SPEED CONTROL OF THREE PHASE INDUCTION MOTOR BY SCR IGBT BASED THREE PHASE PWM INVERTER

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SPEED CONTROL OF THREE PHASE INDUCTION MOTOR BY SCR IGBT BASED THREE PHASE PWM INVERTER Specification

Type
Three Phase Induction Motor Speed Controller

Material
Mild Steel Chassis, Industrial Grade Components

Size
Standard Laboratory Panel

Input Voltage
3-Phase, 415V AC, 50Hz

Color
Blue Powder Coated Panel

Dimension (L*W*H)
440 mm x 300 mm x 150 mm

Capacity
Up to 2 HP (customizable)

Noise Level
< 55 dB (at 1 meter distance)

Inverter Output Voltage
0415V AC, 3-Phase (adjustable via controller)

Wiring
Heavy Duty Terminal Connectors for Input/Output

Motor Compatibility
Suitable for Standard 3-Phase Induction Motors

Display
Digital Voltage and Frequency Display

Mounting Type
Tabletop or Panel Mounted

Control Method
PWM (Pulse Width Modulation)

Switching Devices
IGBT (Insulated Gate Bipolar Transistor) and SCR (Silicon Controlled Rectifier)

User Interface
Push Buttons/Rotary knob for Speed/Frequency Adjustment

Frequency Range
050 Hz variable output frequency

Protection Features
Overload, Overvoltage, Short Circuit, Phase Loss

Start/Stop Function
Manual and Remote Start/Stop Provision

Application
Lab Demonstrations, Industrial Automation, Educational Purposes

Cooling
Forced Air Cooling (Fan Assisted)

Efficiency
>95%

Standards Compliance
Designed as per IEC/IS standards

About SPEED CONTROL OF THREE PHASE INDUCTION MOTOR BY SCR IGBT BASED THREE PHASE PWM INVERTER

Experience the paragon of speed control solutions with our Best-seller: SPEED CONTROL OF THREE PHASE INDUCTION MOTOR BY SCR IGBT BASED THREE PHASE PWM INVERTER. Renowned for its sterling performance and the finest industrial-grade components, this controller features an adjustable 0415V AC output, PWM technique, and robust IGBT & SCR switching. Avail exclusive Discount when you procure from a leading manufacturer, distributor, exporter, supplier, and trader in India. Designed for versatility, safety, and efficiency (>95%), it integrates overload, overvoltage, and short-circuit protection with a digital display and heavy-duty connectors. Ideal for lab demonstrations, automation, and educational requirements.

Versatile Applications and Usage Areas

The SPEED CONTROL OF THREE PHASE INDUCTION MOTOR BY SCR IGBT BASED THREE PHASE PWM INVERTER is purpose-built for diverse settingsindustrial laboratories, automation lines, and academic institutions. Its rugged construction ensures reliability whether table-mounted or panel-integrated. Suited for controlling standard 3-phase induction motors, it is perfect for scenarios where customizable speed and frequency are critical. Usage type includes real-time demonstrations, practical experiments, and continuous industrial operation, making it indispensable for technicians, educators, and engineers alike.

Sample Availability, Logistics, and Certifications

Samples of our inverter are available for evaluation before large-scale procurement, ensuring total satisfaction. Packaging is robust, optimizing safety during logistics and order processing. Each unit is certified for compliance with IEC/IS standards, reflecting our commitment to quality and order completion. Timely delivery is assured for every product, streamlined by efficient order handling from our expert logistics team. When you order, you receive meticulously tested, fully compliant units ready for immediate deployment in your chosen application.

FAQs of SPEED CONTROL OF THREE PHASE INDUCTION MOTOR BY SCR IGBT BASED THREE PHASE PWM INVERTER:

Q: How does the inverter achieve speed control for three-phase induction motors?

A: The inverter uses advanced PWM (Pulse Width Modulation) via IGBT and SCR devices to modulate frequency and voltage, allowing precise adjustment of motor speed and performance.

Q: What makes this speed controller a sterling choice for labs and industrial setups?

A: Its industrial-grade construction, multifunctional user interface, comprehensive protection features, and digital display make it an optimal solution for both laboratory demonstrations and industrial automation tasks.

Q: When and where should this inverter be ideally deployed?

A: It is best used in educational laboratories, industrial automation panels, and training institutions that require controlled speed experiments or precise drive manipulation for three-phase induction motors.

Q: What is the process for procuring a sample, and what logistics support is provided?

A: Prospective buyers can request a sample for evaluation. Our logistics team ensures safe packaging and prompt order processing for hassle-free delivery, maintaining top-notch support until order completion.

Q: What are the benefits of using this controller over conventional speed control methods?

A: Compared to traditional methods, this controller offers higher efficiency (>95%), precise digital monitoring, flexible speed control, and superior motor protectionresulting in reliable, long-term operation.

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