Full Course(Popular)
TK 32000
Course Fee TK 16000
Course Name: HOUSE WIRING AND INDUSTRIAL CONTROLLING
Class | Class Topic |
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01 | COMMERTIAL NAME OF HOUSE WIRING MATERIALS AND THEIR SELECTION. |
02 | HOUSE WIRING PRACTICAL PRACTICE. |
03 | TOTAL LOAD CALCULATION PROCEDURE OF A BUILDING. |
04 | HOUSE WIRING CABLE SPECIFICATION AND SELECTION. |
05 | INTRODUCTION TO PUSH BUTTON/SWITCHES/ROTARY SWITCHES ETC. |
06 | INTRODUCTION AND UNDERSTANDING OF SWITCHING CONTACTS- NO/NC TYPES. |
07 | GARMENTS MULTISTORIED BUILDING, FIRE ALARM CIRCUIT INSTALLATION DIAGRAM PRACTICAL PRACTICE. |
08 | SPECIFICATION, SELECTION & CONNECTION DIAGRAM OF MAGNETIC CONTACTOR. |
09 | THREE PHASE MOTOR CONTROL CIRCUIT PRACTICAL PRACTICE BY USING MAGNETIC CONTACTOR. |
10 | SPECIFICATION, AMPERE SELECTION & CONNECTION PROCEDURE OF SAFETY THERMAL OVERLOAD FOR MOTOR. |
11 | THREE PHASE MOTOR PROTECTION CONTROLLING CIRCUIT PRACTICAL PRACTICE BY USING THERMAL OVERLOAD. |
12 | INDUSTRIAL DOL (DIRECT ON LINE) SWITCH PREPARING & CONNECTION PROCEDURE. |
13 | SPECIFICATION, SELECTION & CONNECTION PROCEDURE OF 3 PH INDUCTION MOTOR. |
14 | MOTOR CHECKING PROCEDURE PRACTICAL PRACTICE BY USING MULTIMETER. |
15 | STAR AND DELTA CONNECTION PHYSICAL PRACTICE. |
16 | SPECIFICATION, SELECTION & CONNECTION DIAGRAM OF MAGNETIC RELAY. |
17 | LOAD CONTROLLING CIRCUIT PRACTICAL PRACTICE BY USING MAGNETIC RELAY. |
18 | THREE PHASE MOTOR CONTROL CIRCUIT PRACTICAL PRACTICE BY USING RELAY & MAGNETIC CONTACTOR. |
19 | INTRODUCTION TO PHASE FAILURE RELAY. |
20 | INDUSTRIAL THREE PHASE FAILURE RELAY PREPARING & CONNECTION PROCEDURE. |
21 | MOTOR PROTECTION CIRCUIT PRACTICAL PRACTICE BY USING PHASE FAILURE RELAY. |
22 | SPECIFICATION, SELECTION & CONNECTION DIAGRAM OF ON DELAY TIMER. |
23 | LOAD CONTROL CIRCUIT PRACTICAL PRACTICE BY USING ON DELAY TIMER. |
24 | THREE PHASE MOTOR CONTROLLING CIRCUIT PRACTICAL PRACTICE BY USING RELAY, ON DELAY TIMER & MAGNETIC CONTACTOR. |
25 | FUNCTION AND CONNECTION PROCEDURE OF OFF DELAY TIMER. |
26 | THREE PHASE MOTOR CONTROL CIRCUIT PRACTICAL PRACTICE BY USING OFF DELAY TIMER & MAGNETIC CONTACTOR. |
27 | CONNECTION AND SETTING PROCEDURE OF TWIN/SEQUENTIAL TIMER. |
28 | NAME AND SELECTION PROCEDURE OF VARIOUS INDUSTRIAL METERS. |
29 | MEASURING PROCEDURE PRACTICAL PRACTICE BY USING MULTIMETER. |
30 | MEASURING PROCEDURE PRACTICAL PRACTICE BY USING CLAMP ON METER. |
31 | MEASURING PROCEDURE PRACTICAL PRACTICE BY USING MEGGER TESTER |
32 | CONNECTION PROCEDURE PRACTICAL PRACTICE BY USING ANALOG VOLTMETER. |
33 | CONNECTION PROCEDURE PRACTICAL PRACTICE BY USING DIGITAL VOLTMETER WITH PROGRAMMING. |
34 | CONNECTION PROCEDURE PRACTICAL PRACTICE BY USING ANALOG AMMETER. |
35 | CONNECTION PROCEDURE PRACTICAL PRACTICE BY USING DIGITAL AMMETER WITH PROGRAMMING. |
36 | TRAFFIC SIGNAL CONTROLLING CIRCUIT PRACTICAL PRACTICE BY USING SEQUENTIAL TIMER |
37 | LOAD (TWO MINUTE ON & 30 SECOND REST) CONTROLLING CIRCUIT PRACTICAL PRACTICE BY USING TIMER. |
38 | AUTO WATER LEVEL CONTROLLING CIRCUIT PRACTICAL PRACTICE FOR MULTI-STOREYED BUILDING/ INDUSTRY. |
39 | MANUAL CHANGE OVER SWITCH CONNECTION PROCEDURE PRACTICAL PRACTICE FOR SUPPLYING DUEL POWER OF A MULTI STORED BUILDING. |
40 | AUTO TRANSFER SWITCH (ATS) CONTROLLING PROCEDURE FOR THREE PHASE LOAD AND PRACTICAL PRACTICE WITHOUT TIMER FOR GENERATOR & REB. |
41 | AUTO TRANSFER SWITCH (ATS) CONTROLLING PROCEDURE FOR THREE PHASE LOAD AND PRACTICAL PRACTICE WITH TIMER TO PROTECT REB FROM HUNTING CURRENT (FOR GENERATOR AND REB). |
42 | BUS BAR COPPER CALCULATION PROCEDURE AND PRACTICAL PRACTICE AS PER VARIATION OF LOAD. |
43 | SAFETY PANEL SWITCHING CONTROL BY USING LIMIT SENSOR OF POWER PLANT. |
44 | MODERN PROXIMITY (2 WIRE) SENSOR, SIGNALING METAL DETECTOR CIRCUIT PRACTICAL PRACTIC. |
45 | MODERN PROXIMITY (3 WIRE) SENSOR, SIGNALING METAL DETECTOR CIRCUIT PRACTICAL PRACTICE. |
46 | PHOTO SENSOR (5 WIRE) CIRCUIT PRACTICAL PRACTICE FOR LIFT. |
47 | MANUAL FORWARD AND REVERSE CONTROLLING CIRCUIT PRACTICAL PRACTICE FOR THREE PHASE MOTOR. |
48 | AUTO FORWARD AND REVERSE CONTROLLING CIRCUIT PRACTICAL PRACTICE USING TIMER FOR THREE PHASE MOTOR. |
49 | STAR DELTA 3 PHASE EASY CONNECTION PROCEDURE FROM MOTOR. |
50 | STAR DELTA 3 PHASE EASY CONNECTION PROCEDURE FROM MOTOR. |
51 | THREE PHASE MOTOR CONNECTION PROCEDURE USING STAR DELTA CONTROL CIRCUIT PRACTICAL PRACTICE. |
52 | ELECTRICAL TROUBLE SHOOTING PRACTICAL PRACTICE FROM INDUSTRIAL PANEL BOARD. |
53 | MPCB (MOTOR PROTECTION CIRCUIT BREAKER) HARDWARE DESCRIPTION & CONNECTION DIAGRAM. |
54 | MMS (MANUAL MOTOR STARTER) HARDWARE DESCRIPTION & CONNECTION DIAGRAM. |
55 | INDUSTRIAL CABLE SELECTION AND CHECKING PROCEDURE. |
56 | SINGLE LINE DIAGRAM PRACTICE FOR SUB STATION |
57 | BENEFIT OF USING POWER FACTOR FOR INDUSTRY. |
58 | ECONOMY POWER FACTOR IMPROVEMENT CAPACITOR SELECTION PROCEDURE. |
59 | P.F.I (POWER FACTOR IMPROVEMENT PLANT) CONTROL RELAY SELECTION, CONTROLLING AND CONNECTION & PRACTICAL PRACTICE. |
60 | P.F.I CONTROLLER PROGRAMMING & PARAMETER SELECTION. |
61 | FAMILIARIZATION WITH INDUSTRIAL DIODE, LED, ZENER DIODE, CHECKING AND PRACTICAL PRACTICE. |
62 | INTRODUCTION TO INDUCTOR, CAPACITOR & RESISTOR. |
63 | TC (THERMOCOUPLE) HARDWARE DESCRIPTION & CONNECTION DIAGRAM. |
64 | TEMPERATURE CONTROLLER CONNECTION PROCEDURE PRACTICAL PRACTICE WITH PROGRAMMING AND TROUBLE SHOOTING. |
VFD PROGRAMMING, INSTALLATION & TROUBLE SHOOTING COURSE CURRICULUM
Class | Topic |
---|---|
01 | EVERYTHING ABOUT VFD. |
02 | SPECIFICATION, SELECTION AND CONNECTION PROCEDURE OF THREE PHASE INDUCTION MOTOR. |
03 | MEASURING PROCEDURE PRACTICAL PRACTICE BY USING MULTIMETER. |
04 | MEASURING PROCEDURE PRACTICAL PRACTICE BY USING CLAMP ON METER |
05 | MOTOR CHECKING PROCEDURE FROM MULTIMETER. |
06 | STAR CONNECTION PHYSICAL PRACTICE. |
07 | DELTA CONNECTION PHYSICAL PRACTICE |
08 | VFD HARDWARE DESCRIPTION. |
09 | PRACTICAL CONNECTION OF MOTOR WITH INVERTER. |
10 | INTRODUCTION TO VFD EXTERNAL MODE. |
11 | VFD EXTERNAL MODE WIRING PRACTICAL PRACTICE. |
12 | VFD OPERATION MODE SELECTION |
13 | VFD PARAMETER SETTING. |
14 | VFD FAULT FINDING AND TROUBLE SHOOTING. |
PLC COURSE CURRICULUM: (BASIC TO ADVANCED)
Class | Class Topic |
---|---|
01 | BASIC CONCEPT OF PLC SOFTWARE DATA CABLE OF PLC. |
02 | OVERVIEW & INSTALLATION OF VARIUS PLC SOFTWARES FOR WINDOWS 10 |
03 | WIRING PROCESS OF PLC. |
04 | CLEARING SYNCING AND SOURCING CONCEPT BY USING THE WIRING EXAMPLE OF PNP AND NPN SENSORS. |
05 | LOAD CONTROLLING WITHOUT LATCHING CIRCUIT PRACTICAL PRACTICE IN PLC. |
06 | LOAD CONTROLLING IN SERIES CIRCUIT PRACTICAL PRACTICE IN PLC. |
07 | LOAD CONTROLLING IN PARALLEL CIRCUIT PRACTICAL PRACTICE IN PLC. |
08 | MULTIPLE LOAD CONTROLLING IN PARALLEL CIRCUIT USING ONE SINGLE INPUT PRACTICAL PRACTICE IN PLC. |
09 | INTRODUCTION TO INTERLOCKING AND LOAD CONTROLLING PRACTICAL PRACTICE IN PLC. |
10 | CONNECTING SWITCHES IN NO/NC AND CLEARING CONCEPT OF NO/NC PUSH BUTTON CONNECTION PRACTICAL PRACTICE IN PLC. |
11 | INTERLOCKING OF VARIOUS OUTPUTS USING MULTIPLE INPUTS LOGIC PRACTICAL PRACTICE 1. |
12 | INTERLOCKING OF VARIOUS OUTPUTS USING MULTIPLE INPUTS LOGIC PRACTICAL PRACTICE 2. |
13 | INTRODUCTION TO SET/RESET COMMAND AND LOAD CONTROLLING LOGIC PRACTICAL PRACTICE IN PLC. |
14 | INTERLOCKING OF VARIOUS OUTPUTS USING MULTIPLE INPUTS COMBINED WITH SET/RESET COMMAND PRACTICAL PRACTICE 1 |
15 | INTERLOCKING OF VARIOUS OUTPUTS USING MULTIPLE INPUTS COMBINED WITH SET/RESET COMMAND PRACTICAL PRACTICE 2. |
16 | INTRODUCTION TO POSITIVE AND NEGATIVE PULSE AND PRACTICAL PRACTICE USING PULSE COMMAND IN PLC. |
17 | INTRODUCTION TO VARIOUS TYPES OF TIMERS IN PLC. |
18 | LOAD CONTROLLING USING ON DELAY TIMER PRACTICAL PRACTICE 1. |
19 | MULTIPLE LOAD CONTROLLING USING DELAY TIMER PRACTICAL PRACTICE 2. |
20 | LOAD AUTO ON/OFF CONTROLLING CIRCUIT USING TIMER PRACTICAL PRACTICE 3. |
21 | LOAD AUTO ON/OFF CONTROLLING CIRCUIT USING TIMER PRACTICAL PRACTICE 4. |
22 | TURNING ON/OFF A MOTOR AND PUMP SEQUENTIALLY BY USING TIMER PRACTICAL PRACTICE IN PLC. |
23 | TURNING ON/OFF A LOAD ONLY BY A GIVEN PERIOD OF TIME ACCORDING TO THE OPERATOR PRACTICAL PRACTICE IN PLC. |
24 | TURNING ON/OFF A LOAD ONLY BY A GIVEN PERIOD OF TIME ACCORDING TO THE OPERATOR BY SETTING A CERTAIN FREQUENCY AND COMBINING AN ALARM IN THE LOGIC PRACTICAL PRACTICE. |
25 | FAMILIARIZATION WITH COMPARISON COMMANDS COMBINED WITH TIMER LOGIC & LOAD CONTROLLING PRACTICAL PRACTICE 1 |
26 | FAMILIARIZATION WITH COMPARISON COMMANDS COMBINED WITH TIMER LOGIC & LOAD CONTROLLING PRACTICAL PRACTICE 2 |
27 | FAMILIARIZATION WITH COMPARISON COMMANDS COMBINED WITH TIMER LOGIC & LOAD CONTROLLING PRACTICAL PRACTICE 3 |
28 | FAMILIARIZATION WITH COMPARISON COMMANDS COMBINED WITH TIMER LOGIC & LOAD CONTROLLING PRACTICAL PRACTICE 4 |
29 | DESIGNING A TRAFFIC LIGHT SIMULATOR LOGIC AS PER THE REQUIREMENT OF THE CONSUMER OR THE OPERATOR IN PLC. |
30 | FAMILIARIZATION WITH COUNTER COMMANDS AND LOAD CONTROLLING PRACTICAL PRACTICE IN PLC. |
31 | DESIGNING A LOGIC SUCH THAT AFTER CERTAIN PERIOD OF COUNTING LOAD SHOULD BE ON & THE COUNTER SHOULD BE RESET. |
32 | DESIGNING A BOTTLE COUNTING LOGIC USING COUNTER AND SENSOR PRACTICAL PRACTICE IN PLC. |
33 | FAMILIARIZATION WITH COMPARISON COMMANDS COMBINED WITH TIMER LOGIC & LOAD CONTROLLING PRACTICAL PRACTICE. |
34 | FAMILIARIZATION WITH “MOV” COMMAND AND PREPARE A LOAD CONTROLLING LOGIC BY COMBINING TIMERS IN THE LOGIC IN PLC. |
35 | DESIGN ANOTHER LOGIC TO CHANGE THE TIME OF THE ABOVE LOGIC USING INCREMENT AND DECREMENT COMMAND. |
36 | DESIGNING A LOGIC TO CONTROL THE RUN TIME OF AN OUTPUT BY VARYING THE TIME OF THE TIMER USING “MOV” COMMAND PRACTICAL PRACTICE IN PLC. |
37 | FAMILIARIZATION WITH ARITHMETIC COMMANDS IN PLC. |
38 | DESIGN THE SAME LOGIC AS CLASS 36 BUT TO CHANGE THE TIME USE “INCREMENT” & “DECREMENT” COMMAND. |
39 | FAMILIARIZATION WITH DIFFERENT TYPES OF DATA REGISTERS IN PLC. |
40 | FAMILIARIZATION WITH “SPECIAL BITS” IN PLC. |
41 | INTRODUCTION TO “BMOV” COMMAND. |
42 | DESIGN A LOGIC TO MOVE “BLOCK” OF INFORMATION FROM ONE DATA REGISTER TO ANOTHER. |
43 | INTRODUCTION TO “FMOV” COMMAND. |
44 | INTRODUCTION TO “CALL JUMP” COMMAND. |
45 | INTRODUCTION TO “INTERRUPT” COMMAND AND LOAD CONTROLLING PRACTICAL PRACICE. |
46 | INTRODUCTION TO “INVERT” COMMAND. |
47 | INTRODUCTION TO “MASTER CONTROL” COMMAND AND LOAD CONTROLLING PRACTICAL PRACTICE. |
48 | INTODUCTION TO “PULSE WIDTH MODULATION” COMMAND AND IT’S FEATURES. |
49 | DESIGNING A RETENTIVE TIMER USING DATA REGISTERS IN PLC. |
50 | INTRODUCTION TO “SEQUENCE COMMAND” AND LOAD CONTROLLING PRACTICAL PRACTICE. |
51 | PROGRAM READ/WRITE PROCESS USING DATA CABLE. |
52 | ONLINE MONITORING & TROUBLE SHOOTING PROCESS FROM PC/LAPTOP PRACTICAL PRACTICE |
53 | PROCESS OF CONTROLLING AC LOAD USING DC SUPPLY OR CONTROLLING DC LOAD USING AC SUPPLY PRACTICAL PRACTICE. |
54 | POWER SUPPLY & WIRING OF INPUTS PRACTICAL PRACTICE. |
55 | WIRING OF OUTPUTS PRACTICAL PRACTICE. |
HUMAN MACHINE INTERFACE (HMI) PROGRAMMING, CONNECTION & TROUBLE SHOOTING COURSE CURRICULUM
Class | Topic |
---|---|
01 | 1. INTRODUCTION TO HMI – UNDERSTANDING WIRING & INSTALLATION |
02 | 2. INTRODUCTION TO VARIOUS TYPES OF SWITCH (MOMENTARY, MAINTAINED, SET, RESET ETC.) |
03 | 3. SET/RESET BUTTON FUNCTIONS PRACTICAL PRACTICE. |
04 | 4. INTRODUCTION TO HMI DISPLAY ELEMENTS. |
05 | 5. BUTTON FUNCTIONS-SET CONSTANTS, INCREMENT & DECREMENT & PRACTICAL IMPLEMENTION ON LOADS. |
06 | 6. INTRODUCTION TO SIMPLE & MULTI STATE INDICATORS IN HMI & LOAD CONTROLLING PRACTICAL PRACTICE. |
07 | 7. INTRODUCTION T0 MULTI STATE BUTTONS IN HMI & LOAD CONTROLLING PRACTICAL PRACTICE. |
08 | 8. INTRODUCTION TO NUMERIC DISPLAY FOR DISPLAYING NUMBER, COUNTS OR PRODUCTION & LOAD CONTROLLING PRACTICAL PRACTICE. |
09 | 9. INTRODUCTION TO NUMERIC ENTRY FOR GIVING THE INPUT FROM HMI & LOAD CONTROLLING PRACTICAL PRACTICE. |
10 | 10. INTRODUCTION TO NUMERIC DISPLAY & GAIN SETTING IN NUMERIC DISPLAY |
11 | 11. INTRODUCTION TO MOVING SIGN & PRACTICAL IMPLEMENTATION |
12 | 12. OPERATING AND SETTING OF MULTIPLE SCREENS IN HMI & PRACTICAL IMPLEMENTATION. |
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