Description: Our Electrical Energy Conversion Lab equipment offers hands-on training for engineering students. With versatile AC & DC Power Supply Units, remote monitoring capabilities, and a range of motors, generators, and loads, students gain practical experience in electrical energy conversion processes. Integrated instrumentation ensures precise measurements, providing a comprehensive learning experience in a compact lab setup.
TECHNICAL SPECIFICATIONS:
Power unit: Key lock security system with MCCB, RCCB and Emergency protection system.
AC & DC Power Supply Unit: Input power: 415V AC Three Phase 4- wire; Output AC Supply: Variable 0 to 240/415V AC 5A (±5%); Fixed 415V AC 10A (±5%). Output DC Supply: Variable 0 to 240V DC 5A (±5%); Fixed 240V DC 5A (±5%); Power supply protection facility.
AC & DC Power Supply Control Unit: Power Series and Parallel control with individual switching system for next layer protection.
Digital Meters:
#Digital DC Voltmeter/Ammeter-0-600V & 0-50A
#Digital AC Voltmeter & Ammeter:0-600V & 0-50A
#Digital 1-Phase Wattmeter: 0-3000W
#Digital Tachometer: 0 to 6000rpm
Multifunction Measurements:
#VL-N (Voltage Line to Neutral): Measures the voltage between a phase (line) and the neutral wire.
#VL-L (Voltage Line to Line): Measures the voltage between two phases (lines) in a three-phase system.
#A (Current per phase): Measures current in each phase.
#?A (Total current): Displays the total current in the system.
#W (Active Power per phase): Shows the active power consumed by each phase.
#?W (Total Active Power): Total power consumption across all phases.
#Wh (Energy consumption): Measures energy usage in watt-hours.
#VA (Apparent Power per phase): Indicates the total apparent power per phase.
#?VA (Total Apparent Power): Displays the total apparent power in the system.
#VAR (Reactive Power per phase): Measures reactive power per phase.
#?var (Total Reactive Power): Displays the total reactive power in the system.
#COS? (Power Factor): Indicates the power factor (ratio of real power to apparent power).
#Hz (Frequency): Measures the frequency of the AC power supply.
3-Phase Squirrel Cage Induction Motor: Motor Rating: 1HP-1400r/min-415V-1.5A
Synchronous Motor/Generator: Motor Rating: 1HP, 1400r/min-415V-1.5A. Generator Rating: 622VA, 1400r/min-415V-0.17A.
DC Motor/Generator: Rating: 175W-1500 r/min, 240V-1.1A
Generator Rating: 120W-1500r/min, 240V-0.5A
3-phase Wound Rotor Motor: Motor Rating: 175w-1500r/min415V-0.48A
Shaded Pole Motor: AC: 220-240V, 5A, 50Hz, 1400r/min.
Capacitor Start Motor: Rating: 175W- 1400r/Min-220V-2.2A-50Hz
Capacitor Run Motor: Rating: 175W-1415rpm-220V, 1.3A-50Hz
AC & DC Universal Motor Rating: 175W-8000RPM, 240V-1.5A
Synchronizing Module: Power synchronous using synchroscope.
Resistive Load Three Phase: 252W-240V, 50Hz
Inductive Load Three Phase: 252VAR-240V-50Hz
Capacitive Load Three Phase: 252VAR-240V-50Hz
Switching Devices:
#Direct Online Starter unit.
#Circuit Breaker Unit.
#Push Switch Unit.
#Selector Switch Unit.
Indicator Unit: AC 220V Indicator Lamps.
Connectors: Connecting probes. Male Female Main Power Connector.
Accessories: Neon Tester, Fuses 5A, 10A, 15A.
Experimental Manual: English manual book.
Panel Dimension: H: 1830mm x W: 700mm x L: 1745.
EXPERIMENTS:
Experiment 01: AC/DC Power Supply Test & Calibration.
Experiment 02: Three Phase Motor Starting Using DOL Starter.
Experiment 03: Performance Analysis of 3-Phase Squirrel Cage Induction Motor.
Experiment 04: Performance Analysis of DC Shunt Motor.
Experiment 05: Performance Analysis of Capacitor Start Motor.
Experiment 06: Performance Analysis of Capacitor Start Motor.
Experiment 07: Performance Analysis of Capacitor Run Motor.
Experiment 08: Performance Analysis of Synchronous Motor.
Experiment 09: Performance Analysis of Universal Motor.
Experiment 10: Performance Analysis of Shaded Pole Motor.
Experiment 11: Performance Analysis of 3-Phase Wound Rotor Motor.
Experiment 12: Load Testing and Efficiency Analysis of a 3-Phase Wound Rotor Motor.
Experiment 13: Experiment of Synchronous Motor Generator Power Generating System.
Experiment 14: Experiment of DC Motor Generator Power Generating System
Experiment 15: Experiment of Power Synchronizing Analyzing Operation.
Experiment 16: Experiment of Power Factor Correction.
