nord NORDAC FLEX SK 200E Series User Manual page 149

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Pos : 338 /Anleitungen/El ektr onik /FU und Starter/5. Par ameter/Par ameter auflistung (P000 ...)/P200- P299/Param eter P201 – Motor N ennfrequenz @ 41\m od_1586432457133_14638.docx @ 2600958 @ @ 1
Nominal frequency
P201
(rated motor frequency)
10.0 ... 399.9 Hz
The rated motor frequency determines the V/f break point at which the VFD supplies the rated
voltage (P204) at the output.
{ see information }
Default setting
The default setting depends on the rated VFD output or the setting in P200.
Pos : 339 /Anleitungen/El ektr onik /FU und Starter/5. Par ameter/Par ameter auflistung (P000 ...)/P200- P299/Param eter P202 – Motor N enndrehz ahl @ 41\mod_1586432759437_14638.docx @ 2600994 @ @ 1
Nominal speed
P202
(rated motor speed)
150 ... 24000 rpm
The rated motor speed is important for the correct calculation and control of motor slip and the
speed display (P001 = 1).
{ see information }
Default setting
The default setting depends on the rated VFD output or the setting in P200.
Pos : 340 /Allgem ein/Allgem eingültig e Module/---------Seitenumbr uc h k ompakt --------- @ 13\m od_1476369695906_0.doc x @ 2265496 @ @ 1
BU 0200 en-US-4920
No change
No motor: In this setting the VFD operates without current control, slip compensation
and pre-magnetizing 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 is set:
50.0 Hz/1500 rpm/15.0 A/400 V/0.00 kW/cos ϕ=0.90/star/R
2 = 0.25 kW 230V 32 =
3 = 0.33 HP 230V 33 =
4 = 0.25 kW 400V 34 =
5 = 0.33 HP 460V 35 =
6 = 0.37 kW 230V 36 =
7 = 0.50HP 230V 37 =
8 = 0.37 kW 400V 38 =
9 = 0.50HP 460V 39 =
0.55 kW 230V 40 =
0.75HP 230V 41 =
0.55 kW 400V 42 =
0.75HP 460V 43 =
0.75 kW 230V 44 =
1.0 HP 230V 45 =
0.75 kW 400V 46 =
1.0 HP 460V 47 =
1.1 kW 230V 48 =
1.5 HP 230V 49 =
1.1 kW 400V 50 =
1.5 HP 460V 51 =
1.5 kW 230V 52 =
2.0 HP 230V 53 =
1.5 kW 400V 54 =
2.0 HP 460V 55 =
2.2 kW 230V 56 =
3.0 HP 230V 57 =
2.2 kW 400V 58 =
3.0 HP 460V 59 =
3.0 kW 230V 60 =
3.0 kW 400V 61 =
Information
Information
4.0 kW 230V 62 = 90.0 kW 400V
5.0 HP 230V 63 = 120.0 HP 460V
4.0 kW 400V 64 = 110.0 kW 400V
5.0 HP 460V 65 = 150.0 HP 460V
5.5 kW 230V 66 = 132.0 kW 400V
7.5 HP 230V 67 = 180.0 HP 460V
5.5 kW 400V 68 = 160.0 kW 400V
7.5 HP 460V 69 = 220.0 HP 460V
7.5 kW 230V 70 = 200.0 kW 400V
10.0 HP 230V 71 = 270.0 HP 460V
7.5 kW 400V 72 = 250.0 kW 400V
10.0 HP 460V 73 = 340.0 HP 460V
11.0 kW 400V 74 = 11.0 kW 230V
15.0 HP 460V 75 = 15.0 HP 230V
15.0 kW 400V 76 = 15.0 kW 230V
20.0 HP 460V 77 = 20.0 HP 230V
18.5 kW 400V 78 = 18.5 kW 230V
25.0 HP 460V 79 = 25.0 HP 230V
22.0 kW 400V 80 = 22.0 kW 230V
30.0 HP 460V 81 = 30.0 HP 230V
30.0 kW 400V 82 = 30.0 kW 230V
40.0 HP 460V 83 = 40.0 HP 230V
37.0 kW 400V 84 = 37.0 kW 230V
50.0 HP 460V 85 = 50.0 HP 230V
45.0 kW 400V 86 = 0.12 kW 115V
60.0 HP 460V 87 = 0.18 kW 115V
55.0 kW 400V 88 = 0.25 kW 115V
75.0 HP 460V 89 = 0.37 kW 115V
75.0 kW 400V 90 = 0.55 kW 115V
100.0 HP 460V 91 = 0.75 kW 115V
5 Parameter
0.01 Ω/I
6.5 A
S no-load
92 = 1.00 kW 115V
93 = 4.0 HP 230V
94 = 4.0 HP 460V
95 = 0.75 kW 230V 80T1/4
96 = 1.10 kW 230V 90T1/4
97 = 1.10 kW 230V 80T1/4
98 = 1.10 kW 400V 80T1/4
99 = 1.50 kW 230V 90T3/4
100 = 1.50 kW 230V 90T1/4
101 = 1.50 kW 400V 90T1/4
102 = 1.50 kW 400V 80T1/4
103 = 2.20 kW 230V 100T2/4
104 = 2.20 kW 230V 90T3/4
105 = 2.20 kW 400V 90T3/4
106 = 2.20 kW 400V 90T1/4
107 = 3.00 kW 230V 100T5/4
108 = 3.00 kW 230V 100T2/4
109 = 3.00 kW 400V 100T2/4
110 = 3.00 kW 400V 90T3/4
111 = 4.00 kW 230V 100T5/4
112 = 4.00 kW 400V 100T5/4
113 = 4.00 kW 400V 100T2/4
114 = 5.50 kW 400V 100T5/4
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S P
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