Ac Line Filter Against Conducted High Frequency Disturbances; Filter-Selection; Ratings, Dimensions Of The Rfi Filters For Inverters - Reliance electric GV3000/SE Instruction Manual

AC Line Filter against Conducted High Frequency Disturbances

Frequency converters in general cause line disturbances over a wide frequency range.
Through the specified options (built-in HF or Radio Frequency Interference RFI Filter), or correct
connection of the adapted external RFI filter, the emissions in the frequency range (150 kHz to 30 MHz)
can be kept below the limits for CE-Compliance (refer to Appendix A).

Filter-Selection

Inverter GV3000-
E/U-AC003 - 140 (170)
E/U-AC106 - 360
E/U-AC170 - 360
U-AC002 – 032 (NEMA) RFI filter
* For mounting and installation instructions refer to Appendix A
Ratings, Dimensions of the RFI Filters for Inverters GV3000E/U-AC170 - 360
Inverter Filter
GV3000E/U- Type /
AC170 - 240 RFB-270
AC305/360 RFB-475
Figure 5-4: RFI Filter Dimensions (mm) for GV3000E/U-AC170 – 240 and AC305/360
5-2
Filter Type Selection acc. to Filter Location
RFI filter Table 2-8a, 2-8c Option installed within inverter enclosure
HF filter Table 2-8d
RFI filter Table below
Appendix B
350
M12
E L3 L2 L1
LINE
RFB-270
LOAD
E' L3' L2' L1'
335
80
40 80 80
320
Part No.
839.70.66
839.72.68
5 - ACCESSORIES
Option installed within inverter enclosure
Mounted on a panel close to the inverter *
Mounted behind the inverter
5.1
Max. operating Weight
voltage at 40°C
500 V
480 V
GV3000/SE
300
L3 L2 L1 E
LINE
RFB-475
275
LOAD
L3' L2' L1' E
14.5
60 60 40
Losses
48 kg 28 W
29 kg 61 W
9
M12
64
Tightening Torque
for Stud
M12: 14-31 Nm
M12: 14-31 Nm
49'1327 e