INVT Goodrive350-19 Series Operation Manual page 515

Goodrive350-19 Series VFD for Crane
values.
VFD model
GD350-19-022G-6
GD350-19-030G-6
GD350-19-037G-6
GD350-19-045G-6
GD350-19-055G-6
GD350-19-075G-6
GD350-19-090G-6
GD350-19-110G-6
GD350-19-132G-6
GD350-19-160G-6
GD350-19-185G-6
GD350-19-200G-6
GD350-19-220G-6
GD350-19-250G-6
GD350-19-280G-6
GD350-19-315G-6
GD350-19-355G-6
GD350-19-400G-6
GD350-19-450G-6
GD350-19-500G-6
GD350-19-560G-6
GD350-19-630G-6
Note: The accessory specifications described in the preceding table are ideal values. You can
select accessories based on the actual market conditions, but try not to use those with lower
values.
D.7 Reactor
To enhance grid protection, reduce harmonic interference from the VFD to the grid, and improve input
power factor, consider configuring external DC reactors, input reactors, or passive harmonic filters
based on your specific application needs.
If you want to use long cables between the VFD and the motor, select external output reactors, dv/dt
attenuation filters, or sine-wave filters based on the motor cable length. This helps mitigate excessive
dv/dt, reducing voltage stress on the motor windings as well as protecting them, and extending the
motor's lifespan. Refer to the table below for recommended output filter selections according to motor
Table D-4 AC 3PH 520V(-15%) – 690V(+10%)
Fuse (A)
105
105
114
138
186
270
270
315
420
480
480
630
720
720
870
1110
1110
1230
1470
1500
1740
2010
Breaker (A)
63
63
100
100
125
200
200
200
250
315
315
400
400
400
630
630
630
800
960
1000
1200
1380
-503-
Optional peripheral accessories
Contactor rated current (A)
50
50
63
80
95
135
135
170
230
280
280
315
380
380
450
580
580
630
735
780
900
1035