11.4 Option
11-55
Chapter 11 SELECTING PERIPHERAL EQUIPMENT
Table 11.4-23 AC Reactor (ACR) Specifications (Continued)
Reactance
(mΩ/phase)
Power supply
voltage
Nominal
applied
motor
(kW)
Inverter type Mode
AC reactor
type
Rated
current
(A)
50 Hz 60 Hz
Wirewound
resistor
(mΩ)
Generated
loss
(W)
0.4 FRN0.4G1-4J 5
0.75 FRN0.75G1-4J
ACR4-0.75A 2.5 1920 2300 -
10
1.5 FRN1.5G1-4J ACR4-1.5A 3.7 1160 1390 - 11
2.2 FRN2.2G1-4J ACR4-2.2A 5.5 851 1020 - 14
3.7 FRN3.7G1-4J
HD
ACR4-3.7A 9 512 615 - 17
5.5 HD ACR4-5.5A 13 349 418 - 22
FRN5.5G1-4J
LD
7.5
HD
ACR4-7.5A 18 256 307 - 27
FRN7.5G1-4J
LD
11
HD
ACR4-11A 24 183 219 - 40
FRN11G1-4J
LD
15
HD
ACR4-15A 30 139 167 - 46
FRN15G1-4J
LD
18.5
HD
ACR4-18.5A 39 114 137 - 57
FRN18.5G1-4J
LD
22
HD
ACR4-22A 45 95.8 115 - 62
FRN22G1-4J
LD
30
HD
ACR4-37 100 41.7 50 2.73 38.9
FRN30G1-4J
LD
37
HD
ACR4-37 100 41.7 50 2.73 55.7
FRN37G1-4J
LD
45
HD
ACR4-55 135 30.8 37 1.61 50.2
FRN45G1-4J
LD
55
HD
ACR4-55 135 30.8 37 1.61 70.7
FRN55G1-4J
LD
75
HD
ACR4-75 * 160 25.8 31 1.16 65.3
FRN75G1-4J
LD
90
HD
ACR4-110 250 16.7 20 0.523 42.2
FRN90G1-4J
MD/LD
110
HD
ACR4-110 250 16.7 20 0.523 60.3
FRN110G1-4J
MD/LD
132
HD
ACR4-132 * 270 20.8 25 0.741 119
FRN132G1-4J
MD/LD
160
HD
ACR4-220 561 10 12 0.236 56.4
FRN160G1-4J
MD/LD
200
HD
ACR4-220 561 10 12 0.236 90.4
FRN200G1-4J
MD/LD
220
HD
ACR4-220 561 10 12 0.236 107
250 MD 96.4
FRN220G1-4J
LD
280
HD
ACR4-280 825 6.67 8 0.144
108
315 MD ACR4-355 194
355
FRN280G1-4J
LD ACR4-355 *
825 6.67 8 0.144
245
315 HD ACR4-355 194
355 MD ACR4-355 *
825 6.67 8 0.144
245
400
FRN315G1-4J
LD ACR4-450 950 6.67 8 0.136 380
355 HD ACR4-355 * 825 6.67 8 0.144 245
400 MD 380
450
FRN355G1-4J
LD
ACR4-450 950 6.67 8 0.136
473
400 HD 380
450 MD
ACR4-450 950 6.67 8 0.136
473
FRN400G1-4J
LD
500
HD
ACR4-530 1100 5.75 6.9 0.0824 340
FRN500G1-4J
LD
630
HD
ACR4-630 1300 4.87 5.84 0.0713 422
Three-phase
400 V
710
FRN630G1-4J
LD - - - - - -
* Cool this reactor using a fan with 3 m/s or more WV (Wind Velocity).
(Note 1) A box () in the above table replaces an alphabetic letter depending on the enclosure.
S (Basic type), E (EMC filter built-in type), H (DC reactor built-in type)
(Note 2) Generated losses listed in the above table are approximate values that are calculated according
to the following conditions:
• The power supply is three-phase 200 V/400 V, 50 Hz with 0% interphase voltage unbalance ratio.
• The power supply capacity uses the larger value 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%).
To Next Page
Loading...
