M30 Capacitive Sensor

Introduction:

• The Lorentzzi M30 capacitive sensor identifies an object by detecting the change in capacitance between the object and the proximity switch. When the object being measured approaches the capacitive proximity switch, it affects the electric field distribution inside the switch, causing a change in capacitance. After the proximity switch detects the change in capacitance, it outputs a switch signal to achieve on-off control of the target load.
• The M30 capacitive sensor has a thread diameter of 30 mm and provides two detection distances for users to choose according to their needs. Among them, the detection distance of the flush type is 10.0 mm; and the detection distance of the non-flush type is 15.0 mm. Users can choose the appropriate installation according to the actual application scenario and detection distance requirements. For more information on the differences between flush and non-flush sensors, you can read our this article: Shielded Vs Unshielded Proximity Sensor: 3 Big Differences You Need To Know.
• The shell of the M30 proximity sensor is made of nickel-plated brass and has good corrosion resistance. Its internal space is filled with epoxy resin, which effectively improves the sealing and protection capabilities of the product, reaching the IP67 protection level, and can work stably in relatively harsh environments.
• The M30 proximity sensor supports multiple voltage supply methods, and its operating voltage range is 6 – 36VDC or 90 – 265VAC. Among them, DC voltage is suitable for PNP and NPN three-wire sensors, while AC voltage is suitable for AC two-wire sensors.
• Lorentzzi M30 capacitive sensors have a wide range of applications. For example, in the field of mechanical manufacturing, they can be used for object detection and position calibration of robot arms; in automated production lines, they can accurately count products on the production line; during material transportation, they can monitor the presence of materials on the conveyor belt in real time; in addition, in liquid storage and transportation systems, they can also be used for liquid level monitoring and control to ensure that the liquid level remains within the set safety range.

Specifications: