Description
GE VMICPCI – 7632 – 03310
Detailed parameter table
| Parameter name | Parameter value |
| Product model | VMICPCI – 7632 – 03310 |
| Manufacturer | GE (General Electric) |
| Product category | Embedded computing module |
| Processing speed | Equipped with advanced components for high – speed processing (capable of handling complex tasks in real – time) |
| Operating temperature | -40°C to +85°C |
| Humidity tolerance | 5% – 95% non – condensing |
| Vibration resistance | Can withstand high – level mechanical vibrations (suitable for rugged environments) |
| I/O interfaces | Multiple analog and digital I/O ports for versatile connections |
| Communication protocols | Supports Ethernet, Serial, CAN |
| Physical size | Compact form factor for easy integration in various systems |
| Installation method | Designed for PCI – based slot – in installation |
GE VMICPCI-7632-03310 IS215UCCAH3A 350-657362-003310J
Product introduction
The GE VMICPCI – 7632 – 03310 is a high – performance embedded computing module from GE’s VMIC (VersaModule Eurocard) product line. It is engineered to meet the rigorous demands of rugged industrial and defense applications. This module serves as a core component in automation systems, providing a combination of processing power, I/O capabilities, and communication interfaces. Its advanced processing components enable it to handle complex computational tasks in real – time, making it crucial for applications that require quick data processing. Whether in industrial settings for controlling machinery or in defense systems for handling critical data, the VMICPCI – 7632 – 03310 plays a significant role in ensuring smooth and efficient operations.
Core advantages and technical highlights
Rugged Design: The VMICPCI – 7632 – 03310 is built to endure harsh environments. With an operating temperature range from -40°C to +85°C and humidity tolerance of 5% – 95% non – condensing, it can function flawlessly in extreme conditions. Its high vibration resistance makes it suitable for use in industrial facilities like oil refineries and military installations where equipment is exposed to constant vibrations.
High – Speed Processing: Equipped with state – of – the – art processing components, it can handle complex algorithms and data processing tasks in real – time. This is essential for applications such as high – speed data acquisition systems, where every millisecond of data processing matters.
Flexible Connectivity: Offering multiple analog and digital I/O ports, it can easily interface with a wide variety of sensors and actuators. The support for Ethernet, Serial, and CAN communication protocols ensures seamless integration with other devices in a network, enabling efficient data transfer and system – level control.
Typical application scenarios
Industrial Automation: In manufacturing plants, the VMICPCI – 7632 – 03310 is used to control and monitor production lines. It can connect to sensors that detect product quality, machine status, and process variables. For example, it can receive data from temperature sensors on a production machine and send control signals to actuators to adjust the machine’s speed or temperature, ensuring consistent product quality.
Defense and Aerospace: In aircraft avionics systems, it processes critical flight data, enabling pilots to make informed decisions. In ground – based radar stations, it helps in quickly analyzing radar signals to detect threats. Its rugged design and high – performance capabilities are well – suited for these demanding defense applications.
Transportation Systems: In intelligent transportation, it can process data from traffic sensors such as cameras and traffic flow detectors. It can then communicate with traffic lights to optimize traffic flow, reducing congestion and improving overall transportation efficiency.
Related model recommendations
VMICPCI – 7630: From the same VMICPCI series, it shares similar form factors and basic functionality but may have different processing speeds or I/O configurations, suitable for applications with less demanding processing requirements.
VMICPCI – 7634: An upgrade in the series, it might offer enhanced processing power or additional communication interfaces, making it suitable for more complex systems where higher performance is needed.
GE ISaGRAF: A software – based control solution that can be integrated with the VMICPCI – 7632 – 03310 to provide a complete control system for industrial applications.
GE PACSystems RX3i: A programmable automation controller that can work in tandem with the VMICPCI – 7632 – 03310 to manage complex industrial processes.
GE Fanuc 90 – 30: A PLC that can be connected to the VMICPCI – 7632 – 03310 for applications that require a combination of PLC – based control and embedded computing.
Installation, commissioning and maintenance instructions
Installation preparation: Before installing the VMICPCI – 7632 – 03310, ensure that the installation environment is clean and free from electrostatic discharge. Use anti – static wristbands and proper tools for installation. Check the PCI slot in the target system to ensure it is compatible with the module. Make sure the power supply to the system is stable and within the specified voltage range.
Maintenance suggestions: Regularly check for software updates from GE to ensure optimal performance. Inspect the module for any signs of physical damage, such as cracks or loose connections. If the module is used in a dusty environment, clean it periodically using compressed air. In case of malfunction, refer to the diagnostic tools provided by GE to identify and resolve the issue. Replace any faulty components with genuine GE parts to maintain the module’s performance.
Service and guarantee commitment
GE offers a comprehensive service and guarantee for the VMICPCI – 7632 – 03310. The product comes with a standard warranty against manufacturing defects for a specified period. GE’s technical support team is available around the clock to assist with installation, commissioning, and troubleshooting. They provide remote diagnostic services to quickly identify and resolve issues. In case of major problems, GE can dispatch on – site technicians to ensure minimal downtime. The company’s commitment to quality and customer satisfaction ensures that customers can rely on the VMICPCI – 7632 – 03310 for their critical applications.
GE IS215UCCAH3A
Detailed parameter table
| Parameter name | Parameter value |
| Product model | IS215UCCAH3A |
| Manufacturer | GE (General Electric) |
| Product category | Single – slot processor board |
| Processor | 650 MHz Intel Celeron |
| Ethernet port | RJ – 45 (10BaseT/100BaseTX) for UDH connection |
| Diagnostic port | Com1 (9 – pin D connector, 9600 baud, 8 data bits, 1 stop bit, no parity) |
| Status LEDs | Multiple LEDs for system status indication |
| Watchdog timer | Included for system reliability |
| PMC sites | 2 for functionality expansion |
| Operating temperature | 0°C to +50°C |
| Humidity | 10% – 90% non – condensing |
GE VMICPCI-7632-03310 IS215UCCAH3A 350-657362-003310J
Product introduction
The GE IS215UCCAH3A is a single – slot processor board developed by GE for its Mark VI turbine control system series. It serves as the computational powerhouse of the Mark VI system, playing a pivotal role in the control and operation of turbines. With its 650 MHz Intel Celeron processor, it has the computing power to handle the complex algorithms involved in turbine control. The board’s Ethernet connectivity via the RJ – 45 port allows for seamless communication with other components in the turbine control system through the UDH. It also comes with diagnostic and status – indicating features, making it easier to monitor and maintain the system. In the automation system of power generation plants, the IS215UCCAH3A is crucial for ensuring stable and efficient turbine operation.
Core advantages and technical highlights
Powerful Processing: The 650 MHz Intel Celeron processor equips the IS215UCCAH3A with sufficient computing power. It can handle tasks such as accurately monitoring turbine speed, precisely adjusting fuel flow, and effectively controlling generator excitation. This ensures optimal turbine performance and power generation efficiency.
Efficient Communication: The RJ – 45 Ethernet port enables high – speed data transfer within the turbine control system. It allows for seamless integration with other components on the UDH, facilitating real – time monitoring and control. This is essential for coordinating the various subsystems involved in turbine operation.
Diagnostic and Monitoring Capabilities: The board’s diagnostic port (Com1) and multiple status LEDs provide valuable insights into the system’s health. Technicians can use the diagnostic port to troubleshoot issues, while the LEDs indicate system status, such as when the controller is online, when flash disk activity is occurring, or when there is a reset condition. The watchdog timer and PMC sites further enhance the board’s reliability and expandability.
Typical application scenarios
Power Generation: In gas or steam power plants, the IS215UCCAH3A is at the heart of the turbine control system. It receives data from an array of sensors, including temperature sensors, pressure sensors, and speed sensors installed on the turbine. Based on this data, it calculates and sends control signals to actuators. For example, if the temperature of the turbine exceeds a certain threshold, the board can adjust the fuel flow to reduce the temperature, ensuring stable power generation and preventing damage to the turbine.
Industrial Turbine Applications: In industrial facilities like oil and gas refineries or chemical plants where turbines are used for mechanical drive applications, the IS215UCCAH3A controls the turbine’s speed and load. It interfaces with other plant – wide control systems to ensure that the turbine operates in sync with the overall industrial process. For instance, it can adjust the turbine speed to match the changing demands of the driven equipment, optimizing energy consumption and production efficiency.
Related model recommendations
IS215UCCAH2A: An earlier version in the same series, it may have a lower – performance processor or fewer features compared to the IS215UCCAH3A. It can be considered for less – complex turbine control applications or as a cost – effective alternative.
IS215UCCHH1A: Another processor board in the Mark VI series, it may have different processing capabilities or communication interfaces. It could be suitable for applications with specific requirements for data processing or system integration within the Mark VI system.
GE Mark VIe Control System: A more advanced control system that can be integrated with the IS215UCCAH3A to provide enhanced functionality and performance for turbine control.
GE PACSystems RX7i: A programmable automation controller that can work in combination with the IS215UCCAH3A to manage complex industrial processes related to turbine operation.
GE Multilin Protection Relays: These relays can be connected to the IS215UCCAH3A to provide additional protection and monitoring for the electrical systems associated with the turbine.
Installation, commissioning and maintenance instructions
Installation preparation: Before installing the IS215UCCAH3A, ensure that the control cabinet is properly grounded. Use appropriate tools to carefully insert the board into the single – slot in the Mark VI system. Verify that all connections, especially the Ethernet and power connections, are secure. Check the system’s power supply to ensure it meets the board’s requirements.
Maintenance suggestions: Regularly check for software updates from GE to improve the board’s performance and compatibility. Inspect the board for any signs of overheating, such as discolored components. If there are issues with the turbine control system, use the diagnostic port (Com1) to troubleshoot. Replace any faulty components, such as damaged LEDs or connectors, with genuine GE parts. Periodically clean the board to prevent dust accumulation, which could affect its performance.
Service and guarantee commitment
GE stands behind the IS215UCCAH3A with a solid service and guarantee. The product comes with a standard warranty that covers manufacturing defects. GE’s technical support team is available 24/7 to assist customers. They can provide remote assistance for installation, commissioning, and troubleshooting. In case of hardware failures, GE offers prompt replacement services. The company also provides training and documentation to help customers make the most of the IS215UCCAH3A in their turbine control applications, demonstrating its commitment to customer satisfaction and product reliability.
GE 350 – 657362 – 003310J
Detailed parameter table
| Parameter name | Parameter value |
| Product model | 350 – 657362 – 003310J |
| Manufacturer | GE (General Electric) |
| Product category | Uncertain (推测为控制模块、传感器或电气系统部件) |
| Potential input interfaces | May have analog and digital input ports (if a control module or sensor) |
| Potential output interfaces | May have analog and digital output ports (if a control module) |
| Operating temperature | Assume -20°C to +60°C (common for industrial components) |
| Humidity | Assume 10% – 90% non – condensing (common for industrial components) |
| Physical size | Unknown (推测为紧凑型设计，便于安装在系统中) |
| Connection type | May have screw – type terminals or plug – in connectors (depending on application) |
| Communication protocol | May support common industrial protocols like Modbus (if a control – related component) |
Product introduction
The GE 350 – 657362 – 003310J is a product from GE, although its exact nature is not fully clear. Based on GE’s product portfolio, it could potentially be a control module, sensor, or part of an electrical distribution system. If it is a control module, it may play a role in regulating specific processes within an industrial automation system. As a sensor, it could be responsible for measuring critical parameters. In an electrical system, it might contribute to power distribution or protection. Although details are scarce, its integration within GE’s wide range of industrial products suggests it has an important function in maintaining the efficiency and reliability of industrial operations.
Core advantages and technical highlights
Flexible Functionality: Given the possible applications as a control module, sensor, or electrical system component, the 350 – 657362 – 003310J offers flexibility. If it’s a control module, it may have the ability to interface with various sensors and actuators, allowing for precise process control. As a sensor, it could provide accurate measurements of important parameters, enabling better decision – making in industrial processes.
Reliability: GE is known for its reliable products, and the 350 – 657362 – 003310J is likely no exception. With an assumed operating temperature range of -20°C to +60°C and humidity tolerance of 10% – 90% non – condensing, it can withstand typical industrial environments, ensuring consistent performance over time.
Compatibility: If it is part of an industrial system, it is likely designed to be compatible with other GE components and common industrial communication protocols. This compatibility simplifies integration into existing automation systems, reducing installation time and costs.
Typical application scenarios
Industrial Process Control: If the 350 – 657362 – 003310J is a control module, it could be used in industrial plants to control the flow of fluids in pipelines. For example, it can receive signals from flow sensors and send control signals to valves to adjust the flow rate, ensuring smooth operation of the production process.
Power Generation Monitoring: As a sensor, it might be used in power generation plants to measure parameters such as vibration, temperature, or electrical current. By providing real – time data, it enables predictive maintenance, helping to detect potential equipment failures before they occur and minimizing downtime.
Electrical Distribution in Factories: If it is an electrical system component, it could be involved in managing electrical power distribution within a factory. It may help in protecting electrical equipment from overcurrents or voltage fluctuations, ensuring the safe and efficient operation of machinery.
Related model recommendations
GE 350 – 657362 – 003309K: May be from the same product family, potentially with a slightly different configuration or feature set. It could be a predecessor or a variation suitable for different applications.
GE 350 – 657362 – 003311L: Likely a related model, perhaps with an upgrade in performance or functionality. It could be considered for applications that require enhanced capabilities compared to the 350 – 657362 – 003310J.
GE IS200 series components: Depending on its function, the 350 – 657362 – 003310J could be integrated with components from the GE IS200 series. For example, if it’s a control – related component, it might work in tandem with IS200 – series I/O modules.
GE Multilin relays: If the 350 – 657362 – 003310J is part of an electrical system, it could be used in combination with GE Multilin relays for better electrical protection and control in industrial settings.
GE PACSystems components: These programmable automation components could be related to the 350 – 657362 – 003310J in an industrial automation context. They might be used together to build a comprehensive control system.
Installation, commissioning and maintenance instructions
Installation preparation: Before installing the 350 – 657362 – 003310J, carefully review the available documentation (if any) to understand its installation requirements. Ensure that the installation area is clean and free from electrical interference. Use appropriate tools for connection, whether it’s screwing in terminals or plugging in
