Non-contact inductive proximity sensors with stainless steel housing | for detection of metallic objects in automation and control systems

Inductive Proximity Sensors – one of the most popular and reliable automation components, used for detecting metallic objects in various industrial, manufacturing, logistics, and transportation systems.
These sensors operate based on the principle of electromagnetic induction, allowing them to detect metal objects without physical contact — ensuring durability and resistance to mechanical wear.

Sensors made of stainless steel are highly resistant to corrosion, moisture, oil, and chemical exposure, making them ideal for both harsh industrial environments and modern automation projects requiring high precision and reliability.

Main Features and Functions

Non-contact operation – detects metal objects without physical contact, ensuring minimal wear.

High durability – stainless steel housing protects against corrosion, dust, moisture, and vibration.

Accurate detection – works with various metals (iron, steel, aluminum, brass, etc.).

Fast response – provides instant signal output for systems requiring quick object detection.

Long service life – no mechanical wear due to non-contact operation.

Automation compatibility – can be directly connected to PLCs, contactors, or signal systems.

IP67 protection rating – resistant to dust and moisture, suitable for indoor and outdoor use.

Applications

Industry: Used in conveyor lines and production processes to detect the presence or position of metal parts.

For electricians and engineers: Ideal for automation control and monitoring circuits, signaling systems, and process supervision requiring precise and reliable metal detection.

For home users: Suitable for automatic gates, doors, parking systems, and workshop metal detection projects.

Advantages

Extremely long lifespan due to non-contact operation.

Stainless steel housing ensures excellent environmental resistance.

High sensitivity and fast reaction.

Compatible with various control systems.

Versatile use — from industrial to domestic automation.

Disadvantages

Detects only metallic objects — does not work with non-metals (plastic, wood, glass).

Inductive proximity sensors – a reliable, precise, and durable solution for metal detection in automation and control systems. Thanks to their stainless steel construction, high IP67 protection level, and versatility, these sensors are indispensable in industry, engineering, and production lines.