1. Fanuc
  2. FS 16i/160i-PB, FS 18i/180i-PB, Program Auto Restart

FS 16i/160i-PB, FS 18i/180i-PB, Program Auto Restart Additional Manual Page 5

Additional Manual
Stop
Reset state
Restart position search
Feed hold
state
Status
RSTRTE
RSTRTL
RSTRT
Cycle start
RSRCUT
Stop
A
xis motion
RSRSEL
Restart
position return
Machining
resumed
Move to
restart position
Move by
program command
Fig.3 Timing chart of resume from interrupted block
Reset state
Restart position search
Feed hold
state
Status
RSTRTE
RSTRTL
RSTRT
Cycle start
RSRCUT
Stop
Stop
Axis motion
Stop
RSRSEL
M code for mode start
Move to
restart position
Restart
position return
Move by
program command
Move by
program command
Machining
resumed
Fig.4 Timing chart of resume from mode start position
Edit Date
Desig
Contents
Title
of
Drawing
Drawing
No.
FS16i/18i/160i/180i-PB
Program Auto Restart
S
p
ecifications
A-78518E
Page
5 / 5
Recog
nition
Newly designed Miyajima
Matsu
moto
01.06.01 01
01.09.21 02
Matsu
moto
Revision for mark *2
Miyajima
Previous page
Next page

Contents Summary of FS 16i/160i-PB, FS 18i/180i-PB, Program Auto Restart Additional Manual

  • Page 1FANUC Series 16i/160i-PB FANUC Series 18i/180i-PB Program Auto Restart Specifications Title FS16i/18i/160i/180i-PB of Program Auto Restart Matsu 02 01.09.21 moto Miyajima Revision for mark *2 Drawing Specifications Matsu Drawing 01 01.06.01 moto Miyajima Newly designed No. A-78518E Edit Date Desig R
  • Page 21. Outline This function is used for resuming the machining after interrupted (e.g. reset, power-off, etc.). This is optional function. 2. Specification There are two resume methods. One is a resume from interrupted block, and other is a resume from mode start position. These methods are selected by
  • Page 32.2 Resume from mode start position CNC positions the workpiece to the mode start position where the interrupt occurs, and resumes the machining. Restart process is separated as the following two processes. 2.2.1 Restart position return process CNC positions the workpiece to the restart position in
  • Page 43. Operation 1) CNC memorizes active executing data (the active program block pointer and the position, etc.) to nonvolatile memory during the machining operation. 2) Stop program (e.g. by reset switch), or CNC power-off. 3) The reference point return for all the axes is operated after power-on. (Th
  • Page 5Cycle start RSRSEL RSTRT RSTRTL RSTRTE RSRCUT Move to Move by Axis motion Stop restart position Stop program command Restart Feed hold Machining Status Reset state position return Restart position search state resumed Fig.3 Timing chart of resume from interrupted block M code for mode start Cycle st
  • Page 64. Parameter No. #7 #6 #5 #4 #3 #2 #1 #0 16960 RSRPT Data type : Bit type RSRPT Restart position of interrupted block is: 0 : interrupted position. 1 : head position that is the interrupted block. 16961 Minimum value of M code for mode start (mode 1) 16962 Maximum value of M code for mode start (mod
  • Page 75. Signal Program auto restart signal RSTRT [Classification] Input signal [Function] When this signal is turned “0” after “1”, the restart procedure is started. When the restart procedure is started, the RSTRTL signal is turned “1”. And restart position return process and restart po
  • Page 8Program auto restart procedure executing signal RSTRTL [Classification] Output signal [Function] This signal informs to PMC Whether the restart procedure is in executing or not, as follows: 1 : In executing 0 : Not in executing This signal becomes “1” in case of following. The RSTRT signal
  • Page 96. Alarm No. Message Contents 5258 FEED HOLD IN RESTART When the restart procedure is interrupted by feed hold, this alarm is occurred. 5259 INTERRUPTED POSITION NOT FOUND When the restart position cannot be searched, this alarm is occurred. (Complement) Alarm No.5258 : When this alarm occurs, the r