Micro Ir Diffuse Photoelectric Switch, M3/M4/M5/M6/M8

Built with an intelligent chip and a regulated module, the ATO micro IR diffuse photoelectric switch offers high precision, fast sensing, and long-term reliability. IP65 waterproof, wear-resistant cable, and adjustable detection distance make it perfect for harsh industrial environments.

Specification

Features

1. High Precision & Fast Response: Equipped with an intelligent chip and an imported optical module, the sensor delivers a rapid 5ms response time with exceptional detection accuracy and stability.
2. Wide Voltage & Stable Operation: Supports a DC10–30V input range with a built-in voltage regulation module, ensuring consistent and reliable performance under varying power conditions.
3. Multiple Protection Functions: Designed with short-circuit, overload, and reverse polarity protection to enhance safety and extend service life in industrial environments.
4. Adjustable Detection Distance: Easily adjust the sensing range using the control knob — clockwise to increase and counterclockwise to decrease — allowing flexible use across different applications.
5. Industrial-Grade Durability: Built with a stainless-steel housing and wear-resistant waterproof cable, rated IP65, providing resistance to dust, oil, and heat for long-term operation in harsh conditions.

Dimension

M3

M4

M5

M6

M8

Details

Tips: What affects the detection accuracy of the micro IR diffuse photoelectric switch?

Detection accuracy can be affected by several physical and environmental factors. Variations in the target’s surface color or reflectivity can change the amount of reflected infrared light received by the sensor, while incorrect installation distance or angle may reduce signal strength. Ambient light sources, especially strong sunlight or reflective backgrounds, can also interfere with the optical signal and cause unstable readings. The ATO micro IR diffuse photoelectric switch minimizes these influences through its imported optical module and intelligent signal-processing chip, ensuring consistent and precise detection in complex industrial environments.