• 300W DC-AC inverter
  • 300W DC-AC inverter
  • 300W DC-AC inverter
  • 300W DC-AC inverter
  • 300W DC-AC inverter
  • 300W DC-AC inverter
  • 300W DC-AC inverter
  • 300W DC-AC inverter

300W DC-AC inverter

No.LK3003
Pure Sine Wave High-Frequency Inverter
Equipped with TFT LCD Display
High and low voltage isolation,ensuring higher safety
Displays voltage,current,power,power factor,and various  alarm  information 
  • 300W DC-AC inverter
  • 300W DC-AC inverter
  • 300W DC-AC inverter
  • 300W DC-AC inverter

Description

Product Description

Functional Positioning and User Focus

This 300W DC-AC inverter is designed for users requiring reliable conversion from DC to AC power, particularly in applications needing stable and clean AC output. Its pure sine wave output supports sensitive electronics and systems, making it relevant for OEM/ODM buyers and distributors seeking a dependable dc ac power inverter solution for small-scale power supply needs.

Technical Features and Specifications

The product features a built-in TFT LCD screen displaying voltage, current, power metrics, and alarms, supporting input voltages of 12V, 24V, or 48V DC and providing outputs of 110V or 220V AC within 5% tolerance at 50/60Hz. Included are overload and short circuit protection with self-recovery, high and low voltage isolation, and a cooling fan for temperature control. These specifications reflect typical standards found among power inverter manufacturers addressing load safety and efficiency.

Application Fit and Practical Usage

Suitable for applications like off-grid power supply, renewable energy integration, and mobile AC power needs, this dc ac inverter suits commercial projects requiring the conversion of battery-stored DC energy into AC power. Its low total harmonic distortion output reduces risk of equipment damage, supporting stable operation in workplace or distribution contexts where consistent AC power is essential.


Product Advantages

Procurement-Relevant Design

The inverter’s aluminum alloy construction and selectable output sockets (Universal, EU, US standards) facilitate adaptation to various markets. Integral voltage isolation and built-in cooling feature compliance with common safety considerations among power inverter manufacturers, assisting evaluators in quality assessment and sourcing decisions.

Operational Fit for OEM/ODM Buyers

With features such as overload protection, self-recovery, and detailed LCD monitoring, this dc to ac power inverter supports customization in system design and operation oversight. The inclusion of multi-voltage input options also enables versatility for distribution or OEM integration, providing practical value for procurement evaluations focused on functional reliability.



Power 300W 600W 1000W
Material Aluminum Alloy Aluminum Alloy Aluminum Alloy
No-Load Current Consumption <0.5A <0.5A <0.5A
Input DC Voltage Range 12v/24v/48v 12v/24v/48v 12v/24v/48V
Output Voltage Range 110V/220V±5% 110V/220V±5% 110V/220V±5%
Output Frequency Range 50/60Hz 50/60Hz 50/60Hz
Output Waveform Sine Wave Sine Wave Sine Wave
Maximum External Temperature <50℃ <50℃ <50℃
Maximum Power Efficiency >92% >92% >92%
12V High-Voltage Cutoff Level 15.3 15.3 15.3
Low-Voltage Cutoff Level 11.7 11.7 11.7
High-Voltage Recovery Startupvotage 13.75 13.75 13.75
Low-oltage RecoveryStartupVoltage 10.3 10.3 10.3
24V High-Voltage Cutoff Level 30.7 30.7 30.7
Low-Voltage Cutoff Level 23.5 23.5 23.5
High-Vottage RecoveryStartupvotage 27.5 27.5 27.5
Low-oltage RecoveryStartupVoltage 20.6 20.6 20.6
48V High-Voltage Cutoff Level 61.7 61.7 61.7
Low-Voltage Cutoff Level 43.5 43.5 43.5
High-Vottage RecoveryStartupvotage 55 55 55
Low-oltage RecoveryStartupVotage 41.2 41.2 41.2
Overload and Short Circuit Protection Yes Yes Yes
Self-recovery Restart Function Yes Yes Yes
Built-in Cooling Fan Yes Yes Yes
Total Harmonic Distortion(THD) <3% <3% <3%
With Display Screen? Yes Yes Yes
Product Dimensions(cm) 24*13*7 30*13*7 35*18*9
Net Weight(kg) 1.55 2.1 3.45
Output Socket Type Options Universal、EU Standard、US Standard


Use Scenarios

Off-Grid and Renewable Energy Projects
In settings requiring conversion of DC battery power to usable AC currents, such as remote locations or renewable installations, this 300W power inverter dc to ac model serves as a reliable component. Its voltage isolation and low harmonic distortion address operational safety and power quality, important factors for project managers and distributors evaluating technical fit and durability.

Commercial Mobile and Backup Power Applications
For commercial or workplace environments needing portable or backup power solutions, this dc ac inverter provides steady and clean AC output at various voltage levels. Its protections against overload and short circuits, plus easy monitoring via LCD display, make it suitable for OEM buyers and resellers sourcing compact dc to ac power inverters for client projects or end-use deployment.



FAQ

What input voltages does the 300W DC-AC inverter support for various applications?
Our 300W dc ac inverter accepts 12V, 24V, and 48V DC input voltages, enabling flexible integration in different power systems. This voltage range supports off-grid setups, renewable energy systems, and electric vehicle auxiliary power with dependable operation.

Can you customize the output socket options for this power inverter?
Yes, we offer multiple output socket options including Universal, EU Standard, and US Standard to meet diverse regional and industrial requirements. This flexibility helps you select the reliable power inverter dc to ac solution aligned with your target market or application.

How do you ensure the 300W inverter operates safely under overload conditions?
Our inverter features built-in overload and short circuit protection combined with a self-recovery restart function. These safeguards, along with high and low voltage isolation, enhance operational safety and reduce downtime in demanding industrial environments.

What materials are used in the construction of this DC to AC power inverter?
The inverter housing is crafted from durable aluminum alloy, providing robust mechanical protection and effective heat dissipation. This choice contributes to the inverter’s long-term reliability and supports the high efficiency typical of our dc to ac power inverters.