描述
产品简要说明
GE DS3800HLOC是通用电气（GE）专为复杂工业逻辑控制设计的高性能模块，核心特性包括：
FPGA加速逻辑运算：通过硬件级逻辑单元实现微秒级响应
多协议兼容性：支持EtherNet/IP、Profinet、Modbus TCP及ControlNet协议
工业级冗余架构：主备模块无缝切换，冗余切换时间＜50ms
产品详细说明
1.硬件架构与核心组件
处理器与逻辑单元：
双核ARM Cortex-R5处理器：主频1.2GHz，专为实时控制优化
FPGA逻辑加速器：基于Xilinx Artix-7架构，支持自定义逻辑算法
存储配置：
运行内存：1GB DDR4 SDRAM（支持动态扩展至4GB）
非易失存储：64MB Flash存储器，支持固件与配置数据双重备份
2.通信与扩展能力
网络接口：
4个千兆以太网端口：支持EtherNet/IP冗余环网（Redundant Ring Topology）
2个工业串口：RS-485/422，兼容Modbus RTU协议
I/O扩展：
模块化扩展架构：支持16个扩展机架，总I/O通道数达4096
混合I/O类型：支持DI/DO/AI/AO模块，单机架最大通道数256
3.工业级可靠性设计
环境适应性：
工作温度范围：-40℃～70℃（符合NEMA 4X/IP67防护等级）
抗电磁干扰：EN 61000-6-4 Class 3B认证
故障诊断系统：
实时健康监测：包括CPU负载、内存碎片率、通信延迟等关键指标
故障定位精度：支持单通道I/O故障诊断，定位时间＜10ms
技术规格:GE DS3800HLOC
参数项规格描述
处理器双核ARM Cortex-R5（1.2GHz）+Xilinx Artix-7 FPGA
内存1GB DDR4 SDRAM（可扩展至4GB）+64MB Flash存储器
通信接口4xGigabit Ethernet（EtherNet/IP冗余）、2xRS-485/422
冗余切换时间＜50ms
电源输入24V DC（冗余双电源输入，支持宽压范围18-30V）
I/O扩展能力16个扩展机架，总通道数4096（DI/DO/AI/AO混合支持）
核心价值与性能亮点
1.硬件级逻辑加速
FPGA逻辑单元：支持定制化逻辑运算（如PID算法、状态机），执行效率提升300%
微秒级响应：任务调度延迟＜20μs，适用于高速运动控制场景
2.协议融合与兼容性
协议动态适配：支持单模块同时接入EtherNet/IP（主站）与Profinet（从站）
参数自优化：自动调整通信带宽分配，减少网络拥塞风险
3.安全冗余设计
双存储冗余：配置数据在主备模块间实时同步，故障恢复时间＜2秒
SIL 3认证：符合IEC 61508标准，适用于化工、核电等高安全需求场景
SBI-PDP-32
SBI-PDP-32
Product brief description
GE DS3800HLOC is a high-performance module designed by General Electric(GE)for complex industrial logic control,with core features including:
FPGA accelerated logic operations:realize microsecond response through hardware-level logic units
Multi-protocol compatibility:Supports EtherNet/IP,Profinet,Modbus TCP and ControlNet protocols
Industrial-grade redundant architecture:seamless switching of main and spare modules,redundant switching time is less than 50ms
Product details
1.Hardware architecture and core components
Processor and logic unit:
Dual-core ARM Cortex-R5 processor:main frequency 1.2GHz,optimized for real-time control
FPGA logic accelerator:based on Xilinx Artix-7 architecture,supports custom logic algorithms
Storage configuration:
Running memory:1GB DDR4 SDRAM(supports dynamic expansion to 4GB)
Nonvolatile storage:64MB Flash memory,supports dual backup of firmware and configuration data
2.Communication and expansion capabilities
Network interface:
4 Gigabit Ethernet ports:Supports EtherNet/IP redundant Ring Topology
2 industrial serial ports:RS-485/422,compatible with Modbus RTU protocol
I/O extension:
Modular expansion architecture:supports 16 expansion racks,with a total number of I/O channels up to 4096
Hybrid I/O type:Supports DI/DO/AI/AO modules,with a maximum number of channels of 256 on a single rack
3.Industrial-grade reliability design
Environmental adaptability:
Working temperature range:-40℃~70℃(compliant with NEMA 4X/IP67 protection level)
Anti-electromagnetic interference:EN 61000-6-4 Class 3B certification
Troubleshooting system:
Real-time health monitoring:including key indicators such as CPU load,memory fragmentation rate,and communication delay.
Fault positioning accuracy:Supports single-channel I/O fault diagnosis,positioning time<10ms
Technical Specifications:GE DS3800HLOC
Parameters Specification Description
Processor Dual-core ARM Cortex-R5(1.2GHz)+Xilinx Artix-7 FPGA
Memory 1GB DDR4 SDRAM(scalable to 4GB)+64MB Flash storage
Communication interface 4xGigabit Ethernet(EtherNet/IP redundancy),2xRS-485/422
Redundant switching time＜50ms
Power input 24V DC(redundant dual power input,support wide voltage range 18-30V)
I/O expansion capability:16 expansion racks,total number of channels 4096(DI/DO/AI/AO hybrid support)
Core Valuesand Performance Highlights
1.Hardware-level logic acceleration
FPGA logic unit:supports customized logical operations(such as PID algorithms,state machines),and improves execution efficiency by 300%.
Microsecond response:task scheduling delay<20μs,suitable for high-speed motion control scenarios
2.Protocol Fusion and Compatibility
Dynamic protocol adaptation:Supports single module to connect to EtherNet/IP(master)and Profinet(slave)simultaneously
Parameter self-optimization:Automatically adjust communication bandwidth allocation to reduce network congestion risk
3.Safety and redundant design
Dual storage redundancy:configuration data is synchronized in real time between main and spare modules,and the fault recovery time is<2 seconds
SIL 3 certification:complies with IEC 61508 standard,suitable for high safety demand scenarios such as chemical industry and nuclear power
