What to Keep in Mind When Using a Charging Cabinet？

1. Precautions for using the charging cabinet

(1). Environmental requirements

Ventilation and dryness: Avoid using the charging cabinet in humid, high temperature (>40℃) or flammable environments to prevent short circuits or fires.
Avoid water sources: Do not place the charging cabinet in humid places such as bathrooms and kitchens to prevent leakage.

(2). Power supply specifications

Matching voltage: Confirm that the input voltage of the charging cabinet is consistent with the local power grid (such as 220V/110V) to avoid overvoltage damage.
Socket safety: Use a well-grounded socket. Do not connect power strips in series or overload the power.

(3). Prohibited operations

Do not disassemble or modify: Non-professionals are prohibited from disassembling or modifying the charging cabinet circuit to avoid the risk of electric shock.
Do not cover the heat dissipation holes: Keep the cabinet ventilated during charging. Do not block the heat dissipation holes with debris.

2. Charging cabinet usage specifications

(1). Correct charging

Adaptive charging cable: Use original or certified charging cables. Inferior cables may cause overheating or abnormal charging. Avoid overcharging: Turn off the power immediately after fully charging (especially for lithium batteries). Long-term overcharging will shorten the battery life.

(2). Device compatibility

Confirm interface matching: Different brands/models of devices may require specific charging protocols (such as PD/QC). Incompatibility may cause slow charging or failure.
Power limit: The output power of a single port must match the device requirements (such as 18W for mobile phones and 65W for laptops). Excessive power may trigger a protective shutdown.

(3). Load management

Do not overload: The number of devices charging at the same time does not exceed the upper limit of the charging cabinet (such as an 8-port charging cabinet with a maximum of 8 devices).
Balanced use: Long-term concentrated use of a single port may cause the port to age faster.

3. Maintenance and care

(1). Daily cleaning

Power-off operation: Unplug the power supply before cleaning, wipe the cabinet with a dry cloth, and do not use alcohol or corrosive detergents.
Interface cleaning: Regularly use a brush to remove dust from the charging port to avoid poor contact.

(2) Troubleshooting

Abnormal heating: If the cabinet or charging cable is found to be overheating, immediately turn off the power and contact after-sales service.
Indicator light abnormality: If the red light is flashing/steady on, refer to the manual to check the fault code.

(3) Long-term outage

Storage with power off: When not in use for a long time, unplug the power supply and empty the equipment in the cabinet.
Regular power on: Power on for 30 minutes every 1-2 months to prevent capacitor aging.

4. Precautions for special scenarios

(1) Public places (such as schools and shopping malls)

Specialized management: Set a unified opening and closing time to avoid long-term power on when no one is on duty.
Anti-theft measures: Use a charging cabinet with a lock or monitoring to prevent the loss of equipment.

(2) Charging multiple devices

Priority allocation: High-power devices (such as tablets) should use the fast charging interface first, and low-power devices (such as headphones) should use the ordinary interface.

(3) Special weather

Thunderstorm weather: It is recommended to suspend use to prevent lightning damage to the circuit. Low Temperature Environments: Lithium battery charging efficiency decreases below 0°C. It is recommended to preheat the device before charging.

5. Environmental Protection and Disposal

Classified Recycling: Charging cabinets contain electronic components and must be recycled by a qualified recycling agency in accordance with local regulations. Disposal is prohibited.
Battery Disposal: When a charging cabinet with a built-in battery is scrapped, the battery must be removed and disposed of separately.