DSU9H30//2WTN//02048//G6R//**DW**

Encoders play an important role in the field of automation. With their ability to accurately measure rotary motion, encoders are used in a variety of applications including robotics, motion control, material handling, machine vision, and much more. The type of encoder used will depend on the application and the desired accuracy. One type of encoder that is common in many industrial applications is the DSU9H30//2WTN//02048//G6R//**DW** encoder. The DSU9H30//2WTN//02048//G6R//**DW** encoder uses a high resolution Hall Effect sensor to detect magnetic dipole motion and precisely measure rotary speed and position. This type of encoder is most commonly used in industrial robot applications. It is capable of sensing rotational speeds up to 1 000 rpm and provides resolution of up to 4096 pulses per revolution. The encoder is designed to be rugged and reliable, and can withstand high levels of vibration and shock. The DSU9H30//2WTN//02048//G6R//**DW** encoder operates using a Hall Effect sensor mounted in the center of a permanent magnet wheel. As the wheel rotates, the Hall Effect sensor detects changes in the magnetic field and precisely measures the speed and position of the wheel. The sensor produces a digital output signal which is proportional to wheel rotation in the form of a Pulse Width Modulated (PWM) signal. The PWM signal is then converted into a digital pulse train which is used to measure angular velocity. The encoder features several built-in safety and diagnostic features including an emergency stop, over-speed and overload protection, and a built-in temperature sensor for diagnostic purposes. Additionally, the encoder is designed to be waterproof and dustproof for use in harsh industrial environments. The DSU9H30//2WTN//02048//G6R//**DW** encoder is a reliable, high speed, high resolution encoder ideal for use in robotic and industrial automation applications. With its built-in safety features and waterproof/dustproof design, it is an invaluable tool for accurately measuring rotary speed and position.

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