描述
GE IC752SPL013-BA产品详情
IC752SPL013-BA是通用电气（GE）推出的多功能工业控制模块，主要用于电力系统、工业自动化及能源管理领域。以下是基于多平台技术文档及供应商信息的综合说明：
一、产品定位与核心功能
类型：励磁控制器接口板/开关量输入模块（不同场景下功能描述存在差异）
核心应用：
-励磁控制：与GE Ex2100励磁系统配套，作为人机交互界面，实时监测并调整发电机励磁电流，确保电压和频率稳定；
-开关量输入：采集现场数字信号（如传感器状态），支持RS-232/485通信，适用于钢铁、化工等行业的自动化控制。
二、技术特性与参数
|项目|参数/功能|
|通信接口|以太网、Profinet IO、RS-232/485|
|处理能力|微处理器架构，支持实时数据采集与逻辑控制|
|输入/输出|开关量输入（DI）或励磁控制信号输出|
|环境适应性|工业级设计，支持宽温运行（未明确标注）|
|安装方式|现场安装或控制室机架安装|
|重量与尺寸|1.1～2.5kg（不同配置差异）|
三、典型应用场景
电力系统：
-发电机励磁控制，维持电网电压稳定性；
-变电站自动化设备状态监测。
工业控制：
-钢铁厂设备联锁控制；
-化工流程中的开关量信号采集与传输。
GE IC752SPL013-BA Product Details
IC752SPL013-BA is a multi-functional industrial control module launched by General Electric(GE),which is mainly used in the fields of power systems,industrial automation and energy management.The following is a comprehensive description based on multi-platform technical documents and supplier information:
1.Product positioning and core functions
Type:Excitation controller interface board/switch input module(there are differences in function descriptions in different scenarios)
Core applications:
-Excitation control:It is equipped with the GE Ex2100 excitation system,and serves as a human-computer interactive interface to monitor and adjust the generator excitation current in real time to ensure the stability of voltage and frequency;
-Switching quantity input:collects on-site digital signals(such as sensor status),supports RS-232/485 communication,and is suitable for automated control in steel,chemical and other industries.
2.Technical characteristics and parameters
|Project|Parameters/Functions|
|Communication interface|Ethernet,Profinet IO,RS-232/485|
|Processing capability|Microprocessor architecture,supporting real-time data acquisition and logic control|
|Input/Output|Switch input(DI)or excitation control signal output|
|Environmental adaptability|Industrial-grade design,supporting wide temperature operation(not clearly marked)|
|Installation method|On-site installation or control room rack installation|
|Weight and size|1.1~2.5kg(differences in different configurations)|
3.Typical application scenarios
Power system:
-Generator excitation control to maintain grid voltage stability;
-Status monitoring of substation automation equipment.
Industrial Control:
-Interlocking control of steel plant equipment;
-Switching signal acquisition and transmission in chemical process.
