GE VMIVME1150

Description

Detailed Parameter Table

GE VMIVME1150

Product Introduction

GE’s VMIVME1150 is a robust VMEbus single-board computer designed to serve as a core processing unit in industrial automation and control systems. As a key member of GE’s VMIVME product family, it integrates powerful computing capabilities with the versatility of the VMEbus architecture, making it ideal for demanding industrial environments.

The VMIVME1150 excels at handling real-time control tasks, data acquisition, and communication in complex systems. It acts as a central processing hub, coordinating with other VME modules such as I/O boards and communication interfaces to enable seamless operation of industrial processes. Whether deployed in manufacturing lines, energy production facilities, or transportation systems, the VMIVME1150 delivers reliable performance, ensuring critical operations run smoothly with minimal downtime.

Core Advantages and Technical Highlights

Industrial-grade processing: The 32-bit RISC processor in the VMIVME1150 is engineered for industrial stability, offering sufficient computing power to handle real-time control algorithms and data processing without sacrificing reliability. This makes it suitable for applications requiring precise timing, such as synchronized motion control in automated assembly lines.

Flexible expansion: Equipped with a PMC slot, the VMIVME1150 allows easy integration of additional I/O capabilities, such as analog input modules or specialized communication interfaces. This flexibility enables system designers to customize the board to specific application needs, reducing the need for multiple standalone components.

VMEbus compliance: Full adherence to VME64 standards ensures seamless interoperability with other VMEbus modules from GE and third-party manufacturers. This compatibility simplifies system integration and upgrades, as the VMIVME1150 can work alongside existing VME components without compatibility issues.

Extreme environment resilience: With an operating temperature range of -40°C to +70°C, the VMIVME1150 thrives in harsh conditions, from freezing industrial freezers to high-temperature factory floors. Its rugged design ensures consistent performance even in environments with vibration, dust, or electrical noise.

Typical Application Scenarios

In industrial automation, the VMIVME1150 is widely used in distributed control systems (DCS) for large-scale manufacturing plants. It processes data from hundreds of sensors across the production line, executes control logic, and communicates with human-machine interfaces (HMIs) to provide operators with real-time insights. For example, in a steel mill, it regulates rolling mill speeds and temperature controls to maintain product quality.

In energy sectors, such as power generation plants, the VMIVME1150 monitors turbine performance, manages fuel flow, and coordinates with grid systems to balance power output. Its real-time processing capabilities ensure rapid response to fluctuations in demand or equipment conditions, enhancing overall plant efficiency.

In transportation, particularly railway systems, the VMIVME1150 controls signaling systems and tracks train movements, leveraging its robust communication ports to exchange data with central control centers. Its ability to operate in extreme temperatures makes it reliable for outdoor installations in diverse climates.

Related Model Recommendations

VMIVME1160: A higher-performance variant of the VMIVME1150 with increased memory (up to 512 MB) and a faster processor, suitable for more complex computing tasks in large-scale industrial systems.

VMIVME1140: A cost-effective alternative with reduced memory and processing power, ideal for small to medium-sized applications where basic control and communication suffice.

VMIVME1350: A VMEbus communication controller that pairs with the VMIVME1150 to enhance network connectivity, supporting additional protocols like Profibus and Modbus for expanded system integration.

VMIVME2140: An 8-channel digital input module designed to work with the VMIVME1150, enabling data acquisition from sensors and switches in industrial environments.

VMIVME7750: A power supply module optimized for use with the VMIVME1150 and other VMEbus components, providing stable voltages to ensure consistent system operation.

VMIVME1155: A compact version of the VMIVME1150 with a smaller form factor, designed for space-constrained applications such as mobile industrial equipment.

GE VMIVME1150

Installation, Commissioning and Maintenance Instructions

Installation preparation: Before installing the VMIVME1150, verify that the VMEbus backplane is compatible with VME64 standards and that the power supply provides the required voltages (+5 VDC, +12 VDC, -12 VDC). Use anti-static equipment (wristbands, mats) to prevent electrostatic damage during handling. Prepare mounting hardware (screws, brackets) and ensure the installation environment meets temperature and humidity specifications. Disconnect power to the VME chassis before inserting the board.

Maintenance suggestions: Regularly inspect the VMIVME1150 for loose connections or dust accumulation, which can cause overheating. Clean the board gently with compressed air every 6 months (or more frequently in dusty environments). Monitor system logs for processor or memory errors, which may indicate 潜在 issues. If a fault occurs, use GE’s diagnostic software to isolate the problem—check for PMC card compatibility first if expansion modules are installed. Replace faulty components with genuine GE parts to maintain performance and warranty coverage.

Service and Guarantee Commitment

GE backs the VMIVME1150 with a 2-year standard warranty, covering defects in materials and workmanship. Their global technical support team offers 24/7 assistance via email and online portals, providing troubleshooting guidance, software updates, and technical documentation. For complex issues, GE can dispatch certified technicians for on-site support. Extended warranty options (up to 5 years) are available, along with preventive maintenance services to maximize system uptime. This commitment ensures users of the VMIVME1150 receive reliable performance and comprehensive support throughout the product lifecycle.