Sanyo Denki-769604

直驱式结构设计,将电机与高精度编码器直接耦合,消除传动误差,实现亚微米级定位精度。核心功能包括全闭环控制、实时参数自适应、多轴协同优化及动态负载补偿,所属SANMOTION Q系列平台使其具备超高响应速度与稳定性。在自动化系统中,Sanyo Denki-769604定位为“高精度运动核心”,通过精准控制与动态性能优化,为半导体设备、医疗设备、精密检测仪器等高要求场景提供核心驱动,大幅提升系统定位精度与运行可靠性。

主要特点和优势

Sanyo Denki-769604的技术特性与竞争优势体现在以下维度:

1.超高定位精度与直驱设计

采用直驱式结构,搭配23位绝对值编码器(分辨率达8,388,608脉冲/转),实现±0.001mm的定位精度。无传动损耗,适用于晶圆搬运、精密加工等场景。

描述

Sanyo Denki-769604产品概述

Sanyo Denki-769604是一款高精度伺服电机,作为SANYO DENKI旗下SANMOTION系列的旗舰型号,专为精密自动化设备设计。该产品采用直驱式结构设计,将电机与高精度编码器直接耦合,消除传动误差,实现亚微米级定位精度。核心功能包括全闭环控制、实时参数自适应、多轴协同优化及动态负载补偿,所属SANMOTION Q系列平台使其具备超高响应速度与稳定性。在自动化系统中,Sanyo Denki-769604定位为“高精度运动核心”,通过精准控制与动态性能优化,为半导体设备、医疗设备、精密检测仪器等高要求场景提供核心驱动,大幅提升系统定位精度与运行可靠性。

主要特点和优势

Sanyo Denki-769604的技术特性与竞争优势体现在以下维度:

1.超高定位精度与直驱设计

采用直驱式结构,搭配23位绝对值编码器(分辨率达8,388,608脉冲/转),实现±0.001mm的定位精度。无传动损耗,适用于晶圆搬运、精密加工等场景。

2.高速响应与动态性能

响应时间低至0.01ms,峰值转速达12,000rpm,支持高频启停(1,000次/秒)。动态扭矩控制(DTC)技术实时补偿负载变化,确保高速运动中的稳定性。

3.全闭环控制与参数自适应

集成位置、速度、电流三环全闭环控制,搭配AI参数自整定功能,自动优化增益参数,缩短调试时间80%。支持在线参数调整,适应复杂工况。

4.多轴协同与同步精度

通过高速EtherCAT(通信周期≤0.5ms)或MECHATROLINK-IV实现多轴同步误差<0.5μs,适用于多轴联动的高精密设备。

5.动态负载补偿(DBC)技术

实时监测机械系统惯量变化,动态调整电流与转速曲线,减少因负载波动导致的定位误差。适用于动态负载频繁变化的场景。

6.智能热管理与寿命预测

内置热敏电阻与温度场建模算法,实时预测绕组温升,动态调整散热策略。支持轴承寿命预测(BLP)功能,提前维护预警。

7.抗干扰与高防护设计

通过IP68防护等级与Class B级EMC抗干扰设计,耐受高压冲洗、粉尘及强电磁干扰,适用于半导体洁净室或恶劣工业环境。

8.安全功能与冗余配置

符合IEC 61508 SIL 3安全标准,集成安全扭矩关断(STO)、安全速度限制(SSL)及双编码器冗余,确保极端工况下的安全性。

9.节能优化与低噪音运行

采用正弦波电流控制(SVC)技术,降低电流谐波,综合节能效率达30%。磁路优化设计使运行噪音低于50dB(A),适用于静音要求场景。

10.扩展性与兼容性

支持主流驱动器(如SANYO RS5系列),兼容CANopen、PROFIdrive、EtherNet/IP协议,便于多品牌系统无缝集成。

Sanyo Denki-769604以“超高精度+动态优化+智能安全”为核心,为精密制造与检测设备提供从性能极限到可靠性的全面保障。

Sanyo Denki-769604 Product Overview

Sanyo Denki-769604 is a high-precision servo motor,the flagship model of the SANMOTION series of SANYO DENKI,designed for precision automation equipment.This product adopts a direct drive structural design,which directly couples the motor with a high-precision encoder,eliminates transmission errors,and achieves submicron-level positioning accuracy.The core functions include full closed-loop control,real-time parameter adaptation,multi-axis collaborative optimization and dynamic load compensation.The SANMOTION Q series platform makes it extremely high response speed and stability.In the automation system,Sanyo Denki-769604 is positioned as a”high-precision motion core”.Through precise control and dynamic performance optimization,it provides core driving for high-demand scenarios such as semiconductor equipment,medical equipment,and precision detection instruments,greatly improving the system positioning accuracy and operating reliability.

Main features and advantages

The technical characteristics and competitive advantages of Sanyo Denki-769604 are reflected in the following dimensions:

1.Ultra-high positioning accuracy and direct drive design

It adopts a direct drive structure and is equipped with a 23-bit absolute value encoder(resolution up to 8,388,608 pulses/rpm),achieving a positioning accuracy of±0.001mm.No transmission loss,suitable for wafer handling,precision machining and other scenarios.

2.High-speed response and dynamic performance

The response time is as low as 0.01ms,the peak speed reaches 12,000rpm,and supports high-frequency start and stop(1,000 times/sec).Dynamic torque control(DTC)technology compensates for load changes in real time to ensure stability in high-speed motion.

3.Full closed-loop control and parameter adaptation

Integrated position,speed and current three-ring full closed-loop control,combined with AI parameter self-tuning function,automatically optimize gain parameters,shortening debugging time by 80%.Supports online parameter adjustment to adapt to complex working conditions.

4.Multi-axis coordination and synchronization accuracy

Multi-axis synchronization error is<0.5μs through high-speed EtherCAT(communication period≤0.5ms)or MECHATROLINK-IV,which is suitable for high-precision equipment with multi-axis linkage.

5.Dynamic load compensation(DBC)technology

Monitor changes inertia of mechanical systems in real time,dynamically adjust the current and speed curves,and reduce positioning errors caused by load fluctuations.Suitable for scenarios where dynamic load changes frequently.

6.Intelligent thermal management and life expectancy

Built-in thermistor and temperature field modeling algorithm to predict winding temperature rise in real time and dynamically adjust the heat dissipation strategy.Supports bearing life forecast(BLP)function and early maintenance warning.

7.Anti-interference and high-protection design

Through IP68 protection grade and Class B EMC anti-interference design,it withstands high-pressure flushing,dust and strong electromagnetic interference,and is suitable for semiconductor clean rooms or harsh industrial environments.

8.Safety features and redundant configuration

Comply with IEC 61508 SIL 3 safety standards,integrated safety torque shutdown(STO),safety speed limit(SSL)and dual encoder redundancy to ensure safety in extreme operating conditions.

9.Energy saving optimization and low noise operation

Sine wave current control(SVC)technology is used to reduce current harmonics and comprehensive energy saving efficiency reaches 30%.The magnetic circuit optimization design makes the operating noise less than 50dB(A),which is suitable for silent requirements scenarios.

10.Extensibility and compatibility

Supports mainstream drives(such as SANYO RS5 series),is compatible with CANopen,PROFIdrive,and EtherNet/IP protocols,making it convenient for seamless integration of multi-brand systems.

Sanyo Denki-769604 takes”ultra-high precision+dynamic optimization+intelligent security”as the core,providing comprehensive guarantees from performance limits to reliability for precision manufacturing and testing equipment.