Voita Electronic Voita Electronic

1000W DC 12v 24v to AC 220v 230v 240v Pure Sine Wave Inverter Black Case Off-Grid Single Output Inverter

Product Description

Pure Sine Wave Inverter
Inverter Header
Main Features
The inverter power supply adopts SPWM technology controlled by MCU micro-processing, pure sine wave output, and the waveform is pure.
The unique dynamic current loop control technology ensures reliable operation of the inverter.
Load adaptability, including inductive load, capacitive load, resistive load, mixed load.
Heavy load capacity and impact resistance.
Perfect protection functions such as input overvoltage, undervoltage, overload, overheat, and output short circuit.
The sine wave inverter adopts LCD liquid crystal display mode, and the state is clear at a glance.
Stable performance, safe and reliable, long service life.
Protective Functions
1. Low-voltage alarm The buzzer sounds 2 audible with 1 Hz gap.
2. Low voltage protection The buzzer continuously sounds 3 times alarm, with 1Hz gaps.
3. Low-voltage recovery The low-voltage rise automatically restores the output, and the buzzer sounds 3 times alarm is cancelled.
4. Overvoltage protection The buzzer sounds 4 times, with 1 Hz gap.
5. Overvoltage recovery The voltage is reduced automatically to restore the output, and the buzzer sounds 4 times alarm is cancelled.
6. Thermal protection 80° ± 5°, when overheat protection buzzer sounds 5 times alarm, with 1Hz gap.
7. Overload protection 10S automatic shutdown output for overload protection, 5S automatic recovery, automatic locking for three consecutive times.
8. Short circuit protection Output short circuit protection 1S shutdown lock.
Technical Datasheet
Model 300W 500W 1000W 1500W
Output Power 300W 500W 1000W 1500W
Display method LED Display LCD Display LCD Display LCD Display
Input voltage 12V/24V/48V/60V/72Vdc
Input range 12Vdc(10-15), 24Vdc(20-30), 48Vdc(40-60), 60Vdc(50-75), 72Vdc(60-90)
Low voltage protection 12V(10.0V±0.3), 24V(20.0V±0.3), 48V(40.0V±0.3), 60V(50.0V±0.3), 72V(60.0V±0.3)
Overvoltage protection 12V(15.0V±0.3), 24V(30.0V±0.3), 48V(60.0V±0.3), 60V(75.0V±0.3), 72V(90.0V±0.3)
Recovery voltage 12V(13.2V±0.3), 24V(25.5V±0.3), 48V(51.0V±0.3), 60V(65.0V±0.3), 72V(78.0V±0.3)
No-load current 0.35A 0.40A 0.60A 0.70A
Overload protection 300W > 110% 500W > 110% 1000W > 110% 1500W > 110%
Output voltage 110V/220Vac 110V/220Vac 110V/220Vac 110V/220Vac
Output frequency 50Hz/60Hz 50Hz/60Hz 50Hz/60Hz 50Hz/60Hz
Output waveform Pure sine wave Pure sine wave Pure sine wave Pure sine wave
Overheating protection 80°±5° 80°±5° 80°±5° 80°±5°
Waveform THD ≤3% ≤3% ≤3% ≤3%
Conversion efficiency 90% 90% 90% 90%
Cooling method Fan cooling Fan cooling Fan cooling Fan cooling
Dimensions 183*110*60mm 228*173*76mm 310*173*76mm 360*173*76mm
Product weight 1.0kg 2.0kg 3.0kg 3.6kg
Details
Details
Details
Internal view
Components
Structure
Display
Interface
Terminals
Protection
Testing
Production
Applications
Wide Application
Customization Range
Customize Options
Selection
AC Socket
DC Input
Plug Type
Design
Footer bar
Installation
Dimensions
Separator
Packaging
Frequently Asked Questions
What is a Pure Sine Wave Inverter?
A pure sine wave inverter provides high-quality alternating current with low harmonic distortion, making it compatible with sensitive electronics and motor-driven appliances.
Can this inverter run inductive loads?
Yes, thanks to SPWM technology and MCU control, it is capable of running inductive, capacitive, and resistive loads reliably.
How does the overheating protection work?
The inverter includes a thermal protection sensor. When the temperature reaches 80°C ± 5°, the system triggers an alarm and protection sequence to ensure safety.
What information does the LCD display show?
The LCD provides a clear, real-time status of the inverter's operation, including input/output parameters and protection states.
What is the conversion efficiency of these models?
The conversion efficiency across the range (300W to 1500W) is approximately 90%, ensuring minimal energy loss during power conversion.
Is the cooling system automatic?
Yes, it uses an efficient fan cooling method designed to maintain optimal operating temperatures during heavy load usage.

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