PWM SPEED CONTROL OF DC MOTOR (IGBT BASED CHOPPER MOTOR CONTROLLER TRAINER)

Get a Price/Quote

PWM SPEED CONTROL OF DC MOTOR (IGBT BASED CHOPPER MOTOR CONTROLLER TRAINER) Specification

Type
PWM Speed Control of DC Motor (IGBT Based Chopper Motor Controller Trainer)

Material
Mild Steel cabinet, high-quality electronic components

Size
Standard Lab Trainer Size

Input Voltage
230V AC, 50Hz

Color
Blue & White

Dimension (L*W*H)
420mm x 300mm x 150mm

Capacity
Up to 1 HP DC Motor

Noise Level
Low

Safety Standards
Conforms to CE and IS standards

Included Accessories
Patch cords, User manual, Experiment manual

Control Technique
Pulse Width Modulation (PWM) using IGBT Chopper

Accuracy
PWM Duty Cycle adjustable in 1% steps

Motor Type Supported
Separately Excited DC Motor

Control Method
Manual and Automatic (Through external signal if required)

Weight
Approx. 9 Kg

Display
Digital speed display (RPM)

Application
Engineering labs, Training institutes, Education demonstration

Frequency Range
200 Hz to 2 kHz

Output Voltage Range
0 to Rated Voltage (adjustable via PWM)

Indicators
Power ON, Fault, Output ON

Cooling System
Natural air cooling

Protection Features
Overcurrent, Short Circuit, Thermal Protection

Demonstration Features
Speed control at variable load, input/output waveform observation

About PWM SPEED CONTROL OF DC MOTOR (IGBT BASED CHOPPER MOTOR CONTROLLER TRAINER)

The PWM Speed Control of DC Motor (IGBT Based Chopper Motor Controller Trainer) is an elite laboratory solution designed for precise and optimum speed control of separately excited DC motors. Employing the sought-after Pulse Width Modulation technique with an IGBT chopper, this trainer delivers a reduced noise operation and allows output voltage adjustment up to the motor's rated value. Key protection features ensure safe operation, while the digital speed display and manual/automatic control methods make it a terrific tool for both experimental and demonstration purposes in engineering labs and training institutes.

Widely Used in Engineering Education and Training

The PWM Speed Control of DC Motor (IGBT Based Chopper Motor Controller Trainer) is primarily used for hands-on training, experimentation, and demonstration of DC motor control techniques. Sought-after by engineering educational institutions and technical training centers, it helps users understand and visualize motor speed control under variable load conditions. Its moderate complexity, adjustable parameters, and engaging visual outputs make it optimum for practical learning and student projects in motor control applications.

Prompt Delivery, Ready Stock, Secure Packaging

Our PWM Speed Control Trainers are typically stock ready, ensuring reduced lead time and swift delivery through reliable goods transport partners. For interested buyers, a sample is available on request at a competitive sale price. Each unit is packed in robust packaging designed for secure transport and preservation of equipment integrity. Trust our delivery process to deliver your sought-after lab trainers in pristine condition and ready for immediate use.

FAQ's of PWM SPEED CONTROL OF DC MOTOR (IGBT BASED CHOPPER MOTOR CONTROLLER TRAINER):

Q: How does the PWM Speed Control Trainer regulate DC motor speed?

A: The trainer utilizes Pulse Width Modulation (PWM) using an IGBT-based chopper to adjust the average voltage supplied to the motor, thereby controlling its speed efficiently and smoothly.

Q: What types of DC motors are supported by this controller trainer?

A: This trainer is compatible with separately excited DC motors, making it ideal for a range of engineering and educational demonstrations.

Q: Where is the PWM Speed Control Trainer typically used?

A: It is widely used in engineering labs, training institutes, and educational settings for hands-on demonstration and teaching of DC motor speed control techniques.

Q: What are the key protection features included in this trainer?

A: The device includes overcurrent protection, short circuit protection, and thermal protection, ensuring safe and reliable operation during experiments.

Q: How can users control and monitor the DC motor during experiments?

A: Users can manually adjust the PWM duty cycle in 1% steps, or use an external automatic signal. The trainer features digital speed (RPM) display and LEDs to indicate power, output, and fault statuses.