H25D-SS-20000-T10-ABC-28V/5-SM16-S

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An encoder is a device used to measure the position and/or speed of a motor shaft relative to an established reference. To achieve this, the encoder produces uniform pulses that correspond to either angular, linear, or rotational motion.The H25D-SS-20000-T10-ABC-28V/5-SM16-S encoder is a device that provides accurate angular position and velocity feedback over a wide range of conditions. It has a single-speed, multi-turn encoder, with 12,000 pulses per revolution and up to 10,000 revolutions. The encoder also has an absolute position detector, allowing it to maintain its position even if the power is lost.

The encoder uses an integrated magnetic chip, consisting of four sets of windings placed in a circular pattern around two three-phase stators. The windings are wound in opposite directions to form what is known as a two- or four-phase quadrature pattern. When the rotor passes over the coils, the output voltage from each winding will increase, causing a measured change in the output frequency of the encoder.

The H25D-SS-20000-T10-ABC-28V/5-SM16-S encoder has a wide range of applications, including industrial, automotive, medical, avionics, and robotics. It is also well suited for applications that require reliable, precise angular, linear, or rotational measurements, such as position control systems, servo systems, motor control systems, and robotic actuators. For example, in robotics, the encoder can be used to measure the angular position of robotic joints to determine their position. This allows the robot to accurately and precisely move to a desired position.

In addition, the encoder is ideal for use in motion control systems, such as those found in CNC machines. In these systems, the encoder can be used to measure the position and velocity of the rotating spindle, as well as the angular position of the cutting tool. This provides the controller with the necessary information to regulate the cutting speed and ensure accurate machining results.

The H25D-SS-20000-T10-ABC-28V/5-SM16-S encoder has also been used in the medical industry to monitor and measure the position and velocity of robotic surgical instruments during minimally invasive procedures. This allows for greater accuracy and precision during delicate procedures, improving patient outcomes.

The working principle of the H25D-SS-20000-T10-ABC-28V/5-SM16-S encoder is based on the integration of magnetic sensors with mechanical sensors. When the rotor passes over the coils, the output voltage from each winding will increase, which in turn causes a measured change in the output frequency of the encoder. This frequency output is then used to determine the position and speed of the object being measured.

In conclusion, the H25D-SS-20000-T10-ABC-28V/5-SM16-S encoder is a useful and versatile device for providing accurate angular position and velocity feedback over a wide range of conditions. It has a wide range of applications, including industrial, automotive, medical, avionics, and robotics. This is due to its ability to measure the position and velocity of a rotating spindle and the angular position of a cutting tool. Additionally, the encoder can be used to measure the position and velocity of robotic surgical instruments during minimally invasive procedures. The encoder works by integrating magnetic sensors with mechanical sensors, allowing it to measure the change in output frequency as the rotor passes over the windings.

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