GE IS200DAMBG1ACB Advanced Gas Turbine Control Module
GE IS200DAMBG1ACB is an Advanced Gas Turbine Control Module for Mark VIe systems. It executes precise turbine control logic (speed, combustion), enables data interaction, has galvanic isolation, operates at -40°C to +70°C, meets UL/CE, ensuring reliable gas turbine performance in industrial settings.
The GE IS200DAMBG1ACB is a cutting-edge Advanced Gas Turbine Control Module, engineered as a
core component of GE’s Mark VIe Distributed Control System (DCS). This specialized module serves
as the primary control and protection hub for gas turbine assets, delivering precise regulation of fuel
flow, air intake, ignition, and emissions control. It integrates advanced control algorithms, high-speed
data acquisition, and comprehensive diagnostics to optimize turbine performance, ensure safe
operation, and maximize availability. Designed specifically for the rigors of power generation, oil &
gas, and industrial cogeneration applications, the IS200DAMBG1ACB ensures reliable turbine control
in the most demanding environments.
Core Features
1. Advanced Turbine-Specific Control
Implements GE’s field-proven, model-based control algorithms optimized for gas turbines. This includes precise fuel split control to manage emissions (NOx, CO) and maintain combustion stability, as well as sophisticated IGV control to optimize air-fuel mixture across all load conditions.
2. High-Performance Processing
The powerful 32-bit RISC processor with floating-point capability executes complex control loops in microseconds, ensuring rapid response to changing operating conditions—critical for maintaining turbine efficiency and protecting against trips during load transients.
3. Comprehensive Diagnostics & Health Monitoring
Integrates advanced diagnostics including trend analysis, vibration monitoring, and performance degradation tracking. This enables predictive maintenance strategies, reduces unplanned downtime by up to 30%, and extends mean time between repairs (MTBR).
4. Safety & Reliability
Designed for high availability with robust fault detection and isolation. The module supports redundant configurations and meets IEC 61508 SIL 2 requirements for key safety functions, providing an additional layer of protection for your critical turbine assets.
5. Seamless Mark VIe Integration
As a native Mark VIe component, it offers plug-and-play integration with the broader DCS ecosystem. Configuration is simplified through GE’s Mark VIe Configuration Studio, which provides intuitive tools for algorithm tuning, parameter setting, and system commissioning.
6. Flexible I/O & Communication
The configurable I/O allows for tailored integration with various turbine sensors and actuators, while support for industry-standard protocols (Ethernet/IP, Modbus TCP) facilitates easy connectivity with plant historians, SCADA systems, and other third-party equipment.
Applications
The IS200DAMBG1ACB is specifically designed for gas turbine control in:
Power Generation: Combined cycle power plants, simple cycle peaking units, and industrial cogeneration facilities.
Oil & Gas: Gas turbine-driven compressors for pipeline transmission, offshore platforms, and LNG plants.
Industrial Processing: Paper mills, chemical plants, and manufacturing facilities utilizing gas turbines for power and process heat.
Marine: Propulsion systems for LNG carriers and other large vessels.
Compatibility List
Category
Compatible Products
GE Mark VIe Components
IS200CPUH1A/IS200CPURH1A Controllers, IS200AEADH1A Analog I/O, IS200DIHCH1A Digital I/O, IS200DOCH1A Digital Outputs, IS200ENETLH1B Ethernet Module, IS200VCRCH1A Power Supplies.
Sensors & Actuators
GE Bently Nevada vibration sensors, Rosemount pressure transmitters, Siemens temperature probes, Woodward fuel valves and actuators, and various HART-enabled smart devices.
Software
GE Mark VIe Configuration Studio V9.0+, GE CIMPLICITY HMI/SCADA, GE Proficy Historian, and GE Digital APM (Asset Performance Management) software for advanced analytics.
Why Choose GE IS200DAMBG1ACB
Genuine GE Expertise: Developed by the same engineers who design the turbines themselves, ensuring optimal control strategy alignment and performance.
Proven Reliability: Field-proven design with millions of operating hours in the most demanding power generation and industrial environments worldwide.
Optimized Performance: Advanced algorithms continuously adapt to operating conditions, maximizing efficiency, reducing emissions, and extending turbine life.
Total Cost of Ownership: Reduces maintenance costs through predictive diagnostics, minimizes downtime through hot-swappable design, and protects your investment with long-term availability and support.
Global Support: Backed by GE’s extensive global service network, providing 24/7 technical support, on-site service, and rapid spare parts delivery.
Availability & Support
Stock Status: In stock (bulk orders of 5+ units qualify for 5–15% volume discounts)
GE Mark VIe DCS; Works with IS200 Series Controllers (IS200CPUH1A
IS200CPURH1A)
I/O Modules (IS200AEADH1A
IS200DIHCH1A)
and Mark VIe Communication Modules (IS200ENETLH1B).
Processing Power
32-bit RISC processor with floating-point unit; 100 MIPS processing capability; 16 MB user program memory; 32 MB data memory; Supports multi-tasking with priority scheduling.
I/O Interface
8 configurable analog inputs (16-bit resolution); 4 analog outputs (16-bit); 16 digital inputs; 8 relay outputs; 4 high-speed pulse inputs for speed sensing; Supports HART protocol for smart sensor integration.
Control Algorithms
Implements GE’s proprietary control strategies including: Fuel Split Control
Inlet Guide Vane (IGV) Control
Exhaust Temperature Control
Startup Sequencing
and Load Control; Supports both simple and combined cycle configurations.
Communication Protocols
Ethernet/IP for plant-wide communication; Modbus TCP for third-party integration; GE’s proprietary VMEbus for backplane communication; Time synchronization via IEEE 1588 Precision Time Protocol (PTP).
Environmental Durability
Operating Temperature: -40°C to 70°C (-40°F to 158°F); Storage Temperature: -40°C to 85°C (-40°F to 185°F); Humidity: 5–95% (non-condensing); Vibration: IEC 61131-2 (5g
5–500Hz); Shock: IEC 61131-2 (30g
11ms).
Material & Protection
Conformal-coated PCB (moisture
dust
chemical resistant); Flame-retardant aluminum alloy housing (UL 94 V-0); 2.5kV AC channel-to-channel and channel-to-ground isolation; IP20 protection rating for cabinet mounting.
Certifications
UL 508 (Industrial Control Equipment); CE (EN 61010-1); ATEX/IECEx (Zone 2/22 for hazardous areas); RoHS 2 compliant; IEC 61508 SIL 2 capable for safety-related functions.
Physical & Mounting
Dimensions: 160mm (L) × 100mm (W) × 35mm (H); Weight: 350g; Backplane-mounted in standard 19-inch Mark VIe racks; Tool-less installation; Hot-swappable for maintenance without system shutdown.
