Description
Product Overview
The GE DS200TBQDG1AEE is a high-performance Analog/Digital Termination Module designed for GE’s Speedtronic Mark V turbine control system, a legacy platform widely used in power generation, oil & gas, and industrial automation. As part of the RST (Remote Signal Termination) series, the DS200TBQDG1AEE serves as a critical interface between field sensors/actuators and the Mark V controller, enabling precise signal conditioning and transmission in harsh industrial environments. It supports a wide range of signal types, including 4-20 mA analog inputs, LVDT/RVDT position sensors, and discrete digital signals, making it ideal for applications requiring mixed signal processing in gas turbine control systems like the LM6000 24.
Integrated with the Mark V system’s RST architecture, the DS200TBQDG1AEE interfaces with terminal blocks like CTBA and TBQA to handle up to 214 discrete signal connections through its dual terminal blocks (107 terminals each) 2. Its 2 jumpers (BJ1–BJ2) allow configurable signal scaling for voltage/current inputs, while 34-pin and 16-pin connectors (JGR, JHR, JGS/T) ensure seamless communication with core control modules like DS200TCCAG1B 2. The module’s multilayer PCB design and industrial-grade components provide robust immunity to electromagnetic interference, ensuring stable operation in high-vibration turbine environments. With 250 V continuous isolation and -40°C to +85°C operating temperature range, the DS200TBQDG1AEE delivers field-proven reliability in mission-critical applications 24.
Technical Specifications
Parameter Name | Parameter Value |
Product Model | DS200TBQDG1AEE |
Manufacturer | General Electric (GE) |
Product Type | Analog/Digital Termination Module (RST Series) |
Signal Types | 4-20 mA, LVDT/RVDT, Discrete Digital |
Terminals | 214 (2 blocks × 107 terminals) |
Jumpers | 2 (BJ1–BJ2 for signal configuration) |
Connectors | 3 × 34-pin (JGR, JHR, JGS/T), 3 × 16-pin |
Isolation Voltage | 250 V (continuous) |
Operating Temperature | -40°C to +85°C |
PCB Coating | Standard conformal coating |
Dimensions | 233 mm × 89 mm × 43 mm (based on similar DS200TBQDG1A) |
Weight | 1.5 kg (estimated from related models) |
Compatibility | GE Mark V core modules (e.g., DS200TCCAG1B, DS200TCEAG1B) |
Main Features and Advantages
The DS200TBQDG1AEE stands out for its versatile signal handling and field-proven ruggedness. Its dual terminal blocks support simultaneous analog and digital signal termination, reducing cabling complexity in turbine control panels. The module’s jumper-configurable signal scaling allows seamless integration with legacy systems, enabling users to adapt to voltage (0–10 V) or current (4–20 mA) inputs without hardware modifications 2. For example, jumpers BJ1–BJ2 configure analog channels for current/voltage operation, while burden resistors (if required) can be installed for pressure transducer inputs 2.
Reliability is a core strength: the DS200TBQDG1AEE incorporates electrical isolation to prevent ground loops and includes test points (TP1–TP3) for diagnostic access to critical circuits 2. Its removable connector design facilitates quick module replacement during maintenance, minimizing downtime. The module also supports hot-swap capabilities, allowing in-system upgrades without powering down the entire Mark V system. With IP65-rated dust/moisture resistance and shock/vibration tolerance, the DS200TBQDG1AEE excels in extreme industrial settings 24.
Application Areas
The DS200TBQDG1AEE is widely deployed in gas and steam turbine control systems for power plants, refineries, and industrial machinery. In gas turbines like GE’s LM6000, it interfaces with vibration transducers, fuel flow transmitters, and compressor discharge sensors, providing real-time data to the Mark V controller for safe and efficient operation 24. The module’s 4-20 mA outputs drive actuators like inlet guide vanes and fuel valves, ensuring precise load regulation during start-up and shutdown sequences.
In process automation, the DS200TBQDG1AEE supports distributed control systems (DCS) in chemical plants and water treatment facilities. Its LVDT/RVDT inputs monitor mechanical position in critical processes, while discrete digital channels manage solenoid valves and motor starters. The module’s Corebus communication integrates seamlessly with GE’s Speedtronic system, enabling centralized diagnostics and remote configuration. For example, it can be paired with DS200TCCAG1B analog I/O modules to create hybrid control loops for temperature and pressure regulation 24.
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Installation and Maintenance
Installation: Mount the DS200TBQDG1AEE in the Mark V system’s R5 core chassis, ensuring proper grounding. Connect field wiring to the dual terminal blocks using 22–16 AWG shielded cables, following the terminal layout specified in GE’s GEI-100168 manual 2. Configure jumpers (BJ1–BJ2) based on the application’s signal requirements (e.g., current/voltage selection). Use GE-approved fuses (5×20 mm, 800 mA) to protect input channels from overcurrent.
Maintenance: Regularly inspect the module for loose connections or physical damage. Clean dust with a static-free cloth and verify LED indicators for 异常状态. To replace the board, transfer PROM modules from the old unit to the new DS200TBQDG1AEE using an anti-static wrist strap. Calibrate analog inputs annually using GE’s Proficy software to maintain accuracy.
Product 保障
GE guarantees the DS200TBQDG1AEE with a 1-year warranty covering defects in materials and workmanship. Customers receive 24/7 technical support for configuration, troubleshooting, and firmware updates. The module undergoes rigorous testing to meet IP65 standards for dust and moisture resistance. For urgent replacements, DS200TBQDG1AEE units are available from stock, with delivery within 3 days after payment.
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