SPECIFICATIONS
Part No.: IS200HSLAH2ADE
Manufacturer: General Electric
Country of Manufacture: United States of America (USA)
PCB Coating: Conformal
Technology: Surface-mount
Temperature Operating: -30 to 65oC
Input voltage: 90–280 Vrms, 3-phase
Input frequency: 480 Hz maximum from PMG
Backup input: 125–250 V dc (to 3-phase diode bridge output)
Output current: 35 A dc maximum
Output forcing: 150 percent for 10 seconds
Accuracy: 0.25 percent over operating temperature range
Product Type: High-speed Serial Link Interface Board
Availability: In Stock
Series: EX2100e
Functional Description
IS200HSLAH2ADE is a high-speed serial link interface board developed by GE. It is a part of EX2100e control system. It functions as a High-speed Serial Link Interface (HSLA) board specifically designed for host application boards. This board plays a crucial role in facilitating rapid and efficient communication within the control system, enabling seamless data exchange between various components. Leveraging high-speed serial link technology, the component enhances the data transfer speed between connected devices.
System Features
- Hardware and Software Coordination: The design of the EX2100e control system is the result of a close collaboration between GE's system and controls engineering teams. This coordinated effort ensures that both the hardware and software components align seamlessly, providing a unified and optimized control solution.
- System-wide Integration: The system is engineered for harmonious integration with various control elements, including the Mark VIe control, Mark VI Integrated Control System (ICS), LS2100e Static Starter, and a user-friendly human-machine interface (HMI). This integration fosters a cohesive operational environment, enhancing the overall efficiency and functionality of the control system.
- Seamless Control Coordination: The coordination between the control system and associated components is seamless. This ensures that critical functions, such as excitation control, are efficiently managed in coordination with other control systems, contributing to the overall reliability and performance of the power generation process.
- Stand-alone Retrofit Applications: Adaptable to stand-alone retrofit applications, offering a versatile solution for upgrading existing generators. In retrofit scenarios, the system seamlessly integrates with customer distributed control systems (DCS) through the ModBus Ethernet protocol, providing flexibility in system connectivity.
- Modular and Scalable Design: The modular and scalable design of the EX2100e allows for flexibility in system configuration. This adaptability is particularly beneficial for accommodating varying generator types and sizes, offering a tailored solution that meets the specific requirements of each application.
- Support for Various Generator Types: The system is engineered to cater to steam, gas, and hydro generators, making it a versatile solution for a diverse range of power generation applications. This adaptability ensures that the control system can be deployed across different industries with varying generator technologies.
- Customer-centric Connectivity: For retrofit applications, EX2100e facilitates integration with customer distributed control systems (DCS) through the widely used ModBus Ethernet protocol. This customer-centric approach ensures that the control system seamlessly fits into existing infrastructure, providing a streamlined upgrade process.
Control Hardware Features
The EX2100e Thyristor system architecture is engineered with a focus on reliability, flexibility, and efficiency in controlling power generation processes. This advanced system adopts a simplex or redundant control configuration, providing a versatile solution for various applications. Let's delve into the key components that constitute the EX2100e Thyristor system architecture.
- Simplex or Redundant Control Configuration: The Thyristor system is designed to operate in either a simplex or redundant control configuration. This flexibility allows for customization based on specific application requirements. Redundancy ensures system reliability by providing backup components, minimizing the risk of downtime due to component failures.
- Customer I/O Interface Sub-system: The customer I/O interface sub-system serves as a crucial link between the control system and external devices. It enables communication with customer-specific input/output devices, facilitating the exchange of data between the EX2100e Thyristor system and external systems.
- Optional Diagnostic Interface: The inclusion of an optional diagnostic interface enhances the system's capability for real-time monitoring and troubleshooting. This interface provides valuable insights into the system's health and performance, aiding in proactive maintenance and minimizing downtime.
- Local Operator (Touchscreen) or Optional Control Operator Interface (COI) Remote Touchscreen Interface: The system incorporates a local operator touchscreen for on-site control and monitoring. Additionally, there is an option for a Control Operator Interface (COI) remote touchscreen interface, providing operators with the flexibility to control and monitor the system from a remote location. This feature is particularly valuable for applications where on-site access may be limited or for streamlined system management.
- Control Power Supply Input Module: The control power supply input module ensures a stable and reliable power source for the control system. It is a critical component that provides the necessary electrical power to drive the control circuits and ensure consistent operation of the EX2100e Thyristor system.
- Power Conversion Module (PCM): The Power Conversion Module (PCM) is a central component of the system responsible for converting electrical power to meet the specific needs of the application. It comprises several sub-systems-
- Bridge Interface Sub-system: Facilitates communication between the control system and the power bridge.
- Power Bridge: Executes the conversion of electrical power, typically involving the use of thyristors for controlled rectification or inversion.
- AC and DC Filter Networks: Ensure the smooth filtering of AC and DC components, contributing to a stable and clean power output.
- AC and/or DC Isolation Devices: Provide necessary isolation for safety and operational considerations.
Environmental Characteristics
- Ambient Temperature: The operating temperature range for the device is from 0 to 40°C (32 to 104 °F). However, there is a current derating at temperatures exceeding 50°C (122 °F), meaning the device's current handling capacity decreases at higher temperatures.
- AC Input Range:
- For a 35 A configuration: The AC input range is from 90 to 280 V rms, with a nominal voltage.
- For a 120 A configuration: The AC input range can accommodate voltages up to 480 V rms.
- AC Input Frequency: The device can handle AC input frequencies up to 480 Hz, providing flexibility in various power system environments.
- Nominal Continuous Output:
- For a 35 A configuration: The nominal continuous output is 250 V dc at a current of 35 A dc.
- For a 120 A configuration: The nominal continuous output is 250 V dc at a current of 120 A dc.
Networks and Communications
The EX2100e control system leverages Ethernet networks, sharing connectivity with Mark VIe turbine controls. This network architecture facilitates peer-to-peer data exchange between control systems, simplifying plant interconnections. Notably, data exchange includes functions such as VAR/power factor control, enhancing operational efficiency.
- Peer-to-Peer Communication:
- Data exchange between EX2100e and Mark VIe controls occurs peer-to-peer. This facilitates seamless coordination of control functions, streamlining plant operations.
- Alarm/event management tools are shared across the network, featuring high-resolution time tags for accurate event reporting.
- Time Synchronization:
- A network timeserver ensures precise time synchronization, aligning control systems with a local time source or a global positioning satellite.
- Time synchronization achieves ±1 ms time accuracy between a controller and the time source, ensuring precise coordination of operations. Additionally, ±2 ms time coherence is maintained between different control systems, ensuring uniformity across the network.
- Integration with Third-Party Systems:
- For communication with third-party distributed control systems, the EX2100e supports industry-standard protocols such as OPC Data Access (DA) and OPC Alarms and Events (AE). Additionally, the Modbus protocol is available, providing compatibility and interoperability with diverse control systems
The WOC team is always available to help you with your EX2100e requirements. For more information, please contact WOC.
Frequently Asked Questions
What is IS200HSLAH2ADE?
It is a high-speed serial-link interface board developed by GE under the EX2100e series.
What is the enclosure type for the EX2100e Thyristor system?
The EX2100e Thyristor system is supplied in a NEMA 1/IP20 freestanding, indoor metal cabinet designed for floor-mounting installation.
How is the system cabinet configured?
The lineup consists of several cabinets bolted together, allowing flexibility in system configuration. Cable entry can be facilitated through either the top or bottom of the cabinets.
What are the physical features of each cabinet?
Each cabinet is a rigid, self-supporting, enclosed panel with a full-length door, providing easy access to the equipment housed within. The design prioritizes user convenience during installation, operation, and maintenance.
What is the standard color of the cabinet?
The standard cabinet color is ANSITM-70 for both exterior and interior surfaces. However, alternative color options are available to accommodate specific preferences or aesthetic requirements.
