Bevielis mikroprocesorinis lygintuvas 6V/12V

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Prekė: Bevielis mikroprocesorinis lygintuvas 6V/12V. Kategorija: Baterijų įkrovikliai.

• Gamintojas: Black
• Modelis: BATTERY CHARGER SERIES

• Brand: BLACK
• Model: 13507
• rated voltage: 230V / 50 Hz
• supported battery voltages: 6V / 12V (pulse dynamic)
• voltage identification for 6V: 2V - 7,4V
• Voltage identification for 12V: 8V - 14,5V
• 6V/12V battery capacity: 6Ah - 200Ah
• charging intensity: 0A - 15A
• charging process: 8-degree (smart)
• Operating temperature: -30°C - 50°C
• Efficiency: 98%
• supports batteries: VRLA, WET, GEL, EFB, AGM
• built-in fan controlled by MCU
• Net weight: 0,87kg
• length of power cord: 136cm
• length of wires "+" and "-": 120cm
• dimensions: 13,5cm x 17,5cm x 7,5cm

Advantages of microprocessor control

• Constant Voltage: Using DC voltage to charge the battery to check that the charging current is not too high reducing it during the process.
• Constant Current (Constant Current): This means that the battery voltage is lower than the set voltage of the charger, but the charger will support the constant charging current of the battery.
• Trickle Charge Modulation: When the battery voltage approaches the rated voltage and the charging current is already low to the set current, it will switch to floating charge modulation mode. This means that the battery is charged, but it is constantly checked for voltage drops and recharged automatically with alternating current.
• Floating Charge Modulation: The mode will maintain the state of full charge of the battery.

• STEP 1: DIAGNOSTICS: analysis of the battery, its state of charge and the correctness of connections between the battery and rectifier.
• STEP 2: DESULPHURIZATION: recognition of the sulphurized battery, charging with low voltage and high intensity pulsating current allows the sulphate to be removed from the battery plates, thus restoring its initial capacity.
• STEP 3: ANALYSIS: checking whether the battery is not damaged and whether it can accept charging current - prevents charging the damaged battery.
• STEP 4: SOFT START: if the battery is not damaged, a relatively low current charge (about 15%), gradually increasing its value, begins.
• STEP 5: ESSENTIAL CHARGING: constant current maximum charging with a value automatically adjusted depending on the state of charge of the battery, until 80% of the battery capacity is reached.
• STEP 6: FINAL CHARGING: charging with decreasing current and constant voltage until 100% of the battery capacity is reached.
• STEP 7: ANALYSIS: battery charge test lasting about 2 minutes – if the battery charge level does not decrease after stopping charging, the charging process is completed.
• STEP 8: PULSING: monitoring the battery voltage and maintaining an optimal charge of 95-100% capacity through charging current pulses.

Safety features

• Overvoltage protection - protection is activated when setting the charging voltage other than the detected parameter.
• Battery diagnostic function - the rectifier constantly monitors the condition of the battery.
• Overheating protection: When the temperature of the charger exceeds 150°C, the charger will stop charging. When the temperature is reduced to 80°C, or the rectifier turns off for about 10 minutes, after this time you can charge the battery again.
• Short-circuit protection: When a short circuit occurs, the circuit will automatically stop working. This will be manifested by a long beep. Just plug in the charger thoroughly, then it will charge again automatically.
• Reverse-connecting protection: While the terminals (+/-) will be connected by mistake in reverse, the charger will alert you in the form of intermittent long beeps. After properly connecting the terminals, it will be recharged.

• rectifier
• original box
• operating instructions

Specifications