| COMMANDS |
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| MOVE(AXIS,VALUE) |
move the selected axis to the position specified by VALUE |
| VECTOR(VA1,VA2) |
move the X and Y axes vectorially to the positions specified by VA1 and VA2 values |
| ARC(DIR,VA1,VA2,VA3) |
move the X and Y axes from the current position to the X and Y co-ordinates specified by VA1 and VA2 in the direction specified by DIR. The motion will be in an arc whose radius is specified by VA |
| CIR(DIR,VA1,VA2) |
move the X and Y axes from the current position in a circle whose centre point co-ordinates specified by VA1 and VA2 in the direction specified by DIR. The end point of the move will be the same position as the start point |
| ANG(AXIS,REV,VA1) |
an absolute move which causes the selected axis to rotate to the position specified by REV and then to angle specified by VA1. The direction of motion is automatically set to move to target by the shortest possible route |
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| MOTION(AXIS,TYPE) |
all subsequent moves of the specified axis will be either incremental or absolute depending on the option chosen. This option can be changed at any time by inserting another MOTION command in the program |
| WAIT(INPUT #) |
The program will stop at the point at which the command is inserted and will remain stopped until the INPUT # is asse |
| DWELL(VA1) |
The program will stop at the point at which the command is inserted and will remain stopped for the duration of VA1 (secs) |
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| OUT(OUTPUT#,STATE) |
causes the output specified by OUTPUT # to be set to the state specified in STATE |
| PLS(OUT#,AX,VA1,VA2) |
causes the output specified by OUTPUT # to be asserted when the position of the axis specified in AX is greater than the position specified in VA1 and less than that specified in VA2 provided that ENABLE is set to ON.
At all other positional values the output specified is de-asserted. |
| DAC(AXIS,VA1) |
causes the analogue output of the axis specified by AXIS to be set to the voltage specified in VA1. |
| INPUT(INPUT#.INT) |
the state of the input specified by INPUT # is copied to the internal integer variable specified by INT |
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| GET_POS (AXIS,FLOAT) |
place the current position of the axis specified by AXIS into the floating point variable specified by FL |
| GET_TIME(FLOAT) |
place the current time into the floating point variable specified by FLOAT |
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| LOOP(VA1)…END_LOOP |
used to repeat a section of program the number of times specified in VA1 |
| DO…DO_WHILE (INT) |
used to repeat a section of program until the INT becomes FALSE. |
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| MATH COMMANDS E.G. |
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| ADD (VAR1,VAR2,VAR3) |
add the variables specified by VAR1 and VAR2. Result into variable specified by VAR3 |
| MULT(VAR1,VAR2,VAR3) |
multiply the variables specified by VAR1 and VAR2. Result into variable specified by VAR3 |
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| front end window |
Customised main window display |
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| FEED(AXIS,VA1) |
move the selected axis at the feed rate specified by VA1 |
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IF(INT)…ELSE…
…END_IF |
if the value of the variable specified by INT is true the code between the IF and ELSE line is executed ELSE execute the code between the ELSE and END_IF line is executed |
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| CALL(NAME) |
Used to call a subroutine specified by NAME, from the point in the program at which the instruction is inserted. Calls must be to subroutines that exist. |
| SUBROUTINE(NAME) |
A subroutine that is identified by its NAME. A maximum of 9 nested subroutine calls are permitted. |
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