Linux, WiFi and more The DPTechnics DPT-Module-v1 is a compact System-on-Module which is perfect to create smart IoT products. The base of the system is the ever so popular and robust Atheros Qualcomm AR9331 System-on-Chip and 64MiB DDR2 Hynix RAM memory. Together with 16MiB of Winbond flash storage this small (27.5mm x 52mm) Linux computer can run any IoT application it is presented with. The module comes with the open source DPT-Board OS pre-installed, but you can off course have your own software stack installed in it right from the factory. The module has a built in WiFi transceiver and antenna which is factory calibrated and tuned. This ensures the same reliable WiFi connectivity every single time.

Frequency convertors Soft starters Brake energy modules Brake resistors Bi-directional DC/DC convertors Energy storage systems Battery charge systems

EAO develops distinctive and customer-specific HMI systems with innovative technology, intuitive operation and reliable functions. Thanks to their very high quality, EAO HMI systems meet the most diverse requirements. Our technical services also include the integration of customer-specific components that fall outside EAO's standard product ranges. As an expert in systems with combined technologies, we help our customers save time and money with optimum solutions. We have experience in dealing with global supply chains and can draw on our expertise in process optimization and EAO's risk management system. We not only meet all conceivable functional and ergonomic requirements of the end user, but also comply with all market and country-specific standards. And we also have all the necessary certifications and approvals. Our HMI solutions offer the lowest total cost of ownership. The advantages for EAO customers are clear: significant savings in time and costs and extremely long availability of our products and systems. As a successful company with locations all over the world, EAO actively strives for the effective implementation of a sustainable environmental policy. We regard the ISO 14001 certification for environmentally conscious management as both an obligation and a passion.

The freely configurable, bright and capacitive IO-Link Touch offers numerous new applications for many industrial applications. With the three switch variants - standard, stainless steel and hygienic design, the IO-Link Touch offers a range of switches and signal luminaires that are ideal for applications in the mechanical engineering industry and far beyond. Thanks to the globally established IO-Link communication interface and programmable connection options, the innovative switches can be networked to a sophisticated machine system via an integrated M12 5-pin screw connection with a mounting depth of only 25.8 mm, thus making the equipment compatible with the Industry 4.0 standard. The many possible applications of the switches are based on a freely selectable configuration, which can be precisely tailored to the respective application - from lighting and symbols to the switching function. For example, the lighting can switch on with a deliberate delay when activated. Or the operational readiness of the switch can be signalled by a green light, which changes to yellow when actuated and to red a few seconds later. The configuration remains stored in the switch, even when no power is supplied. Advantages - Freely configurable switches with IO-Link interface (Industry 4.0) - Optional illuminated symbols, standard or customer-specific - Ambient light-adjustable RGB LED lighting in 16 million colours - Capacitive control with different sensitivities - EAO Value Added Services available worldwide The static or flashing RGB LED lighting in up to 16 million colours is particularly bright. Thanks to the integrated ambient light-adjustable sensor, the switch always illuminates with the right intensity under all lighting conditions - without dazzling or being too dim.

Precise Capacitive Sensors with the capaTEC® Platform by EBE The capaTEC® technology was completely developed by EBE and excels by high precision and robustness. Even if standard modules are used, the innovative measuring process allows for highest resolutions in the single-digit femtoFarad range. The dynamic parameterization finds the optimum operating point at any time. It achieves the best possible resolution across a wide range of values. Furthermore, the electronics provides stable results across a wide range of temperature and humidity. The control and analysis of several electrodes ensures a multi-channel measuring process. This diversity allows for a variable field configuration and the dynamic focussing of the measuring capacity on the desired area. capaTEC® measuring systems can also analyze the field spectroscopically. In this way, presences become detectable. Thus, level sensors can compensate moisture films. Apart from the intelligent control and signal evaluation, the design of the measuring electrodes is of prime importance for capacitive sensors. EBE has great experience with the design and optimization of suitable structures. By means of a 3D field simulator, EBE determines the best geometry for the individual application under consideration of the given tolerances. In many cases, the electrodes can directly be integrated on the PCB. This allows for a compact sensor setup. The sensors function contactless, touchless and maintenance-free. The suitable design of the electrodes and the control makes the capacitive sensors based on the capaTEC® technology robust against parasitic capacities. This avoids disturbances which might occur by metal components or touch.

EBE also offers standard Time Of Flight (ToF) sensing for various applications, including level measurement for granular and liquid media. With infrared laser technology, distances between 20-400 cm can be measured. The two-dimensional sensors sit directly on the printed circuit board, allowing easy integration into other structures and saving space. Features of EBE ToF sensors Energy-saving version Multi-Object Detection Detection of ambient light Object detection down to 1 cm

Level measurement on swap tanks is often faced with the challenge of fluctuating gaps. EBE sensors + motion offers an innovative solution to this problem by compensating for manufacturing and assembly tolerances of the plastic parts. Our new sensor technology, specially optimized for plastic interchangeable tank systems, is based on a combination sensor. This capacitive level sensor with electrode structure and μ-controller is additionally equipped with an inductive proximity sensor. This combination allows real-time tracking of parameters as a function of the individual air gap. Features of the combination sensor: Capacitive level sensor for level measurement through the tank wall, tank cavity and frame. Inductive proximity sensor measures the actual distance to the tank surface. Compensates for variations due to individual available air gap. Available as a level switch, limit switch or continuous sensor As part of custom sensor development, individual parameter sets are defined once and stored in the sensor’s flash memory. This elegant solution does not require any calibration by the customer or user and does not generate any additional electronic effort. The shape and surface of the combination sensor can be adapted to the requirements of the individual application or tank. With a sensor surface of just 25 x 30 mm, it can easily overcome material thicknesses and air gaps of seven millimeters or more. The combination sensors are ideal for use in interchangeable tank systems in white goods, in the process industry, in mobile cleaning devices, and in the plumbing and camping sectors.

Capacitive touch sensors from EBE sensors + motion are the ideal solution for robust and reliable operation despite contamination by dust, water, steam, oils, fats and acids. Even in the most challenging environments, capaTEC® sensor technology enables precise touch detection. Coatings on the user interface have no effect on performance because our sensors take multi-dimensional measurements of touch. With customisation options, our touch sensors offer maximum performance and dynamics for safe control panels. Proven algorithms allow the sensors to adapt to different material thicknesses, from real glass and acrylic to wood and plastic. Capacitive buttons from EBE sensors + motion are implemented on a printed circuit board and powered by a μController. The electrodes can be planar or convex/concave.

One of the main aspects of this extremely compact encoder are its small dimensions. The ESC17 mini comes with a wear-free signal generation via HALL sensor for rotation as well as the switch/push signal. Additionally many specs, such as shaft geometry or the connector on the PCB, can be customized.

EBE’s touch sensors are a perfect fit for harsh environments. Thanks to their proprietary compensation technology these touch sensors reliably detect operator input. Even dirt, EMC interference or unintentional contact will not prevent secure operation of these sensors.

Electronic handwheel with 100 pulses per revolution 5 and 24 VDC version Smooth haptics due to magnetic indexing On request with knob and front panel version Central mounting waterproof version