HEDM-5500#B11

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Encoders are devices used to measure displacement, velocity, or position. They function by using a code wheel, disc, or strip that is scanned by a sensor or a transducer. This code wheel interacts with the sensor and as the wheel rotates, it sends pulses that the sensor interprets. These pulses are then transferred into a signal that can be interpreted by a control system. The HEDM-5500#B11 encoder is a high accuracy, non-contact type of encoder used in applications such as robotics and motion control technology.The HEDM-5500#B11 encoder is based on a code wheel scanning method. Its high accuracy comes from its lack of mechanical contact, which means that it is not affected by wear or dirty conditions. The code wheel is a disc that contains a train of pulses. As the wheel rotates, the pulses are scanned and the sensor in the encoder picks up the signal. The sensor then converts this signal into digital pulses, which are then transmitted to a microprocessor.The HEDM-5500#B11 encoder features a built-in resolution of up to 10,000 counts per revolution (CPR). This resolution allows for very accurate measurements and control of position, velocity, and direction. The encoder has a maximum input frequency of 30KHZ with a maximum output frequency of 50KHZ. It is capable of operating over a wide temperature range, from -20°C to +60°C, and is capable of withstanding operating shock up to 50G’s.The HEDM-5500#B11 is mainly used in robotics and servo motion applications. It can be used in both open-loop and closed-loop control systems for accurate positioning and speed control. Its built-in resolution and low noise output makes it ideal for feedback applications where accurate readings are required. It can also be used in systems that require precise speed control, such as robot arms.The HEDM-5500#B11 encoder is well-suited to applications that require accurate measurement and control of displacement, velocity, or position. Its superior design, resolution, and robustness makes it a reliable choice for motion control systems. Its non-contact design means that it is not affected by wear or dirt, making it ideal for harsh industrial applications where reliability is key. Its wide temperature range and high shock resistance give it a long operational life in even the toughest conditions.

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