IO-Link communication on sensor level
What is IO link and what are the benefits?
In a world of increasing automation, sensors are more and more commonly used. In addition to the utilisation of sensors alone, they are deployed for increasingly complex tasks. To use the capacity of the sensor optimally, the IO link enables communication down to the lowest field level. This way communication between a centralised point and a sensor is facilitated.
Communication between sensors and actuators
IO link is the first standardised IO technology (IEC 6131-9) in the world for communication between sensors and actuators. The powerful point-to-point communication is based on the known 3-wire sensors and actuators without the need for extra cables. IO Link is a continued development of the known and tested connection technology for sensors and actuators (fieldbus).
Benefits of the SensoPart with IO Link
- Diagnostic information on operating hours, switching cycles, hardware errors and the signal quality enable quick response and targeted maintenance, which prevents failure.
- Additional functions such as on/off delay, pulse outlet, timer outlet and frequency protection enable optimal adjustment of the application.
- Standardised communication technology enables fast and flawless signal transmission. Incorrect or incomplete measurements are impossible. It is even possible to adjust the sensor while the process is running.
- Simple sensor parameter settings, for instance with SensoIO and quick replacement of sensors thanks to a connected IO Link master in which the latest parameter settings are saved.
What is IO-Link? IO-Link communication protocol
Measurement light curtain Micron with IO-Link
The ReeR Micron series measurement light curtain are designed for object detection, part counting, position determination, checking shape, profile or dimensions. To communicate this real-time data quickly and efficiently via an IO-Link master to a PLC, the Micron detection light curtain is now available with IO-Link.
Features of the light curtain detection with IO-Link:
- Protected height: 150… 3000mm
- Resolution: 10...30 mm
- Connector: M12 5-pole
- Temperature: -10 ° C to + 55 ° C
- Degree of protection: IP65 to IP67
Distance sensor FT 55-RLAM with IO-Link
The FT 55-RLAM distance sensor can reliably detect distances on surfaces - from black to glossy - up to 1 meter. Equipped with an analogue output, two switching outputs, an IO-link interface and optional RS485 interface, the sensor offers extensive connectivity options.
LCD control screen with soft keys
In addition, the sensor is easy to operate, partly due to the large LCD control screen with soft keys. Read more about FT 55-RLAM distance sensor.
FT 55 RLAM - Smart laser distance sensor with high precision
Distance sensors with IO link
FT 55-RLAP - Distance sensors
Distance sensors from SensoPart that work according to the time-of-flight-principle, measure distances up to 5 meter with the highest precision. They provide a signal - through an analogue outlet (4 to 20 mA / 0 to 10 V) or through an IO Link.
Additional switch outlet
The distance sensors have an additional switch outlet with switching range function, that can be adjusted independent from the analogue measuring range. The sensor can, for instance, be used for measuring the coil diameter, positioning of a robot or measuring filling levels and stacking heights.
Colour sensors with IO-Link
FT 55-CM - Colour sensor
This sensor is particularly suitable for challenging colour detection and sorting tasks, for instance in the machine fabrication business and in the car, plastics, pharmaceutical or packing industry. Read more about FT 55-CM colour sensor.
Colour sensor FT 55-CM with unique internal distance correction - Remembers 12 colours
Optical sensors with IO-Link
FT 55-RLHP2 - Optical sensors
Optical sensors of type FT 55-RLHP2 with IO link are optionally available with one or two digital switch outlets and detect objects from long range (up to 5 m on white and up to 3 m on black). Target object detection is guaranteed, even with disruptive backgrounds, regardless of colour, shape, structure and alignment.
Time-of-flight sensors are used to, among others, check the assembly of rubber and plastics components in the automobile industry, to monitor the occupancy of storage in high-bay warehouses or to check the position of spar.