As a key control component of equipment switches, the sensitivity of sensors directly affects the operational efficiency of the equipment. However, various factors may lead to a decrease in sensor sensitivity.

The primary factor is environmental conditions, such as extreme temperature, humidity, and direct sunlight, which may damage the performance of the sensor. In response to this, it is recommended to use high tolerance sensory receptors to cope with harsh environments.

Secondly, circuit faults cannot be ignored, including component damage and excessive load, which require careful investigation and timely replacement or adjustment of the circuit. In addition, the distance between the sensor and the device is also a key factor. Excessive distance or lack of range testing may lead to reduced sensitivity, making reinstallation or adjustment of position particularly necessary.

Finally, some sensors come with sensitivity settings, and adjusting or replacing more sensitive sensors can effectively solve sensitivity issues. In summary, regarding the sensitivity issue of sensors, users should comprehensively consider environmental factors, circuit conditions, installation distance, and settings, and adopt corresponding optimization strategies to ensure stable operation of the equipment.