This enables safe operation even in environments where conventional touch technologies reach their limits. The systems guarantee accurate and error-free input on production lines, machine
tools, test benches, and protected industrial enclosures, even in the presence of dirt, dust, oil films, or humidity. Functions remain stable and detectable even when used with gloves or when there is a film of water on the surface.
The technology reliably distinguishes between intentional user actions and potential false triggers caused by condensation or water splashes, particle contamination, and sources of electromagnetic interference. It is based on the patented EBE corTEC® technology, an electronic system of adaptive capacitive sensors that evaluates even the slightest changes in the electric field. This ensures stability even in the presence of relevant influencing factors, such as temperature fluctuations or electromagnetic influences—typical challenges in industrial control systems. The touch modules operate without wear, without force, and with a high response speed, which promotes ergonomic operating concepts and increases the lifespan of human-machine interfaces.
For integration into industrial operating systems, TCRC sensors can be installed behind glass or plastic surfaces, enabling enclosed designs. Measuring 30 × 30 mm (1.18 x 1.18 inches), the components are compact and versatile, suitable for use in control panels, machine controls, and mobile industrial units. Thanks to their complete encapsulation, the systems achieve protection classes up to IP67 and maintain their functional reliability even under continuous load.
Development engineers also have access to an evaluation kit equipped with software and a PC interface, which can be used to test the system's sensitivity, functionality, and integration, and adapt it to specific project requirements. This significantly contributes to rapid commissioning and reduced development times. With the TCRC, EBE sensors + motion offers robust, accurate, and durable sensor technology for mechanical engineering applications without compromising reliability and functionality.
