Processor Speed:200 MHz
Memory Capacity:1 MB
Input/Output Channels:24 Input / 16 Output
Operating Temperature Range:-20°C to +60°C
Power Consumption:12 VDC
Communication Interfaces:EtherNet/IP, DeviceNet
Introducing the GE-FANUC IC697ACC722 PACSystem module, an innovative advancement in industrial automation technology designed to streamline and optimize complex manufacturing operations. This cutting-edge module harnesses the power of a single, portable control engine capable of managing multiple control objectives across diverse hardware platforms, including RX7i, RX3i, and Quick Panel Control.
With Proficy ME, engineers and technicians are equipped with a universal development environment for programming, configuration, and diagnostics, ensuring a seamless workflow throughout the lifecycle of the system. The integration of a high-speed Ethernet wire standard provides significantly faster I/O updates, enhancing operational efficiency.
The IC697ACC722 is engineered to seamlessly integrate with existing GE Fanuc control systems, allowing for a smooth transition from legacy 90-30 and 90-70 applications without compromising on I/O connectivity or application development investments. Its versatile architecture ensures compatibility with a wide array of hardware components, providing flexibility and scalability.
Featuring a robust Pentium III or Pentium M processor, this module supports up to 64MB of user memory and 64MB of flash memory, enabling efficient storage and rapid execution of complex programs. The embedded Ethernet interface facilitates smooth communication between devices, optimizing network performance in demanding industrial environments.
Engineered with durability and reliability in mind, the IC697ACC722 is designed to operate within a wide temperature range (-10°C to +55°C during operation, -20°C to +70°C during storage), making it suitable for deployment in various industrial settings. Whether in a bustling manufacturing plant or a controlled laboratory environment, this module ensures stable performance under challenging conditions.
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