6/0

6/1

Contents

0

6

6 - Zelio Relay - plug-in relays
and interfaces for discrete signals

Selection guide . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6/2

Zelio Relay - plug-in relays

b RSB interface relays

v Presentation, characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6/4
v References . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6/6

b RXM miniature relays

v Presentation, characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6/8
v References . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6/11

b RUM universal relays

v Presentation, characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6/16
v References . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6/19

b RPM power relays

v Presentation, characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6/24
v References . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6/27

b RPF power relays

v Presentation, characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6/32
v References . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6/34

b Technical presentation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6/36

Interfaces for discrete signals

Selection guide . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6/38

b Electromechanical interface modules

v Presentation, characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6/40
v References . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6/44

b Slim electromechanical interface modules

v Presentation, characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6/46
v References . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6/50

b Slim solid-state interface modules

v Presentation, characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6/52
v References . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6/56

6/2

6

Selection guide

6

Zelio Relay - plug-in relays

6

Application

Plug-in relays

Interface relays

Miniature relays

Number and type of contacts / conventional thermal
current (Ith on N/O contact)

1 C/O / 16 A
1 C/O / 12 A
2 C/O / 8 A

2 C/O / 12 A
3 C/O / 10 A
4 C/O / 6 A
4 C/O / 3 A (low level)

Control circuit voltage

a

24…240 V

24…240 V

c

6…110 V

12…220 V

Type of pins

Flat (Faston type)

Flat (Faston type)

Operational voltage

Up to a 400 V / c 300 V

Up to 250 V

Durability
(operating cycles)

Electrical, resistive load

100 000

100 000

Mechanical, no-load

30 000 000

10 000 000

Functions

LED

Yes (with protection modules)

Yes (depending on version)

Test button and mechanical indicator

–

Yes

Low level contacts

–

Yes

Type reference

RSB

RXM

Pages

6/6

6/11 and 6/12

Conventional thermal current (Ith)

12 A (1)

10 A

12 A (2)

Contact terminal arrangements

Separate

Mixed

Separate

Connection

Connector

Screw clamp terminals
or connector

Connector

Accessories Protection modules

Yes

Yes

Timer module

–

–

Maintaining clamps

Yes

Yes

Socket identification legend

Yes

Yes (except RXZ E2M114)

Mounting adapters

for

5 rail

–

Yes

Mounting adapters with fixing lugs

–

Yes

Bus jumper, 2-pole (Ith = 5 A)

–

–

Yes

Associated socket types

RSZ E1SppM

RXZ E2Mppp

RXZ E2Sppp

Pages

6/6

6/12

6/12

(1) When using relay RSB 1A160

pp

with socket RSZ E1S48M, terminals must be linked.

(2) Except for sockets RXZ E2S11

p

M: 10 A.

6/3

6

6

Relays with clamp fixing

Universal relays

Power relays

2 C/O / 10 A
3 C/O / 10 A
3 C/O / 3 A (low level)

2 C/O / 10 A
3 C/O / 10 A

1 C/O / 15 A
2 C/O / 15 A
3 C/O / 15 A
4 C/O / 15 A

2 N/O / 30 A (3)
2 C/O / 30 A (3)

24…230 V

24…230 V

24…240 V

12…220 V

12…110 V

12…110 V

12…125 V

Cylindrical

Flat (Faston type)

Flat (Faston type)

Flat (Faston type)

Up to 250 V

Up to 250 V

Up to 250 V

100 000

100 000

50 000

5 000 000

10 000 000

5 000 000

Yes (depending on version)

Yes (depending on version)

–

Yes

Yes

–

Yes

–

–

–

RUM

RPM

RPF

6/19

6/27

6/34

12 A

16 A

–

Mixed

Separate

Mixed

–

Connector

Screw clamp terminals

–

Yes

Yes

–

Yes

Yes (for 3 and 4-pole)

Yes

Yes (on socket RPZ F1)

–

Yes

Yes

–

–

Yes

–

–

Yes

–

–

Yes

–

–

RUZ CpM

RUZ SCpM

RUZ SF3M

RPZ Fp

–

6/20

6/20

6/28

–

(3) 30 A when mounted with 13 mm gap between two relays and 25 A when mounted side by side without a gap.

6/4

6

Presentation,
characteristics

6

Zelio Relay - plug-in relays

6

RSB interface relays

The RSB interface relay range comprises:

1

12 A relays with1 C/O contact , 16 A relays with 1 C/O contact and 8 A relays with
2 C/O contacts.

2

Sockets with separate contact terminals.

3

Protection modules (diode, diode + LED, RC circuit or varistor + LED). All these
modules are common to all sockets.

4

A plastic maintaining clamp for all sockets.

5

Clip-in legends for the sockets.

1

Connection by connector.

2

Five or eight female contacts for the relay pins.

3

A fixing hole for panel mounting.

4

Location for protection modules.

5

Locking components for plastic maintaining clamp.

6

Locating slot for mounting on 5 rail.

(1) The inputs and outputs are separate from the relay supply.

Presentation of the range

5

4

1

523

139

2

3

Socket description

Sockets with separate contact terminals (1)

5351

88

1

2

3

5

6

4

Inputs

Outputs

Relay supply

General characteristics

Conforming to standards

IEC/EN 61810-1, UL 508, CSA C22-2 n° 14

Product certifications

UL, CSA

Ambient air temperature
around the device

Storage

°C

- 40…+ 85

Operation

°C

c - 40…+ 85, a - 40...+ 70

Vibration resistance

Conforming to IEC/EN 60068-2-6

> 10 gn (10…150 Hz)

Degree of protection

Conforming to IEC/EN 60529

IP 40

Shock resistance
conforming to IEC/EN 60068-2-27

Opening

5 gn

Closing

10 gn

Protection category

RT I

Mounting position

Any

Insulation characteristics

Rated insulation voltage (Ui)

Conforming to IEC/EN 60947

V

400

Rated impulse withstand voltage (Uimp)

kV

3.6 (1.2/50 µs)

Dielectric strength
(rms voltage)

Between coil and contact

a V

5000

Between poles

a V

2500

Between contacts

a V

1000

Contact characteristics

Relay type

RSB 1A120pp

RSB 1A160pp

RSB 2A080pp

Number and type of contacts

1 C/O

1 C/O

2 C/O

Contact materials

AgNi

Conventional thermal current
(Ith)

For ambient
temperature y 40°C

A

12

16

8

Rated operational current
in utilisation categories
AC-1 and DC-1

Conforming to IEC

N/O

A

12

16

8

N/C

A

6

8

4

Switchable current

Minimum

mA

5

Switching voltage

Maximum

V

a 400, c 300

Minimum

V

5

Rated load (resistive)

A

12 / 250 a V

16 / 250 a V

8 / 250 a V

A

12 / 28 c V

16 / 28 c V

8 / 28 c V

Switching capacity

Maximum

a

VA

3000

4000

2000

c

W

336

448

224

Minimum

mW

300

Maximum operating rate
In operating cycles/hour

No-load

72 000

Under load

600

6/5

6

Characteristics

6

Zelio Relay - plug-in relays

6

RSB interface relays

(1) When using the relay with socket RSZ E1S48M, terminals must be linked. See connection

schemes on page 6/7.

Contact characteristics

(continued)

Relay type

RSB 1A120pp

RSB 1A160pp

RSB 2A080pp

Mechanical durability

In millions of operating cycles

u 30

Electrical durability
In millions of operating
cycles

Resistive load

12 A - 250 V: u 0.1

16 A - 250 V: u 0.07

8 A - 250 V: u 0.1

Inductive load

See curves below

Electrical durability of contacts
Resistive load a

Reduction coefficient for inductive load a
(depending on power factor cos

ϕ)

Maximum switching capacity on resistive load

c

A

RSB 2A080pp

B

RSB 1A160pp

C

RSB 1A120pp

Durability (inductive load) = durability (resistive load) x reduction coefficient.

Coil characteristics

Average consumption

c 0.45 W, a 0.75 VA

Drop-out voltage threshold

≥ c 0.1 Uc, ≥ a 0.15 Uc

Operating time
(response time)

Between coil energisation
and making of the
On-delay contact

a

ms

About 12

c

ms

About 9

Between coil de-energisation
and making of the
Off-delay contact

a

ms

About 10

c

ms

About 4

Control circuit voltage Uc

V

6

12

24

48

60

110

120

220

230

240

Relay control voltage codes

RD

JD

BD

ED

ND

FD

–

–

–

–

DC

Average resistance at 20 °C ± 10%

Ω

90

360

1440

5700

7500

25 200 –

–

–

–

Operating
voltage limits

Min.

V

4.8

9.6

19.2

38.4

48

88

–

–

–

–

Max.

V

6.6

13.2

26.4

52.8

66

121

–

–

–

–

Relay control voltage codes

–

–

B7

E7

–

–

F7

M7

P7

U7

AC
50/60 Hz

Average resistance at 20 °C ± 15%

Ω

–

–

400

1550

–

–

10 200 35 500 38 500 42 500

Operating
voltage limits

Min.

50 Hz

V

–

–

19.2

38.4

–

–

96

176

184

192

60 Hz

–

–

20.4

40.8

–

–

102

187

195.5

204

Max.

50/60 Hz

V

–

–

26.4

57.6

–

–

144

264

276

288

Socket characteristics

Socket type

RSZ E1S35M

RSZ E1S48M

Relay types used

RSB 1A120pp

RSB 2A080pp
RSB 1A160pp (1)

Product certifications

UL, CSA

Conventional thermal current (Ith)

A

12

Degree of protection

Conforming to IEC/EN 60529

IP 20

Connection

Solid cable without cable end

mm

2

1 conductor: 0.5…2.5 mm

2

(AWG 20…AWG 14)

2 conductors: 0.5…1.5 mm

2

(AWG 20…AWG 16)

Flexible cable with cable end

mm

2

1 conductor: 0.2…2.5 mm

2

(AWG 24…AWG 14)

2 conductors: 0.2…1.5 mm

2

(AWG 24…AWG 16)

Maximum tightening torque

Nm

0.6 (M3 screw)

Contact terminal arrangement

Separate

104

0,8

0

0,4

1,2

1

1,6

2

107

105

106

C

A

B

D

u

rabi

lity

(

N

umber

of op

er

at

ing c

y

c

les

)

Switching capacity (kVA)

0,3

0,5

0,6

10,8

0,4

0,2

0,4

0,6

0,8

1

cos

ϕ

R

educ

ti

on

c

oeffi

c

ient (

A

)

0,1

1

2

16

100

200 300

10

20 30

50

5

8

12

0,5

50

C

B

A

C

u

rr

ent

c

Voltage c

Presentation:
page 6/4

References:
page 6/6

Dimensions, schemes:
page 6/7

6/6

6

References

6

Zelio Relay - plug-in relays

6

RSB interface relays

Relays for standard applications

Control circuit voltage

Sold in
lots of

Number and type of contacts - Thermal current (Ith)

1 C/O -12 A

1 C/O -16 A

2 C/O -8 A

Unit
reference (1)

Unit
reference (1)

Unit
reference (1)

Weight

V

kg

c 6

10

RSB 1A120RD

RSB 1A160RD

RSB 2A080RD

0.014

c 12

10

RSB 1A120JD

RSB 1A160JD

RSB 2A080JD

0.014

c 24

10

RSB 1A120BD

RSB 1A160BD

RSB 2A080BD

0.014

c 48

10

RSB 1A120ED

RSB 1A160ED

RSB 2A080ED

0.014

c 60

10

RSB 1A120ND

RSB 1A160ND

RSB 2A080ND

0.014

c 110

10

RSB 1A120FD

RSB 1A160FD

RSB 2A080FD

0.014

a 24

10

RSB 1A120B7

RSB 1A160B7

RSB 2A080B7

0.014

a 48

10

RSB 1A120E7

RSB 1A160E7

RSB 2A080E7

0.014

a 120

10

RSB 1A120F7

RSB 1A160F7

RSB 2A080F7

0.014

a 220

10

RSB 1A120M7

RSB 1A160M7

RSB 2A080M7

0.014

a 230

10

RSB 1A120P7

RSB 1A160P7

RSB 2A080P7

0.014

a 240

10

RSB 1A120U7

RSB 1A160U7

RSB 2A080U7

0.014

Sockets - 12 A, a 300 V

Contact terminal
arrangement

Connection

Relay type

Sold in
lots of

Unit
reference

Weight

kg

Separate

Connector

RSB 1A120pp

10

RSZ E1S35M

0.060

RSB 1A160pp(2)
RSB 2A080pp

10

RSZ E1S48M

0.050

Protection modules

Description

For
use with

Voltage

Sold in
lots of

Unit
reference

Weight

V

kg

Diode

All sockets

c 6…230

10

RZM 040W

0.003

RC circuit

All sockets

a 24…60

10

RZM 041BN7

0.010

a 110…240

10

RZM 041FU7

0.010

Diode + green LED

All sockets

c 6…24

10

RZM 031RB

0.004

c 24…60

10

RZM 031BN

0.004

c 110…230

10

RZM 031FPD

0.004

Varistor + green LED

All sockets

c or a 6…24

10

RZM 021RB

0.005

c or a 24…60

10

RZM 021BN

0.005

c or a 110…230

10

RZM 021FP

0.005

Accessories

Description

For
use with

Sold in
lots of

Unit
reference

Weight

kg

Plastic maintaining clamp

All sockets

10

RSZ R215

0.002

Legend

All sockets

10

RSZ L300

0.001

(1) To order a relay complete with socket

(sold in lots of 20)

: add suffix S to the references selected above.

Example: RSB 2A080RD + RSZ E1S48M becomes RSB 2A080RDS.

(2) When using the relay with socket RSZ E1S48M, terminals must be linked. See connection schemes on page 6/7.

RSB 1A120JD + RZM 031FPD
+ RSZ E1S35M

560

583

RSB 1A160BD + RSZ E1S48M

56

0584

RSB 2A080BD + RSZ E1S48M

560

582

RSZ R215

56

0585

Presentation:
page 6/4

Characteristics :
pages 6/4 and 6/5

Dimensions, schemes:
page 6/7

6/7

6

Dimensions,
schemes

6

Zelio Relay - plug-in relays

6

RSB interface relays

Dimensions

Interface relays

RSB 1A120pp

RSB 2A080pp, RSB 1A160pp

Sockets

RSZ E1S35M

RSZ E1S48M

(1) Relays
(2) Add-on protection module
(3) Maintaining clamp
(4) Legend

Schemes

Interface relays

RSB 1A120pp

RSB 1A160pp

RSB 2A080pp

When using relay RSB 1A160

pp

with socket

RSZ E1S48M: terminals 11 and 21, 14 and 24,
12 and 22 must be linked

15,7

7,5

3,5

12,5

3,9

29

16,5

2,5

3,5

15,7

7,5

5

12,5

3,9

5

29

15

2,5

61

67

78,5

(4)

15,5

29,4

34,5

50

27,5

(3)

(1)

(2)

11

14

12

A2

A1

(4)

21

11

24

14

22

12

A2

A1

61

67

78,5

15,5

29,4

34,5

50

27,5

(3)

(1)

(2)

A2

A1

11

14

12

A2

A1

11

14

12

A2

A1

21

11

22

12

24

14

A2

A1

11/21

14/24

12/22

A2

A1

21

11

22

12

24

14

A2

A1

21

24

22

11

14

12

Presentation:
page 6/4

Characteristics:
pages 6/4 and 6/5

References:
page 6/6

6/8

6

Presentation

6

Zelio Relay - plug-in relays

6

RXM miniature relays

Presentation of the range

The RXM miniature relay range comprises:

1

12 A relays with 2 C/O contacts, 10 A relays with 3 C/O contacts, 6 A relays with
4 C/O contacts and 3 A “low level” relays with 4 C/O contacts. All these relays
have the same dimensions.

2

Sockets with mixed or separate contact terminals.

3

Protection modules (diode, RC circuit or varistor). All these modules are common
to all sockets.

4

A metal maintaining clamp for all sockets.

5

A plastic maintaining clamp for all sockets.

6

A 2-pole bus jumper that can be used on sockets with separate contact terminals
in order to simplify cabling when creating an equipotential link between the coil
terminals.

7

Clip-in legends for all the sockets except RXZ E2M114.

Relay description

1

Spring return pushbutton for testing the contacts (green:

c

, red:

a

).

2

Mechanical “relay status” indicator.

3

Removable lock-down door enabling forced maintaining of the contacts for test or
maintenance purposes. During operation, this lock-down door must always be in
the closed position.

4

LED (depending on version) indicating the relay status.

5

Removable legend for relay identification.

6

Four notches for rail mounting adapter or panel mounting adapter with fixing lugs.

7

Eight, eleven or fourteen Faston type pins.

8

Area by which the product can be easily gripped.

9

Mounting adapter enabling direct mounting of the relay on a panel.

10

Mounting adapter enabling direct mounting of the relay on a 5 rail.

Socket description

Sockets with mixed contact terminals (1)

1

Connection by screw clamp terminals or connector.

2

Fourteen female contacts for the relay pins.

3

Location for protection modules.

4

Locking components for plastic and metal maintaining clamps.

5

Locating slot for mounting on 5 rail with fixing clip.

6

Two or four fixing holes for panel mounting.

Sockets with separate contact terminals (2)

1

Connection by connector.

2

Eight, eleven or fourteen female contacts for the relay pins.

3

Location for protection modules.

4

Locking components for plastic and metal maintaining clamps.

5

Locating slot for mounting on 5 rail with fixing clip.

6

Two fixing holes for panel mounting.

7

Location for bus jumpers (see mounting on sockets on page 6/14).

(1) The inputs are mixed with the relay’s supply terminals, with the outputs being located on the

opposite side of the socket.

(2) The inputs and outputs are separated from the relay supply terminals.

5

362

93

7

6

2

1

5

3

4

or

53

5189

1
2

7

3

4

5

6

8

5

3519

2

9

5

2315

1

9

5231

52

10

5351

90

1

2

3

4

5

Outputs

Inputs

Relay supply

5

6

5

3519

1

1

6

2

3

4

5 7

Outputs

Inputs

Relay supply

5

References:
pages 6/11 and 6/12

Dimensions:
pages 6/13 and 6/14

Schemes:
page 6/15

6/9

6

Characteristics

6

Zelio Relay - plug-in relays

6

RXM miniature relays

General characteristics

Conforming to standards

IEC/EN 61810-1 (iss. 2), UL 508, CSA C22-2 n° 14

Product certifications

UL, CSA

Ambient air temperature around
the device

Storage

°C

- 40… + 85

Operation

°C

- 40… + 55

Vibration resistance

Conforming to IEC/EN 60068-2-6

> 6 gn (10...50 Hz)

Degree of protection

Conforming to IEC/EN 60529

IP 40

Shock resistance
conforming to IEC/EN 60068-2-27

Opening

10 gn

Closing

5 gn

Protection category

RT I

Mounting position

Any

Insulation characteristics

Rated insulation voltage (Ui)

V

250 (IEC), 300 (UL, CSA)

Rated impulse withstand voltage (Uimp)

kV

3.6 (1.2/50

μs)

Dielectric strength
(rms voltage)

Between coil and contact

a V

2500

Between poles

a V

2500

Between contacts

a V

1500

Contact characteristics

Relay type

RXM 2ABppp

RXM 3ABppp

RXM 4ABppp

RXM 4GBppp

Number and type of contacts

2 C/O

3 C/O

4 C/O

4 C/O

Contact materials

AgNi

AgAu

Conventional thermal
current (Ith)

For ambient
temperature y 55 °C

A

12

10

6

3

Rated operational current
in utilisation categories
AC-1 and DC-1

Conforming to IEC

N/O

12

10

6

2

N/C

6

5

3

1

Conforming to UL

12

10

8

3

Maximum operating rate
In operating cycles/hour

No-load

18 000

Under load

1200

Switchable current

Minimum

mA

10

3

Switching voltage

Maximum

V

a/c 250

Minimum

V

17

Rated load (resistive)

A

12 / 250 a V

10 / 250 a V

6 / 250 a V

3 / 250 a V

A

12 / 28 c V

10 / 28 c V

6 / 28 c V

3 / 28 c V

Switching capacity

Maximum

a

VA

3000

2500

1500

750

c

W

336

280

168

84

Minimum

mW

170

15

Utilisation coefficient

20 %

Mechanical durability

In millions of operating cycles

10

Electrical durability
In millions of operating
cycles

Resistive load

0.1

Inductive load

See curves below

Electrical durability of contacts
Resistive load a

Reduction coefficient for inductive load a
(depending on power factor cos

ϕ)

Maximum switching capacity on resistive load

c

A

RXM 2ABppp

B

RXM 3ABppp

C

RXM 4ABppp

D

RXM 4GBppp

Durability (inductive load) = durability (resistive load) x reduction coefficient.

10

5

10

6

10

7

2

3

0

1

A

B

D

C

D

u

rabi

lity

(

N

umber

of op

er

ati

ng c

y

c

les

)

Switching capacity (kVA)

0,3

0,5

0,6

10,8

0,4

0,2

0,4

0,6

0,8

1

cos

ϕ

R

educ

ti

on

c

oeffi

c

ient (

A

)

0,1

1

200

250

0

50

28

100

150

10

3

6

C

D

B

A

C

u

rr

ent

c

Voltage c

References:
pages 6/11 and 6/12

Dimensions:
pages 6/13 and 6/14

Schemes:
page 6/15

6/10

6

Characteristics

(continued)

,

substitution

6

Zelio Relay - plug-in relays

6

RXM miniature relays

(1) When mounting relay RXM 2

ppppp

on socket RXZ E2M

pppp

, the thermal current must not

exceed 10 A.

(2)

d

Protection module without LED.

Coil characteristics

Average consumption

a

VA

1.2

c

W

0.9

Drop-out voltage threshold

a

u 0.15 Uc

c

u 0.1 Uc

Operating time
(response time)

Between coil energisation
and making of the
On-delay contact

a

ms

20

c

ms

20

Between coil de-energisation
and making of the
Off-delay contact

a

ms

20

c

ms

20

Control circuit voltage Uc

V

12

24

48

110

120

125

220

230

240

Relay control voltage codes

JD

BD

ED

FD

–

GD

MD

–

–

DC

Average resistance
at 20 °C ± 10%

Ω

160

650

2600

11 000

–

11 000

14 000

–

–

Operating voltage limits

Min.

V

9.6

19.2

38.4

88

–

100

176

–

–

Max.

V

13.2

26.4

52.8

121

–

138

242

–

–

Relay control voltage codes

–

B7

E7

F7

–

–

P7

U7

AC

Average resistance
at 20 °C ± 15%

Ω

–

180

770

–

4430

–

–

15 000

15 500

Operating voltage limits

Min.

V

–

19.2

38.4

–

96

–

–

184

192

Max.

V

–

26.4

52.8

–

132

–

–

253

264

Socket characteristics

Socket type

RXZ E2S108M

RXZ E2S111M RXZ E2S114M RXZ E2M114M

RXZ E2M114

Relay types used

RXM 2ppppp

RXM 3ppppp

RXM 4ppppp

RXM 2ppppp(1)
RXM 4ppppp

RXM 2ppppp(1)
RXM 4ppppp

Product certifications

UL, CSA

Conventional thermal current (Ith)

A

12

10

Degree of protection

Conforming to IEC/EN 60529

IP 20

Connection

Solid cable
without cable end

1 conductor

mm

2

0,5…2,5 mm

2

(AWG 20…AWG 14)

0,5…1,5 mm

2

(AWG 20…AWG 16)

2 conductors

mm

2

0,5…1,5 mm

2

(AWG 20…AWG 16)

0,5…0,75 mm

2

(AWG 20…AWG 18)

Flexible cable
with cable end

1 conductor

mm

2

0,2…1,5 mm

2

(AWG 24…AWG 16)

0,2…0,75 mm

2

(AWG 24…AWG 18)

2 conductors

mm

2

0,2…0,75 mm

2

(AWG 24…AWG 18)

0,2…0,5 mm

2

(AWG 24…AWG 20)

Maximum tightening torque

Nm

0.6 (M3 screw)

Contact terminal arrangement

Separate

Mixed

Bus jumper (Ith: 5 A)

Yes

No

Presentation:
page 6/8

References:
pages 6/11 and 6/12

Dimensions:
pages 6/13 and 6/14

Schemes:
page 6/15

Substitution table

Old ranges

New range

RXN

RXL

RXM

Miniature relays

RXN 21E1ppp

RXL 2A12Bppp

RXM 2ABppp

–

RXL 3A10Bppp

RXM 3ABppp

RXN 41G1ppp

RXL 4A06Bppp

RXM 4ABppp

–

RXL 4G06Bppp

RXM 4GBppp

RXN 21E1pppTQ

RXL 2A12BpppTQ

RXM 2ABpppTQ

RXN 41G1pppTQ

RXL 4A06BpppTQ

RXM 4ABpppTQ

Sockets

RXZ E1M114

RXZ E1M114

RXZ E2M114

RXZ 7G

RXZ 7G

RXZ E2M114M

RXZ E1M114M

RXZ E1M114M

RXZ E2M114M

RXZ E1p1ppM

RXZ E1p1ppM

RXZ E2p1ppM

Protection modules

RXW 040MD

RXW 040MD

RXM 040W

RZM 040W

RZM 040W

RXM 040W

RZM 031pp

RZM 031pp

RXM 040W (2)

RZM 041pp7

RZM 041pp7

RXM 041pp7

RZM 021pp

RZM 021pp

RXM 021pp (2)

Accessories

RXZ 200

RXZ 200

RXZ 400

RXZ R235

RXZ R235

RXZ R335

RXZ L320

RXZ L320

RXZ L420

6/11

6

References

6

Zelio Relay - plug-in relays

6

RXM miniature relays

Miniature relays without LED

(sold in lots of 10)

Control
circuit voltage

Number and type of contacts - Thermal current (Ith)

2 C/O -12 A

3 C/O - 10 A

4 C/O - 6 A

Unit
reference

Weight

Unit
reference

Weight

Unit
reference

Weight

V

kg

kg

kg

c 12

RXM 2AB1JD

0.037

RXM 3AB1JD

0.038

RXM 4AB1JD

0.036

c 24

RXM 2AB1BD

0.037

RXM 3AB1BD

0.038

RXM 4AB1BD

0.036

c 48

RXM 2AB1ED

0.037

RXM 3AB1ED

0.038

RXM 4AB1ED

0.036

c 110

RXM 2AB1FD

0.037

RXM 3AB1FD

0.038

RXM 4AB1FD

0.036

c 220

–

–

–

–

RXM 4AB1MD

0.036

a 24

RXM 2AB1B7

0.037

RXM 3AB1B7

0.038

RXM 4AB1B7

0.036

a 48

RXM 2AB1E7

0.037

RXM 3AB1E7

0.038

RXM 4AB1E7

0.036

a 120

RXM 2AB1F7

0.037

RXM 3AB1F7

0.038

RXM 4AB1F7

0.036

a 230

RXM 2AB1P7

0.037

RXM 3AB1P7

0.038

RXM 4AB1P7

0.036

a 240

–

–

–

–

RXM 4AB1U7

0.036

Miniature relays with LED

(sold in lots of 10)

c 12

RXM 2AB2JD

0.037

RXM 3AB2JD

0.038

RXM 4AB2JD

0.036

c 24

RXM 2AB2BD

0.037

RXM 3AB2BD

0.038

RXM 4AB2BD

0.036

c 48

RXM 2AB2ED

0.037

RXM 3AB2ED

0.038

RXM 4AB2ED

0.036

c 110

RXM 2AB2FD

0.037

RXM 3AB2FD

0.038

RXM 4AB2FD

0.036

c 125

–

–

–

–

RXM 4AB2GD

0.036

a 24

RXM 2AB2B7

0.037

RXM 3AB2B7

0.038

RXM 4AB2B7

0.036

a 48

RXM 2AB2E7

0.037

RXM 3AB2E7

0.038

RXM 4AB2E7

0.036

a 120

RXM 2AB2F7

0.037

RXM 3AB2F7

0.038

RXM 4AB2F7

0.036

a 230

RXM 2AB2P7

0.037

RXM 3AB2P7

0.038

RXM 4AB2P7

0.036

Miniature relays with low level contacts, without LED

(sold in lots of 10)

Control
circuit voltage

Number and type of contacts
Thermal current (Ith)

4 C/O - 3 A

Unit
reference

Weight

V

kg

c 12

RXM 4GB1JD

0.036

c 24

RXM 4GB1BD

0.036

c 48

RXM 4GB1ED

0.036

c 110

RXM 4GB1FD

0.036

a 24

RXM 4GB1B7

0.036

a 48

RXM 4GB1E7

0.036

a 120

RXM 4GB1F7

0.036

a 230

RXM 4GB1P7

0.036

Miniature relays with low level contacts, with LED

(sold in lots of 10)

c 12

RXM 4GB2JD

0.036

c 24

RXM 4GB2BD

0.036

c 48

RXM 4GB2ED

0.036

c 110

RXM 4GB2FD

0.036

a 24

RXM 4GB2B7

0.036

a 48

RXM 4GB2E7

0.036

a 120

RXM 4GB2F7

0.036

a 230

RXM 4GB2P7

0.036

a 240

RXM 4GB2U7

0.036

RXM

p

AB2F7

53

5189

RXM 4GB2F7

535

189

Presentation:
page 6/8

Characteristics:
pages 6/9 and 6/10

Dimensions:
pages 6/13 and 6/14

Schemes:
page 6/15

6/12

6

References

(continued)

6

Zelio Relay - plug-in relays

6

RXM miniature relays

Miniature relays without LED

(sold in lots of 100)

Control
circuit voltage

Number and type of contacts - Thermal current (Ith)

2 C/O - 12 A

4 C/O - 6 A

Unit
reference

Weight

Unit
reference

Weight

V

kg

kg

c 12

–

–

RXM 4AB1JDTQ

0.036

c 24

RXM 2AB1BDTQ

0.037

RXM 4AB1BDTQ

0.036

c 48

–

–

RXM 4AB1EDTQ

0.036

c 110

–

–

RXM 4AB1FDTQ

0.036

c 220

–

–

RXM 4AB1MDTQ

0.036

a 24

RXM 2AB1B7TQ

0.037

RXM 4AB1B7TQ

0.036

a 48

–

–

RXM 4AB1E7TQ

0.036

a 120

RXM 2AB1F7TQ

0.037

RXM 4AB1F7TQ

0.036

a 230

RXM 2AB1P7TQ

0.037

RXM 4AB1P7TQ

0.036

Miniature relays with LED

(sold in lots of 100)

c 24

–

–

RXM 4AB2BDTQ

0.036

a 24

RXM 2AB2B7TQ

0.037

RXM 4AB2B7TQ

0.036

a 230

RXM 2AB2P7TQ

0.037

RXM 4AB2P7TQ

0.036

Sockets

Contact terminal
arrangement

Connection

Relay type

Sold in
lots of

Unit
reference

Weight

kg

Mixed

Screw clamp terminals

RXM 2pppp(3)
RXM 4pppp

10

RXZ E2M114 (1)

0.048

Connector

RXM 2pppp(3)
RXM 4pppp

10

RXZ E2M114M (1)

0.056

Separate

Connector

RXM 2pppp

10

RXZ E2S108M (2)

0.058

RXM 3pppp

10

RXZ E2S111M (1)

0.066

RXM 4pppp

10

RXZ E2S114M (1)

0.070

Protection modules

Description

Voltage

For
use with

Sold in
lots of

Unit
reference

Weight

V

kg

Diode

c 6...250

All sockets

20

RXM 040W

0.003

RC circuit

a 24...60

All sockets

20

RXM 041BN7

0.010

a 110...240

All sockets

20

RXM 041FU7

0.010

Varistor

a/c 6...24

All sockets

20

RXM 021RB

0.030

a/c 24...60

All sockets

20

RXM 021BN

0.030

a/c 110...240

All sockets

20

RXM 021FP

0.030

Timing relays

Description

For
use with

Unit
reference

Weight

kg

2 or 4 timed C/O contacts
(function A)

Sockets RXZ Eppppp

RE XL2pp (4)

–

RE XL4pp (4)

–

Accessories

Description

For
use with

Sold in
lots of

Unit
reference

Weight

kg

Metal maintaining clamp

All sockets

10

RXZ 400

0.001

Plastic maintaining clamp

All sockets

10

RXZ R335

0.005

Bus jumper, 2-pole
(Ith: 5 A)

All sockets with separate contacts

10

RXZ S2

0.005

Mounting adapter
for 5 rails (5)

All relays

10

RXZ E2DA

0.004

Mounting adapter
with fixing lugs for panel

All relays

10

RXZ E2FA

0.002

Clip-in legends

All relays (sheet of 108 legends)

10

RXZ L520

0.080

All sockets except RXZ E2M114

10

RXZ L420

0.001

(1) Thermal current Ith: 10 A
(2) Thermal current Ith: 12 A
(3) When mounting relay RXM 2

ppppp

on socket RXZ E2M

pppp

, the thermal current must not exceed 10 A.

(4) Please consult the "Zelio Time timing relays" catalogue.
(5) Test button becomes inaccessible.

RXZ E2M114M
+
Relay RXM 4AB2P7TQ

53

5235

535

211

RXZ E2S114M
+
Relay RXM 4AB2F7

5352

12

RXM 041

pp

7

53

5195

RE XL4

pp

53

6484

RXZ 400

Presentation:
page 6/8

Characteristics:
pages 6/9 and 6/10

Dimensions:
pages 6/13 and 6/14

Schemes:
page 6/15

6/13

6

Dimensions

6

Zelio Relay - plug-in relays

6

RXM miniature relays

Dimensions

Miniature relays

RXM pppppp

RXM 2

RXM 3

RXM 4

Common view

Pin side view

Sockets

RXZ E2M114

RXZ E2M114M

Common side view

RXZ E2S108M

RXZ E2S111M

RXZ E2S114M

(1) Relays
(2) Add-on protection module
(3) Maintaining clamp

(4) 2 elongated holes Ø 3.5 x 6.5

(5) 2 bus jumpers

40

21

27

7

6

2,5

2,5

21

6,5

6

4

4

13,5

2,5

2,5

4,5

21

13,5

=

=

2,5

2,5

13,5

=

=

=

(1)

(2)

(3)

25,5

34

7

A2
14

A1
13

24

6

44

8

14

5

12

1

11

9

21

10

31

11

41

12

22

2

32

3

42

4

(4)

19

40

30

9

23

21

30

69

7

39,5

61

3,5

79

17

43

23,5

50

27

67

7

40

80

44

8

34

7

24

6

14

5

42

4

32

3

22

2

12

1

A1

13

A2

14

41

12

31

11

21

10

11

9

(3)

(1)

(2)

19

61

29

23

70

7

3,5

79

(3)

(2)

(1)

(5)

23,5

27

38

41

12

11

9

44

8

14

5

A1

13

A2

14

42

4

12

1

23,5

27

38

31

9

34

6

A1

13

A2

14

32

3

21

8

24

5

22

2

11

7

14

4

12

1

23,5

27

38

41

12

31

11

21

10

11

9

44

8

34

7

24

6

14

5

42

4

32

3

22

2

12

1

A1

13

A2

14

Presentation:
page 6/8

Characteristics:
pages 6/9 and 6/10

References:
pages 6/11 and 6/12

Schemes:
page 6/15

6/14

6

Dimensions

(continued)

6

Zelio Relay - plug-in relays

6

RXM miniature relays

Dimensions

(continued)

Plastic clamp and clip-in legends

RXZ R335

RXZ L420

Mounting on all sockets (1)

(1) Clip-in legends for all sockets except

RXZ E2M114.

Bus jumper

Metal clamp

RXZ S2

Mounting on sockets with separate contacts
(view from below)

RXZ 400

Example of bus jumper mounting on sockets

(1) 2 bus jumpers (polarity A2)
(2) 2 bus jumpers (polarity A1)

Mounting adapter for rail (1)

Mounting adapter for panel

RXZ E2DA

RXZ E2FA

(1) Test button becomes inaccessible

57

27

12

14,2

26,5

81

94,5

(1)

2,2

7,3

25

22

2,3

(1)

(1)

(2)

(2)

22

42

0,8

38

6

4

24

34

8

23

51

48

49

3,5

43

38

4

24

3,5

Presentation:
page 6/8

Characteristics:
pages 6/9 and 6/10

References:
pages 6/11 and 6/12

6/15

6

Schemes

6

Zelio Relay - plug-in relays

6

RXM miniature relays

Schemes

Miniature relays

RXM 2ppppp

RXM 3ppppp

RXM 4ppppp

Symbols shown in blue correspond to Nema marking.

A2

A1

41

44

42

11

14

12

1

12

5

14

9

11

4

42

8

44

12

41

13

A1

14

A2

A2

A1

31

34

32

21

24

22

11

14

12

1

12

4

14

7

11

2

22

5

24

8

21

3

32

6

34

9

31

13

A1

14

A2

A2

A1

41

44

42

21

24

22

31

34

32

11

14

12

1

12

5

14

9

11

4

42

8

44

12

41

2

22

6

24

10

21

3

32

7

34

11

31

13

A1

14

A2

Presentation:
page 6/8

Characteristics:
pages 6/9 and 6/10

References:
pages 6/11 and 6/12

6/16

6

Presentation

6

Zelio Relay - plug-in relays

6

RUM universal relays

Presentation of the range

The RUM universal relay range comprises:

1

10 A relays with 2 and 3 C/O contacts, with cylindrical or flat (Faston type) pins,
and 3 A “low level” relays with 3 C/O contacts, with cylindrical pins. All these relays
have the same dimensions.

2

Sockets with mixed or separate contact terminals.

3

Protection modules (diode, RC circuit or varistor) or 1 timer module. All these
modules are common to all sockets.

4

A metal maintaining clamp for all sockets.

5

A 2-pole bus jumper that can be used on sockets with separate contact terminals
in order to simplify cabling when creating an equipotential link between the coil
terminals.

6

Clip-in legends for the sockets.

Relay description

1

Spring return pushbutton for testing the contacts (green:

c

, red:

a

).

2

Mechanical “relay status” indicator.

3

Removable lock-down door enabling forced maintaining of the contacts for test or
maintenance purposes. During operation, this lock-down door must always be in
the closed position.

4

LED (depending on version) indicating the relay status.

5

Removable legend for relay identification.

6

Eight or eleven cylindrical or flat (Faston type) pins.

7

Area by which the product can be easily gripped.

Socket description

Sockets with mixed contact terminals (1)

1

Connection by connector.

2

Eight or eleven female contacts for the relay cylindrical pins.

3

Location for protection modules or the timer module.

4

Locking component for metal maintaining clamp.

5

Locating slot for 5 rail mounting.

6

Two fixing holes for panel mounting.

Sockets with separate contact terminals (2)

1

Connection by connector.

2 a

Eight or eleven female contacts for the relay cylindrical pins.

b

Eleven female contacts for the relay flat pins.

3

Location for protection modules or the timer module.

4

Locking component for metal maintaining clamp.

5

Locating slot for mounting on 5 rail with fixing clip.

6

Two fixing holes for panel mounting.

7

Location for bus jumpers (see mounting on sockets on page 6/22).

(1) The inputs are mixed with the relay’s supply terminals, with the outputs being located on the

opposite side of the socket.

(2) The inputs and outputs are separated from the relay supply terminals.

5

362

94

6

5

2

1

3

4

5

351

96

1
2

6

3

4

5

7

53

5218

1

2

3

4

5

6

Outputs

Relay supply

Inputs

Relay supply

5351

97

1

6

2a

3

4

5 7

Inputs

Outputs

Relay supply

5

5351

98

1

2b

3

4

5 7

Inputs

Outputs

Relay supply

5

References:
pages 6/19 and 6/20

Dimensions:
pages 6/21 and 6/22

Schemes:
page 6/22

6/17

6

Characteristics

6

Zelio Relay - plug-in relays

6

RUM universal relays

General characteristics

Conforming to standards

IEC/EN 61810-1 (iss. 2), UL 508, CSA C22-2 n° 14

Product certifications

UL, CSA

Ambient air temperature
around the device

Storage

°C

- 40… + 85

Operation

°C

- 40… + 55

Vibration resistance

Conforming to IEC/EN 60068-2-6

4 gn (10...50 Hz)

Degree of protection

Conforming to IEC/EN 60529

IP 40

Shock resistance
conforming to IEC/EN 60068-2-27

Opening

10 gn

Closing

5 gn

Protection category

RT I

Mounting position

Any

Insulation characteristics

Rated insulation voltage (Ui)

Conforming to IEC/EN 60947

V

250 (IEC), 300 (UL, CSA)

Rated impulse withstand voltage (Ump)

kV

3.6 (1.2/50

μs)

Dielectric strength
(rms voltage)

Between coil and contact

a V

2500

Between poles

a V

2500

Between contacts

a V

1500

Contact characteristics

Relay type

RUM F2ppp

RUM F3ppp

RUM C2ppp

RUM C3App

RUM C3Gpp

Number and type of contacts

2 C/O

3 C/O

2 C/O

3 C/O

3 C/O

Contact materials

.

AgNi

AgAu

Conventional thermal
current (Ith)

For ambient
temperature y 55°C

A

10

3

Rated operational current
in utilisation categories
AC-1 and DC-1

Conforming to IEC

N/O

A

10

2

N/C

A

5

1

Conforming to UL

A

16 / a 277 V
12 / c 28 V

3

Switchable current

Minimum

mA

10

3

Switching voltage

Maximal

V

a/c 250 (IEC)

Minimal

V

17

5

Rated load (resistive)

A

10 / 250 a V

3 / 250 a V

A

10 / 28 c V

3 / 28 c V

Switching capacity

Maximal

a

VA

2500

750

c

W

280

84

Minimal

mW

170

15

Maximum operating rate
In operating cycles/hour

No-load

36 000

Under load

3600

Utilisation coefficient

20 %

Mechanical durability

In millions of operating cycles

5

Electrical durability
In millions of operating
cycles

Resistive load

0.1

Inductive load

See curves below

Electrical durability of contacts
Resistive load a

Reduction coefficient for inductive load a
(depending on power factor cos

ϕ)

Maximum switching capacity on resistive load

c

A

RUM Fppppp, RUM C2ppp, RUM C3Appp

B

RUM C3Gppp

Durability (inductive load) = durability (resistive load) x reduction coefficient.

10

5

10

6

10

7

2

3

0

1

A

B

D

u

ra

bi

lity

(

N

um

ber

of oper

ati

n

g

c

y

c

les

)

Switching capacity (kVA)

0,3

0,5

0,6

10,8

0,4

0,2

0,4

0,6

0,8

1

cos

ϕ

R

e

duc

ti

on c

oeffi

c

ient

(

A

)

0,1

1

200

250

0

50

100

150

10

3

B

A

28

C

u

rr

ent

c

Voltage c

References:
pages 6/19 and 6/20

Dimensions:
pages 6/21 and 6/22

Schemes:
page 6/22

6/18

6

Characteristics

(continued)

6

Zelio Relay - plug-in relays

6

RUM universal relays

Coil characteristics

Average consumption

a

VA

2...3

c

W

1.4

Drop-out voltage threshold

a

u 0.15 Uc

c

u 0.1 Uc

Operating time
(response time)

Between coil
energisation and
making of the
On-delay contact

a

ms

20

c

ms

20

Between coil
de-energisation
and making of the
Off-delay contact

a

ms

20

c

ms

20

Control circuit voltage Uc

V

12

24

48

60

110

120

125

220

230

Relay control voltage codes

JD

BD

ED

ND

FD

–

GD

MD

–

DC

Average resistance
at 20 °C ± 10%

Ω

120

470

1800

2790

10 000

–

10 000

3700

–

Operating voltage
limits

Min.

V

9.6

19.2

38.4

48

88

–

100

176

–

Max.

V

13.2

26.4

52.8

66

121

–

137.5

242

–

Relay control voltage codes

–

B7

E7

–

–

F7

–

–

P7

AC

Average resistance
at 20 °C ± 15%

Ω

–

72

290

–

–

1700

–

–

7200

Operating voltage
limits

Min.

V

–

19.2

38.4

–

–

96

–

–

184

Max.

V

–

26.4

52.8

–

–

132

–

–

253

Socket characteristics

Socket type

RUZ C2M

RUZ C3M

RUZ SC2M

RUZ SC3M

RUZ SF3M

Relay types used

RUM C2ppppp

RUM C3ppppp

RUM C2ppppp

RUM C3ppppp

RUM Fppppp

Product certifications

UL, CSA

Conventional thermal current (Ith)

A

12

Degree of protection

Conforming to IEC/EN 60529

IP 20

Connection

Solid cable without cable end

mm

2

1 conductor: 0.5…2.5 mm

2

(AWG 20…AWG 14)

2 conductors: 0.5…1.5 mm

2

(AWG 20…AWG 16)

Flexible cable with cable end

mm

2

1 conductor: 0.2…1.5 mm

2

(AWG 24…AWG 16)

2 conductors: 0.2…0,75 mm

2

(AWG 24…AWG 18)

Maximum tightening torque

Nm

0.6 (M3 screw)

Contact terminal arrangement

Mixed

Separate

Bus jumper
Ith: 5 A

No

Yes

Presentation:
page 6/16

References:
pages 6/19 and 6/20

Dimensions:
pages 6/21 and 6/22

Schemes:
page 6/22

6/19

6

References

6

Zelio Relay - plug-in relays

6

RUM universal relays

References

Relays for standard applications, without LED

(sold in lots of 10)

Pins

Control
circuit voltage

Number and type of contacts - Thermal current (Ith)

2 C/O -10 A

3 C/O -10 A

Unit
reference

Weight

Unit
reference

Weight

V

kg

kg

Cylindrical

c 12

RUM C2AB1JD

0.084

RUM C3AB1JD

0.088

c 24

RUM C2AB1BD

0.084

RUM C3AB1BD

0.088

c 48

RUM C2AB1ED

0.084

RUM C3AB1ED

0.088

c 60

–

–

RUM C3AB1ND

0.088

c 110

RUM C2AB1FD

0.084

RUM C3AB1FD

0.088

c 125

–

–

RUM C3AB1GD

0.088

c 220

–

–

RUM C3AB1MD

0.088

a 24

RUM C2AB1B7

0.084

RUM C3AB1B7

0.088

a 48

RUM C2AB1E7

0.084

RUM C3AB1E7

0.088

a 120

RUM C2AB1F7

0.084

RUM C3AB1F7

0.088

a 230

RUM C2AB1P7

0.084

RUM C3AB1P7

0.088

Flat (Faston type)

c 12

RUM F2AB1JD

0.080

RUM F3AB1JD

0.084

c 24

RUM F2AB1BD

0.080

RUM F3AB1BD

0.084

c 48

RUM F2AB1ED

0.080

RUM F3AB1ED

0.084

c 110

RUM F2AB1FD

0.080

RUM F3AB1FD

0.084

a 24

RUM F2AB1B7

0.080

RUM F3AB1B7

0.084

a 48

RUM F2AB1E7

0.080

RUM F3AB1E7

0.084

a 120

RUM F2AB1F7

0.080

RUM F3AB1F7

0.084

a 230

RUM F2AB1P7

0.080

RUM F3AB1P7

0.084

Relays for standard applications, with LED

(sold in lots of 10)

Cylindrical

c 12

RUM C2AB2JD

0.084

RUM C3AB2JD

0.088

c 24

RUM C2AB2BD

0.084

RUM C3AB2BD

0.088

c 48

RUM C2AB2ED

0.084

RUM C3AB2ED

0.088

c 60

–

–

RUM C3AB2ND

0.088

c 110

RUM C2AB2FD

0.084

RUM C3AB2FD

0.088

c 125

–

–

RUM C3AB2GD

0.088

a 24

RUM C2AB2B7

0.084

RUM C3AB2B7

0.088

a 48

RUM C2AB2E7

0.084

RUM C3AB2E7

0.088

a 120

RUM C2AB2F7

0.084

RUM C3AB2F7

0.088

a 230

RUM C2AB2P7

0.084

RUM C3AB2P7

0.088

Flat (Faston type)

c 12

RUM F2AB2JD

0.084

RUM F3AB2JD

0.086

c 24

RUM F2AB2BD

0.084

RUM F3AB2BD

0.086

c 48

RUM F2AB2ED

0.084

RUM F3AB2ED

0.086

c 110

RUM F2AB2FD

0.084

RUM F3AB2FD

0.086

a 24

RUM F2AB2B7

0.084

RUM F3AB2B7

0.086

a 48

RUM F2AB2E7

0.084

RUM F3AB2E7

0.086

a 120

RUM F2AB2F7

0.084

RUM F3AB2F7

0.086

a 230

RUM F2AB2P7

0.084

RUM F3AB2P7

0.086

Relays with low level contacts, with LED

(sold in lots of 10)

Pins

Control
circuit voltage

Number and type of contacts
Thermal current (Ith)

3 C/O - 3 A

Unit
reference

Weight

V

kg

Cylindrical

c 24

RUM C3GB2BD

0.086

c 48

RUM C3GB2ED

0.086

a 24

RUM C3GB2B7

0.086

a 48

RUM C3GB2E7

0.086

a 120

RUM C3GB2F7

0.086

a 230

RUM C3GB2P7

0.086

RUM

pp

AB2B7

53

5199

RUM

pp

AB2F7

53

520

0

Presentation:
page 6/16

Characteristics:
pages 6/17 and 6/18

Dimensions:
pages 6/21 and 6/22

Schemes:
page 6/22

6/20

6

References

(continued)

,

substitution table

6

Zelio Relay - plug-in relays

6

RUM universal relays

References

(continued)

Sockets

Contact terminal
arrangement

Connection

Relay type

Sold in
lots of

Unit
reference

Weight

kg

Mixed

Connector

RUM C2ppppp

10

RUZ C2M

0.054

RUM C3ppppp

10

RUZ C3M

0.054

Separate

Connector

RUM C2ppppp

10

RUZ SC2M

0.095

RUM C3ppppp

10

RUZ SC3M

0.100

RUM F2pppp

10

RUZ SF3M

0.095

RUM F3pppp

Protection modules

Description

For
use with

Voltage

Sold in
lots of

Unit
reference

Weight

V

kg

Diode

All sockets

c 6…250

10

RUW 240BD

0.004

RC circuit

All sockets

a 110…240

10

RUW 241P7

0.004

Varistor

All sockets

a/c 24

10

RUW 242B7

0.004

a/c 240

10

RUW 242P7

0.004

Timer module

Description

For
use with

Voltage

Reference

Weight

V

kg

Multifunction

All sockets

a/c 24…240

RUW 101MW

0.020

Timing relays

Description

For
use with

Reference

Weight

kg

2 timed C/O contacts
(single-function or multifunction)

On sockets RUZ CpM

RE 48A pp (1)

–

Accessories

Description

For
use with

Sold in
lots of

Unit
reference

Weight

kg

Metal maintaining clamp

All sockets

10

RUZ C200

0.001

Bus jumper, 2-pole
(Ith : 5 A)

All sockets with separate contacts

10

RUZ S2

0.005

Clip-in legends

All relays
(sheet of 108 legends)

10

RXZ L520

0.080

All sockets with separate contacts

10

RUZ L420

0.001

(1) Please consult the "Zelio Time timing relays" catalogue.

Substitution table

Old range

New range

RUN

RUM

Universal relays

RUN 21C2ppp

RUM F2ABppp

RUN 31C2ppp

RUM F3ABppp

RUN 21D2ppp

RUM C2ABppp

RUN 31A2ppp

RUM C3ABppp

RUN 33A22pp

RUM C3GB2pp

Sockets

RUZ pA

RUZ C3M

RUZ pD

RUZ C2M

RUZ 1C

RUZ SF3M

Protection modules

RUW 030BD

RUW 240BD (2)

RUW 04ppp

RUW 24ppp (2)

Accessories

RUZ 2p0

RUZ C200

(2)

d

Protection module without DEL.

53

5199

RUZ C3M + relay
RUM C3

ppppp

RUW 241P7

53

5202

RUW 101MW

535

219

RUZ C200

536

485

RUZ S2

53

5203

Presentation:
page 6/16

Characteristics:
pages 6/17 and 6/18

Dimensions:
pages 6/21 and 6/22

Schemes:
page 6/22

6/21

6

Dimensions

6

Zelio Relay - plug-in relays

6

RUM universal relays

Dimensions

Universal relays

RUM Cpp

RUM Fpp

Sockets

Common side view

RUZ C2M

RUZ C3M

RUZ SC2M

RUZ SC3M

(1) Relay
(2) Protection module
(3) Maintaining clamp
(4) 2 bus jumpers

55

34

34

6

34

34

53

6

75

27

22

63

89

93

(1)

(3)

(2)

38

37

30

24

6

2

7

A2

7

A1

2

11

1

21

8

A2

7

INPUT A2

INPUT A1

22

5

12

4

1

4

2

3

8

5

7

6

14

3

2xØ3,1

38

37

30

A2

10

A2

10

31

11

21

6

11

1

A1

2

34

9

32

8

24

7

22

5

14

3

12

4

2

10

1

6

2

5

3

4

11

10

7

9

8

INPUT A2

INPUT A1

2xØ3,1

36

75

102

105

29

92

4

40

30

19

45

22

5

11

1

12

4

24

6

1

4

2

3

8

5

7

6

A2

7

A1
2

21

8

14

3

Ø 4

(4)

(1)

(3)

(2)

36

75

102

105

29

92

4

40

32

63

31
11

21

6

11

1

32

8

22

5

12

4

34

9

2

1

5

3

4

11

7 6

10

9

8

A2
10

A1
2

24

7

14

3

Ø 4

(1)

(3)

(2)

19

(4)

Presentation:
page 6/16

Characteristics:
pages 6/17 and 6/18

References:
pages 6/19 and 6/20

Schemes:
page 6/22

6/22

6

Dimensions

(continued)

schemes

6

Zelio Relay - plug-in relays

6

RUM universal relays

Dimensions

(continued)

Sockets

(continued)

RUZ SF3M

(1) Relay
(2) Protection module
(3) Maintaining clamp
(4) 2 bus jumpers

Metal maintaining clamps and plastic legends

Bus jumper

RUZ C200

Mounting

RUZ S2

Mounting on sockets with separate contacts
(view from below)

Example of bus jumper mounting on sockets

RUZ L420

(1) 2 bus jumpers (polarity A2)
(2) 2 bus jumpers (polarity A1)

Schemes

Universal relays

RUM p2ABppp

RUM C3ppppp

RUM F3ABppp

RUM C2ABppp

RUM F2ABppp

RUM C3ppppp

RUM F3ABppp

Symbols shown in blue correspond to Nema marking.

36

104

29

46

27

92

4

63

21

9

31

8

11

7

22

3

32

2

12

1

24

6

A2

B

A1
A

34

5

14

4

(1)

(3)

(2)

(4)

0,8

59,6

35

108

3,3

8,5

35,4

32

2,3

(2)

(2)

(1)

(1)

12

14,2

32

12

11

14

22

21

24

A2

A1

12

11

14

22

21

24

32

31

34

A2

A1

12

11

14

22

21

24

32

31

34

A2

A1

3

7

1

8

6

2

4

5

A1

A2

21

11

14

24

22

12

+

1

12

4

14

7

11

3

22

6

24

9

21

A

A1

B

A2

(+)

( )

4

3

9

2

1

11

10

8

5

6

7

A1

A2

14

34

31

11

12

32

22

24

21

+

(+)

1

12

4

14

7

11

2

32

5

34

8

31

3

22

6

24

9

21

A

A1

B

A2

( )

Presentation:
page 6/16

Characteristics:
pages 6/17 and 6/18

References:
pages 6/19 and 6/20

6/23

6

Setting-up

6

Zelio Relay - plug-in relays

6

RUM universal relays

Multifunction timer module RUW 101MW

Programming

Timing range selection

Function selection

Selection

Function

Control

Function diagram

Control scheme

On-delay timer
E

Series control

Monostable with
maintained control
Wu

Series control

Flashing relay,
starting On-delay phase
Bi

Series control

Flashing relay,
starting Off-delay phase
Bp

Series control

Off-delay timer
R

Control by external contact
(S)

Monostable
with pulse control
Ws

Control by external contact
(S)

Monostable, starting
on de-energisation
Wa

Control by external contact
(S)

On-delay timer
Es

Control by external contact
(S)

Power off

Contact open

U: voltage

S: external control

Power on

Contact closed

R: relay RUM ppp

t: adjustable time delay

Function
selection

Timing range
selection

0.1…1 s

0.1…10 s

0.1…1 min

1…10 min

0.1…1 h

1…10 h

0.1…1 day

1…10 days

t

U

.1/.4
.1/.2

A1

A2

U

R

U

.1/.4
.1/.2

t

U

.1/.4
.1/.2

t t

U

.1/.4
.1/.2

t t

S

U

.1/.4
.1/.2

t

B1

A1

A2

U

R

S

S

U

.1/.4
.1/.2

t

S

U

.1/.4
.1/.2

t

S

U

.1/.4
.1/.2

t

Presentation:
page 6/16

Characteristics:
pages 6/17 and 6/18

References:
pages 6/19 and 6/20

Dimensions:
pages 6/21 and 6/22

6/24

6

Presentation

6

Zelio Relay - plug-in relays

6

RPM power relays

Presentation of the range

The RPM power relay range comprises:

1

15 A relays with 1, 2, 3 and 4 C/O contacts.

2

Sockets with mixed contact terminals.

3

Protection modules (diode, RC circuit or varistor) or 1 timer module. All these
modules are common to all the sockets except for the timer module, which can
only be used on the 3-pole or 4-pole sockets.

A metal maintaining clamp for 1 contact relays.

Relay description

1

Spring return pushbutton for testing the contacts (green: c, red: a).

2

Mechanical “relay status” indicator.

3

Removable lock-down door enabling forced maintaining of the contacts for test or
maintenance purposes. During operation, this lock-down door must always be in
the closed position.

4

LED (depending on version) indicating the relay status.

5

Removable legend for relay identification.

6

Four notches for rail mounting adapter or panel mounting adapter with fixing lugs.

7

Five, eight, eleven or fourteen Faston type pins.

8

Area by which the product can be easily gripped.

9

Mounting adapter enabling direct mounting of the relay on a panel.

10

Mounting adapter enabling direct mounting of the relay on a 5 rail.

Socket description

Sockets with mixed contact terminals (1)

1

Connection by screw clamp terminals.

2

Five, eight, eleven or fourteen female contacts for the relay pins.

3

Location for protection modules or the timer module.

4

Locating slot for mounting on 5 rail with fixing clip.

5

Two or four fixing holes for panel mounting.

(1) The inputs are mixed with the relay’s supply terminals, with the outputs being located on the

opposite side of the socket.

5

231

44

2

1

3

5231

45

2

7

3

5

6

8

4

1

5

231

56

9

5

231

57

9

5

231

58

10

5

2314

6

1

5

2

3

Outputs

4

Inputs

Supply
relay

References:
pages 6/27 and 6/28

Dimensions:
pages 6/29 and 6/30

Schemes:
page 6/31

6/25

6

Characteristics

6

Zelio Relay - plug-in relays

6

RPM power relays

General characteristics

Conforming to standards

IEC/EN 61810-1 (iss. 2), UL 508, CSA C22-2 n° 14

Product certifications

UL, CSA

Ambient air temperature
around the device

Storage

°C

- 40… + 85

Operation

°C

- 40… + 55

Vibration resistance

Conforming to IEC/EN 60068-2-6

6 gn (10...50 Hz)

Degree of protection

Conforming to IEC/EN 60529

IP 40

Shock resistance
conforming to IEC/EN 60068-2-27

Opening

10 gn

Closing

10 gn

Protection category

RT I

Mounting position

Any

Insulation characteristics

Rated insulation voltage (Ui)

Conforming to IEC/EN 60947

V

250 (IEC), 300 (UL, CSA)

Rated impulse withstand voltage (Uimp)

kV

3.6 (1.2/50

μs)

Dielectric strength
(rms voltage)

Between coil and contact

a V

2500

Between poles

a V

2500

Between contacts

a V

1500

Contact characteristics

Relay type

RPM 1ppp

RPM 2ppp

RPM 3ppp

RPM 4ppp

Number and type of contacts

1 C/O

2 C/O

3 C/O

4 C/O

Contact materials

AgNi

Conventional thermal current
(Ith)

For ambient
temperature y 55 °C

A

15

Rated operational current
in utilisation categories
AC-1 and DC-1

Conforming to IEC

N/O

A

15

N/C

A

7.5

Conforming to UL

A

15

Switchable current

Minimum

mA

10

Switching voltage

Maximum

V

a/c 250 (IEC)

Minimum

V

17

Rated load (resistive)

A

15 / 250 a V

A

15 / 28 c V

Switching capacity

Maximum

a

VA

3750

c

W

420

Minimum

mW

170

Maximum operating rate
In operating cycles/hour

No-load

18 000

Under load

1200

Utilisation coefficient

20 %

Mechanical durability

In millions of
operating cycles

10

Electrical durability
In millions of operating
cycles

Resistive load

0.1

0.06

Inductive load

See curves below

Electrical durability of contacts
Resistive load a

Reduction coefficient for inductive load a
(depending on power factor cos

ϕ)

Maximum switching capacity on resistive load

c

Durability (inductive load) = durability (resistive load) x reduction coefficient.

105

2

0

1

4

3

3,75

106

107

D

u

ra

bi

lity

(

N

um

ber

of oper

ati

n

g

c

y

c

les

)

Switching capacity (kVA)

0,3

0,5

0,6

10,8

0,4

0,2

0,4

0,6

0,8

1

cos

ϕ

R

e

duc

ti

on c

oeffi

c

ient

(

A

)

0,1

1

200

250

0

50

100

150

10

15

28

C

u

rr

ent

c

Voltage c

References:
pages 6/27 and 6/28

Dimensions:
pages 6/29 and 6/30

Schemes:
page 6/31

6/26

6

Characteristics

(continued)

6

Zelio Relay - plug-in relays

6

RPM power relays

Coil characteristics

Relay type

RPM 1ppp

RPM 2ppp

RPM 3ppp

RPM 4ppp

Average consumption

a

VA

0.9

1.2

1.5

1.5

c

W

0.7

0.9

1.7

2

Drop-out voltage threshold

a

u 0.15 Uc

c

u 0.1 Uc

Operating time
(response time)

Between coil
energisation and
making of the
On-delay contact

a

ms

20

25

25

20

c

ms

20

25

25

20

Between coil
de-energisation
and making of the
Off-delay contact

a

ms

20

c

ms

20

Control circuit voltage Uc

V

12

24

48

110

120

230

Relay control voltage codes

JD

BD

ED

FD

–

–

DC

Average resistance
at 20 °C ± 10%

RPM 1ppp

Ω

180

750

2600

13 100

–

–

RPM 2ppp

Ω

160

650

2600

11 000

–

–

RPM 3ppp

Ω

100

400

2600

8600

–

–

RPM 4ppp

Ω

96

388

1550

7340

–

–

Operating voltage
limits

Min.

V

9.6

19.2

38.4

88

–

–

Max.

V

13.2

26.4

52.8

121

–

–

Relay control voltage codes

–

B7

E7

–

F7

P7

AC

Average resistance
at 20 °C ± 15%

RPM 1ppp

Ω

–

160

720

–

4430

15 720

RPM 2ppp

Ω

–

180

770

–

4430

15 000

RPM 3ppp

Ω

–

103

770

–

2770

12 000

RPM 4ppp

Ω

–

84.3

338

–

2220

9120

Operating voltage
limits

Min.

V

–

19.2

38.4

–

96

184

Max.

V

–

26.4

52.8

–

132

253

Socket characteristics

Socket type

RPZ F1

RPZ F2

RPZ F3

RPZ F4

Relay types used

RPM 1ppp

RPM 2ppp

RPM 3ppp

RPM 4ppp

Protection module types used

RXM 02ppp
RXM 04ppp

RXM 02ppp
RXM 04ppp

RUW 24ppp

RUW 24ppp

Product certifications

UL, CSA

Conventional thermal current (Ith)

A

16

Degree of protection

Conforming to IEC/EN 60529

IP 20

Connection

Solid cable without cable end

mm

2

1 conductor: 0.5…4 mm

2

(AWG 20…AWG 12)

2 conductors: 0.5…2.5 mm

2

(AWG 20…AWG 14)

Flexible cable with cable end

mm

2

1 conductor: 0.2…2.5 mm

2

(AWG 24…AWG 14)

2 conductors: 0.2…1.5 mm

2

(AWG 24…AWG 16)

Maximum tightening torque

Nm

0.8 (M3.5 screw)

Contact terminal arrangement

Mixed

Presentation:
page 6/24

References:
pages 6/27 and 6/28

Dimensions:
pages 6/29 and 6/30

Schemes:
page 6/31

6/27

6

References

6

Zelio Relay - plug-in relays

6

RPM power relays

Power relays without LED

(sold in lots of 10)

Control circuit voltage

Number and type of contacts - Thermal current (Ith)

1 C/O - 15 A

2 C/O - 15 A

3 C/O - 15 A

4 C/O - 15 A

Unit
reference

Weight

Unit
reference

Weight

Unit
reference

Weight

Unit
reference

Weigh

t

V

kg

kg

kg

kg

c 12

RPM 11JD

0.024

RPM 21JD

0.036

RPM 31JD

0.054

RPM 41JD

0.068

c 24

RPM 11BD

0.024

RPM 21BD

0.036

RPM 31BD

0.054

RPM 41BD

0.068

c 48

RPM 11ED

0.024

RPM 21ED

0.036

RPM 31ED

0.054

RPM 41ED

0.068

c 110

RPM 11FD

0.024

RPM 21FD

0.036

RPM 31FD

0.054

RPM 41FD

0.068

a 24

RPM 11B7

0.024

RPM 21B7

0.036

RPM 31B7

0.054

RPM 41B7

0.068

a 48

RPM 11E7

0.024

RPM 21E7

0.036

RPM 31E7

0.054

RPM 41E7

0.068

a 120

RPM 11F7

0.024

RPM 21F7

0.036

RPM 31F7

0.054

RPM 41F7

0.068

a 230

RPM 11P7

0.024

RPM 21P7

0.036

RPM 31P7

0.054

RPM 41P7

0.068

Power relays with LED

(sold in lots of 10)

c 12

RPM 12JD

0.024

RPM 22JD

0.036

RPM 32JD

0.054

RPM 42JD

0.068

c 24

RPM 12BD

0.024

RPM 22BD

0.036

RPM 32BD

0.054

RPM 42BD

0.068

c 48

RPM 12ED

0.024

RPM 22ED

0.036

RPM 32ED

0.054

RPM 42ED

0.068

c 110

RPM 12FD

0.024

RPM 22FD

0.036

RPM 32FD

0.054

RPM 42FD

0.068

a 24

RPM 12B7

0.024

RPM 22B7

0.036

RPM 32B7

0.054

RPM 42B7

0.068

a 48

RPM 12E7

0.024

RPM 22E7

0.036

RPM 32E7

0.054

RPM 42E7

0.068

a 120

RPM 12F7

0.024

RPM 22F7

0.036

RPM 32F7

0.054

RPM 42F7

0.068

a 230

RPM 12P7

0.024

RPM 22P7

0.036

RPM 32P7

0.054

RPM 42P7

0.068

RPM 22F7

53

5205

RPM 32F7

5352

05

Presentation:
page 6/24

Characteristics:
pages 6/25 and 6/26

Dimensions:
pages 6/29 and 6/30

Schemes:
page 6/31

6/28

6

References

(continued)

6

Zelio Relay - plug-in relays

6

RPM power relays

Sockets

Contact terminal
arrangement

Connection

Relay type

Sold in
lots of

Unit
reference

Weight

kg

Mixed

Screw clamp
terminals

RPM 1ppp

10

RPZ F1

0.042

RPM 2ppp

10

RPZ F2

0.054

RPM 3ppp

10

RPZ F3

0.072

RPM 4ppp

10

RPZ F4

0.094

Protection modules

Description

Voltage

Socket
type

Sold in
lots of

Unit
reference

Weight

V

kg

Diode

c 6...250

RPZ F1
RPZ F2

20

RXM 040W

0.003

RPZ F3
RPZ F4

10

RUW 240BD

0.004

RC circuit

a 24...60

RPZ F1
RPZ F2

20

RXM 041BN7

0,010

RPZ F3
RPZ F4

10

RUW 241BM7

0,004

a 110...240

RPZ F1
RPZ F2

20

RXM 041FU7

0,010

RPZ F3
RPZ F4

10

RUW 241P7

0,004

Varistor

a/c 6..0.24

RPZ F1
RPZ F2

20

RXM 021RB

0.030

a/c 24...60

RPZ F1
RPZ F2

20

RXM 021BN

0.030

a/c 110...240

RPZ F1
RPZ F2

20

RXM 021FP

0.030

Timer module (1)

Description

Voltage

Socket
type

Reference

Weight

V

kg

Multifunction

a/c 24…240

RPZ F3
RPZ F4

RUW 101MW

0.020

Accessories

Description

For
use with

Sold in
lots of

Unit
reference

Weight

kg

Metal maintaining clamp
(for single-pole relays)

RPZ F1

20

RPZ R235

0.001

Mounting adapters for 5 rail (2)

RPM 1ppp

20

RPZ 1DA

0.004

RPM 2ppp

20

RXZ E2DA

0.004

RPM 3ppp

20

RPZ 3DA

0.004

RPM 4ppp

20

RPZ 4DA

0.006

Mounting adapters with fixing lugs for panel

RPM 1ppp

20

RPZ 1FA

0.002

RPM 2ppp

20

RXZ E2FA

0.002

RPM 3ppp

20

RPZ 3FA

0.003

RPM 4ppp

20

RPZ 4FA

0.004

Clip-in legends
(sheet of 108 legends)

All relays

10

RXZ L520

0.080

(1) See timer module description (selection of functions and time delays) on page 6/23
(2) Test button becomes inaccessible

RPZ F2 + relay RPM 22F7

5

352

06

RXM

p

41

ppp

53

5207

RPZ 1DA

53

5208

RPZ 3FA

535

209

Presentation:
page 6/24

Characteristics:
pages 6/25 and 6/26

Dimensions:
pages 6/29 and 6/30

Schemes:
page 6/31

6/29

6

Dimensions

6

Zelio Relay - plug-in relays

6

RPM power relays

Dimensions

Power relays

RPM 1

Common side view

RPM 2

RPM 3

RPM 4

Sockets

RPZ F1

RPZ F2

Common side view

RPZ F3

RPZ F4

7

6

2

14

41

27

4,5

6,5

6

5

3,5

2,5

2,5

7

39

7

6,5

6

5

4

4,5

27

21

10

15

4,5 4,5

31

27

10

10

4,5 4,5 4,5

40

10

10

10

27

4,5 4,5 4,5 4,5

14

5

12

1

A2

14

A1

13

11

9

31

19

17

21

4

71

80

40

80

4

40

44

8

14

5

42

4

12

1

A2
14

A1
13

41

12

11

9

30

26

19

30

40

40

4

19

8

76

80

68

4

Ø4,5 x 6

30

76

80

4

19

8

28

40

37

40

40

68

4

44

8

24

6

14

5

42

4

A2

14

A1

13

41

12

21

10

11

9

22

2

12

1

Ø4,5 x 6

36

46

50

40

40

68

4

14

5

24

6

34

7

44

8

A2

14

A1

13

41

12

31

11

21

10

11

9

12

1

22

2

32

3

42

4

Ø4,5 x 6

Presentation:
page 6/24

Characteristics:
pages 6/25 and 6/26

References:
pages 6/27 and 6/28

Schemes:
page 6/31

6/30

6

Dimensions

(continued)

6

Zelio Relay - plug-in relays

6

RPM power relays

Dimensions

(continued)

Mounting adapters for 5 rail

RPZ 1DA

RXZ E2DA

RPZ 3DA

RPZ 4DA

Mounting adapters with fixing lugs for panel

RPZ 1FA

RXZ E2FA

RPZ 3FA

RPZ 4FA

Mounting

Mounting adapters for 5 rail (1)

Mounting adapters with fixing lugs for panel

(1) Test button becomes inaccessible

23

24

49,5

2,5

38

4

24

23

48

3

34

23

50

2,5

44

20

50

2,5

38

43

3,5

5

16,5

16

38

3,5

4

19

43

24

38

19

3,5

4

43

34

16

3,5

4

38

43

44

Presentation:
page 6/24

Characteristics:
pages 6/25 and 6/26

References:
pages 6/27 and 6/28

Schemes:
page 6/31

6/31

6

Schemes

6

Zelio Relay - plug-in relays

6

RPM power relays

Schemes

Power relays

RPM 1ppp

RPM 2ppp

RPM 3ppp

RPM 4ppp

Symbols shown in blue correspond to Nema marking.

1

12

5

14

9

11

13

A1

14

A2

(

+

)

( )

A2

A1

11

14

12

1

12

3

14

5

11

2

22

4

24

6

21

7

A1

8

A2

(

+

)

( )

A2

A1

21

24

22

11

14

12

1

12

5

14

9

11

2

22

6

24

10

21

4

42

8

44

12

41

13

A1

14

A2

(

+

)

( )

A2

A1

21

24

22

41

44

42

11

14

12

(

+

)

1

12

5

14

9

11

2

22

6

24

10

21

3

32

7

34

11

31

4

42

8

44

12

41

13

A1

14

A2

( )

A2

A1

21

24

22

31

34

32

41

44

42

11

14

12

Presentation:
page 6/24

Characteristics:
pages 6/25 and 6/26

References:
pages 6/27 and 6/28

Dimensions:
pages 6/29 and 6/30

6/32

6

Presentation,
characteristics

6

Zelio Relay - plug-in relays

6

RPF power relays

With clamp fixing

RPF power relays with 2 C/O or 2 N/O contacts comprise:

1

Four or six Faston type pins.

2

Two relay supply pins.

3

A locating slot for mounting on 5 rail.

4

Two fixing holes for panel mounting.

Presentation of the range

5

3521

0

4

1

3

2

General characteristics

Conforming to standards

IEC/EN 61810-1 (iss. 2), UL 508, CSA C22-2 n°14

Product certifications

UL, CSA

Ambient air temperature
around the device

Storage

°C

- 40...+ 85

Operation

°C

- 40...+ 55

Vibration resistance

Conforming to IEC 60068-2-6

>10 gn (10...55 Hz)

Degree of protection

Conforming to IEC/EN 60529

IP 40

Shock resistance
conforming to IEC/EN 60068-2-27

Opening

10 gn

Closing

10 gn

Protection category

RT IV

Mounting position

Any

Insulation characteristics

Rated insulation voltage (Ui)

Conforming to IEC/EN 60947

V

250

Rated impulse withstand voltage (Uimp)

kV

3.6 (1.2/50

μs)

Dielectric strength
(rms voltage)

Between coil and contact

a V

2500

Between poles

a V

2500

Between contacts

a V

1500

References:
page 6/34

Dimensions, schemes:
page 6/35

6/33

6

Characteristics

(continued)

6

Zelio Relay - plug-in relays

6

RPF power relays

With clamp fixing

Contact characteristics

Relay type

RPF 2App

RPF 2Bpp

Number and type of contacts

2 N/O

2 C/O

Contact materials

AgSnO

2

Conventional thermal
current (Ith)

For ambient
temperature y 40°C

A

30 (when mounted with 13 mm gap between two relays)
25 (when mounted side by side without a gap)

Rated operational current
in utilisation categories
AC-1 and DC-1

Conforming to IEC

N/O

A

30

N/C

A

3

Conforming to UL

A

30

Switching current

Minimum

mA

10

Switching voltage

Maximum

V

a/c 250 (IEC)

Minimum

V

17

Rated load (resistive)

30 A / 250 aV - 30 A /28 cV (when mounted with 13 mm gap between two relays)

25 A / 250 aV - 25 A /28 cV (when mounted side by side without a gap)

Switching capacity

Maximum

7500 aVA / 840 W (when mounted with 13 mm gap between two relays)

6250 aVA / 700 W (when mounted side by side without a gap)

Minimum

mW

170

Maximum operating rate
In operating cycles/hour

No-load

18 000

Under load

1200

Utilisation coefficient

10 %

Mechanical durability

In millions of operating cycles

5

Electrical durability
In millions of operating
cycles

Resistive load

0.05 (N/O contact only)

Inductive load

See curves below

Electrical durability of contacts
Resistive load a

Reduction coefficient for inductive load a
(depending on power factor cos

ϕ)

Maximum switching capacity on resistive load

c

Durability (inductive load) = durability (resistive load) x reduction coefficient.

A

RPF 2ppp: 30 A

B

RPF 2ppp: 25 A

Coil characteristics

Average consumption

a

VA

4

c

W

1.7

Drop-out voltage threshold

a

u 0.15 Uc

c

u 0.1 Uc

Operating time
(response time)

Between coil
energisation and
making of the
On-delay contact

a

ms

20

c

ms

20

Between coil
de-energisation
and making of the
Off-delay contact

a

ms

20

c

ms

20

Control circuit voltage Uc

V

12

24

110

120

230

Relay control voltage codes

JD

BD

FD

–

–

DC

Average resistance
at 20 °C ± 10%

Ω

86

350

7255

–

–

Operating voltage
limits

Min.

V

9.6

19.2

88

–

–

Max.

V

13.2

26.4

121

–

–

Relay control voltage codes

–

B7

–

F7

P7

AC

Average resistance
at 20 °C ± 15%

Ω

–

250

–

1600

6500

Operating voltage
limits

Min.

V

–

19.2

–

96

184

Max.

V

–

26.4

–

132

253

104

2

0

1

4

3

5

6

7

8

107

105

106

D

u

rabi

lity

(

N

umber

of op

er

at

ing c

y

c

les

)

Switching capacity (kVA)

0,3

0,5

0,6

10,8

0,4

0,2

0,4

0,6

0,8

1

cos

ϕ

R

educ

ti

o

n

c

oeff

ic

ient (

A

)

0,1

1

200

250

0

50

28

100

150

10

B

A

C

u

rr

ent

c

Voltage c

References:
page 6/34

Dimensions, schemes:
page 6/35

6/34

6

References

6

Zelio Relay - plug-in relays

6

RPF power relays

With clamp fixing

Power relays

(sold in lots of 10)

Control
circuit voltage

Number and type of contacts - Thermal current (Ith)

2 N/O - 30 A (1)

2 C/O - 30 A (1)

Unit
reference

Unit
reference

Weight

V

kg

c 12

RPF 2AJD

RPF 2BJD

0.086

c 24

RPF 2ABD

RPF 2BBD

0.086

c 110

RPF 2AFD

RPF 2BFD

0.086

a 24

RPF 2AB7

RPF 2BB7

0.086

a 120

RPF 2AF7

RPF 2BF7

0.086

a 230

RPF 2AP7

RPF 2BP7

0.086

(1) 30 A when mounted with 13 mm gap between two relays and 25 A when mounted side by side

without a gap.

RPF 2B

pp

Characteristics:
pages 6/32 and 6/33

Dimensions, schemes:
page 6/35

6/35

6

Dimensions,
schemes

6

Zelio Relay - plug-in relays

6

RPF power relays

With clamp fixing

Dimensions

Power relays

RPF 2App, RPF 2Bpp

Schemes

Power relays

RPF 2App

RPF 2Bpp

Symbols shown in blue correspond to Nema marking.

42

15

8

6

30

69

12

42

34

=

=

26

16

4,5

Ø 2 x 4,5

60

6

14

8

11

2

24

4

21

1

A1

0

A2

6

14

8

11

7

12

2

24

4

21

3

22

1

A1

0

A2

Characteristics:
pages 6/32 and 6/33

References:
page 6/34

6/36

6

Technical presentation

6

Zelio Relay - plug-in relays

6

Relays

Contact types

Symbol

Configuration

EU

USA

Make contact
(Normally Open)

NO

SPST-NO
DPST-NO
nPST-NO (1)

Break contact
(Normally Closed)

NC

SPST-NC
DPST-NC
nPST-NC (1)

Changeover Contact

CO

SPDT
DPDT
nPDT (1)

Utilisation categories

Category

Type of current

Applications

AC-1

a single-phase

a 3-phase

Resistive or slightly inductive loads.

AC-3

a 3-phase

Starting and braking of squirrel cage motors; reversing
direction of rotation only after stopping of motor.

AC-4

a 3-phase

Starting of squirrel cage motors, inching. Plugging,
reversing direction of rotation.

DC-1

c

Resistive or slightly inductive loads (2).

AC-14

a single-phase

Control of electromagnetic loads (< 72 VA), auxiliary
control relays, power contactors, electromagnetic
solenoid valves and electromagnets.

AC-15

a single-phase

Control of electromagnetic loads (> 72 VA), auxiliary
control relays, power contactors, electromagnetic
solenoid valves and electromagnets.

DC-13

c

Control of electromagnetic loads, auxiliary control relays,
power contactors, magnetic solenoid valves and
electromagnets.

Protection categories

Category

Explanation

Condition

RT 0

Unenclosed relay Relay not provided with a protective case.

RT I

Dust protected
relay

Relay provided with a case which protects its mechanism
from dust.

RT II

Flux-proof relay

Relay capable of being automatically soldered without
allowing the migration of solder fluxes beyond the
intended areas.

RT III

Wash-tight relay

Relay capable of being automatically soldered and then
washed to remove flux residues without risk of ingress of
flux or washing solvents.

RT IV

Sealed relay

Relay provided with a case which has no venting to the
outside atmosphere.

RT V

Hermetically
sealed relay

Sealed relay having an enhanced level of sealing.

(1) n = number of contacts.
(2) The switchable voltage can be doubled, for an equal current, by connecting two contacts in

series.

6/37

6

Presentation

6

Zelio Relay - plug-in relays

6

Protection modules

Whenever an inductive load is de-energised (coil of a relay or of a contactor), an
overvoltage appears at its terminals. This voltage peak can reach several thousand
volts and a frequency of several MHz.
It is likely to disturb the operation of automation systems which contain electronic
devices.
Protection modules are used to reduce the voltage peak on de-energisation and
they therefore limit the energy of interference signals to a level that will not disturb
surrounding coils and electronic devices.

These modules are used to avoid:
v electromagnetic compatibility problems,
v the deterioration of contact materials,
v the destruction of insulation due to overvoltage,
v the destruction of electronic components.

Diode protection module (with or without LED)

Coil voltage with diode protection module (

c

only)

b Advantages
v accumulation of energy allowing current flow in the same direction,
v absence of any voltage peaks at the coil terminals,
v low cost.

b Disadvantages
v increase in relay drop-out time (3 to 4 times the usual time),
v no polarity protection,
v de-energisation of the relay.

Protection module with varistor

Coil voltage with varistor protection module (

a

and

c

)

b Advantages
v can be used with a and c supply,
v voltage peak limited to about 2 Un,
v little effect on relay drop-out time.

b Disadvantages
v no modification of coil's own oscillating frequency,
v limitation of switching frequency.

Protection module with RC circuit

Coil voltage with RC circuit protection module (

a

only)

S1 = S2 = Energy released

b Advantages
v coil oscillating frequency reduced to about 150 Hz,
v voltage peak limited to 3 Un,
v little effect on relay drop-out time.

b Disadvantages
v no protection for low voltages.

U

t

Supply voltage

Energy released

Break

U

t

Energy
released

Break

Li

mi

ta

ti

on of

v

o

lt

age

pe

ak

s

S1

U1

U2

U

t

Break

S2 (with RC)

6/38

6

Selection guide

6

Interfaces

6

Interfaces for discrete signals

Applications

Electromechanical interface modules

Functions

Input

Width (mm)

17.5

9.5

Contact arrangement

1 N/O
2 N/O
1 C/O

1 N/O

Thermal current

–

Control voltages

c 110…127 V

z 24 V, 48 V

a 115…127 V

a 230/240 V

c 24 V, 48 V

a 115…127/50 Hz

a 115…127/60 Hz

a 230…240/50-60 Hz

Indication

Mechanical for contacts
and/or LED for control

LED for control

References

ABR-1E

ABR-2E

Pages

6/40

6/46

6/39

6

6

6

Solid state interface modules

Output

Input and output
Very low level switching

Input

Output

17.5

12

17.5

9.5

9.5/17.5

1 N/O
2 N/O
1 C/O
1 N/C + 1 N/O

1 N/O

1 C/O

–

12 A

5 A

–

5 A

c 24 V

z 24 V, 48 V

a 115…127 V

a 110 V

c 24 V

c 5, 24, 48 V

a 115…127/50 Hz

a 120…127/60 Hz

a 230…240/50 Hz

a 230…240/60 Hz

c 24 V

Mechanical for contacts
and/or LED for control

LED for control

ABR-1S

ABR-2S

ABR-2

pB312B

ABS-2E

ABS-2S

6/40

6/46

6/46

6/52

6/40

6

Presentation

6

Interfaces

6

For discrete signals

Electromechanical interface modules

ABR-1 electromechanical interface modules are supplied in the form of compact
modules, 17.5 mm wide.
They are designed for interfacing discrete digital control signals exchanged within an
automated system between the processing unit (PLC, numerical controller, etc) and
the other components (contactors, solenoid valves, indicator lamps, proximity
sensors, etc).
These products are based on contactor technology and are notable for their excellent
adaptation to industrial environments, ensured by the fact that they conform to the
most recent IEC 947-5-1 standards.

The ABR-1 range comprises 2 families :

Input interfaces
Input interfaces are designed for switching input signals to the processor and are
characterized by their high degree of contact reliability : less than 1 fault per 100
million operating cycles at c 17 V, 5 mA.
The switching level is sufficiently high to ensure that the interfaces can directly
control most contactors and indicator lamps.

Output interfaces
Output interfaces are designed for the control of preactuators (contactors, solenoid
valves, etc) for signalling devices (indicators lamps, audible warnings, etc). They are
characterized by a high switching capacity and an average durability 5 times greater
than that of traditional interface modules which incorporate standard relays.

1

Override contacts by pressing button (not holding it down) for a simple and quick
test during setting up or maintenance operations on the installation

2

Green indicator showing the mechanical position of the contacts

3

LED indicating the control signal state

4

Channel identification : 5 individual characters for AB1-R/G or one AB1-SA2
marker tag

5

Connection by screw clamp terminal enabling easy attachment of 2 wires per
terminal. The layout of the connection terminals for both families (input and output)
is designed for rational wiring and a clear separation between the incoming
(processing) and outgoing (power and process control) circuits.

Composition

8

1626

4

5

2
1

4

3

816

265

5

3

4

1
2

Characteristics:
pages 6/41 and 6/42

Curves:
page 6/43

References:
page 6/44

Dimensions, schemes:
page 6/45

6/41

6

Characteristics

6

Interfaces

6

For discrete signals

Electromechanical interface modules

(1) Essential on inductive loads (can be replaced with peak limiter

).

Examples of applications with PLCs

–

/

+

/

–

+

A2

A1

A2

A1

A2

A1

A2

A1

Pushbuttons

Series contacts

2-wire

sensors

3-wire

sensors

Pushbuttons

Series contacts

2-wire

sensors

PLC

Positive logic discrete inputs

–

/

+

/

–

+

24...125 V

...240 V

A1

A2

(1)

(1)

A1

A2

A1

A2

PLC

Positive logic transistor (or relay) outputs

Environment

Conforming to standards

IEC 947-5-1

Product certifications

UL, CSA, BV, LROS, DNV

Degree of protection

Conforming to IEC 529
(protection against direct contact)

IP 00

Protective treatment

“TC”

Flame resistance

Conforming to IEC 695-2-1

Incandescent wire

°C

850

Conforming to UL 94

V0

Shock resistance

Conforming to IEC 68-2-27

Semi-sinusoidal waves 11 ms

50 gn

Vibration resistance

Conforming to IEC 68-2-6

10…55 Hz

6 gn

Resistance to electrostatic
charges

Conforming to IEC 801-2

Level 3

kV

8

Resistance to rapid
transients

Conforming to IEC 801-4

On power supply

kV

2

On I/O

kV

1

Resistance to shock
waves

Conforming to IEC 255-4

Waveform
1.2/50 ms ; 0.5 J

U

≤ 50 V

kV

0.5

U >

50 V kV

2.5

Cross-sections which
may be connected

Flexible cable with no cable end

1 or 2-wire

mm

2

0.6…2.5

Flexible cable with cable end

1 or 2-wire

mm

2

0.34…2.5

Rigid cable

1-wire

mm

2

0.27…4

2-wire

mm

2

0.27…2.5

Operating position

Any

Ambient air temperature
around the device

Unrestricted operation

°C

- 5…+ 40

Permissible at Un

°C

- 20…+ 60

Storage

°C

- 40…+ 70

Operating altitude

m

≤ 3000

Installation category

Conforming to IEC 947-1

II

Degree of pollution

Conforming to IEC 947-5-1

3

Mounting

Standard rails

5

1 4

Presentation:
page 6/40

Curves:
page 6/43

References:
page 6/44

Dimensions, schemes:
page 6/45

6/42

6

Characteristics

(continued)

6

Interfaces

6

For discrete signals

Electromechanical interface modules

Control circuit characteristics

(40°C ambient temperature)

Type of interface

ABR
1Sp02B

ABR
1ppp8B

ABR
1ppp8E

ABR
1Ep12F

ABR
1ppp1F

ABR
1Ep11M

ABR
1Ep01M

Rated voltage (Uc)

V

c 24

z 24

z 48

c
110...127

a
115...127

a
230...240

a
230...240

Current frequency

Hz

–

50/60

50/60

–

50/60

50/60

50/60

Energization threshold (at ± 5 %)

V

15

16.5

34

75

86

170

164

Maximum operating voltage

c / a

V

30

30

53

140

140

264

264

Maximum drop-out (at ± 5 %) voltage (Uo)

c / a

V

3.2

3.8

8.5

16

34

68

78

Maximum current (Un)

c / a

mA

62

62/55

36/32

15

8

7

5.5

Minimum holding current

c / a

mA

6.6

4.9/5.2

4.7/5.4

1.5

2.4

2

1.5

Maximum dissipated power

50 Hz/60 Hz

W

1.5

1.5

1.5

1.5

1.5

1.5

1.5

Disappearance of voltage
maximum time up to which contact is maintained

ms

3

8

10

10

6

5

6

Display of control circuit by LED

No

Yes

Yes

Yes

Yes

Yes

No

Built-in protection reversed polarity

Yes

Yes

Yes

Yes

–

–

–

Contact characteristics

Type of interface

ABR 1Epppp

ABR 1Spppp

Maximum switching voltage

a V

252

252

c V

125

125

Maximum rated
operating voltage Ue

Conforming to IEC 947-5-1

a V

230

230

c V

125

125

Operating current frequency

Hz

50/60

50/60

Thermal current Ith

Conforming to IEC 947-1

A

2

12

Rated operating
current (Ie)
per 1 million operating
cycles

Conforming to IEC 947-5-1
Ue : a 230 V

AC12

A

2

4

AC13

A

1

1

AC14

A

1

1

AC15

A

1

1

Conforming to IEC 947-5-1
Ue : c 24 V

DC12

A

2

5

DC13

A

1

1

Minimum switching capacity

mA

3

3

Minimum switching voltage

V

17

17

Protection against
short-circuits

For Ik

≤ 2.5 kA (a) and ≤ 100 A (c)

Type and value of recommended fuse

A

gG/gF : 16

gG/gF : 16

Low power switching
reliability of contacts
(17 V - 5 mA)

Number of faults
per "n" million operating cycles

10

-8

10

-8

Other characteristics

Operating time
at Un and at 20 °C

Between energization of coil and
closing of N/O contact

ms

≤ 12

Between energization of coil and
opening of N/C contact

ms

≤ 12

Between de-energization of coil and
opening of N/O contact

ms

≤ 12

Between de-energization of coil and
closing of N/C contact

ms

≤ 12

Duration of bounce

ms

≤ 3

Contact bridging times
between contact “N/C”
and “N/O”

Maximum make before break or break
before make time

ms

1

Maximum operating
rate

At no-load

Hz

6

At Ie

Hz

0.5

Mechanical durability
in millions of operating
cycles

ABR-1 (1 N/O or 2 N/O)

≥ 20 million

ABR-1 (1 C/O or 1 N/C + 1 N/O)

≥ 10 million

Rated isolation voltage Conforming to IEC 947-1

V

250

Conforming to VDE 0110 group C

V

250

Insulation test voltage
for 1 min.

Between coil circuit and contact circuits kV

4

Between wired interface and earth

kV

2.5

Between independent contacts

kV

1.5

Presentation:
page 6/40

Curves:
page 6/43

References:
page 6/44

Dimensions, schemes:
page 6/45

6/43

6

Curves

6

Interfaces

6

For discrete signals

Electromechanical interface modules

Electrical durability of contacts

Test conditions : in accordance with standard IEC 947-5-1 set up for rated control voltage, operating rate : 1800 cycles/hour. (0.5 Hz).

a.c. loads

AC-12 : control of resistive loads and isolated solid
state loads via optocoupler
cos

ϕ

≥

0.9

AC-13 : control of isolated solid state loads
via transformer
cos

ϕ

≥

0.65

AC-14 : control of weak electromagnetic loads of
electromagnets

≤

72 VA

make: cos

ϕ = 0.3

break: cos

ϕ = 0.3

AC-15 : control of electromagnetic loads of
electromagnets > 72 VA
make: cos

ϕ = 0.7

break: cos

ϕ = 0.4

1

24 V

2

48 V

3

127 V

4

230 V

d.c. loads

1

24 V

2

48 V

3

127 V

DC-12 : control of resistive loads and isolated solid
state loads via optocoupler
L/R

≤

1 ms

DC-13 : control of electromagnets
L/R

≤

2 x (Ue x Ie) in ms.

Ue: rated operating voltage
Ie: rated operating current

5

4

3

2

1

1

2

3

4

5

(A)

6

0

0

3
4

2

6

Operating cycles in millions

5

4

3

2

1

1

2

3

4

5

(A)

6

0

0

6

3

1

4

2

Operating cycles in millions

2

1

0,5

1

1,5

2

2,5

(A)

3

0

0

3

1

2

3

4

Operating cycles in millions

5

4

3

2

1

0

1

2

3

4

5

(A)

2

3

6

6

0

1

Operating cycles in millions

2

1

0,5

1

1,5

2

2,5

(A)

3

0

0

3

3

1

2

Operating cycles in millions

Presentation:
page 6/40

Characteristics:
pages 6/41 and 6/42

References:
page 6/44

Dimensions, schemes:
page 6/45

6/44

6

References

6

Interfaces

6

For discrete signals

Electromechanical interface modules
Control circuit : a.c. or d.c.

(1) Connection by screw-clamp.
(2) By green mechanical indicator light for contact(s) activated electrically or mechanically by

pressing the test button.

(3) By green LED illuminated when control signal is present.
(4) With polarization (+ on A1, - on A2).

Input interface modules

(1) (17.5 mm pitch)

Display

Composition

Control circuit

Enclosure
colour

Reference

Weight

V

kg

Mechanical (2)

1 N/O

a 230/240

Grey

ABR 1E101M

0.090

1 C/O

a 230/240

Grey

ABR 1E301M

0.090

Mechanical (2)
+ LED (3)

1 N/O

z 24

Grey

ABR 1E118B

0.095

z 48

Grey

ABR 1E118E

0.095

c 110...127 (4) Grey

ABR 1E112F

0.095

a 115...127

Grey

ABR 1E111F

0.095

a 230/240

Grey

ABR 1E111M

0.095

2 N/O

z 24

Grey

ABR 1E418B

0.095

z 48

Grey

ABR 1E418E

0.095

c 110...127(4)

Grey

ABR 1E412F

0.095

a 115...127

Grey

ABR 1E411F

0.095

a 230/240

Grey

ABR 1E411M

0.095

1 C/O

z 24

Grey

ABR 1E318B

0.095

z 48

Grey

ABR 1E318E

0.095

c 110...127(4)

Grey

ABR 1E312F

0.095

a 115...127

Grey

ABR 1E311F

0.095

a 230/240

Grey

ABR 1E311M

0.095

Output terminals-relays

(1)

(17.5 mm pitch)

Display

Composition

Control circuit

Enclosure
colour

Reference

Weight

V

kg

Mechanical (2)

1 N/O

c 24

Grey

ABR 1S102B

0.090

2 N/O

c 24

Grey

ABR 1S402B

0.090

1 C/O

c 24

Grey

ABR 1S302B

0.090

1 N/C + 1 N/O

c 24

Grey

ABR 1S602B

0.090

Mechanical (2)
+ LED (3)

1 N/O

z 24

Grey

ABR 1S118B

0.095

z 48

Grey

ABR 1S118E

0.095

a 115...127

Grey

ABR 1S111F

0.095

2 N/O

z 24

Grey

ABR 1S418B

0.095

z 48

Grey

ABR 1S418E

0.095

a 110

Grey

ABR 1S411F

0.095

1 C/O

z 24

Grey

ABR 1S318B

0.095

z 48

Grey

ABR 1S318E

0.095

a 110

Grey

ABR 1S311F

0.095

1 N/C + 1 N/O z 24

Grey

ABR 1S618B

0.095

z 48

Grey

ABR 1S618E

0.095

a 110

Grey

ABR 1S611F

0.095

Commoning links

Description

For common

Colour

Distance
between
cable ends

Reference

Weight

cm

kg

Commoning
links in modules
8 x 1 mm

2

Coil

White

12

ABF C08R12W

0.020

2

ABF C08R02W

0.010

a

Red

12

ABF C08R12R

0.020

2

ABF C08R02R

0.010

c

Blue

12

ABF C08R12B

0.020

2

ABF C08R02B

0.010

81

626

4

ABR 1E101M

81

821

5

ABR 1E318B

81

6265

ABR 1S102B

8162

73

ABF C08R

ppp

Presentation:
page 6/40

Characteristics:
pages 6/41 and 6/42

Curves:
page 6/43

Dimensions, schemes:
page 6/45

6/45

6

Dimensions,
schemes

6

Interfaces

6

For discrete signals

Electromechanical interface modules

Dimensions

ABR 1E

ABR 1S

Schemes

c 24 V or a 230 V interfaces with mechanical indication

1 N/O

1 C/O

2 N/O

1 N/C + 1 N/O

z 24 V or z 48 V interfaces with mechanical indication + LED

1 N/O

1 C/O

2 N/O

1 N/C + 1 N/O

c / a 110 V or a 230 V interfaces with mechanical indication + LED

1 N/O

1 C/O

2 N/O

1 N/C + 1 N/O

78

75

70,5

17,5

74

63

78

75

70,5

17,5

74

63

A2

13

14

A1

11

14

12

A2

A1

13

14

23

24

A2

A1

23

24

11

12

A2

A1

A1

13

14

A2

11

14

12

A2

A1

13

14

23

24

A2

A1

23

24

11

12

A1

A2

13

14

A1

(

+

)

A2

11

14

12

A1

(

+

)

A2

13

14

23

24

A1

(

+

)

A2

23

24

11

12

A1

(

+

)

A2

Presentation:
page 6/40

Characteristics:
pages 6/41 and 6/42

Curves:
page 6/43

References:
page 6/44

6/46

6

Presentation

6

Interfaces

6

For discrete signals

Slim electromechanical interface modules

ABR-2 electromechanical interface modules complement the ABR-1 range.
They are characterised by micro relay technology which allows reduced dimensions
and very low switching levels (TTL, HCMOS, analogue signals).
The ABR-2 family is in the form of slim compact modules, 9.5 mm wide for input
interface modules, 12 mm wide for output interface modules and 17.5 mm wide for
very low level switching products.

The ABR-2 comprises 3 families :

Input interfaces (9.5 mm pitch)
Input interfaces are designed for switching input signals to a processor and are
characterized by their high degree of contact reliability : less than 1 fault per
100 million operating cycles at c 17 V, 5 mA.
An assured immunity to current leakages

≤ 2 mA, and a wide coil voltage range

(0.7 to 1.25 Un).

Output interfaces (12 mm pitch)
Output interfaces are designed for the control of preactuators (contactors, solenoid
valves, etc) for signalling devices (indicators lamps, audible warnings etc). They are
characterized by a high switching capacity and an assured immunity to current
leakages

≤ 2 mA. A lower cost version without LED signalling is available.

Low level switching input and output interfaces (17.5 mm pitch)
with 1 C/O contact.
These interfaces are designed for switching logic (TTL or HCMOS) and analogue
signals.
Warning : never switch inductive loads with this type of interface.

The front panel of the ABR-2 electromechanical interface module comprises :

1

LED indicating the control signal state

2

Channel identification : 5 individual characters for AB1-R/G or 1 AB1-SA2
marker tag

3

Connection by screw clamp terminal enabling easy attachment of 2 wires per
terminal. The layout of the connection terminals for both families (input and output)
is designed for rational wiring and a clear separation between the incoming
(processing) and outgoing (power and process control) circuits.

Description

3

2

1

3

2

1

3

2

1

Characteristics:
pages 6/47 and 6/48

Curves:
page 6/49

References:
page 6/50

Dimensions, schemes:
page 6/51

6/47

6

Characteristics

6

Interfaces

6

For discrete signals

Slim electromechanical interface modules

(1) Essential on inductive loads (can be replaced with peak limiter

).

Examples of applications with PLCs

–

/

+

/

+

/

13

14

13

14

13

14

A1

A2

A1

A2

A1

A2

PLC

Positive logic discrete inputs

Pushbuttons

Series contacts

2-wire

sensors

3-wire

sensors

ABR 2Epppp

Process
power
supply

Processing
power
supply

–

+

–

+

A1

A2

(1)

(1)

C1

A1

A2

A1

A2

13

14

13

14

13

14

A1

A2

12

14

C2

OV

11

PLC

Positive logic transistor (or relay) outputs

PLC

Analogue inputs

Channel X

Analogue

sensors

ABR 2Spppp

ABR 2SB12B

Environment

Conforming to standards

IEC 947-5-1

Product certifications

UL, CSA, BV, LROS, DNV

Degree of protection

Conforming to IEC 529
(protection against direct contact)

IP 20

Protective treatment

“TC”

Flame resistance

Conforming to IEC 695-2-1

Incandescent wire

°C

960

Conforming to UL 94

V0

Shock resistance

Conforming to IEC 68-2-27

Semi-sinusoidal waves 11 ms

30 gn

Vibration resistance

Conforming to IEC 68-2-6

10…150 Hz

3 gn

Resistance to electrostatic
discharges

Conforming to IEC 801-2

Level 3

kV

8

Resistance to
electromagnetic fields

Conforming to IEC 801-3

Level 3 ; 27…1000 MHz

V/m

10

Resistance to rapid
transients

Conforming to IEC 801-4
Level 3

On power supply

kV

2

On I/O

kV

1

Resistance to shock
waves

Conforming to IEC 947-1

Waveform
1.2/50

μs ; 0.5 J

U < 50 V

kV

0.5

U < 150 V

kV

1.5

U < 300 V

kV

2.5

Cross-sections which
may be connected

Flexible cable with no cable end

1 or 2-wire

mm

2

0.6…2.5

Flexible cable with cable end

1 or 2-wire

mm

2

0.34…2.5

Rigid cable

1-wire

mm

2

0.27…4

Operating position

Any

Ambient air temperature

Unrestricted operation

°C

- 5…+ 40

Operation from 0.85...1.1 Us
(assigned voltage)

°C

- 5…+ 55

Operation restricted to Us
(assigned voltage)

°C

- 25…+ 70 (2)

Storage

°C

- 40…+ 80

Operating altitude

m

≤ 3000

Installation category

Conforming to IEC 947-1

II

Degree of pollution

Conforming to IEC 947-1

2

Mounting

Standard rails

5

1 4

(2) Leave space of 8 mm between ABR-2S1

ppp

for an ambient temperature

≥ 55 °C

Presentation:
page 6/46

Curves:
page 6/49

References:
page 6/50

Dimensions, schemes:
page 6/51

6/48

6

Characteristics

(continued)

6

Interfaces

6

For discrete signals

Slim electromechanical interface modules

(1) Do not switch inductive loads.

Control circuit characteristics

(40°C ambient temperature)

Type of interface

ABR
2E112B

ABR
2E112E

ABR
2E115F

ABR
2E116F

ABR
2E111M

ABR
2S112B

ABR
2S102B

ABR
2pB312B (1)

Rated voltage (Us)

V

c 24

c 48

z
115…127

z
120...127

a
230...240

c 24

c 24

c 24

Current frequency

Hz

–

–

50

60

50/60

–

–

–

Energization threshold

V

16.9

37.3

93

97

186

16.9

14.5

16.9

Maximum operating voltage

V

28.8

57.6

140

140

264

28.8

28.8

28.8

Maximum drop-out voltage (Uo)

V

3.8

8.5

25.4

25.4

48

3.8

2

3.8

Maximum current (at Us)

mA

19.5

11

14

16

15

28

18

23

Minimum holding current

mA

2

2

2.5

2.5

2.5

2

1.3

2

Maximum dissipated power (at Us)

50 Hz

W

–

–

0.66

–

0.54

–

–

–

60 Hz

W

0.45

0.52

–

0.73

0.77

0.64

0.43

0.55

Disappearance of voltage
maximum time up to which contact is maintained

ms

1

1

10

10

10

1

5

1

Display of control circuit by LED

Yes

Yes

Yes

Yes

Yes

Yes

No

Yes

Built-in protection reversed polarity

Yes

Yes

–

–

–

Yes

Yes

Yes

Contact characteristics

(40°C ambient temperature)

Type of interface

ABR 2Epppp

ABR 2S112B

ABR 2S102B

ABR 2pB312B (1)

Composition

1 N/O

1 N/O

1 N/O

1 C/O

Maximum rated
operating voltage
(Ue max)

Conforming to IEC 947-5-1

a V

127

230

230

48

c V

100

120

120

48

Maximum switching voltage

a V

140

250

250

60

c V

125

150

150

60

Operating current frequency

Hz

50/60

50/60

50/60

50/60

Thermal current Ith

Conforming to IEC 947-1

A

1

5

5

0.05

Rated operating
current (Ie)
for 1 million operating
cycles

Conforming to IEC 947-5-1
Ue max

AC12

A

1

3

3

–

AC14

A

0.5

1

1

–

AC15

A

0.5

1

1

–

Conforming to IEC 947-5-1
Ue : c 24 V

DC12

A

1

1.7

1.7

–

DC13

A

1

1.5

1.5

–

Minimum switching current

mA

1

5

5

0.01

Minimum switching voltage

V

5

5

5

0.01

Protection against
short-circuits

For Ik

≤ 1 kA (a) and ≤ 100 A (c)

Type and value of recommended fuse

Type : quick-blow fuse with high breaking capacity

A

2

6.3

6.3

0.4

Low level contact
reliability (17 V, 5 mA)/
ABR-2pB (30 mV, 10 µA)

Number of faults
per "n" million operating cycles

1 per 100 million

Other characteristics

Maximum operating
time
at Us (bounce included)

Between energization of coil
and closing of N/O contact

c

ms

10

10

10

6

a

ms

30

–

–

–

Between energization of coil and
opening of N/C contact

ms

–

–

–

6

Between de-energization of coil
and opening of N/O contact

c

ms

6

12

5

6

a

ms

30

–

–

–

Between de-energization of coil and
closing of N/C contact

ms

–

–

–

6

Maximum duration of bounce

ms

5

5

5

2

No make before break
guaranteed between
“N/C” and “N/O” contacts

Maximum make
before break or break
before make time

On energization

ms

–

–

–

5

On de-energization ms

–

–

–

2

Maximum operating
rate

At no-load

Hz

10

10

10

10

At Ie

Hz

0.5

0.5

0.5

–

Mechanical durability
in millions of operating cycles

20

10

10

20

Rated insulation
voltage

Conforming to IEC 947-1

V

300

300

300

300

Conforming to VDE 0110 group C

V

250

250

250

250

Insulation test voltage
for 1 min

Coil circuit/contact circuits

kV rms 2

4

4

1.5

Wired interface/earth

kV rms 2.5

2.5

2.5

2.5

Between open contacts

kV rms 0.75

1

1

1

Presentation:
page 6/46

Curves:
page 6/49

References:
page 6/50

Dimensions, schemes:
page 6/51

6/49

6

Curves

6

Interfaces

6

For discrete signals

Slim electromechanical interface modules

Electrical durability of contacts

(ABR 2S)

Test conditions : in accordance with standard IEC 947-5-1 set up for rated control voltage.

a.c. loads

1

24 V

2

48 V

3

115 V

4

230 V

AC12 : control of resistive loads and isolated solid state
loads via optocoupler
cos

ϕ ≥ 0.9

AC14 : control of weak electro-magnetic loads of
electro-magnets

≤ 72 VA

make : cos

ϕ = 0.3

break : cos

ϕ = 0.3

AC15 : control of electro-magnetic loads of
electro-magnets > 72 VA
make : cos

ϕ = 0.7

break : cos

ϕ = 0.4

d.c. loads

1

24 V

2

48 V

3

115 V

DC12 : control of resistive loads and isolated solid state
loads via optocoupler
L/R

≤ 1 ms

DC13 : control of electro-magnets
L/R

≤ 2 x (Ue x Ie) in ms.

Ue : rated operating voltage
Ie : rated operating current
(with a load protection diode)

5

4

3

2

1

1

2

3

4

5

(A)

6

0

0

3

4

2

6

1

Operating cycles in millions

2

1

0,5

1

1,5

2

2,5

(A)

3

0

0

3

2

4

3

1

Operating cycles in millions

2

1

0,5

1

1,5

2

2,5

(A)

3

0

0

3

1

2

3

Operating cycles in millions

2

1

0

0,5

1

1,5

2

2,5

(A)

2

3

3

3

0

1

Operating cycles in millions

Presentation:
page 6/46

Characteristics:
pages 6/47 and 6/48

References:
page 6/50

Dimensions, schemes:
page 6/51

6/50

6

References

6

Interfaces

6

For discrete signals

Slim electromechanical interface modules
Control circuit : a.c. or d.c.

(1) Do not switch inductive loads.

Input modules

(9.5 mm pitch)

Indication

Composition

Control circuit

Sold in
lots of

Unit
reference

Weight

V

kg

With LED

1 N/C

c 24

5

ABR 2E112B

0.032

c 48

5

ABR 2E112E

0.032

a 115...127 (50 Hz)

5

ABR 2E115F

0.035

a 120...127 (60 Hz)

5

ABR 2E116F

0.035

a 230...240 (50/60 Hz)

5

ABR 2E111M

0.036

Output modules

(12 mm pitch)

Indication

Composition

Control circuit

Sold in
lots of

Unit
reference

Weight

V

kg

Without

1 N/C

c 24

5

ABR 2S102B

0.040

With LED

1 N/C

c 24

5

ABR 2S112B

0.041

Modules for very low level switching

(17.5 mm pitch)

Indication

Composition

Control circuit

Reference

Weight

V

kg

Input

With LED

1 C/O (1)

c 24

ABR 2EB312B

0.048

Output

With LED

1 C/O (1)

c 24

ABR 2EB312B

0.048

Flexible comb accessories

Description

For common

Colour

Distance
between
cable ends

Reference

Weight

cm

kg

Flexible
comb
modularity
8 x 1 mm

2

Coil

White

12

ABF C08R12W

0.020

2

ABF C08R02W

0.010

a

Red

12

ABF C08R12R

0.020

2

ABF C08R02R

0.010

c

Blue

12

ABF C08R12B

0.020

2

ABF C08R02B

0.010

81

636

2

ABR 2E112B

8

1636

3

ABR 2S112B

8163

64

ABR 2EB112B

816

365

ABF C08R

ppp

Presentation:
page 6/46

Characteristics:
pages 6/47 and 6/48

Curves:
page 6/49

Dimensions, schemes:
page 6/51

6/51

6

Dimensions,
schemes

6

Interfaces

6

For discrete signals

Slim electromechanical interface modules

Dimensions

ABR 2E11pp

ABR 2S1p2B

ABR 2EB312B

ABR 2SB312B

Circuit diagrams

ABR 2E112B (c 24 V)

ABR 2E112E (c 48 V)

ABR 2E11pF/M (a 115...240 V)

ABR 2S102B (c 24 V)

ABR 2S112B (c 24 V)

ABR 2pB312B (c 24 V)

78

75

70,5

9,5

74

78

75

70,5

12

74

78

75

70,5

63

17,5

74

78

75

70,5

63

17,5

74

+

A1

–

A2

13

14

+

A1

–

A2

14

13

A1

–

A2

13

14

13

14

+

A1

–

A2

13

14

+

A1

–

A2

14

11

12

+

A1

–

A2

Presentation:
page 6/46

Characteristics:
pages 6/47 and 6/48

Curves:
page 6/49

References:
page 6/50

6/52

6

Presentation

6

Interfaces

6

For discrete signals

Slim solid-state interface modules

The ABS-2 solid-state interface relays are supplied in the form of compact modules
which appear identical to the ABR-2 electromechanical family.
They are designed for interfacing discrete digital control signals exchanged within an
automated system between the processor (PLC, numerical controller, etc) and the
other components (contactors, solenoid valves, indicator lamps, proximity sensors,
etc).
They are suitable for use in equipment which requires the benefits of electronic
technology : a high operating rate, virtually unlimited durability, silent operation, etc.
These products are notable for their high performance and excellent adaptation to
industrial environments, ensured by the fact that they conform to the most recent IEC
standards.

The ABS-2 range comprises 2 families :

Input interfaces
The 9.5 mm wide input interfaces are designed for switching input signals to
processors. They offer a wide choice of electrical isolation between signals due to
the wide range of input voltages from c 5 V to a 230 V.

Output interfaces
Output interfaces are designed for the control of preactuators (contactors, solenoid
valves, etc) for the signalling devices (indicator lamps, audible warnings, etc).
Two widths are available, 9.5 and 17.5 mm, depending on the switched current.

The 17.5 mm version comprises a 9.5 mm interface and an integrated 8 mm spacer.
This device can, with its increased ventilation, switch high levels of currents.

The front panel of the ABS-2 slim solid-state interface modules comprises:

1

LED indicating the state of the control signal.

2

Channel identification : 5 individual characters for AB1-/G or one AB1-SA2 marker
tag.

3

Connection by screw clamp terminal enabling easy attachment of 2 wires per
terminal.
The layout of the connection terminals for both families (input and output) is
designed for rational wiring and a clear separation between the incoming
(processing) and outgoing (power and process control) circuits.

4

Integrated spacer.

Composition

3

2

1

8

1638

0

3

2

1

81

6378

3

2

1

4

8163

79

Characteristics:
pages 6/53 to 6/55

References, curves:
page 6/56

Dimensions, schemes:
page 6/57

6/53

6

Characteristics

6

Interfaces

6

For discrete signals

Slim solid-state interface modules

Examples of applications with PLCs

Interfacing PLC discrete inputs

Interfacing PLC discrete outputs

–

+

–

+

14

13

14

13

ABS - 2E

13

14

PNP

115/
230 V

13

14

13

14

A1

A2

A1

A2

A1

A2

A1

A2

A1

A2

PLC

Positive logic discrete inputs

Pushbuttons

Series contacts

2-wire

sensors

3-wire

sensors

Pushbuttons

Series contacts

2-wire

sensors

Process

power supply

Processing

power supply

–

+

–

+

A1

A2

A1

A2

A1

A2

ABS - 2S

F

13

14

13

14

13

14

PLC

Positive logic transistor (or relay) outputs

Environment

Conforming to standards

IEC 947-5-1
Draft standard IEC 17 B secretariat 200

Product certifications

UL, CSA, BV, LROS, DNV

Degree of protection

Conforming to IEC 529
(protection against direct contact)

IP 20

Protective treatment

“TC”

Flame resistance

Conforming to IEC 695-2-1

Incandescent wire

°C

960

Conforming to UL 94

V0

Shock resistance

Conforming to IEC 68-2-27

Semi-sinusoidal waves 11 ms

30 gn

Vibration resistance

Conforming to IEC 68-2-6

10…150 Hz

5 gn

Resistance to electrostatic
discharges

Conforming to IEC 801-2

Level 3

kV

8

Resistance to
electromagnetic fields

Conforming to IEC 801-3

Level 3 ; 27…1000 MHz

V/m

10

Resistance to rapid
transients

Conforming to IEC 801-4
Level 3

On power supply

kV

2

On I/O

kV

1

Resistance to shock
waves

Conforming to IEC 947-1

Waveform
1.2/50 ms ; 0.5 J

U < 50 V

kV

0.5

U < 150 V

kV

1.5

U < 300 V

kV

2.5

Cross-sections which
may be connected

Flexible cable with no cable end

1 or 2-wire

mm

2

0.6…2.5

Flexible cable with cable end

1 or 2-wire

mm

2

0.34…2.5

Rigid cable

1-wire

mm

2

0.27…4

Operating position

Any

Ambient air temperature
around the device

Unrestricted operation

°C

- 5…+ 55

Operation at Us

°C

- 25…+ 70

Storage

°C

- 40…+ 80

Operating altitude

m

≤ 300

Installation category

Conforming to IEC 947-1

II

Degree of pollution

Conforming to IEC 947-1

2

Mounting

Standard rails

5

1 4

Presentation:
page 6/52

References, curves:
page 6/56

Dimensions, schemes:
page 6/57

6/54

6

Characteristics

(continued)

6

Interfaces

6

For discrete signals

Slim solid-state interface modules

Control circuit characteristics

(55°C ambient temperature)

Type of interface

ABS
2EC01EA

ABS
2EC01EB

ABS
2EC01EE

ABS
2EA01EF

ABS
2EA02EF

ABS
2EA01EM

ABS
2EA02EM

Rated voltage Us

c

V

5

24

48

–

–

–

–

a

V

–

–

–

115/127
50 Hz

120/127
60 Hz

230/240
50 Hz

230/240
60 Hz

Maximum voltage

c

V

Negative
logic
6 (TTL)

28.8

57.6

–

–

–

–

a

V

–

–

–

140

140

264

264

Maximum current at Us

c

mA

13.6

12

10.5

–

–

–

–

a

mA

–

–

–

14

17

12.5

15

State 1 assured

c

V

3.75

16.9

36

–

–

–

–

mA

4.5

7.7

7.5

–

–

–

–

a

V

–

–

–

86.3

90

173

173

mA

–

–

–

8.4

9.7

7.9

9.3

State 0 assured

c

V

2

5.6

10.8

–

–

–

–

mA

0.09

2

2

–

–

–

–

a

V

–

–

–

25.4

25.4

48

48

mA

–

–

–

2.5

2.5

2.5

2.5

State 1 display

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Internal protection reversed polarity

Yes

Yes

Yes

–

–

–

–

Output circuit characteristics

Rated operating voltage Ue

c

V

5...48

Min/max voltage

c

V

2/60

Min/max current switched

mA

1/50

Maximum residual current at state 0

mA

0.1

Maximum volt drop at state 1

V

1

Internal protection

Reversed polarity

External protection

Against short-circuits for Ik

≤ 100 A (c)

Quick-blow fuse, ref. : HA21 0.25 A or equivalent

Other characteristics

Type of interface

ABS
2EC01EA

ABS
2EC01EB

ABS
2EC01EE

ABS
2EA01EF

ABS
2EA02EF

ABS
2EA01EM

ABS
2EA02EM

Time delay characteristics
Response time max Ue

≤ 30 V Ie ≥ 5 mA

0 V 1

ms

0.05

0.05

0.05

10

10

10

10

1 V 0

ms

0.4

0.4

0.4

20

20

20

20

Maximum switching rate
Duty cycle 50 %
Ue

≤ 30 V Ie ≥ 5 mA

Hz

1000

1000

1000

25

25

25

25

Rated insulation voltage

Conforming to IEC 947-1 : 300 V

Conforming to VDE 0110 : 250 V group C

Insulation test voltage
for 1 minute

I/O

kVrms

4

Wired interface/earth

kVrms

2.5

Presentation:
page 6/52

References, curves:
page 6/56

Dimensions, schemes:
page 6/57

6/55

6

Characteristics

(continued)

6

Interfaces

6

For discrete signals

Slim solid-state interface modules

(1) See temperature derating curves.

Control circuit characteristics

(55°C ambient temperature)

Type of interface

ABS 2SC01EB

ABS 2SC02EB

ABS 2SA01MB

ABS 2SA02MB

Rated voltage Us

c

V

24

24

Maximum voltage

V

28.8

28.8

Maximum current at Us

mA

12

13.6

State 1 assured

V

16.9

16.9

mA

7.7

8.3

State 0 assured

V

5.6

5.3

mA

2

2

State 1 display

Yes

Yes

Internal protection reversed polarity

Yes

Yes

Output circuit characteristics

Rated operating voltage Ue

V

c 5...48

c 5...48

a 24...240

a 24...240

Maximum voltage

V

c 57.6

c 57.6

a 264

a 264

Maximum continuous current (Ith) (1)
at 40 °C

A

2

3

2.3

3

Rated operating voltage (Ie)
Conforming to IEC 947-5-1
Single/touching product
at 55 °C vertical position

A

DC12

1.5/0.9

2.5/2.2

AC12

1.9/0.5

2.1/1.5

A

DC13

1.5/0.9

2.5/2.2

AC13

1.6/0.5

1.6/1.5

A

DC14

0.6/0.6

0.6/0.6

AC14

1.6/0.5

1.6/1.5

A

–

–

–

AC15

1/0.5

1/1

Minimum current

c/a

mA

1

10

Maximum residual current

c/a

mA

1

2.5

Maximum volt drop

V

1.5

3 (Ie

≥ 10 mA)

1.5 (Ie

≥ 100 mA)

“0 crossing” voltage

V

–

50 peak

Solid-state dV/dt

V/

μs

–

500

Internal protection

Reversed polarity

External protection

Against short-circuits for Ik

≤ 1 kA (a) and ≤ 100 A (c)

Quick-blow fuse with high breaking capacity: 3.15 A

Other characteristics

Maximum response time
at Ie

≥ 10 mA

0 V 1

ms

0.05

10 (50 Hz) ; 8 (60Hz)

1 V 0

ms

0.6

10 (50 Hz) ; 8 (60Hz)

Maximum switching rate

At 55 °C ; at Ie: module alone
duty cycle 40 %

Hz

DC13

6

6

AC13

0.6

0.7

Hz

DC14

1

3

AC14

0.6

0.7

Hz

–

–

–

AC15

0.6

0.7

On resistive load
duty cycle 50 %

Hz

700

50

Rated operating voltage

Conforming to IEC 947-1 : z 300 V

Conforming to VDE 0110 : 250 V group C

Rated Insulation voltage
for 1 minute

I/O

kVrms

4

Wired interface/earth

kVrms

2.5

Presentation:
page 6/52

References, curves:
page 6/56

Dimensions, schemes:
page 6/57

6/56

6

References,
curves

6

Interfaces

6

For discrete signals

Slim solid-state interface modules

Solid-state input modules

Width

Input circuit

Output circuit

Sold in
lots of

Unit
reference

Weight

Current

Nominal voltage

Current

Nominal voltage

mm

V

V

kg

9.5

c

5

c

5…48

5

ABS 2EC01EA

0.029

24

c

5…48

5

ABS 2EC01EB

0.029

48

c

5…48

5

ABS 2EC01EE

0.029

a

115…127 (50 Hz)

c

5…48

5

ABS 2EA01EF

0.032

120…127 (60 Hz)

c

5…48

5

ABS 2EA02EF

0.032

230…240 (50 Hz)

c

5…48

5

ABS 2EA01EM

0.033

230…240 (60 Hz)

c

5…48

5

ABS 2EA02EM

0.033

Solid-state output modules

Width

Input circuit

Output circuit

Sold in
lots of

Unit
reference

Weight

Current

Nominal voltage

Current

Nominal voltage

mm

V

A

V

kg

9.5

c

24

c 2

24…48

5

ABS 2SC01EB

0.034

a 2.3

24…230

5

ABS 2SA01MB

0.034

17.5

c

24

c 3

24…48

1

ABS 2SC02EB

0.043

a 3

24…230

1

ABS 2SA02MB

0.044

Accessories

For connecting commons, use ABF C08ppp flexible combs (Please consult your Regional Sales Offices).

Temperature derating curve for solid-state output modules Uc = Us = c 24 V

ABS 2SC01EB d.c.

ABS 2SC02EB d.c.

ABS 2SA01MB a.c.

ABS 2SA02MB a.c.

1

Vertical module alone or adjacent to modules with
low heat dissipation.

2

Horizontal module alone or adjacent to modules with
low heat dissipation.

3

Vertical module mounted with 2 modules with
identical heat dissipation on both sides.

4

Horizontal module mounted with 2 modules with
identical heat dissipation on both sides.

10

20

30

40

50

60

70

1

2

3

1/2

0

0

3/4

Ie (A)

T °C ambient

10

20

30

40

50

60

70

1

2

3

1/2

0

0

4

3

Ie (A)

T °C ambient

10

20

30

40

50

60

70

1

2

3

1/2

0

0

3/4

Ie (A)

T °C ambient

10

20

30

40

50

60

70

1

2

3

1/2

0

0

4

3

Ie (A)

T °C ambient

Presentation:
page 6/52

Characteristics:
pages 6/53 to 6/55

Dimensions, schemes:
page 6/57

6/57

6

Dimensions,
schemes

6

Interfaces

6

For discrete signals

Slim solid-state interface modules

Dimensions

ABS 2E/ABS 2Sp01pp

ABS 2Sp02pp

Circuit diagrams

Solid-state input modules

ABS 2ECpppp

ABS 2EApppp

ABS 2Epppp

Solid-state output modules

ABS 2SC0pEB

ABS 2SA0pMB

ABS 2SC0pEB

ABS 2SA0pMB

F: fuse DF1 SS133.2

(1) or peak limiter

78

75

70,5

74

9,5

78

75

70,5

17,5

74

+

A1

–

A2

+

13

–

14

A1

A2

+

13

–

14

14

13

A2

A1

+

–

5…48 V

+

–

+

13

–

14

+

A1

–

A2

13

14

+

A1

–

A2

14

13

A2

A1

+

–

+

–

– F

5-24 V

Resistive load

14

13

A2

A1

+

–

+

–

– F

5-24 V

(1)

Inductive load

14

13

A2

A1

+

–

– F

5-24 V

Resistive load

14

13

A2

A1

+

–

– F

5-24 V

(1)

Inductive load

Presentation:
page 6/52

Characteristics:
pages 6/53 to 6/55

References, curves:
page 6/56