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GE IC695CPE305 PACSystems RX3i CPU Module

Item NO.:
IC695CPE305
Payment:
T/T
Price:
$938/
Product Origin:
USA
Color:
NEW
Product weight:
1.21KG
Lead Time:
In stock

- - - - GE IC695CPE305 PACSystems RX3i CPU Module
        
        Product Overview
        
        Brand: GE Fanuc / Emerson
        Series: PACSystems RX3i
        Model: IC695CPE305
        Product Type: PLC CPU Module / Controller Module
        Function: A high-performance CPU controller designed for GE PACSystems RX3i automation systems. It performs real-time control tasks for machines, processes, and material handling systems, providing program execution, I/O management, communication, and system diagnostics.
        
        Technical Specifications
        
        Module Type: PLC Central Processing Unit (CPU)
        
        Series Compatibility: PACSystems RX3i
        
        Processor Speed: 1.1 GHz Intel Atom processor
        
        User Memory:
        
        5 MB user memory
        
        5 MB non-volatile flash memory
        
        I/O Capacity:
        
        Up to 32K discrete I/O points
        
        Up to 32K analog I/O points
        
        Backplane Compatibility: RX3i Universal Backplane
        
        Communication Interfaces:
        
        1 × Ethernet port (10/100 Mbps)
        
        2 × Serial communication ports (RS-232/RS-485)
        
        1 × USB 2.0 host port
        
        Ethernet Protocol Support:
        
        SRTP Client/Server
        
        Modbus TCP/IP
        
        OPC UA Server
        
        Ethernet Global Data (EGD)
        
        Serial Protocol Support:
        
        Modbus RTU
        
        SNP
        
        Serial I/O
        
        Programming Languages:
        
        Ladder Diagram (LD)
        
        Structured Text (ST)
        
        Function Block Diagram (FBD)
        
        C programming
        
        Program Blocks: Up to 512 blocks
        
        Maximum Block Size: 128 KB
        
        Mounting: RX3i rack-mounted installation
        
        Operating Temperature: 0°C to 60°C
        
        Advantages & Features
        
        High-Speed Processing Performance
        
        Equipped with a 1.1 GHz processor, providing fast program execution and efficient handling of complex automation applications.
        
        Powerful Communication Capability
        
        Built-in Ethernet, serial ports, and USB interface allow easy connection with HMIs, SCADA systems, programming tools, and industrial networks.
        
        Large Memory Capacity
        
        Provides sufficient user memory and flash storage for medium-scale automation programs and data management.
        
        Flexible Programming Support
        
        Supports multiple IEC programming languages and C programming, allowing flexible application development.
        
        Expandable System Architecture
        
        Compatible with RX3i universal backplanes and a wide range of I/O, communication, and specialty modules.
        
        Reliable Data Retention
        
        Supports battery-less user memory retention and optional Energy Pack solutions to improve system reliability.
        
        Advanced Diagnostic Functions
        
        Provides system status monitoring, fault detection, and troubleshooting information to simplify maintenance.
        
        Typical Applications
        
        Industrial automation systems
        
        Factory production lines
        
        Machine control systems
        
        Material handling equipment
        
        Process control systems
        
        Packaging machinery
        
        Power and energy automation
        
        Water treatment systems
        
        Manufacturing equipment
        
        Precautions
        
        Confirm compatibility with GE PACSystems RX3i Universal Backplane before installation.
        
        Backup PLC programs before replacing the CPU module.
        
        Verify firmware and programming software compatibility.
        
        Check Ethernet and serial communication settings before operation.
        
        Ensure proper power supply and grounding.
        
        Disconnect power before installing or removing the module.
        
        Perform I/O configuration verification after replacement.
        
        Keep the CPU module away from excessive dust, moisture, and vibration.