48V 3500 Watt Pure Sine Wave Inverter

$682.83

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3500 watt pure sine wave inverter with 48 volt input voltage for sale. DC to ac pure sine wave inverter adopts cooling fan, reduce noise and energy consumption. This pure sine inverter has a variety of protection functions, such as high and low voltage protection, over temperature protection, overload protection and short circuit protection. Pure sine wave power inverter is a good solution for backup or off grid power solution. Not only powers your electronics but also safeguards their lifespan.

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Delivery date: 6-12 days

SKU: ATO-PSWI-48V-3500W

Output Voltage (VAC) *

Output Socket *

Input Battery Type *

LCD Display

Yes [+$8.70]

Remote Control

Wired Control [+$15.38]
Wireless Control [+$18.69]

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Overview
Specs
FAQ
Reviews

Overview

A 48V 3500W pure sine wave inverter is an electrical device that converts direct current (DC) from a 48-volt battery bank into 230V or 110V alternating current (AC) with a continuous power output of up to 3500 watts. The 48V input indicates that the inverter is designed to work with a battery system operating at a nominal voltage of 48 volts. This configuration is commonly found in solar power systems and off-grid setups, where higher DC voltages are preferred for increased efficiency and reduced power losses. The 3500W power rating means the full sine wave inverter can continuously supply up to 3500 watts, making it ideal for powering multiple household devices simultaneously, including refrigerators, washing machines, and power tools.

Features:

Pure sine wave. 100% pure sine wave output, low distortion, waveform and main power line AC waveform are basically the same, equipment accuracy is small, low interference, low noise, strong load capacity, can meet any type of AC load, without damaging the load.
Various protection. 3500 watt pure sine wave inverter with various protections, such as low voltage protection, over voltage protection, overload protection, over temperature protection and short circuit protection.
Lower consumption and higher efficiency. The output current is the same as the household, and the power conversion efficiency is high, up to 92%, low standby power consumption.

Details:

3500W pure sine wave inverter cooling fan

Intelligent Cooling Fan

Intelligent cooling fan in a 48V pure sine wave power inverter enhances performance and longevity by regulating temperature efficiently. It reduces energy consumption and noise. By preventing overheating, it protects sensitive electronic components, ensuring stable operation and extending the inverter's lifespan. The smart fan also improves efficiency by maintaining optimal thermal conditions, reducing thermal stress on internal circuits.

LCD Display

It offers real-time data on key parameters such as battery input status, output frequency, load condition, ensuring users can quickly assess system performance. Additionally, an LCD makes troubleshooting easier, reducing downtime and maintenance costs. The intuitive interface simplifies operation, making the inverter user-friendly. Overall, it enhances reliability, safety, and efficiency of the 3500W pure sine wave inverter.

Multiple Protection

This ensures stable power delivery, protecting sensitive electronics from electrical fluctuations. Overheat protection prevents excessive heat buildup, extending the inverter’s lifespan. Additionally, low-voltage protection prevents battery depletion, ensuring reliable operation. With these protections, the true sine inverter operates efficiently, minimizes downtime, and reduces maintenance costs, making it a reliable power source for off-grid, RV, and backup applications.

Applications:

Audio Equipment

Residential Use

Outdoor Camping

Caravan

Specs

Model	ATO-PSWI-48V-3500W
Rated power	3500W
Peak power	7000W
Input voltage	48VDC
Output voltage	100 /110 /120 /220 /230 /240VAC±5%
USB output	5V 1000mA
Frequency	50Hz or 60Hz±3
Output waveform	pure sine wave
Waveform distortion	THD＜3%
Max output efficiency	94.2%
Unload current less than	0.4A
Input voltage range	40-60V
Undervoltage alarm	41±1V
Undervoltage protection	40±1V
Undervoltage recover	48±1V
Overvoltage protection	60±1V
Overvoltage recover	59±1V
Cooling method	intelligent cooling fan
Protection function	over voltage protection, over temperature protection, over load protection, short cicuit protection
Working temperature	-10℃~60℃
Storage temperature	-30℃~70℃
Dimension (WHD)	442015cm
Net/gross weight	8.92kg/10.7kg

3500W Pure Sine Wave Inverter Dimension:

3500W pure sine wave inverter dimension

Structure:

3500W pure sine wave inverter structure

Pure Sine Wave Inverter Output Sockets (Optional):

3500W pure sine wave inverter sockets

FAQ

How does pure sine wave inverter perform in extreme environmental conditions?

A pure sine wave inverter performs better than modified sine wave inverters in extreme environmental conditions due to its stable and smooth output waveform, but certain factors still influence its efficiency and reliability.

In high-temperature environments, the inverter may face overheating issues, which can lead to decreased efficiency or component failure. Advanced inverters often come equipped with built-in cooling mechanisms such as heat sinks or fans to combat this issue. However, prolonged exposure to extreme heat may still impact lifespan.

In extremely cold conditions, inverters can suffer from reduced efficiency as cold temperatures may affect the conductivity of internal components and battery performance. Inverters designed for harsh conditions often include temperature compensation features to optimize performance. Dust, humidity, and corrosion can also pose challenges. Exposure to dust and moisture may cause short circuits or degrade internal components. Rugged inverters with IP-rated enclosures are better suited for such environments as they provide protection against water and dust ingress.

Overall, using a high quality pure sine wave power inverter with features like thermal protection, corrosion-resistant materials, and environmental sealing can enhance performance and durability in extreme environments, ensuring reliable power conversion for sensitive devices.

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