M18 Proximity Sensor

M18 Proximity Sensor Metal Inductive has the characteristics of high precision, high reliability, non-contact detection, high-speed response and multiple output modes. It is suitable for many application fields such as automated production lines, machining, warehousing logistics and environmental monitoring. Our IP67 M18 stainless steel inductive sensors are all metal packaged, and the shell material is made of 304 stainless steel. preservative. Our Sensor and Actuator are at the top level in the industry and have been exported to Europe, America, Asia and so on. Cooperate with multiple brand companies, such as NIO Tram, KONE Elevator, etc. Our line of Field Wireable Connectors can replace many brands of connectors.

An inductive metal proximity sensor with the following characteristics is the M18 Proximity Sensor Metal Inductive:

1. High precision: It is capable of high-precision metal detection and can recognize and determine the approach and departure of metallic objects with accuracy.

2. High reliability: The sensor uses premium components and production techniques, is durable and stable, and can function reliably for a long period in challenging working conditions.

3. Non-contact detection: Using the non-contact detection concept, it is not necessary to make direct touch with the object being measured, preventing wear and damage brought on by such contact as well as lowering maintenance and maintenance expenses.

4. High-speed reaction: The sensor has a quick response time and is suited for the detection and control of swiftly moving objects since it can detect an event and provide feedback in milliseconds.

5. Offer different output modes, such as NPN, PNP, and two-wire output, so that they can be conveniently connected to and integrated with a variety of control systems and pieces of equipment.

suited to a wide range of applications:

1. Automated production line: The sensor can be used to regulate and identify objects on an automated production line, such as locating and confirming the presence of parts on an assembly line to speed up production.

2. Machining: It may be used to detect the position and motion state of the workpiece during the machining process, realize accurate control and adjustment, and enhance the quality and effectiveness of the processing.

3. Warehouse logistics: The sensor may be used to automate warehouse management and logistics control, detect the arrival and departure of items, and increase the efficiency and precision of logistics.

4. Environmental monitoring: employed in the field of environmental monitoring, such as realizing the monitoring and control of traffic flow and detecting the passing and remaining of cars on the road.