Sensors

Inductive sensors reliably detect metallic objects without contact in any application where robust technology and long switching distances are required.

Photoelectric sensors are used to detect, count, and position objects—even when surfaces vary or speeds are high. 

Capacitive sensors detect different materials regardless of their shape or color, thereby supporting flexible applications in machines and systems.

Magnetic field sensors detect the position and movement of magnetic fields without physical contact, for example in cylinders or compact drive systems.

Ultrasonic sensors reliably detect objects and fill levels, regardless of color, transparency, or surface texture.

Radar sensors are used in applications that require long ranges, robust detection, and reliable measurement, even under challenging environmental conditions.

Linear position sensors measure positions and movements precisely and wear-free, even in dynamic applications.

Encoders are used to precisely measure rotational movements, angular positions, and speeds, and to control processes in a reproducible manner.

Inclinometers monitor changes in angle and orientation, such as in mobile machinery or dynamic structural designs.

Pressure sensors accurately measure process and system pressures and provide reliable measured values to ensure stable operations.

Temperature sensors monitor thermal processes and conditions. Reliable temperature values support control, documentation, and protective functions.

Flow sensors/flow meters monitor fluid flows or measure flow rates in cooling and process circuits.

Level sensors detect liquids and bulk materials in tanks, silos, or pipes, either noncontact or in direct contact with the medium.

Condition monitoring sensors collect condition data—such as vibration, temperature, or shock—directly from machines and units.