GE Fanuc|DS200TCPSG1APE|Turbine Control Processor Module
GE Fanuc DS200TCPSG1APE Turbine Control Processor Module
Description
The GE Fanuc DS200TCPSG1APE is a specific Turbine Control Processor (TCP) module designed for the Mark V gas turbine control system, serving as the primary computational engine for real-time turbine regulation and safety monitoring.
The GE Fanuc DS200TCPSG1APE is a specific Turbine Control Processor (TCP) module designed for the Mark V gas turbine control system, serving as the primary computational engine for real-time turbine regulation and safety monitoring.
Features
- Executes core control algorithms for gas turbine operations
- Supports Triple Modular Redundancy (TMR) architecture for high reliability
- Facilitates communication across multiple serial and parallel networks
- Includes onboard memory for critical event logging and configuration storage
- Designed for rugged industrial environments with high vibration resistance
Technical Specifications
- System Compatibility: Exclusively engineered for GE Mark V Heavy Duty Gas Turbine Control Systems
- Processor Architecture: High-speed 32-bit microprocessor optimized for deterministic real-time processing
- Redundancy Level: Fully supports TMR configurations ensuring 99.9% system availability
- Operating Temperature Range: Functions reliably between -30°C to +65°C ambient temperature
- Power Input Requirements: Operates on nominal 5V DC logic supply with ±5% tolerance
- Memory Capacity: Equipped with substantial EPROM and RAM for sequence execution and data buffering
- Communication Interfaces: Features multiple RS-232/RS-485 serial ports and proprietary LAN drops
- Cycle Time: Achieves control loop execution speeds typically under 20 milliseconds
- Physical Dimensions: Standardized Eurocard form factor fitting 6U rack mounting systems
- Weight: Approximately 1.2 kg per unit including heat sink assembly
- Humidity Tolerance: Withstands up to 95% relative humidity non-condensing
GE Fanuc|DS200TCPSG1APE|Turbine Control Processor Module
Current product
Current
Vendor:
GE Fanuc
GE Fanuc|DS200TCPSG1APE|Turbine Control Processor Module
Regular price
$200.00
Sale price
$200.00
Regular price
$390.00
Options
Descriptions
GE Fanuc DS200TCPSG1APE Turbine Control Processor Module
Description
The GE Fanuc DS200TCPSG1APE is a specific Turbine Control Processor (TCP) module designed for the Mark V gas turbine control system, serving as the primary computational engine for real-time turbine regulation and safety monitoring.
The GE Fanuc DS200TCPSG1APE is a specific Turbine Control Processor (TCP) module designed for the Mark V gas turbine control system, serving as the primary computational engine for real-time turbine regulation and safety monitoring.
Features
- Executes core control algorithms for gas turbine operations
- Supports Triple Modular Redundancy (TMR) architecture for high reliability
- Facilitates communication across multiple serial and parallel networks
- Includes onboard memory for critical event logging and configuration storage
- Designed for rugged industrial environments with high vibration resistance
Technical Specifications
- System Compatibility: Exclusively engineered for GE Mark V Heavy Duty Gas Turbine Control Systems
- Processor Architecture: High-speed 32-bit microprocessor optimized for deterministic real-time processing
- Redundancy Level: Fully supports TMR configurations ensuring 99.9% system availability
- Operating Temperature Range: Functions reliably between -30°C to +65°C ambient temperature
- Power Input Requirements: Operates on nominal 5V DC logic supply with ±5% tolerance
- Memory Capacity: Equipped with substantial EPROM and RAM for sequence execution and data buffering
- Communication Interfaces: Features multiple RS-232/RS-485 serial ports and proprietary LAN drops
- Cycle Time: Achieves control loop execution speeds typically under 20 milliseconds
- Physical Dimensions: Standardized Eurocard form factor fitting 6U rack mounting systems
- Weight: Approximately 1.2 kg per unit including heat sink assembly
- Humidity Tolerance: Withstands up to 95% relative humidity non-condensing
