Installation Guide

32
Anchor Sack
Important!
Connection
ü
û
Connect the pump to the solar panel as shown .
Slightly twist the connectors when pushing together,
ensure the red sealing ring remains in it’s groove
and is not displaced.
0°C/32°F
û
ü
Freezing water can cause damage to the air stones. The whole product
MUST be removed and stored in a frost proof environment if the water is
likely to freeze.
Performance
As stated previously performance is directly related to the strength of sunlight received. In bright sunlight
the pump will work well and produce lots of air bubbles. If the sun is partially covered or the sun is not so
bright the quantity of air bubbles will reduce. In cloudy conditions or at night the pump will not work and no
bubbles will be produced.
Frost
Operation
This air pump can be used to oxygenate any pond or water reservoir providing the solar panel receives
direct sunlight. Oxygen depletion mainly occurs during summer months, as water gets hotter it’s ability to
hold oxygen is reduced. The pump is ideal for providing supplementary oxygenation when it is needed
most as it’s performance is directly related to the amount and strength of sunlight received. The solar
panel converts sunlight into electricity which is then used to power the pump. Air is pumped down the
tubing and is released into the water through the porous air stones. If a cloud covers the sun the amount of
electricity produced will reduce and the pump will stop working or slow down. The pump will speed up or
restart as the sun reappears from behind the cloud.
û
To keep the air stones at a fixed level under water you can use the anchor sack provided. Tie one end of
the line around the air stones and the other end of the line to the bag catch. Fill the bag with stones and
then feed the top of the bag through the catch and close it. Simply drop the bag into your pond or reservoir
and let it sink to the bottom taking the air stones with it. The depth of the air stones can be altered by
changing the length of the line.
Note: If the air stones are too deep they may not be able to release the air due to the higher water
pressure. If this is the case simply alter the line length so that the stones are closer to the surface.
û û

Summary of content (2 pages)