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3.
To proceed to handle the
Transport and Handling in Chapter 4 - Transport and Installation.
4.
Appropriately arrange the components based on whether they must be transported to another premise (refer to Paragraph 4.2 -
Transport and Handling in Chapter 4 - Transport and Installation), stored (refer to Paragraph 4.4 - Storage in Chapter 4 -
Transport and Installation) or be demolished (Paragraph 5.5.2 – Demolition and Disposal).
DANGER :
5.5.2 Demolition and disposal
When the
PARTLY COMPLETED MACHINERY
series of operations aimed at minimizing the environmental impact tied to the disposal of components of the
, as required by the norms in force on waste disposal.
MACHINERY
These operations are:
1.
Separate and stock the parts with environmental impact, in other words:
a.
separate the various parts that could be the cause of pollution;
b.
perform a selection of the materials in order to favor their recycling, reserving them for separate disposal (more specifically,
select the elements in plastic or rubber).
2.
The gas contained inside the system must not be disposed of in the environment. We recommend that you dispose of the
evaporator in specialized waste collection centers and not as standard iron junk, following the normative provisions in force.
3.
Dispose of the casings, in other words, once you have finished removing and stocking the pollutant elements, contact specialized
centers for the disposal of casings.
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It is possible to have the following optional features installed on the
UNIT VARNISHING
A varnished unit protects it against corrosive agents that may be present in the cell (e.g. code RC___-VT, RCS___-VT: grey epoxy
powder varnish). Other types of varnish must be specifically requested.
HEATER FOR THE DRAIN PIPE
It must be inserted inside the condensed water drain pipe, so that the water that has formed during the defrost does not freeze inside
the drain. It is used for applications on low-temperature cells and is manufactured to be powered with 220V. In case of a different
power supply, contact our Technical Office
EC FAN MOTORS
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Problem
Evaporator frozen
Evaporator frozen only near the
thermostatic valve
Evaporator damaged
Fans blocked
PARTLY COMPLETED MACHINERY
the Manufacturer rejects any responsibility for possible damages to things and/or persons
stemming from improper interventions performed by unqualified, untrained, inadequately
equipped, or unauthorized personnel.
has ended its life-cycle, before proceeding to its final dismantling, it is necessary to perform a
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Defrosting phase too short
Interval between two defrosts too long
Dripping time insufficient
Air infiltration through the door, door opened too
often
Electrical heaters burnt out
Inflow of refrigerant to the evaporator is reduced
Hole of thermostatic valve too small
Excessive overheating
Fins deformed
Fan motor failure
Line voltage lower than tolerance limits
, operate in accordance with the instructions reported in Paragraph 4.2 -
PARTLY COMPLETED MACHINERY
Possible cause
PARTLY COMPLETED
upon request by the customer.
Solution
Increase the defrosting time
Increase
the
defrosting
Check for any possible squashed pipes
Check the set dripping time
Reduce door opening frequency and
eliminate any possible fissures
Replace the faulty heaters
Check sizing of thermostatic valve
Increase hole diameter
Check temperatures and act on valve
Straighten the fins with a comb
Replace the fan motor
Check value of voltage with voltmeter
RC-RCS Pag - 52 - REV 02 03/16
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