LAB FACILITY - Top Engineering Colleges in Tamil Nadu

Counselling Code: 2622

LAB FACILITY

 DC Machines Lab:
• Dimension – 48’10’’ × 38’5’’
• 12 batches (each batch of 4 students) of students can utilize the lab effectively at a time.
• The lab will be utilized by EEE, CHEMICAL and Mechanical Engineering students.
• The machineries in the lab includes,
• Rectifier Unit 100A, (0-230) V
• DC motor – DC shunt generator set
• DC motor -DC Series Generator set
• DC motor -DC Compound Generator set
• DC shunt motor with belt load arrangements
• DC series motor with belt load arrangements
• DC compound motor with belt load arrangements
• 1Φ Resistive load
• Mains Control Panel

AC Machines Lab:

• Dimension – 24’10’’ × 38’5’’
• 9 batches (each batch of 4 students) of students can utilize the lab effectively at a time.
• The lab will be utilized by EEE, CHEMICAL and Mechanical Engineering students.
• The machineries in the lab includes
• 1Φ and 3Φ transformer
• 1Φ and 3Φ Auto transformer
• 1Φ Squirrel Cage Induction Motor with belt load arrangements
• 3Φ Squirrel Cage and Slip Ring Induction Motor with belt load arrangements
• Rotor resistance starter
• 3Φ Salient and Non Salient Pole Alternator
• 3Φ Synchronous Motor
• Auto Synchronous Starter
• Synchronous Panel
• Scott connected transformer
• Water Loading Rheostat

Measurement & Instrumentation Lab:

• Dimension – 24’0’’ × 38’5’’
• 6 batches (each batch of 4 students) of students can utilize the lab effectively at a time.
• The equipments include
• Measurement of Iron Loss kit.
• A/D Converter.
• Schering Bridge
• Calibration of Current Transformer with Lamp Load.
• Bourdon Tube Pressure Measurement Trainer kit.
• LVDT Trainer
• 1Φ and 3Φ Energy meter
• Torque Measurement Trainer Kit
• PLC Trainer kit
• D/A and A/D Trainer kit
• Kelvin Bridge with Built in Source
• Wheatstone bridge with Built in Source
• Maxwell Bridge With Built in Source
• Anderson Bridge with Built in Source.
• Transducer Kit LVDT
• Transducer Kit Thermocouple
• Instrumentation Amplifier
• Operational Amplifier Trainer Kit

Power Electronics & Drives Lab:

• Dimension – 24’0’’ × 38’5’’
• 6 batches (each batch of 4 students) of students can utilize the lab effectively at a time.
• The major equipments include
• Static Characteristics of IGBT & MOSFET
• 3 Phase Fully Controlled Converter.
• D.C. Shunt Motor Module 1 H.P. 220V.
• SCR Based Single Phase Cyclo-Converter Module With Transformer
• SCR Based 1 phase Series Inverter
• SCR based V/I commutated module with relevant firing module 230 V / 5 A.
• SCR, TRIAC based 1 phase AC Phase Controller along with lamp load.
• 1 phase SCR Half & Fully Controlled Converter
• 1 Phase Half and Fully Controlled Bridge Converter.
• SCR based parallel inverter module, (30V/2A)
• IGBT based 1 phase PWM inverter module (240V/1A)
• IGBT Based High Switching Frequency Chopper.
• Buck, Boost Chopper using MOSFET
• IGBT based single phase PWM Inverter
• Resonant DC-DC converter module
• Transient Characteristics of SCR and MOSFET.
• IGBT based 3 phase PWM inverter with 0.5 HP motor.
• Speed Control of DC Motor using 3 Phase Rectifier
• Speed Control of 3 Phase Induction Motor using PWM Inverter DSP based Closed Loop Drive for Induction Motor.
• Induction Motor Speed Control Using FPGA
• PLC based Drives VFD for Induction Motor
• Speed Control of Brushless DC Motor
• DSP based Chopper Fed DC Motor Drive
• Switched Reluctance Motor Drive using DSP

Power system Simulation Lab:
• Dimension – 24’0’’ × 38’5’’
• Around 49 students can utilize the lab effectively at a time.
• One server and 49 nodes
• 20kVA UPS
• The major software include
• ETAP 12.0
• Matlab 2011a
• C,C++
• Java
Control and Instrumentation Lab:
• Dimension – 24’0’’ × 38’5’’
• 6 batches (each batch of 3 students) of students can utilize the lab effectively at a time.
• The major equipments include
• Stepper motor controller trainer.
• PID Controller trainer.
• OP. AMP. Based PID Controller
• DC Position control
• Lead Lag Network Compensation Trainer
• AC Synchro Transmitter & Receiver Trainer
• Crompton DC Potentiometer
• Linear System Simulator
• AC Servomotor Trainer.
• Transducer Trainer
• AC Servomotor Trainer (100 Watts).
• PID with Temperature Controller
• DC Servomotor Controller trainer
• Linear System Simulator

Electric Circuit Lab:
• Dimension – 24’0’’ × 38’5’’
• 6 batches (each batch of 3 students) of students can utilize the lab effectively at a time.
• The major equipments include
• DSO
• Function Generator
• CRO 30 MHz
• RPS
• Digital Multimeter
• Decade Resistance ,Capacitance and Inductance Box