IC698CRE040 GE processor module

　　Product Description

　　The IC698CRE040 GE processor module is used to provide control,monitoring,and data processing functions.

　　feature

　　High speed instruction processing capability

　　high reliability

　　Multiple peripheral interfaces

　　Supports multiple operating systems and development environments

　　Scalability

　　IC698CRE040 is a high-performance,low-power processor module designed specifically for industrial automation and embedded applications.

　　IC698CER040 is a PACS system RX7I processor module.This processor has 64mb of memory and 64mb of non-volatile user memory,with a typical scan rate of 0.024mm/1000 Boolean contacts/coils.This processor has two(2)serial communication,one(1)station manager port,and two(2)Ethernet interfaces.

　　IC698R040 is a General Motors/Emerson Automation Central Processing Unit(CPU).This CPU supports high availability or redundant configurations.This module is part of the PACS system RX7I programmable automation controller platform.This CPU unit has relatively high allocation of random access memory(RAM)and non-volatile memory,both reaching 64mb.In addition,it is equipped with a high-speed microprocessor with a clock speed of 1.8 GHz and a scanning rate of 0.024m/1000 Boolean contacts/coils.

　　IC698R040 is equipped with embedded communication ports,such as two(2)serial communication ports that support RS232 and RS485 communication standards,and two(2)RJ45 ports for Ethernet connection.It supports half/full duplex transmission rates of 10/100Mbps and has automatic sensing capabilities.This CPU also provides one(1)station manager port.The protocols supported by the serial port are MODBUSrTU slave,SNP,and serial I/O.

　　In addition,the built-in Ethernet interface can use Ethernet global data for data exchange,use SRTP trade agreement/IP communication services,support SRTP channels,MODBUS/TP servers and MODBUS/TP trade agreement clients,complete programming and configuration services,and achieve time synchronization of SRTP schedules on the Ethernet network(when using CPU modules released at 5.00 or later).The Ethernet port supports up to 16 web servers and FTP connections.

　　This CPU supports programming languages such as ladder diagrams,C,structured text,and functional diagrams.This CPU can download up to 512 blocks,with each block having a maximum size of 128GB.

　　The IC698RC040 configuration uses Profiki machine version application software or logic developer programming software.

　　GGFANUCICC698R040 CPU is a type of CPU that uses Ethernet ports and is compatible with the RX7IPAPC system.The processing speed of the CPU is 1.8 GHz and the memory is 64 megabytes.Its working voltage is+5 volts DC and current is 6.8 amperes.It supports floating-point data and fast operations.The CPU module is designed with three serial ports,which are compatible with different serial port protocols,including MODBBSTU’s slave protocol,SNP protocol,and serial I/O protocol.For embedded communication,the IC698R040 CPU uses RS-232,Ethernet,and RS-485 interfaces.The CPU can be programmed using the project machine version or logic developer programming software.It can handle machine control and material processing applications.It communicates with I/O modules and other modules using the VME64 standard format.To connect other human-machine interface devices and programmer units,it can use Ethernet ports or serial ports.

　　General Electric’s IC698R040 CPU is equipped with a Pentium M microprocessor with backup redundancy.The IC698R040 CPU can use 16 network servers and other FTP connections to monitor data.The CPU is equipped with a built-in clock,which is supported by a battery.By using RS232 and 485 ports,the IC698R040 CPU can be upgraded to the latest firmware version.The CPU can detect low battery conditions and alert operators to different events.The CPU module has an open casing that needs to be installed in a dry and air free environment.

　　application area

　　The IC698CRE040 GE processor module is mainly used in industrial automation,embedded applications,machine control,etc.