Dimension specification: M12 threaded cylindrical housing, 51mm in length (standard M12 size, compatible with most industrial equipment mounting interfaces, suitable for medium-space scenarios such as compact workstations in automated production lines).
Detection distance: 8mm (detection range for metal targets; ferromagnetic materials such as iron and steel perform better, while non-ferrous metals may have slightly shorter detection distances).
Mounting method: Non-flush mounting (the sensor head must maintain a gap from the metal mounting surface and cannot be flush-fitted to avoid interference of metal materials with the magnetic field, ensuring detection stability and accuracy).
Output type: PNP output, normally open (NO) contact (signal is disconnected when no object is detected and conducts when a metal target is detected, compatible with control systems requiring PNP signals, such as mainstream PLCs or sensor modules).
Power supply voltage: 10-30V DC (DC power supply, compatible with the common voltage range of industrial automation systems, and can be directly connected to control circuits without additional power conversion).
Switching frequency: Up to 1000Hz (capable of efficiently responding to high-frequency moving metal objects, suitable for material detection in high-speed production lines or positioning of fast-moving components, such as high-speed transmission detection in electronic component assembly lines).
Protection class: IP67 (completely dustproof, can be briefly immersed in water at a depth of 1 meter, adapting to humid and dusty industrial environments such as automobile manufacturing workshops and food processing auxiliary equipment).
Housing material: Nickel-plated brass (housing, with good mechanical strength and corrosion resistance, extending service life); PBT (sensing surface, high-temperature resistant, with stable insulation performance and wear resistance).
Wiring method: 4-pin M12 circular connector (quick plug-in design, facilitating on-site installation, maintenance and replacement, reducing wiring errors and improving debugging and maintenance efficiency).
