E6C3-CWZ3EH 200P/R 1M

Encoder is a type of electromechanical device that is commonly used to measure linear motion or rotary motion. It can also measure angular position or speed. It is made up of two components: an encoder wheel and a sensor or receiver. The encoder wheel consists of two concentric rings of magnetic material, each ring having a unique number of teeth. When these two rings pass across the sensor or receiver, the magnetic field of each ring is sensed, and the resulting signal is used to measure the rotary motion. The E6C3-CWZ3EH 200P/R 1M is a digital incremental encoder that has a pulse resolution of 2 M and is used to measure the angular position of a rotating shaft.

The encoder works on the principle of changing the parameters of a magnetic field. The E6C3-CWZ3EH 200P/R 1M has two magnetic rings that rotate at different speeds when a rotating shaft is connected to them. As the rings pass across the sensor, the magnetic field of each ring is sensed, and the signal produced is used to measure the rotary motion. The encoder sends out two signals, called pulses. The first pulse, or "index pulse," is sent when the encoder wheel rotates past the first magnetic ring. The second pulse is sent when the encoder wheel passes the second magnetic ring. The number of pulses sent with each rotation of the encoder wheel is used to measure the angular position of the rotating shaft.

The E6C3-CWZ3EH 200P/R 1M makes use of a linear scale to measure the angular position of the rotating shaft, with a resolution of 2 M. The encoder can measure rotations from 0-360 degrees, and has a linear accuracy of 0.01 degree. The encoder also has a programmable zero mark which is used as the starting point for the measurement. The encoder is also capable of having its output signal reversed, which is useful for applications where the same direction of rotation needs to be measured.

The E6C3-CWZ3EH 200P/R 1M is used in a variety of applications where precise measurement of the angular position of a shaft is required. Common applications include monitoring and measuring the rotational speed of fans and motors, controlling robots, and measuring the position of motors and actuators. The encoder is also used in automation systems to measure motion in industrial machines, such as in conveyor systems or machine tools. The encoder is also used in medical and laboratory applications, to precisely measure and analyze data.

The E6C3-CWZ3EH 200P/R 1M is a digital incremental encoder that uses magnetism to measure the rotational speed and position of a rotating shaft. It is a precision device that is used in a variety of applications that require accurate measurement of angular position. The encoder is also capable of having its output signal reversed, which is useful for applications where the same direction of rotation needs to be measured.