DP09HN12A20F

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Part Status:	Active

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Encoders: DP09HN12A20F Application Field and Working Principle

An encoder is an electronic device that is used to convert information into a code. In particular, an encoder is used to convert analog or digital signals into a code that can be understood and used by other systems. They can be used in various applications like for switching, measuring, controlling, and monitoring purposes.The DP09HN12A20F encoder, manufactured by Dynapar, is a rugged and reliable type of absolute rotary encoder that is designed for an extensive range of applications. This type of encoder is a brushless absolute feedback device that provides high-resolution feedback with exceptional accuracy and repeatability. It is two-channel (or dual-channel), meaning it has one output channel that supplies pulses or encoder signals along with one index channel that produces a single pulse at one point of rotation.

DP09HN12A20F Application

The DP09HN12A20F encoder is designed to be used in industrial automation and motion control applications, such as those found in robotics, machine tooling, packaging, and material handling equipment. It is also suitable for applications in which a machine is operated under extreme conditions, such as extreme temperatures, shock, and vibration. The high-resolution feedback and exceptional accuracy make it an ideal solution for these and other applications.

DP09HN12A20F Working Principle

The DP09HN12A20F encoder works on the principle of a rotary transformer. A typical rotary transformer consists of a stationary core surrounded by a rotating windings circularly arranged around the core. When the windings rotate, pulses in the form of alternating current are generated in the winding and the signal is passed through the core. These pulses then form the encoder\'s output signal.The DP09HN12A20F encoder has two channels: an output channel and an index channel. The output channel produces pulses (or encoder signals) that are used to measure rotation within a system. The index channel produces a single pulse once per revolution and is typically used to identify a single reference position.The encoder can also be equipped with various optional features, such as a tachometer output, an analog output, an incremental output, and a push-button for zeroing or resetting a system.The DP09HN12A20F encoder is built to last and can work in harsh industrial environments, making it ideal for a wide variety of applications. Its high-resolution feedback, exceptional accuracy, and two-channel configuration make it a reliable solution for motion control applications.

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