CX240D5-B - CROUZET - Pdf.Support

06-2017, Rev. 0617

www.te.com

a TE Connectivity Ltd. company

Datasheets and product speciﬁcation

according to IEC 61810-1 and to be used

only together with the ‘Deﬁnitions’ section.

Datasheets and product data is subject to the

terms of the disclaimer and all chapters of

the ‘Deﬁnitions’ section, available at

http://relays.te.com/definitions

Datasheets, product data, ‘Deﬁnitions’ sec-

tion, application notes and all speciﬁcations

are subject to change.

SCHRACK

General Purpose Relays

Force Guided Relays

Force Guided Relay SR6 A/B/C/V

n 6 pole relay with force guided contacts according to EN 50205

n Reinforced insulation between all contacts

Typical applications

Emergency shut-off, press control, machine control, elevator and escalator

control, safety relays

Approvals

VDE Cert. No. 128935, UL E214025, TUV 968/EL 350,

CCC 2012010304537809

Technical data of approved types on request

Contact Data

Contact arrangement 3 form A + 3 form B contacts

3 NO + 3 NC,

4 form A + 2 form B contacts

4 NO + 2 NC,

5 form A + 1 form B contacts

5 NO + 1 NC

Rated voltage 250VAC

Max. switching voltage 400VAC

Rated current 8A

Contact material AgSnO2,

AgSnO2 + 0.2μm Au

Contact style single contact, force guided

type A according to EN 50205

Min. recommended contact load 5V, 10mA

Initial contact resistance ≤100mΩ at 1A, 24VDC

≤20Ω at 10mA, 5VDC

Frequency of operation, with/without load 6/150min-1

Contact ratings, IEC60947-5-1,

on 2 form A (NO) contact AC15-5A

DC13-6A

Mechanical endurance 10x106 operations

Coil Data

Coil voltage range 5 to 110VDC

Max. coil power 1200mW or 800mW

Coil versions, DC-coil 800mW

Coil Rated Operate Release Coil Rated coil

code voltage voltage voltage resistance power

VDC VDC VDC Ω±10% mW

K12 12 9 1.2 180 800

K15 15 11.3 1.5 281 801

K18 18 13.5 1.8 405 800

K21 21 16 2.1 551 800

K24 24 18 2.4 720 800

K36 36 27 3.6 1620 800

K48 48 36 4.8 28801) 800

L10 110 82.5 11.0 151301) 800

1) Coil resistance ±12%.

All ﬁgures are given for coil without pre-energization, at ambient temperature +23°C.

Coil versions, DC-coil 1200mW

Coil Rated Operate Release Coil Rated coil

code voltage voltage voltage resistance power

VDC VDC VDC Ω±10%1) mW

005 5 3.8 0.5 21 1190

006 6 4.5 0.6 30 1200

009 9 6.8 0.9 68 1191

012 12 9 1.2 120 1200

018 18 13.5 1.8 270 1200

021 21 16 2.1 368 1198

024 24 18 2.4 480 1200

036 36 27 3.6 1080 1200

040 40 30 4.0 1333 1200

048 48 36 4.8 1920 1200

060 60 45 6.0 30001) 1200

110 110 83 11.0 100801) 1200

1) Coil resistance ±12%.

All ﬁgures are given for coil without pre-energization, at ambient temperature +23°C.

F0206-EA

06-2017, Rev. 0617

www.te.com

a TE Connectivity Ltd. company

Datasheets and product speciﬁcation

according to IEC 61810-1 and to be used

only together with the ‘Deﬁnitions’ section.

Datasheets and product data is subject to the

terms of the disclaimer and all chapters of

the ‘Deﬁnitions’ section, available at

http://relays.te.com/definitions

Datasheets, product data, ‘Deﬁnitions’ sec-

tion, application notes and all speciﬁcations

are subject to change.

SCHRACK

General Purpose Relays

Force Guided Relays

Force Guided Relay SR6 A/B/C/V (Continued)

Other Data

Material compliance: EU RoHS/ELV, China RoHS, REACH, Halogen content

refer to the Product Compliance Support Center at

www.te.com/customersupport/rohssupportcenter

Ambient temperature -25 to 70°C

Category of environmental Protection

IEC 61 810 RTIII1)

1) See product speciﬁcation 2158003 4.6 and 4.8.

Weight 30g

Resistance to soldering heat THT

IEC 60068-2-20 260°C/5s

Packaging/unit tube/10 pcs.

For more detailed information see product speciﬁcation 2158003

Insulation Data

Initial dielectric strength

between open contacts 1500Vrms

between contact and coil 4000Vrms

between adjacent contacts 3000Vrms

Clearance/creepage

between open contacts microdisconnection

between contact and coil ≥5.5/5.5mm

between adjacent contacts ≥5.5/5.5mm

Insulation to EN 50178, type of insulation

between contact and coil reinforced

between adjacent contacts reinforced

PCB layout / terminal assignment

Bottom view

3 form A + 3 form B, 3 NO + 3 NC versions

SR6 A

4 form A + 2 form B, 4 NO + 2 NC versions

SR6 B

5 form A + 1 form B, 5 NO + 1 NC versions

SR6 C

S0368-CA

S0368-CB

S0368-CA

S0368-CC S0368-CD

S0368-CE

4 form A + 2 form B, 4 NO + 2 NC versions

SR6 V

S0368-CU S0368-CV

The design of the SR6 V allows

clearance/creepage of 5.5 mm

on the PCB.

Dimensions

S0367-DN

SR6 A/B/C

S0367-DU

SR6 V

06-2017, Rev. 0617

www.te.com

a TE Connectivity Ltd. company

Datasheets and product speciﬁcation

according to IEC 61810-1 and to be used

only together with the ‘Deﬁnitions’ section.

Datasheets and product data is subject to the

terms of the disclaimer and all chapters of

the ‘Deﬁnitions’ section, available at

http://relays.te.com/definitions

Datasheets, product data, ‘Deﬁnitions’ sec-

tion, application notes and all speciﬁcations

are subject to change.

SCHRACK

General Purpose Relays

Force Guided Relays

Force Guided Relay SR6 A/B/C/V (Continued)

Product code structure Typical product code SR6 A 4 012

Type

SR6 Relay with force guided contacts SR6

Contact arrangement

A 3 form A + 3 form B contacts (3 NO + 3 NC)

B 4 form A + 2 form B contacts (4 NO + 2 NC)

V 4 form A + 2 form B contacts (4 NO + 2 NC) (crossed pin layout)

C 5 form A + 1 form B contacts (5 NO + 1 NC)

Contact material

4 AgSnO2 for 1200mW version

6 AgSnO2 + 0.2µm Au for 800mW version

Coil

Coil code: please refer to coil versions table (e.g. 024=24VDC)

Other types on request

Product code Type Cont. arrangement Cont. material Coil Coil Power Alt. Description Part Number

SR6A4005 6 pole 3 form A + 3 form B, AgSnO25VDC 1200mW V23050-A1005-A533 8-1415017-1

SR6A4012 relay with 3 NO + 3 NC 12VDC V23050-A1012-A533 1-1415015-1

SR6A4021 force guided contacts 21VDC V23050-A1021-A533 3-1415018-1

SR6A4024 contacts 24VDC V23050-A1024-A533 1415015-1

SR6A4048 48VDC V23050-A1048-A533 6-1415018-1

SR6A4060 60VDC V23050-A1060-A533 7-1415018-1

SR6A4110 110VDC V23050-A1110-A533 9-1415018-1

SR6A6K12 AgSnO2 + Au 12VDC 800mW 6-1415537-1

SR6A6K18 18VDC 6-1415537-3

SR6A6K24 24VDC 6-1415537-5

SR6B4005 4 form A + 2 form B, AgSnO25VDC 1200mW V23050-A1005-A542 1393260-1

SR6B4006 4 NO + 2 NC 6VDC V23050-A1006-A542 1393260-2

SR6B4012 contacts 12VDC V23050-A1012-A542 1393260-4

SR6B4018 18VDC V23050-A1018-A542 1393260-5

SR6B4021 21VDC V23050-A1021-A542 1393260-6

SR6B4024 24VDC V23050-A1024-A542 1393260-7

SR6B4040 40VDC V23050-A1040-A542 1393260-9

SR6B4048 48VDC V23050-A1048-A542 1-1393260-0

SR6B4060 60VDC V23050-A1060-A542 1-1393260-1

SR6B4085 85VDC V23050-A1085-A542 1-1393260-2

SR6B4110 110VDC V23050-A1110-A542 1-1393260-3

SR6B6K12 AgSnO2 + Au 12VDC 800mW 7-1415537-6

SR6B6K15 15VDC 7-1415537-7

SR6B6K18 18VDC 7-1415537-8

SR6B6K21 21VDC 7-1415537-9

SR6B6K24 24VDC 8-1415537-0

SR6C4012 5 form A + 1 form B, AgSnO212VDC 1200mW V23050-A1012-A551 1-1415017-1

SR6C4024 5 NO + 1 NC 24VDC V23050-A1024-A551 1415017-1

SR6C4048 contacts 48VDC V23050-A1048-A551 2-1415019-1

SR6C4060 60VDC V23050-A1060-A551 3-1415019-1

SR6C4110 110VDC V23050-A1110-A551 5-1415019-1

SR6C6K24 AgSnO2 + Au 24VDC 800mW 9-1415537-4

SR6V6K12 4 form A + 2 form B, 12VDC 3-1415542-5

SR6V6K15 4 NO + 2 NC 15VDC 2-1415543-2

SR6V6K18 contacts 18VDC 3-1415543-3

SR6V6K21 (crossed pin layout) 21VDC 4-1415542-4

SR6V6K24 24VDC 5-1415539-2