Electrical Drives and Power Electronics Lab

The Lab Comprising the following:  

The Lab should cover Like or better than the following Training objectives Line commutated converter circuits Exp.

•    Fundamentals of the Diode, Thyristor, Triac

•    Phase-control (Full-wave, Burst firing, Pulse pattern , Rectifier operation and  Inverter operation )

•    Single-pulse Uncontrolled circuits  

•    Single-pulse Controlled circuits

•    Dual pulse, Uncontrolled circuits

•    Dual pulse, Fully circuits

•    Dual pulse, Half-controlled circuits

•    Six-pulse, Uncontrolled circuits

•    Six-pulse, Controlled circuits

•    Six-pulse, Half-controlled circuits

•    single phase AC power controller with resistive load

•    single phase AC power controller with resistive-inductive load

•    AC: power controller three phase star connection  

•    Control characteristics and operating graphs

•    Suppressor circuit

•    Rectification Experiments

•    Computer-assisted data acquisition

•    Frequency analysis and examination of harmonics

 

Self-Commutating Static Converters circuits Exp.

•    IGBT Fundamentals  

•    Pulse-width modulation

•    DC chopper controller in 1-, 2- and 4-quadrant operation  

•    Modulation of low-frequency AC voltage with pulse-width modulation

•    Step-down controller circuits

•    H-bridge circuits

•    Inverter circuits

•    Resistive and inductive loads

•    Suppressor circuit, link circuit, free-wheeling

•    Control characteristics and operating graphs

•    Clock frequency, ripple

•    Computer-assisted Real-time measurement   

•    Frequency analysis and examination of harmonics

Converter drives with DC motors Using Thyristors and Diodes Exp.

Closed-loop speed control in 1- to 4-quadrant operation with and without cascade current control

•    Open-loop speed control with one-way converter

•    Open-loop control with two-way converter

•    Four-quadrant operation, energy feedback

•    Closed-loop speed control, current control, cascade control, adaptive control

•    Computer-assisted controlled-system and controller analysis, setting parameters

•    P-, PI-control

•    Controller Optimization

Frequency converter drives with three-phase asynchronous motor Exp.

•    Investigation of inverters with voltage and frequency control

•    Investigation of inverters with space vector modulation

•    Analysis of the voltage and frequency ratios

•    Stator resistance compensation

•    Study of the inverter drive

•    Computer-assisted Real-time measurement   Electronically commutated Servo Drive motor Exp.

•    Operating principle of servo motors with electronic commutation or brushless DC motors

•    Measuring and Analysis of  field-oriented space-vector modulation

•    Study of coordinate and sensor systems •     Computer-assisted Real-time measurement

Converter drives with DC motors Using IGBT Exp.

•    Closed-loop speed control in the 1 and 4 quadrant operation with and without cascade current control

•    Open-loop speed control in 1-quadrant operation with IGBT

•    Open-loop speed control in 4-quadrant operation with IGBT

•    Closed-loop speed control, closed-loop current control, cascade control, adaptive contro

•    Computer-assisted controlled-system and controller analysis, setting parameter

•    P-, PI- control

•    Controller optimization.

Field-oriented control of asynchronous machine with Matlab–Simulink Exp.

•    Setting up a hardware-in-the-loop system under real-time conditions

•    Reducing the control system to discrete components to run on a digital signal processor

•    Modelling and designing cascade closed-loop control for a DC motor on an ongoing design level

•    Creation and optimization of automatic flow-rate and speed controllers •     Alpha–beta transformation

Integration of the space phasor  modulation to optimize the control of the

IGBT

•    Speed detection using incremental Encoder sensors

•    Comparison of simulation results with actual real-time measurements

Regulated permanent magnet servo drive with Matlab – Simulink Exp.

•    Setting up a hardware-in-the-loop system under real-time conditions

•    Modelling and designing cascade closed-loop control for a DC motor on an ongoing design level

•    Reducing the control system to discrete components to run on a digital signal processor

•    Creation and optimisation of automatic flow-rate and speed controllers •     Alpha–beta transformation

•    Integration of the space phasor modulation to optimize the control of the IGBT

•    Speed detection using incremental Encoder sensors

•    Comparison of simulation results with actual Real-time measurements

DC drives with cascade control using Matlab – Simulink Exp.

•    Setting up a hardware-in-the-loop system under real-time conditions

•    Modelling and designing cascade closed-loop control for a DC motor on an ongoing design level

•    Reducing the control system to discrete components to run on a digital signal processor

•    Creation and optimization of automatic flow-rate and speed controllers

•    Speed detection using incremental encoder sensors

•    Comparison of simulation results with actual real-time measurements

Industrial Frequency converter drives with asynchronous machine Exp.

•    Programming basic functions Manually and Through PC:

•    Load experiments

•    Measuring the power and rms values

•    Recording the speed/torque characteristic in motor operation (1/3 quadrants)

•    Field weakening control and power factor Investigating the operating response

•    Optimization of the U/f characteristic

•    Brake chopper operation

•    Compensation of the stator resistance

 

Industrial Smooth starting of three-phase machines Exp.

•    Operation and Staring of Industrial Smooth starting

•    Programming for run-up and run-down ramp functions and starting voltage

•    Measuring current and voltage during start-up

•    Study of Start-up with different loads

Study the Comparison to star-delta start-up

Computer Control Positioning Drive with linear axis Exp.

•    Study of Positioning and sequence control  

•    Installation and Programming of a positioning drive with linear axis

•    Setting parameters using training software

•    Study of Reference function

•    Study the effects of various controller settings

Shipping & Installation

We dispatch Electrical Drives and Power Electronics Lab from our Ambala Cantt manufacturing facility to destinations across 90+ countries. All shipments include comprehensive documentation, technical manuals, and a Lab Instructor Guide.

• Packaging: Export-grade wooden crate with anti-corrosion lining
• Lead Time: 4-6 weeks for standard orders, customised lead time for bulk tenders
• Installation: On-site installation and commissioning by our certified engineers (optional)
• Training: Hands-on training for instructors and lab technicians provided
• Warranty: 12-month manufacturer warranty against material and workmanship defects