GE IC695CPU315-CD Controller CPU
Specific Parameters
Brand General Electric (GE, American Brand, GE Fanuc)
Product Series PACSystems RX3i Series
Product Type Industrial-Grade Programmable Automation Controller (PAC) CPU Module
Model IC695CPU315-CD
Processor Intel Celeron M Microprocessor
Clock Speed 1.0GHz
Memory 20MB Battery-Backed RAM, 20MB Non-Volatile Flash User Memory
Power Requirement 3.3VDC 1A, 5VDC 1.2A
I/O Operation Speed 32K I/O Operations per Second
Program Blocks Up to 512 Program Blocks, Maximum 128KB per Block
Communication Interfaces 2 Serial Communication Ports (RS-232, RS-485)
Ethernet Support Requires Rack-Based Ethernet Interface Module (e.g., IC695ETM001)
Supported Protocols Modbus RTU Slave, SNP, Serial I/O Protocols
Programming Support Ladder Diagram, Structured Text, Function Block Diagram, C Language
Boolean Execution Speed 0.047 Milliseconds per Thousand Boolean Instructions
Backplane Design Dual Backplane (High-Speed PCI Backplane, Serial Backplane)
Operating Temperature Range 0℃ to 60℃
Storage Temperature Range -40℃ to 85℃
Relative Humidity 5% to 95%, No Condensation
Protection Level IP20
Physical Dimensions 120mm×100mm×35mm (Height×Width×Depth)
Physical Weight Approximately 0.5kg
Compatibility Compatible with Most Series 90-30 Modules and Expansion Racks
Firmware Upgrade Supports On-Site Firmware Upgrade and Firmware Upgrade of Modules in the Backplane
Product Performance
Equipped with a 1.0GHz Intel Celeron M microprocessor, it has strong computing capability, can efficiently execute complex control algorithms and large-scale real-time data processing tasks without computing delay.
The 20MB dual memory configuration can stably store user programs, data and system configurations. The battery-backed RAM ensures no data loss when power is off, and the Flash memory supports long-term stable storage.
The 32K I/O operations per second and support for 512 program blocks can adapt to the control needs of medium and large-scale industrial automation systems, flexibly configure program structures, and meet diverse control scenarios.
The dual backplane design takes into account high-speed data transmission and compatibility with old system migration. The high-speed PCI backplane ensures fast throughput of advanced I/O modules, and the serial backplane facilitates seamless migration of Series 90-30 I/O modules.
Supports multiple programming languages and communication protocols, can flexibly connect to upper computers, HMI devices and various I/O modules, realizing seamless connection between distributed control and centralized management.
Integrates multiple hardware protection mechanisms such as overcurrent, overheating and short circuit. The wide temperature operating range adapts to harsh industrial environments, has strong reliability in long-term continuous operation, and can effectively avoid module damage.
Supports on-site firmware upgrade, which can complete system upgrade and maintenance without disassembling the module. It has a built-in self-diagnostic function that can quickly locate faults and reduce operation and maintenance costs.
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