Description
This set up is designed to study the measurement procedure of Sequence impedence (Positive, negative, Zero), and Practical measurement & theoretical calculation of fault current by simulating various types of faults under low field voltage and measurement of Power angle of an alternator.
This set up consists of
- 3Ø Alternator with prime mover set up
- Control Panel with Fault simulation switches
Alternator Set Up
2 HP/3 phase Induction motor (MAKE : CG/Hawells/Siemens/Rotamotive) coupled with 1KVA / 3 phase / 1500rpm / Salient pole Rotor type / Rotating Field Alternator (Make : RAMSON). With all three phase terminals are brought out and terminated outside for impedance measurement experiments.
Make: Induction Motor –SIEMENS/CG/HAWELLS & Alternator – RAMSON
Control Panel
This control panel consists of
- One number of 2 HP (1.5KW) Variable frequency drive (VFD) is provided for Induction motor (Prime mover) speed control
- One number of potentiometer is provided for speed adjustment
- One number of variable DC Voltage source of 0-200vdc @2A is provided for Alternator field excitation
- Autotransformer with diode Rectifier is provided for field DC Voltage adjustment
- Digital DC Ammeter & Voltmeter is provided for Alternator field parameter measurements
- Digital AC Ammeter & Voltmeter is provided for Alternator stator parameter measurements
- Digital Speed indicator is provided for alternator speed measurement
- Fault simulating facility with Short circuit Current limiting resistor is provided for fault creation
- All are mounted on a nice cabinet with stickered front panel & 230VAC input with ON/OFF switch
Power Angle Characteristic
We will Provide the following facility/Features with our trainer to perform the Power Angle Characteristics of Alternator with infinite Bus bar
- One number of synchronizing panel with synchroscope, Dual Voltmeter , MCB & Indicators etc
- Digital display for Power angle measurement (Note: since alternators is 4 pole M/C –The maximum power angle variation is 2-10 degree )
For More Details , Contact : shanmugam@powerlabinstruments.com
