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YQ Power Inverter 3000W Peak 6000W DC12V to AC240V LCD Converter
FEATURES
1. Modified Sine Wave inverter - Reliable and strong for running resistive loads such as kettle, toaster etc... but not recommended for running large inductive loads such as air compressor, power tools and vacuum cleaner etc...so please carefully read the specification of this item before taking your order. If you need to run a large inductive load or Precision Communication Equipment, please select a suitable pure sine wave inverter from our store.
2. High power efficiency 90%.
3. Full intelligent protections and built in internal fuses so good safety for inverter, battery and appliances.
4. Soft start, High stability and quiet performance.
5. Smart Colour LCD Display - can monitor the actual working status and common errors of the inverter and battery. The descriptions of error codes below:
4. Soft start, High stability and quiet performance.
5. Smart Colour LCD Display - can monitor the actual working status and common errors of the inverter and battery. The descriptions of error codes below:
- Code 8 - Inverter overload: Reduce the loads.
- Code 12 - Inverter overheat: Check if the cooling fan works properly or the space for the inverter is too small.
- Code 32 - Battery undervoltage: Check if the battery is in good condition and fully charged.
- Code 33 - Internal fuses blown: Replace the internal fuses. If it keeps blowing fuses, please stop using and contact the seller.
- Code 56 - Short circuit: Stop using and contact the seller.
- Code 64 - Battery overvoltage: Check if the battery’s voltage matches the inverter’s input.
6. Intelligent cooling fans controlled - quiet and saving energy.
7. Built in two UK standard sockets.
8. Built in a remote control Ethernet (RJ-45) port and a 5V 2.1A USB charger. (if you want to buy a smart remote control or remote switch, please search the item number: 195365823439 or 204155263531 to take your order)
9. Quality and Compact design but powerful.
10. CE approved.
11. Suitable for household appliances, lighting, electrical tools and office equipment etc.
10. CE approved.
11. Suitable for household appliances, lighting, electrical tools and office equipment etc.
12. Ideal for Journeys, Camping, Tents, Boat Trip.
SPECIFICATION
| Output Wave Form | Modified Sine Wave |
| Input Voltage | DC12V |
| Rated Power | 3000W |
| Peak Power | 6000W |
| Maximum Power Efficiency | 93% |
| Capable of running maximum resistive loads | 2800W |
| Capable of running maximum inductive loads | 500W |
| No-load Current | <0.8A |
| Output Voltage | AC220-240V |
| Output Frequency | 50Hz±2Hz |
| Internal Fuses | 8x40A |
| Soft Start Technology | YES |
| Cooling System | FAN |
| Overload, Overheat Protection | YES |
| Overvoltage, Undervoltage Protection | YES |
| Output Short Circuit Protection | YES |
| Weight | 5KG |
| Dimension | 350x188x95(mm) |
PACKAGE CONTENT
- 1 x Inverter
- 2 x Cables for DC input
- 8 x Spare DC fuses
- 1 x Manual
INSTRUCTION OF CONNECTION
IMPORTANT NOTICE
Please carefully read below important information about the inverters before taking your order:
If the appliance is a resistive load, the rated power of the inverter must be at least 1.1 times the rated power of the appliance. If the appliance is an inductive load like electric tools (such as electric drills, electric saws, etc.) or compressors (such as air conditioners, fridge, freezer etc. but not recommended) or some machines with built-in powerful motors (such as water pump, hoover etc.), the rated power of the inverter must be at least 6 times the power of the rated appliance (for example: a rated power 500w water pump requires a rated power 3000w inverter at least) otherwise the inverter cannot work properly or may be damaged because the inductive load appliance requires a very large peak power which is much higher than its rated power then it can start properly. Please follow our advice to select a correct inverter for your purpose as the warranty does not cover the damage caused by incorrect use or human error.
Instruction for selecting a battery
For example:
If running a 500w device for 2 hours constantly, the calculation method is device rated power 500W divide by battery voltage 12v to get battery discharge current 41.67A (500W/12V=41.67A) then times the working time 2 hours to get battery capacity 83.33Ah but it actually requires that the battery capacity must be 83.3 x 2 = 166Ah, because if the inverter runs normal loads, the inverter undervoltage protection will work when the battery capacity is less than 50%, and then cause the inverter to shut down.
