62H2222-H0-035C

Series:	62H
Part Status:	Active
Encoder Type:	Optical
Output Type:	Quadrature (Incremental)
Pulses per Revolution:	16
Voltage - Supply:	5V
Actuator Type:	Concentric
Detent:	Yes
Built in Switch:	No
Mounting Type:	Panel Mount
Orientation:	Vertical
Termination Style:	Cable with Connector
Rotational Life (Cycles Min):	1M

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Application Field of 62H2222-H0-035C Encoders

Encoder is a kind of sensor that converts the analog signal into digital signal, which plays an important role in the operation of the automation equipment. Generally, encoders can be divided into three types by the transformer principle, namely, incremental encoder, absolute encoder and hollow shaft encoder. Among them, 62H2222-H0-035C belongs to a type of hollow shaft encoder.The hollow shaft encoder, or the hollow encoder, is a widely used type of encoder. The specific application field of 62H2222-H0-035C includes motor speed control, robotic control, automated equipment, and other industrial automation applications. In addition, hollow shaft encoders are suitable for ultra-low speed applications, such as motor speed measurement in agricultural machinery and other industrial machinery.

Working Principle of 62H2222-H0-035C Encoders

It is necessary to understand the working principle of 62H2222-H0-035C before discussing its application field. In general, the working principle of the 62H2222-H0-035C hollow shaft encoder is based on the optical principle. In short, it uses the grating code disk as the source of the light signal, and uses the photosensitive element to detect it. This kind of encoder uses two phase circuits to acquire signals, one of which is the reference phase (A -phase) and the other is the movement phase (B -phase).At the same time, the 62H2222-H0-035C hollow shaft encoder can also be connected to digital receivers. The mode of connection can be either single-ended or differential output. Generally, the single-ended output is a high-level TTL (Transistor- Transistor Logic) signal, and the differential output is the open collector signal, Ne555. The single-ended output signal can directly input the logic circuit and micro-controller, while the differential output must pass through the buffer circuit before it can input the logic circuit. When the 62H2222-H0-035C hollow shaft encoder is in use, since its components are placed in a circle, it needs to be constantly rotated to read the signals. The output signal is a rectangular wave signal, and its frequency and state changes with the rotation speed and angle of the encoder. By comparing and analyzing these changes, it can accurately measure the real time rotating information of the shaft. In addition, the 62H2222-H0-035C hollow shaft encoder also has the function of signal filtering. In other words, it can filter out the interference signals brought by the environment to ensure its accurate signal transmission. With the help of this function, it helps to distinguish the valid filtering signals from the irrelevant interference signals and improve the accuracy of its measurement.

Conclusion

In conclusion, 62H2222-H0-035C hollow shaft encoder has a wide application field in industrial automation industry. Moreover, its working principle is based on the optical principle and it filters out the interference signals to guarantee the accurate signal transmission. It can be connected to both single-ended or differential receivers, and its output signals contain valuable information about the rotating speed and angle of the shaft. Therefore, 62H2222-H0-035C hollow shaft encoder is a reliable and accurate device that is widely used in many industrial automation applications.

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