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Rechner Sensors

The overview of capacitive sensors section provides a comprehensive understanding of these sensors and their working principles. It explains how capacitive sensors detect changes in capacitance to sense the presence or absence of an object. The section highlights their ability to detect non-conductive and conductive materials, making them versatile in various applications. It also discusses the advantages of capacitive sensors, such as high precision, sensitivity, and immunity to environmental factors like temperature and humidity. The overview serves as a foundation for the subsequent sections that explore customization and the range of models available. https://www.rechner.com/

The introduction section of “Capacitive Sensors: Customization and Wide Range of Models” provides an overview of the topic and sets the stage for the rest of the content. It highlights the importance of capacitive sensors in various industries and their role in diverse applications. The section introduces the concept of customization and its significance in meeting specific requirements. It aims to capture the reader’s interest and create a foundation for the subsequent sections that delve deeper into the subject matter. https://www.rechner.com/

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KAS High Performance Sensors

Rechner Sensors’ High Performance capacitive sensor line features Rechner’s industry leading Quattro EMC protection against interference voltage, electrostatic discharge, electromagnetic radiation, and transient burst. The High Performance line also features superior temperature drift characteristics built into the sensor that keeps your machines running accurately on the coldest nights and hottest days. Additionally, High Performance sensors are linearly optimized so that they detect a large range of dielectric products at the same distance. This is useful if your product has the potential for variations in materials or in pellet size: like in mixed grains, or in regrind. https://www.rechner-sensors.com/en

All of these features translate into a much more stable signal for the customer. As an additional consequence of the signal stability, High Performance sensors are able to achieve a 25% larger sensing distance over all of the competition. If your application needs greater sensing distance, has high temperature variations, a high potential of electromagnetic disturbances, or your material has variations; then High Performance is the right sensor for you. It’s not a high performance capacitive sensor unless it is Rechner High Performance. https://www.rechner-sensors.com/en

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Rechner Capacitive Sensors

An overview of capacitive sensors helps to understand their working principle and characteristics. Capacitive sensors operate based on the principle of measuring changes in capacitance caused by the presence or absence of an object. They consist of two conductive plates separated by a dielectric material. When an object enters the sensing field, it alters the capacitance, triggering a change in the sensor’s output. Capacitive sensors can detect both conductive and non-conductive objects and are suitable for various materials. Their high resolution, fast response time, and non-contact nature make them ideal for applications requiring precision and reliability. https://www.rechner.com/Capacitive/

Introduction to capacitive sensors is essential for understanding their importance and applications. Capacitive sensors are a type of proximity sensor that detects the presence or absence of an object by measuring changes in capacitance. These sensors offer numerous advantages, such as high accuracy, reliability, and sensitivity. They are widely used in various industries, including industrial automation, automotive, consumer electronics, and medical devices. Rechner sensors, known for their extensive range of sensor models and customization options, provides tailored solutions for specific applications, offering enhanced performance and flexibility. https://www.rechner.com/Capacitive/

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Line inspection devices

The safe line inspection device PLIDdys provides safe power-up on two-wire connections, providing maximum safety on long cable routes. With PLIDdys, unintended power-up or plant start-up can be excluded in the event of an error. This is particularly beneficial on interlinked plants or on plant sections distributed over a wide area, which may not always be clearly visible.