Application Scenarios
In a large-scale power plant,ensuring the continuous and efficient operation of steam turbines is critical.The GE IS215GFOIH1A was implemented to provide high-speed,reliable communication between field devices and the process control system.Its fiber optic technology ensures seamless data transmission,even in harsh conditions,reducing downtime and enhancing overall plant efficiency.
Parameter
Main Parameters Value/Description
Product Model GE IS215GFOIH1A/IS215GFOIH1AB
Manufacturer General Electric(GE)
Product Category Fiber Optic Board
Series Mark VI Speedtronic
Processor Pentium 133 MHz
Memory 256 KB of Level 2 Cache
Number of Serial Ports One
Quantity of I/O Interfaces One
Ethernet Interface Ethernet Modbus Protocol
Operating Temperature Range-40 to+85°C
Relative Humidity 10-95%
Cooling Method Forced Air
Rack Type 21 or 13-Slot VME Rack
Technical Principles and Innovative Values
Innovation Point 1:Fiber Optic Technology:The GE IS215GFOIH1A/IS215GFOIH1AB utilizes fiber optic communication,providing high-speed,reliable data transmission that is immune to electromagnetic interference,ensuring stable operation in harsh industrial environments.
Innovation Point 2:Advanced Processor and Memory:Equipped with a Pentium 133 MHz processor and 256 KB of Level 2 Cache,these boards offer superior processing power and memory capacity,enabling complex control algorithms and real-time data analysis.
Innovation Point 3:Modular Design:The boards are designed to fit into 21 or 13-slot VME racks,allowing for flexible system configuration and easy integration with existing turbine control systems.
Innovation Point 4:Wide Operating Temperature Range:With an operating temperature range of-40 to+85°C,the GE IS215GFOIH1A/IS215GFOIH1AB can withstand extreme environmental conditions,ensuring reliable performance in various industrial settings.
Application Cases and Industry Value
In a gas turbine power generation facility,the GE IS215GFOIH1AB was integrated into the Mark VI Speedtronic control system to replace an older,less reliable communication board.The implementation resulted in a 30%reduction in communication-related downtime and improved overall system responsiveness.The facility reported enhanced operational efficiency and reduced maintenance costs due to the board’s robust design and reliable performance.
Related Product Combination Solutions
GE IS200GFOIH1A:Another high-performance fiber optic board from GE,offering similar functionality and compatibility with the Mark VI series.
GE IS210JPDHG1AC:A complementary I/O module that can be used with GE IS215GFOIH1A/IS215GFOIH1AB to expand the system’s I/O capabilities.
GE IS200HSLAH2A:A high-speed link adapter that enhances communication between the control system and field devices,working seamlessly with GE IS215GFOIH1A/IS215GFOIH1AB.
GE IS200ESELH1A:An exciter selector board that can be integrated with GE IS215GFOIH1A/IS215GFOIH1AB for advanced turbine excitation control.
GE EX2100 PLC MODULE:A programmable logic controller that can be used in conjunction with GE IS215GFOIH1A/IS215GFOIH1AB for comprehensive turbine control and automation solutions.
Installation,Maintenance,and Full-Cycle Support
Installation of the GE IS215GFOIH1A/IS215GFOIH1AB is straightforward,requiring integration into a 21 or 13-slot VME rack.The boards are designed for easy configuration and setup,with clear documentation and user-friendly interfaces.Routine maintenance involves periodic checks to ensure proper operation and cleanliness of the connectors and fiber optic components.In the event of a fault,the modular design allows for quick identification and replacement of faulty components,minimizing downtime.GE provides comprehensive technical support and service commitments,ensuring that customers receive timely assistance and spare parts as needed.
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