SANYO DENKI 64BMI80KXS99 servo encoder
Brand:SANYO DENKI
Model:64BMI80KXS99
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details
SANYO DENKI 64BMI80KXS99 servo encoder
Product manual:
SANYO DENKI 64BMI80KXS99 servo encoder
This model is an incremental optical shaft encoder that is compatible with SANYO DENKI servo motors.
Main Features
The resolution is about 1024 P/R, suitable for medium precision servo control systems.
The optical incremental encoding method has fast signal response speed and good repeatability.
Integrated design with servo motor, easy installation, and small space occupation.
Mechanical and electrical structures are suitable for industrial environments, with good resistance to vibration and temperature.
The output usually includes incremental pulses of phase A and B, and some models have Z-phase index pulses for zero calibration.
Wiring should pay attention to shielding and grounding to avoid interference signals affecting feedback accuracy.
The encoder performance plays a crucial role in the speed response and position accuracy of closed-loop control systems.
When replacing or repairing, it is necessary to ensure that the model, resolution, and installation size match the original system.
Can be used for medium inertia, high-precision automation equipment, such as CNC machine tools, handling robots, rotating workbenches, etc.
Although it has a medium resolution, it is sufficient to meet the repeated positioning requirements of most industrial automation scenarios.
The encoder, servo motor, and amplifier form a closed-loop system that jointly determines the dynamic response and control accuracy of the system.
If higher accuracy is required, higher resolution or absolute encoders can be considered as alternatives.
Usage recommendations
Ensure that the shaft is aligned during installation to avoid signal errors caused by eccentricity or vibration.
During the system debugging phase, it is necessary to confirm that the A/B phase direction matches the controller.
When replacing, pay attention to the encoder resolution, number of phases, and signal level (TTL/HTL) being consistent with the original system.
In high-speed or high inertia applications, consider matching the encoder response speed with the system loop bandwidth.
SANYO DENKI 64BMI80KXS99 Product details picture:

64BMI80KXS99
SANYO DENKI 64BMI80KXS99 product video
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