Autonics Original PR30-15DP DC10~30 15mm M30 Inductive Proximity Sensor PNP-NO (Shielded)

Autonics Original PR30-15DP DC10~30 15mm M30 proximity switch sensor PNP-NO (Shielded)

This Autonics PR30-15DP DC10~30 15mm M30 Inductive Proximity Sensor PNP-NO Series offers superior noise resistance using a dedicated IC developed by Autonics. Moreover, the series can be used across various industrial applications because it is available in multiple sizes and sensing distances.

This inductive proximity sensor generates an electromagnetic field to detect metal objects with precision. It features built-in sensitivity adjustment and supports non-contact object detection to minimize mechanical wear. While inductive sensors use a magnetic field to sense conductive materials, capacitive sensors use an electric field to detect both conductive and dielectric objects.

Since inductive sensors require metal targets, this type is ideal for detecting ferrous and non-ferrous metal components. Meanwhile, capacitive sensors can detect materials such as plastic, wood, grain, or cardboard, making them suitable for metal and non-metal applications. Therefore, selecting the correct sensor type ensures efficient detection performance in various environments.

Technical Details of proximity switch sensor

Feature

Applications :

• Industrial Automation: Detects metal objects in conveyor systems, assembly lines, and automated machinery.
• Metal Detection: Ideal for sensing ferrous and non-ferrous metals in manufacturing and processing industries.
• Robotics: Enables precise positioning and motion control in robotic arms and automated systems.
• CNC Machines: Detects metal tools and workpieces in milling, lathe, and grinding machines.
• Automotive Manufacturing: Used in vehicle assembly lines for accurate part detection and alignment.
• Security & Access Control: Integrated into automated gates, doors, and access systems for reliable non-contact sensing.
• Smart Warehousing: Improves inventory operations by detecting metallic storage bins and automated handling equipment.
• Heavy Machinery: Used in large industrial equipment for position sensing and safety monitoring.
• Construction Equipment: Applied in earthmoving and construction machinery to prevent collisions with metal components.