14
USE AND CARE GUIDE MAGI 2
O
Heating medium temperature [ C]
Minimum input pressure
<85
℃
0.05bar
90
℃
110
℃
0,5 m column H2O
0.28bar
2,8 m column H2O
1,0bar
10 m column H2O
INSPECTION
The series of MAGI 2 circulation pumps is used mainly in water circulation in boiler central heating systems in houses.
The MAGI 2 series circulation pump serves best in the following systems:
•
Fixed-temperature heating system with variable flow
•
Heating system with variable pipeline temperature
•
Heating system with night mode
•
Air conditioning system
•
Industrial circulation system
•
Home central heating
Benefits of installation of MAGI 2 pumps. Ease of installation and launch
MAGI 2 series circulation pump has an auto-adaptation AUTO/ECO mode (factory settings). In most cases, the pump can
be launched without the necessity to introduce any regulations and it can be automatically adapted to the current needs
of the system.
• High comfort of use
• Low noise level of the pump and the entire system
• Low power consumption
•
Compared to the traditional circulation pump, power consumption of the MAGI 2 series pump is very low and can reach
even 5W, depending on the system.
The MAGI series circulation pump is e
q
uipped with a motor with permanent magnets and pressure difference regulator,
which constantly and automatically adapt the pump efficiency to meet the actual needs of the system. The MAGI series
circulation pump is e
q
uipped with a control panel on the top of the motor, which makes it easier to use it.
CONDITIONS OF USE
• Permissible ambient temperature from 0 ° C to + 40 ° C.
• Maximum permissible relative humidity (RH) 95%
•
Permissible heating medium tempe2
℃
～
110
℃
. To prevent condensation of steam on the control panel and the
stator, the temperature of the heating medium circulating running through the pump must always be higher than the
ambient temperature.
• The permissible maximum pressure in the system is 1.0 MPa (10 bar)
• Protection rating IP 44
•
Pump input signal To avoid damaging pump bearings by cavitation, the following minimum pressure must be maintained
at the pump input:
