61K128-060

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Encoders are specialized devices that provide precise angular measurements at high linear or rotary speeds. Commonly known as rotary encoders, they are used in a variety of industrial applications. The 61K128-060 encoder is one such device designed to provide a highly reliable and accurate measurement of rotary movements. This article will discuss the application field and working principle of the 61K128-060 encoder.

The 61K128-060 encoder is suitable for use in applications such as motor control and motion control. It can measure the angular velocity and position of a shaft, making it useful for monitoring the speed and direction of a motor or any other rotating device. This encoder is also useful for detecting the speed and position of rotary axes of robotic arms and industrial machinery. Additionally, its ability to accurately measure both linear and rotary motion makes this encoder a suitable device for measuring the linear and rotary speed and position of conveyor belts and pulleys.

The 61K128-060 encoder consists of a rotary-sensor head and an electric-signal converter. The sensor head is composed of a photo interrupter and code disc, while the converter is responsible for transferring the coded signals to the output. As the code disc rotates, the light source in the photo interrupter alternately interrupts and passes light through the code disc. This creates a series of pulses shown in the output. Based on the number of pulses, the encoder can determine the angular position and speed of the rotor. Additionally, it can also detect any errors or stalls in the rotation, enabling it to provide precise and accurate data for industrial applications.

The signals from the encoder can be measured in several ways to obtain the desired output, such as pulse output, analog output, and serial output. The pulse output is obtained through the number of pulses generated when the code disc rotates, while the analog output allows for measurements of the signal in an analog (voltage or current) format. On the other hand, the serial output utilizes serial data to provide digital output. This allows for more accurate measurements and synchronized readings.

The 61K128-060 encoder offers a range of features that make it an ideal choice for a variety of industrial applications. These include a high resolution of up to 256 pulses per revolution, high accuracy of up to ±1 counting error, long-term operation, a wide range of operating temperatures (-20°C to +80°C), and a maximum operating speed of 3600 rpm. With a body made from polyamide, it is also highly resistant to dust and dust particles, which makes it a reliable device even in harsh industrial environments.

In conclusion, the 61K128-060 encoder is a reliable and accurate device, suitable for a variety of applications such as motor control and motion control. It consists of a rotary-sensor head and an electric-signal converter, and is capable of detecting the angular velocity and position of a shaft accurately. Additionally, it offers a range of features, including a high resolution, high accuracy, and a long-term operation. It is also highly resistant to dust and dust particles, making it a reliable choice for industrial applications.

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