Toshiba STE 58760 instruction manual -2-19-

Page 55

STE 58760

Repeat this key operation until the "JLIMIT>" command appears on the LCD display.

NEXT

F6

(3)Press the function key which corresponds with the "JLIMIT>" command. The LCD display on the teach pendant should then show the following screen.

 

 

 

 

JLIMIT

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

F4

 

 

 

 

 

 

TRAVEL

JOINT

<NEGATIVE>

<POSITIVE>

 

[mm]

<T1>

-5.868

111.000

 

 

or

<T2>

-138.000

138.000

 

 

[deg]

<T3>

-0.500

200.500

 

 

 

<T4>

-400.000

400.000

 

 

 

<T5>

-5729.578

5729.578

 

 

> _

N1-mem P1-mem N2-mem P2-mem N3-mem <next>

F1

F2

F3

F4

F5

F6

(4) Enter joint limit values with numeric keys.

The joint limit position value of the axis to be set should be entered in units of millimeters or degrees.

(5) Store the joint limit position value of each axis.

After entering the joint limit position values, press the function key on the teach pendant to store them. Above the function keys, a menu having "P1-mem" "N1-mem ...". corresponding to the controller axes appears. The first letter "P" and "N" represent + direction and - direction of each joint axis. In addition, the number following "P" or "N" accords with the robot joint number. Press the key corresponding to the axis and direction for which the joint limit is to be set.

2-19

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Contents Industrial Robot SR Series START-UP Manual - i - Preface For Euporean Union EU - iv - Table of Contents Changing File DATA・・・・・・・・・・・・・・・・・・・・ Backing UP FILES・・・・・・・・・・・・・・・・・・・・・ Overview Chapter Before Operating SR Series Robot- 1-2 - - 1-3 - - 1-4 - PTP - 1-6 - - 1-7 - - 1-8 - Outline of Operational Procedure -1-10- Specifications -1-12- -1-13- Coordinate System -1-15- System Configuration -1-17- -1-18- -1-19- STE -1-20- Control Panel Names and Functions of SR7000 ControllerFault LED Power LEDTeach Pendant -1-24- -1-25- -1-26- STE -1-27- -1-28- Chapter Power on to Manual Guidance Cold Starting Turning on Main Power- 2-3 - Edit Load Save Testrun Reset Next Hot Starting - 2-6 - - 2-7 - Setting Controller Environmental Conditions Turning the Servo Power on Manual Guidance of Each Axis -2-11- -2-12- Manual Guidance Operation -2-14- -2-15- Motion Range Limit Setting Joint Limit Values by TeachingFormat Verify Zerop Jlimit Channel Next Jlimit Travel Joint Negative Positive NextChannel Next Setting Joint Limit by Numeric Value Entry-2-19- Travel Joint Negative Positive Turning OFF Servo Power Turning OFF the PowerTurning OFF the Main Power -2-22- -2-23- Setting Date Setting Date and TimeDate Date Time Next Date Time Next Setting TimeTime Date Time Next - 3-5 - Changing File Data Edit CONSTRUC.SYS Edit Load Save Testrun Reset Next - 3-8 - - 3-9 - -3-10- -3-11- Outline of Data Setting the System Configuration-3-13- Type of JOINT=0LINEAR.=1ROTATE, 1ST Joint to 5TH Specify for Gravity Compensation Servo Free ModeFile Format Construction of MANIPULATER. =0WITHOUT,=1WITHMode of Channel COM2 Specify for External File Selection SignalMode of Serial Channel Mode of Channel COM1Mode of AIR Driven Axis Specify for USE or not USE -3-17- Details of Data -3-19- -3-20- -3-21- Host PRT=HOST -3-24- -3-25- Signals Used for Selecting File Setting External Selection FilesContents of File -3-28- Batch File Batch Processing-3-30- LOADPRO1 LOADPRO2 LOADPRO3 LOADPRO4 Loadpros LOADPRO6 Automatic Execution FileSelect PRO1 Using Batch Processing EffectivelyLoadconstruc .SYS LOADSYSTEM. PAR LOADUSER. PAR LOAD*. PRO -3-33- Program Execution Environment Program Execution Environment-3-35- Resetting Execution Environment Reset Timing of Program Execution Environment Robot Coordinate Systems Setting Coordinate System-3-39- System and the original coordinate system unit deg Teaching Coordinate Data-3-41- Program Sample Move P1 Move P2 END -3-43- -3-44- -3-45- Selecting Coordinate System in Data Editor Mode -3-47- Righty Z,C,TLefty -3-49- -3-50- -3-51- -3-52- Selecting Coordinate System in Utility Mode Robot Utility Work Tool Where Signal Memory -3-55- Timing of Changing Coordinate System Selecting Coordinate System Using Robot Language