60A18-4-100S

60A18-4-100S Encoders Overview

Encoders are devices used to measure motion or position. The 60A18-4-100S is a good example of an encoder. It is a digital incremental encoder capable of accurately detecting and measuring rotational position. It incorporates an optical mechanism that ensures stable operation and long-term accuracy. The encoder consists of two components: an optical disk and a sensor.

60A18-4-100S Application Field and Working Principle

The 60A18-4-100S encoder is mainly used in precision machine tools, robots, and industrial automation. It can detect the speed, movement amount, and count of a rotating shaft. Its principle of operation is based on the optical disk. The disk has a succession of alternating clear and dark marks that are detected by the photo-sensor. The signals generated by the light emitted by the sensor represent the sequence of marks on the disk.

The resolution of the 60A18-4-100S is defined by the number of clear/dark marks on the disk divided by the circumference of the disk. For example, a disk with 256 clear marks divided by 8 mm circumference will provide a resolution of 4,096 counts per full revolution. The 60A18-4-100S encoder uses an optical indicator as a reference point, which helps to provide accurate readings by eliminating any backlash or errors experienced in use.

60A18-4-100S Advantages and Benefits

The 60A18-4-100S encoder has several advantages over conventional mechanical encoders. It is durable and reliable, with excellent shock and vibration resistance. It is highly accurate and precise, providing measurements with nanometre resolution. Additionally, it requires minimal maintenance and can be used in harsh environmental conditions. These features make the 60A18-4-100S ideal for applications where accuracy and reliability are critical.

Conclusion

The 60A18-4-100S encoder is a reliable and accurate incremental device that can measure rotational position. It can be used in applications in the machining, robotics, and industrial automation industries. Its durability, accuracy, and reliability make it an ideal choice for critical applications that require reliable measurements with nanometre resolution.