Original notice - A1.20
42
Basic operation
8-1.
Basic operation
Operation image
Turn on the power
Set the initial position
of the transfer surface
(
Teaching
)
Load
Switch the transfer surface
to the diverting direction
(
5ROOHUWUDQVIHUĺ&DUULHUZKHHOWUDQVIHU
)
Discharge
Prepare reception
(
Transfer surface switch
)
(
&DUULHUZKHHOWUDQVIHUĺ5ROOHUWUDQVIHU
)
HBM-201
HBM-201
HBM-201
Signal output from CN2#1, CN2#2
Signal input to CN2#4, CN2#5
HBM-201 Signal input to CN2#5
HBM-201 Stop signal input to CN2#5
Signal output from CN2#1
No signal output from CN2#2
HBM-201 No signal output from CN2#1
Signal output from CN2#2
Preparing reception (teaching) complete
Start teaching
*
The roller surface is set in the initial position.
Run the roller transfer MDR
Stop running the roller transfer MDR
(loading complete)
Start to switch to the carrier wheel surface
Switching to the carrier wheel surface complete
HBM-201 Signal input to CN2#4
HBM-201 Stop signal input to CN2#4
HBM-201 Signal output from CN2#1
No signal output from CN2#2
Start to switch to the roller surface
Switching to the roller surface (preparing reception)
complete
Area sensor for loading
21ĺ2))
Run the carrier wheel transfer MDR
Stop running the carrier wheel transfer MDR
(loading complete)
Area sensor for discharge ON
→
OFF
■
About control
F-RAT uses MDR for each of carrier wheel transfer, roller transfer, and trans-
fer surface switch (3 axes in total). Make sure to control to allow each axis to
run independently.
8.
Control/Operation
F-RAT-NX75 Technical document
Safety precautions
Advance preparation
Product check
Structures
Installation/Wiring
Control/Operation
Maintenance/Inspection
Tr
oubleshooting
Appendix