0880001-01 控制器模块 GE通用电气 工控备件卡件模块

0880001-01 控制器模块 GE通用电气 工控备件卡件模块

下是有关该模块的一些详细信息：零件名称：GE 0880001-01 励磁调节器部件号：GE 0880001-01

系统兼容性：该模块与各种 GE 励磁控制系统兼容，包括 Mark VI 和 Mark VIe 系统。

功能：GE 0880001-01 模块是一个励磁调节器模块，用于控制同步发电机的励磁电流。它监控发电机的输出电压并调节励磁电流以将输出电压维持在所需水平。它可用于控制一系列应用中的发电机，包括发电、石油和天然气以及海洋应用。

特点：GE 0880001-01 模块专为在恶劣环境中使用而设计，具有较宽的工作温度范围。它提供灵活的控制选项，包括自动电压调节 (AVR) 和手动控制模式。它还具有高 级诊断功能，包括自诊断和故障记录。

应用：GE 0880001-01 模块通常用于发电应用，以调节同步发电机的励磁电流。它还可用于使用同步发电机的一系列其他应用，例如海洋和石油和天然气。

总的来说，GE 0880001-01 励磁调节器是一个重要模块，用于在一系列应用中控制同步发电机的励磁电流。它提供灵活的控制选项、高 级诊断功能，专为在恶劣环境中使用而设计。

Here are some details about the module: Part name: GE 0880001-01 Excitation Regulator Part number: GE 0880001-01

System Compatibility: The module is compatible with a variety of GE excitation control systems, including Mark VI and Mark VIe systems.

Function: The GE 0880001-01 module is an excitation regulator module for controlling the excitation current of a synchronous generator. It monitors the output voltage of the generator and regulates the excitation current to maintain the output voltage at the desired level. It can be used to control generators in a range of applications, including power generation, oil and gas, and Marine applications.

Features: The GE 0880001-01 module is designed for use in harsh environments with a wide operating temperature range. It offers flexible control options, including automatic voltage regulation (AVR) and manual control modes. It also has advanced diagnostic capabilities, including self-diagnosis and fault logging.

Application: The GE 0880001-01 module is commonly used in power generation applications to regulate the excitation current of synchronous generators. It can also be used in a range of other applications using synchronous generators, such as offshore and oil and gas.

Overall, the GE 0880001-01 excitation regulator is an important module for controlling the excitation current of synchronous generators in a range of applications. It offers flexible control options, advanced diagnostics and is designed for use in harsh environments.