Features:
For Resistive Load
If connecting with resistive loads (e.g. Kettle, Toaster, Shower, Computer, TV, Fan, Scanner, Fax machine, Duplicator, Juice extractor, Heater, Electric cooker, crock pot), please choose either modified sine wave or pure sine wave inverter whose continuous power is a little higher than the load's rate power. For example, for loads near 700w, it's better to choose inverter with continuous power more than 800w.
Battery Recommended Tips:
Before you connect your devices, think about the battery capacity you need. A small battery cannot run a high wattage device.
For example, if you run an 800W heater for 2 hours, how many AH batteries should be used?
Take a 12V battery as an example:
Rated wattage 800w/conversion efficiency of inverter (calculated at the lowest 85%)/battery voltage (12V/24V)/battery discharge coefficient 80%*working time (2 hours)
=800W/85%/12V/0.8*2H=196AH
Maximum wattage of devices | DC volt | Battery Recommended | Running Time |
3500W | 12V/24V | 400AH/200AH | 1h 00min |
3000W | 12V/24V | 360AH/180AH | 1h 03min |
2500W | 12V/24V | 300AH/150AH | 1h 03min |
2000W | 12V/24V | 240AH/120AH | 1h 03min |
1500W | 12V/24V | 200AH/100AH | 1h 10min |
1200W | 12V/24V | 120AH/60AH | 0h 53min |
850W | 12V/24V | 100AH/50AH | 1h 02min |
600W | 12V/24V | 80AH/40AH | 1h 10min |
Socket Type | US socket and Universal socket |
---|---|
Minimum Operating Frequency | 50/60 Hz |
Plug Type | UK 3pin plug |
Number of Sockets | 2 |
Mounting Style | Stand Alone |
Maximum Operating Frequency | 50/60 Hz |
Type | voltage transformer |
Primary Voltage Rating (AC) | 110V / 220V |
Number of Phases | 1 |
MPN | Does Not Apply |
Termination Style | Cable |
IP Rating | 00000 |
Conversion Function | Step-up&Step-down |
Brand | Lvyuan |
Rated Power | 500W |
Output waveform | pure sine wave |
Machine size | 200mm*150mm*150mm |
Voltage Rating | 110v-230v / 230v-110v |
Current Conversion | AC to AC |
Secondary Voltage Rating (AC) | 110v/220v |
Turns Ratio | xx |
Primary Current Rating | xx |
Primary Voltage Rating (DC) | xx |
Secondary Current Rating | xx |
Secondary Voltage Rating (DC) | xx |