GE DS200CDBAG1BDB | Control Daughter Board for Turbine Automation

GE DS200CDBAG1BDB Contactor Driver Board – Product Description

Overview

The GE DS200CDBAG1BDB is a Control Daughter Board Assembly (CDBA) specifically designed for the GE Mark V turbine control system. It ensures precise signal conditioning and seamless communication between processor boards and peripheral modules. Moreover, it enables reliable operation in demanding industrial and power generation environments.

This board plays a critical role in managing analog and digital signals, providing the interface required for safe, efficient turbine control. Therefore, it is a core component for gas and steam turbine systems, ensuring stability and operational reliability.

Technical Specifications

General Information

• Model Number: DS200CDBAG1BDB

• Series: GE Mark V Speedtronic

• Type: Control Daughter Board Assembly (CDBA)

• Weight: 0.45 kg

• Dimensions: Standard Mark V PCB size (12 × 8 in)

• Country of Manufacture: USA
  

Performance & Functionality

• Primary Function: Signal conditioning, control interfacing, communication support

• System Compatibility: GE Mark V turbine control systems

• Inputs/Outputs: Multiple analog and digital signal channels

• Protective Features: Isolation, surge suppression, noise filtering

Environmental Specifications

• Operating Temperature: –30 °C to +65 °C

• Storage Temperature: –40 °C to +85 °C

FAQ

Q1: Is this board compatible with all GE Mark V systems?
Yes, it is designed specifically for GE Mark V turbine control systems.

Q2: What is the operating temperature range?
It reliably operates from –30 °C to +65 °C.

Q3: What protections are included on this board?
The board features isolation, noise filtering, and surge suppression for safe operation.

Q4: Can it be used in both gas and steam turbines?
Yes, it is suitable for both gas and steam turbine control applications.

Q5: Is this board suitable for harsh industrial environments?
Yes, the rugged design ensures reliable performance in demanding industrial conditions.