Yaskawa FSP Short Form - Manual (Page 24)

FSP Amplifier Short Form Installation Guide Wiring
24
5. Wiring
5.1. Molded-case Circuit Breaker and Fuse Capacity
FSP Amplifier model
Current Capacity of
the Molded-case
Circuit Breaker and
the Fuse (A
rms
)
*1, *2
Inrush current
Main
circuit
Power
Supply
Capacity
(kW)
FSP-
Power
Supply
Capacity
per FSP
Amplifier
(kVA)
Main
circuit
Power
Supply
Control
circuit
Power
Supply
Main
circuit
Power
Supply
Control
circuit
Power
Supply
0.03 A3B* 0.15
0.05 A5B* 0.25
0.10 01B* 0.40
4
Single-
phase
100V
0.20 02B* 0.60 6
0.26 32 A 30 A
0.03 A3A* 0.20
0.05 A5A* 0.25
0.10 01A* 0.40
0.20 02A* 0.75
4
Single-
phase
200V
0.40 04A* 1.2 8
0.13 63 A 60 A
0.75 08A* 2.1 11 Single-
phase
220V 1.50 15A* 4.0 19
0.13
*4
130 A 66 A
2.00 20A* 4.3 13 Three-
phase
200V
3.00 30A* 5.9 17
0.13
*4
63 A 60 A
0.50 05D* 1.1 1.6
1.00 10D* 2.3 3.4
1.50 15D* 3.2 4.6
10 A
2.00 20D* 4.9 7.1
3.00 30D* 6.7 9.7
20 A
Three-
phase
400V
5.00 50D* 10.3 14.9
0.7 *4
78 A
-- *3
*1. Nominal value at rated load. The specified derating is required to select an appropriate fuse capacity.
*2. Cutoff characteristics (25°C): 300% five seconds min. and inrush current of 20ms.
*3. A preventive circuit for inrush current is not built in the 24 VDC control power supply. Customer
must design the protective circuit.
*4. Make sure the current capacity is accurate. For an FSP Amplifier with cooling fan built-in, an inrush
current flows; 200% of the current capacity (in the table above) for two seconds, when turning ON
the control circuit.
5.2. Main Circuit Wiring
FSP Amplifiers are suitable under the following conditions.
With 100 V class: Less than 5000 A
rms
, 120 V maximum.
With 200 V class: Less than 5000 A
rms
, 240 V maximum.
With 400 V class: Less than 5000 A
rms
, 480 V maximum.
FSP Amplifiers must be used with UL-listed fuses or circuit breakers, in
accordance with the National Electrical Code (NEC).
Use 75
ο
C heat-resistant copper wires or an equivalent.