La gamme DLM offre la solution adéquate pour chaque type de mesure de forces. La gamme standard comprend trois design : Button, Inline et Screw-on. La version Button convient pour la mesure de forces de compression tandis que les versions Inline et Screw-on sont adaptées à la mesure des forces statiques et aux mesures des forces de traction et de compression dynamiques. Les capteurs Inline et Screw-on peuvent être utilisés de manière optimale dans le cas de directions variables des forces. Les capteurs de forces couvrent des plages de mesure comprises entre 0 et 50 N, ainsi qu’entre 0 et 20 000 N. Du fait de leurs petites dimensions, les capteurs peuvent être installés dans des espaces rédui
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.
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.
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.
Flyer – Force measurement easily accomplished