ABB PM858 3BSE093350R1 ABB

集成抗积分饱和和微分先行功能,优化控制性能。

顺序控制:

基于SFC的步进控制,支持并行分支、选择分支和循环逻辑,实现复杂生产流程自动化。

批处理控制:

完全兼容ISA S88.01标准,支持多级配方(Master Recipe、Unit Procedure、Operation)。

提供配方管理工具,实现快速产品切换(如食品、制药行业)。

运动控制(可选):

通过HC152高速计数器模块,支持最高2MHz脉冲输入,实现精准定位和速度控制。

4.安全功能

功能安全(SIL3):

默认集成SIL3认证的安全模块,支持紧急停车(ESD)、安全联锁、燃烧管理等应用。

符合IEC 61508、IEC 61511标准,通过TÜV认证。

网络安全:

内置防火墙和深度包检测(DPI),支持IEC 62443标准。

提供用户权限管理、审计日志和加密通信(如TLS 1.3)。

分类: 品牌:

描述

一、产品概述

型号:PM858

订货号:3BSE093350R1

类型:模块化控制器(支持热备冗余)

核心定位:

作为800xA系统的下位机,执行实时控制任务(如逻辑控制、顺序控制、闭环调节、批处理控制等)。

通过高速通信接口连接I/O模块、智能设备和上位机(如800xA操作站、工程师站)。

支持与第三方系统(如DCS、PLC、SCADA)无缝集成,适用于混合自动化架构。

二、硬件规格

1.处理器性能

CPU:

采用双核ARM Cortex-A9处理器,主频≥1.2GHz,支持多任务并行处理。

集成硬件浮点运算单元(FPU),加速复杂算法(如PID、MPC)的执行。

内存:

程序内存:512MB Flash(存储控制逻辑、固件和历史数据)。

工作内存:1GB DDR3 RAM(支持大规模数据运算和实时缓存)。

2.模块化设计

基板容量:

支持热插拔,最多可扩展16个I/O模块或通信模块(如AI810、AO810、DI810、DO810等)。

支持混合安装(数字量/模拟量/特殊功能模块),灵活适配不同应用场景。

扩展接口:

背板总线:高速串行总线(速率≥100Mbps),确保模块间低延迟通信。

前端接口:USB 2.0(用于调试)、MicroSD卡槽(存储备份或日志)。

3.通信接口

主通信口:

双千兆以太网(10/100/1000Mbps),支持冗余配置(如MRP、HSR)。

协议支持:Modbus TCP、OPC UA、ABB AC800M协议、PROFINET IO Controller/Device。

现场总线接口(可选):

PROFIBUS-DP、Foundation Fieldbus H1/HSE、DeviceNet、CANopen。

支持OPC UA over TSN(时间敏感网络),实现确定性实时通信(延迟≤1ms)。

串口:

1个RS-232/RS-485(用于调试或连接旧设备)。

4.环境适应性

工作温度:-20°C至+60°C(工业级设计,可选-40°C至+70°C扩展版本)。

防护等级:IP20(室内安装),可选IP65防护罩用于户外场景。

抗干扰:符合IEC 61000-4标准,抗电磁干扰(EMI)和射频干扰(RFI)。

机械稳定性:

抗震设计(5-500Hz,5g峰值加速度),适用于振动环境(如风电场、船舶)。

抗冲击(50g,11ms半正弦波),满足运输和安装要求。

三、软件与功能

1.控制逻辑编程

编程语言:

完全兼容IEC 61131-3标准:梯形图(LD)、功能块图(FBD)、结构化文本(ST)、指令表(IL)、顺序功能图(SFC)。

支持C/C++嵌入式编程(通过ABB SDK),实现自定义算法开发。

开发工具:

Automation Builder 2.5:集成逻辑编程、仿真、调试和版本管理功能。

Control Builder M(兼容旧版本):支持离线仿真和批量下载。

2.冗余配置

热备冗余:

两台PM858控制器通过同步链路(光纤或以太网)实时数据同步。

主控制器故障时,备用控制器无缝切换(切换时间≤20ms),确保控制连续性。

异步冗余(可选):

允许主备控制器间存在短暂数据不一致(如网络抖动时),提升系统鲁棒性。

3.过程控制功能

PID调节:

支持自整定、自适应PID、模糊PID算法,适用于非线性、时变系统(如反应釜温度控制)。

集成抗积分饱和和微分先行功能,优化控制性能。

顺序控制:

基于SFC的步进控制,支持并行分支、选择分支和循环逻辑,实现复杂生产流程自动化。

批处理控制:

完全兼容ISA S88.01标准,支持多级配方(Master Recipe、Unit Procedure、Operation)。

提供配方管理工具,实现快速产品切换(如食品、制药行业)。

运动控制(可选):

通过HC152高速计数器模块,支持最高2MHz脉冲输入,实现精准定位和速度控制。

4.安全功能

功能安全(SIL3):

默认集成SIL3认证的安全模块,支持紧急停车(ESD)、安全联锁、燃烧管理等应用。

符合IEC 61508、IEC 61511标准,通过TÜV认证。

网络安全:

内置防火墙和深度包检测(DPI),支持IEC 62443标准。

提供用户权限管理、审计日志和加密通信(如TLS 1.3)。

四、典型应用场景

1.过程工业

石油天然气:

海上平台控制(耐腐蚀、抗振动设计)。

天然气液化(LNG)工艺优化(高级PID算法)。

化工:

连续聚合反应釜控制(模型预测控制,MPC)。

危险区域(Ex d/Ex i防爆认证,可选)。

2.能源管理

风电场:

变桨系统控制(IP65防护,适应塔筒内高湿度环境)。

电网频率调节(高速响应,≤10ms)。

储能系统:

电池管理系统(BMS)的SOC估算(MPC算法)。

3.工厂自动化

汽车制造:

焊接机器人协同控制(低延迟以太网通信)。

涂装线颜色切换(批处理控制实现快速配方切换)。

半导体:

真空腔室压力控制(高精度模拟量输出,0.01%精度)。

1.Product Overview

Model:PM858

Order No.:3BSE093350R1

Type:Modular controller(supports hot standby redundancy)

Core Positioning:

As the lower computer of the 800xA system,it performs real-time control tasks(such as logic control,sequential control,closed-loop regulation,batch control,etc.).

Connect I/O modules,intelligent devices and upper computers(such as 800xA operation stations,engineer stations)through high-speed communication interfaces.

Supports seamless integration with third-party systems(such as DCS,PLC,SCADA),suitable for hybrid automation architecture.

2.Hardware Specifications

1.Processor Performance

CPU:

Adopts dual-core ARM Cortex-A9 processor,main frequency≥1.2GHz,supports multi-task parallel processing.

Integrated hardware floating-point unit(FPU)to accelerate the execution of complex algorithms(such as PID,MPC).

Memory:

Program memory:512MB Flash(storage control logic,firmware and historical data).

Working memory:1GB DDR3 RAM(supports large-scale data computing and real-time caching).

2.Modular design

Baseboard capacity:

Supports hot-swap,and can expand up to 16 I/O modules or communication modules(such as AI810,AO810,DI810,DO810,etc.).

Supports mixed installation(digital quantity/analog quantity/special function module),flexible adaptation to different application scenarios.

Expansion interface:

Backplane bus:high-speed serial bus(rate≥100Mbps),ensuring low-latency communication between modules.

Front-end interface:USB 2.0(for debugging),MicroSD card slot(storage backup or log).

3.Communication interface

Main communication port:

Dual Gigabit Ethernet(10/100/1000Mbps),supports redundant configuration(such as MRP,HSR).

Protocol support:Modbus TCP,OPC UA,ABB AC800M protocol,PROFINET IO Controller/Device.

Fieldbus interface(optional):

PROFIBUS-DP,Foundation Fieldbus H1/HSE,DeviceNet,CANopen.

Supports OPC UA over TSN(Time Sensitive Network)to achieve deterministic real-time communication(delay≤1ms).

Serial port:

1 RS-232/RS-485(for debugging or connecting old devices).

4.Environmental adaptability

Operating temperature:-20°C to+60°C(industrial-grade design,optional-40°C to+70°C extended version).

Protection level:IP20(indoor installation),optional IP65 protective cover for outdoor scenes.

Anti-interference:Complies with IEC 61000-4 standard,anti-electromagnetic interference(EMI)and radio frequency interference(RFI).

Mechanical stability:

Anti-seismic design(5-500Hz,5g peak acceleration),suitable for vibration environments(such as wind farms,ships).

Shock resistance(50g,11ms half sine wave),meeting transportation and installation requirements.

3.Software and functions

1.Control logic programming

Programming language:

Fully compatible with IEC 61131-3 standard:ladder diagram(LD),function block diagram(FBD),structured text(ST),instruction list(IL),sequential function chart(SFC).

Support C/C++embedded programming(through ABB SDK)to achieve custom algorithm development.

Development tools:

Automation Builder 2.5:integrated logic programming,simulation,debugging and version management functions.

Control Builder M(compatible with old versions):supports offline simulation and batch download.

2.Redundant configuration

Hot standby redundancy:

Two PM858 controllers synchronize data in real time through a synchronous link(fiber or Ethernet).

When the main controller fails,the standby controller switches seamlessly(switching time≤20ms)to ensure control continuity.

Asynchronous redundancy(optional):

Allows temporary data inconsistency between the main and standby controllers(such as network jitter)to improve system robustness.

3.Process control function

PID adjustment:

Supports self-tuning,adaptive PID,and fuzzy PID algorithms,suitable for nonlinear and time-varying systems(such as reactor temperature control).

Integrated anti-integral windup and differential advance functions to optimize control performance.

Sequential control:

SFC-based step control supports parallel branches,selection branches,and loop logic to automate complex production processes.

Batch control:

Fully compatible with ISA S88.01 standards,supports multi-level recipes(Master Recipe,Unit Procedure,Operation).

Provides recipe management tools to achieve fast product switching(such as food and pharmaceutical industries).

Motion control(optional):

Through the HC152 high-speed counter module,supports up to 2MHz pulse input for precise positioning and speed control.

4.Safety function

Functional safety(SIL3):

By default,the SIL3-certified safety module is integrated to support applications such as emergency shutdown(ESD),safety interlock,and combustion management.

Complies with IEC 61508 and IEC 61511 standards and has passed TÜV certification.

Network security:

Built-in firewall and deep packet inspection(DPI),supporting IEC 62443 standard.

Provides user rights management,audit logs and encrypted communication(such as TLS 1.3).

IV.Typical application scenarios

1.Process industry

Oil and gas:

Offshore platform control(corrosion-resistant and vibration-resistant design).

Natural gas liquefaction(LNG)process optimization(advanced PID algorithm).

Chemical industry:

Continuous polymerization reactor control(model predictive control,MPC).

Hazardous areas(Ex d/Ex i explosion-proof certification,optional).

2.Energy management

Wind farm:

Pitch system control(IP65 protection,adapt to high humidity environment in the tower).

Grid frequency regulation(high-speed response,≤10ms).

Energy storage system:

SOC estimation of battery management system(BMS)(MPC algorithm).

3.Factory automation

Automobile manufacturing:

Collaborative control of welding robots(low-latency Ethernet communication).

Color switching of painting lines(batch control for fast recipe switching).

Semiconductor:

Vacuum chamber pressure control(high-precision analog output,0.01%accuracy).

ABB Model: GBU72 3BHE055094R0002 Model: 3BHE055094R0002 GBU72 Model: GBU72 Model: 3BHE055094R0002 Model: 3BHE031197R0001 Model: 3BHB030310R0001 Model: 73BHE055094R0002 GBU72 Model: 73BHE055094R0002 Model: GBU72 Model: ABB PCS6000 PRODUCT FAMLIY ABB 5SHY4045L0006 3BHB030310R0001 3BHE039203R0101 GVC736CE101