Product features:
Design and Structure：
- Thread designAdopting M12 x 1 thread design, it is easy to install and adapt to standard equipment.
- structure sizeThe compact size is suitable for various space constrained application scenarios.
- Shell materialThe shell is made of chrome plated metal (CuZn), which has excellent wear resistance and corrosion resistance.
Function and Performance：
- Rated switch distance4 mm, providing sufficient detection distance for conventional industrial applications.
- switching frequencyUp to 3.0 kHz, supports fast switch operation, suitable for high-frequency detection needs.
- working voltage10... 30 VDC, compatible with a wide range of power inputs, increases flexibility in use.
- Output performanceNormally open contacts, PNP output, easy to integrate with various control systems.
Protection and environmental adaptability：
- Protection level IP68Provide excellent dust and water protection to ensure stable operation in extreme environments.
- Working temperature range-30...+85 ° C, suitable for various high and low temperature environmental conditions.
- Anti magnetic field interferenceHas anti magnetic field interference function, ensuring stable operation in strong magnetic field environments.
Special characteristics：
- Uprox+technologyAdopting uprox+technology to provide enhanced detection distance and accuracy.
- Factor 1The attenuation coefficient of all metal detection remains constant at 1, which improves detection accuracy and stability.
Related Q&A FAQs:
1. How does the sensor perform in high-frequency applications?
The BI4U-M12-AP6X-H1141 sensor has a switching frequency of up to 3.0 kHz, making it suitable for applications that require fast response, such as high-speed production lines and automation equipment. Its high-frequency performance ensures accurate detection of rapidly moving targets.
2. How to ensure the reliability of sensors in extreme environments?
The sensor has an IP68 protection level, which is waterproof and dustproof, suitable for use in harsh environments. It can also operate stably within a temperature range of -30 to+85 ° C, ensuring reliable performance even under extreme temperature conditions.
3. What is uprox+technology and how does it improve sensor performance?
Uprox+technology is an enhanced detection technique that improves the detection distance and accuracy of sensors. By optimizing the sensing surface and signal processing, uprox+can provide higher detection stability and longer sensing distance, improving the performance of sensors in complex applications.
