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Details the industry-leading PowerCatcher MPPT technology for maximum energy tracking and system efficiency.
Highlights advanced MPPT tracking, high conversion efficiency, multiple battery type support, and protection functions.
Visual guide to the controller's physical layout and connections, including ports for solar panels and batteries.
Explains MPPT technology's advantage over traditional PWM for maximizing solar energy capture.
Describes the different charging stages: Quick, Holding, and Floating charge for optimal battery performance.
Safety guidelines for handling batteries, ventilation, avoiding sparks, and proper wiring connections.
Details recommended wire diameters and current ratings for connecting PV arrays and batteries.
Guidance on selecting installation location, marking, and physically mounting the controller.
Explanation of PV array, Battery status, and Battery type indicators and their meanings.
Instructions on how to use the controller key to select battery types and reset parameters.
Details on protections like waterproofing, input power limit, reverse polarity, high voltage, and over-temperature.
Guidelines for regular inspections, ensuring airflow, checking wire insulation, and terminal integrity.
Table listing electrical specifications like system voltage, current, power, and operating temperature.
Comparison of charging parameters for different battery types and user-defined settings.
Graphs showing conversion efficiency versus output power for a 12V battery system.
Graphs illustrating conversion efficiency versus output power for a 24V battery system.
General