Silicon Graphics SG1 User Manual Download Page 4

 

 

4. Electrical Performance 

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

 

   4-1 Specification SG1

 

 
   Item 

   SG1 

   AC  OUTPUT

 

   Linear Load Power 

  1000Wa.c. 

 
   Inductive and capacitive load power 

  400W a.c. 

 
   AC Output Voltage 

  230V a.c +/- 3% 

  220 / 230 / 240V 

+/- 3% 

   AC Regulation 

  +/- 8% (100V:+/- 10% ) 

 
   Frequency 

  50 Hz+/- 3%   

   Maximum continuous current 

  6.5A a.c. 

 
   Output Waveform 

 
  Modified Sine Wave  

 
   Efficiency 

 
  85,0% 

 
   No Load Current Draw 

 
  0.4A d.c. (12V ) 

   PV input(Max. Rate power : 300W) 
   Vmax 

  22.7V d.c. 

   Voltage range: 

  18Vd.c.- 22.7Vd.c. 

   Maximum operating PV input current   20A d.c. 
   Isc PV 

  25A d.c. 

   Max. inverter backfeed current to the    
   array 

 None 

   DC INPUT

 

 
   Rate voltage 

 
  12V d.c. 

   Voltage range 

  10-16V d.c.(12V) 

   Charge current(Max.) 

  20A d.c.

 

   Bat. Low alarm  

  10.5+/-0.5V d.c. 

   Bat. Low Shutdown 

  10+/-0.5V d.c. 

   Over voltage  

  16+/-0.5V d.c. 

   Bat. Polarity Reverse 

  Fuse burn out  

   USB DC Port Output

 

   Voltage  

   5V d.c. 

   Normal battery voltage  

   12V d.c. 

   Current  

   2A d.c. 

   SOLAR CHARGE CONTROLLER 

 

   Working voltage  

  12V d.c. 

   Rated charge current 

  20A d.c.

 

   Over Bat. voltage protection 

  17V d.c. 

   Max .PV input voltage  

  22V d.c. 

   PROTECTION

 

   Over load  

  Yes;Re-start 2 times, shutdown if failed 

   Maximum output over current   
   protection 

  6.8A a.c. 

   Over temp. protection 

Yes;55

+/-5

 

   Inverter input reverse protection 

Fuse blow 

   Inverter short circuit protection 

Shut-off 

Type 

Solar Charger Controller 

Rated charge current 

20A 

Rated load current 

20A 

Work voltage 

12/24v AUTO 

Over load, short circuit 
protection 

1.25 rated load current 60sec, 1.5 rated loads current 5sec, over load 

protection action. 

≥3 Rated load current short circuit protection action. 

Self-consumption current 

≤ 6mA 

Charge circuit voltage drop 

≤ 0.26V 

Load circuit voltage drop 

≤ 0.15V 

Over voltage protection 

17V(12V) / 

34V(24V) 

Work temperature 

Industry stage: -35°C to +55°C; Commercial stage -5°C to +50°C 

Boost charge voltage 

14.6V(12V) / 29.2V(24V) ; (keep 10min) (only used when 
overdischarging) 

Direct charge voltage 

14.4V(12V) / 28.8V(24V) ; (keep 10min) 

Float charge voltage 

13.6V(12V) / 27.2V(24V) 

charge return voltage 

13.2V(12V) / 26.4V(24V) 

Temperature  compensation 

-5mv/°C/2v(Boost charger, Direct charger, Float charger, charger 
return voltage); 

Lower voltage indicate 

12.0V(12V) / 24.0V(24V) 

Over discharge voltage 

11.1V(12V) / 22.2V(24V) ; (no load) - modified voltage by discharge 
rate of battery 

Over discharge return voltage 

13.1V(12V) / 26.2V(24V) 

Over-discharge pressed return  
voltage 

12.4V(12V) / 24.8V(24V) 

Control mode 

PWM charge mode; modified discharge voltage by the discharger rate 

 
     4-2 Specification Solar Charger Controller  

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
      
 
 
 

 

 
     

NOTES: 

For use with solar panels only 

  

     Connector Installation. 

      IMPORTANT: Connect Battery FIRST 

Wire size Max. current 4A /sq.mm. 

      Keep wiring lengths to a minimum to reduce voltage drop. 

Connect battery wires to the controller first. Ensure correct polarity of terminals. 
(Note. 1) 
Connect the solar panel to the quick connector and expose to sunlight. The PV LED 
will illuminate, indicating that the connection is correct and battery is charging. 

 

 

Summary of Contents for SG1

Page 1: ... Status LED 5 4 Electrical Performance 6 7 4 1 Specification SG1 6 4 2 Specification Solar Charger Controller 7 5 Introduction 8 10 5 1 Solar Generator SG1 8 5 2 Front view and side view 8 9 5 3 LED Indicator Display function 10 6 Installation and Warning 11 13 6 1 Installation 11 12 6 2 Follow these guideline 12 6 3 Inverter Operation 13 6 4 Battery Installation and Replacement 13 7 Symbols Expla...

Page 2: ...onal metal items such as rings bracelets necklaces and watches when operating with a lead acid batteries Doing so may cause short circuit and very high temperature which can melt metal items and even burn you 2 2 Features Modified sine wave output Output frequency50 Hz Input output fully reinforce isolated design High efficiency 75 Driving highly reactive capacitive loads at start moment Color ind...

Page 3: ...rsed polarity is not covered by the warranty 4 WARNING Operation of the inverter without a proper ground connection may result in an electrical safety hazard 3 2 Panel operation Front view A ON OFF switch Leave in the OFF position during installation B Over heat protection LED sparkles when product temperature gets high it would shut down automatically while temperature arrives 55 C 5 C C Overload...

Page 4: ...d short circuit protection 1 25 rated load current 60sec 1 5 rated loads current 5sec over load protection action 3 Rated load current short circuit protection action Self consumption current 6mA Charge circuit voltage drop 0 26V Load circuit voltage drop 0 15V Over voltage protection 17V 12V 34V 24V Work temperature Industry stage 35 C to 55 C Commercial stage 5 C to 50 C Boost charge voltage 14 ...

Page 5: ... design bulk absorption float Wide volt range operation 90 135V 180 265V Durable and corrosion resistant construction 9 Transformer isolated for safety Bypass function Emergency backup light LED function 20A PWM Solar charger controller function option Max 100Ah battery space USB port 5V 2A 5 2 Front view and side view 8 10 11 DO NOT use this 2nd DC terminal alone Please connect the main battery c...

Page 6: ...e recommended wire lengths and sizes 8AWG Do not mount the Inverter where it will be exposed to the gases produced by the battery These gases are very corrosive and prolonged exposure will damage the Inverter WARNING Shock Hazard Before proceeding further carefully check that the Inverter is NOT connected to any batteries and that all wiring is disconnected from any electrical sources Do not conne...

Page 7: ... Operation To operate the power inverter use the ON OFF switch on the Front panel to turn the power on Then the power inverter is ready to deliver AC power to your loads If there is several loads use turn them on separately after the inverter is ON in order to prevent OVP resulted from the surge power 6 3 1 Set the power switch to ON position Then the inverter will make self diagnosis and the LED ...

Page 8: ...d electronic equipment and batteries should be recycled at a facility capable of handing these items and their waste byproducts Contact your local authority for details in locating a recycle facility nearest to you Proper recycling and waste disposal will help conserve resources whilst preventing detrimental effects on your health and the environment 7 2 Recommend Accessories 7 2 1 PV Solar panel ...

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