(1)Analog current inputs the command value for frequency setting
DC4~20mA/0~100 (%) (positive running)
，
DC20~4mA/0~100 (%)
(reverse running)
(2) Analog input for the PID instruction, PID control feedback
signal, the frequency auxiliary setting, ratio setting, torque limit
setting, and analog input monitor allocation.
(3) Hardware Specifications
* Input Impedance: 250 (kΩ)
* The maximum possible input DC 30mA. Apply DC20mA when it
exceeds DC20mA.
Analog
current
input
setting
ACI
(1) Analog voltage inputs the command value for frequency setting
DC0~±10V/0~±100 (%)(positive running)
，
DC±10~0V/0~100 (%)
(reverse running)
(2) Analog input for the PID instruction, PID control feedback
signal, the frequency auxiliary setting, ratio setting, torque limit
setting, and analog input monitor allocation.
(2) Hardware Specifications
* Input Impedance: 22 (kΩ)
* The maximum possible input DC ± 15V. Apply DC ± 10V when it
exceeds DC ± 10V.
* set the function parameter 02.35 as "0" when inputting the analog
voltage of positive and negative (DC0 ~ ± 10V) via terminal AUI
Analog
voltage
input
setting
PTC/NTC
Thermistor
input
AUI
AUI
Table 2.8 Function of Control Terminals
（
continued
）
Figure 2.4 The internal circuitry
when SW5 is switched to the
PTC / NTC side
Ｐ
Ｔ
Ｃ
／Ｎ
Ｔ
Ｃ
ＡＣＭ
ＡＶＩ
１０Ｖ
２７ｋΩ
０４．２７
ＤＣ＋１０Ｖ
＜ Ｃｏｎｔｒｏｌ ｃｉｒｃｕｉｔ ＞
０Ｖ
０４．２６
Common terminals for the analog input and output signals (terminals
10V, AVI, ACI, AUI, AFM) are insulated for terminals DCM, MCM.
Analog
common
terminals
ACM
Functions
Categ-
ory
Terminal
symbol
Terminal
name
(1) PTC / NTC thermistor used to
protect the motor can be connected.
Switch SW5 (refer to 6.6) on the
board to the PTC / NTC side.
The internal circuitry of switching
SW5 (switch of terminal AUI)
to the PTC / NTC side is shown
in the right figure. Refer to
“Transfer of various switches
in 6.6” for the details of SW5.
Change function parameter 04.26
accordingly when switching SW5
to the PTC / NTC side.
Th
er
m
is
to
r
Resistor Operation level
Co
mp
ara
tor
External
alarm
An
al
og
in
pu
t
２３
