When transporting a sine wave inverter power supply, the following points should be noted:
1、 Packaging aspect
Suitable packaging materials should be used. Cardboard boxes are generally used, and enough foamed plastics or other cushioning materials, such as sponges, bubble pads, etc., are placed in the boxes. This can prevent the inverter power supply from damaging its internal electronic components due to collisions and vibrations during transportation. For example, without good buffering, transformers may experience winding displacement due to collisions, leading to performance degradation or even damage.
The packaging should be well sealed to prevent dust, moisture, etc. from entering the interior of the packaging. Because dust may affect the heat dissipation and electrical performance of electronic components, while moisture may cause faults such as short circuits.
2、 Handling requirements
During the transportation process, avoid severe vibrations and collisions. When manually moving, it should be handled with care and not thrown from a height or dragged on the ground. If using a forklift or other handling tools, ensure that the tool operates smoothly and that the tray or other devices for placing the inverter power supply can provide stable support.
Pay attention to the posture and direction of transportation. Try to keep the inverter power supply in the normal installation direction and avoid inversion or excessive tilt angle. Because some internal components such as capacitors may be affected by gravity, inversion may result in electrolyte leakage and other issues. Excessive tilt angle may also cause abnormal stress on the connection parts of the components.
3、 Transportation environment
Avoid exposure to harsh environments during transportation. Direct sunlight should be avoided as prolonged exposure may cause the outer shell to overheat, affecting the performance and lifespan of internal components. Moreover, high temperature environments may accelerate the aging process of electronic components.
Prevent moisture and avoid transportation in rainy or high humidity environments. If moisture is absorbed during transportation and enters the interior of the inverter power supply, it may cause problems such as short circuits and corrosion. For example, in humid environments, metal wires on circuit boards may rust, causing circuit breaks or poor contact.
Avoid transportation in environments with corrosive gases. For example, it cannot be transported in environments with large amounts of chemical waste gas or salt spray, as these corrosive gases may corrode metal casings and internal components, affecting their performance and service life.