Sensor A5S0DD0 for detection of rotational speed and highest safety requirements up to SIL3
The correct choice of sensor is always a prerequisite to achieving a successful solution. Therefore BRAUN A5S0 sensors base on the proven Differential-Hall-Effect principle. Their low end of 0 Hz allows monitoring the machine down to zero speed. They are contact-free, wear-free, maintenance-free, and unsusceptible versus external magnetic stray fields and machine vibration.
The stainless steel sensor housing is sealed at the front and is pressure-resistant (>200bar). A flat shaft is available or with a screw-in thread M12x1, M14x1, M14x1,5, M16x1, M16x1,5, M18x1, M18x1,5, M22x1, 5/8-18UNF-2A. Customized dimensions and thread specifications are possible.
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…12 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
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The BRAUN Differential-Hall-Effect based Sensors A5S1
♦ Contact-free with a large air gap, so the potential for damage is eliminated
♦ Wear-free due to its unique design principle
♦ Maintenance-free during Lifetime, therefore minimized TCO
♦ Unsusceptible versus external magnetic stray fields and machine vibration
♦ Operates down to zero speed
♦ Cannot be damaged by faulty wiring
♦ Almost every target profile can be used
♦ A5S1 Sensors do not influence each other, no mounting distance in between is required
