Vogele Basic Training Hydraulics & Electrics
Vogele Basic Training Hydraulics & Electrics Vogele Basic Training Hydraulics & Electrics
Training schedule Day 1: Hydraulics ( 08:00 – 16:00 Hrs ) Day 2: Electrics ( 08:00 – 16:00 Hrs )
Table of Contents - Hydraulics H.1.0 The history of hydraulics H.2.0 Aspects of hydraulics H.3.0 Units of measurement in hydraulics H.4.0 Legend of abbreviations H.4.1 Lines H.4.2 Valves H.4.3 Components H.5.0 Circuit symbols and circuits H.5.1 Explanation H.5.2 Circuit symbols – Parts 1 - 3 H.5.3 Directional control valves – Parts 1 – 2 H.5.3.1 Switching positions H.5.3.2 Types of operation H.5.4 Flow control valves H.5.5 Shut-off valves H.5.6 Pressure control valve H.5.6.1 Explanation and zero position H.5.6.2 Adjustability H.5.6.3 Activation H.5.7 Pressure reducing valve H.6.0 Circuit diagrams H.6.1 Types of circuit diagram H.6.2 Hydraulic function diagram (HFP) – Parts 1 – 4 H.6.3 Hydraulic piping diagram (HVP) H.6.4 Symbols and abbreviations for HVPs H.7.0 Open circuit H.7.1 Overload protection H.7.2 Directional control valve H.7.3 Reverse direction of rotation H.7.4 Flow control valve H.7.5 Variable displacement pump H.7.6 Free-wheel drive mechanism H.7.7 Accessories H.8.0 Closed circuit H.8.1 Basic layout H.8.2 Changing direction of rotation H.8.3 Overload protection H.8.4 Leakage H.8.5 Feed H.8.6 Accessories H.9.0 Hydraulic pumps H.9.1 Designs H.9.2 Fixed displacement pump – Parts 1 – 2 H.9.3 Axial piston variable displacement pump (bidirectional) H.9.3.1 Conveyor– Auger specimen circuit diagram H.9.3.2 Circuit diagram H.9.3.3 Traction drive H.9.3.4 Traction drive specimen circuit diagram H.10.0 Hydraulic motors H.10.1 Designs H.10.2 Categorisation of hydraulic motors H.10.3 Axial piston variable displacement motor H.11.0 Viscosity classes H.12.0 Oils used at VÖGELE H.13.0 Annex H.13.1 Principles of hydraulics H.13.2 Advantages of hydraulics H.13.3 Disadvantages of hydraulics H.13.4 Applications H.13.5 Hydraulic fluids
- Page 1: Basic Training Hydraulics & Electri
- Page 5 and 6: Basic Principles Hydraulics
- Page 7 and 8: H.3.0 Units of measurement in hydra
- Page 9 and 10: H.5.0 Circuit symbols and circuits
- Page 11 and 12: H.5.0 Circuit symbols and circuits
- Page 13 and 14: H.5.0 Circuit symbols and circuits
- Page 15 and 16: H.5.0 Circuit symbols and circuits
- Page 17 and 18: H.5.0 Circuit symbols and circuits
- Page 19 and 20: H.5.0 Circuit symbols and circuits
- Page 21 and 22: H.5.0 Circuit symbols and circuits
- Page 23 and 24: H.6.0 Circuit diagrams H.6.1 Types
- Page 25 and 26: H.6.0 Circuit diagrams H.6.2 Layout
- Page 27 and 28: H.6.0 Circuit diagrams H.6.2 Layout
- Page 29 and 30: H.6.0 Circuit diagrams H.6.4 Symbol
- Page 31 and 32: H.6.0 Circuit diagrams H.6.4 Symbol
- Page 33 and 34: H.7.0 Open circuit The hydraulic pu
- Page 35 and 36: H.7.0 Open circuit H.7.2 Directiona
- Page 37 and 38: H.7.0 Open circuit H.7.4 Flow contr
- Page 39 and 40: H.7.0 Open circuit H.7.6 Free-wheel
- Page 41 and 42: H.8.0 Closed circuit The hydraulic
- Page 43 and 44: H.8.0 Closed circuit H.8.2 Changing
- Page 45 and 46: H.8.0 Closed circuit H.8.4 Leakage
- Page 47 and 48: H.8.0 Closed circuit H.8.6 Accessor
- Page 49 and 50: H.9.0 Hydraulic pumps Flow directio
- Page 51 and 52: H.9.0 Hydraulic pumps H.9.3 Variabl
Table of Contents - <strong>Hydraulics</strong><br />
H.1.0 The history of hydraulics<br />
H.2.0 Aspects of hydraulics<br />
H.3.0 Units of measurement in hydraulics<br />
H.4.0 Legend of abbreviations<br />
H.4.1 Lines<br />
H.4.2 Valves<br />
H.4.3 Components<br />
H.5.0 Circuit symbols and circuits<br />
H.5.1 Explanation<br />
H.5.2 Circuit symbols – Parts 1 - 3<br />
H.5.3 Directional control valves – Parts 1 – 2<br />
H.5.3.1 Switching positions<br />
H.5.3.2 Types of operation<br />
H.5.4 Flow control valves<br />
H.5.5 Shut-off valves<br />
H.5.6 Pressure control valve<br />
H.5.6.1 Explanation and zero position<br />
H.5.6.2 Adjustability<br />
H.5.6.3 Activation<br />
H.5.7 Pressure reducing valve<br />
H.6.0 Circuit diagrams<br />
H.6.1 Types of circuit diagram<br />
H.6.2 Hydraulic function diagram (HFP) –<br />
Parts 1 – 4<br />
H.6.3 Hydraulic piping diagram (HVP)<br />
H.6.4 Symbols and abbreviations for HVPs<br />
H.7.0 Open circuit<br />
H.7.1 Overload protection<br />
H.7.2 Directional control valve<br />
H.7.3 Reverse direction of rotation<br />
H.7.4 Flow control valve<br />
H.7.5 Variable displacement pump<br />
H.7.6 Free-wheel drive mechanism<br />
H.7.7 Accessories<br />
H.8.0 Closed circuit<br />
H.8.1 <strong>Basic</strong> layout<br />
H.8.2 Changing direction of rotation<br />
H.8.3 Overload protection<br />
H.8.4 Leakage<br />
H.8.5 Feed<br />
H.8.6 Accessories<br />
H.9.0 Hydraulic pumps<br />
H.9.1 Designs<br />
H.9.2 Fixed displacement pump – Parts 1 – 2<br />
H.9.3 Axial piston variable displacement pump<br />
(bidirectional)<br />
H.9.3.1 Conveyor– Auger specimen circuit diagram<br />
H.9.3.2 Circuit diagram<br />
H.9.3.3 Traction drive<br />
H.9.3.4 Traction drive specimen circuit diagram<br />
H.10.0 Hydraulic motors<br />
H.10.1 Designs<br />
H.10.2 Categorisation of hydraulic motors<br />
H.10.3 Axial piston variable displacement motor<br />
H.11.0 Viscosity classes<br />
H.12.0 Oils used at VÖGELE<br />
H.13.0 Annex<br />
H.13.1 Principles of hydraulics<br />
H.13.2 Advantages of hydraulics<br />
H.13.3 Disadvantages of hydraulics<br />
H.13.4 Applications<br />
H.13.5 Hydraulic fluids
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