IB08A846, sensor ind, top M8x1.40lang, VA IB0801A3, M12 cable plug, cable 200mm

sensor ind, top M8x1.40lang, VA IB0801A3, M12 cable plug, cable 200mm

An important feature of these sensors is the cast-in electronics in a stable metal housing. The waste is perfectly protected from shocks. The devices are therefore also close to liquids, except for the connector side. They are much more resistant to mechanical stress than conventional plastic sewing switches. The ambient temperature can be up to + 70 ° C. In addition, these sensors work without wear by untouching the objects. Due to the variety of mechanical dimensions, the devices are easily interchangeable against many other sewing switches. The range of applications of these inductive sensors, for example, covers the plant and mechanical engineering, the automotive industry, transport and packaging technology, printing and paper processing, the chemical and process industry and many more. An inductive sensor (proximity switch, position sensor, initiator) is a non-contact switch that reliably captures metallic objects. In the case of inductive sensors, a correction factor is given to assess the reduction of the switching distance to different object materials. This factor depends on the nature, structure, size and geometry of the material to be collected. The specified value of the switching distance refers to St37 (steel with factor 1). In order to determine the approximate switching distance on different materials, the value must be multiplied by the corresponding correction factor. In order to achieve the maximum switching distance, attention should be paid to the size and nature of the object to be collected (standard switch flag, or flat surface). Application examples Integration in machine parts in the automation technology Presence control of metal parts with different dimensions Detection of object heights, e.g. metal parts on conveyor belts Object acquisition through non-metallic container and pipe walls