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+91 98967 93832The system consists of a series of modular slot-in panels modules housed in a compact epoxy coated casing. Each modules represents one or more electrical / electronic components or one block diagram of a complex circuits. All functional parts of the components are mounted inside the modules with circuit symbols / mimic diagrams screen printed on the front PCB panel and terminated at 4mm safety sockets for student experimental practice.
The machines are basically industrial models, self protect kind, with coupling half-joint, especially equipped to be suitable for student training in laboratory. For this purpose the winding ends are connected to 4 mm safety socket in a metal housing on top of which a clear synoptic diagrams as educational terminal board. The student can easily understand operation and winding connection. Also most of accessories and instruments designed in Panel System A4 high in standard.
All modular slot-in panels modules are interconnecting together by using 19mm short circuit shunt and / or 4mm stackable safety test leads sets to form the desired control circuits.
Learning Outcomes (AC Motors) :
Upon completion of this course, students able to:-
1.1 Understand types of AC motor :
1.2 Study the structure of asynchronous motor :
1.3 Understand the basic of AC motor :
1.4 Know the methods of AC motor control :
Compare the characteristics of AC motor control by varying:
1.5 Understand torque-speed curve :
1.6 Understand current-speed curve :
1.7 Understand methods of starting a motor :
Explain briefly method of starting a motor:
Capacitor Start & Capacitor Run Connection and Motor Direction Control:
1.8 Understand methods of slowing down a motor :
Explain the methods of controlling a motor:
Learning Outcomes (DC Motors) :
Upon completion of this course, students able to:-
2.1 Understand types of DC motor :
Describe the basic concepts of DC motors:
2.2 Understand methods of starting and control dc motor :
2.3 Know the methods of DC motor speed control :
Compare the characteristics of DC motor speed control by varying:
2.4 Understand torque-speed curve :
2.5 Understand methods of slowing down a dc motor :
Explain the methods of controlling a motor:
EXPERIMENTS MODULE :
THREE PHASE INDUCTION MOTOR :
THREE PHASE SLIP RING MACHINE :
THREE PHASE SYNCHRONOUS MACHINE :
SINGLE PAHSE INDUCTION MOTOR :
THREE PHASE AC GENERATOR BRAKE :
AC/DC GENERATOR BRAKE CONTROLLER :
AC VARIABLE FREQUENCY INVERTER :
UNIVERSAL AC/DC MOTOR :
THREE PHASE POWER QUALITY METER :
Display Type: HD LCD Display
Real-Time Measurement
Energy And Demand
Power Quality Analysis
Communication
Trend Logging
Settable Logging Interval
Software Accessibility
POWER MANAGEMENT SOFTWARE :
TORQUE SENSOR MODULE :
TORQUE METER MODULE :
TORQUE MANAGEMENT SOFTWARE :
DIGITAL RPM METER WITH SPEED SENSOR :
DIGITAL AC VOLTMETER :
DIGITAL AC AMMETER :
UNIVERSAL AC/DC POWER SUPPLY :
Adjustable Single Phase & Three Phase AC / DC Power Supply (Simultaneously):
STAR DELTA STARTING SWITCH MODULE :
Modular design
FORWARD REVERSING SWITCH MODULE :
Modular Design
THREE PHASE POWER SUPPLY MODULE :
Modular Design
SELECTOR SWITCH MODULE :
Modular Design
CIRCUIT BREAKER (3 POLES) MODULE :
Modular Design
CURRENT LIMIT PROTECTION MODULE (3 UNITS) :
Modular Design
PILOT LAMP MODULE :
Modular Design
TIMER MODULE :
Modular Design
PUSH BUTTON SWITCH MODULE (I) :
Modular Design
MAGNETIC CONTACTOR MODULE :
POWER DRIVE (SOFT STARTERS MODULE) :
COUPLING HUB, NYLON SLEEVE & SAFETY GUARD :
TACHOMETER :
CONNECTING SAFETY TEST LEAD SET :
AC/DC VARIABLE POWER SUPPLY :
COMPUTER DESKTOP SYSTEM (OPTIONAL) :
ADJUSTABLE FLAT SCREEN MONITOR HOLDER (OPTIONAL) :
EXPERIMENTAL TABLE :
EXPERIMENT PANEL FRAME :
