62V11-01-060S

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Encoder technology has been used for decades in order to repetitively measure rotational displacement in a variety of applications. Encoders measure motion by producing electronic pulses that can be used to track angular or linear displacement. The 62V11-01-060S is a pulse encoder that uses an incremental principle to determine rotational displacement.

The 62V11-01-060S is a great choice for applications where long working distances and/or precise resolution are required. This encoder provides a 12-bit resolution of 4096 pulses per revolution, giving it an accuracy of up to 0.005 degrees in angle measurement. It features TTL electrical outputs, so it can be used in a wide range of industrial applications. It also has LED’s for visual indicators of position and rotation.

The 62V11-01-060S has two main components: a rotary disc and a sensor. The rotary disc consists of a shaft with notches or markings on it. As the shaft rotates, the notches “trip” the sensor, causing it to produce a pulse. This pulse is then read by an external control system, which uses it to determine the angle of the shaft. The sensor is a reflective type, which uses optics to detect the notches or markings on the rotary disc.

The 62V11-01-060S is typically used in applications that require precise angular measurement and repeatability, such as CNC or robotic control. It can also be used in systems that require high speed operation and long working distances. For example, the 62V11-01-060S can be used in automotive engine control systems, where accuracy and repeatability are critical for performance.

The 62V11-01-060S is a versatile and reliable encoder that can be used in a wide range of industrial applications. With its wide working distance and high resolution, it is ideal for precise measurement and repeatability. Furthermore, its TTL electrical outputs make it easy to integrate into existing control systems.

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