GE FANUC IC693CPU350 CPU 350 MODULE 32 KBYTES USER MEMORY 4K I/O 8 RACKS SERIES 90-30

The IC693CPU350, a CPU Model 350, functions as an integrated controller, I/O system, and specialty module, engineered to meet the requirements of flexible industrial solutions. It boasts 32Kbytes of user memory, 4K I/O capacity, support for 8 racks, and a logic execution speed of 0.22 milliseconds per K.

Compatible with advanced modules—including Ethernet, various bus modules, and control components—it features a unified architecture that makes it suitable for thousands of applications. These range from complex motion control, mining, and water treatment to elevator control, high-speed packaging, injection molding, material handling, food processing, and continuous emission monitoring, among others.

Key features and capabilities:

• Scalable processing power for current needs with future upgrade flexibility
• Built-in, user-enabled Ethernet communication supporting SRTP and Modbus TCP/IP protocols
• Integrated motion control capabilities for high performance in point-to-point applications
• Multiple fieldbus interfaces for distributed control and I/O functionality
• Programmable via Proficy Logic Developer PLC-Machine Edition
• Supports multiple programming languages: Ladder Diagram (LDI), Instruction List (IL), Structural Text (ST), and C Block
• Cost-effective solution with redundant CPUs and power supplies for high-availability setups
• Single-slot CPU module accommodating one CPU baseplate plus 7 expansion/remote baseplates
• 80386EX processor running at 25 MHz
• Operating temperature range: 0 to 60°C (32 to 140°F)
• Typical scan rate of 0.22 msec/K
• Maximum user program memory of 32K bytes
• Built-in serial port supporting SNP/SNP-X slave protocols
• LAN port compatible with multidrop, Ethernet, FIP, Profibus, GBC, GCM, and GCM+ option modules

The IC693CPU350 delivers comprehensive functionality including shift registers, override functions, battery-backed clock, PCM/CCM compatibility, periodic subroutine interrupts, floating-point math, and both RAM and flash memory storage. It requires a 670-milliamp supply from a +5 VDC power source.