The GE IC697CPU782 Floating Point Central Processing Unit is a high-performance PLC designed for real-time control applications in industrial automation, featuring a 16MHz microprocessor capable of executing floating-point calculations at an impressive speed of 0.4 microseconds.
Processor Speed:16 MHz
Floating Point Calculations:0.4 microseconds
Memory Capacity:1 MB
Dimensions:4.4 cm x 29.2 cm x 22.2 cm
Weight:0.5 kg
Communication Interfaces:RS-485, RS-232, Ethernet
Operating Temperature Range:-20°C to +60°C
Integrating advanced technology, the GE IC697CPU782 is engineered to deliver exceptional performance in complex industrial control systems. Its high-speed processing capability ensures seamless operation even under demanding conditions.
This central processing unit is designed for integration within a single rack slot, making it an efficient solution for space-constrained environments. The rack-mounted backplane facilitates easy connection to various input/output (I/O) modules, enhancing system scalability.
With its robust design, the GE IC697CPU782 supports a wide range of industrial protocols including RS-485 and DeviceNet, ensuring seamless communication across different devices within your automation network.
Equipped with a generous memory capacity, this PLC provides ample storage for application programs, data logging, and diagnostics. The inclusion of both RAM and ROM ensures reliable operation and quick access to essential information.
The GE IC697CPU782 is meticulously crafted to meet stringent industry standards, offering unparalleled reliability and longevity. Whether you’re automating production lines, managing complex machinery, or integrating with IoT solutions, this CPU is the backbone of your industrial control system, ensuring efficiency and precision.
The GE IC697CPU782 Floating Point Central Processing Unit is a high-performance PLC designed for real-time control applications in industrial automation, featuring a 16MHz microprocessor capable of executing floating-point calculations at an impressive speed of 0.4 microseconds.