The techincal information presents discussion around sensor, detection distance, sensing, oscillator’s amplitude, coil, requirements, maximum operating distance, sensing range, proximity, surrounding metals, trigger, metallic mounting fixture, supply voltage, inductive proximity, inductive sensors, interference problems, inductive sensor, target, metallic mounting, mounting tips, and inductive proximity sensor. Inside this techincal information you can find info such as data, factor, interference, material, response time, mounting, metal, response, sensor mounting, cylindrical proximity, field, amplitude, sensing object, alternate frequency, application, detection, range, component, correction factor, and stainless steel.
There are lots of discussion related to oscillator, specifications, false detection, specialized inductive proximity, correction, sensing distance, inductance, reset distance, frequency, standard sensing object, mutual, standard sensing distance, environmental conditions, distance, switch, mutual interference, panasonic, maximum response time, corrosive chemicals, rated sensing distance, and cutting fluids are described in this techincal information. Below are taken from the techincal information:
In automation design, it is necessary to understand the precise technical definition of a component’s behavior. The following definitions, if not the terminology itself, are unique to inductive proximity sensors. Therefore, it is important to describe and comprehend definitions before implementation of the inductive component into your application. Upon reviewing an inductive proximity sensor data sheet, you’ll find that it displays many specifications that describe how to implement the inductive device for the purposes of detecting a specific object. Standard Detectable Object When an inductive proximity sensor’s data sheet refers to a standard detectable object, it tells the specified shape, size, and material which is used as the standard to check the performance of the proximity sensor.
Additionally, this techincal information presents discussion about standard sensing, circuit, objects, design, mutual interference problems, surface, temperature, object, mounting surface, detecting distance, face, maximum response, proximity sensor, detectable object, standard detection distance, metals, sensing output, device, standard, and circuitry.