Processor Speed:96 MHz, 32-bit, Floating Point
Memory Capacity:1 MB
Communication Interface:Ethernet Wire
Operating System Compatibility:MS-DOS, Windows
Power Supply Voltage:100-240 VAC
Dimensions:144 x 144 x 32 mm
Temperature Range:-20°C to +60°C
Humidity Range:5% to 95% non-condensing
Input Output Channels:100 Input / 100 Output
Fault Tolerance:Redundant Power Supply Option Available
Programming Environment:Proficy® ME Software
The GE Fanuc HE693IBS100 PLC is designed to meet the demanding needs of modern industrial automation. It boasts a high-performance 96 MHz 32-bit processor, coupled with ample 1 MB memory, ensuring efficient execution of complex control algorithms and data processing tasks. Its compatibility with Profibus™, DeviceNet™, and Ethernet Wire™ protocols facilitates seamless integration with various field devices, enhancing system flexibility and scalability.
Equipped with an open system architecture, this PLC supports a single, portable control engine that can be applied across multiple control targets, optimizing resource utilization. Proficy® ME provides a unified development environment for programming, configuration, and diagnostics, streamlining the engineering workflow and reducing development time.
For enhanced security and system integrity, the GE Fanuc HE693IBS100 PLC complies with ISO 9000 standards, ensuring quality and reliability throughout its lifecycle. It operates within a wide range of environmental conditions, from -40°C storage to 55°C operation, making it suitable for diverse industrial applications worldwide.
With its compact size of 140 x 104 x 34 mm and low power consumption, the PLC efficiently utilizes space and energy resources, contributing to overall operational efficiency. The inclusion of an embedded 10/100 Mbps self-adaptive Ethernet interface enables rapid I/O updates, facilitating real-time data exchange and control adjustments.
For existing users of GE Fanuc’s 90-30 or 90-70 series, the HE693IBS100 offers a seamless upgrade path without disrupting existing infrastructure or application development investments. This compatibility ensures a smooth transition and continuous system performance, maximizing return on investment.
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