Key benefits - Safer charging and discharging: integrated multiple protection functions reduce risk during use and automatically restore themselves after a fault, protecting the controller from damage. - Accurate monitoring and control: industrial-grade main control chip with 16-stage AD sampling accuracy provides precise real-time display of temperature, charging current and generation. - Efficient, adaptive charging: automatic focusing tracking charging delivers high recharge efficiency with continuous detection during charging and bidirectional focusing tracking to follow battery behavior. - Flexible operation: large LCD shows adjustable charge and discharge parameters and supports a wide range of settings—if you know the battery characteristics and set the matching parameters, the unit can charge that battery. Features and how they solve problems - Multiple protection functions (self-recovery): prevents persistent faults and eliminates the need to replace the controller after transient errors. This reduces downtime and maintenance costs. - Industrial main control chip with 16-stage AD sampling: improves measurement resolution and stability, so displayed temperature and current are closer to real values for safer, more reliable operation. - Continuous detection with bidirectional focusing tracking: monitors battery status constantly and adjusts charging behavior dynamically to improve efficiency and reduce stress on the battery. - Large LCD and fully adjustable parameters: gives clear, real-time feedback and the ability to adapt charge/discharge profiles for different battery chemistries and conditions, avoiding a one-size-fits-all approach. Compatibility and usage notes - Function: charge and discharge control with adjustable parameters, continuous monitoring, and multiple protections. - Compatibility: supports a wide range of battery types as long as the user supplies the correct battery characteristics and selects appropriate charge/discharge parameters. - Performance: high-efficiency charging through adaptive tracking; precise measurement via 16-stage AD sampling. - Safety: self-recovering protective modes and controller-safe design. Practical use scenarios - Battery testing and cycling in a workshop or lab: set charge/discharge profiles and use the real-time display to collect accurate temperature and current data during capacity or endurance tests. - Hobbyist and RC battery management: adapt charging parameters to match different cell chemistries and monitor status continuously to preserve battery life. - Maintenance and charging of battery packs in small-scale production or repair shops: use the unit to safely charge, balance, and test packs when the pack specifications are known and correctly entered. What to expect in operation - Enter the battery parameters (chemistry, capacity, voltage limits) to use the adjustable settings effectively. - The LCD provides live readouts of temperature, charging current and generation while the controller continuously monitors and adjusts charging behavior. - If a transient fault occurs, protection circuits self-recover without damaging the controller; persistent faults will still be indicated for corrective action. This product is designed to deliver safer, more accurate and more efficient charge/discharge control when used with correct battery data and appropriate parameter settings.