KEB COMBIVERT F6 Programmierhandbuch Seite 436

Inverter-Parameter (Adresse / Auflösung /Typ)
Sub-
Index CAN Type
Idx
3800h 0 V UINT16 mo00 saturation mode
0 Uint8
1 float32
2 float32
3 float32
4 float32
5 float32
6 float32
3801h ST
7 float32
8 float32
9 float32
10 float32
11 float32
12 float32
13 float32
0 Uint8
1 float32
2 float32
3 float32
4 float32
5 float32
6 float32
3802h ST
7 float32
8 float32
9 float32
10 float32
11 float32
12 float32
13 float32
3803h 0 V Uint16
0 Uint8
3804h A
1...16
float32
0 Uint8
3805h A
1...16
float32
0 Uint8
3806h A
1...16
float32
0 Uint8
3808h A
1...16
float32
3809h 0 V float32
380Ah 0 V float32
436
IDtxt Name
saturation coefficients (Anzahl)
Ld0 [H]
Ld1 [H]
Kd [1/A^2]
Kdq [1/A^2]
Lq0[H]
Lq1[H]
mo01
Kq [1/A^2]
Kqd [1/A^2]
Psi0 [Vs]
Psi1 [Vs]
Kpd [1/A^2]
Kpq [1/A^2]
I0 [A]
saturation coef dr-group (Anzahl)
Ld0 [H]
Ld1 [H]
Kd [1/A^2]
Kdq [1/A^2]
Lq0[H]
Lq1[H]
mo02
Kq [1/A^2]
Kqd [1/A^2]
Psi0 [Vs]
Psi1 [Vs]
Kpd [1/A^2]
Kpq [1/A^2]
I0 [A]
mo03 fill table sel. (ms04...ms10)
mo04 Isq opt. array (Iq=f(M))
mo05 Isd opt. array (Id=f(M))
mo06 MLim array (M=f(Imax))
mo08 IqLim array (I=f(IdRef))
mo09 Current Tab. x-axis [A]
mo10 Torque Tab. x-axis [Nm]
Upper limit Lower limit Mult.
2047 0 1
13 0 1
1
1
1
1
1
1
1
1
1
1
1
1
1
13 0 1
1
1
1
1
1
1
1
1
1
1
1
1
1
1 0 1
16 0 1
1
16 16 1
1
16 16 1
1
16 16 1
1
1
1
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