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Selection andordering data

Fuseless Load Feeders

siriusENGINEERING

Overload relays

2

The advantages of the modular SIRIUS system at a glance:

Load feeders Can be simply implemented using standard devices up to 250 kW/400 V

Modular design Everything fits together and can be combined

Versions and sizes Cost-effective and flexible using 7 compact sizes

Accessories Optimum variants with a standard, unified range of accessories

Design Space-saving as a result of the low device width and side-by-side mounting up to 60 °C

Assembly Fast commissioning, short equipping times, simple wiring

Communications Connection to AS-Interface and PROFIBUS DP possible

Maintenance Extremely long service life, low maintenance and reliable

Approvals Approved and certified worldwide, UL, CSA, CCE, marine engineering

Mounting Screwed or snapped-on for permanent, reliable mounting over its service life

Spring-loaded terminals Fast, safe and reliable connections, vibration-proof and maintenance-free

Service Short delivery times – also for spare parts – through a global logistics network

Environment Environmentally compatible production and materials, can be recycled, low power loss devices

Optical design Simple, ergonomic and has been awarded the IF product design award

Overload relays

Circuit-breakers

Contactors

SIRIUS – the modular systemto switch, protect and start motorsIn order to simplify the configuration of load feeders, the modular SIRIUS® system includes standard components that are optimally

harmonized with one another and can be quite simply combined. The complete power range up to 250 kW can be covered with just

7 different sizes. The individual switching devices can be assembled to form complete load feeders using wiring connectors or by

directly mounting.

Contents

3

Sele

ctio

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able

s

AC

40

0 V

Sele

ctio

n t

able

s

AC

50

0 V

Sele

ctio

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able

s

AC

69

0 V

s

General information 4

Circuit-breaker + contactor 6

Circuit-breaker + contactor + thermal overload relay 10

3RV circuit-breaker + contactor + 3RB10 electronic overload relay 13

3RV circuit-breaker + 3RT contactor + 3RB12 electronic overload relay / SIMOCODE-DP 3UF5 19

3RV circuit-breaker + star-delta combination + thermal overload relay 22

3RV circuit-breaker + star-delta combination + 3RB10 electronic overload relay 23


Circuit-breaker + contactor + thermal overload relay 28

3RV circuit-breaker + contactor + 3RB10 electronic overload relay 30

3RV circuit-breaker + 3RT contactor + 3RB12 electronic overload relay / SIMOCODE-DP 3UF5 34

3RV circuit-breaker + star-delta combination + thermal overload relay 37

3RV circuit-breaker + star-delta combination + 3RB10 electronic overload relay 38

3RV circuit-breaker + star-delta combination + 3RB10 electronic overload relay /

SIMOCODE-DP 3UF5 40


Circuit-breaker + contactor + 3RB10 electronic overload relay 43

Circuit-breaker + star-delta combination+ 3RB12 electronic overload relay / SIMOCODE-DP 3UF5 45

Mounting regulations for 400/500 V AC 46

Mounting regulations for 690 V AC 48

General information

4

Information when selecting the

various devices

The circuit-breakers, contactors and

overload relays, listed in the follow-

ing tables, are specified in their basic

versions. This means that they are

specified without any accessories.

It goes without saying that accesso-

ries such as auxiliary contacts, aux-

iliary releases etc. can be used at

any time.

The contactors listed have a rated

control supply voltage Vs of 230 V,

50 Hz. Versions with other voltages

can also be used.

The 3RU11 thermal overload relay

as well as the 3RB10 electronic

overload relay can generally be di-

rectly mounted onto the contactor.

Exceptions are specified in the foot-

notes to the various tables. The

3RB12 electronic overload relay and

the SIMOCODE®-DP 3UF5 motor

protection and control device are

essentially used for stand-alone

mounting. In their basic version,

these devices are specified with a

rated control supply voltage of

230 V AC. Other versions can also

be used.

Mounting the combinations

When mounting the devices, specif-

ic arcing spaces must be main-

tained so that short circuits can be

safely and reliably interrupted. The

appropriate mounting regulations

are listed separately for 400/500 V

AC and 690 V AC from page 46.

The technical data of the individual

devices must be taken into account

when selecting them.

400, 500, 690 V AC

The subsequent tables are struc-

tured according to the line supply

voltage of 400 V, 500 V and 690 V

found in IEC regions (for 50 and

60 Hz). Tests are carried out with a

test voltage which lies 10 % above

these values (440 V, 550 V and 760 V).

This means that the specified com-

binations can also be used for other

line supplies as long as the maxi-

mum voltage in this line supply

does not exceed the test voltage.

This means, for instance, the com-

binations for 400 V can also be

used for 415 V line supplies which

have a line supply tolerance of +5%.

Tripping classes CLASS 10,

CLASS 20 and CLASS 30

The tripping classes, according to

IEC 60947-4-1, define the time in-

tervals within which the protective

devices (overload release of a cir-

cuit-breaker or overload relay) must

trip from the cold state, for a sym-

metrical, three-phase load with

a 7.2-fold setting current Ie.

These tripping times are as follows:

CLASS 10, between 2 s and 10 s,

CLASS 20, between 4 s and 20 s,

CLASS 30, between 9 s and 30 s

In practice, generally, devices

having starting CLASS 10 are used.

These devices are designed for

standard applications. CLASS 10 is

frequently called “normal starting”.

Combinations for CLASS 20 and

CLASS 30 are available for applica-

tions where a higher starting cur-

rent is required over a longer period

of time. If standard devices, CLASS

10 were used for these applica-

tions, this would result in an unde-

sirable trip when starting. CLASS 20

and CLASS 30 are also known as

heavy-duty starting devices. Large

fan motors are an example for ap-

plications such as these. In addition

to the overload protective devices

themselves, the contactors and

short-circuit protection devices

must also be dimensioned for these

long starting times. This is the rea-

son that the combinations accord-

ing to CLASS 10 are generally

somewhat more cost-effective.

CLASS 20 and CLASS 30 are gener-

ally only used if the application

actually requires this.

Coordination type 1 or 2

When selecting the combinations,

in many cases, either coordination

1 or 2 can be selected. The coordi-

nation type defines, in compliance

with IEC 60947-4-1, the permissible

degree of damage that a device can

manifest after a short circuit.

Coordination type 1: After a short

circuit, it is permissible that the

starter is no longer in a functioning

state, and damage to the contactor

and overload relay are permissible.

Coordination type 2: The starter

can still function. The devices may

not manifest any damage with the

exception of slightly welded contac-

tor contacts if these can be easily

separated without noticeably de-

forming them.

In both cases, the short circuit is

reliably and safely interrupted.

120100

50

20

10

5

2

150

20

10

5

2

1 2 5 10x Ie

s

NSB0_00298

0.6

CLASS 30

25 20

15 10

CLASS 5

Trip

pin

g ti

me

Tripping current (average values)

min

protection is effective in the Y and

∆ circuit. The overload relay should

be set to 58% of the rated motor

current.

A Y ∆ time relay should be used

when changing over from the Y to

the ∆ circuit. These time relays have

been specifically designed for these

types of applications and ensure

safe, reliable changeover. The ap-

propriate time relays are listed in

the “Low-Voltage Switchgear” Cata-

log. The specified combinations are

designed for an accelerating time

of 10 seconds in Y operation. In or-

der to prevent the Y contactor from

being damaged if the motor rotor is

locked, a changeover should be

made to ∆ operation at the latest

after 10 seconds.

In the tables, circuit-breakers are

used for starter combinations

(without overload releases). How-

ever, instead of these, SIRIUS 3RV10

circuit-breakers, with the same rat-

ed current, can be used for motor

protection. In this particular case,

the overload release is approxi-

mately set to 120% of the rated

motor current or to the maximum

value. This avoids the circuit-

breaker and overload relay being

simultaneously tripped.

Combinations of coordination type 2

are therefore of a higher quality and

after a short circuit, they can be

quickly reused. Generally, combina-

tions with coordination type 1 repre-

sent the somewhat more favorably

priced solution. Combinations with

coordination type 2 simultaneously

fulfill the requirements of coordina-

tion type 1.

Tests

All of the specified combinations

are tested in compliance with IEC

60947-4-1.

With or without overload relay

In addition to the combinations

comprising a circuit-breaker (for mo-

tor protection) and contactor, com-

binations are also available with cir-

cuit-breaker (for protecting starters),

contactor and overload relay.

In the first case, the circuit-breaker

assumes the double function of

overload protection and short-circuit

protection, while in the second case,

the circuit-breaker only assumes the

short-circuit protection function and

the overload relay the overload pro-

tection function. As for the tripping

behavior under overload and short-

circuit conditions, both of these so-

lutions are technically comparable.

The combinations with circuit-

breaker and contactor represent, in

this case, the more cost-effective so-

lution. However, the combinations

with overload relay do offer some

advantages for several applications:

• Using the 3RB10, 3RB12 electron-

ic overload relays or also

SIMOCODE-DP, in addition to

starting CLASS 10, solutions for

heavy-duty starting – CLASS 20

and CLASS 30 – can be imple-

mented.

• When electronic overload relays

are used, a wide setting range

with a 4 times wider current range

can be set for the motor current.

This offers various advantages

when engineering the application

(for example, if the motor current

isn‘t precisely known) and helps

to reduce the number of ver-

sions.

• Overload protection and short-

circuit protection are separately

realized and can also be separate-

ly signaled. Instead of the over-

load relay, the 3RV1921-1M sig-

naling block can be alternatively

used for the SIRIUS 3RV circuit-

breaker. This signaling block also

provides a separate signal for

overload and short circuit.

• When the overload relay is set to

“automatic reset”, when an over-

load trip occurs, a technician

does not have to go to the cabi-

net to manually reclose the

device. This function can be alter-

natively realized using the “Cir-

cuit-breaker with overload relay

function” SIRIUS 3RV11. These

devices can be used in the tables

Circuit-breaker + contactor in-

stead of the 3RV10 circuit-

breaker.

Star(Y)-delta(∆) starting

In order to keep the current peaks

in the line supply as low as possible,

frequently, contactor combinations

are used as star-delta starters to

start three-phase motors. In order

to be able to practically use Y∆

starting, a low load torque is neces-

sary while starting. Only then can

the motor approximately reach its

rated speed in the Y stage before

changing over to ∆ operation.

An overload relay should be used

for motor overload protection.

Normally, this is located directly in

the motor feeder cable U1, V1, W1

– as shown in the circuit diagram.

For this arrangement, the overload

5

Circuit diagram – main circuit

L1L2L3

K1N

K26

1 3 5

2 4 6K3

1 3 5

2 4 6

F1

W1V1U1

W2V2U2

M3~

2 4

I > I > I >

Q1

3 51

Nominal value at 400 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices. Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.

Alternatively, 3VL2716-2AP33 is possible.

1

2

3

Circuit-breaker + contactorCLASS 10, coordination type 1, Iq = 50 kA

6

AC 400 VStandard three-phase motor Setting range Circuit-breaker Contactor Size Short-circuit4-pole at 400 V AC Circuit- breaking Rated Motor current breaker capacity

power (nominal value) overload

P I release Iq

kW A A Order No. Order No. kA

0.06 0.2 0.14–0.2 3RV1011-0BA10 3RT1015-1AP01 S00 50

0.06 0.2 0.18–0.25 3RV1011-0CA10 3RT1015-1AP01 S00 50

0.09 0.3 0.22–0.32 3RV1011-0DA10 3RT1015-1AP01 S00 50

0.09 0.3 0.28–0.4 3RV1011-0EA10 3RT1015-1AP01 S00 50

0.12 0.4 0.35–0.5 3RV1011-0FA10 3RT1015-1AP01 S00 50

0.18 0.6 0.45–0.63 3RV1011-0GA10 3RT1015-1AP01 S00 50

0.25 0.85 0.55–0.8 3RV1011-0HA10 3RT1015-1AP01 S00 50

0.25 0.85 0.7–1 3RV1011-0JA10 3RT1015-1AP01 S00 50

0.37 1.1 0.9–1.25 3RV1011-0KA10 3RT1015-1AP01 S00 50

0.55 1.5 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 50

0.75 1.9 1.4–2 3RV1011-1BA10 3RT1015-1AP01 S00 50

0.75 1.9 1.8–2.5 3RV1011-1CA10 3RT1015-1AP01 S00 50

1.1 2.7 2.2–3.2 3RV1011-1DA10 3RT1015-1AP01 S00 50

1.5 3.6 2.8–4 3RV1011-1EA10 3RT1015-1AP01 S00 50

1.5 3.6 3.5–5 3RV1011-1FA10 3RT1015-1AP01 S00 50

2.2 5.0 4.5–6.3 3RV1011-1GA10 3RT1015-1AP01 S00 50

3 6.5 5.5–8 3RV1011-1HA10 3RT1015-1AP01 S00 50

4 8.5 7–10 3RV1011-1JA10 3RT1016-1AP01 S00 50

5.5 11.5 9–12 3RV1011-1KA10 3RT1017-1AP01 S00 50

7.5 15.5 11–16 3RV1021-4AA10 3RT1025-1AP00 S0 50

7.5 15.5 14–20 3RV1021-4BA10 3RT1025-1AP00 S0 50

11 22 17–22 3RV1021-4CA10 3RT1026-1AP00 S0 50

11 22 20–25 3RV1021-4DA10 3RT1026-1AP00 S0 50

15 29 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 50

18.5 35 28–40 3RV1031-4FA10 3RT1035-1AP00 S2 50

22 41 36–45 3RV1031-4GA10 3RT1036-1AP00 S2 50

22 41 40–50 3RV1031-4HA10 3RT1036-1AP00 S2 50

30 55 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 50

37 66 57–75 3RV1041-4KA10 3RT1045-1AP00 S3 50

45 80 70–90 3RV1041-4LA10 3RT1046-1AP00 S3 50

45 80 80–100 3RV1041-4MA10 3RT1046-1AP00 S3 50

55 97 40–100 3VL2710-2AP33 3RT1054-1AP36 S6 50

75 132 64–160 3VL2716-2AP33 3RT1055-6AP36 S6 50

90 160 80–200 3VL3720-2AP36 3RT1056-6AP36 S6 50

110 195 80–200 3VL3720-2AP36 3RT1064-6AP36 S10 50

110 195 80–200 3VL3720-2AP36 3RT1264-6AP56 S10V 50

132 230 100–250 3VL3725-2AP36 3RT1065-6AP36 S10 50

132 230 100–250 3VL3725-2AP36 3RT1265-6AP36 S10V 50

160 280 125–315 3VL4731-2AP36 3RT1066-6AP36 S10 50

160 280 125–315 3VL4731-2AP36 3RT1266-6AP36 S10V 50

200 350 200–500 3VL5750-2AP36 3RT1075-6AP36 S12 50

200 350 200–500 3VL5750-2AP36 3RT1275-6AP36 S12V 50

250 430 200–500 3VL5750-2AP36 3RT1076-6AP36 S12 50

250 430 200–500 3VL5750-2AP36 3RT1276-6AP36 S12V 50

1

2

4

4

3

3

5

5

Alternatively, 3VL2716-2AP33 is possible. Alternatively, 3VL4731-2AP36 is possible.4

5

7

V


Standard three-phase motor Setting range Circuit-breaker Contactor Size Short-circuit 4-pole at 400 V AC Circuit- breakingRated Motor current breaker capacitypower (nominal value) overload

P I release Iq


0.06 0.2 0.14–0.2 3RV1011-0BA10 3RT1015-1AP01 S00 50

0.06 0.2 0.18–0.25 3RV1011-0CA10 3RT1015-1AP01 S00 50

0.09 0.3 0.22–0.32 3RV1011-0DA10 3RT1015-1AP01 S00 50

0.09 0.3 0.28–0.4 3RV1011-0EA10 3RT1015-1AP01 S00 50

0.12 0.4 0.35–0.5 3RV1011-0FA10 3RT1015-1AP01 S00 50

0.18 0.6 0.45–0.63 3RV1011-0GA10 3RT1015-1AP01 S00 50

0.25 0.85 0.55–0.8 3RV1011-0HA10 3RT1015-1AP01 S00 50

0.25 0.85 0.7–1 3RV1011-0JA10 3RT1015-1AP01 S00 50

0.37 1.1 0.9–1.25 3RV1011-0KA10 3RT1015-1AP01 S00 50

0.55 1.5 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 50

0.75 1.9 1.4–2 3RV1011-1BA10 3RT1015-1AP01 S00 50

0.75 1.9 1.8–2.5 3RV1021-1CA10 3RT1024-1AP00 S0 50

1.1 2.7 2.2–3.2 3RV1021-1DA10 3RT1024-1AP00 S0 50

1.5 3.6 2.8–4 3RV1021-1EA10 3RT1024-1AP00 S0 50

1.5 3.6 3.5–5 3RV1021-1FA10 3RT1024-1AP00 S0 50

2.2 5.0 4.5–6.3 3RV1021-1GA10 3RT1024-1AP00 S0 50

3 6.5 5.5–8 3RV1021-1HA10 3RT1024-1AP00 S0 50

4 8.5 7–10 3RV1021-1JA10 3RT1026-1AP00 S0 50

5.5 11.5 9–12.5 3RV1021-1KA10 3RT1026-1AP00 S0 50

7.5 15.5 11–16 3RV1021-4AA10 3RT1026-1AP00 S0 50

7.5 15.5 14–20 3RV1021-4BA10 3RT1026-1AP00 S0 50

11 22 18–25 3RV1031-4DA10 3RT1034-1AP00 S2 50

15 29 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 50

18.5 35 28–40 3RV1031-4FA10 3RT1035-1AP00 S2 50

22 41 36–45 3RV1031-4GA10 3RT1036-1AP00 S2 50

22 41 40–50 3RV1031-4HA10 3RT1036-1AP00 S2 50

30 55 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 50

37 66 57–75 3RV1041-4KA10 3RT1045-1AP00 S3 50

45 80 70–90 3RV1041-4LA10 3RT1046-1AP00 S3 50

45 80 80–100 3RV1041-4MA10 3RT1046-1AP00 S3 50

55 97 40–100 3VL2710-2AP33 3RT1054-1AP36 S6 50

75 132 64–160 3VL2716-2AP33 3RT1055-6AP36 S6 50

90 160 80–200 3VL3720-2AP36 3RT1056-6AP36 S6 50

110 195 80–200 3VL3720-2AP36 3RT1064-6AP36 S10 50

110 195 80–200 3VL3720-2AP36 3RT1264-6AP56 S10V 50

132 230 100–250 3VL3725-2AP36 3RT1065-6AP36 S10 50

132 230 100–250 3VL3725-2AP36 3RT1265-6AP36 S10V 50

160 280 125–315 3VL4731-2AP36 3RT1066-6AP36 S10 50

160 280 125–315 3VL4731-2AP36 3RT1266-6AP36 S10V 50

200 350 200–500 3VL5750-2AP36 3RT1075-6AP36 S12 50

200 350 200–500 3VL5750-2AP36 3RT1275-6AP36 S12V 50

250 430 200–500 3VL5750-2AP36 3RT1076-6AP36 S12 50

250 430 200–500 3VL5750-2AP36 3RT1276-6AP36 S12V 50

1

2

4

4

3

3

5

5

AC 400 V

Circuit-breaker + contactorCLASS 10, coordination type 2, Iq ≥ 100 kA

8

Standard three-phase motor Setting range Circuit-breaker Contactor Size Short-circuit 4-pole at 400 V AC Circuit- breaking Rated Motor current breaker capacitypower (nominal value) overloadP I release Iq


0.04 0.16 0.11–0.16 3RV1011-0AA10 3RT1015-1AP01 S00 1300.06 0.2 0.14–0.2 3RV1011-0BA10 3RT1015-1AP01 S00 1300.06 0.2 0.18–0.25 3RV1011-0CA10 3RT1015-1AP01 S00 1300.09 0.3 0.22–0.32 3RV1011-0DA10 3RT1015-1AP01 S00 1300.09 0.3 0.28–0.4 3RV1011-0EA10 3RT1015-1AP01 S00 1300.12 0.4 0.35–0.5 3RV1011-0FA10 3RT1015-1AP01 S00 1300.18 0.6 0.45–0.63 3RV1011-0GA10 3RT1015-1AP01 S00 1300.18 0.6 0.55–0.8 3RV1011-0HA10 3RT1015-1AP01 S00 1300.25 0.85 0.7–1 3RV1011-0JA10 3RT1015-1AP01 S00 1300.37 1.1 0.9–1.25 3RV1011-0KA10 3RT1015-1AP01 S00 1300.55 1.5 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 1300.75 1.9 1.4–2 3RV1011-1BA10 3RT1015-1AP01 S00 1300.04 0.16 0.11–0.16 3RV1021-0AA10 3RT1024-1AP00 S0 1300.06 0.2 0.14–0.2 3RV1021-0BA10 3RT1024-1AP00 S0 1300.06 0.2 0.18–0.25 3RV1021-0CA10 3RT1024-1AP00 S0 1300.09 0.3 0.22–0.32 3RV1021-0DA10 3RT1024-1AP00 S0 1300.09 0.3 0.28–0.4 3RV1021-0EA10 3RT1024-1AP00 S0 1300.12 0.4 0.35–0.5 3RV1021-0FA10 3RT1024-1AP00 S0 1300.18 0.6 0.45–0.63 3RV1021-0GA10 3RT1024-1AP00 S0 1300.18 0.6 0.55–0.8 3RV1021-0HA10 3RT1024-1AP00 S0 1300.25 0.85 0.7–1 3RV1021-0JA10 3RT1024-1AP00 S0 1300.37 1.1 0.9–1.25 3RV1021-0KA10 3RT1024-1AP00 S0 1300.55 1.5 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 1300.75 1.9 1.4–2 3RV1021-1BA10 3RT1024-1AP00 S0 1300.75 1.9 1.8–2.5 3RV1021-1CA10 3RT1024-1AP00 S0 1301.1 2.7 2.2–3.2 3RV1021-1DA10 3RT1024-1AP00 S0 1301.5 3.6 2.8–4 3RV1021-1EA10 3RT1024-1AP00 S0 1301.5 3.6 3.5–5 3RV1021-1FA10 3RT1024-1AP00 S0 1302.2 5 4.5–6.3 3RV1021-1GA10 3RT1024-1AP00 S0 1303 6.5 5.5–8 3RV1021-1HA10 3RT1024-1AP00 S0 1304 8.5 7–10 3RV1021-1JA10 3RT1026-1AP00 S0 1305.5 11.5 9–12.5 3RV1021-1KA10 3RT1026-1AP00 S0 1307.5 15.5 11–16 3RV1021-4AA10 3RT1026-1AP00 S0 1007.5 15.5 14–20 3RV1021-4BA10 3RT1026-1AP00 S0 10011 22 18–25 3RV1031-4DA10 3RT1034-1AP00 S2 10015 29 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 10018.5 35 28–40 3RV1031-4FA10 3RT1035-1AP00 S2 10022 41 36–45 3RV1031-4GA10 3RT1036-1AP00 S2 10022 41 40–50 3RV1031-4HA10 3RT1036-1AP00 S2 10030 55 45–63 3RV1042-4JA10 3RT1054-1AP36 S3/S6 10037 66 57–75 3RV1042-4KA10 3RT1054-1AP36 S3/S6 10045 80 70–90 3RV1042-4LA10 3RT1054-1AP36 S3/S6 10045 80 80–100 3RV1042-4MA10 3RT1054-1AP36 S3/S6 100

Alternatively for coordination type 1

30 55 45–63 3RV1042-4JA10 3RT1044-1AP00 S3 8037 66 57–75 3RV1042-4KA10 3RT1045-1AP00 S3 8045 80 70–90 3RV1042-4LA10 3RT1046-1AP00 S3 8045 80 80–100 3RV1042-4MA10 3RT1046-1AP00 S3 80

1

2

AC 400 V

Nominal value at 400 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.

1

2

9

V


Standard three-phase motor Setting range Circuit- Contactor Size Short-circuit4-pole at 400 V AC Circuit- breaker breakingRated Motor current breaker capacitypower (nominal value) overloadP I release Iq


1

2

5.5 11.5 11–16 3RV1031-4AB10 3RT1034-1AP00 S2 507.5 15.5 14–20 3RV1031-4BB10 3RT1034-1AP00 S2 5011 22 18–25 3RV1031-4DB10 3RT1035-1AP00 S2 5011 22 22–32 3RV1031-4EB10 3RT1035-1AP00 S2 5015 29 28–40 3RV1042-4FB10 3RT1044-1AP00 S3 5018.5 35 28–40 3RV1042-4FB10 3RT1044-1AP00 S3 5018.5 35 36–50 3RV1042-4HB10 3RT1044-1AP00 S3 5022 41 36–50 3RV1042-4HB10 3RT1044-1AP00 S3 5030 55 45–63 3RV1042-4JB10 3RT1046-1AP00 S3 5030 55 57–75 3RV1042-4KB10 3RT1046-1AP00 S3 5037 66 57–75 3RV1042-4KB10 3RT1046-1AP00 S3 5045 80 70–90 3RV1042-4LB10 3RT1054-1AP36 S3/S6 5045 80 80–100 3RV1042-4MB10 3RT1054-1AP36 S3/S6 5055 97 40–100 3VL2710-2AS33 3RT1055-6AP36 S6 5075 132 64–160 3VL2716-2AS33 3RT1056-6AP36 S6 5090 160 80–200 3VL3720-2AS36 3RT1064-6AP36 S10 5090 160 80–200 3VL3720-2AS36 3RT1065-6AP36 S10 50110 195 80–200 3VL3720-2AS36 3RT1066-6AP36 S10 50110 195 80–200 3VL3720-2AS36 3RT1264-6AP36 S10V 50132 230 100–250 3VL3725-2AS36 3RT1265-6AP36 S10V 50160 280 125–315 3VL4731-2AS36 3RT1266-6AP36 S10V 50160 280 125–315 3VL4731-2AS36 3RT1075-6AP36 S12 50200 350 200–500 3VL5750-2AS36 3RT1076-6AP36 S12 50200 350 200–500 3VL5750-2AS36 3RT1275-6AP36 S12V 50250 430 200–500 3VL5750-2AS36 3RT1276-6AP36 S12V 50

4

5

3

3

3

4

AC 400 V

Nominal value at 400 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices. Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.

Alternatively, 3VL2716-2AS33 is possible.Alternatively, 3VL3725-2AS36 is possible.Alternatively, 3VL4731-2AS36 is possible.

1

2

3

4

5

10

Standard three-phase motor Setting range Circuit-breaker Contactor Size Overload relay Setting range Short-circuit4-pole at 400 V AC Circuit- Overload relay breakingRated Motor current breaker overload release capacitypower (nominal value) overloadP I release Iq

kW A A Order No. Order No. Order No. A

0.06 0.2 without 3RV1321-0BC10 3RT1015-1AP01 S0/S00 3RU1116-0BB0 0.14–0.2 50

0.06 0.2 without 3RV1321-0CC10 3RT1015-1AP01 S0/S00 3RU1116-0CB0 0.18–0.25 50

0.09 0.3 without 3RV1321-0DC10 3RT1015-1AP01 S0/S00 3RU1116-0DB0 0.22–0.32 50

0.09 0.3 without 3RV1321-0EC10 3RT1015-1AP01 S0/S00 3RU1116-0EB0 0.28–0.4 50

0.12 0.4 without 3RV1321-0FC10 3RT1015-1AP01 S0/S00 3RU1116-0FB0 0.35–0.5 50

0.18 0.6 without 3RV1321-0GC10 3RT1015-1AP01 S0/S00 3RU1116-0GB0 0.45–0.63 50

0.25 0.85 without 3RV1321-0HC10 3RT1015-1AP01 S0/S00 3RU1116-0HB0 0.55–0.8 50

0.25 0.85 without 3RV1321-0JC10 3RT1015-1AP01 S0/S00 3RU1116-0JB0 0.7–1 50

0.37 1.1 without 3RV1321-0KC10 3RT1015-1AP01 S0/S00 3RU1116-0KB0 0.9–1.25 50

0.55 1.5 without 3RV1321-1AC10 3RT1015-1AP01 S0/S00 3RU1116-1AB0 1.1–1.6 50

0.75 1.9 without 3RV1321-1BC10 3RT1015-1AP01 S0/S00 3RU1116-1BB0 1.4–2 50


1.5 3.6 without 3RV1321-1EC10 3RT1015-1AP01 S0/S00 3RU1116-1EB0 2.8–4 50

1.5 3.6 without 3RV1321-1FC10 3RT1015-1AP01 S0/S00 3RU1116-1FB0 3.5–5 50


3 6.5 without 3RV1321-1HC10 3RT1015-1AP01 S0/S00 3RU1116-1HB0 5.5–8 50

4 8.5 without 3RV1321-1JC10 3RT1016-1AP01 S0/S00 3RU1116-1JB0 7–10 50

5.5 11.5 without 3RV1321-1KC10 3RT1017-1AP01 S0/S00 3RU1116-1KB0 9–12 50

7.5 15.5 without 3RV1321-4AC10 3RT1024-1AP00 S0 3RU1126-4AB0 11–16 50

7.5 15.5 without 3RV1321-4BC10 3RT1025-1AP00 S0 3RU1126-4BB0 14–20 50

11 22 without 3RV1321-4CC10 3RT1026-1AP00 S0 3RU1126-4CB0 17–22 50

11 22 without 3RV1321-4DC10 3RT1026-1AP00 S0 3RU1126-4DB0 20–25 50

15 29 without 3RV1331-4EC10 3RT1034-1AP00 S2 3RU1136-4EB0 22–32 50

18.5 35 without 3RV1331-4FC10 3RT1035-1AP00 S2 3RU1136-4FB0 28–40 50

22 41 without 3RV1331-4GC10 3RT1036-1AP00 S2 3RU1136-4GB0 36–45 50

22 41 without 3RV1331-4HC10 3RT1036-1AP00 S2 3RU1136-4HB0 40–50 50

30 55 without 3RV1341-4JC10 3RT1044-1AP00 S3 3RU1146-4JB0 45–63 50

37 66 without 3RV1341-4KC10 3RT1045-1AP00 S3 3RU1146-4KB0 57–75 50

45 80 without 3RV1341-4LC10 3RT1046-1AP00 S3 3RU1146-4LB0 70–90 50

45 80 without 3RV1341-4MC10 3RT1046-1AP00 S3 3RU1146-4MB0 80–100 50

2

Circuit-breaker + contactor + thermal overload relayCLASS 10, coordination type 1, Iq = 50 kA

1

Nominal value at 400 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.

1

2

AC 400 V

11


Standard three-phase motor Setting range Circuit-breaker Contactor Size Overload relay Setting range Short-circuit

4-pole at 400 V AC Circuit- Overload relay breaking

Rated Motor current breaker overload release capacity


P I release Iq

kW A A Order No. Order No. Order No. A kA












0.75 1.9 without 3RV1321-1CC10 3RT1024-1AP00 S0 3RU1126-1CB0 1.8–2.5 50

1.1 2.7 without 3RV1321-1DC10 3RT1024-1AP00 S0 3RU1126-1DB0 2.2–3.2 50

1.5 3.6 without 3RV1321-1EC10 3RT1024-1AP00 S0 3RU1126-1EB0 2.8–4 50

1.5 3.6 without 3RV1321-1FC10 3RT1024-1AP00 S0 3RU1126-1FB0 3.5–5 50

2.2 5.0 without 3RV1321-1GC10 3RT1024-1AP00 S0 3RU1126-1GB0 4.5–6.3 50

3 6.5 without 3RV1321-1HC10 3RT1024-1AP00 S0 3RU1126-1HB0 5.5–8 50

4 8.5 without 3RV1321-1JC10 3RT1026-1AP00 S0 3RU1126-1JB0 7–10 50

5.5 11.5 without 3RV1321-1KC10 3RT1026-1AP00 S0 3RU1126-1KB0 9–12.5 50












AC 400 V2t

1


1

2

V

12

AC 400 V

Circuit-breaker + contactor + thermal overload relayCLASS 10, coordination type 2, Iq ≥ 100 kA





P I release Iq


1

2














1.1 2.7 without 3RV1321-1DA10 3RT1024-1AP00 S0 3RU1126-1DB0 2.2–3.2 130

1.5 3.6 without 3RV1321-1EA10 3RT1024-1AP00 S0 3RU1126-1EB0 2.8–4 130

1.5 3.6 without 3RV1321-1FA10 3RT1024-1AP00 S0 3RU1126-1FB0 3.5–5 130

2.2 5 without 3RV1321-1GC10 3RT1024-1AP00 S0 3RU1126-1GB0 4.5–6.3 130

3 6.5 without 3RV1321-1HC10 3RT1024-1AP00 S0 3RU1126-1HB0 5.5–8 130

4 8.5 without 3RV1321-1JC10 3RT1026-1AP00 S0 3RU1126-1JB0 7–10 130









Coordination type 1






1

2

0.06 0.2 0.22–0.32 3RV1011-0DA10 3RT1015-1AP01 S00 3RB1016-1RB0 0.1–0.4 500.09 0.3 0.28–0.4 3RV1011-0EA10 3RT1015-1AP01 S00 3RB1016-1RB0 0.1–0.4 500.12 0.4 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 500.18 0.6 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 500.25 0.85 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 500.55 1.5 1.4–2 3RV1011-1BA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 500.75 1.9 2.2–3.2 3RV1011-1DA10 3RT1015-1AP01 S00 3RB1016-1PB0 1.5–6.0 501.1 2.7 2.2–3.2 3RV1011-1DA10 3RT1015-1AP01 S00 3RB1016-1PB0 1.5–6.0 501.1 2.7 2.8–4 3RV1011-1EA10 3RT1015-1AP01 S00 3RB1016-1PB0 1.5–6.0 501.5 3.6 3.5–5 3RV1011-1FA10 3RT1015-1AP01 S00 3RB1016-1PB0 1.5–6.0 502.2 5 4.5–6.3 3RV1011-1GA10 3RT1015-1AP01 S00 3RB1016-1PB0 1.5–6.0 503 6.5 5.5–8 3RV1011-1HA10 3RT1015-1AP01 S00 3RB1016-1SB0 3–12 500.06 0.2 0.28–0.4 3RV1021-0EA10 3RT1024-1AP00 S0 3RB1026-1RB0 0.1–0.4 500.09 0.35 0.45–0.63 3RV1021-0GA10 3RT1024-1AP00 S0 3RB1026-1RB0 0.1–0.4 500.12 0.4 0.45–0.63 3RV1021-0GA10 3RT1024-1AP00 S0 3RB1026-1RB0 0.1–0.4 500.18 0.6 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 500.25 0.85 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 500.37 1.1 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 500.55 1.5 1.4–2 3RV1021-1BA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 500.75 1.9 2.2–3.2 3RV1021-1DA10 3RT1024-1AP00 S0 3RB1026-1PB0 1.5–6.0 501.1 2.7 2.8–4 3RV1021-1EA10 3RT1024-1AP00 S0 3RB1026-1PB0 1.5–6.0 501.5 3.6 3.5–5 3RV1021-1FA10 3RT1024-1AP00 S0 3RB1026-1PB0 1.5–6.0 502.2 5 4.5–6.3 3RV1021-1GA10 3RT1024-1AP00 S0 3RB1026-1PB0 1.5–6.0 503 6.5 5.5–8 3RV1021-1HA10 3RT1024-1AP00 S0 3RB1026-1SB0 3–12 504 8.5 9–12.5 3RV1021-1KA10 3RT1025-1AP00 S0 3RB1026-1SB0 3–12 505.5 11.5 14–20 3RV1021-4BA10 3RT1025-1AP00 S0 3RB1026-1QB0 6–25 507.5 15.5 14–20 3RV1021-4BA10 3RT1025-1AP00 S0 3RB1026-1QB0 6–25 5011 22 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 3RB1036-1QB0 6–25 5015 29 28–40 3RV1031-4FA10 3RT1035-1AP00 S2 3RB1036-1UB0 13–50 5018.5 35 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 3RB1046-1UB0 13–50 5022 41 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 3RB1046-1UB0 13–50 5030 55 57–75 3RV1041-4KA10 3RT1045-1AP00 S3 3RB1046-1EB0 25–100 5037 66 57–75 3RV1041-4KA10 3RT1045-1AP00 S3 3RB1046-1EB0 25–100 5045 80 80–100 3RV1041-4MA10 3RT1046-1AP00 S3 3RB1046-1EB0 25–100 5055 97 without 3VL2710-2DK33 3RT1054-1AP36 S6 3RB1056-1FG0 50–200 5075 132 without 3VL2716-2DK33 3RT1055-6AP36 S6 3RB1056-1FG0 50–200 5090 160 without 3VL3725-2DK36 3RT1056-6AP36 S6 3RB1056-1FG0 50–200 50110 195 without 3VL3725-2DK36 3RT1064-6AP36 S10 3RB1056-1FG0 50–200 50110 195 without 3VL3725-2DK36 3RT1264-6AP36 S10V 3RB1056-1FG0 50–200 50132 230 without 3VL4725-2DK36 3RT1065-6AP36 S10 3RB1066-1GG0 55–250 50132 230 without 3VL4725-2DK36 3RT1265-6AP36 S10V 3RB1066-1GG0 55–250 50160 280 without 3VL4731-2DK36 3RT1066-6AP36 S10 3RB1066-1KG0 200–540 50160 280 without 3VL4731-2DK36 3RT1266-6AP36 S10V 3RB1066-1KG0 200–540 50200 350 without 3VL5750-2DK36 3RT1075-6AP36 S12 3RB1066-1KG0 200–540 50200 350 without 3VL5750-2DK36 3RT1275-6AP36 S12V 3RB1066-1KG0 200–540 50250 430 without 3VL5750-2DK36 3RT1076-6AP36 S12 3RB1066-1KG0 200–540 50250 430 without 3VL5750-2DK36 3RT1276-6AP36 S12V 3RB1066-1KG0 200–540 50

13

Circuit-breaker + contactor + 3RB10 electronic overload relayCLASS 10, coordination type 1, Iq = 50 kA

AC 400 VStandard three-phase motor Setting range Circuit-breaker Contactor Size Overload relay Setting range Short-circuit




P I release Iq


1

2

3

4

4

5

5

Vt

3

3

5

6

6

7

7

Nominal value at 400 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.The circuit-breaker should be set to the maximum current value.Alternatively, 3VL2716-2DK33 is possible.Alternatively, 3VL3725-2DK36 is possible.Alternatively, 3VL4731-2DK36 is possible.Alternatively, 3RB1066-1GG0 is possible.Alternatively, 3RB1066-1KG0 is possible.

1

2

3

4

5

6

7

6

6

7

7

14






P I release Iq


0.06 0.2 0.22–0.32 3RV1011-0DA10 3RT1015-1AP01 S00 3RB1016-1RB0 0.1–0.4 500.09 0.3 0.28–0.4 3RV1011-0EA10 3RT1015-1AP01 S00 3RB1016-1RB0 0.1–0.4 500.12 0.4 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 500.18 0.6 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 500.25 0.85 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 500.37 1.1 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 500.55 1.5 1.4–2 3RV1011-1BA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 500.06 0.2 0.28–0.4 3RV1021-0EA10 3RT1024-1AP00 S0 3RB1026-1RB0 0.1–0.4 500.09 0.35 0.45–0.63 3RV1021-0GA10 3RT1024-1AP00 S0 3RB1026-1RB0 0.1–0.4 500.12 0.4 0.45–0.63 3RV1021-0GA10 3RT1024-1AP00 S0 3RB1026-1RB0 0.1–0.4 500.18 0.6 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 500.25 0.85 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 500.37 1.1 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 500.55 1.5 1.4–2 3RV1021-1BA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 500.75 1.9 2.2–3.2 3RV1021-1DA10 3RT1024-1AP00 S0 3RB1026-1PB0 1.5–6.0 501.1 2.7 2.8–4 3RV1021-1EA10 3RT1024-1AP00 S0 3RB1026-1PB0 1.5–6.0 501.5 3.6 3.5–5 3RV1021-1FA10 3RT1024-1AP00 S0 3RB1026-1PB0 1.5–6.0 502.2 5 4.5–6.3 3RV1021-1GA10 3RT1024-1AP00 S0 3RB1026-1PB0 1.5–6.0 503 6.5 5.5–8 3RV1021-1HA10 3RT1024-1AP00 S0 3RB1026-1SB0 3–12 503 6.5 7–10 3RV1021-1JA10 3RT1026-1AP00 S0 3RB1026-1SB0 3–12 504 8.5 9–12.5 3RV1021-1KA10 3RT1026-1AP00 S0 3RB1026-1SB0 3–12 504 8.5 11–16 3RV1021-4AA10 3RT1026-1AP00 S0 3RB1026-1QB0 6–25 505.5 11.5 14–20 3RV1021-4BA10 3RT1026-1AP00 S0 3RB1026-1QB0 6–25 507.5 15.5 14–20 3RV1021-4BA10 3RT1026-1AP00 S0 3RB1026-1QB0 6–25 507.5 15.5 18–25 3RV1031-4DA10 3RT1034-1AP00 S2 3RB1036-1QB0 6–25 5011 22 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 3RB1036-1QB0 6–25 5015 29 28–40 3RV1031-4FA10 3RT1035-1AP00 S2 3RB1036-1UB0 13–50 5018.5 35 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 3RB1046-1UB0 13–50 5022 41 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 3RB1046-1UB0 13–50 5030 55 57–75 3RV1041-4KA10 3RT1045-1AP00 S3 3RB1046-1EB0 25–100 5037 66 57–75 3RV1041-4KA10 3RT1045-1AP00 S3 3RB1046-1EB0 25–100 5045 80 80–100 3RV1041-4MA10 3RT1046-1AP00 S3 3RB1046-1EB0 25–100 5055 97 without 3VL2710-2DK33 3RT1054-1AP36 S6 3RB1056-1FG0 50–200 5075 132 without 3VL2716-2DK33 3RT1055-6AP36 S6 3RB1056-1FG0 50–200 5090 160 without 3VL3725-2DK36 3RT1056-6AP36 S6 3RB1056-1FG0 50–200 50110 195 without 3VL3725-2DK36 3RT1064-6AP36 S10 3RB1056-1FG0 50–200 50110 195 without 3VL3725-2DK36 3RT1264-6AP36 S10V 3RB1056-1FG0 50–200 50132 230 without 3VL4725-2DK36 3RT1065-6AP36 S10 3RB1066-1GG0 55–250 50132 230 without 3VL4725-2DK36 3RT1265-6AP36 S10V 3RB1066-1GG0 55–250 50160 280 without 3VL4731-2DK36 3RT1066-6AP36 S10 3RB1066-1KG0 200–540 50160 280 without 3VL4731-2DK36 3RT1266-6AP36 S10V 3RB1066-1KG0 200–540 50200 350 without 3VL5750-2DK36 3RT1075-6AP36 S12 3RB1066-1KG0 200–540 50200 350 without 3VL5750-2DK36 3RT1275-6AP36 S12V 3RB1066-1KG0 200–540 50250 430 without 3VL5750-2DK36 3RT1076-6AP36 S12 3RB1066-1KG0 200–540 50250 430 without 3VL5750-2DK36 3RT1276-6AP36 S12V 3RB1066-1KG0 200–540 50

1

2

3

4

4

5

5

3

3

5

Nominal value at 400 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.The circuit-breaker should be set to the maximum current value.Alternatively, 3VL2716-2DK33 is possible.Alternatively, 3VL3725-2DK36 is possible.Alternatively, 3VL4731-2DK36 is possible.Alternatively, 3RB1066-1GG0 is possible.Alternatively, 3RB1066-1KG0 is possible.

1

2

3

4

5

6

7

15

Circuit-breaker + contactor + 3RB10 electronic overload relayCLASS 10, coordination type 2, Iq ≥ 100 kA





P I release Iq


1

2

3

0.06 0.2 0.22–0.32 3RV1011-0DA10 3RT1015-1AP01 S00 3RB1016-1RB0 0.1–0.4 130

0.09 0.3 0.28–0.4 3RV1011-0EA10 3RT1015-1AP01 S00 3RB1016-1RB0 0.1–0.4 130

0.12 0.4 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 130

0.18 0.6 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 130

0.25 0.85 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 130

0.37 1.1 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 130

0.55 1.5 1.4–2 3RV1011-1BA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 130

0.06 0.2 0.28–0.4 3RV1021-0EA10 3RT1024-1AP00 S0 3RB1026-1RB0 0.1–0.4 130

0.09 0.3 0.45–0.63 3RV1021-0GA10 3RT1024-1AP00 S0 3RB1026-1RB0 0.1–0.4 130

0.12 0.4 0.45–0.63 3RV1021-0GA10 3RT1024-1AP00 S0 3RB1026-1RB0 0.1–0.4 130

0.18 0.6 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 130

0.25 0.85 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 130

0.37 1.1 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 130

0.55 1.5 1.4–2 3RV1021-1BA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 130

0.75 1.9 2.2–3.2 3RV1021-1DA10 3RT1024-1AP00 S0 3RB1026-1PB0 1.5–6.0 130

1.1 2.7 2.8–4 3RV1021-1EA10 3RT1024-1AP00 S0 3RB1026-1PB0 1.5–6.0 130

1.5 3.6 3.5–5 3RV1021-1FA10 3RT1024-1AP00 S0 3RB1026-1PB0 1.5–6.0 130

2.2 5 4.5–6.3 3RV1021-1GA10 3RT1024-1AP00 S0 3RB1026-1PB0 1.5–6.0 130

3 6.5 5.5–8 3RV1021-1HA10 3RT1024-1AP00 S0 3RB1026-1SB0 3–12 130

3 6.5 7–10 3RV1021-1JA10 3RT1026-1AP00 S0 3RB1026-1SB0 3–12 130

4 8.5 9–12.5 3RV1021-1KA10 3RT1026-1AP00 S0 3RB1026-1SB0 3–12 130

5.5 11.5 14–20 3RV1021-4BA10 3RT1026-1AP00 S0 3RB1026-1QB0 6–25 100

7.5 15.5 14–20 3RV1021-4BA10 3RT1026-1AP00 S0 3RB1026-1QB0 6–25 100

7.5 15.5 18–25 3RV1031-4DA10 3RT1034-1AP00 S2 3RB1036-1QB0 6–25 100

11 22 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 3RB1036-1QB0 6–25 100

15 29 28–40 3RV1031-4FA10 3RT1035-1AP00 S2 3RB1036-1UB0 13–50 100

18.5 35 45–63 3RV1042-4JA10 3RT1054-1AP36 S3/S6 3RB1046-1UB0 13–50 100

22 41 45–63 3RV1042-4JA10 3RT1054-1AP36 S3/S6 3RB1046-1UB0 13–50 100

30 55 57–75 3RV1042-4KA10 3RT1054-1AP36 S3/S6 3RB1056-1FG0 50–200 100

37 66 57–75 3RV1042-4KA10 3RT1054-1AP36 S3/S6 3RB1056-1FG0 50–200 100

45 80 80–100 3RV1042-4MA10 3RT1054-1AP36 S3/S6 3RB1056-1FG0 50–200 100


18.5 35 45–63 3RV1042-4JA10 3RT1044-1AP00 S3 3RB1046-1UB0 13–50 80

22 41 45–63 3RV1042-4JA10 3RT1044-1AP00 S3 3RB1046-1UB0 13–50 80

30 55 57–75 3RV1042-4KA10 3RT1044-1AP00 S3 3RB1046-1EB0 25–100 80

37 66 57–75 3RV1042-4KA10 3RT1045-1AP00 S3 3RB1046-1EB0 25–100 80

45 80 70–90 3RV1042-4LA10 3RT1046-1AP00 S3 3RB1046-1EB0 25–100 80

45 80 80–100 3RV1042-4MA10 3RT1046-1AP00 S3 3RB1046-1EB0 25–100 80

4

4

Vt

Nominal value at 400 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.The circuit-breaker should be set to the maximum current value.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.Stand-alone mounting.

1

2

3

4

16


AC 400 V

0.06 0.2 0.28–0.4 3RV1011-0EA10 3RT1015-1AP01 S00 3RB1016-2RB0 0.1–0.4 500.12 0.4 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 500.18 0.6 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 500.25 0.85 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 500.37 1.1 1.4–2 3RV1011-1BA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 500.55 1.5 1.8–2.5 3RV1011-1CA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 500.75 1.9 2.2–3.2 3RV1011-1DA10 3RT1015-1AP01 S00 3RB1016-2PB0 1.5–6.0 501.1 2.7 2.8–4 3RV1011-1EA10 3RT1015-1AP01 S00 3RB1016-2PB0 1.5–6.0 501.5 3.6 4.5–6.3 3RV1011-1GA10 3RT1015-1AP01 S00 3RB1016-2PB0 1.5–6.0 502.2 5 5.5–8 3RV1011-1HA10 3RT1015-1AP01 S00 3RB1016-2SB0 3–12 503 6.5 9–12 3RV1011-1KA10 3RT1017-1AP01 S00 3RB1016-2SB0 3–12 500.06 0.2 0.28–0.4 3RV1021-0EA10 3RT1024-1AP00 S0 3RB1026-2RB0 0.1–0.4 500.09 0.3 0.45–0.63 3RV1021-0GA10 3RT1024-1AP00 S0 3RB1026-2RB0 0.1–0.4 500.12 0.4 0.55–0.8 3RV1021-0HA10 3RT1024-1AP00 S0 3RB1026-2RB0 0.1–0.4 500.18 0.6 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 500.25 0.85 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 500.37 1.1 1.4–2 3RV1021-1BA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 500.55 1.5 1.8–2.5 3RV1021-1CA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 500.75 1.9 2.2–3.2 3RV1021-1DA10 3RT1024-1AP00 S0 3RB1026-2PB0 1.5–6.0 501.1 2.7 2.8–4 3RV1021-1EA10 3RT1024-1AP00 S0 3RB1026-2PB0 1.5–6.0 501.5 3.6 4.5–6.3 3RV1021-1GA10 3RT1024-1AP00 S0 3RB1026-2PB0 1.5–6.0 502.2 5 5.5–8 3RV1021-1HA10 3RT1024-1AP00 S0 3RB1026-2SB0 3–12 503 6.5 9–12.5 3RV1021-1KA10 3RT1025-1AP00 S0 3RB1026-2SB0 3–12 504 8.5 14–20 3RV1021-4BA10 3RT1025-1AP00 S0 3RB1026-2QB0 6–25 505.5 11.5 14–20 3RV1021-4BA10 3RT1025-1AP00 S0 3RB1026-2QB0 6–25 507.5 15.5 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 3RB1036-2QB0 6–25 5011 22 28–40 3RV1031-4FA10 3RT1035-1AP00 S2 3RB1036-2UB0 13–50 5015 29 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 3RB1046-2UB0 13–50 5018.5 35 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 3RB1046-2UB0 13–50 5022 41 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 3RB1046-2UB0 13–50 5030 55 57–75 3RV1041-4KA10 3RT1045-1AP00 S3 3RB1046-2EB0 25–100 5037 66 80–100 3RV1041-4MA10 3RT1046-1AP00 S3 3RB1046-2EB0 25–100 5045 80 without 3VL2710-2DK33 3RT1054-1AP36 S6 3RB1056-2FG0 50–200 5055 97 without 3VL2710-2DK33 3RT1055-6AP36 S6 3RB1056-2FG0 50–200 5075 132 without 3VL2716-2DK33 3RT1056-6AP36 S6 3RB1056-2FG0 50–200 5090 160 without 3VL2716-2DK33 3RT1064-6AP36 S10 3RB1056-2FG0 50–200 5090 160 without 3VL3725-2DK36 3RT1065-6AP36 S10 3RB1056-2FG0 50–200 50110 195 without 3VL3725-2DK36 3RT1066-6AP36 S10 3RB1056-2FG0 50–200 50110 195 without 3VL3725-2DK36 3RT1264-6AP36 S10V 3RB1056-2FG0 50–200 50132 230 without 3VL3725-2DK36 3RT1265-6AP36 S10V 3RB1066-2GG0 55–250 50160 280 without 3VL4731-2DK36 3RT1266-6AP36 S10V 3RB1066-2KG0 200–540 50160 280 without 3VL4731-2DK36 3RT1075-6AP36 S12 3RB1066-2KG0 200–540 50200 350 without 3VL5750-2DK36 3RT1076-6AP36 S12 3RB1066-2KG0 200–540 50200 350 without 3VL5750-2DK36 3RT1275-6AP36 S12V 3RB1066-2KG0 200–540 50250 430 without 3VL5750-2DK36 3RT1276-6AP36 S12V 3RB1066-2KG0 200–540 50

1

2

5

6





P I release Iq


4

3

7

7

8

Nominal value at 400 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.The circuit-breaker should be set to the maximum current value.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.Alternatively, 3VL2716-2DK33 is possible.Alternatively, 3VL3725-2DK36 is possible.Alternatively, 3VL4731-2DK36 is possible.Alternatively, 3RB1066-2GG0 is possible.Alternatively, 3RB1066-2KG0 is possible.

4

5

6

1

2

3

7

8

17






P I release Iq


0.06 0.2 0.28–0.4 3RV1011-0EA10 3RT1015-1AP01 S00 3RB1016-2RB0 0.1–0.4 50

0.12 0.4 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 50

0.18 0.6 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 50

0.25 0.85 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 50

0.37 1.1 1.4–2 3RV1011-1BA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 50

0.06 0.2 0.28–0.4 3RV1021-0EA10 3RT1024-1AP00 S0 3RB1026-2RB0 0.1–0.4 50

0.09 0.3 0.45–0.63 3RV1021-0GA10 3RT1024-1AP00 S0 3RB1026-2RB0 0.1–0.4 50

0.12 0.4 0.55–0.8 3RV1021-0HA10 3RT1024-1AP00 S0 3RB1026-2RB0 0.1–0.4 50

0.18 0.6 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 50

0.25 0.85 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 50

0.37 1.1 1.4–2 3RV1021-1BA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 50

0.55 1.5 1.8–2.5 3RV1021-1CA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 50

0.75 1.9 2.2–3.2 3RV1021-1DA10 3RT1024-1AP00 S0 3RB1026-2PB0 1.5–6.0 50

1.1 2.7 2.8–4 3RV1021-1EA10 3RT1024-1AP00 S0 3RB1026-2PB0 1.5–6.0 50

1.5 3.6 4.5–6.3 3RV1021-1GA10 3RT1024-1AP00 S0 3RB1026-2PB0 1.5–6.0 50

2.2 5 5.5–8 3RV1021-1HA10 3RT1024-1AP00 S0 3RB1026-2SB0 3–12 50

3 6.5 9–12.5 3RV1021-1KA10 3RT1026-1AP00 S0 3RB1026-2SB0 3–12 50

4 8.5 14–20 3RV1021-4BA10 3RT1026-1AP00 S0 3RB1026-2QB0 6–25 50

5.5 11.5 14–20 3RV1021-4BA10 3RT1026-1AP00 S0 3RB1026-2QB0 6–25 50

7.5 15.5 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 3RB1036-2QB0 6–25 50

11 22 28–40 3RV1031-4FA10 3RT1035-1AP00 S2 3RB1036-2UB0 13–50 50

15 29 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 3RB1046-2UB0 13–50 50

18.5 35 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 3RB1046-2UB0 13–50 50

22 41 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 3RB1046-2UB0 13–50 50

30 55 70–90 3RV1041-4LA10 3RT1046-1AP00 S3 3RB1046-2EB0 25–100 50

45 80 without 3VL2710-2DK33 3RT1054-1AP36 S6 3RB1056-2FG0 50–200 50






110 195 without 3VL3725-2DK36 3RT1264-6AP36 S10V 3RB1056-2FG0 50–200 50

132 230 without 3VL3725-2DK36 3RT1265-6AP36 S10V 3RB1066-2GG0 55–250 50

160 280 without 3VL4731-2DK36 3RT1266-6AP36 S10V 3RB1066-2KG0 200–540 50

160 280 without 3VL4731-2DK36 3RT1075-6AP36 S12 3RB1066-2KG0 200–540 50




1

2

3

5

V

6

it

4

Nominal value at 400 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.The circuit-breaker should be set to the maximum current value.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.Alternatively, 3VL2716-2DK33 is possible.Alternatively, 3VL3725-2DK36 is possible.Alternatively, 3VL4731-2DK36 is possible.Alternatively, 3RB1066-2GG0 is possible.Alternatively, 3RB1066-2KG0 is possible.

4

5

6

1

2

3

7

8

7

7

8

18

Circuit-breaker + contactor + 3RB10 electronic overload relayCLASS 20, coordination type 2, Iq ≥ 100 kA





P I release Iq


2

4

4

4

0.06 0.2 0.28–0.4 3RV1011-0EA10 3RT1015-1AP01 S00 3RB1016-2RB0 0.1–0.4 130

0.12 0.4 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 130

0.18 0.6 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 130

0.25 0.85 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 130

0.37 1.1 1.4–2 3RV1011-1BA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 130

0.06 0.2 0.28–0.4 3RV1021-0EA10 3RT1024-1AP00 S0 3RB1026-2RB0 0.1–0.4 130

0.09 0.3 0.45–0.63 3RV1021-0GA10 3RT1024-1AP00 S0 3RB1026-2RB0 0.1–0.4 130

0.12 0.4 0.55–0.8 3RV1021-0HA10 3RT1024-1AP00 S0 3RB1026-2RB0 0.1–0.4 130

0.18 0.6 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 130

0.25 0.85 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 130

0.37 1.1 1.4–2 3RV1021-1BA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 130

0.55 1.5 1.8–2.5 3RV1021-1CA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 130

0.75 1.9 2.2–3.2 3RV1021-1DA10 3RT1024-1AP00 S0 3RB1026-2PB0 1.5–6.0 130

1.1 2.7 2.8–4 3RV1021-1EA10 3RT1024-1AP00 S0 3RB1026-2PB0 1.5–6.0 130

1.5 3.6 4.5–6.3 3RV1021-1GA10 3RT1024-1AP00 S0 3RB1026-2PB0 1.5–6.0 130

2.2 5 5.5–8 3RV1021-1HA10 3RT1024-1AP00 S0 3RB1026-2SB0 3–12 130

3 6.5 9–12.5 3RV1021-1KA10 3RT1026-1AP00 S0 3RB1026-2SB0 3–12 130

4 8.5 14–20 3RV1021-4BA10 3RT1026-1AP00 S0 3RB1026-2QB0 6–25 100

5.5 11.5 14–20 3RV1021-4BA10 3RT1026-1AP00 S0 3RB1026-2QB0 6–25 100

7.5 15.5 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 3RB1036-2QB0 6–25 100

11 22 28–40 3RV1031-4FA10 3RT1035-1AP00 S2 3RB1036-2UB0 13–50 100

15 29 45–63 3RV1042-4JA10 3RT1054-1AP36 S3/S6 3RB1046-2UB0 13–50 100

18.5 35 45–63 3RV1042-4JA10 3RT1054-1AP36 S3/S6 3RB1046-2UB0 13–50 100

22 41 45–63 3RV1042-4JA10 3RT1054-1AP36 S3/S6 3RB1046-2UB0 13–50 100

30 55 57–75 3RV1042-4KA10 3RT1054-1AP36 S3/S6 3RB1056-2FG0 50–200 100

37 66 80–100 3RV1042-4MA10 3RT1054-1AP36 S3/S6 3RB1056-2FG0 50–200 100


15 29 45–63 3RV1042-4JA10 3RT1044-1AP00 S3 3RB1046-2UB0 13–50 80

18.5 35 45–63 3RV1042-4JA10 3RT1044-1AP00 S3 3RB1046-2UB0 13–50 80

22 41 45–63 3RV1042-4JA10 3RT1044-1AP00 S3 3RB1046-2UB0 13–50 80

30 55 57–75 3RV1042-4KA10 3RT1045-1AP00 S3 3RB1046-2EB0 25–100 80

37 66 80–100 3RV1042-4MA10 3RT1046-1AP00 S3 3RB1046-2EB0 25–100 80

1

3

Nominal value at 400 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.The circuit-breaker should be set to the maximum current value.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.Stand-alone mounting.

1

2

3

4

19

Circuit-breaker + contactor +3RB12 electronic overload relay / SIMOCODE-DP 3UF5CLASS 10, coordination type 2, Iq ≥ 50/100 kA

AC 400 VStandard three-phase motor Setting range Circuit-breaker Contactor Size Overload relay Setting range No. of Short-

4-pole at 400 V AC Circuit- Overload relay primary circuit

Rated Motor current breaker overload windings breaking

power (nominal value) overload release capacity

P I release Iq


0.09 0.3 without 3RV1321-0HC10 3RT1024-1AP00 S0 3RB1246-1PM00 1.25–6.3 5 130

0.12 0.4 without 3RV1321-0HC10 3RT1024-1AP00 S0 or 4 130

0.18 0.6 without 3RV1321-0JC10 3RT1024-1AP00 S0 3UF5001-3AN00-1 3 130

0.25 0.85 without 3RV1321-0KC10 3RT1024-1AP00 S0 2 130

0.37 1.1 without 3RV1321-1AC10 3RT1024-1AP00 S0 2 130


0.75 1.9 without 3RV1321-1BC10 3RT1024-1AP00 S0 1 130

1.1 2.7 without 3RV1321-1DC10 3RT1024-1AP00 S0 1 130

1.5 3.5 without 3RV1321-1EC10 3RT1024-1AP00 S0 1 130

2.2 5 without 3RV1321-1GC10 3RT1024-1AP00 S0 1 130

3 6.5 without 3RV1321-1HC10 3RT1024-1AP00 S0 3RB1246-1QM00 6.3–25 1 130

4 8.5 without 3RV1321-1JC10 3RT1026-1AP00 S0 or 1 130

5.5 11.5 without 3RV1321-1KC10 3RT1026-1AP00 S0 3UF5011-3AN00-1 1 130


11 22 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 1 100

15 29 40–50 3RV1031-4HA10 3RT1036-1AP00 S2 3RB1246-1EM00 25–100 1 100

18.5 35 without 3RV1341-4JC10 3RT1044-1AP00 S3 or 1 50

22 41 without 3RV1341-4JC10 3RT1044-1AP00 S3 3UF5021-3AN00-1 1 50

30 55 without 3RV1341-4JC10 3RT1044-1AP00 S3 1 50

37 66 without 3RV1341-4KC10 3RT1045-1AP00 S3 1 50

45 80 without 3RV1341-4LC10 3RT1046-1AP00 S3 1 50

55 97 without 3VL2710-2DK33 3RT1054-1AP36 S6 3RB1253-0FM00 50–205 1 50

75 132 without 3VL2716-2DK33 3RT1055-6AP36 S6 or 1 50

90 160 without 3VL3725-2DK36 3RT1056-6AP36 S6 3UF5031-3AN00-1 1 50

110 195 without 3VL3725-2DK36 3RT1064-6AP36 S10 3RB1257-0KM00 125–500 1 50

110 195 without 3VL3725-2DK36 3RT1264-6AP36 S10V or 1 50


132 230 without 3VL4725-2DK36 3RT1265-6AP36 S10V 1 50

160 280 without 3VL4731-2DK36 3RT1066-6AP36 S10 1 50






1

3

4

4

5

2

2

5

Vt

7

7

6

6

Nominal value at 400 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.The circuit-breaker should be set to the maximum current value.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.Alternatively, 3VL2716-2DK33 is possible.Alternatively, 3VL2725-2DK36 is possible.Alternatively, 3VL4731-2DK36 is possible.Alternatively, 3RB1257-0KM00 or 3UF5041-3AN00-1 is possible.

1

2

3

4

5

67

6

20


AC 400 VStandard three-phase motor Setting range Circuit-breaker Contactor Size Overload relay Setting range No. of Short-




P I release Iq


1

3

2

2

2

4

5

2

2



0.18 0.6 without 3RV1321-0HC10 3RT1024-1AP00 S0 3UF5001-3AN00-1 3 130



0.55 1.5 without 3RV1321-1CC10 3RT1024-1AP00 S0 1 130

0.75 1.9 without 3RV1321-1DC10 3RT1024-1AP00 S0 1 130


1.5 3.5 without 3RV1321-1GC10 3RT1024-1AP00 S0 1 130

2.2 5 without 3RV1321-1HC10 3RT1024-1AP00 S0 1 130

3 6.5 without 3RV1321-1JC10 3RT1026-1AP00 S0 3RB1246-1QM00 6.3–25 1 130

4 8.5 without 3RV1331-4BC10 3RT1034-1AP00 S2 or 1 100

5.5 11.5 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 3UF5011-3AN00-1 1 100

7.5 15.5 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 1 100

11 22 40–50 3RV1031-4HA10 3RT1036-1AP00 S2 1 100

15 29 without 3RV1341-4JC10 3RT1044-1AP00 S3 3RB1246-1EM00 25–100 1 50

18.5 35 without 3RV1341-4JC10 3RT1044-1AP00 S3 or 1 50

22 41 57–75 3RV1041-4KA10 3RT1044-1AP00 S3 3UF5021-3AN00-1 1 50

30 55 80–100 3RV1041-4MA10 3RT1046-1AP00 S3 1 50








132 230 without 3VL3725-2DK36 3RT1265-6AP36 S10V 3RB1257-0KM00 125–500 1 50






7

Nominal value at 400 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.The circuit-breaker should be set to the maximum current value.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.Alternatively, 3VL2716-2DK33 is possible.Alternatively, 3VL3725-2DK36 is possible.Alternatively, 3VL4731-2DK36 is possible.Alternatively, 3RB1257-0KM00 or 3UF5041-3AN00-1 is possible.

1

2

3

4

5

67

21

AC 400 V


Standard three-phase motor Setting range Circuit-breaker Contactor Size Overload relay Setting range No. of Short-




P I release Iq


1

2

3

4

V

g

5

5

6

0.12 0.4 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1246-1PM00 1.25–6.3 4 130

0.18 0.6 1.4–2.0 3RV1021-1BA10 3RT1024-1AP00 S0 or 3 130

0.25 0.85 1.8–2.5 3RV1021-1CA10 3RT1024-1AP00 S0 3UF5001-3AN00-1 2 130

0.37 1.1 2.2–3.2 3RV1021-1DA10 3RT1024-1AP00 S0 2 130

0.55 1.5 2.8–4 3RV1021-1EA10 3RT1024-1AP00 S0 1 130

0.75 1.9 3.5–5 3RV1021-1FA10 3RT1026-1AP00 S0 1 130

1.1 2.7 4.5–6.3 3RV1021-1GA10 3RT1026-1AP00 S0 1 130

1.5 3.5 7–10 3RV1021-1JA10 3RT1026-1AP00 S0 1 130

2.2 5 9–12.5 3RV1021-1KA10 3RT1026-1AP00 S0 1 130

3 6.5 11–16 3RV1031-4AA10 3RT1034-1AP00 S2 3RB1246-1QM00 6.3–25 1 100

4 8.5 14–20 3RV1031-4BA10 3RT1034-1AP00 S2 or 1 100

5.5 11.5 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 3UF5011-3AN00-1 1 100

7.5 15.5 28–40 3RV1031-4FA10 3RT1035-1AP00 S2 1 100

11 22 40–50 3RV1031-4HA10 3RT1036-1AP00 S2 1 100

15 29 57–75 3RV1041-4KA10 3RT1044-1AP00 S3 3RB1246-1EM00 25–100 1 50

18.5 35 70–90 3RV1041-4LA10 3RT1045-1AP00 S3 or 1 50

22 41 80–100 3RV1041-4MA10 3RT1046-1AP00 S3 3UF5021-3AN00-1 1 50

30 66 without 3VL2710-2DK33 3RT1054-1AP36 S6 25–100 1 50







110 195 without 3VL3725-2DK36 3RT1265-6AP36 S10V 3RB1253-0FM00 1 50






4

4

6

Nominal value at 400 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.The circuit-breaker should be set to the maximum current value.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.Alternatively, 3VL2716-2DK33 is possible.Alternatively, 3VL4731-2DK36 is possible.Alternatively, 3RB1257-0KM00 or 3UF5041-3AN00-1 is possible.

1

2

3

4

5

22

Circuit-breaker + star-delta combination+ thermal overload relayCLASS 10, coordination type 1, Iq = 50 kA

M

Standard three-phase motor Setting range Circuit-breaker Contactors Size Overload relay Short-circuit4-pole at 400 V AC Circuit- breakingRated Motor current breaker Line contactor Star contactor capacitypower (nominal value) overload + delta P In release contactor Iq


5.5 11.5 9–12 3RV1011-1KA10 3RT1015-1AP01 3RT1015-1AP00 S00 3RU1116-1HB0 5.5–8 50

7.5 15.5 without 3RV1321-4BC10 3RT1016-1AP01 3RT1015-1AP00 S0/S00 3RU1116-1JB0 7–10 50

11 22 without 3RV1321-4DC10 3RT1024-1AP00 3RT1024-1AP00 S0 3RU1126-4AB0 11–16 50

15 29 without 3RV1331-4FC10 3RT1026-1AP00 3RT1024-1AP00 S2/S0 3RU1126-4BB0 14–20 50

18.5 35 without 3RV1331-4FC10 3RT1026-1AP00 3RT1024-1AP00 S2/S0 3RU1126-4DB0 20–25 50

22 41 without 3RV1331-4GC10 3RT1034-1AP00 3RT1026-1AP00 S2/S0 3RU1136-4EB0 22–32 50

30 55 without 3RV1341-4JC10 3RT1034-1AP00 3RT1026-1AP00 S3/S2/S0 3RU1136-4FB0 28–40 50

37 66 without 3RV1341-4KC10 3RT1035-1AP00 3RT1034-1AP00 S3/S2 3RU1136-4GB0 36–45 50

45 80 without 3RV1341-4LC10 3RT1036-1AP00 3RT1034-1AP00 S3/S2 3RU1136-4HB0 40–50 50

1

AC 400 V

2

3


5.5 11.5 without 3RV1321-4AC10 3RT1026-1AP00 3RT1024-1AP00 S0 3RU1126-1HB0 5.5–8 50

7.5 15.5 without 3RV1321-4BC10 3RT1026-1AP00 3RT1024-1AP00 S0 3RU1126-1JB0 7–10 50

11 22 without 3RV1331-4DC10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 3RU1136-4AB0 11–16 50

15 29 without 3RV1331-4FC10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 3RU1136-4BB0 14–20 50

18.5 35 without 3RV1331-4FC10 3RT1035-1AP00 3RT1024-1AP00 S2/S0 3RU1136-4DB0 18–25 50

22 41 without 3RV1331-4GC10 3RT1036-1AP00 3RT1026-1AP00 S2/S0 3RU1136-4EB0 22–32 50

30 55 without 3RV1341-4JC10 3RT1044-1AP00 3RT1026-1AP00 S3/S0 3RU1146-4FB0 28–40 50

37 66 without 3RV1341-4KC10 3RT1044-1AP00 3RT1034-1AP00 S3/S2 3RU1146-4HB0 36–50 50

45 80 without 3RV1341-4LC10 3RT1045-1AP00 3RT1034-1AP00 S3/S2 3RU1146-4JB0 45–63 50

1



M

AC 400 V3

SettingrangeOverloadrelayoverloadrelease


Nominal value at 400 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.The circuit-breaker should be set to the maximum current value.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.

1

2

3

23

Circuit-breaker + star-delta combination+ electronic overload relay 3RB10CLASS 10, coordination type 2, Iq = 50 kA

t

V

t

V

M

AC 400 VStandard three-phase motor Setting range Circuit-breaker Contactors Size Overload relay Short-circuit4-pole at 400 V AC Circuit- breakingRated Motor current breaker Line contactor Star contactor capacitypower (nominal value) overload + delta P In release contactor Iq


5.5 11.5 14–20 3RV1021-4BA10 3RT1024-1AP00 3RT1024-1AP00 S0 3RB1026-1QB0 6–25 50

7.5 15.5 14–20 3RV1021-4BA10 3RT1024-1AP00 3RT1024-1AP00 S0 50

11 22 22–32 3RV1031-4EA10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 3RB1036-1QB0 6–25 50

15 29 28–40 3RV1031-1FA10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 3RB1036-1UB0 13–50 50

18.5 35 45–63 3RV1041-4JA10 3RT1044-1AP00 3RT1034-1AP00 S3/S2 3RB1046-1UB0 13–50 50

22 41 45–63 3RV1041-4JA10 3RT1044-1AP00 3RT1034-1AP00 S3/S2 50

30 55 57–75 3RV1041-4KA10 3RT1045-1AP00 3RT1034-1AP00 S3/S2 3RB1046-1EB0 25–100 50

37 66 57–75 3RV1041-4KA10 3RT1045-1AP00 3RT1034-1AP00 S3/S2 50

45 80 80–100 3RV1041-4MA10 3RT1046-1AP00 3RT1034-1AP00 S3/S2 50

55 97 without 3VL2710-2DK33 3RT1054-1AP36 3RT1044-1AP00 S6/S3 3RB1056-1FG0 50–200 50

75 132 without 3VL2716-2DK33 3RT1055-6AP36 3RT1044-1AP00 S6/S3 50


110 195 without 3VL3725-2DK36 3RT1064-6AP36 3RT1054-1AP36 S10/S6 3RB1066-1GG0 55–250 50




250 430 without 3VL5750-2DK36 3RT1075-6AP36 3RT1065-6AP36 S12/S10 3RB1066-1KG0 200–540 50

1

2

3

3

3

3

3

3

3

3

3

4

5

6


Nominal value at 500 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.The circuit-breaker should be set to the maximum current value.Alternatively, 3VL2716-2DK33 is possible.Alternatively, 3VL3725-2DK36 is possible.Alternatively, 3VL4731-2DK36 is possible.

1

2

3

4

5

6



AC 400 V

24

Circuit-breaker + star-delta combination+ electronic overload relay 3RB12CLASS 10, coordination type 2, Iq = 50 kA

M

5.5 11.5 without 3RV1321-1KC10 3RT1026-1AP00 3RT1024-1AP00 S0 3RB1246-1QM00 6.3–25 50

7.5 15.5 without 3RV1331-4EC10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 or 50

11 22 22–32 3RV1031-4EA10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 3UF5011-3AN00-1 50

15 29 40–50 3RV1031-4HA10 3RT1036-1AP00 3RT1024-1AP00 S2/S0 50

18.5 35 without 3RV1341-4JC10 3RT1044-1AP00 3RT1034-1AP00 S3/S2 50

22 41 without 3RV1341-4JC10 3RT1044-1AP00 3RT1034-1AP00 S3/S2 50

30 55 without 3RV1341-4JC10 3RT1044-1AP00 3RT1034-1AP00 S3/S2 3RB1246-1EM00 25–100 50

37 66 without 3RV1341-4KC10 3RT1045-1AP00 3RT1034-1AP00 S3/S2 or 50

45 80 without 3RV1341-4LC10 3RT1046-1AP00 3RT1034-1AP00 S3/S2 3UF5021-3AN00-1 50

55 97 without 3VL2710-2DK33 3RT1054-1AP36 3RT1044-1AP00 S6/S3 3RB1253-0FM00 50–205 50

75 132 without 3VL2716-2DK33 3RT1055-6AP36 3RT1044-1AP00 S6/S3 or 50

90 160 without 3VL2716-2DK33 3RT1055-6AP36 3RT1044-1AP00 S6/S3 3UF5031-3AN00-1 50


132 230 without 3VL3725-2DK36 3RT1065-6AP36 3RT1054-1AP36 S10/S6 3RB1257-0KM00 125–500 50

160 280 without 3VL4731-2DK36 3RT1066-6AP36 3RT1054-1AP36 S10/S6 or 50



1

AC 400 V2

3

5

6

3

4


Nominal value at 500 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.The circuit-breaker should be set to the maximum current value.Alternatively, 3VL2716-2DK33 is possible.Alternatively, 3VL3725-2DK36 is possible.Alternatively, 3VL4731-2DK36 is possible.

1

2

3

4

5

6

25

AC 500 V


t

VVStandard three-phase motor Setting range Circuit-breaker Contactors Size Overload relay4-pole at 400 V AC Circuit- breakingRated Motor current breaker capacity

power (nominal value) overloadP In release Iq


0.06 0.16 0.14–0.2 3RV1011-0BA10 3RT1015-1AP01 S00 50

0.09 0.24 0.18–0.25 3RV1011-0CA10 3RT1015-1AP01 S00 50

0.12 0.32 0.22–0.32 3RV1011-0DA10 3RT1015-1AP01 S00 50

0.12 0.32 0.28–0.4 3RV1011-0EA10 3RT1015-1AP01 S00 50

0.18 0.48 0.35–0.5 3RV1011-0FA10 3RT1015-1AP01 S00 50

0.18 0.48 0.45–0.63 3RV1011-0GA10 3RT1015-1AP01 S00 50

0.25 0.68 0.55–0.8 3RV1011-0HA10 3RT1015-1AP01 S00 50

0.37 0.88 0.7–1 3RV1011-0JA10 3RT1015-1AP01 S00 50

0.55 1.2 0.9–1.25 3RV1011-0KA10 3RT1015-1AP01 S00 50

0.75 1.5 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 50

0.75 1.5 1.4–2 3RV1011-1BA10 3RT1015-1AP01 S00 50

1.1 2.2 1.8–2.5 3RV1011-1CA10 3RT1015-1AP01 S00 50

1.5 2.9 2.2–3.2 3RV1011-1DA10 3RT1015-1AP01 S00 50

2.2 4.0 3.5–5 3RV1011-1FA10 3RT1015-1AP01 S00 50

3 5.2 4.5–6.3 3RV1011-1GA10 3RT1015-1AP01 S00 50

4 6.8 5.5–8 3RV1011-1HA10 3RT1016-1AP01 S00 50

5.5 9.2 7–10 3RV1011-1JA10 3RT1017-1AP01 S00 50

7.5 12.4 9–12.5 3RV1021-1KA10 3RT1025-1AP00 S0 50

7.5 12.4 11–16 3RV1021-4AA10 3RT1025-1AP00 S0 50

11 17.6 14–20 3RV1021-4BA10 3RT1026-1AP00 S0 50

15 23 18–25 3RV1031-4DA10 3RT1034-1AP00 S2 50

18.5 28 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 50

22 33 28–40 3RV1031-4FA10 3RT1035-1AP00 S2 50

30 44 36–45 3RV1031-4GA10 3RT1036-1AP00 S2 50

30 44 40–50 3RV1031-4HA10 3RT1036-1AP00 S2 50

37 53 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 50

45 64 57–75 3RV1041-4KA10 3RT1044-1AP00 S3 50

55 78 70–90 3RV1041-4LA10 3RT1045-1AP00 S3 50

75 106 64–160 3VL2716-2AP33 3RT1054-6AP36 S6 50

90 128 64–160 3VL2716-2AP33 3RT1055-6AP36 S6 50

110 156 64–160 3VL2716-2AP33 3RT1056-6AP36 S6 50

132 184 80–200 3VL3720-2AP36 3RT1064-6AP36 S10 50

132 184 80–200 3VL3720-2AP36 3RT1264-6AP36 S10V 50

160 224 100–250 3VL3725-2AP36 3RT1065-6AP36 S10 50

160 224 100–250 3VL3725-2AP36 3RT1265-6AP36 S10V 50

200 280 125–315 3VL4731-2AP36 3RT1066-6AP36 S10 50

200 280 125–315 3VL4731-2AP36 3RT1266-6AP36 S10V 50

250 344 200–500 3VL5750-2AP36 3RT1075-6AP36 S12 50

250 344 200–500 3VL5750-2AP36 3RT1275-6AP36 S12V 50

315 432 200–500 3VL5750-2AP36 3RT1076-6AP36 S12 50

315 432 200–500 3VL5750-2AP36 3RT1276-6AP36 S12V 50

355 488 200–500 3VL5750-2AP36 3RT1076-6AP36 S12 50

355 488 200–500 3VL5750-2AP36 3RT1276-6AP36 S12V 50

1

2

3

4

4

5

5

Nominal value at 500 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.Alternatively, 3VL3720-2AP36 is possible.Alternatively, 3VL3725-2AP36 is possible.Alternatively, 3VL4731-2AP36 is possible.

1

2

3

4

5

26

AC 500 V


Standard three-phase motor Setting range Circuit-breaker Contactors Size Overload relay4-pole at 500 V AC Circuit- breakingRated Motor current breaker capacity

power (nominal value) overloadP In release Iq


0.06 0.16 0.14–0.2 3RV1011-0BA10 3RT1015-1AP01 S00 50

0.09 0.24 0.18–0.25 3RV1011-0CA10 3RT1015-1AP01 S00 50

0.12 0.32 0.22–0.32 3RV1011-0DA10 3RT1015-1AP01 S00 50

0.12 0.32 0.28–0.4 3RV1011-0EA10 3RT1015-1AP01 S00 50

0.18 0.48 0.35–0.5 3RV1011-0FA10 3RT1015-1AP01 S00 50

0.18 0.48 0.45–0.63 3RV1011-0GA10 3RT1015-1AP01 S00 50

0.25 0.68 0.55–0.8 3RV1011-0HA10 3RT1015-1AP01 S00 50

0.37 0.88 0.7–1 3RV1011-0JA10 3RT1015-1AP01 S00 50

0.55 1.2 0.9–1.25 3RV1011-0KA10 3RT1015-1AP01 S00 50

0.75 1.5 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 50

0.75 1.5 1.4–2 3RV1021-1BA10 3RT1024-1AP00 S0 50

1.1 2.2 1.8–2.5 3RV1021-1CA10 3RT1026-1AP00 S0 50

1.5 2.9 2.2–3.2 3RV1021-1DA10 3RT1034-1AP00 S0/S2 50

2.2 4.0 3.5–5 3RV1021-1FA10 3RT1034-1AP00 S0/S2 50

3 5.2 4.5–6.3 3RV1021-1GA10 3RT1034-1AP00 S0/S2 50

4 6.8 5.5–8 3RV1021-1HA10 3RT1034-1AP00 S0/S2 50

5.5 9.2 7–10 3RV1021-1JA10 3RT1034-1AP00 S0/S2 50

7.5 12.4 9–12.5 3RV1021-1KA10 3RT1034-1AP00 S0/S2 50

7.5 12.4 11–16 3RV1031-4AA10 3RT1034-1AP00 S2 50

11 17.6 14–20 3RV1031-4BA10 3RT1034-1AP00 S2 50

15 23 18–25 3RV1031-4DA10 3RT1034-1AP00 S2 50

18.5 28 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 50

22 33 28–40 3RV1031-4FA10 3RT1035-1AP00 S2 50

30 44 36–45 3RV1031-4GA10 3RT1036-1AP00 S2 50

30 44 40–50 3RV1031-4HA10 3RT1036-1AP00 S2 50

37 53 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 50

45 64 57–75 3RV1041-4KA10 3RT1044-1AP00 S3 50

55 78 70–90 3RV1041-4LA10 3RT1045-1AP00 S3 50

75 106 64–160 3VL2716-2AP33 3RT1054-1AP36 S6 50

90 128 64–160 3VL2716-2AP33 3RT1055-6AP36 S6 50

110 156 64–160 3VL2716-2AP33 3RT1056-6AP36 S6 50

132 184 80–200 3VL3720-2AP36 3RT1064-6AP36 S10 50

132 184 80–200 3VL3720-2AP36 3RT1264-6AP36 S10V 50

160 224 100–250 3VL3725-2AP36 3RT1065-6AP36 S10 50

160 224 100–250 3VL3725-2AP36 3RT1265-6AP36 S10V 50

200 280 125–315 3VL4731-2AP36 3RT1066-6AP36 S10 50

200 280 125–315 3VL4731-2AP36 3RT1266-6AP36 S10V 50

250 344 200–500 3VL5750-2AP36 3RT1075-6AP36 S12 50

250 344 200–500 3VL5750-2AP36 3RT1276-6AP36 S12V 50

315 432 200–500 3VL5750-2AP36 3RT1076-6AP36 S12 50

315 432 200–500 3VL5750-2AP36 3RT1276-6AP36 S12V 50

355 488 200–500 3VL5750-2AP36 3RT1076-6AP36 S12 50

355 488 200–500 3VL5750-2AP36 3RT1276-6AP36 S12V 50

1

2

3

4

4

5

5

Nominal value at 500 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.Alternatively, 3VL3720-2AS36 is possible.Alternatively, 3VL3725-2AS36 is possible.Alternatively, 3VL4731-2AS36 is possible.

1

2

3

4

5

V

27

Standard three-phase motor Setting range Circuit-breaker Contactor Size Short-circuit 4-pole at 500 V AC Circuit- breaking Rated Motor current breaker capacity


P I release Iq


7.5 12.4 11–16 3RV1031-4AB10 3RT1034-1AP00 S2 50

11 17.6 14–20 3RV1031-4BB10 3RT1034-1AP00 S2 50

11 17.6 18–25 3RV1031-4DB10 3RT1034-1AP00 S2 50

15 23 22–32 3RV1031-4EB10 3RT1035-1AP00 S2 50

18.5 28 22–32 3RV1031-4EB10 3RT1044-1AP00 S2/S3 50

18.5 28 28–40 3RV1042-4FB10 3RT1044-1AP00 S3 50

22 33 28–40 3RV1042-4FB10 3RT1044-1AP00 S3 50

30 44 36–50 3RV1042-4HB10 3RT1044-1AP00 S3 50

30 44 45–63 3RV1042-4JB10 3RT1044-1AP00 S3 50

37 53 45–63 3RV1042-4JB10 3RT1045-1AP00 S3 50

37 53 57–75 3RV1042-4KB10 3RT1045-1AP00 S3 50

45 64 57–75 3RV1042-4KB10 3RT1054-1AP36 S3/S6 50

55 79 70–90 3RV1042-4LB10 3RT1054-1AP36 S3/S6 50

75 106 64–160 3VL2716-2AS33 3RT1055-6AP36 S6 50

90 128 64–160 3VL2716-2AS33 3RT1056-6AP36 S6 50

110 156 64–160 3VL2716-2AS33 3RT1064-6AP36 S10 50

132 184 80–200 3VL3720-2AS36 3RT1065-6AP36 S10 50

132 184 80–200 3VL3720-2AS36 3RT1066-6AP36 S10 50

132 184 80–200 3VL3720-2AS36 3RT1264-6AP36 S10V 50

160 224 100–250 3VL3725-2AS36 3RT1265-6AP36 S10V 50

200 280 125–315 3VL4731-2AS36 3RT1266-6AP36 S10V 50

200 280 125–315 3VL4731-2AS36 3RT1075-6AP36 S12 50

250 344 200–500 3VL5750-2AS36 3RT1076-6AP36 S12 50

250 344 200–500 3VL5750-2AS36 3RT1275-6AP36 S12V 50

315 432 200–500 3VL5750-2AS36 3RT1276-6AP36 S12V 50

255 488 200–500 3VL5750-2AS36 3RT1276-6AP36 S12V 50

AC 500 V


1

2

3

4

5

4

4

3

4

5

Nominal value at 500 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.Alternatively, 3VL3720-2AS36 is possible.Alternatively, 3VL3725-2AS36 is possible.Alternatively, 3VL4731-2AS36 is possible.

1

2

28





P I release Iq
















3 5.2 without 3RV1321-1GC10 3RT1015-1AP01 S0/S00 3RU1116-1GB0 4.5–6.3 50


5.5 9.2 without 3RV1321-1JC10 3RT1017-1AP01 S0/S00 3RU1116-1JB0 7–10 50



11 17.6 without 3RV1321-4BC10 3RT1026-1AP00 S0 3RU1126-4BB0 14–20 50


18.5 28 without 3RV1331-4EC10 3RT1034-1AP00 S2 3RU1136-4EB0 22–32 50

22 33 without 3RV1331-4FC10 3RT1035-1AP00 S2 3RU1136-4FB0 28–40 50






AC 500 V


1

2


1

2

29

t

V AC 500 V

3





P I release Iq












0.75 1.5 without 3RV1321-1BC10 3RT1024-1AP00 S0 3RU1116-1BB0 1.4–2 50




3 5.2 without 3RV1321-1GC10 3RT1034-1AP00 S0/S2 3RU1126-1GB0 4.5–6.3 50


5.5 9.2 without 3RV1321-1JC10 3RT1034-1AP00 S0/S2 3RU1136-1JB0 7–10 50

7.5 12.4 without 3RV1321-1KC10 3RT1034-1AP00 S0/S2 3RU1136-1KB0 9–12.5 50

11 17.6 without 3RV1331-4BC10 3RT1034-1AP00 S2 3RU1136-4BB0 14–20 50


18.5 28 without 3RV1331-4EC10 3RT1034-1AP00 S2 3RU1136-4EB0 22–32 50

22 33 without 3RV1331-4FC10 3RT1035-1AP00 S2 3RU1136-4FB0 28–40 50







1

2

3

3

3

Nominal value at 500 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.Stand-alone mounting.

1

2

30

AC 500 V






P I release Iq


0.06 0.16 0.14–0.2 3RV1011-0BA10 3RT1015-1AP01 S00 3RB1016-1RB0 0.1–0.4 500.09 0.24 0.28–0.4 3RV1011-0EA10 3RT1015-1AP01 S00 3RB1016-1RB0 0.1–0.4 500.12 0.32 0.28–0.4 3RV1011-0EA10 3RT1015-1AP01 S00 3RB1016-1RB0 0.1–0.4 500.18 0.48 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 500.25 0.68 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 500.37 0.88 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 500.55 1.2 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 500.75 1.5 1.8–2.5 3RV1011-1CA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 501.1 2.2 2.2–3.2 3RV1011-1DA10 3RT1015-1AP01 S00 3RB1016-1PB0 1.5–6.0 501.5 2.9 3.5–5 3RV1011-1FA10 3RT1015-1AP01 S00 3RB1016-1PB0 1.5–6.0 502.2 4 3.5–5 3RV1011-1FA10 3RT1015-1AP01 S00 3RB1016-1PB0 1.5–6.0 503 5.2 4.5–6.3 3RV1011-1GA10 3RT1016-1AP01 S00 3RB1016-1PB0 1.5–6.0 504 6.8 7–10 3RV1011-1JA10 3RT1017-1AP01 S00 3RB1016-1SB0 3–12 500.06 0.16 0.35–0.5 3RV1021-0FA10 3RT1024-1AP00 S0 3RB1026-1RB0 0.1–0.4 500.09 0.24 0.35–0.5 3RV1021-0FA10 3RT1024-1AP00 S0 3RB1026-1RB0 0.1–0.4 500.12 0.32 0.45–0.63 3RV1021-0GA10 3RT1024-1AP00 S0 3RB1026-1RB0 0.1–0.4 500.18 0.48 0.9–1.25 3RV1021-0KA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 500.25 0.68 0.9–1.25 3RV1021-0KA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 500.37 0.88 0.9–1.25 3RV1021-0KA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 500.55 1.2 1.4–2 3RV1021-1BA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 500.75 1.5 1.4–2 3RV1021-1BA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 501.1 2.2 2.8–4 3RV1021-1EA10 3RT1025-1AP00 S0 3RB1026-1PB0 1.5–6.0 501.5 2.9 2.8–4 3RV1021-1EA10 3RT1025-1AP00 S0 3RB1026-1PB0 1.5–6.0 502.2 4 4.5–6.3 3RV1021-1GA10 3RT1025-1AP00 S0 3RB1026-1PB0 1.5–6.0 503 5.2 4.5–6.3 3RV1021-1GA10 3RT1025-1AP00 S0 3RB1026-1PB0 1.5–6.0 504 6.8 9–12.5 3RV1021-1KA10 3RT1025-1AP00 S0 3RB1026-1SB0 3–12 505.5 9.2 14–20 3RV1021-4BA10 3RT1026-1AP00 S0 3RB1036-1QB0 6–25 507.5 12.4 14–20 3RV1021-4BA10 3RT1026-1AP00 S0 3RB1036-1QB0 6–25 5011 17.6 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 3RB1036-1QB0 6–25 5015 23 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 3RB1036-1QB0 6–25 5018.5 28 28–40 3RV1031-4FA10 3RT1035-1AP00 S2 3RB1036-1UB0 13–50 5022 33 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 3RB1046-1UB0 13–50 5030 44 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 3RB1046-1UB0 13–50 5037 53 57–75 3RV1041-4KA10 3RT1045-1AP00 S3 3RB1046-1EB0 25–100 5045 64 57–75 3RV1041-4KA10 3RT1045-1AP00 S3 3RB1046-1EB0 25–100 5055 78 without 3VL2710-2DK33 3RT1054-1AP36 S6 3RB1056-1FG0 50–200 5075 106 without 3VL2716-2DK33 3RT1054-1AP36 S6 3RB1056-1FG0 5090 128 without 3VL2716-2DK33 3RT1055-6AP36 S6 3RB1056-1FG0 50110 156 without 3VL2716-2DK33 3RT1056-6AP36 S6 3RB1056-1FG0 50132 184 without 3VL3725-2DK36 3RT1064-6AP36 S10 3RB1056-1FG0 50132 184 without 3VL3725-2DK36 3RT1264-6AP36 S10V 3RB1056-1FG0 50160 224 without 3VL3725-2DK36 3RT1065-6AP36 S10 3RB1066-1GG0 55–250 50160 224 without 3VL3725-2DK36 3RT1265-6AP36 S10V 3RB1066-1GG0 50200 280 without 3VL4731-2DK36 3RT1066-6AP36 S10 3RB1066-1KG0 200–540 50200 280 without 3VL4731-2DK36 3RT1266-6AP36 S10V 3RB1066-1KG0 50250 344 without 3VL5750-2DK36 3RT1075-6AP36 S12 3RB1066-1KG0 50250 344 without 3VL5750-2DK36 3RT1275-6AP36 S12V 3RB1066-1KG0 50315 432 without 3VL5750-2DK36 3RT1076-6AP36 S12 3RB1066-1KG0 50315 432 without 3VL5750-2DK36 3RT1276-6AP36 S12V 3RB1066-1KG0 50355 488 without 3VL5750-2DK36 3RT1076-6AP36 S12 3RB1066-1KG0 50355 488 without 3VL5750-2DK36 3RT1276-6AP36 S12V 3RB1066-1KG0 50

1

2

3

4

5

5

6

6

6

Nominal value at 500 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.The circuit-breaker should be set to the maximum current value.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.Alternatively, 3VL3725-2DK36 is possible.Alternatively, 3VL4731-2DK36 is possible.Alternatively, 3RB1066-1GG0 is possible.

3

4

5

1

2

31

V AC 500 V


t Standard three-phase motor Setting range Circuit-breaker Contactor Size Overload relay Setting range Short-circuit




P I release Iq


0.06 0.16 0.14–0.2 3RV1011-0BA10 3RT1015-1AP01 S00 3RB1016-1RB0 0.1–0.4 500.09 0.24 0.28–0.4 3RV1011-0EA10 3RT1015-1AP01 S00 3RB1016-1RB0 0.1–0.4 500.12 0.32 0.28–0.4 3RV1011-0EA10 3RT1015-1AP01 S00 3RB1016-1RB0 0.1–0.4 500.18 0.48 0.7–1.0 3RV1011-0JA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 500.25 0.68 0.7–1.0 3RV1011-0JA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 500.37 0.88 0.9–1.25 3RV1011-0KA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 500.55 1.2 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-1NB0 0.4–1.6 500.06 0.16 0.28–0.4 3RV1021-0EA10 3RT1024-1AP00 S0 3RB1026-1RB0 0.1–0.4 500.09 0.24 0.28–0.4 3RV1021-0EA10 3RT1024-1AP00 S0 3RB1026-1RB0 0.1–0.4 500.12 0.32 0.35–0.5 3RV1021-0FA10 3RT1024-1AP00 S0 3RB1026-1RB0 0.1–0.4 500.18 0.48 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 500.25 0.68 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 500.37 0.88 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 500.55 1.2 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 500.75 1.5 1.4–2 3RV1021-1BA10 3RT1024-1AP00 S0 3RB1026-1NB0 0.4–1.6 501.1 2.2 2.2–3.2 3RV1021-1DA10 3RT1034-1AP00 S0/S2 3RB1026-1PB0 1.5–6.0 501.5 2.9 3.5–5 3RV1021-1FA10 3RT1034-1AP00 S0/S2 3RB1026-1PB0 1.5–6.0 502.2 4 3.5–5 3RV1021-1FA10 3RT1034-1AP00 S0/S2 3RB1026-1PB0 1.5–6.0 503 5.2 4.5–6.3 3RV1021-1GA10 3RT1034-1AP00 S0/S2 3RB1026-1PB0 1.5–6.0 504 6.8 7–10 3RV1021-1JA10 3RT1034-1AP00 S0/S2 3RB1036-1QB0 6–25 505.5 9.2 11–16 3RV1031-4AA10 3RT1034-1AP00 S2 3RB1036-1QB0 6–25 507.5 12.4 11–16 3RV1031-4AA10 3RT1034-1AP00 S2 3RB1036-1QB0 6–25 5011 17.6 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 3RB1036-1QB0 6–25 5015 23 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 3RB1036-1QB0 6–25 5018.5 28 28–40 3RV1031-4FA10 3RT1035-1AP00 S2 3RB1036-1UB0 13–50 5022 33 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 3RB1046-1UB0 13–50 5030 44 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 3RB1046-1UB0 13–50 5037 53 57–75 3RV1041-4KA10 3RT1045-1AP00 S3 3RB1046-1EB0 25–100 5045 64 57–75 3RV1041-4KA10 3RT1045-1AP00 S3 3RB1046-1EB0 25–100 5055 78 without 3VL2710-2DK33 3RT1054-1AP36 S6 3RB1056-1FG0 50–200 5075 106 without 3VL2716-2DK33 3RT1054-1AP36 S6 3RB1056-1FG0 5090 128 without 3VL2716-2DK33 3RT1055-6AP36 S6 3RB1056-1FG0 50110 156 without 3VL2716-2DK33 3RT1056-6AP36 S6 3RB1056-1FG0 50132 184 without 3VL3725-2DK36 3RT1064-6AP36 S10 3RB1056-1FG0 50132 184 without 3VL3725-2DK36 3RT1264-6AP36 S10V 3RB1056-1FG0 50160 224 without 3VL3725-2DK36 3RT1065-6AP36 S10 3RB1066-1GG0 55–250 50160 224 without 3VL3725-2DK36 3RT1265-6AP36 S10V 3RB1066-1GG0 50200 280 without 3VL4731-2DK36 3RT1066-6AP36 S10 3RB1066-1KG0 200–540 50200 280 without 3VL4731-2DK36 3RT1266-6AP36 S10V 3RB1066-1KG0 50250 344 without 3VL5750-2DK36 3RT1075-6AP36 S12 3RB1066-1KG0 50250 344 without 3VL5750-2DK36 3RT1275-6AP36 S12V 3RB1066-1KG0 50315 432 without 3VL5750-2DK36 3RT1076-6AP36 S12 3RB1066-1KG0 50315 432 without 3VL5750-2DK36 3RT1276-6AP36 S12V 3RB1066-1KG0 50355 488 without 3VL5750-2DK36 3RT1076-6AP36 S12 3RB1066-1KG0 50355 488 without 3VL5750-2DK36 3RT1276-6AP36 S12V 3RB1066-1KG0 50

1

2

3

4

5

5

6

6

6

Nominal value at 500 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.The circuit-breaker should be set to the maximum current value.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.Alternatively, 3VL3725-2DK36 is possible.Alternatively, 3VL4731-2DK36 is possible.Alternatively, 3RB1066-1GG0 is possible.

3

4

5

1

2

32

AC 500 V






P I release Iq


1

2

3

0.06 0.16 0.22–0.32 3RV1011-0DA10 3RT1015-1AP01 S00 3RB1016-2RB0 0.1–0.4 500.09 0.24 0.28–0.4 3RV1011-0EA10 3RT1015-1AP01 S00 3RB1016-2RB0 0.1–0.4 500.12 0.32 0.45–0.63 3RV1011-0GA10 3RT1015-1AP01 S00 3RB1016-2RB0 0.1–0.4 500.18 0.48 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 500.25 0.68 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 500.37 0.88 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 500.75 1.5 1.8–2.5 3RV1011-1CA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 500.75 1.5 2.2–3.2 3RV1011-1DA10 3RT1015-1AP01 S00 3RB1016-2PB0 1.5–6.0 501.1 2.2 2.8–4 3RV1011-1EA10 3RT1015-1AP01 S00 3RB1016-2PB0 1.5–6.0 502.2 4 4.5–6.3 3RV1011-1GA10 3RT1016-1AP01 S00 3RB1016-2PB0 1.5–6.0 503– 5.2 5.5–8 3RV1011-1HA10 3RT1016-1AP01 S00 3RB1016-2SB0 3–12 500.06 0.16 0.35–0.5 3RV1021-0FA10 3RT1024-1AP00 S0 3RB1026-2RB0 0.1–0.4 500.09 0.24 0.45–0.63 3RV1021-0GA10 3RT1024-1AP00 S0 3RB1026-2RB0 0.1–0.4 500.12 0.32 0.45–0.63 3RV1021-0GA10 3RT1024-1AP00 S0 3RB1026-2RB0 0.1–0.4 500.18 0.48 0.9–1.25 3RV1021-0KA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 500.25 0.68 0.9–1.25 3RV1021-0KA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 500.37 0.88 1.4–2 3RV1021-1BA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 500.55 1.2 1.4–2 3RV1021-1BA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 500.75 1.5 2.8–4 3RV1021-1EA10 3RT1025-1AP00 S0 3RB1026-2NB0 0.4–1.6 501.1 2.2 2.8–4 3RV1021-1EA10 3RT1025-1AP00 S0 3RB1026-2PB0 1.5–6.0 501.5 2.9 4.5–6.3 3RV1021-1GA10 3RT1025-1AP00 S0 3RB1026-2PB0 1.5–6.0 502.2 4 4.5–6.3 3RV1021-1GA10 3RT1025-1AP00 S0 3RB1026-2PB0 1.5–6.0 503– 5.2 5.5–8 3RV1021-1HA10 3RT1025-1AP00 S0 3RB1026-2SB0 3–12 504– 6.8 9–12.5 3RV1021-1KA10 3RT1025-1AP00 S0 3RB1026-2SB0 3–12 505.5 9.2 14–20 3RV1021-4BA10 3RT1026-1AP00 S0/S2 3RB1036-2QB0 6–25 507.5 12.4 14–20 3RV1021-4BA10 3RT1026-1AP00 S0/S2 3RB1036-2QB0 6–25 5011 17.6 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 3RB1036-2QB0 6–25 5015 23 28–40 3RV1031-4FA10 3RT1035-1AP00 S2 3RB1036-2UB0 13–50 5018.5 28 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 3RB1046-2UB0 13–50 5022 33 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 3RB1046-2UB0 13–50 5030 44 57–75 3RV1041-4KA10 3RT1044-1AP00 S3 3RB1046-2UB0 13–50 5037 53 57–75 3RV1041-4KA10 3RT1045-1AP00 S3 3RB1046-2EB0 25–100 5045 78 without 3VL2710-2DK33 3RT1054-1AP36 S6 3RB1056-2FG0 50–200 5055 78 without 3VL2710-2DK33 3RT1054-1AP36 S6 3RB1056-2FG0 50–200 5075 106 without 3VL2716-2DK33 3RT1055-6AP36 S6 3RB1056-2FG0 50–200 5090 128 without 3VL2716-2DK33 3RT1056-6AP36 S6 3RB1056-2FG0 50–200 50110 156 without 3VL2716-2DK33 3RT1064-6AP36 S10 3RB1056-2FG0 50–200 50132 184 without 3VL3725-2DK36 3RT1066-6AP36 S10 3RB1056-2FG0 50–200 50132 184 without 3VL3725-2DK36 3RT1264-6AP36 S10V 3RB1056-2FG0 50–200 50160 224 without 3VL3725-2DK36 3RT1265-6AP36 S10V 3RB1066-2GG0 55–250 50200 280 without 3VL4731-2DK36 3RT1266-6AP36 S10V 3RB1066-2KG0 200-540 50200 280 without 3VL4731-2DK36 3RT1075-6AP36 S12 3RB1066-2KG0 200–540 50250 344 without 3VL5750-2DK36 3RT1076-6AP36 S12 3RB1066-2KG0 200–540 50250 344 without 3VL5750-2DK36 3RT1275-6AP36 S12V 3RB1066-2KG0 200–540 50315 432 without 3VL5750-2DK36 3RT1276-6AP36 S12V 3RB1066-2KG0 200–540 50355 488 without 3VL5750-2DK36 3RT1276-6AP36 S12V 3RB1066-2KG0 200–540 50

4

5

7

6

6

Nominal value at 500 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.The circuit-breaker should be set to the maximum current value.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.Alternatively, 3VL3725-2DK36 is possible.Alternatively, 3VL4731-2DK36 is possible.Alternatively, 3RB1066-2GG0 is possible.Alternatively, 3RB1066-2KG0 is possible.

1

2

3

4

5

6

7

33

V AC 500 V


t Standard three-phase motor Setting range Circuit-breaker Contactor Size Overload relay Setting range Short-circuit




P I release Iq

kW A A Order No. Order No. Order No. A kA0.06 0.16 0.22–0.32 3RV1011-0DA10 3RT1015-1AP01 S00 3RB1016-2RB0 0.1–0.4 50

0.09 0.24 0.28–0.4 3RV1011-0EA10 3RT1015-1AP01 S00 3RB1016-2RB0 0.1–0.4 50

0.12 0.32 0.45–0.63 3RV1011-0GA10 3RT1015-1AP01 S00 3RB1016-2RB0 0.1–0.4 50

0.18 0.48 0.7–1.0 3RV1011-0JA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 50

0.25 0.68 0.9–1.25 3RV1011-0KA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 50

0.37 0.88 1.1–1.6 3RV1011-1AA10 3RT1015-1AP01 S00 3RB1016-2NB0 0.4–1.6 50

0.06 0.16 0.28–0.4 3RV1021-0EA10 3RT1024-1AP00 S0 3RB1026-2RB0 0.1–0.4 50

0.09 0.24 0.45–0.63 3RV1021-0GA10 3RT1024-1AP00 S0 3RB1026-2RB0 0.1–0.4 50

0.12 0.32 0.45–0.63 3RV1021-0GA10 3RT1024-1AP00 S0 3RB1026-2RB0 0.1–0.4 50

0.18 0.48 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 50

0.25 0.68 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 50

0.37 0.88 1.1–1.6 3RV1021-1AA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 50

0.55 1.2 1.4–2 3RV1021-1BA10 3RT1024-1AP00 S0 3RB1026-2NB0 0.4–1.6 50

0.75 1.5 1.8–2.5 3RV1021-1CA10 3RT1026-1AP00 S0 3RB1026-2NB0 0.4–1.6 50

1.1 2.2 2.8–4 3RV1021-1EA10 3RT1034-1AP00 S0/S2 3RB1026-2PB0 1.5–6.0 50

2.2 4 4.5–6.3 3RV1021-1GA10 3RT1034-1AP00 S0/S2 3RB1026-2PB0 1.5–6.0 50

3 5.2 5.5–8 3RV1021-1HA10 3RT1034-1AP00 S0/S2 3RB1026-2SB0 3–12 50

4 6.8 9–12.5 3RV1021-1KA10 3RT1034-1AP00 S0/S2 3RB1036-2QB0 6–25 50

5.5 9.2 11–16 3RV1031-4AA10 3RT1034-1AP00 S2 3RB1036-2QB0 6–25 50

7.5 12.4 14–20 3RV1031-4BA10 3RT1034-1AP00 S2 3RB1036-2QB0 6–25 50

11 17.6 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 3RB1036-2QB0 6–25 50

15 23 28–40 3RV1031-4FA10 3RT1035-1AP00 S2 3RB1036-2UB0 13–50 50

18.5 28 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 3RB1046-2UB0 13–50 50

22 33 45–63 3RV1041-4JA10 3RT1044-1AP00 S3 3RB1046-2UB0 13–50 50

30 44 57–75 3RV1041-4KA10 3RT1044-1AP00 S3 3RB1046-2UB0 13–50 50

37 53 57–75 3RV1041-4KA10 3RT1045-1AP00 S3 3RB1046-2EB0 25–100 50







132 184 without 3VL3725-2DK36 3RT1264-6AP36 S10V 3RB1056-2FG0 50–200 50

160 224 without 3VL3725-2DK36 3RT1265-6AP36 S10V 3RB1066-2GG0 55–250 50

200 280 without 3VL4731-2DK36 3RT1266-6AP36 S10V 3RB1066-2KG0 200-540 50






1

2

3

4

5

6

6

7

Nominal value at 500 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.The circuit-breaker should be set to the maximum current value.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.Alternatively, 3VL3725-2DK36 is possible.Alternatively, 3VL4731-2DK36 is possible.Alternatively, 3RB1066-2GG0 is possible.Alternatively. 3RB1066-2KG0 is possible.

1

2

3

4

5

6

7

34

AC 500 V

Circuit-breaker + contactor +3RB12 electronic overload relay / SIMOCODE-DP 3UF5CLASS 10, coordination type 2, Iq = 50 kA





P I release Iq




0.25 0.68 without 3RV1321-0JC10 3RT1024-1AP00 S0 3UF5001-3AN00-1 2 50





1.5 2.9 without 3RV1321-1DC10 3RT1034-1AP00 S0/S2 1 50

2.2 4 without 3RV1321-1EC10 3RT1034-1AP00 S0/S2 1 50

3 5.2 without 3RV1321-1GC10 3RT1034-1AP00 S0/S2 1 50

4 6.8 without 3RV1321-1HC10 3RT1034-1AP00 S0/S2 3RB1246-1QM00 6.3–25 1 50

5.5 9.2 without 3RV1321-1JC10 3RT1034-1AP00 S0/S2 or 1 50

7.5 12.4 without 3RV1321-1KC10 3RT1034-1AP00 S0/S2 3UF5011-3AN00-1 1 50

11 17.6 without 3RV1331-4EC10 3RT1034-1AP00 S2 1 50

15 23 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 1 50

15 23 without 3RV1331-4HC10 3RT1036-1AP00 S2 1 50

18.5 28 without 3RV1331-4HC10 3RT1036-1AP00 S2 3RB1246-1EM00 25–100 1 50

22 33 40–50 3RV1031-4HA10 3RT1036-1AP00 S2 or 1 50

30 44 without 3RV1341-4JC10 3RT1044-1AP00 S3 3UF5021-3AN00-1 1 50


45 64 without 3RV1341-4KC10 3RT1044-1AP00 S3 1 50

55 78 without 3RV1341-4LC10 3RT1045-1AP00 S3 1 50




132 184 without 3VL3725-2DK36 3RT1064-6AP36 S10 3RB1253-0FM00 / 1 50

132 184 without 3VL3725-2DK36 3RT1264-6AP36 S10V 3UF5031-3AN00-1 1 50

160 224 without 3VL3725-2DK36 3RT1065-6AP36 S10 3RB1257-0KM00 125–500 1 50










1

3

2

2

4

5

6

5

5

6


1

2

3

4

35

V AC 500 V






P I release Iq


0.12 0.32 without 3RV1321-0JC10 3RT1024-1AP00 S0 3RB1246-1PM00 1.25–6.3 5 50

0.18 0.48 without 3RV1321-0KC10 3RT1024-1AP00 S0 or 3 50

0.25 0.68 without 3RV1321-0KC10 3RT1024-1AP00 S0 3UF5001-3AN00-1 2 50




1.1 2.2 without 3RV1321-1DC10 3RT1034-1AP00 S0/S2 1 50

1.5 2.9 without 3RV1321-1EC10 3RT1034-1AP00 S0/S2 1 50

2.2 4 without 3RV1321-1GC10 3RT1034-1AP00 S0/S2 1 50

3 5.2 without 3RV1321-1HC10 3RT1034-1AP00 S0/S2 1 50

4 6.8 without 3RV1321-1JC10 3RT1034-1AP00 S0/S2 3RB1246-1QM00 6.3–25 1 50

5.5 9.2 without 3RV1331-4BC10 3RT1034-1AP00 S2 or 1 50

7.5 12.4 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 3UF5011-3AN00-1 1 50

11 17.6 28–40 3RV1031-4FA10 3RT1035-1AP00 S2 1 50


18.5 28 without 3RV1341-4JC10 3RT1044-1AP00 S3 3RB1246-1EM00 25–100 1 50

22 33 without 3RV1341-4JC10 3RT1044-1AP00 S3 or 1 50

30 44 57–75 3RV1041-4KA10 3RT1044-1AP00 S3 3UF5021-3AN00-1 1 50

37 53 70–90 3RV1041-4LA10 3RT1045-1AP00 S3 1 50
















1

3

2

4

2

2

2

5

Nominal value at 500 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.The circuit-breaker should be set to the maximum current value.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.Alternatively, 3VL3725-2DK36 is possible.Alternatively, 3VL4731-2DK36 is possible.

1

2

3

4

5

36

AC 500 V


5

5

0.12 0.32 without 3RV1321-1AC10 3RT1024-1AP00 S0 3RB1246-1PM00 1.25–6.3 5 50

0.18 0.48 without 3RV1321-1BC10 3RT1024-1AP00 S0 or 3 50

0.25 0.68 without 3RV1321-1BC10 3RT1024-1AP00 S0 3UF5001-3AN00-1 2 50

0.37 0.88 1.8–2.5 3RV1021-1CA10 3RT1026-1AP00 S0 2 50

0.55 1.2 2.2–3.2 3RV1021-1DA10 3RT1034-1AP00 S0/S2 2 50

0.75 1.5 2.8–4 3RV1021-1EA10 3RT1034-1AP00 S0/S2 1 50

1.1 2.2 3.5–5 3RV1021-1FA10 3RT1034-1AP00 S0/S2 1 50

1.5 2.9 7–10 3RV1021-1JA10 3RT1034-1AP00 S0/S2 1 50

2.2 4 7–10 3RV1021-1JA10 3RT1034-1AP00 S0/S2 1 50

3 5.2 9–12.5 3RV1021-1KA10 3RT1034-1AP00 S0/S2 1 50

4 6.8 11–16 3RV1031-4AA10 3RT1034-1AP00 S2 3RB1246-1QM00 6.3–25 1 50

5.5 9.2 14–20 3RV1031-4BA10 3RT1034-1AP00 S2 or 1 50

7.5 12.4 22–32 3RV1031-4EA10 3RT1034-1AP00 S2 3UF5011-3AN00-1 1 50

11 17.6 28–40 3RV1031-4FA10 3RT1035-1AP00 S2 1 50

15 22 40–50 3RV1031-4HA10 3RT1036-1AP00 S2 1 50

18.5 28 57–75 3RV1041-4KA10 3RT1044-1AP00 S3 3RB1246-1EM00 25–100 1 50

22 33 70–90 3RV1041-4LA10 3RT1045-1AP00 S3 or 1 50

30 44 70–90 3RV1041-4LA10 3RT1045-1AP00 S3 3UF5021-3AN00-1 1 50









132 184 without 3VL3725-2DK36 3RT1265-6AP36 S10V 3RB1253-0FM00 / 1 50

3UF5031-3AN00-1










release

P I Iq


1

3

4

4

4 6


1

2

3

4

5

6

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

M

37

V



AC 500 V

7.5 12.4 without 3RV1331-4AC10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 3RU1136-1JB0 7–10 50

11 17.6 without 3RV1331-4BC10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 3RU1136-1KB0 9–12.5 50

15 22 without 3RV1331-4DC10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 3RU1136-4AB0 11–16 50

18.5 29 without 3RV1331-4EC10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 3RU1136-4BB0 14–20 50

22 34 without 3RV1331-4FC10 3RT1035-1AP00 3RT1024-1AP00 S2/S0 3RU1136-4DB0 18–25 50

30 46 without 3RV1331-4HC10 3RT1036-1AP00 3RT1026-1AP00 S2/S0 3RU1136-4EB0 22–32 50


45 65 without 3RV1341-4KC10 3RT1044-1AP00 3RT1034-1AP00 S3/S2 3RU1146-4HB0 36–50 50


M

AC 500 V1

Standard three-phase motor Setting range Circuit-breaker Contactor Size Overload relay Setting Short-4-pole at 400 V AC Circuit- range circuit

Rated Motor current breaker Line contactor Star contactor Overload breaking

power (nominal value) overload + delta relay capacityrelease contactor overload

releaseP I Iq



1

2

7.5 12.4 without 3RV1321-4AC10 3RT1017-1AP01 3RT1015-1AP01 S0/S00 3RU1116-1JB0 7–10 50

11 17.6 without 3RV1321-4BC10 3RT1024-1AP00 3RT1024-1AP00 S0 3RU1126-1KB0 9–12.5 50

15 22 without 3RV1321-4DC10 3RT1024-1AP00 3RT1024-1AP00 S0 3RU1126-4AB0 11–16 50

18.5 29 without 3RV1331-4EC10 3RT1026-1AP00 3RT1024-1AP00 S2/S0 3RU1126-4BB0 14–20 50

22 34 without 3RV1331-4FC10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 3RU1136-4DB0 18–25 50

30 46 without 3RV1331-4HC10 3RT1034-1AP00 3RT1026-1AP00 S2/S0 3RU1136-4EB0 22–32 50


45 65 without 3RV1341-4KC10 3RT1035-1AP00 3RT1034-1AP00 S3/S2 3RU1136-4GB0 36–45 50





releaseP I Iq


1

2

2

AC 500 V

Circuit-breaker + star-delta combination+ 3RB10 electronic overload relayCLASS 10, coordination type 1, Iq = 50 kA




release

P I Iq


1

2

3

4

5

3

3

3

3

3

3

3

3

6

7.5 12.4 11–16 3RV1021-4BA10 3RT1026-1AP00 3RT1024-1AP00 S2/S0 3RB1036-1QB0 6–25 50

11 17.6 22–32 3RV1031-4EA10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 50

15 22 22–32 3RV1031-4EA10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 50

18.5 29 28–40 3RV1031-4FA10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 3RB1036-1UB0 13–50 50

22 34 45–63 3RV1041-4JA10 3RT1044-1AP00 3RT1034-1AP00 S3/S2 50

30 46 45–63 3RV1041-4JA10 3RT1044-1AP00 3RT1034-1AP00 S3/S2 50


45 65 57–75 3RV1041-4KA10 3RT1044-1AP00 3RT1034-1AP00 S3/S2 50

55 79 70–90 3RV1041-4LA10 3RT1044-1AP00 3RT1034-1AP00 S3/S2 50










M

4

5

6

3

Nominal value at 690 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices. Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.The circuit-breaker should be set to the maximum current value.Alternatively, 3VL3725-2DK36 is possible.Alternatively, 3VL4731-2DK36 is possible.3RB1056-1FG0 stand-alone mounting – 3RB1066-1G0 is also possible for direct mounting.

1

2

38 4

5

6

3

1

2

39


AC 500 V

1

1

1

1

1

1

1

1

1

1

2

3

7.5 12.4 11–16 3RV1031-4AA10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 3RB1036-1QB0 6–25 50

11 17.6 22–32 3RV1031-4EA10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 50

15 22 22–32 3RV1031-4EA10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 50

18.5 29 28–40 3RV1031-4FA10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 3RB1036-1UB0 13–50 50

22 34 45–63 3RV1041-4JA10 3RT1044-1AP00 3RT1034-1AP00 S3/S2 50

30 46 45–63 3RV1041-4JA10 3RT1044-1AP00 3RT1034-1AP00 S3/S2 50


45 65 57–75 3RV1041-4KA10 3RT1045-1AP00 3RT1034-1AP00 S3/S2 50

55 79 70–90 3RV1041-4LA10 3RT1045-1AP00 3RT1034-1AP00 S3/S2 50













release

P I Iq


M

4

5

6

3

Nominal value at 690 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.The circuit-breaker should be set to the maximum current value.Alternatively, 3VL3725-2DK36 is possible.Alternatively 3VL4731-2DK36 is possible.3RB1056-1FG0 stand-alone mounting – 3RB1066-1GG is also possible for direct mounting.

1

2

2

4

AC 500 V

4

5

Nominal value at 690 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.The circuit-breaker should be set to the maximum current value.Alternatively, 3VL3725-2DK36 is possible.Alternatively, 3VL4731-2DK36 is possible.

1

2

3

Circuit-breaker + star-delta combination+ 3RB12 electronic overload relay / SIMOCODE-DP 3UF5CLASS 10, coordination type 2, Iq = 50 kA

7.5 12.4 without 3RV1321-1KC10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 3RB1246-1QM00 6.3–25 50

11 17.6 without 3RV1331-4EC10 3RT1034-1AP00 3RT1024-1AP00 S2/S0 oder 50

15 22 without 3RV1331-4HC10 3RT1036-1AP00 3RT1024-1AP00 S2/S0 3UF5011-3AN00-1 50

18.5 29 without 3RV1331-4HC10 3RT1036-1AP00 3RT1024-1AP00 S2/S0 50

22 34 40–50 3RV1031-4HA10 3RT1036-1AP00 3RT1024-1AP00 S3/S2 50

30 46 without 3RV1341-4JC10 3RT1044-1AP00 3RT1034-1AP00 S3/S2 3RB1246-1EM00 25–100 50

37 53 without 3RV1341-4JC10 3RT1044-1AP00 3RT1034-1AP00 S3/S2 oder 50

45 65 without 3RV1341-4KC10 3RT1044-1AP00 3RT1034-1AP00 S3/S2 3UF5021-3AN00-1 50

55 79 without 3RV1341-4LC10 3RT1045-1AP00 3RT1034-1AP00 S3/S2 50

75 106 without 3VL2716-2DK33 3RT1054-1AP36 3RT1044-1AP00 S6/S3 3RB1253-0FM00 50–205 50

90 128 without 3VL2716-2DK33 3RT1055-6AP36 3RT1044-1AP00 S6/S3 oder 50



160 224 without 3VL3725-2DK36 3RT1065-6AP36 3RT1054-1AP36 S10/S6 3RB1257-0KM00 125–500 50

200 280 without 3VL4731-2DK36 3RT1065-6AP36 3RT1054-1AP36 S10/S6 oder 50







release

P I Iq


1

3

4

5

40

2

AC 690 VAC 690 VV

41

0.09 0.17 0.14–0.2 not required 3RV1021-0BA10 3RT1024-1AP00 S0 50

0.12 0.23 0.18–0.25 not required 3RV1021-0CA10 3RT1024-1AP00 S0 50

0.12 0.23 0.22–0.32 not required 3RV1021-0DA10 3RT1024-1AP00 S0 50

0.18 0.35 0.28–0.4 not required 3RV1021-0EA10 3RT1024-1AP00 S0 50

0.18 0.35 0.35–0.5 not required 3RV1021-0FA10 3RT1024-1AP00 S0 50

0.25 0.49 0.45–0.63 not required 3RV1021-0GA10 3RT1024-1AP00 S0 50

0.37 0.64 0.55–0.8 not required 3RV1021-0HA10 3RT1024-1AP00 S0 50

0.55 0.87 0.7–1 not required 3RV1021-0JA10 3RT1024-1AP00 S0 50

0.75 1.1 0.9–1.25 not required 3RV1021-0KA10 3RT1024-1AP00 S0 50

0.75 1.1 1.1–1.6 not required 3RV1021-1AA10 3RT1024-1AP00 S0 50

1.1 1.6 1.4–2 3RV1321-4DC10 3RV1021-1BA10 3RT1024-1AP00 S0 50

1.5 2.1 1.8–2.5 Size S0 3RV1021-1CA10 3RT1024-1AP00 S0 50

2.2 2.8 2.2–3.2 In = 25 A 3RV1021-1DA10 3RT1024-1AP00 S0 50

3.0 3.8 3.5–5 3RV1021-1FA10 3RT1024-1AP00 S0 50

4.0 4.9 4.5–6.3 3RV1021-1GA10 3RT1024-1AP00 S0 50

5.5 6.7 5.5–8 3RV1331-4HC10 3RV1021-1HA10 3RT1024-1AP00 S0 50

7.5 8.9 7–10 Size S2 3RV1021-1JA10 3RT1024-1AP00 S0 50

11 12.8 11–16 In = 50 A 3RV1021-4AA10 3RT1025-1AP00 S0 50

11 12.8 11–16 3RV1331-4HC10 3RV1031-4AA10 3RT1034-1AP00 S2 50

15 17 14–20 Size S2 3RV1031-4BA10 3RT1034-1AP00 S2 50

18.5 21 18–25 In = 50 A 3RV1031-4DA10 3RT1035-1AP00 S2 50

22 24 22–32 3RV1031-4EA10 3RT1035-1AP00 S2 50

30 32 28–40 3RV1331-4HC10 3RV1031-4FA10 3RT1044-1AP00 S2/S3 50

37 39 36–45 Size S2 3RV1031-4GA10 3RT1044-1AP00 S2/S3 50

45 47 40–50 In = 50 A 3RV1031-4HA10 3RT1045-1AP00 S2/S3 50

55 57 40–100 not required 3VU2032-0AL60 3RT1055-6AP36 S6 50

75 77 40–100 not required 3VU2032-0AL60 3RT1055-6AP36 S6 50

90 93 64–160 not required 3VU2032-0CL60 3RT1055-6AP36 S6 50



160 162 80–200 not required 3VU2032-0DL60 3RT1056-6AP36 S6 50

200 203 128–320 not required 3VU2042-0FL60 3RT1264-6AP36 S10V 50



355 354 252–630 not required 3VU2052-0HL60 3RT1275-6AP36 S12V 50



3

3


Standard three-phase motor Setting range Standard Circuit-breaker Contactor Size Short-circuit 4-pole at 690 V AC Circuit- circuit- breakingRated Motor current breaker breaker capacity

power (nominal value) overload with limiter

P I release function Iq

kW A A type Order No. Order No. kA

1

2

3

Nominal value at 690 V AC, 50 Hz for 4-pole standard motors. The specific starting and rated data of the motor to be protected are decisive when selecting devices.Rated control supply voltage 230 V, 50 Hz. Other control voltages are also possible.There must be a minimum clearance of 10 cm between the circuit-breaker and the contactor.

1

2

3

42

AC 690 V

AC 690 V

55 57 40–100 3VU2032-0AL60 3RT1055-6AP36 S6 50

75 77 64–160 3VU2032-0CL60 3RT1055-6AP36 S6 50

90 93 80–200 3VU2032-0DL60 3RT1056-6AP36 S6 50

110 113 128–320 3VU2042-0FL60 3RT1264-6AP36 S10V 50

132 133 128–320 3VU2042-0FL60 3RT1264-6AP36 S10V 50

160 162 128–320 3VU2042-0FL60 3RT1264-6AP36 S10V 50

200 204 128–320 3VU2042-0FL60 3RT1265-6AP36 S10V 50

250 249 160–400 3VU2052-0FL60 3RT1275-6AP36 S12V 50

315 316 252–630 3VU2052-0HL60 3RT1276-6AP36 S12V 50

355 354 252–630 3VU2052-0HL60 3RT1276-6AP36 S12V 50



P I release Iq


55 57 40–100 3VU2032-0AL60 3RT1055-6AP36 S6 50

75 77 64–160 3VU2032-0CL60 3RT1055-6AP36 S6 50

90 93 64–160 3VU2032-0CL60 3RT1055-6AP36 S6 50

110 113 80–200 3VU2032-0DL60 3RT1056-6AP36 S6 50

132 133 128–320 3VU2042-0FL60 3RT1264-6AP36 S10V 50

160 162 128–320 3VU2042-0FL60 3RT1264-6AP36 S10V 50

200 204 128–320 3VU2042-0FL60 3RT1264-6AP36 S10V 50

250 249 128–320 3VU2042-0FL60 3RT1265-6AP36 S10V 50

315 316 160–400 3VU2052-0FL60 3RT1275-6AP36 S12V 50

355 354 252–630 3VU2052-0HL60 3RT1275-6AP36 S12V 50

400 400 252–630 3VU2052-0HL60 3RT1275-6AP36 S12V 50

500 493 252–630 3VU2052-0HL60 3RT1276-6AP36 S12V 50



P I release Iq


1

2



1

2


1

2





P I release Iq


43





P I release Iq


75 77 without 3VU23 12-0BC60 3RT1054-1AP36 S6 3RB1056-1FG0 50–200 50

90 93 without 3VU23 12-0BC60 3RT1054-1AP36 S6 50

110 113 without 3VU23 22-0CC60 3RT1054-1AP36 S6 50


160 162 without 3VU23 22-0DC60 3RT1056-6AP36 S6 50

200 203 without 3VU23 32-0EC60 3RT1064-6AP36 S10 3RB1066-1GG0 55–250 50

250 250 without 3VU23 42-0FC60 3RT1265-6AP36 S10V oder oder 50

3RB1066-1KG0 200–540 50

315 316 without 3VU23 42-0GC60 3RT1275-6AP36 S12V 3RB1066-1KG0 200–540 50

355 354 without 3VU23 52-0HC60 3RT1275-6AP36 S12V oder oder 50

400 400 without 3VU23 52-0HC60 3RT1275-6AP36 S12V 3RB1066-1LG0 300–630 50

500 493 without 3VU23 52-0HC60 3RT1276-6AP36 S12V 50

1

2



1

2

55 57 without 3VU23 12-0AC60 3RT1054-1AP36 S6 3RB1056-2FG0 50–200 50

75 77 without 3VU23 12-0AC60 3RT1054-1AP36 S6 50


110 113 without 3VU23 22-0DC60 3RT1056-6AP36 S6 50

132 133 without 3VU23 32-0EC60 3RT1064-6AP36 S10 3RB1066-2GG0 55–250 50

160 162 without 3VU23 32-0EC60 3RT1065-6AP36 S10 oder oder 50

200 203 without 3VU23 32-0EC60 3RT1066-6AP36 S10 3RB1066-2KG0 200–540 50

250 250 without 3VU23 42-0FC60 3RT1265-6AP36 S10V 50

315 316 without 3VU23 42-0GC60 3RT1275-6AP36 S12V 3RB1066-2KG0 200–540 50

355 354 without 3VU23 52-0HC60 3RT1275-6AP36 S12V oder oder 50

400 400 without 3VU23 52-0HC60 3RT1275-6AP36 S12V 3RB1066-2LG0 300–630 50


AC 690 V

AC 690 V


1

2

44






P I release Iq


1

55 57 without 3VU23 12-0AC60 3RT1054-1AP36 S6 3RB1253-0FM00 50–205 50

75 77 without 3VU23 22-0CC60 3RT1055-6AP36 S6 oder 50

90 93 without 3VU23 22-0DC60 3RT1056-6AP36 S6 3UF5031-3AN00-1 50

110 113 without 3VU23 32-0EC60 3RT1064-6AP36 S10 50



200 203 without 3VU23 42-0FC60 3RT1265-6AP36 S10V 3RB1257-0KM00 125–500 50

250 249 without 3VU23 42-0GC60 3RT1275-6AP36 S12V oder 50

315 316 without 3VU23 52-0HC60 3RT1275-6AP36 S12V 3UF5041-3AN00-1 50


AC 690 V


AC 690 V

90 93 without 3VU2312-0BC60 3RT1054-1AP36 3RT1035-1AP00 S6/S2 3RB1056-1FG0 50–200

110 113 without 3VU2322-0CC60 3RT1054-1AP36 3RT1035-1AP00 S6/S2

132 134 without 3VU2322-0CC60 3RT1055-6AP36 3RT1044-1AP00 S6/S3

160 162 without 3VU2322-0DC60 3RT1056-6AP36 3RT1044-1AP00 S6/S3

200 203 without 3VU2332-0EC60 3RT1064-6AP36 3RT1054-1AP36 S10/S6 3RB1066-1GG0 55–250

250 250 without 3VU2342-0EC60 3RT1265-6AP36 3RT1264-6AP36 S10V/S10V

315 316 without 3VU2342-0GC60 3RT1275-6AP36 3RT1264-6AP36 S12V/S10V 3RB1066-1KG0 200–540

355 354 without 3VU2352-0HC60 3RT1275-6AP36 3RT1264-6AP36 S12V/S10V



Standard three-phase motor Setting range Circuit-breaker Contactor Size Overload relay Setting 4-pole at AC 690 V Circuit- range

Rated Motor current breaker Line contactor Star contactor Overload

power (nominal value) overload + delta relayrelease contactor overload

releaseP I


1

2

AC 690 V2


1

2

M

45

Circuit-breaker + star-delta combination+ 3RB12 electronic overload relay / SIMOCODE-DP 3UF5CLASS 10, coordination type 2, Iq = 50 kA

t Standard three-phase motor Setting range Circuit-breaker Contactor Size Short- Overload relay Setting4-pole at AC 500 V Circuit- circurit range

Rated Motor current breaker Line contactor Star contactor breaking Overload

power (nominal value) overload + delta capacity relayrelease contactor overload

releaseP I


1

2

VV

V

90 93 without 3VU2312-0BC60 3RT1054-1AP36 3RT1035-1AP00 S6/S2 50 3RB1253-0FM00 50–205

110 113 without 3VU2322-0CC60 3RT1054-1AP36 3RT1035-1AP00 S6/S2 50 or

132 134 without 3VU2322-0CC60 3RT1055-6AP36 3RT1044-1AP00 S6/S3 50 3UF5031-3AN00-1

160 162 without 3VU2322-0DC60 3RT1056-6AP36 3RT1044-1AP00 S6/S3 50

200 203 without 3VU2332-0EC60 3RT1064-6AP36 3RT1054-1AP36 S10/S6 50

250 250 without 3VU2342-0FC60 3RT1265-6AP36 3RT1264-6AP36 S10V/S10V 50 3RB1257-0KM00 125–500

315 316 without 3VU2342-0GC60 3RT1275-6AP36 3RT1264-6AP36 S12V/S10V 50 or

355 354 without 3VU2352-0HC60 3RT1275-6AP36 3RT1264-6AP36 S12V/S10V 50 3UF5041-3AN00-1

400 400 without 3VU2352-0HC60 3RT1275-6AP36 3RT1264-6AP36 S12V/S10V 50

500 493 without 3VU2352-0HC60 3RT1276-6AP36 3RT1264-6AP36 S12V/S10V 50

AC 690 V

M


1

2

Phase barriers 3VL9300-8CE00 (3VL2/3) or VL9600-8CE00 (3VL4/5) must be used.

Terminal cover 3VL9300-8C.0 (3VL2/3) must be used.2

1

Clearance to grounded or live parts and components (mm)

Circuit-breaker Contactor Rated operating Y X2 Zvoltage

3RV1.1 3RT101 400/500 V 20 10 9

3RV1.2 3RT101 400/500 V 30 10 93RT102 400/500 V 30 10 93RT103 400/500 V 30 10 9

3RV1.3 3RT102 400/500 V 50 10 103RT103 400/500 V 50 10 103RT104 400/500 V 50 10 10

3RV1.4 3RT104 400 V 90 10 123RT104 500 V 220 10 20

1

Minimum clearance to the contactor at the front. For circuit-breakers, a minimum clearance at the front is not required.1

46

Mounting regulations for 400/500 V AC

Clearance to grounded parts and components for3RV circuit-breakers + 3RT10 contactors (sizes S00/S0/S2/S3)

Clearance to grounded orlive parts and components (mm)

Circuit-breaker Rated operating voltage Ue A1) B C D

3VL2/3 400–525 V 50 25 25 87

3VL4/5 400–525 V 50 25 25 106,5

Clearance to grounded parts and components for 3VL circuit-breakers

1

2

3RV1...

3RT1...

1L1 3L2 5L3

2T1 4T2 6T3

1L1 3L2 5L3

2T1 4T2 6T3

3RV1...

3RT1...

Z

Y

Z

X2

C

B

A

D

Contactor Rated operating Clearance tovoltage grounded or

live parts andcomponents (mm)

G H I K

3RT105 400/500/690 V 40 10 20 203RT106 400/500/690 V 20 10 20 203RT107 400/500/690 V 20 10 20 203RT126 400/500/690 V 20 10 20 203RT127 400/500/690 V 20 10 20 20

47

G = Clearance to coil connections. When

using cables with cable lugs or busbar

connection, the terminal cover

3RT1956-4EA1 (S6) or 3RT1966-4EA1

(S10/S12) must be used.

Clearance to grounded parts and components for3RT10/3RT12 contactors (sizes S6/S10/S12) with mounted 3RB10/3RB12/3UF5 overload relay

G = Clearance to coil connections. When using

cables with cable lugs or busbar connection,

the terminal cover 3RT1956-4EA1 (S6) or

3RT1966-4EA1 (S10/S12) must be used.

Clearance to grounded parts and components for 3RT10/3RT12 contactors (sizes S6/S10/S12)

Contactor Rated operating Clearance tovoltage grounded or

live parts andcomponents (mm)

G H I3RT105 400/500/690 V 40 10 203RT106 400/500/690 V 20 10 203RT107 400/500/690 V 20 10 203RT126 400/500/690 V 20 10 203RT127 400/500/690 V 20 10 20

G

H

G

I

K

G

H

K

G

I

Mounting system for 3RV circuit-breakers + 3RT10 contactors (size S0/S2/S3)

Size S2/S3

Mounting on an insulated baseplate.A mounting rail adapter can bealternatively used.

Size S0

Mounted on an insulated baseplate. When screws are used toretain the device, these screwsmay not be grounded.The mounting rail adapter canbe alternatively used withoutany restrictions.

48

Mounting regulations for 690 V AC

Clearance to grounded parts and components for3RV circuit-breakers + 3RT10 contactors (sizes S0/S2/S3)

2 circuit-breakers Clearance to grounded orcombined with contactors live parts and components (mm)

Circuit-breaker Contactor Rated operating Y1 Y2 Y3 X1 X2 Zvoltage mm mm mm mm mm mm

3RV1.2 with 3RT102 690 V 80 10 95 20 14 20

3RV1.3 with 3RT103 690 V 50 10 120 10 32 103RT104 690 V 50 10 120 10 40 10

When combined with a

circuit-breaker, size S2,

and contactor, Size 3,

a clearance of 100 mm

must be maintained.

23-phase busbars:

Size S0: 3RV19 15-1AB

Size S2: 3RV19 35-1A

1

3-phase busbar

Size S0:3RV19 15-1AB

Size S2:3RV19 35-1A

Connecting module, refer toCatalog “Low-Voltage Switchgear”Section 5

Mounting forsize S0 from 7.5 to 11 kW

Standard mounting forsizes S0 to 5.5 kW, S2 and S3

3RV1...3RV1...

3RT1...

1L1 3L2 5L3 1L1 3L2 5L3

2T1 4T2 6T32T1 4T2 6T3

1L1 3L2 5L3

2T1 4T2 6T3

Load side

Supply side

3RV1...3RV1...

3RT1...

1L1 3L2 5L3 1L1 3L2 5L3

2T1 4T2 6T32T1 4T2 6T3

1L1 3L2 5L3

2T1 4T2 6T3

Supply side

Load side

3RV1...3RV1...

3RT1...

1L1 3L2 5L3 1L1 3L2 5L3

2T1 4T2 6T32T1 4T2 6T3

1L1 3L2 5L3

2T1 4T2 6T3

3RV1...

3RT1...

ZY1

ZY2

Y3

X2

X1

2

1

1

49

Clearance to grounded parts and components for 3VU2 circuit-breakers

Contactor Rated operating Clearance to grounded orvoltage live parts and components (mm)

A B C D E

3VU2.1 690 V 100 25 30 35 107

3VU2.2 690 V 100 25 30 35 107

3VU2.3 690 V 100 25 30 35 107

3VU2.4 690 V 125 30 30 5 107

3VU2.5 690 V 125 30 30 5 107

Refer to the mounting regulations for 400/500 V AC for the clearances to grounded partsand components for 3RT10/3RT12 contactors (sizes S6/S10/S12) with mounted3RB10/3RB12/3UF5 overload relays

1

Information for this page:

Clearance between the phase barrier and

the end of the insulation (cable lug)

Refer to the mounting regulations for 400/500 V AC for the clearances to grounded partsand components for 3RT10/3RT12 contactors (sizes S6/S10/S12)

E

D*

A

C

BB

50

Notes

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Company/department

Name

Street/Postal Code/City

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