Nord Drivesystems NORDAC LINK SK250E-FDS - Motor Data; Characteristic Curve Parameters

5 Parameter
BU 0250 en-3021 93
Pos: 266 /Anleitungen/ Elektronik/F U und Starter/5. Parameter/ P2xx Motordaten / Kennli nienparameter @ 0\ mod_1327588046860_388.d ocx @ 7838 @ 3 @ 1
5.2.3 Motor data / Characteristic curve parameters
Parameter
{factory setting}
Setting value / Description / Note Supervisor Parameter set
Pos: 267 /Anleitungen/ Elektronik/F U und Starter/5. Parameter/ Parameterauflis tung (P000 ...)/P200- P299/Parameter P200 – Motor liste - Allgemeiner Teil [BU0180, BU0200, BU 0500, SK 2xxE-FDS] @ 41\mod_15864 29779497_388.doc x @ 2600932 @ @ 1
P200
Motor list
(Motor list)
P
0 … 73
{ 0 }
The factory settings for the motor data can be edited with this parameter. A 4-pole IE1 three-phase
standard motor with the FI rated power is set at the factory in parameters P201 … P209.
By selecting one of the possible digits and pressing the ENTER key, all of the motor parameters
(P201 … P209) are set to the selected standard power. The motor data is based on a 4-pole three-
phase standard motor. The motor data for NORD IE4 motors can be found in the final section of the
list.
Note:
As P200 is = 0 again after input acknowledgement, the set motor can be controlled via the
parameter P205.
Information
If IE2/IE3 motors are used, after selecting an IE1 motor (P200), the motor data in P201 … P209
must be adapted to the data on the motor type plate.
Pos: 268 /Anleitungen/ Elektronik/F U und Starter/5. Parameter/ Parameterauflis tung (P000 ...)/P200- P299/Parameter P200 – Motor liste [SK 2xxE-FDS] @ 12\mod_1468418308713_3 88.docx @ 338805 @ @ 1
0 =
No change
1 =
No motor: In this setting, the FI operates without current control, slip compensation and
pre-magnetising time, and is therefore not recommended for motor applications. Possible
applications are induction furnaces or other applications with coils and transformers. In
this case, the following motor data are set: 50.0 Hz / 1500 rpm / 15.0 A / 400 V /
0.00 kW / cos
ϕ
=0.90 / Star / R
S
0.01
Ω
/ I
LEER
6.5 A
2 = 0.25kW 230V 18 = 1.1 kW 230V 34 = 4.0 kW 400V 95 = 0.75kW 230V 80T1/4
3 =
0.33PS 230V
19 =
1.5 PS 230V
35 =
5.0 PS 460V
96 =
1.10kW 230V 90T1/4
4 =
0.25kW 400V
20 =
1.1 kW 400V
36 =
5.5 kW 230V
97 =
1.10kW 230V 80T1/4
5 =
0.33PS 460V
21 =
1.5 PS 460V
37 =
7.5 PS 230V
98 =
1.10kW 400V 80T1/4
6 = 0.37kW 230V 22 = 1.5 kW 230V 38 = 5.5 kW 400V 99 = 1.50kW 230V 90T3/4
7 =
0.50PS 230V
23 =
2.0 PS 230V
39 =
7.5 PS 460V
100 =
1.50kW 230V 90T1/4
8 =
0.37kW 400V
24 =
1.5 kW 400V
40 =
7.5 kW 230V
101 =
1.50kW 400V 90T1/4
9 =
0.50PS 460V
25 =
2.0 PS 460V
41 =
10.0 PS 230V
102 =
1.50kW 400V 80T1/4
10 =
0.55kW 230V
26 =
2.2 kW 230V
42 =
7.5 kW 400V
103 =
2.20kW 230V 100T2/4
11 =
0.75PS 230V
27 =
3.0 PS 230V
43 =
10.0 PS 460V
104 =
2.20kW 230V 90T3/4
12 =
0.55kW 400V
28 =
2.2 kW 400V
44 =
11.0 kW 400V
105 =
2.20kW 400V 90T3/4
13 =
0.75PS 460V
29 =
3.0 PS 460V
45 =
15.0 PS 460V
106 =
2.20kW 400V 90T1/4
14 =
0.75kW 230V
30 =
3.0 kW 230V
46 =
Reserved,
do not use
107 =
3.00kW 230V 100T5/4
15 =
1.0 PS 230V
31 =
3.0 kW 400V
…
108 =
3.00kW 230V 100T2/4
16 =
0.75kW 400V
32 =
4.0 kW 230V
94 =
109 =
3.00kW 400V 100T2/4
17 =
1.0 PS 460V
33 =
5.0 PS 230V
110 =
3.00kW 400V 90T3/4
111 =
4.00kW 230V 100T5/4
112 =
4.00kW 400V 100T5/4
113 =
4.00kW 400V 100T2/4
114 =
5.50kW 400V 100T5/4
Pos: 269 /Allgemein/A llgemeingültige Module/---------Seitenumbruch kompakt --------- @ 13\mod_14763696959 06_0.docx @ 2265495 @ @ 1