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Terminal
name
PP
RR
IV
CC
ST
F
R
I
I
I
icc
I
SSI
JOG (SS2)
I
I
AD2(SS3)
I
I
RST
I
I
Icc
I
I
i G(E)
I
I
Terminal functions
This terminal provides an output of the reference signal
for frequency setting (10Vdc).
Input a frequency setting signal to this terminal.
A 3k
Q
potentiometer (one rated at 1K to 10k
Q
may also
be connected), 0 to 10Vdc (with JP2 set at 10V), or 0 to
5Vdc (with JP2 set at 5V).
Input a frequency setting signal to this terminal. 0 to 5Vdc
(with JP1 set at V), or 4(0) to 20mAdc (with JP1 set at I).
This is the common end of the FM, PP, RR, and IV
terminals.
With ST -CC shorted, the inverter is ready to run.
With the ST -CC opened, a coasting stop phases in.
Can be used for an interlocked operation. (Preparation to
run / terminal for coast to stop)
With F-CC shorted, a forward run is engaged: With F-CC
I
opened, deceleration phases in for a complete stop.
(ST -CC is shorted.)
i
I
With R-CC shorted, a reverse run is engaged, and with
i
R-CC opened, deceleration phases in for a complete
I
I
stop.
(ST -CC is Shorted.) (If both F-CC and R-CC are
I
i
shorted simultaneously, a reverse run will result.)
l
!
I
i
1
This is the common end of the ST, F, and R terminals.
I
i
I
I
With SS1-CC shorted, a multispeed run is engaged.
I
I
With JOG-CC shorted, a jogging run is engaged: with
I
I
SS2-CC shorted, a multispeed run is effected.
I
I
I
I
i
With AD2-CC shorted an acc./dec. time2 run is engaged;
I
!
or with SS3-CC shorted, a multispeed run will result.
I
I
With RST -CC shorted, the inverter's protective function
I
I
I
!
resets.
I
I
This is the common end of the SS1, JOG(SS2), AD2(SS3),
I
and RST terminals.
i
The inverter housing's ground terminal.
Terminal
block type
Control circuit
terminal block
Terminal block
I
or frame screw
I
··.e
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