E6D-CWZ2C 1800P/R

Encoders: E6D-CWZ2C 1800P/R Application Field and Working Principle

E6D-CWZ2C is a type of incremental encoder that operates with a high resolution of 1800 pulses per rotation. It provides reliable and accurate measurements of both position and velocity. The main application fields for this type of encoder include robotics, machine tools, printing applications, medical equipment, Leveling, industrial automation, and many other applications that need precise measurements.

An encoder measures angular motion using a disc that is attached to the motor, gearbox, or other rotating component. The disc has a precisely machined surface with a pattern of alternate transparent and opaque sections or slots that are detected by an optical sensor. As the disc rotates, the optical sensor detects changes in the intensity of the light transmitted through the transparent sections, and sends a series of pulses to an encoder. The sensor provides a count of the number of pulses that it detects, which is displayed as an angular position or velocity.

The E6D-CWZ2C encoder has a resolution of 1800 pulses per revolution, which allows it to provide an accurate and reliable measurement of the various movements of the attached component. It is a reliable encoder for use in a variety of applications that require precise measurement and control.

For the E6D-CWZ2C encoder to function properly, it must be properly connected to a power source and a proper pulse counter device that can accurately count and store the incoming pulses from the encoder. The encoder should also be connected to a velocity or position control device that can issue the appropriate pulses to the encoder. This will allow the encoder to accurately measure and report the movement of the object it is attached to.

The working principle of the E6D-CWZ2C encoder is based on the light detecting principle. The encoder is made up of a disc with alternating transparent and opaque sections. When the disc is rotated, the light emitted from a light source is interrupted by the opaque sections, causing a change in the amount of light that is detected by the encoder. The encoder detects the amount of light and converts it into a series of pulses that are sent to a counter device and/or a velocity or position control device. The number of pulses that are sent is thus directly proportional to the angular velocity or angular position of the object it is measuring.

The E6D-CWZ2C encoder is an ideal choice for applications that require precise measurement and control. With its high resolution of 1800 pulses per rotation, it can provide an accurate and reliable measurement of both position and velocity. Additionally, it is also a reliable and durable device that is designed to provide many years of reliable operation.