PURE SINE WAVE POWER INVERTER 12V-3000W
Original price was: රු79,200.00.රු59,400.00Current price is: රු59,400.00.
PURE SINE WAVE POWER INVERTER
12V-3000W
(If you encounter any problems when using the inverter, please contact us at any time. thank you!)
Our pure sine wave inverter, waveform test show.
Before making a purchase decision on an inverter, it’s imperative to first comprehend the voltage and frequency specifications applicable in your country. By aligning the inverter with the frequency of your country, you can significantly enhance its conversion efficiency. If any uncertainties or inquiries arise during this process, please don’t hesitate to contact us before making a purchase. We appreciate your diligence and look forward to assisting you. Thank you
PURE SINE WAVE POWER INVERTER 12V-3000W
Country /Voltage/Frequency
Korea:220V/60Hz
Australia:230V/50Hz
Brazil:110V/220V/60Hz
Chile:220V/50Hz
Colombia:110V/60Hz
Denmark :230V/5oHz
Finland:230V/50Hz
France:230V/50Hz
Israel:230V/50Hz
Italy:230V/50Hz
Russia:220V/50Hz
United States:120V/220V/60Hz
Turkey:230V/50Hz
Spain:230V/50Hz
Mexico:127V/60Hz
PuertoRico:120V60Hz
SaudiArabia:127V/220V/60Hz
South Africa:220V/230V50Hz
Sweden: 230V/50Hz
Switzerland:230V/50Hz
United Kingdom:230V/50Hz
THE BENEFITS Â PURE SINE WAVE POWER INVERTER
Specifications:
Type: Pure Sine Wave Inverter
Output voltage waveform: Pure sine wave
Power: 1000W / 1600W / 2200W /3000W
Output voltage:110V / 220V
Input voltage: 12V / 24V
Output frequency: 50Hz / 60Hz
Socket: Universal(Commonly used in sockets in all countries)
Packaged included:
1 x Pure Sine Wave Inverter
1 x English User manual
1 x Certificate of conformity
1 x Battery thick line
1 x battery clip
PURE SINE WAVE POWER INVERTER
When utilizing the 12V/24V connection through the car’s cigarette lighter wire, it is crucial to adhere to specific power limits—300W for a 12V car and 400W for a 24V truck. Exceeding these power thresholds poses risks.
Should the power limit be surpassed, it becomes imperative to connect the battery output directly to the inverter. Failure to do so may result in the blowing of the car fuse. Therefore, a proactive approach in managing power consumption ensures a safer and more efficient operation of the inverter in your vehicle.
High voltage protection:
Firstly,To ensure optimal performance and longevity, it’s crucial to consider the specific voltage requirements for our inverters. Firstly, a 12V inverter is exclusively compatible with 12V batteries, featuring a working voltage range of 10.5V to 15.5V. Similarly, a 24V inverter is designed to pair solely with 24V batteries, offering a working voltage range from 19.5V to 28V. Moving on, a 48V inverter is tailored to connect solely to 48V batteries, maintaining a working voltage range between 42V and 53V. Lastly, for a 60V inverter, the appropriate batteries fall within the working voltage range of 57V to 70V.
Furthermore,In the event that the voltage surpasses this specified working range, the inverter is intelligently programmed to automatically shut down. This critical precautionary measure is implemented to prevent potential damage resulting from excessively low or high voltage. The primary objective of this feature is to safeguard the inverter from overvoltage damage, simultaneously protecting the battery from potential over-discharge issues.
Note:
The input voltage of 12V inverter and 24V inverter cannot be universal. If the wrong input voltage is selected, the inverter will not work. If you don’t understand anything, please contact customer service, we will reply you as soon as after we see the information. Thank you!
Features PURE SINE WAVE POWER INVERTER
The benefits Pure Sine Wave Inverter.
- Firstly, the aluminum-magnesium alloy shell, known for its lightweight nature and excellent thermal conductivity, can swiftly reduce the temperature of components. This ensures that the inverter can operate continuously without being adversely affected during extended use.
- Furthermore, the pure sine wave technology, coupled with an intelligent filter, prevents interference with electrical appliances, offering robust protection. Achieving a high conversion efficiency of up to 95%, the inverter’s low power consumption significantly extends the life of connected batteries.
- Moreover, this versatile inverter supports the use of various electrical equipment, ranging from TVs and LED lights to LCD displays, especially accommodating inductive load appliances.
- Additionally, being a pure sine wave inverter designed for both 110V and 220V power supplies in urban settings, it prioritizes power quality.
- Notably, it features an advanced eight-bit intelligent protection system. This includes overload protection, high voltage protection, low voltage protection, overheating protection, reverse connection protection, short circuit protection, overcurrent protection, and insurance protection. The intelligent chip control ensures perfect protection.
- Lastly, incorporating a buzzer reminder, the inverter takes immediate action upon any triggered protection mechanism. It promptly disconnects power, placing the load in protection mode while alerting users with a buzzer reminder.
One inverter can be used for multiple purposes: home, solar, car, outdoor
Solar power to AC 110V / 220V circuit display diagram
TYPES OF PURE SINE WAVE POWER INVERTER
3000W- Pure sine wave inverter
Peak power 3000W
Continuous power 1500W
29.5CM × 11.3CM × 6CM
Package weight 1.8kg
2200W-Pure sine wave inverterÂ
Peak power 2200W
Continuous power 1100W
Size: 28.5CM × 11.3CM × 6CM
Package weight 1.55kg
1600W- Pure sine wave inverter
Peak power 1600W
Continuous power 800W
Size: 25CM × 11.3CM × 6CM
Package weight 1.2kg
1000W- Pure sine wave inverter
Peak power 1000W
Continuous power 500W
Size: 19.5CM × 11.3CM × 6CM
Package weight 1kg
- In exploring our range of inverters, it’s essential to understand the power specifications:
- Commencing with the 1000W inverter, the continuous power output stands at 500W, while the peak power surges to 1000W.
- Moving up the power spectrum, the 1600W inverter boasts a continuous power rating of 800W, with a peak power capacity soaring to 1600W.
- Elevating further to the 2200W inverter, the continuous power output reaches 1100W, while the peak power surges impressively to 2200W.
- At the top tier, the 3000W inverter delivers a continuous power of 1500W, with a remarkable peak power capacity reaching 3000W
Note:
Our Pure Sine Wave Inverter proudly boasts an inductive load capacity of 95%. Nevertheless, it’s imperative to note that the battery output DC power requirements for the wire are exceptionally high. Consequently, it’s advisable to refrain from extending the wire length, as this may lead to insufficient input voltage or current.
When connecting from the battery output to the inverter, it’s essential to adhere to using the original wiring. Unauthorized extension of the line could potentially give rise to issues. However, if you do find the need to use an extension line, make certain that the wire diameter is twice as thick as the original wiring. Notably, it is strongly recommended to keep the extension within a limit of 1 meter for optimal performance and safety.
How long does the battery last?
In the realm of automotive power sources, it’s crucial to underscore that a typical car battery, frequently utilized in family vehicles, operates at a voltage of 12V. Conversely, in the context of trucks, the battery voltage escalates to 24V. As a result, when faced with the task of selecting an inverter, it becomes imperative to choose one with the corresponding voltage. This meticulous consideration ensures not only seamless compatibility but also optimizes the performance of the inverter for both types of vehicles.
1. Formula for calculating battery power: p (power) = U (voltage volts) | (battery weight)
2, such as the car 12V80AH battery, its power output power = 12V * 80 = 960W inverter conversion efficiency is 90?
Using 960*90?, you can calculate the battery with a maximum power of 864W.
Working time = U (voltage volts) * 1 (battery capacity) * 0.8 * 0.9
Electrical power example:
Battery 12V80AH battery with a 220V100W bulb
Working time = 12V * 80AH * 0.8 * 0.9 / 100W = 6.912 hours
Note: 0.8 is the battery discharge coefficient (constant)
0.9 is the inverter conversion efficiency (constant)
                
Working principle of inverter
Firstly, As a crucial power conversion device, this equipment efficiently transforms low-voltage direct current input into stable high-voltage alternating current output.
Furthermore, For proper utilization, it is essential to follow these instructions: Ensure the output volts of the battery align with the DC input volts of the inverter. For instance, if you have a 12V battery, select a corresponding 12V inverter. Additionally, when connecting the components, carefully distinguish between the positive and negative poles of the battery to facilitate seamless operation.
H (working time) = U (voltage volts) × I (battery capacity) × 0.8 × 0.9 ÷ electrical power
Precautions
- To initiate, it is imperative not to connect the inverter to the power grid and to exercise caution when handling the AC output line. Additionally, verify that the battery supplying power to the inverter possesses a capacity exceeding the actual power consumption of the appliance. Moreover, when extending the battery line, it is advised to double the corresponding wire diameter for enhanced performance.
- Furthermore, both inverter outputs operate as live wires, eliminating any grounding issues. Consequently, it is essential to avoid utilizing either as a ground wire.
- Transitioning to the subsequent point, when establishing connections between the inverter and the load, abstain from incorporating any air switch or leakage protection switch in the middle. Undertaking forceful operations not only fails to provide adequate protection but may also lead to detrimental damage to the inverter.
Troubleshooting
1.The inverter is not working.
A. To troubleshoot, begin by checking whether the plug is securely inserted in place and assess if there is any looseness.
B. Additionally, investigate whether the inverter switch is turned on.
C. Further, inspect the car cigarette lighter jack for voltage output. Utilize external leads if necessary, and ensure the polarity is correct to pinpoint the issue.
2.Insufficient output power of the inverter can only drive low-power electrical appliances
A. Firstly, if the capacity of the battery is too small, consider replacing or reducing the electrical appliances connected to it.
B. Secondly, if the battery voltage is too low, take immediate action by charging it or opting for a replacement.
C. Thirdly, if you decide to switch to another car and the inverter works fine, it’s advisable to visit a professional repair shop. They can help thicken the car cigarette lighter jack cable. Additionally, be     mindful that the use of the cigarette lighter socket should not exceed a load of 150W.
D. Lastly, in the case of an external battery, enhance its performance by thickening the lead, but remember to keep the lead length within appropriate limits.
3.The inverter does not work and the FALT light is off
A. Firstly, if the electrical power used exceeds the nominal power, triggering protection, it is essential to immediately reduce the use of electrical power.
B. Moreover, if the battery voltage is too low, the necessary steps include charging the battery promptly or considering a replacement.
C. Lastly, in order to address the situation effectively, it is advisable to reduce the use of power appliances.
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