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Encoders

DPL12VN24A24KR encoders are miniature incremental rotary encoders with a radial course of 12 mm and a maximum speed of 5000 RPM. These encoders come with a hollow shaft and one or two 24 ppr outputs for commutation and positioning. With a robust and compact design, high shock resistance, these encoders are ideal in challenging environments for both indoors and outdoors applications.

Application Field

DPL12VN24A24KR encoders are mainly used in robotics, medical equipment, motion control, automotive components, security, IT, consumer electronics, industrial automation, HVAC, etc. As they are compact and highly durable, these encoders are capable of providing precise positioning over a wide range of temperatures, and even enabling devices to withstand harsh conditions.

Working Principle

DPL12VN24A24KR encoders work by capturing the rotation of motors and transferring the captured data to a machine controller. As the motor rotates, the encoder detects and tracks its speed and position minute-by-minute through the use of two disc-shaped optical sensors that rotate asynchronously with the application. These sensors are then connected to a counter circuit and a decoder circuit that are capable of decoding the incremental position of the motor shaft in accordance with its rotation. The microprocessors located in the decoder circuit will then convert the electromagnetic signals into position data that can be used to control the operation of the motor.

In addition to having the capacity to monitor the speed and position of motors, DPL12VN24A24KR encoders are also capable of providing the most reliable feedback to the control systems in order to adapt the movements of the motor in accordance with the change of the application. This process helps increase the accuracy of the system and ensures smooth operation, which is beneficial for accurate positioning and speed control.

The combination of encoders and motor controllers further expands the possibilities of control and precise positioning, creating the ability to optimize motion control and speed and achieve maximum performance and accuracy. Such precision is incredibly useful for applications such as robotics, medical, IT, automotive, and any other environments where consistent accuracy and tight control are necessary.

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