GE DS200TCQCG1AJD

Description

Technical Specifications

Functional Features

• Dedicated Temperature Conditioning: 16 channels process thermocouple/RTD signals with integrated cold junction compensation, linearization, and digital filtering for accurate temperature measurement.
• RST Overflow Management: Handles rotor speed tracking overflow to prevent data loss during high-speed turbine operations, ensuring continuous monitoring of rotor dynamics.
• Microprocessor-Driven Processing: 80196 microprocessor enables firmware-based signal scaling, calibration, and overflow control for consistent performance.
• Optoelectronic Isolation: 1500 Vrms isolation eliminates noise and ground loops, enhancing signal integrity and system reliability.
• Multi-Sensor Compatibility: Supports K, J, T, E, N type thermocouples and Pt100 RTDs for flexible integration with turbine temperature sensors.
• Firmware Upgradeability: PROM/EPROM modules allow field-upgradeable firmware to adapt to evolving turbine control requirements.
• Status Monitoring: Side-mounted LED provides real-time power, communication, and fault alerts for quick diagnostics and reduced downtime.
• Industrial-Grade Durability: Protective PCB coating resists dust, moisture, and vibration in power generation environments.
• Plug-and-Play Integration: VME backplane compatibility enables hot-swappable replacement without full system shutdown, minimizing operational disruptions.
• High-Precision Conversion: 12-bit resolution ensures accurate temperature data for critical turbine protection and control loops.
• RST Overflow Handling: Manages RST data overflow to maintain rotor speed tracking accuracy during transient turbine conditions.

Functional Features

• Dedicated Temperature Signal Processing: 16 channels with integrated cold junction compensation, linearization, and digital filtering ensure precise thermocouple/RTD signal conversion for turbine temperature monitoring.
• RST Overflow Management: Handles rotor speed tracking data overflow to prevent signal loss and maintain accurate speed measurement during rapid turbine acceleration/deceleration.
• Microprocessor-Driven Control: 80196 microprocessor executes firmware-based signal scaling, calibration, and overflow logic for consistent performance across all channels.
• Optoelectronic Isolation: 1500 Vrms isolation eliminates noise and ground loops, safeguarding signal integrity and operator safety.
• Multi-Sensor Compatibility: Supports K, J, T, E, N type thermocouples and Pt100 RTDs for flexible integration with diverse turbine temperature sensors.
• Firmware Upgradeability: PROM/EPROM modules enable field firmware updates to align with evolving turbine control strategies.
• Real-Time Status Monitoring: Side-mounted LED delivers instant power, communication, and fault alerts for rapid diagnostics and reduced downtime.
• Industrial-Grade Build: Protective PCB coating withstands dust, moisture, and vibration in power generation environments.
• Hot-Swappable Design: VME backplane compatibility allows module replacement without full system shutdown, minimizing operational disruptions.
• 12-Bit Conversion Accuracy: Ensures precise temperature data for critical turbine protection loops (exhaust temperature, bearing temperature, winding temperature).
• Seamless System Integration: JRR connector and VME backplane compatibility enable plug-and-play integration with Mark V C core components.

Application Scenarios

• Gas Turbine Temperature Monitoring: Processes exhaust gas temperature (EGT), bearing temperature, and winding temperature signals for protection and load regulation in Mark V setups.
• Steam Turbine Rotor Speed Tracking: Manages RST overflow to maintain accurate rotor speed measurement during steam turbine start-up and load changes.
• Combined Cycle HRSG Temperature Control: Interfaces with HRSG temperature sensors to optimize heat transfer and steam production in combined-cycle power plants.
• Industrial Turbine Compressors: Handles temperature signals for turbine-driven compressors in petrochemical refineries and natural gas processing plants, withstanding harsh industrial environments.
• Mark V System Retrofits: Replaces legacy TCQC RST overflow boards in existing Mark V installations, preserving I/O compatibility and control precision while supporting firmware upgrades.
• Turbine Commissioning & Calibration: Enables reliable temperature signal processing during parameter calibration and system validation, simplifying setup and reducing commissioning time.
• Grid-Connected Power Plants: Supports turbine load control via accurate temperature feedback, ensuring stable power output and grid synchronization.
• Marine Turbine Propulsion: Integrates with shipboard Mark V systems to manage temperature I/O and RST overflow for propulsion control, ensuring reliable at-sea operations.
• Turbine Safety System Interfacing: Transmits critical temperature signals to ESD systems for safe shutdown during abnormal conditions (overtemperature, overtemperature rate).