Mitsubishi Electric MELSEC-Q Series User Manual page 253

Set with a decimal.
Setting
K
value
Set with a decimal.
Setting
K
value
Set with a hexadecimal.
Setting
H
value
b15 b12 b8
Buffer
memory
Buffer
Setting items
memory
b0 Axis 1 Upper limit signal (FLS)
Axis 1 Lower limit signal (RLS)
b1
b2 Axis 1 Proximity dog signal (DOG)
b3 Axis 1 STOP signal (STOP)
b4 Axis 2 Upper limit signal (FLS)
b5 Axis 2 Lower limit signal (RLS)
b6 Axis 2 Proximity dog signal (DOG)
b7 Axis 2 STOP signal (STOP)
5928
Axis 3 Upper limit signal (FLS)
b8
b9 Axis 3 Lower limit signal (RLS)
b10 Axis 3 Proximity dog signal (DOG)
b11 Axis 3 STOP signal (STOP)
b12 Axis 4 Upper limit signal (FLS)
b13 Axis 4 Lower limit signal (RLS)
b14 Axis 4 Proximity dog signal (DOG)
b15 Axis 4 STOP signal (STOP)
b0 Axis 5 Upper limit signal (FLS)
b1 Axis 5 Lower limit signal (RLS)
b2 Axis 5 Proximity dog signal (DOG)
b3 Axis 5 STOP signal (STOP)
b4 Axis 6 Upper limit signal (FLS)
b5 Axis 6 Lower limit signal (RLS)
b6 Axis 6 Proximity dog signal (DOG)
b7 Axis 6 STOP signal (STOP)
5929
b8 Axis 7 Upper limit signal (FLS)
b9 Axis 7 Lower limit signal (RLS)
b10 Axis 7 Proximity dog signal (DOG)
b11 Axis 7 STOP signal (STOP)
b12 Axis 8 Upper limit signal (FLS)
b13
Axis 8 Lower limit signal (RLS)
b14 Axis 8 Proximity dog signal (DOG)
b15 Axis 8 STOP signal (STOP)
Setting value
Deceleration start flag valid
0: Deceleration start flag invalid
1: Deceleration start flag valid
Stop command processing for deceleration
stop selection
0: Deceleration curve re-processing
1: Deceleration curve continuation
b4 b0
Default Buffer
Meaning Setting items
value memory
0 b0 Axis 9 Upper limit signal (FLS)
0 Axis 9 Lower limit signal (RLS)
b1
0 b2 Axis 9 Proximity dog signal (DOG)
0 b3 Axis 9 STOP signal (STOP)
0 b4 Axis 10 Upper limit signal (FLS)
0 b5 Axis 10 Lower limit signal (RLS)
0 b6 Axis 10 Proximity dog signal (DOG)
0 b7 Axis 10 STOP signal (STOP)
5930
0 Axis 11 Upper limit signal (FLS)
b8
0 b9 Axis 11 Lower limit signal (RLS)
" Pr.22
0 b10 Axis 11 Proximity dog signal (DOG)
Input
0 signal logic b11 Axis 11 STOP signal (STOP)
selection"
0 b12 Axis 12 Upper limit signal (FLS)
is negative
0 b13 Axis 12 Lower limit signal (RLS)
logic
0: OFF
0 b14 Axis 12 Proximity dog signal (DOG)
1: ON
0 b15 Axis 12 STOP signal (STOP)
0 b0 Axis 13 Upper limit signal (FLS)
" Pr.22
Input
0 b1 Axis 13 Lower limit signal (RLS)
signal logic
0 b2 Axis 13 Proximity dog signal (DOG)
selection"
0 b3 Axis 13 STOP signal (STOP)
is positive
logic
0 b4 Axis 14 Upper limit signal (FLS)
0: ON
0 b5 Axis 14 Lower limit signal (RLS)
1: OFF
0 b6 Axis 14 Proximity dog signal (DOG)
0 b7 Axis 14 STOP signal (STOP)
5931
0 b8 Axis 15 Upper limit signal (FLS)
0 b9 Axis 15 Lower limit signal (RLS)
0 b10 Axis 15 Proximity dog signal (DOG)
0 b11 Axis 15 STOP signal (STOP)
0 b12 Axis 16 Upper limit signal (FLS)
0 b13
Axis 16 Lower limit signal (RLS)
0 b14 Axis 16 Proximity dog signal (DOG)
0 b15 Axis 16 STOP signal (STOP)
5 - 133
Chapter 5 Data Used for Positioning Control
Default
Buffer memory address
value
0
0
Default
Meaning
value
0
0
0
0
0
0
0
0
0
0
0000H
" Pr.22
0
Input
0 signal logic
selection"
0
is negative
0
logic
0: OFF
0
1: ON
0
0
" Pr.22
Input
0
signal logic
0
selection"
0
is positive
logic
0
0: ON
0
1: OFF
0
0
0
0
0
0
0
0
0
0
5905
5907
5928
to
5931