DP09H1212A15K

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Encoders are electromechanical devices used for monitoring quantity, speed, distance, direction and position. They are used primarily as feedback devices in open and closed loop control systems. The DP09H1212A15K is a prime example of such a device used in many applications across a variety of industries.

The DP09H1212A15K is a hollow shaft incremental optical encoder that is designed for applications requiring a robust yet compact solution. It has 12 pulses/revolution with a 15 kHz (2M) maximum pulse rate. It is configured with thru-bore style mounting and a 6mm bore size, making it suitable for use in position feedback mechanisms, but not limited to just this application. Its environment rated temperature range is -20 to +105 °C and the 30mm housing also offers resistivity from high pressure washdown and coolants.

The DP09H1212A15K is programmed using TTL logic and utilizes two high resolution photo detectors to sense slotted disks. These detectors generate an electrical signal as they rotate, indicating the direction of the movement and the speed it is traveling. The logic signals outputted by the detector identify the position of the encoder and translates the rotary motion into a digital signal. These signals can then be used by a controller to carry out various operations or to trigger other devices to move or activate various functions.

The DP09H1212A15K has been widely used in many applications such as shaft position and angle control, conveyor tracking, industrial robotics, and aerospace navigation systems. Its small size, high accuracy, robust design and high speed transmission make it ideal for applications requiring a small, low-cost solution with high accuracy.

The DP09H1212A15K is a reliable, cost-effective and powerful encoder that is capable of meeting a variety of needs. It is able to detect movement and rotary action accurately with a range of outputs, providing a reliable feedback mechanism for control systems. Furthermore, its high levels of accuracy and robust construction also make it suitable for robust, space saving applications in a range of industries.

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