Description
Inductive sensors
Electromagnetic sensors are the most commonly used sensors of all, they are used in almost all conditions, they are resistant to temperature, pressure, corrosive working environment. Inductive sensors work by changing their electromagnetic field by moving a metal element, which disturbs its electromagnetic field when it comes closer to the sensor.
These sensors can be in a shielded and unshielded version, the unshielded sensor has a much wider field of operation, where the shielded field of action is only from the front of the sensor
Inductive sensors are a group of proximity sensors most commonly used in industrial automation systems. They are used to control the position and movement of mechanisms. Inductive sensors detect the insertion of a metal element into the electromagnetic field generated at the face of the sensor. In this group of sensors there are a number of different versions, eg: with a standard operating zone, with a higher operating zone, sensors made entirely of stainless steel, sensors with an analogue output (for distance measurement), high temperature sensors (tempting to + 230 ⁰C) , ring sensors, sensors resistant to high pressures (for hydraulic cylinders).
Inductive sensors comply with M12 and M18 industry standards with a detection range of 2 ~ 12mm.
- Standard sensors for metal detection.
- Working range 2 ~ 18mm
- Small dimensions and long detection distance.
- Increased detection stability.
- Interference immunity.
- High frequency of readings.
- All sensors are IP67 compliant and CE approved
- The sensor power supply is protected against reverse polarity connection.
