GE-Fanuc IC693CPU350CF CPU Module Single Slot CPU Module Processor

Product Description of IC693CPU350CF

The IC693CPU350 is a GE Fanuc series 90-30 controller. This controller is part of the modular control system, featuring a single slot wide module and with capability to control up to up to Eight (8) baseplate, including the local baseplate where the CPU is installed.

The IC693CPU350 is designed with a non-configurable user memory of 32K Bytes. Up to 2048 Discrete Input, 2048 Discrete Output, 2048 Analog input Words and 512 Analog output words. This I/O count density qualifies this controller to be installed in medium to large applications.

The IC693CPU350 does not have a communication port. This controller utilizes the communication port installed in the power supply which his a RS485 communication interface, allowing connection to programming workstation, Hand-Held Programmer (HHP) and devices that are capable of exchanging data over RS485 communication standard. This port supports SNP/SNP-X slave protocols.

The IC693CPU350 is configured using a variety of options. It may be configured using the LogicMaster90, Control, VersaPro and CIMPLICITY Machine Edition Logic Developer application software applications. Additionally, legacy Hand-Held Programmers (HHP) may be used to write programs to this controller.

The IC693CPU350 has an internal processor which is the 80386EX with typical scan rate of 0.22 milliseconds per 1K of logic for boolean contacts and processing speed of 25 MHz. This controller supports Override capability, interrupts via periodic subroutine feature, PCM / CCM compatibility and Floating point math. Optional communication protocols with the installation of add-on communication modules supported by the IC693CPU350 are Ethernet, FIP, Profibus, GBC, GCM, GCM+ option modules.

The IC693CPU350 CPU is a single-slot CPU module. There are 8 baseplates per system including, the CPU baseplate and 7 expansion or remote baseplates. The IC693CPU350 CPU requires 670 milliamps of current and 5 Volts DC voltage input. The typical scan rate for the CPU module is 0.22 milliseconds per 1 KB of logic. The maximum user program memory is 32 KB. The discrete input points have capacities of 2048 words and the discrete output points also have capacities of 2048 words. The discrete global memory is 1280 bits. The register memory is 9999 words. The analog inputs and analog outputs are rated at 2048 words and 512 words, respectively. The system registers are 28 words. The IC693CPU350 CPU supports more than 2000 timers and counters. Shift registers are also supported on the CPU module. There is one integrated serial port on the IC693CPU350 CPU which supports the SNP/SNPX slave protocols. The serial port requires a PCM module for RTU master support and a CMM module for SNP/SNP-X master, RTU slave protocol, or CCM support. Both flash and RAM memory are available in the IC693CPU350 CPU. The IC693CPU350 CPU also supports floating point math operations. The working temperature range for the IC693CPU350 CPU is 0 to 60 degrees Celsius.

The GE Fanuc IC693CPU350 is a Series 90-30 Processor module. This module is a CPU 363 module with single slot width, processor speed of 25 MHz with typical scan rate of 0.22 ms per 1K of logic for Boolean contacts. It has an embedded user memory of 32KB. This controller utilizes the embedded RS485 communication port installed in the power supply.

The CPU Model 350 IC693CPU350, acts as a controller, I/O system, and speciality module designed to meet the demands of flexible industrial solutions. Among other things, it comes with 32Kbytes user memory, 4K I/O, 8 Racks and a logic execution of 0.22msec/K. It is compatible with advanced modules such as Ethernet, various bus modules, and control. Designed in a single overall architecture, the IC693CPU350 is well suited for thousands of applications, such as complex motion control, mining, water treatment, elevator control, high-speed packaging, injection molding, material handling, food processing, continuous emission monitoring and many more. By configuring just the system you need, you save critical space and reduce cost. Furthermore, IC693CPU350 can also be adapted to a wide range of applications such as: digital interfaces (for push buttons, switches, proximity sensors, relays, contactors and many other devices), analog modules (with varying degrees of resolution for flow, temperature or pressure applications), direct connect wiring or remote termination and local or remote I/O systems.

It has a built-in Ethernet user-enabled communication which supports both SRTP and Modbus TCP/IP application protocols and provides a real-time link for connected systems. With scalable processing power, users can create a system that is ideal today while leaving open the option of creating more powerful system tomorrow without changing your software. An integrated motion control supports high performance in point-to-point applications. With a variety of field bus interfaces, the IC693CPU350 enables distributed control and/or I/O. Users can choose from a variety of easy to install and quick to configure field bus interface modules. It is programmable with Proficy Logic Developer PLC-Machine Edition and supports a wide range of programming languages such as Ladder Diagram (LDI), Instruction List (IL), Structural Text (ST), and C Block. It is a low-cost solution with redundant CPUs and power supplies for high availability solutions.

The IC693CPU350 is a single slot CPU module with one CPU baseplate and 7 expansion and/or remote baseplates. It uses a 80386EX processor type with a speed of 25 MHz, operating with an ambient temperature of 0 to 60 degrees Celsius (32 to 140 degrees Fahrenheit). This CPU also has a typical scan rate of .22 msec/K and maximum user program memory of 32K bytes. It is equipped with a built-in serial port which supports SNP/SNP-X slave protocols and a LAN port which supports multidrop, Ethernet, FIP, Profibus, GBC, GCM, and GCM+ option modules. The controller supports shift registers, override, battery backed clock, PCM/CCM compatibility, periodic subroutine interrupts’ feature, floating point Math, and RAM and flash memory storage. It requires 670 milliamps supplied from a +5 VDC power supply.