Photovoltaic inverter-single-phase 5KW

No fans design

Quick and easy installation

High-quality power output and low THDI

MPPT efficiency > 99.9%

Two MPPT design

Active and reactive power compensation, adjust power facto

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Description

No fans design

Quick and easy installation

High-quality power output and low THDI

MPPT efficiency > 99.9%

Two MPPT design

Active and reactive power compensation, adjust power facto

Advantage


Inductor external Effectively reduces the internal temperature of the box, greatly improving product reliability and life.	All aluminum chassis design Full curved surface coverage, making the body lighter and effectively resistant to oxidation and acid and alkali corrosion.

External WIFI/485/GPRS options Make it easy for users to understand the running status of the machine	Touch button Has high reliability and more sensitive response

Installation precautions

1. The installation method and position must be suitable for the weight and size of the inverter;

2. The inverter must be installed on a solid wall such as a brick wall or a concrete wall to avoid noise or falling when the inverter is running;

3. The installation site should be clearly visible and can be safely accessed without the use of scaffolding and other auxiliary means;

4. In order to facilitate the installation and operation, the installation height of the inverter should be flush with the eye height;

5. The highest altitude of the installation site shall not exceed 2000m, otherwise the inverter may reduce power operation;

6. To ensure that the inverter runs well, the ambient temperature of the installation site should be between -25 ° C ~ +60 ° C;

7. Do not install the inverter in direct sunlight, so as not to cause the temperature is too high, resulting in inverter power down operation;

8. There should be shielding above the inverter;

9. Sufficient effective space should be left around the inverter for good heat dissipation;

10. Vertical installation, wiring area must be down, not allowed to install horizontally; The tilt angle shall not exceed 30 degrees when installed backward; Tilted forward, horizontal and inverted installation is not allowed.

Product parameters

PV Input Data	PIS A5
Max. DC Power ( W )	7000
Max. DC Voltage ( V )	600
MPPT Voltage Range ( V )	70-550
MPPT Full Power Voltage Range ( V )	180-550
Rated Input Voltage ( V )	360
Start-up Voltage ( V )	70
Max. Input Current ( A )	14 x 2
Max. Short Current ( A )	18 x 2
No. of MPP Tracker / No. of PV String	‘2/2
Input Connector Type	MC4
AC Output Data	PIS A5
Max. Output Power ( VA )	5000
Nominal Output Power ( W )	5000
Max. Output Current ( A )	24
Nominal Output Voltage ( V )	L/N/PE, 220Vac, 230Vac, 240Vac
Grid Voltage Range	180Vac-276Vac ( According to local standard )
Nominal Output Frequency ( Hz )	50/60
Grid Frequency Range	45-55Hz ( According to local standard )
Output Power Factor	1 ( Adjustable from 0.8 leading to 0.8 lagging )
Output Current THD	<3%
Efficiency	PIS A5
Max. Efficiency	98.2%
Euro Efficiency	97.9%
Protection	PIS A5
PV Reverse Polarity Protection	YES
PV Insulation Resistance Detection	YES
AC Short Circuit Protection	YES
AC Over Current Protection	YES
AC Over Voltage Protection	YES
Anti-lslanding Protection	YES
Residual Current Detection	YES
Over Temperature Protection	YES
Integrated DC switch	YES
Surge Protection	Integrated ( Type III )
Smart IV Curve Scaning	YES
Quick Arc Fault Circuit Interruption	Optional
General Data	PIS A5
Dimensions ( W x H x D, mm )	358 x 360 x 142
Weight ( kg )	10
Protection Degree	IP 65
Enclosure Materia	Aluminum
Ambient Temperature Range ( °C )	-25 to 60
Humidity Range	0-100%
Topology	Transformerless
Communication Interface	RS485 / WiFi / Wire Ethernet / GPRS ( optional )
Cooling Concept	Convection
Noise Emission ( db )	<28
Night Power Consumption ( W )	<1
Max. Operation Altitude ( m )	4000
Certifications and Standards	PIS A5
EMC Standard	EN/IEC 61000-6-2, EN/1EC 61000-6-3, EN61000-3-2, EN61000-3-3, EN61000-3-11, EN61000-3-12
Safety Standard	IEC 60068, UL1741, EN62109
Grid-connection	IEEE1547, CSA C22, EN50549, VDE4105, VDE0126, RD1699, ABNT NBR16149 & 16150, AS4777.2, NB/T32004, G98/G99, IEC6172