Schneider Electric - Relay's Catalog Sept 09 3w6b2f

Electromechanical and solid-state relays Zelio Relay Catalogue September 2009

Reduce the size of your enclosures and, at the same time, increase machine reliability The new Zelio Relay items Electromechanical relays RSL Only 6 mm wide, thus saving considerable space in your enclosures

6 mm wide

Solid-state relays SSR Unlimited service life provided by electronic technology Unlimited service life

Contents Presentation

Choose compactness with Zelio Relay RSL ....................................................................... 2-3 Choose long life and silent operation with Zelio Relay SSR ................................................. 4-5 Electromechanical and solid-state relays panorama ........................................................... 6-7

Technical characteristics Zelio Zelio Zelio Zelio

Relay RSL ................................................................................................................................. 8-15 Relay RSB, RXM, RUM, RPM ............................................................................................ 16-49 Relay ABR, ABS .................................................................................................................... 50-69 Relay SSR .............................................................................................................................. 70-77

Make the most of your energy 1

Choose compactness with Zelio Relay RSL Only 6 mm wide, thus reducing the size of your enclosures

> A solution for any application

A complete offer > An offer with maximum flexibility, comprising: • complete products: a single reference for a relay mounted on a socket, • products for customer assembly: select the relay and associated socket according to your application. > Wide choice of sockets available covering a range of voltages from 12 to 230 V.

An offer that meets the most demanding standards • Conformity with the European RoHS (Restriction of Hazardous Substances) directive. • Conformity to international standards IEC/EN 61810-1, UL508, CSA C22.2 N°14, GOST.

100% RoHS Schneider Electric commits itself to reducing the environmental impact of its products 2

> Reliability in any situation Protection integrated in the socket The assurance of reliable protection of the relay irrespective of the supply voltage used.

LED indicator Power on and relay status LED indicator.

«Standard» and «low level» version relays For high breaking capacity or low level current application requirements.

6A

Up to breaking capacity

> Simplicity of installation and cabling

Simple maintaining of relay in socket and its release/removal

Using locking/unlocking lever.

Simplification of cabling

Commoning link available as accessory.

Simple mounting on DIN rail Choice of 2 connection techniques Suitable for the majority of your applications.

Screw connector

Spring terminal 3

Choose long life and silent operation with Zelio Relay SSR > Heat exchange guaranteed The new solid-state relays SSR with SCR (Semiconductor Controlled Rectifier) outputs offer you two alternatives:

SSRD range

Directly mounted with heat sink to provide heat exchange, they are easily mounted by clipping directly onto DIN rail and can also be mounted.

SSRP range

mounted, either on their own or combined with a heat sink for applications requiring considerable heat exchange.

SS

RA H1

AS SE 0812 MB LE D IN

ME XIC O

SSRP relay mounted on heat sink with thermal interface

4 4

> Distinctive indication A green LED on the front face of the products provides instant indication of the relay input status.

> High performance High breaking capacities

• From 10 to 125 A for relays SSRP • From 10 to 45 A for relays SSRD

Wide supply voltage range

Unlimited service life due to electronic relay technology

• From 3 to 32 VDC and 90 to 280 VAC

Outputs suited to applications

• From 24 to 280 VAC and 48 to 530/660 VAC

• Only 22.5 mm and up to 45.5 mm wide

Complete silence when switching

Unlimited service life

providing suitability for building and hospital applications

Extreme compactness

• No preventive maintenance, relays SSR have a unlimited service life

Silence of electronic technology • Complete silence when switching

Insensitive to vibration

• Even in the event of excessive vibration, the relay will not change state

High switching frequency particularly on packaging and textile machines

> Conformity to

international standards

100% RoHS

Schneider Electric commits itself to reducing the environmental impact of its products

5

Panorama Zelio Relay Electromechanical relays

Number CO s Current

1 CO

1 or 2 CO

1 or 2 CO

2, 3 or 4 CO

6A

8-12-16 A

5-12 A

6-10-12 A

Plugs into socket

Mounting References Pages

On DIN rail

RSL

RSB

ABR

RXM

8 to 15

16 to 21

50 to 69

22 to 29

Electromechanical relay advantages • Wide choice of number of s (up to 4) • Easy installation and maintenance: Plug-in relay for socket mounting (universal format) status mechanical indicator and “Relay On” LED indicator Lockable “Test” button for testing relay operation • Electrically separated inputs and outputs, allowing different voltages

Solid-state relays

2, 3 or 4 CO

1, 2, 3 or 4 CO

1 NO

1 NO

1 NO

10 A

15A

3A

10 ...45 A

10 ...125 A

On DIN rail

On DIN rail

On

Plugs into socket RUM

RPM

ABS

SSRD

SSRP

30 to 39

40 to 49

50 to 69

70 to 77

70 to 77

Solid-state relay (SSR) advantages • Unlimited service life • Wide supply voltage range and high breaking current (up to 125 A), suited to packaging and textile machines • “Relay On” LED indicator • Completely silent switching, providing suitability for building and hospital applications • Insensitive to vibration

Zelio Relay - plug-in relays

Selection guide

RSL slim interface relays

Plug-in relays PF090211

Application

1 2

Number and type of s / conventional thermal current (Ith on N/O ) Control voltage range type

4

c

12…60 V

Standard

Yes

Low level

Yes

Type of pins

Flat (PCB type, reinforced)

Operating voltage

Up to a 400 V / c 300 V

Durability (operating cycles)

Electrical, resistive load

60 000

Mechanical, no-load

10 000 000

Relay type

RSL 1pB4pD

Pages

14 PF090209

3

1 C/O / 6 A

5

7 8

Conventional thermal current (Ith)

6A

Connection

Screw connector

LED

Yes

Protection circuit

Yes

Accessories

Socket identification legend

Yes

Bus jumper

Yes

Partition plate

Yes

Socket type

RSL ZVpp

Pages

14 PF090206

6

9 10

Slim interface relays, pre-assembled

RSL 1PVpp

Pages

14

1 2 3

PF090210

4 5 6

6A Spring terminals Yes Yes

7

Yes Yes Yes

RSL ZRpp

8

PF090207

14

9 10

RSL 1PRpp 14


Presentation


Presentation

RSL slim interface relays offer the advantages of compact size and modular design: their slim width (6 mm) saves space when mounting on a 5 rail at the back of an enclosure.

1

RSL relays are available in two versions: b pre-assembled range: a single reference comprising a relay mounted on its socket. v The socket includes a protection circuit (against reverse polarity and surge) and an LED indicator as standard. v Two types of connector are available for wire connection: screw connectors or spring terminals. v This pre-assembled solution covers a wide range of operating voltages from 12 to 230 V. b range for customer assembly: v The relay (standard or low level) and the socket are selected, as required, according to the operating voltage of the application. v For maintenance: an RSL slim relay can be replaced without any need to disconnect the socket wiring.

2 3 1

4

2

4

3

Description

RSL slim interface relays, pre-assembled 1 2 3 4

6 A relay (standard or low level) with 1 C/O . Lever for retaining, or easy withdrawal of the relay from its socket. Sockets: wire connection by screw connector or by spring terminals. All sockets have a built-in protection circuit and LED indicator.

6

PF090213

5

PF090208

RSL slim interface relay

7

1 Five flat, reinforced pins (PCB type). 1 1

8

4

2 3

Sockets for RSL slim interface relays 1 2 3 4 5

Five female s for the relay pins. Retaining lever with marker label. Wire connection by screw connector or by spring terminals. Protection circuit and LED indicator (built into the socket) Locating slot for mounting on 5 rail.

10

PF090212

9

5 Presentation : page 10

10

Characteristics : page 11

References : page 14

Dimensions, schemes : page 15

Characteristics

Zelio Relay - plug-in relays RSL slim interface relays

General characteristics

Conforming to standards

IEC 61810-1, UL 508, CSA C22-2 No. 14

Product certifications

UL, CSA, GOST

Ambient air temperature around the device

Vibration resistance conforming to IEC/EN 60068-2-6

Storage

°C

- 40… + 85

Operation

°C

- 40… + 55

In operation

10 gn

Not operating

5 gn

Degree of protection

Conforming to IEC/EN 60529

IP 40 (Relays) IP 20 (Sockets)

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

Opening

10 gn

Closing

5 gn

Protection category

RT III

Mounting position

Any

Insulation characteristics

Rated insulation voltage (Ui)

V

250 (IEC)

Rated impulse withstand voltage (Uimp)

kV

6

Dielectric strength (rms voltage)

Between coil and

aV

4000

Between s

aV

1000

1 2 3 4 5 6 7 8 9 10

11


Characteristics (continued)


characteristics

1 2 3

Relay type

RSL1ABppp

RSL1GBppp

Number and type of s

1 C/O

1 C/O low level

materials

AgSnO2

AgSnO2 - gold plated

A

6

6

N/C

A

6

6

N/O

A

6

6


For ambient temperature y 55 °C

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

Conforming to IEC Conforming to UL

A

6

6

Switching current

Minimum

mA

100

1 (at 50 mW)

Switching voltage

Rated

aV

250

250

Maximum

V

a 400, c 300

a 250, c 300

Minimum

V

12

1 (at 50 mW)

A

6 / a 250 V, 0.5 mm

VA

1500

W

18…150 (depending on the voltage)

mW

120

Nominal load (resistive) Switching capacity

4 5

Maximum

a c

Minimum

50

Maximum operating rate In operating cycles

No-load

72 000

Under load

360

Mechanical durability

In millions of operating cycles

10

Electrical durability Resistive load In millions of operating cycles Inductive load

See curves below 0.05 (N/O /250 V, 3 A, AC-15) Maximum switching capacity on c load

6

200 100

Resistive load a 250V

AgSnO2

Resistive load 105

20

7

10 0,1 0,2

Coil characteristics

9

107

106

50 40 30

8

Electrical durability Cycles

Voltage c

300

Average consumption

c

Drop-out voltage threshold

c

Operating time (response time)

W

5

10 20 Current c

104

0

1

2

4 5 6 3 Switching current (A)

0.17 u 0.05 Uc

ms

12 max

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

c

ms

5 max

V

12

24

48

60

JD

BD

ED

ND

Ω

848

3390

10 600

20 500

Min.

V

8.4

16.8

33.6

42

Max.

V

16.8

33.6

67.2

84

Average resistance at 23 °C ± 10% Operating voltage limits

10

12

2

c

Relay control voltage codes

Presentation : page 10

1

Between coil energisation and making of the On-delay

Control circuit voltage Uc DC supply

0,5




7

8


Zelio Relay - plug-in relays RSL slim interface relays

Socket characteristics Socket type

RSL ZVpp

RSL ZRpp

Relay types used

RSL 1pppp

RSL 1pppp


IEC 61984, UL 508, CSA C22-2 No. 14


UL, CSA, GOST

terminal arrangement

Separate

Separate

Wire connection method

Screw connector

Spring terminals

mm

6.2

6.2


A

6

Maximum operating voltage

V

300

Between adjacent output s

Vrms

2500

Between input and output s

Vrms

2500

Between s and 5 rail

Vrms

2500

- 40…+ 70 / - 40…+ 55 for U > 80 V

Width

1 2

Electrical characteristics


3

General characteristics Ambient air temperature around the device

Operation

°C

Storage

°C



Cabling

Solid cable 1 conductor without cable end

mm²

0.2…2.5

0.2…1.5

AWG

24…14

24…16

Flexible cable with cable end

mm²

0.2…2.5

0.2…1.5

AWG

24… 14

24…16

Screw size

mm

M 2.5

Maximum tightening torque

Nm

0.5

1 conductor

- 40…+ 85

4

IP 20

5

10 N…40 N (0.2 …1.5 mm²)

Mounting

On 35 mm 5 rail

Fixing on 5 rail

By plastic compression spring

Terminal referencing

IEC

LED indicator

Yes (built-in)

Protection circuit

Yes (built-in)


Screw connector

6 Spring terminal

7 Sockets operating voltage

Operating voltage

Tolerance

V Socket type

RSLZVA1, RSLZRA1

Control circuit voltage (relay) V

c/a 12

+ 20% / - 5%

c 12

c/a 24

+ 20% / - 10%

c 24

c/a 48

+ 20% / - 10%

c 48

c/a 60

+ 20% / - 10%

c 60

RSLZVA3, RSLZRA3

c/a 110

+ 15% / - 20%

c 60

RSLZVA4, RSLZRA4

c/a 230

+ 15% / - 20%

c 60

RSLZVA2, RSLZRA2

8 9 10

13


References


Slim interface relays, pre-assembled PF090207

Relays mounted on socket equipped with LED and protection circuit PF090206

1

Sold in lots of 10

1 C/O - Thermal current (Ith) 6A Operating voltage

Control circuit voltage

Socket type Screw connector Unit reference

V

2 RSL 1PVpp

3

RSL 1PRpp

Spring terminal Weight

V

Unit reference

kg

Weight kg

c/a 12

c 12

RSL 1PVJU

0.031

RSL 1PRJU

0.029

c/a 24

c 24

RSL 1PVBU

0.031

RSL 1PRBU

0.029

c/a 48

c 48

RSL 1PVEU

0.031

RSL 1PREU

0.029

c/a 110

c 60

RSL 1PVFU

0.031

RSL 1PRFU

0.029

c/a 230

c 60

RSL 1PVPU

0.031

RSL 1PRPU

0.029

Slim interface relays for customer assembly: relay + socket Relays with flat, reinforced pins (PCB type) PF090211

4

Sold in lots of 10

1 C/O - Thermal current (Ith) 6A Standard Control circuit voltage

Unit reference

V RSL 1pppp

5

Low level Weight

Unit reference

kg

Weight kg

c 12

RSL 1AB4JD

0.006

RSL 1GB4JD

0.006

c 24

RSL 1AB4BD

0.006

RSL 1GB4BD

0.006

c 48

RSL 1AB4ED

0.006

RSL 1GB4ED

0.006

c 60

RSL 1AB4ND

0.006

RSL 1GB4ND

0.006

PF090209

6

PF090210

Sockets equipped with LED and protection circuit Sold in lots of 10

Socket type Screw connector Operating voltage

For use with relays

Unit reference

V

7 RSL ZVAp

8

Spring terminal Weight

Unit reference

kg

Weight kg

c/a 12 and c/a 24

RSL 1pB4JD RSL 1pB4BD

RSL ZVA1

0.025

RSL ZRA1

0.023

c/a 48 and c/a 60

RSL 1pB4ED RSL 1pB4ND

RSL ZVA2

0.025

RSL ZRA2

0.023

c/a 110

RSL 1pB4ND

RSL ZVA3

0.025

RSL ZRA3

0.023

c/a 230

RSL 1pB4ND

RSL ZVA4

0.025

RSL ZRA4

0.023

RSL ZRAp

Accessories for sockets Sold in lots of 10 RSL Z2

9 10

Description

Compatibility

Unit reference

Clip-in legends (sheet of 64 legends)

With all sockets

RSL Z5

0.001

Bus jumper (20-pole jumper)

With all sockets

RSL Z2

0.003

Partition plate

With all sockets

RSL Z3

0.001



RSL Z3


14


Weight kg


Dimensions, schemes


Slim interface relays, pre-assembled

RSL 1PRpp (spring terminals)

1

51,5

6,2

2

101

95

35,3

30,1

RSL 1PVpp (screw connector)

6,2

51,5

78,6

6,2

3

6,2

78,6

Relays for customer assembly

RSL 1pppp with flat, reinforced pins (PCB type)

3,5±0,5

11,34 (1) (1) 1,9

5 max

1 C/O

4

14

28 max

11 12 A1

3,78

15 max

5

A2

(1): 5.04 mm

Sockets equipped with LED and protection circuit

RSL ZRpp (spring terminals) 35,3

30,1

RSL ZVpp (screw connector)

101

95

6 7

51,5

6,2

6,2

51,5

78,6

6,2

6,2

78,6

Socket connections

8

Example of RSL Z2 bus jumper mounting on sockets

RSL ZVpp (screw connector)

RSL ZRpp (spring terminals)

12

12

11

11

14

Side view

(1)

14

9

(3)

(2) A1 A2

Protection circuit

14

A1

11

A2

12

Protection circuit

14

(4)

11 12

A1

A1

A2

A2

10 (1) A1 (2) A2 (3) Bus jumper polarity A1 (4) Bus jumper polarity A2

15


Selection guide

Application

Plug-in relays Interface relays

1

Miniature relays

2 3

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

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)

24…240 V 6…110 V

24…240 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


4 5 6

a c

Durability (operating cycles)

Electrical, resistive load Mechanical, no-load

100 000 30 000 000

100 000 10 000 000

Functions

LED Mechanical indicator Lockable test button Low level s

Yes (with protection modules) – – –

Yes (depending on version) Yes Yes Yes (depending on version)

Type reference

RSB

RXM

Pages

20

25 and 26


12 A (1)

10 A

12 A (2)

terminal arrangements

Separate

Mixed

Separate

Connection

Connector

Screw clamp terminals or connector

Connector

Accessories Protection modules Timer module Maintaining clamps Socket identification legend

Yes – Yes Yes – – –

Yes – Yes Yes (except RXZ E2M114) Yes Yes – Yes

RSZ E1SppM

RXZ E2Mppp

7 8 9

Mounting adapters for 5 rail Mounting adapters with fixing lugs Bus jumper, 2-pole (Ith = 5 A)

10

Associated socket types

Pages

16

RXZ E2Sppp

20 26 26 (1) When using relay RSB 1A160pp with socket RSZ E1S48M, terminals must be linked. (2) Except for sockets RXZ E2S11pM: 10 A.

Universal relays

Power relays

1 2

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

24…230 V 12…220 V

12…110 V

24…230 V 12…110 V

Cylindrical

Flat (Faston type)

Flat (Faston type)

Up to 250 V

Up to 250 V

100 000 5 000 000

100 000 (3) 10 000 000

Yes (depending on version) Yes Yes Yes (depending on version)

Yes (depending on version) Yes Yes –

–

RUM

RPM

33

43

3 4 5 6 7

12 A Mixed

16 A Separate

Connector

Screw clamp terminals

Yes Yes Yes Yes – – –

Yes

Yes Yes (for 3 and 4-pole) Yes (on socket RPZ F1) Yes Yes Yes –

RUZ M

RUZ SM

34 (3) 100 000 for RPM1 and RPM2; 60 000 for RPM3 and RPM4.

8

Mixed

RUZ SF3M

RPZ Fp

34

44

9 10

17


Presentation, characteristics

5

523139

1

Presentation of the range The RSB interface relay range comprises: 1 12 A relays with 1 C/O , 16 A relays with 1 C/O and 8 A relays with 2 C/O s. 2 Sockets with separate 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.

2

4

2

1

Socket description Sockets with separate terminals (1) 1 Connection by connector. 2 Five or eight female s for the relay pins. 3 A fixing hole for mounting. 4 Location for protection modules. 5 Locking components for plastic maintaining clamp. 6 Locating slot for mounting on 5 rail.

3

1

535188

3

RSB interface relays

Inputs

Outputs

4

2 5 3

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

4

5

6

Relay supply


6 7 8 9

Conforming to standards Product certifications Ambient air temperature around the device

Storage Operation Vibration resistance Conforming to IEC/EN 60068-2-6 Degree of protection Conforming to IEC/EN 60529 Shock resistance Opening conforming to IEC/EN 60068-2-27 Closing Protection category Mounting position

Insulation characteristics Rated insulation voltage (Ui) Conforming to IEC/EN 60947 Rated impulse withstand voltage (Uimp) Dielectric strength Between coil and (rms voltage) Between poles Between s

V kV aV aV aV

400 3.6 (1.2/50 µs) 5000 2500 1000 RSB 1A160pp 1 C/O

RSB 2A080pp 2 C/O

A

RSB 1A120pp 1 C/O AgNi 12

16

8

A A

12 6

16 8

8 4

mA V V A A VA W mW

5 a 400, c 300 5 12 / 250 a V 12 / 28 c V 3000 336 300 72 000 600

16 / 250 a V 16 / 28 c V 4000 448

8 / 250 a V 8 / 28 c V 2000 224

characteristics Relay type Number and type of s materials Conventional thermal current (Ith) Rated operational current in utilisation categories AC-1 and DC-1 Switching current Switching voltage

For ambient temperature y 40°C Conforming to IEC

“C” “O”

Minimum Maximum Minimum

Nominal load (resistive)

10

°C °C

IEC/EN 61810-1, UL 508, CSA C22-2 n° 14 UL, CSA - 40…+ 85 c - 40…+ 85, a - 40...+ 70 > 10 gn (10..150 Hz) IP 40 5 gn 10 gn RT I Any

Switching capacity

Maximum

Maximum operating rate In operating cycles/hour

Minimum No-load Under load

Presentation: page 18

References: page 20

18

a c

Characteristics: page 19

Dimensions, schemes: page 21


Characteristics


Relay type Mechanical durability Electrical durability In millions of op. cycles

107

A 106

C B

105

RSB 1A120pp RSB 1A160pp RSB 2A080pp u 30 12 A - 250 V: u 0.1 16 A - 250 V: u 0.07 8 A - 250 V: u 0.1 See curves below Reduction coefficient for inductive load a Maximum switching capacity on resistive load (depending on power factor cos j) c Reduction coefficient (A)

Durability (Number of operating cycles)

In millions of operating cycles Resistive load Inductive load Electrical durability of s Resistive load a

1 0,

Current c

characteristics (continued)

0,6 0,5

1

50

B

16 12 5

2

C

A

2 1

0,4

0,5

104

0,3 0

0,4

0,8 1 1,2

1,6

2

3

0,1

1

0,6

0,4

10

0,2

20 30

50

100

200 300

Voltage c

Switching capacity (kVA)

A RSB 2A080pp B RSB 1A160pp C RSB 1A120pp. Durability (inductive load) = durability (resistive load) x reduction coefficient. Coil characteristics

Average consumption Drop-out voltage threshold Operating time Between coil energisation and (response time) making of the On-delay

a c Between coil de-energisation and a making of the Off-delay c Control circuit voltage Uc Relay control voltage codes d.c. supply Average resistance at 20 °C ± 10% Operating Min. voltage limits Max. Relay control voltage codes a.c. supply Average resistance at 20 °C ± 15% 60 Hz Operating Min. 50 Hz voltage limits 60 Hz Max. 50/60 Hz

Socket characteristics

ms ms ms ms V W V V W V V

Socket type Relay types used terminal arrangement Wire connection method Product certifications Conforming to standards


c 0.45 W, a 0.75 VA ≥ c 0.1 Uc, ≥ a 0.15 Uc 12 9 10 4 6 12 24 RD JD BD 90 360 1440 4.8 9.6 19.2 6.6 13.2 26.4 – – B7 – – 400 – – 19.2 – – 20.4 – – 26.4

4 48 ED 5700 38.4 52.8 E7 1550 38.4 40.8 57.6

60 ND 7500 48 66 – – – – –

RSZ E1S35M RSB 1A120pp Separate Connector e IEC 61984, UL, CSA

Conventional thermal current (Ith) Maximum operating voltage

A V

12 300

Between adjacent output s Between input and output s Between s and 5 rail

Vrms Vrms Vrms

2500 2500 2500

Ambient air temperature around the device Degree of protection Cabling screw connector

°C °C

- 25…+ 85 - 40…+ 85 IP 20 0.5…2.5 mm2 - AWG 20…AWG 14 0.5…1.5 mm2 - AWG 20…AWG 16 0.25…2.5 mm2 - AWG 22…AWG 14 0.25…1 mm2 - AWG 22…AWG 17 0.8 / M3 screw On 35 mm 5 rail / on By plastic compression spring IEC No Yes, plastic No All RZM ppp Yes



Operation Storage Conforming to IEC/EN 60529 Solid cable 1 conductor without cable end 2 conductors Flexible cable 1 conductor with cable end 2 conductors Maximum tightening torque / Screw size Mounting Fixing on 5 rail Terminal referencing Bus jumper (Ith: 5 A) Compatibility with the metal maintaining clamp Timer module Protection module Clip-in legends Wire connection method Screw connector

Nm

110 FD 25 200 88 121 – – – – –

120 – – – – F7 10 200 96 102 144

220 – – – – M7 35 500 176 187 264

230 – – – – P7 38 500 184 195.5 276

240 – – – – U7 42 500 192 204 288

RSZ E1S48M RSB 2A080pp, RSB 1A160pp (1)

5 6 7 8 9 10

(1) When using the relay with socket RSZ E1S48M, terminals must be linked. See connection schemes on page 21.

19


References

560583

Relays for standard applications Control circuit voltage

1 2 RSB 1A120JD + RZM 031FPD + RSZ E1S35M

560584

3 4 5

Sold in lots of

Number and type of s - Thermal current (Ith) 1 C/O - 12 A 1 C/O - 16 A 2 C/O - 8 A Unit Unit Unit reference (1) reference (1) reference (1)

Weight

V c6

10

RSB 1A120RD

RSB 1A160RD

RSB 2A080RD

kg 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

Connection

Relay type

Connector

RSB 1A120pp RSB 1A160pp (2) RSB 2A080pp

Sold in lots of 10 10

Unit reference RSZ E1S35M RSZ E1S48M

Weight kg 0.060 0.050

For use with

Voltage

Sold in lots of

Unit reference

Weight

V c 6…230

10

RZM 040W

kg 0.003

Sockets 12 A, a 300 V RSB 1A160BD + RSZ E1S48M

Description

7 8

terminal arrangement Separate

Protection modules

560582

6


Diode

All sockets

RC circuit

All sockets

a 24…60 a 110…240

10 10

RZM 041BN7 RZM 041FU7

0.010 0.010

Diode + green LED

All sockets

c 6…24 c 24…60 c 110…230

10 10 10

RZM 031RB RZM 031BN RZM 031FPD

0.004 0.004 0.004

Varistor + green LED

All sockets

c or a 6…24 c or a 24…60 c or a 110…230

10 10 10

RZM 021RB RZM 021BN RZM 021FP

0.005 0.005 0.005

Sold in lots of 10 10

Unit reference RSZ R215 RSZ L300

RSB 2A080BD + RSZ E1S48M

Accessories 560585

Description Plastic maintaining clamp Legend

9

For use with All sockets All sockets

Weight kg 0.002 0.001

(1) To order a relay complete with socket (sold in lots of 20): add suffix S to one of the following voltage codes JD, BD, B7, P7 or F7. Example: RSB 2A080BD + RSZ E1S48M becomes RSB 2A080RBS. (2) When using the relay with socket RSZ E1S48M, terminals must be linked. See connection schemes on page 21. RSZ R215

10 Presentation: page 18

20

References: page 20




Dimensions, schemes


Dimensions

Interface relays RSB 1A120pp

1

RSB 2A080pp, RSB 1A160pp

12,5 7,5

12,5 7,5

29

2

2,5

15

16,5

5

29

5

15,7 3,9

2,5

3,5

3,5

15,7 3,9

Sockets RSZ E1S35M

RSZ E1S48M

67 61

3

67 61

(4)

(4)

11

21

11

14

24

14

12

22

12

(1) 78,5

78,5

(1)

(3)

29,4

(2) A2

(2) A2

A1

15,5

27,5 34,5

5

29,4

(3)

4

A1

15,5

27,5 34,5

6

50

50 (1) Relays (2) Protection module (3) Maintaining clamp (4) Legend

Schemes

Interface relays

14

21

11

22

12

A2

A1

A2

A1

12

24

A2 A1

22

24

14

21

11

22

12

A1

11

21

11

14

12

A2

24

8 9

A2

14

7

RSB 2A080pp

A1

14/24

12/22

A2 A1

RSB 1A160pp

11/21

14

12

11

RSB 1A120pp

When using relay RSB 1A160pp with socket RSZ E1S48M terminals 11 and 21, 14 and 24, 12 and 22 must be linked

Protection modules RZM 040W

RZM 041ppp

RZM 031ppp

10

RZM 021ppp

– A2

– A2

– A2

– A2

+ A1

+ A1

+ A1

+ A1

21


Presentation

Presentation of the range

7

524766

1

RXM miniature relays

The RXM miniature relay range comprises: 1 12 A relays with 2 C/O s, 10 A relays with 3 C/O s, 6 A relays with 4 C/O s and 3 A “low level” relays with 4 C/O s. All these relays have the same dimensions. 2 Sockets with mixed or separate 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 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.

2

1

2

4 or 5 6

3

3

106557

8 1 2 3

4

4

106661

106660

9

10

Socket description

6 1

106014

6

9

106662

5

7 6

5

Relay description

1 Spring return pushbutton for testing the s (green: c, red: a). 2 Mechanical “relay status” indicator. 3 Removable lock-down door enabling forced maintaining of the s for test sequences 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 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 . 10 Mounting adapter enabling direct mounting of the relay on a 5 rail.

Outputs

2

7

Sockets with mixed terminals (1) 1 Connection by screw clamp terminals or screw connector. 2 Fourteen female s 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 its compression spring or fixing clip. 6 Two or four fixing holes for mounting.

4 3 Inputs

8

5

5

Relay supply

6 106015

1 Inputs

9

Outputs

2 4

Sockets with separate terminals (2) 1 Connection by screw connector. 2 Eight, eleven or fourteen female s 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 its compression spring or fixing clip. 6 Two fixing holes for mounting. 7 Location for bus jumpers (see mounting on sockets on page 28).

3 (1) The inputs are mixed with the relay's supply, with the outputs being located on the opposite side of the socket. (2) The inputs and outputs are separated from the relay supply.

10 5 7

5


22

Relay supply Characteristics : pages 23 and 24

References : pages 25 and 26

Dimensions : pages 27 and 28

Schemes : page 29


Characteristics


General characteristics Conforming to standards Product certifications Ambient air temperature around the device

Storage Operation Vibration resistance In operation conforming to IEC/EN 60068-2-6 Not operating Degree of protection Conforming to IEC/EN 60529 Shock resistance Opening conforming to IEC/EN 60068-2-27 Closing Protection category Mounting position

IEC/EN 61810-1 (iss. 2), UL 508, CSA C22-2 n° 14 UL, CSA - 40… + 85 - 40… + 55 3 gn (10...150 Hz/± 1 mm / 5g/5 cycles) 5 gn (10...150 Hz/± 1 mm / 5g/5 cycles) IP 40 15 gn 15 gn RT I Any

°C °C

1 2

Insulation characteristics Rated insulation voltage (Ui) Rated impulse withstand voltage (Uimp) Dielectric strength Between coil and (rms voltage) Between poles Between s

V kV aV aV aV

250 (IEC), 300 (UL, CSA) 4 (1.2/50 ms) 1550 1550 1500

RXM 3ABppp 3 C/O

RXM 4ABppp 4 C/O

A

RXM 2ABppp 2 C/O AgNi 12

10

6

10 5 10

6 3 6

10 / 250 a V 10 / 28 c V 2500 280

6 / 250 a V 6 / 28 c V 1500 168

3

characteristics Relay type Number and type of s materials Conventional thermal current (Ith) Rated operational current in utilisation categories AC-1 and DC-1

For ambient temperature y 55 °C Conforming to IEC "C" “O” Conforming to UL Minimum Maximum Minimum

Switching capacity

Maximum

Maximum operating rate In operating cycles


Utilisation coefficient Mechanical durability

In millions of operating cycles

12 6 12 10 a/c 250 (IEC) 17 12 / 250 a V 12 / 28 c V 3000 336 170 18 000 1200 20 % 10

Electrical durability In millions of operating cycles

Resistive load Inductive load

0.1 See curves below

Nominal load (resistive) a c

107

106

D C

105 0

A

A RXM 2ABppp

1 0, 0,6 0,5

B RXM 3ABppp

6

8

3

0,4

0,3

C RXM 4ABppp

5 3 / 250 a V 3 / 28 c V 750 84 15

10 6

1

A D

3

5

Maximum switching capacity on resistive load c

B

1 2 Switching capacity (kVA)

2 1 3 3

0,1

1

0,6

0,4

4

7

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


Electrical durability of s Resistive load a

mA V V A A VA W mW

Current c

Switching current Switching voltage

RXM 4GBppp 4 C/O low level AgAu - bifurcated 3

0,2

0

B

C

28 50

100

150

9

200 250 Voltage c

D RXM 4GBppp

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

10

23




1


a

Average consumption

c


a



a


a

2

VA

1.2

W

0.9 u 0.15 Uc

c c

c

Control circuit voltage Uc

u 0.1 Uc ms

20

ms

20

ms

20

ms

20

V

12

24

48

110

120

125

220

230

240

JD

BD

ED

FD

–

GD

MD

–

–

Relay control voltage codes d.c. supply

3

Average resistance at 20 °C ± 10%

W

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

–

–

–

B7

E7

F7

–

–

P7

U7

Relay control voltage codes a.c. supply

Average resistance at 20 °C ± 15%

W

–

180

770

–

4430

–

–

15 000

15 500


Min.

V

–

19.2

38.4

–

96

–

–

184

192

Max.

V

–

26.4

52.8

–

132

–

–

253

264

Socket characteristics

4 5

Socket type

RXZ E2S108M RXZ E2S111M RXZ E2S114M RXZ E2M114M

RXZ E2M114

Relay types used

RXM 2ppppp

RXM 2ppppp (1) RXM 4ppppp

terminal arrangement Wire connection method

Separate Connector

Product certifications Conforming to standards

UL, CSA IEC 61984, e


7 8 9 10

RXM 4ppppp


A V

12 250 (IEC)


Vrms Vrms Vrms

2500 2500 2500


°C °C

- 40…+ 55 - 40…+ 85 IP 20 0.5…2.5 mm2 - AWG 20…AWG 14


Operation Storage Degree of protection Conforming to IEC/EN 60529 Cabling Solid cable 1 conductor without cable end 2 conductors Flexible cable 1 conductor with cable end 2 conductors Maximum tightening torque / Screw size Mounting Fixing on 5 rail Terminal referencing Bus jumper (Ith: 5 A) Compatibility with the plastic maintaining clamp Compatibility with the metal maintaining clamp Protection module Clip-in legends Wire connection method

RXM 2ppppp (1) RXM 4ppppp Mixed



6

RXM 3ppppp

10

0.5… 1.5 mm2 AWG 20…AWG 16

0.5…1.5 mm2 - AWG 20…AWG 16 0.25…2.5 mm2 - AWG 22…AWG 14

Nm

0.25…1 mm2 - AWG 22…AWG 17 1 / M3 screw On 35 mm 5 rail / on By red plastic clip IEC, NEMA Yes Yes Yes All RXM 040W, RXM 041pp, RXM 021pp Yes Screw connector

0.25…1 mm2 AWG 22…AWG 17

By metal compression spring

By red plastic clip

No

No Screw clamp terminals

(1) When mounting relay RXM 2ppppp on socket RXZ E2Mpppp, the thermal current must not exceed 10 A.


24

Characteristics : pages 23 and 24



Schemes : page 29


References


Miniature relays without LED (sold in lots of 10) Control circuit voltage

Number and type of s - Thermal current (Ith) 2 C/O - 12 A Unit reference

106658

V

RXM pAB1F7

3 C/O - 10 A Weight

Unit reference

kg

4 C/O - 6 A Weight

Unit reference

kg

Weight kg

c 12

RXM 2AB1JD

0.037

RXM 3AB1JD

0.037

RXM 4AB1JD

0.037

c 24

RXM 2AB1BD

0.037

RXM 3AB1BD

0.037

RXM 4AB1BD

0.037

c 48

RXM 2AB1ED

0.037

RXM 3AB1ED

0.037

RXM 4AB1ED

0.037

c 110

RXM 2AB1FD

0.037

RXM 3AB1FD

0.037

RXM 4AB1FD

0.037

c 220

–

–

RXM 4AB1MD

0.037

a 24

RXM 2AB1B7

0.037

RXM 3AB1B7

0.037

RXM 4AB1B7

0.037

a 48

RXM 2AB1E7

0.037

RXM 3AB1E7

0.037

RXM 4AB1E7

0.037

a 120

RXM 2AB1F7

0.037

RXM 3AB1F7

0.037

RXM 4AB1F7

0.037

a 230

RXM 2AB1P7

0.037

RXM 3AB1P7

0.037

RXM 4AB1P7

0.037

a 240

–

–

RXM 4AB1U7

0.037

–

–

–

–

1 2 3

106657

Miniature relays with LED (sold in lots of 10)

RXM pAB2F7

c 12

RXM 2AB2JD

0.037

RXM 3AB2JD

0.037

RXM 4AB2JD

0.037

c 24

RXM 2AB2BD

0.037

RXM 3AB2BD

0.037

RXM 4AB2BD

0.037

c 48

RXM 2AB2ED

0.037

RXM 3AB2ED

0.037

RXM 4AB2ED

0.037

c 110

RXM 2AB2FD

0.037

RXM 3AB2FD

0.037

RXM 4AB2FD

0.037

c 125

–

–

RXM 4AB2GD

0.037

a 24

RXM 2AB2B7

0.037

RXM 3AB2B7

0.037

RXM 4AB2B7

0.037

a 48

RXM 2AB2E7

0.037

RXM 3AB2E7

0.037

RXM 4AB2E7

0.037

a 120

RXM 2AB2F7

0.037

RXM 3AB2F7

0.037

RXM 4AB2F7

0.037

a 230

RXM 2AB2P7

0.037

RXM 3AB2P7

0.037

RXM 4AB2P7

0.037

–

–

Miniature relays with low level s, without LED (sold in lots of 10) Control circuit voltage

4 C/O - 3 A

V

106558

5

Number and type of s Thermal current (Ith) Unit reference

RXM 4GB1F7

4

Weight kg

c 12

RXM 4GB1JD

0.037

c 24

RXM 4GB1BD

0.037

c 48

RXM 4GB1ED

0.037

c 110

RXM 4GB1FD

0.037

a 24

RXM 4GB1B7

0.037

a 48

RXM 4GB1E7

0.037

a 120

RXM 4GB1F7

0.037

a 230

RXM 4GB1P7

0.037

c 12

RXM 4GB2JD

0.037

c 24

RXM 4GB2BD

0.037

c 48

RXM 4GB2ED

0.037

c 110

RXM 4GB2FD

0.037

a 24

RXM 4GB2B7

0.037

a 48

RXM 4GB2E7

0.037

a 120

RXM 4GB2F7

0.037

a 230

RXM 4GB2P7

0.037

a 240

RXM 4GB2U7

0.037

6 7

106657

Miniature relays with low level s, with LED (sold in lots of 10)

RXM 4GB2F7

8 9 10

25

References (continued)


2 RXZ E2M114M + Relais RXM 4AB2F7

3


Miniature relays without LED (sold in lots of 100)

106016

1


V c 12 c 24 c 48 c 110 c 220

Number and type of s - Thermal current (Ith) 2 C/O - 12 A Unit Weight reference kg – – RXM 2AB1BDTQ 0.037 – – – – – –

a 24 a 48 a 120 a 230

RXM 2AB1B7TQ – RXM 2AB1F7TQ RXM 2AB1P7TQ

Miniature relays with LED (sold in lots of 100)

106017

c 24 a 24 a 230

– RXM 2AB2B7TQ RXM 2AB2P7TQ

4 C/O - 6 A Unit reference

Weight

RXM 4AB1JDTQ RXM 4AB1BDTQ RXM 4AB1EDTQ RXM 4AB1FDTQ RXM 4AB1MDTQ

kg 0.036 0.036 0.036 0.036 0.036

0.037 – 0.037 0.037

RXM 4AB1B7TQ RXM 4AB1E7TQ RXM 4AB1F7TQ RXM 4AB1P7TQ

0.036 0.036 0.036 0.036

– 0.037 0.037

RXM 4AB2BDTQ RXM 4AB2B7TQ RXM 4AB2P7TQ

0.036 0.036 0.036

Sockets

4

terminal arrangement Mixed

Connection

Relay type

Sold in lots of 10

Unit reference RXZ E2M114 (1)


RXM 2pppp (3) RXM 4pppp RXM 2pppp (3) RXM 4pppp RXM 2pppp RXM 3pppp RXM 4pppp

10

RXZ E2M114M (1)

0.056

10 10 10

RXZ E2S108M (2) RXZ E2S111M (1)

0.058 0.066 0.070

For use with

Sold in lots of

Unit reference

V c 6...250

All sockets

20

RXM 040W

kg 0.003

RC circuit

a 24...60 a 110...240

All sockets All sockets

20 20

RXM 041BN7 RXM 041FU7

0.010 0.010

Varistor

a/c 6...24 a/c 24...60 a/c 110...240

All sockets All sockets All sockets

20 20 20

RXM 021RB RXM 021BN RXM 021FP

0.030 0.030 0.030

Screw connector Separate

Screw connector

5

RXZ E2S114M (1)

Weight kg 0.048

Protection modules RXZ E2S114M + Relais RXM 4AB2F7

Description

Diode

106018

6 7

RXM 041pp7

Weight

Timing relays Description 535195

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

8

For use with Sockets RXZ Eppppp

Unit reference RE XL2pp (4) RE XL4pp (4)

Weight kg – –

Weight kg 0.001 0.005 0.005

Accessories Description

536484

RE XL4pp

9

Voltage

RXZ 400

Metal maintaining clamp Plastic maintaining clamp Bus jumper 2-pole (Ith: 5 A) Mounting adapter for 5 rails (5) Mounting adapter with fixing lugs for Clip-in legends

For use with All sockets All sockets All sockets with separate s

Sold in lots of 10 10 10

Unit reference RXZ 400 RXZ R335

All relays

10

RXZ E2DA

0.004

All relays

10

RXZ E2FA

0.002

All relays (sheet of 108 legends) All sockets except RXZ E2M114

10 10

RXZ L520 RXZ L420

0.080 0.001

RXZ S2

(1) Thermal current Ith: 10 A (2) Thermal current Ith: 12 A (3) When mounting relay RXM 2ppppp on socket RXZ E2Mpppp, the thermal current must not exceed 10 A. (4) Please consult the "Zelio Time timing relays" catalogue. (5) Test button becomes inaccessible.


26




Schemes : page 29


Dimensions


Dimensions

Miniature relays RXM pppppp Common view

RXM 2 Pin side view

RXM 3

21 40

4,4 4,4 4,4

2

27

6,3 6,3 4,2 4,2

6,6 6,6

9

1

RXM 4

6

21

2,5

21 2,5

2,5

2,5

13,2

4,4 2,5

13,2

2,5 13,2

3

Sockets RXZ E2M114

RXZ E2M114M

40

43 19

25,5

17

(4) 14 5

32

22

12

4

3

2

1

11

(2)

A2 14

9 23 7

30

A1 13

9

39,5

34

8

7

24 14 6

42

32

22 12

4

3

2

1

(2)

(3)

A2 14

A1

41

31

21

41

31

21

13 11

12

11

10

12

11

10

9

(4)

21

50 7

30

4

5

80

61

(1)

44

5

40

24 6

44 8 42

3,5

(3)

79

(1)

34 7

23,5

67

6

27

69

Common side view

RXZ E2S108M

RXZ E2S111M

RXZ E2S114M

61

7

19

44 8

14 5

34

42 4

12 1

32

21 9

8 24

6

31

21 11

7

12 44

11 34

10 9 24 14

4

8 42

7 32

6 5 22 12

1

4

3

2

14 5

22 3

41

11

12 2

1

8

70

A2

A1

14

13

38

38

38

(5) 29

23 7

31

(2)

3,5

(3)

11 9

79

(1)

41 12

A2

A1 14

13

A2

A1 14

9

13

23,5

23,5

23,5

27

27

27

(1) Relays (2) Protection module (3) Maintaining clamp (4) 2 elongated holes Ø 3.5 x 6.5 (5) 2 bus jumpers

10

27


Dimensions (continued)



Plastic clamp and clip-in legends RXZ R335

RXZ L420

57 12

26,5 (1)

94,5

27

2

Mounting on all sockets (1)

14,2

1

3 81

4

(1) Clip-in legends for all sockets except RXZ E2M114

Bus jumper

Metal clamp

RXZ S2

RXZ 400

7,3

22

25

2,2

5

Mounting on sockets with separate s (view from below) Example of bus jumper mounting on sockets

22

(1)

(1)

2,3

42

(2)

(2)

0,

6 (1) 2 bus jumpers (polarity A2) (2) 2 bus jumpers (polarity A1)

RXZ E2FA

38

43

38

Mounting adapter for

RXZ E2DA

48

7

Mounting adapter for rails (1)

8 3

3,5

6

3,5 49

4 24

24

23

9

48

4

51

(1) Test button becomes inaccessible


28




Schemes : page 29


Schemes


Schemes

Miniature relays

A2 A1

44

42

4

1

2

3

1

2

3

4

12 5

42 8

12

22

32

4

5

6

12 5

22 6

32 7

42 8

14 9

44 12

14 7

24 8

34 9

14 9

24 10

34 11

44 12

11 13

41 14

21

21

31

41 14

A2

31 14

11 13

A1

11 13

A2

41

34

32

1

A1

31

24

22

21

14

12

A2 A1

11

34

32

31

24

22

1

RXM 4ppppp

21

14

12

A2 A1

11

44

42

RXM 3ppppp

41

14 11

12

RXM 2ppppp

A1

2 3

A2

Symbols shown in blue correspond to Nema marking.

Sockets RXZ E2M114

4 42

4

RXZ E2M114M

6 7 34 24 8 5 44 14 3 2 1 32 22 12

8 44

7 6 34 24

5 14

4 42

3 32

1 12 1

2 22

5

5 9

14 A2 12 41

13 A1 11 31

9 11 10 21

14

13

A2 14 41 31 12 11

A1 13 21 10

11 9

6

Symbols shown in blue correspond to Nema marking. RXZ E2S108M

RXZ E2S111M 9 11 5 14

9 31 6 34

8 21 5 24

7 11 4 14

4 42

1 12

3 32

2 22

1 12

A1

A2

14 A2

RXZ E2S114M

12 41 8 44

A1

A2

13 INPUT A1

14 A2

12 41 8 44 4 42

13 INPUT A1

11 31 7 34 3 32

10 21 6 24 2 22

7

A1

A2

14 A2

9 11 5 14 1 12

8

13 INPUT A1


Protection modules RXM 040W

RXM 041ppp

RXM 021ppp

– A2

– A2

– A2

+ A1

+ A1

+ A1

9 10

29


1

536294

Presentation

RUM universal relays


6

The RUM universal relay range comprises: 1 10 A relays with 2 and 3 C/O s, with cylindrical or flat (Faston type) pins, and 3 A low level relays with 3 C/O s, with cylindrical pins. All these relays have the same dimensions. 2 Sockets with mixed or separate 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 terminals in order to simplify cabling when creating an equipotential link between the coil terminals. 6 Clip-in legends for the sockets.

2

1

2

4 5

3

3

Relay description

106663

6

1 Spring return pushbutton for testing the s (green: c, red: a). 2 Mechanical “relay status” indicator. 3 Removable lock-down door enabling forced maintaining of the s for test sequences 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 Area by which the product can be easily gripped. 7 Eight or eleven cylindrical pins. 8 Eight or eleven flat (Faston type) pins

1 2 3 4

4 5

5

1

106022

6

Socket description

Outputs

Sockets with mixed terminals (1) 1 Connection by screw connector. 2 Eight or eleven female s for the relay cylindrical pins. 3 Location for protection modules or the timer module. 4 Locking component for metal maintaining clamp. 5 A locating slot for mounting on 5 rail. 6 Two fixing holes for mounting.

2 6 4

7

3 Relay supply

5

8

Inputs Relay suppy

6

9

1

106024

106023

1

Inputs

Sockets with separate terminals (2) 1 Connection by screw connector. Outputs 2 a Eight or eleven female s for the relay cylindrical pins. b Eleven female s for the relay flat pins. 2b 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. 4 6 Two fixing holes for mounting. 7 Location for bus jumpers (see mounting on sockets on page 36). 3 Inputs

Outputs

4 2a 3

10

57

5

Relay supply


30

57

5 Relay supply


(1) The inputs are mixed with the relay's supply, with the outputs being located on the opposite side of the socket. (2) The inputs and outputs are separated from the relay supply. Dimensions : page 35

Schemes : page 37

Setting-up : page 39


Characteristics





°C °C

1 2

Insulation characteristics Rated insulation voltage (Ui)

V

250 (IEC), 300 (UL, CSA)

Rated impulse withstand voltage (Uimp)

kV

4 (1.2/50 µs)

Dielectric strength (rms voltage)

aV aV aV

1550 1550 1500

Conforming to IEC/EN 60947 Between coil and Between poles Between s

3

characteristics Relay type Number and type of s

RUM F2ppp 2 C/O

materials

RUM F3ppp 3 C/O

RUM C2ppp 2 C/O

RUM C3App 3 C/O

RUM C3Gpp 3 C/O low level

.

AgNi

AgAu

A

10

3

"C"

A

10

2

“O”

A

5

1


For ambient temperature y 55°C

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

Conforming to IEC Conforming to UL

A

16 / a 277 V 12 / c 28 V

3

Switching current

Minimum

mA

10

3

Switching voltage

Maximum

V

a/c 250 (IEC)

Minimum

V

17

5

A

10 / 250 a V

3 / 250 a V

A

10 / 28 c V

3 / 28 c V

VA

2500

750

W

280

84

mW

170

15

Nominal load (resistive) Switching capacity

Maximum

a c

Minimum Maximum operating rate In operating cycles/hour

No-load

18 000

Under load

1200

Utilisation coefficient In millions of operating cycles

5


Resistive load

0.1

Inductive load

See curves below

106

Maximum switching capacity on resistive load c Current c

107

1 0, 0,6 0,5

8

10 3

0,4

B

1

A

9

A

105 0

6 7

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



B

5

20 %

Mechanical durability

4

1 2 3 Switching capacity (kVA)

A RUM Fppppp, RUM C2ppp, RUM C3Appp

0,3

1

0,6

0,4

0,2

0,1

0

28 50

100

150

200 250 Voltage c

B RUM C3Gppp

10


31




1


a

Average consumption

c


a



a


a

2

VA

2...3

W

1.4 u 0.15 Uc

c

u 0.1 Uc ms

20

ms

20

ms

20

ms

20

V

12

24

48

60

110

120

125

220

230

JD

BD

ED

ND

FD

–

GD

MD

–

Ω

120

470

1800

2790

10 000

–

10 000

3700

–

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

–

–

B7

E7

–

–

F7

–

–

P7

Ω

–

72

290

–

–

1700

–

–

7200

Min.

V

–

19.2

38.4

–

–

96

–

–

184

Max.

V

–

26.4

52.8

–

–

132

–

–

253

c

c

Control circuit voltage Uc Relay control voltage codes

3

d.c. supply


Relay control voltage codes a.c. supply


4 5


RUZ C2M

RUZ C3M

RUZ SC2M

RUZ SC3M

RUZ SF3M

Relay types used

RUM C2ppppp

RUM C3ppppp

RUM C2ppppp

RUM C3ppppp

RUM Fppppp

terminal arrangement

Mixed


Connector


UL, CSA


IEC 61984, e



A

10

Maximum operating voltage

V

250 (IEC)

Between adjacent output s

Vrms

2500

Between input and output s

Vrms

2500

Between s and 5 rail

Vrms

2500


6


7

9

12


Operation

°C

- 40…+ 55

Storage

°C

- 40…+ 85



IP 20

Cabling

Solid cable without cable end

1 conductor

0.5…2.5 mm2 - AWG 20…AWG 14

2 conductors

0.5…1.5 mm2 - AWG 20…AWG 16

Flexible cable with cable end

1 conductor

0.25…2.5 mm2 - AWG 22…AWG 14

2 conductors

Maximum tightening torque / Screw size

8

Separate

0.25…1 mm2 - AWG 22…AWG 17 Nm

1 / M3.3 screw

Mounting

On 35 mm 5 rail / on

Fixing on 5 rail

By red plastic clip

Terminal referencing

IEC, NEMA

Bus jumper (Ith: 5 A)

No

Compatibility with the metal maintaining clamp

Yes

Timer module

Yes

Protection module

All RUW 24ppp

Clip-in legends Wire connection method

Yes

No

Yes

Screw connector

10 Characteristics : page 31

32


Dimensions : page 35

Schemes : page 37



References


References

Relays for standard applications, without LED (sold in lots of 10)

106664

Pins

Cylindrical

RUM ppAB1F7

Flat (Faston type)


1

V c 12 c 24 c 48 c 60 c 110 c 125 c 220

Number and type of s - Thermal current (Ith) 2 C/O - 10 A 3 C/O - 10 A Unit Weight Unit reference reference kg RUM C2AB1JD 0.085 RUM C3AB1JD RUM C2AB1BD 0.085 RUM C3AB1BD RUM C2AB1ED 0.085 RUM C3AB1ED – – RUM C3AB1ND RUM C2AB1FD 0.085 RUM C3AB1FD – – RUM C3AB1GD – – RUM C3AB1MD

a 24 a 48 a 120 a 230

RUM C2AB1B7 RUM C2AB1E7 RUM C2AB1F7 RUM C2AB1P7

0.085 0.085 0.085 0.085


0.088 0.088 0.088 0.088

c 12 c 24 c 48 c 110

RUM F2AB1JD RUM F2AB1BD RUM F2AB1ED RUM F2AB1FD

0.080 0.080 0.080 0.080


0.082 0.082 0.082 0.082

a 24 a 48 a 120 a 230

RUM F2AB1B7 RUM F2AB1E7 RUM F2AB1F7 RUM F2AB1P7

0.080 0.080 0.080 0.080


0.082 0.082 0.082 0.082

Weight kg 0.088 0.088 0.088 0.088 0.088 0.088 0.088

Relays for standard applications, with LED (sold in lots of 10) 106663

Cylindrical

RUM ppAB2F7

Flat (Faston type)

c 12 c 24 c 48 c 60 c 110 c 125

RUM C2AB2JD RUM C2AB2BD RUM C2AB2ED – RUM C2AB2FD –

0.085 0.085 0.085 – 0.085 –

RUM C3AB2JD RUM C3AB2BD RUM C3AB2ED RUM C3AB2ND RUM C3AB2FD RUM C3AB2GD

0.088 0.088 0.088 0.088 0.088 0.088

a 24 a 48 a 120 a 230


0.085 0.085 0.085 0.085


0.088 0.088 0.088 0.088

c 12 c 24 c 48 c 110


0.084 0.084 0.084 0.084


0.082 0.082 0.082 0.082

a 24 a 48 a 120 a 230


0.084 0.084 0.084 0.084

RUM F3AB2B7 RUM F3AB2E7

0.082 0.082 0.082 0.082

RUM F3AB2F7 RUM F3AB2P7

Relays with low level s, with LED (sold in lots of 10) Pins

Cylindrical


V c 24 c 48

Number and type of s Thermal current (Ith) 3 C/O - 3 A Unit Weight reference kg RUM C3GB2BD 0.086 RUM C3GB2ED 0.086

a 24 a 48 a 120 a 230

RUM C3GB2B7 RUM C3GB2E7 RUM C3GB2F7 RUM C3GB2P7

0.086 0.086 0.086 0.086

33

2 3 4 5 6 7 8 9 10


Sockets


Separate

2

Connection

Relay type

Sold in lots of

Unit reference

Screw connector

RUM C2ppppp

10

RUZ C2M

0.054

RUM C3ppppp

10

RUZ C3M

0.054

RUM C2ppppp

10

RUZ SC2M

0.095

RUM C3ppppp

10

RUZ SC3M

0.100

RUM F2pppp

10

RUZ SF3M

0.095

Sold in lots of

Unit reference

Screw connector

Protection modules Description

For use with

Voltage

106027

V

RUW 241P7

4

Weight 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

V Multifunction

106028

5

RUW 101MW

All sockets

Weight kg

RUW 101MW

a/c 24… 240

0.020

Timing relays Description

For use with

Reference

2 timed C/O s On sockets RUZ M (single-function or multifunction)

RE 48A pp (1)

Weight kg –

Accessories

6 536485

Description

535203

RUZ C200

7

Weight kg

RUM F3pppp RUZ C3M + relais RUM C3ppppp

3



106025

1


For use with

Sold in lots of

Unit reference

Metal maintaining clamp

All sockets

10

RUZC200

0.001

Bus jumper 2-pole (Ith : 5 A)

All sockets with separate s

10

RUZ S2

0.005

Clip-in legends

All relays (sheet of 108 legends)

10

RXZ L520

0.080

All sockets with separate s

10

RUZ L420

0.001

RUZ S2

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



8 9 10

34


Schemes : page 37


Weight kg


Dimensions


Dimensions

Universal relays

1

RUM Fpp

9

55

35

35

RUM p

35

9

53

2

35

Sockets Common side view

RUZ C2M

RUZ C3M

22 24

22

6

4

5

(1)

34

32

24

22

14

12

9

8

7

5

3

4

3

4

6

3

8

7

2

9

(2)

A2

21

11

7

4

27 89

3

1

2 1

INPUT A2 10 A2 A2

A1

8

10

2

4

4

11

INPUT A1 2

A2 7

63

1

3

5

10

37

37

8 INPUT A2 7

6

7

74

(3)

12 14

5

31 10

21 11

30

30

38

38

INPUT A1 2 11

6

A1 1

5

2

93 RUZ SC2M

6

RUZ SC3M

63

45 19

19

24 6

21 8

92

5

12 4 14 3

4

6 7

(3)

40 102

105

(2) A1 2

34 9

24 7

14 3

32

22

12

8

5

4

30

29

36

75

7 8

A2 10

(4) 4

4

29 75

11 1

1

A2 7

(4)

21 6

7 6 5 8 4 9 3 10 2 11 1

2 8

(2)

Ø4

(1)

3

31 11

40

Ø4

(1) (3)

11 1

92

22 5

A1 2

32 36

9

102 105

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

10

35





1

Sockets (continued) RUZ SF3M

63

2

21 9

31 8

11 7

24 6

34 5

14 4

22

32

12

3

2

1

(1) 92

(3)

3

(2) A2 B

(4) 46

29

4

27

A1 A

36

104

4

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

Metal maintaining clamps and plastic legends Mounting

35

5

RUZ C200

108

0,

RUZ L420

32 12

7

59,6

14,2

6

8

Bus jumper RUZ S2

Mounting on sockets with separate s (view from below) Example of bus jumper mounting on sockets

(1)

(1)

(2)

(2)

8,5

9

3,3

35,4

32 2,3

10

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


36



Schemes : page 37



Schemes


Schemes

Universal relays

1 24

A2

21

A1

34

22

31

14

32

12

A2 A1

11

34

RUM F3ABppp

31

24

32

21

14

22

12

A2 A1

11

24

RUM C3ppppp

21

14

22

11

12

RUM p2ABppp

2 RUM C2ABppp

RUM F2ABppp

12 4 14

A1

5

22

3

6

2

7

+

11

1

24

A2

21

RUM C3ppppp

1

3

12 4

22 6

14 7

24 9

11 A (+)

21 B( )

A1

A2

22 12

RUM F3ABppp

21 6

5

7

24

4

14 3 A1

32

9 34 2

+

10 11 31

1 11

A2

1

2

3

12 4

32 5

22 6

14 7

34

24 9

11 A (+)

31

21 B( )

A1

3

A2

4


Sockets RUZ C2M 6

RUZ C3M

RUZ SC2M

5

4

3

9

8

7

5

3

24 22

12

14

34

32

24

22

14 12

6 7

7 A2

7 A2

5

8

4

1

8 21

6 5 7

3

8

2

9 10

1 11

2 A1

10 10 A2 A2

4

11 31

6 21

4 12 3 14

1 11 8 21

6 21 7 24 5 22

11 31 8 32 9 34

4 5

3 11 1

RUZ SC3M

5 22 6 24

4

7

1 11

2 A1

7 A2

8

8

3

6

2

1

7

9 10

2

2 A1

10 A2

6 5

5

1 11 4 12 3 14

4

6

3 11 1

2

2 A1

7

Symbols shown in blue correspond to Nema marking. RUZ SF3M 9 21 6 24

8 31 5 34

7 11 4 14

3 22

2 32

1 12

B A2

8 9

A A1


10

37


Schemes (continued)


Schemes (continued)

1

Protection modules RUW 240BD

RUW 241P7

RUW 242pp

– A2

– A2

– A2

+ A1

+ A1

+ A1

2 3 4 5 6 7 8 9 10 Characteristics : page 31

38



Schemes : page 37



Setting-up


Multifunction timer module RUW 101MW Programming

Timing range selection

1

Function Timing range selection selection 0.1…1 s

0.1…10 s

0.1…1 min

1…10 min

0.1…1 h

0.1…1 day

1…10 h

1…10 days

2 Function selection 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

t

R t

t t

5

U .1/.4 .1/.2

Monostable, starting on de-energisation Wa

On-delay Timer Es

Control by external (S)

t t

U

U S

t

U

R

S

A2

7

t

U S .1/.4 .1/.2


6

S

.1/.4 .1/.2


4

U .1/.4 .1/.2

.1/.4 .1/.2

Monostable with pulse control Ws

3

U .1/.4 .1/.2


U

U .1/.4 .1/.2

Control scheme

B1

On-delay Timer E

Function diagram

A1

Control

A2

Function

A1

Selection

8

t

U S .1/.4 .1/.2

9

t

Power off

open

U : voltage

S : external control

Power on

closed

R : relay RUM ppp

t : adjustable time delay

10

39


Presentation


106035

1

RPM power relays

2

1

2

A metal maintaining clamp for single- relays.

3

3 1

Relay description

1 Spring return pushbutton for testing the s (green: c, red: a). 2 Mechanical “relay status” indicator. 3 Removable lock-down door enabling forced maintaining of the s for test sequences 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 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 . 10 Mounting adapter enabling direct mounting of the relay on a 5 rail.

106669

8

4

The RPM power relay range comprises: 1 15 A relays with 1, 2, 3 and 4 C/O s. 2 Sockets with mixed 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.

2 3 4 5

7 6

5 106674

9

106673

106672

9

6 7 10

106040

7

Socket description

5 1

Outputs

2

8

Sockets with mixed terminals (1) 1 Connection by screw clamp terminals. 2 Five, eight, eleven or fourteen female s for the relay pins. 3 Location for protection modules or the timer module. 4 Locating slot for mounting on rail with fixing clip. 5 Two or four fixing holes for mounting. (1) The inputs are mixed with the relay's supply, with the outputs being located on the opposite side of the socket.

3

Relay supply

9 4

Inputs

10 Characteristics : page 41

40


Dimensions : page45

Schemes : page 47


Characteristics

RPM power relays




°C °C

1 2

Insulation characteristics Rated insulation voltage (Ui) Conforming to IEC/EN 60947 Rated impulse withstand voltage (Uimp) Dielectric strength Between coil and (rms voltage) Between poles Between s

V kV aV aV aV

250 (IEC), 300 (UL, CSA) 4 (1.2/50 µs) 1550 1550 1500

A

RPM 1ppp 1 C/O AgNi 15

3

characteristics Relay type Number and type of s materials Conventional thermal For ambient current (Ith) temperature y 55 °C Rated operational current Conforming to IEC in utilisation categories AC-1 and DC-1 Conforming to UL Switching current Minimum Switching voltage Maximum Minimum Nominal load (resistive)

"C" “O”

Switching capacity

Maximum

a c

Maximum operating rate In operating cycles/hour



106

105

0

1

2

3

4 3,75 Switching capacity (kVA)

4 5 6

20 % 10 0.1 See curves below

1 0, 0,6 0,5

0,4

0,3

7

0.06

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


107

RPM 4ppp 4 C/O

15 7.5 15 10 a/c 250 (IEC) 17 15 / 250 a V 15 / 28 c V 3750 420 170 18 000 1200

In millions of operating cycles Resistive load Inductive load


RPM 3ppp 3 C/O

Maximum switching capacity on resistive load c Current c

Utilisation coefficient Mechanical durability

A A A mA V V A A VA W mW

RPM 2ppp 2 C/O

8

15 10

1

0,1

1

0,6

0,4

0,2

0

28 50

100

150

9

200 250 Voltage c


10

41



RPM power relays


1

Relay type Average consumption

RPM 2ppp 1.2 0.9

RPM 3ppp 1.5 1.7

RPM 4ppp 1.5 2

ms

RPM 1ppp 0.9 0.7 u 0.15 Uc u 0.1 Uc 20

25

25

20

c

ms

20

25

25

20

a

ms

20

c

ms

20

V

12

24

48

110

120

230

RPM 1ppp RPM 2ppp RPM 3ppp RPM 4ppp Min. Max.

Ω Ω Ω Ω V V

JD 180 160 100 96 9.6 13.2

BD 750 650 400 388 19.2 26.4

ED 2600 2600 2600 1550 38.4 52.8

FD 13 100 11 000 8600 7340 88 121

– – – – – – –

– – – – – – –

RPM 1ppp RPM 2ppp RPM 3ppp RPM 4ppp Min. Max.

Ω Ω Ω Ω V V

– – – – – – –

B7 160 180 103 84.3 19.2 26.4

E7 720 770 770 338 38.4 52.8

– – – – – – –

F7 4430 4430 2770 2220 96 132

P7 15 720 15 000 12 000 9120 184 253

Drop-out voltage threshold Operating time (response time)


2


a c a c a

VA W

Control circuit voltage Uc

3

Relay control voltage codes d.c. supply Average resistance at 20 °C ± 10%


4

Relay control voltage codes a.c. supply Average resistance at 20 °C ± 15%


5 6 7


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

terminal arrangement Wire connection method Product certifications Conforming to standards



A V

16 250 (IEC)


Vrms Vrms Vrms

2500 2500 2500


°C °C

- 40…+ 55 - 40…+ 85 IP 20 0.5…1.5 mm2 - AWG 20…AWG 16 0.5…2.5 mm2 - AWG 20…AWG 14 0.5…1.5 mm2 - AWG 20…AWG 16 0.5…2.5 mm2 - AWG 20…AWG 14



8 9 10

Mixed Screw clamp terminals UL, CSA IEC 61984, e

Operation Storage Degree of protection Conforming to IEC/EN 60529 Cabling Solid cable 1 conductor without 2 conductors cable end Flexible cable 1 conductor with cable end 2 conductors Maximum tightening torque / Screw size Mounting Fixing on 5 rail Terminal referencing Compatibility with the metal maintaining clamp Timer module Protection module Clip-in legends Wire connection method Screw clamp terminals


42


Nm

0.25…1 mm2 - AWG 22…AWG 17 0.25…1.5 mm2 - AWG 22…AWG 16 0.25…1 mm2 - AWG 22…AWG 17 0.25…1.5 mm2 - AWG 22…AWG 16 1 / M3 screw 1 / M3.5 screw On 35 mm 5 rail / on By red plastic clip IEC, NEMA Yes No No Yes RXM 040W, RXM 041pp, RXM 021pp RUW 24pp No



Schemes : page 47


References

RPM power relays

Power relays without LED (sold in lots of 10)

106670

Control circuit voltge V c 12

Number and type of s - Thermal current (Ith) 1 C/O - 15 A 2 C/O - 15 A 3 C/O - 15 A Unit Weight Unit Weight Unit Weight reference reference reference kg kg kg RPM 11JD 0.026 RPM 21JD 0.036 RPM 31JD 0.054

4 C/O - 15 A Unit Weight reference kg 0.071 RPM 41JD

c 24

RPM 11BD

0.026

RPM 21BD

0.036

RPM 31BD

0.054

RPM 41BD

0.071

c 48

RPM 11ED

0.026

RPM 21ED

0.036

RPM 31ED

0.054

RPM 41ED

0.071

c 110

RPM 11FD

0.026

RPM 21FD

0.036

RPM 31FD

0.054

RPM 41FD

0.071

a 24

RPM 11B7

0.026

RPM 21B7

0.036

RPM 31B7

0.054

RPM 41B7

0.071

a 48

RPM 11E7

0.026

RPM 21E7

0.036

RPM 31E7

0.054

RPM 41E7

0.071

a 120

RPM 11F7

0.026

RPM 21F7

0.036

RPM 31F7

0.054

RPM 41F7

0.071

a 230

RPM 11P7

0.026

RPM 21P7

0.036

RPM 31P7

0.054

RPM 41P7

0.071

1 2

RPM 41BD

4

106669

Power relays with LED (sold in lots of 10)

RPM 42BD

3

c 12

RPM 12JD

0.026

RPM 22JD

0.036

RPM 32JD

0.054

RPM 42JD

0.071

c 24

RPM 12BD

0.026

RPM 22BD

0.036

RPM 32BD

0.054

RPM 42BD

0.071

c 48

RPM 12ED

0.026

RPM 22ED

0.036

RPM 32ED

0.054

RPM 42ED

0.071

c 110

RPM 12FD

0.026

RPM 22FD

0.036

RPM 32FD

0.054

RPM 42FD

0.071

a 24

RPM 12B7

0.026

RPM 22B7

0.036

RPM 32B7

0.054

RPM 42B7

0.071

a 48

RPM 12E7

0.026

RPM 22E7

0.036

RPM 32E7

0.054

RPM 42E7

0.071

a 120

RPM 12F7

0.026

RPM 22F7

0.036

RPM 32F7

0.054

RPM 42F7

0.071

a 230

RPM 12P7

0.026

RPM 22P7

0.036

RPM 32P7

0.054

RPM 42P7

0.071

5 6 7 8 9 10

43



Connection

Relay type

Unit reference

RPM 1ppp RPM 2ppp RPM 3ppp

Sold in lots of 10 10 10

RPZ F1 RPZ F2 RPZ F3

Weight kg 0.042 0.054 0.072


RPM 4ppp

10

RPZ F4

0.094

Voltage

Socket type

Sold in lots of

Unit reference

V c 6...250

RPZ F1RPZ F2

20

RXM 040W

kg 0.003

10

RUW 240BD

0.004

a 24...60

RPZ F3 RPZ F4 RPZ F1RPZ F2

20

RXM 041BN7

0.010

a 110...240

RPZ F1RPZ F2

20

RXM 041FU7

0.010

10

RUW 241P7

0.004

a/c 6...24

RPZ F3 RPZ F4 RPZ F1RPZ F2

20

RXM 021RB

0.030

a/c 24...60

RPZ F1RPZ F2

20

RXM 021BN

0.030

a/c 110...240

RPZ F1RPZ F2

20

RXM 021FP

0.030

a/c 24

RPZ F3 RPZ F4 RPZ F3 RPZ F4

10

RUW 242B7

0.004

10

RUW 242P7

0.004

Protection modules

2

Description

RPZ F2 + relay RPM 22F7

Diode

RC circuit

106044

3

RPM power relays

Sockets

106043

1


RUW 24ppp Varistor

4

a/c 240

5

Timer module (1) Description

106045

Multifunction

6

Weight

Voltage V a/c 24… 240

Reference

RPZ F3 RPZ F4

RUW 101MW

Weight kg 0.020

Accessories Description

For use with RPZ F1

Sold in lots of 20

Unit reference RPZ R235

RPM 1ppp RPM 2ppp RPM 3ppp RPM 4ppp

20 20 20 20

RPZ 1DA RXZ E2DA RPZ 3DA RPZ 4DA

0.004 0.004 0.004 0.006

Mounting adapters with fixing lugs for

RPM 1ppp RPM 2ppp RPM 3ppp RPM 4ppp

20 20 20 20

RPZ 1FA RXZ E2FA RPZ 3FA RPZ 4FA

0.002 0.002 0.003 0.004

Clip-in legends (sheet of 108 legends)

All relays

10

RXZ L520

0.080

Metal maintaining clamp (for single-pole relays) Mounting adapters for 5 rail (2)

7

Socket type

106046

RPZ 1DA

8 RPZ 3FA

(1) See timer module description (selection of functions and time delays) on page 39. (2) Test button becomes inaccessible.



9 10

44



Schemes : page 47

Weight kg 0.001


Dimensions

RPM power relays

Dimensions Power relays

1

RPM 1

3

27

6,5 6 5

3,5

4,7

6 7

Common side view

RPM2

RPM 3

RPM 4

4,6 4,6 4,6

4,6 4,6

27

27

3

7,1 6 4,6 4

7

4,6

39

8

4,6 4,6 4,6 4,6

21

31

10

27

40

2

2,6

2,6

14

10

10

41

10

10

10

4

14,2

Sockets

8

5

12

42 4

12 1

(1)

5 6

4

80

(2)

14

40

40

44

5

4

80

(2) A1

14

13

A2 14

A1 13

11

41

11

9

12

9

17

8

21

71

19

4

4

31

A2

40

30

80 RPZ F3

30

RPZ F4

Ø4,5 x 6

Ø4,5 x 6 24 6 42

14

22

4

2

8 12

1

34 7

4

24 6

42 4

68

(1)

68

44

5

40

44 8

32 3

14

8

5 22

2

12 1

40

19

80

7

26

76

Common side view

Ø4,5 x 6

4

(3)

14

1

(1)

Ø4,5 x 6

19

40

RPZ F2

19

68

RPZ F1

9

14

30 76

4

8

10

21

A2 13 41

11

12

9

28

A1

14

13 41

12

A1

Ø4,5 x 6

40

A2

40

(2)

11

31

21

10

36

37

46

40

50

11 9

Ø4,5 x 6

10

(1) Relays (2) Protection module (3) Maintaining clamp

45



RPM power relays


Mounting adapters for 5 rail

50

50

RPZ 4DA

24

20

34

44

2,5

23


3,5 16

3,5

4

19

24

3,5 19

4

16

38

43

38

38

5 16,5

RPZ 4FA

43

RPZ 3FA

43

43

4

RXZ E2FA

38

RPZ 1FA

5

4

24

2,5

3

3

23 23

RPZ 3DA

2,5

49,5

2

RXZ E2DA

38

RPZ 1DA

48

1

3,5

4

34

44

Mounting Mounting adapters for 5 rail (1)


6 7 (1) Test button becomes inaccessible

8 9 10 Presentation : page 40

46




Schemes : page 47


Schemes

RPM power relays

Schemes

Power relays

1 A2 A1

44

42

41

34

32

31

24

22

21

14

12

A2 A1

11

44

42

RPM 4ppp

41

24

22

21

14

12

A2 A1

11

24

22

RPM 3ppp

21

14

12

A2 A1

RPM 2ppp

11

14

12

11

RPM 1ppp

2 1

1

4

1

2

4

1

2

3

4

12

12

22

12

22

42

12

22

32

42

5

5

8

5

6

8

5

6

7

8

14 9

14 9

24 12

14 9

24 10

44 12

14 9

24 10

34 11

44 12

21

41 14 ( )

11 13 (+)

21

31

41 14 ( )

A2

A1

13 (+)

14 ( )

11 13 (+)

21 14 ( )

11 13 (+)

A1

A2

A1

A2

A1

11

3

A2


Sockets RPZ F1

RPZ F2

RPZ F3

4

RPZ F4

5 14

8 44

5 14

8 44

6 24

5 14

8 44

7 34

6 24

5 14

1 12

4 42

1 12

4 42

2 22

1 12

4 42

3 32

2 22

1 12

5 14 13 A2 A1 INPUT 9 11

14 A2 12 41

13 A1 9 11

14 A2 12 41

10 21

13 A1

9 11

14 A2 12 41

11 31

10 21

13 A1 9 11

6


Protection modules RXM 040W, RUW 240BD

RXM 041ppp, RUW 241P7

RXM 021ppp, RUW 242pp

– A2

– A2

– A2

+ A1

+ A1

+ A1

7 8 9 10

47

Technical presentation


Relays

types

1

Symbol

2 3

Configuration Make (Normally Open)

EU NO

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

Break (Normally Closed)

NC

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

Changeover

CO

SPDT DPDT nPDT (1)

Utilisation categories

4 5 6

Category AC-1

Type of current a single-phase a 3-phase

Applications 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 ors, electromagnetic solenoid valves and electromagnets.

AC-15

a single-phase

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

DC-13

c

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

Protection categories

7 8

Category RT 0

Explanation Condition 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

RT III

Wash-tight relay

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

RT V

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

Hermetically Sealed relay having an enhanced level of sealing. sealed relay (1) n = number of s. (2) The switchable voltage can be doubled, for an equal current, by connecting two s in series.

9 10

48


Presentation

Protection modules

Whenever an inductive load is de-energised (coil of a relay or of a or), 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 materials, v the destruction of insulation due to overvoltage, v the destruction of electronic components.

U Supply voltage

Energy released

b v v v

t

Coil voltage with diode protection module (c only)

U

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

4

Protection module with varistor 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.

Break

5

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

Limitation of voltage peaks

t

Energy released

6 7

Coil voltage with varistor protection module (a and c)

U

Protection module with RC circuit 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.

Break

t

8

b Disadvantages v no protection for low voltages.

U2

U1

S2 (with RC)

2 3

Diode protection module (with or without LED) 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.

Break

1

S1

9

Coil voltage with RC circuit protection module (a only) S1 = S2 = Energy released

10

49

Selection guide

Interfaces

Interfaces for discrete signals

Applications

Electromechanical interface modules

Functions

Input

Width (mm)

17.5

9.5

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 s and/or LED for control

LED for control

References

ABR 1E

ABR 2E

Pages

56

62

1 2 3 4 5 6 7 8 9 10

50

Solid state interface modules

1 2 3 4 Output

Input and output Very low level switching

Input

Output

9.5/17.5

17.5

12

17.5

9.5

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

1 N/O

1 C/O

–

12 A

5A

–

c 24 V z 24 V, 48 V a 115…127 V a 110 V

c 24 V

Mechanical for s and/or LED for control

LED for control

ABR 1S

ABR 2S

ABR 2pB312B

ABS 2E

56

62

62

68

5 5A

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

6

c 24 V

7 ABS 2S

8 9 10

51

Interfaces

Presentation

For discrete signals


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 (ors, solenoid valves, indicator lamps, proximity sensors, etc). These products are based on or 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.

1

Composition

816264

2

The ABR-1 range comprises 2 families : 5

Input interfaces Input interfaces are designed for switching input signals to the processor and are characterized by their high degree of 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 ors and indicator lamps.

2 1

3

4

4

816265

3

Output interfaces Output interfaces are designed for the control of preactuators (ors, 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.

5

1 Override s 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 s 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.

3

5

4 1 2

6 7 8 9 10 Presentation: page 52

52


Curves: page 55


Interfaces

Characteristics



Examples of applications with PLCs PLC Positive logic discrete inputs

–/

+/

1

PLC Positive logic transistor (or relay) outputs

+/

–

A2

A1

A2

A1

A2

3

+ 24...125 V

+

2

A1

A2

A1

A2

A1

A2

A1

A2

A1

–/

...240 V

(1) Pushbuttons Series s

2-wire sensors

3-wire sensors

Pushbuttons Series s

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

(1)

–

2-wire sensors

4

).

Environment Conforming to standards Product certifications Degree of protection Protective treatment Flame resistance

Conforming to IEC 529 (protection against direct ) Conforming to IEC 695-2-1

Shock resistance Vibration resistance Resistance to electrostatic charges Resistance to rapid transients

Conforming to IEC 68-2-27 Conforming to IEC 68-2-6 Conforming to IEC 801-2

Resistance to shock waves

Conforming to IEC 255-4

Cross-sections which may be connected

Flexible cable with no cable end Flexible cable with cable end Rigid cable

Operating position Ambient air temperature around the device Operating altitude Installation category Degree of pollution Mounting

IEC 947-5-1 UL, CSA, BV, LROS, DNV IP 00


Unrestricted operation Permissible at Un Storage Conforming to IEC 947-1 Conforming to IEC 947-5-1

Incandescent wire Conforming to UL 94 Semi-sinusoidal waves 11 ms 10…55 Hz Level 3

°C

On power supply On I/O Waveform 1.2/50 ms ; 0.5 J

kV kV kV kV mm2 mm2 mm2 mm2

1 or 2-wire 1 or 2-wire 1-wire 2-wire

U ≤ 50 V U > 50 V

kV

°C °C °C m

5

“TC” 850 V0 50 gn 6 gn 8

6

2 1 0.5 2.5 0.6…2.5 0.34…2.5 0.27…4 0.27…2.5 Any - 5…+ 40 - 20…+ 60 - 40…+ 70

7 8

≤ 3000 II 3 Standard rails 5 1 4

9 10

53

Interfaces




Control circuit characteristics (40°C ambient temperature)

1 2 3

Type of interface Rated voltage (Uc)

V

ABR 1Sp02B c 24

Current frequency Energization threshold (at ± 5 %) Maximum operating voltage Maximum drop-out (at ± 5 %) voltage (Uo) Maximum current (Un) Minimum holding current Maximum dissipated power Disappearance of voltage maximum time up to which is maintained Display of control circuit by LED Built-in protection reversed polarity

Hz V V V mA mA W ms

– 15 30 3.2 62 6.6 1.5 3

50/60 16.5 30 3.8 62/55 4.9/5.2 1.5 8

50/60 34 53 8.5 36/32 4.7/5.4 1.5 10

ABR 1Ep12F c 110...127 – 75 140 16 15 1.5 1.5 10

No Yes

Yes Yes

Yes Yes

Yes Yes

5 6

Type of interface Maximum switching voltage

9

Conforming to IEC 947-5-1

Operating current frequency Thermal current Ith Conforming to IEC 947-1 Rated operating Conforming to IEC 947-5-1 current (Ie) Ue : a 230 V per 1 million operating cycles Conforming to IEC 947-5-1 Ue : c 24 V

AC12 AC13 AC14 AC15 DC12 DC13

Minimum switching capacity Minimum switching voltage Protection against For Ik ≤ 2.5 kA (a) and ≤ 100 A (c) short-circuits Type and value of recommended fuse Low power switching Number of faults reliability of s per “n” million operating cycles (17 V - 5 mA)

aV cV aV cV Hz A A A A A A A mA V A

ABR 1ppp1F a 115...127 50/60 86 140 34 8 2.4 1.5 6

ABR 1Ep11M a 230...240 50/60 170 264 68 7 2 1.5 5

ABR 1Ep01M a 230...240 50/60 164 264 78 5.5 1.5 1.5 6

Yes –

Yes –

No –

ABR 1Epppp 252 125 230 125 50/60 2 2 1 1 1 2 1 3 17 gG/gF : 16

ABR 1Spppp 252 125 230 125 50/60 12 4 1 1 1 5 1 3 17 gG/gF : 16

10-8

10-8

Other characteristics

Operating time at Un and at 20 °C

7 8

ABR 1ppp8E z 48

characteristics

Maximum rated operating voltage Ue

4

c/a c/a c/a c/a 50 Hz/60 Hz

ABR 1ppp8B z 24

Duration of bounce bridging times between “N/C” and “N/O” Maximum operating rate

Between energization of coil and closing of N/O Between energization of coil and opening of N/C Between de-energization of coil and opening of N/O Between de-energization of coil and closing of N/C Maximum make before break or break before make time At no-load At Ie ABR-1 (1 N/O or 2 N/O) ABR-1 (1 C/O or 1 N/C + 1 N/O)

Mechanical durability in millions of operating cycles Rated isolation voltage Conforming to IEC 947-1 Conforming to VDE 0110 group C Insulation test voltage Between coil circuit and circuits for 1 min. Between wired interface and earth Between independent s

ms

≤ 12

ms

≤ 12

ms

≤ 12

ms

≤ 12

ms ms

≤3 1

Hz Hz

6 0.5 ≥ 20 million ≥ 10 million

V V kV kV kV

250 250 4 2.5 1.5


54


Curves: page 55


Interfaces

Curves



Electrical durability of s

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

1

a.c. loads Operating cycles in millions

Operating cycles in millions

6

6

5

5

4

4

2

3 2

2 1

3 2

3 4

1

1

3

2 3 4

0

0 0

1

2

3

4

5

0

6 (A)

AC-12 : control of resistive loads and isolated solid state loads via optocoupler cos j ≥ 0.9

1

2

3

4

5

6 (A)

AC-13 : control of isolated solid state loads via transformer cos j ≥ 0.65

4

Operating cycles in millions 3

AC-14 : control of weak electromagnetic loads of electromagnets ≤ 72 VA make: cos j = 0.3 break: cos j = 0.3 AC-15 : control of electromagnetic loads of electromagnets > 72 VA make: cos j = 0.7 break: cos j = 0.4

1

2

2 3

5 6

4

1

1 2 3 4

0 0

0,5

1

1,5

2

2,5

24 V 48 V 127 V 230 V

3 (A)

7

d.c. loads Operating cycles in millions


6

3

1 24 V 2 48 V 3 127 V

5

8

1 4

2

3 2 1

1

1

2

0

3

0 0

1

2

9

2

3 3

4

5

6

0

0,5

1

1,5

2

2,5

(A)

DC-12 : control of resistive loads and isolated solid state loads via optocoupler L/R ≤ 1 ms

3 (A)

DC-13 : control of electromagnets L/R ≤ 2 x (Ue x Ie) in ms. Ue: rated operating voltage Ie: rated operating current

10

55

Interfaces

References


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

816264

Input interface modules (1) (17.5 mm pitch) Display

1

Mechanical (2) Mechanical (2) + LED (3)

Composition

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

2 2 N/O

3

818215

ABR 1E101M

1 C/O

V a 230/240 a 230/240 z 24 z 48 c 110...127 (4) a 115...127 a 230/240 z 24 z 48 c 110...127(4) a 115...127 a 230/240 z 24 z 48 c 110...127(4) a 115...127 a 230/240

Enclosure Reference colour Grey Grey Grey Grey Grey Grey Grey Grey Grey Grey Grey Grey Grey Grey Grey Grey Grey

Output terminals-relays (1) (17.5 mm pitch)

4

Display

Mechanical (2)

ABR 1E318B Mechanical (2) + LED (3)

816265

5

Control circuit

Composition

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

2 N/O

1 C/O

6

1 N/C + 1 N/O

7

Commoning links

ABR 1S102B

816273

Description

For common

Commoning Coil links in modules 2 8 x 1 mm a

8

c

Control circuit V c 24 c 24 c 24 c 24 z 24 z 48 a 115...127 z 24 z 48 a 110 z 24 z 48 a 110 z 24 z 48 a 110 Colour

White Red Blue

Enclosure Reference colour Grey Grey Grey Grey Grey Grey Grey Grey Grey Grey Grey Grey Grey Grey Grey Grey

Distance between cable ends cm 12 2 12 2 12 2

9 10

56

ABR 1S102B ABR 1S402B ABR 1S302B ABR 1S602B ABR 1S118B ABR 1S118E ABR 1S111F ABR 1S418B ABR 1S418E ABR 1S411F ABR 1S318B ABR 1S318E ABR 1S311F ABR 1S618B ABR 1S618E ABR 1S611F Reference

ABF C08R12W ABF C08R02W ABF C08R12R ABF C08R02R ABF C08R12B ABF C08R02B

kg 0.090 0.090 0.095 0.095 0.095 0.095 0.095 0.095 0.095 0.095 0.095 0.095 0.095 0.095 0.095 0.095 0.095 Weight kg 0.090 0.090 0.090 0.090 0.095 0.095 0.095 0.095 0.095 0.095 0.095 0.095 0.095 0.095 0.095 0.095 Weight kg 0.020 0.010 0.020 0.010 0.020 0.010

(1) Connection by screw-clamp. (2) By green mechanical indicator light for (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).

ABF C08Rppp


ABR 1E101M ABR 1E301M ABR 1E118B ABR 1E118E ABR 1E112F ABR 1E111F ABR 1E111M ABR 1E418B ABR 1E418E ABR 1E412F ABR 1E411F ABR 1E411M ABR 1E318B ABR 1E318E ABR 1E312F ABR 1E311F ABR 1E311M

Weight


Curves: page 55


Interfaces

Dimensions, schemes



Dimensions

ABR 1S

78

74

1

74

ABR 1E

78

17,5

70,5

2

17,5

70,5

75

75

63

63

3

Schemes

c 24 V or a 230 V interfaces with mechanical indication A1

A1

A2

1 N/C + 1 N/O

A2

A2

2 N/O A1

1 C/O A1

A2

1 N/O

4 14

13

14

14

11

12

13

24

23

24

23

12

11

5

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

6

A1

A2

A2

1 N/C + 1 N/O A1

2 N/O A1

A2

1 C/O A1

A2

1 N/O

7 14

14

13

11

12

14

13

24

23

24

23

12

11

8

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

A2

A1 (+)

1 N/C + 1 N/O A1 (+)

A2

A2

2 N/O A1 (+)

1 C/O A1 (+)

A2

1 N/O

9 14

13

14 12

11

14

13

24

23

24

23

12

11

10

57

Interfaces

Presentation


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.

1

Description

3

2

2

3

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 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).

1

3

4

1 2

5 3

6

Output interfaces (12 mm pitch) Output interfaces are designed for the control of preactuators (ors, 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 . 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 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.

1 2

7 ABR-2SB312B

8

ABR2SB312B-PRO-3-B

9 10 Presentation: page 58

58


Curves: page 61

References: page 62


Interfaces

Characteristics



Examples of applications with PLCs PLC Positive logic discrete inputs

–/


+

Processing power supply +/

PLC Analogue inputs

Channel X

A2

2 3

11

A1 14

12

A2 14

A1 13

A2 14

A1

14 A2

13

13 A1

A2

14 A2

14

13 A1

A1

14 A2

OV

13

13 A1

–

+ Process power supply

+/

1

C1

(1)

(1) Pushbuttons Series s

2-wire sensors

3-wire sensors

ABR 2Epppp

– ABR 2Spppp

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

C2 Analogue sensors

4

ABR 2SB12B

).


Conforming to IEC 529 (protection against direct ) °C

kV

“TC” 960 V0 30 gn 3 gn 8

Shock resistance Vibration resistance Resistance to electrostatic discharges Resistance to electromagnetic fields Resistance to rapid transients




Level 3 ; 27…1000 MHz

V/m

10

Conforming to IEC 801-4 Level 3






kV kV kV kV kV mm2 mm2 mm2 °C °C

2 1 0.5 1.5 2.5 0.6…2.5 0.34…2.5 0.27…4 Any - 5…+ 40 - 5…+ 55

°C

- 25…+ 70 (2)

°C m

- 40…+ 80 ≤ 3000 II 2 Standard rails 5 1 4

Operating position Ambient air temperature


5

IEC 947-5-1 UL, CSA, BV, LROS, DNV IP 20

1 or 2-wire 1 or 2-wire 1-wire

Unrestricted operation Operation from 0.85...1.1 Us (assigned voltage) Operation restricted to Us (assigned voltage) Storage

Operating altitude Installation category Conforming to IEC 947-1 Degree of pollution Conforming to IEC 947-1 Mounting (2) Leave space of 8 mm between ABR-2S1ppp for an ambient temperature ≥ 55 °C

U < 50 V U < 150 V U < 300 V

6 7 8 9 10

59

Interfaces





1 2 3 4 5

Type of interface Rated voltage (Us)

V

Current frequency Energization threshold Maximum operating voltage Maximum drop-out voltage (Uo) Maximum current (at Us) Minimum holding current Maximum dissipated power (at Us)

Hz V V V mA mA W W ms

50 Hz 60 Hz

Disappearance of voltage maximum time up to which is maintained Display of control circuit by LED Built-in protection reversed polarity

ABR ABR ABR 2E112B 2E112E 2E115F c 24 c 48 z 115…127 – – 50 16.9 37.3 93 28.8 57.6 140 3.8 8.5 25.4 19.5 11 14 2 2 2.5 – – 0.66 0.45 0.52 – 1 1 10

ABR 2E116F z 120...127 60 97 140 25.4 16 2.5 – 0.73 10

ABR 2E111M a 230...240 50/60 186 264 48 15 2.5 0.54 0.77 10

ABR ABR ABR 2S112B 2S102B 2pB312B (1) c 24 c 24 c 24 – 16.9 28.8 3.8 28 2 – 0.64 1

– 14.5 28.8 2 18 1.3 – 0.43 5

– 16.9 28.8 3.8 23 2 – 0.55 1

Yes Yes

Yes –

Yes –

Yes Yes

No Yes

Yes Yes

Yes Yes

Yes –

characteristics (40°C ambient temperature)

Type of interface Composition Maximum rated Conforming to IEC 947-5-1 operating voltage (Ue max) Maximum switching voltage Operating current frequency Thermal current Ith Conforming to IEC 947-1 Rated operating Conforming to IEC 947-5-1 current (Ie) Ue max for 1 million operating cycles Conforming to IEC 947-5-1 Ue : c 24 V

aV cV

AC12 AC14 AC15 DC12 DC13

Minimum switching current Minimum switching voltage Protection against For Ik ≤ 1 kA (a) and ≤ 100 A (c) short-circuits Type and value of recommended fuse

6

Low level Number of faults reliability (17 V, 5 mA)/ per “n” million operating cycles ABR-2pB (30 mV, 10 µA)

7

Maximum operating Between energization of coil c time and closing of N/O a at Us (bounce included) Between energization of coil and opening of N/C Between de-energization of coil c and opening of N/O a

aV cV Hz A A A A A A mA V

ABR 2Epppp 1 N/O 127 100

ABR 2S112B 1 N/O 230 120

ABR 2S102B 1 N/O 230 120

ABR 2pB312B (1) 1 C/O 48 48

140 250 250 125 150 150 50/60 50/60 50/60 1 5 5 1 3 3 0.5 1 1 0.5 1 1 1 1.7 1.7 1 1.5 1.5 1 5 5 5 5 5 Type : quick-blow fuse with high breaking capacity 2 6.3 6.3 1 per 100 million

60 60 50/60 0.05 – – – – – 0.01 0.01

ms ms ms

10 30 –

10 – –

10 – –

6 – 6

ms ms ms

6 30 –

12 – –

5 – –

6 – 6

ms ms ms

5 – –

5 – –

5 – –

2 5 2

Hz Hz

10 0.5 20

10 0.5 10

10 0.5 10

10 – 20

V V kV rms kV rms kV rms

300 250 2 2.5 0.75

300 250 4 2.5 1

300 250 4 2.5 1

300 250 1.5 2.5 1

A

0.4

Other characteristics

8 9

Between de-energization of coil and closing of N/C Maximum duration of bounce No make before break Maximum make On energization guaranteed between before break or break On de-energization “N/C” and “N/O” s before make time Maximum operating At no-load rate At Ie Mechanical durability in millions of operating cycles Rated insulation Conforming to IEC 947-1 voltage Conforming to VDE 0110 group C Insulation test voltage Coil circuit/ circuits for 1 min Wired interface/earth Between open s (1) Do not switch inductive loads.


60


Curves: page 61

References: page 62


Interfaces

Curves



Electrical durability of s (ABR 2S) Test conditions : in accordance with standard IEC 947-5-1 set up for rated control voltage.

1

a.c. loads Operating cycles in millions


6

3

1 2 3 4

5

24 V 48 V 115 V 230 V

2

2

4

1

3

2 1

2 1

4

0 0

1

2

3

3

1 2 3 4

3

0

4

5

0

6 (A)

AC12 : control of resistive loads and isolated solid state loads via optocoupler cos j ≥ 0.9

0,5

1

1,5

2

2,5

3 (A)

4

AC14 : control of weak electro-magnetic loads of electro-magnets y 72 VA make : cos j = 0.3 break : cos j = 0.3 AC15 : control of electro-magnetic loads of electro-magnets > 72 VA make : cos j = 0.7 break : cos j = 0.4

5

d.c. loads Operating cycles in millions


3

3

2

1 24 V 2 48 V 3 115 V

6

2

1

1 1

3

7

2

3

1

2

0

0 0

0,5

1

1,5

2

2,5

3

0

0,5

1

1,5

2

2,5

DC12 : control of resistive loads and isolated solid state loads via optocoupler L/R ≤ 1 ms

3

8

(A)

(A )

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)

9 10

61

Interfaces

References


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

816362

Input modules (9.5 mm pitch) Indication

1

With LED

Composition

Control circuit

1 N/C

V c 24

5

ABR 2E112B

kg 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

2 ABR 2E112B

Indication

Composition

Control circuit

Sold in Unit lots of reference

Weight

Without

1 N/C

V c 24

5

ABR 2S102B

kg 0.040

With LED

1 N/C

c 24

5

ABR 2S112B

0.041

Modules for very low level switching (17.5 mm pitch)

4

Indication

Composition

Control circuit V

Reference

Weight kg

1 C/O (1)

c 24

ABR 2EB312B

0.048

1 C/O (1)

c 24

ABR 2EB312B

0.048

Input With LED

Output

ABR 2S112B

With LED

Flexible comb accessories

816364

5

Weight

Output modules (12 mm pitch)

816363

3


Description For common

Flexible comb modularity 8 x 1 mm2

6

Coil

a

7

c

ABR 2EB112B

Colour

White

Red

Blue

Distance between cable ends cm 12

Reference

Weight

ABF C08R12W

kg 0.020

2

ABF C08R02W

0.010

12

ABF C08R12R

0.020

2

ABF C08R02R

0.010

12

ABF C08R12B

0.020

2

ABF C08R02B

0.010

816365

(1) Do not switch inductive loads.

8 ABF C08Rppp

9 10 Presentation: page 58

62


Curves: page 61

References: page 62


Interfaces

Dimensions, schemes



Dimensions

ABR 2S1p2B

1

78

74

74

ABR 2E11pp

78

9,5

70,5

75

75

ABR 2SB312B

78

78

17,5

70,5

75

75

63

63

ABR 2E112B (c 24 V)

4

17,5

70,5

Circuit diagrams

13

74

3

74

ABR 2EB312B

2

12

70,5

ABR 2E112E (c 48 V)

5

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

14

13

14

14

13

A2

–

A1

7

+A1

ABR 2pB312B (c 24 V)

–A2

–A2

+A1

ABR 2S112B (c 24 V)

–A2

+A1

–A2

ABR 2S102B (c 24 V)

+A1

–A2

+A1

6

8 14

13

14

13

11

12 14

9 10

63

Interfaces

Presentation


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 (ors, 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.

1 2 816380

Composition

3

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.

3 2 1

816378

4 3

5

1 2

816379

6 7

The ABS-2 range comprises 2 families :

Output interfaces Output interfaces are designed for the control of preactuators (ors, 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 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.

3 ABS2INTERSORT-PRO-3-B 1 2 4

8 9

ABS-2

ABS2-PRO-3-B


64


Curves: page 68

References: page 68


Interfaces

Characteristics



Examples of applications with PLCs Interfacing PLC discrete inputs PLC Positive logic discrete inputs

+

Processing power supply

13

13

13

13

A2

A1

A2

A1

A1

– PNP

Pushbuttons Series s

2-wire 3-wire sensors sensors

14

13

14

3

F

+

Process power supply

13

13

A1

A2

A1

A2

A1

A2

A1

ABS - 2S

A2

A1

A2

2

13

ABS - 2E

+

A2

–

14

14

14

14

14

+

1


14

–

Interfacing PLC discrete outputs

115/ 230 V Pushbuttons Series s

4

–

2-wire sensors


Conforming to IEC 529 (protection against direct ) °C

kV

“TC” 960 V0 30 gn 5 gn 8

Shock resistance Vibration resistance Resistance to electrostatic discharges Resistance to electromagnetic fields Resistance to rapid transients




Level 3 ; 27…1000 MHz

V/m

10

Conforming to IEC 801-4 Level 3






kV kV kV kV kV mm2 mm2 mm2

2 1 0.5 1.5 2.5 0.6…2.5 0.34…2.5 0.27…4 Any - 5…+ 55 - 25…+ 70 - 40…+ 80 ≤ 300 II 2 Standard rails 5 1 4

Operating position Ambient air temperature around the device Operating altitude Installation category Degree of pollution Mounting


Unrestricted operation Operation at Us Storage Conforming to IEC 947-1 Conforming to IEC 947-1

5

IEC 947-5-1 Draft standard IEC 17 B secretariat 200 UL, CSA, BV, LROS, DNV IP 20

1 or 2-wire 1 or 2-wire 1-wire

U < 50 V U < 150 V U < 300 V

°C °C °C m

6 7 8 9 10

65

Interfaces





1 2

Type of interface Rated voltage Us

c a

V V

Maximum voltage

c

V

a c a c

V mA mA V mA V mA V mA V mA

Maximum current at Us State 1 assured

a

3

State 0 assured

c a

State 1 display Internal protection reversed polarity

4 5

Output circuit characteristics

Rated operating voltage Ue Min/max voltage Min/max current switched Maximum residual current at state 0 Maximum volt drop at state 1 Internal protection External protection

c c

V V mA mA V

ABS 2EC01EB 24 –

ABS 2EC01EE 48 – 57.6

ABS 2EA01EF – 115/127 50 Hz –

ABS 2EA02EF – 120/127 60 Hz –

ABS 2EA01EM – 230/240 50 Hz –

ABS 2EA02EM – 230/240 60 Hz –

Negative logic 6 (TTL) – 13.6 – 3.75 4.5 – – 2 0.09 – – Yes Yes

28.8 – 12 – 16.9 7.7 – – 5.6 2 – – Yes Yes

– 10.5 – 36 7.5 – – 10.8 2 – – Yes Yes

140 – 14 – – 86.3 8.4 – – 25.4 2.5 Yes –

140 – 17 – – 90 9.7 – – 25.4 2.5 Yes –

264 – 12.5 – – 173 7.9 – – 48 2.5 Yes –

264 – 15 – – 173 9.3 – – 48 2.5 Yes –

ABS 2EA02EF 10 20 25

ABS 2EA01EM 10 20 25

ABS 2EA02EM 10 20 25

5...48 2/60 1/50 0.1 1 Reversed polarity Against short-circuits for Ik ≤ 100 A (c) Quick-blow fuse, ref. : HA21 0.25 A or equivalent

Other characteristics Type of interface

6

ABS 2EC01EA 5 –

Time delay characteristics Response time max Ue ≤ 30 V Ie ≥ 5 mA Maximum switching rate Duty cycle 50 % Ue ≤ 30 V Ie ≥ 5 mA Rated insulation voltage Insulation test voltage for 1 minute

I/O Wired interface/earth

7

0V1 1V0

ms ms Hz

ABS 2EC01EA 0.05 0.4 1000

ABS 2EC01EB 0.05 0.4 1000

ABS 2EC01EE 0.05 0.4 1000

ABS 2EA01EF 10 20 25

kVrms kVrms

Conforming to IEC 947-1 : 300 V Conforming to VDE 0110 : 250 V group C 4 2.5

8 9 10 Presentation: page 64

66


Curves: page 68

References: page 68


Interfaces




Control circuit characteristics (55°C ambient temperature) Type of interface Rated voltage Us Maximum voltage Maximum current at Us State 1 assured

c

State 0 assured

ABS 2SC01EB 24 28.8 12 16.9 7.7 5.6 2 Yes Yes

ABS 2SC02EB

V V A

c 5...48 c 57.6 2

A A A A mA mA V

DC12 DC13 DC14 – 1 1 1.5

V V/ms

– – Reversed polarity Against short-circuits for Ik ≤ 1 kA (a) and ≤ 100 A (c) Quick-blow fuse with high breaking capacity: 3.15 A

ms ms Hz Hz Hz Hz

0.05 0.6 DC13 DC14 – 700

kVrms kVrms

Conforming to IEC 947-1 : z 300 V Conforming to VDE 0110 : 250 V group C 4 2.5

V V mA V mA V mA

State 1 display Internal protection reversed polarity

ABS 2SA01MB 24 28.8 13.6 16.9 8.3 5.3 2 Yes Yes

ABS 2SA02MB

c 5...48 c 57.6 3

a 24...240 a 264 2.3

a 24...240 a 264 3

2.5/2.2 2.5/2.2 0.6/0.6 –

AC12 1.9/0.5 AC13 1.6/0.5 AC14 1.6/0.5 AC15 1/0.5 10 2.5 3 (Ie ≥ 10 mA) 1.5 (Ie ≥ 100 mA) 50 peak 500

2.1/1.5 1.6/1.5 1.6/1.5 1/1

1 2

Output circuit characteristics

Rated operating voltage Ue Maximum voltage Maximum continuous current (Ith) (1) at 40 °C Rated operating voltage (Ie) Conforming to IEC 947-5-1 Single/touching product at 55 °C vertical position Minimum current Maximum residual current Maximum volt drop

c/a c/a

“0 crossing” voltage Solid-state dV/dt Internal protection External protection

1.5/0.9 1.5/0.9 0.6/0.6 –

3 4 5

Other characteristics Maximum response time at Ie Š 10 mA Maximum switching rate

0V1 1V0 At 55 °C ; at Ie: module alone duty cycle 40 % On resistive load duty cycle 50 %

Rated operating voltage Rated Insulation voltage for 1 minute

I/O Wired interface/earth (1) See temperature derating curves.

6 1 –

6 3 –

10 (50 Hz) ; 8 (60Hz) 10 (50 Hz) ; 8 (60Hz) AC13 0.6 0.7 AC14 0.6 0.7 AC15 0.6 0.7 50

6 7 8 9 10

67

Interfaces

References, curves



Solid-state input modules Width

1

Input circuit Current Nominal voltage V 5 c 24 48 115…127 (50 Hz) a 120…127 (60 Hz) 230…240 (50 Hz) 230…240 (60 Hz)

Output circuit Current Nominal voltage V c 5…48 c 5…48 c 5…48 c 5…48 c 5…48 c 5…48 c 5…48


17.5

c

Output circuit Current Nominal voltage A V c2 24…48 a 2.3 24…230 c3 24…48 a3 24…230


mm 9.5

Input circuit Current Nominal voltage V 24 c

mm 9.5

2 Solid-state output modules Width

3 Accessories

4

24

ABS 2SC01EB d.c.

ABS 2SC01EB ABS 2SA01MB ABS 2SC02EB ABS 2SA02MB

ABS 2SC02EB d.c. Ie (A)

3

3

2

2

1/2

1

0

3/4

0

10

20

30

40

50 60 70 T °C ambient

ABS 2SA01MB a.c.

3 4

1

0

0

10

20

30

40


ABS 2SA02MB a.c.

Ie (A)

7

Weight

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

1/2

6

5 5 1 1

kg 0.029 0.029 0.029 0.032 0.032 0.033 0.033

ABS 2EC01EA ABS 2EC01EB ABS 2EC01EE ABS 2EA01EF ABS 2EA02EF ABS 2EA01EM ABS 2EA02EM

For connecting commons, use ABF C08ppp flexible combs (Please consult your customer care centre).

Ie (A)

5

5 5 5 5 5 5 5

Weight

3

3

2

2

Ie (A)

1/2 3

1/2

4 1

1

3/4

8

0

0

10

20

30

40


0

0

10

20

30

40


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.


Curves: page 68

9 10

68


References: page 68


kg 0.034 0.034 0.043 0.044

Interfaces

Dimensions, schemes



Dimensions

ABS 2Sp02pp

74

1

74

ABS 2E/ABS 2Sp01pp

78

78

9,5

70,5

70,5

75

75

2

17,5

Circuit diagrams

3

Solid-state input modules

–

5…48 V

4 5 6

–

+

A2

A1

A2

A1

–A2

+A1

13

14

+

ABS 2Epppp

–14

ABS 2EApppp

+13

–14

+13

ABS 2Eppp

Solid-state output modules 5-24 V

+

+

–

–

5-24 V

5-24 V

+

–

+

5-24 V

A2

A1

A2

A1

A2

A1

A2

7 8 14

13

14

13

14

13

14

13

14

(1)

Resistive load

–F

9

–

+

(1) –F

–F

–

–F

+

13

–14

+13

ABS 2SA0pMB

–

ABS 2SC0pEB

A1

–A2

ABS 2SA0pMB

+A1

–A2

+A1

ABS 2SC0pEB

Inductive load

Resistive load

Inductive load

F: fuse DF1 SS133.2

10

(1) or peak limiter

69

Zelio Relay - Solid State Relays

Selection guide

SSR solid state relays

Applications

mounted

PF526060-24-Q

1 2 3 type

4 5 6 7

Control voltage ranges

a

90…280 V

c

3…32 V

Operating voltages

a

24…280 V, 48…530 V, 48…660 V

Type of switching

a

Zero voltage switching

Current

a

10, 25, 50, 75, 90, 125 A


IP20

LED indication

Yes

Cooling

Thermal protection or with heat sink accessory

Solid state relay type

8

1 N/O SPST

Page

9 10

70

SSR P 76

1

PF526062-32-Q

PF526339-18-Q

5 rail mounted

2 3 1 N/O SPST 90…280 V

90…140 V

4…32 V

3…32 V

4

24…280 V

5

Zero voltage switching

10, 20, 30 A

45 A

6

IP20

Yes

7

Built-in heat sink

SSR D

8

76

9 10

71


Presentation


Presentation

The SSR solid state relay range comprises: b relays for mounting: SSR P. b relays for 5 rail mounting: SSR D.

1

Description

1

2

2 3 5

SSR P relays for mounting 1 2 x Ø 4.5 holes for fixing. 2 Connection terminals. 3 Connection terminal screws. 4 Input indicator LED, green. 5 Thermal interface which must be via the back of the product.

4

3

1

1

4

2 3 4 6

SSR D relays for 5 rail mounting 1 Lugs for mounting. 2 Integrated heat sink. 3 Connection terminals. 4 Connection terminal screws. 5 Input indicator LED, green. 6 Bracket for mounting on 5 rail.

5

5 1

6 7 8 9 10 Presentation : page 72

72




Characteristics

Zelio Relay - Solid State Relays SSR P solid state relays mounting



UL E258297, CSA 168986

Product marking Ambient air temperature around the device

°C

- 40…+ 80

Storage

°C

- 40…+ 125

Encapsulation

Thermally conductive epoxy


IP20

Terminal screw torque Relay type

1

e, IEC 60950 Operation

Nm SCR output, Zero voltage switching

Inputs: 1.1 Outputs: 2.2 SSR PCDS10A1

SSR PCDS25A1

SSR PCDS50A1

2

Input specification Control voltage range

cV

3…32

3…32

3…32

Minimum turn-on voltage

cV

3

3

3

Maximum turn-off voltage

cV

1.0

1.0

1.0

Typical input current

mA

10 at c 12 V

10 at c 12 V

10 at c 12 V

3

Output specification Operating voltage

aV

24…280

24…280

24…280

Load current range

A

0.15 …10

0.15…25

0.15…50

Transient overvoltage

Vpk

600

600

600

Maximum surge current (16.6 ms)

Apk

120

250

625

Maximum On-state voltage drop at rated current

Vpk

1.6

1.6

1.6

Thermal resistance junction to case

°C/W

1.48

1.02

0.63

Maximum I²t for fusing (8.3 ms)

A²sec

60

260

1620

Maximum off-state leakage current at rated voltage

mA

1.0

1.0

1.0

Minimum off-sate dv/dt at maximum rated voltage

V/µsec 500

500

500

Maximum turn-on time

Cycle

1/2

1/2

1/2

Maximum turn-off time

Cycle

1/2

1/2

1/2

SSR PCDS75A2

SSR PCDS90A3

SSR PCDS125A3

Relay type

SCR output, Zero voltage switching

4 5


cV

4…32

4…32

4…32


cV

4

4

4


cV

1.0

1.0

1.0


mA

15 at c 5 V

15 at c 5 V

15 at c 5 V

Operating voltage

aV

48…530

48…660

48…660

Load current range

A

0.15…75

0.15…90

0.15…125


Vpk

1200

1200

1200


Apk

1000

1200

1750


Vpk

1.6

1.6

1.7


°C/W

0.31

0.28

0.22


A²sec

4150

6000

12 700


mA

10

1.0

1.0


V/µsec 500

500

500


Cycle

1/2

1/2

1/2


Cycle

1/2

1/2

1/2

6

Output specification

7 8 9 10

73


Zelio Relay - Solid State Relays SSR P solid state relays mounting

Relay type

1 2 3 4 5 6


SSR PP8S10A1

SSR PP8S25A1

SSR PP8S50A1

Input specification Operating voltage

aV

90…280

90…280

90…280


Vrms

90

90

90


Vrms

10

10

10


mA

2 at 120 Vrms

2 at 120 Vrms

2 at 120 Vrms

Output specification Operating voltage

aV

24…280

24…280

24…280

Load current range

A

0.04…10

0.04…25

0.04…50


Vpk

600

600

600


Apk

120

250

625


Vpk

1.6

1.6

1.6


°C/W

1.48

1.02

0.63


A²sec

60

260

1620


mA

8…10

8…10

8…10


V/µsec 500

500

500


Cycle

1/2

1/2

1/2


Cycle

1/2

1/2

1/2

SSR PP8S75A2

SSR PP8S90A3

SSR PP8S125A3

Relay type



aV

90…280

90…280

90…280


Vrms

90

90

90


Vrms

10

10

10


mA

2 at 120 Vrms

2 at 120 Vrms

2 at 120 Vrms

Operating voltage

aV

80…530

48…660

48…660

Load current range

A

0.04…75

0.04…90

0.15…125


Vpk

1200

1200

1200


Apk

1000

1200

1750


Vpk

1.7

1.7

1.7


°C/W

0.31

0.28

0.22


A²sec

4150

6000

12 700


mA

10

5

5


V/µsec 500

500

500


Cycle

1/2

1/2

1/2


Cycle

1/2

1/2

1/2


7 8 9 10 Presentation : page 72

74




Characteristics

Zelio Relay - Solid State Relays SSR D solid state relay 5 rail mounting



UL E258297, CSA 168986

Product marking Ambient air temperature around the device

°C

Storage

°C

Encapsulation

Relay type

- 40…+ 80 - 40…+ 125 Thermally conductive epoxy

Degree of protection Terminal screw torque

1

e, IEC 60950 Operation

IP20 10…30 A relays

Nm

Inputs: 0.6…0.7 Outputs: 0.6…0.7

45 A relays

Nm

Inputs: 0.6…0.7 Outputs: 1.1…1.7


2

SSR DP8S10A1

SSR DP8S20A1

SSR DP8S30A1

SSR DF8S45A1


aV

90…280

90…280

90…280

90…140


Vrms

90

90

90

90


Vrms

10

10

10

10


mA

2 (120 Vrms), 4 (240 Vrms)

2 (120 Vrms), 4 (240 Vrms)

2 (120 Vrms), 4 (240 Vrms)

15 (120 Vrms)

Operating voltage

aV

24…280

24…280

24…280

24…280

Load current range

A

0.15…10

0.15…20

0.15…30

0.15…45


Vpk

600

600

600

600


Apk

120

250

625

625


Vpk

1.6

1.6

1.6

1.6


A²sec

60

260

1620

1620


mA

10

10

10

10


V/µsec 500

500

500

500


Cycle

1/2

1/2

1/2

1/2


Cycle

1/2

1/2

1/2

1/2

SSR DCDS10A1

SSR DCDS20A1

SSR DCDS30A1

SSR DCDS45A1

3


Relay type


4 5


cV

4…32

4…32

4…32

3…32


cV

4.0

4.0

4.0

4.0


cV

1.0

1.0

1.0

1.0


mA

8…12

8…12

8…12

17

Operating voltage

aV

24…280

24…280

24…280

24…280

Load current range

A

0.15…10

0.15…20

0.15…30

0.15…45


Vpk

600

600

600

600


Apk

120

250

625

625


Vpk

1.6

1.6

1.6

1.6


A²sec

60

260

1620

1620


mA

10

10

10

10


V/µsec 500

500

500

500


Cycle

1/2

1/2

1/2

1/2


Cycle

1/2

1/2

1/2

1/2

6


7 8 9 10

75


References


Solid state relays, 1 N/O SPST b mounting

PF526060-24-Q

1

Switching

Voltage range Input

Output

Load current range

References

Weight

V

V

A

c 3…32

a 24…280

10

SSR PCDS10A1

0.113

25

SSR PCDS25A1

0.113

50

SSR PCDS50A1

0.113

a 48…530

75

SSR PCDS75A2

0.113

a 48…660

90

SSR PCDS90A3

0.113

125

SSR PCDS125A3

0.113

10

SSR PP8S10A1

0.113

25

SSR PP8S25A1

0.113

50

SSR PP8S10A1

0.113

a 80…530

75

SSR PP8S75A2

0.113

a 48…660

90

SSR PP8S90A3

0.113

125

SSR PP8S125A3

0.113

10

SSR DP8S10A1

0.272

20

SSR DP8S20A1

0.272

30

SSR DP8S30A1

0.272

kg

SCR output Zero voltage switching

2

c 4…32

PF526339-18-Q

3

SSR PCDS25A1

a 90…280

4 SSR DCDS10A1

b 5 rail mounting

PF526062-32-Q

5

SCR output Zero voltage switching

6 7

a 90…280

a 24…280

45

SSR DF8S45A1

0.482

c 4…32

a 24…280

10

SSR DCDS10A1

0.272

20

SSR DCDS20A1

0.272

30

SSR DCDS30A1

0.272

45

SSR DCDS45A1

0.482

SSR DCDS45A1

PF526063-50-Q

a 24…280

Accessories for mounted relays Description

For use with relays

Unit references

Heat sink

SSR PP8Spppp, SSR PCDSpppp

SSR AH1

0.487

Thermal interface Sold in lots of 10

SSR PP8Spppp, SSR PCDSpppp

SSR AT1

0.011

PF526064-28-Q

SSR AH1

9

a 24…280

a 90…140

c 3…32

8

a 24…280

10 SSR AT1 Presentation : page 72

76




Weight kg


Dimensions


Solid state relays, 1 N/O SPST b mounting

Solid state relays SSR P

=

47,7 55,1

58,4

Ø4,5

47,3 35,5

1

Thermal interface SSR AT1 45,5

2

4,6

=

42,4

47,1

3 66

Heat sink SSR AH1

4 4,6

115,8

4,6 114,3

120,6

139,7

5

b 5 rail mounting 10…30 A relays

45 A relays Ø4,4

Ø4,4

87,4

76,2

98,8

80

89,7

98,8

6 (1)

11,2

(1)

13,15

22,5

7 22,6 45,5

8

97,7 106,7 (1) Ø 4.4 x 5.5 elongated hole

(1) Ø 4.4 x 5.5 elongated hole

9 10

77

Schneider Electric

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www.schneider-electric.ca Customer Service: (800) 565-6699

Schneider Electric 19 Waterman Av Toronto, Ontario M4B 1Y2 S8009CT0901EP R0

September 2009

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