Model Number:ESK3
Control Technology:Advanced Programmable Logic Control
Operating Voltage:90-264V AC, 50/60 Hz
Input/Output Channels:Flexible, configurable up to 1024 channels
Communication Interfaces:Ethernet, Serial RS-232/RS-485, DeviceNet
Processing Speed:Up to 100K instructions per second
Memory Capacity:2MB Program Memory, 256KB Data Memory
Operating Temperature:-20°C to +55°C
Environmental Compliance:CE, UL, CSA, TUV
The GE-FANUC ESK3 Controller boasts an embedded open architecture, allowing for compatibility with a wide range of hardware platforms including RX7i, RX3i, and Quick Panel Control systems. This cutting-edge technology is encapsulated within the single portable control engine, facilitating its versatile application across various industrial control targets.
Engineered for efficiency and reliability, the ESK3 Controller supports a variety of standard fieldbus communications, enhancing data exchange speed through an advanced Ethernet-based backplane bus system. This feature significantly boosts performance and reduces downtime in manufacturing processes.
Notably, the ESK3 Controller ensures seamless integration with existing GE-FANUC systems, allowing for the smooth transition from older applications like 90-30 and 90-70, without compromising on I/O infrastructure or application development investments. It offers flexible upgrade options that can be implemented without disrupting the original wiring configuration of the cabinet.
With support for up to 64 MB of user memory and 64 MB of flash memory, the ESK3 Controller is equipped to store comprehensive programs, including variable names and program annotations, for efficient execution and maintenance. This robust memory capacity ensures rapid operation and enhanced system performance.
Featuring an integrated 10/100 Mbps self-adaptive half/full-duplex Ethernet interface, the ESK3 Controller provides seamless connectivity for remote monitoring and control. This connectivity option facilitates real-time data exchange, enabling operators to make informed decisions promptly, thereby optimizing production efficiency and reducing operational costs.
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