WhatsApp: +86 16626708626
Email: 
Phone: +86 16626708626Description
- Real-World Use & Application Scenarios
In modern GE Fanuc automation architectures, the IC693351-HT CPU module typically serves as a high-performance controller node for Series 90-30 systems. It’s designed to manage complex control loops, event-driven processing, and real-time decision-making in manufacturing lines, packaging facilities, and process plants. Engineers rely on such CPUs to coordinate multiple I/O blocks, execute ladder logic or structured text programs, and handle scheduling, interrupts, and timing tasks with deterministic latency. The module often integrates with digital, analog, and specialized I/O subsystems, enabling scalable control across small to mid-size cabinets. It’s commonly used in systems requiring reliable uptime, modular expansion, and consistent diagnostics for maintenance planning. The exact role and capabilities of the model are frequently cited in installation guides and BOMs to ensure correct system integration within the GE Fanuc 90-30 ecosystem. The model name IC693351-HT will appear in project documentation to facilitate procurement and service planning, reinforcing its place as a dependable processing core for automation deployments. - Product Introduction & Positioning
The IC693351-HT is a CPU module within the GE Fanuc Series 90-30 family. Its primary function is to execute control programs, manage communication with I/O modules, and coordinate timing across the rack. As part of the 90-30 ecosystem, it shares backplane interfaces, memory organization, and diagnostic conventions with other CPUs and I/O blocks, enabling a cohesive, scalable control architecture. The model was designed to deliver reliable processing performance for industrial applications, balancing computational capability with the rugged, field-facing demands of factory environments. In system design, this CPU often sits at the heart of a control loop, interfacing with expansion modules, sensors, and actuators while offering predictable performance and straightforward integration into GE’s classic automation platforms. The model name IC693351-HT is frequently referenced in configuration guides and service manuals as a primary processing option for scalable, repeatable GE automation deployments.
- IC693351-HT
- IC693351-HT
- Key Technical Features & Functional Benefits
The IC693351-HT typically emphasizes robust processing power, real-time execution, and dependable system stability. It is expected to support a range of GE 90-30 instructions, with deterministic task scheduling and reliable inter-module communication. Memory capacity and firmware options enable sophisticated control programs, safety logic, and data logging for traceability. The rugged hardware design is geared toward industrial environments, with attention to EMI resilience, thermal management, and shock/vibration tolerance. Compatibility with the broader 90-30 backplane ensures consistent programming models, diagnostic accessibility, and straightforward upgrades across the cabinet. The CPU’s value to engineers lies in its ability to sustain multi-channel control tasks, deliver predictable I/O interactions, and facilitate system-wide coordination in growing automation installations. - Detailed Technical Specifications
| Parameter | Value |
|—|—|
| Model | IC693351-HT |
| Brand | GE Fanuc |
| Type | CPU module for Series 90-30 |
| Backplane Compatibility | GE Fanuc 90-30 backplane |
| Processing | Typical microprocessor performance with real-time capabilities (exact MHz and cores depend on revision) |
| Memory | RAM/ROM configuration per OEM spec (confirm exact capacity) |
| I/O Support | Interfaces with digital/analog I/O and expansion modules via backplane |
| Operating Temperature | -40°C to 85°C (industrial range typical) |
| Mounting | Rack-mount in Series 90-30 chassis |
| Dimensions | Standard Series 90-30 CPU footprint |
| Weight | Moderate for a CPU card |
| Interfaces | Backplane signaling; external communication options per revision |
| Certifications | OEM safety and EMC standards |
| Cooling | Passive cooling within cabinet; relies on overall system airflow |
| Environmental Rating | Enclosure-dependent; verify OEM data | - Related Modules or Compatible Units
- IC693CPU335 – Another Series 90-30 CPU option with different performance characteristics
- IC693ALG708 – Analog I/O module that commonly pairs with a Series 90-30 CPU
- IC693MDL510 – Diagnostic/maintenance module that supports system health checks
- IC693ACC310A – Filler module used to maintain backplane integrity when slots are unused
- IC693ALG214 – Digital I/O module for expanded control tasks
- IC693CMM310 – Communication/interface module for networked GE 90-30 systems
- IC690CMM002 – Cross-family communication option used for multi-system integration
- IC693BEMG011 – Benchmarking or test-oriented module used in lab vs. field deployments
- Installation Notes & Maintenance Best Practices
Plan for proper seating of the CPU module in the Series 90-30 rack, ensuring the backplane contacts are clean and undamaged. Keep a clear map of slot assignments and corresponding I/O configurations to simplify maintenance and future expansions. Maintain cabinet ventilation to prevent thermal buildup, particularly in dense racks with multiple CPU and I/O cards. Schedule firmware updates and configuration backups in a controlled staging environment to prevent production disruption. Regularly verify network and bus communications for any latency or error conditions, and keep spare CPUs on hand to minimize downtime during field replacements. Maintain thorough documentation linking the IC693351-HT to the system’s software, memory map, and I/O topology for efficient troubleshooting and upgrades.
