Alternator & Parallel Operation Experiment System
Model Number : GOTT-APOE-01
Brand: GOTT
C/O: Malaysia
PRODUCT DESCRIPTION
- The alternator will converts mechanical energy into electrical energy, by electro-magnetic induction
- This system provides a better understanding on the relations between the field excitation, rotor speed, the open circuit armature voltage and the short circuit current and also allows student to indicate whether two periodic motions are synchronous
- This module support large numbers of alternators in parallel and additional alternators must be switched in when demand rises
- It is a very versatile and complete training system for performing various experiments In electrical parallel operation
- Various components and equipment are assembled to suit the training purpose.
PRODUCT MODULES
DOUBLE VOLTMETER
CODE 190-001
Type: Moving Coil Mode: AC / DC Range: 0…250V, 0…500V
MOVING COIL VOLTMETER
CODE 190-002
Type: Moving Coil Mode: AC / DC Range: 0…15V, 0…30V
MOVING IRON VOLTMETER
CODE 190-003
Type: Moving Iron Mode: AC / DC Range: 0…600V
MOVING COIL AMMETER
CODE 190-004
Type: Moving Coil Mode: AC / DC Range: 0…100mA, 0…1000mA
MOVING IRON AMMETER
CODE 190-005
Type: Moving Iron Mode: AC / DC Range: 0…1A
MOVING IRON AMMETER
CODE 190-006
Type: Moving Iron Mode: AC / DC Range: 0…2.5A
DOUBLE FREQUENCY METER
CODE 190-007
Mode: AC / DC Rated Voltage: 240V & 415V Frequency Range: 45Hz…65Hz
DIGITAL WATT METER
CODE 190-008
Input: AC 240V, 50Hz 1-Phase
POWER FACTOR METER
CODE 190-009
Range: 0.5 (Lag)…1…0.5 (Lead)
ELECTRONIC TACHOMETER
CODE 190-010
RPM Range: 0…9999rpm Input: AC 240V, 50Hz 1-Phase
RESISTIVE LOAD
CODE 190-014
Resistance: 0Ω, 200Ω, 350Ω, 500Ω, 650Ω, 800Ω, 1kΩ No. of resistive load : 3
INDUCTIVE LOAD
CODE 190-015
Inductance: 0.15H, 0.3H, 0.45H, 0.6H, 0.75H, 0.9H, 1H No. of inductive load : 3
VARIABLE DC POWER SUPPLY
CODE 190-013
Output: 0…250VDC Input: AC 240V, 50Hz 1-Phase
SYNCHRONIZATION INDICATOR
CODE 190-019
Indicator Light 240VAC x 6 units Color: Red
PHASE SEQUENCE INDICATOR
CODE 190-020
To determine the phase sequence of three phase voltages
POWER CIRCUIT BREAKER
CODE 190-021
Contact: NO & NC Coil Voltage: 240VAC
THREE PHASE AC POWER SUPPLY
CODE 190-011
Pilot Lamps L1 , L2 & L3 Fault Current Circuit Breaker 3 Poles Motor Protection Switch 25A
Output: 0…240VAC x 3 units 0…415VAC
Input: AC 415V, 50Hz 3-Phase
THREE PHASE SUPPLY MODULE
CODE 190-012
Pilot Lamps L1, L2 & L3 Fault Current Circuit Breaker 3 Poles Motor Protection Switch 25A
Output: L1-N, L2-N, L3-N 240VAC L1-L2, L2-L3, L1-L3 415VAC
Input: AC 415V, 50Hz 3-Phase
CAPACITIVE LOAD
CODE 190-016
Capacitance: 1μF,2 μF,4 μF,8 μF,12 μF,14 μF,16 μF No. of capacitive load : 3
EXPERIMENT TRANSFORMER
CODE 190-017
Output: 0…42VAC/DC 0…24VAC/DC 0…12VAC/DC Input: AC 240V, 50Hz 1-Phase
SYNCHRONOSCOPE
CODE 190-018
To measure and display the frequency difference and phase angle between two power systems
DC COMPOUND MOTOR
CODE 159-001
- Power: 240W
- Voltage: 240VDC
- Current: 1A
- Speed: 1500rpm
- Excitation Voltage: 240VDC
- Excitation Current: 0.5A
TACHO GENERATOR
CODE 159-024
- Speed : 2000rpm
- Output : Max. 20VDC
WOUND ROTOR INDUCTION MACHINE
CODE 190-024
- Power: 100W
- Voltage: 415VAC
- Current: 0.55A
- Excitation Voltage: 12VDC
- Speed: 1400rpm
- Connection: Δ & Υ
THREE PHASE SYNCHRONOUS GENERATOR
CODE 159-005
- Power: 170W
- Voltage: 415VAC
- Current: 0.43A
- Excitation Voltage: 12VDC
- Excitation Current: 1.4A
- Speed: 1500rpm
- Connection: Star
DC SEPARATELY EXCITED MACHINE
CODE 159-002
- Power: 240W
- Voltage: 240VDC
- Current: 1.0A
- Excitation Voltage: 240VDC
- Excitation Current: 1.0A
- Speed: 1500rpm
ROTATE SPEED SENSOR
CODE 159-018
Used with DC Motor Control Unit/ Tachometer
SAFETY CONNECTING LEAD
CODE 237-001
4mm connecting leads
VERTICAL FRAME
CODE 297-000
- High Level: Din Standard A4 with two shelves
- Material: Alumunium Side Frame: T shape
- Size: 3-Layer 1450mm Length
EXPERIMENT MANUAL
CODE 190-025
EXPERIMENT TOPICS :
- Effective Resistance of an Alternator
- Mechanical & Iron Losses of a Synchronous Generator
- Synchronous Generator Parameters &Open Circuit
- Ohmic & Stray losses of a Synchronous Generator
- Synchronous Generator Parameters & Short Circuit
- Synchronous Reactance of Open & Short Circuit
- Conventional Efficiency of Open & Short Circuit
- Synchronize the Three-phase alternators by using lamp method & synchronous scope
- Response of the alternator on a constant voltage constant frequency system
Manuals :
- All manuals are written in English.
- Model Answer
- Teaching Manuals
General Terms :
- Accessories will be provided where applicable
- Manuals & Training will be provided where applicable
- Designs & Specifications are subject to change without notice
- We reserve the right to discontinue the manufacturing of any product
Warranty : 2 Years