Proximity & Inductive Sensors

Our standard inductive sensors are ideal for object detection in metal areas. They are short-circuit protected and operate without contact, making them wear-free and very resistant to dirt and contamination. The sensors are available in configurations from 3 mm Ø to 80 × 80 mm square dimensions. The rugged and reliable inductive Global Sensors provide especially economical solutions. We can also delivery the broad range of these over 500 preferred types worldwide in the shortest possible time.

Capacitive sensors for object detection feature a straight-line electrical field. They detect both solid bodies, such as wafers, PCBs, cartons, paper stacks, bottles, plastic blocks and plates, and liquids through container walls or glass or plastic tubes (thickness max. 4 mm).

Our standard inductive sensors are ideal for object detection in metal areas. They are short-circuit protected and operate without contact, making them wear-free and very resistant to dirt and contamination. The sensors are available in configurations from 3 mm Ø to 80 × 80 mm square dimensions. The rugged and reliable inductive Global Sensors provide especially economical solutions. We can also delivery the broad range of these over 500 preferred types worldwide in the shortest possible time.

Capacitive sensors for object detection feature a straight-line electrical field. They detect both solid bodies, such as wafers, PCBs, cartons, paper stacks, bottles, plastic blocks and plates, and liquids through container walls or glass or plastic tubes (thickness max. 4 mm).

The inductive Factor 1 sensors from Balluff detect metals with high precision and are especially desirable where targets of different metals are used. They offer generous switching distances with no reduction factor and are magnetic field immune, so that they are ideal for areas with strong electromagnetic fields - such as in welding environments. For these harsh environments versions are also available with a coating that makes them extremely resistant to weld splatter.

Sensor/actuator box, application: Standard, connection method: M8 socket Metal, number of slots: 4, number of positions: 3, coding: A - standard, slot assignment: single, status display: yes, pnp; master cable connection: M16 plug connection 90°, shielding: no

Sensor/actuator box, application: Standard, connection method: M8 socket Metal, number of slots: 10, number of positions: 3, coding: A - standard, slot assignment: single, status display: yes, pnp; master cable connection: Fixed connection 180°, PUR/PVC, cable length: 5 m, shielding: no

Sensor/actuator box, application: Standard, connection method: M8 socket Metal, number of slots: 10, number of positions: 3, coding: A - standard, slot assignment: single, status display: yes, pnp; master cable connection: Fixed connection 180°, PUR/PVC, cable length: 10 m, shielding: no

Sensor/actuator box, application: Standard, connection method: M8 socket Metal, number of slots: 8, number of positions: 4, coding: A - standard, slot assignment: Double, status display: yes, pnp; master cable connection: Fixed connection 180°, PUR/PVC, cable length: 10 m, shielding: no

Sensor/actuator box, application: Standard, connection method: M8 socket Metal, number of slots: 4, number of positions: 3, coding: A - standard, slot assignment: single, status display: yes, pnp; master cable connection: Fixed connection 180°, PUR/PVC, cable length: 5 m, shielding: no

Sensor/actuator box, application: Standard, connection method: M8 socket Metal, number of slots: 8, number of positions: 3, coding: A - standard, slot assignment: single, status display: yes, pnp; master cable connection: M12 plug connection 90°, shielding: no

Sensor/actuator box, application: Standard, connection method: M8 socket Metal, number of slots: 6, number of positions: 3, coding: A - standard, slot assignment: single, status display: yes, pnp; master cable connection: Plug-in push-in spring-cage connection 180°, shielding: no

The M-10 and M-11 miniature pressure sensors are the smallest and thinnest industrial pressure sensors available. These compact designs make them ideal for applications where space is at a premium. Despite their size, they can handle high pressure ranges up to 1,000 bar (15,000 psi). The thin-film measuring cell ensures optimal performance, even under dynamic loads and extreme pressure spikes. Both models offer an accuracy of 0.5% and exceptional long-term stability. The M-11 model features a flush process connection, which is particularly suitable for measurements in highly viscous, contaminated or crystallising media.

Sensor/actuator box, application: Standard, connection method: M8 socket Metal, number of slots: 6, number of positions: 3, coding: A - standard, slot assignment: single, status display: yes, pnp; master cable connection: Fixed connection 180°, PUR/PVC, cable length: 5 m, shielding: no

Sensor/actuator box, connection method: QUICKON, 0.14 mm² ... 0.75 mm², number of slots: 8, number of positions: 5, slot assignment: Double, status display: yes, pnp; master cable connection: Push-in connection 180°, shielding: no, When connecting 5 conductors, max. 0.5 mm² can be connected

Sensor/actuator box, application: Standard, connection method: M8 socket Metal, number of slots: 8, number of positions: 3, coding: A - standard, slot assignment: single, status display: yes, pnp; master cable connection: Fixed connection 180°, PUR/PVC, cable length: 5 m, shielding: no

Sensor/actuator box, application: Standard, connection method: M8 socket Metal, number of slots: 6, number of positions: 3, coding: A - standard, slot assignment: single, status display: yes, pnp; master cable connection: M16 plug connection 90°, shielding: no

Sensor/actuator box, application: Standard, connection method: M8 socket Metal, number of slots: 10, number of positions: 3, coding: A - standard, slot assignment: single, status display: yes, pnp; master cable connection: Plug-in push-in spring-cage connection 180°, shielding: no

The Pilz Safety Relay for Machine Automation is designed to provide superior safety and reliability in industrial environments. This relay utilizes advanced RFID technology to ensure secure and precise operation. With IP67 protection, it is highly resistant to dust and water, making it suitable for harsh conditions. The relay features two safe outputs (OSSD) and a 5-pin M12 external connector, ensuring robust connectivity and integration into existing systems.Engineered for optimal performance, the relay operates at a supply voltage of 24V DC and consumes only 1W of power. It is compliant with EN 60947-5-3 and other relevant standards, ensuring high reliability and safety. The relay is equipped with a low-level coded transponder according to ISO 14119, providing secure and tamper-proof operation.Designed for versatile applications, the Pilz Safety Relay can be used in various industrial automation settings. It supports series connection and features a robust PBT housing that ensures durability. The relay is also compliant with RoHS and REACh directives, making it an environmentally responsible choice.With certifications from CE, UKCA, cULus, FCC, IC, TÜV, and EAC, this safety relay meets international safety and quality standards. It is designed to operate in a wide temperature range from -25°C to 70°C, ensuring reliable performance in diverse environments.

The E2AM12KN08M1B1 from Omron is a highly advanced industrial automation sensor designed to provide reliable detection of metal objects in harsh environments. This compact sensor features a robust construction, making it ideal for use in heavy-duty applications such as automotive manufacturing, steel production, and food processing. With a sensing range of up to 8mm and a high switching frequency of 1kHz, the E2AM12KN08M1B1 is capable of detecting even the smallest metal objects with speed and accuracy. The sensor also features an easy-to-use wiring system and a variety of mounting options, allowing for quick and hassle-free installation. Thanks to its advanced design and durable construction, the E2AM12KN08M1B1 is an excellent choice for industrial automation applications where reliability and performance are crucial. Whether you're looking to improve efficiency, reduce downtime, or enhance safety in your facility, this sensor is sure to deliver the results you need.