Overview

MICROPROCESSOR BATTERY CHARGER 6V 12V TECHNICAL DATA 7.4V 14.5V 200Ah 15A 50°C - Built-in fan controlled by MCU INTELLIGENT OPERATING MODES This means the battery is charged continuously while being monitored for voltage drops and automatically recharged with variable current. 8-STEP CHARGING Analyzes the battery, its charge status, and the correctness of connections between the battery and charger. Charges with decreasing current and constant voltage until reaching 100% capacity. if the charge level does not drop after stopping charging, the process is complete. Monitors battery voltage and maintains optimal charge at 95-100% capacity through charging current pulses. MCU (MICROPROCESSOR) CONTROL Charging resumes automatically after correct connection. Charging resumes after correct connection. SET INCLUDES - Charger - Original box - User manual

Specifications

• Brand: BLACK
• Model: 13507
• Rated voltage: 230V / 50 Hz
• Supported battery voltages: 6V / 12V (pulse dynamic)
• Voltage identification for 6V: 2V
• Voltage identification for 12V: 8V
• Battery capacity 6V/12V: 6Ah
• Charging current: 0A
• Charging process: 8-step (intelligent)
• Operating temperature: -30°C
• Efficiency: 98%
• Supports batteries: VRLA, WET, GEL, EFB, AGM
• Net weight: 0.87kg
• Power cord length: 136cm
• "+" and "-" cable length: 120cm
• Dimensions: 13.5cm x 17.5cm x 7.5cm
• Advantages of microprocessor control:
• Constant Voltage: Charges the battery using constant voltage while monitoring the charging current to prevent it from being too high, reducing it as needed during the process.
• Constant Current: When the battery voltage is lower than the charger’s set voltage, the charger maintains a constant charging current to the battery.
• Trickle Charge Modulation: When the battery voltage nears the rated voltage and the charging current is low, the charger switches to floating charge modulation mode.
• Floating Charge Modulation: Maintains the battery in a fully charged state.
• STEP 1: DIAGNOSTICS
• STEP 2: DESULFATION
• Detects a sulfated battery and charges it with pulsed current at low voltage and high current to remove sulfate from battery plates, restoring its initial capacity.
• STEP 3: ANALYSIS
• Checks if the battery is damaged and able to accept charging current, preventing charging of a damaged battery.
• STEP 4: SOFT START
• If the battery is not damaged, charging begins with a low current (about 15%), gradually increasing.
• STEP 5: MAIN CHARGING
• Charges with maximum current at a constant intensity, automatically adjusted based on battery charge status, until reaching 80% capacity.
• STEP 6: FINAL CHARGING
• STEP 7: ANALYSIS
• Conducts a 2-minute battery charge test
• STEP 8: PULSING
• Overvoltage protection: Activates if the charging voltage differs from the detected parameter.
• Battery diagnostics function: Continuously monitors battery status.
• Overheating protection: Charging stops if the charger temperature exceeds 150°C. Charging resumes when temperature drops to 80°C or after the charger is turned off for about 10 minutes.
• Short-circuit protection: Automatically stops operation if a short circuit occurs, indicated by a long sound signal.
• Reverse-connecting protection: Alerts with intermittent long sound signals if clamps are connected incorrectly.

Notes

Safety features: