E2FQ-X2E1

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Proximity sensors detect the presence of objects without the need for physical contact. E2FQ-X2E1 is a leader in the field of inductive proximity sensors, which are commercialised for a variety of applications and represent one of the most reliable technologies for switching and sensing operations. This article will provide an overview of the E2FQ-X2E1 application field and working principle, so that users can understand its capabilities and effective deployment.

E2FQ-X2E1 inductive sensors are mainly used for positioning detection in mechanical assembly lines and robotic systems. They work through the use of coils that generate an electromagnetic field, which is then picked up by the E2FQ-X2E1 sensor. The position of an object in the electromagnetic field is then recognised and the presence of objects in the sensing range is detected. This makes them ideal for applications where traditional mechanical proximity sensors may not be feasible due to their lack of sensitivity and accuracy.

The working principle of the E2FQ-X2E1 sensor is based on the magnetic field induction. A coil located within the body of the sensor is powered with an alternating current whose amplitude and frequency are dependent on the application field. When the coil passes through the magnetic field, an output voltage is generated by a magnetic field induction effect. This output voltage changes its amplitude and frequency as the distance between the sensor and the object it is sensing changes. The E2FQ-X2E1 sensor then converts this voltage into a digital signal, which can be read by a microcontroller or other external devices.

The E2FQ-X2E1 range has different outputs, but the most common ones are the NO (normally open) and NC (normally closed). The NO output contact is turned on when the sensor detects an object. The NC output contact, on the other hand, remains off when an object is detected. The output contacts are designed so that they can be used to control any kind of actuating device, such as motors, lights, relays, etc. depending on the application field.

In addition to the NO and NC outputs, the E2FQ-X2E1 range also features a separate analogue output. This output provides information on the relative distance of an object to the sensor, which can then be used to adjust the speed of robots, conveyor belts, etc. depending on the application field.

The E2FQ-X2E1 range is ideal for applications such as positioning, speed control, and other operations that don’t require a physical contact between the sensor and the object. It works by creating an electromagnetic field between two coils and detecting changes in the field. The outputs of the sensor can then be used to control other actuating devices. Overall, the E2FQ-X2E1 range represents one of the best options for reliable and efficient sensing and switching operations.

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