WeTeLux 951963 Solar Fountain Lilly Leaf User Manual

: June 9, 2024
: WeTeLux

Table of Contents

WeTeLux 951963 Solar Fountain Lilly Leaf
Interaction
SAFETY NOTES
Operation
- Assembling and Setting up
- Handling solar pumps
Cleaning and Maintenance
Technical Data
References
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Download This Manual (PDF format)

WeTeLux 951963 Solar Fountain Lilly Leaf

Interaction

Dear Customer, Please help avoid waste materials. If you at some point intend to dispose of this article, then please keep in mind that many of its components consist of valuable materials, which can be recycled. Please do not discharge it in the rubbish bin, but check with your local council for recycling facilities in your area.

Assembling the Solar Cell

$WeTeLux 951963 Solar Fountain Lilly Leaf $1$$

Maintenance of the Pump

$WeTeLux 951963 Solar Fountain Lilly Leaf $2$$

SAFETY NOTES

Please note the included General Safety Notes and the following safety notes to avoid malfunctions, damage or physical injury:

Please read this manual carefully and use the device only according to this manual.
Dispose of used packaging material carefully or store it out of the reach of children. There is a danger of suffocation!
Persons with limited physical, sensorial or mental abilities are not allowed to use the device unless they are supervised and briefed for their safety by a qualified person.
The product is not a toy. Do not allow children to play with it.
Only use the pump with the supplied solar panel and the solar panel only with the pump.
Do not pump flammable liquids.
Do not use pump with water above 35℃.
The product may not be exposed to extreme temperatures, strong vibrations or strong mechanical stress.
Do not disassemble, burn or short-circuit rechargeable batteries.
Should the unit become damaged do not use it any further and have it repaired by a professional or contact our customer service. Do not disassemble the unit or try repairing it yourself.

Operation

Intended Use

The solar pump has been designed for fountain, pond or outdoor use; the Pump drives its power from a solar module directly. In order for the pump to operate, the solar module needs to be placed in direct sunlight. The performance of the pump depends on the season and the position of the solar module.

Assembling and Setting up

Unpack and check all components.
Remove the plug from the connection plug of the solar cell. You can keep the stopper in the unused socket next to it during operation.
Plug the connection cable of the pump into the socket on the solar cell. Attach the outlet of the pump to the fountain pipe on the underside of the solar cell.
Place the solar fountain on the surface of the water.

Attention: Do not allow the pump to run dry, do not lift the pump by the power cord, operate in freshwater only, and do not strike the solar panel

Handling solar pumps

The output of the solar pump varies depending on the season, depending on the duration and strength of the sunlight received.
In the case of prolonged weather periods without sufficient solar radiation, it can happen that the charge level of the battery is too low to enable lighting for a longer period of time. The battery is charged with less energy during the day than energy is withdrawn at night. This inevitably shortens the lighting time. In this way, the battery can be deeply discharged and thus damaged.
Make sure that the solar panel is not dirty or covered by snow and ice in winter. This reduces the performance of the solar panel. Cold temperatures have a negative influence on battery life. If you do not need solar light for a long time, e.g. in winter, it should be cleaned and stored in a dry, warm room.

Cleaning and Maintenance

Pump: If, after a period of time, the pump starts to lose power or stops working check for the build-up of sediment, scale or dirt in the filter. Remove the pump cover and the impeller cover. Clean them and the filter with fresh water.
Solar panel: The panel should be cleaned periodically with soft tissue. Regular cleaning of the panel is advised to maintain optimum conversion of the sun’s energy into direct current.