THREE PHASE VOLTAGE SOURCE IGBT INVERTER USING PWM TECHINQUES

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THREE PHASE VOLTAGE SOURCE IGBT INVERTER USING PWM TECHINQUES Specification

Type
Three Phase Voltage Source Inverter

Material
Industrial Grade Electronic Components

Size
Standard Laboratory Module

Input Voltage
415V AC, Three Phase

Color
Blue/Grey

Dimension (L*W*H)
340 mm x 220 mm x 105 mm

Capacity
5 kVA

Noise Level
Low (<60 dB)

Control Method
Pulse Width Modulation (PWM)

Switching Device
IGBT (Insulated Gate Bipolar Transistor)

Protection Features
Overload, Overvoltage, Short-circuit, Over-temperature

Weight
Approx. 9 kg

Cooling Method
Air cooled

Mounting Type
Panel or Base Mountable

Isolation
Galvanic isolation between power and control circuit

Efficiency
>95%

Display
Digital LCD Display for monitoring parameters

Compliance
Applicable IEC Standards

PWM Techniques
Sinusoidal PWM, Space Vector PWM

Applications
Motor Drives, Induction Heating, Industrial Automation

Output Frequency
Variable, 0-400 Hz

About THREE PHASE VOLTAGE SOURCE IGBT INVERTER USING PWM TECHINQUES

Unlock prodigious performance with this THREE PHASE VOLTAGE SOURCE IGBT INVERTER USING PWM TECHNIQUES-a famed crackerjack solution for industrial applications. Engineered for ultimate reliability, it offers variable output frequency (0-400Hz) with over 95% efficiency, and robust galvanic isolation. Grab this bargain now; best price offer is ending soon! Suitable for motor drives, induction heating, and automation, it boasts industrial-grade components, a digital LCD display, and advanced protection features. Ideal for panel or base mounting, this low-noise, air-cooled inverter ensures top-tier safety and efficiency for your operations.

Versatile Applications and Suitable Usage

Ideal for diverse industrial sectors, the THREE PHASE VOLTAGE SOURCE IGBT INVERTER USING PWM TECHNIQUES excels in motor drives, induction heating, and advanced automation systems. With its crackerjack efficiency and famed reliability, this inverter is suitable for demanding environments requiring stable, variable-frequency power. Whether for continuous industrial processes or educational labs, its user-friendly controls and robust design ensure seamless integration and superior operation, making it the top choice for engineers and system integrators nationwide.

Packaging, Drop-off, and Main Domestic Market

Every THREE PHASE VOLTAGE SOURCE IGBT INVERTER is packed with meticulous care in durable, export-standard material to ensure safe transit. Prompt dispatch and reliable drop-off within the main domestic market (India) are guaranteed, with barriers to damage minimized through expert packing. Exchange options are available in accordance with warranty terms. Most orders are fulfilled within a streamlined delivery period, providing quick turnaround from our warehouses to your facility-ready for immediate setup and commissioning.

FAQ's of THREE PHASE VOLTAGE SOURCE IGBT INVERTER USING PWM TECHINQUES:

Q: How does the inverter ensure reliable protection for connected equipment?

A: The inverter is equipped with comprehensive protection features such as overload, overvoltage, short-circuit, and over-temperature safeguards, ensuring reliable operation and enhanced equipment safety.

Q: What are the key benefits of using the PWM techniques integrated in the inverter?

A: Utilizing advanced Sinusoidal PWM and Space Vector PWM techniques, the inverter delivers smoother output waveform, improved efficiency (>95%), and precise control over output frequency, enhancing overall system performance.

Q: Where can this THREE PHASE VOLTAGE SOURCE IGBT INVERTER be used effectively?

A: This inverter is ideal for applications in motor drives, induction heating, and various sectors of industrial automation, especially where variable frequency and high efficiency are critical requirements.

Q: What is the process for receiving the inverter after ordering?

A: Upon order confirmation, the product is expertly packed, dispatched swiftly, and delivered through reputable drop-off services. Customers in the main domestic Indian market can expect quick turnaround and secure delivery.

Q: How does the galvanic isolation feature benefit users?

A: Galvanic isolation between the power and control circuits enhances safety by preventing potential electrical hazards, safeguarding both personnel and sensitive control electronics.

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