Setting
Value
8
10
Combination setting mode
External voltageVC2+ External current CC+ pulse
setting
Setting
Value
9
External voltageVC1 + panel setting + pulse setting
11
Duxe.ru VICSION VS500 55
Combination setting mode
External voltageVC2+ External current CC- pulse
setting
External voltageVC1+ panel setting - pulse setting
12
External voltage1 + panel setting + digital setting
13
External voltage1 - panel setting + digital setting
14
External voltage2 + panel setting + digital setting
15
External voltage2 - panel setting + digital setting
16
External current + panel setting + digital setting
17
External current - panel setting + digital setting
18
Serials interface setting + External voltage1
19
Serials interface setting - External voltage1
20
Serials interface setting + External current + pulse
setting
21
Serials interface setting - External current + pulse
setting
22
Serials interface setting + External voltage1 + panel
setting
23
Serials interface setting + External voltage2 - panel
setting
24
External voltage2 + External current + pane setting
25
External voltage2+ External current - panel setting +
digital setting
26
The max of external voltage1 and external voltage2
27
The max among External voltage1, External voltage2
and
28
Nonzero valid of External voltage1and External
voltage2
29
Nonzero valid External voltage1, External voltage2
and External current CC
30
External voltage 1+external terminal vp/dw
F2.13 Analog output selection
Setting range： 0000 ~ 0055
It defines meaning of AO1、AO2.
The first part of LED: it defines the meaning of analog output terminal AO1.
The second part of LED: it defines the meaning of analog output terminal AO2.
0：Output freq
Amplitude accumulation of AO1 and AO2 are in direct ratio to the output frequency. F2.15 and F2.17 are
corresponding to the upper limit freq.
1：Output current
Amplitude accumulation of AO1 and AO2 are in direct ratio to the output current. F2.15 and F2.17 are twice rated
current of inverter.
2：Output voltage
Amplitude accumulation of AO1 and AO2 are in direct ratio to the output voltage. F2.15 and F2.17 are
corresponding to [F1.4] and [F1.14].
3：Rotate speed of applied motor
Amplitude accumulation of AO1 and AO2 are in direct ratio to the motor rotate speed of inverter. F2.15 and
F2.17 is corresponding rotate speed that is corresponded the upper limit freq.
4：PID setting
Amplitude accumulation of AO1 and AO2 are in direct ratio to the setting value of PID. F2.15 and F2.17 are
corresponding to feedback of 10.00.
5：PID feedback
Amplitude accumulation of AO1 and AO2 are in direct ratio to the PID feedback. F2.15 and F2.17 are
corresponding to feedback of 10.00.
The third and fourth part of LED: Reserved.
VS500 series of general purpose inverter Duxe.ru
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