EU Declaration of Conformity (PDF) - Mouser Electronics

EG -Ba u m u ste rp rufbesche in i gun g EC type-examination certificate

Hiermit wird bescheinigt, dass das unten beschriebene Produkt der Firma This certifies that the product mentioned below from company

OMRON Scientific Technologies Inc. 6550 Dumbarton Circle Fremont, CA 94555-3605 USA die Anforderung des An hangs 1 der Maschinenrichtlinie 20061421EG als eine Grundlage fOr die EG-Konformitatserklarung erfOIIt. meets the requirements of Annex 1 of the Directive 2006/42/EC as a basis for the EC declaration of conformity.

GeprOft nach: Tested in accordance with :

Beschreibung des Produktes: (Details s. Anlage 1) Description of product: (Details see Annex 1)

Typenbezeichnung: Type Designation

Bemerkung: Remark

EN ISO 13856-1 :2013 EN 12978:2003+ A1 :2009 EN ISO 13849-1 :2015

Sicherheitsschaltmatte I safety mat

UMA/UMMA/UMYA/UMMYA

mit Sicherheitsschaltgeraten with safety control units

keine none

Registrier-Nr. I Registered No. 44 205 15174909 PrOfbericht Nr. I Test Report No. 17 205 478895 001 Aktenzeichen I File reference 8000478895/3521 2260

sstelle der TOV NORD CERT GmbH Benannte Stelle 0044 I Notified Body 0044

TOV NORD CERT GmbH Langemarckstral1e 20 45141 Essen

Bitte beachten Sie auch die umseitigen Hinweise Please also pay attention to the information stated overleaf

sec -1224A MC3 MC6

GOitigkeit I Validity von I from 2017-12-12 bis I until 2021-11-21

Essen, 2017-12-12

Kat.3/ cat.3 Kat.3/ cat.3

Kat.3/ cat.3

Pld Pld Pld

www.tuev-nord-cert.de [email protected]

ANLAGE ANNEX

Anlage 1, Seite 1 von 2 Annex 1, page 1 of 2

zur EG-Baumusterprufbescheinigung I to EC type-examination certificate Registrier-Nr./ Registered No. 44 20515174909

Technical data- safety mat (sensor) manufacturer Omron Scientific Technologies Inc.

type UMA, UMMA, UMYA, UMMYA material 2 Component PUR

weight 27 kglm' shore hardness 68 ± 5 Shore A

sensor incorporated conductive plates coverage none

surface burling interconnection max. 10 sensors connected in series electr.

adjoining 2 or more interconnected mats combined side-by-side using joining trim mounting with rampbars

max. size of sensor up to 1200 mm x 1800 mm detection of children no degree of protection IP65

Tested specifications -safety mat (sensor) actuating force complied with ISO 13856-1 :2013 within the given limits at 2 mm Is response time < 18 ms

deformation < 2 mm after an hour

dead zone 15 mm at the edges (30 mm in the corners) operating temperature range - 1 o·c to +55•c

degree of protection IP65

Zer . . sstelle der TOV NORD CERT GmbH Essen, 2017-12-12 Benannte Stelle 0044 I Notified Body 0044

TOV NORD CERT GmbH Langemarckstrafl.e 20 45141 Essen www.tuev-nord-cert.de [email protected]

ANLAGE ANNEX

Anlage 1, Seite 2 von 2 Annex 1, page 2 of 2

zur EG-Baumusterprufbescheinigung I to EC type-examination certificate Registrier-Nr./ Registered No. 44 20515174909

Technical data -safety mat (control unit) manufacturer Omron Scientific Technologies Inc.

response time !:> 13 ms ( SCC -1224A I MC6) S30 ms (MC3) degree of protection IP20 (inside a switching cabinet min. IP 54)

functional safety type category I PL

MTTFd PFHd power supply [years] [1/h]

sec -1224A 3/D 195 6,51 X 10-~ SILCL3 115 VAC

MC3 3/D 94 3,97 X 10-o SIL CL2 24V DC SS

MC6 3/D 66 2,99 X 10-o SIL CL2 24V DC SS 58 3,29 X 10-o 24V DC Relay

57 4,56 X 10-o 230V AC Relay

Complete system - safety mat According to EN ISO 13849-2:2012, Table D.8 a fault of the sensor with resistor- termination (8,2 k Ohm} not making a connection can be excluded in pressure-sensitive safety mats according EN ISO 13856-1, if the sensor is in use under valid rated values.

In this case the sensor does not contribute to the calculation of the MTTFo-value of the complete safety mat system. Only the MTTFo-value of the relating control unit from the table above is relevant. In this case the Performance Level of the complete system can reach PL d at maximum.

Zer . . gsstelle der TOV NORD CERT GmbH Essen, 2017-12-12 Benannte Stelle 0044 I Notified Body 0044

TOV NORD CERT GmbH Langemarckstral1e 20 45141 Essen www.tuev-nord-cert.de [email protected]

l 0. ..

Certificate

No.: 968/EL 689.03/17

Product tested

Type designation

Codes and standards

Intended application

Specific requirements

Valid until 2022-02-02

Application examples for the Safety Logic Controllers G9SP Series

EN ISO 13849-1 :2008 + AC:2009 {in extracts)

Certificate holder

OMRON Corporation Safety Standards Group Shiokoji Horikawa Shimogyo-ku Kyoto 600-8530 Japan

Applications ace. to EN ISO 13849-1 using G9SP Series Safety Logic Controllers: with Non-Contact Door Switch D40A: Cat. 3/ PL d with Single Beam Type 2 Sensor E3FS I E3ZS: Cat. 2 / PI c with Safety Mats UM Series: Cat. 3 / PL d with Safety Mats UMA Series: Cat. 3 / PL d with AC Servo System OMNUC G5 Series: Cat. 3/ PL c, d with Multi-function Compact Inverter SYSDRIVE MX2 Series: Cat. 3 / PL d with Non-Contact Door Switch D40Z: Cat. 4 I PL e with Safety Edge SGE: Cat. 3 / PL d

The associated application example documentation and the Safety Logic Controllers G9SP Operation Manual, Instructions Reference Manual and Instruction Manual, Sensor and Actor Manuals shall be considered.

The issue of this certificate is based upon an examination, whose results are documented in Report No. 968/EL 689.03/17 dated 2017-02-02. This certificate is valid only for products which are identical with the product tested. It becomes invalid at any change of the codes and standards forming the basis of testing for the intended application.

Koln, 2017-02-02

www.fs-products .com www.tuv.com

TUV Rhemland lndustrie Service GrnbH Bert:ich Automation

Dipl.-lng. Stephan Hiib

/;;!., TUVRheinland® Precisely Right.

~ 0. 0. ..

Certificate [!]~~~(!]

~ ~~~

No.: 968/FSA 11 17.00/17

Product tested

Type designation

Codes and s tandards

Intended application

Specific requirements

Valid until 2022-05-17

Application example for the NEX­SNC System

Certificate holder

OMRON Corporation Safety Standards Group Shiokoji Horikawa Shimogyo-ku Kyoto 600-8530 Japan

E-160425/ NX-S_ApplicationExample_SafetyMat_RevA.pdf (Rev. A) describing application example using NEX-SNC together with Safety Mat UMA

EN ISO 13849-1 :2015 (in extracts)

It can be confirmed that the application example shows a correct connection and combination of the already approved NEX-SNC system and the corresponding Safety Mat UMA according to the requirements for applications up to Cat. 3, PL d ace. to EN ISO 13849-1.

The associated application example documentation and the NEX-SNC System user documentation shall be considered. The user needs to observe the specific requirements for the installation conditions and application notes defined in the manuals for the NEX-SNC system and the UMA Mat. Furthermore he has to show that the reliability calculation fulfils the stated Performance Level {PL). Even if the configuration software and the safety design of the modules perform every possible check, the user is obliged to verify the correct execution of every safety function within an application before commissioning of a machine.

The issue of this certificate is based upon an examination, whose results are documented in Report No. 968/FSA 1117.00/17 dated 2017-04-10. This certificate is valid only for products which are identical with the product tested. It becomes invalid at any change of the codes and standards forming the basis of testing for the intended application.

Koln, 201 7-05-17

www.fs-products .com www.tuv.com

TOV Rheinland lndustrie Service GmbH Bereich Automation

Funktionale Sicherheit

Am Grauen Stern 51105 Koln Certification Body Safety & Security for Automation & Grid Dr.-lng. Thorsten Gantevoort

A TUVRheinland ® Precise ly Rig ht.

... <(

w N

EC Type-Examination Certificate

Reg.-No.: 01/205/0677.01/17

Product tested

Type designation

Codes and standards

Intended application

Specific requirements

Pressure Sensitive Protective Certificate OMRON Scientific Technologies, Inc. Devices to detect the presence of holder

persons; Safety Mat Controller in conjunction with Pressure Sensitive Safety Mat

Mat Controller: MC6 Safety Mats: UM, UMM, UMQ, UMMQ, UMY, UMYM, UMYQ, UMMYQ, UMA, UMMA, UMYA, UMMYA

ISO 13856-1 :2013 IEC 62061 :2015 ISO 13849-1 :2015

6550 Dumbarton Circle Fremont, CA 94555-3605 USA

IEC 61508 Parts 1-7:2010 EN 50178:1997

The mat controller in combination with the safety mat complies with the requirements of the relevant standards (ISO 13856-1 , Cat. 3 I PL dace. to ISO 13849-1 , SIL CL 2 ace. to IEC 62061 I IEC 61508) and can be used in applications up to these safety levels to detect the presence of persons.

The instructions of the associated Installation, Operating and Safety Manual shall be considered. Not suitable for the detection of children.

It is confirmed, that the product tested complies with the requirements for machines defined in Annex I of the EC Directive 2006142/EC.

Valid until 2022-10-06

Berlin, 2017-1 0-06

www. fs-prod ucts. com www.tuv.com

Dipl.-lng. Eberhard Frejno

A TUVRheinland® Preci se ly Right.

2017-10-06 Annex to Report No.: 968/M 123.03/17

TÜV Rheinland Industrie Service GmbH Version: 08.2012 A-FS, BU FS Products Am Grauen Stein, 51105 Köln

Summary of the characteristic data for use of the product in safety-related applications Product: Safety Mat Controllers in combination with Safety Mats

Type: MC6 (Mat Controller) UM, UMM, UMQ, UMMQ, UMY, UMYM, UMYQ, UMMYQ, UMA, UMMA, UMYA, UMMYA (Safety Mats)

Company: OMRON Scientific Technologies, Inc. 6550 Dumbarton Circle Fremont, CA 94555-3605 United States of America 1. Characteristic data acc. to IEC 61508-1 till -7 and IEC 62061: 1.1 Data for use of the product as a subsystem*) in safety functions

MC6 DC 24V SS Value Remark Safety Integrity Level SILCL 2 PFH 2.99 E-08 1/h PFHD = 2.99 E-08,

Corresponds to 3.0 % of SIL 2 limit PFDav(T) 2.60 E-03 This is the given value for the stated Proof Test

Interval T Corresponds to 26.0 % of SIL 2 limit

Proof Test Interval T 20 a MC6 DC 24V Relay Value Remark Safety Integrity Level SILCL 2 PFH 3.29 E-08 1/h PFHD = 3.29 E-08,

Corresponds to 3.3 % of SIL 2 limit PFDav(T) 2.85 E-03 This is the given value for the stated Proof Test

Interval T Corresponds to 28.5 % of SIL 2 limit

Proof Test Interval T 20 a MC6 AC 230V Relay Value Remark Safety Integrity Level SILCL 2 PFH 4.56 E-08 1/h PFHD = 4.56 E-08,

Corresponds to 4.6 % of SIL 2 limit PFDav(T) 3.97 E-03 This is the given value for the stated Proof Test

Interval T Corresponds to 39.7 % of SIL 2 limit

Proof Test Interval T 20 a Remark: At a PFH value, which is < 1 % of the allowed SIL-threshold, the performance of special Proof Tests within the mission time of the product is regarded as not necessary. 1.2 Additional data for use of the product as a subsystem element*) in safety functions

MC6 DC 24V SS Value Remark Dangerous failure rate λd 1.37 E-06 1/h Dangerous undetected failure rate λdu

2.99 E-08 1/h

Diagnostic Coverage DC 97.8 % Common Cause Factor β 5 % Diagnostic Test Interval TD < 1 h Proof Test Interval T 20 a Should be ≥ 20 a

2017-10-06 Annex to Report No.: 968/M 123.03/17

TÜV Rheinland Industrie Service GmbH Version: 08.2012 A-FS, BU FS Products Am Grauen Stein, 51105 Köln

MC6 DC 24V Relay Value Remark Dangerous failure rate λd 1.60 E-06 1/h Dangerous undetected failure rate λdu

3.29 E-08 1/h

Diagnostic Coverage DC 97.9 % Common Cause Factor β 5 % Diagnostic Test Interval TD < 1 h Proof Test Interval T 20 a Should be ≥ 20 a MC6 AC 230V Relay Value Remark Dangerous failure rate λd 1.76 E-06 1/h Dangerous undetected failure rate λdu

4.56 E-08 1/h

Diagnostic Coverage DC 97.4 % Common Cause Factor β 5 % Diagnostic Test Interval TD < 1 h Proof Test Interval T 20 a Should be ≥ 20 a

*) Subsystem elements can be used to create redundant architectures in subsystems; within a safety function subsystems are always connected in series (definitions see IEC 62061:2005 and IEC 61508-4 Ed. 2:2010). 2. Characteristic data acc. to ISO 13849-1:

MC6 DC 24V SS Value Remark Performance Level PL d Category Cat. 3 MTTFD 66 a HIGH Average Diagnostic Coverage DCav

90% – 99% MEDIUM

MC6 DC 24V Relay Value Remark Performance Level PL d Category Cat. 3 MTTFD 58 a HIGH Average Diagnostic Coverage DCav

90% – 99% MEDIUM

MC6 AC 230V Relay Value Remark Performance Level PL d Category Cat. 3 MTTFD 57 a HIGH Average Diagnostic Coverage DCav

90% – 99% MEDIUM

The calculation of these values is based on the following assumptions:

Number of operating days per year: dop = 365 d Number of operating hours per day: hop = 24 h Operating frequency: 1/h B10D (Output Relay) 2.00 E+05 (AC-15 load, value provided by manufacturer) B10D (Safety Mat) 2.00 E+05 When the product is used deviant from these assumptions (different load, operating frequency, etc.) the values have to be adjusted accordingly. Besides these summary of the characteristic data always the information provided in the product documents of the manufacturer have to be considered. Source of failure rate data: SN 29500, so far no data from the component manufacturer were available. Max. average ambient temperature: 40°C General assumption that 50 % of the component failures are dangerous failures (λd = 0.5 λ, MTTFD = 2 MTTF), so far no further information was available.

5/16/2017 NKCR.E195653 ­ Auxiliary Devices

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NKCR.E195653Auxiliary Devices

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Auxiliary Devices

See General Information for Auxiliary Devices

OMRON SCIENTIFIC TECHNOLOGIES INC E1956536550 Dumbarton CirFremont, CA 94555­3605 USA

Investigated to ANSI/UL 508

Actuator switches Model(s) MFS­11P11, MFS­11P11CC, MFS­11P20, MFS­11P20CC

Actuators Model(s) CM­S11ACT, CM­S1ACT, CM­S221ACT, CM­S2ACT, CM­S31ACT, CM­S321ACT, CM­S3ACT, CM­S421ACT, CM­S521ACT,CM­S5ACT, CM­S621ACT, CM­S6ACT, MA­10ACT, MA­11ACT, MA­12ACT, MA­13ACT, MA­14ACT, MA­15ACT, MA­16ACT, MA­1ACT, MA­20ACT,MA­21ACT, MA­2ACT, MA­3ACT, MA­4ACT, MA­5ACT, MA­6ACT, MA­7ACT, MA­9ACT, MA­S20ACT, MA­S21ACT, MA­S2ACT, MA­S34ACT, MA­S35ACT, MA­S36ACT

Control units Model(s) CM­S21­24V, CM­S41­100V, CM­S41­24V

Extender modules Model(s) CM­SE­24V

Grip­type enabling switches Model(s) ESD­5020­20, ESD­5020­21

I­Rope switches Model(s) ER­1022, ER­1032, ER­5018, ER­6022, ER­6022­SS

Industrial control switches Model(s) SCC­1224

Industrial Control Switches Model(s) SCC­1224A

Industrial control switches Model(s) SCC­2124, SCC­2224

Industrial control switches, contact mats Model(s) UMA, UMMA, UMMYA, UMYA

Interlock relays Model(s) MC­K, MF, SMT­01, SMT­02, SMT­03, SR­0, SR­05, SR­06, SR­07, SR­09, SR­11, SR­12, SR­14, SR­15, SR­16,SR­8

Interlock switches Model(s) T­5007, T­5009, T­5009­6

Limit switches Model(s) SL­AL11CC, SL­AL11M, SL­AL11N, SL­AL21CC, SL­AL21M, SL­AL21MCC, SL­AL21MM, SL­AL21MN, SL­AL21N, SL­AL30CC, SL­AL30M, SL­AL30N, SL­MAL11CC, SL­MAL11M, SL­MAL11N, SL­MAL21CC, SL­MAL21M, SL­MAL21MCC, SL­MAL21MM, SL­MAL21MN, SL­MAL21N, SL­MAL30CC, SL­MAL30M, SL­MAL30N, SL­MP11CC, SL­MP11M, SL­MP11N, SL­MP21CC, SL­MP21M, SL­MP21MCC, SL­MP21MM, SL­MP21MN, SL­MP21N, SL­MP30CC, SL­MP30M, SL­MP30N, SL­MRL11CC, SL­MRL11M, SL­MRL11N, SL­MRL21CC, SL­MRL21M, SL­MRL21MCC, SL­MRL21MM, SL­MRL21MN, SL­MRL21N, SL­MRL30CC, SL­MRL30M, SL­MRL30N, SL­MRLS11CC, SL­MRLS11M, SL­MRLS11N, SL­MRLS21CC, SL­MRLS21M, SL­MRLS21MCC, SL­MRLS21MM, SL­MRLS21MN, SL­MRLS21N, SL­MRLS30CC, SL­MRLS30M, SL­MRLS30N, SL­MRP11CC, SL­MRP11M, SL­MRP11N, SL­MRP21CC, SL­MRP21M, SL­MRP21MCC, SL­MRP21MM, SL­MRP21MN, SL­MRP21N, SL­MRP30CC, SL­MRP30M, SL­MRP30N, SL­MSR11CC, SL­MSR11M, SL­MSR11N, SL­MSR21CC, SL­MSR21M, SL­MSR21MCC, SL­MSR21MM, SL­MSR21MN, SL­MSR21N, SL­MSR30CC, SL­MSR30M, SL­MSR30N, SL­MTA11CC, SL­MTA11M, SL­MTA11N, SL­MTA21CC, SL­MTA21M, SL­MTA21MCC, SL­MTA21MM, SL­MTA21MN, SL­MTA21N, SL­MTA30CC, SL­MTA30M, SL­MTA30N, SL­P11CC, SL­P11M, SL­P11N, SL­P21CC, SL­P21M, SL­P21MCC, SL­P21MM, SL­P21MN, SL­P21N, SL­P30CC, SL­P30M, SL­P30N, SL­RLH11CC, SL­RLH11M, SL­RLH11N, SL­RLH21CC, SL­RLH21M,SL­RLH21MCC, SL­RLH21MM, SL­RLH21MN, SL­RLH21N, SL­RLH30CC, SL­RLH30M, SL­RLH30N, SL­RLO11CC, SL­RLO11M, SL­RLO11N, SL­RLO21CC, SL­RLO21M, SL­RLO21MCC, SL­RLO21MM, SL­RLO21MN, SL­RLO21N, SL­RLO30CC, SL­RLO30M, SL­RLO30N, SL­RLS11CC, SL­RLS11M, SL­RLS11N, SL­RLS21CC, SL­RLS21M, SL­RLS21MCC, SL­RLS21MM, SL­RLS21MN, SL­RLS21N, SL­RLS30CC, SL­RLS30M, SL­RLS30N, SL­RP11CC, SL­RP11M, SL­RP21MCC, SL­RP21MM, SL­RP21MN, SL­RP30CC, SL­RP30M, SL­RP30N, SL­RR11CC, SL­RR11M, SL­RR11N, SL­RR21CC, SL­RR21M, SL­RR21MCC, SL­RR21MM, SL­RR21MN, SL­RR21N, SL­RR30CC, SL­RR30M, SL­RR30N

Magnetically actuated interlock switches Model(s) MA­S, followed by 2, 20 or 21, followed by A or D

MA­S2D, MC­S, MC­S1, MC­S2, MC­S6

Relays Model(s) SR203AM01, SR203AM02, SR203M01, SR203M02, SR204P00, SR204P02, SR208AD01, SR208AD02, SR209AD01, SR209AD02

Rope operated emergency switches Model(s) ER­4020, ER­6019

Safety relays Model(s) SMS­##, SMT­##, SR­###AM, SR­###DD, SR­###E, SR­###MP, SR­##A, SR­125SMS4501, SR­125SMS4502,SR­125SMS4503

Safety switches Model(s) T­3008­02, T­3008­03, T­3008­11, T­3008­12

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Solenoid locking switches Model(s) TL­5012, TL­8012­S, TL­8018­4, TL­8018­5

Stand­alone switches Model(s) MF­2PCxx (xx=1 thru 99), MFS­11P11+, MFS­11P20+, MFS­12P11+, MFS­12P20+

Switches Model(s) BL­6009, HP­2007, HP­2010, HP­3009, HP­6009, T­2007, T­2010, T­3009, T­4011

Switches and actuators Model(s) CM­S11P+

CM­S11PC, CM­S11PCC, CM­S31SC, CM­S31SCC or MA­11, followed by AP or DP, followed by 10, 11, 20 or 21

CM­S1P+, CM­S221P, CM­S221P+, CM­S2P+, CM­S31, CM­S321S+, CM­S3P+, CM­S421S+, CM­S521P+, CM­S5P+, CM­S621P+, CM­S6P+,MA­10AP+, MA­10DP+, MA­11AP+, MA­11DP+, MA­12AP+, MA­12AP10, MA­12AP11, MA­12DP+, MA­12DP10, MA­12DP11, MA­13AP+, MA­13AP10, MA­13AP11, MA­13AP20, MA­13AP21, MA­13DP+, MA­13DP10, MA­13DP11, MA­13DP20, MA­13DP21, MA­14AP+, MA­14DP+, MA­14DP10, MA­14DP11, MA­14DS10, MA­14DS11, MA­15AP+, MA­15DP+, MA­15DP21, MA­15DS21, MA­16AP+, MA­16APAS, MA­16APDS, MA­16DP+, MA­16DPAS, MA­16DPDS, MA­1AP+, MA­1DP+, MA­20AP+, MA­20DP+, MA­21AP+, MA­21DP+, MA­2AP+, MA­2DP+, MA­34AS+, MA­34DP10, MA­34DP11, MA­34DS+, MA­34DS10, MA­34DS11, MA­35AS+, MA­35DP21, MA­35DS+, MA­35DS21, MA­36AS+, MA­36DS+, MA­S0DS+, MA­S20AS+, MA­S21AS+, MA­S21DS+, MA­S2AS+, MA­S2DS+, MAA­36APAS, MAA­36APDS, MAA­36DPAS, MAA­36DPDS

# ­ Where # represents number.

+ ­ Followed by CC or Cxx, or followed by C and Cxx where xx is numbers 1 thru 99.

Last Updated on 2015­12­16

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5/16/2017 NKCR7.E195653 ­ Auxiliary Devices Certified for Canada

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Auxiliary Devices Certified for Canada

See General Information for Auxiliary Devices Certified for Canada

OMRON SCIENTIFIC TECHNOLOGIES INC E1956536550 Dumbarton CirFremont, CA 94555­3605 USA

Investigated to CAN/CSA C22.2. No. 14­10

Actuator switches Model(s) MFS­11P11, MFS­11P11CC, MFS­11P20, MFS­11P20CC

Actuators Model(s) CM­S11ACT, CM­S1ACT, CM­S221ACT, CM­S2ACT, CM­S31ACT, CM­S321ACT, CM­S3ACT, CM­S421ACT, CM­S521ACT,CM­S5ACT, CM­S621ACT, CM­S6ACT, MA­10ACT, MA­11ACT, MA­12ACT, MA­13ACT, MA­14ACT, MA­15ACT, MA­16ACT, MA­1ACT, MA­20ACT,MA­21ACT, MA­2ACT, MA­3ACT, MA­4ACT, MA­5ACT, MA­6ACT, MA­7ACT, MA­9ACT, MA­S20ACT, MA­S21ACT, MA­S2ACT, MA­S34ACT, MA­S35ACT, MA­S36ACT

Control units Model(s) CM­S21­24V, CM­S41­100V, CM­S41­24V

Extender modules Model(s) CM­SE­24V

Grip­type enabling switches Model(s) ESD­5020­20, ESD­5020­21

I­Rope switches Model(s) ER­1022, ER­1032, ER­5018, ER­6022, ER­6022­SS

Industrial control switches Model(s) SCC­1224

Industrial Control Switches Model(s) SCC­1224A

Industrial control switches Model(s) SCC­2124, SCC­2224

Industrial control switches, contact mats Model(s) UMA, UMMA, UMMYA, UMYA

Interlock relays Model(s) MC­K, MF, SMT­01, SMT­02, SMT­03, SR­0, SR­05, SR­06, SR­07, SR­09, SR­11, SR­12, SR­14, SR­15, SR­16,SR­8

Interlock switches Model(s) T­5007, T­5009, T­5009­6

Limit switches Model(s) SL­AL11CC, SL­AL11M, SL­AL11N, SL­AL21CC, SL­AL21M, SL­AL21MCC, SL­AL21MM, SL­AL21MN, SL­AL21N, SL­AL30CC, SL­AL30M, SL­AL30N, SL­MAL11CC, SL­MAL11M, SL­MAL11N, SL­MAL21CC, SL­MAL21M, SL­MAL21MCC, SL­MAL21MM, SL­MAL21MN, SL­MAL21N, SL­MAL30CC, SL­MAL30M, SL­MAL30N, SL­MP11CC, SL­MP11M, SL­MP11N, SL­MP21CC, SL­MP21M, SL­MP21MCC, SL­MP21MM, SL­MP21MN, SL­MP21N, SL­MP30CC, SL­MP30M, SL­MP30N, SL­MRL11CC, SL­MRL11M, SL­MRL11N, SL­MRL21CC, SL­MRL21M, SL­MRL21MCC, SL­MRL21MM, SL­MRL21MN, SL­MRL21N, SL­MRL30CC, SL­MRL30M, SL­MRL30N, SL­MRLS11CC, SL­MRLS11M, SL­MRLS11N, SL­MRLS21CC, SL­MRLS21M, SL­MRLS21MCC, SL­MRLS21MM, SL­MRLS21MN, SL­MRLS21N, SL­MRLS30CC, SL­MRLS30M, SL­MRLS30N, SL­MRP11CC, SL­MRP11M, SL­MRP11N, SL­MRP21CC, SL­MRP21M, SL­MRP21MCC, SL­MRP21MM, SL­MRP21MN, SL­MRP21N, SL­MRP30CC, SL­MRP30M, SL­MRP30N, SL­MSR11CC, SL­MSR11M, SL­MSR11N, SL­MSR21CC, SL­MSR21M, SL­MSR21MCC, SL­MSR21MM, SL­MSR21MN, SL­MSR21N, SL­MSR30CC, SL­MSR30M, SL­MSR30N, SL­MTA11CC, SL­MTA11M, SL­MTA11N, SL­MTA21CC, SL­MTA21M, SL­MTA21MCC, SL­MTA21MM, SL­MTA21MN, SL­MTA21N, SL­MTA30CC, SL­MTA30M, SL­MTA30N, SL­P11CC, SL­P11M, SL­P11N, SL­P21CC, SL­P21M, SL­P21MCC, SL­P21MM, SL­P21MN, SL­P21N, SL­P30CC, SL­P30M, SL­P30N, SL­RLH11CC, SL­RLH11M, SL­RLH11N, SL­RLH21CC, SL­RLH21M,SL­RLH21MCC, SL­RLH21MM, SL­RLH21MN, SL­RLH21N, SL­RLH30CC, SL­RLH30M, SL­RLH30N, SL­RLO11CC, SL­RLO11M, SL­RLO11N, SL­RLO21CC, SL­RLO21M, SL­RLO21MCC, SL­RLO21MM, SL­RLO21MN, SL­RLO21N, SL­RLO30CC, SL­RLO30M, SL­RLO30N, SL­RLS11CC, SL­RLS11M, SL­RLS11N, SL­RLS21CC, SL­RLS21M, SL­RLS21MCC, SL­RLS21MM, SL­RLS21MN, SL­RLS21N, SL­RLS30CC, SL­RLS30M, SL­RLS30N, SL­RP11CC, SL­RP11M, SL­RP21MCC, SL­RP21MM, SL­RP21MN, SL­RP30CC, SL­RP30M, SL­RP30N, SL­RR11CC, SL­RR11M, SL­RR11N, SL­RR21CC, SL­RR21M, SL­RR21MCC, SL­RR21MM, SL­RR21MN, SL­RR21N, SL­RR30CC, SL­RR30M, SL­RR30N

Magnetically actuated interlock switches Model(s) MA­S, followed by 2, 20 or 21, followed by A or D

MA­S2D, MC­S, MC­S1, MC­S2, MC­S6

Relays Model(s) SR203AM01, SR203AM02, SR203M01, SR203M02, SR204P00, SR204P02, SR208AD01, SR208AD02, SR209AD01, SR209AD02

Rope operated emergency switches Model(s) ER­4020, ER­6019

Safety switches Model(s) T­3008­02, T­3008­03, T­3008­11, T­3008­12

Solenoid locking switches Model(s) TL­5012, TL­8012­S, TL­8018­4, TL­8018­5

Stand­alone switches Model(s) MF­2PCxx (xx=1 thru 99), MFS­11P11+, MFS­11P20+, MFS­12P11+, MFS­12P20+

Switches Model(s) BL­6009, HP­2007, HP­2010, HP­3009, HP­6009, T­2007, T­2010, T­3009, T­4011

5/16/2017 NKCR7.E195653 ­ Auxiliary Devices Certified for Canada

http://database.ul.com/cgi­bin/XYV/template/LISEXT/1FRAME/showpage.html?name=NKCR7.E195653&ccnshorttitle=Auxiliary+Devices+Certified+for+Canad… 2/2

Switches and actuators Model(s) CM­S11P+

CM­S11PC, CM­S11PCC, CM­S31SC, CM­S31SCC or MA­11, followed by AP or DP, followed by 10, 11, 20 or 21

CM­S1P+, CM­S221P, CM­S221P+, CM­S2P+, CM­S31, CM­S321S+, CM­S3P+, CM­S421S+, CM­S521P+, CM­S5P+, CM­S621P+, CM­S6P+,MA­10AP+, MA­10DP+, MA­11AP+, MA­11DP+, MA­12AP+, MA­12AP10, MA­12AP11, MA­12DP+, MA­12DP10, MA­12DP11, MA­13AP+, MA­13AP10, MA­13AP11, MA­13AP20, MA­13AP21, MA­13DP+, MA­13DP10, MA­13DP11, MA­13DP20, MA­13DP21, MA­14AP+, MA­14DP+, MA­14DP10, MA­14DP11, MA­14DS10, MA­14DS11, MA­15AP+, MA­15DP+, MA­15DP21, MA­15DS21, MA­16AP+, MA­16APAS, MA­16APDS, MA­16DP+, MA­16DPAS, MA­16DPDS, MA­1AP+, MA­1DP+, MA­20AP+, MA­20DP+, MA­21AP+, MA­21DP+, MA­2AP+, MA­2DP+, MA­34AS+, MA­34DP10, MA­34DP11, MA­34DS+, MA­34DS10, MA­34DS11, MA­35AS+, MA­35DP21, MA­35DS+, MA­35DS21, MA­36AS+, MA­36DS+, MA­S0DS+, MA­S20AS+, MA­S21AS+, MA­S21DS+, MA­S2AS+, MA­S2DS+, MAA­36APAS, MAA­36APDS, MAA­36DPAS, MAA­36DPDS

+ ­ Followed by CC or Cxx, or followed by C and Cxx where xx is numbers 1 thru 99.

Last Updated on 2015­12­16

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© 2017 UL LLC

The appearance of a company's name or product in this database does not in itself assure that products so identified have been manufacturedunder UL's Follow­Up Service. Only those products bearing the UL Mark should be considered to be Certified and covered under UL's Follow­UpService. Always look for the Mark on the product.

UL permits the reproduction of the material contained in the Online Certification Directory subject to the following conditions: 1. The GuideInformation, Assemblies, Constructions, Designs, Systems, and/or Certifications (files) must be presented in their entirety and in a non­misleading manner, without any manipulation of the data (or drawings). 2. The statement "Reprinted from the Online Certifications Directorywith permission from UL" must appear adjacent to the extracted material. In addition, the reprinted material must include a copyright notice inthe following format: "© 2017 UL LLC".

Here are the links to the following OSTI UL Files: NKCR.E195653 Auxiliary Devices NKCR7.E195653 Auxiliary Devices Certified for Canada Put the cursor on the (underlined & highlighted in blue), press Ctrl, then Click. This will bring you to UL’s Online Directory for that UL File

OMRON SCIENTIFIC TECHNOLOGIES INC Auxiliary Devices NKCR.E195653

OMRON SCIENTIFIC TECHNOLOGIES INC

Auxiliary Devices Certified for Canada NKCR7.E195653

See General Information for Auxiliary Devices See General Information for Auxiliary Devices Certified for Canada

OMRON CANADA, INC. • HEAD OFFICEToronto, ON, Canada • 416.286.6465 • 866.986.6766 • www.omron247.com

OMRON ELECTRONICS DE MEXICO • HEAD OFFICEMéxico DF • 52.55.59.01.43.00 • 01-800-226-6766 • [email protected]

OMRON ELECTRONICS DE MEXICO • SALES OFFICEApodaca, N.L. • 52.81.11.56.99.20 • 01-800-226-6766 • [email protected]

OMRON ELETRÔNICA DO BRASIL LTDA • HEAD OFFICESão Paulo, SP, Brasil • 55.11.2101.6300 • www.omron.com.br

OMRON ARGENTINA • SALES OFFICECono Sur • 54.11.4783.5300

OMRON CHILE • SALES OFFICESantiago • 56.9.9917.3920

OTHER OMRON LATIN AMERICA SALES54.11.4783.5300

Authorized Distributor:

J89I-E-01 11/14 Note: Specifications are subject to change. © 2014 Omron Electronics LLC Printed in U.S.A.

Printed on recycled paper.

Automation Control Systems• Machine Automation Controllers (MAC) • Programmable Controllers (PLC) • Operator interfaces (HMI) • Distributed I/O • Software

Drives & Motion Controls • Servo & AC Drives • Motion Controllers & Encoders

Temperature & Process Controllers • Single and Multi-loop Controllers

Sensors & Vision• Proximity Sensors • Photoelectric Sensors • Fiber-Optic Sensors• Amplified Photomicrosensors • Measurement Sensors• Ultrasonic Sensors • Vision Sensors

Industrial Components • RFID/Code Readers • Relays • Pushbuttons & Indicators• Limit and Basic Switches • Timers • Counters • Metering Devices • Power Supplies

Safety • Laser Scanners • Safety Mats • Edges and Bumpers • Programmable Safety Controllers • Light Curtains • Safety Relays • Safety Interlock Switches

OMRON AUTOMATION AND SAFETY • THE AMERICAS HEADQUARTERS • Chicago, IL USA • 847.843.7900 • 800.556.6766 • www.omron247.com

OMRON EUROPE B.V. • Wegalaan 67-69, NL-2132 JD, Hoofddorp, The Netherlands. • +31 (0) 23 568 13 00 • www.industrial.omron.eu