Parameter Table
|
Grid-series models
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200W
|
300W
|
400W
|
500W
|
600W
|
800W
|
1000W
|
|
Recommend use solar panels
|
320Wp
|
420Wp
|
520Wp
|
620Wp
|
720Wp
|
1050Wp
|
1250Wp
|
|
DC Maximum Input Power
|
300W
|
400W
|
500W
|
600W
|
700W
|
900W
|
1200W
|
|
DC maximum voltage
|
VpvDC30.2VDC
|
||||||
|
DC voltage range
|
Vpv 10.5V~28VDC
|
||||||
|
Maximum output power factor
|
99%
|
||||||
|
Maximum input current
|
15A
|
20A
|
25A
|
30A
|
40A
|
45A
|
65A
|
|
AC output power
|
200W
|
300W
|
400W
|
500W
|
600W
|
800W
|
1000W
|
|
AC maximum output power
|
200W
|
300W
|
400W
|
500W
|
600W
|
1000W
|
|
|
Anti-voltage protection
|
Fuse
|
||||||
|
AC standard voltage range
|
90~140VAC/180~260VAC
|
||||||
|
AC frequency range
|
55Hz~63Hz/ 45Hz-53Hz
|
||||||
|
Output current total
harmonic distortion
|
THDIAC <5%
|
||||||
|
Phase
|
<1%
|
||||||
|
Islanding protection
|
VAC;f AC
|
||||||
|
Output short circuit protection
|
Current-limiting
|
||||||
|
Show
|
LED
|
||||||
|
Installation
|
Wall hanging
|
||||||
|
Cooling
|
Fan
|
||||||
|
Standby Power
|
<1W
|
||||||
|
Night Power
|
<1W
|
||||||
|
Ambient temperature range
|
-25 ℃~60℃
|
||||||
|
Humidity
|
0~99%(Indoor Type Design)
|
||||||
|
Waterproof
|
Indoor Type Design
|
||||||
|
Electromagnetic Compatibility
|
EN50081.part1 EN50082.part1
|
||||||
|
Power System Disturbance
|
EN61000-3-2 EN60950-1
|
||||||
|
Network test
|
DIN VDE 1026
|
||||||
|
Certificate
|
CE
|
||||||
Installation instruction
Figure 1
1, Please read the below notes carefully before installation.
A) Make sure the open voltage and operation voltage is in the range of 10.5-28V, and we recommend the 18V rated voltage solar panel or 24V battery.
B) Make sure the inverter’s AC voltage and frequency is the same with power grid voltage and frequency.
C) Installation inverter in the low humidity and well-ventilated place to avoid the inverter damp and overheating, And clear the inflammable and explosive materials around.
D) Recommended to use 4AWG DC input cable that can handle more than 50A current.
E) DC input cable no more than 8M, because long DC cable will reduce the voltage from solar panel to inverter, then make some loss.
F) There must be a circuit breaker between solar power generation and power grid(show like the “ switch A” in figure 1). And there will be no load before the circuit breaker.
G) Before connect all the connections, you must disconnect the utility power. After make sure the all connections are right then connect the utility power.
H) If you need to disconnect the mains switch when the solar power generation is in operation, you
must disconnect the control switch first(show like the “switch A” in figure 1).
I) Avoid children touch or play the inverters, in order to prevent electric shock.
J) Non-professional do not disassemble the inverter, only qualified serviceman can repair it.
2, Connection DC terminal
Connect the solar panels positive terminal to inverter’s positive terminal, and negative to negative.
And you must screw up the nut to avoid the bad contact.
Show in figure 2:
Figure 2
3, Connection of AC terminal
Before connect the inverter’s AC cable to the socket, you must disconnect the utility power. Then put
the AC cable which has holes terminal into the inverter’s 3 feet port and the pin terminal to the
socket. Please make sure both of the terminal are connect fastness to avoid bad contact.
Show like figure 3:
Figure 3
4, Operation
After all connection, first open the mains switch, then open the inverter. When the inverter’s green
LED shows, it means the inverter start to work.
5, Several or many inverters used in parallel.
In order to achieve higher power, we can use this inverter in stack. For example: 4 pcs of 300W
grid tie inverter used in stack can achieve 1200W. And the stacking number is unlimited.
Show as figure 4:
Figure 4

