Superwind 350 12V, Руководство пользователя

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V 01-2017
www.superwind.com
65
Please also follow the instructions of the wind turbine operation manual and the safety
recommendations provided by the battery manufacturer.
4. SPECIFICATIONS
4.1 Technical Data
Nominal voltage ......................................12V
Max charging voltage (20
°
C) ..................14.4V
Temperature compensation .....................30 mV /
°
C
Max. current .............................................40 A
Total resistance of power resistor............0.35 Ohm
Number of charging outputs.....................2
Method of voltage regulation....................PWM
Connectors...............................................M 4
LED indicating that max. charging voltage has been
achieved (batteries are fully charged).
Option to connect external temperature sensor.
The default setting for the maximum charging voltage can
be adapted to special customer requirements. Since
special devices are needed, proper calibration can only be
performed by the manufacturer.
4.2 Description of functions
The SCR 12V (Marine) has been especially designed for the Superwind 350 12V wind
generator and guarantees optimum charging of the batteries. The secondary function of
the SCR 12V (Marine) is to electronically keep the wind generator under load. When the
batteries have reached their maximum charging voltage, the SCR 12V (Marine) PWM
circuit automatically diverts the wind turbine’s surplus power the the power resistor. Thus,
with batteries even fully charged, the wind turbine continues operation and provides
useable power as soon as electric consumers are switched on. This state of charge is
indicated by the LED and the resistor will make a very slight buzzing sound when
operating and dissipating power.
5. Assembly
5.1 Choosing the position
The charge regulator and the power resistor are designed for indoor use and shall be
mounted at a place well protected from the effects of weather. As the charge regulator
has a temperature sensor in order to adapt the charging voltage to the battery
temperature, it should be placed in the same room with the batteries or in a room with the
same temperature level. If this is not possible, an external temperature sensor is available
which then replaces the standard sensor mounted at the regulator housing.
The distance between the regulator and the battery should be a minimum of 30 cm but not
exceed 200 cm. The distance between the regulator and the power resistor should not
exceed 200 cm. The power resisor must be ventilated properly. Never mount the power