GE DS200TCEBG1ACD Common Circuits EOS Card
Key SpecificationsVOGI
Nominal Voltage: 24V DC.
Operating Voltage Range: 18V to 30V DC.
Power Consumption: Low power consumption for efficient operation.
Redundant Power Supply: Supports redundant power supply configurations to enhance reliability.
Current Consumption: 1.2A at 24V DC.
Operating Temperature Range: -40°C to 70°C.
Storage Temperature Range: -40°C to 85°C.
Humidity: 5% to 95% non-condensing relative humidity.
Key FeaturesVOGI
Redundancy and High Reliability:Designed with redundant features such as dual power supply and communication paths to ensure high availability and fault tolerance in the critical control process.
Self-Detection and Fault Diagnosis:GE DS200TCEBG1ACD is equipped with integrated self-diagnostics, enabling it to continuously monitor its own health and operational status. Faults are detected and flagged in real time, enabling the maintenance crew to quickly locate issues and fix them, reducing downtime.
Support of Multiple IO: It provides ample IO configuration options as required by process control, support for multiple analog or digital channels, etc. in case of turbines, compressors, and various other industrial plants. This enables scalable solutions to support the unique sensor inputs and actuator outputs of a variety of systems.
Freight Estimation(Part Of The Area)VOGI
Destination |
Freight |
Middle East |
$43 |
Southeast Asia |
$31 |
South Asia |
$56 |
South Africa |
$46 |
Europe and USA |
$28 |
Russia |
$51 |
APPLICATIONVOGI
Pipeline pressure safety monitoring: Real-time monitoring of sudden increase or decrease in oil and gas pipeline pressure, and issuing early warnings and emergency shutdown (ESD) or pressure relief protection to avoid leakage or explosion risks.
Heavy industry: Redundant control in steel processing and non-ferrous metal processing, control failure, inaccurate adjustment of rolling mill motor torque and speed, leading to equipment damage.
Chemical plant: Control the temperature and pressure of high-temperature and high-pressure reactors. Since the TMR architecture achieves fault tolerance, the stability of continuous production can be ensured.