Exhibitor products

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.

As the world’s best-selling chain saw brand since 1971, STIHL stands for top quality and innovation. The product portfolio is regularly expanded with new and innovative tools, from chainsaws to hedge trimmers, from cutoff grinders to robotic lawnmowers, including combustion engine, cord or cordless options. STIHL’s state-of-the-art development center at the company’s headquarters in Waiblingen near Stuttgart makes this possible. It features a testing facility with over 100 bays for prototypes and production model endurance testing. For every model, a detailed test plan is developed and managed in a test database. STIHL’s development engineers meet the challenge of obtaining validated test results in the shortest possible time by running a full spectrum of endurance tests in parallel 24/7.

Benefit from 30 years of know-how and practical experience. We have been successfully working in the field of automation and information technology for industrial plants since 1993. skems was developed based on the requirements of our customers. The result is software that reflects our years of experience in the field of automation technology and data acquisition. Our energy management specialists implement energy management tailored to your needs and are at your side in every phase of the project.

In addition to proven reliability, this series includes fixed-voltage devices (with an extended setting range of e.g. 18 to 30 Vdc) and analogue programmable devices as built-in units (up to 1500 W) or as full plug-in units in a 19’ system (3000 W). This series is characterised by the following features: - Precise output voltage due to possible sense lead operation - Parallel switchable with symmetrical load sharing (loadshare) - Integrated power failure signalling (PFS) and overtemperature signalling - Optional functional safety in accordance with EN/IEC 62061 SIL 2 and EN - ISO 13849-1 , Performance level PL-d ‘Machinery Directive’ The analogue programming of voltage and current is carried out via an external control voltage of 0 to 5 V or via external resistors. In addition, you can read out the current output voltage and current with a 0 to 5 V voltage via a monitor voltage (provided by the power supply). Your advantages: - Sturdy anodised aluminium housing and conductively connected housing parts - Thermal overload protection - Temperature-controlled fan - Operating temperature range between -20 °C and +50 °C, without derating - Integrated power limitation The following types are available in this series: - EXWP (built-in mechanics 800 W) - EXW2 (built-in mechanics 1500 W) - EXWUIP (built-in mechanics 800 W) - EXWUI2 (built-in mechanism 1500 W) All types can be ordered as ‘wall mounting’ or ‘DIN rail mounting’.

In addition to proven reliability, you will find a wide range of integrated functions in this series: - Functional safety in accordance with EN/IEC 62061 SIL 2 and EN - ISO 13849-1, Performance Level PL-d “Machinery Directive” - Voltage, current and power control with programmable setpoints and read-back actual values actual values - With integrated programmable e-load (discharge circuit or current sink) for rapid discharge of the output or conversion of the regenerative energy during motor testing in braking mode. - 12-bit resolution - Programmable monitoring of the controller status for voltage, current and power with message or independent safety shutdown - Additional functions on I/O interface for integration into control systems (e.g. SPS) - Possibility of sequential operation (test sequences can be saved and executed automatically) - All parameters (e.g. voltage, current, power, limits, ...) can be stored in 50 non-volatile memory banks and memory banks and can be recalled again - Optional FAST version for shorter programming times (factor 10 to 30) compared to the standard version Your choice of digital interfaces (isolated): - USB (standard) - RS232 (2x RJ45, standard) - CANopen (2x RJ45, standard) - LAN (Ethernet, optional) - EtherCAT (2x Rj45, optional) - Analog (D-Sub, optional) Your advantages: - All digital standard power supplies from Kniel (including Fast variants) operate from the customer's point of view with identical firmware - Sturdy anodized aluminium housing and conductively connected housing parts - Thermal overload protection - Temperature-controlled fan - Operating temperature range between -20 °C and +50 °C, without derating The following types are available in this series: - EXWUID (built-in 400 W to 1200 W) - VE1PUID (19” design 1500 W) - VE3PUID (19” design 3000 W) The EXWUID type can be ordered as “wall mounting” or “DIN rail mounting”.

The latest series of power supplies from Kniel is called Energy Digital Basic. In addition to proven reliability, this series includes all the necessary functions required for a digitally controllable power supply: - Voltage, current and power regulation with programmable setpoints and read-back actual values - 16-bit resolution - Programmable monitoring of the controller status for voltage, current and power with message or independent safety shutdown - All parameters (e.g. voltage, current, power, limits, ...) can be saved in 10 non-volatile memory banks and memory banks and can be recalled again - The delivery status is set to Remote. This facilitates configuration in your your system and the potential replacement of components Your choice of digital interfaces (isolated): - USB (standard) - LAN (Ethernet, optional) - EtherCAT (2x Rj45, optional) Your advantages: - All digital standard power supplies from Kniel (including Fast variants) work with identical firmware from the customer's point of view. If you are already using digital power supplies from Kniel you can expect a reduced but identical command set and therefore a reduced range of functions reduced to the relevant functions. - Sturdy anodized aluminium housing and conductively connected housing parts - Thermal overload protection - Temperature-controlled fan - Operating temperature range between -20 °C and +50 °C, without derating The following types are available in this series: - ELUID (linear regulated power supply up to 100 W) - EXWUID 200 W (switching power supply up to 200 W) Both types are available in the “wall mounting” or “DIN rail mounting” versions.

Energy management means the continuous monitoring, storage and evaluation of energy measurement data, thereby increasing the transparency of energy consumption and energy costs at all measurement levels. Only with a detailed overview of the energy consumers, the use of energy can be designed in a demandoriented and efficient manner and thus, for example, offering optimisation potentials. The energy meter RL 9405 of the VARIMETER PRO series is used to measure electrical parameters and energy consumption in 3-phase mains with neutral conductor. Voltages and currents are measured and evaluated continuously. A separate auxiliary voltage is not required. The device provides up to 50 characteristic values of the energy supply and that with a compact width of only 35 mm. The RL 9405 determines all energy consumptions and enables a breakdown by cause. The energy meter RL 9405 is predestined for use in manufacturing processes and IT data centres, to detect energy saving potentials and is especially suitable for the fulfilment of energy audits (DIN EN 16247-1) or energy management (ISO 50001). The galvanically separated Modbus RTU interface offers flexible options for processing information directly via a gateway or a higher-level control system (PLC) and passing it on via standardised interfaces.

The 1-phase and 3-phase energy meters M1Pro and M3Pro Professional set new standards in the field of DIN rail energy meters. The energy meters are available with S0 output, M-Bus, Modbus, KNX and LAN -TCP/IP interface as energy transformer meter as well as for direct measurement with the interfaces S0 output, M-Bus and Modbus. The devices are ideally suited for energy and power measurement, demand and load analysis, energy controlling, cost center management as well as billing applications and energy management according to ISO 50001. All equipment systems devices have MID approval (suitable for billing purposes).

The HUB-EN200 is designed for continuous measurement and of currents and voltages in 1- and 3-phase networks with neutral conductor. This makes it ideal for energy monitoring of machines and systems. The internal data acquisition, storage and processing takes place directly in the unit.

Legal requirements such as the Energy Efficiency Act (EnEfG), the EU Buildings Directive or the Digital Product Passport are increasing the demands on energy efficiency and digital transparency. With the brand new snap-on module for the Kraus & Naimer KA40 and KA63 main switches, phi by Kraus & Naimer is laying the foundation for sustainable optimisation and smart data collection. Consisting of two components, Kraus & Naimer presents an innovative solution for recording and optimising energy consumption. Real-time monitoring, wireless communication and intuitive visualisation make phi by Kraus & Naimer the ideal choice for retrofits and new installations. DAT.KA* or DAT.SA measurement modules The measurement (DAT) module is available in two versions, both of which have configurable LED indicators and transmit data via radio. Collection of measurement data such as contact temperature (DAT.KA*), current, voltage, power and energy. COM.GW.500 communication module The communication module (COM) serves as a gateway for up to 16 DAT measurement modules and acts as an interface for transferring measured values to higher-level systems. Web user interface Web UI The local web user interface is used to display/analyse the measurement data and to configure the COM module and DAT modules. phi is compatible with energy management systems in accordance with ISO 50001 and supports the implementation of legal requirements as well as internal company sustainability strategies. The module solution can be flexibly integrated into