Hitachi SJ700B SERIES - Page 273

Index
Index - 2
frequency addition ............................................ 4-14
frequency arrival setting for accel.....................4-62
frequency arrival setting for decel..................... 4-62
frequency limit .................................................. 4-24
frequency lower limit.........................................4-24
frequency matching ......................4-33, 4-52, 4-54
frequency operation.......................................... 4-13
frequency reached signal ................................. 4-62
frequency scaling conversion factor ...................4-2
frequency source setting ......................... 4-8, 4-112
frequency to be added...................................... 4-14
frequency upper limit ........................................ 4-24
FRS .................................................................. 4-52
function code display restriction.................3-4, 4-76
function mode..................................................... 4-7
fuzzy........................................................4-32, 4-80
FW...............................................................2-7, 4-8
FWR ................................................................. 4-69
H
H................................................................2-7, 2-21
heat sink overheat warning......................4-60, 4-69
heat sink temperature monitoring ....................... 4-4
high-resolution absolute position
control...............................................4-96,4-106
high-torque multi-motor operation..................... 4-94
home search.....................................................4-99
I
initial screen......................................................4-78
initialization....................................................... 4-75
input terminal a/b selection.......................4-47,4-61
input terminal response time.............................4-72
inspection ....................................................1-1, 6-1
instantaneous power failure/
under-voltage trip alarm enable .........4-33, 4-35
instantaneous power failure or
undervoltage............................................... 4-33
intelligent input terminal.............................2-7, 4-46
intelligent input terminal status ........................... 4-2
intelligent output terminal...........................2-8, 4-60
intelligent output terminal status .........................4-2
internal DC braking...........................................4-20
inverter ready signal ......................................... 4-69
IP...................................................................... 4-35
IRDY................................................................. 4-69
J
JG..................................................................... 4-49
jogging..............................................................4-49
jump (center) frequency.................................... 4-25
J300..................................................................4-85
K
Keypad Run key routing .....................................4-7
KHC.................................................................... 4-4
L
L ................................................................2-7, 2-21
LAC .........................................................4-10, 4-32
LAD ..................................................................4-10
life-check monitoring..................................4-5, 4-67
LOC...................................................................4-69
LOG1, LOG2, LOG3, LOG4, LOG5, LOG6.......4-66
logical output signal operation...........................4-66
low-current indication signal..............................4-69
M
main circuit terminal ........................................... 2-7
main circuit wiring..............................................2-21
maintenance and inspection .............................. 6-1
major failure signal............................................4-70
maximum frequency..........................................4-11
manual torque boost .........................................4-18
MI1, MI2, MI3, MI4, MI5, MI6, MI7, MI8 ............4-47
MO1, MO2, MO3, MI4, MO5, MO6 ...................4-60
modbus RTU...................................................4-129
MJA...................................................................4-70
monitor mode .............................................. 4-1, 8-1
motor constant ........................................ 4-85, 4-88
motor gear ratio...............................................4-103
motor temperature monitoring............................ 4-4
multispeed 4 setting ..........................................4-47
multistage position switching...........................4-108
multistage speed/position
determination time................................. 4-48, 4-108
N
NDc...................................................................4-67
no......................................................................4-47
NO/NC .................................................... 4-47, 4-61
nonstop deceleration at instantaneous
power failure................................................4-83