Capacitive Sensor | M18 Linear Displacement | 0-10V Voltage Output

This sensor finds the exact spot of metal items. It does this without touching them. It uses induction to sense how far away a target is. Then it sends a steady signal. You can choose a 0-10V voltage or a 4-20mA current output for your system. Features and Benefits - Inductive sensing: It finds metal objects without touching. This means no moving parts to wear out. - Analog output options: Pick 0-10V voltage for simple setups. Or use 4-20mA current for a better signal over long runs. - Linear position data: The signal changes directly with the target's distance. This gives you exact, live position data for small changes. - Standard M12, M18, and M30 sizes: These common threaded bodies let you mount the sensor easily. It fits into existing fixtures or machines. Applications - Factory automation: Use this sensor to watch how far machine slides, robot arms, or actuator shafts move. - Making things and checking them: Check metal sheet thickness. Measure how much a part wobbles on a lathe. Confirm part placement during assembly. - Process control: Use this sensor to follow the position of control valves or gates. This gives you feedback for closed-loop systems. What It Is This is an M18 linear displacement capacitive sensor, designed for industrial use as a proximity sensor. It provides an analog output signal, selectable between 0-10V voltage or 4-20mA current. As a capacitive sensor, it detects the presence of objects by sensing changes in an electrical field, making it suitable for a range of non-contact detection tasks. Unlike optical sensors, capacitive proximity sensors can detect both metallic and non-metallic materials. Key Uses & Applications This capacitive sensor is ideal for applications requiring precise linear displacement measurement or proximity detection. Its M18 barrel sensor design allows for straightforward integration into various industrial setups. Common uses include level sensing of liquids or granular materials, position sensing for machinery, and detecting objects on conveyor belts. The analog voltage or current output provides continuous data, enabling fine control and monitoring in automation systems. How to Choose When selecting a capacitive sensor, consider the required output signal, either 0-10V voltage or 4-20mA current, to ensure compatibility with your control system. The M18 diameter is a key specification for mounting. For testing a proximity sensor, you would typically apply the correct power supply and then introduce a target object within its detection range, observing the change in the output signal. For optimal performance, ensure the sensor is mounted securely and protected from excessive vibration or extreme temperatures.