Fuji Electric FRENIC-Ace series - Page 656

11.11 AC Reactors (ACRs)
11-52
Table 11.11-1 AC Reactor (ACR)
Power supply
voltage
Nominal
applied
motor
(kW)
Nominal
applied motor
(HP)
AC reactor type
Rated
current (A)
Reactance (mΩ/phase)
Coil resistance
(mΩ)
Generated
loss (W)
50Hz 60Hz
Three-phase
200V
0.1
1/8
ACR2-0.4A 3 917 1100 -
2.5
0.2
1/4
5
0.4
1/2
10
0.75
1
ACR2-0.75A
5
493
592
-
12
1.5
2
ACR2-1.5A
8
295
354
-
14
2.2
3
ACR2-2.2A
11
213
256
-
16
3.0
4
ACR2-3.7A 17 218 153 - 23
3.7
5
5.5
7.5
ACR2-5.5A
25
87.7
105
-
27
7.5
10
ACR2-7.5A
33
65
78
-
30
11
15
ACR2-11A
46
45.5
54.7
-
37
15
20
ACR2-15A
59
34.8
41.8
-
43
18.5
25
ACR2-18.5A
74
28.6
343
-
51
22
30
ACR2-22A
87
24
28.8
-
57
30
40
ACR2-37
200
10.8
13
0.5
28.6
Three-phase
400V
0.4
1/2
ACR4-0.75A 2.5 1920 2300
-
5
0.75
1
-
10
1.1
1-1/2
ACR4-1.5A 3.7 1160 1390 - 11
1.5
2
2.2
3
ACR4-2.2A
5.5
851
1020
-
14
3.0
4
ACR4-3.7A 9 512 615 - 17
3.7
5
5.5
7.5
ACR4-5.5A
13
349
418
-
22
7.5
10
ACR4-7.5A
18
256
307
-
27
11
15
ACR4-11A
24
183
219
-
40
15
20
ACR4-15A
30
139
167
-
46
18.5
25
ACR4-18.5A
39
114
137
-
57
22
30
ACR4-22A
45
95.8
115
-
62
30
40
ACR4-37
100
41.7
50
2.73
38.9
37
50
ACR4-37
100
41.7
50
2.73
55.7
45
60
ACR4-55
135
30.8
37
1.61
50.2
55
75
ACR4-55
135
30.8
37
1.61
70.7
75
100
ACR4-75 *
160
25.8
31
1.16
65.3
90
125
ACR4-110
250
16.7
20
0.523
42.2
110
150
ACR4-110
250
16.7
20
0.523
60.3
132
200
ACR4-132 *
270
20.8
25
0.741
119
160
250
ACR4-220 561 10 12 0.236
56.4
200
300
90.4
220
350
107
250
400
ACR4-280 825 6.67 8 0.144
96.4
280
450
108
315
475
ACR4-355 825 6.67 8 0.144 194
355
500
Single-phase
200V
0.1
1/8
ACR2-0.4A
3 917 1100 -
5
0.2
1/4
10
0.4
1/2
ACR2-0.75A
5
493
592
-
12
0.75
1
ACR2-1.5A
8
295
354
-
14
1.5
2
ACR2-2.2A
11
213
256
-
16
2.2
3
ACR2-3.7A
17
218
262
-
23
3.7
5
ACR2-5.5A
25
87.7
105
-
27
* Cool this reactor using a fan with 3 m/s or more WV (Wind Velocity).
Note: Generated losses listed in the above table are approximate values that are calculated according to the
following conditions:
• The power supply is three-phase 200V/400 V 50 Hz with 0% interphase voltage unbalance ratio.
• The capacity of the power supply used is the larger of either 500 kVA or 10 times the rated capacity of the
inverter.
• The motor is a 4-pole standard model at full load (100%).