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6. Checking and maintenance
6.9
Installation report
Place of installation ........................................................................
Owner ............................................................................................
Street .............................................................................................
Town/Postcode...............................................................................
Tel. ................................................ Fax..........................................
Mobile ............................................................................................
E-mail.............................................................................................
Description of the installation
Solar installation for:
Solar power sensor:
Type of installation:
Pipes:
Tank:
Solar station:
Solar fluid:
System pressure:
Solar outlet and return checks
For vertical collectors side-by-side or horizontal collectors one on top of the other:
- Connect the return (cold)
- Connect the outlet (hot) to the coil
- Mount the sensor on the side where the hot coil leaves the collector (outlet)
For horizontal solar panels:
- checks in accordance with the assembly diagram
Regulator function check
10-minute bleed cycle
Continuation in matched flow mode
Collector temperature (TC)
Exchanger flow temperature (TE)
Domestic hot water tank temperature 1 lower zone (TS)
Domestic hot water tank temperature 1 upper zone (TM)
Domestic hot water tank temperature 1 central
zone / Pool temperature / MCDB
Biomass boiler temperature
Input temperature heat meter
Output temperature heat meter
primary circuit pump, speed control
secondary circuit pump, speed control
Reversal valve domestic hot water tank zones
Biomass boiler pump
MCDB reversal valve
62
Hot water preparation
Type: ...............................................................................................
On roof
Duo-Tube
Other pipes ø .........................................mm
Insulation: ...................mm
Type: ...............................................................................................
Solar station integrated in the tank
LS
................................bar
OK
OK
S1
=
.......
°C
S2
=
.......
°C
S3
=
.......
°C
S4
=
.......
°C
S5
=
.......
°C
S8
=
.......
°C
S10
=
.......
°C
S11
=
.......
°C
R1
R2
R3
R4
R5
Company name ............................................................................
Street.............................................................................................
Town/Postcode ..............................................................................
Tel.................................................. Fax.........................................
Mobile............................................................................................
E-mail ............................................................................................
Installer..........................................................................................
Additional heating
Roof-integral Installation
Cu 15
Type/brand ................................................................
Pre-load in the solar tank:
MCDB unloading pump, swimming pool pump
DHW pump - MCDB
Amount of heat
Reference temperature difference
Zone changeover temperature
Set temperature
Maximum collector temperature
Self-calibration phase
Adjustment parameter
Maximum flow rate
DHW booster temperature settings:
- boiler circuit
- Electric heating resistance
200SE-2S - 300SE-2S
Swimming pool heating
Quantity: ..................
On flat roof
Cu 18
Length ........................m
Other: ...................................
l (volume): ................
................................bar
Return
OK
Outlet
OK
Sensor position
OK
R8
R9
AH
=
........ KW
DT
=
........ K
SZ
=
........ °C
SX
=
........ °C
CX
=
........ °C
tu
=
........ min.
PN
=
........ %
FX
=
........ l/min
..........................°C
..........................°C
26/04/2016 - 7607575-05
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