35
Basic operation
6-2.
Basic operation
Introduction
■
About control
In this manual, the signal input and output in “6-2. Basic operation” and “6-3.
Program example” is described when wiring has been performed based on the
wiring example image.
When wiring has been performed differently from the wiring example image,
IB-P02F-P-FT signal input and output will vary.
■
F-RAT uses MDR for each of carrier wheel transfer, roller transfer, and transfer
surface switch (3 MDRs in total). Make sure to control to allow each MDR to run
independently.
6.
Control/Operation
Wiring example (image)
:
F-RAT zone sensor
:Area sensor (on the opposite side of V-ribbed pulley)
:Area sensor (on the side of V-ribbed pulley)
:Area sensor (on the left side when viewing V-ribbed pulley from the front)
:Area sensor (on the right side when viewing V-ribbed pulley from the front)
SA
SA
②
①
①
②
③
④
④
③
F-RAT
V-ribbed pulley
F-RAT-NX75 Annex User Manual for IB-P02F-P-FT
Advanced preparation
Product check
Wiring
Maintenance/Inspection
Appendix
IB-P02F-P-FT settings
Control/Operation
Original notice - U1.1
#1
0V
#2
24V
#3
IN1
#4
IN2
#5
IN3
#6
IN4
#7
OUT4
#8
OUT3
#9
OUT2
#10
OUT1
ALM
#4
#1
24V
0V
#3
#2
SEN
SEN
#2
#3
0V
24V
#1
#4
ALM
#1
#2
#3
#4
#5
HBM-201
)
A
r
ot
o
M(
1
0
1
N
C
C
N
201 (M
ot
or
B
)
IB-P
Series
Roller transfer
MDR
㸦㹋
2
㸧
Drive switching MDR
㸦㹋
3
㸧
24V DC
IB-P
Series
24V DC Motor Power
IN1
IN2
CN1
CN2
F-RAT zone sensor
IB-P02F-P-FT
OUT1 OUT2
N/A
24V DC Control Power
Carrier wheel transfer MDR
㸦㹋
1
㸧
CN304
CN305
Area Sensor
༃
Area Sensor
༄
Area Sensor
༅
Area Sensor
༆
CN301
LA
N
1
LA
N
2
CN1
CN302
(Remote IN/OUT)