IS230TCSAH1A - Fuel Skid Interface Board

SPECIFICATIONS:

Part No.: IS230TCSAH1A
Manufacturer: General Electric
Product Type: Fuel Skid Interface Board
Series: Mark VIeS
Output Voltage Ratings: 24V DC
Safety Standards: SIL 2
Mounting Type: Rack-mounted
Communication: Tricon Communication Module
Operating Temperature: -40°C to +70°C
Availability: In Stock
Size: 17.8 cm wide x 33.02 cm
Country of Manufacture: United States
Manual: GEH-6723P

FUNCTIONAL DESCRIPTION:

IS230TCSAH1A is a Fuel Skid Interface Board manufactured and designed by General Electric and is part of the Mark VIeS Series used in GE Distributed turbine control systems. The Fuel Skid Interface Board (TCSA), located in core, interfaces with the XDSA board on the fuel skid for Dry Low Emissions (DLE) applications. The TCSA board decodes the signals from the high-resolution pressure transducers for the 196 processors on the UCIB board. The signals from XDSA are connected to the TBSA terminal board in position eight of the core. They are read by the TCSA board via the P3 connector. It Contains decoders for serial communication between the XDSA board on the fuel skid and the UCIB for Dry Low Emissions (DLE) applications. Location 2.

TCSA PRESSURE TRANSDUCER INTERFACE:

The TCSA board signals are read from the pressure transducers by the XDSA board on the fuel skid. The signals from the XDSA board are sent to the TBSA terminal board, which transfers them to the TCSA board over the P3 connector. The TCSA board decodes the RS422 protocol signals and writes them to the UCIB board for processing by the 196 processor. The TCSA board also provides the power for the pressure transducers and FMVED motor controllers.

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FREQUENTLY ASKED QUESTIONS:

What are the main functions of a Fuel Skid Interface Board?

The Fuel Skid Interface Board performs several important functions, such as collecting data from sensors that monitor fuel flow, temperature, and pressure. It communicates with control systems to regulate the operation of the fuel skid unit, ensuring it operates efficiently and safely.

What types of sensors are connected to the Fuel Skid Interface Board?

The Fuel Skid Interface Board connects to a range of sensors that monitor critical aspects of the fuel system. These typically include flow meters to measure the rate of fuel flow, pressure sensors to ensure the system operates within safe pressure levels, temperature sensors to prevent overheating of the fuel, and leak detection sensors for identifying any potential fuel spills or leaks in the system.

How does the Fuel Skid Interface Board communicate with the central control system?

The Fuel Skid Interface Board communicates with the central control system through various industrial communication protocols, such as Modbus, Ethernet/IP, or other recognized standards. This allows for seamless data transmission, including real-time updates on system performance, which helps operators monitor and adjust the system as needed.