IGBT Single Phase Inverter High Frequency Voltage Stabilizer AVR

Key Features 1. High-Frequency Inverter Technology Uses advanced IGBT-based inverter architecture with digital control. Offers voltage stabilization accuracy up to ±1% for reliable operation. Rapid response to voltage fluctuations — reaction time ≤15 ms. 2. Wide Input Voltage Range Operates efficiently from 90V to 310V AC, suitable for unstable grid conditions. Automatically maintains a steady 220V output for consistent power delivery. 3. Transformerless & Compact Design Utilizes transformerless circuit topology, reducing size and improving conversion efficiency. Lightweight and compact structure ideal for both home and commercial installations. 4. Silent Digital Operation No mechanical components or moving parts — absolutely noise-free. Perfect for environments requiring quiet operation such as offices, homes, studios, and medical rooms. 5. Intelligent Digital Control Built-in microprocessor and DSP (Digital Signal Processor) ensure precise control and monitoring. Real-time display of input/output voltage, system status, and fault indicators. Technical parameters Inputproperties Power 300W Stabilization Range 90-310V Nominal Input Frequency 50Hz Input Frequency Range 43-57Hz Low voltage protection 90V High voltage protection 310V Input Power 0.99 Max input current 2A No-load power 25W Output characteristics Rated output voltage 220V Stabilization Precision ±1% Performance Oms Output Voltage Waveform Pure Sine Wave Output Output Frequency 50Hz Maximum output current 1.6A Peak Efficiency 97% Protect Low Voltage protection <90V High Voltage Protection >310V Overload Protection YES High Temperature Protection >85℃ Short-circuit Protection YES Overload Capacity 5s@105-150%load Anti-high-frequency Range 150KHZ-80MHZ Design Display type LED Waterproof and Dustproof Rating IP20 Plug Type A06 Dimension(Width*Depth*Height),mm 225x160x80 Weight,kg 13 Installation & Usage Tips To achieve optimal performance and safety: Install near the load or distribution board to minimize voltage drop. Ensure proper ventilation and avoid locations with high dust, vibration, or chemical exposure. Maintain adequate clearance around the stabilizer for cooling airflow. Keep temperature and humidity within acceptable ranges (avoid >85% RH). Regularly inspect input/output connections to ensure stability. Applications The IGBT inverter voltage stabilizer is suitable for both residential and commercial applications, including: Home entertainment systems (TVs, audio sets, air conditioners) Office equipment (computers, printers, routers) Medical and laboratory instruments Telecom and networking systems Precision industrial control equipment Customization & OEM/ODM Service We provide complete OEM & ODM customization for inverter stabilizers according to client requirements. From circuit design to housing layout, our engineering team can tailor voltage range, power rating, and display configuration to your project specifications. ✅ Rapid sample development ✅ Efficient production preparation ✅ Stable delivery schedules ✅ Full documentation support Why Choose Our Inverter Voltage Stabilizer Advanced IGBT high-frequency inverter control Accurate ±1% voltage regulation Transformerless, lightweight design Digital DSP-based protection system Completely silent and maintenance-free Reliable 24/7 operation for sensitive loads FAQs Q1: What is the difference between an inverter stabilizer and a servo stabilizer? A1: The inverter stabilizer uses high-frequency IGBT and DSP control for faster voltage correction and noise-free operation, while servo stabilizers rely on mechanical motors and are slower in response. Q2: Can this stabilizer handle frequent power fluctuations? A2: Yes, it’s designed for regions with unstable power supply, automatically correcting input voltage from 90V–310V to deliver a constant 220V output. Q3: Is the inverter stabilizer suitable for heavy-duty equipment? A3: This model is ideal for light to medium loads (home appliances, office, and electronic devices). For industrial or high-power use, 3-phase inverter stabilizers are recommended.