Description
Product Overview
The GE IS215UCVEH2AB is a crucial component within the industrial control sphere, specifically tailored for GE’s Mark VI turbine control system series. As a standard Mark VI controller, it holds a significant position in ensuring the smooth operation of turbine – related applications. This single/double – slot controller comes in the form of a 6U – high, single – board computer, designed to execute the turbine application code effectively.
With a 300 MHz Intel Celeron microprocessor at its core, the IS215UCVEH2AB offers reliable processing power for handling the complex data and control tasks associated with turbine operations. It communicates with other turbine I/O boards through the VME bus when placed in the control module of a VME rack, which typically has twenty – one or thirteen slots. Running on the QNX operating system, a multi – tasking and real – time OS renowned for its high – reliability and high – speed performance in industrial applications, this module is well – equipped to manage various processes simultaneously. It is one of the three controllers used within the Mark VI system and can potentially replace other controllers, although certain upgrades like those to the backplane or Ethernet cable might be necessary in some cases.
Technical Specifications
| Parameter Name | Parameter Value |
|---|---|
| Product Model | IS215UCVEH2AB |
| Manufacturer | GE |
| Product Type | Single/Double Slot Controller |
| Backplane Requirement | Yes, as per geh – 6421 c vol. ii Mark VI turbine control manual |
| Ethernet Port Quantity | 1 (RJ45) |
| Functional Description | Standard Mark VI controller |
| Group Variation | UCVEH2 |
| Memory Types | 32 MB of DRAM and 16 MB of flash |
| Microprocessor | 300 MHz Intel Celeron |
| Monitor Port | SVGA |
| Operating System | QNX |
| Power Requirements | +5 VDC, 6A typical, max 8A |
| Physical Dimensions | Not specified (common for 6U form factor in VME systems) |
| Cooling Method | Forced air cooling (typical for such industrial modules) |
| Redundancy Applications | Simplex or triple modular redundant |
| Required VME Slots | Two |
| Status LED Description | Displays rotating LED patterns |
| Number of LEDs | 3 under top set screw |
Main Features and Advantages
Robust Processing Power
The GE IS215UCVEH2AB‘s 300 MHz Intel Celeron microprocessor enables it to handle complex algorithms and large – volume data generated during turbine operations. In a power generation plant, for example, it can quickly process data from multiple sensors monitoring turbine speed, temperature, and pressure. This rapid data processing ensures timely control actions, optimizing turbine performance and efficiency.
Versatile Connectivity
Featuring an RJ45 Ethernet port, the module can easily integrate into industrial networks. It can communicate with other control systems, sensors, and actuators, allowing for seamless data exchange. This connectivity is vital for coordinating the overall operation of the turbine control system. In a large – scale industrial setup, it can share data with a central control room, enabling operators to monitor and manage turbine operations remotely.
Memory Configuration
With 32 MB of DRAM and 16 MB of flash memory, the IS215UCVEH2AB has sufficient storage for running the turbine application code and storing critical data. The DRAM provides fast access for real – time data processing, while the flash memory ensures data retention even during power outages. This memory combination supports the module’s reliable operation and data management capabilities.
QNX Operating System Compatibility
Running on the QNX operating system, the controller benefits from its real – time and multi – tasking capabilities. QNX is designed to handle concurrent tasks efficiently, which is essential for turbine control systems where multiple processes need to be managed simultaneously. It ensures high – speed and reliable operation, minimizing the risk of system failures and ensuring smooth turbine operations.
Application Field
Power Generation
In power plants, whether they are gas – fired, steam – powered, or use land – marine aero – derivative turbines, the GE IS215UCVEH2AB plays a pivotal role. It controls the operation of turbines, ensuring they generate electricity at optimal levels. By processing sensor data related to turbine speed, temperature, and pressure, it can adjust the fuel supply or other parameters to maintain stable power generation. In a gas – turbine power plant, for instance, it can precisely control the combustion process to maximize energy output while minimizing emissions.
Industrial Turbine – Driven Machinery
In industrial settings where turbines are used to drive various machinery, such as in oil refineries or chemical plants, the IS215UCVEH2AB is used to manage the turbine’s operation. It can regulate the speed of the turbine – driven pumps or compressors, ensuring the smooth flow of fluids or gases in the production process. In an oil refinery, it may control the turbine – driven pumps that transport crude oil or refined products, maintaining the integrity of the production line.
Balance of Plant (BOP) Systems
For BOP systems in power generation and industrial plants, the GE IS215UCVEH2AB is involved in controlling and monitoring auxiliary equipment related to the turbine. It can manage systems like cooling water pumps, lubrication systems, and ventilation fans. By ensuring the proper operation of these auxiliary systems, it contributes to the overall reliability and efficiency of the turbine and the entire plant. In a power plant, it may control the cooling water pumps to maintain the optimal temperature of the turbine, preventing overheating and potential damage.
Related Products
- IS215UCVEM01A: Considered an alternate part number in some cases, it is also a UCVE controller within the Mark VI series. It likely has similar functionality to the IS215UCVEH2AB but may differ in specific features or configurations, such as minor differences in memory allocation or additional onboard components.
- ICVB: A controller that the IS215UCVEH2AB can potentially replace. However, when making this replacement, an upgrade to the Ethernet cable is required. The ICVB may have different processing capabilities or communication interfaces compared to the IS215UCVEH2AB.
- IS215UCVEH2AE: Another model in the same family. It may have variations in features such as the type of microprocessor or the amount of memory. These differences could make it more suitable for specific applications within the Mark VI turbine control system, compared to the IS215UCVEH2AB.
- VMIVME – 7614 – 132: While not a direct controller replacement, it is a VME – related component. It may work in tandem with the IS215UCVEH2AB in a VME – based system, perhaps providing additional functionality like enhanced data storage or specialized I/O capabilities for the overall turbine control setup.
- GE IS215VCMIH2CA: This is another module within GE’s industrial control product line. It may be involved in different aspects of the Mark VI system, such as communication management or a different layer of control. It can be used in combination with the IS215UCVEH2AB to create a more comprehensive and integrated control solution for turbine operations.
Installation and Maintenance
Pre – installation preparation: Before installing the GE IS215UCVEH2AB, ensure that the VME rack is clean and free from dust. Verify that the backplane meets the requirements specified in the geh – 6421 c vol. ii Mark VI turbine control manual. Check the power supply to ensure it can provide the required +5 VDC, with a capacity of at least 6A typical (max 8A). Familiarize yourself with the wiring diagrams and installation procedures provided in the product manual. Make sure all the necessary tools, such as screwdrivers and cable testers, are available. Also, confirm that the module is compatible with other components in the system, especially any additional expansion cards or I/O modules that will be connected to it.
Maintenance recommendations: Regularly inspect the IS215UCVEH2AB for any signs of physical damage, such as cracks on the board or loose connections. Clean the module periodically to prevent dust buildup, as dust can affect its performance and potentially cause overheating. Monitor the temperature of the operating environment, as high temperatures can impact the lifespan of the module. Keep an eye on the status LEDs; any abnormal patterns may indicate a problem. If the module has diagnostic software, run regular tests to check for any internal issues. In case of any problems, refer to the product manual or contact GE’s technical support for guidance on troubleshooting and repair.
Product Guarantee
GE stands firmly behind the quality of the GE IS215UCVEH2AB. The product undergoes rigorous quality control measures during manufacturing to ensure it meets high – industry standards. In the event of any manufacturing defects within the specified warranty period, GE offers comprehensive repair or replacement services. Their team of highly skilled technical experts is available to provide technical support, whether it’s during the installation process, for operational queries, or for any maintenance – related issues. This demonstrates GE’s commitment to delivering a reliable and high – performing product, giving customers confidence in their investment in the IS215UCVEH2AB for their industrial control needs. Whether in a large – scale power generation plant or a complex industrial turbine – driven operation, customers can rely on GE’s product guarantee to keep their systems running smoothly.
