12V/24V/48V Remote control function 5000W Hybrid Solar Power
Inverter with Inverter Output Protect
Key Features:
1. Three-steps intelligent charging control to recharging time
2. Microprocessor control guarantees high reliability
3. Battery temperature sense optional
4. Full automatical and silent operation
IG3115CL Solar Power Specifications:
| MODEL | IG3115CL 1-6KW Pure Sine wave Output Inverter |
| 1KW | 1.5KW | 2KW | 3KW | 4KW | 5KW | 6KW |
| Input Wave form | Sine wave (utility or generator) |
| Nominal Voltage | 230Vac (120Vac optional) |
| Low voltage trip | 90v ±4% & 184v/154v ±4% |
| Low voltage re engage | 100v ±4% & 194v/164v±4% |
| High voltage trip | 140v ±4% & 253v ±4% |
| High voltage re engage | 135v ±4% & 243v±4% |
| Nominal Input Frequency | 50Hz/ 60Hz (auto detection) |
| Frequency range | 47Hz~65Hz |
| Output Wave form | (Bypass mode)same as input |
| Efficiency on line transfer mode | ≥95%+ |
| Line transfer time | 10ms Typical |
| Bypass without battery connected | Yes |
| Inverter specification/output |
| Output wave form | Pure sine wave |
| Output continuos power watts | 1000 | 1500 | 2000 | 3000 | 4000 | 5000 | 6000 |
| Output continuos power VA | 1000 | 1500 | 2000 | 3000 | 4000 | 5000 | 6000 |
| Power factor | 0.9-1.0 |
| Nominal Output Voltage rms | 230Vac (120Vac optional) |
| Output Voltage regulation | +/- 10%rms |
| Output frequency | 50Hz ± 0.3Hz or 60Hz ± 0.3Hz |
| Safety Certification | >88% |
| Surge ratings | 3000 | 4500 | 6000 | 9000 | 12000 | 15000 | 18000 |
| Short circuit protection | Yes,fault after 1 secs |
| Inverter specification/input |
| Nominal input voltage | 12V/24V/48V |
| Minimum start voltage | 10V/20V/40V |
| Low battery alarm | 10.5V/21V/42V |
| Low battery trip | 10V/20V/40V |
| High voltage alarm | 16V/32V/64V |
| Power saver | Same switched on/off on remote |
| Charger mode specification |
| Output voltage | Dependent on battery type |
| Charge current | 0-85A MAX |
| Battery initial voltage for start up | 0-15.7v for 12v(*2 for 24v;*4 for 48v;*8 for 96v) |
| Over charge protection shutdown | 15.7v for 12v(*2 for 24v;*4 for 48v;*8 for 96v) |
| Charger curves(4stage constant curren) | battery types |
| 4 step digital controlled progressive charge |
| Battery type | Fast V Fast V(*2 for 24v;*4 for 48v) |
| Gel U.S.A | 14.0 13.7 |
| A.G.M. 1 | 14.1 13.4 |
| A.G.M. 2 | 14.6 13.7 |
| Sealed lead acid | 14.4 13.6 |
| Gel euro | 14.4 13.8 |
| Open lead acid | 14.8 13.3 |
| Calcium | 15.1 13.6 |
| De-sulphation | 15.5 for 4 hrs |
| Remote control/RS232/USB | Yes. Optional |
1.How to choose suitable inverter?
If your load is resistive loads, such as: bulbs, you can choose a
modified wave inverter. But if it is inductive loads and capacitive loads, we recommend using pure sine
wave power inverter.
For example: fans, precision instruments, air conditioner, fridge, coffee
machine, computer, and so on.
Modified wave can be started with some inductive loads, but effect for load using
life,because capacitive loads and inductive loads need high quality power.
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2.How do I choose the size of the inverter?
Different types of load demand for power are different. You can
view the load power values to determine the size of the power inverter.
Notice:
Resistive load: you can choose the same power as the load.
Capacitive loads: according to the load, you can choose 2-5 times
power.
Inductive loads: according to the load, you can choose 4-7 times
power.
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3.How connection between batteries and an power inverter?
We usually believe that cables connecting battery terminal to
inverter shorter is better. If you are just standard cable should be less than 0.5M, but should correspond to
the polarity of the batteries and inverter-side outside. If you want to lengthen the distance between
battery and inverter, please contact us and we will calculate the recommended cable size and length. Due to
long distances using a cable connection, there will be a reduced voltage, which means that the
inverter voltage would be far below the battery terminal voltage,
this inverter will appear under voltage alarm conditions.
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4.How to calculate the load of working hours requires configuration
of the battery size?
We will usually have a formula to calculate, but it is not hundred
percent accurate, because there is also the battery's condition,
the old batteries have some loss,so this is only a reference value:
Work hours = battery capacity * battery voltage * 0.8/load power
(H= AH*V*0.8/W)
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