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27
INSTALLATION
INTRODUCTION
After unpacking the appliance make sure it has not been damaged. (pict.21)
Make sure the technical wiring specifications comply with the ratings (i.e., V, kW, Hz,
no. phases and mains power Check the power supply type, adjustments, performance
and calibration of the device located before the appliance. Check and record the
coolant type inside the system and refer to the recorded data in any refill.
Please quote the product's serial number (shown on the rating plate) on any enquiry
to the Manufacturer. (pict.22)
List of rates shown on the rating plate:
1)
Model
2) Manufacturer’s name and address
3) CE mark
4) Year of make
5) Serial number
6) Power insulation class
7) Power protection class
A) Input voltage
B) Electric current intensity
C) Frequency
D) Rated power
E) Total lamp power
F) Fuse current
G) Coolant type
H) Coolant q.ty
L) Temperature grade
M) Max hydraulic supply pressure
N) Room temperature
P) Expanding fluid
R) WEEE Symbol
S) Water iniet temperature
T) Water consumption
W) Heating unit power
Z) Least pressure
MAX ROOM TEMPERATURE (TAB.4)
Air-condenser units should not operate if room temperature is over 38°C. Above 32°
C amximum output is not guaranteed.
The remote condensers must be installed outdoors out of direct sunlight or in
suitable rooms. Always make sure that air ventilation is present. Check that suitable
covers (pict.23) are used.
POSITIONING
The appliance must be installed and tested in full compliance with accident-prevention
regulations contained in national law and current guidelines. Installers are to comply
with any current local regulations.
An omnipolar switch is to be installed before the appliance, in compliance with the
current regulations applied in the country where the appliance is installed.(pict.24)
Pict.21
Pict.22
Pict.23
Pict.24
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