Kolpa Kolpa-san Series, Instructions For Installation And Use Manual

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Bathtub masage systems page 5
ENGLISH www.kolpasan.eu
Then place the tub at its
intended location and connect
the drain system.
There are different ways to
arrange the drain: a direct run-
off
featuring an overflow
drainage set, which shall be
directly connected to the drain
pipe or an indirect run-off, where
the
appliance shall be
connected with the drain hose
through the S-siphon. Kolpa-san
whirlpools feature an integrated
overflow run-off set with the S-
siphon
enclosed. Figure 6
shows the structure of the
overflow run-off set featuring the
siphon.
Figure 6
ELECTRICAL WIRING
Observe safety regulations described in this section, but also the warnings described in
Section WARNINGS FOR USE.
Your whirlpool may only be connected by an authorised contractor holding an appropriate
official licence (so-called concession).
All Kolpa san whirlpools are produced in accordance with the European standards EN
12764, EN 60335-1 and EN 60335-2-60. Any electrical wirings in the building where the
whirlpool is installed shall comply with the IEC 60364-7-701 Standard and local national
regulations on electrical wiring safety.
The whirlpool shall be permanently connected to the power grid - connecting to a socket
is NOT PERMITTED. The supply shall be led through the protective RCD-
I∆n

30mA
switch and shall be secured with a 16A fuse (not exceeding 3500 W). Also, the circuit
shall be provided a multi-pole PRE-WIRED SWITCH by means of which it can be
switched off. The device for the separation of all phases from the power grid shall be
integrated in the electrical wiring in accordance with the valid national provisions on
wiring. Use a double shielded 3x2.5mm
2
conductor to connect. Connect the individual
conductors marked "L" for voltage, "N" for zero-conductor and " " for
grounding.
Connect an additional grounding conductor cross section 6mm
2
with the
switching point for equation of potentials, as marked with the symbol on
the right:
Connect to the power grid by following the diagram as shown on Figure 7.