62NG511-LL5-P

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 used to measure the angular motion of rotating shafts by measuring the number of pulses that have been generated by a specific device. The 62NG511-LL5-P is an optical incremental encoder with a 1-channel quadrature output consisting of Channel A (CLK), Channel B (DIR), and the index (Z).

It is best suited for applications where the rotational speed of an object is to be measured. It is commonly used for motor control, counting, positioning, and metrology. One of its main advantages is that it can easily handle high operating speeds of up to 26,600 rpm. It also has a low profile and is easy to install.

The working principle of the 62NG511-LL5-P is based on the fact that it contains a number of optical sensors that can measure the rotational speed of an object. These sensors detect when a wheel or shaft has completed one revolution. They then generate a digital pulse that can be used to measure the rotation speed. The pulses generated by the encoder are then used to control the speed of the motor.

The encoder also has an external index (Z) output which is used for motor positioning. It enables the users to determine the exact position of the motor. The encoder also has a built-in display to make the setup process easier. It has a 10-bit resolution which is capable of providing a maximum 10Hz output.

To summarize, the 62NG511-LL5-P is an optical incremental encoder which is used to measure the angular motion of a rotating shaft. It is mainly used for motor control, counting, positioning, and metrology. Its main advantage is that it can easily handle high-speed rotations and has a low profile and easy to install. It also has an external index output which is used for motor positioning and has a built-in display for a easier setup.

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