62S11-N4-120S

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

Encoder are machinesable to electronically measure the distance or angle of a rotating shaft and provide digital feedback. The 62S11-N4-120S encoder is a type of incremental encoder which differs from an absolute encoder in that it does not provide a reference point with its output signal. Instead, its signals are periodic meaning that the output signal changes multiple times as the shaft rotates. The signals may repeat with each revolution of the shaft.

The 62S11-N4-120S encoder uses a code wheel to define the position of a given shaft. The code wheel has been designed with a number of opaque and transparent sections which allow or block light from passing through. This light usually comes from a LED light source and is directed onto the code wheel through an optical lens. Inside the encoder is a single quadrature output which is used to detect the passing of each opaque section as the code wheel rotates. As each opaque section passes the optical lens, the output changes state, resulting in two periodic signals which are in quadrature. This output can then be used to calculate the rotational speed and position of the shaft.

The 62S11-N4-120S has various applications such as in robotics, medical equipment and automotive factories. Its ability to detect multiple quadrature signals makes it ideal for controlling multi-directional devices . This is especially useful when controlling the speed and direction of an automated process, such as a robotic arm in an automotive factory. The 62S11-N4-120S also has the added advantage of a compact design due to its reduced number of components when compared to absolute encoders. This helps to reduce the overall cost of the product and make it more affordable for customers.

In conclusion, the 62S11-N4-120S encoder is a type of incremental encoder that uses a code wheel and a single quadrature output to measure the position and speed of a rotating shaft. It has various applications in industries such as robotics, automotive and medical equipment. As well as this, its compact design helps to reduce the cost of the product for the consumer, making it an attractive option. This makes it a perfect solution for customers looking for an accurate and affordable encoder.

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