GE IC752SPL013-BA
GE IC752SPL013-BA - Image 2

GE IC752SPL013-BA

Product Overview: The GE IC752SPL013-BA is an interface board used in GE excitation systems (e.g., EX2100). It serves as a bridge between the excitation controller and field devices, enabling monitoring, control, and communication functions essential for generator excitation and power system stability. The “-BA” suffix denotes a hardware/software variant or revision optimized for specific system configurations.

Request Quote
Category: SKU: GE IC752SPL013-BA

Description

GE IC752SPL013-BA

Technical Specifications:

  • Function: Excitation controller interface and signal conditioning
  • Inputs: Compatible with RTD and thermocouple temperature sensors; analog inputs such as 4–20 mA, 0–1 VDC, 0–5 VDC
  • Outputs: Control signals to excitation system components
  • Communication: Supports industry-standard protocols for system integration
  • Voltage: Typically 24 VDC control supply (varies by system)
  • Environment: Designed for industrial power generation environments

Functional Features:

  • Data acquisition and processing for excitation parameters
  • Automatic adjustment of excitation current to maintain voltage stability
  • Fault detection and diagnostic capabilities with alarms
  • Integration with generator control and protection systems

Application Scenarios:

  • Power plants using GE EX2100 or compatible excitation systems
  • Turbine-generator sets requiring precise excitation control
  • Industrial power generation and distribution facilities

Performance Parameters:

  • High accuracy measurement of temperature and analog signals
  • Fast response to load changes for stable generator output
  • Robust communication with plant control networks

Material and Structural Characteristics:

  • Printed circuit board with industrial-grade components
  • Designed for DIN-rack or panel mounting within control cabinets
  • Conformal coating options for protection against harsh environments

Working Principle: The board receives sensor inputs and control commands, processes them, and outputs appropriate signals to the excitation system. It communicates with higher-level control systems to coordinate excitation actions. Installation Requirements:

  • Install within the excitation control cabinet according to system drawings
  • Connect sensor and control wiring with appropriate shielding
  • Configure communication parameters and addresses
  • Ensure proper grounding to minimize noise

Usage Notes:

  • Follow manufacturer guidelines for calibration and setup
  • Regularly inspect connections and firmware versions
  • Observe safety procedures when working with live excitation equipment
  • Replace only with compatible variants to maintain system integrity

Related products