GE IC695CPE310

Communication Interfaces

• Embedded Ethernet: Dual-port 10/100 Mbps auto-sensing
• Serial Ports: RS-232 and RS-485
• Backplane Communication: Dual-backplane interface (high-speed PCI and serial) for I/O and intelligent modules

Electrical Requirements

• Power Supply: 3.3 VDC, 5 VDC, or 24 VDC
• Power Consumption: 100 W (typical)

Physical Attributes

• Dimensions: 20.6 cm × 19.6 cm
• Weight: 1.3 kg
• Installation: Rack-mounted, occupies two slots in RX3i chassis (excluding the highest-numbered slot)

Functional Features

Programming and Configuration

• Supports multiple programming languages: Ladder Diagram (LD), Structured Text (ST), C Language, and Function Block Diagram (FBD)
• Compatible with Proficy Machine Edition Logic Developer-PLC software
• Test Edit Mode enables real-time modification and testing of running programs
• Symbolic variable addressing with automatic resolution

Memory and Data Management

• Configurable allocation of program and data memory
• Reference tables for large memory access via %W addressing
• Bit-level access within word references for efficient Boolean operations
• 32K bits each for discrete inputs (%I) and outputs (%Q)
• 32K words each for analog inputs (%AI) and outputs (%AQ)

System Integration and Compatibility

• Supports migration from GE 90-30 series I/O via serial backplane
• Compatible with most 90-30 I/O, communication, motion, and intelligent modules
• Supports expansion racks and distributed I/O configurations

Operational and Diagnostic Capabilities

• Run/Stop control via front-panel switch or remote software command
• Software password protection for program and configuration data
• Eight front-panel LEDs for real-time status indication (e.g., RUN, ERROR, EN)
• Battery-backed real-time clock for time-stamped operations and event logging
• Field-upgradable firmware

Communication Protocols

• Modbus RTU Slave
• SNP (Series 90 Protocol) Slave
• Serial I/O Protocol
• SNP protocol for communication with HMI devices

Applications

The IC695CPE310 is engineered for demanding industrial automation environments, including:

• Advanced machine control systems
• Complex process control applications
• High-speed material handling and logistics systems
• Factory automation requiring high data throughput and fast scan times
• Systems requiring integration of legacy 90-30 I/O with modern control platforms
• Applications needing enhanced data logging, communication, and diagnostics