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ELECTRICAL POWER SYSTEM SIMULATOR TRAINER-SB-81ES

Description: Our training system provides hands-on experience in power systems, covering key areas like transmission, distribution, load flow analysis, and fault protection. You'll learn to synchronize generators, apply protection relays for overcurrent, phase, and voltage issues, and safeguard critical components like busbars and distribution lines. This practical approach equips you with the skills to master power system reliability and protection.

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 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.
Variable Frequency Drive (VFD): 3-Phase 0.75Kw VFD.
Transmission Line: Power transmission Line simulation unit.
Distribution Line: Power distribution line simulation unit.
Generates Power: Demonstrates how electricity is produced.
Transmits Power: Simulates electricity moving through high-voltage lines.
Transforms Voltage: Shows step-up and step-down processes using transformers.
Distributes Power: Mimics delivering electricity to homes and industries.
Synchronous Motor/Generator: Motor Rating: 1HP, 1400r/min-415V-1.5A; Generator Rating: 622VA, 1400r/min-415V-0.17A3-Phase.
3-Phase Squirrel Cage Induction Motor: Motor Rating: 1HP-1400r/min-415V-1.5A
Three Phase Load Units:
Resistive Load: 252W-240V, 50Hz
Inductive Load: 252VAR-240V-50Hz
Capacitive Load: 252VAR-240V-50Hz
Industrial-standard digital protection system:
Digital Voltage protection system.
Digital Frequency protection system.
Digital Current protection system.
Phase fault protection system
Earth Leakage Protection/Differential system.
Power transformation system: Step up transformer, Step down transformer, Potential Transformer, Current Transformer.
Industrial Busbar system: Switched busbar with Four feeders.
Switching Relay Unit: Coil 220V AC.
Magnetic Contactor Unit: Coil 220V AC.
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, Key ring set.
Experimental Manual: English manual book.
Panel Dimension: H: 1830mm x W: 700mm x L: 1745.
LEARNING OUTCOMES:
Master Power Systems:
#Understand how electricity is transmitted, distributed, and utilized effectively.
Solve Load Flow and Protection Challenges:
#Dive into load flow analysis, circuit interruption techniques, and differential protection strategies.
Analyze Faults and Loads:
#Explore symmetrical, unsymmetrical, and unbalanced faults and load behavior in power systems.
Generator Performance Mastery:
#Synchronize generators and evaluate their stability, voltage regulation, and control.
Overcurrent & Fault Protection:
#Learn to use protection relays for overcurrent, phase, and earth fault detection.
Voltage & Frequency Safety:
#Implement relays for differential protection, under/overvoltage, and frequency safeguarding.
Protect Critical Components:
#Safeguard busbars, distribution lines, and generators using advanced protection relays.
Real-World Applications:
#Gain practical insights into modern protection and control systems to become an expert in power system reliability.