一、产品概述

GE-DS200LDCCH1ALA是通用电气（GE）为Mark V系列控制系统设计的驱动控制与局域网（LAN）通信卡，专为工业自动化、电力设备控制、燃气轮机驱动等场景优化。该模块集成了驱动控制处理器（DCP）、LAN控制处理器（LCP）、电机控制处理器（MCP）和协同电机处理器（CMP），支持高精度运动控制与实时数据通信，广泛应用于DIRECTO-MATIC 2000系列驱动器及其集成系统中。

二、技术参数与核心功能

硬件架构

处理器配置：

DCP：处理数字/模拟I/O信号，支持电机控制指令；

LCP：管理LAN通信协议（如MODBUS、EtherNet/IP）；

MCP：执行基础电机控制逻辑；

CMP：补充MCP的高复杂度计算需求。

通信接口：

1个以太网端口（支持LAN通信）；

多路数字/模拟I/O接口（支持电压、电流、热电阻信号输入）。

电源与功耗：

工作电压：18.5～36 VDC；

功耗：≤5 W（典型值）。

电气特性

环境适应性：

工作温度：-5°C～+55°C；

环境湿度：0%～95%（非冷凝）；

防护等级：IP20（控制室安装）。

机械参数：

重量：1.29 kg；

外形尺寸：35 mm（模块式设计）。

功能扩展

模拟量输入：支持8通道（电压/电流/热电阻），可配置16位整型或32位浮点数据输出；

数字量控制：集成逻辑运算与脉冲信号生成，支持电机启停、方向切换等操作；

LAN通信：通过以太网实现远程监控、参数配置及故障诊断。

三、典型应用场景

工业自动化控制

电机驱动：控制风机、泵阀、传送带等设备的转速与位置，优化能源效率；

PLC系统集成：与GE Mark V控制器协同工作，实现复杂逻辑控制。

能源与电力系统

燃气轮机控制：作为燃机调速、燃料管理的核心模块，保障高可靠性；

变频器系统：集成于DC2000/AC2000变频器，支持多电机同步控制。

过程控制与智能制造

化工/石化行业：控制泵、阀门等设备的流量与压力，确保工艺稳定性；

智能工厂：通过LAN通信实现设备状态实时反馈与远程维护。

四、安装与维护指南

物理安装

机箱适配：兼容GE Mark V系列控制柜，支持控制室或现场安装；

接线规范：使用屏蔽电缆连接电源与通信接口，避免电磁干扰。

配置与调试

软件工具：通过GE Fanuc编程工具（如QuickPanel）配置I/O通道与通信参数；

参数标定：利用模块内置的标度变换功能，将模拟信号转换为工程单位。

维护建议

定期检查：清理散热通道，检测电源线连接可靠性；

故障排查：

LED指示灯：红色表示电源异常，绿色表示正常运行；

通信状态：通过以太网端口检查数据包传输延迟。

1.Product Overview

GE-DS200LDCCH1ALA is a drive control and local area network(LAN)communication card designed by General Electric for Mark V series control systems,and is optimized for industrial automation,power equipment control,gas turbine driving and other scenarios.This module integrates a drive control processor(DCP),a LAN control processor(LCP),a motor control processor(MCP)and a collaborative motor processor(CMP),supports high-precision motion control and real-time data communication,and is widely used in DIRECTO-MATIC 2000 series drivers and their integrated systems.

2.Technical parameters and core functions

Hardware architecture

Processor configuration:

DCP:Process digital/analog I/O signals and supports motor control instructions;

LCP:manages LAN communication protocols(such as MODBUS,EtherNet/IP);

MCP:Execute basic motor control logic;

CMP:Supplementing the high-complexity computing requirements of MCP.

Communication interface:

1 Ethernet port(supports LAN communication);

Multi-channel digital/analog I/O interface(supports voltage,current,thermal resistance signal input).

Power and power consumption:

Working voltage:18.5~36 VDC;

Power consumption:≤5 W(typical).

Electrical characteristics

Environmental adaptability:

Operating temperature:-5°C~+55°C;

Ambient humidity:0%to 95%(non-condensing);

Protection level:IP20(control room installation).

Mechanical parameters:

Weight:1.29 kg;

Dimensions:35 mm(modular design).

Functional extension

Analog input:supports 8 channels(voltage/current/thermal resistance),can be configured with 16-bit integer or 32-bit floating point data output;

Digital control:integrated logic operations and pulse signal generation,supporting motor start-stop,direction switching and other operations;

LAN communication:Remote monitoring,parameter configuration and fault diagnosis are realized through Ethernet.

3.Typical application scenarios

Industrial automation control

Motor drive:controls the speed and position of fans,pumps,valves,conveyor belts and other equipment to optimize energy efficiency;

PLC system integration:Works in conjunction with GE Mark V controller to achieve complex logic control.

Energy and power systems

Gas turbine control:As the core module of gas turbine speed regulation and fuel management,it ensures high reliability;

Inverter system:integrated into DC2000/AC2000 inverter,supports multi-motor synchronization control.

Process control and intelligent manufacturing

Chemical/petrochemical industry:control the flow and pressure of pumps,valves and other equipment to ensure process stability;

Smart factory:Real-time feedback and remote maintenance of device status through LAN communication.

4.Installation and maintenance guide

Physical installation

Chassis adaptation:compatible with GE Mark V series control cabinets,supports control room or on-site installation;

Wiring specification:Use shielded cables to connect the power supply and communication interface to avoid electromagnetic interference.

Configuration and debugging

Software tools:Configure I/O channels and communication parameters through GE Fanuc programming tools(such as QuickPanel);

Parameter calibration:Use the built-in scale conversion function of the module to convert analog signals into engineering units.

Maintenance recommendations

Regular inspection:Clean the heat dissipation channel and check the reliability of the power cable connection;

Troubleshooting:

LED indicator:Red indicates abnormal power supply,green indicates normal operation;

Communication status:Check packet transmission delay through Ethernet port.