DPL12SV2424A18.5F1

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Encoders are a type of rotary motion sensor used to measure the angular position of a rotating motor shaft. This type of functionality is essential in industrial control systems such as robotics, where precise and accurate angular position readings must be taken quickly and reliably. The most common encoder types are incremental encoders, absolute encoders, and serial encoders. The DPL12SV2424A18.5F1 encoder falls into the absolute encoder category.

The DPL12SV2424A18.5F1 is a single-turn absolute encoder that provides a resolution of 12 bits, a shaft diameter of 24 mm, and a maximum speed of 18.5 revolutions per minute (RPM). It also features a wide supply voltage range of 5.5 – 30 VDC, a maximum output frequency of 100 KHz, and a maximum output current of 60 mA.

The main application field of a DPL12SV2424A18.5F1 encoder is for precise control and feedback of motor speed. This is necessary in order to ensure that the motor is running at the correct speed and in the correct direction. In addition, the encoder can be used to measure motor position, velocity, and acceleration, making it a great choice for industrial control systems and power systems.

The working principle of the DPL12SV2424A18.5F1 encoder is based on the principle of opto-coupling. This involves the use of a light emitting diode (LED) that is shone on a light receiving diode (LRD) that is integrated into the encoder assembly. As the shaft rotates, the reflected light received by the LRD varies due to the varying reflectivity of the code disk. This variation in light intensity is then converted into electrical signals in the form of binary code that is used to provide a measure of angular displacement.

The DPL12SV2424A18.5F1 is a reliable and accurate absolute encoder. With its 12-bit resolution, it is capable of providing precise angular position readings quickly and accurately. This means that it is an ideal choice for applications where precise motor position, velocity, and acceleration must be monitored and controlled accurately.

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