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| | | Create your own original programs with the customizing function. | | |
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| | | Work Position | | Sequencer Functi | | |
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| | | Before inputting a work position, select JOG or MDI mode simply by pressing the button on the teaching pendant. Clearly-displayed coordinate values allow you to correct positions easily. | | A sequencer function which can be run independently from the robot function. | | |
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| | | | | | | | | | | | Program 1 | | | P 1 | | | | X | | | Omm | | | | Y | | | 3 5 Omm | | | | Z | | | Omm | | | | R | | | Odeg | | | | High | | | | | | | FUNC POS | ibei | MDI | INIT | | | | | | | | | | | | | | | | | | Sequencer l | _2/3 | | | | 001 Id#genln3 | | | | 002 and#genln5 | | | | | 003 out#genOutl | | | | | 004 mps | | | | | 005 ld#mv(l) | | | | | 006 or#mv(2) | | | | | 007 and#genln2 | | | | | 008 out#genOut2 | | | | | 009 out#mv(3) | | | | | 010 mrd | | | | | 011 and#mv(3) | | | | | 012 set#genOut3 | | | | | | | | | | |
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| | | Work Position Setting Screen | | Sequencer Command Setting Screen | | |
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| | | Application Software Exï | | How to Create Application | | |
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| | | | | | | | | | Tightening Condition 1 | 1/2 | | | | Type Full Tightening(With Pickup) | | | | Thread Pitch | 0.5mm | | | | Rotate Speed | 600rmp | | | | Screw Length | 8mm | | | | Check Precision | Normal | | | | Float Amount | 0.5mm | | | | Time After Tightening | 0.2sec | | | | Feeder ESC Signal | NO | | | | Point of Feeding | | | | | Screw Feed Time | 0.5sec | | | | Stop After Feeding | NO | | | | Error Restart | Next Point | | | | | | | | | |
| | | Point Type Definition | | |
| | | •Screw Tightening Software Register screw tightening conditions, such as Thread Pitch. Screw Length, and Rotate Speed, then enter the 'screw tightening" position and the screw tightening condition number for the point. A screw tightening program Is now complete. You can set different tightening condition numbers to each point so as to create different screw tightening conditions in a program. •Dispensing Software Complete a dispensing program simply by nputthg work positions such as "Rant Dispense', 'Start of Line Dispense". 'Line Passing', and 'End of Line Dispense.' You can set 'Dispense Time' to each "Point Dispense" point. You can change Dispense Conditions, such as "Device Mode', 'Signal Operation" type (for dispenser), ' Wait Time" (from Dispense ON to start shifting)." Up Amount" and "Up Speed'(at end dispensing), simply by setting and registering. By setting a "Pallet Number", you can repeat the same operation at different points. By setting a "Work Adjustment Number". you can easily adjust a position error between the standard position captured by the camera. | | |
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| | | Protect Mode Base Type Point Type Title Job before Moving Job while Moving Point Job Job while CP Moving Additional Function Number Point Setting Variables Definition | | Public PTP Point | | |
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| | | You can create original application software for a variety of needs. For example, define a point type "Point Dispense" when creating the "Dispensing Application" software. | | |
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| | | Tightening Condition Setting Screen I Program 28 | | Point Type Definition Setting Screen | | |
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| | | | | | | | | | 1 Point Job | 2/3 | | | | | | | | 014 Id DispenserSignalType==l 015 then | | | | | 1 016 waitCondTime 500 | | | | | 017 Id#genln1 | | | | | 1 018 timeUp | | | | | 1 019 reset #gen0utl | | | | | 1 020 jump LI | | | | | 1 021 endWait | | | | | 1 022 endlf | | | | | 1 023 delay DispenseTime*1000 | | | | | | 024 reset SgenOutl | | | | | | | | | | |
| | | Register the contents of the "point dispense" operation in the point type definition, {e.g. Start the dispenser (set #genOutl), wait for a dispense time (delay Dispense Time* 100). and then stop the dispenser (reset#genOutl).} | | |
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| | | Start of Line Dispense Passing of Line Dispense CP Arc Point End of Line Dispense Wait Start Point FTP Point CP Start Point CP Passing Point CP Stop Point CP End Point PTP Evasion Point | | |
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| | | Register "Common Settiig Variables Definition" in the point type definition so as to set the "Dispense Time" to each point. The process is complete simply by entering necessary items, such as "Variable Type". "Variable Caption". and "Input Unit." Set "Enumeration Type" or "Numeric Type" as the "Variable Type." If you select the "Enumeration Type", you can select a value from the "Selection Item" list and set it. Furthermore, you can set "Variable Caption". as well as variable names (identifiers), as a title display. | | |
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| | | Point Type Setting Screen Program 1_ | | | Point Job Setting Screen Point Setting Variables Definition variable Type Variable Caption Input Unit Decimal Figure Default Value Maximum Value Minimum Value | | |
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| | | Type Dispense Time Pallet Routine Number Work Adjustment Number Condition Number Job before Moving Job while Moving Point Job Number FTP Condition Number Tool Number S.MARK E.MARK | | Point Dispense 1.3sec | | |
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| | | J.EXEC P.EXEC | | |
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| | | Point Setting Screen | | | Point Setting Variables Definition Setting Screen | | |
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| | | PC Software "JR C-Points" (optior | | |
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| | | The JR C-Points is an enhanced version of the PC software for desktop industrial robots, JR Points. Tried and tested simple programming methods for various applications remain. Furthermore, additional and enhanced compile function (robot language) and customizing functions are available. The main screen is the plural point data setting screen. You can create a program simply by en-work position, line speed, pallet number, and work | | You can enter and edit point job easily | | |
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| | | mand list Using the compile function, you can also read the point job data from text files. As well as local variables, global variables, and keep variables, you can use setting variables to set values as teaching parameters. As one of the robotic features, various special commands, such as "w-altCondTlme" command to wait for an input signal (timeouts are available until receiving the input signal), are available. | | |
| | | tering necessary items, such as the i adjustment numbers. | | |
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| | | You can select the horizontal display or vertical display for point alignments. Coordinates data edited by spreadsheets such as Microsoft Excel can be downloaded easily by using the Copy & Paste function. You can also convert drawings into coordinate values and download them onto a PC using CAD data (DXF file). | | |
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