φ15mm Ring Inductive proximity Sensor（plug-in）

 

φ15mm Ring Inductive proximity Sensor（plug-in）

What is a ring inductive proximity sensor?
Inductive proximity sensors work by sensing the presence of a metallic object in its electromagnetic field. The design of the ring inductive proximity sensor is more unique. Its ring structure allows metal objects to pass through the center of the sensor, thereby achieving 360-degree all-round detection. This design not only improves detection sensitivity, but also enables the sensor to play a greater role in some special industrial processes.

Features of φ15mm Ring Inductive Proximity Sensor
Precision design:
The size of φ15mm allows the sensor to have a larger detection channel while maintaining a compact structural design. This allows it to provide sufficient detection space without taking up too much equipment installation space in industrial environments that require precise detection.

High sensitivity and high precision:
The ring-shaped design is able to detect metal objects passing through its center, providing extremely high detection sensitivity and accuracy. It is especially suitable for scenarios that require high-precision detection, such as automated production lines and precision assembly processes.
Convenient plug-in connection:
The plug-in connection design greatly facilitates sensor installation and maintenance. Users can complete sensor replacement and maintenance with a simple plug-and-pull operation, significantly reducing downtime and improving production efficiency.
Durability and reliability:
Made of high-quality materials, the φ15mm ring-shaped inductive proximity sensor can still maintain stable working performance in various harsh environments. It is designed to withstand oil, dust and other environmental disturbances, ensuring long-term reliable operation.
Application scenarios
φ15mm ring-shaped inductive proximity sensor is widely used in various industrial automation fields due to its superior design and performance:

Automated production lines: In various production lines, they are used to accurately detect and position metal parts to ensure the smooth progress of each link.
Precision assembly: Used to monitor and control the assembly process of small parts to ensure that each component is in place accurately to avoid errors and damage.
Logistics and warehousing: In automated sorting systems, used to detect and classify metal items to improve sorting efficiency and accuracy.
product link：https://www.kjt-sensors.com/show-202.html

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