Loading / Mixing Position
For Mortar
Loading / Mixing Position
For Concrete
Discharge Position
Storage Position
Figure 8b
LOADING
EMPTYING
CLEANING
For best results, always load the mixer in the following order:
1. Add the required amount of gravel into the drum.
2. Add the required amount of cement into the drum.
3. Add the required amount of sand into the drum.
4. Pour the required amount of water into the drum.
Thoroughly clean the mixer at the end of each day’s operation.
Keep your mixer clean. The slightest trace of material left in
the drum will harden and accumulate more each time you use it
until the machine no longer will operate. Dried cement should
be scraped out of the drum. Do not throw bricks into mixer drum
to clean it out. Do not beat on the drum with a shovel, a hammer
or other tools to break up accumulations of dried cement mix,
as damage to the mixer may result. The drum may be scoured
for approximately 2 minutes, using 1” gravel and water mixture.
Then discharge the gravel/water mixture and hose down the
drum assembly inside and out. The IP44D protection class
construction of the concrete mixer enables you to hose down the
drum assembly safely.
Completely unwind the extension cord. Connect it
to the concrete mixer first before plugging in power
supply.
To avoid concrete or mortar sticking to the insides of
the mixer drum, slowly pour material into the mixer
steadily over the rim.
Always start the motor before you start loading the
drum. The mixer blades should be turning before you
start adding the contents.
Do not turn the mixer off (stop rotating arms) if you
have content inside the bin. Always empty the drum
completely with the mixer arms rotating.
Never put hands or limbs inside the drum while the
mixer arms are rotating.
Do not pour or spray water directly over the motor
cover, especially the openings in it.
Wipe off any external material on the motor cover.
Do not use petrol, turpentine, lacquer or paint
thinner, dry cleaning fluids or similar products. The
use of chemical products or solvents may affect
the properties of the cover which was made of high
density polyethyiene PET.
A built-in thermal protector is installed in the motor to
prevent overheating, and will cool automatically as the
motor cools.
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