If you want to join precisely, you need a coordinated system of mechanics, drive, measurement technology, control and evaluation to enable optimum control of the process. OUR MODULAR PRESS-FIT SYSTEM CONSISTS OF THE FOLLOWING COMPONENTS: - EMSP electromechanical servo press - Force and displacement measuring chain - Motor inverter with control section for the servomotor - Control section: drive-based control directly in the motor inverter - Integrated, ready-to-use PLC program for controlling the servo press in the control section of the motor inverter - Additional power electronics for complete safety control of the servo press - PC software for parametrising the servo press and evaluating the press-fitting process This modular system can be operated independently in a stand-alone press-fit station or integrated modularly into assembly lines. Furthermore, we also offer individual components from the press-fit system and the following additional components: - mechanical units with integrated piezoelectric force sensor, as well as a standardised tool holder and servo motor - mechanical units with integrated piezoelectric force sensor, and a standardised tool holder, without servo motor, for the use of drive technology from other manufacturers - Components for press-fit stations such as press frames, column frames, C-frames, slide systems, rolling units, press-fit tools, component holders, station tables through to complete press-fit stations or modular press-fit cells.

Six new products are joining WAGO’s selection of ECBs. Our 4- and 8-channel electronic circuit breakers will soon come equipped with a communication interface. These devices allow a choice among IO-Link, Modbus RTU and Manchester protocol for configuration, control and monitoring. Combining them with a controller makes it possible to read out current values, adjust tripping thresholds, configure behavior in limiting ranges, set an individual pre-warning and switch and reset channels individually. For example, if a value reaches a pre-specified threshold, the electronic fuse can signal the limit load and act promptly to provide controlled reduction of the current consumption. In the event of overload or short circuit, the affected circuits are interrupted quickly and reliably. Therefore, active use of the electronic circuit breakers significantly increases system availability. WAGO’s 3861, 3664 and 3668 Series ECBs support all areas of mechanical engineering, in the process and manufacturing industries and in buildings, as well as in elevators and lifts. In both the 4- and 8-channel variants, a slim 32 mm wide design makes replacement easy, requiring no additional space and allowing very flexible use. The pluggable connectors are also protected against mismating and support pre-wiring, which reduces installation time significantly.

One of the main focuses of the Papenmeier Electronics Division is the development of customised, complex assemblies. Innovative high-tech designs are created in close cooperation with our customers – products that optimally meet all the desired specifications and enable a cost-effective production process. Papenmeier produces in small to medium-sized batches. From unique item and mini-series to medium-sized batch quantities, we are your reliable partner. Flexible workflows and a high level of process management complement each other at our facilities. Conscientious compliance with the testing steps combined with the experience of our staff warrant the quality of the product. • Conclusion of various approval procedures: TÜV, CE, UL, GS • Artificial ageing of modules • Optical inspection, functional testin

Electrostatic and mechanical filter systems for cleaning machine process air. Oil or emulsion mist is reliably separated and thus the air at the workplace is improved. Thanks to the EC controlled fans we actively reduce energy costs. Often even the replacement of existing systems is profitable. We would be pleased to provide you with a TCO calculation of your existing systems.

Electrothermal Simulation – holistic analysis of electrical components Components carrying electrical current are exposed to complex requirements: electrical, thermal, and mechanical effects act simultaneously. With our electrothermal simulations, we assess and optimize these components in operation – from current-carrying capacity and heat dissipation to mechanical durability. Our service portfolio: - Electrical simulation – evaluation of current-carrying capacity and optimization of current flow (steady-state and transient) - Electrothermal simulation – simulation and optimization of temperature fields under realistic electrical and thermal boundary conditions, including specific load profiles - Flow simulation (CFD) – analysis of natural and forced convection to realistically model cooling mechanisms - Mechanical simulation – assessment of thermomechanical loads and fatigue strength (HCF, LCF, vibration loads, PSD analyses, thermal shocks) - Assembly process analysis – evaluation of stresses during processes such as welding or handling to ensure structural integrity - Optimization of thermal response times – improvement of sensor applications through detailed analysis of thermal dynamics - Parameter studies – systematic variation of influencing factors to identify optimization potential Your benefits: - Holistic assessment of electrical, thermal, and mechanical aspects - Realistic analysis of loads and operating conditions - Improved performance, reliability, and service life of your components - Optimized design, functionality, and safety

Only the precisely coordinated assembly of the individual components ensures a safe and problem-free production process in a system. Here, even the smallest mistake can have significant negative consequences. hse offers error-free assembly and installation work worldwide. We develop complete systems from planning to installation, but we also offer the integration of new machines and components into existing systems. hse customers get planning and construction, installation and cabling from a single source, including material procurement, control cabinet construction, software development and the carrying out of measurements.

Kundenspezifische Elektronik-Entwicklung Von uns gefertigte oder im Kundenauftrag entwickelte Elektronik wird in unterschiedlichsten Branchen und Produkten eingesetzt. Einsatzbereiche sind z.B. die Elektromobilität und die Industrieelektronik. Phoenix PHD optimiert Ihre Elektronik-Projekte. Wir erkennen Einsparpotentiale oft durch Vereinfachung in der Fertigung, immer mit dem Ziel der „Null-Fehler-Strategie“. In Kooperation entwickeln wir Ihre Hard- und Software. Im Bereich der regenerativen Energie konzipieren, entwickeln und fertigen wir mit kompetenten Partnern Ladesäulensteuerungen. Für Energieerzeuger und Netzbetreiber planen und bieten wir Systemlösungen im Bereich des Lastmanagements.

Metal Work bietet eine große Vielfalt von Elektrozylinder mit Motor und Steuerungen an. Besuchen Sie unsere Homepage für mehr weitere Informationen.

ELOFIL® Electrostatic Precipitators. Reliable and patented technology at low operating costs. ELOFIL is based on the patented ILT modular system. This way, solutions for different cases of application and air pollutants can be realized cost-effectively. Regardless of whether the suction performance is 1,000 or 100,000 m³/h. Even later retrofitting or extension is possible at any time thanks to the existing components which can be used modularly. The filter elements are of course compatible with all designs and interchangeable. Examples of a use case: :: 200 l coolant (oil)/week saved, :: workshop pollution lowered from 12 to 1.5 mg/m³, :: demands on residual pollution values reached completely. ELOFIL electrostatic precipitators are characterized by high-quality make and effective functioning. By employing the patented DODRA technology, developed and patented by ILT, an exceptionally high collection efficiency is achieved. Thanks to the fact that all filter elements can be cleaned and reused, operating costs are positively low. With its patented modular system and DODRA technology, ELOFIL is the most effective electrostatic precipitator on the market in its class and design.

ausgelegt für das Fördern von abrasiven, langfaserigen oder aggressiven Medien, trockenlaufsicher ohne Dichtungen und Ventile Max. Förderleistung: 46m³/h Max. Betriebsdruck: 13bar Max. Betriebstemperatur: 80°C trocken selbstansaugend: bis 9,5 m Schlauch-Materialoptionen: NR, NBR, EPDM, CSM Antriebsvarianten: elektr. Getriebemotor, Benzin- u. Dieselmotor, Hydraulik- u. Pneumatikmotor, Wasserturbine

ausgelegt für das Fördern von abrasiven, langfaserigen oder aggressiven Medien, trockenlaufsicher ohne Dichtungen und Ventile Max. Förderleistung: 46m³/h Max. Betriebsdruck: 13bar Max. Betriebstemperatur: 80°C trocken selbstansaugend: bis 9,5 m Schlauch-Materialoptionen: NR, NBR, EPDM, CSM Antriebsvarianten: elektr. Getriebemotor, Benzin- u. Dieselmotor, Hydraulik- u. Pneumatikmotor, Wasserturbine

SALZ Automation offers holistic solutions for embedded software development - from software architecture and interface customization to functionally secure implementation. Our expertise includes the development and auditing of software architectures for Windows and Linux systems as well as the adaptation and development of interfaces between different systems. We take into account functionally secure development processes in accordance with IEC 61508. In addition, our development processes meet the requirements of the Cyber Resilience Act (CRA) and IEC 62443 for secure and resilient systems. With our in-depth expertise and practice-oriented solutions, we ensure high-performance, secure and future-proof embedded systems.