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FA ROTEX HPSU compact (V5) •
4 x Set-up and installation
4.1.3 Scope of delivery
– ROTEX HPSU compact
– Bag of accessories (see fig. 4-3)
4.2 Set-up
Ɣ Remove packing and dispose of it in an environment-friendly
manner.
Ɣ Remove the cover plates on the storage tank (fig. 4-4, item B)
and unscrew the threaded pieces (fig. 4-4, item F) from the
apertures on which the handles are to be mounted (fig. 3-2 to
fig. 3-5, item 24).
Ɣ Scre
w handles (fig. 4-4, item A) into the threaded holes that
are now free.
A Handles (only required for
transport)
B Cover screen
C Hose connection piece for
safety overflow
D Spanner
Fig. 4-3 Contents of bag of accessories
CAUTION!
Ɣ Only erect the ROTEX HPSU
compact when a sufficient ground
load-bearing capacity, of
1050 kg/m² plus safety margin, has
been assured. The ground must be
flat and level.
Ɣ Outdoor installation is not permitted.
Ɣ Erection in explosion-risk environ-
ments is not permitted.
Ɣ The electronic control system must
not be subjected to atmospheric
factors under any circumstances.
Ɣ The storage tank must not be
exposed to continuous direct solar
radiation, since the UV radiation and
weather-influences will damage the
plastic.
Ɣ The ROTEX HPSU compact must be
installed in a manner protected from
frost.
Ɣ Make sure that the supply company
does not provide corrosive
domestic water.
– Suitable water treatment may be
required.
WARNING!
The plastic wall of the storage tank on
the ROTEX HPSU compact may melt
due to the effects of external heat
(>80 °C) and, in the extreme case, can
catch fire.
Ɣ Erect the ROTEX HPSU compact
only at a minimum distance of 1 m to
other heat sources (>80 °C) (e.g.
electric heater, gas heater, chimney)
and flammable materials.
CAUTION!
ROTEX HPSU compact is not erected
adequately lower the flat solar panels
(the top edge of the of the storage tank is
higher than the bottom edge of the solar
panels), the unpressurised solar system
in the outdoor area will be unable to
drain completely.
Ɣ Erect the ROTEX HPSU compact with
a DrainBack solar connection at a
sufficient depth to the flat solar panels
(observe the minimum gradient in the
solar connecting lines).
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