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FANUC Series 160i-TA, Binary code controlled axes combined with re-composition control on 2 CPU 2Paths control Additional Manual Page 10

Additional Manual
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es 160
i
-T
A
Binary code controlled axes combined
with re-composition control on 2 CPU 2
Paths control
A-76428
01.04.09
T.Nakazato
3.4.
3.4.3.4.
3.4. Mode-4 : Cylindrical(path 1)
Mode-4 : Cylindrical(path 1)Mode-4 : Cylindrical(path 1)
Mode-4 : Cylindrical(path 1)
㧙
㧙㧙
㧙
Non cylindrical(path 2)
Non cylindrical(path 2)Non cylindrical(path 2)
Non cylindrical(path 2)
ISO programming operation in path 1, and binary programming operation in path 2 are
executed.
The rotary axis (C,A axes) for workpiece must be programmed by binary in path 2.
Real rotary axis for workpiece, exist in path 1, is driven by binary command of path 2 with using
“Binary synchronous operation” function.
To effect “Binary synchronous operation” function, system parameter No. XXXX#X(“BSYNC”,
No. is decided later) must be set to 1, and DI signal(“SYNC”, address is decided later) should be
ON.
The DI signal(“SYNC”) must be kept off except for mode-4.
㧔
Note
㧕
1. In this mode(Mode-4), high speed interpolation (1ms interval interpolation) can not
be executed for the master A,C axes (in path 2).
2. System parameter No.7505#0(HSC) always must be set to 0 in path 2.
3. Servo side learning function is executed in each 1ms.
4.
4.4.
4. Caution
CautionCaution
Caution
Generally the machining time of path 1 and path 2 are not the same.
Therefore C,A axis commanded by binary data must be continued until the other head
terminates the machining even if the machining of it’s own head terminates.
To remove the grinder from workpiece in the path which the machining terminates faster,
the DI signal and system parameters are prepared( address of DI and No. of parameter are
decided later).
㧔
Path 1
㧕
O0001;
G00 X10.0; => X axis
: => Y axis
: => B axis
M30;
%
C axis
A axis
㧔
Path 2
㧕
O0002;
G00 X10.0; => X axis
M198 P2000; => Y axis
: => B axis
M30; => C axis
% => A axis
Param “BSYNC” 1
and
DI “SYNC” ON
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Contents Summary of FANUC Series 160i-TA, Binary code controlled axes combined with re-composition control on 2 CPU 2Paths control Additional Manual

  • Page 1FANUC Series 160i-TA 160 -TA Binary code controlled axes combined with re-composition control on 2 CPU 2 Paths control Description FANUC Series 160i-TA Title Binary code controlled axes combined with re-composition control on 2 CPU 2 Paths control Draw No. A-76428 Edit Date Design Description Sheet
  • Page 21. Outline This function realizes various grinding, such as cylindrical grinding or non-cylindrical grinding with dual grinding heads simultaneously. The cylindrical grinding is commanded by ISO program because of it’s simple command, and non-cylindrical grinding is commanded by binary program becau
  • Page 31.1. Operation mode Both grinding heads have cylindrical and non-cylindrical grinding function, so as the operation following 4 mode is available. Operation Head-1 Head-2 mode Non-cylindrical Non-cylindrical Mode-1 grinding grinding 㧔Binary operation㧕 㧔Binary operation㧕 Cylindrical grinding Cylindri
  • Page 4Mode-3: C,A axes must be commanded by binary program in path 1, however they need not be commanded by ISO program in path 2. Start timing of head 2 can be adjusted by the standard waiting function by M code. Mode-4: C,A axes must be commanded by binary program in path 2, however they need not be com
  • Page 52.1. 2 Paths Binary operation On the FANUC series 16i-TA 2 paths system, binary programming operation with the data which is called out from DATA Server by M198 is possible in path 1 or path 2 or both paths. 㧔Path 1㧕 㧔Path 2㧕 O0001; O0002; G28 U0.0 Z0.0; G28 U0.0 Z0.0; : : M198 P1000; M198 P2000; :
  • Page 62.2. Waiting function between 2 paths In mode-1, non-cylindrical grinding are executed by both grinding heads. The rotary axes for workpiece, C,A axes, exist in path 1, so binary data for path 1 must be programmed. Further more, workpice must be rotated synchronous with the binary programming for pa
  • Page 72.3. Binary synchronous operation In mode-4, non-cylindrical grinding is executed in path 2. So binary data include C,A axes command must be programmed in path 2. When C,A data is commanded in path 2, actual rotary axis for worpiece, C,A axes, in path 1 are driven by this “Binary synchronous operati
  • Page 83. Grinding Mode 3.1 Mode-1: Non cylindrical(path 1) - Non cylindrical(path 2) Non cylindrical grinding by binary command is executed with both grinding heads. The motion of rotary axis for workpiece is commanded with the binary data in path 1. In path 2, the same binary data of C,A axes that is com
  • Page 93.2. Mode-2 : Cylindrical(path Cylindrical(path 1) – Cylindrical(path 2) Both heads executes Cylindrical grinding with ISO programming. The rotary axis (C,A axes) for workpiece must be programmed only in path 1. Concerning waiting function and interrupting function, those of standard 2 path control
  • Page 103.4. Mode-4 : Cylindrical(path 1)㧙 1)㧙Non cylindrical(path 2) ISO programming operation in path 1, and binary programming operation in path 2 are executed. The rotary axis (C,A axes) for workpiece must be programmed by binary in path 2. Real rotary axis for workpiece, exist in path 1, is driven by b