• 1C698CPE040-JP   Central processing unit  Rated processor speed of 1800 MHZ
  • 1C698CPE040-JP   Central processing unit  Rated processor speed of 1800 MHZ

1C698CPE040-JP Central processing unit Rated processor speed of 1800 MHZ

No.1C698CPE040-JP
Manufacturer GE Fanuc
Series RX3i PACS system
Part number IC698CPE040
Product Type Central Processing Unit
Voltage type DC
  • 1C698CPE040-JP   Central processing unit  Rated processor speed of 1800 MHZ
Desciption
Manufacturer GE Fanuc
Series RX3i PACS system
Part number IC698CPE040
Product Type Central Processing Unit
Voltage type DC
Rated voltage -12, 5 and 12 volts DC
64 megabytes of memory
Serial port quantity 3
Processor speed 1800 megahertz
The IC698CPE040 CPU or central processing unit is designed and manufactured by GE Fanuc in the GE RX7i PACSystem product line and is designed to be as powerful as possible. The GE IC698CPE040 CPU is known for its fast program and application execution speed, considerable memory capacity, and the ability to upgrade easily. The CPU can be used for a long time because it can accommodate upgrades, allowing it to keep up with new technologies and new industrial application requirements. The IC698CPE040 CPU is designed for use with an RX7i PACSystem PLC or programmable logic controller. The load requirements for the IC698CPE040 CPU are 6.8 amps (5 volts DC) and 0.003 amps (12 volts DC and -12 volts DC).

The specifications of the GE Fanuc RX7i PACSystem IC698CPE040 CPU include 64 MB of user memory and a rated processor speed of 1800 MHZ. This CPU is a Pentium M CPU. It consists of 3 serial ports, all of which are independent and isolated and all accessible from the connector on the front of the CPU. Two of these separate ports can be used to perform firmware upgrades to the CPU or to create serial interfaces with external devices. 

The third port is the workstation management port of the Ethernet interface. The first firmware port on the IC698CPE040 CPU is an RS-232 compatible port with an indicator indicating instructions regarding this end movement. The second firmware port is compatible with RS-485 and requires a shielded cable for connection. The third port is as compatible with RS-232 as the first firmware port.