Exhibitor products

Different bevel gearbox families consisting of 4-10 sizes for versatile use as an angular gearbox. Ketterer produces the bevel gears itself, drawing on expert knowledge and many years of experience in the field of gear technology. Special bevel gear teeth ensure smooth running of the gears, allowing them to be used even in noise-sensitive environments. The gearbox are characterised by a compact design with maximum torque, sturdiness and smooth power transmission. The uncomplicated mounting is made possible by a simple screw fixing.

We look after your machines and systems autonomously and in a goal-oriented manner. Together we define the task and the deadline. We handle the job independently, whether it is a one-off or a recurring job, thus creating valuable freedom for you. As an SME, we have the means to take on even large tasks and can carry them out with high efficiency thanks to our lean organisation. When you place an order with us, we also assume full responsibility for the agreed task.

In the area of acceleration measurement, such as in the NVH (Noise-Vibration-Harshness) area, in which investigations are carried out into the noise and vibration properties of vehicles (cars & trucks) and machines, the acceleration sensors and microphones used must be wired safely and without interference to the measurement technology used. In the area of piezoelectric acceleration sensors with charge output (charge), the use of special low-noise coaxial cables with low interference voltage is required. Here, the sensitive measuring chain must be protected from additional electrostatic charge generated by movement of the cable so that only the charge generated by the sensor is transferred to the charge amplifier. As one of the world's leading cable manufacturers, SAB has recognized the challenges of wiring sensors and the measurement technology used and has developed and designed a whole range of sensor cables and connection cables. Whether for triaxial or uniaxial sensors, whether IEPE or charge-based – we have the right solution for you in our program.

MC Technologies is your competent partner for all antenna questions. We offer a wide and deep range of mobile radio antennas for a wide variety of applications. From classic industrial, remote maintenance, smart metering or 5G applications to special antennas for outdoor use or installation on machines, vehicles, buses, trains or ships - as a leading antenna distributor, MC Technologies always has the right antenna for your application. We offer antennas for a wide range of installation and mounting situations, whether for soldering or for magnetic, adhesive, screw or mast mounting and from simple SMS applications to complex, data-intensive applications in the LTE/5G network. In addition, our product range also includes antennas in the ISM and VHF/UHF range, as used in building technology (WMBUS) or in marine radio. Please don't hesitate to contact us. Translated with www.DeepL.com/Translator (free version)

Unterschiedlich geregelte Antriebssysteme für höchste Anforderungen bei Modernisierungen oder Neuanlagen wie geregelte Antriebe, Servomotoren, Schrittmotoren, o.ä. sowie deren Ansteuerung und Maschinensicherheit (Risikoanalyse) integrieren wir in Ihre Gesamtanlage. Meist sind dabei auch Fragen der Netzqualität, Blindstromkompensation, Netzdimensionierung, harmonische Oberwellen, usw. zu beantworten. Häufig spielen Merkmale wie genaue Positionierung, Energieeffizienz, Drehmoment-Verhalten, etc. in die Entscheidungsfaktoren ein.

We carry out customer-specific application of strain gauge. The applications are carried out by us or, if requested, on site by the customer. Typical applications are: load monitoring for aerial cableways, sensors for therapy devices, prototypes for aerospace or experimental strain analyses.

The use of compressed air in production processes requires precise coordination between supply, components and process requirements. Applications are not considered in isolation, but are evaluated in the context of generation, treatment and distribution. Suitable tools, fittings and application components are selected from the defined range and integrated into existing processes in a technically sound manner. Particular attention is paid to energy efficiency, process stability and safe continuous operation. If there are increased requirements for purity or process reliability, the relevant conditions are taken into account as early as the planning phase. The aim is to achieve a functionally coherent solution that works reliably in daily operation.

Die hochrobusten, korrosions- und UV-beständigen Wandschaltschränke der Reihe ARCA IEC von FIBOX sind in zahlreichen Varianten und Abmessungen von 200 x 300 x 150 mm bis 800 x 600 x 300 mm lieferbar. Die aus glasfaserverstärktem Polycarbonat gefertigten Gehäuse stellen eine herkömmlichen Stahlblechgehäusen überlegene Lösung für die Installation von Schaltkomponenten, IT und Kommunikationstechnik dar. Ihre Material- und Konstruktionsmerkmale prädestinieren die Modellreihe für den Innen- wie Außeneinsatz auch in besonders rauen Industrieumgebungen. Das signaldurchlässige Gehäusematerial unterstützt funkbasierte IoT-Applikationen. Funkmodems, Antennen und andere WLAN-Module werden ohne spezielle Gehäusebearbeitung geschützt. Alle ARCA-Modelle widerstehen dauerhaft Temperaturen zwischen 40 °C bis +80 °C. Sie entsprechen der EN/IEC 62208, benötigen keine Erdung und sind für eine Nennstromstärke von 630 A sowie eine Nennisolationsspannung von 1.500 VDC ausgelegt. Durch ihre eingeschäumte PUR-Dichtung wird die Schutzart IP 66 erreicht. Das in Teilen doppelwandige Design und der randverstärkte Deckel sorgen für höchste Schlagfestigkeit bis IK 10. Zudem weist das Gehäusematerial eine hohe Brandsicherheit und Flammwidrigkeit gemäß UL94 5VA auf. Unterschiedliche Schließungen und eine optionale, abschließbare Innentür decken verschiedenste Sicherheitsanforderungen ab. Weitere markante Vorteile bestehen in der deutlichen Gewichtseinsparung, dem leichteren Handling und der unkomplizierten Gehäusebearbeitung. Kabeldurchführungen und andere Durchbrüche benötigen kein Spezialwerkzeug, sondern lassen sich einfach mittels Kegelbohrer vornehmen, ohne die Dichtwirkung zu beeinträchtigen. Montagedome in Unterteil, Deckel und allen vier Seiten vereinfachen den Innenausbau. Als installationsfreundliches Zubehör stehen u.a. werkzeuglos installierbare Montagerahmen und Montageplatten für einen höhenvariablen Einbau sowie Befestigungen zur Wand- oder Mastmontage zur Wahl.

• Review of zones and conduits design • Defense-in-depth assessment • Verification of implemented network segregation • Validation of remote access boundaries

The SMARC™ “Smart Mobility ARChitecture” form factor was defined by the SGET for energy-saving platforms. The module uses both x86 and ARM® processors, which makes the form factor extremely versatile. The large number of SMARC™ modules with x86 or ARM(R) processors from leading embedded manufacturers enables modules to be exchanged across architectures and manufacturers. SMARC™ | NXP I.MX 8M PLUS SMARC 2.1 module based on NXP i.MX 8M Plus 14nm processor series with ARM 4-core Cortex-A53 / M7 + NPU Features: • NXP i.MX 8M Plus 14nm processor series with ARM 4-core Cortex-A53 / M7 + NPU • Enhanced AI, machine learning and vision capabilities with NPU and integrated camera ISPs • Ultra-low power architecture with 2-6 W • Support for up to 3 independent displays • Long lifetime of up to 15 years • Temperature range up to -40°C .. +85°C

ASi-5 Motor Module in IP67, with 4 x M12 sockets for 1 x SEW MOVIMOT, 4 digital inputs, 2 digital outputs, input voltage/sensor supply out of ASi, output voltage/actuator supply out of AUX, periphery connection via 4 x M12 sockets, 5 poles, ASi connection via profile cable and piercing technology, 1 ASi-5 address.