E6C3-CWZ3EH 2500P/R 2M

Encoder is a kind of widely used sensor in various industries. The E6C3-CWZ3EH 2500P/R 2M encoder is a type of incremental encoder, which has a high resolution and long life. It is a very important component in different application fields.

This type of encoder is usually used in vehicles or other industrial applications for measuring the output rotation velocity and position. It has a pulse rate of up to 2500 pulses per revolution with a resolution of 2mm. This encoder can usually be connected to a motor shaft and connected to other control systems. It is mainly used on many industrial automation machines, such as CNC machines, robotic arms, or transmission control systems.

The working principle of the E6C3-CWZ3EH 2500P/R 2M encoder is based on electrical signals generated through incremental signals. In this type of encoder, there is a disc type element that is connected to the motor shaft to detect the rotation and determine the speed and position of the motor. This encoder consists of two parts: the first part is the disc that is connected to the motor shaft and reads the rotation; the second part is a photoelectric component that is used to read the encoded signals.

The disc part consists of optical codes, and as the motor shaft rotates the disc, the optical codes on the disc move across the reading components of the encoder. These optical codes are encoded as high and low pulses, and the encoder interprets the pulses and sends signals to the other control system to determine the speed and position of the motor. The encoder will send out a signal each time the optical codes are read, and thus it can measure the speed and position of the motor shaft accurately.

The E6C3-CWZ3EH 2500P/R 2M encoder is a reliable and accurate device for measuring motor speed and position in a wide range of applications. It is easy to install and use, so it is widely used in the industrial and automotive industry for its superior accuracy and reliability. It is also used for industrial robots, automated machines, transmission systems, and other control systems to accurately measure the output speed and position.