Wireless high resolution encoder for rotary drives
- Precise Measurements for rotary angle, velocity, and acceleration powered by advanced sensing algorithms.
- Effortless Installation, seamlessly rotating with the shaft for easy setup.
- Robust Algorithms engineered to handle misalignments, cross-coupling, and eccentricity with ease.
Why ACCbit outperforms classical encoders
Classical encoders have two key limitations:
- 1. They provide a finite number of pulses per evolution.
- 2. The accuracy of pulse timing is highly dependent on your acquisition system.
These limitations result in poor positional accuracy, which leads to significant errors when calculating velocity. Further derivations to obtain acceleration become nearly impossible as the errors compound.
Our Accbit sensor overcomes these challenges by utilizing virtual sensing algorithms and MEMS accelerometers. These accelerometers capture information about:
- - Gravity, which relates to angular position.
- - Centrifugal acceleration, which relates to angular velocity.
- - Tangential acceleration, which directly correlates to angular acceleration.
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This advanced approach enables us to deliver highly reliable estimations for angle, velocity, and acceleration, outperforming traditional encoders.
Last but not least we can add that the accbit is more compact allowing you to to integrate them in more tight locations
Why Choose an ACCbit Sensor?
Accurately measuring angular displacement, velocity, and acceleration is vital for gaining deeper insights into your machine's performance. Here’s why:
- Angular Displacement: In flexible systems, angular displacement helps you determine deviations from the ideal kinematic behavior. In drivetrains, for example, shafts can deform at higher speeds and loads. Understanding when this happens is critical to pushing your drivetrain to its limits while avoiding performance loss.
- Angular Velocity: A precise estimate of angular velocity provides valuable insights into slipping behavior in belts or tires, which is a clear sign of wear and tear. Monitoring this allows for timely maintenance and performance optimization.
- Angular Acceleration: According to Newton’s laws, acceleration is directly linked to forces and loads. Sudden increases in load are immediately reflected in the acceleration signal, enabling you to quickly extract key features to monitor your machine. Additionally, acceleration data reveals torsional modes that can damage your drivetrain and lead to premature failure.
The ACCbit sensor delivers these critical measurements, helping you optimize performance, enhance reliability, and prevent costly breakdowns.
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What the industry has to say about FORCEBIT
"Due to its ease of use, FORCEBIT's sensor is 10 times better than the product we had before"
