Exhibitor products

Robuste PW-Schutzfenster für Schaltgehäuse Zum Schutz von Anzeigen, Schalt- und Bedienkomponenten vor Verschmutzung, Nässe und unbefugtem Zugriff führt FIBOX robuste Instrument Protection Windows (PW) mit Abmessungen von 450x400x90 mm sowie 340x300x90 mm im Programm. Die Schutzfenster aus Polycarbonat lassen sich schnell und einfach auf Schaltgehäuse und Pultanlagen verschiedenster Art montieren. Damit bieten sie eine unkomplizierte Alternative zu aufwändig maßgefertigten Lösungen. Beide PW-Modelle bestehen aus einem Rahmen mit durchgehendem Scharnier und einer transparenten Abdeckung. Durch den großen Sichtbereich lassen sich die abgedeckten Schalt-, Anzeige- und Steuerkomponenten auch im geschlossenen Zustand jederzeit gut beobachten. Aufgrund der Innenhöhe von 85 mm werden zum Beispiel auch Schlüsselschalter sicher geschützt. Zur Montage wird der Rahmen einfach um die Bedienelemente angeordnet und innenseitig mit acht Schrauben befestigt. Dabei dichtet der Rahmen ohne weitere Maßnahmen mit dem darunterliegenden Gehäuse rundum sauber ab. Rahmen und Fenster sind rückseitig mit einer eingeschäumten PUR-Dichtung versehen. Die überlappende Konstruktion sorgt für eine erhöhte Festigkeit und Dichtigkeit, so dass bei geschlossenem Fenster eine Schlagfestigkeit von IK09 sowie die Schutzart IP66 bzw. NEMA 4X erreicht werden. Standardmäßig sind die Schutzfenster mit zwei Doppelbartverriegelungen ausgestattet. Auf Wunsch liefert FIBOX die Modelle auch mit Schlössern. Eine Produktpräsentation auf Youtube ist via https://youtu.be/chkp1gnxGC8 abrufbar.

• Device for brightness control of LED lights • Easy mounting without opening the housing • Arrangement of the operating elements and connections on one side in each case • Under-table mounting possible

Pyrometers are termed radiation thermometers or infrared thermometers, too. PYROSPOT stands for a multiplicity of series of pyrometers for the non-contact, point-shaped temperature measurement in the range from –40 °C to 3000 °C. Our pyrometer series differ with respect to their temperature ranges, interfaces, housings and the therefore related purpose. Manifold accessories allows individual adjustment to the application and the integration in system solutions.

Samtec Q Strip® mezzanine connectors are designed for high-speed board-to-board applications where signal integrity is essential. Q Strip connectors feature surface mount signal contacts as well as a surface mount ground plane between the two rows of signal pins for improved electrical performance. The integral ground plane can be used to maximize bandwidth and signal integrity, or it can be used as a power plane. If used for power, the ground plane can handle 23 to 25 amps, depending on the product series. These connectors are rated at 28 Gbps at a 5mm stack height. Q Strip products are available on three different pitches: 0.50 mm pitch, the QTH and QSH series 0.80 mm pitch, the QTE and QSE series and 0.635 mm pitch, the QTS and QSS series They are available in vertical (parallel), perpendicular (right angle, or 90°), and horizontal (or coplanar) designs. Mated connector sets are available in 8 different stack heights from 5 mm (.197") to 25 mm (.984”). Up to 180 total I/Os are available, depending on the centerline. Q Strip products can be routed as single ended or in differential pair configurations. They are also available with every third pin pulled for differential pair applications (designate the -DP option in the part number). Standard features include polarization, alignment pins for proper placement on the PCB, guide posts on right angle and edge mount designs, weld tabs to increase the mechanical strength of the part to the board, and optional latching clips. All Q Strip products are RoHS compliant. Common applications for Q Strip products include, but are not limited to, servers, network systems like routers, switches, hubs, bridges, industrial controls and equipment, computers and peripherals, test and measurement, multi-chip modules, and high resolution graphics devices, to name a few. A complete line of high speed cable assemblies that mate with Q Strip board level connectors is also available.

At a time when product quality requirements continue to rise and competitive pressure is intense, it is essential for companies to continuously optimise their production processes. The Quality Management module of the ATR.SmartFactory.Plattform provides a comprehensive solution for effectively monitoring and improving quality control. By systematically identifying sources of errors and implementing precise inspection methods, it helps ensure products meet the highest standards and are delivered on time. Benefits at a glance: • Flexible, reliable inspection processes • Automated, error-free data capture • Transparent analysis and well-informed decisions • Effective defect documentation and root-cause analysis • Higher product quality and optimised use of resources • Time savings, on-time delivery and straightforward compliance Meet our experts at all about automation Friedrichshafen and discover the future of production. We look forward to seeing you! For more details, download the accompanying PDF.

QualityAssist combines position detection with a modern assistance system. Tool or hand positions are recorded in real time and linked to work instructions. This ensures that assembly steps are reliably guided, errors are avoided and quality is assured. Ideal for securing complex assembly steps, process monitoring and Industry 4.0 automation solutions. The worker assistance system has an intuitive, modern user interface and user guidance with wizard assistance functions.

The company's latest mobile development is the Quasar: an all-round laser available in three performance levels. Among other things, the powerful system masters the precise engraving of a wide variety of materials and contours, such as stainless steel, ceramics, glass, plastics, rubber or powder coatings. Customers from a wide range of industries, including the automotive, plastics, ceramics and foodstuffs industries, now benefit from the modern laser systems. A comprehensive range of accessories rounds off the company's product portfolio, and special solutions are also developed on customer request.

Circular power connectors with Quicklock mechanism, four design sizes. Up to 50 A.

New, low-noise gearhead models for the GPT family FAULHABER expands its successful GPT family with two new high-performance models that stand out for their exceptionally quiet operation: the 22GPT LN and 32GPT LN. These gearheads have been specifically designed for applications where noise reduction is crucial – such as in laboratories, optical devices, medical equipment, or testing and measuring systems. Compact, Powerful, and Quiet Like all models in the GPT series, the new Low Noise variants combine high torque with a compact design and proven reliability. They deliver up to 2.2 Nm and 8 Nm respectively for the 22GPT LN and 32GPT LN in intermittent operation and can manage occasional random peak torques of up to 4 Nm and 12 Nm. Thanks to their optimized design and an input stage with plastic gears, the 22GPT LN and 32GPT LN operate with extremely low noise – without compromising performance, robustness or durability. Compared to the standard version, the low noise variants are able to reduce noise by up to 10 dB. Two planetary gearheads from the FAULHABER GPT LN family arranged on white steps in front of a gray-blue background. Robust for Demanding Conditions The stainless-steel housing provides reliable protection even in challenging environments. The gearheads are rated for a wide temperature range from –30 °C to +110 °C and maintain their high efficiency even during frequent or sudden load changes. This makes them ideal companions for high-torque motors. The new Low Noise models impress not only with their technical performance but also with an excellent price-performance ratio. Users benefit from the proven GPT technology – now enhanced with a noise-optimized solution for sensitive environments.

Bearings are the central components of every machine and offer many opportunities to have a positive or negative effect on properties such as service life or energy consumption. Give us the opportunity to integrate our sensor technology into your test setups and provide you with information about lubrication, bearing currents and other factors influencing the bearing. Bearing currents wear out bearings in a very short time. With our sensor technology, we measure the currents that flow through the shaft and the bearings and enable you to understand which electrical loads your bearings see. Lubrication is an important lever for optimizing the service life and energy consumption of machines. With our technology, you can monitor lubrication directly in your products, prototypes and test benches during operation and thus understand ways to optimize load capacity and service life. Our service includes project planning, installation, as well as carrying out and evaluating the measurements. The optimum choice of lubricant and operating strategy reduces friction and thus energy consumption and extends service life. In addition, it is possible to identify the first surface changes that are the early signs of upcoming damage and to monitor these during operation. If you want to optimize the lubrication of your equipment, please contact us directly. Your benefits • Increase efficiency through optimal lubrication design • Optimization of lubricant selection • Qualification of lubricants • Optimization of the operating strategy • Monitoring initiation of surface changes • Understanding the causes of damage • Quantifying electrical bearing loads Our approach 1. joint analysis of the tribological system, objectives 2. constructive integration after consultation 3. commissioning and evaluation of the data 4. presentation of the measurement results, development of optimization options

Welcome to the world’s widest range of high-quality racks and pinions. As a specialist in the field of high-quality racks we offer more than 350 types of racks. This is most comprehensive rack program that is currently available on the market. Our four gear rack classes Ultra High Precision Rack, High Precision Rack, Precision Rack and Basic Rack include the quality 5 to 10, in helical or straight toothed design, milled or hardened as well as hardened and ground and in sizes from module 1.5 to 12. For the realization of complete rack and pinion drives, we also offer a wide range of suitable gears, pinion shafts and lubrication systems.

The combination of a milled dovetail profile and a screwed on toothed rack forms the rack and pinion drive Type SZA. The selectable gear ratios allows a use for every need. For example, you can adjust welding heads or measuring optics. On request different special versions are possible, please contact us.

With the innovative concept for rack and pinion drives, STOBER has developed a compact, easy-to-use system with process reliability that is precisely tailored to applications in machine tools, automation and robotics. By combining it with STOBER’s planetary or helical bevel gear units and directly attached servo motors, users receive a wide variety of compact, highly dynamic drive solutions from a single source. The complete gear units are ready for immediate use and no assembly work is required at all.

The new PiloTREK WE–200 non-contact radar level measuring devices use the most modern industrial measurement technology, the 80 GHz FMCW radar. The main advantage of the 80 GHz radar compared to lower frequencies (5…12 GHz and 25 GHz) is the smaller antenna size, better focusability and the narrow beam angle. For measuring liquids, masses, emulsions and other chemicals, which are widely used in the water, food, energy, pharmaceutical and chemical industries, for example. The device can be programmed via HART® interface and via Bluetooth® communication with the new Mobile EView* app.