The IC695CPU315 is a 1 GHz Central Processing Unit from the GE Fanuc PACSystems RX3i Series. It has an Intel Celeron-M  microprocessor with 20 MB of user memory (also known as random access memory or RAM) and 20 MB of flash storage memory. As a programmable controller, the  IC695CPU315 is capable of up to 32K I/O operations per second. It supports up to 512 program blocks at a maximum size of 128 KB per block. The IC695CPU315 communicates with I/O and Intelligent Option modules using a dual backplane bus.

RX3i CPUs like this one are designed for real-time control of machines, processes, and material handling systems. They can be programmed in C, or in three of the five programming languages recognized by the IEC (International Electrotechnical Commission). From the IEC language list specifically, you can program IC695CPU315 in Ladder Logic (Ladder Diagram), Structured Text, or Function Block Diagram languages. Only the Sequential Function Chart and Instruction List language options do not apply.

IC695CPU315 uses floating point algorithms, and its firmware can be upgraded within the system. Auto-located Symbolic Variables can use as much memory as they need, up to the full 20 MB capacity of user memory. The CPU comes factory-configured with two front=facing ports, an RS-485 serial port and an RS-232 serial port. Accordingly, you have both a 9-pin connector and a 15-pin connector. The CPU supports the SNP, Serial I/O, and Modbus Slave and Master serial protocols. IC695CPU315 also supports most of the older GE Fanuc Series 90-30 modules and expansion racks.

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PC control module

PC control module, is based on PC as a basic development of a control terminal. PC control module is a programmable controller, is used for communication between PC and PC station terminal, mainly used to achieve control data communication function. PC control module has powerful functions, good compatibility, high security, cheap price, simple maintenance, support industrial environment and other characteristics. According to customer requirements for secondary development and production, with high cost performance. PC control module through serial communication technology and analog/digital communication technology and PLC, MCU and other control equipment to achieve communication, can be used in PLC, MCU and other control equipment.

1, connection control network, can support single point and multi-point connection, improve the speed of the system

At present, many PLC manufacturers in China have introduced PC control module which supports multi-point network control. Such as Taiwan Asus, Taiwan Xinli, Toshiba semiconductor, etc.; In addition, Huawei, Hikvision, Jingdong and other enterprises have also launched PC control modules supporting multi-point networking control, such as Siemens PowerServer, etc. These enterprises are very confident in the quality and performance of PC control modules. For PLC products with high production environment requirements,PCI-E (Simulator Internet) technology has become a widely adopted development trend. At present, many PLC manufacturers are launching their own platform PCI-E products. Due to the high quality and comprehensive functions of PCI-E products, it is not necessary to configure the hardware circuit or software function of PC in the production process. As long as the customer needs, according to different occasions, application requirements for secondary development and production.

2, interoperable with the user computer

The work of PLC is realized by PC computer. Therefore, the computer should be kept at an appropriate safe distance from the PC and the communication channel between the two must be kept in good operation. PLC can be installed on the rack of a PC computer. The staff of the user computer should operate the PLC through the PC computer. The PLC should be run on the computer, or placed on a special rack (such as a PLC server installed on the rack). The server must communicate with the user computer.

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3. Real-time display of control information

If there is communication between PLC or PLC and MCU, PLC can access information through FPGA or DSP to achieve data acquisition through the serial communication protocol provided by FPGA or DSP. This technology realizes the real-time display of the collected data, and realizes the information sharing between PLC and PC. When system failure or error occurs, PLC can access the industrial data of user equipment through FPGA or DSP, and the user can access the industrial data of user equipment through FPGA. In addition, the data access software can be used to access the data of the user device during program execution through FPGA and DSP. After the program is executed, it can also access the industrial data of the user's device when the data needs to be reexamined. At present, such data access mode can be realized between PC and PLC. PC provides users with a more flexible and free access environment.

4, the control center can directly control other application software, expand the data function, improve the speed of data processing

PC control module is an embedded system control center, which consists of CPU, memory, display and so on. The automation control system is realized by PC, MCU and peripheral devices. Used to control all computers in the industrial field, including monitoring software, programs, industrial computers, etc. PC control module, not only can be in the industrial site for operation monitoring, but also can be in the industrial site for remote monitoring. PC control module, but also has the remote operation function, can be in the remote site of each equipment for remote data view and data maintenance!