Wemax Power
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| 5000W Smart LCD Digital Display Pure Sine Wave DC to AC Power Inverter | |||
|---|---|---|---|
| Model | WMX-DSA5000-24 | WMX-DSA5000-48 | WMX-DSA5000-60 |
| DC Input | |||
| DC Input Voltage | 24V | 48V | 60V |
| DC Input Voltage Range | 20~30V | 40~60V | 50~75V |
| AC Output | |||
| AC Output Voltage | 220Vac±5% | 230Vac±5% | 240Vac±5% | ||
| Output Frequency | 50Hz or 60Hz±0.1% | ||
| Output Rated Power | 5000W | ||
| Output Peak Power | 10000W | ||
| Waveform | Pure Sine Wave | ||
| Smart LCD Display | Digital LCD Display (Input Battery ratio, Temperature, DC input voltage, Output power, Load ratio, output frequency and alarm information) | ||
| Conversion Efficiency | ≥90% | ||
| Protection Functions | |||
| Input Low Voltage Protection | 24V (20V±0.3) | 48V (40V±0.3) | 60V (50V±0.3) | ||
| Input Recovery Voltage | 24V (25.5V±0.3) | 48V (51V±0.3) | 60V (65V±0.3) | ||
| Input Over Voltage Protection | 24V (30V±0.3) | 48V (60V±0.3) | 60V (75V±0.3) | ||
| Over Temperature Protection | 80°±5° | ||
| No-load Current | 0.8A | ||
| Over Load Protection | ≤130% | ||
| Total Harmonic Distortion | ≤4% full load | ||
| Environmental & Physical Specs | |||
| Working Temperature | -5~+50°C | ||
| Storage Temperature | -20~+70°C | ||
| Cooling Method | Forced air cooling | ||
| Size (mm) | 400*242*88mm | ||
| Weight (kg) | 8.5kg | ||
High Power 5000W Continuous Output / 10000W Peak Output DC to AC Power Converter - Designed for stable, clean, and reliable pure sine wave energy output.
In the domestic market, high and low-quality inverter brands are mixed together. Many low-cost inverters are actually assembled in small unlicensed workshops. They crudely reduce costs by using substandard components for assembly, which presents a very big security risk! In order to protect personal and property safety, please do not covet low prices; be sure to choose a reliable and safe inverter.
Type One: Modified Sine Wave Inverter, which uses PWM pulse width modulation to generate a modified sine wave. Due to the use of intelligent dedicated circuits and high-power field-effect tubes, it greatly reduces power loss and adds a soft-start function, ensuring reliability. It is able to meet the needs of most electrical equipment. However, there is still a 20% harmonic distortion when running sophisticated equipment, which can cause high-frequency interference to radio communications.
Type Two: Pure Sine Wave Inverter, which adopts an isolated coupling circuit design, high efficiency, high stability of the output waveform, and high-frequency technology. It is small in size, suitable for all kinds of loads, and can be connected to common electrical and inductive load devices (such as refrigerators, electric drills, etc.) without any interference (e.g. buzz and TV noise). The output of a pure sine wave inverter is the same as or better than the daily utility grid.
Absolutely. Our inverter is designed with a high-performance regulator circuit. You can verify this by measuring the voltage with a multimeter. Note: Ordinary multimeters may show unstable readings because they are designed for measuring pure, standard grids and cannot calculate data correctly for some wave shapes. Use a True RMS multimeter for correct readings.
Generally speaking, appliances like mobile phones, computers, LCD TVs, incandescent lights, electric fans, video broadcasts, small printers, electric mahjong machines, and rice cookers belong to resistive loads. Modified sine wave inverters are suitable for driving these.
Inductive loads refer to electrical equipment that operates on the principle of electromagnetic induction, such as motors, compressors, relays, fluorescent lamps, electric stoves, refrigerators, air conditioners, energy-saving lamps, and pumps. These products demand far more than their rated power (typically 3 to 7 times) during startup. Therefore, only pure sine wave inverters are suitable for running inductive loads safely.
Place the product in a well-ventilated, cool, dry, and waterproof environment. Do not stress the device or put foreign objects inside it. Always remember to turn on the inverter before turning on the connected appliances.
