EVE-VCGJL016B

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Encoder - EVE-VCGJL016B Application Field and Working Principle

EVE-VCGJL016B is an encoder designed for motion control applications in industrial automation processes. The encoder is capable of a measurement range that goes up to 4096 quadrature signals per one revolution, and it also offers 10V operating voltage.

This encoder works in two directions. In one direction, the encoder outputs the signals that correspond to the movement of the motor shaft, and in the other direction, it produces a feedback signal that can be compared to the output signal to measure error or position. This feedback signal is used in closed-loop control systems to correct for errors and maintain precision.

EVE-VCGJL016B Application Field

EVE-VCGJL016B is a great encoder for industrial motion control applications, such as robotics, automation, packaging, and process control systems. This encoder is also ideal for automated transportation, such as elevators, conveyors, and palletizers. Additionally, the encoder can be used for measuring speed, monitoring loads, counting objects, and checking angle and distance in machines.

EVE-VCGJL016B Working Principle

The EVE-VCGJL016B encoder utilizes a quadrature pattern for measuring and encoding. This encoder pattern consists of fixed, evenly spaced marks (called ticks or steps) that are read as a two-channel digital signal, using two complementary output channels A and B that are 90° out of phase from each other. The signals from the A and B channels are then used to calculate the angle and the speed, by comparing the relative phase shift between the two channels.

When the motor shaft is rotated, the A and B channels produce different outputs. The output from the A channel is static, and the output from the B channel changes. The difference between the two channels is measured and then converted into position information. The precision of the encoder\'s measurements is determined by the resolution of its output signals.

To use this encoder effectively, the motor must be mechanically adjusted in a way that the output shaft does not slip. Additionally, the two channels should be properly aligned, and the signal velocity should be maintained within pre-set limits.

Conclusion

The EVE-VCGJL016B is a reliable encoder with a large measurement range that is suitable for a variety of industrial motion control applications. The encoder is based on quadrature encoder pattern, which allows the encoder to measure angles and speeds with high accuracy. Additionally, with proper mechanical setup and alignment, the encoder can maintain the pre-set signal velocity limit necessary for precise measurements.

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