Hitachi SJ700-2 Marine Battery User Manual


 
Index
Index - 2
frequency addition.......................................... 4-15
frequency arrival setting for accel.................... 4-61
frequency arrival setting for decel.................... 4-61
frequency limit................................................ 4-25
frequency lower limit....................................... 4-25
frequency matching .....................4-33, 4-52, 4-54
frequency operation........................................ 4-14
frequency reached signal................................ 4-61
frequency scaling conversion factor .................. 4-2
Frequency source setting .......................4-8, 4-104
frequency to be added.................................... 4-15
frequency upper limit...................................... 4-25
FRS............................................................... 4-52
function code display restriction ................3-4, 4-74
function mode .................................................. 4-7
fuzzy......................................................4-33, 4-78
FW ........................................................... 2-7, 4-8
FWR.............................................................. 4-69
H
H .............................................................2-7, 2-18
heat sink overheat warning.....................4-59, 4-67
heat sink temperature monitoring...................... 4-4
High-resolution absolute position
control.................................................... 4-106
high-torque multi-motor operation ................... 4-91
home search.................................................. 4-96
I
initial screen................................................... 4-76
initialization.................................................... 4-73
input terminal a/b selection ............................. 4-46
Input terminal response time........................... 4-72
inspection ................................................. 1-1, 6-1
instantaneous power failure/
under-voltage trip alarm enable .........4-34, 4-36
instantaneous power failure or
undervoltage............................................. 4-34
intelligent input terminal............................2-6, 4-45
Intelligent input terminal status.......................... 4-2
intelligent output terminal..........................2-6, 4-59
Intelligent output terminal status........................ 4-2
internal DC braking........................ 4-21, 4-23, 4-24
inverter ready signal....................................... 4-68
IP................................................................... 4-35
IRDY.............................................................. 4-69
J
JG ................................................................. 4-49
jogging........................................................... 4-48
jump (center) frequency.................................. 4-26
J300 .............................................................. 4-85
K
Keypad Run key routing ................................... 4-7
KHC................................................................. 4-4
L
L..............................................................2-7, 2-18
LAC.......................................................4-10, 4-32
LAD............................................................... 4-10
life-check monitoring ................................4-5, 4-66
LOC............................................................... 4-69
LOG1, LOG2, LOG3, LOG4, LOG5, LOG6...... 4-66
logical output signal operation......................... 4-65
low-current indication signal............................ 4-68
M
main circuit terminal ......................................... 2-7
main circuit wiring........................................... 2-10
maintenance and inspection ............................. 6-1
major failure signal......................................... 4-69
maximum frequency....................................... 4-12
manual torque boost....................................... 4-19
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, 8-2
motor constant .......................................4-82, 4-85
motor gear ratio............................................ 4-101
motor temperature monitoring........................... 4-4
Multispeed 4 setting ....................................... 4-46
Multistage position switching......................... 4-108
Multistage speed/position
determination time................................4-47, 4-108
N
NDc............................................................... 4-67
no.................................................................. 4-47
NO/NC...................................................4-47, 4-61
nonstop deceleration at instantaneous
power failure............................................. 4-81