IC698CPE040 | GE Fanuc | CPU
- Regular price
- $11,497.00
- Sale price
- $11,497.00
- Regular price
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Product Description P/N: IC698CPE040
Description
Technical Specifications
Part # |
IC698CPE040 |
Manufacturer |
FANUC |
Brand |
GE FANUC |
Category |
PLCs/Machine Control |
Subcategory |
PLC Module/Rack RX7I PENTIUM M CPU |
CPU Speed |
1.8 GHz |
Memory |
64 MB |
Ethernet |
Built-in with Switch |
Comm Ports |
2 Serial Ports |
System |
GE PAC SYSTEMS |
+5VDC |
6.8 Amps nominal |
+12VDC |
0.003 Amps nominal |
-12VDC |
0.003 Amps nominal |
Operating Temp |
32 to 140°F (fan tray required) |
Execution Speed |
0.02391ms per 1,000 Boolean contacts/coils |
Time of Day Clock Accuracy |
Max. drift of ±2sec/day |
Elapsed Time Clock Accuracy |
±0.01% max. |
RS-232 |
Supported |
RS-485 |
Supported |
Ethernet |
Supported |
Protocols |
Modbus RTU Slave, SNP, Serial I/O |
Ethernet Ports |
Embedded auto-sensing 10/100 Mbps half/full duplex |
System Design |
Supports VME64 standard ANSI/VITA 1 |
Program Blocks |
Up to 512 |
Block Size |
Max. 128kb per block |
Information About IC698CPE040
The GE Fanuc IC698CPE040 is a central processing unit (CPU) with a processing speed of 1800 megahertz. With a memory capacity of 64 megabytes, this CPU is designed for integration into the RX3i PACSystem. It operates on a flexible voltage range, supporting 5 Volts DC, 24 Volts DC, or -24 Volts DC, providing adaptability to diverse power supply configurations.
As a pivotal component within the PACSystem, the IC698CPE040 CPU contributes to the overall computational capabilities of the automation system. The 1800MHz processing speed enables rapid execution of instructions and tasks, enhancing system responsiveness. The 64 MB of memory facilitates efficient storage and retrieval of data, ensuring the CPU's ability to handle complex operations and applications.
The RX3i PACSystem, of which the IC698CPE040 is a part, represents a comprehensive and modular platform for programmable automation control. The CPU's compatibility with this system ensures seamless integration, allowing users to benefit from the broader capabilities and functionalities of the PACSystem.
In terms of power requirements, the IC698CPE040 is versatile, accommodating various voltage inputs. It can operate on 5 Volts DC, 24 Volts DC, or -24 Volts DC, providing flexibility in power supply configurations. This adaptability enhances the CPU's suitability for diverse industrial environments and applications.
The specifications of the IC698CPE040 include a robust temperature operating range of 32 to 140°F, with the additional requirement of a fan tray for temperatures outside this range. The CPU exhibits efficient Boolean execution speed, with a rate of 0.02391 milliseconds per 1,000 Boolean contacts/coils, contributing to precise and timely control logic processing.
Manufacturer information
GE FANUC, now part of Emerson Automation Solutions, was a leading provider of industrial automation and control systems. Known for innovative solutions, GE FANUC played a key role in advancing manufacturing, offering a range of products including PLCs, CNCs, and HMI solutions.
Description
Technical Specifications
Part # |
IC698CPE040 |
Manufacturer |
FANUC |
Brand |
GE FANUC |
Category |
PLCs/Machine Control |
Subcategory |
PLC Module/Rack RX7I PENTIUM M CPU |
CPU Speed |
1.8 GHz |
Memory |
64 MB |
Ethernet |
Built-in with Switch |
Comm Ports |
2 Serial Ports |
System |
GE PAC SYSTEMS |
+5VDC |
6.8 Amps nominal |
+12VDC |
0.003 Amps nominal |
-12VDC |
0.003 Amps nominal |
Operating Temp |
32 to 140°F (fan tray required) |
Execution Speed |
0.02391ms per 1,000 Boolean contacts/coils |
Time of Day Clock Accuracy |
Max. drift of ±2sec/day |
Elapsed Time Clock Accuracy |
±0.01% max. |
RS-232 |
Supported |
RS-485 |
Supported |
Ethernet |
Supported |
Protocols |
Modbus RTU Slave, SNP, Serial I/O |
Ethernet Ports |
Embedded auto-sensing 10/100 Mbps half/full duplex |
System Design |
Supports VME64 standard ANSI/VITA 1 |
Program Blocks |
Up to 512 |
Block Size |
Max. 128kb per block |
Information About IC698CPE040
The GE Fanuc IC698CPE040 is a central processing unit (CPU) with a processing speed of 1800 megahertz. With a memory capacity of 64 megabytes, this CPU is designed for integration into the RX3i PACSystem. It operates on a flexible voltage range, supporting 5 Volts DC, 24 Volts DC, or -24 Volts DC, providing adaptability to diverse power supply configurations.
As a pivotal component within the PACSystem, the IC698CPE040 CPU contributes to the overall computational capabilities of the automation system. The 1800MHz processing speed enables rapid execution of instructions and tasks, enhancing system responsiveness. The 64 MB of memory facilitates efficient storage and retrieval of data, ensuring the CPU's ability to handle complex operations and applications.
The RX3i PACSystem, of which the IC698CPE040 is a part, represents a comprehensive and modular platform for programmable automation control. The CPU's compatibility with this system ensures seamless integration, allowing users to benefit from the broader capabilities and functionalities of the PACSystem.
In terms of power requirements, the IC698CPE040 is versatile, accommodating various voltage inputs. It can operate on 5 Volts DC, 24 Volts DC, or -24 Volts DC, providing flexibility in power supply configurations. This adaptability enhances the CPU's suitability for diverse industrial environments and applications.
The specifications of the IC698CPE040 include a robust temperature operating range of 32 to 140°F, with the additional requirement of a fan tray for temperatures outside this range. The CPU exhibits efficient Boolean execution speed, with a rate of 0.02391 milliseconds per 1,000 Boolean contacts/coils, contributing to precise and timely control logic processing.
Manufacturer information
GE FANUC, now part of Emerson Automation Solutions, was a leading provider of industrial automation and control systems. Known for innovative solutions, GE FANUC played a key role in advancing manufacturing, offering a range of products including PLCs, CNCs, and HMI solutions.