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SCHUNK ORG 85, Assembly And Operating Manual

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Table of Contents

4

03.00 | ORG | Assembly and Operating Manual | en | 389246

4.4.2

External assembly  inner seal diameter between d1>d1max. and
d1=150 mm............................................................................................. 26

4.4.3

Internal assembly  inner seal diameter between d1=10 mm and
d1=approx. 120 mm ............................................................................... 29

4.5

Setting the end positions....................................................................................  32

4.6

Mounting the sensor ..........................................................................................  35
4.6.1

Overview of sensors ............................................................................... 35

4.6.2

Assembly drawing mounting kit ............................................................. 36

4.6.3

Mounting inductive proximity switch IN 30 ........................................... 38

4.6.4

Mounting the sensor cables ................................................................... 46

5

Function and handling ............................................................................................ 47

5.1

Pneumatic circuit diagram..................................................................................  47

5.2

Function diagram external assembly..................................................................  49

5.3

Details of external assembly procedure, Range of inside seal diameter
between d1=10 mm and d1=60 mm ............................................................. 51
5.3.1

External assembly AM_1.1 ..................................................................... 51

5.3.2

External assembly AM_1.2 ..................................................................... 52

5.3.3

External assembly AM_1.3 ..................................................................... 53

5.3.4

External assembly AM_1.4 ..................................................................... 54

5.3.5

External assembly AM_1.5 ..................................................................... 55

5.3.6

External assembly AM_1.6 ..................................................................... 55

5.4

Details of external assembly procedure, Range of inside seal diameter be-
tween d1>60 mm and approx. d1=150 mm .................................................. 56
5.4.1

External assembly AM_2.1 ..................................................................... 56

5.4.2

External assembly AM_2.2 ..................................................................... 57

5.4.3

External assembly AM_2.3 ..................................................................... 58

5.4.4

External assembly AM_2.4 ..................................................................... 59

5.4.5

External assembly AM_2.5 ..................................................................... 60

5.4.6

External assembly AM_2.6 ..................................................................... 61

5.5

Function diagram internal assembly ..................................................................  62

5.6

Details of internal assemblyprocedure...............................................................  65
5.6.1

Internal assembly IM_1.1 ....................................................................... 65

5.6.2

Internal assembly IM_1.2 ....................................................................... 66

5.6.3

Internal assembly IM_1.3 ....................................................................... 67

5.6.4

Internal assembly IM_1.4 ....................................................................... 68

5.6.5

Internal assembly IM_1.5 ....................................................................... 71

5.6.6

Internal assembly IM_1.6 ....................................................................... 72

5.6.7

Internal assembly IM_1.7 ....................................................................... 74

5.6.8

Internal assembly IM_1.8 ....................................................................... 75

5.6.9

Internal assembly IM_1.9 ....................................................................... 76

5.6.10 Internal assembly IM_1.10 ..................................................................... 77

Summary of Contents for ORG 85

Page 1: ...Translation of the original manual Assembly and Operating Manual ORG O ring gripper...

Page 2: ...tions for the purpose of technical improvement Document number 389246 Version 03 00 04 09 2019 en SCHUNK GmbH Co KG All rights reserved Dear Customer thank you for trusting our products and our family...

Page 3: ...ions 10 2 7 Personnel qualification 11 2 8 Personal protective equipment 11 2 9 Notes on safe operation 12 2 10 Transport 12 2 11 Malfunctions 12 2 12 Disposal 13 2 13 Fundamental dangers 13 2 13 1 Pr...

Page 4: ...assembly AM_1 2 52 5 3 3 External assembly AM_1 3 53 5 3 4 External assembly AM_1 4 54 5 3 5 External assembly AM_1 5 55 5 3 6 External assembly AM_1 6 55 5 4 Details of external assembly procedure R...

Page 5: ...s Lubrication points basic lubrication 80 7 5 Screw tightening torque 80 7 6 Gripper design 81 7 7 Disassembling the gripper 82 7 7 1 Disassembling assembly group 1 Triple jaw unit A 83 7 7 2 Disassem...

Page 6: ...manual Illustrations in this manual are provided for basic understanding and may differ from the actual product design In addition to these instructions the documents listed under Applicable documents...

Page 7: ...erve the specified maintenance and lubrication intervals Observe the ambient conditions and operating conditions Parts touching the workpiece and wear parts are not included in the warranty 1 3 Scope...

Page 8: ...55 10 45 6 0304114 2 0 d2 3 0 10 60 14 60 6 0304115 3 0 d2 4 0 15 60 24 60 6 0304116 The values given in this table are guide values and refer to seals which are mounted at a distance P from the hous...

Page 9: ...licable guidelines must be observed and complied with The product is intended for industrial and industry oriented use The product is designed exclusively for gripping and temporarily holding workpiec...

Page 10: ...ition open or closed in a de energized state Only exchange the gripper fingers when no residual energy remains in the product Make sure that the product and the top jaws are a sufficient size for the...

Page 11: ...d tasks recognize and avoid possible dangers and knows the relevant standards and regulations Instructed person Instructed persons were instructed by the operator about the delegated tasks and possibl...

Page 12: ...ention and environmental protection regulations regarding the product s application field 2 10 Transport Handling during transport Incorrect handling during transport may impair the product s safety a...

Page 13: ...ents for recycling or proper disposal 2 13 Fundamental dangers General Observe safety distances Never deactivate safety devices Before commissioning the product take appropriate protective measures to...

Page 14: ...ention rules Use suitable assembly and transport equipment and take precautions to prevent jamming and crushing Incorrect lifting of loads Falling loads may cause serious injuries and even death Stand...

Page 15: ...on the control unit and the current operating condition of the drive Perform maintenance work modifications and attachments outside the danger zone defined by the movement range To avoid accidents and...

Page 16: ...an lead to serious injury or death Take appropriate protective measures to secure the danger zone WARNING Risk of injury due to unexpected movements If the power supply is switched on or residual ener...

Page 17: ...ng force maintenance While disassembling components can move unexpectedly and cause serious injuries Disassemble the product cautiously Make sure that no residual energy remains in the system WARNING...

Page 18: ...g force N Retraction stroke mm Return force N double acting 21 0 45 0 55 0 5 0 20 0 Jaw triple B Operating principle Stroke per jaw mm Opening force N single acting 15 0 125 0 Pressure medium Compress...

Page 19: ...or the permissible mass moment of inertia of the fingers is exceeded the gripper can be damaged A jaw movement always has to be without jerks and bounce You must therefore implement sufficient reducti...

Page 20: ...equirements for evenness of the mounting surface Dimensions in mm Edge length Permissible unevenness 100 0 02 100 0 05 Centering element Mounting bolt M6 Mounting the gripper Mount the product with th...

Page 21: ...he energy line the components lose their dynamic effects and do not remain in a secure position However the use of a SDV P pressure maintenance valve is recommended in this case in order to maintain t...

Page 22: ...be prepositioned on a plane parallel to the direction of movement of the triple jaws The centre axis of the seal is to be concentric with the centre axis of the O ring gripper Furthermore the seal as...

Page 23: ...allation 03 00 ORG Assembly and Operating Manual en 389246 23 4 4 Installing gripper fingers Left Triple jaw A open and triple jaw B closed Right Triple jaw A and B closed gripper closed 1 Triple jaw...

Page 24: ...ple jaw B are closed Compressed air connection 1 is pressurized compressed air connection 4 is not pressurized Compressed air connection 2 is not pressurized i e the Z stroke is in the upper position...

Page 25: ...ion s A reliable assembly process is guaranteed if the safety distance dimension s is set as small as possible value range s 0 1 mm s 0 3 mm When the triple jaw B is closed the segment jaws must be jo...

Page 26: ...r external assembly HBA Six segment jaws and six clamping jaws are required for external assembly Triple jaw A and triple jaw B are closed Compressed air connection 1 is pressurized compressed air con...

Page 27: ...ndrical pins Connect both parts with a screw so they can be separated Screw M3 Base jaw Mounting segment jaws with clamping jaws external assembly range of inside seal diameter d1 60 mm to approx d1 1...

Page 28: ...possible value range s 0 1 mm s 0 3 mm When the triple jaw B is closed the segment jaws must be joined to one another at a defined distance dimension t The circumferential circle of the three segment...

Page 29: ...g jaw for internal assembly MFI SBI HBI For internal assembly three gripper fingers for internal assembly three segment jaws for internal assembly and three clamping jaws for internal assembly are req...

Page 30: ...parated Screw M3 Base jaw Jaw triple A Screw M3 Jaw triple B Fastening of gripper fingers and segment jaws with clamping jaws for internal assembly Attach the gripper fingers to the triple jaw A with...

Page 31: ...the triple jaw B is closed the segment jaws must be joined to one another at a defined distance dimension t The circumferential circle of the three segment jaws dimension p must be smaller than the i...

Page 32: ...machine system moves unexpectedly Remove the energy supplies NOTE The piston rod 2 can be adjusted with max 0 8 Nm Setting the end positions Item Designation Notes 1 Set screw 2 Piston rod Adjustment...

Page 33: ...y to counter it by screwing in the previously removed set screw 1 The stroke limitation of triple jaw A is performed by adjusting the piston rod 2 The set screw 1 must be removed before adjusting the...

Page 34: ...be secured against unintentional turning using one of the two counter set screws 3 depending on the angle of turning it may not be possible to clamp both set screws against the base body triple jaw B...

Page 35: ...ble sensors please see catalog datasheet and Overview of sensors 35 For technical data for the suitable sensors see assembly and operating manual and catalog datasheet The assembly and operating manua...

Page 36: ...Assembly and installation 36 03 00 ORG Assembly and Operating Manual en 389246 4 6 2 Assembly drawing mounting kit Assembly drawing mounting kit...

Page 37: ...A 1001272 1 Inductive proximity switch IN 30 21 5516232 2 Holding plate monitoring triple jaws A and B 22 5516233 5 Bracket 23 5516234 6 Intermediate jaw 24 1399682 1 Bracket NHS cable ORG 85 80 99416...

Page 38: ...e jaws A or B can be monitored Distance between gripper finger and base jaw Initial commissioning of the product Intermediate jaws 23 were mounted Mount and adjust the proximity switch Subsequent asse...

Page 39: ...the nut 81 in one of the three base bodies triple jaw A 5 Push the proximity switch into the bracket 22 By tightening a screw 80 fasten the bracket 22 in the pocket milled out of the base body triple...

Page 40: ...sembly and Operating Manual en 389246 Z stroke monitoring A Detail A The proximity switch is only damped by the screw 83 when the Z stroke is in the end position Z stroke up compressed air connection...

Page 41: ...fastened directly next to the Z stroke or triple jaw A monitoring to facilitate cable routing The proximity switch must be set so that the distance between sensor and cam intermediate jaw 23 is appro...

Page 42: ...erating Manual en 389246 Step 2 Example Gripper open1 mm OPEN Proximity switch S1 is no longer damped by cam 1 1 mm high Proximity switch S2 is now damped by cam 2 0 5 mm high Proximity switch S1 Prox...

Page 43: ...itch S1 Proximity switch S2 Step 3 Setting proximity switch The position of the proximity switch S2 on the holding plate 21 can no longer be adjusted radially outwards The proximity switch must be rel...

Page 44: ...perating Manual en 389246 Step 4 Example Gripper openapprox 9 mm OPEN bracket rotated 180 Proximity switch S1 is not damped Proximity switch S2 is damped by cam 2 0 5 mm high Proximity switch S1 Proxi...

Page 45: ...tchS1 Step 5 Setting the proximity switches The position of the proximity switch S2 on the holding plate 21 can no longer be adjusted radially outwards In order to monitor further Gripper OPEN positio...

Page 46: ...r setting the proximity switches attach the top jaws to the intermediate jaws 23 The position of the top jaws on the intermediate jaws 23 can be adjusted by previously measured distances A and B 4 6 4...

Page 47: ...jaw B single action 3 Z stroke single action Jaw triple A Jaw triple B Z Hub Pneumatic circuit diagram for ORG with four 3 2 way valves The use of four 3 2 way valves is recommended to operate the gri...

Page 48: ...by the drive unit triple jaw A whereby proximity switch S1 only scans the CLOSED position and proximity switch S2 only scans the OPEN position The proximity switches S3 and S4 are dampened by drive un...

Page 49: ...e way as in the pneumatics circuit diagram on page 21 Pneumatic circuit diagram 47 Please note the additional information and comments on the function diagram and the assembly procedure below the func...

Page 50: ...external assembly AM_1 3 External assembly AM_1 3 53 The O ring gripper is moved to the shaft and positioned at the groove level The control sends back the signal K3 Assembly position has been reached...

Page 51: ...he centre axis of the gripper Depending on the ovality of the seal there must be a sufficient safety distance dimension x between the seal and the assembly fingers NOTE It must be checked whether the...

Page 52: ...389246 5 3 2 External assembly AM_1 2 External assembly AM_1 2 Range of inside seal diameter between d1 10 mm and d1 60 mm The gripper fingers of the gripper can be opened compressed air connections...

Page 53: ...ened sufficiently so that a distance larger than zero dimension y is created between the widened seal shape of a hexagon and the shaft With the widened seal the gripper can then be positioned at the p...

Page 54: ...seal diameter between d1 10 mm and d1 60 mm After the seal picked up by the gripper was moved to the position level of the seal groove of the shaft the Z stroke of triple jaw A is pulled back in the...

Page 55: ...seal is stripped off the three assembly fingers of the triple jaw B and slides completely into the groove The assembly cycle has been completed 5 3 6 External assembly AM_1 6 For another assembly cyc...

Page 56: ...afety distance at the transfer point dimension v between the seal and the top jaws Moreover the segment jaws must not collide in the CLOSED gripper condition i e a second safety distance dimension w m...

Page 57: ...6 57 5 4 2 External assembly AM_2 2 External assembly AM_2 2 Range of inside seal diameter between d1 60 mm and approx d1 150 mm The triple jaws of the gripper can be opened compressed air connections...

Page 58: ...In the OPEN gripper condition the seal must be widened sufficiently so that a distance larger than zero dimension u is created between the segment jaws and the shaft With the widened seal the gripper...

Page 59: ...ange of inside seal diameter between d1 60 mm and approx d1 150 mm After the gripper has been moved to the position level of the seal groove of the shaft the Z stroke of triple jaw A is pulled back ax...

Page 60: ...er is now moved backward in axial direction whereby the seal is stripped off the three assembly fingers of the triple jaw B and slides completely into the groove The assembly cycle has been completed...

Page 61: ...ly AM_2 6 For another assembly cycle move the triple jaws A and B as well as the Z stroke into the start ing position Close triple jaws A and B as well as Z stroke toward the front Compressed air conn...

Page 62: ...unction diagram uses four 3 2 way valves in the same way as in the pneumatics circuit diagram Pneumatic circuit diagram 47 Internal installation process Denomination No Position status on to to on a b...

Page 63: ...orward Proximity switch S2 is now dampened by the opening of triple jaw A The control is now sent back the signal K8 moving O ring gripper axially back down to the transfer point Process step internal...

Page 64: ...ch S5 is dampened again by moving the Z stroke forward Process step internal assembly IM_1 9 Internal assembly IM_1 9 76 The O ring gripper remains at the assembly position to assemble the seal The tr...

Page 65: ...bers Pneumatic connection 21 5 6 1 Internal assembly IM_1 1 Distance between gripper and gasket Gasket Level transition point Internal assembly IM_1 1 Triple jaw A and triple jaw B closed The Z stroke...

Page 66: ...n and handling 66 03 00 ORG Assembly and Operating Manual en 389246 5 6 2 Internal assembly IM_1 2 Internal assembly IM_1 2 The triple jaw A opens Triple jaw B remains closed and the Z stroke remains...

Page 67: ...nternal assembly IM_1 3 Figure with transfer point Triple jaw A is open Triple jaw B is closed The Z stroke is forward The O ring gripper moves axially downward to the transfer point to pick up the O...

Page 68: ...and Operating Manual en 389246 5 6 4 Internal assembly IM_1 4 Internal assembly IM_1 4 Triple jaw A can be closed The gripper fingers move radially toward the inside between the segment jaws and moul...

Page 69: ...Left figure Right figure The seal does not rest properly against the segment jaws The gripper fingers have moved too far toward the gripper centre The seal can collide with the workpiece when enterin...

Page 70: ...Correct redirection When the triple jaw A is closed the gripper fingers must have been moved far enough to the inside so that the seal properly encloses the segment jaws the seal is only slightly ext...

Page 71: ...ing Manual en 389246 71 5 6 5 Internal assembly IM_1 5 Internal assembly IM_1 5 The gripper can then be moved or positioned to the position level of the seal groove of the bore The centre axis of the...

Page 72: ...sembly IM_1 6 After the gripper was moved to the position level of the seal groove in the workpiece triple jaw B can be opened The following pointers must be observed before the triple jaw B can be op...

Page 73: ...m must be set between segment jaw and wall of the bore Dimension m should thereby be as small as possible In addition a distance dimension n must be set between the base diameter of the groove and th...

Page 74: ...towards the back pressurise compressed air connection 2 The gripper finger pulls axially toward the back and the seal relaxes slightly in the direction of the groove in the area of the assembly finge...

Page 75: ...Internal assembly IM_1 8 Internal assembly IM_1 8 After the axial pulling of the Z stroke towards the back the Z stroke is directly moved forward again do not pressurise compressed air connection 2 As...

Page 76: ...operating pressure is not reduced the as sembly fingers could be damaged or destroyed WARNING When working with gripper fingers with a longer overhang the operating pressure of triple jaw A must alwa...

Page 77: ...n the final step the assembly fingers and the segment jaws are moved toward the inside i e the gripper triple jaw A and triple jaw B are closed compressed air connection 1 pressurised compressed air c...

Page 78: ...w control valves are opened to the maximum extent possible Movement still has to be shock free Inner diameter of air hoses is sufficient for the gripper s air consumption Air hose between valve and gr...

Page 79: ...nts Lubrication points basic lubrication 80 Renolit HLT2 GP303P Adhesive Adhesive from Weicon 302 41 40 45 63 64 Equivalent adhesives and activators from other manufacturers may be used 7 3 Maintenanc...

Page 80: ...ased areas with lubricant Thinly apply lubricant with a lint free cloth Lubricant point Lubricant Metallic sliding surfaces GP303P All seals Renolit HLT 2 Bore hole at the piston Renolit HLT 2 7 5 Scr...

Page 81: ...rating Manual en 389246 81 7 6 Gripper design The ORG 85 consists of three assembly groups No Assembly group ORG Assembly group 1 Triple jaw A unit Assembly group 2 Triple jaw B unit Assembly group 3...

Page 82: ...nected To be able to dismantle assembly group 1 triple jaw B must be completely open The end position must therefore be set so that triple jaw B is completely open Setting the end positions 32 WARNING...

Page 83: ...e body triple jaws A 5 toward the top from the flange 10 Detach the six cylindrical pins 61 from the flange item 10 Detach the cylindrical bushing 8 from the flange 10 Loosen the screw 44 connecting t...

Page 84: ...screws 43 Pull the three base body triple jaws B 12 with the stroke adjustment ring 7 axially toward the top and out of the housing 1 Push three base body triple jaws B 12 with the drive units triple...

Page 85: ...cylindrical pins 60 connecting the angle levers of triple jaw B 18 with the base jaws 16 Loosen the three screws 40 from the housing cover 2 and pull it and the piston Z stroke 3 toward the back out...

Page 86: ...Cylindrical pin Assembly of cylindrical pins 13 All other cylindrical pins 60 connecting the base jaws 16 with the angle levers triple jaw B 18 must also be positioned in the centre The base jaws tri...

Page 87: ...heck after assembling items 4 41 66 and 11 whether pressure pin 11 can be easily turned by hand It must be easily turned along the entire adjustment range of 12 mm The pressure pin 11 must be complete...

Page 88: ...nance 88 03 00 ORG Assembly and Operating Manual en 389246 7 9 Assembly drawing Exploded view ORG 85 Wearing part replace during maintenance Included in the seal kit Seal kit can only be ordered compl...

Page 89: ...ation O ring gripper ORG pneumatic ID number 0304120 The partly completed machine may not be put into operation until conformity of the machine into which the partly completed machine is to be install...

Page 90: ...integration X 1 1 3 Materials and products X 1 1 4 Lighting X 1 1 5 Design of machinery to facilitate its handling X 1 1 6 Ergonomics X 1 1 7 Operating positions X 1 1 8 Seating X 1 2 Control Systems...

Page 91: ...ustable guards restricting access X 1 4 3 Special requirements for protective devices X 1 5 Risks due to other hazards 1 5 1 Electricity supply X 1 5 2 Static electricity X 1 5 3 Energy supply other t...

Page 92: ...ty requirements for certain categories of machinery X 2 1 Foodstuffs machinery and machinery for cosmetics or pharmaceutical products X 2 2 Portable hand held and or guided machinery X 2 2 1 Portable...

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