Exhibitor products

Energy generation, distribution, storage and consumption – the energy transition requires the interaction of all the players. This is why WAGO has been a reliable partner to the energy industry for many years – for municipal utilities, system operators, system integrators, station builders and industrial customers alike. Technically and technologically, WAGO is represented in many different areas of the energy market with automation technology, interface electronics and connection technology. In addition, our Smart Grid symposium promotes idea sharing among colleagues – exploiting practical experience for practical applications. Furthermore, with our WAGO Solution Provider Program, we bring together project-specific clients and implementation experts. This is how we can enable the energy transition together!

FEATURES - Selector switch (on-off/automatic) - Wide-range voltage input 100 - 240 V AC - Variable snap-in and screw fixing - Optional magnetic fixing - Integrated optics for a perfect illumination - Glare-free light - GST plug connection - Schuko socket (16A rated) - Long service life and low power consumption - Allows up to 4 lights in series - Integrated cable clip

Modular and innovative enclosure system The electronic enclosure KV 4600 sets new standards in terms of modularity and functionality. All functions are integrated into the enclosure front, thus offering a high degree of flexibility for your electronics. The multifunctional, modular enclosure system with overall widths of 12.5 / 17.5 / 22.5 mm and further are particularly suitable for modern control and industrial IoT applications as well as a number of further applications - also applicable as single enclosure and stand-alone solution. Reduce your installation effort - with just a few enclosure components to the finished device. Increase your degree of automation - the push-in terminals meet the high requirements of the reflow soldering process. Individuality - customer-specific adaptations can be realized in a simple and cost-effective way.

Enclosure solutions

Protection and functionality in any situation With its industrial enclosures Spelsberg offers high-quality, reliable components for numerous applications. In excess of 1,000 different enclosure models offer a choice of suitable and customisable solutions for a diverse range of industrial applications, both in protected areas indoors and unprotected ones outdoors. In industrial or agricultural operations, in exposed locations or at difficult to access installation sites, the enclosures are able to cope with the effects of the weather and chemicals, together with dirt and dust, with maximum durability, reliability and robustness. Even under mechanical influences, extending as far as interference due to vandalism, electrical installations enjoy long-term protection. Spelsberg provides rapidly available products for any application, which are able to withstand extreme loads, can be adapted to suit the customer, and provide the utmost ease of assembly and maintenance. This is achieved by the combination of a broad product range, a large selection of accessories, superior development expertise in customisations or production of new developments, and VDE and UL certification of the in-house laboratory. The robustness, functionality, and flexibility of the industrial enclosures are illustrated by the following examples of best practice for installations in protected and unprotected outdoor, and indoor, areas.

Beat the competition with our enclosure and case system, distinguished by its simplicity, assembly-friendliness and versatile functions.

New opportunities by direct integration into EtherCAT NC

Door systems are complex mechatronic assemblies. Automobile manufacturers place high demands on quality assurance and thus present their suppliers with increasing challenges. We have established ourselves as a reliable supplier in this segment and have already implemented the following tasks, among others: - Assembly tests including assembly control - Direct control of pure power motors or electronic motors via LIN/CAN - Testing of motor current consumption and driver travel time, optionally with application of a preload - Detection of winding errors and contacting driver cables, both optically and electrically - Determination of actuating forces - Testing of lock functions - Testing and parameterisation of electronic parts - Approaching the delivery position - Spare parts production without window motor - Automatic contacting for door systems without cable set - All tests are also possible on an inline basis

Modern vehicle seats are complex mechatronic systems with a large number of sensors and actuators. We plan your individual test sequence with you and help you with the following tasks: - Parameterization and testing of servomotors to personalize the sitting position, for massage functions or for control of air flow - electrical testing of seat heating, seat cooling and seat ventilation - Function test of buttons and switches - Check of seat occupancy detection - Completeness check of the vehicle-specific components - Quality inspection of covers and seams - Completeness check for textile accessories or finishes such as labels, embroidery, impressions, etc. - Documentation of the delivery status Depending on your needs and customer-specific requirements, we work with inline camera systems, stand-alone devices or fully automatic blind auditing systems with extensive assembly tests.

Castings have developed into real high-tech components. However, series production and faster production methods increasingly require the use of intelligent testing systems, especially for preparing and checking further processing steps. For example, we have developed testing devices that determine the casting distortion of a component at up to 30 positions with an accuracy of 10 µm in just one testing travel. Our customers now use these devices instead of conventional measuring systems. The number of test points can even be extended depending on the application. In addition, our systems are also used after machining, for example for the surface inspection of machining surfaces or for the determination of position deviations of boreholes and threads. Of course, our testing units can also be integrated into existing line concepts.

Due to the size of the workpieces to be tested and the often low cycle times, quality assurance in the area of printed circuit boards places high demands on the testing technology. There are many different quality characteristics. Our services include functional tests, such as paired or simultaneous multi-contact continuity tests or activation of functional components, or in-circuit tests, such as the determination of a wide range of conductor path characteristics. In addition, optical tasks such as measuring contact widths and SMT or THT solder menisci can be realised. Of course, visual and electronic inspections can also be combined in many cases. Our solution will be tailored to your requirements and your process, for example as an inline system, as a stand-alone system or as a rotary indexing table. As an independent software developer, our strength lies particularly in the creation of individual user programs. We also offer interfaces to common laboratory environments such as LabVIEW or DASYLab.

Interlockings in railway control systems are highly sensitive systems on whose absolute precision and reliability human lives depend. Contrary to the general trend, proven and more robust analogue technology rather than electronics is used to control the systems. The switch between analogue technology and electronics is the multi-contact high-voltage relays used here. We are the only supplier on the market to offer systems that both enable the synchronisation of each individual switching contact and, at the same time, thoroughly test the relays in the high-voltage range. This project presented us with enormous challenges, both in terms of safety for the operator and the sometimes extreme complexity in a very small installation space - and we were able to solve both.

Modern sensor technology has to meet a multitude of requirements. In addition to validating the basic sensor readings, tolerances on the component must be determined, sealing surfaces and sealing media checked or wobble amplitudes determined. Modern sensors are equipped with integrated evaluation circuits. Our systems allow us to simulate the installation situation, evaluate the measured values in this standardised environment and programme the sensor electronics accordingly.

With smart2i, energy monitoring becomes simple. Consumption data is automatically collected, visualized, and analyzed in real time. This allows companies to quickly identify energy-saving opportunities – boosting efficiency and sustainability in production.