S&P TD EVO 125 VAR, Instruction Manual

Page: 34 / 74

28
EN
unit must be quickly disconnected from the mains
supply. The whole installation should be carefully
checked before trying to start up the fan again. Af-
ter two hours of operation, check that all fi xings are
tight and adjust if necessary.
PUTTING OUT OF SERVICE AND RECYCLING
Maintenance/repairs must be carried out by com-
petent and local regulations. Fan unit equipment
should be electrically isolated and locked out before
any work started.
Fan unit equipment should be regularly cleaned, fre-
quency depending upon service load and application,
but no less than every year. Cleaning should include all
areas where dust can accumulate in the fan equipment.
Special attention should be made to any unusual
sounds, vibration or temperature.
If any problems are detected the fan unit equipment
should be stopped immediately and cause inspected.
The impeller and blades should be regularly checked
for damage that could cause imbalance in the moving
parts.
PUTTING OUT OF SERVICE AND RECYCLING
EEC legislation and our consideration of
future generations mean that we should
always recycle materials where possible;
please do not forget to deposit all packag-
ing in the appropriate recycling bins. If your
device is also labeled with this symbol, please take it
to the nearest Waste Management Plant at the end of
its servicable life.
The fan unit is mainly made of steel, copper, ferrite,
aluminium and plastic. These components should be
recycling in the following categories:
• Steel and iron
• Aluminium
• Non-ferrous metals
• Plastics
• Insulating materials
• Cables
• Electronic scrap
To clarify any questions regarding S&P products con-
tact your local distributor. For its location and to obtain
the EU Declaration of Conformity certifi ed technical
data sheet and copy of this instruction manual, see
our web site www.solerpalau.com
INFORMATION REQUIREMENTS FOR RVU
a Trade mark
b Identifi er
c SEC average climate (kWh/(m
2
.an))
SEC class
SEC cold climate (kWh/(m
2 .an))
SEC warm climate (kWh/(m 2 .an))
d Typology
e Type of drive
f Type of HRC
g Thermal effi ciency (%)
h Maximum fl ow rate (m
3 /h)
i Electrical power input at maximum fl ow rate (W)
j Sound power level (LWA)
k Reference fl ow rate (m 3 /s)
l Reference pressure difference (Pa)
m SPI (W/m
3
/h)
n Control factor
Control typology
o Maximum internal leakage for BVU (%)
Maximum external leakage for BVU and UVU (%)
p Mixing rate for BVU without duct connection (%)
q Position of visual fi lter warning
description of visual fi lter warning
r Instructions to install supply grilles
Instructions to install exhaust grilles
s Internet address
t Airfl ow sensitivity to pressure variation
u Indoor/outdoor air tighness (m 3 /h)
v Annual electricity consumption - Average climat
(kWh/a)
Annual electricity consumption - Warm climat
(kWh/a)
Annual electricity consumption - Cold climat
(kWh/a)
w Annual heating saved - Average climat (kWh/a)
Annual heating saved - Warm climat (kWh/a)
Annual heating saved - Cold climat (kWh/a)