EVE-KC2F2024B

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Encoders are a type of device used to measure or monitor the position of a rotating shaft by converting the angular position into digital signal. They can be used for a variety of applications such as servo control, robotics, machine tools etc. The EVE-KC2F2024B is a magnetic incremental encoder which is specifically designed for industrial applications. It is one of the most commonly used absolute encoders due to its high accuracy and immunity to shock and vibration.

The EVE-KC2F2024B is a high performance, cost effective absolute shaft encoder that combines a rotary sized 28 mm housing and a 2mm flatted shaft plus a detachable keyed shaft. It is capable of providing a output resolution of up to 8192 counts per revolution and can operate in temperatures ranging from -20° to 85°C. This encoder features an integrated digital signal processor (DSP) to increase the resolution rate and decrease the rate of error in signal acquisition.

The operating principle of the EVE-KC2F2024B makes use of linear measurement to detect the rotational motion of the shaft. The internal circuitry uses a set of magnetic sensors that are arranged in a circle around the central shaft. When a magnetic field is created around the shaft, the sensors detect the changes in the field strength and convert them into digital signals. The signals are then processed by the DSP inside the encoder and outputted in the form of a pulse width modulation (PWM) signal.

The EVE-KC2F2024B is ideally suited for applications such as automotive, aerospace, defense and industrial automation. The encoder is commonly used as part of Position Sensing Devices (PSDs) for measuring shaft speed and acceleration. Additionally, it can be used in motor control systems to accurately measure the rotation of the motor shaft. Furthermore, the encoder can be used in robotics and other automated assembly machines for precise control of the robot’s movements.

In summary, EVE-KC2F2024B is a reliable and cost effective absolute shaft encoder specifically designed for industrial applications. It is capable of providing a output resolution of up to 8192 counts per revolution and can operate in temperatures ranging from -20° to 85°C. The encoder is applicable for motor control, robotic, aerospace, automotive and other industrial automated machine applications. The internal circuitry of the encoder makes use of linear measurement to detect the rotational motion of the shaft and convert it into a digital signal.

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