Specifications

• (1) The 24V inverter can only be connected to 24V batteries (operating voltage range: 19.5V~28V).

• (2) When using the inverter, the power of the electrical device must not exceed the continuous power rating of the inverter.

Output Frequency: 50 Hz
Input Voltage: 24V (optional)
Output Voltage: 220V
Output Waveform: Pure Sine Wave
Type: Pure Sine Wave Inverter
Socket Type: Universal

Available Models

3000W Model

• Peak Power: 3000W

• Continuous Power: 1500W

• Waveform: Pure Sine Wave

• Dimensions: 27 × 13.5 × 7 cm

• Gross Weight: 1.82 kg

4000W Model

• Peak Power: 4000W

• Continuous Power: 2000W

• Dimensions: 27 × 17 × 8 cm

• Gross Weight: 2.5 kg

5000W Model

• Peak Power: 5000W

• Continuous Power: 2500W

• Dimensions: 31 × 17 × 8 cm

• Gross Weight: 3.1 kg

6000W Model

• Peak Power: 6000W

• Continuous Power: 3000W

• Dimensions: 36 × 17 × 8 cm

• Gross Weight: 3.66 kg

8000W Model

• Peak Power: 8000W

• Continuous Power: 4000W

• Dimensions: 42 × 17 × 8 cm

• Gross Weight: 4.3 kg

Note: Manual measurements may result in slight deviations.

Safety Instructions

1. Do not connect the inverter to a household power outlet.

2. Before connecting the battery, identify the positive and negative terminals carefully.

3. Not for use by minors.

4. Avoid water, moisture, shocks, and pressure.

When connecting the inverter to a vehicle cigarette lighter with 24V, the power must not exceed 200W (for 24V trucks).
If the input voltage is below 20V or above 30V, the inverter will automatically activate the protection mechanism and shut off the power supply.

Package Includes

• 1 × Battery Clip

• 1 × Thick Battery Cable

• 1 × Certificate of Conformity

• 1 × User Manual

• 1 × Pure Sine Wave Inverter

How to Select the Right Inverter

1. Inverter Parameters:

• 3000W inverter → Continuous Power: 1500W, Peak Power: 3000W

• 4000W inverter → Continuous Power: 2000W, Peak Power: 4000W

• 5000W inverter → Continuous Power: 2500W, Peak Power: 5000W

• 6000W inverter → Continuous Power: 3000W, Peak Power: 6000W

• 8000W inverter → Continuous Power: 4000W, Peak Power: 8000W

2. Choose an inverter based on your device’s starting power requirements.

The device’s starting (peak) power must be less than the inverter’s peak output.

Example:
If you choose a 3000W inverter, it can continuously power devices up to 1500W such as computers, TVs, fans, and resistive appliances.
Inductive loads (e.g., drills, compressors) may require 3–12x their rated power to start, so peak power must also be considered.

Practical Example

Can a 3000W inverter and a 500W power drill be used with a 12V 100Ah battery?

1. Check the battery output capacity:
   A 12V 100Ah battery with a 100A BMS can support up to 12V × 100A = 1200W, which is greater than 500W.

2. Check device type:
   The drill is an inductive load (check with your supplier to confirm). Start-up power must be considered.

3. Check continuous power requirement:
   The drill needs 500W continuously, and the inverter can supply 1500W—sufficient.

4. Check starting power requirement:
   Assuming 3× start power → 500W × 3 = 1500W, which matches the inverter’s peak power. So it's compatible.

This method applies to other devices as well. If in doubt, consult customer service.

How to Choose the Right Battery for Your Inverter

Runtime Formula:
Runtime = Voltage × Capacity × 0.8 × 0.9 ÷ Power of appliance

Example:
Using a 12V 100Ah battery with a 220V 100W light bulb:

Runtime = 12 × 100 × 0.8 × 0.9 ÷ 100 = 7.68 hours

Note: 0.8 is the battery discharge coefficient and 0.9 is inverter efficiency. This is a reference estimate—actual results may vary.