Overview of PLC
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promo (3:28)
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1.1 Introduction to PLC (5:54)
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1.2 Block Diagram of PLC (3:46)
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1.3 Working Principle of PLC (Scan Time and Scan Cycle of PLC) (7:32)
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1.4 What is Sink and Source concept (11:34)
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1.5 PNP and NPN wiring of sensor with PLC (Example Sink and Source Input) (13:25)
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1.6 Wiring Connection and Communication of PLC (7:07)
Basics of Omron PLC
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Introduction to Omron PLC (2:35)
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Functions and features of Omron PLC (6:18)
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Software Interfacing for Omron PLC (6:10)
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Addressing Format in Omron PLC (8:16)
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Programming Language of PLC with Basic Example (15:44)
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Basic Programming Rule 1 (1:48)
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Basic Programming Rule 2 (2:35)
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Basic Programming Rule 3 (2:16)
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Basic Programming Rule 4 (2:20)
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Basic Programming Rule 5 (1:22)
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Basic Programming Rule 6 (1:30)
Bit Logic and Latching and Unlatching Concept
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Bit Logics (NO Type) (10:53)
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Bit Logics (NC Type and Output Coil) (9:58)
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Ladder Logic Program for Boolean Expression (8:01)
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Logic Gates (AND & OR Gate) (8:09)
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Logic Gates (AND & OR Gate) in Software (10:48)
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Logic Gates (NAND & NOR Gate) (10:18)
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Logic Gates (NAND & NOR Gate) in Software (11:19)
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Logic Gates (EX-OR & EX-NOR Gate) (11:30)
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Logic Gates (EX-OR & EX-NOR Gate) in Software (15:26)
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Introduction to Latching (Holding) and Unlatching Concept (12:02)
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Latching (Holding) and Unlatching Concept in Software (13:24)
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Latching and Unlatching Problem-1 (3:43)
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Latching and Unlatching Problem-1 Solution Explanation (10:05)
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Latching and Unlatching Problem-1 Solution in Software (11:16)
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Interlocking Concept (11:00)
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Interlocking Concept in Software (13:25)
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Introduction of Set and Reset Instruction (11:07)
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Set and Reset Instruction in Software (5:41)
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Differential Up and Down Instructions (8:08)
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Problems-1 with Solution (8:41)
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Problems-2 with Solution (14:15)
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Problems-3 with Solution (12:52)
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Problems-4 with Solution (6:47)
Timer
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Introduction to Timer (17:39)
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How to provide Pre-Set value in Timer (8:42)
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Non-Retentive Timer (2:25)
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Non-Retentive Timer (TIM and TIMX) Part-1 (11:09)
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Non-Retentive Timer (TIM and TIMX) Part-2 (13:00)
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Non-Retentive Timer (TIMH and TIMHX) (17:20)
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Non-Retentive Timer (TMHH and TMHHX) (12:20)
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Retentive (Accumulative) Timer (TTIM and TTIMX) (14:19)
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Problem-1 with Explanation (4:02)
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Problem-1 Solution in Software (5:25)
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Problem-2 with Explanation (4:18)
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Problem-2 Solution in Software (5:48)
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Problem-3 (Traffic Light) (2:08)
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Problem-3 Solution Explanation (9:41)
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Problem-3 Solution in Software (9:33)
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Problem-4 (Based on Bit Logix and Timer) (9:07)
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Problem-4 Solution Explanation (19:37)
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Problem-4 Solution in Software (16:45)
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How to create Flickr Bits (9:42)
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How to increase time delay capabilities of timers method 1st (11:57)
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How to increase time delay capabilities of timers method 2nd (17:17)
Counter
Compare Instruction (= =, , > =, and
Mathematical Instruction
Move, Keep, Increment and Decrement Instruction
Program Control Instruction
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Introduction of Program Control Instruction (4:48)
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Introduction of Sequence Control Function (10:03)
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Introduction of CJP, JMP and JME Instruction (15:21)
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CJP, JMP and JME Instruction in Software (9:16)
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Introduction of Subroutine Instruction (11:05)
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Subroutine Instruction (SBS, SBN and RET) (14:25)
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Subroutine Instruction (SBS, SBN and RET) in Software (8:02)
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Introduction of IL and ILC Instruction (6:20)
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IL and ILC Instruction in Software (5:15)
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Problem-1 Based on CJP and JMP (6:00)
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Problem-1 Solution with Explanation (22:26)
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Problem-1 Solution in Software Part-1 (16:27)
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Problem-1 Solution in Software Part-2 (8:16)
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Problem-2 Based on Subroutine (3:50)
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Problem-2 Solution with Explanation (16:10)
