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Encoders

ZOH1200A application field and working principle

ZOH1200A optical incremental encoder is a type of rotary encoder which is widely used. It is designed for use in positioning applications that require high accuracy, low speed, and high resolution. This encoder uses an optical system to detect the rotation of a shaft to convert its direction of movement into a digital signal.

ZOH1200A optical incremental encoder is suitable for use in many application fields, such as industrial automation, out automation, electrical control, and medical systems. Its working principle is based on an optoelectronic system, which detects the incremental angle of the shaft to generate square wave signals. This incremental angle is converted into a digital signal and this digital signal can be used to control the equipment.

ZOH1200A optical incremental encoder has a sensing disk with a series of evenly spaced slots, which are divided into two rings. A LED (Light Emitting Diode) and a photodiode are arranged to form a detecting pair. When the sensing disk rotates, it will cause the LED and photodiode to generate the square wave signals. The detection system is sensitive to the spacing of the two rings, thus allowing the rotation of the shaft to be accurately and reliably monitored.

Besides, ZOH1200A optical incremental encoder is widely used for applications like monitoring the angular velocity and position. It is designed to provide high accuracy, high reliability, long life, and low cost. It can be used in velocity detection, distance measurement, automatic control and other fields. By monitoring the sensing disk\'s radial movement, it is possible to provides measurement accuracy up to 0.001 mm or 0.0001°. Moreover, the maximum working frequency of this encoder is more than 5000Hz.

Finally, ZOH1200A optical incremental encoder can be applied in various places, such as in CNC machine tools, automation equipment, printing machinery and robotics, as well as for monitoring the angular velocity and position of machines. It can also be used as a smart feedback device to control motor speed, to detect input frequencies, and to measure speed and angle.

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