• High-resolution light grid: Available with beam separation of 5 mm, 10 mm, 25 mm, and 50 mm
  • Available with three push-pull switching outputs or two analog outputs
  • Display configuration with selected, pre-programmed measuring functions
  • High-resolution light grid: Available with beam separation of 5 mm, 10 mm, 25 mm, and 50 mm
  • Available with three push-pull switching outputs or two analog outputs
  • Display configuration with selected, pre-programmed measuring functions
  • High-resolution light grid: Available with beam separation of 2.5 mm (coming soon), 5 mm, 10 mm, 25 mm, and 50 mm
  • "High-speed scan" function with triple scanning speed
  • "Transparent mode" function for detecting transparent materials
  • High-resolution light grid: Available with beam separation of 2.5 mm (coming soon), 5 mm, 10 mm, 25 mm, and 50 mm
  • "High-speed scan" function with triple scanning speed
  • "Transparent mode" function for detecting transparent materials

siemens micromaster 440 inverter

  • Rated power: micromaster 440 11kw
  • Rated voltage: 3 x 400 V
  • Rated current: 26 А
  • Frequency control range: 0.5 Hz ... 560 Hz
  • Detection of magnets
  • Operating distances up to 90 mm or more based on the magnet strength
  • High switching frequency
  • Detection of magnets
  • Operating distances up to 70 mm; Advanced series up to 120 mm or more based on the magnet strength
  • Short-circuit, reverse polarity and power-up pulse suppression protection
  • Rugged stainless steel housing with fine thread M18 x 1 mm
  • Detection of magnets
  • Operating distances up to 70 mm; Advanced series up to 120 mm or more based on the magnet strength
  • Detection of magnets
  • Operating distances up to 70 mm; Advanced series up to 120 mm or more based on the magnet strength
  • Short-circuit, reverse polarity and power-up pulse suppression protection

mm420

Input data:

  • Voltage range: 3-phase, 380-480 V (-15%/+10%)
  • Frequency range: 47-63 Hz
  • Maximum current: 1.5 A/kW

Output data:

  • Frequency range: 0.5 Hz - 500 Hz
  • Maximum switching frequency: 16 kHz
  • Rated voltage: 3-phase, 380-480 V


siemens mm430

The micromaster 430 offers a wide range of features such as:

  • Direct vector control (DTV)
  • V/f control
  • Infinitely variable speed control
  • Overload protection
  • Integrated PID controller
  • Possibility to connect to an industrial network bus
DesignDiaphragm valve
Valve function2/2-way, closed, monostable
Connection Process valveG1/2
Standard nominal flow rate (standardised to DIN 1343)3100 l/min
  • Operating voltage DC 24 V
  • DC
  • coded target
  • 3-wire
  • 6 m PVC-Cable
  • 6 m
  • PVC
  • Operating voltage DC 24 V
  • DC
  • coded target
  • 3-wire
  • 0.1 m PVC-Cable
  • M12 Connector
  • 0.1 m
  • PVC
  • Operating voltage DC 24 V
  • DC
  • coded target
  • 3-wire
  • PNP
  • M12 Connector
  • Operating voltage DC 24 V
  • DC
  • uniquely fully coded target
  • 3-wire
  • PNP
  • M12 Connector
  • Operating voltage DC 24 V
  • DC
  • codable target
  • 3-wire
  • PNP
  • M12 Connector
  • Operating voltage DC 24 V
  • DC
  • uniquely fully coded target
  • 3-wire
  • PNP
  • 2 m PVC-Cable
  • 2 m
  • PVC
  • Operating voltage DC 24 V
  • DC
  • codable target
  • 3-wire
  • PNP
  • 2 m PVC-Cable
  • 2 m
  • PVC
  • Standstill monitoring by means of residual voltage measurement
  • 3 normally open and 1 normally closed positively guided safety contacts
  • 2 application diagnostic outputs for semiconductors
  • Standstill monitoring by means of residual voltage measurement
  • 3 normally open and 1 normally closed positively guided safety contacts
  • 2 application diagnostic outputs for semiconductors
  • Standstill monitoring by means of residual voltage measurement
  • 3 normally open and 1 normally closed positively guided safety contacts
  • 2 application diagnostic outputs for semiconductors

omron motor controller

  • Power supply voltage: 24 V DC or 48 V DC
  • Input signals: Pulses, analog signals, CAN bus
  • Analog positioning sensor that can be mounted with adapters on various cylinders thanks to its universal housing, e.g., cylinders with T-slot, round and tie rod cylinders
  • Measuring lengths from 107 mm to 1,007 mm in 36 mm steps
  • Output signals 4 mA to 20 mA as well as 0 V to 10 V in a single sensor
  • Analog positioning sensor that can be mounted with adapters on various cylinders thanks to its universal housing, e.g., cylinders with T-slot, round and tie rod cylinders
  • Measuring lengths from 107 mm to 1,007 mm in 36 mm steps
  • Output signals 4 mA to 20 mA as well as 0 V to 10 V in a single sensor
  • Analog positioning sensor that can be mounted with adapters on various cylinders thanks to its universal housing, e.g., cylinders with T-slot, round and tie rod cylinders
  • Measuring lengths from 107 mm to 1,007 mm in 36 mm steps
  • Output signals 4 mA to 20 mA as well as 0 V to 10 V in a single sensor
  • Analog positioning sensor that can be mounted with adapters on various cylinders thanks to its universal housing, e.g., cylinders with T-slot, round and tie rod cylinders
  • Measuring lengths from 107 mm to 1,007 mm in 36 mm steps
  • Output signals 4 mA to 20 mA as well as 0 V to 10 V in a single sensor
  • Analog positioning sensor that can be mounted with adapters on various cylinders thanks to its universal housing, e.g., cylinders with T-slot, round and tie rod cylinders
  • Measuring lengths from 107 mm to 1,007 mm in 36 mm steps
  • Output signals 4 mA to 20 mA as well as 0 V to 10 V in a single sensor
  • Analog positioning sensor that can be mounted with adapters on various cylinders thanks to its universal housing, e.g., cylinders with T-slot, round and tie rod cylinders
  • Measuring lengths from 107 mm to 1,007 mm in 36 mm steps
  • Output signals 4 mA to 20 mA as well as 0 V to 10 V in a single sensor
  • Analog positioning sensor that can be mounted with adapters on various cylinders thanks to its universal housing, e.g., cylinders with T-slot, round and tie rod cylinders
  • Measuring lengths from 107 mm to 1,007 mm in 36 mm steps
  • Output signals 4 mA to 20 mA as well as 0 V to 10 V in a single sensor