Rock Waterfall Water Feature With Led Lights - Solar Powered

The running time depends heavily on the amount of direct sunlight the solar panel receives. On a full 8-hour charge in direct sun, it should operate for several hours, but performance can vary based on cloud cover and ambient temperature.

No, this water feature is entirely solar-powered. It uses a solar panel to operate the water pump and LED lights, eliminating the need for any mains electrical connections.

While the feature can be used indoors, it is designed for outdoor use and relies on solar power. For indoor use, you would need to place the solar panel in a very sunny window, and the effect may be diminished compared to outdoor operation. It's best suited for outdoor environments.

Regular maintenance includes topping up the water level to keep the pump submerged, cleaning the pump intake to prevent blockages, wiping down the polyresin surface, and cleaning the solar panel to ensure efficient charging.

You should check the water level daily, especially in warm or windy conditions, and add water as needed to keep the pump fully submerged. Evaporation is the primary cause of water loss.

The pump has a flow rate of either 180 L/H or 250 L/H, depending on the specific model or setting. This ensures adequate water circulation for the feature's size.

It is recommended to use clean tap water. Avoid using water with high mineral content or chemicals, as this could potentially damage the pump over time or leave deposits on the feature.

Ensure the solar panel is receiving direct sunlight for at least 8 hours. Check all connections between the pump, piping, and solar panel. Verify the pump intake is clear of debris. Ensure the water level is high enough to fully submerge the pump.

The LED lights typically operate when the pump is running, which requires sufficient solar power. Ensure the pump is working and that the solar panel is clean and receiving direct sunlight. Check for any specific on/off switches for the lights mentioned in the manual.

This is often due to insufficient sunlight. Reposition the solar panel to a sunnier location. Clean the solar panel surface. Check the pump for any internal blockages or debris. Ensure the water level is adequate.

Check for any leaks in the feature's construction. Ensure the feature is on a level surface to prevent water from running off one side. Frequent topping up may be necessary due to evaporation, especially in hot climates.

Clean the surface of the solar panel. Ensure it is not covered by leaves, dirt, or shade. Check the cable connections to the panel. If the panel is damaged, it may need replacement.