42
TESTS CARRIED OUT
SYSTEM VACUUM
□
YES
□
NO
EARTHING HOUSE SYSTEM PRESENT
CHECK FOR LEAKS
□
YES
□
NO
PRESSURE WITH NITROGEN
□
YES
□
NO
SINGLE UNIT TESTS
□
YES
□
NO
ACCUMULATION FILLING CHECK
□
YES
□
NO
CORRECT WIRING
□
YES
□
NO
CHECK REINFORCEMENT GROUP
□
YES
□
NO
MEASUREMENT OF MAINS VOLTAGE VALUE VOLT**
_______
**ATTENTION! below 215 V do not turn on the machine
MEASURE THE TEMPERATURE WITH ALL BOOSTERS IN OPERATION AND
ANY PHOTOVOLTAIC SYSTEM OFF
OPERATION IN BOOSTER HEAT PUMP 1
EVAPORATION TEMPERATURE O.U. °C (Pb3)
.............
_______
TECHNICAL WATER TEMPERATURE °C (Pb1)
...................
_______
ATTENTION
CONDENSATION START TEMPERTATURE °C*
.......
_______
Wait for the technical water temperature
CONDENSATION START PRESSURE (Bar)
............
_______
reaches at least 50 °C before taking measurements
COMPRESSOR ABSORBED CURRENT (A)
..............
_______
* measure the temperature
directly on the copper pipe that comes out from the top of the compressor about 8 cm away from the hood
OPERATION IN BOOSTER HEAT PUMP 2
EVAPORATION TEMPERATURE O.U. °C (Pb3)
.............
_______
TECHNICAL WATER TEMPERATURE °C (Pb1)
...................
_______
ATTENTION
CONDENSATION START TEMPERTATURE °C*
.......
_______
Wait for the technical water temperature
CONDENSATION START PRESSURE (Bar)
............
_______
reaches at least 50 °C before taking measurements
COMPRESSOR ABSORBED CURRENT (A)
..............
_______
* measure the temperature
directly on the copper pipe that comes out from the top of the compressor about 8 cm away from the hood
OPERATION IN BOOSTER HEAT PUMP 3
EVAPORATION TEMPERATURE O.U. °C (Pb3)
.............
_______
TECHNICAL WATER TEMPERATURE °C (Pb1)
...................
_______
ATTENTION
CONDENSATION START TEMPERTATURE °C*
.......
_______
Wait for the technical water temperature
CONDENSATION START PRESSURE (Bar)
............
_______
reaches at least 50 °C before taking measurements
COMPRESSOR ABSORBED CURRENT (A)
..............
_______
* measure the temperature
directly on the copper pipe that comes out from the top of the compressor about 8 cm away from the hood
OPERATION IN BOOSTER HEAT PUMP 4
EVAPORATION TEMPERATURE O.U. °C (Pb3)
.............
_______
TECHNICAL WATER TEMPERATURE °C (Pb1)
...................
_______
ATTENTION
CONDENSATION START TEMPERTATURE °C*
.......
_______
Wait for the technical water temperature
CONDENSATION START PRESSURE (Bar)
............
_______
reaches at least 50 °C before taking measurements
COMPRESSOR ABSORBED CURRENT (A)
..............
_______
* measure the temperature
directly on the copper pipe that comes out from the top of the compressor about 8 cm away from the hood
OPERATION IN BOOSTER HEAT PUMP 5
EVAPORATION TEMPERATURE O.U. °C (Pb3)
.............
_______
TECHNICAL WATER TEMPERATURE °C (Pb1)
...................
_______
ATTENTION
CONDENSATION START TEMPERTATURE °C*
.......
_______
Wait for the technical water temperature
CONDENSATION START PRESSURE (Bar)
............
_______
reaches at least 50 °C before taking measurements
COMPRESSOR ABSORBED CURRENT (A)
..............
_______
* measure the temperature
directly on the copper pipe that comes out from the top of the compressor about 8 cm away from the hood
Summary of Contents for HUB RADIATOR MINI 11.0
Page 27: ...27 7 2 WIRING DIAGRAM HUB RADIATOR MINI XL 6 0...
Page 28: ...28 7 3 WIRING DIAGRAM HUB RADIATOR MINI XL 8 0...
Page 29: ...29 7 4 WIRING DIAGRAM HUB RADIATOR MINI XL 11 0...
Page 30: ...30 7 5 WIRING DIAGRAM HUB RADIATOR MINI XL 16 0...
Page 31: ...31 Marrone Nero Blu 7 6 WIRING DIAGRAM HUB RADIATOR MINI XL 24 0...
Page 46: ...46...