Specifications:
(1) A 24V converter 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 of the inverter.
Starting frequency: 50 Hz
Input voltage: 24V optional
Output voltage: 220V
Output voltage waveform: pure sine wave
Type: pure sinusoidal converter
Base: Universal type
Model: 3000 W power
Peak power: 3000 W
Wave form: pure sine wave
Continuous power: 1500 W
Package size: 27 x 13.5 x 7 cm
Net weight of the product: 1.82 kg
Model: 4000 W power
Peak power: 4000 W
Wave form: pure sine wave
Continuous power: 2000 W
Package size: 27 x 17 x 8 cm
Net weight of the product: 2.5 kg
Model: 5000 W power
Peak power: 5000 W
Wave form: pure sine wave
Continuous power: 2500 W
Package size :: 31 x 17 x 8 cm
Net weight of the product: 3.1 kg
Model: 6000 W power
Peak power: 6000 W
Wave form: pure sine wave
Continuous power: 3000 W
Package size: 36 x 17 x 8 cm
Net weight of the product: 3.66 kg
Model: 8000 W power
Peak power: 8000 W
Wave form: pure sine wave
Continuous power: 4000 W
Packaging size: 42 * 17 * 8 cm
Net weight of the product: 4.3 kg
Note: Manual measurement with slight error.
Be careful :
1. It cannot be plugged into a regular power outlet.
2. Before you connect the battery, please distinguish the positive and negative poles of the battery.
3.Minors should not use this.
4. Pay attention to water tightness, moisture protection, impact resistance, and pressure resistance.
If 24V is used to connect the cigarette lighter cable in the vehicle, the power must not exceed 200W (24V LCV).
(If 24V are supplied and the converter has a voltage below 20V or above 30V, the protection mechanism will be activated automatically and power supply interrupted).
Packaging details :
1 * Battery clip
1 x battery thicker wire
1 x Compliance Certificate
1 * User Manual
1 inverter with pure sine wave
So select the direction changer, please consider the following information:
1. Inverter parameters:
3000W inverter, continuous operating power is 1500 W, starting power (peak power) is 3000 W.
4000W inverter, continuous operating power is 2000 W, start功率（峰值功率）4000W.
5000W inverter, continuous operating power is 2500 W, start功率（峰值功率）为5000 W。
6000W inverter, continuous operating power is 3000 W, starting power (peak power) 6000W.
8000W inverter, continuous operating power is 4000 W, starting power (peak power) is 8000 W.
2. Select the appropriate inverter based on the startup power (peak power) of your devices.
The required startup power of the devices should be lower than the peak power of the inverter to meet the usage conditions.
If you purchase a 3000-W converter, it can supply devices with a continuous power of up to 1500 W, such as computers, TVs, fans, and resistive devices.
Some induction load devices have a starting power of 3-12 times their continuous power. Even if the continuous power requirement is met, the starting power must also be provided to drive the device.
Let's explain with an example:
If you use a Noeifevo 12V 100AH battery, can you use a 3000-W inverter and a 500-W power supply?
1) First, determine whether the 12-V-100AH battery can support the maximum power of the device:The BMS of the 12V 100AH battery has a capacity of 100A, which supports a continuous discharge current of 100A. This can support a maximum power of 12V * 100A = 1200W, which is greater than 500W.
2) Determine whether the device is resistive or inductive:The power drill is an inductive device. (You should verify whether the device is resistive or inductive with your supplier so that the starting torque can be confirmed.)
3) Verify that the continuous power requirement is met:The continuous power of the voltage cutoff is 500 W and the continuous power of the 3000-W inverter is 1500 W, which is more than 500 W.
4) Verify that the starting torque is met:The startup power of the circuit breaker is about three times its continuous power (varies with different brands). 1500W. Therefore, the 500-W power drill can be used with the Noeifevo 12V 100AH battery and the 3000W inverter.
Note: This method can also be applied to other devices. If you encounter problems or are unsure about the operation, you can consult customer service. Thanks a lot!
So choose the correct battery for the inverter:
Operating time = u (voltage specified) × I (battery capacity) × 0.8 × 0.9 ÷ current
Example: 12 V 100AH battery with a 220 V 100W bulb
Operational time = 12 V x 100 Ah x 0,8 x 0,9 ÷ 100 W = 7.68 hours
WARNING: 0.8 is the battery discharge coefficient (constant) and 0.9 the inverter conversion efficiency (constant). This is a rough calculation and should be taken as a reference. Actual usage may vary; please rely on actual conditions.
