Toshiba VF-AS1 사용자 설명서
E6581301
I-9
9
Table 5
!!!
AIC, Fuse and Wire sizes
Voltage
class
Applicable
motor
[kW]
Inverter model
UL
output current
(A) *2, *3
AIC (A)
(Interrupting
capacity)
Fuse class
and current
(A)
Input wire sizes of
power circuit
*4
Output wire sizes of
power circuit
*4
Earth
*4
200V
class
class
0.4
VFAS1-2004PL
2.5 (EH=)
AIC 5000A
CC 7Amax.
AWG 14
AWG 14
AWG 14
0.75
VFAS1-2007PL
4.8 (EH=)
AIC 5000A
J 15Amax.
AWG 14
AWG 14
AWG 14
1.5
VFAS1-2015PL
7.8 (EH=)
AIC 5000A
J 25Amax.
AWG 14
AWG 14
AWG 14
2.2
VFAS1-2022PL
11.0 (EH=)
AIC 5000A
J 25A max.
AWG 12
AWG 12
AWG 14
3.7/4.0
VFAS1-2037PL
17.5 (EH=)
AIC 5000A
J 45Amax.
AWG 10
AWG 10
AWG 12
5.5
VFAS1-2055PL
25.3 (EH=)
AIC 5000A
J 60Amax.
AWG 8
AWG 8
AWG 10
7.5
VFAS1-2075PL
32.2 (EH=)
AIC 5000A
J 70Amax.
AWG 8
AWG 8
AWG 10
11
VFAS1-2110PM
48.3 (EH=)
AIC 5000A
J 90Amax.
AWG 4
AWG 4
AWG 10
15
VFAS1-2150PM
62.1 (EH=)
AIC 5000A
J 110Amax.
AWG 4
AWG 4
AWG 10
18.5
VFAS1-2185PM
74.8 (EH=.)
AIC 5000A
J 125Amax.
AWG 3
AWG 3
AWG 8
22
VFAS1-2220PM
88 (EH=.)
AIC 5000A
J 150Amax.
AWG 2
AWG 2
AWG 8
30
VFAS1-2300PM
114 (EH=.)
AIC 5000A
J 200Amax.
AWG 2/0
AWG 2/0
AWG 6
37
VFAS1-2370PM
143 (EH=.)
AIC 5000A
J 225Amax.
AWG 3/0
AWG 3/0
AWG 6
45
VFAS1-2450PM
169 (EH=.)
AIC 10000A
J 300Amax.
AWG 4/0
AWG 4/0
AWG 6
55
VFAS1-2550P
221 (EH=.)
AIC 10000A
J 350Amax.
AWG 3/0 × 2
AWG 3/0 × 2
AWG 2
75
VFAS1-2750P
285 (EH=.)
AIC 10000A
J 450Amax.
AWG 4/0 × 2
250MCM × 2
AWG 2
400V
class
class
0.75
VFAS1-4007PL
2.1 (EH=)
AIC 5000A
CC 6Amax.
AWG 14
AWG 14
AWG 14
1.5
VFAS1-4015PL
3.4 (EH=)
AIC 5000A
CC 12Amax.
AWG 14
AWG 14
AWG 14
2.2
VFAS1-4022PL
4.8 (EH=)
AIC 5000A
J 15Amax.
AWG 14
AWG 14
AWG 14
3.7/4.0
VFAS1-4037PL
7.6 (EH=)
AIC 5000A
J 25Amax.
AWG 12
AWG 12
AWG 14
5.5
VFAS1-4055PL
11.0 (EH=)
AIC 5000A
J 40Amax.
AWG 10
AWG 10
AWG 12
7.5
VFAS1-4075PL
14. 0 (EH=)
AIC 5000A
J 40Amax.
AWG 10
AWG 10
AWG 12
11
VFAS1-4110PL
21.0 (EH=)
AIC 5000A
J 60Amax.
AWG 8
AWG 8
AWG 10
15
VFAS1-4150PL
27.0 (EH=)
AIC 5000A
J 70Amax.
AWG 6
AWG 6
AWG 10
18.5
VFAS1-4185PL
34.0 (EH=)
AIC 5000A
J 70Amax.
AWG 6
AWG 6
AWG 10
22
VFAS1-4220PL
40.0 (EH=)
AIC 5000A
J 80Amax.
AWG 6
AWG 6
AWG 10
30
VFAS1-4300PL
52.0 (EH=)
AIC 5000A
J 90Amax.
AWG 4
AWG 4
AWG 10
37
VFAS1-4370PL
65.0 (EH=.)
AIC 5000A
J 110Amax.
AWG 3
AWG 3
AWG 8
45
VFAS1-4450PL
77.0 (EH=.)
AIC 10000A
J 150Amax.
AWG 1
AWG 1
AWG 8
55
VFAS1-4550PL
96.0 (EH=.)
AIC 10000A
J 175Amax.
AWG 1/0
AWG 1/0
AWG 6
75
VFAS1-4750PL
124.0 (EH=.)
AIC 10000A
J 225Amax.
AWG 3/0
AWG 3/0
AWG 6
90
VFAS1-4900PC
179.0 (EH=.)
AIC 10000A
J 250Amax.
AWG 1/0 × 2
250 MCM × 2 *1
AWG 1/0 × 2
250 MCM × 2 *1
AWG 2
250 MCM *1
110
VFAS1-4110KPC
215.0 (EH=.)
AIC 10000A
J 300Amax.
AWG 3/0 × 2
250 MCM × 2 *1
AWG 3/0 × 2
250 MCM × 2 *1
AWG 2
250 MCM *1
132
VFAS1-4132KPC
259.0 (EH=.)
AIC 10000A
J 350Amax.
AWG 4/0 × 2
250 MCM × 2 *1
AWG 4/0 × 2
250 MCM × 2 *1
AWG 1
250 MCM *1
160
VFAS1-4160KPC
314.0 (EH=.)
AIC 18000A
J 400A max.
300 MCM × 2
350 MCM × 2 *1
300 MCM × 2
350 MCM × 2 *1
AWG 1
250 MCM *1
200
VFAS1-4200KPC
387.0 (EH=.)
AIC 18000A
J 500Amax.
AWG 4/0 × 3
350 MCM × 3 *1
AWG 4/0 × 3
350 MCM × 3 *1
AWG 1/0
250 MCM × 2 *1
220
VFAS1-4220KPC
427.0 (EH=.)
AIC 18000A
J 500Amax.
250 MCM × 3
350 MCM × 3 *1
250 MCM × 3
350 MCM × 3 *1
AWG 2/0
250 MCM × 2 *1
280
VFAS1-4280KPC
550.0 (EH=.)
AIC 18000A
T 700Amax.
350 MCM × 3
350 MCM × 3 *1
350 MCM × 3
350 MCM × 3 *1
AWG 3/0
250 MCM × 2 *1
355
VFAS1-4355KPC
671.0 (EH=.)
AIC 30000A
J 450A × 2 max.
400 MCM × 2 × 2
500 MCM × 2 × 2 *1
400 MCM × 4
500 MCM × 4 *1
AWG 4/0
500 MCM *1
400
VFAS1-4400KPC
759.0 (EH=.)
AIC 30000A
J 500A × 2 max.
500 MCM × 2 × 2
500 MCM × 2 × 2 *1
500 MCM × 4
500 MCM × 4 *1
AWG 4/0
500 MCM *1
500
VFAS1-4500KPC
941.0 (EH=.)
AIC 42000A
J 600A × 2 max.
400 MCM × 3 × 2
500 MCM × 3 × 2 * 1
400 MCM × 5
500 MCM × 5 *1
250 MCM
500 MCM *1
*1: This part shows the wiring size with using the Lug terminal.
The Lug terminals are an option.
*2: UL output current is different from unit rating output current.
*3: The value of the UL rated output current is applicable when the carrier frequency (EH) is less than the value
shown in the table.
*4: The cables used must be 75°C copper cables with in 40°C ambient temperature.
9.2.4 Caution as to the protection of motors from overload!!!!
When using the inverter’s thermal protection function to protect the motor from overload, read the instruction manual
included with the inverter carefully and set parameters according to the specifications of the motor used.
When using the inverter to control the operation of multiple motors, install an overload relay for each individual motor.