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CVD Series – EtherCAT-Compatible Multi‑Axis Stepper Driver The CVD Multi‑Axis Driver supports synchronized control of up to four 2‑phase or 5‑phase PKP/PK stepper motors via EtherCAT—delivering high performance with simplified wiring in multi-axis systems. Features & Highlights • Synchronous control via EtherCAT: consolidated I/O and power connections for streamlined setup • Available as 2 axis driver board or 4 axis driver board • Supports 0.5–3 A per axis (max 12 A total) for both 2‑phase and 5‑phase PKP/PK motors • Encoder data capture & deviation detection: Position errors flagged by driver without need for host controller • Automatic brake control & sensor power: Built-in control of electromagnetic brakes and sensor power, eliminating external circuitry • Power separation & safety: External safety relay support, and operational monitoring via EtherCAT even if main power is off • Inrush current suppression: Protects main supply circuits during power-on spikes • MEXE02 software support: PC-based parameter editing, real-time monitoring, diagnostics, waveform capture, alarm management, and PDO analysis Why Choose CVD? Simplifies wiring for multi-axis setups using a single EtherCAT cable Uniform form factor and connectors for 2‑phase and 5‑phase operation—easy scalability Built-in encoder and brake integration reduce the need for peripherals and system complexity

FCT D-Sub Product Family includes connectors available in standard, high-density and mixed-layout versions, as well as various material and plating combinations with an extensive range of backshells and accessory options, to provide effective solutions for a variety of applications.

With the D-Sub PushPull connector, HARTING introduces a groundbreaking evolution of the classic D-Sub connector. Featuring an innovative quick-locking mechanism, it allows for effortless handling and reliable connections in demanding environments. Experience a new level of efficiency and safety in your industrial applications.

<h4>Der Kern des modularen Schutztürsystems: die Schutztürsensoren PSENslock und PSENmlock</h4> Erhalten Sie eine <b>sichere Stellungsüberwachung mit Prozesszuhaltung mit dem Schutztürsensor PSENslock. </b> Er lässt sich bis zur höchsten Sicherheitskategorie und in Reihenschaltung einsetzen. Der <b>Schutztürsensor PSENmlock bietet sichere Verriegelung und sichere Zuhaltung bis PL e. </b> Letztere wird durch die zweikanalige Ansteuerung der Zuhaltung ermöglicht. Schalten Sie <b>PSENmlock in Reihe und profitieren Sie von einer kostengünstigen Installation. </b> In Kombination mit der <b>Safety Device Diagnostics (SDD) </b> können einzelne Schalter bzw. Türen gezielt angesteuert werden – und das ganz ohne eine kostenaufwendige Einzelverdrahtung im Schaltschrank. Zudem erhalten Sie eine <b>einfache und umfangreiche Diagnose</b> der Sicherheitsschalter und <b>verringern so Stillstandzeiten. </b> Als optionales Zubehör können zwei Ausführungen der <b>Fluchtentriegelung mit PSENmlock kombiniert werden: </b> Die Fluchtentriegelung PSENml escape release ist über eine Stange direkt mit dem Basisgerät verbunden, während die abgesetzte Fluchtentriegelung PSENml escape release cordset über ein Zug­Druck Seil am PSENmlock montiert wird. <b>Egal ob Schwenk­ oder Schiebetür: Wir bieten Ihnen den passenden Türgriff. </b> <h4>Der perfekte Partner: einfache Bedienung mit der Taster-Unit PITgatebox </h4> Die vorkonfigurierten Varianten mit verschiedenen Kombinationen aus Drucktastern, Schlüsselschalter und Not­Halt­Taster bieten Ihnen <b>maximale Flexibilität für Ihre individuelle Anwendung. </b> Die robuste Bedieneinheit lässt sich dank des schlanken Designs einfach und schnell an handelsüblichen Profilsystemen montieren. Insbesondere in Verbindung mit den sicheren Schutztürsystemen PSENmlock und PSENslock bildet die PITgatebox <b>eine modulare, individuell auf Ihre Bedürfnisse abgestimmte Schutztürlösung aus einer Hand. </b>

jBEAM Durability is a comprehensive post-processing software with extensive analysis functions and the capability of visualization and report generation for the optimal evaluation of load data and supports the user during vehicle and component validation at the test stand. Due to its platform independence and multilingualism, worldwide customers in durability validation are using the software for quick analysis as well as for managing complex projects with gigabytes of data. jBEAM Durability supports the import of multiple measurement file formats common in the area as well as multimedia formats to combine your measurement data with images, audio and videos. The extensive analysis functions range from simple arithmetic operations, curve analysis and FFT calculations to matrix operations, signal filters and statistics. Thanks to the comprehensive visualization functions, which range from simple text elements, forms and tables to all kind of 2D and 3D graphs there is always a suitable format to display your measurement data and analysis results. In addition, the control elements allow you to create interactive visualizations and reports. The durability edition exclusively provides specific analysis functions like rainflow, load spectrum, amplitude transformation, range pair counting, damage accumulation and many more.

Turn your data into a decisive competitive advantage and discover new ways to create added value from your data. How? With DATA SCIENCE! With our data science services, we support and accompany you on your way to becoming a data-driven company so that you can exploit the full potential of your data and achieve your business goals: • Data cleansing and integration • Advanced analysis and modeling • Predictive analytics / machine learning (ML) • Data visualization and dashboarding • Consulting and strategy Let's find out in a free and non-binding initial consultation with our data science experts how we can unleash the full potential of your data together.

The SLS-SA safety laser scanner from Datasensing has a two-dimensional surface monitoring with over 275°, which is suitable for monitoring safety zones on AGVs and other moving vehicles, among other applications. This sensor has a measurement range of up to 5.5 meters and up to 70 zone sets can be set. Free configuration of protection and alarm fields for integrations is possible horizontally or vertically. In addition, this sensor offers the possibility of IO-Link connection and has a 17-pin M12 connector + 8-pin M12 connector.

Endurance tests are crucial for quality assurance because they simulate real-world operating conditions over extended periods, allowing for the early detection of potential problems. They serve as quality tests for suppliers and manufacturers and enable the validation of development results. However, since each test specimen requires its own test bench, this results in significant space, personnel, and cost expenditures – making endurance tests, despite their importance, a considerable economic and organizational challenge.

DRHANL-2 locking handle kit with centrally located red push button and button push force of up to 60N, suitable for drawers of up to 1.5m wide. Designed for use in fire engine storage, vehicle conversions and industrial

Drive systems can be easily implemented with cost-effective DC/BLDC motor controllers. Since 2015, with the introduction of the Universal Motor Controllers UMC 300 (DC) and BMC 300H (BLDC), motor controllers for motor currents up to 10 A in continuous operation have been available. The available digital inputs, various signal outputs, and, last but not least, the optional CANOpen connection provide various options for solving control tasks easily and cost-effectively. Additional hardware components can also be offered and manufactured for specific projects. The example shows an LED display that can be plugged separately onto the existing post connector and the additional heat sink for cooling the rectifier. For applications with smaller motors, the UMC 51 motor controller is also available; it is capable of operating DC or BLDC motors with continuous currents of 2.5 A (5 A peak). Due to the size of only 43 x 50 mm, analog connections are limited, but almost all functions of the larger series are also available via the CANOpen interface.

Groschopp AG Drives & More, with over 75 years of experience in drive technology, offers the KE series—a highly developed and robust built-in DC motor solution designed for demanding industrial applications. These premium commutator motors are characterized by their exceptional durability, repairability, and the unique ability to withstand massive short-term overloads. These features make them the ideal choice for direct integration into mechanically high-stress systems, such as power earthing switches or strapping tensioning devices. The portfolio includes various motor types to precisely match the physical requirements of any application. For systems demanding high starting torques or high speeds—such as medium-voltage switches or mixers—series-wound motors with series-connected armature and field windings are available. If, on the other hand, precise and simple speed control under varying loads is required, the speed-stable shunt-wound motors provide the optimum solution for belt drives or medical technology. For conveyor technology, where a high starting torque is prioritized over absolute speed consistency, compound-wound motors combine the advantages of both winding types. The spectrum is complemented by magnetically excited permanent magnet DC motors (PMDC). Thanks to the use of magnets, they operate with exceptional energy efficiency and stability under load, making them ideal for overload-protected, mobile, or medical applications. Groschopp systematically relies on evolution rather than revolution for the ongoing development of its proven motor technology. Guided by customer requirements, these built-in motors are continuously optimized to meet increasing demands for maximum efficiency, enhanced controllability, and uncompromising reliability.

Brushed DC motors can be used universally due to their simple structure. Therefore, there are hardly any applications in which DC motors do not play a certain role. Advantages of our DC motors: • Exact adjustment to the correct operating point • Cost-effective design • High efficiency and power density • Ideal for battery operation • Simple control via DC voltage and PWM • Available from 4 mm diameter and in flat designs • Gear boxes in many versions Our DC motors are available in different motor designs and with customer-specific attachments • Connections (connectors, soldering pads, metal contacs, ...) • Encoders (optical, magnetical, Hall-sensors, magnet on shaft) • Gears and bearings • Coil (iron anchor, bell runner, flat runner) • Commutation (metal or carbon) • Output (D-cut, double D-cut, pinion, round shaft) and customized adaptation (winding, speed and torque, insulation class, service life, mechanical interfaces, ...).

Battery-buffered UPS systems offer many advantages and can be used in many different ways: - Possible operation modes: Stand-by-parallel operation, buffer battery system - Ready for connection - Master-Slave-operation to increase power - Redundant-operation possible - Battery management by micro-controller - Shut-down-input referring to ground - Boost charge can be activated by control input referring to ground - Detection of battery wire break and battery test