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FANUC Series 16i/18i Additional Manual Page 10

Additional Manual
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FANUC Series16i /18i – MB/TB
Retract for high-speed remote buffer
A
-78086EN/03
2000.03.15
02 2005.02.22 Out of frame 2 is added
03 2005.11.04 Out of frame 3 is corrected
4. Parameters
Number #7 #6 #5 #4 #3 #2 #1 #0
7503
RNRST
[ Data type ] Bit
RNRST In the state of reset after retraction
with operating the high-speed remote buffer,
the reset signal RST(F0001.1) is:
0 : Output.
1 : Not output.
Number #7 #6 #5 #4 #3 #2 #1 #0
7502 RBDEC
[ Data type ] Bit
RBDEC At the deceleration of the retract function during high-speed remote buffer,
0 : The deceleration is started when the standard axis for retract (parameter
No.7524) is passed the absolute position (parameter No.7525).
1 : The deceleration is started in accordance with the movement end of the retract
value (parameter No.7522).
Number
7521 Time constant for retract
[ Data type ] Word axis
[ Unit of data ] ms
[ Valid data range ] 0 to 4000
At the retract operation of the high-speed remote buffer, the time constant of each
axis of a linear
acceleration/deceleration of a time constant type is set. This
parameter is used at an
acceleration/deceleration of the retract value movement
and a
deceleration of the stop movement
2
3
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Contents Summary of FANUC Series 16i/18i Additional Manual

  • Page 1FANUC Series 16i /18i – MB/TB Specification Retract for High speed Remote buffer Contents 1. Outline .............................................................................................................................................................2 2. Specification .......................
  • Page 21. Outline By this function, even if a machine goes wrong suddenly, the machining process can be stopped safety while operating the high-speed remote buffer. The retract operation is done to each axis when the retract signal is input while operating the high-speed remote buffer, and the high-speed r
  • Page 32. Specification The retract operation is done to each axis when the retract signal is input while operating the high-speed remote buffer, and the high-speed remote buffer operating does the deceleration stop. It enters the state of reset after retraction. The acceleration/deceleration type of the r
  • Page 4When there is a standard axis, which passes a constant position at the cycle operation, the deceleration can be started at the specified timing. By setting the parameter of the standard axis (No.7524) and the absolute coordinate position (No.7525), the deceleration is started after the retract signa
  • Page 5(Retract value <> 0) Specified position Specified position Deceleration starts Retract movement starts Feedrate value Retract value Time constant Time constant Time constant Retract signal ON (Retract value =0) Specified position Specified position Deceleration starts Feedrate value Time constant Re
  • Page 6(Example of grinding oval cam) 1. C axis = 0 deg X axis X axis C axis 2. C axis = 90 deg X axis C axis C axis 3. C axis = 180 deg 360 X axis 0 C axis 1. 2. 3. 4. 1. 4. C axis = 270 deg X axis C axis Parameter No.7524 =3 (C axis) …………… standard axis No.7525 =0 (deg) …...……… Absolute coordinate positi
  • Page 7It is possible to decelerate and stop the remote buffer operation at finishing the retract value 2 movement after inputting the retract signal. When the parameter No.7502#6 is set to 1 and the standard axis for retract is set to the 3 parameter No.7524, the remote buffer operation is decelerated and
  • Page 8• The axis except the standard axis behavior (In case that the retract value do not remain.) 2 Deceleration starts Retract movement starts Feedrate value Time constant Time constant Time constant Retract signal ON • In case that the retract value is 0 Deceleration starts Feedrate value Time constant
  • Page 93. Notes 1) The value of the deceleration movement is made based on the feedrate and the time constant at the beginning of the deceleration. Moreover, this value of the movement is not included in the value of retract. 2) Even if the high-speed remote buffer is operated, the input of the retract sig
  • Page 104. Parameters Number #7 #6 #5 #4 #3 #2 #1 #0 7503 RNRST [ Data type ] Bit RNRST In the state of reset after retraction with operating the high-speed remote buffer, the reset signal RST(F0001.1) is: 0 : Output. 1 : Not output. Number #7 #6 #5 #4 #3 #2 #1 #0 3 7502 RBDEC [ Data type ] Bit 2 RBDEC At t
  • Page 11(Note 1) The setting value is changed according to the interpolation time of the data of the high-speed remote buffer. In case of the interpolation time is 8msec : The time constant becomes a multiple of eight. In case of the interpolation time is 4msec : The time constant becomes a multiple of four
  • Page 12Number 7523 Feedrate for retract [ Data type ] 2-word axis [ Unit of data ] [ Valid data range ] Range of data Increment unit Unit of data IS-A,IS-B IS-C Millimeter machine 1 mm/min 30 - 240000 30 - 100000 Inch machine 0.1 inch/min 30 - 96000 30 - 48000 Rotation Axis 1 deg/min 30 - 240000 30 - 10000
  • Page 13Number 7524 Standard axis for retract [ Data type ] byte [ Valid data range ] 0 to 6 At the retract operation of the high-speed remote buffer, when there is a standard axis, which passes a constant position at the cycle operation, the deceleration can be started at the specified timing. By setting t
  • Page 145. Signal #7 #6 #5 #4 #3 #2 #1 #0 G0065 HSRT [ Classification ] Input signal HSRT In high-speed remote buffering and high-speed cycle machining, 0: The retract operation is not done. 1: The retract operation is done. Title FANUC Series16i /18i – MB/TB Retract for high-speed remote buffer Draw No. A-