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PURPOSE:
SP40MPPT charge controller for battery charge from solar panels. In operation, the controller selects a mode of operation of solar panels, wherein the panels shown on the maximum possible at a given illumination power. The controller also provides an optimum battery charge
SPECIFICATIONS:
1) Properties device
- selection of the maximum power from the solar panels;
- the charging current - 40 k.
- input voltage from the solar panels - up to 145 V;
- batteries: lead-acid, alkaline (nickel-cadmium or nickel-metal hydride);
- three-stage charge battery temperature compensated charging voltage ;
- USB interface, RS-485 (Modbus protocol);
- the ability to update the internal software via USB, RS-485;
- a graphical display and keyboard allow you to configure the device easily and monitor his work;
- display of the system parameters, display of energy production graphs, calculation of energy generated by solar panels;
- indication of the total efficiency of the solar panels per day;
- preservation in non-volatile memory and resource data Zh ala events;
- possibility to use the device cooling fan, when operating at high ambient temperatures;
- relay for outputting a signal - feature battery charge
2) Basic. specifications:
maximum input voltage of - 145 V
Maximum charge current - 40 a
Nominal battery voltage in the system - 12V, 24V, 48V
operating voltage range for battery - 9 - 70 V battery type
- Pb, Ni-Cd, Ni-MH
battery temperature sensor - There
battery charging algorithm - three-stage
efficiency - 94% < br /> current consumption from the batteries in the awake mode at a voltage (the display illumination / non-illumination / sleep mode):
13.5 B: - 70/50 / 24mA
27 - 35/25/14 mA
54 - 22/16/11 mA
working range of ambient temperatures - from -15 ° C to +45 ° C
maximum humidity - 80%
maximum in Height of above sea level - 2000 m
device installation place - Indoors
Regulation device during operation - Vertical
dimensions (width * height * depth) - 136 * 97 * 338 mm
Mass - 3.4 kg
3) The controller has the following protections:
- overcurrent by entry of solar panels (40 A);
- reduced from ambient temperature ( operating temperature must be below -15 ° C);
- overheating of the radiator (allowable temperature to +80 ° C);
- overheating of batteries (only when the temperature sensor is connected, the allowable temperature to +55 ° C).