Exhibitor products

### Product description - Electronic module for hydraulic positioning drives This electronic module was specially developed for controlling cost-effective hydraulic positioning drives that use proportional valves without integrated electronics and piston position measurement. It offers optimized control functions for path-dependent braking and the NC control mode, with high accuracy and stability. **Main functions and features:** - **Control modes:** Control of the movement cycle via external position and speed specifications. Particularly robust and easy to parameterize in SDD mode, in NC mode via internal profile generator with constant speed. - **Optimized commissioning:** The integrated ACA function (Automatic Commissioning Assistance) scales the sensor, measures the valve and automatically adjusts the control parameters. - **Flexibility:** Simple script programming enables the input and output signals as well as the functionality to be adapted to special requirements. - **Intuitive parameterization:** Supported by the WPC-300 software, including a software wizard for quick commissioning and troubleshooting. **Areas of application:** The module is suitable for general positioning drives, process valve controls, fast transport drives, handling systems, speed-controlled axes and copy controls. **Technical highlights:** - Analog position and speed setting - Support for analog position sensors - Integrated power output stage - Internal profile definition (acceleration, speed, deceleration) - Path-dependent braking principle for the shortest stroke times - Error diagnostics and optimized parameter settings Thanks to its flexible configuration options, automated functions and precise control technology, this module is the ideal solution for versatile hydraulic applications.

The MDR-339-P-IO is an innovative digital pressure controller that is equipped with an integrated power amplifier, a commissioning assistant and an IO-Link interface. Typical applications: Pressure control in conjunction with proportional pressure valves and servo pumps. Speed ​​control using analogue speed sensors (tacho). Digital setpoint specification, parameterization and monitoring via IO-Link. Advantages: Versatile control circuits: Control of either one or two control circuits possible, can be used flexibly for various applications. Efficient commissioning: The commissioning assistant makes commissioning easier and helps optimize the settings. Optimal overall solution: Integrated power amplifiers ensure an optimal and efficient overall solution. Simple parameterization and monitoring: Convenient parameterization and monitoring either via IO-Link or WPC (USB interface). Data availability and diagnostics: Sensor signals and diagnostic data are easily accessible via IO-Link, which eliminates the need for analog inputs on the PLC. Technology and integration: The MDR-339-P-IO is ideal for applications that require precise and reliable pressure and speed control. With its advanced technology and integration, this pressure regulator offers a comprehensive solution for diverse industrial needs.

bwSensorLink are signal collection modules for monitoring and linking incoming sensor signals. The link provides a signal that is "AND-" linked from all inputs. The output is switched when all inputs receive a high signal.

Our digital gearboxes combine high-precision, backlash-free strain wave gear technology with smart sensor technology and artificial intelligence - without any change in size. The strain wave gears meet all the requirements for integration into intelligently networked and digital production processes and make a decisive contribution to increasing efficiency, optimizing performance, conserving resources and improving cost-effectiveness. All in all, this results in potential savings in the double-digit percentage range.

Virtual mapping of production processes for better planning, automation, and optimization

The LASAL software development environment from SIGMATEK supports model-based development and virtual commissioning with the Digital Twin. In this process, together with 3D models of the mechanics, a complete digital twin is created for the physics-based 3D simulation. It acts as a valid basis for the detailed software development, electrical planning and design of a machine or plant. This makes it possible to virtually represent, simulate, test and validate all development steps from planning to commissioning - whether individual machine functions or complete systems.

Die zunehmende Varianz in den Maschinenkonfigurationen erfordert in der Planung und Montage der Schaltanlage einen hohen Automatisierungsgrad, um eine kosteneffiziente, fehlerfreie und schnelle Abwicklung sicherzustellen. Mit mehr als 10 Jahren Erfahrung im digitalen Schaltanlagenbau unterstützen wir Sie bei der Konzeption und Implementierung von Werkzeugen für eine effiziente Schaltanlagenherstellung.

Mit der Erstellung einer physikalischen Simulation Ihrer Anlage, einem sogenannten digitalen Zwilling, kann die Inbetriebnahme virtuell, basierend auf einem 3D CAD Modell realisiert werden. Dies alles passiert, bevor die reale Anlage überhaupt aufgebaut ist. Mit der Simulationssoftware testen wir die Funktionsweise Ihrer Anlage, ohne dass die reale Maschine benötigt wird. Mechanische Bauteile, Aktoren oder Sensoren können mit der Software abgebildet und die Anbindung an eine SPS oder Robotersteuerung hergestellt werden. Im Idealfall ist eine digitale Inbetriebnahme möglich.

Der digitale Zwilling ist mehr als eine bildliche Kopie – denn er kommuniziert mit dem realen Produkt. Er passt sich der Realität genau an. Der virtuelle Zwilling legt noch einen drauf. Er integriert 3D Modelle, Prozesse und Systeme. Was bringt uns das in der Realität? Fehler frühzeitig erkennen, Nachbilden von kritischen Simulationsszenarien zu gefahrlosen Testen, Prozesse optimieren, Stillstände vermeiden – von der Planung bis zum Retrofit. Die VIBN bringt Nutzen über den gesamten Lebenszyklus einer Maschine oder Anlage. Die VIBN ist eine Simulationsmethode, bei der das Steuerungssystem mit einem Simulationsmodell einer Komponente, Maschine oder Anlage gekoppelt wird, um frühzeitige, entwicklungsbegleitende Tests des Produktionssystems zu ermöglichen. Der Einsatz von Simulationsmodellen in der VIBN macht es möglich, sowohl spezifische Aspekte einzelner Ingenieursdisziplinen als auch ihr Zusammenspiel im mechatronischen Kontext anschaulich darzustellen Interaktive Trainingsumgebung zur Bedienung, Wartung und Störungsbehebung – realistisch, sicher und ortsunabhängig bringt der digitale Zwilling auf den Punkt -klar, praxisnah und professionell. Zusammen ermöglichen der digitale Zwilling und die virtuelle Inbetriebnahme eine effizientere, kostengünstigere und sicherere Produktentwicklung sowie eine optimierte Produktion.

Digital solutions for transparent processes, efficient management, and intelligent data networking. Our digitalization team supports you in these areas: - Customized software solutions - AI solutions - Research & Development - E-Learning - E.RAMP - Fleet analysis and monitoring software - Asset management with AR - Radar technology

Enabling new digital business models Customers are only willing to pay regularly for a service if they recognize an additional benefit. This can be very diverse, such as extending service life, precise, needs-based maintenance planning, better process monitoring, optimization of machine settings according to requirements, reduction of energy consumption, optimization of production processes, reduction of lubricant consumption and much more. The bearings of a machine are usually the essential components for maintenance and service life. Your customers are currently still investing a lot of money in third-party companies that deal with monitoring. Integrate the latest technology for bearing monitoring and secure additional sales. The sensor bearing from HCP Sense offers the possibility of obtaining precisely the information required from standard bearings. While other sensors are usually not applicable due to the lack of installation space or require major design changes, the integration of our measurement technology is unproblematic, as the sensor bearing takes up the same installation space as a corresponding conventional bearing. Improve the customer benefits of your products: - High economic efficiency - Minimization of energy consumption - Minimization of lubricant consumption - Maximize service life - Maximize operational safety Direct benefits for you: - Unique selling point compared to competitors - Simple integration into new machine program - Simple retrofit in existing machines - Low complexity, no time-consuming training Predictive maintenance becomes resilient maintenance. Combine the information from our sensor for maximum benefit!

DiMeS Tightness measuring device

The apra Rail DB top hat rail housing impresses with its stable and modular design. Whether on the top hat rail or on a wall - the housings can be used flexibly. The individual parts can be put together without tools. The housing is available in different versions. On the one hand there is a closed basic version, on the other hand an open version that is prepared to accommodate a front panel. Both basic types are available in different sizes and designs. The versions differ in that, in addition to the standard version without additional cutouts, versions with ventilation slots and / or cutouts for terminals are also available as an option. The apra Rail DB housings can be customized. For example, there is the option of designing the color scheme yourself or adding printing. By adapting the tools or mechanically processing existing housings, various technical requirements, such as plug cutouts, ventilation gills or displays, can also be realized. NEW: apra Rail FMH As an extension, we offer you the apra Rail DB 6 and DB 4 series with a stepless upper shell in 3 different designs (flat, medium, high). For more information, please see the data sheet New apra Rail DB6 / DB4 housing series. Highlights Stable, modular structure Design in accordance with DIN EN 43880 Tool-free assembly Base material polycarbonate Fire-classified according to UL 94 V-0 Basic version closed or open Available in different sizes / designs Optionally with ventilation slots, cutouts for terminals Different installation positions for circuit boards Individual coloring / printing possible The following video shows the processing of apra Rail DB top hat rail housings: Matching

Design features low loss gating of AC/DC outputs for redundant or parallel operation. RECOM’s RACPRO1-RD40, a new cost-effective DIN rail redundancy module, comprises a pair of MOSFETs and their control, configured as high-efficiency gating diodes. This allows RECOM DIN rail AC/DCs to be connected in an n+1 redundant or parallel arrangement for critical applications where power must be maintained, even if an AC/DC goes off-line. In redundancy mode, each module can be used with a load of up to 20A, fed from two AC/DCs, rated at 20A each. In ‘parallel’ mode, the module can supply an output of up to 40A (60A/5s) over an ambient temperature range of -40°C to +70°C with only convection cooling. RD40 modules themselves can be paralleled for even higher currents. Maximum voltage drop for the module is just 140mV, representing an efficiency of up to 99.5% and 5W typical loss. The module is designed for nominal inputs between 12V and 48VDC with a range of 9V to 56VDC and has a reverse output voltage immunity of 63VDC (70VDC peak). The part is certified to IEC/EN/UL/CSA 62368-1 for safety and meets EN 61000-6-4 Class B emissions and EN 61000-6-2 immunity standards. No-load consumption is less than 200mW. Wide operating temperature, high reliability and a long lifetime of better than 268,000h at 40°C make the RACPRO1-RD40 suitable for harsh industrial environments. The module is just 43mm width, mounting is tool-less and electrical connections are push-in, angled at 25° for easy installation. “Our RD40 ‘plug and play’ redundancy module makes assembly of redundant DIN rail power systems using RECOM AC/DCs easy and economical” comments Michael Peters, Business & Product Manager of RECOM.