The correct choice of sensor is always a prerequisite to achieving a successful solution. Our A5S speed sensors are based on the proven Differential-Hall-Effect principle. Their low end of 0 Hz allows monitoring the machine down to zero speed. In addition, they are contact-free, wear-free, and maintenance-free. Furthermore, they are unsusceptible versus external magnetic stray fields and machine vibration. These characteristics make the series of A5S sensors especially suited to all applications where high accuracy and reliability are at a premium. In contrast, other sensors like magnet-inductive or static Hall-sensors do not meet these demands.
The sensors virtually can detect any steel profile: fine or coarse, helical or straight gear wheels, nuts or pole wheels with small or large cams.
Depending on the application, the speed range spans an area from a stationary state up to 25 000 pulses per second (0 Hz…25 kHz).
Each sensor in the series is available in various lengths and diameters and comes with a choice of connections. However, functionally all sensors have the same characteristics. The stainless steel sensor housing is sealed at the front and pressure-resistant (> 200 bars). A flat shaft with a screw-in thread M12x1.
A5S0DD0
Sensor A5S0DD0 for detection of rotational speed
- Contact-free, wear-free, maintenance-free
- Unsusceptible versus external magnetic stray fields and machine vibration
- Suitable for all applications where high levels of accuracy and reliability are at a premium
- Frequency range 0 Hz...25 kHz
- Single Channel, the output displays the rotational speed as a single-track frequency signal
- TÜV certified for safety level SIL3 / IEC 61508:2010
- TÜV certified for PL e; Cat. 3 / DIN EN ISO 13849-1:2016 + DIN EN ISO 13849-2:2012
- TÜV certified for SILCL3 / IEC 62061:2015
