GE Fanuc V7768-322001 A2 Module
GE Fanuc V7768-322001 / 350-9301007768-322001 A2 Industrial Module
🌐 High-performance Embedded Computing Solution for Industrial Automation
🧩 Product Overview / 产品概述
The GE Fanuc V7768-322001 A2 Module is a high-performance industrial-grade VME CPU board designed for demanding automation environments. Built with advanced embedded computing architecture, this module provides outstanding reliability, fast data processing, and stable operation for long-term industrial use. It is part of the GE Fanuc control system series and ensures seamless integration with existing PLC and DCS infrastructures.
这款模块采用高集成度设计，能够在极端温度、振动和电磁干扰环境中保持高效运行。其坚固的结构和优良的信号稳定性，使其广泛应用于发电厂控制系统、过程自动化、能源管理、石油化工与制造业等工业场合。
⚙️ Technical Specifications / 技术参数表
| Parameter | Description / 描述 |
|---|---|
| Model Number / 型号 | V7768-322001 (350-9301007768-322001 A2) |
| Manufacturer / 品牌 | GE Fanuc Automation |
| Form Factor / 结构类型 | 6U VMEbus CPU Board |
| Processor / 处理器 | Motorola PowerPC MPC8245 or equivalent |
| Clock Speed / 主频 | 400 MHz |
| Memory / 内存容量 | 256 MB SDRAM, expandable up to 512 MB |
| Flash Memory / 闪存容量 | 32 MB onboard flash |
| I/O Interface / 接口类型 | Ethernet (10/100 Base-T), Serial RS-232/422, USB, VGA |
| Operating System Compatibility / 系统兼容 | VxWorks, Linux, Windows Embedded |
| Bus Interface / 总线接口 | VME64/64x backplane support |
| Cooling Method / 散热方式 | Passive cooling with extended heat sink |
| Power Supply / 电源要求 | +5V DC ±5% |
| Operating Temperature / 工作温度 | 0°C to +60°C |
| Storage Temperature / 存储温度 | -40°C to +85°C |
| Dimensions / 尺寸 | 233 mm × 160 mm (6U Standard) |
| Weight / 重量 | Approx. 0.8 kg |
| Compliance / 认证标准 | CE, RoHS, UL industrial grade |
⚡ Key Features / 主要特点
- 💻 High-performance CPU core, ensuring rapid data processing and system response.
- 🔗 Multiple communication interfaces supporting Ethernet and serial links for flexible integration.
- 🧠 High memory capacity and reliable flash storage for industrial applications.
- 🧱 Robust mechanical design, capable of enduring harsh environments and continuous operation.
- 🧩 Easy system integration, supporting VME64 backplane and various operating systems.
- 🔒 Enhanced reliability with error detection and thermal protection features.
🔧 Installation & Maintenance / 安装与维护指南
- Installation
- Ensure the VME chassis power is turned off before inserting the module.
- Align the module’s edge connectors with the VME backplane slots.
- Insert gently until the module is fully seated; then secure it with front panel screws.
- Power Connection
- Verify that the +5V DC input line is stable within ±5% tolerance.
- Ground the chassis properly to avoid ESD damage.
- Software Setup
- Load the system firmware via Ethernet or onboard flash memory.
- Configure network parameters using the BIOS setup or through serial terminal.
- Maintenance
- Periodically check the air filters and maintain adequate airflow in the rack.
- Clean connectors with antistatic wipes every 6–12 months.
- Perform firmware updates when available for optimal performance.
🏭 Typical Applications / 典型应用
- Industrial process control systems
- Power generation and distribution management
- Oil, gas, and petrochemical automation
- Transportation system controllers
- Manufacturing data acquisition and supervisory systems
这款模块以其长期稳定性和优异的通信能力，在工业自动化控制中表现突出。其强大的硬件平台和多系统兼容特性，使其成为可靠的工业解决方案核心。
🔗 Related Products / 相似产品推荐
| Model | Description | Manufacturer | More Info |
|---|---|---|---|
| GE IS200EISBH1A | Exciter ISBus Board | GE Energy | 🔗 View |
| GE DS200TCQCG1BGF | Control Processor Module | GE Fanuc | 🔗 View |
| GE DS200SDCIG1A | Drive Control Interface Board | GE Industrial | 🔗 View |
| GE DS200DSPCH1A | DSP Control Card | GE Fanuc | 🔗 View |
| GE IS200TBCIH1B | Terminal Board Module | GE Automation | 🔗 View |
🧠 Summary / 总结
The GE Fanuc V7768-322001 A2 Module represents a highly reliable and flexible solution for industrial control systems, combining robust hardware design, advanced computing power, and ease of maintenance. Whether used for system upgrades or as a core CPU replacement, it guarantees exceptional operational continuity and data integrity under industrial workloads.
Its long lifecycle support and compatibility with major control platforms make it a valuable choice for engineers aiming for efficiency and long-term stability in automation environments.
