EVQ-WK5001

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A rotary encoder is an electronic device that measures the rotation of an object, typically an axle or shaft. They are used in a variety of applications that require accurate electro-mechanical feedback. The EVQ-WK5001 is a highly versatile rotary encoder that is suitable for the demands of many applications.

The EVQ-WK5001 is comprised of a main storey and two angle-measuring heads, which allows for greater precision and accuracy than traditional single-head encoders. The angle-measuring heads are made up of pairs of Hall effect sensors, which detect the magnetic field produced by a rotating wheel fitted with detection discs. Those discs are then read by the angle heads, and the signal is digitised and sent to the encoder’s main storey. The encoder can then output a serial data protocol, such as SSI (Synchronous Serial Interface) or incremental encoder pulses, which can be used to drive digital counters, feedback control systems or servo motor control systems.

The EVQ-WK5001 is suitable for a variety of applications due to its precision and programmability, such as robotic manufacturing, motor control applications, servo systems, and industrial automation. Its compact form factor makes it suitable for tight spaces, and its maximum operating speed of 5,000 rev/min makes it suitable for a wide range of speeds. It also offers a dustproof and dustproof construction, making it suitable for harsh environments.

The EVQ-WK5001 is easily configurable, and can be programmed to suit different applications. It can be programmed to output speed, position, velocity, acceleration and deceleration, as well as pulse count, direction control and even up to 15 different sensor functions. With a wide range of programming options and a high level of accuracy, it is highly suitable for a range of applications.

The EVQ-WK5001 is a highly reliable and versatile rotary encoder that is suitable for a variety of applications. It is designed for easy configuration and programming, and its accuracy and robustness make it ideal for use in harsh environments. It offers a wide range of programming options, and its compact form factor and maximum operating speed make it suitable for many applications.

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