62NG515-LH5-02C

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Encoders are a type of transducer used to measure angle or position. An encoder uses an electrically generated oscillating signal to determine which direction a shaft is turning, and how many times (or how fast) it is turning. The 62NG515-LH5-02C is an incremental encoder with a quadrature output that is widely used in industrial solutions.

Application Field

The 62NG515-LH5-02C encoder is designed specifically to be used with high-torque drives in the industrial automation industry. It provides an accurate and reliable measure of shaft angle and speed that can be used for controlling and monitoring motors, conveyors, and other machines used in manufacturing and production. The encoder has the capability to interface with a host of other components, such as drive systems, Modbus and Programmable Logic Controllers (PLCs).

The encoder can be used in low-voltage or high-voltage conditions, making it particularly useful in fields where there are fluctuations in power supply, such as high-traffic areas with varying levels of flow. Its high-accuracy construction also makes it great for environments such as clean rooms, where there is little tolerance for errors, and for precision applications in aerospace, automotive and medical industries.

Working Principle

The 62NG515-LH5-02C encoder produces a quadrature output signal that can run in up to four directions, providing an accurately measured shaft angle in clockwise or counterclockwise directions. The encoder works by combining an LED light source and a photodetector, which consists of two photodetectors arranged in a 90-degree pattern. As an external rotary shaft with slots passes between the LED and the detector, light pulses in the form of sine waves are generated. The length and amplitude of the wave are dependent on the number of slots present in the shaft, and the phase of the wave is controlled by the direction of rotation of the shaft.

The output signal of the encoder is then conditioned by an amplifier circuit and fed to external circuitry for further processing. The conditioned signal is also converted into a series of discreet digital pulses, indicating the number of slots in the shaft and the direction they are turning. This output can then be used for machine automation, error detection and correction, speed and acceleration monitoring and other applications.

The 62NG515-LH5-02C encoder is designed with a rugged construction, featuring a sealed construction for added protection against dust and dirt, an adjustable speed dialogue filter and a wide range of electrical and mechanical configurations.

Given the many features of the 62NG515-LH5-02C encoder, it is ideally suited for a range of applications in the industrial automation industry, providing reliable and accurate measurements of shaft angle and speed.

The specific data is subject to PDF, and the above content is for reference