Produktportfolio

Kraftsensoren DLM20 bis 1 kN

  • 19 ... 26 mm Aussendurchmesser
  • Kraftbereiche von 0 ... 1000 N
  • M4 Gewinde
  • Stecker M5, 4-Pol
  • Sensorkörper aus Edelstahl mit Schutzart IP 67
  • Inline-, Button-, Screw-on-Typen
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Kraftsensoren DLM30 bis 5 kN

  • 25,5 ... 39 mm Aussendurchmesser
  • Kraftbereiche von 0 ... 5000 N
  • M6 Gewinde
  • Stecker M8, 4-Pol
  • Sensorkörper aus Edelstahl mit Schutzart IP 68
  • Inline-, Button-, Screw-on-Typen
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Kraftsensoren DLM40 bis 20 kN

  • 42 ... 60 mm Aussendurchmesser
  • Kraftbereiche von 0 ... 20 kN
  • M12 Gewinde
  • Stecker M8, 4-Pol
  • Sensorkörper aus Edelstahl mit Schutzart IP 68
  • Inline-, Button-, Screw-on-Typen
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Kraftsensoren L003 bis 100 kN

  • 155 mm Aussendurchmesser
  • Kraftbereiche von 0 ... 100 kN
  • Mit Analogausgang verfügbar
  • M30 Gewinde
  • Stecker M12, 5-Pol
  • Sensorkörper aus Vergütungsstahl mit Schutzart IP 65
Zum Produkt
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Kraftmessung mit Dehnungssensoren

  • Die clevere Alternative zu Kraftsensoren zur Messung von grossen Kräften
  • Ein Sensor für verschiedene Kraftbereiche
  • Schnelle und einfache Implementierung in bestehende Maschinen und Anlagen
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Messverstärker

  • Die Messeleketronik zur Messung von Kräften
  • 3 Versionen: IO-Link Version sowie Versionen mit Strom- oder Spannungsausgang und IO-Link
  • Einfach parametrierbar
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Der passende Kraftsensor für ihre Anwendung
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Die DLM-Serie bietet für jede Art der Kraftmessung die richtige Lösung. Das Standard-Portfolio umfasst drei Bauformen: Button, Inline und Screw-on. Die Button Variante eignet sich zur Messung von Druckkräften, die Inline und Screw-on Version für statische Kraftmessung und dynamische Zug- und Druckkraftmessungen. Inline und Screw-on Aufnehmer sind somit vor allem bei wechselnden Kraftrichtungen optimal einsetzbar. Die Kraftaufnehmer decken Messbereiche von 0 bis 50N und 0 bis 20 000N ab. Dank ihrer geringen Abmessungen können die Aufnehmer auch bei limitierten Platzverhältnissen eingesetzt werden.


From sensor to control system
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Measuring amplifiers are used for signal transmission between force sensors and the control system. They convert the electrical signal into analog values. In addition to our sensors, we offer measuring amplifiers and cables, thus enabling the simple implementation of the complete measuring chain. Depending on the input card the measuring amplifier is available with current or voltage output. In addition, we offer the corresponding accessories such as connection cables for simple and fast connection to the process.


Your benefits
  • Find the right force sensor for your application quickly and easily
    • Intelligently designed portfolio for a range of forces and installation options
    • Clearly structured selection due to different connection options
    • Limited design risk thanks to simple replacement when deviations from force ranges are detected
    • Uniform thread size within the series independent of the force range
  • Clever sensor design for reliable force measurement
    • Low-fatigue force sensors with 100% oscillatory width for dynamic applications across the entire measurement range
    • Decades of experience in manufacturing force sensors
  • Small and flexible force sensors
    • Small sensor diameter when space is limited
    • Fast integration into machines and equipment design thanks to various sizes and shapes
  • Robust force sensors for rough industrial environments
    • Stainless steel sensor housing for reliable use in demanding industrial sectors
    • Hermetically sealed sensors with long useful life for advanced impermeability requirements
    • Exceptional shock and vibration resistance, thanks to the fully welded sensor design
  • Short delivery times and easy commissioning
    • Fast delivery from the warehouse
    • Plug & play through the use of unit-sensitive sensors
    • Sensor replacement without complex adjustment on the machine

Applications

DMS-based force sensors, also known as force transducers or load cells, are the ideal solution for force measurement in most applications. In principle, they are especially useful when it comes to measuring small forces. With its optimally coordinated product portfolio of force sensors for 0 – 20,000 N, Baumer covers a multitude of applications. Thanks to their robust sensor bodies they can also be used in areas with high demands. In addition to force sensors, Baumer produces strain sensors for measuring higher forces, which are simple to install in the respective structure.


Technology

Spring body force sensors usually consist of a spring body and strain gauges. The elastic body of the sensor deforms when force is applied, resulting in strain on the material surface. The strain is measured using the strain gauges applied to the surface of the spring body. The strain gauges convert the mechanical strain into an electrical resistance change and act as mechanical-electrical converters. The intelligent connection of the individual strain gauges to a Wheatstone bridge allows the measurement of even the smallest strains thus resulting in high precision. The measured strain generates a voltage change proportional to the force. Compared to strain sensors in which the elastic deformation of the machine structure is used for indirect force measurement, force sensors are installed directly in the force flow, which is also known as direct force measurement.


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