OmniTurn GT-75, Установка, эксплуатация и техническая документация

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Zip Loader Setup & Operations
Omni Turn
Page 23 of 44
M10:
M48:
Opens Collet
M48:
...then retracts Pusher to Home.
Pushes to Eject sensor
(Rear side of cylinder)...
EoB Eject Home
EoB Eject Home Slow
EoB Home Slow Eject
Turn part and cut off
M11 opens collet starts feed.
M97 at EoB:
When shuttle reaches EoB sensor
m97 jumps to sub-routine
with M48 to eject remnant
and load new bar.
End of Bar Switch
Eject sensor
Remnant
STOP...
Pusher just clears collet
EJECT
M11:
Opens Collet
Starts to feed
EoB Eject Home Slow
Bar Stop on Table
New bar loaded by hand
zipldr_functions_bar-2.dcd jan 2014
LOAD FIRST BAR BY HAND
to 'vee'
M47:
Opens Collet
Escapes first bar to 'vee'...
Shuttle goes Home
EoB Eject Home Slow
LOAD NEW BAR
Bar Stop on Table
New bar escaped
M47 in first sub-routine
loads new bar.
M47:
...then pushes 'hard' to Slow sensor
Continues to push until M10.
EoB
Eject
Home Slow
M10 closes collet, stops feed.
M43 retracts pusher a bit.
M11 opens collet starts feed.
Slow sensor
FEED
FEED
M10 closes collet, stops feed.
M43 retracts pusher a bit.
TURN...
FEED...
Continue until End of Bar
Slow
Bar Mode (M50) Operation and M-functions
Refer to the illustration above.
1. Mode Set - M50:
The “Bar” mode is ZipLoader default, but for consistency with the other modes
you should put M50 in a block by itself just below the program header, and comment it (Bar Mode).
2.
Open Collet & Feed - M11:
Put M11 in the block following the bar stop location, to open the col-
let and start feeding bar. Allow some time (G04) after M11 for the bar to contact the bar stop.
3. Close Collet & Stop Feeding - M10:
When the bar is at the bar stop issue M10 to close the collet
and stop feeding.
4.
Retract briefly - M43:
Put M43 in the block following M10. This will retract the pusher a bit so it
doesn’t rest against the bar during machining.
5.
Load New Bar - M47:
M47 loads a new bar. Load very first bar by hand ; this allows you to shut
down with partial bar in collet. Put M47 in first sub-routine, which is called by M97.
6.
Eject Remnant - M48:
M48 ejects remnant and returns shuttle to home. Put M48 in the first sub-
routine which is called by M97.
7.
EoB Sub-Routine - M97:
Put M97 block between opening collet to feed (M11) and closing collet
(M10). M97 is conditional jump to sub-routine. If shuttle crosses EoB sensor after M11, program will
jump to first sub-routine to eject remnant and load new bar. If shuttle crosses EoB sensor while in first
sub-routine, second sub-routine will run, halting program and signaling “no more bars in tray”.
Examine the sample program on next page. Use this as a template for your own programs.
LOAD FIRST BAR BY HAND