Brand:GE Fanuc
Model:IC698CPE020-JW
Slot Compatibility:Specific Slot for Efficient Integration
Rack Compatibility:Standard Rack Configuration for Versatile Deployment
Operating Temperature Range:-20°C to +60°C
Power Consumption:Low Power for Energy Efficiency
Communication Interfaces:2 LAN Ports, 2 RS232/RJ45 Serial Ports
RAM Size:10 MB for Robust Data Handling
Operating Voltage:5 to 12 Volts DC
Current Rating:4.3 A for Stable Power Supply
Processor Speed:700 MHz Intel Pentium III
Processor Type:Intel Celeron, 300 MHz
Program Blocks:Up to 512 for Customizable Applications
Weight:0.6 kg for Portable Installation
Introducing the GE Fanuc IC698CPE020-JW Slot Rack Card, an essential component in any modern industrial automation system. This compact yet powerful card is meticulously engineered to enhance system performance with its robust connectivity options, ensuring seamless data transfer between various devices.
Engineered for efficiency, the IC698CPE020-JW features two Ethernet LAN ports and two RS232/RJ45 serial ports, providing a versatile communication interface that caters to diverse industrial needs. Its 10 MB of RAM ensures ample space for storing critical data, enabling smooth operation even under demanding conditions.
The card’s compatibility with 5 to 12 Volts DC power sources makes it highly adaptable to a wide range of industrial environments. Its 4.3 A current rating ensures reliable power delivery, supporting even the most resource-intensive operations without compromise.
Powered by a Pentium III processor running at 700 MHz, this Slot Rack Card offers lightning-fast processing capabilities, making it ideal for real-time data processing and complex automation tasks. With a weight of just 0.6 kg, it maintains mobility without sacrificing performance.
Designed with durability in mind, the IC698CPE020-JW Slot Rack Card is built to withstand the rigors of industrial use, providing long-lasting reliability. Its modular design ensures easy integration and replacement, allowing for seamless upgrades or maintenance without disrupting production lines.
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