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GE IC695CPU315 PACSystems RX3i 1.0 GHz CPU Module
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GE IC695CPU315 PACSystems RX3i 1.0 GHz CPU Module

  • Product Overview: A high – performance CPU module in GE Fanuc’s PACSystems RX3i series, equipped with an Intel Celeron – M 1.0 GHz microprocessor, 20 MB battery – backed user RAM and 20 MB non – volatile flash memory. It is designed for real – time control of industrial automation systems, supporting multiple programming languages and serial protocols, and can be used for complex motion, discrete and analog processing tasks.
  • Technical Specifications – Microprocessor: Intel Celeron – M microprocessor, 1.0 GHz clock speed
  • Technical Specifications – Memory: 20 MB battery – backed user RAM, 20 MB non – volatile flash memory
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Description
  • Technical Specifications – Program Capacity: Up to 512 program blocks, maximum 128 KB per program block
  • Technical Specifications – I/O References: Discrete %I and %Q each 32K bits, analog %AI and %AQ each 32K words
  • Technical Specifications – I/O Processing: 32K I/O operations per second, supports up to 8 local racks
  • Technical Specifications – Serial Ports: 2 front – facing ports (RS – 232 (9 – pin) and RS – 485 (15 – pin))
  • Technical Specifications – Serial Protocols: Modbus RTU Master/Slave, SNP, Serial I/O
  • Technical Specifications – Programming Languages: Ladder Diagram (LD), Structured Text (ST), Function Block Diagram (FBD), C language
  • Technical Specifications – Power Requirements: 1 A @ 3.3 VDC, 1.2 A @ 5 VDC
  • Technical Specifications – Operating Temperature: 0°C to 60°C (32°F to 140°F)
  • Technical Specifications – Backplane Compatibility: Dual backplane bus, compliant with PCI 2.2 standards, compatible with most Series 90 – 30 modules and RX3i expansion racks
  • Technical Specifications – Battery Backup: Integrated real – time clock with battery backup, compatible with IC695ACC302 Lithium Smart Battery
  • Functional Features – High – speed Processing: 1.0 GHz processor enables fast execution of complex control algorithms and data processing, with floating – point arithmetic capability
  • Functional Features – Flexible Programming: Multiple IEC – compliant programming languages and auto – located symbolic variables that can utilize the full 20 MB user memory
  • Functional Features – Communication Capability: Two serial ports support multiple protocols for seamless connection with HMIs, I/O devices and Modbus networks
  • Functional Features – System Compatibility: Works with most Series 90 – 30 modules and RX3i expansion racks, facilitating system migration and expansion
  • Functional Features – Firmware Upgradability: Supports in – system firmware upgrades and logic – driven read/write to flash operations
  • Functional Features – Data Retention: Battery – backed RAM and flash memory ensure reliable retention of critical program and process data
  • Functional Features – Noise Immunity: Hardware design updates enhance noise immunity during power – up from flash operations (firmware version 6.70 and above)
  • Application Scenarios – Machine Automation: Controls production machinery such as automotive assembly lines, food packaging equipment and material handling systems in real time
  • Application Scenarios – Process Control: Manages continuous industrial processes including chemical production, petrochemical refining and water treatment
  • Application Scenarios – Motion Control: Coordinates multi – axis motion systems in manufacturing processes, such as robotic arms and CNC machines
  • Application Scenarios – HMI Integration: Communicates with HMI devices via SNP protocol for real – time data visualization and operator control
  • Application Scenarios – Legacy System Migration: Compatible with Series 90 – 30 modules, suitable for upgrading existing industrial control systems
  • Application Scenarios – Modbus Networks: Functions as Modbus RTU Master/Slave for integration with Modbus – based industrial networks
  • Application Scenarios – High – reliability Systems: Used in redundant configurations to ensure uninterrupted operation of critical processes
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