描述
产品概述
FRCE SYS68K CPU-40 B/16是一款工业PLC处理器模块，专为高可靠性工业控制系统设计，适用于电力、化工、机械制造、冶金等领域。其核心功能包括逻辑控制、过程监控、数据存储及通信管理，支持VME总线接口，兼容多种工业协议。
技术参数
基础参数
处理器架构：基于68K系列微控制器，采用高性能CPU内核
存储容量：
程序存储器：64 KB（部分型号支持扩展至128 KB）
数据存储器：64 KB（含电池供电备份功能）
工作频率：最高8 MHz
通信接口：VME总线、RS232/RS485、以太网（部分型号支持）
电源输入：24 V DC（部分型号兼容12 V DC）
环境温度：-20°C至+70°C
防护等级：IP20（需安装于控制柜内）
输入/输出
数字量输入：支持16路独立隔离输入（兼容干接点或有源信号）
数字量输出：支持16路继电器或晶体管输出（部分型号可扩展）
模拟量支持：通过外接模块扩展，支持温度、压力、流量等信号采集
安全与冗余
看门狗定时器：防止程序死锁，保障系统稳定性
电源冗余：支持双电源输入，确保断电时数据不丢失
故障诊断：实时监测模块状态，支持远程报警
核心功能特点
工业控制逻辑
梯形图解析：内置梯形图语言解释程序，支持复杂逻辑控制（如顺序控制、PID调节）
运动控制：通过外接伺服驱动器实现直线或旋转运动控制（如数控机床、机器人）
过程控制：支持温度、压力等模拟量闭环控制，兼容PID算法
数据管理
大容量存储：内置64 KB程序存储器，支持实时数据记录与历史追溯
时钟功能：内置实时时钟（支持闰年修正），精度±45秒/月
通信与扩展
VME总线兼容：支持与其他VME总线设备（如I/O模块、通信接口）无缝集成
多协议支持：兼容Modbus、Profinet等工业协议，可与上位机或SCADA系统通信
模块化扩展：通过插槽扩展模拟量输入/输出模块、通信接口模块等
典型应用场景
工业自动化
生产线控制：管理机械臂、传送带等设备的启停与协同工作
数控机床：驱动伺服电机，实现高精度加工控制
电力系统
变电站监控：监测断路器状态、电压/电流参数，触发保护动作
发电机组控制：协调锅炉、汽轮机等设备的运行逻辑
化工与冶金
反应釜控制：实时调节温度、压力，确保工艺参数稳定
金属加工：控制轧机速度、压力，优化产品质量
能源与环保
污水处理：监控泵站流量、水质参数，自动调节处理流程
智能电网：支持分布式能源系统的数据采集与控制
PFRL101C-1.0KN 3BSE023316R1002
PFRL101C-1.0KN 3BSE023316R1002
Product Overview
FRCE SYS68K CPU-40 B/16 is an industrial PLC processor module designed for high-reliability industrial control systems and is suitable for electric power,chemical industry,mechanical manufacturing,metallurgy and other fields.Its core functions include logic control,process monitoring,data storage and communication management,support VME bus interface,and are compatible with a variety of industrial protocols.
Technical parameters
Basic parameters
Processor architecture:Based on 68K series microcontrollers,using high-performance CPU cores
Storage capacity:
Program memory:64 KB(some models support expansion to 128 KB)
Data memory:64 KB(including battery powered backup function)
Operating frequency:up to 8 MHz
Communication interface:VME bus,RS232/RS485,Ethernet(some models support)
Power input:24 V DC(some models are compatible with 12 V DC)
Ambient temperature:-20°C to+70°C
Protection level:IP20(need to be installed in the control cabinet)
Input/Output
Digital input:Supports 16 independent isolated inputs(compatible with dry contacts or active signals)
Digital output:Supports 16-channel relay or transistor output(some models can be expanded)
Analog quantity support:Extended through external modules,supporting signal acquisition such as temperature,pressure,flow,etc.
Safety and redundancy
Watchdog timer:prevents program deadlock and ensures system stability
Power redundancy:supports dual power input to ensure that data is not lost during power outage
Troubleshooting:Real-time monitoring of module status,supporting remote alarm
Core functional features
Industrial Control Logic
Ladder diagram analysis:Built-in ladder diagram language interpretation program,supporting complex logic control(such as sequential control,PID adjustment)
Motion control:Linear or rotary motion control is realized through external servo drives(such as CNC machine tools,robots)
Process control:supports closed-loop control of analog quantity such as temperature and pressure,and is compatible with PID algorithms
Data Management
Large capacity storage:built-in 64 KB program memory,supports real-time data recording and history tracing
Clock function:Built-in real-time clock(supports leap year correction),accuracy±45 seconds/month
Communication and Extension
VME bus compatibility:supports seamless integration with other VME bus devices(such as I/O modules,communication interfaces)
Multi-protocol support:compatible with industrial protocols such as Modbus and Profinet,and can communicate with host computers or SCADA systems.
Modular expansion:expand analog input/output modules,communication interface modules,etc.through slots
Typical application scenarios
Industrial automation
Production line control:manages the start-stop and coordinated work of mechanical arms,conveyor belts and other equipment
CNC machine tool:drives servo motors to achieve high-precision machining control
Power system
Substation monitoring:Monitor the circuit breaker status,voltage/current parameters,and trigger protection action
Generator unit control:coordinate the operating logic of boilers,turbines and other equipment
Chemical Industry and Metallurgy
Reactor control:adjust the temperature and pressure in real time to ensure the stability of process parameters
Metal processing:control rolling mill speed and pressure,optimize product quality
Energy and environmental protection
Sewage treatment:Monitor the pump station flow and water quality parameters,and automatically adjust the treatment process
Smart grid:Supports data acquisition and control of distributed energy systems
