6
TROUBLESHOOTING
All brazing must be carried out by qualified brazers.
Replacement pipes must always be made of copper in compliance with standard NF EN 12735-1.
Leak detection; pressure test:
-never use oxygen or dry air, risk of fire or explosion,
-use dry nitrogen or the mixture of nitrogen and refrigerant indicated on the information plate,
-the test pressure for both the high and low pressure circuits must not exceed 42 bar in cases where the appliance
is equipped with the optional pressure gauge.
The high pressure circuit pipes are made of copper and have a diameter equal to or greater than 1’’5/8. A
certificate as indicated in§2.1 in compliance with standard NF EN 10204 must be requested from the supplier
and filed in the installation’s technical file.
Technical data relative to the safety requirements of the various applicable directives are indicated on the
information plate. All this information must be recorded in the appliance’s installation manual, which must be
kept in its technical file: model, code, serial number, maximum and minimum OT, OP, year of manufacture, CE
marking, manufacturer’s address, refrigerant and weight, electrical parameters, thermo-dynamic and acoustic
performance.
LABELLING
The equipment must be labelled so as to specify that it is out of order and that the refrigerant has been drained.
The label must be dated and signed.
For appliances containing a flammable refrigerant, check that labels are placed on the equipment stating that it
contains a flammable refrigerant.
RECOVERY
When draining the refrigerant for maintenance or decommissioning, best practices should be followed in order
to safely drain all of the refrigerant.
When transferring refrigerant to a cylinder, make sure that you use a recovery cylinder that is compatible with
the refrigerant. Make sure that the correct number of cylinders are provided for recovering all of the refrigerant.
All cylinders used must be intended for the recovery of refrigerant and must be labelled for this specific
refrigerant. The cylinders must be equipped with a vacuum valve and a stop gate in good working order. Empty
collection cylinders are drained and, where possible, cooled before recovery.
The recovery equipment must be in good working order, the instructions for using the equipment must be
within reach and the equipment must be compatible for use with the refrigerant concerned, including, where
appropriate, a flammable refrigerant. Moreover, a set of calibrated scales must be available and in good
working order. The pipework must be complete, have no leaks or disconnected connectors, and must be in
good condition. Before using the recovery unit, check that it is in good working order, that it has been well
maintained and that the associated electric components are sealed so as to prevent any risk of fire in the event
of refrigerant being released. If you have any doubts, contact the manufacturer.
The recovered refrigerant must be sent to the refrigerant supplier in its recovery cylinder with a waste transfer
note. Do not mix different refrigerants in the recovery units, and in particular in the cylinders.
If the compressor has been removed or if oil from the compressor has been drained, check that the refrigerant
has been completely removed to prevent it from mixing with the lubricant. The draining process must be
carried out before returning the compressor to the supplier. Only the electric heater of the compressor body
can be used to accelerate this process. This operation can be carried out safely once all liquids within the
system have been drained.
RECYCLING
This symbol is required by the European directive DEEE 2012/19/EU (directive on
waste electrical and electronic equipment) and means that your appliance must not
be thrown into a normal bin. It will be selectively collected for the purpose of reuse,
recycling or transformation. If it contains any substances that may be harmful to the
environment, these will be eliminated or neutralised. Contact your retailer for
recycling information.
Summary of Contents for 74148
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Page 13: ...9 2 Dimension unit mm Model VSP 10 ...
Page 14: ...10 Model VSP 12 VSP 15 VSP 17 ...
Page 21: ...17 5 Electrical Wiring 5 1 SWIMMING POOL HEAT PUMP WIRING DIAGRAM VSP 10 VSP 12 VSP 15 VSP 17 ...
Page 31: ...27 8 Exploded Diagram Model VSP 10 ...
Page 33: ...29 Model VSP 12 VSP 15 VSP 17 ...
Page 40: ...36 2 Dimensión mm Model VSP 10 ...
Page 41: ...37 Model VSP 12 VSP 15 VSP 17 ...
Page 59: ...55 8 Diagrama de despiece y mantenimiento 8 1 Modelo VSP 10 ...
Page 61: ...57 Model VSP 12 VSP 15 VSP 17 ...
Page 68: ... 64 2 Dimensión mm Modèle VSP 10 ...
Page 69: ... 65 Modèle VSP 12 VSP 15 VSP 17 ...
Page 87: ... 83 8 Schéma éclaté et liste des pièces détachées 8 1 Modèle VSP 10 ...
Page 89: ... 85 9 2 Modèle VSP 12 VSP 15 VSP 17 ...
Page 96: ...92 2 Ausmaße mm Model VSP 10 ...
Page 97: ...93 Model VSP 12 VSP 15 VSP 17 ...
Page 116: ...112 8 Explosionszeichnung 8 1 Explosionszeichnung Modell VSP 10 ...
Page 118: ...114 Modell VSP 12 VSP 15 VSP 17 ...
Page 125: ...121 2 Dimensioni mm Modello VSP 10 ...
Page 126: ...122 Modello VSP 12 VSP 15 VSP 17 ...
Page 144: ...140 8 Esploso e manutenzione 8 1 Modello VSP 10 ...
Page 146: ...142 Model VSP 12 VSP 15 VSP 17 ...
Page 153: ...149 2 Afmeting mm Model VSP 10 ...
Page 154: ...150 Model VSP 12 VSP 15 VSP 17 ...
Page 174: ...170 8 Open geklapt diagram 8 1 Open geklapt diagram Model VSP 10 ...
Page 176: ...172 Model VSP 12 VSP 15 VSP 17 ...
Page 183: ... 179 2 Dimensão mm Modelo VSP 10 ...
Page 184: ... 180 Modelo VSP 12 VSP 15 VSP 17 ...
Page 206: ... 202 8 Diagrama Explodido 8 1 Modelo VSP 10 ...
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