and received through the other. The amplifier can be adapted to a wide range of application requirements using the various plastic fiber-optic cables or fiber-optic cables with adapter no. 4. The display shows both the switching threshold and the currently…
These sensors work according to the energetic principle. Light is transmitted through one
These sensors work according to the energetic principle. Light is transmitted through one fiber-optic cable and received through the other. The amplifier can be adapted to a wide range of application requirements using the various plastic fiber-optic cables or fiber-optic cables with adapter no. 4. The display shows both the switching threshold and the currently…
These sensors work according to the energetic principle. Light is transmitted through one
These sensors work according to the energetic principle. Light is transmitted through one fiber-optic cable and received through the other. The amplifier can be adapted to a wide range of application requirements using the various plastic fiber-optic cables or fiber-optic cables with adapter no. 4. The display shows both the switching threshold and the currently…
These sensors work according to the energetic principle. Light is transmitted through one
These sensors work according to the energetic principle. Light is transmitted through one fiber-optic cable and received through the other. The amplifier can be adapted to a wide range of application requirements using the various plastic fiber-optic cables or fiber-optic cables with adapter no. 4. The display shows both the switching threshold and the currently…
hese sensors work according to the energetic principle. Light is transmitted through one f
hese sensors work according to the energetic principle. Light is transmitted through one fiber-optic cable and received through the other. The amplifier can be adapted to a wide range of application requirements using the various plastic fiber-optic cables or fiber-optic cables with adapter no. 4. The switching point can be easily adjusted using the potentiometer….
Sensors from the PNBC range work with a high resolution CMOS line array and determine dist
Sensors from the PNBC range work with a high resolution CMOS line array and determine distance to the object by means of angular measurement. Top quality optics permit measured values with 16-bit resolution. Thanks to proven algorithms, stable measured values are obtained even for complex surfaces, for example sheet metal with speckle effect. They demonstrate…
Sensors from the PNBC range work with a high resolution CMOS line array and determine dist
Sensors from the PNBC range work with a high resolution CMOS line array and determine distance to the object by means of angular measurement. Top quality optics permit measured values with 16-bit resolution. Thanks to proven algorithms, stable measured values are obtained even for complex surfaces, for example sheet metal with speckle effect. They demonstrate…
Highly precise measurement with a maximum linearity deviation of 0.05%. Constant, surface-
Highly precise measurement with a maximum linearity deviation of 0.05%. Constant, surface-independent measured values. Thermally stable measured values without any warm-up phase. Industry 4.0 compatible thanks to Industrial Ethernet. Sensors from the PNBC range work with a high resolution CMOS line array and determine distance to the object by means of angular measurement. Top quality…
Highly precise measurement with a maximum linearity deviation of 0.05%. Constant, surface-
Highly precise measurement with a maximum linearity deviation of 0.05%. Constant, surface-independent measured values. Thermally stable measured values without any warm-up phase. Industry 4.0 compatible thanks to Industrial Ethernet. Sensors from the PNBC range work with a high resolution CMOS line array and determine distance to the object by means of angular measurement. Top quality…
Highly precise measurement with a maximum linearity deviation of 0.05%. Constant, surface-
Highly precise measurement with a maximum linearity deviation of 0.05%. Constant, surface-independent measured values. Thermally stable measured values without any warm-up phase. Industry 4.0 compatible thanks to Industrial Ethernet. Sensors from the PNBC range work with a high resolution CMOS line array and determine distance to the object by means of angular measurement. Top quality…
Single and double sensor (Redundancy) • 100 – 1000 mm measuring length • 20 mill
Single and double sensor (Redundancy) • 100 – 1000 mm measuring length • 20 million movements life •
Rotary Potentiometer • Measuring angle 345° ± 2° • 50 million movements • Double
Rotary Potentiometer • Measuring angle 345° ± 2° • 50 million movements • Double bearings • %0,5 linearity • 2K, 5K or 10K
Measuring range 100 – 1950 mm • 100 million movements life •
Measuring range 100 – 1950 mm • 100 million movements life •
Rotary Potentiometer • Measuring angle 345° ± 2° • 50 million movement • Double b
Rotary Potentiometer • Measuring angle 345° ± 2° • 50 million movement • Double bearings • Independent linearity %0,5 • 2K, 5K or 10K
If you have questions about our products the AI-assistant can help guide you to what you are searching for.
