ABB M2004 System Settings Download Page 23 | Manualshive

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ABB M2004 System Settings Download Page 23

Drivers

RAPID instructions

3HEA 802352-001 Rev. A

21

5.1.4 RAPID instructions

General

Following procedures could be used in RAPID for use of handling of partdata and
partadv.

Procedures for partdata

GetNextPart(

\num gapTaskNo,

num station,

VAR partdata retData

\VAR string instanceName)

SetNextPart(

\num gapTaskNo,

num station,

PERS partdata newData)

UpdateNextPart(

num station,

partdata updData)

Procedures for partadv

GetNextPartAdv(

num station,

VAR partadv retData

\INOUT num statusCode)

Returns statusCode 0 OK , -1 no part selected for station, -2 no partadv selected in
partdata

SetNextPartAdv(

num station,

PERS partadv newData

\INOUT num statusCode)

Returns statusCode 0 OK , -1 no part selected for station, -2 no partadv selected in
partdata

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Summary of Contents for M2004

Page 1: ...System Settings Welding Robot Station M2004 IRC5 3HEA 802352 001 Rev A...

Page 2: ...document or the software or hardware described in this document The document or parts of it may not be reproduced or copied without prior permission from ABB Auto mation Technologies AB It may neithe...

Page 3: ...ding gun with swan neck 15 3 2 Setup welding gun without BullsEye 16 4 Speed data for external axes 17 5 Drivers 19 5 1 Introduction 19 5 1 1 General 19 5 1 2 Parts handling 19 5 1 3 Advanced part 19...

Page 4: ...02352 001 Rev A 6 4 Load Identification for IRBP A B and D 45 7 Define payload for a mechanical unit 47 7 1 MechUnitLoad 47 7 2 Program execution 48 7 3 Limitations 50 7 4 Syntax 50 7 5 Related inform...

Page 5: ...erved when entering a safety supervised area 1 1 Description Safety instructions can be found under tab 1 in the AW system manual for all steps that involve risk for personal injury or material damage...

Page 6: ...occur if the instructions are not followed Warning Warns of the risk of personal injury or serious damage to the product Always follow the instructions that accompany this symbol Electric shock Warns...

Page 7: ...To avoid such injuries never begin a job without first eliminating the risks to safety These are descried below Elimination Action Info Illustration 1 Turn off the main power switch at the control mod...

Page 8: ...celet Button A B for the ESD bracelet is located on the computer unit in the control module drive module The location is shown in the following figure Action Info Illustration 1 Use an ESD bracelet Th...

Page 9: ...he axes revolution counters resolver against the synchronization position Usually the programmed positions are not affected by an update If this happens the entered values may be incorrect or the axis...

Page 10: ...EA 802352 001 Rev A 5 Tap Revolution Counters 6 Tap Update Rev Counters 7 The system awaits a response Tap YES if you want to proceed 8 Select by tapping the axes to be updated Tap Select All to inclu...

Page 11: ...the calibration values resolver values The chapter describes the procedure for all robot and positioner axes where there are calibration values are available 10 The system awaits a response Tap Updat...

Page 12: ...libra ted When the unit concerned is not visible in the window use the scroll bar arrows in the lower part of the window 4 Tap Calibration Parameters 5 Tap Edit Motor Calibration 6 The system awaits a...

Page 13: ...the robot and the additional axes Manual setting of the calibration values 3HEA 802352 001 Rev A 11 8 Confirm the value by tapping OK 9 The system awaits a response Tap Yes to restart Action Info Illu...

Page 14: ...cribed here and equipment are required to calibrate the robot s axes Calibration of the external axes is performed in different ways depending on the type of positioner in question 2 3 1 Positioners o...

Page 15: ...nit to be calibra ted When the unit concerned is not visible in the window use the scroll bar arrows in the lower part of the window 5 Tap Calibration Parameters 6 Tap Fine Calibration 7 The system aw...

Page 16: ...the robot and the additional axes Positioners of the types A L and MTC 14 3HEA 802352 001 Rev A 10 The system awaits a response Tap Calibrate to confirm recalibration 11 Tap Close Action Info Illustr...

Page 17: ...our own tool If you use a non standard welding gun it is necessary to run the load_identify service routine When using the Collision Detection functionality it is most important to have the right tool...

Page 18: ...without BullsEye The position of the robot and its movements are always related to its tool coordinate system i e the TCP and tool orientation To get the best performance it is important to define the...

Page 19: ...Speed data for external axes Use the following max speed data for IRBP axis IRBP positioner MTC 250 180 degree s MTC 750 150 degree s MTC 2000 90 degree s MTC 5000 39 degree s MIC 1 1 90 degree s MIC...

Page 20: ...Speed data for external axes 18 3HEA 802352 001 Rev A...

Page 21: ...nager With the part all positioner associated positions are saved e g process load service position and load data This enable a way of handling separately defined jobs in the system and in a simple wa...

Page 22: ...mple Here the data pdvProgStn1 will be connected with partdata pdProgStn1 TASK PERS partdata pdProgStn1 ProgStn1 Program station 1 1 0 GapEmptyPart200 gif pdvProgStn1 PERS partadv pdvProgStn1 0 0 0 0...

Page 23: ...tring instanceName SetNextPart num gapTaskNo num station PERS partdata newData UpdateNextPart num station partdata updData Procedures for partadv GetNextPartAdv num station VAR partadv retData INOUT n...

Page 24: ...ivers RAPID instructions 22 3HEA 802352 001 Rev A UpdNextPartAdv num station partadv updData INOUT num statusCode Returns statusCode 0 OK 1 no part selected for station 2 no partadv selected in partda...

Page 25: ...n 3HEA 802352 001 Rev A 23 5 1 5 Safety position General The robot is in an area outside of the positioner s working area Procedures Action Info Illustration 1 Welcome window Tap ABB to continue 2 Cho...

Page 26: ...working area If you are using a multi robot system this procedure must be run for each robot Choose another robot by choosing the tab for the robot for which the safety position is to be set 5 Tap OK...

Page 27: ...Drivers Safety position 3HEA 802352 001 Rev A 25 6 Run the robot to the desired safety posi tion Tap Start Action Info Illustration...

Page 28: ...5 2 1 Positioner IRBP with mechanical stop General Applies to IRBP positioners types B C D K or R with mechanical stop The position for the mechanical stop for side 1 and side 2 must be adjusted to at...

Page 29: ...bration of the station interchange unit for positioner IRBP 3HEA 802352 001 Rev A 27 3 Tap Setup 4 Choose Calib interch position Tap GO 5 Tap OK to start calibration and Cancel to cancel Action Info I...

Page 30: ...o a safe position Tap Start 7 The system warns the operator before station interchange The station inter change unit will now move Make sure that you are at a safe dis tance from the unit Tap OK to co...

Page 31: ...2 Positioner IRBP without mechanical stop General Applies to positioner IRBP type C index The interchange position for side 1 must be adjusted to attain the correct position Procedures Action Info Il...

Page 32: ...Drivers Positioner IRBP without mechanical stop 30 3HEA 802352 001 Rev A 3 Tap Setup 4 Choose Calib interch position Tap GO 5 Tap OK to start calibration or Cancel to cancel Action Info Illustration...

Page 33: ...positioner s working area Tap OK Run the robot to a safe position Tap Start 7 The system warns the operator before station interchange The station inter change unit will now move Make sure that you ar...

Page 34: ...3HEA 802352 001 Rev A 9 Fine calibration of axis Tap OK to stop program execution Fine calibrate the mechanical unit and axis that are specified See section Recalibrating the axes section 2 3 for a m...

Page 35: ...handling section 5 1 2 for part handling 5 3 2 Load position General A load position is the position the positioner side positioner is in after station inter change or that it can be run to after a f...

Page 36: ...Setup 3 Choose the station for which the load position will be changed Tap GO 4 If no part is activated for the selected sta tion one must be activated for the sta tion See section Parts handling sec...

Page 37: ...Drivers Work positions 3HEA 802352 001 Rev A 35 5 Specify the desired load position in degrees Action Info Illustration...

Page 38: ...n to before a work program is begun Set the process position so that it is in a suitable position for the first position in the work program The value is saved in data type partadv in the component pr...

Page 39: ...which the process position will be changed Tap GO 4 If no part is activated for the selected sta tion one must be activated for the sta tion See section Parts handling section 5 1 2 on how to do this...

Page 40: ...ervice technician can per form inspections or service to a workpiece or fixture The value is saved in data type partadv in the component serviceAngle which the pertinent part refers to in the componen...

Page 41: ...which the service position will be changed Tap GO 4 If no part is activated for the selected sta tion one must be activated for the sta tion See section Parts handling section 5 1 2 on how to do this...

Page 42: ...Drivers Service position 40 3HEA 802352 001 Rev A...

Page 43: ...ving the positioner Here we will describe which parameters are identified with the load identificationL 6 1 Load Identification for IRBP L C A simplified view of positioner IRBP L is shown in Figure 2...

Page 44: ...cation was To perform the identification the positioner moves the load and computes the parameters Movements The movements for the axis are performed around two configuration points as described in Fi...

Page 45: ...gure 6 Load identification is allowed on axes 2 and 3 for this positioner Load identification can only be performed when axis 1 is in one of its end positions This is checked by the load identificatio...

Page 46: ...the centre of gravity must be known in advance These data are entered when performing the load identification One part of the identification movements for one axis are the same as for the IRBP L posit...

Page 47: ...rocedure If axis 1 is too far from this position the load identification procedure will suggest which angle it should be moved to The parameters that are identified are centre of gravity and three mom...

Page 48: ...Identification of load data for positioners IRBP Load Identification for IRBP A B and D 46 3HEA 802352 001 Rev A...

Page 49: ...nit The axis closest to the payload should be selected in the MechUnitLoad instruction When execution of ActUnit INTERCH should one MechUnitLoad for both axis 2 and axis 3 be executed Example ActUnit...

Page 50: ...he specified load is defined for the specified mechanical unit and axis This means that the payload is controlled and monitored by the control system The default payload at cold start up for a certain...

Page 51: ...rkpiece1 on the mechanical unit INTERCH axis 2 MechUnitLoad INTERCH 3 workpiece2 Defines payload workpiece2 on the mechanical unit INTERCH axis 3 MoveL homeside2 v1000 fine gun1 The axes of the mechan...

Page 52: ...he movement instruction previous to this instruction should be terminated with a stop point in order to make a restart in this instruction possible following a power failure 7 4 Syntax MechUnitLoad Me...

Page 53: ...Related information Described in Identification of payload for external mechanical units LoadID CollDetect Program muloadid prg Mechanical units Data Types mecunit Definition of load data Data Types l...

Page 54: ...Define payload for a mechanical unit Related information 52 3HEA 802352 001 Rev A...

Page 55: ......

Page 56: ...3HEA 802352 001 Rev A ABB...

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