VIVW MORE

Description

Technical Specifications

Brand

General Electric (GE)
Model

IS420UCSCH1B
Order Number

IS420UCSCH1B
Product Name

Quad-Core UCSC Gateway Controller Module
Origin

United States
HS Code

85371090
Dimensions

168 mm (H)* 150 mm (D) * 55 mm (W)
Weight

Approx. 1.32 kg (net weight)
Operating

-40°C to +70°C
Storage

-40°C to +85°C
Humidity

5%–95% non-condensing
Operating

altitude 0–1000 m
Product Status

New and original

GE IS420UCSCH1B Product Introduction & Technical Specifications

Electrical Specifications

1.Input voltage: 24 VDC (18–30 VDC range)

2. Current consumption: Typical 1.2 A

3.Power consumption: Max. 28.8 W

4.Isolation voltage: 2500 VAC (input-to-system)

5.Protection: Overcurrent, overvoltage, reverse polarity

6.Cooling: Convection (fanless design)

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Advantages

Advantages

1. Independent operation without I/O backplane dependency

2. Exceptional MTBF (>400,000 hours) for industrial reliability

3.Fanless design for low maintenance and high durability

4. Wide temperature tolerance for harsh industrial environments

5.Secure Predix cloud connectivity via Embedded Field Agent

6. Comprehensive redundancy options for maximum system uptime

7. High-speed data processing for real-time control applications

8.Seamless integration with GE Mark VIe/VIeS control systems

9. SIL 3 safety integrity level support in certified systems

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Core Functions

Core Functions

1.Primary gateway control for Mark VIe/VIeS turbine control platforms

2. Real-time control logic execution and data processing

3.High-speed communication between controllers and field devices

4.Data acquisition, filtering, and preliminary analysis

5.System diagnostics, fault monitoring, and alarm generation

6.Redundant control execution with bumpless failover

7.OPC UA Server and Modbus Master communication support

8.Firmware updates and configuration via Ethernet/SD card

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Practical Application Cases

Practical Application Cases

1. Gas Turbine Power Generation

Deployed as the core controller in GE Mark VIe systems for gas turbine control. Manages turbine speed, load, temperature, and safety functions in combined-cycle and simple-cycle power plants, ensuring stable operation and compliance with grid standards.

2. Steam Turbine Control

Used in industrial and utility steam turbine systems for governing, sequence control, and condition monitoring. Provides precise control in thermal power plants and cogeneration facilities, optimizing efficiency and reducing downtime.

3. Oil & Gas Compression & Pumping

Implemented in upstream oil and gas facilities for compressor and pump control. Operates reliably in remote locations with extreme temperatures, managing pressure, flow, and safety shutdown systems for pipeline operations.

4. Industrial Process Automation

Integrated into chemical and petrochemical plants for reactor, distillation column, and furnace control. Delivers deterministic real-time performance in hazardous environments, supporting complex multi-variable process control.

5. Wind Turbine Control

Utilized in wind turbine control systems for pitch and yaw management, power regulation, and grid synchronization. Provides robust performance in variable environmental conditions with high vibration levels.

6. Marine & Offshore Power Systems

Applied in commercial vessels and offshore rigs for propulsion and power management. Certified for marine environments, ensuring stable operation in high-humidity, salt-spray conditions.

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