26AS22-01-1-15S

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Encoders are devices used to measure the relative positions of objects accurately, precisely and quickly. They are ubiquitous in all types of motion and position sensing applications. The 26AS22-01-1-15S is an encoder of this type.

The 26AS22-01-1-15S is a low cost, zero-contact, shafted encoder which consists of a stationary code disk and a rotating, self-contained code disk mounted on the output shaft of the tracking system. A single feedback channel produces an incremental output with a resolution of 5.08 deg. The shafted encoder is ideal for single- and multi-axis applications in industrial automation, robotics, and aerospace.

The working principle of the 26AS22-01-1-15S is based on the incremental method of measurement. The code disk is composed of a set of slots which are scanned by diode sensors. The output of the diode sensors is examined for transitions from slots to empty spaces on the code disk as it rotates. Each transition represents a specific angle and produces a pulse; the total angle of rotation is measured by counting pulses. When coupled with an electromechanical rotary encoder, this technology can achieve precise position control.

The 26AS22-01-1-15S is used in a variety of applications including motion control, motor feedback, sensor feedback, navigation, medical imaging, and robotics. It is also widely used in robotic arms and motion platforms, where its combination of accuracy and reliability makes it a reliable choice. It is also used in printing and packaging applications where precise positioning is essential for excellent product quality.

The 26AS22-01-1-15S is a versatile encoder which is designed for a variety of motion control and sensing applications. Its low cost and reliable performance make it an attractive choice for a variety of applications. Its precision and accuracy make it an excellent option for both high-accuracy and high-resolution applications. Its incremental output makes it an ideal choice for precise motion control.

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