10
Gebwell G-Energy
7.
Push the capillary sensors of the thermostat to the middle,
into the thermostat pocket.
8.
Connect the phases of the power cables to the screw
terminals of the thermostat.
9.
Connect the wires of the thermostat to the electrical
connectors L1, L2 and L3 on the heater. Check the tightness
of the nut fastening of the spade terminals.
NOTE: If the
terminal (or the nut) has loosened, tighten the nut only
slightly. If force is used when tightening, the electrical
connector may break.
10.
Close the lid of the junction box. Ensure that no cables or
the tube of the capillary sensor are trapped between the
box and its lid when closing the lid.
5
Installing coils
A gasket available from the manufacturer can be considered
adequate. Secure the flange by tightening each bolt a little at a
time. The gasket must not protrude more than 5mm beyond the
flange and the hatch.
6
Maintaining the accumulator
Annual checks for leak tightness count as sufficient maintenance
procedures of the accumulator. All connections and coil hatches
must be visually checked for leaks.
7
Precautions
The following must be taken into account during installation and
use:
The load exerted by a filled accumulator on the floor, including
any need to reinforce the floor.
Any risks posed by the fluid in the system in connection with
installation, use and maintenance.
The heating up of the components of the system and the hot fluid
within it, in order to avoid burns.
An accumulator air extraction system for preventing air pockets
from forming inside the accumulator.
If not used properly, the accumulator may pose a considerable
risk. It must be ensured that the system is fitted with sufficient
safety devices to prevent an excessive rise in temperature.
Electrical equipment may be installed and maintained only by an
authorised professional with regard to electrical products.
Making a fire and using tools that generate sparks next to the
accumulator is prohibited.
8
Recycling
We recommend that the connections of the system be detached
by a professional technician. The system must be pressure-free
and the fluid in it must be cooled before dismantling work can
begin. If the system contains any chemicals, they must be
disposed of as stipulated by legislation.
The metal parts of the accumulator (tank, connections and
possible coils), as well as all plastic components can be recycled.
Plastic components, such as the insulation of the accumulator,
can also be thrown into an energy waste dumpster.
