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Siemens 3RV1011-1FA15-0BA0
Special type Circuit breaker size S00 for motor protection CLASS 10 A-release 3.5...5 A N release 65 A Screw…
- MPN
- 3RV1011-1FA15-0BA0
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What is the Siemens 3RV1011-1FA15-0BA0?
Special type Circuit breaker size S00 for motor protection CLASS 10 A-release 3.5...5 A N release 65 A Screw terminal Standard switching capacity with transverse auxiliary switch 1 NO+1 NC Ambient temperature -50 °C 500 switching cycles
Specifications
General technical data
| Product equipment of circuit breaker for motor protection complete unit with protection device | Yes |
| size of the circuit-breaker | S00 |
| size of contactor can be combined company-specific | S00 |
| product function disconnector functionality | Yes |
| product extension auxiliary switch | Yes |
| power loss [W] for rated value of the current — at AC in hot operating state | 7.25 W |
| power loss [W] for rated value of the current — at AC in hot operating state per pole | 2.4 W |
| type of calculation of power loss current-dependent | quadratic |
| insulation voltage with degree of pollution 3 at AC rated value | 690 V |
| surge voltage resistance rated value | 6 kV |
| maximum permissible voltage for protective separation — in networks with ungrounded star point between main and auxiliary circuit | 400 V |
| maximum permissible voltage for protective separation — in networks with grounded star point between main and auxiliary circuit | 400 V |
| protection class IP — on the front according to IEC 60529 | IP20 |
| protection class IP — on the front | IP20 |
| protection class IP — of the terminal | IP00 |
| shock resistance according to IEC 60068-2-27 | 25g / 11 ms |
| mechanical service life (operating cycles) — of the main contacts typical | 500 |
| mechanical service life (operating cycles) — of auxiliary contacts typical | 500 |
| electrical endurance (operating cycles) typical | 500 |
| reference code according to IEC 81346-2 | Q |
| continuous current rated value | 5 A |
| Substance Prohibitance (day/month/year) | 01/01/2013 |
| Net Weight | 0.267 kg |
Ambient conditions
| installation altitude at height above sea level maximum | 2 000 m |
| ambient temperature — during operation | -50 ... +60 °C |
| ambient temperature — during storage | -50 ... +80 °C |
| ambient temperature — during transport | -50 ... +80 °C |
| temperature compensation | -20 ... +60 °C |
| relative humidity during operation | 10 ... 95 % |
Main circuit
| number of poles for main current circuit | 3 |
| type of voltage for main current circuit | AC |
| operating voltage — rated value | 690 V |
| operating voltage — rated value | 20 ... 690 V |
| operating voltage — at AC-3 rated value maximum | 690 V |
| operating frequency rated value | 50 ... 60 Hz |
| operational current rated value | 5 A |
| operational current — at AC-3 at 400 V rated value | 5 A |
| operating power — at AC-3 — at 230 V rated value | 1.1 kW |
| operating power — at AC-3 — at 400 V rated value | 1.5 kW |
| operating power — at AC-3 — at 500 V rated value | 2.2 kW |
| operating power — at AC-3 — at 690 V rated value | 4 kW |
| operating frequency — at AC-3 maximum | 15 1/h |
Auxiliary circuit
| design of the auxiliary switch | transverse |
| type of voltage for auxiliary and control circuit | AC/DC |
| number of NC contacts for auxiliary contacts | 1 |
| number of NO contacts for auxiliary contacts | 1 |
| number of CO contacts for auxiliary contacts | 0 |
| operational current of auxiliary contacts at AC-15 — at 24 V | 2 A |
| operational current of auxiliary contacts at AC-15 — at 120 V | 0.5 A |
| operational current of auxiliary contacts at AC-15 — at 125 V | 0.5 A |
| operational current of auxiliary contacts at AC-15 — at 230 V | 0.5 A |
| operational current of auxiliary contacts at DC-13 — at 24 V | 1 A |
| operational current of auxiliary contacts at DC-13 — at 60 V | 0.15 A |
Protective and monitoring functions
| product function — ground fault detection | No |
| product function — phase failure detection | Yes |
| trip class | CLASS 10 |
| design of the overload release | thermal |
| protection function thermal overload protection (ANSI 49) | Yes |
| maximum short-circuit current breaking capacity (Icu) — at AC at 240 V rated value | 100 kA |
| maximum short-circuit current breaking capacity (Icu) — at AC at 400 V rated value | 100 kA |
| maximum short-circuit current breaking capacity (Icu) — at AC at 500 V rated value | 3 kA |
| maximum short-circuit current breaking capacity (Icu) — at AC at 690 V rated value | 2 kA |
| operating short-circuit current breaking capacity (Ics) at AC — at 240 V rated value | 100 kA |
| operating short-circuit current breaking capacity (Ics) at AC — at 400 V rated value | 100 kA |
| operating short-circuit current breaking capacity (Ics) at AC — at 500 V rated value | 3 kA |
| operating short-circuit current breaking capacity (Ics) at AC — at 690 V rated value | 2 kA |
| response value current of instantaneous short-circuit trip unit | 65 A |
Short-circuit protection
| product function short circuit protection | Yes |
| design of the short-circuit trip | magnetic |
| design of the fuse link — for short-circuit protection of the auxiliary switch required | fuse gG: 10 A, miniature circuit breaker C 6 A (short-circuit current Ik < 400 A) |
| design of the fuse link for IT network for short-circuit protection of the main circuit — at 240 V | none required |
| design of the fuse link for IT network for short-circuit protection of the main circuit — at 400 V | gG 50 A |
| design of the fuse link for IT network for short-circuit protection of the main circuit — at 500 V | gG 35 A |
| design of the fuse link for IT network for short-circuit protection of the main circuit — at 690 V | gG 35 A |
Installation/ mounting/ dimensions
| mounting position | any |
| fastening method | screw and snap-on mounting onto 35 mm DIN rail according to DIN EN 60715 |
| Mounting method of circuit breaker for Transformer protection, Generator protection and system protection optional standard bar mounting | Yes |
| height | 90 mm |
| width | 45 mm |
| depth | 75 mm |
| required spacing — with side-by-side mounting — forwards | 0 mm |
| required spacing — with side-by-side mounting — backwards | 0 mm |
| required spacing — with side-by-side mounting — upwards | 20 mm |
| required spacing — with side-by-side mounting — downwards | 20 mm |
| required spacing — with side-by-side mounting — at the side | 0 mm |
| required spacing — for grounded parts — forwards | 0 mm |
| required spacing — for grounded parts — backwards | 0 mm |
| required spacing — for grounded parts — upwards | 20 mm |
| required spacing — for grounded parts — at the side | 9 mm |
| required spacing — for grounded parts — downwards | 20 mm |
| required spacing — for live parts — forwards | 0 mm |
| required spacing — for live parts — backwards | 0 mm |
| required spacing — for live parts — upwards | 20 mm |
| required spacing — for live parts — downwards | 20 mm |
| required spacing — for live parts — at the side | 9 mm |
| required spacing — for grounded parts at 400 V — downwards | 20 mm |
| required spacing — for grounded parts at 400 V — upwards | 20 mm |
| required spacing — for grounded parts at 400 V — at the side | 9 mm |
| required spacing — for live parts at 400 V — downwards | 20 mm |
| required spacing — for live parts at 400 V — upwards | 20 mm |
| required spacing — for live parts at 400 V — at the side | 9 mm |
| required spacing — for grounded parts at 500 V — downwards | 20 mm |
| required spacing — for grounded parts at 500 V — upwards | 20 mm |
| required spacing — for grounded parts at 500 V — at the side | 9 mm |
| required spacing — for live parts at 500 V — downwards | 20 mm |
| required spacing — for live parts at 500 V — upwards | 20 mm |
| required spacing — for live parts at 500 V — at the side | 9 mm |
| required spacing — for grounded parts at 690 V — downwards | 20 mm |
| required spacing — for grounded parts at 690 V — upwards | 20 mm |
| required spacing — for grounded parts at 690 V — backwards | 0 mm |
| required spacing — for grounded parts at 690 V — at the side | 9 mm |
| required spacing — for grounded parts at 690 V — forwards | 0 mm |
| required spacing — for live parts at 690 V — downwards | 20 mm |
| required spacing — for live parts at 690 V — upwards | 20 mm |
| required spacing — for live parts at 690 V — backwards | 0 mm |
| required spacing — for live parts at 690 V — at the side | 9 mm |
| required spacing — for live parts at 690 V — forwards | 0 mm |
Connections/ Terminals
| product component removable terminal for auxiliary and control circuit | No |
| type of electrical connection — for main current circuit | screw-type terminals |
| type of electrical connection — for auxiliary and control circuit | screw-type terminals |
| arrangement of electrical connectors for main current circuit | Top and bottom |
| type of connectable conductor cross-sections — for main contacts — solid or stranded | 2x (0,5 ... 1,5 mm²), 2x (0,75 ... 2,5 mm²), 2x (1 ... 4 mm²) |
| type of connectable conductor cross-sections — for main contacts — finely stranded with core end processing | 2x (0.5 ... 1.5 mm²), 2x (0.75 ... 2.5 mm²) |
| connectable conductor cross-section for main contacts — solid or stranded | 0.5 ... 4 mm² |
| connectable conductor cross-section for main contacts — finely stranded with core end processing | 0.5 ... 2.5 mm² |
| connectable conductor cross-section for auxiliary contacts — solid or stranded | 0.5 ... 2.5 mm² |
| connectable conductor cross-section for auxiliary contacts — finely stranded with core end processing | 0.5 ... 2.5 mm² |
| type of connectable conductor cross-sections — for auxiliary contacts — solid or stranded | 2x (0.5 ... 1.5 mm²), 2x (0.75 ... 2.5 mm²) |
| type of connectable conductor cross-sections — for auxiliary contacts — finely stranded with core end processing | 2x (0.5 ... 1.5 mm²), 2x (0.75 ... 2.5 mm²) |
| tightening torque — for main contacts with screw-type terminals | 0.8 ... 1.2 N·m |
| tightening torque — for auxiliary contacts with screw-type terminals | 0.8 ... 1.2 N·m |
| design of screwdriver shaft | Diameter 5 to 6 mm |
| size of the screwdriver tip | Pozidriv size 2 |
| design of the thread of the connection screw — for main contacts | M3 |
| design of the thread of the connection screw — of the auxiliary and control contacts | M3 |
| T1 value — for proof test interval or service life according to IEC 61508 | 10 a |
| protection class IP on the front according to IEC 60529 | IP20 |
| touch protection on the front according to IEC 60529 | finger-safe, for vertical contact from the front |
Display
| display version for switching status | Rocker switch |
Downloads & documentation
Official documents from Siemens, downloaded directly from the manufacturer.
Data sheets & manuals
3RV1011-1FA15-0BA0: frequently asked questions
When can 3RV1011-1FA15-0BA0 be shipped?
3RV1011-1FA15-0BA0 is sourced on request — request a quote and we'll confirm the exact availability and shipping timeline for this specific unit.
Can I pick up 3RV1011-1FA15-0BA0 in person?
Local pickup from our Groningen, Netherlands warehouse may be possible — contact us before ordering to check availability and arrange a collection time.
Is express delivery available?
Yes — mention it when you request a quote for 3RV1011-1FA15-0BA0 and we'll include express shipping options in our reply.
My factory is down and I need this urgently — can you help?
For a critical breakdown, contact us directly at +31 (0)50-7110348 or sales@partnerplc.com — we can look into same-day courier or dedicated taxi/hotshot delivery for 3RV1011-1FA15-0BA0, subject to availability and destination.
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Siemens 3RV1011-1FA15-0BA0Price and lead time confirmed within 1 business day
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