The measuring principle of ELOBAU-angle sensor is contactless. A magnetic field rotates around a hall sensor. This procedure produces a very long service life and a high level of protection (IP67). The angle range is 120 °. The sensor is available with or without mounted actuator lever. In the redundant execution, the output signals are two times available. EMC meets vehicle field (DIN 40 839, test pulse 1.2, 3 a / b, interference 200 V / m).
The Elobau angle sensor applies the contactless measurement principle. A magnetic field is rotated around a Hall sensor. This method ensures a very long useful life and a high protection class (IP67). The angle measurement range is 120°. The sensor is available with or without operating lever. Double output signals are available in the redundant version. EMC-safe in the vehicle range (DIN 40 839, test pulse 1, 2, 3a/b, stray field 200 V/m).
This 360° vibration sensor detects vibration, rotational motion and a change in rotational motion from any direction. Both the slightest movement and any change in rotational direction are detected. Resistant to condensation and sealed to prevent air and moisture from entering the housing.
The measuring principle of ELOBAU-angle sensor is contactless. A magnetic field rotates around a hall sensor. This procedure produces a very long service life and a high level of protection (IP67). The angle range is 120 °. The sensor is available with or without mounted actuator lever. In the redundant execution, the output signals are two times available. EMC meets vehicle field (DIN 40 839, test pulse 1.2, 3 a / b, interference 200 V / m).
High overload capacity and very good isolation between primary and secondary windings Fast response frequency Compact size No restrictions in terms of input waveform Application areas: variable speed drives, power supplies, negative feedback control systems, robotics and welding equipment, or as overload protection. Based on the Hall-effect principle and the null balance or zero magnetic flux method (negative feedback control system) Here, the magnetic flux in the interior of the sensor is constantly regulated so that it always remains at zero. This ensures that the amount of electricity needed to compensate for the measured value of the primary current flowing through the conductor shall be multiplied by the ratio of primary to secondary. This compensation current is almost the output signal and provides a perfect image of the primary current (the current to be measured) divided by the number of secondary windings If one adds ne more resistance, the current can be converted into a voltage.
High overload capacity and very good isolation between primary and secondary windings Fast response frequency Compact size No restrictions in terms of input waveform Application areas: variable speed drives, power supplies, negative feedback control systems, robotics and welding equipment, or as overload protection. Based on the Hall-effect principle and the null balance or zero magnetic flux method (negative feedback control system) Here, the magnetic flux in the interior of the sensor is constantly regulated so that it always remains at zero. This ensures that the amount of electricity needed to compensate for the measured value of the primary current flowing through the conductor shall be multiplied by the ratio of primary to secondary. This compensation current is almost the output signal and provides a perfect image of the primary current (the current to be measured) divided by the number of secondary windings If one adds ne more resistance, the current can be converted into a voltage.
The measuring principle of ELOBAU-angle sensor is contactless. A magnetic field rotates around a hall sensor. This procedure produces a very long service life and a high level of protection (IP67). The angle range is 120 °. The sensor is available with or without mounted actuator lever. In the redundant execution, the output signals are two times available. EMC meets vehicle field (DIN 40 839, test pulse 1.2, 3 a / b, interference 200 V / m).
The measuring principle of ELOBAU-angle sensor is contactless. A magnetic field rotates around a hall sensor. This procedure produces a very long service life and a high level of protection (IP67). The angle range is 120 °. The sensor is available with or without mounted actuator lever. In the redundant execution, the output signals are two times available. EMC meets vehicle field (DIN 40 839, test pulse 1.2, 3 a / b, interference 200 V / m).
The measuring principle of ELOBAU-angle sensor is contactless. A magnetic field rotates around a hall sensor. This procedure produces a very long service life and a high level of protection (IP67). The angle range is 120 °. The sensor is available with or without mounted actuator lever. In the redundant execution, the output signals are two times available. EMC meets vehicle field (DIN 40 839, test pulse 1.2, 3 a / b, interference 200 V / m).
The measuring principle of ELOBAU-angle sensor is contactless. A magnetic field rotates around a hall sensor. This procedure produces a very long service life and a high level of protection (IP67). The angle range is 120 °. The sensor is available with or without mounted actuator lever. In the redundant execution, the output signals are two times available. EMC meets vehicle field (DIN 40 839, test pulse 1.2, 3 a / b, interference 200 V / m).
High overload capacity and very good isolation between primary and secondary windings Fast response frequency Compact size No restrictions in terms of input waveform Application areas: variable speed drives, power supplies, negative feedback control systems, robotics and welding equipment, or as overload protection. Based on the Hall-effect principle and the null balance or zero magnetic flux method (negative feedback control system) Here, the magnetic flux in the interior of the sensor is constantly regulated so that it always remains at zero. This ensures that the amount of electricity needed to compensate for the measured value of the primary current flowing through the conductor shall be multiplied by the ratio of primary to secondary. This compensation current is almost the output signal and provides a perfect image of the primary current (the current to be measured) divided by the number of secondary windings If one adds ne more resistance, the current can be converted into a voltage.
The measuring principle of ELOBAU-angle sensor is contactless. A magnetic field rotates around a hall sensor. This procedure produces a very long service life and a high level of protection (IP67). The angle range is 120 °. The sensor is available with or without mounted actuator lever. In the redundant execution, the output signals are two times available. EMC meets vehicle field (DIN 40 839, test pulse 1.2, 3 a / b, interference 200 V / m).