The Clayton Power 600W Super Charge DC-DC Converter is a high-performance charging solution designed to efficiently charge auxiliary batteries from a vehicle's alternator. Ideal for service vehicles, campervans, boats, and off-grid applications, this converter ensures your lithium battery systems are charged safely and effectively while on the move. Key Features Wide Input Voltage Range: Accepts supply voltages from 10.9V to 32V, accommodating various vehicle electrical systems. Selectable Output Voltage: Provides output voltages of 14.4V or 28.8V, suitable for charging 12V or 24V battery systems. High Output Current: Delivers up to 40A, enabling rapid charging of auxiliary batteries. Five-Stage Charging Control: Implements a sophisticated 5-stage charging algorithm to optimize battery health and longevity. Low Power Consumption: Consumes less than 1.6W in idle mode and under 1mW in sleep mode, preserving energy when not in active use. Compact and Lightweight Design: Weighs only 620g with dimensions of 222 x 110.5 x 40 mm, allowing for flexible installation in space-constrained environments. Wake-Up Functionality: Features a wake-up input range of 0–36V, with activation and deactivation thresholds to ensure intelligent operation. Robust Operating Temperature Range: Designed to operate reliably in temperatures ranging from -25°C to 50°C, suitable for various environmental conditions. Specifications Supply Voltage: 10.9V – 32V Input Current: 0–45A Output Voltage: 14.4V or 28.8V Output Current: 0–40A Output Control: 5-stage charge Wake-Up Input Range: 0–36V Wake-Up Input (Deactivate): <3.0V Wake-Up Input (Activate - Delayed 15sec): 4.0V Power Consumption (Idle): <1.6W Power Consumption (Sleep): <1mW Operating Temperature Range: -25°C to 50°C Weight: 620g Dimensions: 222 x 110.5 x 40 mm Applications Service Vehicles: Efficiently charge auxiliary batteries during transit, ensuring tools and equipment are powered and ready. Campervans & Motorhomes: Maintain battery charge levels while driving, providing power for appliances and electronics during stops. Marine Vessels: Keep onboard batteries charged from the vessel's alternator, supporting navigation systems and onboard amenities. Off-Grid Installations: Utilize vehicle alternator power to charge batteries in remote locations, enhancing energy independence.
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