Bluelight Group-c (ARD, Output Single-phase)
Features:
Longer endurance with cutting-edge technology: Equipped with state-of-the-art DC boost and full-bridge inverter circuit technology, the system delivers high energy conversion efficiency and minimal power consumption, providing significantly extended operating time for rescue missions compared to conventional equipment.
Smart battery management for extended service life:Features a dedicated charging circuit with comprehensive over-voltage and under-voltage protection. It continuously monitors and displays real-time battery voltage and remaining capacity, while automatically switching between constant-current, constant-voltage and trickle charging modes. Low-voltage cutoff and output protection functions effectively prevent over-discharging, greatly prolonging battery lifespan.
Fully modular design for easy deployment:Integrated with built-in power switching logic that eliminates the need for additional external circuits, ensuring simple wiring and ready-to-use operation. The battery module supports quick installation and removal, enabling convenient on-site replacement and maintenance.
Dual output voltage configurations:Offers selectable single-phase AC220V and three-phase AC380V output, allowing users to choose the appropriate voltage level flexibly according to specific project requirements.
· The system is equipped with strong overload capability. In the event of overload, the output voltage will decrease automatically without triggering any system fault alarms, ensuring stable and continuous operation.
· The system’s ability to resist capacitive load impacts has been significantly enhanced, effectively suppressing voltage fluctuations and current surges caused by capacitive loads, thus improving overall operational stability.
· When the system operates at a 380V output, besides providing 380V voltage between the R and S phases, it can additionally supply a standard 220V voltage between the R phase and the N neutral line to meet diversified power supply demands.
· The overall design optimizes the configuration of power devices by reducing their total quantity, which in turn decreases potential fault points, improves system reliability, and lowers the probability of failures during operation.
