Vortice Climaticum Energy 7 Manuel D'installation page 31

CHECKS AFTER INSTALLATION
ELECTRICAL SAFETY TESTS
On completing installation, it is necessary to check the following:
1.The insulation resistance (which must exceed 2 M
2.Earthing of the appliance (the earth circuit resistance must be less than 4 M
3.The absence of electrical leaks: should an installation technician find a leak, either using a tester or a multimeter,
the appliance must be turned off immediately and the problem solved.
GENERAL TESTS
Before carrying out the final TEST of proper operation of the appliance, make sure that:
1.The electrical wires are properly and firmly connected.
2.The connection pipe valves are open.
3.All waste materials, such as solid fragments or wire clippings, have been eliminated from the appliance.
TRAIL RUNS
1.Open the front panel of the internal unit and lift it to the angle at which it locks in position; a loud click will be
heard when this position is reached.
2.Press the manual control button on the internal unit 2 times in sequence. The indicator light comes on and the
machine starts to operate in forced Cooling mode (COOL).
3.Check that the appliance is operating properly, with particular reference to constant drainage of condensation.
The test should last for not less than 30 minutes.
4.On completing the test, press the manual control button again; the indicator light will switch off and the air
conditioner will stop working.
5.On completing the final test operations, check the other operating modes using the remote control provided.
LIST OF CONTROLS
Checks to be performed at the end of the installation
Has the air-conditioner been firmly set in place?
Has the gas leak test been performed?
Is the thermal insulation of the appliance sufficient?
Is condensate correctly drained?
Is the power voltage of the appliance compliant with the
value given on the nameplate?
Have the connections of the electric cables and tubes
been performed correctly and safely?
Has the appliance been correctly grounded?
Is the power cord used suited for the appliance?
Are there obstructions on the air inlet and/or outlet (i.e.
are the inlet and outlet covered or obstructed?)
Is the length of the tubes suited for the load of coolant to
be handled?
Ω
).
The appliance could tilt, cause vibrations or noise.
The cooling capacity could be inadequate.
Condensate or water drops could form within the
appliance.
Condensate or water drops could form within the
appliance.
The use of an inadequate supply voltage could cause
faults or damage the appliance.
Inadequate connections could cause faults or damage
the equipment
An inappropriate grounding could cause losses in the
electric circuit .
The use of an inadequate power cord could cause faults
or damage the appliance.
The cooling capacity could be inadequate.
The volume of coolant could be inadequate.
Ω
).
Potential problems
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