The GE IS200ESYSH2A is a digital excitation control module designed for precise regulation and protection of generator excitation systems in power generation applications, featuring advanced control algorithms and robust performance.
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The GE IS200ESYSH2A is a digital excitation control module designed for precise regulation and protection of generator excitation systems in power generation applications, featuring advanced control algorithms and robust performance.
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The GE IS200ESYSH2A is a sophisticated digital excitation control module specifically engineered for modern power generation systems. This module serves as the core component in automatic voltage regulation (AVR) systems, delivering precise control over generator excitation to maintain stable terminal voltage and ensure optimal power quality.
Key Technical Features:
Advanced Voltage Regulation: Implements sophisticated control algorithms for precise generator terminal voltage maintenance
Dual-Channel Redundancy: Supports redundant configuration for enhanced system reliability and availability
Power System Stabilizer (PSS): Integrated damping control to suppress power oscillations
Comprehensive Protection: Includes over-excitation, under-excitation, and loss-of-field protection functions
Flexible Communication: Supports multiple industrial protocols for seamless integration with control systems
Technical Specifications:
Control Accuracy: ±0.25% of setpoint
Response Time: < 20ms for voltage adjustments
Input/Output: 16 analog/digital channels
Communication: Ethernet, Profibus, Serial interface
Operating Temperature: 0°C to +60°C
Power Supply: 125VDC nominal
Redundancy: Hot standby capability
Typical Applications:
Gas turbine generator excitation control
Steam turbine excitation systems
Hydroelectric generator AVR systems
Industrial power plant synchronization
Grid code compliance applications
The IS200ESYSH2A module represents GE's leadership in power generation control technology, providing reliable and precise excitation control that ensures stable generator operation and compliance with modern grid requirements.