Condense Drain Connections; Electrical Connections; Commissioning - TESY HPWH 2.1 260 U02 S Instrucciones De Uso Y Mantenimiento

5.6. Condense drain connections

Condensate, that forms during the operation of the heat pump, flows through an appropriate discharge pipe (G 3/4")
that passes inside cladding and it comes out on the side of the equipment. Use flexible hose Ø16 (69, fig. 9) to connect it to
the plastic nipple 68. This plastic part 68, should be handle with care in order to avoid damages. Connected the hose to a
siphon so that the condensate can flow freely (Fig. 9).
The plastic nipple No68 (fig.9) should be manipulated gently, by hand, to avoid damages!

5.7. Electrical connections

The device is supplied already wired for the main power supply. It is powered through a flexible cable and a socket/plug
combination (Fig. 10 and Fig. 10a). An earthed Schuko socket with separate protection is needed for the connection to the
mains power supply.
Fig. 10 –A Schuko socket
WARNING! The power supply to which the equipment will be connected must be protected by an
adequate residual current circuit breaker at least: 16A/230V
The type of residual current circuit breaker must be chosen by evaluating the type of electric equipment
to be used on the entire system.
With reference to the connection to the main power supply and the safety equipment (e.g. residual current
circuit breaker) comply with standard IEC 60364-4-41.
6.

COMMISSIONING.

WARNING! Check that the equipment is connected to the earth cable.
WARNING! Check that the line voltage corresponds to that indicated on the equipment identification
plate.
WARNING! Do not exceed the maximum permitted pressure indicated in the "general technical data"
section; 8 Bar
Fig. 9 - Example of condensate drain connection via siphon
Fig. 10a –Equipment plug
16