SANYO DENKI 64BMI80KXS99伺服编码器 PDF资料
1.产 品 资 料 介 绍：
SANYO DENKI 64BMI80KXS99 伺服编码器
该型号为 SANYO DENKI 伺服电机配套的 增量式光学轴编码器，用于为伺服电机提供精确位置和速度反馈，支持闭环控制系统。
主要特点
分辨率约 1024 P/R，适合中等精度的伺服控制系统。
光学增量编码方式，信号响应速度快、重复性良好。
与伺服电机一体化设计，安装便捷，占用空间小。
机械和电气结构适应工业环境，抗振动和耐温性能良好。
输出通常包含 A、B 相增量脉冲，部分型号带 Z 相索引脉冲用于校零。
接线应注意屏蔽和接地，避免干扰信号影响反馈精度。
编码器性能对闭环控制系统的速度响应和位置精度起关键作用。
替换或维修时需确保型号、分辨率、安装尺寸与原系统匹配。
可用于中惯量、高精度自动化设备，如数控机床、搬运机器人、旋转工作台等。
虽为中等分辨率，但足以满足多数工业自动化场合的重复定位要求。
编码器与伺服电机及放大器组成闭环系统，共同决定系统的动态响应和控制精度。
若需要更高精度，可考虑更高分辨率或绝对型编码器替代。
使用建议
安装时确保轴对中，避免偏心或振动造成信号误差。
接线应采用屏蔽线并良好接地，远离大电流线路以减少噪声干扰。
系统调试阶段需确认 A/B 相方向与控制器匹配。
替换时注意编码器分辨率、相数和信号电平（TTL/HTL）与原系统一致。
在高速或高惯量应用中，考虑编码器响应速度与系统环路带宽的匹配。
SANYO DENKI 64BMI80KXS99伺服编码器 英文介绍
SANYO DENKI 64BMI80KXS99 servo encoder
This model is an incremental optical shaft encoder that is compatible with SANYO DENKI servo motors. It is used to provide precise position and speed feedback for servo motors and supports closed-loop control systems.
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.
Shielded wires should be used for wiring and well grounded, away from high current lines to reduce noise interference.
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伺服编码器 产品展示
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