E6580516
,-
-
I=
1
-
(T
I S I . P
1_1
I •
_,
'-
ermina e
ect1on
arameters)
,-,,
,-
,-,
1
1
,-
,-
,-
Output
terminal
pulse
frequency
selection
--
Selects the No.
of
pulses
in
proportion to the output frequency from the output terminal FP.
01::
F
,0
setting value
Function
n
48f
l.J
I
96f I
2
360f
Note) When 96f
is
selected, the pulse output will
be
an alternating dual-cycle pulse train, so the counting
instrument must read an adequate average frequency.
48f and
360f are single pulse trains, so the frequency measurement device can perform high speed
reading of the output pulses.
* By using the pulse output terminal (FP) and the pulse inputs of expansion terminal block PCBs (optional)
installed on other inverters, multiple inverters can be proportionally controlled and operated.
The
FP
output signal may be unstable when power is turned ON, during a fault reset, or when
[,
,-.
LI
c I c
'.=J
,O I is set.
/
1-
11
-
,-1
RR
input
special
function
selection
The option ROM is required for the
RR
input special function selection.
However, option
ROM
is
not required
in
software version 120.
Parameter data can
be
externally adjusted using the
RR
input terminal.
I,-,,- ,- setting value Function
,,
Standard
u
I
FH
{max. frequency)
I
c'
TACC/TDEC (acceleration/deceleration time) multiplication factor
3
VB (torque boost) multiplication factor
'-I
Current limit adjustment multiplication factor
I Set to : I
IF
1-1
I adjustment· .. The frequency reference from the
RR
input terminal can be used as the
I F
J-1
I data.
* Note that
IF:-:
I cannot be changed while running, so the data will be updated only when the inverter is
sopped.
The
IF:-:
I setting range is from 30 to 400Hz, so a setting of less than 30Hz will be treated as \ F
,1.-:
I
'"'30Hz.
I Set to
c'
I TACC/TDEC multiplication factor .. ·The acceleration/deceleration times parameter values
can be multiplied from 1.0 times to 10.0 times with the
RR
terminal analog input.
I Set to 3 I
I,_,
b I multiplication factor··· The voltage boost \
,_,
b I parameter values can be multiplied
from
0.00 times (0%) to 1.00 times (100%) with the
RR
terminal
analog input.
I Set to
'-I
I
IS
l=
L I multiplication factor···The current limit adjustment
IS
l::
L parameter valuescan
be
multiplied from 0%
to
1 00% with the
RR
terminal analog input.
- 67 -
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