Exhibitor products

The CFW500 features state-of-the-art plug-and-play options designed for fast commissioning, maximum flexibility and competitive advantage while delivering outstanding performance and reliability. The system is designed for industrial or commercial applications and is perfect for OEMs, system integrators, switchboard equipment manufacturers and end users.

The CFW900 is a high-tech VSD to drive and control three-phase induction and permanent magnet motors. With excellent static and dynamic performance, high precision in torque, speed and position control, it can solve a wide range of applications due to its high overload capacity. Thanks to its technology, the CFW900 inverter ensures energy savings, safety, increased productivity and quality in the process network in which it is implemented. It allows quick and easy access to the application information and configuration settings. Through a menu structure, the new user interface of the CFW900 line offers an unprecedented interactive user experience, allowing settings and configurations with detailed parameter description directly on the HMI, as well as event logs with date and time. Another advantage of this solution is that this product is designed to be the best VSD on the market, bringing more comfort and flexibility to the operation, maintenance and management of your inverter, with Bluetooth communication® and the free WPS Mobile App. The CFW900 allows you to set parameters, monitor, create backups and even retrieve your VSD data. This product can also be connected to the main industrial communication networks without additional modules. It has two switch Ethernet ports and a serial port (RS485). In addition, thanks to a wide range of plug-in modules, it can be used for different applications. Discover all the possibilities and opportunities offered by the CFW900 and connect the present of your company with the future of the industry.

Mobile devices are part of our everyday life and have to be available everytime, everywhere. It is all the more important to recharge the battery in time and fast. The new USB-A charging jack from Schlegel has been designed to do exactly that. The jack has 2 USB-A ports, each providing a charging current of 2.4 A at an output voltage of 5 V. This way, two devices can be charged at the same time at "lightning speed". But not only the charging capacity is convincing, the scope of functions for safe operations does as well. The jack comes with a current limitation of the output current of each USB port, including also a protection against short-circuit, undervoltage and overvoltage. Overload protection The charging jack can be operated within a temperature range of -40 °C to 70 °C. When the environmental temparature rises, a temperature sensor ensures that the electronics do not heat up too much. It regulates the charging current correspondingly or even switches off the charging process automatically when critical temperatures are being reached. Only after the temperature returned to the uncritical state the charging process will be continued. Additional ventilation slits ensure a continuous cooling, especially when the circulation of air is restricted due to the mounting situation. The robust USB-A charging jack has a mechanical lifetime of min. 5000 plugging cycles and is constructed for a panel cut-out of 30.5 mm. The operating voltage ranges from 15 V to 30 V DC. The electrical connection is provided with a spring-load terminal for cable cross-sections from 0.2 to 2.5 mm². The new SCHLEGEL charging jack is also suitable for railway applications as all relevant parts of it comply with the standards EN 50155, EN 61373:2011 class 1B, EN 60077-1, EN 45545-2, EN 60068-2, EN-50121-3-2, IEC 61000-6-3/4, EBA EMV06. SCHLEGEL currently offers 2 versions of the charging jack: KRJSW_2USB_A_5V with black front bezel and KRJM_2USB_A_5V with silver-coloured front bezel.

Heat does not play to the favour of electronics, so we include temperature management and cooling into our mission of protecting your electronic and electrical devices. With more than 30 years of expertise in industrial and telecom cooling, we offer a full range of state of the art, extremely rugged air conditioners, heat exchangers, filter fans and accessories for profound temperature management. In addition we are able to tackle specific cooling applications in industrial environment with most innovative solutions.

We design and manufacture systems for industrial applications, specifically for coating small and complex components in high volumes. Our engineers employ processes such as powder recovery and energy recovery to ensure long-term economic viability and minimal environmental impact. We manufacture the following coating systems using continuous or immersion processes: Powder coating systems (exterior coating | interior coating) Adhesive coating systems Special coatings, special paint

Ultra-Fast Wire Stripping The CoaxCenter 6000 Plus is a modular, fully automatic system for high-precision processing of micro-coaxial, coaxial, and single-conductor cables. It supports up to six configurable processing stations and now also includes the Komax X1585 module for tinning and the Schleuniger STW 1100 for conductor twisting. Its open machine concept allows for tailored configurations, making it ideal for a wide range of industrial wire processing tasks. Compact, versatile, and future-ready, it meets the highest demands in automation, quality, and flexibility

You want to relieve your employees so they can concentrate on the essentials? Cobots quickly provide a solution for a wide range of tasks, such as pick and place, painting and varnishing, packaging and palletizing, quality inspection, CNC machine operation or injection molding. We develop individual solutions for you with collaborative robots from Kassow Robots. All five models have 7 degrees of freedom and score with special flexibility even in the tightest spaces.

Our robots from Universal Robots stand for simple, flexible, and cost-effective automation. These space-saving cobots are intuitive to operate, quick to integrate, and work safely alongside humans. This enables efficient collaboration in the smallest of spaces – without compromising precision or productivity. We offer various payload options of 3, 5, 7, 10, 12.5, 16, 18, 25, and 35 kg, as well as different reach lengths to cover a wide range of industrial applications.

The effectiveness of your solution depends on the optimum interaction between Berghof technology, programmer and operator. As one of the first companies in automation, we have a unique pool of knowledge and a pronounced service mentality. We would like to pass this experience on to you and therefore offer various custom-made training modules on all aspects of Berghof automation and CODESYS V3.

Coil-wound sensors for electric vehicles Delta-R manufactures wound-head temperature sensors for electromobility on behalf of sensor manufacturers for the growing electromobility market. Speed, flexibility, and reliability, combined with the highest quality standards ;Made in Germany; have convinced an increasing number of customers during the pandemic. Wound-head sensors for electromobility are cable thermometers used for temperature monitoring of electric motors and batteries. These cable thermometers are temperature sensors with a cable extension and heat-shrink tubing insulation. These heat-shrink tubing temperature sensors are usually based on a Pt100 or Pt1000 element, which is extended in a 2-, 3-, or 4-wire configuration and then insulated with high-voltage-resistant heat-shrink tubing. Depending on the required temperature resistance, the sensors are insulated with high-voltage-resistant Kynar or PTFE heat-shrink tubing. Depending on the voltage rating, the sensors are insulated with single or multiple layers. The required insulation strength determines the insulation length as well as the type and position of the heat shrink tubing. Typically, the elements are extended with single-core stranded wire in the AWG 20 to AWG 28 range. The operating temperature range of cable sensors with heat shrink tubing insulation is between -70°C and +260°C. Winding-head temperature sensors with a wide variety of connection technologies are available on the market. Delta-R prefers welding as a connection technology because it requires no filler material and is also suitable for small dimensions. However, brazing or crimping connections are also common and possible mechanical connection methods. Contact person: Dr. Angelika Carstens Email: info@delta-r.de Phone: +49 621 48-242-44 Website: www.delta-r.de Delta-R GmbH is a company specializing in temperature sensors.

The EWIO2 device families are high-performance data loggers and mini controllers (see variants) with numerous interfaces for applications in energy monitoring and energy management systems in accordance with DIN EN ISO 50001, as well as for automation tasks in buildings, machines, and systems. Small control tasks can be created intuitively and easily with the graphic programming interface “Node-RED”, integrated in the web server via drag & drop. In the process, prefabricated nodes are linked together to form program flows. Countless flows and nodes from different manufacturers and categories (palettes) can be loaded from the large Node-RED community into the development environment and used. Two Ethernet-Ports with Daisy Chain function and the WLAN interface* are predefined for connection to a LAN or WLAN network and for daisy chaining several network participants. The EWIO2 features the communication protocols Modbus TCP and BACnet/IP (*variants) for connection to the management (e.g., building management system) or automation level (e.g. controllers). Sensors and consumption meters of different media (e.g., energy, water, gas and heat) can be connected and read out via the interfaces M-Bus, S0, Modbus RTU and Modbus TCP. The consumption values of individual data points are stored in the database of the EWIO2 with a time stamp. This data can be sent (push) or read (pull) as a CSV file from the database via e-mail (SSL) or FTP (SFTP). The EWIO2 can also be accessed via Modbus TCP, BACnet/IP, and TCP/IP, and the database queried. A REST-API interface enables direct access to the device from higher-level systems. The configuration, parameterization, and programming of the EWIO2 is done by the web browser directly on the device, meaning no additional software is required. The integrated digital and analog inputs and outputs of the EWIO2-M are designed to connect sensors and actuators from different applications in building or industrial automation.