By Stefan Hesse

Collections of examples have the virtue that the prospective makes use of of elements will be validated in a transparent approach, including confident suggestions.
Examples are proven in simplified shape to permit the center of the answer to be obvious as quick as attainable. The illustrations for that reason glance unnaturally “tidy” and the reader needs to think the presence of the cable loom and different sign and tool lines.
Many illustrations during this assortment use the practical symbols of dealing with expertise. this is often meant to aid the reader imagine in capabilities and to give an explanation for the suggestions proven. for each functionality (symbol), there are various functionality services. it isn't constantly effortless to discover definitely the right functionality supplier (automation component).Справочник с ninety nine примерами принципиальных возможностей применения пневматических средств автоматизации и механизации производства.
Предназначен для инженеров-практиков, рационализаторов и студентов технических вузов.
Примеры представлены в виде принципиальных схем, кратких описаний и схем технологического процесса, перечня узлов и модулей, а также применяемых компонентов.

Оглавление

Contents1 number of automation elements ........................................................................... 9
2 Examples of pneumatic functions ......................................................................... 13
Aligning 01, 02 .......................................................................... 15, 16
Assembly 03 to 08 .................................................................... 17 to 22
Bending 09 ...................................................................................... 23
Buffering 10 to twelve .................................................................... 24 to 26
Chamfering thirteen ...................................................................................... 27
Clamping 14 to 18 .................................................................... 28 to 32
Conveying 19 to 21 .................................................................... 33 to 35
Cutting 22 ...................................................................................... 36
Deburring 23 ...................................................................................... 37
Deep drawing 24 ...................................................................................... 38
Destacking 25, 26 .......................................................................... 39, 40
Drilling 27 to 31 .................................................................... forty-one to 45
Ejection 32, 33 .......................................................................... forty six, 47
Extraction 34 ...................................................................................... 48
Feeding 35 to forty five .................................................................... forty nine to 59
Forwarding forty six ...................................................................................... 60
Glueing forty seven ...................................................................................... 61
Gripping forty eight to 50 .................................................................... sixty two to 64
Handling fifty one to fifty three .................................................................... sixty five to 67
Hopper-feeding fifty four ...................................................................................... 68
Indexing fifty five ...................................................................................... 69
Insertion fifty six ...................................................................................... 70
Lifting fifty seven, fifty eight .......................................................................... seventy one, 72
Linking fifty nine, 59a ........................................................................ seventy three, 74
Loading 60 ...................................................................................... 75
Monitoring sixty one, sixty two .......................................................................... seventy six, 77
Orientation sixty three to sixty five .................................................................... seventy eight to 80
Packing sixty six ...................................................................................... 81
Paletting sixty seven ...................................................................................... 82
Positioning sixty eight, sixty nine .......................................................................... eighty three, 84
Press-fitting 70, seventy one .......................................................................... eighty five, 86
Pressing seventy two to seventy four .................................................................... 87 to 89
Printing seventy five ...................................................................................... 90
Profiling seventy six ...................................................................................... 91
Propelling seventy seven ...................................................................................... 92
Re-orienting seventy eight ...................................................................................... 93
Re-positioning seventy nine to eighty one .................................................................... ninety four to 96
Sawing eighty two, eighty three ........................................................................... ninety seven, 98
Securing eighty four, eighty five ......................................................................... ninety nine, 100
Separating 86, 87 ...................................................................... one hundred and one, 102
Sorting 88, 89 ...................................................................... 103, 104
Stopping ninety, ninety one ....................................................................... one hundred and five, 106
Tensioning ninety two .................................................................................... 107
Testing ninety three .................................................................................... 108
Transferring ninety four, ninety five ...................................................................... 109, 110
Transporting ninety six .................................................................................... 111
Turning ninety seven .................................................................................... 112
Unloading ninety eight, ninety nine ...................................................................... 113, 114
Further literature ......................................................................................... 115
Glossary of technical goods ............................................................................ 116

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Extra resources for 99 Examples of Pneumatic Applications

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The drive belt runs continuously and is pressed against the support rollers, causing these to rotate. 5 m, each of which is equipped with a 3/2-way valve with a roller actuator. These valves act via pneumatic timers (throttles) and AND gates to control the lifting cylinders. The cylinders in a given section are pressurised only when the two directional control valves DCV1 and DCV2 are both actuated. When DCV2 is depressurised, a compressed air supply is switched to the cylinders Z2, thus restoring drive to this conveyor section.

One worker can operate several devices of this or a similar type. The devices can also be used for testing or labelling operations. Suitable components: Rodless linear unit DGPL... Mounting accessories Pneumatic directional control valves VL... Mounting flange YSRF... Toggle-lever clamping system CTLF... Hydraulic cushioning cylinder YDR... Proximity switch SME... Linear unit DPZJ... Safety start block for two-handed operation 99 Examples of pneumatic applications 45 32 Ejection 1 5 5 6 7 8 2 9 2 3 10 11 4 4 a Ejector device for sheet-metal workpieces a) Slide ejector b) Oscillating-lever ejector 1 2 3 4 5 6 7 8 9 Ejector slide Pneumatic cylinder Mounting bracket Device baseplate Bending ram Push-off pins Bending die Catch plate Sensor for ejector monitor and counter 10 Bending workpiece 11 Oscillating lever 46 b In forming technology, workpieces are ejected automatically (for example, after bending or deep drawing).

Proximity switch SM... Rod eye SGS... Swivel flange SNCS... Clevis foot mounting LBG... Pneumatic single pilot valve... One-way flow control valve GR... g. sheetmetal stamping) 3 Stop lever 4 Feed slide 5 Rodless linear drive 6 Lifting unit 7 Gripper Undercut workpieces cannot simply be pushed from a stack or magazine with a slide, since their shape prevents this. In the solution shown above, the problem is solved by means of a stop lever. When the feed slide has advanced, the stop lever opens, allowing the magazine contents to move up and come into contact with the flat area of the slide.

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