Installing The Manual Air Vent Valve; Fitting The Temperature Sensor; Where Appropriate, Fit The Flanged Or Threaded Immersion Heater; Commissioning - STIEBEL ELTRON SBP 1000 E Operation And Installation

INSTALLATION

Commissioning

f Push the thermal insulation sections over the connections on f
the appliance.
f Connect the thermal insulation sections at the front by clip- f
ping the hook closure strip into the last hook strip. If neces-
sary, the short black cover strips can be used to temporarily
hold the hook closure strips together.
f Position the thermal insulation sections around the cylinder f
and connect the thermal insulation sections at the back by
clipping the hook closure strip into the first or second hook
strip.
f Adjust the thermal insulation sections on the appliance by f
patting and pressing them down with the palm of the hand.
f Starting from the top, retighten the hook closure strip from f
the top until it hooks into the final hook strip.
f Place the thermal insulation ring around the flange to com- f
pletely fill the gap to the side insulation segments.
f Place the thermal insulation ring and the two thermal insula- f
tion sections on the top.
f Place the cover over the thermal insulation sections. f
f Fit the cover strips onto the hook closure strips. If required, f
the cover strips can be trimmed to size.
f Fill the hollow spaces near the connections with the soft f
foam inserts.
f Push the roses and caps into the apertures. f
SBP 1010 E:
f Wrap the fleece strip around the neck of the blank flange f
(DN 80).
f Place the plastic cover together with the thermal insulation f
onto the blank flange (DN 80).
Note
Affix the additional type plate in a clearly visible position
on the thermal insulation.
9.2

Installing the manual air vent valve

f Install a manual air vent valve at the air vent valve f
connection.
20 | SBP 1000-1500 E | E SOL | E cool
9.3

Fitting the temperature sensor

f Fill the protective pipe with heat conducting paste. f
f Insert the sensor into the protective pipe until it bottoms. f
Prior to inserting contact sensor AVF 6 into the protective pipe,
bend the bias spring forward.
9.4 Where appropriate, fit the flanged or threaded
immersion heater.
f Remove the dummy flanges and plugs in order to mount f
the heat exchanger, flanged or threaded immersion heater.
Maintain the DC separation towards the cylinder.
10. Commissioning
Water quality, solar circuit
A glycol/water mixture of up to 60 % is permitted for the indirect
coil in the solar circuit if only dezincification-resistant metals,
glycol-resistant gaskets and diaphragm expansion vessels suitable
for glycol are used throughout the installation.
Oxygen diffusion
Material losses
!
Avoid open heating systems and plastic pipes in under-
floor heating systems which are permeable to oxygen.
In underfloor heating systems with plastic pipes that are per-
meable to oxygen and in open vented heating systems, oxygen
diffusion may lead to corrosion on the steel components of the
heating system (e.g. on the indirect coil of the DHW cylinder, on
buffer cylinders, steel heating elements or steel pipes).
Material losses
!
The products of corrosion (e.g. rusty sludge) can settle in
the heating system components and can result in a lower
output or fault shutdowns due to reduced cross-sections.
Material losses
!
Avoid open vented solar thermal systems and plastic
pipes which are permeable to oxygen.
With plastic pipes that are permeable to oxygen, oxygen diffusion
may lead to corrosion on the steel components of the solar thermal
system (e.g. on the indirect coil of the DHW cylinder).
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