User manual

10
7
Type
Max solar Input Voltage (Voc)
Nominal Voltage
Max PV Input Power
Solar input Max VMP/Min VMP
90VMP/66VMP(48V)
66VMP/38VMP(24V)
55VMP/18VMP(12V)
36VMP/21VMP
Charging Current (Imax)
Efficiency
MPPT
84V DC @ 12/24V
110VDC @ 48V
12V/24V/48V Auto
recognition
400Wp(12V)*/1000Wp(24V)*
1500Wp* (48V)
30A(at 12V system)
40A(at 24V system)*
30A(at 48V system)
97% Peak**
PWM
40V DC
12V/ 24V*
360Wp*/1000Wp*
30A(at 12V system)
40A(at 24V system)*
92% Peak
Connect the DC Cables
DAMAGE FROM A REVERSE POLARITY CONNECTION
Ø DC power connections to the inverter must be positive to positive and
negative to negative.
Ø A reverse polarity connection (connecting positive to negative) can
cause permanent damage to the inverter. Damage caused by a reverse
polarity connection is not covered by the warranty.
Failure to follow these instructions can damage the unit and/or damage other
equipment.
Ø Make sure the inverter's ON/OFF switch is in the centre position.
Ø Inverter's positive [RED] DC Cable to properly connected positive
terminal of the battery.
Ø Inverter's Negative [Black] DC Cable to properly connected Negative
terminal Of the battery.
Ø Do not install PCU near flammable materials like plywood, chemicals,
gasoline, etc.
Ø Always ensure you connect the PCU system to an earthed shockproof
socket outlet.
Ø Ensure proper Tools / connections for Solar Input to PCU and AC Output
from PCU.
Ø Please make sure the battery inter connections (Series Parallel in case of
need) were done properly as per system voltage requirement.
Ø Connect the Battery, Solar Panel and AC mains as per the instruction given
in Pic Rear View.
Ø Please make sure the switch in the front panel was in centre position.
Ø Connect Battery terminals with battery by ensuring correct polarity
(Wrong Polarity connection will lead to permanent failure of the product)
Ø Connect PV Terminals with solar panel by ensuring correct polarity
(Wrong Polarity connection will lead to permanent failure of the product)
Ø Connect the loads with PCU with Output Socket provided for AC Output,
Kindly make sure the AC socket used to draw AC power suits the existing
AC socket and free from damage.
System Output Condition
When the Battery is charged fully , System output
will be automatically change over to UPS mode,
and resume back only by 11.5V 0.2V/23V 0.2V
when PV is available.
±±
Charging priority
AC Input Range
INVERTER mode
AC Input Range
UPS mode
Protection
Displays
Power Saving Recovery
Enclosure Rating
Environmental
Weight (Approx)
Mechanical Dimension
Cooling
Battery is always charged through Solar as priority.
Grid Low cut off / Recovery : 110V AC 5V / 120V AC 5V±±
Grid high cut off / Recovery : 270V AC 5V / 265V AC 5V±±
Grid Low cut off / Recovery : 170V AC 5V / 180V AC 5V± ±
Grid high cut off / Recovery : 270V AC 5V / 265V AC 5V±±
Over Load, Phase Reversal,
Over Temperature, Surge, PV Reverse Polarity
Battery Voltage, Load Level, UPS ON, Mains ON,
MPPT ON, Battery Full, Charger on
3 Seconds
IP20
Operating temperature : 0°C to + 55°C
Relative Humidity : 0 to 90%
6.5Kg
110mm X 280mm X 390mm ( H X W X L )
Thermostatically controlled cooling fan
CHARGE CONTROLLER SPECIFICATION:
*Note : Manufacturer holds the rights to change the specifications without any prior notice.
**Tracking