AIS30N15UN024-2M

Proximity Sensors

Proximity sensors are devices that can detect the presence of objects without contact. As devices that detect objects and measure distances, there are many types, including optical, capacitive, magnetic, pneumatic, and ultrasonic. Today, I’ll be discussing the AIS30N15UN024-2M, a magnetic proximity sensor.

Application Field

The AIS30N15UN024-2M is a magnetic proximity sensor designed to detect the presence of ferrous materials and is typically used in applications such as automotive oil level sensing, cylinder position monitoring, and door latch sensing. It has a small size and is space-saving, which benefits applications where space is at a premium. It also features strong EMC emissions and is highly resistant to shock and vibration.

Working Principle

The AIS30N15UN024-2M works by generating an AC magnetic field in the field of the sensor, which then induces a magnetic field in the ferrous material detected. The sensor then measures the resulting response from the ferrous material, which determines whether the material is present and the distance between the sensor and the object detected. Since the AIS30N15UN024-2M is a magnetic proximity sensor, it is not affected by light or heat, making it suitable for a wide range of applications. The AIS30N15UN024-2M is also immune to electromagnetic interference, making it an excellent choice for environments with high levels of EMI.

Advantages

The AIS30N15UN024-2M is ideal for space-constrained applications due to its small size. Additionally, the sensor has a long service life, is resistant to shock and vibration, and features excellent EMC emissions. Finally, the AIS30N15UN024-2M is unaffected by dust or dirt, making it well-suited for industrial applications.

Conclusion

The AIS30N15UN024-2M is a magnetic proximity sensor designed to detect the presence of ferrous materials. It has a small size, strong EMC emissions, and is highly resistant to shock and vibration, making it well-suited for space-constrained applications and environments with high levels of EMI.