Sanyo Denki-769471

主要特点和优势

Sanyo Denki-769471的技术特性与竞争优势体现在以下维度:

1.高功率密度与紧凑设计

采用优化磁路设计与轻量化材料,实现单位体积扭矩提升30%。体积较传统电机缩小20%,适应狭小安装空间。

2.低惯量与高速响应

转子惯量降低至同类产品50%,配合高速响应算法(响应时间1ms),实现快速加减速与高频运动控制。

描述

Sanyo Denki-769471产品概述

Sanyo Denki-769471是一款紧凑型高性能伺服电机,作为Sanyo Denki旗下SANMOTION伺服系统的重要成员,专为高精度定位与动态响应的自动化应用设计。该产品结合先进的磁场定向控制(FOC)技术与优化的机械结构,具备高扭矩密度、低惯量特性,可实现快速启停与精准轨迹跟踪。核心功能涵盖实时扭矩控制、动态参数调整、多协议通信及智能故障诊断,所属SANMOTION系列平台赋予其卓越的兼容性与可靠性。在自动化系统中,Sanyo Denki-769471定位为“精密运动执行单元”,通过高效驱动与精准控制提升设备运行效率,降低维护成本,适用于空间受限且性能要求严苛的场景,如机器人关节、医疗设备、精密仪器等,为智能化生产提供稳定、高效的运动解决方案。

主要特点和优势

Sanyo Denki-769471的技术特性与竞争优势体现在以下维度:

1.高功率密度与紧凑设计

采用优化磁路设计与轻量化材料,实现单位体积扭矩提升30%。体积较传统电机缩小20%,适应狭小安装空间。

2.低惯量与高速响应

转子惯量降低至同类产品50%,配合高速响应算法(响应时间1ms),实现快速加减速与高频运动控制。

3.智能矢量控制与自适应调节

内置AI参数自整定功能,自动优化磁场定向控制(FOC)参数,适应不同负载与机械特性。支持动态扭矩补偿,确保稳定输出。

4.多协议通信与易集成性

支持EtherCAT、Profinet、Modbus等多种工业通信协议,兼容主流控制系统。提供开放式API接口,便于定制化开发。

5.高防护等级与抗干扰能力

通过IP67防护认证,防尘防水性能卓越。EMC(电磁兼容性)符合Class B标准,适用于强电磁干扰环境。

6.节能与热管理优化

采用动态电流控制(DCC)技术,空载功耗降低25%。内置智能热监测模块,实时调节冷却策略,延长电机寿命。

7.安全功能与故障诊断

集成STO(安全扭矩关闭)功能,满足SIL 3安全标准。内置振动传感器与温度监测,通过AI算法实现故障预警与寿命预测。

Sanyo Denki-769471 Product Overview

Sanyo Denki-769471 is a compact high-performance servo motor.As an important member of Sanyo Denki’s SANMOTION servo system,it is designed for automated applications with high precision positioning and dynamic response.Combining advanced magnetic field directional control(FOC)technology and optimized mechanical structure,this product has high torque density and low inertia characteristics,which can achieve fast start and stop and precise trajectory tracking.The core functions cover real-time torque control,dynamic parameter adjustment,multi-protocol communication and intelligent fault diagnosis.The SANMOTION series platform gives it excellent compatibility and reliability.In the automation system,Sanyo Denki-769471 is positioned as a”precision motion execution unit”,which improves equipment operation efficiency and reduces maintenance costs through efficient driving and precise control.It is suitable for scenarios with space-constrained and strict performance requirements,such as robot joints,medical equipment,precision instruments,etc.,providing stable and efficient motion solutions for intelligent production.

Main features and advantages

The technical characteristics and competitive advantages of Sanyo Denki-769471 are reflected in the following dimensions:

1.High power density and compact design

The optimized magnetic circuit design and lightweight materials are adopted to achieve a 30%increase in torque per unit volume.The volume is 20%smaller than that of traditional motors,adapting to narrow installation space.

2.Low inertia and high-speed response

The rotor inertia is reduced to 50%of similar products,and combined with high-speed response algorithm(response time 1ms),it realizes rapid acceleration and deceleration and high-frequency motion control.

3.Intelligent vector control and adaptive adjustment

Built-in AI parameter self-tuning function,automatically optimizes magnetic field orientation control(FOC)parameters,adapting to different loads and mechanical characteristics.Supports dynamic torque compensation to ensure stable output.

4.Multi-protocol communication and easy integration

Supports various industrial communication protocols such as EtherCAT,Profinet,Modbus,etc.,and is compatible with mainstream control systems.Provides an open API interface for easy customization development.

5.High protection level and anti-interference ability

Passed IP67 protection certification,excellent dust and waterproof performance.EMC(Electromagnetic Compatibility)complies with Class B standard and is suitable for strong electromagnetic interference environments.

6.Energy saving and thermal management optimization

Dynamic current control(DCC)technology is used to reduce no-load power consumption by 25%.Built-in intelligent thermal monitoring module,real-time adjustment of cooling strategies,and extending motor life.

7.Safety functions and fault diagnosis

Integrated STO(safe torque off)function to meet SIL 3 safety standards.Built-in vibration sensor and temperature monitoring enable fault warning and life prediction through AI algorithms.