Metso D200137

1.技术架构与核心功能

伺服驱动模式:

电机控制:支持永磁同步电机(PMSM)与步进电机,动态响应时间≤5ms

算法优化:采用电流环+速度环双闭环控制,定位精度±0.01°

多轴协同:可同步控制8轴运动,同步误差≤10μs

网络节点模式:

协议栈:集成EtherCAT主站/从站、Modbus TCP/IP、CANopen协议

数据处理:支持100Mbps实时通信,延迟≤1ms

冗余设计:双网口热备切换,故障恢复时间≤50ms

2.工业环境适配性

宽温运行:

温度补偿:内置温度传感器,自动校准-20℃低温下的信号漂移

散热方案:采用散热鳍片+导热硅脂结构,70℃环境下功耗降低25%

抗干扰能力:

电磁兼容:符合IEC 61000-6-4标准,抗干扰等级≥85dB

机械加固:通过MIL-STD-810G振动测试(5g加速度)

技术规格:Metso D200137

分类: 品牌:

描述

产品简要说明

Metso D200137是一款多功能工业自动化控制模块,支持伺服驱动与网络通信双模式应用,核心功能包括:

伺服控制:高精度位置/速度/扭矩控制,支持多轴同步

网络集成:EtherCAT、Modbus、CAN等协议兼容,实现分布式控制

工业级防护:IP67防护,耐受-20℃至70℃环境

安全机制:过流/过压保护+紧急停止功能

产品详细说明

1.技术架构与核心功能

伺服驱动模式:

电机控制:支持永磁同步电机(PMSM)与步进电机,动态响应时间≤5ms

算法优化:采用电流环+速度环双闭环控制,定位精度±0.01°

多轴协同:可同步控制8轴运动,同步误差≤10μs

网络节点模式:

协议栈:集成EtherCAT主站/从站、Modbus TCP/IP、CANopen协议

数据处理:支持100Mbps实时通信,延迟≤1ms

冗余设计:双网口热备切换,故障恢复时间≤50ms

2.工业环境适配性

宽温运行:

温度补偿:内置温度传感器,自动校准-20℃低温下的信号漂移

散热方案:采用散热鳍片+导热硅脂结构,70℃环境下功耗降低25%

抗干扰能力:

电磁兼容:符合IEC 61000-6-4标准,抗干扰等级≥85dB

机械加固:通过MIL-STD-810G振动测试(5g加速度)

技术规格:Metso D200137

参数项规格描述

控制模式伺服驱动(位置/速度/扭矩)+ACN RT网络节点

通信接口2×EtherCAT(光纤)、1×Modbus TCP(RJ45)、1×CANopen

防护等级IP67(防尘防水)

工作温度-20℃至70℃

电源输入24V DC(冗余双路供电,支持宽电压18-36V)

存储容量256MB DDR3+8GB eMMC(支持固件在线升级)

核心价值与性能亮点

1.多场景融合控制

技术突破:同一硬件平台实现伺服驱动与网络通信双功能,系统集成度提升40%

2.动态性能优化

场景适配:在包装机械高速分拣场景中,运动控制频率达5kHz(传统模块仅2kHz)

应对挑战,创造价值

1.传统控制系统的协议孤岛

技术突破:某汽车生产线部署D200137后,实现PLC、机器人、视觉系统数据互通,调试周期缩短60%

2.高温环境信号失真

场景案例:水泥厂回转窑监测系统使用D200137,温度信号稳定性提升35%(对比传统模块)

Product brief description

Metso D200137 is a multifunctional industrial automation control module that supports dual-mode applications of servo drive and network communication.The core functions include:

Servo control:high-precision position/speed/torque control,support multi-axis synchronization

Network integration:EtherCAT,Modbus,CAN and other protocols are compatible,and distributed control is realized

Industrial protection:IP67 protection,withstand-20℃to 70℃environment

Safety mechanism:overcurrent/overvoltage protection+emergency stop function

Product details

1.Technical architecture and core functions

Servo drive mode:

Motor control:Supports permanent magnet synchronous motor(PMSM)and stepper motor,dynamic response time≤5ms

Algorithm optimization:adopts dual closed-loop control of current loop+speed loop,positioning accuracy±0.01°

Multi-axis coordination:8-axis motion can be controlled synchronously,with synchronization error≤10μs

Network node mode:

Protocol stack:Integrate EtherCAT master/slave,Modbus TCP/IP,CANopen protocol

Data processing:Supports 100Mbps real-time communication,delay≤1ms

Redundant design:dual network port hot standby switch,fault recovery time≤50ms

2.Industrial environment adaptability

Wide temperature operation:

Temperature compensation:built-in temperature sensor,automatic calibration of signal drift at low temperatures of-20℃

Heat dissipation solution:adopts heat dissipation fins+thermal grease structure,and reduces power consumption by 25%in 70℃environment

Anti-interference ability:

Electromagnetic compatibility:complies with IEC 61000-6-4 standard,anti-interference level≥85dB

Mechanical reinforcement:Passed MIL-STD-810G vibration test(5g acceleration)

Technical Specifications:Metso D200137

Parameters Specification Description

Control mode Servo drive(position/speed/torque)+ACN RT network node

Communication interfaces 2×EtherCAT(fiber),1×Modbus TCP(RJ45),1×CANopen

Protection level IP67(dust-proof and waterproof)

Operating temperature-20℃to 70℃

Power input 24V DC(redundant dual power supply,support wide voltage 18-36V)

Storage capacity 256MB DDR3+8GB eMMC(supports online firmware upgrade)

Core Values​​and Performance Highlights

1.Multi-scene fusion control

Technical breakthrough:The same hardware platform realizes dual functions of servo drive and network communication,and the system integration is increased by 40%.

2.Dynamic performance optimization

Scenario adaptation:In high-speed sorting scenarios of packaging machinery,the motion control frequency reaches 5kHz(traditional modules are only 2kHz)

Respond to challenges and create value

1.Protocol island for traditional control systems

Technical breakthrough:After a certain automobile production line deploys D200137,it realizes data interoperability of PLC,robot and vision systems,and shortens the debugging cycle by 60%.

2.High temperature ambient signal distortion

Scenario case:The cement plant rotary kiln monitoring system uses D200137,and the temperature signal stability is improved by 35%(compared with traditional modules)