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14.6 Function Codes<br />
14.6.1 Replacing VG5<br />
FRENIC5000 VG5S FRENIC5000 VG7S<br />
Function<br />
codes<br />
Name<br />
Function<br />
codes<br />
Name<br />
01 Speed setting F01 Speed setting N1<br />
02 Operation method F02 Operation method<br />
03 Max. speed F03 M1 max. speed<br />
04 Acceleration time 1 F07 Acceleration time 1<br />
05 Deceleration time 1 F08 Deceleration time 1<br />
06 S-curve acceleration/deceleration 1 F67 to F70 S-curve acceleration/deceleration 1<br />
07 Multistep speed 1<br />
C05 Multistep speed 1<br />
08 Multistep speed 2<br />
C06 Multistep speed 2<br />
09 Multistep speed 3<br />
C07 Multistep speed 3<br />
10 Multistep speed 4<br />
C08 Multistep speed 4<br />
11 Multistep speed 5<br />
C09 Multistep speed 5<br />
12<br />
13<br />
Multistep speed 6 / Creep speed 1<br />
Multistep speed 7 / Creep speed 2<br />
C10/C18<br />
C11/C19<br />
Multistep speed 6 / Creep speed 1<br />
Multistep speed 7 / Creep speed 2<br />
14 ASR1 (P gain)<br />
F61 ASR1-P(Gain)<br />
15<br />
(I gain) F62 ASR1-I (Constant of integration)<br />
16 Constant on filtering (Speed setting)<br />
F64 ASR1 input filter<br />
17<br />
(Speed detection) F65 ASR1 detection filter<br />
18 Torque limiter (Method selection)<br />
F40,41 Torque limiter mode<br />
19<br />
(Limiter value selection) F42,43 Torque limiter value selection<br />
20 Torque limiter (Level 1)<br />
F44 Torque limiter (Level 1)<br />
21<br />
(Level 2) F45<br />
(Level 2)<br />
22 Motor electronic thermal (Select)<br />
F10 M1 motor electronic thermal (Select)<br />
23<br />
(Level) F11<br />
(Level)<br />
24 Restart after momentary power failure F14<br />
Restart after momentary power failure<br />
(Operation selection)<br />
25 DC brake (Time)<br />
F22 DC brake (Braking time)<br />
26<br />
(Level) F21<br />
(Operation level)<br />
27 Pre-excitation (Time) F74 Pre-excitation time<br />
30 Function block (31-44) selection −<br />
31 Droop control H28 Droop control<br />
32 Filtering time constant (ASR output) F66 ASR1 output filter<br />
33 Acceleration time 2 C46 Acceleration time 2<br />
34 Deceleration time 2 C47 Deceleration time 2<br />
35 S-curve acceleration/deceleration 2 C49,C50 S-curve acceleration/deceleration 2<br />
36 Ratio setting F17 Gain (Speed setting signal 12)<br />
37 ASR2 (P gain)<br />
C40 ASR2-P (Gain)<br />
38<br />
(I gain) C41 ASR2-I (Constant of integration)<br />
39 ASR1,2 switching characteristic C70 ASR switching time<br />
40 Torque bias (Level1)<br />
F47 Torque bias T1<br />
41<br />
(Level2) F48 Torque bias T2<br />
42<br />
Selection between torque control and<br />
torque current control<br />
H41,H42<br />
Torque command and torque current<br />
command selection<br />
43 Magnetic-flux command (Select) H43 Magnetic-flux command selection<br />
44 Magnetic-flux command at light load F73 Magnetic-flux level at light load<br />
50 Function block (51-55) selection −<br />
51 ASR tuning (Action selection)<br />
H46 Observer type selection<br />
52<br />
(Operation selection) H01 Tuning operation selection<br />
53 Observer data (Compensation gain) H47,H48 Observer settings (Compensation gain)<br />
54 (Integration time)<br />
H49,H50<br />
(Integration time)<br />
55<br />
(Load inertia) H51,H52<br />
(Load inertia)<br />
60 Function block (61-74) selection −<br />
61 Motor overheat protection (temp.) E30 Motor overheat protection (temp.)<br />
62 Motor overheat early warning (temp.) E31 Motor overheat early warning (temp.)<br />
63 Inverter overload early warning (Level) E33 Inverter overload early warning<br />
64 Motor overload early warning (Level) E34 Motor overload early warning<br />
65 Zero speed detection (Level) F37 Stop speed<br />
14-20
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