V20 Protective Devices Prod Info 0823
V20 Protective Devices Prod Info 0823
V20 Protective Devices Prod Info 0823
Table of Contents
A5E43322224-005
Protective devices for IEC applications / IEC Circuit Breakers
The tables below provide information for each converter type and article number on
the following items:
• Suitable protective devices.
The specification includes the type and the maximum rated current of the
branch circuit protective devices.
• Maximum Icc (conditional short circuit current)
This is the maximum RMS value of a prospective short circuit current, available
from a supply source.
• Minimum enclosure volume.
In the end application, the converter shall be installed in an outer enclosure or
control cabinet which shall meet the minimum enclosure volume requirements.
1) The minimum enclosure requires additional protection measures, that is, using two safety cabinet locks.
Note: Siemens 3NA low-voltage fuses are recommended.
1) This converter refers to the Flat Plate converter with a flat plate heatsink.
2) "HO" and "LO" indicate high overload and low overload respectively. You can set the HO/LO mode through
relevant parameter settings.
Note: Siemens 3NA low-voltage fuses are recommended.
0.75 kW 6SL3210-5BB17-5…
FSAC 1.1 kW 6SL3210-5BB21-1… 25 A 3NE1815-0 100 kA 0.02 m³ 0.71 ft3
1) The minimum enclosure requires additional protection measures, that is, using two safety cabinet locks.
1) This converter refers to the Flat Plate converter with a flat plate heatsink.
2) "HO" and "LO" indicate high overload and low overload respectively. You can set the HO/LO mode through
relevant parameter settings.
1) The minimum enclosure requires additional protection measures, that is, using two safety cabinet locks.
Note: Only valid for supply grids with grounded star point (solidly grounded wye TN or TT systems).
Note: Only valid for supply grids with grounded star point (solidly grounded wye TN or TT systems).
Frame Rated Article no. Max. rated Type Icc @ Metric Imperial
size power current 240 V AC (USA)
FSAA 0.12 kW 6SL3210-5BB11-2… 15 A 3VA5195-4E…-…. 65 kA 0.01 m³ 0.35 ft3
3VA5195-5E...-….
3VA5195-6E...-….
16 A 3VA1196-4ED1.-…. 36 kA
3VA1096-4ED3.-…. 55 kA
3VA1196-6E.3.-…. 65 kA
0.25 kW 6SL3210-5BB12-5… 15 A 3VA5195-4E...-… 65 kA
3VA5195-5E...-….
3VA5195-6E...-….
16 A 3VA1196-4ED1.-…. 36 kA
3VA1096-4ED3.-…. 55 kA
3VA1196-6E.3.-…. 65 kA
0.37 kW 6SL3210-5BB13-7… 15 A 3VA5195-4E...-… 65 kA
3VA5195-5E...-….
3VA5195-6E...-….
16 A 3VA1196-4ED1.-…. 36 kA
3VA1096-4ED3.-…. 55 kA
3VA1196-6E.3.-…. 65 kA
FSAB 0.55 kW 6SL3210-5BB15-5… 15 A 3VA5195-4E...-… 65 kA
3VA5195-5E...-….
3VA5195-6E...-….
16 A 3VA1196-4ED1.-…. 36 kA
3VA1096-4ED3.-…. 55 kA
3VA1196-6E.3.-…. 65 kA
0.75 kW 6SL3210-5BB17-5… 15 A 3VA5195-4E...-…. 65 kA
3VA5195-5E...-….
3VA5195-6E...-….
16 A 3VA1196-4ED1.-…. 36 kA
3VA1096-4ED3.-…. 55 kA
3VA1196-6E.3.-…. 65 kA
FSAC 1.1 kW 6SL3210-5BB21-1… 20 A 3VA1120-4ED1.-…. 36 kA 0.02 m³ 0.71 ft3
3VA1020-4ED3.-…. 55 kA
3VA1120-6E.3.-…. 65 kA
30 A 3VA5130-4E...-…. 65 kA
3VA5130-5E...-….
3VA5130-6E...-….
1.5 kW 6SL3210-5BB21-5… 25 A 3VA1125-4ED1.-…. 36 kA
3VA1025-4ED3.-…. 55 kA
3VA1125-6E.3.-…. 65 kA
30 A 3VA5130-4E...-…. 65 kA
3VA5130-5E...-….
3VA5130-6E...-….
Frame Rated Article no. Max. rated Type Icc @ Metric Imperial
size power current 240 V AC (USA)
FSAD 2.2 kW 6SL3210-5BB22-2… 32 A 3VA1132-4ED1.-…. 36 kA 0.06 m³ 1) 2.12 ft3 1)
3VA1032-4ED3.-…. 55 kA
3VA1132-6E.3.-…. 65 kA
40 A 3VA5140-4E...-…. 25kA
3VA5140-5E...-…. 36kA
3VA5140-6E...-…. 55kA
3.0 kW 6SL3210-5BB23-0… 40 A 3VA1140-4ED1.-…. 36 kA
3VA1040-4ED3.-…. 55 kA
3VA1140-6E.3.-…. 65 kA
50 A 3VL2505-1KN..-…. 65 kA
3VL2505-2KN..-…. 65 kA
3VL2505-3KN..-…. 65 kA
3VA5150-4ED..-…. 25kA
3VA5150-5E...-…. 36kA
3VA5150-6E...-…. 55kA
3VA5150-4E...-…. 55kA
1) The minimum enclosure requires additional protection measures, that is, using two safety cabinet locks.
Frame Rated power Article no. Max. rated Type Icc @ 400 V AC Metric Imperial
size current (USA)
FSA 0.37 kW 6SL3210-5BE13-7… 16 A 3VA1096-4ED3.-…. 36 kA 0.47 16.60
3VA1196-6E.3.-…. 65 kA (0.33 1)) m³ (11.65 1)) ft3
0.55 kW 6SL3210-5BE15-5… 16 A 3VA1096-4ED3.-…. 36 kA
3VA1196-6E.3.-…. 65 kA
0.75 kW 6SL3210-5BE17-5… 16 A 3VA1096-4ED3.-…. 36 kA
3VA1196-6E.3.-…. 65 kA
0.75 kW 6SL3216-5BE17-5… 16 A 3VA1096-4ED3.-…. 36 kA
3VA1196-6E.3.-…. 65 kA
1.1 kW 6SL3210-5BE21-1… 16 A 3VA1096-4ED3.-…. 36 kA
3VA1196-6E.3.-…. 65 kA
1.5 kW 6SL3210-5BE21-5… 16 A 3VA1096-4ED3.-…. 36 kA
3VA1196-6E.3.-…. 65 kA
2.2 kW 6SL3210-5BE22-2… 16 A 3VA1096-4ED3.-…. 36 kA
3VA1196-6E.3.-…. 65 kA
FSB 3.0 kW 6SL3210-5BE23-0… 16 A 3VA1096-4ED3.-…. 36 kA 0.8 m³ 28.25 ft3
3VA1196-6E.3.-…. 65 kA
4.0 kW 6SL3210-5BE24-0… 16 A 3VA1096-4ED3.-…. 36 kA
3VA1196-6E.3.-…. 65 kA
20 A 3VA5120-4E...-…. 25 kA
3VA5120-5E...-…. 35 kA
3VA5120-6E...-…. 65 kA
FSC 5.5 kW 6SL3210-5BE25-5… 20 A 3VA1020-4ED3.-…. 36 kA 1.22 m³ 43.08 ft3
3VA5120-5E...-….
3VA5120-4E...-…. 25 kA
3VA1120-6E.3.-…. 65 kA
3VA5120-6E...-….
FSD 7.5 kW 6SL3210-5BE27-5… 25 A 3VA1025-4ED3.-…. 36 kA 1.85 m³ 65.33 ft3
3VA1125-6E.3.-…. 65 kA
30 A 3VA5130-4E..-…. 25 kA
3VA5130-5E..-…. 35 kA
3VA5130-6E...-…. 65 kA
11 kW 6SL3210-5BE31-1… 40 A 3VA1040-4ED3.-…. 36 kA
3VA1140-6E.3.-…. 65 kA
15 kW 6SL3210-5BE31-5… 50 A 3VA1050-4ED3.-…. 36 kA
3VA1150-6E.3.-…. 65 kA
60 A 3VA5160-4E...-…. 25 kA
3VA5160-5E...-…. 35 kA
3VA5160-6E...-…. 65 kA
FSE 18.5 kW (HO) 6SL3210-5BE31-8… 63 A 3VA1063-4ED..-…. 36 kA 2.93 m³ 103.47 ft3
22 kW (LO) 3VA1163-6E...-…. 65 kA
22 kW (HO) 6SL3210-5BE32-2… 80 A 3VA1080-4ED3.-…. 36 kA
30 kW (LO) 3VA1180-6E.3.-…. 65 kA
1) This value is for the Flat Plate converter with a flat plate heatsink.
The tables below provide information for each converter type and article number on
the following items:
• Suitable protective devices.
The specification includes the type and the maximum rated current of the
branch circuit protective devices.
• Maximum SCCR (Short- Circuit Current Rating).
This is the maximum prospective symmetrical fault current at the specified
voltage to which the converter can be connected without sustaining damage
exceeding defined acceptance criteria. The specified SCCR applies to the
complete converter including built-in EMI filters and pluggable terminals (where
applicable).
• Minimum enclosure volume.
In the end application, the converter shall be installed in an outer enclosure or
control cabinet which shall meet the minimum enclosure volume requirement.
Notes on the selection of protective devices (in accordance with NEC and CEC)
• Suitable Protective devices of the same type as specified in the tables with a
lower ampere rating as permitted by NEC and/or CEC may be used, if suitable
for the application.
• Protective devices of the same type as specified in the tables with a lower
interrupting rating than the specified SCCR may be used, if suitable for the
application. In such case, this lower interrupting current rating of a protective
device shall be specified as the SCCR of a converter and protective device
combination.
• The voltage rating of the protective device must be at least the voltage rating
of the supply circuit.
UL File-Numbers
FSAA, FSAB, FSAC, FSAD Single phase AC 240 V UL-File E355661, Vol. 3 Sec. 4
FSA, FSB, FSC, FSD, FSE Three phase AC 480 V UL-File E355661, Vol. 3 Sec. 5
Note
The converters are investigated to the US standard UL 61800-5-1. Please note
that the FSA-C were previously investigated to the US standard UL 508C, which
has meanwhile been withdrawn. This may entail restrictions in terms of suitable
protective devices, SCCR and cabinet size data compared to previous protective
devices information.
Note
The converters protected by the specified branch-circuit protection devices are suitable to be installed in a ventilated
enclosure with no special limitation. When an unventilated enclosure is used, observe the minimum volume specified in the
following tables.
0.25 kW 6SL3210-5BB12-5…
0.37 kW 6SL3210-5BB13-7…
FSAB 0.55 kW 6SL3210-5BB15-5…
0.75 kW 6SL3210-5BB17-5…
FSAC 1.1 kW 6SL3210-5BB21-1… 30 A 0.02 m³ 0.71 ft3
1.5 kW 6SL3210-5BB21-5…
FSAD 2.2 kW 6SL3210-5BB22-2… 50 A 0.06 m3 2) 2.12 ft3 2)
3.0 kW 6SL3210-5BB23-0…
1) An unventilated enclosure of any size without any special limitations can be used when Class J or CC fuses are used as
protective devices for SINAMICS V20.
2) The minimum enclosure requires additional protection measures, that is, using two safety cabinet locks.
Note: Any non-semiconductor fuse of Class J, T, CC, G or CF (JDDZ/JDDZ7) can be used for all frame sizes.
Note
The converters protected by the specified branch-circuit protection devices are suitable to be installed in a ventilated
enclosure with no special limitation. When an unventilated enclosure is used, observe the minimum volume specified in the
following tables.
0.55 kW 6SL3210-5BE15-5…
0.75 kW 6SL3210-5BE17-5…
0.75 kW 6SL3216-5BE17-5…
1.1 kW 6SL3210-5BE21-1…
1.5 kW 6SL3210-5BE21-5…
2.2 kW 6SL3210-5BE22-2…
FSB 3.0 kW 6SL3210-5BE23-0… 20 A
4.0 kW 6SL3210-5BE24-0…
FSC 5.5 kW 6SL3210-5BE25-5… 20 A
FSD 7.5 kW 6SL3210-5BE27-5… 60 A 0.23 m³ 8.12 ft3
11 kW 6SL3210-5BE31-1…
15 kW 6SL3210-5BE31-5…
FSE 18.5 kW (HO) 6SL3210-5BE31-8… 80 A 0.37 m³ 13.07 ft3
22 kW (LO)
22 kW (HO) 6SL3210-5BE32-2… 90 A
30 kW (LO)
1) An unventilated enclosure of any size without any special limitations can be used when Class J or CC fuses are used as
protective devices for SINAMICS V20.
Note: Any non-semiconductor fuse of Class J, T, CC, G or CF (JDDZ/JDDZ7) can be used for all frame sizes.
Note
The converters protected by the specified branch-circuit protection devices are suitable to be installed in a ventilated
enclosure with no special limitation. When an unventilated enclosure is used, observe the minimum volume specified in
the following tables.
3RV20 motor starter protectors are approved in accordance with UL 508/UL60947-4-1 in combination with the terminal blocks
listed below:
- 3RV2011 and 3RV2021 with 3RV2928-1H
- 3RV203. with 3RV2938-1K
- 3RV204. with 3RT2946-4GA07
- 3RV104. with 3RT1946-4GA07
For CSA not necessary.
Note
The converters protected by the specified branch-circuit protection devices are suitable to be installed in a ventilated
enclosure with no special limitation. When an unventilated enclosure is used, observe the minimum volume specified in
the following tables.
Note
The converters protected by the specified branch-circuit protection devices are suitable to be installed in a ventilated
enclosure with no special limitation. When an unventilated enclosure is used, observe the minimum volume specified in the
following tables.
Note
The converters protected by the specified branch-circuit protection devices are suitable to be installed in a ventilated
enclosure with no special limitation. When an unventilated enclosure is used, observe the minimum volume specified in the
following tables.
3 Further information
Further information is available on the Internet:
• UL listed Molded Case Circuit Breakers - 3VA, SENTRON & VL series, see Siemens SPEEDFAX
Product Catalog, Section 7
https://new.siemens.com/us/en/products/energy/low-voltage/speedfax.html