SINGLE PHASE PWM INVERTER USING IGBT

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SINGLE PHASE PWM INVERTER USING IGBT Specification

Type
Single Phase PWM Inverter using IGBT

Material
Electronic Components, PCB, Plastic and Metal Housing

Size
Standard Lab Model

Input Voltage
230 V AC / 50 Hz

Color
White & Blue

Dimension (L*W*H)
340 mm x 210 mm x 125 mm

Capacity
Up to 500W output (customizable on request)

Noise Level
< 45 dB

Efficiency
>90%

Display
Digital Display for Output & Fault Indications

Output Voltage
230V AC (sinusoidal, programmable)

Mounting
Desk/Bench Top

Switching Device
IGBT (Insulated Gate Bipolar Transistor)

Protection Features
Short Circuit, Overload, Overvoltage

Cooling Type
Natural Air Cooled

PWM Frequency
10 kHz (± 2 kHz)

Output Waveform
Pure Sine Wave

Control Method
Microcontroller Based PWM Control

Applications
Educational, R&D, Laboratory Use

About SINGLE PHASE PWM INVERTER USING IGBT

Unlock excellent performance with our fresh SINGLE PHASE PWM INVERTER USING IGBT, available in strictly limited stock. Engineered for superlative efficiency (>90%), this inverter ensures a pure, programmable 230V AC output using microcontroller-based PWM control at a gorgeous 10 kHz frequency. IGBT-driven switching delivers robust, reliable operation with advanced protection against overload, overvoltage, and short circuits. The desk/bench top model features a digital display for output and fault status, natural air cooling, and low noise (<45 dB), making it ideal for educational, laboratory, and R&D use. Durable in white & blue, up to 500W customizable capacity-trusted by distributors, exporters, and manufacturers across India.

Versatile Performance for Diverse Applications

The SINGLE PHASE PWM INVERTER USING IGBT is designed for a broad spectrum of applications, including educational laboratories, research and development projects, and industrial testing environments. Its primary usage is in delivering highly stable, programmable, and sinusoidal AC output, making it essential for precision experiments and equipment testing. Competitive advantages include superb efficiency, digital fault monitoring, customizable output, silent operation, and comprehensive protection features, positioning it as a preferred choice for modern laboratories and technical institutions.

Extensive Export Markets & Prompt Supply

This inverter enjoys a strong presence in international markets, with steady exports to Asia, Africa, Europe, and beyond. We ensure quick dispatch and flexible supply to meet bulk and custom requirements. Our team provides rapid quotations and precise estimates, streamlining procurement for institutional buyers. Flexible payment terms make transactions seamless, reflecting our commitment to efficient service delivery and reliable customer support for distributors, manufacturers, and suppliers worldwide.

FAQ's of SINGLE PHASE PWM INVERTER USING IGBT:

Q: How does microcontroller-based PWM control benefit the inverter's operation?

A: Microcontroller-based PWM control ensures precise regulation of the output waveform, resulting in excellent efficiency and the generation of a high-quality pure sine wave. This advanced control enables programmability and adaptability for various loads and experiments.

Q: What applications are ideal for this single phase PWM inverter?

A: This inverter is superb for educational, research and development, and laboratory applications where programmable, reliable, and sinusoidal AC output is necessary for running sensitive equipment and conducting scientific tests.

Q: Where is the product exported and what are the main markets?

A: The SINGLE PHASE PWM INVERTER USING IGBT is exported to several international markets, with strong demand in Asia, Africa, Europe, and other global regions, supporting institutions, laboratories, and technical centers.

Q: What is the process for ordering and receiving a quotation?

A: Potential buyers can easily request a detailed quotation and estimate by contacting us directly. We ensure rapid response and quick dispatch to fulfill urgent or custom orders as per customer requirements.

Q: What protection features are integrated into this inverter?

A: The inverter is equipped with short circuit, overload, and overvoltage protection mechanisms, as well as digital display indicators for output and fault conditions, ensuring operational safety and equipment longevity.

Q: How is the inverter cooled and what is its noise level during operation?

A: The inverter uses a natural air cooling system and maintains a low noise level of under 45 dB, ensuring quiet and efficient operation, suitable for sensitive laboratory environments.

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