GENERAL ELECTRIC DS3800HMPK1J1J GE

核心价值与性能亮点

1.工业自动化中枢

多协议融合:在DCS系统中实现EtherNet/IP与Modbus协议无缝对接,降低系统集成复杂度

数据可靠性保障:通过CRC校验与网络冗余机制,确保通信链路可靠性达99.99%

2.极端环境适配性

宽温运行:-40℃低温下仍保持稳定运行,适用于极寒地区油田与炼油厂

抗电磁干扰设计:屏蔽外壳与信号隔离技术,适应强电磁环境(如变电站)

3.智能诊断与维护

故障定位效率提升:LED状态指示灯与诊断日志结合,缩短故障排查时间50%以上

分类: 品牌:

描述

产品简要说明

GE DS3800HMPK1J1J是通用电气(GE)专为工业自动化系统设计的高性能控制器,核心特性包括:

多协议通信:支持Modbus TCP/RTU、EtherNet/IP及OPC UA协议,兼容西门子、AB等主流品牌设备

工业级可靠性:IP65防护等级,耐受-40℃至85℃极端温度,通过IEC 61000-6-4抗干扰测试

智能诊断功能:内置实时状态监测模块,支持故障定位与预测性维护

产品详细说明

1.硬件架构与核心组件

处理器与通信接口:

采用PowerPC架构处理器,主频500MHz,支持多任务并行处理

提供4个以太网端口(2个工业级RJ45,2个光纤接口),支持冗余配置

电源与保护机制:

双路冗余电源输入(24V DC/115V AC/230V AC),支持热插拔切换

过流保护与电压稳压功能,确保极端环境下的持续运行

2.功能特性与工业适配性

协议兼容性扩展:

支持EtherNet/IP协议,适配罗克韦自动化生态

Modbus TCP/RTU协议支持ASCII与十六进制指令解析

诊断与维护能力:

实时监测CPU负载、内存占用及网络延迟,生成健康状态报告

通过LED指示灯显示模块运行状态(绿灯:正常/红灯:故障/黄灯:待机)

技术规格:GE DS3800HMPK1J1J

参数项规格描述

处理器架构PowerPC(500MHz)

通信接口4个以太网端口(2x工业RJ45,2x光纤)

协议支持Modbus TCP/RTU、EtherNet/IP、OPC UA

电压输入24V DC/115V AC/230V AC(双路冗余)

工作温度-40℃至85℃

防护等级IP65

抗干扰标准IEC 61000-6-4

核心价值与性能亮点

1.工业自动化中枢

多协议融合:在DCS系统中实现EtherNet/IP与Modbus协议无缝对接,降低系统集成复杂度

数据可靠性保障:通过CRC校验与网络冗余机制,确保通信链路可靠性达99.99%

2.极端环境适配性

宽温运行:-40℃低温下仍保持稳定运行,适用于极寒地区油田与炼油厂

抗电磁干扰设计:屏蔽外壳与信号隔离技术,适应强电磁环境(如变电站)

3.智能诊断与维护

故障定位效率提升:LED状态指示灯与诊断日志结合,缩短故障排查时间50%以上

预测性维护支持:通过实时负载监测实现设备寿命预测,减少非计划停机

12HGA11J52

12HGA11J52

12HGA11J52

12HGA11J52

Product brief description

GE DS3800HMPK1J1J is a high-performance controller designed by General Electric(GE)for industrial automation systems,with core features including:

Multi-protocol communication:supports Modbus TCP/RTU,EtherNet/IP and OPC UA protocols,compatible with mainstream brands such as Siemens and AB.

Industrial-grade reliability:IP65 protection grade,withstand extreme temperatures of-40℃to 85℃,pass IEC 61000-6-4 anti-interference test

Intelligent diagnostic function:built-in real-time status monitoring module,supports fault location and predictive maintenance

Product details

1.Hardware architecture and core components

Processor and communication interface:

Adopt PowerPC architecture processor,main frequency is 500MHz,and supports multi-task parallel processing

Provides 4 Ethernet ports(2 industrial-grade RJ45,2 fiber optic interfaces),supports redundant configuration

Power and protection mechanism:

Dual redundant power supply input(24V DC/115V AC/230V AC),support hot-swap switching

Overcurrent protection and voltage regulation functions to ensure continuous operation in extreme environments

2.Functional characteristics and industrial adaptability

Protocol Compatibility Extensions:

Supports EtherNet/IP protocol and adapts to Rockway automation ecosystem

Modbus TCP/RTU protocol supports ASCII and hexadecimal instruction analysis

Diagnostic and maintenance capabilities:

Monitor CPU load,memory usage and network latency in real time,and generate health status reports

The module operation status is displayed through the LED indicator(green light:normal/red light:fault/yellow light:standby)

Technical specifications:GE DS3800HMPK1J1J

Parameters Specification Description

Processor Architecture PowerPC(500MHz)

Communication interface 4 Ethernet ports(2x industrial RJ45,2x fiber)

Protocol supports Modbus TCP/RTU,EtherNet/IP,OPC UA

Voltage input 24V DC/115V AC/230V AC(dual redundancy)

Operating temperature-40℃to 85℃

Protection level IP65

Anti-interference standard IEC 61000-6-4

Core Values​​and Performance Highlights

1.Industrial automation center

Multi-protocol fusion:seamless connection between EtherNet/IP and Modbus protocols in DCS systems to reduce system integration complexity

Data reliability guarantee:Through CRC verification and network redundancy mechanism,ensure the reliability of communication links to reach 99.99%

2.Extreme environmental adaptability

Wide temperature operation:maintain stable operation at low temperature-40℃,suitable for oil fields and refineries in extremely cold areas

Anti-electromagnetic interference design:shielded shell and signal isolation technology to adapt to strong electromagnetic environments(such as substations)

3.Intelligent diagnosis and maintenance

Improved fault positioning efficiency:LED status indicators combined with diagnostic logs to shorten the troubleshooting time by more than 50%

Predictive maintenance support:Real-time load monitoring to achieve equipment life forecasting and reduce unplanned downtime