Added value due to fully digital inductive sensors with IO-Link

• Parameterization of the hysteresis (the difference between the switching point and the reset point)
• Configuration of the switching behavior and the output polarity
• Setting of the switching points via IO-Link through teach in command or teach in value
• Various teaching options, such as 1-point, 2-point, window teaching

• Compensation of installation tolerances such as pre-damping by teaching the zero set position
• Application-specific parameterization of the measurement range
• Rising or falling output characteristic can be configured
• Setting via IO-Link

• Detection of fast moving objects up to 1.2 kHz
• Precise distance changes with a resolution of up to 5 micrometers
• High-pass filter for the detection of a dynamic hub > 300 Hz 
• Selection of five pre-set measured value filters

• Integrated smart frequency measurement up to 1.2 kHz
• Measured value output in Hz or kHz
• For speed or vibration measurements

• Characteristic of the counter function individually  configurable
• Time filter adjustable for specific applications 
• Flexible parameterization for  batch size counting 
• Sensor as a cost-effective counter module

• Monitoring of the supply voltage for detecting irregularities
• Temperature value as the basis for analysis of machine idling and overheating
• Distance measurement value for condition monitoring such as concentric runout or material expansion
• Frequency measurement for monitoring speed and prevention of machine idling

• Flexible control concept thanks to the use of two independent outputs (pin 2 and pin 4)
• Triggering of independent relays possible
• Prevention of process interruptions in rapid applications
• Connection of conventional cabling structures

• Measuring position shifts with micrometer precision
• Detection of gripper status (open/closed) as well as good and bad parts
• Transmission of valuable diagnostic and process data via IO-Link
• Increased system uptime

• High-performance sensors in a compact 3 mm design
• High-precision measurements down to the micrometer range
• Value-added diagnostic and process data via IO-Link

• Simple teach-in of the reference position via IO-Link to eliminate the mechanical installation tolerances
• Linearized and calibrated sensors allow an exact evaluation of the gripper jaw position
• Flexible switching output configurable via IO-Link or distance and switching information for individual requirements

• Optimum control and monitoring of vibration conveyors by measuring the vibration frequency and the vibration stroke
• High-precision sensors for reliable material feed
• Easy adaptation to individual requirements regarding accuracy and speed via IO-Link

• High control quality possible via the distance measured value and via individually parameterisable switching points
• The sensor has two functions: Displacement measurement and end position switch-off
• The sensor can be easily and optimally adapted to different roll diameters via IO-Link

Industrial Internet of Things (IIoT) – benefit from the data provided by present-day intelligent sensors to enhance process transparency, to improve efficiency and to cut down on costs. Find out here how IO Link will be of help.

• Output
• Connection diagrams
• Resolution
• Linearization
• Teach-in-functions

• Mounting instructions for cylindrical forms: Shielded (flush), unshielded (non-flush), quasi shielded or opposite mounting
• Maximum installation torque
• Mounting instructions for housings without threads
• Cable dimensions