E2FM-X5D1 2M

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Proximity sensors are sensor instruments that detect or measure the presence or absence of an object or target without contact with it. These sensors are used to detect objects near a sensing surface without direct contact. Today’s proximity sensors are able to provide contactless detection function even at a wide range of distances including mm range or larger in some cases. This allows them to be used in various applications from industrial, medical, and consumer electronics.

E2FM-X5D1 2M is a regular inductive proximity sensor from Omron. It detects targets made of components made of ferrous metal. It is engineered with precision components for high performance, and utilizes a unique coreless latching mechanism for long-lasting and reliable detection accuracy. The sensor’s body is constructed of PBT plastic with a durable Teflon coating, and its design allows for easy installation, maintenance, and adjustment.

The E2FM-X5D1 2M has a sensing distance of up to 2mm and an operating voltage of 10 to 30v DC with a current consumption of 5mA. The noise tolerance of the device is 2kHz, with a response time of 2ms in a normally-open switch, and a 5ms response time for a normally-closed switch. It also provides a detection light function for easy confirmation that the sensor has been properly installed and is functioning as expected.

The sensor has a number of application fields. In the industrial field, it is commonly used to detect solid and non-standard objects in production lines, for position setting of large machines, and for object counting and sorting. In the medical sector, the sensor is also used for counting tablets and capsules in packaging. It is also used to detect the presence of hazardous materials in medical waste and in blood chemistry analysis systems.

The E2FM-X5D1 2M proximity sensor works on the principle of electromagnetic induction. In this sensing method, a coil inside the sensor produces an electromagnetic field, which is modulated with a certain frequency. When a ferrous metal objects approaches the sensing surface of the device, the field is disturbed and creates an eddy current in the metal object. The sensor detects this eddy current and reacts accordingly.

The sensors usually consist of an oscillator with a coil wrapped around its core. When a target enters this field of induction, the field changes. This change is then detected by a detector and an output signal is generated to indicate the presence of the object. Depending upon the type of sensor, the output may be a voltage, current, frequency or digital pulse. It can also be used to provide control functions.

The E2FM-X5D1 2M is a versatile and reliable proximity sensor that can be used in a variety of applications. Its high detection accuracy, long sensing distance, and low energy consumption make it an ideal solution for a wide range of sensing applications.

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