Metso D100789

1.技术架构与核心功能

处理器特性:

双核架构:ARM Cortex-R5+浮点运算单元(FPU),支持实时操作系统(RTOS)

存储配置:1GB DDR4 RAM+32GB eMMC闪存(支持固件在线升级)

通信架构:

多总线接口:4×EtherCAT(光纤)、2×Profinet(RJ45)、1×RS485(Modbus RTU)

协议栈优化:支持OPC UA over TLS 1.3加密通信

安全机制:

硬件看门狗:可配置心跳检测周期(1-60秒)

数据校验:CRC-32C校验+AES-256加密存储

2.工业环境适配性

极端温度管理:

热管散热:采用真空腔均热板技术,85°C环境下功耗降低30%

低温补偿:内置PT100温度传感器,自动校准-50°C低温下的时钟漂移

抗腐蚀设计:

涂层工艺:外壳采用Parylene C气相沉积涂层,耐酸碱腐蚀(pH 1-14)

密封结构:O型圈采用氟橡胶(FKM),气密性符合IP68标准(水深1米,48小时)

技术规格:Metso D100789

分类: 品牌:

描述

产品简要说明

Metso D100789是一款高性能工业自动化控制器,核心功能包括:

多协议兼容:支持Modbus TCP、EtherCAT、Profinet等工业总线协议

高精度控制:16位双核处理器,实时响应时间≤5ms

工业级防护:IP68防护等级,耐受-50°C至85°C极端温度

冗余设计:双电源输入+双CPU热备切换,故障恢复时间≤100ms

产品详细说明

1.技术架构与核心功能

处理器特性:

双核架构:ARM Cortex-R5+浮点运算单元(FPU),支持实时操作系统(RTOS)

存储配置:1GB DDR4 RAM+32GB eMMC闪存(支持固件在线升级)

通信架构:

多总线接口:4×EtherCAT(光纤)、2×Profinet(RJ45)、1×RS485(Modbus RTU)

协议栈优化:支持OPC UA over TLS 1.3加密通信

安全机制:

硬件看门狗:可配置心跳检测周期(1-60秒)

数据校验:CRC-32C校验+AES-256加密存储

2.工业环境适配性

极端温度管理:

热管散热:采用真空腔均热板技术,85°C环境下功耗降低30%

低温补偿:内置PT100温度传感器,自动校准-50°C低温下的时钟漂移

抗腐蚀设计:

涂层工艺:外壳采用Parylene C气相沉积涂层,耐酸碱腐蚀(pH 1-14)

密封结构:O型圈采用氟橡胶(FKM),气密性符合IP68标准(水深1米,48小时)

技术规格:Metso D100789

参数项规格描述

处理器ARM Cortex-R5双核(主频800MHz)

存储容量1GB DDR4+32GB eMMC

通信接口4×EtherCAT(光纤)、2×Profinet(RJ45)、1×RS485(Modbus RTU)

防护等级IP68(防尘防水)

工作温度-50℃至85℃

电源输入24V DC(冗余双路供电,支持宽电压12-48V)

核心价值与性能亮点

1.超低延迟控制

技术突破:采用硬件加速指令集,运动控制轴数从16轴提升至64轴(传统控制器仅支持32轴)

2.化学腐蚀防护

场景适配:在硫酸厂酸雾环境中连续运行2年无腐蚀(实测数据)

应对挑战,创造价值

1.传统控制器扩展性不足

技术突破:某半导体厂部署D100789后,设备联网节点数从500个扩展至2000个

2.高温环境数据丢失

场景案例:炼钢车间使用D100789替代进口控制器,数据完整性提升99.99%(对比传统方案)

Product brief description

Metso D100789 is a high-performance industrial automation controller with core functions including:

Multi-protocol compatibility:supports industrial bus protocols such as Modbus TCP,EtherCAT,Profinet

High-precision control:16-bit dual-core processor,real-time response time≤5ms

Industrial protection:IP68 protection rating,withstand extreme temperatures-50°C to 85°C

Redundant design:dual power input+dual CPU hot standby switching,fault recovery time≤100ms

Product details

1.Technical architecture and core functions

Processor features:

Dual-core architecture:ARM Cortex-R5+floating point operation unit(FPU),supports real-time operating system(RTOS)

Storage configuration:1GB DDR4 RAM+32GB eMMC flash memory(supports firmware online upgrade)

Communication architecture:

Multibus interface:4×EtherCAT(fiber),2×Profinet(RJ45),1×RS485(Modbus RTU)

Protocol stack optimization:Supports OPC UA over TLS 1.3 encrypted communication

Safety mechanism:

Hardware watchdog:Configurable heartbeat detection cycle(1-60 seconds)

Data verification:CRC-32C verification+AES-256 encrypted storage

2.Industrial environment adaptability

Extreme temperature management:

Heat pipe heat dissipation:adopts vacuum chamber heat-efficient plate technology,reduces power consumption by 30%in 85°C environment

Low temperature compensation:built-in PT100 temperature sensor,automatic calibration of clock drift at low temperatures-50°C

Corrosion-resistant design:

Coating process:The shell adopts Parylene C vapor deposition coating,which is resistant to acid and alkali corrosion(pH 1-14)

Sealing structure:O-ring is made of fluoroelastomer(FKM),and the airtightness meets IP68 standards(water depth 1 meter,48 hours)

Technical Specifications:Metso D100789

Parameters Specification Description

Processor ARM Cortex-R5 dual-core(main frequency 800MHz)

Storage capacity 1GB DDR4+32GB eMMC

Communication interfaces 4×EtherCAT(fiber),2×Profinet(RJ45),1×RS485(Modbus RTU)

Protection level IP68(dust-proof and waterproof)

Operating temperature-50℃to 85℃

Power input 24V DC(redundant dual power supply,support wide voltage 12-48V)

Core Values​​and Performance Highlights

1.Ultra-low latency control

Technical breakthrough:Using hardware acceleration instruction set,the number of motion control axes has been increased from 16 axes to 64 axes(traditional controllers only support 32 axes)

2.Chemical corrosion protection

Scenario adaptation:continuous operation in the acid mist environment of the sulfuric acid plant for 2 years without corrosion(actual measurement data)

Respond to challenges and create value

1.Traditional controllers are not extensible

Technical breakthrough:After a semiconductor factory deploys D100789,the number of equipment networking nodes expanded from 500 to 2,000

2.Data loss in high temperature environment

Scenario case:The steelmaking workshop uses D100789 to replace the imported controller,and the data integrity is improved by 99.99%(compared with traditional solutions)