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Ferroli EGEA TECH 200 LT Anleitung Für Betrieb, Installation Und Wartung Seite 195

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EGEA TECH
• There is continuity in the ground connection.
• The electrical components are replaced only with original
spare parts.
• No cuts or joints are made on the cables of the electrical com-
ponents.
• The cables and wires do not have any damage which could
compromise the integrity of the product and the safety of peo-
ple and/or property.
Note: only spare parts for original electrical components are
guaranteed by the manufacturer to be safe.
Search for refrigerant leaks
• Do not use any kind of flame to detect refrigerant leakage.
• Use electrical detectors only if you are sure of their efficiency
and safety.
• Alternatively, specific leak detector sprays can be used for re-
frigerant gases; the product used must be non-corrosive type.
In order to be used safely, the leak detection instruments must
have a calibration tool normally called a calibrated leak. Check-
ing the sensitivity of the detector with the aid of the calibration
tool must be carried out far from the place of installation in order
to ensurer correct calibration.
11. DISPOSAL
Any intervention on the applian-
ce, including disposal, must be
carried out by qualified personnel
with a suitable refrigeration tech-
nician's license aimed at under-
EXPERT
TECHNI-
standing and managing systems
CIAN
containing HFC type gases.
At the end of use, the heat pumps must be disposed of in com-
pliance with current regulations.
Divide the materials and dispose
of them in special collection cen-
tres suitable for waste disposal,
ATTENTION
according to the laws and regu-
lations in force in the country of
use.
Disposal operations must only be carried out at an authorised
centre by qualified personnel and in full compliance with current
regulations.
Before proceeding with the disposal of the product, it is neces-
sary to safely remove the refrigerant gas from the circuit; this op-
eration must be performed according to the following procedure:
200 LT - 260 LT -200 LT-S - 260 LT-S
cod. 3540000410 - Rev. 03 - 09/2023
• The product must not be connected to the power grid.
• Before starting, ensure you have an adequate gas recov-
ery system equipped with cylinders suitable for the quantity
and type of gas you are about to recover, make sure you are
wearing suitable PPE.
• Empty the circuit from the service outlet or from the pipe used
by the manufacturer to charge the refrigerant gas and at the
same time from the compressor suction pipe.
• Start the refrigerant gas recovery system, taking care not to
exceed in filling and in the maximum operating pressure.
• The operation ends when the desired vacuum level has been
reached; at this point close the recovery cylinder valves and
remove the device.
• The removed gas can only be reused after it has been puri-
fied and checked by its supplier.
Product disposal label
The product must be identified with a label indicating that it must
be scrapped, bearing the date and signature of the employee in
charge.
Recovery of refrigerant gas
To perform this operation, the recovery equipment used must be
in full working order and properly maintained, suitable for use
with flammable gases HFC and accompanied by an instruction
manual for proper use.
The connecting pipes must be in good condition and equipped
with leak-free connections.
The recovery cylinders must be suitable for use and equipped
with a safety valve and shut-off valve, if possible, cool the cylin-
ders before carrying out the recovery operation.
The refrigerant gas recovered must be correctly identified and
not mixed with other different gases within the same cylinder;
the cylinders must then be sent to the gas supplier who will per-
form recovery and purification.
If it is necessary to dispose of the compressor or the oil con-
tained in it, it is advisable to first provide for the electrical heating
of the compressor body in order to allow the complete and quick
evaporation of the refrigerant gas that may have remained dis-
solved in the oil. The oil must then be managed appropriately.
The main materials that make up the device in question are:
• steel - magnesium - plastic - copper - aluminium - polyure-
thane
EN
195

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