Mitsubishi Electric MELSEC iQ-R Series User Manual page 518

Buffer memory Details
5930 b0
b1
b2
b3
b4
b5
b6
b7
b8
b9
b10
b11
b12
b13
b14
b15
■Buffer memory address
Refer to the following for the buffer memory address in this area.
Page 402 System control data
■Default value
Set to "0000H".
12 DATA USED FOR POSITIONING CONTROL
516
12.8 Control Data
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Setting value
Axis 9 Upper limit signal When "[Pr.22] Input
(FLS) signal logic selection" is
negative logic
Axis 9 Lower limit signal
0: OFF
(RLS)
1: ON
Axis 9 Proximity dog signal
When "[Pr.22] Input
(DOG)
signal logic selection" is
Axis 9 STOP signal (STOP) positive logic
0: ON
1: OFF
Axis 10 Upper limit signal
(FLS)
Axis 10 Lower limit signal
(RLS)
Axis 10 Proximity dog signal
(DOG)
Axis 10 STOP signal
(STOP)
Axis 11 Upper limit signal
(FLS)
Axis 11 Lower limit signal
(RLS)
Axis 11 Proximity dog signal
(DOG)
Axis 11 STOP signal
(STOP)
Axis 12 Upper limit signal
(FLS)
Axis 12 Lower limit signal
(RLS)
Axis 12 Proximity dog signal
(DOG)
Axis 12 STOP signal
(STOP)
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Buffer memory Details
5931 b0 Axis 13 Upper limit signal
(FLS)
b1 Axis 13 Lower limit signal
(RLS)
b2 Axis 13 Proximity dog signal
(DOG)
b3 Axis 13 STOP signal
(STOP)
b4 Axis 14 Upper limit signal
(FLS)
b5 Axis 14 Lower limit signal
(RLS)
b6 Axis 14 Proximity dog signal
(DOG)
b7 Axis 14 STOP signal
(STOP)
b8 Axis 15 Upper limit signal
(FLS)
b9 Axis 15 Lower limit signal
(RLS)
b10 Axis 15 Proximity dog signal
(DOG)
b11 Axis 15 STOP signal
(STOP)
b12 Axis 16 Upper limit signal
(FLS)
b13 Axis 16 Lower limit signal
(RLS)
b14 Axis 16 Proximity dog signal
(DOG)
b15 Axis 16 STOP signal
(STOP)
Setting value
When "[Pr.22] Input
signal logic selection" is
negative logic
0: OFF
1: ON
When "[Pr.22] Input
signal logic selection" is
positive logic
0: ON
1: OFF