ME 2305 –Applied Hydraulics and Pneumatics Notes on Lesson Class : III – Year Mechanical Engg., A & B Section, 2009 Batch. A & B Section, 2009 Batch. 1. - презентация

1 ME 2305 –Applied Hydraulics and Pneumatics Notes on Lesson Class : III – Year Mechanical Engg., A & B Section, 2009 Batch. A & B Section, 2009 Batch. 1

2 Index 1.Class Test Plan-Slide 3 2.Self Study Topics-Slide 4 3.Class Seminar Topics-Slide 5 4.Weekly Assignments-Slide 6 – 8 5.Open Book Test-Slide 9 6.Notes on Lesson-Slide 10 to 84 Lecturer Hour Activities Lecturer Hour Activities Tutorial Hours Details Tutorial Hours Details 7.Doubt Clarification Session- Slide 85 to 87 8.Recap Session Details – Slide 88 to 91 2

3 Class Test Plan S.No. Test No. DateSyllabus1.I Unit I 2.II Pumps (Gear, vane, Piston) 3.III DCV, PCV 4.IV Accumulator, Intensifier 5.V FRL, Compressors, Air control valves 6.VI Fluid Power Circuits 7.VII Cascade methods 8.VIII PLC 3

4 Self Study Topic S.No.Unit 1.I Losses in pipes, Valves and Fittings 2.II Rotary Actuators 3.III Relays & Solenoids 4.IV Properties of Air 5.V Failures and Trouble Shooting 4

5 Class Seminar Topics S.No.Unit Class Seminars Topic 1.I Application of Pascals Law (3 application) 2.II Hydraulic Actuators 3.III Application of Intensifier Circuit 4.IV Properties of air and compressors 5.V Application of Fluid power Circuit 5

6 Guidelines for Writing Weekly Assignments Assignments should be submitted on or before the last date before A.M. Assignments should be submitted on or before the last date before A.M. Assignments should be written only in the college assignment notebooks. Assignments should be written only in the college assignment notebooks. Assignments should be written using blue or black pen. Assignments should be written using blue or black pen. Assignments should be neat and legible. Assignments should be neat and legible. Viva questions will be asked during the submission time. If not answered then that assignment should be repeated again. Viva questions will be asked during the submission time. If not answered then that assignment should be repeated again. Doubts related to the assignments can be cleared at any time. Doubts related to the assignments can be cleared at any time. Assignments should be collected back on the next day of submission. Assignments should be collected back on the next day of submission. Assignments carries 20 % of internal marks Assignments carries 20 % of internal marks 6

7 Weekly Assignment Plan 7 Ass. No. Date Of Assign. Assignment Last Date of Submission 130-Jun-11 Advantage and Application of Fluid Power Systems Advantage and Application of Fluid Power Systems4-Jul Jul-11 Various Fluid Power Symbols (Min of 30 Symbols) Various Fluid Power Symbols (Min of 30 Symbols)11-Jul Jul-11 Any 3 Application of Pascal's Law - Explain Any 3 Application of Pascal's Law - Explain18-Jul Jul-11 Explain the basis of Hydraulics 25-Jul Jul-11 Explain the various losses in pipes, valves and fittings. 1-Aug Aug-11 Draw the Diagram of Gear, Vane and Piston Pump Draw the Diagram of Gear, Vane and Piston Pump8-Aug Aug-11 Differentiate Gear, Vane and Piston Pump Differentiate Gear, Vane and Piston Pump15-Aug Aug-11 Explain Cylinder Cushioning Explain Cylinder Cushioning22-Aug Aug-11 Draw the DCV, PCV, FCV (Min. of 12 dig.) Draw the DCV, PCV, FCV (Min. of 12 dig.)29-Aug Sep-11 Explain any 3 application of Hydraulic circuits Explain any 3 application of Hydraulic circuits5-Sep-11 Cont …

8 8 118-Sep-11 Explain Intensifier Circuit Explain Intensifier Circuit12-Sep Sep-11 Explain FRL Explain FRL19-Sep Sep-11 Explain Air control valves Explain Air control valves26-Sep Sep-11 Explain Sequence and Synchronize circuit Explain Sequence and Synchronize circuit3-Oct Oct-11 Draw A+B+C+D+D-C-B-A- Draw A+B+C+D+D-C-B-A-10-Oct Oct-11 Draw A+A-B+B-C+C-D+C- Draw A+A-B+B-C+C-D+C-17-Oct Oct-11 Explain Fluidics Logic Gates Explain Fluidics Logic Gates24-Oct Oct-11 Explain ladder Diagram Explain ladder Diagram31-Oct Nov-11 Explain Low Cost Automation 07-Nov-11 Ass. No. Date Of Assign. Assignment Last Date of Submission

9 Open Book Test Plan S.No. Unit test Only Diagrams and circuits 1.I Application of Pascal's law 2.II Pump and valve diagrams 3.III Hydraulics Circuits 4.IV Cascade and pneumo Circuits 5.V Hydride Circuits 9

10 Class : 1 Date : Unit : IPeriod : 3 LH / TH : LH Topic : Introduction to subject & syllabus review Introduction about the subject. Introduction about the subject. Objective of the Subject Objective of the Subject Need of the hydraulics and pneumatics Need of the hydraulics and pneumatics Industrial applications Industrial applications Advanced technologies. Advanced technologies. Scope for the project work. Scope for the project work. Brief explanation on unit I, II, III, IV, V. Brief explanation on unit I, II, III, IV, V. 10

11 Class : 2Date : Unit : IPeriod : 3 LH / TH : LH Topic : Introduction to fluid power Explanation about Fluid. Explanation about Fluid. Explanation about Fluid power. Explanation about Fluid power. Application of fluid power. Application of fluid power. Advantage and disadvantage of fluid power. Advantage and disadvantage of fluid power. 11

12 Class : 3Date : Unit : IPeriod : 4 LH / TH : LH Topic : Advantages of fluid power Detailed discussion on the advantages of the fluid power system. Detailed discussion on the advantages of the fluid power system. 12

13 Class : 4Date : Unit : IPeriod : 7 LH / TH : LH Topic : Application of fluid power system Various applications of the fluid power systems. Various applications of the fluid power systems. Merits and demerits of those systems. Merits and demerits of those systems. Simple circuit of those systems. Simple circuit of those systems. 13

14 Class : 5Date : Unit : IPeriod : 3 LH / TH : LH Topic : Types of fluid power systems Classification of fluid power system Classification of fluid power system Brief description of fluid power system Brief description of fluid power system Merits and demerits of the fluid power system Merits and demerits of the fluid power system 14

15 Class : 6Date : Unit : IPeriod : 3 LH / TH : LH Topic : Properties of hydraulic fluids, General types of fluids Fluid and its classification Fluid and its classification Properties of the fluids. Properties of the fluids. Advantage of the fluid properties Advantage of the fluid properties Properties of the hydraulic fluids. Properties of the hydraulic fluids. Application of fluids and the hydraulic fluids. Application of fluids and the hydraulic fluids. 15

16 Class : 7Date : Unit : IPeriod : 4 LH / TH : TH Topic : Fluid power symbols Various fluid power system symbols and explanation. Various fluid power system symbols and explanation. How to differentiate the various fluid power symbols. How to differentiate the various fluid power symbols. Practices to draw the various fluid power symbols. Practices to draw the various fluid power symbols. 16

17 Class : 8Date : Unit : IPeriod : 7 LH / TH : LH Topic : Basics of hydraulics Basic hydraulic circuit. Basic hydraulic circuit. Basic essential components. Basic essential components. Functions of the hydraulic components. Functions of the hydraulic components. Working of the hydraulic components and circuits. Working of the hydraulic components and circuits. 17

18 Class : 9Date : Unit : IPeriod : 3 LH / TH : TH Topic : Basics of hydraulics, Applications of Pascals law Basics of the Hydraulics. Basics of the Hydraulics. Pascal law Pascal law Various applications of the Pascals law. Various applications of the Pascals law. Student Seminars. Student Seminars. 18

19 Class : 10Date : Unit : IPeriod : 3 LH / TH : LH Topic : Laminar and turbulent flow, Reynoldss number, Darcys equation Explanation on laminar and turbulent flow with application and examples. Explanation on laminar and turbulent flow with application and examples. Difference between Laminar and Turbulent Flow. Difference between Laminar and Turbulent Flow. Reynolds Number – Experimental setup, derivation and application. Reynolds Number – Experimental setup, derivation and application. Darcy's Equation – derivation, equation and its application. Darcy's Equation – derivation, equation and its application. 19

20 Class : 11Date : Unit : IPeriod : 4 LH / TH : TH Topic : Laminar and turbulent flow, Reynoldss number, Darcys equation Application, Problems and applications with real time examples 20

21 Class : 12Date : Unit : IPeriod : 7 LH / TH : LH Topic : Losses In Pipe, Valves And Fittings Various connecting devices in the Hydraulic Circuits. Various connecting devices in the Hydraulic Circuits. Efficiency of the system. Efficiency of the system. Effects of leakage and losses of oil. Effects of leakage and losses of oil. Effect due to losses in pipes. Effect due to losses in pipes. Effects due losses in Valves. Effects due losses in Valves. Effects due to losses in Fittings. Effects due to losses in Fittings. 21

22 Class : 13Date : Unit : IIPeriod : 3 LH / TH : LH Topic : Pumping Theory, Pump Classification Simple laws on pressure and volume. Simple laws on pressure and volume. Basics of Pumping Theory. Basics of Pumping Theory. Working Procedure of the Rotary and reciprocating pumps. Working Procedure of the Rotary and reciprocating pumps. Various types of pumps and descriptions. Various types of pumps and descriptions. 22

23 Class : 14Date : Unit : IPeriod : 3 LH / TH : - Topic : Class Test I : Unit I topics Basic Hydraulic circuit and its component explanations. Basic Hydraulic circuit and its component explanations. Various losses in Hydraulic circuits. Various losses in Hydraulic circuits. Brief Explanation on laminar, turbulent, Reynolds number, and Darcy equation. Brief Explanation on laminar, turbulent, Reynolds number, and Darcy equation. Properties and application of Fluid Power system. Properties and application of Fluid Power system. Applications of Pascal's law Applications of Pascal's law 23

24 Class : 15Date : Unit : IPeriod : 4 LH / TH : Topic : Class Test I : Unit I topics 24 Basic Hydraulic circuit and its component explanations. Various losses in Hydraulic circuits. Brief Explanation on laminar, turbulent, Reynolds number, and Darcy equation. Properties and application of Fluid Power system. Applications of Pascal's law

25 Class : 16Date : Unit : IIPeriod : 7 LH / TH : LH Topic : Gear pump construction and working of pumps pump performance Basics and working principle of the Gear pump. Basics and working principle of the Gear pump. Derivation for efficiency calculation of the gear pump. Derivation for efficiency calculation of the gear pump. Merits and demerits of the gear pump. Merits and demerits of the gear pump. Various types of the Gear pump. Various types of the Gear pump. Application of the gear pump. Application of the gear pump. 25

26 Class : 17Date : Unit : IIPeriod : 3 LH / TH : TH Topic : Gear pump construction and working of pumps pump performance Brief Explanation on the various types of the gear pumps and its operating principle. Brief Explanation on the various types of the gear pumps and its operating principle. Efficiency calculation of the various gear pumps. Efficiency calculation of the various gear pumps. Merits and demerits of the various types of the gear pumps. Merits and demerits of the various types of the gear pumps. 26

27 Class : 18Date : Unit : IIPeriod : 3 LH / TH : LH Topic : Vane pump construction and working of pumps pump performance Basics and working principle of the Vane pump. Basics and working principle of the Vane pump. Derivation for efficiency calculation of the Vane pump. Derivation for efficiency calculation of the Vane pump. Merits and demerits of the Vane pump. Merits and demerits of the Vane pump. Various types of the Vane pump. Various types of the Vane pump. Application of the Vane pump. Application of the Vane pump. 27

28 Class : 19Date : Unit : IIPeriod : 4 LH / TH : TH Topic : Vane pump construction and working of pumps pump performance Brief Explanation on the various types of the vane pumps and its operating principle. Brief Explanation on the various types of the vane pumps and its operating principle. Efficiency calculation of the various vane pumps. Efficiency calculation of the various vane pumps. Merits and demerits of the various types of the vane pumps. Merits and demerits of the various types of the vane pumps. 28

29 Class : 20Date : Unit : IIPeriod : 7 LH / TH : LH Topic : Piston pump construction and working of pumps pump performance Basics and working principle of the Piston pump. Basics and working principle of the Piston pump. Derivation for efficiency calculation of the Piston pump. Derivation for efficiency calculation of the Piston pump. Merits and demerits of the Piston pump. Merits and demerits of the Piston pump. Various types of the Piston pump. Various types of the Piston pump. Application of the Piston pump. Application of the Piston pump. 29

30 Class : 21Date : Unit : IIPeriod : 3 LH / TH : TH Topic : Piston pump construction and working of pumps pump performance Brief Explanation on the various types of the Piston pumps and its operating principle. Brief Explanation on the various types of the Piston pumps and its operating principle. Efficiency calculation of the various Piston pumps. Efficiency calculation of the various Piston pumps. Merits and demerits of the various types of the Piston pumps. Merits and demerits of the various types of the Piston pumps. 30

31 Class : 22Date : Unit : IIPeriod : 3 LH / TH : LH Topic : Variable displacement pumps Basics and working principle of the Variable displacement pump. Basics and working principle of the Variable displacement pump. Derivation for efficiency calculation of the Variable displacement. Derivation for efficiency calculation of the Variable displacement. Merits and demerits of the Variable displacement Merits and demerits of the Variable displacement Various types of the Variable displacement. Various types of the Variable displacement. Application of the Variable displacement Application of the Variable displacement 31

32 Class : 23Date : Unit : IIPeriod : 4 LH / TH : LH Topic : Linear hydraulic actuators Basics and working principle of the hydraulic actuators. Basics and working principle of the hydraulic actuators. Derivation for efficiency calculation of the hydraulic actuators. Derivation for efficiency calculation of the hydraulic actuators. Merits and demerits of the hydraulic actuators Merits and demerits of the hydraulic actuators Various types of the hydraulic actuators. Various types of the hydraulic actuators. Application of the hydraulic actuators Application of the hydraulic actuators 32

33 Class : 24Date : Unit : IIPeriod : 7 LH / TH : LH Topic : Types of hydraulic cylinders, Single acting, double acting Various Types of Hydraulic Cylinders. Various Types of Hydraulic Cylinders. Working principle and the applications. Working principle and the applications. Single Acting Cylinder and its performance measurements. Single Acting Cylinder and its performance measurements. Double acting Cylinder and its performance measurements. Double acting Cylinder and its performance measurements. 33

34 Class : 25Date : Unit : IIPeriod : 3 LH / TH : LH Topic : Special cylinders like tandem, rod less, telescopic, cushioning mechanism Various types of special cylinders and its applications. Various types of special cylinders and its applications. Tandem cylinder. Tandem cylinder. Rod less Cylinder. Rod less Cylinder. Telescopic cylinder. Telescopic cylinder. Cylinder Cushioning. Cylinder Cushioning. 34

35 Class : 26Date : Unit : IIPeriod : 3 LH / TH : LH Topic : Class Test II : Pump Any Three Questions Any Three Questions –External Gear Pump. –Balanced vane Pump. –Radial Piston Pump. –Cylinder Cushioning. 35

36 Class : 27Date : Unit : IIPeriod : 4 LH / TH : LH Topic : Class Test II : Pump 36 Any Three Questions External Gear Pump. Balanced vane Pump. Radial Piston Pump. Cylinder Cushioning.

37 Class : 28Date : Unit : IIPeriod : 7 LH / TH : LH Topic : Rotary actuators :gear, vane and piston motors Rotary Actuators – types and its various applications. Rotary Actuators – types and its various applications. Gear actuator and its various types. Gear actuator and its various types. Vane Actuator and its Various types. Vane Actuator and its Various types. Piston actuator and its Various types. Piston actuator and its Various types. 37

38 Class : 29Date : Unit : IIIPeriod : 3 LH / TH : LH Topic : Director control valve – 3/2 way valve Valves Valves Application of Valves. Application of Valves. Various types of valves. Various types of valves. Principle of DCV Principle of DCV 3/2 way DCV. 3/2 way DCV. 38

39 Class : 30Date : Unit : IIIPeriod : 3 LH / TH : LH Topic : 4/2 way valve 4/2 way DCV 4/2 way DCV 39

40 Class : 31Date : Unit : IIIPeriod : 4 LH / TH : LH Topic : Shuttle valve – check valve Various other Direction Control Valves. Various other Direction Control Valves. Shuttle Valves. Shuttle Valves. Check Valve. Check Valve. Various other valve. Various other valve. 40

41 Class : 32Date : Unit : IIIPeriod : 7 LH / TH : LH Topic : Pressure control valve – pressure reducing valve Pressure Control valve and its applications. Pressure Control valve and its applications. Working principle of the PCV. Working principle of the PCV. Various types of pressure regulating valves. Various types of pressure regulating valves. Pressure control valve. Pressure control valve. Pressure reducing valve. Pressure reducing valve. 41

42 Class : 33Date : Unit : IIIPeriod : 3 LH / TH : LH Topic : Sequence valve, Flow control valve – fixed and adjustable Working principle of sequence valve. Working principle of sequence valve. Flow control devices and its applications. Flow control devices and its applications. Various flow control valves. Various flow control valves. Fixed flow control valve Fixed flow control valve Variable flow control valve. Variable flow control valve. 42

43 Class : 34Date : Unit : IIIPeriod : 7 LH / TH : LH Topic : Electrical control solenoid valves, relays, Ladder diagram Electrical control valves and its advantages. Electrical control valves and its advantages. Various electrical control valves based on applications. Various electrical control valves based on applications. Solenoid valves. Solenoid valves. Relays. Relays. Ladder diagram and its applications. Ladder diagram and its applications. 43

44 Class : 35Date : Unit : IIIPeriod : 3 LH / TH : TH Topic : Electrical control solenoid valves, relays, Ladder diagram Various electrical control valves based on applications. Various electrical control valves based on applications. Ladder diagram and its applications. Ladder diagram and its applications. With Circuits. With Circuits. 44

45 Class : 36Date : Unit : IIIPeriod : 3 LH / TH : Topic : Class Test III : Valves Any 3 Questions Any 3 Questions –3/2 DCV valve –Pressure Reducing valve – Shuttle valve, check valve and sequence valve –Ladder Diagram. 45

46 Class : 37Date : Unit : IIIPeriod : 4 LH / TH : - Topic : Class Test III : Valves Any 3 Questions Any 3 Questions –3/2 DCV valve –Pressure Reducing valve – Shuttle valve, check valve and sequence valve –Ladder Diagram. 46

47 Class : 38Date : Unit : IIIPeriod : 7 LH / TH : LH Topic : Types of accumulators, sizing of accumulators Accumulator. Accumulator. Application of Accumulator. Application of Accumulator. Various types of accumulator. Various types of accumulator. Sizing of accumulator. Sizing of accumulator. 47

48 Class : 39Date : Unit : IIIPeriod : 3 LH / TH : LH Topic : Accumulators circuits 4 Application circuits of accumulator. 4 Application circuits of accumulator. 48

49 Class : 40Date : Unit : IIIPeriod : 3 LH / TH : TH Topic : Accumulators circuits 4 Application circuits of accumulator. 4 Application circuits of accumulator. 49

50 Class : 41Date : Unit : IIIPeriod : 4 LH / TH : LH Topic : Intensifier, applications of intensifier, intensifier circuit. Intensifier. Intensifier. Application of Intensifiers. Application of Intensifiers. Operating principle of intensifier. Operating principle of intensifier. 50

51 Class : 42Date : Unit : IIIPeriod : 7 LH / TH : TH Topic : Intensifier – applications of intensifier – intensifier circuit. Intensifier – application circuits Intensifier – application circuits 51

52 Class : 43Date : Unit : IVPeriod : 3 LH / TH : LH Topic : Introduction to pneumatics, properties of air Pneumatics. Pneumatics. Need for pneumatics. Need for pneumatics. Comparison of hydraulics and pneumatics. Comparison of hydraulics and pneumatics. Application, advantages and disadvantage. Application, advantages and disadvantage. Properties of Air. Properties of Air. 52

53 Class : 44Date : Unit : IIIPeriod : 3 LH / TH : Topic : Class test IV : Accumulator & Intensifier Any Three Circuits with flow diagram. Any Three Circuits with flow diagram. –Application of accumulator. –Application of Intensifier. 53

54 Class : 45Date : Unit : IIIPeriod : 4 LH / TH : Topic : Class test IV : Accumulator & Intensifier Any Three Circuits with flow diagram. Any Three Circuits with flow diagram. –Application of accumulator. –Application of Intensifier. 54

55 Class : 46Date : Unit : IVPeriod : 7 LH / TH : LH Topic : Compressors Compressor Compressor Working principle Working principle Types of compressor Types of compressor Application, Advantage, and disadvantage of compressors. Application, Advantage, and disadvantage of compressors. 55

56 Class : 47Date : Unit : IVPeriod : 3 LH / TH : LH Topic : Filter, regulator, lubricator unit Construction and working principle of Filter, Regulator and Lubricator. Construction and working principle of Filter, Regulator and Lubricator. 56

57 Class : 48Date : Unit : IVPeriod : 3 LH / TH : LH Topic : Air control valves, quick exhaust valves Air control valves and its application circuits. Air control valves and its application circuits. Quick exhaust valves and its application circuits. Quick exhaust valves and its application circuits. 57

58 Class : 49Date : Unit : IVPeriod : 4 LH / TH : LH Topic : Pneumatic actuators Pneumatic actuators. Pneumatic actuators. Various types of the pneumatic actuators. Various types of the pneumatic actuators. Application of pneumatic actuators. Application of pneumatic actuators. 58

59 Class : 50Date : Unit : IVPeriod : 7 LH / TH : LH Topic : Fluid power circuit design Various types of fluid power application with circuit designs. Various types of fluid power application with circuit designs. 59

60 Class : 51Date : Unit : IVPeriod : 3 LH / TH : LH Topic : Speed control circuits, synchronizing circuit, penumo hydraulic circuit, sequential circuit Various speed control circuits. Various speed control circuits. synchronizing circuit design, synchronizing circuit design, penumo hydraulic circuit, penumo hydraulic circuit, sequential circuit. sequential circuit. 60

61 Class : 52Date : Unit : IVPeriod : 3 LH / TH : LH Topic : Class Test V : Compressor and valves Various types of compressors. Various types of compressors. Circuits using pneumatic valves Circuits using pneumatic valves 61

62 Class : 53Date : Unit : IVPeriod : 4 LH / TH : LH Topic : Class Test V : Compressor and valves Various types of compressors. Various types of compressors. Circuits using pneumatic valves Circuits using pneumatic valves 62

63 Class : 54Date : Unit : IVPeriod : 7 LH / TH : TH Topic : Speed control circuits, synchronizing circuit, penumo hydraulic circuit, sequential circuit Various speed control circuits. Various speed control circuits. synchronizing circuit design, synchronizing circuit design, penumo hydraulic circuit, penumo hydraulic circuit, sequential circuit. sequential circuit. 63

64 Class : 55Date : Unit : IVPeriod : 3 LH / TH : TH Topic : Speed control circuits, synchronizing circuit, penumo hydraulic circuit, sequential circuit Various speed control circuits. Various speed control circuits. synchronizing circuit design, synchronizing circuit design, penumo hydraulic circuit, penumo hydraulic circuit, sequential circuit. sequential circuit. 64

65 Class : 56Date : Unit : IVPeriod : 3 LH / TH : LH Topic : Class Test VI : Fluid power Circuits Any three circuits with flow diagram Any three circuits with flow diagram –Various speed control circuits. –synchronizing circuit design, –penumo hydraulic circuit, –sequential circuit. 65

66 Class : 57Date : Unit : IVPeriod : 4 LH / TH : LH Topic : Class Test VI : Fluid power Circuits Any three circuits with flow diagram Any three circuits with flow diagram –Various speed control circuits. –synchronizing circuit design, –penumo hydraulic circuit, –sequential circuit. 66

67 Class : 58Date : Unit : IVPeriod : 7 LH / TH : LH Topic : Design for simple applications using cascade method Cascade method – circuit design procedure and application Cascade method – circuit design procedure and application 67

68 Class : 59Date : Unit : IVPeriod : 3 LH / TH : LH Topic : Design for simple applications using cascade method Cascade method – circuit design Cascade method – circuit design 68

69 Class : 60Date : Unit : VPeriod : 3 LH / TH : TH Topic : Design for simple applications using cascade method Cascade method – circuit design Cascade method – circuit design 69

70 Class : 61Date : Unit : VPeriod : 4 LH / TH : LH Topic : Servo systems – hydro mechanical servo systems. Application circuit for servo system. Application circuit for servo system. Application circuit for hydro mechanical system Application circuit for hydro mechanical system Application circuit for hydro mechanical servo system. Application circuit for hydro mechanical servo system. 70

71 Class : 62Date : Unit : VPeriod : 7 LH / TH : LH Topic : Electro hydraulic servo systems & proportional valves Application of circuits using electro servo system Application of circuits using electro servo system Application circuit using proportional valves. Application circuit using proportional valves. 71

72 Class : 63Date : Unit : VPeriod : 3 LH / TH : LH Topic : Introduction to fluidic devices Fluidics devices. Fluidics devices. Application of fluidics Application of fluidics Working principle of fluidics Working principle of fluidics Advantages and disadvantage of fluidics. Advantages and disadvantage of fluidics. 72

73 Class : 64Date : Unit : VPeriod : 3 LH / TH : LH Topic : Class Test VII : Cascade Method Cascade circuit design Cascade circuit design 73

74 Class : 65Date : Unit : IVPeriod : 4 LH / TH : LH Topic : Class Test VII : Cascade Method Cascade circuit design Cascade circuit design 74

75 Class : 66Date : Unit : VPeriod : 7 LH / TH : LH Topic : simple circuits Application circuits using fluidics. Application circuits using fluidics. 75

76 Class : 67Date : Unit : VPeriod : 3 LH / TH : TH Topic : simple circuits Application circuits using fluidics. Application circuits using fluidics. 76

77 Class : 68Date : Unit : VPeriod : 3 LH / TH : LH Topic : Introduction to electro hydraulic pneumatic logic circuits Logics Logics Logic gates. Logic gates. Electro hydraulic pneumatic logic circuits. Electro hydraulic pneumatic logic circuits. 77

78 Class : 69Date : Unit : VPeriod : 4 LH / TH : LH Topic : Ladder diagrams Ladder Diagram. Ladder Diagram. Components of ladder diagram. Components of ladder diagram. Ladder diagram design procedure. Ladder diagram design procedure. Ladder diagram for an application. Ladder diagram for an application. 78

79 Class : 70Date : Unit : VPeriod : 7 LH / TH : LH Topic : PLC Basics of PLC Basics of PLC PLC application, merits and demerits. PLC application, merits and demerits. Low cost automation using PLC. Low cost automation using PLC. 79

80 Class : 71Date : Unit : VPeriod : 3 LH / TH : TH Topic : PLC Low cost automation using PLC circuits. Low cost automation using PLC circuits. 80

81 Class : 72Date : Unit : VPeriod : 3 LH / TH : LH Topic : Applications in fluid power control Various application of fluid power control circuits. Various application of fluid power control circuits. 81

82 Class : 73Date : Unit : VPeriod : 4 LH / TH : TH Topic : Applications in fluid power control Various application of fluid power control circuits. Various application of fluid power control circuits. 82

83 Class : 74Date : Unit : VPeriod : 7 LH / TH : LH Topic : Fluid power circuits, failure & troubleshooting Failure and trouble shooting of various fluid power circuits. Failure and trouble shooting of various fluid power circuits. 83

84 Class : 75Date : Unit : VPeriod : 3 LH / TH : LH Topic : Class test VIII : PLC Low cost automation. Low cost automation. PLC with ladder diagram. PLC with ladder diagram. 84

85 Class : 76Date : Unit : VPeriod : 3 LH / TH : LH Topic : Doubt Clarification Session Any Doubt in Unit I, II and III. Any Doubt in Unit I, II and III. A Overview of the subject. A Overview of the subject. 85

86 Class : 77Date : Unit : VPeriod : 4 LH / TH : LH Topic : Doubt Clarification Session Any Doubt in Unit IV and V. Any Doubt in Unit IV and V. A Overview of the subject. A Overview of the subject. 86

87 Class : 78Date : Unit : VPeriod : 7 LH / TH : LH Topic : Doubt Clarification Session Doubt on any topics. Doubt on any topics. A overview of the subject recap. A overview of the subject recap. 87

88 Class : 79Date : Unit : Period : LH / TH : Topic : Recap Session A overview of the subject recap. A overview of the subject recap. 88

89 Class : 79Date : Unit : Period : LH / TH : Topic : Recap Session A overview of the subject recap. A overview of the subject recap. 89

90 Class : 79Date : Unit : Period : LH / TH : Topic : Open Book Test As mentioned.. As mentioned.. 90

91 Open book test and Recap done till the last day of syllabus completion 91

92 Thank U All the Best to get Good marks in the Examination. 92