south if possible. Do not lean the shower against a wall or anything else that blocks sunlight. The installation
must be carried out by qualified personnel.
Installation
1)
A drill is required for mounting. Determine the drilling points in correspondence with the holes in the
mounting base using the paper template see Fig. 1) and the screws and fixing plugs contained in the
package. Do not drill directly through the holes in the shower base.
2)
The drilling depth in concrete or rock should be at least 45 mm. This gives the screws a good tensile
strength and the necessary tightness.
3)
Insert the dowels into the respective holes.
4)
Place the bottom of the shower (mounting base) over the holes and secure with screws using the
appropriate tools and taking care not to damage the surface.
5)
Damage caused by incorrect assembly is not covered by warranty.
Commissioning
Connect the garden hose to the water inlet of the shower. The maximum operating pressure of the shower is 3
bar. Ensure that the hose is properly secured.
First start-up
Connect the water hose to the shower. Check that the inlet tap is open. Set the shower mixer to "hot" and let
the water flow into the shower: this will prevent air bubbles from forming in the tank.
It takes approx. 4-6 minutes to fill the tank. When the water flows evenly and smoothly out of the overhead
shower, close the mixer with the lever in the middle - the tank is now completely full.
Use
Caution: Solar radiation causes the water in the solar tank to become hot. We therefore recommend that you
always set the cold/hot mixer to the middle position (between hot and cold).
Then set the desired temperature.
1)
Set the mixer to the "ON" position and you can enjoy a hot shower with water heated by the sun.
Attention: the water supply must be opened for the shower to work!
2)
After use, turn off the water supply to the shower.
If you are not going to use the shower for 24 hours or more, let the water run for at least 2 minutes to allow
the water in the solar tank to be completely replaced. In hot environments, stagnant water may cause
pathogenic bacteria to multiply.