SVME-4MB-770110

1.多轴协同与同步控制

支持8轴同步联动,采用实时运动控制(RMC)技术,同步误差≤0.01ms。内置多轴动态优化算法(MDOA),提升协同效率30%。

2.高精度伺服控制

采用全闭环矢量控制(Full Closed-loop Vector Control),结合24位多圈绝对值编码器(24bit Multi-turn Absolute Encoder),定位精度≤±0.0005°。

3.高速实时处理能力

搭载双核DSP处理器(Dual-core DSP),指令处理速度≤0.1ms。支持高速实时以太网协议(Real-time Ethernet,如EtherCAT、Profinet),通信周期≤125μs。

描述

SVME-4MB-770110产品概述

SVME-4MB-770110是一款智能型高性能伺服驱动器,作为SANYO DENKI旗下SANMOTION系列的核心产品,专为复杂工业自动化系统的高精度运动控制设计。该产品整合先进伺服算法与实时控制技术,核心功能涵盖多轴同步控制、动态优化、故障诊断及自适应调节,所属高端伺服驱动平台使其在自动化系统中定位为“智能控制核心”,通过精准的实时响应与高效功率转换,提升设备运行效率与稳定性,适用于精密机床、高速机器人、智能生产线等场景,显著降低系统延迟与能耗,实现高效、可靠的自动化操作。

主要特点和优势

SVME-4MB-770110的技术特性与竞争优势体现在以下维度:

1.多轴协同与同步控制

支持8轴同步联动,采用实时运动控制(RMC)技术,同步误差≤0.01ms。内置多轴动态优化算法(MDOA),提升协同效率30%。

2.高精度伺服控制

采用全闭环矢量控制(Full Closed-loop Vector Control),结合24位多圈绝对值编码器(24bit Multi-turn Absolute Encoder),定位精度≤±0.0005°。

3.高速实时处理能力

搭载双核DSP处理器(Dual-core DSP),指令处理速度≤0.1ms。支持高速实时以太网协议(Real-time Ethernet,如EtherCAT、Profinet),通信周期≤125μs。

4.自适应参数优化与诊断

内置AI参数自整定系统(AI Auto-tuning),自动优化PID参数与滤波器。故障预测模型(FPM)结合电流/温度监测,提前预警故障率,降低非计划停机。

5.高效节能与功率优化

采用有源前端(Active Front End,AFE)技术,功率因数≥0.99。能量再生功能(Energy Regeneration)将制动能量回馈电网,节能效率提升20%。

6.高防护与恶劣环境适应性

防护等级IP65,耐受工业粉尘、油污及振动。宽工作温度范围(-25℃至70℃),适应极端环境需求。

7.紧凑设计与模块化扩展

体积较传统驱动器缩小40%,支持DIN导轨安装与模块化扩展。可选安全模块(Safety Module)与I/O扩展卡(I/O Expansion Card),灵活适配复杂场景。

8.低振动与低噪音设计

采用共振抑制算法(Resonance Suppression Algorithm)与正弦波电流控制,振动幅值≤0.005mm,噪音≤60dB(A)。

9.安全认证与冗余设计

符合SIL3安全标准,支持安全扭矩切断(STO)与安全停止(SS1)。可选双处理器冗余(Dual Processor Redundancy),提升系统安全性。

SVME-4MB-770110 Product Overview

SVME-4MB-770110 is an intelligent high-performance servo driver.As the core product of SANYO DENKI’s SANMOTION series,it is designed for high-precision motion control of complex industrial automation systems.The product integrates advanced servo algorithms and real-time control technology.The core functions cover multi-axis synchronous control,dynamic optimization,fault diagnosis and adaptive adjustment.The high-end servo drive platform makes it positioned as the”intelligent control core”in the automation system.Through accurate real-time response and efficient power conversion,the equipment operation efficiency and stability are improved.It is suitable for precision machine tools,high-speed robots,intelligent production lines and other scenarios,significantly reducing system delay and energy consumption and achieving efficient and reliable automated operations.

Main features and advantages

The technical characteristics and competitive advantages of SVME-4MB-770110 are reflected in the following dimensions:

1.Multi-axis coordination and synchronization control

Supports 8-axis synchronous linkage,adopts real-time motion control(RMC)technology,and the synchronization error is≤0.01ms.Built-in multi-axis dynamic optimization algorithm(MDOA)improves synergy efficiency by 30%.

2.High-precision servo control

Full Closed-loop Vector Control is adopted,combined with a 24-bit multi-turn Absolute Encoder,and the positioning accuracy is≤±0.0005°.

3.High-speed real-time processing capability

Equipped with a dual-core DSP processor(Dual-core DSP),the instruction processing speed is≤0.1ms.Supports high-speed real-time Ethernet protocol(Real-time Ethernet,such as EtherCAT,Profinet),and the communication period is≤125μs.

4.Adaptive parameter optimization and diagnosis

Built-in AI parameter autotuning system(AI Auto-tuning)to automatically optimize PID parameters and filters.Fault prediction model(FPM)combines current/temperature monitoring to early warning of failure rates and reduce unplanned downtime.

5.High efficiency and power optimization

Active Front End(AFE)technology is used,with a power factor≥0.99.Energy Regeneration function(Energy Regeneration)feeds the brake energy back to the power grid,improving energy saving efficiency by 20%.

6.High protection and harsh environmental adaptability

Protection level IP65,withstand industrial dust,oil pollution and vibration.Wide operating temperature range(-25℃to 70℃),adapting to extreme environmental needs.

7.Compact design and modular expansion

The volume is 40%smaller than that of traditional drivers,and supports DIN rail installation and modular expansion.Optional security modules(Safety Module)and I/O Expansion Cards(I/O Expansion Cards)are flexible to adapt to complex scenarios.

8.Low vibration and low noise design

Resonance Suppression Algorithm and sine wave current control are used,the vibration amplitude is≤0.005mm and the noise is≤60dB(A).

9.Safety certification and redundant design

Comply with SIL3 safety standards and supports safe torque cut-off(STO)and safe stop(SS1).Optional Dual Processor Redundancy(Dual Processor Redundancy)to improve system security.