Solar Inverter Manual

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Dora Hamilton
6 years ago
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Solar Inverter Manual Introduction SMPS series solar inverter power charging efficiency increased by 30%~60% than traditional controller charging.

This inverter can provide reliable sine wave power to the important electronic device, widely used in commerce, home and workstation.

1 Solar Inverter Manual Introduction SMPS series solar inverter power charging efficiency increased by 30%~60% than traditional controller charging. This inverter has automatic identification, three-stage charging mode, can charge variety of battery, intelligent control discharging mode, RS232 communication etc. advantages. This inverter can provide reliable sine wave power to the important electronic device, widely used in commerce, home and workstation. It is suitable for all kinds of loads, like stem ship, heavy truck, industrial device, air-conditioner, TV, POS s, refrigerator, washing machine, PC and power tools ( Optional 1KW to 6KW). SNS series can start a larger motor load with its high overload capacity. Once started, all inverter function will be completely automatic. This inverter is more suitable for home and special environment, it can connect inductive load. This series inverter characteristic is with stable performance, large charging current, high charging efficiency, it can charge battery full quickly. Output wave is true pure sine wave. Characteristic 1. Quiet, high efficient operation 2. The front panel with LED indicators and adjustable switch selector, LCD display is optional 3. Can connect Lead-Acid battery, Gel battery, or AGM batteries 4. Three-stage charging (large current charging,absorption and floating charge) increase the performance 5. 30A/60A automatic three-stage battery charger 6. Backup power supply with quick switch (grid tray to battery and grid tray to battery grid tray) 7. Lower idle current (<10W), can compatible with motor, can save energy under the condition of no loads. 8. Have perfect protection circuit: low voltage, high voltage, overload, over temperature protection circuit. 9. A lasting life under extreme environmental conditions 10. High overload capacity can burden bigger loads, under the condition of loads, can stably handle the powder coating of the circuit boards, make them have anti-corrosion function and improve service life and reliability 11. DC, Max. PV input is 100VDC. Protection function 1. Battery overvoltage and low voltage protection 2. High temperature protection 3. Automatic overload protection 4. Short circuit protection

2 Main technical parameters Model Series (SMPS) W 1000W 2000W 2000W 3000W 3000W 5000W 6000W DC12V DC24V DC12V DC24V DC24V DC48V DC48V DC48V Utility Pattern Specification: Input Wave Form Sine wave (Utility or generator) Nominal Voltage 230VAC Low Voltage Trip 184VAC±4% Low Voltage Reengage 194VAC ±4% High Voltage Trip 253VAC±4% High Voltage Reengage 243VAC±4% Max. AC Input Voltage 270Vrms Nominal Input Frequency 50Hz/ 60Hz (Auto detect) Low Frequency Hz (60Hz); Reengage Hz(50Hz); Frequency Low Frequency Trip Frequency Hz (60Hz); Hz (50Hz); High Frequency Hz (60Hz); Reengage Hz (50Hz); Frequency High Frequency Trip Frequency Hz (60Hz); Hz (50Hz); Output Wave Form Bypass mode, same as input Overload Protection Circuit Breaker Short Circuit Circuit Breaker Efficiency >95% Transfer Switch Current 30A Transfer Time (Ac to Dc) 10ms Transfer Time (Dc to Ac) 10ms

3 Bypass without Battery yes Connected Max. Bypass 30A Current Inverter Pattern Specification: Model Series (SMPS) Output wave form Sine wave Nominal Output Capacity (VA) Nominal Output Power (W) Power Factor 0.9~1.0 Nominal Output Voltage (V) 230Vac Nominal Output Frequency (Hz) 50Hz ± 0.3Hz Automatic tracking main frequency(hz) Yes( start from the first connection ) Output Voltage Regulation ±10% rms Efficiency >80% Overload Protection (SMPS load) Surge ratings (10s) Short Circuit protection Circuit breaker Size Nominal DC Input Voltage Minimum DC Voltage Low Voltage Alarm Low Voltage Trip High Voltage Alarm High Voltage reengage (110%< Load <125%) ±10%: No Output after 15mins, (125%< Load <150%) ±10%: No Output after 10S, Load>150% ±10%: No Output after 20S 3000VA 6000VA 9000VA 15000VA 18000VA Current limit (fault after 10s) 30A 30A 30A 50A 50A 10V/20V/40V 10.5Vdc±0.3Vdc(12V)/21.0Vdc±0.6Vdc(24V)/42.0Vdc±1.2Vdc(48V) 10.0Vdc±0.3Vdc(12V )/20.0vdc±0.6Vdc(24V )/40.0Vdc±1.2Vdc(48V) 16.0Vdc±0.3Vdc(12V )/32.0Vdc±0.6Vdc(24V )/64.0Vdc±1.2Vdc(48V) 15.5Vdc±0.3Vdc(12V )/31.0Vdc±0.6Vdc(12V )/62.0Vdc±1.2Vdc(48V)

4 Power Saver Load 25W PV input specifications PV Input Working Voltage and Range 12V 24V 48V DC14V~DC100V DC30~DC100V DC60~DC100V Low Voltage Input Protection Point Low Voltage Input Recovery Point (Start charging voltage point) Input Overvoltage Protection Point Rated Output Current 12V DC14V 24V DC30V 48V DC60V 12V DC18V 24V DC34V 48V DC65V DC110 15A 20A 25A 30A 40A Current-limiting Protection 20A 25A 30A 35A 45A Temperature Factor Temperature Compensation Output Ripples(peak) ±0.02%/ 14.2V-(The highest temperature-25 )* mV Output Discharge Characteristics Output Voltage Low Voltage output Protection Point Rated Output Current According to battery voltage Default value is 10.5V, Reengage is 11V, can set 30A

5 Products information Front View Solar Energy Indicator Light 2Battery Indicator Light 3Mains Supply Indicator Light 4Output Indicator Light 5Inverter Indicator Light 6ECO Button 7Power off and screen button 8Power on button 9LCD display screen

6 Rear View Terminal Blocks 2PV Input Switch 3Maintenance Switch ( 1 is close maintenance switch, 2 is Open maintenance switch) 4Overload Protector 5Battery DC Input Terminal Blocks ( Lock the battery wires, don t use overexertion ) 6Communication Interface 7Fan 8Pod Switch

7 Panels display Power on and power off simple operation 1 Battery Starting up: Shortly press power on button up. 2 Saving Energy mode: Short press power on button, Machine enter battery inverter starting, Machine enter saving energy mode work 3 Power off: Long press power off and screen button for 5S, machine enter power off, and cut off the output

8 Battery Input connection wires diameter selection Model Battery Current A Connection wires distance 0-1.5m 50m m2 70m m2 Connection wires distance m 70m m2 90m m2 Notes: Connection wires must be required to use copper wires, usually, using one connection wires is the best. If can t find the same size connection wires, for example, 90m m2 connection wires, can use two 50m m2 or three 35m m2. So as long as the wires diameter can t meet requirement, can increase wires quantity, shorter and thicker connection wires can improve machine performance, So do your best to reduce the connection wires distance. Installation 1 Try to put the machine beside battery cabinet 2 Put the machine in the cool, dry and ventilate place 3 When ensuring the normal air outlet of machine, can put the machine in any direction. 4 Whether buying the standard connection wires from supplier (about 1.5M), or buying them in local market, please choose suitable wires by refer to the table Battery Input connection wires diameter selection. If don t have suitable wires, can use multiple wires, for example, 90m m2 connection wires, can use three 35m m2. 5Choose suitable fuse by contrasting the installation drawing, DC terminal fuse range is A 6 Fuse should connect battery wires in battery section, when the machine have fault, can ensure the machine safe. If using isolate air switch, please ensure the switch s rated power. 7 Ensure when the machine is installed under the condition of power off. 8 Ensure AC terminal cut off, connection inverter output remaining current breaker(remaining current breaker is used for grounding protection) and overload tripping. AC input terminal is according to power supply needed, if Max. Output current is 30A, you can choose 40A fuse, if you use standard 13-16A current, just choose 20A fuse.

9 Schematic diagram

R series solar charger inverter 1000W to 6000W

R series solar charger inverter 1000W to 6000W User s Manual Table of Contents: Figures of Unit......3 Line mode specification...3 Inverte mode specification......4 AC charge mode specification..5 Solar