600128CN1

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Encoders provide industrial systems with the ability to accurately measure count, distance, speed, direction, and other linear motion variables. The most common form of linear motion encoder is the 600128CN1, often found in machine tools, robotics, and other industrial applications requiring high precision movement. This article will discuss the application field and working principle of the 600128CN1.

Application Fields

The 600128CN1 is a single-ended linear motion encoder commonly used in applications requiring precise measurements of linear motion. It is most often used for machine tools, robotics, and factory automation systems. It is particularly useful in applications where space is limited, as its small size allows it to be installed in tight spaces. Additionally, its open design allows for easy access to the necessary components.

The 600128CN1 is also well suited for applications requiring high accuracy and reliability, as it can measure to within one micron. It is capable of sensing changes in speed, acceleration, and direction, making it ideal for use in robotic and automated systems. Additionally, its low voltage input allows it to be used in hazardous and corrosive environments.

Working Principle

The 600128CN1 utilizes a phase-shifting principle to measure linear motion. This principle is based on the fact that a light beam passed through a rotating device will be phased, or offset, after it passes through a rotating shifter or reflector. The phase-shifting principle can be used to measure the distance of a linear motion by observing changes in the phase of the light beam as it passes through the reflector. The angle of the phase shift is then used to determine the linear displacement from the sensor\'s point of origin.

The 600128CN1 utilizes a rotary encoder and a linear optical sensor, which are fitted with a light-emitting diode (LED) and a photosensitive diode (PD) respectively. The LED sends a beam of light to the PD, which then times the phase-shift of the signal. This phase-shift is measured and converted into a linear displacement measurement. The resulting signal is then amplified and used to control the motor or other motion control device.

Conclusion

The 600128CN1 is a single-ended linear motion encoder that is well suited for applications requiring accurate and reliable measurements of linear motion. It utilizes a phase-shifting principle to measure distances and is capable of detecting changes in speed, acceleration, and direction. Its small size and open design allows for easy installation in close quarters and hazardous environments, making it an ideal solution for machine tools, robotics, and factory automation systems.

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