ICL8-LC574 is the AI-Enabled Electronic Circuit Breaker with Load Control, Load Management, Load Balancing, Eliminates Resetting Breakers and Ready for Edge-AI Controller Connection for Achieving Ultimate Savings without Breaking the Bank
The ICL8-LC574 from Intercal8 by CRATUS represents the next generation of AI-driven power distribution and protection technology. Designed for dynamic commercial, industrial, and defense environments, it combines precision measurement, adaptive load control, and real-time analytics in one compact module. When paired with our Edge-AI driver layer, the LC574 connects directly to AI models, eliminating software complexity and enabling predictive, autonomous load management. It is the bridge between intelligent energy systems and practical field-ready reliability.
Features
- Four Independent High-Current Channels (Up to 40A each) support 3P+N, dual-split phase, or four single-phase configurations, ideal for distributed loads and complex panel layouts.
- Dual-Port RS-485 Interface with Address Selection simplifies multi-device daisy-chaining, reduces cabling complexity, and enhances communication reliability across large installations.
- AI-Enabled Load Shedding and Balancing automatically prioritizes and disconnects non-critical loads to maintain system stability and prevent main breaker trips, guided by intelligent rule-based AI algorithms.
- Integrated AC/DC Current and Power Measurement provides precise visibility into real-time load conditions, supporting proactive monitoring and anomaly detection.
- Tandem Channel Operation combines adjacent channels for higher current handling or grouped load management, ensuring maximum design flexibility.
- Programmable Total Power Limit defines global current thresholds across all channels; automatically reduces load under overload conditions to maintain uptime.
- Edge-AI Driver Compatibility enables seamless integration with AI-based systems for direct model interaction, no middleware required, enabling real-time adaptive control.
- Serves as an Enhanced Safety Layer, as a smart, software-programmable protection and management interface, complementing traditional circuit protection devices.
