描述
产品简要说明
GE DS3800DMPK1E1D是通用电气（GE）专为燃气轮机控制系统设计的静态电压调节器板，核心功能包括：
动态调节能力：通过14个可编程EPROM模块实现燃气轮机速度与输出的精准控制
多协议通信：支持以太网、RS485及工业协议（如EtherNet/IP、Profinet），适配复杂工业网络
工业级可靠性：-40℃至70℃工作温度范围，支持恶劣环境下的长期稳定运行
产品详细说明
1.硬件架构与核心组件
模块化设计：
集成14个可擦除可编程只读存储器（EPROM）模块，支持灵活配置不同控制逻辑
配备2根34针带状电缆、2个单针连接器及17根跳线，便于硬件扩展与维护
通信接口：
标准以太网接口（10/100Mbps）与RS485串行接口，支持数据实时传输与远程监控
支持EtherNet/IP、Profinet等工业协议，兼容GE Speedtronic MKIV系统生态
2.功能特性与工业适配性
动态控制算法：
通过EPROM模块存储自定义控制程序，支持燃气轮机转速调节、负载分配及故障保护逻辑
支持PID算法优化，响应时间≤0.1毫秒，满足实时控制需求
环境适应性：
工作温度范围宽达-40℃至70℃，防护等级IP20，适用于高温、高湿工业环境
低功耗设计（功耗＜5W），减少长期运行的能源消耗
技术规格:GE DS3800DMPK1E1D
参数项规格描述
处理器32位微处理器（主频未公开）
存储容量14个EPROM模块（总容量未公开）
通信接口以太网（10/100Mbps）、RS485（波特率可调）
工作温度-40℃～70℃
防护等级IP20
尺寸263mm×58mm×28mm
重量4.3kg
核心价值与性能亮点
1.燃气轮机控制中枢
精准调节能力：通过动态调整燃气轮机转速与输出功率，保障发电机组效率与稳定性
故障自诊断：集成硬件状态监测模块，实时反馈模块温度、电压异常等故障信息
2.灵活扩展性
模块化编程：支持用户通过EPROM模块定制控制逻辑，适配不同燃气轮机型号需求
多协议兼容：无缝对接GE Speedtronic MKIV系统与其他工业自动化平台
3.长期可靠性
抗干扰设计：全金属外壳与屏蔽电路，抵御工业现场电磁干扰
低维护成本：模块化结构支持热插拔更换，减少停机时间
应对挑战，创造价值
1.复杂燃气轮机控制需求
案例：某发电厂采用该模块后，燃气轮机负载波动幅度降低30%，发电效率提升5%
2.多系统集成挑战
案例：在联合循环发电机组中，通过EtherNet/IP实现燃气轮机与蒸汽轮机的协同控制
客户关注的焦点
编程灵活性：是否支持用户自定义控制逻辑（需通过EPROM模块实现）
协议兼容性：是否支持Modbus TCP协议（需定制开发）
环境适应性：在高海拔低温环境下的稳定性（需选配散热模块）
ABB110 TAS.580.0540G00
Product brief description
GE DS3800DMPK1E1D is a static voltage regulator board designed by General Electric(GE)for gas turbine control systems.The core functions include:
Dynamic adjustment capability:Accurate control of gas turbine speed and output through 14 programmable EPROM modules
Multi-protocol communication:supports Ethernet,RS485 and industrial protocols(such as EtherNet/IP,Profinet),and adapts to complex industrial networks
Industrial-grade reliability:-40℃to 70℃operating temperature range,supporting long-term and stable operation in harsh environments
Product details
1.Hardware architecture and core components
Modular design:
Integrate 14 erasable programmable read-only memory(EPROM)modules,support flexible configuration of different control logic
Equipped with 2 34-pin ribbon cables,2 single-pin connectors and 17 jumpers for easy hardware expansion and maintenance
Communication interface:
Standard Ethernet interface(10/100Mbps)and RS485 serial interface,supporting real-time data transmission and remote monitoring
Supports industrial protocols such as EtherNet/IP,Profinet,etc.,and is compatible with GE Speedtronic MKIV system ecosystem
2.Functional characteristics and industrial adaptability
Dynamic control algorithm:
Custom control programs are stored through the EPROM module,supporting gas turbine speed adjustment,load distribution and fault protection logic
Supports PID algorithm optimization,response time≤0.1 milliseconds,meeting real-time control needs
Environmental adaptability:
Operating temperature range is up to-40℃to 70℃,protection level IP20,suitable for high-temperature and high-humidity industrial environments
Low power design(power consumption<5W),reducing energy consumption for long-term operation
Technical specifications:GE DS3800DMPK1E1D
Parameters Specification Description
Processor 32-bit microprocessor(main frequency not disclosed)
Storage capacity 14 EPROM modules(total capacity is not disclosed)
Communication interface Ethernet(10/100Mbps),RS485(balautically adjustable baud rate)
Working temperature-40℃~70℃
Protection level IP20
Size 263mm×58mm×28mm
Weight 4.3kg
Core Valuesand Performance Highlights
1.Gas turbine control center
Precise adjustment capability:dynamically adjust the speed and output power of the gas turbine to ensure the efficiency and stability of the generator set
Fault self-diagnosis:Integrated hardware status monitoring module,real-time feedback of module temperature,voltage abnormality and other fault information
2.Flexibility and scalability
Modular programming:supports users to customize control logic through EPROM modules to adapt to the needs of different gas turbine models
Multi-protocol compatibility:seamlessly connect GE Speedtronic MKIV systems and other industrial automation platforms
3.Long-term reliability
Anti-interference design:all-metal shell and shielded circuit to resist electromagnetic interference in industrial field
Low maintenance cost:Modular structure supports hot-swap replacement,reducing downtime
Respond to challenges and create value
1.Complex gas turbine control requirements
Case:After a power plant adopts this module,the load fluctuation of the gas turbine is reduced by 30%,and the power generation efficiency is increased by 5%.
2.Multi-system integration challenge
Case:In a combined cycle generator set,the coordinated control of gas turbine and steam turbine is achieved through EtherNet/IP
Customer focus
Programming flexibility:Whether it supports user-defined control logic(need to be implemented through the EPROM module)
Protocol compatibility:Whether the Modbus TCP protocol is supported(customized development is required)
Environmental adaptability:stability in high altitude and low temperature environment(optional heat dissipation module required)
