φ15mm Ring Inductive proximity Sensor

 

φ15mm Ring Inductive proximity Sensor

How Ring Inductive Proximity Sensors Work
Inductive proximity sensors work by sensing the presence of a metallic object in its electromagnetic field. The ring-shaped design enables the sensor to detect metal objects passing through its center in all directions, thereby achieving high-precision detection in 360 degrees without blind spots. This design not only improves detection sensitivity, but also makes the sensor more flexible and efficient in specific industrial applications.

Unique advantages of φ15mm ring inductive proximity sensor
Exquisite design:
The size of φ15mm allows the sensor to maintain a compact design while providing a moderate detection channel and can be installed in areas with limited space. This design is very suitable for the miniaturization trend of modern industrial equipment, and is especially suitable for scenarios that require high-density installation.

High sensitivity and high precision:
The ring-shaped design enables all-round high-precision detection of metal objects passing through its center. This high sensitivity is particularly important in automated production lines and precision assembly processes, ensuring that every metal component can be accurately detected.
Convenient installation and maintenance:
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 equipment downtime and improving overall production efficiency.
Durability and Reliability:
The φ15mm ring-shaped inductive proximity sensor is made of high-quality materials and can maintain stable working performance in various harsh environments. It is designed to withstand oil, dust and other environmental disturbances, ensuring long-term stable operation.
Wide range of application scenarios
Due to its superior design and performance, φ15mm ring inductive proximity sensors have been widely used in many industrial automation fields:

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: In assembly processes that require high precision, sensors are used to monitor and control the assembly of small parts to ensure that each component is in place accurately.
Logistics and warehousing: In automated sorting systems, used to detect and classify metal items to improve sorting efficiency and accuracy.
Electronic manufacturing: In the automated production line of PCB boards, it is used to detect and position tiny electronic components to ensure that each component is installed accurately and in place.
product link：https://www.kjt-sensors.com/show-198.html

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