Operating System:Windows-based
Processing Speed:Up to 10 MHz
Memory Capacity:Up to 16 MB RAM, 4 MB Flash
Input/Output Channels:24 Input, 16 Output
Power Supply:DC 24V
Communication Interfaces:RS-485, RS-232, Ethernet
Dimensions:100 x 100 x 35 mm
Weight:0.3 kg
Integrating advanced power management technology, the GE Fanuc IC695ACC402 Controller Energy Pack is engineered to provide stable and consistent power supply, critical for the seamless operation of complex industrial control systems. This compact yet powerful unit is specifically designed to enhance system reliability and reduce energy consumption, thereby contributing to sustainable manufacturing processes.
Featuring an efficient 24V DC output at 3.0A, the IC695ACC402 ensures that your system components receive the precise voltage they require, without compromising on performance or reliability. Its wide input voltage range from 85 to 264V AC allows for flexibility in various industrial environments, accommodating different power sources.
With its robust efficiency rating of ≥ 90%, this energy pack significantly reduces power loss and waste, leading to substantial savings in operational costs and environmental impact. The unit’s high stability (+/-1% output voltage) ensures minimal fluctuations that could affect system performance, providing a stable foundation for your automation needs.
Equipped with IP20 protection class, the IC695ACC402 is suitable for industrial settings where dust and minor water splashes may occur, ensuring it can withstand harsh conditions without compromising functionality. Its compact dimensions (101 x 94 x 50 mm) and lightweight design (0.3 kg) facilitate easy installation and integration into existing control panels or systems.
For optimal performance, it is recommended to pair the IC695ACC402 with compatible controllers and modules from the GE Fanuc series, ensuring a seamless and efficient power delivery across your entire industrial control network. This product is an essential component for achieving high-performance, energy-efficient industrial automation.
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