INVERTER PARAMETERS

– Output Waveform : PURE SINE WAVE

– Peak power :1000W/1800W/3000W/3600W/

– Continues Output Power :500W/ 900W/1500W/1600W/

– Continuous use power：The rated power is the power of the inverter at full load. Due to the

large amount of heat generated during continuous use at full load, it will affect the stable operation of the inverter. It is recommended to use electrical appliances with a power of less than 80% of therated power of the inverter for continuous long-term use.cause high temperature and other reasons for protection and cannot be used.

– Frequency :50HZ±2HZ

– No load current draw :0.9Amps

– lnversion Efficiency :>90%

– lnput DC Voltage :12v

– DC Voltage Range : 10V-15V

– Output AC Voltage : 220V

– AC Voltage Range :200V-240V

– Low Voltage Alarm :10V DC士0.5V

– Low Voltage Shut Down :9V DC+0.5V

– OverLoad :Shut Off Output

– Over Voltage Shut Down : 15V

– Over Thermal :Shut Off Output Automatically

– Fuses :Short Circuit

– Start :Soft Start

– Protection :Overload, Short Circuit,Overtemp, Reverse Polarity, Under/Over

– After-sales service :One year warranty

– USB Output :None

– No load current:<0.9A

– Material:Aluminum Alloy

How to choose an inverter

1.Determine what the battery voltage is,and what is the capacity of the battery?

If your battery output voltage is 12V,you have to choose a 12V inverter.The capacity of a

battery directly affects the size of the carrier. The larger the battery capacity, the higher the

battery level，The greater the power of the electrical appliances it can carry, the wider the

range of applications it can carry.

For example, a 12V battery * 60AH capacity * 0.8 conversion rate=approximately 576W,

which is a 12V60Ah capacity battery that can only carry appliances within 576W.

However, this is a theoretical value, and due to differences in battery age and brand

quality, it can only be used as a reference value.

2. What are resistive load appliances and inductive load appliances?

Resistive load electrical appliances:

Computers, televisions, fans, lights, and other household appliances.

Inductive load electrical appliances:

Refrigerator, washing machine, ice maker, hand drill, water pump, sanding machine, etc.

Resistive load appliances do not have a starting power source, while inductive load

appliances have

The starting power is usually between 3 and 7 times.

Therefore, it is necessary to determine，Is the electrical appliance you need to use a

resistive load appliance or an inductive load appliance.

3. What power inverter is required?

For example: 1000W inverter, rated power 500W, peak power 1000W

1. If it is a resistive load appliance, resistive appliances within 500W can be used, such as

computers, televisions, fans, lights, and other resistive appliances within 500W.

2. If it is an induction load electrical appliance, it needs to meet the rated power within 500W

and also the peak power (3-7 times the rated power) range in order to be driven. For example,

if a 500W motor has a peak power of 500 * 7=3500W or more, then an inverter with a power

of 3500W or more needs to be selected for use.

4. Suggest using 80% load of inverter rated power

   The rated power is the power of the inverter at full load. Due to the

large amount of heat generated during continuous use at full load, it will affect the

stable operation of the inverter. It is recommended to use electricalappliances with

a power of less than 80% of the rated power of the inverter for continuou.