ifm-product-catalogue-2011.pdf

2011

fluid sensors and diagnostic

systems

bus, identification

and control systems

position sensors

and objectrecognition

7844 xMade in Germany7844 xMade in Germany

visit our website:

www.ifm.com

Over 70 locations worldwide – at a glance at wwww.ifm.com

ifm electronic gmbhFriedrichstraße 145128 EssenTel. +49 / 201 / 24 22-0Fax +49 / 201 / 24 22-1200E-Mail: [email protected]

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ifm – the company 6 - 7

General information 8 - 9

Standards and approvals / list of articles 10 - 18

Sensors for special applications 20 - 20

Inductive sensors 23 - 52

Capacitive sensors 55 - 63

Magnetic sensors 65 - 66

Cylinder sensors 69 - 72

Valve sensors 75 - 76

Photoelectric sensors 78 - 120

Object recognition 123 - 124

Encoders 127 - 130

Evaluation systems 133 - 136

Evaluation systems for safety and EX 138 - 146

Level sensors 149 - 155

Flow sensors 157 - 166

Pressure sensors 169 - 184

Temperature sensors 187 - 191

Diagnostic systems 193 - 195

Bus system AS-interface 197 - 201

Control systems for mobile vehicles 203 - 207

Power supplies 209 - 211

Connection technology 213 - 218

ifm – worldwide addresses 220 - 221

The company in your vicinity.

State-of-the-art communication.

With the right address – www.ifm.com – only a mouse click separates you from theworld of automation technology. See the power of our products in interactiverepresentations. Gain an impression with 3-dimension-al views of our units. Down-load CAD drawings for direct integration in your applications. Or order online inifm’s e-shop - fast, convenient and reliable.

We are there for you.

Close contact with our customers is part of our success. Therefore we haveconsistently developed our sales network right from the start. Today ifm electronic isrepresented in more than 70 countries – close to you! With application advice andservice at the heart of our operation. For the introduction of new products andtechnologies we support you with workshops and seminars in our training centres orin your plant.

Security by success.

Since its foundation in 1969 ifm electronic has constantly grown, now having morethan 3300 employees worldwide, and achieved a turnover of more than EUR 340million in 2009. This success gives you the security of having a reliable partner for theimplementation of your automation projects. Comprehensive service and a warrantyof up to 5 years on standard units are just two examples of this reliability.

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200

300

400

500Turnoverdevelopmentsince 1970.

ifm – the company

6

branch officetrade partner

ifm – the company

7

A sign of innovation.

Not only components.

ifm stands for a large range of different sensors and systems for automation. Ourrange of of more than 7,800 articles guarantees flexibility and compatibility. So thereis always a reliable solution for your automation projects – from the individual sensorwith practical accessories to the complete system.

Availability guaranteed.

Your deadlines matter to us. That is why we are constantly optimising our productionprocesses in order to be able to quickly and flexibly produce large quantities at aconstantly high quality – and to continue to shorten delivery times. Your order isdispatched via our centralised logistics centre reliably and on time.

Quality as part of our philosophy.

The quality standard of our products is an integral part of our company philosophy.And we guarantee it! So we provide you, the users, with a maximum degree ofsecurity: By means of our own production technology, ifm film technology, as well asby means of extensive quality assurance measures such as 100 % final testing.By quality we understand, for example, ecologically conscious production – Made inGermany!

The developmentof innovativeproducts is oneof our corecompetences.Under the name ofi-step we havecome up with anew product gene-ration whichimplements sophi-sticated technolo-gies in industriallycompatible andeasy to handleproducts. Fromhigh-quality stan-dard solutions toproducts speciallytailored to therequirements ofthe individualindustries – frommobile machinesto the foodindustry.

www.ifm.comInformation around the clock andaround the globe in 22 languages on the internet.

• Information

- product innovations- company news- exhibition info- locations- jobs

• Documentation

- data sheets- operating instructions- manuals- approvals- CAD data

• Communication*

- request for documents- recall service- live advice- newsletter

• Selection

- interactive product selection aids- configuration tools- data sheet direct

• Animation

- virtual product animations- flash movies (video sequences)

• Application

- applications- product recommendations- calculation aids

• Transaction*

- e-shop processing- e-procurement catalogues- B2B services

*Some offered information is available country-specific

General information

Product selectors and further information can be found at: www.ifm.com

8

General information


9

Convenient order processingvia the e-shop** on the internet.

Secured authentication

Customer-related priceindication

Real time availability check

Personal product favourites

Online parcel tracking

Individual order history

Convenient quick input form

Simple order processing

Management of shippingaddresses

Confirmations by e-mail

** Already available in many countries.

3A 3A Sanitary Standards, Inc. (3-A SSI) is an independent, not-for-profit corporationdedicated to advancing hygienic equipment design for the food, beverage, and phar-maceutical industries.

AS-i Actuator-Sensor Interface. Bus system for the first binary field level.

ATEX Atmosphère Explosible. ATEX comprises the directives of the European Union in thefield of explosion protection. On the one hand there is the 94/9/EC ATEX productdirective and on the other hand the 1999/92/EC ATEX operation directive.

CCC CCC (China Compulsory Certification) is a compulsory Chinese certification for cer-tain products put on the market in China. Which products are concerned is specifiedin a catalogue created by the Chinese authorities.

cCSAus Testing a product by CSA according to the safety standards applicable in Canada andthe USA.

CE Conformité Européenne. By affixing the CE marking to a product, the manufacturerdeclares that it meets EU safety, health and environmental requirements.

cRUus Testing components by UL according to the safety standards applicable in Canadaand the USA. Components can be used when the „condition of acceptability“ iscomplied with for the final product.

CSA Canadian Standards Association. A non-governmental Canadian organisation thatsets standards and tests and certifies products for their reliability. By now it is activeworldwide.

cULus Testing components by UL according to the safety standards applicable in Canadaand the USA.

DIBt (WHG) Deutsches Institut für Bautechnik (Federal Water Act). The Federal Water Act (WHG)is the essential part of the German law relating to water . It contains provisions forthe protection and use of surface water and ground water and also regulationsabout the expansion of waters, water planning and flood protection.

e1 Approval by the Kraftfahrt-Bundesamt (German Federal Motor Transport Authority).The e1 type approval by the German Federal Motor Transport Authority certifies thatthe units comply with the automotive standards. Units with this marking are allowedto be mounted on vehicles without expiry of their operating permit.

EHEDG European Hygienic Engineering & Design Group. US-American supervisory authorityfor food and drugs. This authority grants approvals for products and materials usedin the food and pharmaceutical industries.

FDA Food and Drug Administration. US-American supervisory authority for food anddrugs. This authority grants approvals for products and materials used in the foodand pharmaceutical industries.

Standards and approvals /list of articles


10

FM Factory Mutual Research. A US-based insurance company that specializes in loss pre-vention services in the property insurance market sector. They provide material rese-arch, material testing and certifications in the field of fire and explosion protection.

PROFIBUS Process Field Bus. Fieldbus system for important data quantities. It is available in seve-ral versions such as Profibus FMS, DP or PA. Profibus DP can be used over longerdistances, e.g. as fieldbus for AS-i.

TÜV Technischer Überwachungs Verein (technical inspection association). The GermanTÜV is a private-sector body carrying out technical safety tests that are stipulated bygovernment laws or instructions.

UL Underwriters Laboratories. An organisation founded in the USA for testing and certi-fying products and their safety.



11



12

Orderno.

Approvals Cataloguepage

AC1147 CE 198

AC1218 CE, CRUUS 198, 210

AC2057 CE 199

AC2218 CE, CUL 198

AC2225 CE 198

AC2250 CE, CRUUS 198




AC2417 CE, CUL 198

AC2904 CE, CUL 199

AC4000 CE 200

AC4002 CE 200

AC5000 CUL 199

AC5003 CUL 199

AC5005 200

AC5010 CUL 199

CR0020 CE, E1 204

CR0505 CE, E1 204

CR1051 CE, E1 204

CR3004 CE 205

DA0001 CE 135

DD0001 CE 134

DD2003 CE, CUL 134

DD2105 CE, CUL 134

DI5001 CE 135

DL2003 CE, CUL 135

DN2012 CE, CUL 210

DN2013 CE, CUL 210

DN2032 CE, CUL 210

DN2033 CE, CUL 210

DW2003 CE, CUL 134

E10013 215

E10058 216

E10136 214

E10191 215

E10193 179, 189, 43

E11248 CRUUS 215

E11504 CRUUS 216

E11505 CRUUS 216

E11508 CRUUS 214

E11509 CRUUS 214

E11796 71

E11799 71

E11801 71

E11820 70

E20005 92

E20722 103, 114

E21085 114, 92

E30000 152, 180

Orderno.


E30006 152, 180

E30007 152, 180

E30013 EHEDG 180

E30052 FDA 152, 180

E30056 EHEDG 153, 190

E33001 152, 180

E33002 180

E40096 162, 190

E40099 162, 190

E40101 162, 189

E40104 162, 189

E40124 162, 189

E40151 162

E40153 162

E60066 129

E60120 129

E70231 199

EC1453 206

EC2013 206

EC2046 206

EC2061 CE 204

EC2080 124, 194

ENC10A 217

EVC001 CRUUS 214

EVC002 CRUUS 214

EVC003 CRUUS 215

EVC004 CRUUS 214

EVC005 CRUUS 214

EVC006 CRUUS 214

EVC007 CRUUS 215

EVC008 CRUUS 215

EVC009 CRUUS 215

EVC074 CRUUS 215

EVC150 CRUUS 214

EVC151 CRUUS 214

EVT001 CRUUS 216

EVT002 CRUUS 216

EVT004 CRUUS 216

EVT005 CRUUS 216

EVT067 CRUUS 216

G1501S CE, CUL 120, 142, 42

I7R201 CE, CUL, (CCC) 31










(CCC) = CCC approval is not required

13

Orderno.









I7R217 CE, CUL 32

IA0004 CCC, CE 33

IA0027 CCC, CE 33

IA0032 CCC, CE, CUL 33

IA5062 CE, CUL, (CCC) 28

IA5082 CE, (CCC) 28

IA5122 CCC, CE, CUL 28

IB0004 CCC, CE 34

IB0016 CCC, CE, CUL 34

IB0017 CE, CCC 34

IB0026 CCC, CE 34

IB0027 CE, CCC 34

IB5063 CE, CUL, (CCC) 29

IB5096 CE, (CCC) 29

IB5124 CCC, CE, CUL 29

IC0003 CCC, CE, CUL 35

IC5005 CE, CUL, (CCC) 31

ID0013 CCC, CE, CUL 35

ID0014 CE, CCC 35

ID5005 CE, CUL, (CCC) 31

ID5026 CE, (CCC) 31

IE5202 CE, (CCC) 25

IE5222 CE, (CCC) 25

IE5258 CE, CUL, (CCC) 25


IE5312 CE, (CCC) 25





IE5381 CE, (CCC) 37

IER200 CE, CUL, (CCC) 39

IER201 CE, CUL, (CCC) 39

IER203 CE, (CCC) 40

IER204 CE, (CCC) 40

IER205 CE, (CCC) 41

IER206 CE, (CCC) 40

IF0001 CCC, CE 33

IF0003 CE, CCC 33

IF0005 CCC, CE 33

IF0007 CCC, CE 33

IF5249 CE, (CCC) 26

IF5297 CE, (CCC) 25

Orderno.


IF5313 CE, CCC 25

IF5329 CE, (CCC) 26

IF5597 CE, CCC 26

IF5598 CCC, CE, CUL 26

IF5646 CCC, CE 26

IF5647 CCC, CE, CUL 26

IF5750 CE, CUL, (CCC) 42

IF5796 CE, (CCC) 37

IFC202 CE, CUL, (CCC) 37



IFC206 CE, CUL, (CCC) 37, 38



IFR200 CE, CUL, (CCC) 39






IFS204 CE, CUL, (CCC) 24

IFS208 CE, CUL, (CCC) 24

IFT200 CE, CUL, (CCC) 35




IFW200 CE, CUL, (CCC) 41

IG0005 CE, CUL, CCC 33

IG0006 CE, CUL, CCC 33

IG0011 CCC, CE, CUL 33

IG0012 CCC, CE 33

IG5221 CE, (CCC) 26

IG5285 CE, (CCC) 26

IG5397 CE, (CCC) 26

IG5398 CE, (CCC) 26

IG5401 CE, (CCC) 26

IG5533 CCC, CE 26

IG5594 CCC, CE 26

IG5595 CCC, CE, CUL 27

IG5596 CCC, CE 27

IG5597 CCC, CE 27

IG5719 CCC, CE 27

IG5846 CE, (CCC) 37

IGC202 CE, CUL, (CCC) 38



IGR200 CE, CUL, (CCC) 39






14

Orderno.




IGS204 CE, CUL, (CCC) 24



IGT200 CE, CUL, (CCC) 36





IGW200 CE, CUL, (CCC) 41

II0005 CE, CCC 33

II0006 CE, CCC 34

II0011 CE, CUL, CCC 34

II0012 CE, CUL, CCC 34

II5256 CE, (CCC) 27

II5284 CE, (CCC) 27

II5300 CE, (CCC) 27

II5369 CE, (CCC) 27

II5436 CE 27

II5489 CE, CCC 27

II5491 CCC, CE 28

II5492 CE, CCC 28

II5493 CE, CCC 27

IIC200 CE, CUL, (CCC) 38

IIC221 CE, CUL, (CCC) 199, 39

IIR200 CE, CUL, (CCC) 39






IIS206 CE, CUL, (CCC) 24

IIT205 CE, CUL, (CCC) 36

IIT209 CE, CUL, (CCC) 36

IIW200 CE, CUL, (CCC) 42

IM0010 CCC, CE, CUL 35

IM0011 CCC, CE, CUL 34

IM5019 CE, CUL, (CCC) 30


IM5037 CCC, CE 31

IM5038 CCC, CE 31

IM5046 CE, (CCC) 30




IM5118 CE 199, 30


IM5132 CE, CUL, (CCC) 30, 42

IN0073 CCC, CE 34

Orderno.


IN0077 CCC, CE 34

IN0081 CCC, CE 34

IN5121 CE, (CCC) 29

IN5129 CE, (CCC) 29

IN5208 CCC, CE, CUL 29

IN5212 CE, CUL, (CCC) 29

IN5224 CE, (CCC) 76

IS5001 CE, CUL, (CCC) 29

IS5035 CE, CUL, (CCC) 29

IT5001 CE, (CCC) 28

IT5040 CE, CUL, (CCC) 28

IV5003 CE 31

IV5004 CE 31

IW5051 CE, (CCC) 30

IW5053 CE, (CCC) 30

IY5029 CE, (CCC) 24

IY5036 CE, CUL, (CCC) 24

JAC201 CE, (CCC) 112

KB0025 CCC, CE, CUL 57

KB0029 CCC, CE, CUL 57

KB5004 CE, CUL, (CCC) 57

KD0009 CCC, CE 58

KD5018 CE, (CCC) 57

KD5022 CE, (CCC) 57

KF5001 CE, CUL 56

KG5040 CCC, CE 56

KG5043 CE, (CCC) 56

KG5047 CCC, CE 56

KG5069 CE, CUL 58

KI0016 CCC, CE, CUL 57



KI0042 CE 59

KI5002 CE, CUL, (CCC) 56


KI5030 CCSAUS, CE, FM, IEC 59

KI5083 CE, CUL 58

KI5084 CE, CUL 56

KI5085 CE, CUL 56

KI5086 CE, CUL 56

KI5087 CE, CUL 56

KN5121 CE, (CCC) 58

KQ6001 CE, CUL 58

KX5001 CCSAUS, CE, FM 59

LK1222 CE 150

LK1223 CE 150

LK1224 CE 150

LK3122 CE, CUL 150

LK3123 CE, CUL 150

LK3124 CE, CUL 150



15

Orderno.


LK8122 CE, CUL 150

LK8123 CE, CUL 150

LK8124 CE, CUL 150

LR3000 CE, CUL 151

LR7000 CE, CUL 151

LR8000 CE, CUL 151

MFS201 CE, CUL, (CCC) 66

MGS200 CE, CUL, (CCC) 66

MGS201 CE, CUL, (CCC) 66

MK5100 CE, CUL, (CCC) 70






N0530A CE 146, 43, 59

NG5003 CCSAUS, CE, FM 42

NI5002 CCSAUS, CE, FM, IEC 43

NM500A CCSAUS, CE, FM 43

O1D100 CE, CUL, (CCC) 108




O2D222 CE, CUL 124

O3D200 CE 124

O5C500 CE, CUL 112

O5E200 CE, CUL, (CCC) 90



O5E502 CE, CUL 91

O5E51A CE, (CCC) 92


O5G500 CE, CUL, (CCC) 112

O5H200 CE, CUL, (CCC) 90





O5H504 CE, CUL 92


O5K500 CE, CUL, (CCC) 112

O5P200 CE, CUL, (CCC) 90




O5P502 CE, (CCC) 91


O5S200 CE, CUL, (CCC) 90



Orderno.



OF5016 CE, CUL, (CCC) 82

OF5027 CE, CUL, (CCC) 82

OG0043 CCC, CE 83

OG5124 CE, CUL, (CCC) 85

OGE100 CE, CUL, (CCC) 82
















OGE701 CE, (CCC) 102

OGH200 CE, CUL, (CCC) 84
























OGP100 CE, CUL, (CCC) 83






16

Orderno.



OGP201 CE, (CCC) 83














OGS100 CE, CUL, (CCC) 82









OGT100 CE, CUL, (CCC) 83






OJ5008 CE, CUL, (CCC) 90









OJE200 CE, CUL, (CCC) 89

OJH200 CE, CUL, (CCC) 89

OJP200 CE, CUL, (CCC) 89

OJR200 CE, CUL, (CCC) 89

OJS200 CE, CUL, (CCC) 88

OPU200 CE, (CCC) 113

OPU201 CE, CUL, (CCC) 113





Orderno.


OPU207 CE, (CCC) 113





PA3020 CE, CUL 175, 204

PA3021 CE, CUL 175, 204

PA3022 CE, CUL 175, 204

PA3023 CE, CUL 175, 204

PA3024 CE, CUL 175, 204

PA3026 CE, CUL 175

PA3027 CE, CUL 175

PA3029 CE, CUL 176

PA9021 CE 176, 205

PA9024 CE, CUL 176, 205

PF2054 CE, CUL, EHEDG, FDA 179

PG2789 CE, EHEDG, FDA 152, 179

PG2793 CE, CUL, EHEDG, FDA 178



PG2796 CE, CUL, EHEDG, FDA 152, 178




PI1093 CE, CUL, EHEDG, FDA 177




PI1097 CE, CUL, EHEDG, FDA 152, 177












PK6220 CE, CUL 173

PK6222 CE, CUL 173

PK6224 CE, CUL 173

PK6520 CE, CUL 173

PK6521 CE, CUL 173

PK6522 CE, CUL 173

PK6523 CE, CUL 173

PK6524 CE, CUL 173

PK6730 CE, CUL 173

PK6731 CE, CUL 173



17

Orderno.


PK6732 CE, CUL 173

PK6734 CE, CUL 173

PM2058 CE, CUL, EHEDG, FDA 179



PN2009 CE, CUL 170

PN2020 CE, CUL 170

PN2021 CE, CUL 170

PN2022 CE, CUL 170

PN2023 CE, CUL 170

PN2024 CE, CUL 170

PN2026 CE, CUL 170

PN2027 CE, CUL 170

PN2028 CE, CUL 170

PN3001 CE, CUL 170

PN3003 CE, CUL 170

PN3004 CE, CUL 170

PN3060 CE 170

PN5000 CE, CUL 171

PN5001 CE, CUL 171

PN5002 CE, CUL 171

PN5003 CE, CUL 171

PN5004 CE, CUL 171

PN5006 CE, CUL 171

PN5007 CE, CUL 171

PN5200 CE, CUL 171

PN5201 CE, CUL 171

PN5202 CE, CUL 171

PN5203 CE, CUL 171

PN5204 CE, CUL 171

PN5206 CE, CUL 171

PN5207 CE, CUL 171

PN7000 CE, CUL 172

PN7001 CE, CUL 172

PN7002 CE, CUL 172

PN7003 CE, CUL 172

PN7004 CE, CUL 172

PN7006 CE, CUL 172

PN7007 CE, CUL 172

PN7009 CE, CUL 172

PN7060 CE 171

PN7200 CE, CUL 172

PN7201 CE, CUL 172

PN7202 CE, CUL 172

PN7203 CE, CUL 172

PN7204 CE, CUL 172

PN7206 CE, CUL 172

PN7207 CE, CUL 172

PN7209 CE, CUL 172

PNI024 CE 176

Orderno.


PQ7809 CE, CUL 177

PQ7834 CE, CUL 177

PS3208 CE 151, 176

PS3407 CE 151, 176

PS3417 CE 151, 176

PS7570 CE 176

PT3540 CE, CUL 173

PT3541 CE, CUL 174

PT3542 CE, CUL 174

PT3543 CE, CUL 174

PT3544 CE, CUL 174

PT3550 CE, CUL 174, 205

PT3551 CE, CUL 174, 205

PT3552 CE, CUL 174, 205

PT3553 CE, CUL 174, 205

PT3554 CE, CUL 175, 205

PT9540 CE, CUL 174

PT9541 CE, CUL 174

PT9542 CE, CUL 174

PT9543 CE, CUL 174

PT9544 CE, CUL 174

PT9550 CE, CUL 175, 205

PT9551 CE, CUL 175, 205

PT9552 CE, CUL 175, 205

PT9553 CE, CUL 175, 205

PT9554 CE, CUL 175, 205

RB6007 CE, C_NRTL_US 128

RB6013 CE, CRUUS 128

RB6015 CE, C_NRTL_US 128

RV1016 CE, C_NRTL_US 128























18

Orderno.


SBY334 CE, CUL 159

SBY346 CE, CUL 159

SBY357 CE, CUL 159

SD2000 CE, CUL 161

SD5000 CE, CUL 160

SD6000 CE, CUL 161

SD6100 CE, CUL 161

SD8000 CE, CUL 161

SD9000 CE, CUL 161

SF5200 CUL 159

SF5300 CUL 159

SF5350 CUL 159

SI5000 CE, CUL 158

SI5004 CE, CUL 158

SI5006 CE, CUL 158

SI5007 CE, CUL 159

SI5010 CE, CUL 158

SL0101 CE 160

SL5101 CE 160

SM6000 CE, CUL 158

SM7000 CE, CUL 158

SM8000 CE, CUL 158

SN0150 CE, CUL 160

SQ0500 CE, CUL 161

SR0150 CE, CUL 160

SU7000 CE, CUL 161

SU8000 CE, CUL 162

SU9000 CE, CUL 162

TA3130 CE, CUL 188

TA3131 CE, CUL 188

TA3430 CE, CUL, EHEDG 189

TA3431 CE, CUL, EHEDG 189

TK6130 CE, CUL 188

TK7130 CE, CUL 188

TR2432 CE, CUL 188

TT0061 CUL 189

TT2250 CUL 188

VKV021 CE, CUL 194

VKV022 CE, CUL 194

VSA001 CE, CUL 194

VSE002 CE, CUL 194



19

Sensors for special applications


20

AS-Interface

AS-interface (actuator sensor interface)is a worldwide manufacturer-indepen-dent standard for the connection ofactuators and sensors of the first fieldlevel. Data and power supply are jointlytransmitted via a two-wire cable. Wiringcomplexity, documentation and set-uptimes are reduced.

AS-i sensors Page

AS-i sensors 199

ATEX

ATEX (Atmosphère explosible) is a briefdescription of the uniform EU directives94/9/EC (for manufactures of units forhazardous areas) and 1999/92/EC (foroperators of plants for hazardous areas)governing the safety requirements forexplosion-hazardous areas. Since 30June 2003, units for hazardous areashave to be approved to 94/9/EU regula-tions. For further information aboutinternational directives see the „Appro-vals“ chapter.

Sensors for hazardous areas (ATEX) Page

Inductive sensors 42 - 43

Capacitive sensors 59

Photoelectric sensors 92

e1 type approval

The e1 type approval by the GermanFederal Motor Transport Authority certi-fies that the units comply with the auto-motive standards.

Sensors with e1 approval Page

Pressure sensors 204 - 205

IO-Link

IO-Link is a field-bus independent andopen point-to-point communicationinterface. It is a low-cost possibility totransmit parameter, diagnosis and pro-cess data from a sensor or an actuatorvia an I/O module.

Sensors with IO-Link Page

Temperature sensors 188

Sensors for special applications


21

Sensors for almost all application areas.

Wide choice of housing styles andoperating voltages.

High-quality housing materials.

Cylindrical housings: Ø 3…34 mm, rectan-gular housings: 5 x 5 x 24 to 105 x 80 x 40.

Extensive range of fixing accessoriesand connection technology.

Inductive sensors

In all automated processes sensors are absolutely necessary to provide the PLC withinformation. They supply the necessary signals on positions, limits or serve as pulsepick-ups for counting tasks or for monitoring rotational speed. Inductive andcapacitive sensors are nowadays indispensable for industrial usage. As compared tomechanical switches they offer ideal conditions: non-contact operation free fromany wear and tear, high switching frequencies and accuracy. In addition, they areinsensitive to vibration, dust and moisture. Inductive sensors detect all metalswithout contact.

Operating principle of inductive sensors

Inductive sensors take advantage of the physical effect of the change in the qualityfactor in a resonant circuit caused by eddy current losses in conductive materials.This is how it works: An LC tuned circuit generates a high frequency electromag-netic field. This field is radiated from the active face of the sensor. If a conductivematerial enters this field, eddy currents will be formed in accordance with the lawof inductance which draw energy from the oscillator. This reduces the oscillationamplitude. The change is converted into a switching signal. The operating principlepermits detection of all metals irrespective of whether they are moving or not.

Application sensors

Every application has its own requirements as regards the sensors to be used.Temperature shocks, mechanical influences or aggressive cleaning agents are just afew of the possible environmental influences to which sensors are subjected. ifmelectronic therefore offers inductive sensors which have been developed for specialapplications. This includes for example the use of selected housing materials suchas stainless steel, LCP, PEEK, PBT or Duroplast. An innovative, consistent sealingconcept from the sensor to the connector ensures ideal protection against ingressof moisture and aggressive media.

Typical application:Positioning sensing inautomation technol-ogy; inductive sensorsoperate reliably andwithout wear.

High frequencyelectromagnetic field:The inductive sensor

detects all metals.

Inductive sensors

22Product selectors and further information can be found at: www.ifm.com

Selection chart Page

Sensors with increased sensing range for industrial applications 24

Sensors for industrial applications, threaded housings 24 - 28

Sensors with smooth sleeve for industrial applications 28 - 29

Sensors for industrial applications, rectangular housings 29 - 31

Ring sensors for industrial applications 31 - 32

Sensors for industrial applications, AC and AC/DC 33 - 35

Sensors for hygienic and wet areas with increased sensing range 35 - 36

Sensors for hygienic and wet areas 37

Sensors for oils and coolants with increased sensing range 37 - 38

Sensors for oils and coolants with ceramic sensing face 38

Sensors for oils and coolants, AS-i system 39

Full metal sensors with non-stick coating against weld spatter 39 - 41

Electromagnetic field immune sensors with correction factor K = 1 41 - 42

Electromagnetic field immune sensors 42

Safety relays with relay outputs for fail-safe sensors 42

Sensors with ATEX approval 1D / 2G 42 - 43

Sensors with ATEX approval 1D / 1G / 2G 43

Switching amplifiers with ATEX approval 43

Accessories for sensors with smooth sleeve 43

Wiring diagrams 43 - 45

Scale drawings / drawing no. – CAD download: www.ifm.com 45 - 52

Inductive sensors

23

Sensors with increased sensing range for industrial applications

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.

M12 connector · Output function · 3-wire · DC PNP · Wiring diagram no. 2 · Connector groups 2, 3, 4, 5

M12 / L = 45 4 f brass 10...36 IP67 700 100 50 IFS204

M12 connector · Output function · 3-wire · 3-wire DC PNP; 2-wire DC PNP/NPN · Wiring diagram no. 26 · Connector groups 2, 3, 4, 5

M12 / L = 70 4 f brass 10...30 IP67 500 100 51 IFS208


M18 / L = 46 8 f brass 10...36 IP67 400 100 53 IGS204

M18 / L = 51 12 nf brass 10...36 IP67 300 100 54 IGS205


M18 / L = 70 12 nf brass 10...30 IP67 300 100 IGS209

M30 / L = 70 15 f brass 10...36 IP67 100 100 67 IIS206

f = flush / nf = non flush

Sensors for industrial applications, threaded housings

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.

Cable 2 m · Output function · 3-wire · DC PNP · Wiring diagram no. 1

M5 / L = 30 0.8 f stainless steel 10...36 IP65 2000 100 1 IY5029

M8 connector · Output function · 3-wire · DC PNP · Wiring diagram no. 2

M5 / L = 45 0.8 f stainless steel 10...36 IP65 2000 100 2 IY5036

Inductive sensors


Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.

Cable 2 m · Output function · 2-wire · DC PNP/NPN · Wiring diagram no. 24

M8 / L = 50 1 f brass 5...36 IP67 2000 200 3 IE5222

M8 / L = 50 2 nf PBT (Pocan) 5...36 IP67 2000 200 3 IE5202

Cable 2 m · Output function · 3-wire · 3-wire DC PNP; 2-wire DC PNP/NPN · Wiring diagram no. 25

M8 / L = 37 3 f brass 10...30 IP67 1000 100 4 IE5343

M8 / L = 37 5 nf brass 10...30 IP67 700 100 5 IE5345

Cable with connector 0.3 m · Output function · 3-wire · 3-wire DC PNP; 2-wire DC PNP/NPN · Wiring diagram no. 26 · Connector groups 2, 3, 4, 5

M8 / L = 37 3 f brass 10...30 IP67 1000 100 4 IE5351

M8 connector · Output function · 3-wire · DC PNP · Wiring diagram no. 2 · Connector group —

M8 / L = 50 2 f brass 10...36 IP67 1000 250 6 IE5287


M8 / L = 50 1 f brass 10...36 IP65 > 2000 250 7 IE5258

M8 connector · Output function · 3-wire · 3-wire DC PNP; 2-wire DC PNP/NPN · Wiring diagram no. 26

M8 / L = 40 3 f brass 10...30 IP67 1000 100 8 IE5338


M8 / L = 62 2 f brass 10...36 IP67 1000 250 9 IE5312


M12 / L = 71 2 f brass 10...55 IP67 800 250 10 IF5297

M12 / L = 71 2 f PBT 10...55 IP67 800 250 10 IF5313

Inductive sensors

25You can find wiring diagrams from page 43

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


M12 / L = 35 4 nf brass 10...36 IP67 1500 150 11 IF5249

M12 / L = 71 4 nf brass 10...36 IP67 1500 250 12 IF5329


M12 / L = 71 4 nf brass 10...55 IP67 1500 400 12 IF5646

M12 / L = 71 4 nf PBT 10...55 IP67 1500 400 10 IF5597

M12 connector · Output function · 2-wire · DC PNP/NPN · Wiring diagram no. 27 · Connector groups 2, 4

M12 / L = 83 2 f brass 10...55 IP67 1100 300 13 IF5598

M12 / L = 83 4 nf brass 10...55 IP67 1500 300 14 IF5647


M18 / L = 38 5 f brass 18...36 IP67 500 150 15 IG5221

M18 / L = 80 5 f brass 10...36 IP67 500 250 16 IG5397

M18 / L = 38 8 nf brass 18...36 IP67 200 150 17 IG5285

M18 / L = 80 8 nf brass 10...36 IP67 300 250 18 IG5398

M18 / L = 80 8 nf PBT 10...36 IP67 300 250 16 IG5401


M18 / L = 80 5 f brass 10...55 IP67 700 400 16 IG5594

M18 / L = 80 8 nf PBT 10...55 IP67 300 400 16 IG5533

Inductive sensors


Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


M18 / L = 80 8 nf brass 10...55 IP67 300 400 18 IG5596


M18 / L = 70 5 f brass 10...55 IP67 700 400 19 IG5595

M18 / L = 76 8 nf brass 10...55 IP67 300 400 20 IG5597

Terminals · Output function · 2-wire · DC PNP/NPN · Wiring diagram no. 28

M18 / L = 110 8 nf PBT 10...55 IP65 300 400 21 IG5719


M30 / L = 81 10 f brass 10...36 IP67 250 250 22 II5256

M30 / L = 81 10 f PBT 10...36 IP67 250 250 22 II5369

M30 / L = 81 15 nf brass 10...36 IP67 250 250 23 II5284

M30 / L = 81 15 nf PBT 10...36 IP67 250 250 22 II5300


M30 / L = 45 10 f brass 10...55 IP67 450 400 24 II5493

M30 / L = 81 10 f brass 10...55 IP67 450 400 22 II5489

M30 / L = 81 15 nf PBT 10...55 IP67 200 400 22 II5436

Inductive sensors


Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


M30 / L = 81 15 nf brass 10...55 IP67 200 400 23 II5491


M30 / L = 78 15 nf brass 10...55 IP67 200 400 25 II5492


Sensors with smooth sleeve for industrial applications

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


Ø 6.5 / L = 35 1 f brass 10...36 IP67 900 200 26 IT5001


Ø 6.5 / L = 30 2 f high-grade st. steel 10...30 IP67 1500 100 27 IT5040


Ø 20 / L = 77 10 nf PBT 10...36 IP67 300 250 28 IA5082

Terminals · Output function · 3-wire · DC PNP · Wiring diagram no. 4

Ø 20 / L = 92 10 nf PBT 10...36 IP65 300 250 29 IA5062


Ø 20 / L = 92 10 nf PBT 10...55 IP65 300 300 29 IA5122

Inductive sensors


Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


Ø 34 / L = 82 20 nf PBT 10...36 IP67 60 250 30 IB5096


Ø 34 / L = 98 20 nf PBT 10...55 IP65 300 300 31 IB5124


Ø 34 / L = 98 20 nf PBT 10...36 IP65 350 250 31 IB5063


Sensors for industrial applications, rectangular housings

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


28 x 10 x 16 2 f PBT 10...36 IP67 800 200 32 IS5001


28 x 10 x 16 2 f PBT 10...36 IP67 800 200 33 IS5035


40 x 12 x 26 2 f PBT 10...36 IP67 1400 250 34 IN5121

40 x 12 x 26 4 nf PBT 10...36 IP67 1300 250 34 IN5129


40 x 12 x 26 4 nf PBT 10...55 IP67 1200 400 34 IN5208


40 x 12 x 26 4 nf PBT 10...36 IP65 1300 250 35 IN5212

Inductive sensors


Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


60 x 36 x 10 5 f PBT 10...36 IP67 400 250 36 IW5051


60 x 36 x 10 8 nf PBT 10...36 IP67 300 250 36 IW5053


40 x 40 x 54 20 f PA (polyamide) 10...36 IP67 100 200 37 IM5115

40 x 40 x 54 35 nf PA (polyamide) 10...36 IP67 80 200 37 IM5116

40 x 40 x 54 40 nf PA (polyamide) 10...36 IP67 60 200 37 IM5117

M12 connector · Output function · 3-wire · DC PNP · Wiring diagram no. 6 · Connector groups 2, 4


M12 connector · Output function · 4-wire · DC PNP · Wiring diagram no. 6 · Connector groups 2, 4, 5


M12 connector · 2-wire · AS-i · Wiring diagram no. 7 · Connector groups 2, 4

40 x 40 x 54 15 f PBT 26.5...31.6 IP67 100 – 37 IM5118


40 x 40 x 120 15 f PPE 10...36 IP65 350 250 38 IM5020

40 x 40 x 120 20 nf PPE 10...36 IP65 350 250 38 IM5019

40 x 40 x 120 30 nf PPE 10...36 IP65 100 250 38 IM5046

Inductive sensors


Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


40 x 40 x 120 15 f PPE 10...55 IP65 > 350 400 38 IM5037

40 x 40 x 120 20 nf PPE 10...55 IP65 > 300 400 38 IM5038


40 x 40 x 118 15 f PBT 10...60 IP67 150 200 39 IV5003

40 x 40 x 118 20 f PBT 10...60 IP67 150 200 40 IV5004


90 x 60 x 40 40 nf PPE 10...36 IP65 15 250 41 IC5005

105 x 80 x 40 60 nf PPE 10...36 IP65 100 250 42 ID5005


120 x 80 x 30 50 nf PPE 10...36 IP67 100 250 43 ID5026


Ring sensors for industrial applications

Type Insidediameter

[mm]

Operatingprinciple

Minimumdiameter ofthe steel ball

[Ø mm]

Part speedmax.

[m/s]

Pulsestretching

[ms]

Response time /break time

[ms]

Draw-ingno.

Orderno.


10.1 static 1.5 35 10...150 0.5 / 10 44 I7R201

10.1 dynamic 0.6 35 0.1...150 0.2 / 0.2 44 I7R203

15.1 static 2 35 10...150 0.5 / 10 45 I7R205

Inductive sensors


Type Insidediameter

[mm]

Operatingprinciple

Minimumdiameter ofthe steel ball

[Ø mm]

Part speedmax.

[m/s]

Pulsestretching

[ms]

Response time /break time

[ms]

Draw-ingno.

Orderno.


15.1 dynamic 0.8 35 0.1...150 0.2 / 0.2 45 I7R207

20.1 static 2.5 35 10...150 0.5 / 10 46 I7R209

20.1 dynamic 1.0 35 0.1...150 0.2 / 0.2 46 I7R211

25.1 static 3.0 35 10...150 0.5 / 10 47 I7R213

25.1 dynamic 1.2 35 0.1...150 0.2 / 0.2 47 I7R215

M12 connector · Output function · 3-wire · DC NPN · Wiring diagram no. 10 · Connector groups 2, 3, 4, 5

10.1 static 1.5 35 10...150 0.5 / 10 44 I7R202

M12 connector · Output function · 3-wire · DC NPN · Wiring diagram no. 10 · Connector groups 2, 4

10.1 dynamic 0.6 35 0.1...150 0.2 / 0.2 44 I7R204

15.1 static 2 35 10...150 0.5 / 10 45 I7R206

15.1 dynamic 0.8 35 0.1...150 0.2 / 0.2 45 I7R208

20.1 static 2.5 35 10...150 0.5 / 10 46 I7R210

20.1 dynamic 1.0 35 0.1...150 0.2 / 0.2 46 I7R212

25.1 static 3.0 35 10...150 0.5 / 10 47 I7R214

25.1 dynamic 1.2 35 0.1...150 0.2 / 0.2 47 I7R216


51 static 6 35 10...150 0.5 / 10 48 I7R217

Inductive sensors


Sensors for industrial applications, AC and AC/DC

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection fAC / DC

[Hz]

IloadAC / DC

[mA]

Draw-ingno.

Orderno.

Cable 2 m · Output function · 2-wire · AC · Wiring diagram no. 11

M12 / L = 71 2 f PBT 20...250 IP67 25 250 10 IF0001*

M12 / L = 71 2 f brass 20...250 IP67 25 250 10 IF0005*

M12 / L = 71 4 nf PBT 20...250 IP67 25 250 10 IF0003*

M12 / L = 71 4 nf brass 20...250 IP67 25 250 12 IF0007*

Cable 2 m · Output function · 2-wire · AC/DC · Wiring diagram no. 12

M18 / L = 80 5 f PBT 20...250 IP67 25 / 50 350 / 100 16 IG0005*

M18 / L = 80 5 f brass 20...250 IP67 25 / 50 350 / 100 16 IG0011*

M18 / L = 80 8 nf PBT 20...250 IP67 25 / 50 350 / 100 16 IG0006*

M18 / L = 80 8 nf brass 20...250 IP67 25 / 50 350 / 100 18 IG0012*

Ø 20 / L = 77 10 nf PBT 20...250 IP67 25 / 70 350 / 100 28 IA0004*


Ø 20 / L = 77 10 nf PBT 20...250 IP67 25 / 70 350 / 100 28 IA0027*

Terminals · Output function · 2-wire · AC/DC · Wiring diagram no. 14

Ø 20 / L = 92 10 nf PBT 20...250 IP65 25 / 70 350 / 100 29 IA0032*


M30 / L = 81 10 f PBT 20...250 IP67 25 / 50 350 / 100 22 II0005*

Inductive sensors


Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection fAC / DC

[Hz]

IloadAC / DC

[mA]

Draw-ingno.

Orderno.


M30 / L = 81 10 f brass 20...250 IP67 25 / 50 350 / 100 22 II0011*

M30 / L = 81 15 nf PBT 20...250 IP67 25 / 50 350 / 100 22 II0006*

M30 / L = 81 15 nf brass 20...250 IP67 25 / 50 350 / 100 23 II0012*

Ø 34 / L = 82 20 nf PBT 20...250 IP67 25 / 50 350 / 100 30 IB0004*

Ø 34 / L = 82 30 nf PBT 20...250 IP67 25 / 50 350 / 100 30 IB0026*


Ø 34 / L = 82 20 nf PBT 20...250 IP67 25 / 50 350 / 100 30 IB0017*

Ø 34 / L = 82 30 nf PBT 20...250 IP67 25 / 50 350 / 100 30 IB0027*


Ø 34 / L = 98 20 nf PBT 20...250 IP65 25 / 50 350 / 100 31 IB0016*


40 x 12 x 26 2 f PBT 20...250 IP67 25 / 50 350 / 100 34 IN0073*

40 x 12 x 26 4 nf PBT 20...250 IP67 25 / 50 350 / 100 34 IN0081*


40 x 12 x 26 2 f PBT 20...250 IP67 25 / 50 350 / 100 34 IN0077*


40 x 40 x 120 15 f PPE 20...250 IP65 20 / 55 350 / 100 38 IM0011*

Inductive sensors


Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection fAC / DC

[Hz]

IloadAC / DC

[mA]

Draw-ingno.

Orderno.


40 x 40 x 120 20 nf PPE 20...250 IP65 20 / 55 350 / 100 38 IM0010*


90 x 60 x 40 40 nf PPE 20...250 IP65 10 350 / 100 41 IC0003*


120 x 80 x 30 50 nf modified PPE 20...250 IP65 25 / 35 350 / 100 43 ID0014*


105 x 80 x 40 60 nf modified PPE 20...250 IP65 4 350 / 100 42 ID0013*


* Note for AC and AC/DC units

Miniature fuse to IEC60127-2 sheet 1, ≤ 2 A (fast acting). Recommendation: check the unit for reliable function after a shortcircuit.

Sensors for hygienic and wet areas with increased sensing range

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.

M12 connector · Output function · 3-wire · DC PNP · Wiring diagram no. 2 · Connector group 12

M12 / L = 50 7 nf high-grade st. steel 10...36 IP68 / IP69K 800 100 49 IFT200


M12 / L = 45 4 f high-grade st. steel 10...36 IP68 / IP69K 800 100 50 IFT204

M12 connector · Output function · 3-wire · 3-wire DC PNP; 2-wire DC PNP/NPN · Wiring diagram no. 26 · Connector group 12

M12 / L = 70 4 f high-grade st. steel 10...36 IP68 / IP69K 500 100 51 IFT205

Inductive sensors


Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


M12 / L = 61 7 nf high-grade st. steel 10...36 IP68 / IP69K 800 100 52 IFT208


M18 / L = 46 8 f high-grade st. steel 10...36 IP68 / IP69K 600 100 53 IGT203

M18 / L = 51 12 nf high-grade st. steel 10...36 IP68 / IP69K 300 100 54 IGT200



M12 connector · Output function · 3-wire · 3-wire DC PNP; 2-wire DC PNP/NPN · Wiring diagram no. 26 · Connector group 12





M30 / L = 50 14 f high-grade st. steel 10...36 IP68 / IP69K 50 100 57 IIT205


M30 / L = 59 14 f high-grade st. steel 10...36 IP68 / IP69K 100 100 58 IIT209


Inductive sensors


Sensors for hygienic and wet areas

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


M12 / L = 44 4 nf high-grade st. steel 10...36 IP67 1400 150 59 IF5796


M18 / L = 45 10 nf high-grade st. steel 10...36 IP67 300 250 60 IG5846


Sensors for oils and coolants with increased sensing range

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


M8 / L = 50 2 f high-grade st. steel 10...36 IP67 1000 200 61 IE5381

M12 / L = 45 4 f brass 10...36 IP68 700 100 50 IFC204

M12 / L = 45 4 f brass 10...36 IP68 700 100 50 IFC206

M12 / L = 60 4 f brass 10...36 IP68 700 200 62 IFC229


M12 / L = 45 4 f brass 10...36 IP68 700 100 50 IFC207


M12 / L = 45 4 f brass 10...30 IP68 700 100 50 IFC202


M12 / L = 50 7 nf brass 10...36 IP68 700 100 63 IFC205

Inductive sensors


Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


M18 / L = 46 8 f brass 10...36 IP68 400 100 53 IGC204


M18 / L = 46 8 f brass 10...30 IP68 300 100 53 IGC202


M18 / L = 70 8 f brass 10...30 IP68 400 100 64 IGC210


M30 / L = 50 15 f brass 10...36 IP68 100 100 57 IIC200


Sensors for oils and coolants with ceramic sensing face

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


M12 / L = 45 4 f brass 10...36 IP68 700 100 50 IFC206


M18 / L = 70 8 f brass 10...30 IP68 400 100 64 IGC210


Inductive sensors


Sensors for oils and coolants, AS-i system

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.

M12 connector · 2-wire · AS-i · Wiring diagram no. 7 · Connector groups 2, 4

M30 / L = 60 22 nf high-grade st. steel 26.5...31.6 IP68 100 – 65 IIC221


Full metal sensors with non-stick coating against weld spatter

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


M8 / L = 60 2 fstainless steel 316L /

1.440410...36 IP67 / IP68 100 100 66 IER200

M12 connector · Output function · 3-wire · DC NPN · Wiring diagram no. 16

M8 / L = 60 2 fstainless steel 316L /

1.440410...36 IP67 / IP68 100 100 66 IER201


M12 / L = 60 4 f high-grade st. steel 10...36 IP67 2 100 62 IFR200




M18 / L = 70 6 f high-grade st. steel 10...36 IP67 2 100 19 IGR200




M30 / L = 70 12 f high-grade st. steel 10...36 IP67 2 100 67 IIR200

Inductive sensors


Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.



Cable with connector 0.3 m · Output function · 2-wire · DC PNP/NPN · Wiring diagram no. 17

M8 / L = 45 2 f high-grade st. steel 10...36 IP67 150 100 68 IER203

















Inductive sensors


Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.












Electromagnetic field immune sensors with correction factor K = 1

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


M12 / L = 65 3 f brass 10...30 IP67 4000 200 76 IFW200


M18 / L = 65 5 f brass 10...30 IP67 2000 200 77 IGW200

Inductive sensors


Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


M30 / L = 65 10 f brass 10...30 IP67 1000 200 78 IIW200

M12 connector · Output function · 4-wire · DC PNP · Wiring diagram no. 6 · Connector groups 2, 4, 5



Electromagnetic field immune sensors

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


M12 / L = 60 2 f brass 10...36 IP67 1000 250 79 IF5750


Safety relays with relay outputs for fail-safe sensors

Type Description Orderno.

Safety relay · Relay outputs · Housing for DIN rail mounting · For the connection of electronic and mechanical fail-safesensors/switches and for use as two-hand control · Complies with the requirements: · ISO 13849-1:2008 category 4 PL e · SIL 3 (IEC61508) · Type IIIC (EN 574)

G1501S

Sensors with ATEX approval 1D / 2G

Type Dimensions

[mm]

Sensingrange

[mm]

Material Unom.at 1 KΩ

[V]

Ub

[V]

Internalcapacit.

[nF]

Internalinductance

[μH]

f

[Hz]

Draw-ingno.

Orderno.

Cable 2 m · Output function · 2-wire · Connection to certified intrinsically safe circuits with the max. values U = 15 V / I = 50 mA / P = 120 mW · Wiring diagram no. 22

M18 / L = 33 8 nf PBT 8.2 DC 7.5...30 155 50 300 80 NG5003

Inductive sensors


Type Dimensions

[mm]

Sensingrange

[mm]


[V]

Ub

[V]

Internalcapacit.

[nF]

Internalinductance

[μH]

f

[Hz]

Draw-ingno.

Orderno.

Cable 2 m · Output function · 2-wire · Connection to certified intrinsically safe circuits with the max. values U = 15 V / I = 50 mA / P = 120 mW · Wiring diagram no. 22

M30 / L = 41 10 f brass 8.2 DC 7.5...30 145 140 450 81 NI5002


Sensors with ATEX approval 1D / 1G / 2G

Type Dimensions

[mm]

Sensingrange

[mm]


[V]

Ub

[V]

Internalcapacit.

[nF]

Internalinductance

[μH]

f

[Hz]

Draw-ingno.

Orderno.

M12 connector · Output function · 2-wire · Connection to certified intrinsically safe circuits with the max. values U = 15 V /I = 50 mA / P = 120 mW · Wiring diagram no. 23 · Connector group 13

40 x 40 x 66 20 f PPE 8.2 DC 7.5...30 250 450 200 82 NM500A


Switching amplifiers with ATEX approval


Amplifier · NV1121/24VDC/RL/1D/1G · ATEX approval · Group II, category (1) G D · 1-channel · Relay output · Programmable outputfunction · Short-circuit and wire monitoring

N0530A

Accessories for sensors with smooth sleeve


Mounting clamp · Ø 34 mm · Housing materials: PA E10193

Core colours

BN brown

BU blue

BK black

WH white

Wiring diagrams

1

BN

BK

BU

L+

L

2

L+

L

1

4

3

3

L+

L

1

4

3

Inductive sensors

43

Wiring diagrams

4

/L+

L

13

/2 4

5

BN

BK

BU

L+

L

6

4

L

L+1

2

32:4:

7

AS-i+1

3 AS-i

8

L

L+

4

2

1

32:4:

9

L+

L

1

4

3

10

L+

L

1

4

3

11

BN

BU

L1

N

12

BN

BU

L+L1

LN

13

BN

BU

L+L1

LN

14

/1 3

/2 4

L1L+

LN

15

L+

L

1

2

3

16

L+

L

1

4

3

17

L+

L

1

4

18

3

4 L

LL+

L+

19

L+

L

4

3

20

L

BN

BU

L+

21

BN

BU

L+

L

22

+BN

BU

23

L+

L2

1

1

52

1: connection to NAMUR-amplifier, 2: Potential equali-sation plug housing

24

WH

BK

L+

L L

BK

WH

L+

25

L+

L

BN

BK

BU

L+

L

BN

BK

Inductive sensors


Wiring diagrams

26

L+

L

1

4

L+

L

1

4

3

27

L+

L1

4L+

L

1

4

28

L+

L

/1 3

/2 4

L+

L/1 3

/2 4

29

2

4

3

1

5

L+

L

2

4

3

1

5

L+

L

30

2

4

3

1

5

AC;DC NPN

L+N

LL1

2

4

3

1

5

AC;DC NPN

L+N

LL1

2

4

3

1

5

DC PNP

L+

L

2

4

3

1

5

DC PNP

L+

L

31

L+

L

4

3PNP

L+

L

1

4

3NPN

Scale drawings / drawing no. – CAD download: www.ifm.com

1

8LED

20

2530

M5

x0,

5

2,7

2

LED 4 x 90° 8

22

45

M5

x0,

5

2,7

M8

x1

36

3

3942

50

LED

M8

x1

413

4

35

LED

M8

x1

413

2

5

27

LED

M8

x1

413

82

6

38,542,5

M8

x1

4

13

M8

x1

LED 4 x 90°

50

Inductive sensors

45


7

39

M8

x1

LED 4 x 90°

4

13

M8

x142

50

8

4

13

28,5

40

M8

x1

LED 4 x 90°

M8

x1

32,5

9

M8

x1

4

13

M12

x1

6250

40

LED 4 x 90°

10

9

18 7160

50

M12

x1

LED 174

11

4

3524

M12

x1

4LED

17

9

18

12

9

18 716046

M12

x1

LED 174

4

13

M12

x1

7460

51

M12

x1

LED 174

83

14

83

6047

M12

x1

LED 174

4

M12

x1

74

15

3827

M18

x1

4LED 24

9

18

16

24LED

801869

58

M18

x1

49

17

9

18

M18

x1

4LED 24

3827

8

18

24LED

80186950

M18

x1

4

9

8

19

5957

50

M18

x1

4

M12

x1

70

24LED 4 x 90°

20

24

675542

M18

x1

4LED

8

M12

x1

76

Inductive sensors



21

79

24

50

M18

x1

4

110

20

30

81LED

22

36

8167

59

5

M30

x1,5

9

18

LED

23

8167

5

1544

36

M30

x1,5

9

18

LED

24

4531

5

M30

x1,5

36LED

9

18

25

15

36

6853

35

5LED

M30

x1,5

M12

x1

78

26

LED

6,5

3527

27

3022,5

LED 4 x 90°

M8

x1 6,5

28

9

18

20

7766

55

LED

29

62

9263

30

LED

20

30

9

18

LED34

8272

60

31

9870LED

34

38

60

32

10,2

27,8

LED

5,6

165,1

22,2

2,75

3,1

3,5

2,83,1

LED

10,4

Inductive sensors

47


33

10,227

,8

LED

5,6

M8x1

36,8

16

22,2

2,75

3,1

3,5

2,83,1

10,4

M8x1

LED

34

40

6

12

LED

4

2613

32

3,2 4

5

LED

3,2

18

1610

1

1: threaded insert M3, depth 5.8 mm, max. tightening torque 1.2Nm (screw fixing class 8.8) when brass insert in contact with counter-part.

35

4

5

18

M8x1

9

6

LED

1

12

40

3,2 32

4

13

LED26

3,2

1016

1: threaded insert M3, depth 5.8 mm, max. tightening torque 1.2Nm (screw fixing class 8.8) when brass insert in contact with counter-part.

36

LED10

4

20

12

4

60

36

16

3,2 28

3,2159

24

4,2

37

40

66

40

54

M12

x130

30 2

2

1

46

46

5,5

5,5

29,5

1: LED yellow, 2: LED green

38

40

10,4

45,6

LED

32

5,3

30

61,5

77

5,1

121101

LED

27

39

40

13

7,35,3

46

30

60

LED58

5,3

40118

LED

Inductive sensors



40

7,35,3

46

LED

3060

137

LED58

5,3

40118

LED29

40

41

90

30

45

7,545

9,35,5

60

16

LEDpot.

4012

8

16

42

105

80

40

7,565

65

5,59,3 40

12

27

18

LED

pot.

16

43

120

45

8060

10100

69,5

4021

3015

pot.

LED

44

11

1015

42,5

60

5

M12 x1

2635

4,5

10,1

4,5

4

1510

68

20

1: Sensitivity, 2: Output function, 3: Pulse stretching time

45

11

1015

42,5

60

5

M12 x1

2635

4,5

15,1

4,5

4

1510

68

20


46

11

1015

42,5

60

5

M12 x1

2635

4,5

20,1

4,5

4

1510

68

20


47

11

1015

42,5

60

5

M12 x1

2635

4,5

25,1

4,5

4

1510

68

20


Inductive sensors

49


48

11070

4,5 51

7080

M12

x1

LED

205

49

32

M12

x1

17

4

5

M12

x1

3950

LED 4 x 90°

50

453432

M12

x1

174

M12

x1

LED 4 x 90°

51

LED 4 x 90°

5970

50

M12

x1

174

M12

x1

52

5

614428

M12

x1

LED 4 x 90° 17

4

5

53

M18

x1

M12

x1

3033

4635

424LED 4 x 90°

54

M18

x1

M12

x1

2538

5140

424

10

LED 4 x 90°

55

M18

x1

M12

x1

5057

7059

424LED 4 x 90°

56

57

39,5

29

33

LED4 x 90°

M18

x1

424

5

57

39

33

M30

x1,5

37

50

M12

x1

LED 4 x 90° 5 36

58

31

M30

x1,5

35

5

42

LED 4 x 90°

59

365

59

17

4

4425

M12

x1

4LED

Inductive sensors



60

M18

x1

M12

x1

3233

45

LED 4 x 90°

8

424

61

M12

x1

5039

25

LED 4 x 90° 13

4

M8

x1

62

4940

M12

x1

174

M12

x1

LED 4 x 90°

60

63

32

M12

x1

17

4

5

M12

x1

3950

LED 4 x 90°

64

M18

x1

M12

x1

49

56,5

70

59

424LED 4 x 90°

65

49

28

M30

x1,5

5

47

60

M12

x1

LED 4 x 90°

15

36

66

M8

x1

4

13

M12

x1

6049

33

LED 4 x 90°

67

58

50

M30

x1,5

5

57

70

36

M12

x1

LED 4 x 90°

68

M12

x1

14

≤ 49,3

LED

M8

x1

4535

74

13

69M

12x1

14

49

M12

x1

4

LED

11 17

4030

70

M12

x1

14

49

LED

17

M18

x1

4

24

4030

Inductive sensors

51


71

M12

x1

14

49

40

536

LED

M30

x1,5

30

28

72

LED

M8

x1

4535

74

13

73

M12

x1

4

LED

11 17

4030

74

LED

17

M18

x1

4

24

4030

75

40

536

LED

M30

x1,5

30

28

76

54

52

M12

x1

4

M12

x1

LED 4 x 90°

65

17

77

M18

x1

4LED 4 x 90° 24

M12

x1

5254

65

45

78

53

49

M30

x1,5

5

52

65

M12

x1

LED 4 x 90° 36

79

4840

M12

x1

174

M12

x1

5160

LED 4 x 90°

80

33M

18x1

4

2

24

81

2 41

5

M30

x1,5

36

82

40

M12

x1

4066

17

34

LED

4661

30 20

5,4

105,

4 6

16

33

Inductive sensors


Inductive sensors

53

High operational reliability due to increased noise immunity.

Sensing range adjustable by means of a potentiometer or pushbutton.

Plastic or metal housing for different applications.

Variable: connector, connection cable or connection terminals.

Assortment of tank and sight glassmounting acccessories.

Capacitive sensors

Capacitive sensors are used for the non-contact detection of any objects. In contrastto inductive sensors, which only detect metallic objects, capacitive sensors can alsodetect non-metallic materials. Typical applications are in the wood, paper, glass,plastic, food and chemical industries. In a packaging system, capacitive sensorsmonitor that the contents of a cardboard box is complete, for example, or checkthe presence of non-metallic caps. Another application is to monitor the conveyingof sheets of glass on a roller conveyor.

Operating principle

The capacitance between the active electrode of the sensor and the electrical earthpotential is evaluated. An approaching object influences the electrical alternatingfield between these two “capacitor plates” and, consequently, the capacitance. Thisapplies to metallic and non-metallic objects. By means of the potentiometer or thepushbutton the user can set the sensitivity.

Increased noise immunity

When detecting objects, very small changes in capacitance must be evaluated andconverted into switching signals. This makes high requirements for the electronics.The sensors must be designed so that they are insensitive to fluctuations of theparasitic basic capacitances, as these can amount to a multiple of the change incapacitance to be measured. Moreover, the sensors must be insensitive to electro-magnetic interference which typically occurs in the application area.

ifm electronic has developed future-oriented solutions to meet the high sensorrequirements. A patented circuit concept efficiently prevents the mentionedproblems and ensures reliable functioning for all relevant noise parameters.

Not only metal: Capacitive sensorsdetect almost allmaterials, herefor example a login a saw mill.

Capacitive sensors



Sensors for industrial applications, DC 56 - 57

Sensors for industrial applications, AC and AC/DC 57 - 58

Sensors for the detection of conductive media through a wall 58

Sensors for the detection of granulates for the plastics industry, DC 58

Sensors with ATEX approval 59


Accessories mounting components 59



Capacitive sensors

55

Sensors for industrial applications, DC

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.

Cable 2 m · Output function · DC PNP · Wiring diagram no. 1

M18 / L = 84 8 nf PBT 10...36 IP67 50 250 1 KG5043

Cable 2 m · Output function · DC PNP/NPN · Wiring diagram no. 10

M18 / L = 84 8 nf PBT 10...55 IP67 50 400 1 KG5047

M12 connector · Output function · DC PNP · Wiring diagram no. 2 · Connector groups 2, 3, 4

M12 / L = 60 4 f high-grade st. steel 10...36 IP65 50 100 2 KF5001

Terminals · Output function · DC PNP/NPN · Wiring diagram no. 11

M18 / L = 110 8 nf PBT 10...55 IP65 50 400 3 KG5040


M30 / L = 81 15 nf PBT 10...36 IP65 40 250 4 KI5002

M12 connector · Output function · DC PNP · Wiring diagram no. 2 · Connector groups 2, 3, 4, 5

M30 / L = 90 8 f high-grade st. steel 10...36 IP65 / IP67 10 100 5 KI5085

M30 / L = 90 15 nf high-grade st. steel 10...36 IP65 / IP67 10 100 6 KI5087

M12 connector · Output function · DC PNP/NPN · Wiring diagram no. 12 · Connector groups 2, 3, 4, 5

M30 / L = 90 8 f high-grade st. steel 10...36 IP65 / IP67 10 100 5 KI5084

M30 / L = 90 15 nf high-grade st. steel 10...36 IP65 / IP67 10 100 6 KI5086

Terminals · Output function · DC PNP · Wiring diagram no. 3

M30 / L = 125 15 nf PBT 10...55 IP65 40 250 7 KI5023

Capacitive sensors


Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


Ø 34 / L = 81 20 nf PBT 10...36 IP65 40 250 8 KB5004

120 x 80 x 30 60 nf modified PPO 10...36 IP65 10 250 9 KD5022

Terminals · Output function · DC PNP · Wiring diagram no. 13

105 x 80 x 40 60 nf modified PPO 10...36 IP65 10 250 10 KD5018


Sensors for industrial applications, AC and AC/DC

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection fAC / DC

[Hz]

IloadAC / DC

[mA]

Draw-ingno.

Orderno.

Cable 2 m · Output function · AC/DC · Wiring diagram no. 4

M30 / L = 81 15 nf PBT 20...250 IP65 25 / 40 250 4 KI0016*


M30 / L = 81 15 nf PBT 20...250 IP65 25 / 40 250 4 KI0020*

Terminals · Output function · AC/DC · Wiring diagram no. 6

M30 / L = 125 15 nf PBT 20...250 IP65 25 / 40 250 7 KI0024*


Ø 34 / L = 81 20 nf PBT 20...250 IP65 25 / 40 250 8 KB0025*


Ø 34 / L = 81 20 nf PBT 20...250 IP65 25 / 40 250 8 KB0029*

Capacitive sensors


Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection fAC / DC

[Hz]

IloadAC / DC

[mA]

Draw-ingno.

Orderno.


105 x 80 x 40 60 nf modified PPO 20...250 IP65 10 250 10 KD0009*




Sensors for the detection of conductive media through a wall

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


M18 / L = 77 8 nf PP 10...36 IP65 / IP67 10 200 11 KG5069

Cable 2 m · Output function · 1x open collector with automatic load detection (DC PNP or DC NPN) · Wiring diagramno. 15

20 x 14 x 48 12 nf PBT 10...36 IP65 / IP67 10 100 12 KQ6001


Sensors for the detection of granulates for the plastics industry, DC

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.

M12 connector · Output function · DC PNP · Wiring diagram no. 16 · Connector groups 2, 4

M30 / L = 116 nf PPS 10...30 IP67 10 200 13 KN5121

M12 connector · Output function · DC PNP · Wiring diagram no. 2 · Connector groups 2, 3, 4, 5

M30 / L = 90 20 nf PBT 10...36 IP65 / IP67 10 200 14 KI5083


Capacitive sensors


Sensors with ATEX approval

Type Dimensions

[mm]

Sensingrange

[mm]


[V]

Ub

[V]

Internalcapacit.

[nF]

Internalinductance

[μH]

f

[Hz]

Draw-ingno.

Orderno.

Cable 2 m · Output function · Connection to certified intrinsically safe circuits with the max. values U = 15 V / I = 50 mA / P = 120 mW · Wiring diagram no. 8

M30 / L = 81 15 nf PBT 8.2 DC 7.5...15 375 1 40 4 KI5030


M30 / L = 151 15 nf PBT20...250AC/DC

– – – 25 / 50 15 KI0042*

Cable 2 m · Output function · Connection to certified intrinsically safe circuits with the max. values U = 15 V / I = 50 mA / P = 120 mW · Wiring diagram no. 9

M34 / L = 92 15 nf brass 8.2 DC 7.5...15 375 1 40 16 KX5001



Miniature fuse to IEC60127-2 sheet 1, ≤ 2 A (fast acting), Place the fuse outside the hazardous area. . Recommendation: checkthe unit for reliable function after a short circuit.


Type Ub

[V]

Power / currentconsumption

[VA] / [mA]

f

[Hz]

Ta

[°C]

Output Protection Draw-ingno.

Orderno.

24 / < 23 10 -20...60 relay (1 changeover contact) IP20 17 N0530A

Accessories mounting components



Capacitive sensors


Core colours

BN brown

BU blue

BK black

WH white

GN/YE green/yellow

Wiring diagrams

1

BN

BK

BU

L+

L

2

L+

L

1

4

3

3

/L+

L

13

/2 4

4

BN

BU

L+L1

LN

5

BN

BU

L+L1

LN

6

/1 3

/2 4

L1L+

LN

7

BN

BK

BU

L+

L

8

+BN

BU

9

BN

GN/YE

BU+

10

WH

BK

L+

L L

BK

WH

L+

11

L+

L

/1 3

/2 4

L+

L/1 3

/2 4

12

L+

L

1

4

3

L+

L

1

4

3

13

2

4

3

1

5

L+

L

2

4

3

1

5

L+

L

14

2

4

3

1

5

AC;DC NPN

L+N

LL1

2

4

3

1

5

AC;DC NPN

L+N

LL1

2

4

3

1

5

DC PNP

L+

L

2

4

3

1

5

DC PNP

L+

L

15

L

L+BN

BK

BU L

L+BN

BK

BU

Capacitive sensors


Wiring diagrams

16

L

L+

4

2

3

1

2

L

L+

4

1

3

2: function check output / programming wire


1

24

58

4

84

M18

x1

pot.LED LEDpot.

2

40,2

38,2

M12

x1

M12

x1

59,8

1 2

1: LED 4 x 90°, 2: with pot.

3

80

24

67,250

M18

x1

4

110

20

30

81LED

17

1

1: with pot.

4

36

8159

5

M30

x1,5

9

18pot.LED

5

60

M30

x1,5

7790

LED (4 x 90°) 5

M12

x 1

361

1: Programming buttons

6

60

M30

x1,5

7790

LED (4 x 90°) 5

M12

x 1

361

15


7

36

6454

5

M30

x1,5

95125

37

25

88

LED pot.

8

9

18

34

8160 LED pot.

Capacitive sensors

61


9

120

45

8060

10100

69,5

4021

3015

pot.

LED

10

105

80

40

7,565

65

5,59,3 40

12

27

18

LED

pot.

16

11

24

M18

x1

1 2

7756

88

6

1: LED ring, 2: Programming buttons

12

3,2

48

3343,7

2

5,5 3

13,4

14

20

121

1: Programming buttons, 2: sensing face

13

116

5

68 20

36

M30

x1,5

101

109

5

50

36

M30

x1,5

M12

x1

LED

120

100

1

1: Programming button

14

61

M30

x1,5

8090

5

M12

x 1

3621

1: LED ring, 2: Programming buttons

15

36

6454

5

M30

x1,5

95125

37

88

LED POTI

26

151

63

24

16

822040

M34

x1,5

10

541

LEDpot.

Capacitive sensors



17

11235

,520

120

LED

1

1: Combicon plug with screw terminals (optional)

Capacitive sensors

63

Detection also through non-magnetisable metals.

Small designs with very long sensing ranges up to 100 mm.

Cylinder and rectangular designs for demanding applications.

Wide temperature range for universal use.

Flush or non-flush installation innon-magnetisable metals.

Magnetic sensors

Magnetic sensors are used for the detection of positions without contact or wearand tear in control technology. They are used where inductive sensors reach theirlimits. The advantage: Compared to inductive sensors magnetic sensors have aconsiderably higher sensing range and smaller housings.

Since magnetic fields penetrate all non-magnetisable materials, the sensors candetect magnets through walls made of non-ferrous metal, stainless steel,aluminium, plastic or wood.

In gate systems, for example, the magnet sensor only detects the magnet which isto be detected. Any possible influences by aluminium in the environment do notimpact the sensor.

In the food industry the magnetic sensor is often used in connection with pigs(cleaning devices which pass through the inside of pipes). By means of magneticsensors their exact position can be detected from the outside through the wall ofthe stainless steel pipe.

Operating principle

Magnetic sensors from ifm electronic use state-of-the-art GMR (Giant MagnetoResistive Effect) technology. The measuring cell consists of resistors with severalextremely fine, ferromagnetic and non-magnetic layers. Whereas in a conventionalWheatstone bridge circuit two screened and two unscreened GMR resistors arecombined, a large signal proportional to the magnetic field is produced if a mag-netic field is present. As from a defined threshold value an output signal is switchedvia a comparator.

Installation

Magnetic sensors can be mounted flush with all materials (even metals) withoutreduction in the sensing range. Depending on the orientation of the magnetic fieldthe sensor can be damped from the front or from the side.

The sensor switchesas soon as themagnet has reachedthe switch-on point.The direction ofmovement of themagnet is notimportant.

Magnetic sensors



Sensors for industrial applications 66

Wiring diagrams 66

Scale drawings / drawing no. – CAD download: www.ifm.com 66

Magnetic sensors

65

Sensors for industrial applications

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.


M12 / L = 50 60 stainless steel 10...30 IP67 5000 200 1 MFS201

M12 connector · Output function · DC PNP · Wiring diagram no. 2 · Connector groups 2, 4

M18 / L = 60 70 stainless steel 10...30 IP67 5000 200 2 MGS200


M18 / L = 50 70 stainless steel 10...30 IP67 5000 200 3 MGS201

Core colours

BK black

BN brown

BU blue

Wiring diagrams

1

BN

BK

BU

L+

L

2

L+

L

1

4

3


1

5029

M12

x1

4LED

17

2

24

4947

40

M18

x1

4

M12

x1

60

LED 4 x 90°

3

24

504340

M18

x1

2LED

4

Magnetic sensors


Magnetic sensors

67

Self-clamping fixture for easy adjustment and quick mounting.

Convenient: can be easily inserted into the slot from the top.

Suitable for almost all C and T slots.

Unit versions available with connection cable and M8 / M12 cable plug.

Wide selection of adapter accessories.

Cylinder sensors

Cylinder sensors are used for position detection of pistons in pneumatic cylinders.They are directly mounted onto the cylinder. The ring magnet attached to thepiston is sensed through the housing wall of non-magnetisable material(e.g. aluminium, brass or stainless steel). ifm electronic offers a standard solution fordifferent cylinder types and manufacturers.

Operating principle

ifm electronic‘s cylinder sensors use state-of-the-art GMR and AMR technology: AGMR element is made up of extremely thin magnetic layers, each separated by anonmagnetic layer. Without external field they align in an antiparallel manner whichresults in a defined electrical resistance. If these layers are exposed to a magneticfield, the magnetic layers align in a parallel manner. This results in a large change inresistance that is converted into a switching signal by the internal electronics.

An AMR element consists of thin ferromagnetic stripes. Electrical resistance ishighest without external magnetic fields. The effect of a magnetic field reducesresistance. This change is converted into a switching signal by the internalelectronics. Advantage: This method enables exact measurement of even very smallchanges of the magnetic field where space is extremely limited. This results in asmaller hysteresis and a short travel distance. So, the sensors can be used whereverexact positioning is required (e.g. short-stroke cylinder).

Response sensitivity

The response sensitivity applies equally to either magnetic polarity and withoutexternal field influence. The magnetic flux density in most pneumatic cylinders isbetween 5 and 25 millitesla (mT). ifm electronic’s cylinder sensors are factory set sothat they detect these magnetic fields safely.

Travel distance

The travel distance describes the section which is covered by the magnet in thesensing zone. It depends on the strength of the magnet. The short response timesof the sensors allow very high travel speeds.

Position sensing:Cylinder sensorsmonitor the positionof the piston in apneumatic cylinder.

Cylinder sensors



T-slot sensors for industrial applications 70

T-slot sensors for short-stroke cylinders 70

Fixing straps for clean line cylinders 70

Adapters for tie rod and integrated profile 71

Adapters for trapezoidal slot cylinders 71

Wiring diagrams 71


Cylinder sensors

69

T-slot sensors for industrial applications

Type Dimensions

[mm]

Material Ub

[V]

f

[Hz]

Protection Iload

[mA]

Ta

[°C]

Draw-ingno.

Orderno.


25 x 5 x 6.5 PA (polyamide) 10...30 > 10000 IP67 100 -25...85 1 MK5100


25 x 5 x 6.5 PA (polyamide) 10...30 4000 IP67 100 -25...85 1 MK5103

Cable with connector 0.3 m · Output function · 3-wire · DC PNP · Wiring diagram no. 3



25 x 5 x 6.5 PA (polyamide) 10...30 4000 IP67 100 -25...85 2 MK5104

T-slot sensors for short-stroke cylinders

Type Dimensions

[mm]

Material Ub

[V]

f

[Hz]

Protection Iload

[mA]

Ta

[°C]

Draw-ingno.

Orderno.



Cable with connector 0.3 m · Output function · 3-wire · DC PNP · Wiring diagram no. 3 · Connector groups 2, 3, 4, 5


Fixing straps for clean line cylinders


Fixing strap for clean-line cylinders · Piston diameter · Ø 50 mm · Piston diameter 50 mm · for type MKT · Housing materials:adapter: PA / Fixing strap: stainless steel

E11820

Cylinder sensors


Adapters for tie rod and integrated profile


Adapter for tie rod / integrated profile cylinders · for types MKT (T-slot cylinder sensors) · Clamping range 9...15 mm · Housingmaterials: aluminium / screw: stainless steel

E11799

Adapter for tie rod / integrated profile cylinders · for types MKT (T-slot cylinder sensors) · Clamping range 14...20 mm · Housingmaterials: aluminium / screw: stainless steel

E11801

Adapters for trapezoidal slot cylinders


Adapter for trapezoidal slot cylinders · for types MKT (T-slot cylinder sensors) · Housing materials: aluminium alloy / set screw:stainless steel

E11796

Core colours

BK black

BN brown

BU blue

Wiring diagrams

1

BN

BK

BU

L+

L

2

L

BN

BU

L+

3

L+

L

1

4

3

4

L+

L

1

4


1

5

2

6,2

5,7

25,3

5,1

6,5

LED

1: Fastening clamp, 2: sensing face

2

L

M8

x1

37

5

2

6,2

5,7

25,3

5,1

6,5

LED


Cylinder sensors

71


3

5

12

5,7

25,3

5,1

6,5

LED

2


4

L

M12

x1

55

5

12

5,7

25,3

5,1

6,5

LED

2


Cylinder sensors


Cylinder sensors

73

Dual inductive feedback sensors forvalves and actuators.

Straightforward fit to standard actuatorsbased on VDI / VDE 3845.

AS-i dual sensor for quick and safe installation due to “plug & play”.

Compact, weatherproof andlow maintenance.

Also available as complete set includingall the accessories for a valve.

Valve sensors

In industrial processes where liquids, air or gases are used valves are needed fordosing and control. There is a wide variety of valve types; butterfly or ball valvesbeing the most common quarter-turn types.

These valves are seldom operated manually. Pneumatic valve actuators are normallyused for mechanical positioning. The valve position must be monitored electronical-ly. On the one hand to provide a feedback to the controller when a certain position(e.g. “open” or “closed”) is reached. On the other hand it is necessary to monitorthe valves centrally.

Mechanical switches are still often used for position feedback on the actuator shaft.For other solutions several inductive sensors are used together with a switch targetfor position detection. Disadvantage: Mounting is mechanically complex. Wherethere are temperature fluctuations condensing humidity leads to corrosion and thusmalfunction.

Operating principle

An innovative design eliminates the disadvantages of these conventional solutions.In 1992 ifm electronic developed a standard which is now used by many leadingactuator manufacturers. A round switch target, known as a “puck”, with two metalscrews offset by 90° is mounted on the actuator shaft. The screws are located at adifferent height. A compact dual inductive sensor (type IND) with two integral sen-sors detects the upper or lower metal screw depending on the valve position andthus the two switch positions.

Advantages

Due to the simple construction the system operates safely with no wear at all. It isvirtually resistant to external influence and meets the protection rating IP 67. Undercertain conditions the unit can even be self-cleaning. Compared to conventionalsolutions the sensor weight is low. The sensors are also resistant to mechanicalstress such as vibration and shock.

Feedback: Monitoringof pneumatic and

manual valves mustbe possible.

Valve sensors



Sensors for industrial applications 76

Wiring diagrams 76


Valve sensors

75

Sensors for industrial applications

Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection fAC / DC

[Hz]

IloadAC / DC

[mA]

Draw-ingno.

Orderno.

M12 connector · Output function · DC PNP/NPN · Wiring diagram no. 1 · Connector groups 2, 4

40 x 26 x 26 4 nf PBT 10...36 IP67 1300 250 1 IN5224


Wiring diagrams

1

L

L+

L+

L

2:1: A1

A2

2 WH

1 BN

4 BK

3 BUL

L+

L+

L

3:4: A1

A2

2 WH

1 BN

4 BK

3 BU

NPNPNP


1

40

2613

M12

x1

8,526

4,5

5,5

30

40

9

LED

A1

A2 6,5

LED

Valve sensors


Valve sensors

77

Photoelectric sensors



79

Infrared / red lightsensors

System description / System overviewProduct selection chartWiring diagramsScale drawings / drawing no. – CAD download: www.ifm.com

80 - 8182 - 93

9394 - 98

Laser sensors


101102 - 103

103103 - 104

Distance detection


107108108108

For specific systems


110 - 111112 - 114

114115 - 116

Safety light curtains / light grids

System description / System overviewProduct selection chartScale drawings / drawing no. – CAD download: www.ifm.com

118 - 119120120

Visible red light for easy adjustment.

Versions for use in hygienic and wet areas.

LED display to check operation,switching status and function.

Quick set-up due to easy teaching.

Extensive range of system componentsfor easy and safe mounting.


Automation technology can no longer be imagined without photoelectric sensors as“artificial eyes”. They are used where safe and non-contact detection of the exactposition of objects is required. The material of the objects to be detected is of noimportance. Compared to inductive sensors photoelectric sensors have a muchhigher sensing zone.

Through-beam sensors

A through-beam sensor is distinguished by a long range. The system consists of twoseparate components: a transmitter and a receiver. The light only travels one way(from the transmitter to the receiver). Adverse effects in the applications, such asdust in the air, dirt on the lenses, steam or mist do not immediately interfere withthe system (high excess gain).

Retro-reflective sensors

For a retro-reflective sensor the transmitter and receiver are incorporated into onehousing. By means of a reflector the transmitted light is returned to the receiver.

Diffuse reflection sensors

A diffuse reflection sensor is used for the direct detection of objects. Transmitterand receiver are incorporated into one housing. The transmitter emits light whichis reflected by the object to be detected and seen by the receiver. This systemevaluates the reflected light of an object.

Therefore additional components (e.g. reflectors for retro-reflective sensors) are notnecessary to operate a diffuse reflection sensor.

Fixing options

ifm electronic offers a complete component system of easy-to-use mounting setsthat make installation easier for you. The solutions consist of a clamp which isfastened with only one screw, keeps the sensors safely in place and at the sametime guarantees free movement in all axes.

The reflector reflectsthe light beam: For aretro-reflective sensortransmitter and re-ceiver are integratedinto one housing.

Artificial eyes: Photo-electric sensors are

used to detect posi-tions in automation

technology.




Cylindrical OF housing (M12) BasicLine 82

Cylindrical housing OG (M18) BasicLine 82 - 84

Cylindrical housing OG (M18) PerformanceLine 84 - 85

Cylindrical housing OG (M18) BasicLine with lateral sensing face 85

Cylindrical housing OG (M18) WetLine for hygienic and wet areas 85 - 87

OG housing (M18), rectangular 87 - 88

Rectangular housing OJ BasicLine, lateral sensing face 88 - 89

Rectangular housing OJ PerformanceLine, lateral sensing face 89 - 90

Rectangular housing OJ PerformanceLine, front sensing face 90

Rectangular housing O5 BasicLine 90 - 91

Rectangular housing O5 PerformanceLine 91 - 92

Rectangular housing O5 PerformanceLine with ATEX approval 3D 92

Prismatic reflectors, reflective tape and fixing components 92

Accessories O5 housing 92

Wiring diagrams 93



81

Cylindrical OF housing (M12) BasicLine

Type Operating principle Range

[mm]

Typeof light

Spot Ø atmax.range[mm]

OutputH = light-onD = dark-on

Wiringdiagr.

no.

Draw-ingno.

Orderno.

Retro-reflective sensor · M12 connector · 10...36 DC · metal · IP65 · Connector groups 2, 3, 4

Retro-reflective sensor 0.05...2 m infrared 140 H/D PNP 16 1 OF5016

Diffuse reflection sensor · M12 connector · 10...36 DC · metal · IP65 · Connector groups 2, 3, 4

Diffuse reflection sensor 1...400 mm infrared 185 H/D PNP 16 1 OF5027

Cylindrical housing OG (M18) BasicLine


[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Through-beam sensor · M12 connector · 10...30 DC · plastics · IP67 · Connector groups 2, 4

Transmitter 8 m red 600 – 1 2 OGS100

Through-beam sensor · M12 connector · 10...30 DC · plastics · IP67 · Connector groups 2, 3, 4, 5

Receiver 8 m red – D PNP 2 2 OGE100

Receiver 8 m red – H PNP 3 2 OGE101

Receiver 8 m red – D NPN 4 2 OGE102

Receiver 8 m red – H NPN 4 2 OGE103

Through-beam sensor · M12 connector · 10...36 DC · high-grade stainless steel · IP67 · Connector groups 2, 4


Through-beam sensor · M12 connector · 10...36 DC · high-grade stainless steel · IP67 · Connector groups 2, 3, 4, 5






[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Retro-reflective sensor · M12 connector · 10...30 DC · plastics · IP67 · Connector groups 2, 3, 4, 5

Polarisation filter 0.05...2.5 m red 200 D PNP 2 2 OGP100

Polarisation filter 0.05...2.5 m red 200 H PNP 3 2 OGP101

Polarisation filter 0.05...2.5 m red 200 D NPN 4 2 OGP102

Polarisation filter 0.05...2.5 m red 200 H NPN 4 2 OGP103

Retro-reflective sensor · M12 connector · 10...36 DC · high-grade stainless steel · IP67 · Connector groups 2, 3, 4, 5

Polarisation filter 0.03...4 m red 160 D PNP 2 3 OGP200

Polarisation filter 0.03...4 m red 160 H PNP 3 3 OGP201

Retro-reflective sensor · Cable 2 m · 20...250 AC/DC (47...63 Hz AC) · plastics · IP67

Polarisation filter 3 m red 262 H AC/DC 5 4 OG0043

Diffuse reflection sensor · M12 connector · 10...30 DC · plastics · IP65 · Connector groups 2, 3, 4, 5

Diffuse reflection sensor 10...400 mm red 25 H PNP 2 5 OGT100

Diffuse reflection sensor 10...400 mm red 25 D PNP 2 5 OGT101

Diffuse reflection sensor 10...400 mm red 25 H NPN 4 5 OGT102

Diffuse reflection sensor 10...400 mm red 25 D NPN 4 5 OGT103

Diffuse reflection sensor · M12 connector · 10...36 DC ¹) · high-grade stainless steel · IP65 · Connector groups 2, 3, 4, 5

Diffuse reflection sensor 2...600 mm red 50 H PNP 2 6 OGT200




[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Diffuse reflection sensor · M12 connector · 10...36 DC · high-grade stainless steel · IP65 · Connector groups 2, 3, 4, 5

Background suppression 15...250 mm red 15 H PNP 2 6 OGH200



Cylindrical housing OG (M18) PerformanceLine


[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Through-beam sensor · Cable 2 m · 10...36 DC · high-grade stainless steel · IP67


Receiver 25 m red – H/D PNP 7 8 OGE502





Retro-reflective sensor · Cable 2 m · 10...36 DC · high-grade stainless steel · IP67

Polarisation filter 0.03...5 m red 200 H/D PNP 7 8 OGP502

Retro-reflective sensor · M12 connector · 10...36 DC · high-grade stainless steel · IP67 · Connector groups 2, 3, 4, 5


Retro-reflective sensor · M12 connector · 10...36 DC · high-grade stainless steel · IP67 · Connector groups 2, 4

Polarisation filter 0.03...5 m red 200 H/D NPN 4 10 OGP503




[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Diffuse reflection sensor · Cable 2 m · 10...36 DC · high-grade stainless steel · IP67

Background suppression 15...300 mm red 25 H/D PNP 7 8 OGH501

Diffuse reflection sensor · M12 connector · 10...36 DC ¹) · high-grade stainless steel · IP67 · Connector groups 2, 3, 4, 5

Diffuse reflection sensor 2...800 mm red 66 H/D PNP 2 10 OGT500



Diffuse reflection sensor · M12 connector · 10...36 DC · high-grade stainless steel · IP67 · Connector groups 2, 4

Background suppression 15...300 mm red 25 H/D NPN 4 10 OGH504


Cylindrical housing OG (M18) BasicLine with lateral sensing face


[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.


Background suppression 200 mm red < 28 H PNP 8 11 OG5124

Cylindrical housing OG (M18) WetLine for hygienic and wet areas


[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Through-beam sensor · Cable 6 m · 10...36 DC · high-grade stainless steel · IP67 / IP68 / IP69K






[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Through-beam sensor · Cable 6 m · 10...36 DC · high-grade stainless steel · IP67 / IP68 / IP69K


Through-beam sensor · M12 connector · 10...36 DC · high-grade stainless steel · IP67 / IP68 / IP69K · Connector group 12




Retro-reflective sensor · Cable 6 m · 10...36 DC · high-grade stainless steel · IP67 / IP68 / IP69K



Retro-reflective sensor · M12 connector · 10...36 DC · high-grade stainless steel · IP67 / IP68 / IP69K · Connector group 12



Diffuse reflection sensor · Cable 6 m · 10...36 DC · high-grade stainless steel · IP67 / IP68 / IP69K

Background suppression 100 mm red 8 H PNP 7 13 OGH306

Background suppression 100 mm red 8 D PNP 7 13 OGH307







[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Diffuse reflection sensor · Cable 6 m · 10...36 DC · high-grade stainless steel · IP67 / IP68 / IP69K


Diffuse reflection sensor · M12 connector · 10...36 DC · high-grade stainless steel · IP67 / IP68 / IP69K · Connector group 12







OG housing (M18), rectangular


[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.



Receiver 20 m red – D NPN 9 15 OGE282







[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Retro-reflective sensor · M12 connector · 10...30 DC · metal · IP67 · Connector groups 2, 3, 4, 5



Retro-reflective sensor · M12 connector · 10...30 DC · metal · IP67 · Connector groups 2, 4

Polarisation filter 0.1...4 m red 160 D NPN 9 15 OGP282

Polarisation filter 0.1...4 m red 160 H NPN 11 15 OGP283

Diffuse reflection sensor · M12 connector · 10...30 DC · metal · IP67 · Connector groups 2, 3, 4, 5




Diffuse reflection sensor · M12 connector · 10...30 DC · metal · IP67 · Connector groups 2, 4

Background suppression 100 mm red 7 H NPN 11 15 OGH282

Background suppression 200 mm red 13 H NPN 11 15 OGH283


Rectangular housing OJ BasicLine, lateral sensing face


[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Through-beam sensor · M8 connector · 10...30 DC · plastics · IP67

Transmitter 0...10 m red < 1000 – 1 17 OJS200




[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Through-beam sensor · M8 connector · 10...30 DC · plastics · IP67

Receiver 10 m – – D PNP 2 17 OJE200

Retro-reflective sensor · M8 connector · 10...30 DC · plastics · IP67

Retro-reflective sensor 1.8 m red 64 D PNP 2 17 OJR200

Polarisation filter 1.8 m red 64 D PNP 2 17 OJP200

Diffuse reflection sensor · M8 connector · 10...30 DC · plastics · IP67

Background suppression 100 mm red < 13 H PNP 2 18 OJH200

Rectangular housing OJ PerformanceLine, lateral sensing face


[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Through-beam sensor · Cable 2 m · 10...30 DC · plastics · IP67

Transmitter 10 m red 1000 – 6 19 OJ5033

Through-beam sensor · M8 connector · 10...30 DC · plastics · IP67 · Connector group 1

Receiver 10 m red – H/D PNP 12 20 OJ5031


Receiver 10 m – – H/D PNP 12 21 OJ5131

Retro-reflective sensor · Cable 2 m · 10...30 DC · plastics · IP67

Polarisation filter 0...2 m red 64 H/D PNP 13 19 OJ5028

Retro-reflective sensor · M8 connector · 10...30 DC · plastics · IP67 · Connector group 1

Polarisation filter 0...2 m red 64 H/D PNP 12 21 OJ5126




[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Diffuse reflection sensor · M8 connector · 10...30 DC · plastics · IP67 · Connector group 1

Diffuse reflection sensor 1...600 mm red 60 H/D PNP 12 22 OJ5122

Rectangular housing OJ PerformanceLine, front sensing face


[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Through-beam sensor · M8 connector · 10...30 DC · plastics · IP67 · Connector group 1


Receiver 10 m red – H/D NPN 14 23 OJ5010

Rectangular housing O5 BasicLine


[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.


Transmitter 20 m red 500 – 1 24 O5S200


Receiver 20 m red – D PNP 10 24 O5E200


Polarisation filter 0.1...7 m red 175 D PNP 10 25 O5P200

Polarisation filter 0.1...7 m red 175 H PNP 15 25 O5P201


Background suppression 50...1400 mm red 50 H PNP 3 26 O5H200




[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Diffuse reflection sensor · M12 connector · 10...36 DC · plastics · IP67 · Connector groups 2, 4

Background suppression 50...1400 mm red 50 H NPN 11 26 O5H201

Rectangular housing O5 PerformanceLine


[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Through-beam sensor · Cable 2 m · 10...36 DC · plastics · IP67


Receiver 25 m red – H/D PNP 7 28 O5E501





Receiver 25 m red – H/D NPN 4 29 O5E502

Retro-reflective sensor · Cable 2 m · 10...36 DC · plastics · IP67

Polarisation filter 0.075...10 m red 250 H/D PNP 7 30 O5P501


Polarisation filter 0.075...10 m red 250 H/D PNP 2 31 O5P500

Retro-reflective sensor · M12 connector · 10...36 DC · plastics · IP67 · Connector groups 2, 4

Polarisation filter 0.075...10 m red 250 H/D NPN 4 31 O5P502




[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Diffuse reflection sensor · Cable 2 m · 10...36 DC · plastics · IP67

Background suppression 50...1800 mm red 50 H/D PNP 7 30 O5H503






Background suppression 50...1800 mm red 50 H/D NPN 4 31 O5H504

Rectangular housing O5 PerformanceLine with ATEX approval 3D


[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Through-beam sensor · M12 connector · 10...30 DC· plastics · IP65 · Connector group —

Receiver 25 m red – H/D PNP 2 32 O5E51A

Prismatic reflectors, reflective tape and fixing components


Prismatic reflector · Ø 80 mm · round · for red light and infrared light retro-reflective sensors · Housing materials: plastics E20005

Accessories O5 housing


Angle bracket · for type O5 · Housing materials: stainless steel 316Ti / 1.4571 E21085



Core colours

BN brown

BU blue

BK black

WH white

Wiring diagrams

1

1

3

L+

L

2

L+

L

1

4

3

3

L+

L

1

4

3

4

L+

L

1

4

3

5

L1L+

LN

BN

BU

6

L+

L

BN

BU

7

BN

BK

BU

L+

L

8

L

L+

4

2 n.c.

1

3

9

L+

L

1

4

3

10

L+

L

1

4

3

11

L+

L

1

4

3

12

L+

2

4

1

3 L2: Teach

13

WH

BK

BN

BU

L+

LWH: Teach

14

L+

2

4

1

3 L2: Teach

15

L+

L

1

2

3

16

L

L+

3

2

4

1

L

L+

1

2

4

3

2: function check


93


1M

12x1

745554

M12

x1

3 LED 17

4

85

pot.

17

2

M18

x1

M12

x1

3444

LED

4

24

31

27,5

3

M18

x1

M12

x1

4047

6049

LED 4 x 90°

4

24

4

766453

M18

x1

4

5,2

78,5

24

LED

1

1: pushbutton

5

M18

x1

M12

x1

3444

21,4

LED

4

24

31

6,5

1

1: with pot.

6

M18

x1

M12

x1

44

59

7261

LED 4 x 90°

50

1

4

24

1: with pot.

7

M18

x1

35,658

80,460,4

14

24

1: LED 4 x 90°

8

M18

x1

33,859

80,460,6

1

4

242

1: Programming buttons, 2: LED 4 x 90°

9

M18

x1

M12

x1

3459

7261

LED 4 x 90°

4

24

10M

18x1

M12

x1

3459

7261

LED 4 x 90°

1

4

24


11

LED 4 x 90°

13,6

75

M18 x1

M12 x1

646229

419

9,7

27

24




12

M18

x1

40

47

68,6

49

LED 4 x 90°

4

24

5

13

4459

80,461

LED 4 x 90°

5

M18

x1

4

24

14

M18

x1

M12

x1

4459

7261

LED 4 x 90°

4

24

15

18

LEDs

38

M18

x1

M12 x1

11,5

35,415,9

24,1

52

243,3

16

3,3

M18

x1

M12 x1

11,5

35,415,9

24,1

52

24

LEDs

1

18

38

1: setting pushbuttons

17

24LED

35

8,5

1,8 5,

3 19

3,5

5

M8x1

36,5

11

8,2

43,5

9

LED

4

11,6

18

9

LED

411

,6

19,5

M8x1

36,5

11

43,5

9,5

24 LED

35

8,5

1,8 5,

3 19

3,5

5

1945

11

LED

8,2

1

9

LED

4

1

24

8,8

3,2

3,1

3,1

LED

35

1

1: pushbutton


95


20

45

11

LED

8,2

1

24

3,2

3,1

LED35

M8x1

8,83,1

1

9

LED

4

1

1: pushbutton

21

1

9

LED

4

11,6

M8x1

1

36,5

11

LED

8,2

43,5

1

24LED

35

8,5

1,8 5,

3 19

3,5

5

1: pushbutton

22

9

LED

4

11,6

1

24LED

35

8,5

1,8 5,

3 19

3,5

5

1

M8x1

36,5

11

LED

43,57,

6 16,6

1

1: pushbutton

23

45

11

LED

1

4

LED

4

1

24

8,2

12

35

8,8

3,2

3,1

3,1

LED

M8x1

1

1: pushbutton

24

LED

15,4

18,2

M12 x1

17

5x9

625 1

56

6,446,8

25

70,3

5

LED

61

1: When a M5 mounting screw is used, the max. tightening torque is2 Nm.

25

18,2

M12 x1

1736

,5

LED

15,4

5x9

625 1

56

6,446,8

25

70,3

5

LED

6

1





26

1

38

10

1

LED

24,3

15,4

18,2

M12 x1

19,5

37

5x9

625 2

56

6,446,8

25

70,3

5

1

LED6

2

1: with pot., 2: When a M5 mounting screw is used, the max. tighte-ning torque is 2 Nm.

27

5x9

25

56

6,446,8

25

5

1

LED

6

18,2

17

5

6

LED

15,4

1


28

5x9

25 2

56

6,446,8

25

5

1

LED

6

2

18,2

17

5

6

1

LED

30,5

24,3

15,4

1: Programming buttons, 2: When a M5 mounting screw is used, themax. tightening torque is 2 Nm.

29

1

LED

30,5

24,3

15,4

5x9

625 2

56

6,446,8

25

70,3

5

1

LED

6

2

18,2

M12 x1

17


30

56

6,446,8

255

1

LED

62

5x9

25 2

6

1

LED

30,5

24,3

15,4

18,2

19,5

37

5


31

18,2

M12 x1

19,5

37

1

LED

30,5

24,3

15,4

5x9

625 2

56

6,446,8

25

70,3

5

1

LED

6

2



97


32

51,8

1LED

3555

62

21,1

30

63 6910

5254

13,5

12

36

25

M12 x133,3

4,223,5

43,5

5,3

20

20





99

Detection of minute objects.

Clearly visible red light for easy settingto the object.

Automatic switch point setting bypressing a pushbutton.

Application sensors available for specialapplication areas.

System components available forfine adjustment.

Laser sensors

Laser sensors are used where detection of small objects or precise positioning isrequired. They are available as through-beam sensors, retro-reflective sensors ordiffuse reflection sensors.

Laser light consists of light waves of identical length which have a defined phaserelation (coherence). This results in an important feature of laser systems, that is thealmost parallel light beam. Result: Due to the small angle of divergence long rangesof up to 60 metres can be achieved. The laser spot which is also clearly visible atdaylight simplifies the alignment of the system. Apart from the advantages somepoints have to be taken into account for the selection of the suitable optical system:Compared to standard sensors the laser sensors have a reduced temperature range(-10...60 °C). Life is limited to approx. 50,000 hours. Basically laser systems aremore expensive than normal red light sensors. In view of the small light spot andthe often high ranges the system is more sensitive to vibrations than standardsensors.

Coherent: Lasersensors emit light ofa defined wave lengthand the same phaseposition.




Cylindrical OG housing (M18) Laser PerformanceLine, laser class 1 102

Rectangular housing O5 Laser class 1 102 - 103

Prismatic reflector 103

Wiring diagrams 103


Laser sensors

101

Cylindrical OG housing (M18) Laser PerformanceLine, laser class 1


[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Through-beam sensor · M12 connector · 10...36 DC · high-grade stainless steel · IP65 / IP67 · Connector groups 2, 4



Through-beam sensor · M12 connector · 10...36 DC · high-grade stainless steel · IP65 / IP67 · Connector groups 2, 3, 4, 5



Retro-reflective sensor · M12 connector · 10...36 DC · high-grade stainless steel · IP65 / IP67 · Connector groups 2, 3, 4, 5



Diffuse reflection sensor · M12 connector · 10...36 DC · high-grade stainless steel · IP65 / IP67 · Connector groups 2, 3, 4, 5

Background suppression 20...200 mm red 1.2 H/D PNP 2 2 OGH700

Rectangular housing O5 Laser class 1


[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.








[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.


Polarisation filter 15 m red 40 H/D PNP 2 5 O5P700


Background suppression 20...200 mm red 1.2 H/D PNP 2 6 O5H700

Prismatic reflector


Prismatic reflector · 50 x 50 mm · rectangular · for retro-reflective laser sensors and glass and film detection · Housing materials:plastics

E20722

Wiring diagrams

1

1

3

L+

L

2

L+

L

1

4

3


1

M18

x1

M12

x1

3459

7261

LED 4 x 90°

4

24

2

M18

x1

M12

x1

3459

7261

LED 4 x 90°

1

4

24


3

LED

15,4

18,2

M12 x1

26

5x9

625 1

56

6,446,8

25

70,3

5

LED

6

1

Laser sensors

103


4

1

LED

30,5

24,3

15,4

5x9

625 2

56

6,446,8

25

70,3

5

1

LED6

2

18,2

M12 x1

265

18,2

M12 x1

26

1

LED

30,5

24,3

15,4

5x9

625 2

56

6,446,8

25

70,3

5

1

LED

6

2


6

18,2

M12 x1

19,5

37

1

LED

30,5

24,3

15,4

5x9

625 2

56

6,446,8

25

70,3

5

1

LED

62




Laser sensors

105

Non-contact distance detection at a high range.

Analogue and switching outputs.

Small light spot and exact background suppression.

Compact and robust metal housing.

Unbeatable price / performance ratio.

Optical distance detection using PMD technology

For collision avoidance, completeness check, level monitoring or as diffuse reflectionsensor with an extraordinary range: The efector pmd distance sensors can be usedin a wide range of applications. Depending on the type, the laser sensors preciselydetermine distances up to 10 m or up to 75 m when a reflector is used. The robustmetal housing ensures operational reliability even under rough operatingconditions.

Operating principle

The efector pmd laser sensors operate to the time-of-flight principle.

The pmd sensor’s receiver element is a „System-on-Chip“ design. Both sensorelement and electronics for signal evaluation are integrated on a single silicon chipcalled a Photonic Mixer Device (PMD). Advantage: This innovative ifm design offershigh performance in a compact, industrially compatible housing – at a fraction ofthe price of conventional systems.

The determined distance is indicated on the 4-digit display and provided via thescalable analogue output (4…20 mA). The user can program two switching outputswhich switch when a certain distance is reached. Up to 50 measurements persecond are possible (adjustable). The light spot diameter is 6 mm at a 10 m dis-tance. This makes the sensor suitable for applications requiring exact backgroundsuppression. An outstanding feature of efector pmd is the extremely compact sizeof only 42 x 45 x 52 mm.

The efector pmdprovides an analoguesignal that is propor-tional to the object-to-sensor distance.

Collision avoidanceon an overhead con-

veyor: efector pmdmonitors distancesbetween products.




Rectangular O1 housing for optical distance measurement, laser class 2 108

Wiring diagrams 108


Distance detection

107

Rectangular O1 housing for optical distance measurement, laser class 2


[mm]

Samplingrate

[Hz]


Ub

[V]

Wiringdiagr.

no.

Draw-ingno.

Orderno.

Output OUT1: normally open / closed programmable OUT2: normally open / closed programmable or analogue (4...20 mA / 0...10 V, scalable) · Wiring diagram no. 1 · Connector groups 2, 4, 5

Optical distance sensor 1...75 m 1...33 150 18...30 1 1 O1D106

Optical distance sensor 0.2...10 m 1...33 6 18...30 1 1 O1D105


Output OUT1: normally open / closed programmable OUT2: normally open / closed programmable or analogue (4...20 mA / 0...10 V, scalable) · Wiring diagram no. 2 · Connector groups 2, 4, 5


Wiring diagrams

1

L+

L3

4

2

1

Out 1Out 2

4:2:

4

L

L+1

2

3Out 1Out 2

4:2:

2

L

L+

Out 2Out 1

2:4: 3

4

2

1L+

LOut 2Out 1

2:4: 3

2

4

1


1

52

1 2

30

45

2520

4,5

6

4559

42

M12x1

30

1: 4-digit alphanumeric display, 2: Programming buttons



Distance detection

109

High-quality photoelectric sensors fordifferent applications.

Excellent price / performance ratio.

Easy adjustment via teach buttons or potentiometer.

Wide range of system components for easy and safe mounting.

Detection of transparent objects

Counting bottles and glasses or the reliable monitoring of film for tear can beperformed without problem using specially designed retro-reflective sensors.ifm electronic offers a retro-reflective sensor with a small switching hysteresis, inparticular for the detection of transparent objects. Due to the operating principle,retro-reflective sensors have the advantage that the light beam must pass the objectto be detected twice, weakening the light sufficiently to detect a transparent objectreliably. Precise adjustment is made by means of the teach buttons.

Contrast sensor

The O5 contrast sensor is specially suitable for detecting print marks and particularlyflat objects.

With its RGB transmitter LED the sensor detects even very small differences incontrast. During set-up it automatically selects the optimum transmitter colour fromthe colours red green blue (RGB) to ensure maximum energy difference of thereflected light. In addition, the teach method saves time and money. Pressing theteach buttons twice is enough for the sensor to be ready for operation.

High-resolution colour sensor

The new electronic colour sensor from ifm electronic detects the colour, packaging,label or imprint of objects at a high resolution. With the five selectable tolerancesteps, the colour sensor perfectly differentiates even the finest shades of colourfrom the background or other objects. The unit is set to the colour to be detectedby one push of the button. This saves time and money.

Optical fork and angle sensors

The optical fork and angle sensors are made from distortion-resistant diecast zincand feature a high switching frequency. Applications are in particular part monitor-ing in feeding technology and handling systems. Further application examples arebelt edge and double feed monitoring.

Sensitivity setting using the potentiometer and setting of light-on / dark-on modeusing the rotary switch are simple and time-saving. No complex adjustment isrequired because transmitter and receiver are already aligned towards each other.Due to the fine and precise red light beam which is constant across the entire forkwidth, out-of-balance monitoring of shafts can also be carried out.

Typical application forcontrast sensors:Counting of glassbottles.

The optical fork andangle sensors are

especially used forpart monitoring in

feeding technologyand handling systems.




Sensors for the detection of transparent objects 112

Contrast sensors 112

Sensors for colour detection 112

Photoelectric sensors 112

Optical fork sensors 113

Prismatic reflector 114

Accessories O5 housing 114

Wiring diagrams 114



111

Sensors for the detection of transparent objects


[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

Retro-reflective sensor · M12 connector · 10...36 DC ¹) · plastics · IP67 · Connector groups 4, 6

Polarisation filter 0...1.5 m red 40 / 80 H/D PNP/NPN 5 1 O5G500

Contrast sensors


[mm]

Typeof light



Wiringdiagr.

no.

Draw-ingno.

Orderno.

M12 connector · 10...36 DC · plastics · IP67 · Connector groups 4, 6

Diffuse contrast sensor 18...22 mm red 1.5 x 5 H/D PNP/NPN 6 2 O5K500

Sensors for colour detection

Type Operating principle Measuringrange

Light spotdiameter

[mm]

Ub

[V]

Currentconsumption

[mA]

Sampling rate /switching frequency

[Hz]

Draw-ingno.

Orderno.

M12 connector · Output function light-on / dark-on programmable · DC PNP/NPN · Wiring diagram no. 1 · Connector groups 4, 6

Colour sensor 15...19 mm 2.5 x 6 10...36 50 2000 2 O5C500


Type Dimensions

[mm]

Sensingrange

[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.

M12 connector · Output function · DC PNP · Wiring diagram no. 2 · Connector group 12

M12 / L = 63 50 f high-grade st. steel 10...30 IP68 1600 100 3 JAC201




Optical fork sensors

Type Fork width(w)

[mm]

Fork depth(d)

[mm]

Smallestdetectableobject Ø

[mm]

Switchingfrequency

[Hz]


Ub

[V]

Draw-ingno.

Orderno.

Optical fork sensor · Type OPU · M8 connector · metal · DC · Wiring diagram no. 7

10 17 0.3 10000 H/D PNP/NPN 10...35 4 OPU200


20 25 0.4 4000 H/D PNP 10...35 5 OPU201

30 35 0.5 4000 H/D PNP 10...35 6 OPU202

50 55 0.5 4000 H/D PNP 10...35 7 OPU203

80 55 0.5 4000 H/D PNP 10...35 8 OPU204

120 60 0.8 2000 H/D PNP 10...35 9 OPU205


20 25 0.4 4000 H/D NPN 10...35 5 OPU207

30 35 0.5 4000 H/D NPN 10...35 6 OPU208

50 55 0.5 4000 H/D NPN 10...35 7 OPU209

80 55 0.5 4000 H/D NPN 10...35 8 OPU210

120 60 0.8 2000 H/D NPN 10...35 9 OPU211



Prismatic reflector


Prismatic reflector · 50 x 50 mm · rectangular · for retro-reflective laser sensors and glass and film detection · Housing materials:plastics

E20722

Accessories O5 housing


Angle bracket · for type O5 · Housing materials: stainless steel 316Ti / 1.4571 E21085

Wiring diagrams

1

L+

L

2

5

1

4

3

Out

N.C.

AT

2: Input AT activation trigger,5: n.c. = not connected

2

L+

L

1

4

3

3

L+

L

1

4

3

4

L+

L

1

4

3

5

L+

L

2

5

1

4

3

n.c.

L+

L

2

5

1

4

3

n.c.

6

L+

L

1

4

3

L+

L

1

4

3

7

L+

L

1

4

3

L+

L

1

4

3




1

18,2

M12 x1

19,5

37

1

LED

30,5

24,3

15,4

5x9

625 2

56

6,446,8

25

70,3

5

1

LED6

2


2

56

6,446,8

25

70,3

5

1

LED

6

2

1

LED

30,5

24,3

15,4

5x9

625 2

18,2

M12 x1

25,9

38


3

M12

x1

174

M12

x1

5263

LED 4 x 90°

43

4

6M8x

1

10

4,34,5

4,5

12,5

10

W=

10

4

D = 17

45

25

LED

12

22

10

1: output function switch , 2: potentiometer sensitivity

5

W=

20

4,34,5

4,5

D=25

5

50

M8x

1

10

LED

12,5 10

10

4,5

12 20,5

10

1: potentiometer sensitivity, 2: output function switch

6

12

2030

M8x

1

10

LED

4,34,5

4,5

4,5

12,5

10

1010

W=

30

5

D = 35

60


7

12

2030

10

M8x

1

10

LED

4,34,5

4,5

4,5

12,5

1010

W=

50

5

D = 55

80


8

12

2030

M8x

1

10

LED

4,34,5

4,5

4,5

12,5

10

1010

W=

80

5

D = 55

80



115


9

37

5262

12

M8x

1

10

LED

4,3 5 20

2222

1212

W=

120

10

D = 60

90





117

Slim design with ranges up to 20 m for all protected areas.

Type 2 and type 4 safety light curtains to IEC 61496.

With SIL 2 & 3 to IEC 61508 and PL d & e to ISO 13849.

Can be installed in L shape without dead band.

Easy connection via the tried and tested M12 connector.

Safety light curtains and light grids

Safety light curtains and safety light grids are used where movements of machineparts represent a risk for people or goods.

The difference of the systems is the different resolution of the beams.

Depending on the risk, the protective function is classified into finger, hand or bodyprotection as well as primary guarding. When the light beam is interrupted, theprotective equipment ensures deactivation of the outputs. The machine is broughtinto the state defined as safe.

Tested safety

The safety light curtains and light grids from ifm electronic have been developedaccording to the current standards EN 61496, ISO 13849-1 and IEC 62061 andcertified by TÜV. They meet the requirements of type 2 with SILcl 2 and PL d as wellas type 4 with SILcl 3 and PL e.

Slim design or long range

The safety light curtains and safety light grids from ifm electronic are distinguishedby the very slim design (28 x 30 mm) and long ranges up to 20 m. Finger, hand andbody protection reliably ensure primary guarding or access prevention. ifm offersnew safety light grids for applications with especially long ranges. The new housingof our OY9 is slightly bigger and offers a range up to 60 m.

These light curtains are designed for protected area heights of 160 mm to 1510mm in intervals of 150 mm. A resolution (detection capacity) of 14, 20, 30, 40, 50or 90 mm can be selected. Light grids are offered with 2, 3 or 4 beams.

Safety light grids are also available as active / passive system.

Safety light curtainscan be used for fingeror hand protection.

Safe protection ofbodies on a robot cell.




Safety relays for safety light curtains 120



119

Safety relays for safety light curtains

Type Description Draw-ingno.

Orderno.

Safety relay · Relay outputs · Housing for DIN rail mounting · For the connection of electronic and mechanical fail-safesensors/switches and for use as two-hand control · Complies with the requirements: · ISO 13849-1:2008 category 4 PL e ·

SIL 3 (IEC 61508) · Type IIIC (EN 574)1 G1501S


1

25

100

LED

35,5

105

1: Combicon connector with screw terminals, 2: mounting on DIN rail




121

2D vision sensor for object recognition.

3D sensor for assessment of distance, level or volume.

3D camera for spatial detection of scenes and objects.

Illumination units with high luminous power.

Tough, industrial housings.

2D vision sensor for object recognition

In automation technology visions sensors are an integral part of assembly andmanufacturing tasks as well as quality control and thus increase efficiency. They arecameras with application-specific evaluation, i.e. reliable electronic eyes at a lowcost and a high degree of integration. In a robust, industrially compatible housingthey combine lighting, lens, camera chip, evaluation and process connections forthe integration in the higher-level controller.

The application possibilities of efector dualis range from presence, position andorientation monitoring, via sorting and counting tasks to quality control.

3D sensor for assessment of distance, level or volume

efector pmd 3d is the first industrial 3D sensor that can assess objects in threedimensions at a glance.

Special feature: The time-of-flight measurement and evaluation are integrated onone chip. Each pixel of this chip matrix evaluates its distance to the object. Theimage of the object on the chip matrix and the respective distance valuescorrespond to a 3D image.

This technology enables the detailed assessment of the object’s or scene’s condi-tions by means of volume, distance or level detection in three dimensions. Typicalapplications are completeness checks and level monitoring in the food industry aswell as presence and dimension monitoring in conveying.

3D camera for detection in three dimensions of scenes and objects

The pmd 3d camera detects scenes and objects in their spatial dimensions at aglance. In contrast to laser scanners it does not require moving components and isthus robust and wear-free. The operating principle is the same as for the 3D sensor.

Besides the 3D distance image the camera provides a grey image of the scene. Thecombination of these images offers integrators the possibility to freely programapplication-specific tasks by means of a software development kit. This results inlow-cost application solutions in the areas of packaging, storage and materialshandling, airport logistics, collision avoidance, robotics, monitoring of space andpersons.

Set-up in just a fewsteps: The profes-sional and easy menuguidance allowsconfiguration of theefector dualis to yourapplication in just sixoperating steps.

Object recognition



Sensors for object recognition with PNP output function 124

Sensors for 3D object recognition 124

Connection cables for 2D and 3D sensors 124


Object recognition

123

Sensors for object recognition with PNP output function

Type Operatingprinciple

Max.field of view size

[mm]

Resolution Detectionrate

[Hz]

Typeof light

Ambienttemperature

[°C]

Draw-ingno.

Orderno.

Type O2D2 · M12 plug, 8 poles M12 socket, 4 poles · metal · DC

CMOS image sensor B/W,VGA resolution 640 x 480

1280 x 960 0.3 10 infrared -10...60 1 O2D222

Sensors for 3D object recognition

Type Operatingprinciple

Resolution

[pixels]

Angle of aperture(horizontal x vertical)

[°]

Lighting Max.sampling

rate[Hz]

Ambienttemperature

[°C]

Draw-ingno.

Orderno.

PMD 3D sensor · Type O3D · M12 connector · metal · DC

PMD 3D sensor 64 x 48 30° x 40° Infrared LED 20 -10...50 2 O3D200

Connection cables for 2D and 3D sensors


Jumper · ifm electronic · straight / straight · Ethernet · Cross-over patch cable · 2 m · Housing materials: PUR EC2080


1

M12x1

2

19

M12x1

53,5

4,3

20,5

44

19,7

33

1

45

24,5

42

57

8060

21

9,57

3

1: display, 2: Focus setting, 3: Centre of the lens axes

2

95

60,540

4563

,8

16

75

137

120

123,

5

18

M12x1

M12x1

94

21,5

1: lens, 2: Illumination unit, 3: Display / buttons / LEDs, 4: Focus set-ting

Object recognition


Object recognition

125

Robust designs.

Industrial standard housings.

Cable entry for axial and radial use.

Designs with integrated bus interface.

Hollow shaft encoder for direct mounting on actuators.

Encoders

In many manufacturing and production processes encoders are indispensable asreliable transducers to ensure precise positioning. They convert rotary movementinto digital signals. Encoders use the wear-free photoelectric detection. A pulse discfirmly attached to the shaft ensures this detection.

Incremental encoders

Incremental encoders generate a precisely defined number of pulses per revolution.They are a measure of the angular or linear distance moved.

The coded disc is divided into separate segments which are alternately transparentor opaque. An LED emits a parallel-orientated light beam which illuminates all seg-ments of the coded disc. Photo elements receive the modulated light and convert itinto two sinusoidal signals. Digitalisation electronics amplify the signals and shapethem into square-wave pulse trains which are generated via the line driver in theoutput. The phase difference between signals A and B, which are phase-shifted by90 degrees, allows evaluation of the direction of rotation.

Absolute encoders

Absolute encoders provide an absolute numerical value for each angular position.This code value is available immediately after power is applied. This “absolute”value makes a reference procedure like the one required for the incrementalencoder unnecessary. Absolute encoders are used wherever angular positions haveto be allocated to a certain value and where the detection of the present position isabsolutely necessary in the case of a power failure.

Singleturn and multiturn

Singleturn encoders divide a mechanical revolution (0 to 360 degrees) into a certainnumber of measuring steps. The measuring values are repeated after one revolu-tion. The maximum resolution is 8192. Multiturn encoders, however, do not onlydetect angular positions but also distinguish between multiple revolutions.

Linear measurementby means of a count-er: Rotary movementis converted intodigital signals.

Hollow shaft encoderfor direct mounting

on the axis.

Encoders



Incremental encoders with solid shaft 128 - 129

Couplings for encoders 129


Encoders

127

Incremental encoders with solid shaft

Type Resolution Ub

[V]

f

[kHz]

Iload

[mA]

Shaft

[mm]

Ambienttemperature

[°C]

Cableentry

Draw-ingno.

Orderno.

Cable 2 m · Output function HTL-output 50 mA, short-circuit protected < 1 min

100 10...30 160 50 6 -30...70 radial / axially 1 RB6007



Cable 2 m · Output function TTL output 20 mA

500 5 300 20 10 -40...100 radial / axially 3 RV1016







50 10...30 300 50 10 -40...100 radial / axially 3 RV6001





Encoders


Type Resolution Ub

[V]

f

[kHz]

Iload

[mA]

Shaft

[mm]

Ambienttemperature

[°C]

Cableentry

Draw-ingno.

Orderno.












Couplings for encoders


Flexible coupling with clamp connection [KV] · Ø 6 mm / Ø 8 mm · Housing materials: aluminium E60120

Flexible coupling with clamp connection [KV] · Ø 6 mm / Ø 10 mm · Housing materials: aluminium E60066

Encoders

129You can find wiring diagrams and scale drawings from page 130


1

25

12

37,5

6

18 35

215

30°

4,5

1: reference mark, 2: M3 5 mm deep

2

38

618 36

,5

215

30°

4,5

25

12


3

10

36 58

f8

1

1,52046,7±0,5

106

48

120°

1 2


Encoders


Encoders

131

Easy adjustment and parameter setting.

Primary voltage 24V dc or110 / 230V ac, wide-range input.

Programmable switching characteristics.

Standstill, overspeed, direction, slip andfrequency conversion, counter.

Switching relays and transistor outputs,scalable analogue output.

Evaluation systems

Although PLC applications in industrial automation are becoming more and moreversatile there are still numerous processes in practice which require decentralisedmonitoring.

For this ifm electronic offers a number of pulse evaluation systems in the productgroup “ecomat 200”. The application area ranges from simple standstill monitoringor blockage protection of a conveyor belt, maximum speed monitoring in windpower stations, slip monitoring of couplings through to direction monitoring, e.g.twin pumps with non-return valves.

Different units for rail mounting and compact designs in M18 and M30 metalhousings are available. They include microprocessor-controlled units for panemounting to display analogue signals, RPM, speeds, processing times, quantitiesand electronic preset counters for the detection of quantities or linearmeasurement.

All units are distinguished by a high reliability and easy handling. Independent ofthe PLC they indicate operating states or signal faults. This helps to reduce down-times and production loss.

ifm electronic offers the following evaluation systems:

– Speed monitors

– Standstill monitors

– Slip / synchronisation monitors

– Direction monitors

– Frequency-to-current converters

– Threshold relays

– Displays with frequency and analogue input

– Counters

– Switching amplifiers

Pulse evaluationsystems are used fordecentralised moni-toring of drives.

Machine cycles mustalso be monitored in

conveying.

Evaluation systems



Universal speed monitors 134

Dual speed monitors with sensor wire monitoring 134

Frequency-to-current converters 134

Standard speed monitors 134

Standstill monitors 135

Speed monitor with integrated sensor 135

2-channel threshold relay for analogue standard signals 135

Wiring diagrams 135


Evaluation systems

133

Universal speed monitors

Type Ub

[V]

In-puts

Inputfunction

Settingrange

[puls. / min.]

Settingrange

[Hz]

Out-puts

analog

Out-puts

relays

Out-puts

transist.

Draw-ingno.

Orderno.

FR-1 · 2 switch points for monitoring overspeed/underspeed and acceptable range

110...240 AC/DC (50...60Hz) / 27 DC (typ. 24 DC)

1 PNP / NPN / Namur 1...60000 0.1...1000 1 2 2 1 DD2003

Dual speed monitors with sensor wire monitoring

Type Ub

[V]

In-puts

Inputfunction

Settingrange

[puls. / min.]

Settingrange

[Hz]

Out-puts

analog

Out-puts

relays

Out-puts

transist.

Draw-ingno.

Orderno.

FR-2N · 1 switch point each for monitoring overspeed/underspeed and acceptable range

110...240 AC/DC (50...60Hz) / 27 DC (typ. 24 DC)

2 Namur 8.2 V 1...60000 0.1...1000 – 2 4 1 DD2105

Frequency-to-current converters

Type Ub

[V]

In-puts

Inputfunction

Settingrange

[puls. / min.]

Settingrange

[Hz]

Out-puts

analog

Out-puts

relays

Out-puts

transist.

Draw-ingno.

Orderno.

FA-1 · Conversion of pulse sequences into analogue standard signals

110...240 AC/DC (50...60Hz) / 27 DC (typ. 24 DC)

1 PNP / NPN / Namur 0...600000 0...10000 2 1 1 1 DW2003

Standard speed monitors

Type Ub

[V]

In-puts

Inputfunction

Settingrange

[puls. / min.]

Settingrange

[Hz]

Out-puts

analog

Out-puts

relays

Out-puts

transist.

Draw-ingno.

Orderno.

D100 · evaluation of pulse sequences with regard to overspeed and underspeed; rotational speed monitoring

230 AC (50...60 Hz) / 24DC

1 PNP 5...5000 – – 1 – 2 DD0001

Evaluation systems


Standstill monitors

Type Ub

[V]

In-puts

Inputfunction

Settingrange

[puls. / min.]

Settingrange

[Hz]

Out-puts

analog

Out-puts

relays

Out-puts

transist.

Draw-ingno.

Orderno.

A300 · Evaluation of pulse sequences with regard to underspeed or missing pulse

230 AC (50...60 Hz) / 24DC

1 PNP5...25 /

20...100– – 1 – 3 DA0001

Speed monitor with integrated sensor

Type Dimensions

[mm]

Sensingrange

[mm]

Electricaldesign

Ub

[V]

Settingrange

[puls. / min.]

Start-updelay

[s]

Draw-ingno.

Orderno.

Output · Wiring diagram no. 1

M30 / L = 81 10 f DC PNP 10...36 DC 3...300 15 4 DI5001


2-channel threshold relay for analogue standard signals

Type Ub

[V]

In-puts

Inputfunction

Settingrange

[puls. / min.]

Settingrange

[Hz]

Out-puts

analog

Out-puts

relays

Out-puts

transist.

Draw-ingno.

Orderno.

AL-3 · 2-channel analogue threshold relay for analogue standard signals

110...240 AC/DC (50...60Hz) / 27 DC (typ. 24 DC)

2 2 x 0/4...20 mA – – 1 1 1 5 DL2003

Core colours

BK black

BN brown

BU blue

Wiring diagrams

1

BN

BK

BU

L+

L

Evaluation systems

135


1

45

78

1 4 652

19 20 21 22 23 24

13 14 15 16 17 18

3

97A1 8A2 10 11 12

120

35,5

1

1: mounting on DIN rail

2

55

75

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16

110

35,5

1


3

55

75

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16

110

35,5

1


4

36

8167

58

5

M30

x1,5

9

18

2 LED

pot. 61

5

45

78

1 4 652

19 20 21 22 23 24

13 14 15 16 17 18

3

97 8 10 11 12

120

35,5

1


Evaluation systems


Evaluation systems

137

Evaluation systemsfor safety and EX



139

Safety


140 - 141142142

EX


144 - 145146146

Multifunctional with relay outputs or semiconductor outputs.

Connection of electro-sensitive protective equipment.

e-stop and possibility to connect mechanical safety relays.

Two-hand control to EN 574 up to type IIIC, mechanical or electronic.

Certified to IEC 61508, ISO 13849-1, EN 574.

Safety relays for protection of operators and machinery

The EC machinery directive stipulates machinery should not present a risk (EN1050and EN ISO 14121-1). Since there is no zero risk, the aim is to achieve an acceptableresidual risk. If safety is dependent on control systems, these must be designed soas to minimise malfunction.

For this, ifm offers multifunctional safety relays. A major advantage of these units istheir flexibility. They perform monitoring tasks in safety applications in conjunctionwith different electro-sensitive protective equipment (ESPE).

On the safe side.

The relays are certified according to IEC 61508 SIL3, ISO 13849-1 PL e and EN 574up to type IIIC.

They have several multifunctional self-detecting and self-monitoring inputs as wellas short-circuit proof outputs. Concerning the type of output the user can selectbetween relay outputs and semiconductor outputs. Moreover, outputs with switch-off delay are available for specific applications.

It is possible to connect OSSD sensors, mechanical switches (e-stop) or implementtwo-hand applications with electronic or mechanical switches. When used as two-hand control devices, the requirements of type IIIB to EN574 can be met.

The units have a simultaneity monitoring of inputs. The offer the functions“automatic start” or “monitored start” and also allow monitoring of external relaycontacts.

Mechanical as well aselectronic safety sen-sors can be connectedto the safety relays.

Safety relays monitorcomplete series of

safety sensors.




Safety relays with relay outputs for fail-safe sensors 142


Safety

141

Safety relays with relay outputs for fail-safe sensors

Type Ub

[V]

Sensorinput /output

Safety-relatedoutput

Signalcontacts

(NC)

Feedbackcontacts

Responsetime

[ms]

Offdelay

[ms]

Draw-ingno.

Orderno.

24 DC (19.2...30DC)

1/2 2 1 1...n < 180 – 1 G1501S


1

25

100

LED

35,5

105

1: Combicon connector with screw terminals, 2: mounting on DIN rail



Safety

143

One or two-channel NAMUR switching amplifiers to IEC 60947-5-6.

Short-circuit and wire-break monitoring.

Programmable output function.

Relay or transistor outputs.

Easy mounting on DIN rail.

Hazardous gas and dust areas

ATEX stands for “atmosphère explosible“. The 94/9/EC and 1992/92/EC directivesare also commonly called “ATEX directives”.

You can find hazardous areas in many different industries. Examples are the foodand feedstuffs industry, woodworking, disposal and recycling operations and thetypical industries of chemistry, for example gas and oil-processing plants.

It is basically distinguished between “G” (gas, i.e. fog, steams) and “D” (dust).There are three unit categories each for gas and dust (1 - 3) that are analogous tothe gas zones 0 / 1 / 2 or dust zones 20 / 21 / 22. Example: Electrical apparatus ofthe 1G category may be operated in zone 0.

NAMUR switching amplifiers for hazardous areas

The one or two-channel NAMUR switching amplifiers evaluate the sensor signal andcontrol the output. They meet all requirements of the ATEX directives. Switchingamplifiers with relay and transistor output are available. The switching amplifiers aredesigned for the connection of NAMUR sensors to IEC 60947-5-6 and mechanicalswitches. They provide the voltage supply via an electrical separation for theintrinsically safe circuit.

Further features of the switching amplifiers are:

– Programmable effective direction of the output.

– Relay output designed as changeover contact.

– Short-circuit proof transistor outputs.

– The sensor cables are monitored for wire break and short circuit. In case of a�fault, the output is blocked or the relay is de-energised.

Typical hazardous gasareas are found in thechemical industry, forexample in gas andpetroleum processing.

Examples for thehazardous dust areas

are the food andfeedstuffs industries,but also disposal andrecycling operations.






EX

145


Type Ub

[V]

Power / currentconsumption

[VA] / [mA]

f

[Hz]

Ta

[°C]

Output Protection Draw-ingno.

Orderno.

24 / < 23 10 -20...60 relay (1 changeover contact) IP20 1 N0530A


1

112

35,5

20

120

LED

1

1: Combicon plug with screw terminals (optional)



EX

147

No movings parts means highreliability and long life.

Guided wave radar, capacitive andhydrostatic level sensors.

Outputs for continuous or point levelmeasurement.

Integrated LED display for localindication of the current level.

Suitable for common industrial andprocess fluids.

Level sensors

In industrial applications where fluids or bulk material are used, storage tanks orsilos are used for processing or storing of media. Sensors are used to detect thelevels. Even critical process conditions such as emptying a hydraulic tank or theunintentional overspill of a tank are monitored by level sensors.

Advantages of electronic sensors

Deposits and wear and tear often lead to failures in particular if mechanicalswitches are in contact with the medium. The electronic ifm sensors however cando without any mechanical components. This makes the sensors especially robustand reliable.

Another advantage of electronic sensors is the local indication of the level or theeasy setting of the switching threshold simply by pressing a button.

Measurement technique

For continuous level measurement the level is detected continuously, convertedinto an electrical signal and indicated. Depending on the type the units have freelyprogrammable switching outputs or an analogue output for further processing.

Continuous level sensors from ifm electronic use three different physical measuringprinciples:

For capacitive measurement the probe and the tank form an electrical capacitor.The capacity changes with the level and is converted into a level measurement by amicroprocessor.

For hydrostatic level measurement a measuring cell detects the hydrostatic pressureof the material. Here the pressure change is a measure for the level.

The efector gwr level sensor operates on the principle of guided wave radar.Electromagnetic pulses are transmitted by the sensor head and guided along theprobe. If the microwave pulse hits the medium to be detected, it is reflected andthe time of flight is evaluated by the sensor.

Measurement inthe medium:Probe sensors will bedirectly immersed inthe medium to bemonitored.

For special applica-tions: Capacitiveprobe sensor for

monitoring oils andcoolants.

Level sensors



Electronic level sensors for oils and coolants, approval to the German Federal Water Act (WHG), section 19 150

Electronic level sensors for oils and coolants 150

Variable level sensors, guided wave radar 151

Sensors for hydrostatic level monitoring 151

Sensors for hydrostatic level monitoring in hygienic and wet areas 151 - 152

Accessories for level sensors PA, PG, PI, PN, PS, PY 152

Accessories for level sensors LM 153

Wiring diagrams 153


Level sensors

149

Electronic level sensors for oils and coolants, approval to the German Federal Water Act(WHG), section 19

Type Probe length

[mm]

Activezone

[mm]

Inactivezone

[mm]

Ub

[V]

Mediumtemperature

water[°C]

Mediumtemperature

oil[°C]

Iload

[mA]

Draw-ingno.

Orderno.

M12 connector · Output function 1 x normally open / closed programmable (OUT1) 1 x normally closed (OUT-OP, overflow output)· DC PNP · Wiring diagram no. 1 · Connector groups 2, 4, 5

264 195 53 / 15 12...30 0...35 0...65 200 1 LK1222

472 390 53 / 30 12...30 0...35 0...65 200 1 LK1223

728 585 102 / 40 12...30 0...35 0...65 200 1 LK1224

Electronic level sensors for oils and coolants

Type Probe length

[mm]

Activezone

[mm]

Inactivezone

[mm]

Ub

[V]

Mediumtemperature

water[°C]

Mediumtemperature

oil[°C]

Iload

[mA]

Draw-ingno.

Orderno.

M12 connector (according to EN 61076-2-101) · Output function 1 x analogue 4...20 mA / 0...10 V (OUT2); 1 x normally open / closed programmable (OUT-OP) · DC PNP · Wiring diagram no. 2 · Connector groups 2, 3, 4

264 195 53 / 15 18...300...35 (LK3122 +E43100: 0...65)

0...70 200 2 LK3122

472 390 53 / 30 18...300...35 (LK3123 +E43101: 0...60)

0...70 200 2 LK3123

728 585 102 / 40 18...300...35 (LK3124 +E43102: 0...55)

0...70 200 2 LK3124

M12 connector (according to EN 61076-2-101) · Output function 3 x normally open / closed programmable (OUT1...OUT3); 1 x normally open / closed programmabl (OUT-OP) · DC PNP · Wiring diagram no. 3

264 195 53 / 15 18...300...35 (LK8122 +E43100: 0...65)

0...70 200 2 LK8122

472 390 53 / 30 18...300...35 (LK8123 +E43101: 0...60)

0...70 200 2 LK8123

728 585 102 / 40 18...300...35 (LK8124 +E43102: 0...55)

0...70 200 2 LK8124

Level sensors


Variable level sensors, guided wave radar

Type Processconnection

Probe length

[mm]

Activezone

[mm]

Inactive zone

[mm]

Ub

[V]

Mediumtemperature

[°C]

Iload

[mA]

Draw-ingno.

Orderno.

M12 connector (according to EN 61076-2-101) · Output function normally open / closed programmable; 4...20 mA or 0...10 V · DCPNP · Wiring diagram no. 4 · Connector groups 2, 3, 4

G¾ A 100...1600HIGH: L - 40;LOW: L - 60

HIGH: 30 / 10;LOW: 30 / 30

18...30 0...80 *** 200 3 LR3000

M12 connector (according to EN 61076-2-101) · Output function 2 x normally open / closed programmable · DC PNP · Wiring diagram no. 5 · Connector groups 2, 4, 5

G¾ A 100...1600HIGH: L - 40;LOW: L - 60

HIGH: 30 / 10;LOW: 30 / 30

18...30 0...80 *** 200 3 LR7000

M12 connector (according to EN 61076-2-101) · Output function 4 x normally open / closed programmable · DC PNP · Wiring diagram no. 6

G¾ A 100...1600HIGH: L - 40;LOW: L - 60

HIGH: 30 / 10;LOW: 30 / 30

18...30 0...80 *** 200 4 LR8000

Sensors for hydrostatic level monitoring


Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

Output 4...20 mA analogue · Wiring diagram no. 7

– – 0...0.25 2 2.4 10...30 5 PS3208

– – 0...0.6 4 4.8 10...30 5 PS3407

– – 0...1 5 6 10...30 5 PS3417

Sensors for hydrostatic level monitoring in hygienic and wet areas


Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

M12 connector · Output function 1 x normally open / closed programmable + 1 x analogue (I / U, scaleable 1:4) · Wiring diagramno. 8 · Connector groups 2, 3, 4

Aseptoflex Display unit -0.0124...0.25 10 30 18...32 6 PI2098

Aseptoflex Display unit -0.05...1 10 30 18...32 6 PI2097

Level sensors



Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

M12 connector · Output function 4...20 (20...4) mA analogue (scaleable 1:4) · Wiring diagram no. 9 · Connector groups 2, 3, 4

Aseptoflex Display unit -1...1 10 30 20...32 6 PI1099



M12 connector · Output function 1 x normally open / closed programmable + 1 x analogue (4...20 / 20...4 mA, scalable) · Wiringdiagram no. 8 · Connector groups 2, 3, 4

Aseptoflex Vario Display unit -0.005...0.1 4 30 18...32 7 PG2789


Aseptoflex Vario Display unit -1...1 10 30 18...32 7 PG2799

Aseptoflex Vario Display unit -0.05...1 10 30 18...32 7 PG2797


Accessories for level sensors PA, PG, PI, PN, PS, PY


Protective cover · for fluid sensors with connector M12 · Housing materials: polyurethane E30006

Adapter · G ¼ - G ½ · Housing materials: stainless steel / FPM E30000

Adapter · G ¼ - G ¼ · Housing materials: stainless steel / FPM E30007

Welding adapter · Ø 50 mm · with Aseptoflex thread · Housing materials: stainless steel 316L / 1.4404 / O-ring: FPM FDA compliant E30052

Aseptoflex adapter · Clamp · 1-1.5“ · ISO 2852 · for units with Aseptoflex adapter · Housing materials: stainless steel 316L / 1.4404 E33001

Level sensors


Accessories for level sensors LM


Welding adapter · G ½ - Ø 45 mm · collar · Housing materials: stainless steel 316L / 1.4404 E30056

Core colours

BN brown

GY grey

WH white

Wiring diagrams

1

L

L+

3 BU

4 BK

2 WH

1 BN

Out-OPOut 1

2:4:

2

L+

L3 BU

4 BK

2 WH

1 BN

Out-OPOut 2

4:2:

3

Out-OP / Out 4

3

4

2

5

6

Out 1

Out 3

L+1

n.c.7

Out 2

L

4

L+

LOUT1OUT2

4:2:

4

2

1

3

5

2

L

L+

4

1

3Out 1Out 2

4:2:

6

L+

L

n.c.

Out 4

Out 1

Out 2

1

2

4

6

7

3

Out 35

7

BN

GY

WH

L+

L

8

4

1

3

2L+

L

2

1

3

4L+

L

9

4

1

3

2

L+

L

L

P

2

L+

L

1

2

1

1: Normal operation, 2: Programming operation (P = communi-cation via EPS / FDT interface)

Level sensors

153


1

I1L

16

50

518

AI2

1 2

3

30,5

64

M12

x1

1: 7-segment LED display, 2: Programming buttons, 3: Housing con-nection with cable lug for cable 1.5 - 2.5 mm²

2

30,5

64

M12

x1

4 3I1L

16

50

57A

I2

32

1

1: 4-digit alphanumeric display, 2: LEDs, 3: Programming buttons, 4:Housing connection (flat-pin connector 6.3 mm following DIN 46244)

3

30

63

M12

x1

G 43

8 6

32

I1

L

50

57A

I2

32

1

7887

1: 4-digit alphanumeric display, 2: LEDs (display unit / switching sta-tus), 3: Programming buttons, 4: sealing

4

30

63

M12

x1

G 43

8 6

32

I1

L

50

57A

I2

32

1

7887

1: 4-digit alphanumeric display, 2: LEDs (display unit / switching sta-tus), 3: Programming buttons, 4: sealing

5

100

27

6

119

34

14,5

2 3

36

1

48

36

47

85M

12x1

4 5

1: 4-digit alphanumeric display, 2: LEDs, 3: Programming button, 4:Aseptoflex sealing edge, 5: Aseptoflex thread

Level sensors



7

24

3

153

16,8

100

2

1

57

60,5

M12

x1

G1

1: Analogue display, 2: 4-digit alphanumeric display, 3: Programmingbutton

Level sensors

155

For liquids and gases.

Special versions for food applications and hazardous areas.

Optional fittings for variable process connection.

Flow monitoring also for aggressive media.

Flow sensors

In almost all fields of process and plant engineering liquids or gases are used forcoolant and lubricant supply of machines and units, ventilation of installations andbuildings and the processing of products. In case of no flow of these mediaconsiderable damage and downtime may result. Thus it is very important to monitorthese media. In modern installations electronic flow monitors are used for thispurpose. They work without wear and tear and without mechanical components.This guarantees reliable monitoring even in case of difficult media over a longperiod.

Operating principle

Electronic flow sensors from ifm electronic operate with different measurementtechniques. They meet all requirements from a simple monitoring function to theexact detection of flow quantities.

Harmonised operating menus ensure that operators who use different flow sensorscan quickly and precisely carry out settings on the sensors. Some flow sensorsfeature an integrated temperature monitor which makes an additional measuringpoint unnecessary. This enables to control processes in the optimum operatingstatus especially with regard to energy savings.

Analogue, binary and pulse outputs offer various possibilities to process themeasured data. Due to the flexible programming by means of pushbuttons theflow sensors can be adapted to different conditions. The sensors are mounted viaadapters.

Monitoring very smallflow rates: Flow moni-tor with flow adapter.

Optimisedconsumption ofcompressed air.

Flow sensors



Magnetic-inductive flow sensors with integrated temperature measurement (sealing material FKM) 158

Compact housings for adapters for flow monitoring 158

Compact designs for adapter with flow and temperature monitoring 159

Mechatronic flow sensors for liquids 159

Flow sensors for connection to control monitors, industrial applications 159

Control monitors for industrial applications 160

Air flow monitors 160

Compressed air meters 160 - 161

Compressed air meter for special gases 161

Inline sensor for small dosing quantities of water and aqueous solutions 161

Ultrasonic flow rate sensors for liquids (water, glycol solutions, oils) 161 - 162

Accessories for flow sensors and control monitors 162

Accessories for volumetric flow sensors 162

Wiring diagrams 163


Flow sensors

157

Magnetic-inductive flow sensors with integrated temperature measurement (sealing materialFKM)


Measuringrange

[l/min]

Mediumtemperature

[°C]

Pressurerating

[bar]

Responsetime

[s]

Ub

[V]

Draw-ingno.

Orderno.

Output OUT1: normally open / closed programmable or pulse OUT2: normally open / closed programmable or analogue (4...20 mA/ 0...10 V, scaleable) · Wiring diagram no. 1 · Connector groups 2, 4, 5

G½ 0.25...25.00 -10...70 16 < 0.150 19...30 1 SM6000

G¾ 0.5...50.0 -10...70 16 < 0.150 19...30 2 SM7000

G1 0.7...100.0 -10...70 16 < 0.150 19...30 3 SM8000

Compact housings for adapters for flow monitoring

Type Setting rangeliquids / gases

[cm/s]

Greatestsensitivity

[cm/s]

Mediumtemperature

[°C]

Pressurerating

[bar]

Responsetime

[s]

Ub

[V]

Draw-ingno.

Orderno.

M12 connector · Wiring diagram no. 2 · Connector groups 2, 3, 4

3...300 / 200...3000 3...100 / 200...800 -25...80 30 1...10 19...36 4 SI5000

1/2“ UNF-Connector · Wiring diagram no. 3 · Connector group 9

3...300 / 200...3000 3...100 / 200...800 -25...80 300 1...10 85...265 5 SI5006*


3...300 / - 3...100 -25...80 / - 300 1...10 19...36 6 SI5004


3...300 / 200...3000 3...100 / 200...800 -25...80 300 1...2 / 1...10 19...36 6 SI5010



Flow sensors


Compact designs for adapter with flow and temperature monitoring


[cm/s]

Greatestsensitivity

[cm/s]

Mediumtemperature

[°C]

Pressurerating

[bar]

Responsetime

[s]

Ub

[V]

Draw-ingno.

Orderno.


3...300 / 200...3000 3...100 / 200...800 -25...80 300 1...10 19...36 6 SI5007

Mechatronic flow sensors for liquids


Measuringrange

[l/min]

Mediumtemperature

[°C]

Pressurerating

[bar]

Responsetime

[s]

Ub

[V]

Draw-ingno.

Orderno.


Rp ¾ 2...50 0...85 25 < 0.01 24 7 SBY334

Rp 1 5...100 0...85 25 < 0.01 24 8 SBY346

Rp 1½ 20...200 0...85 25 < 0.01 24 9 SBY357

Flow sensors for connection to control monitors, industrial applications


[cm/s]

Greatestsensitivity

[cm/s]

Mediumtemperature

[°C]

Responsetime

[s]

Max. T0gradient

[K/min]

Pressurerating

[bar]

Draw-ingno.

Orderno.

M12 connector · Wiring diagram no. 8

3...300 / 200...3000 3...60 / 200...800 -25...80 1...10 300 300 10 SF5200

Cable 6 m · Wiring diagram no. 9

3...300 / 200...3000 3...60 / 200...800 -25...80 1...10 300 300 11 SF5350

3...300 / 200...3000 3...60 / 200...800 0...120 / 0...100 1...10 300 300 11 SF5300

Flow sensors


Control monitors for industrial applications

Type Ub /Tolerance

[V] / [%]

Currentconsumpt.

[mA]

Powerconsumpt.

[VA]

Power-ondelaytime[s]

Outputwhen flow is

present

Outputwhen

temperature is exceeded

Outputin case of

wire break

Draw-ingno.

Orderno.

Combicon connector · Wiring diagram no. 12

90...240 AC/ -5 /+10

– 4 10...80 relay energised relay energised relay de-energised 12 SN0150*

Combicon connector · Wiring diagram no. 13

24 DC / +10/ -20

90 – 10...80 relay energised relay energised relay de-energised 12 SR0150*


Miniature fuse to IEC60127-2 sheet 1, 1 =, Flow monitoring, 2 =, Wire break monitoring, 3 =, Temperature monitoring, 4 =,Power-on delay time, 5 =, Selection liquid / gas, ≤ 5 A (fast acting). Recommendation: check the unit for reliable function aftera short circuit.

Air flow monitors


[cm/s]

Greatestsensitivity

[cm/s]

Mediumtemperature

[°C]

Responsetime

[s]

Ub / tolerance

[V] / [%]

Draw-ingno.

Orderno.


100...1000 100...400 -10...50 3...60 80...250 AC/DC 13 SL0101*


100...1000 100...400 -10...50 3...60 24 DC ± 25 % 13 SL5101



Compressed air meters


Setting range

[Nm3/h]

Accuracy withinmeasuring range

Pressurerating

[bar]

Responsetime

[s]

Ub

[V]

Draw-ingno.

Orderno.

Output OUT1: normally open / closed programmable or pulse OUT2: normally open / closed programmable or analogue (4...20 mAscaleable) · Wiring diagram no. 14 · Connector groups 2, 4, 5

G¼ (DN8) 0.14...15.00A): ± (3% MW + 0.3%

MEW) / B): ± (6% MW +0.6% MEW) *

16 < 0.1 19...30 14 SD5000

Flow sensors



Setting range

[Nm3/h]

Accuracy withinmeasuring range

Pressurerating

[bar]

Responsetime

[s]

Ub

[V]

Draw-ingno.

Orderno.


R½ (DN15) 0.7...75.0A): ± (3% MW + 0.3%

MEW) / B): ± (6% MW +0.6% MEW) *

16 < 0.1 19...30 15 SD6000

R1 (DN25) 2.0...225.0A): ± (3% MW + 0.3%

MEW) / B): ± (6% MW +0.6% MEW) *

16 < 0.1 19...30 16 SD8000

R1½ (DN40) 3.5...410.0A): ± (3% MW + 0.3%

MEW) / B): ± (6% MW +0.6% MEW) *

16 < 0.1 19...30 17 SD9000

R2 (DN50) 6...700A): ± (3% MW + 0.3%

MEW) / B): ± (6% MW +0.6% MEW) *

16 < 0.1 19...30 18 SD2000

Compressed air meter for special gases


Setting range

[Nm3/h]

Mediumtemperature

[°C]

Pressurerating

[bar]

Responsetime

[s]

Ub

[V]

Draw-ingno.

Orderno.


R½ (DN15)Ar: 0.39 (0.4)...118.2 / CO2:0.24 (0.2)...71.7 / N2: 0.24

(0.2)...73.0 0...60 16 < 0.1 19...30 15 SD6100

Inline sensor for small dosing quantities of water and aqueous solutions


Measuring range

[ml/min]

Display range

[ml/min]

Pressurerating[bar]

Mediumtemp.[°C]

Draw-ingno.

Orderno.


G1/8 1...200 0...240 10 0...60 19 SQ0500

Ultrasonic flow rate sensors for liquids (water, glycol solutions, oils)


Measuringrange

[l/min]

Mediumtemperature

[°C]

Pressurerating

[bar]

Responsetime

[s]

Ub

[V]

Draw-ingno.

Orderno.


G¾ 0.1...50.0 -10...80 16 < 0.250 19...30 20 SU7000

Flow sensors



Measuringrange

[l/min]

Mediumtemperature

[°C]

Pressurerating

[bar]

Responsetime

[s]

Ub

[V]

Draw-ingno.

Orderno.


G1 0.2...100.0 -10...80 16 < 0.250 19...30 21 SU8000

G1¼ 0.4...200.0 -10...80 16 < 0.250 19...30 22 SU9000

Accessories for flow sensors and control monitors


Adapter · M18 x 1.5 - L18 · for mounting in T-pieces · Insertion depth of the probe of SID, SFD, TN: · 28.5 mm · Housing materials:nut: stainless steel 316Ti / 1.4571 / adapter: stainless steel 316L / 1.4404 / O-ring: FPM 16 x 1.5 gr 70° Shore A

E40104

Adapter · M18 x 1.5 - M12 x 1 · Insertion depth of the probe of SID, SFD, TN: · 13.5 mm · Housing materials: stainless steel 316L /1.4404

E40101

Adapter · M18 x 1.5 - G ¼ · Insertion depth of the probe of SID, SFD, TN: · 13.5 mm · Housing materials: stainless steel 316L /1.4404

E40099

Adapter · M18 x 1.5 - G ½ · Insertion depth of the probe of SID, SFD, TN: · 21 mm · Housing materials: stainless steel 316L / 1.4404 E40096

Welding adapter · M18 x 1.5 - Ø 24 mm · Insertion depth of the probe of SID, SFD, TN: · 15 mm · Housing materials: stainless steel316L / 1.4404

E40124

Accessories for volumetric flow sensors


Adapter · G ¾ I - R½ · for flow monitor type SM7 / SU7 · Housing materials: brass · Pack quantity: 2 E40151

Adapter · G 1 - R¾ · for flow monitor type SM8 / SU8 · Housing materials: brass · Pack quantity: 2 E40153

Flow sensors


Core colours

BN brown

BU blue

BK black

WH white

GY grey

Wiring diagrams

1

4

1

3

2 OUT2/InD

L+

L

BN

BU

OUT1

WH

BK

2

L+

L

1

4

3

3

1

3

4

2

5

n.c.

L1

N

Out

4

L+

L3

2

4

1

n.c.

n.c. = not connected

5

P

L+1

4

3

2

L

P = programming wire (forremote adjustment)

6

L

L+

3

2

4

1

S2 S1

7

3

L+

L

1

4

8

2 WH

1 BN

4 BK

3 BU

5 GY

9

BU

BK

BN

WH

GY

10

BN

WH

BU

BK

L1

N

L+

L

11

BN

WH

BU

BKL+

L

12

ACL

N

12

11

10

9

8

7

6

5

4

2

1

19

18

17

5

4

1

3

2

GY

BK

BN

BU

WH

20

21

22

23

24

1

2

35

4

1: Flow monitoring, 2: Wire break monitoring, 3: Temperaturemonitoring, 4: Power-on delay time, 5: Selection liquid / gas

13

12

11

10

9

8

7

6

5

4

2

1

19

18

17

5

4

1

3

2

GY

BK

BN

BU

WH

20

21

22

23

24

1

2

35

4

DCL+L

1: Flow monitoring, 2: Wire break monitoring, 3: Temperaturemonitoring, 4: Power-on delay time, 5: Selection liquid / gas

14

L+

LOut 2Out 1

2:4: 3

4

2

1

L

L+

Out 2Out 1

2:4: 3

4

2

1

Flow sensors

163


1

11073

M12 x1

16

G G2

1

21

M12 x1

54

2

G4

3

G4

3

11073

M12 x1

19

M12 x1

54

3

G1

G1

11073

M12 x1

19

M12 x1

54

4

22

1 2

3

113

60 65

14

7,7

45

50

27

63

M12

x1

1: LED display, 2: setting pushbutton, 3: tightening torque 25 Nm

5

22

1 2

113

60 65

14

8,2

45

50

27

63

" 20

UN

F 2

A2

1

3


6

22

1 2

113

60 65

14

8,2

45

50

27

63

M12

x1

3


7

113...123,576,5

32

97...

105,

5

1313

Rp

43

Rp

43

8

17 17

42

120...12991,5

106.

..112

Rp

1

Rp

1

Flow sensors



9

56

137...146,5121,5

121.

..127

,5

Rp

12

1

Rp

12

1

20 20

10

M12

x1

8272

22

14

8,2

44

19 1

1: internal thread M18 x 1.5

11

8672

22

14

8,2

44

19 1

1: internal thread M18 x 1.5

12

103,5

35,5

25

100

2

1

LEDs

LEDs

1 2 3 4

5 6 7 8

9 10 11 12

21 22 23 24

17 18 19 20

1: Potentiometer (switch point flow), 2: Potentiometer (switch pointtemperature)

13

140133

113

32

23

2 LED

pot.2 LED

14

182,3

21,3

M12

x1

100111

74,5

G1

4 /

45

1 2

G1

4 /

60 20

31

3

1: 4-digit alphanumeric display, 2: Programming buttons, 3: hole forM5 fixing screw

15

R

210300

16,1

21,3

M12

x1

100111

76,8

45

1 2


16

475375

27,3

33,7

R 1

M12

x1

100111

88,5

45

1 2


Flow sensors

165


1739

R11

2

275475

42

100111

M12

x1

120

45

1 2


18

133

45

1 2

54

R2 51

100111

M12

x1

275475


19

114

4,5

37

10M

12x1

100

125

111117

56

45

G8

1

48

65

1: 4-digit alphanumeric display, 2: Programming buttons, 3: flowconditioner

20

G4

3

G4

3

11096

100

80,5

M12

x1

installation length with pipe adapter E40151 / E40154: 185 mm

21

80,5

M12

x1

G1

13096

100

G1

installation length with pipe adapter E40152 / E40155: 205 mm,installation length with pipe adapter E40153 / E40156: 215 mm

22

80,5

M12

x1

26

48

13096

100

G1

41

G1

41

Flow sensors


Flow sensors

167

Transmitters or sensors with integrated control monitor.

Units with special design for hygienic applications.

Measuring principles with overload protection and a good long-term stability.

Measuring range from -1…600 bar.

Variable process connection and sealing technology via adapter.

Pressure sensors

ifm offers a wide range of electronic pressure and vacuum sensors to meet therequirements of various industrial applications. The ceramic-capacitive measuringcell, tried and tested a million times, is complemented by a stainless steel measuringcell with thick-film wire strain gauges (series PK, PV, PT) and a piezoresistivemeasuring technique (for pneumatic applications).

All units have robust housings and do not require moving parts such as pistons orsprings. The result: the sensors are extremely shock and vibration resistant andoperate without any wear or maintenance.

The tried and tested ceramic-capacitive measuring principle is corrosion-resistantand long-term stable. In the long run this guarantees continuous accuracy of themeasured values. The sensors are resistant to dynamic pressure peaks andguarantee high overload resistance even in the case of extreme pressure peaksthat occur for example with fast closing valves.

Units with wire strain gauge in thick-film technology on a stainless steel measuringcell are distinguished by their very compact and robust design. They can be usedin almost all industrial areas. The welded stainless steel measuring cell withoutany seals ensures a high degree of safety, in particular for applications with gaspressures of up to 400 bar as well as in air-conditioning and refrigerating technol-ogy where aggressive coolants (freons) are used.

Local display:the clearly readableLED display showsthe current systempressure.

Separate display /programming unit

PP2001.

Pressure sensors



Sensors with switching outputs and analogue outputs and display 170

Sensors with switching outputs and display 171 - 172

PK sensors with mechanical setting and switching outputs 173

PT sensors for industrial applications with analogue outputs 173 - 174

PT sensors for mobile applications with analogue outputs 174 - 175

PA / PPA sensors for industrial applications with analogue outputs / AS-i 175 - 176

Part seat monitoring 176

Sensors for hydrostatic level monitoring 176

PNI sensors with analogue input 176

Sensors for pneumatic applications 177

PI sensors for hygienic and wet areas, 2-wire with analogue output 177 - 178

PI sensors for hygienic and wet areas with switching and analogue output 178

Electronic contact manometers for hygienic and wet areas with switching output and analogue output 178 - 179

PF sensors for hygienic and wet areas with switching and analogue output 179

PL / PM sensors without display for hygienic and wet areas with analogue output 179

Fixing components for pressure sensors 179

Accessories and software 180

Adapters and accessories for adapters 180

Flange adapters 180



Pressure sensors

169

Sensors with switching outputs and analogue outputs and display


Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

M12 connector · Output function 2 x normally open / closed programmable or 1 x normally open / closed programmable + 1 xanalogue (4...20 mA / 0...10 V; scaleable 1:4) · Wiring diagram no. 9 · Connector groups 2, 3, 4

G¼ I Display unit 0...400 600 1000 20...30 1 PN2020



G¼ I Display unit -1...25 100 350 20...30 2 PN2023


G¼ I Display unit -0.125...2.5 20 50 20...30 2 PN2026

G¼ I Display unit -0.05...1 10 30 20...30 2 PN2027


G¼ I Display unit -0.0125...0.25 10 30 20...30 2 PN2028

M12 connector · Output function normally open / closed programmable; 4...20 mA or 0...10 V · Wiring diagram no. 1 · Connectorgroups 2, 3, 4





Pressure sensors


Sensors with switching outputs and display


Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.







G¼ I Display unit 0...2.5 20 50 18...36 4 PN5006


¼’’ NPT Display unit 0...400 600 1000 18...36 5 PN5200




¼’’ NPT Display unit -1...10 75 150 18...36 6 PN5204

¼’’ NPT Display unit 0...2.5 20 50 18...36 6 PN5206


M12 connector · Output function 2 x normally open / closed programmable or 1 x normally open / closed programmable + 1 x normally closed (diagnostic function) · DC PNP/NPN · Wiring diagram no. 10 · Connector groups 2, 4, 5


Pressure sensors



Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

M12 connector · Output function 2 x normally open / closed programmable or 1 x normally open / closed programmable + 1 x normally closed (diagnostic function) · DC PNP/NPN · Wiring diagram no. 10 · Connector groups 2, 4, 5






G¼ I Display unit 0...2.5 20 50 18...36 4 PN7006








¼’’ NPT Display unit 0...2.5 20 50 18...36 6 PN7206



Pressure sensors


PK sensors with mechanical setting and switching outputs


Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

M12 connector · Output function normally open / closed complementary · DC PNP · Wiring diagram no. 3 · Connector groups 2, 4,5

G¼ A / M5 I Operation 0...400 600 1600 9.6...32 7 PK6520





R¼ A / M5 I Operation 0...400 600 1600 9.6...32 8 PK6730




¼’’NPT A / M5 I Operation 0...400 600 1600 9.6...32 9 PK6220



PT sensors for industrial applications with analogue outputs


Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

M12 connector · Output function 4...20 mA analogue · DC · Wiring diagram no. 4 · Connector groups 2, 4

G¼ A – 0...400 600 1600 8.5...36 10 PT3540

Pressure sensors



Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.


G¼ A – 0...250 400 1000 8.5...36 10 PT3541

G¼ A – 0...100 200 1000 8.5...36 10 PT3542

G¼ A – 0...25 60 600 8.5...36 10 PT3543

G¼ A – 0...10 25 300 8.5...36 10 PT3544

M12 connector · Output function 0...10 V analogue · DC · Wiring diagram no. 5 · Connector groups 2, 4

G¼ A – 0...400 600 1600 16...36 10 PT9540

G¼ A – 0...250 400 1000 16...36 10 PT9541

G¼ A – 0...100 200 1000 16...36 10 PT9542

G¼ A – 0...25 60 600 16...36 10 PT9543

G¼ A – 0...10 25 300 16...36 10 PT9544

PT sensors for mobile applications with analogue outputs


Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

M12 connector · Output function 4...20 mA analogue · DC · Wiring diagram no. 4

G¼ A – 0...400 600 1600 8.5...36 10 PT3550

G¼ A – 0...250 400 1000 8.5...36 10 PT3551

G¼ A – 0...100 200 1000 8.5...36 10 PT3552

G¼ A – 0...25 60 600 8.5...36 10 PT3553

Pressure sensors



Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

M12 connector · Output function 4...20 mA analogue · DC · Wiring diagram no. 4

G¼ A – 0...10 25 300 8.5...36 10 PT3554

M12 connector · Output function 0...10 V analogue · DC · Wiring diagram no. 5

G¼ A – 0...400 600 1600 16...36 10 PT9550

G¼ A – 0...250 400 1000 16...36 10 PT9551

G¼ A – 0...100 200 1000 16...36 10 PT9552

G¼ A – 0...25 60 600 16...36 10 PT9553

G¼ A – 0...10 25 300 16...36 10 PT9554

PA / PPA sensors for industrial applications with analogue outputs / AS-i


Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.


G¼ I – 0...400 600 1000 9.6...32 11 PA3020

G¼ I – 0...250 400 850 9.6...32 11 PA3021

G¼ I – 0...100 300 650 9.6...32 12 PA3022

G¼ I – 0...25 150 350 9.6...32 12 PA3023

G¼ I – 0...10 75 150 9.6...32 12 PA3024

G¼ I – 0...2.5 20 50 9.6...32 12 PA3026

G¼ I – 0...1 10 30 9.6...32 12 PA3027

Pressure sensors



Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.


G¼ I – -1...0 10 30 9.6...32 12 PA3029

M12 connector · Output function 0...10 V analogue · DC · Wiring diagram no. 5 · Connector groups 2, 4

G¼ I – 0...250 400 850 16...32 12 PA9021

G¼ I – 0...10 75 150 16...32 12 PA9024

Part seat monitoring


Control unit for part seat monitoring · Setting by adjustment of the pneumatic bridge · Integrated pressure sensor with 2 switchingoutputs · and 4-digit alphanumerical display for trend display or display of current pressure · Cable

PS7570

Sensors for hydrostatic level monitoring

Type Measuringrange[bar]

Cable length /material

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

Output 4...20 mA analogue · Wiring diagram no. 6

0...0.253 m

PUR cable2 2.4 10...30 13 PS3208

0...0.610 m

PUR cable4 4.8 10...30 13 PS3407

0...112 m

PUR cable5 6 10...30 13 PS3417

PNI sensors with analogue input


Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

M12 connector · Output function 2 x normally open / closed programmable · DC PNP/NPN · Wiring diagram no. 7

G¼ I Display unit 0...10 50 150 18...30 4 PNI024

Pressure sensors


Sensors for pneumatic applications


Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

M8 connector · Output function 2 x normally open / closed programmable or 1 x normally open / closed programmable + 1 x normally closed (diagnostic function) · DC PNP · Wiring diagram no. 8 · Connector group 1

G 1/8 I Display unit -1...1 20 30 18...32 14 PQ7809

G 1/8 I Display unit -1...10 20 30 18...32 14 PQ7834

PI sensors for hygienic and wet areas, 2-wire with analogue output


Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

M12 connector · Output function 4...20 (20...4) mA analogue (scaleable 1:4) · DC · Wiring diagram no. 11 · Connector groups 2, 3, 4








G1 A Display unit -1...25 100 350 20...32 16 PI1693

G1 A Display unit -1...10 50 150 20...32 16 PI1694

G1 A Display unit -0.124...2.5 20 50 20...32 16 PI1696

G1 A Display unit -0.05...1 10 30 20...32 16 PI1697

Pressure sensors



Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

M12 connector · Output function 4...20 (20...4) mA analogue (scaleable 1:4) · DC · Wiring diagram no. 11 · Connector groups 2, 3, 4

G1 A Display unit -0.0124...0.25 10 30 20...32 16 PI1698

PI sensors for hygienic and wet areas with switching and analogue output


Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

M12 connector · Output function 1 x normally open / closed programmable + 1 x analogue (I / U, scaleable 1:4) · DC PNP/NPN ·Wiring diagram no. 12 · Connector groups 2, 3, 4





Electronic contact manometers for hygienic and wet areas with switching output andanalogue output


Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

M12 connector · Output function 1 x normally open / closed programmable + 1 x analogue (4...20 / 20...4 mA, scalable) · DCPNP/NPN · Wiring diagram no. 12 · Connector groups 2, 3, 4





Aseptoflex Vario Display unit -0.05...1 10 30 18...32 17 PG2797


Pressure sensors



Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

M12 connector · Output function 1 x normally open / closed programmable + 1 x analogue (4...20 / 20...4 mA, scalable) · DCPNP/NPN · Wiring diagram no. 12 · Connector groups 2, 3, 4



PF sensors for hygienic and wet areas with switching and analogue output


Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

M12 connector · Output function 2 x normally open / closed programmable or 1 x normally open / closed programmable + 1 xanalogue (4...20 mA / 0...10 V; scaleable 1:4) · Wiring diagram no. 9 · Connector groups 2, 3, 4

Aseptoflex Switching status -0.5...10 50 150 20...30 18 PF2054

PL / PM sensors without display for hygienic and wet areas with analogue output


Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.


Aseptoflex – -0.0125...0.25 10 30 14...30 19 PM2058

M12 connector · Output function 4...20 mA analogue · 3-wire DC; 2-wire DC · Wiring diagram no. 13 · Connector groups 2, 4

G1 A – -0.05...1 10 30 14...30 20 PM2657

G1 A – -0.0125...0.25 10 30 14...30 20 PM2658

Fixing components for pressure sensors



Pressure sensors


Accessories and software



Adapters and accessories for adapters


Adapter · G ¼ - G ½ · Housing materials: stainless steel / FPM E30000

Adapter · G ¼ - G ¼ · Housing materials: stainless steel / FPM E30007

Flange adapters


Aseptoflex adapter · Clamp · 1-1.5“ · ISO 2852 · for units with Aseptoflex adapter · Housing materials: stainless steel 316L / 1.4404 E33001

Aseptoflex adapter · Clamp · 2“ · ISO 2852 · for units with Aseptoflex adapter · Housing materials: stainless steel 316L / 1.4404 E33002

Welding adapter · Ø 50 mm · with Aseptoflex thread · Housing materials: stainless steel 316L / 1.4404 / O-ring: FPM FDA compliant E30052

Welding adapter · G 1 - Ø 50 mm · Housing materials: stainless steel 316L / 1.4404 E30013

Core colours

BN brown

GY grey

WH white

Wiring diagrams

1

L+

L3 BU

4 BK

2 WH

1 BN

2

L+

L

1

4

3

3

4

L

L+1

2

32:4:

4

L+

L

1

2

Pressure sensors


Wiring diagrams

5

L+

L

1

3

2

6

BN

GY

WH

L+

L

7

L+

L

Uref

Out 1

Out 2

In

In+

1

2

3

5

6

7

4

OU2

OU1

+InP2

10 V

8

2

L

L+

4

1

3Out 1Out 2

4:2:

9

4

L

L+

2

1

3Out 1Out 2

4:2:

4

L

L+

2

1

3Out 1Out 2

4:2:

4

1

3

2L+

LOut 1Out 2

4:2:

2

1

3

4L+

LOut 1Out 2

4:2:

10

Out 1Out 2

4

L

L+

2

1

34:2:

4

L

L+

2

1

3Out 1Out 2

4:2:

11

4

1

3

2

L+

L

L

P

2

L+

L

1

2

1

1: Normal operation, 2: Programming operation (P = communi-cation via EPS / FDT interface)

12

4

1

3

2L+

L

2

1

3

4L+

L

13

L+

L

1

2

L+

L

1

3

2


1

30

47,8

59,6

G

M12

x1

16,5

1 4/

94,1

34

27

1,3

21,5

2 3

1

1: 4-digit alphanumeric display, 2: LEDs (display unit / switching sta-tus), 3: Programming button

2

91,5

34

27

1,3

21,5

2 3

1

30

47

57,3

G

M12

x1

14

1 4/


Pressure sensors

181


3

30

48

59,6

G

M12

x1

16,5

1 4/

94,1

34

27

1,3

21,5

2 3

1


4

91,5

34

27

1,3

21,5

2 3

1

30

48

57,3

G

M12

x1

14

1 4/


5

30

48

59,8

M12

x1

12

''NPT1 4/

94

34

27

2 3

1


6

91,5

34

27

2 3

1

30

48

57,3

M12

x1

12

''NPT1 4/


7

61,6

12

M12 x127

27

71,6

G1 4/

M5

7,5

2

1

1: tightening torque 25 Nm, 2: sealing FPM / DIN 3869-14

860

,613

R 41

M12 x127

27

70,6

M5

7,5

1

1: tightening torque 25 Nm

9

60,6

13

M12 x127

27

70,6

M5

7,5

" NPT411


Pressure sensors



10

22

1

51,2

12

G1 4/

65,1

M12 x122

1: sealing FPM / DIN 3869-14, tightening torque 25 Nm

11

75

M12 x130

30

27

1,3

21,5

14

G 41

1: Pressure relief mechanism, No mechanical force must be exertedon the pressure relief mechanism.

12

75

M12 x130

30

27

1,3

21,5

14

G 41

13

100

27

14

4,2

354,75

3220

4232

30

20,7

11,3

1: main pressure connection G 1/8; tightening torque max. 8 Nm,thread length max: 7.5 mm, 2: for mounting screw M4; max. tighte-ning torque 2.5 Nm, 3: LEDs (display unit / switching status), 4: 4-digit alphanumeric display, 5: Programming button

15

119

34

14,5

2 3

36

1

48

36

47

85M

12x1

4 5

1: 4-digit alphanumeric display, 2: LEDs, 3: Programming button, 4:Aseptoflex sealing edge, 5: Aseptoflex thread

16

G1

25,4

119

41

34

2 348

27

1

47

85M

12x1

20°

1: 4-digit alphanumeric display, 2: LEDs, 3: Programming button

Pressure sensors

183


17

24

3

153

16,8

100

2

1

57

60,5

M12

x1

G1

1: Analogue display, 2: 4-digit alphanumeric display, 3: Programmingbutton

18

85,5

34

15

48

36

1 2

3

46,5

51M

12x1

4

1: 7-segment LED display, 2: Programming button, 3: Aseptoflex sea-ling edge, 4: Aseptoflex thread

19

36

107

34

15

M12 x1

121,

5

48

1 2

1: Aseptoflex sealing edge, 2: Aseptoflex thread

20

41 20°1

117,

3

34M12 x1

131,

5

48

27

G1

25,4


Pressure sensors


Pressure sensors

185

Increased process safety due to self-monitoring.

Integrated or separate control monitors selectable.

Modular concept –tailor-made for every application.

Optional fittings for variable connection.

Robust construction for high resistanceto shock and vibration.

Temperature sensors

The temperature sensors of ifm electronic are based on a PT100 or PT1000 resistor.The measured temperature value corresponds to a change in resistance and is con-verted into an electrical analogue signal. A microprocessor controls the evaluationof the electrical signal. The current system temperature is indicated by LEDs directlyon the control monitor.

The microprocessor and the display make process adjustment much easier. The usercan set the values for the switch points, hysteresis and measuring range by meansof programming buttons even without the system temperature being applied. Thisenables installation and setup of the system within a few minutes. The values aresafely stored in an EEPROM independent of the supply voltage.

Film technology is used for the electronic circuitry. A flexible, temperature-resistantand extremely resistant polyimide film is used as carrier of the SMD components.Together with a special potting method an extreme shock and vibration resistance isachieved.

From sensor to system

A complete temperature measurement system usually consists of severalcomponents. The temperature in a medium is detected by a sensor and is convertedinto an electrical measured signal. The mechanical design and the dimensions ofthe sensors must vary to enable use for different media and measuring points.Depending on the application ifm electronic offers a selection of robust probe sen-sors or types with connection cables. To indicate and process the measured valuethe sensor is connected to a separate control monitor. It indicates the measuredvalue on its integrated display. To complete the modular systems ifm electronicoffers compact temperature sensors with integrated control monitors. If a local tem-perature display is not required, temperature transmitters are frequently used.ifm electronic provides units with excellent response time (TA series) that eitherhave standard output signals or an integrated AS-i interface. In hygienic applicationsthe self-monitoring, calibration-free temperature transmitter TAD is an excellentchoice.

Local display of thecurrent temperature.

Imperative: tempera-ture monitoring in air

conditioning.

Temperature sensors



Compact temperature sensors 188

Control monitors for temperature sensors, IO-Link 188

Pt1000 probe sensors for standard applications 188

Temperature transmitters for standard applications 188

Probe sensors for hygienic and wet areas 189

Temperature transmitters for hygienic and wet areas 189

Accessories for temperature sensors TN / TR 189

Adapters 189 - 190

Hygienic adapters 190

Wiring diagrams 190


Temperature sensors

187

Compact temperature sensors

Type Measuringrange[°C]

Processconnection

Probe length

[mm]

Ub

[V]

Dynamic responseT05 / T09

[s]

Drawingno.

Orderno.

M12 connector · Output function normally open / closed complementary · DC PNP · Wiring diagram no. 1 · Connector groups 2, 4,5

-25...140 G¼ A 39 9.6...32 1 / 3 1 TK6130


-25...140 G¼ A 39 9.6...32 1 / 3 1 TK7130

Control monitors for temperature sensors, IO-Link


Processconnection

Display

LED

Ub

[V]

Currentconsump.

[mA]

Iload

[mA]

Drawingno.

Orderno.

M12 connector · Output function 1 x normally open / closed programmable + 1 x analogue (4...20 mA / 0...10 V, scalable) · DCPNP/NPN · Wiring diagram no. 4 · Connector groups 2, 3, 4

-40...300 G½ A Display unit 18...32 50 250 2 TR2432

Pt1000 probe sensors for standard applications


Diameter

[mm]

Probe length

[mm]

Sensorelement


[s]

Drawingno.

Orderno.

M12 connector · high-grade stainless steel · Wiring diagram no. 3

-40...150 6 260 1 x Pt 1000 1 / 3 3 TT2250

Temperature transmitters for standard applications


Processconnection

Probe length

[mm]

Ub

[V]


[s]

Drawingno.

Orderno.

M12 connector · high-grade stainless steel · DC · Connector groups 2, 4

-50...150 G¼ A 60 10...30 1 / 3 4 TA3131

0...140 G¼ A 60 10...30 1 / 3 4 TA3130

Temperature sensors


Probe sensors for hygienic and wet areas


Diameter

[mm]

Probe length

[mm]

Sensorelement


[s]

Drawingno.

Orderno.

M12 connector · high-grade stainless steel · Connector groups 2, 4

-40...150 10 110 1 x Pt 1000 1 / 3 5 TT0061

Temperature transmitters for hygienic and wet areas


Processconnection

Probe length

[mm]

Ub

[V]


[s]

Drawingno.

Orderno.

M12 connector · high-grade stainless steel · DC · Connector groups 2, 4

0...140 G½ A 87.5 10...30 1 / 3 6 TA3430

-10...150 G½ A 87.5 10...30 1 / 3 6 TA3431

Accessories for temperature sensors TN / TR




Adapters


Welding adapter · M18 x 1.5 - Ø 24 mm · Insertion depth of the probe of SID, SFD, TN: · 15 mm · Housing materials: stainless steel316L / 1.4404

E40124

Adapter · M18 x 1.5 - L18 · for mounting in T-pieces · Insertion depth of the probe of SID, SFD, TN: · 28.5 mm · Housing materials:nut: stainless steel 316Ti / 1.4571 / adapter: stainless steel 316L / 1.4404 / O-ring: FPM 16 x 1.5 gr 70° Shore A

E40104

Adapter · M18 x 1.5 - M12 x 1 · Insertion depth of the probe of SID, SFD, TN: · 13.5 mm · Housing materials: stainless steel 316L /1.4404

E40101

Temperature sensors



Adapter · M18 x 1.5 - G ¼ · Insertion depth of the probe of SID, SFD, TN: · 13.5 mm · Housing materials: stainless steel 316L /1.4404

E40099

Adapter · M18 x 1.5 - G ½ · Insertion depth of the probe of SID, SFD, TN: · 21 mm · Housing materials: stainless steel 316L / 1.4404 E40096

Hygienic adapters


Welding adapter · G ½ - Ø 45 mm · collar · Housing materials: stainless steel 316L / 1.4404 E30056

Wiring diagrams

1

4

L

L+1

2

32:4:

2

2

L

L+

4

1

3Out 1Out 2

4:2:

3

1

2

3

4

4

L+

L

1 BN

2 WH

4 BK

3 BUTR 2432

1

2

3

4

2

B

1

2

3

4

3

1

1

2

3

4

B

B

1: Two-wire sensor, 2: Three-wire sensor, 3: Four-wire sensor, B:link

Temperature sensors



1

39

M12 x127

27

96,5

25

8,2

G 41

87

2

93

34

16,5

G 21

2 3

1

30

48

60M

12x1

4

1: 4-digit alphanumeric display, 2: LEDs, 3: Programming button, 4:connection for temperature sensor

3

18,5

L

5,95

M12

x1

21,5

40

1

6,2 13,8

6

1: plug area

4

4460

8,2

M12x130

27

13,7

117,

7

13,5

G 41

5

8

L

10

M12

x1

21,5

18,5

40

1

1: plug area

6

G 21

43,8 123

8,2

10

M12

x130

27

18,3

13,7

47,5

180,5

LED

87,5

Temperature sensors

191

Online vibration diagnosis – optimumprice / performance ratio.

Decentralised monitoring of plant and equipment integrated into the machine.

Compact field units and modular control cabinet units.

Digital and analogue alarm outputs.

Standard data interface (OPC).

Diagnostic systems

efector octavis is a vibration monitor which not only detects vibration data, but alsocarries out signal analysis and machine diagnosis directly on the machine. Themachine condition is determined and is forwarded to the PLC or to SCADAsoftware. It fulfils the main requirements for modern machine monitoring: compati-bility, modularity and transferable configuration.

Compatible and modular

The compatibility with data structures such as the OPC interface makes it possibleto integrate condition data into a higher-level system. With the requirement formodularity the user can define the extent of condition monitoring to be implemen-ted – this means the complete range of diagnosis is possible right from the “firstunit”. Transferable configuration is attained with application-related parameter sets.A wizard function in the software guides the user through creating, managing andarchiving the monitoring parameters.

Trend memory

All units of the octavis family type VE / VSE feature an internal trend memory whichensures detailed analysis and optimisation of the application even without externaldata recording. The storage intervals are freely selectable. This means that thestorage length of the non volatile ring buffer is adjusted to the requirements.

The suitable system for your application:

– Standard vibration characteristic values / permanent machine protection: VSE, VE, VK, VT

– Internal trend memory / root cause analysis: VSE, VE

– Online diagnosis / early damage detection: VSE (VE partly)

– Network capability of the system: VSE (VE partly*)

– Load meter: VSE

*Profibus DP gateway

Internal trend memory(type VE / VSE) of allmonitored diagnosisfactors can be evalu-ated via PC software.

Easy vibrationmonitoring: Type VK

provides a com-bination of switching

output and trans-mitter function in

conjunction with thetried and tested

easy-turn concept.

Diagnostic systems



Vibration monitors for vibration monitoring of machines and plants to ISO 10816 type VK 194

Diagnostic electronics - control cabinet modules for vibration diagnosis type VSE 194

Connection cables VSE 194

Vibration sensors for connection to external diagnostic electronics VSE - type VSA 194


Diagnostic systems

193

Vibration monitors for vibration monitoring of machines and plants to ISO 10816 type VK


Orderno.

Vibration monitor · Connection via M12 connector · Vibration monitor to DIN ISO 10816 · Measuring range Veff: 0...25mm/s · Switching outputs: normally closed and analogue 4...20 mA · PBT / PC / FPM / stainless steel 316L / 1.4404

1 VKV021

Vibration monitor · Connection via M12 connector · Vibration monitor to DIN ISO 10816 · Measuring range Veff: 0...50mm/s · Switching outputs: normally closed and analogue 4...20 mA · PBT / PC / FPM / stainless steel 316L / 1.4404

1 VKV022

Diagnostic electronics - control cabinet modules for vibration diagnosis type VSE


Orderno.

Diagnostic electronics for vibration sensors · Ethernet interface · Switching output, Analogue output · Combiconconnection · PA

2 VSE002

Connection cables VSE



Vibration sensors for connection to external diagnostic electronics VSE - type VSA


Orderno.

Vibration sensor · for connection to external diagnostic electronics · Connector · housing: stainless steel 316L / 1.4404 3 VSA001


1

63,7

11

M12 x127

27

73,1

M81


2

103,4

35,5

25,4

100

1

LEDs

1: Ethernet interface

Diagnostic systems



3

18,5

M8

x1,2

5

M12

x117

5324

178

1

1: conical angle = 90°

Diagnostic systems

195

Manufacturer-independent standard.

Worldwide acceptance as a wiring system.

Communication from the sensor to the controller.

“Safety at Work” for safety-related applications.

Intelligent system solutions for special tasks.

Bus system AS-interface

AS-interface (AS-i = actuator sensor interface) is a manufacturer-independent stan-dard for the connection of actuators and sensors of the first field level. It is the onlywiring system accepted worldwide. With 15 million slaves installed AS-i has beentried and tested as a low-cost feeder for all common fieldbuses for many years.

The product range includes AS-i components for different areas from packagingand conveying via silo applications, machine tools, robotics and automation to thefood industry and mobile vehicles.

Safe

The sophisticated AS-i technology and the extended diagnostic possibilities providehigh reliability and machine uptime.

“Safety at Work” is the extension of the AS-interface by safety-related components.Safety components up to the highest control category 4 to EN 954-1, SIL 3 to IEC61508 and EN ISO 13849 - 1 / PL e can be connected to AS-i.

Easy

Due to the standardised system, the low wiring complexity and the quick connec-tion technology, AS-i enables simple “Plug & Play”. The reduction of terminals leadsto reduced documentation.

Data and energy are jointly transmitted via a two-wire cable. The reverse polarityprotected insulation displacement technology helps avoid errors. The modularityand the tree structure smoothly fit to the way the plant is put together.

Cost-optimised

It’s the end result that matters: Wiring complexity, documentation and set-up timesare significantly reduced. The decentralisation of the AS-i participants leads tosmaller and less expensive control cabinets. Simple diagnosis and a clear systemdesign result in high machine uptime and avoid downtimes.

With “Safety atWork” AS-i alsosolves safety-related tasks.

Reduced cost:reduced wiring com-

plexity for fasterinstallation and fewer

error sources.




AS-i repeaters 198

AS-i power supplies 198

I/O modules for control cabinets 198

Field modules IP67 198

Field modules IP69K and accessories 199

Module lower parts 199

Pneumatic and actuator solutions 199

AS-i sensors 199

Combicon connectors 199

Flat cable splitters and accessories 200

Accessories lower parts and addressing units 200



197

AS-i repeaters


Orderno.

AS-i repeater · Extension of the AS-i network by another 100 m · One additional AS-i power supply necessary · Combiconconnection · PA 6.6

– AC2225

Passive AS-i bus termination · Extension of the cable to a maximum of 200 m without additional repeater · Improvementof the signal quality · Monitoring of the supply voltage by means of LEDs

– AC1147

AS-i power supplies

Type OutputcurrentAS-i [A]

Description Draw-ingno.

Orderno.

8Power supply · AS-i power supply 115/230 V AC · Integrated data decoupling · Jumper to deactivate

the AS-i communication · 240 watts · aluminium / steel sheet galvanised1 AC1218

I/O modules for control cabinets

Type Inputs /outputs


Orderno.

4 inputsActive AS-i module · String mounting possible · Addressing socket · Version 2.1 with

extended addressing mode · Digital inputs · Combicon connection · PA2 AC2250

4 inputs / 3 outputsActive AS-i module · String mounting possible · Addressing socket · Version 2.1 withextended addressing mode · Digital inputs and outputs · Combicon connection · PA

2 AC2264

4 inputs / 4 outputsActive AS-i module · String mounting possible · Addressing socket · Version 2.1 · Digital

inputs and outputs · Combicon connection · PA2 AC2251

4 inputs / 4 outputs;bidirectional

Active AS-i module · String mounting possible · Addressing socket · External sensor supplyPELV · Version 2.1 · Digital inputs and outputs · Combicon connection · PA

2 AC2257

4 outputs 0...20 mAActive AS-i module · AS-i profile S-7.3 · 4 analogue outputs 0...20 mA · For the

connection of 2-wire actuators or 4-wire actuators with separate 24 V supply · Combiconconnector for actuator connection · PA 6.6

2 AC2218

Field modules IP67



Orderno.

4 outputsActive CompactLine module · IR addressing possible · Digital outputs · Sockets M12 x 1 ·

PA3 AC2417



Field modules IP69K and accessories



Orderno.

4 inputs / 3 outputsActive ProcessLine module · Version 2.1 with extended addressing mode · Protection

rating IP 69K · high-grade stainless steel · Digital inputs and outputs · Sockets M12 x 1 ·high-grade stainless steel / Makrolon / O-ring: EPDM

4 AC2904

Module lower parts



Orderno.

FC coupling moduleModule lower part flat cable · AS-i interface to module upper part · Quick mounting

technology for AS-i flat cable · PBT5 AC5000

FC-E coupling module withexternal power supply

FC-E coupling module · AS-i interface to module upper part · Quick mounting technologyfor AS-i flat cable · PBT

5 AC5003

FC coupling moduleModule lower part flat cable · with addressing plug · AS-i interface to module upper part ·

Quick mounting technology for AS-i flat cable · PBT6 AC5010

Pneumatic and actuator solutions



Orderno.

2 inputs / 1 output NO/NCselectable (monostable)

AS-i AirBox · Connection to the pneumatic system by tube fittings · 1 x 2 or 2 x 1 digitalinputs · 1 pneumatic output (NO/NC selectable) · Sockets M12 x 1 · housing: PBT / Metal

parts: stainless steel / sealing: Viton7 AC2057

AS-i sensors


Orderno.

Inductive sensor · IIK2022-ASI/M/US · M30 x 1.5 · Sensing range 22 mm · gold-plated contacts · Connector · V4A / activeface: LCP uncoloured

8 IIC221

Inductive sensor · IMC2015-ASI/US · Sensing range 15 mm · Sensing face in 5 positions selectable · Connector · PBT / PPE 9 IM5118

Combicon connectors


Combicon connector · with screw terminals 4-pole · Housing materials: current carrying parts: copper alloy tin-plated · Pack quantity:100

E70231


199You can find wiring diagrams and scale drawings from page 200

Flat cable splitters and accessories


FC insulation displacement connector · Socket M12 - AS-i flat cable · Housing materials: PA 6-GF-FR / brass nickel-plated AC5005

Accessories lower parts and addressing units


AS-i flat cable · reverse polarity protection due to special shape · for use in isolation displacement connector technology for FC lowerparts and compact modules

AC4000

AS-i flat cable · reverse polarity protection due to special shape · for use in isolation displacement connector technology for FC lowerparts and compact modules

AC4002


1

4

10796

91

124

131

Jumper

LED

2

105

35,5

25

114

LEDs

1

1: Addressing socket

3

2327

54,

5

M12x1

1 2

43

4,7

107

118,

2

28,539

7,5

60

4

M12

x1

43,6

80137,3

M12 x1 LED




5

80

206

35

66

31

9,65,3

45

7 7

77

6

80

206

35

66

31

9,65,3

45

7 7

77

1

1: Addressing socket

7

M12 x1

45

LED8 mm

4 mm

5

50 52

80

8

49

28

M30

x1,5

5

47

60

M12

x1

LED 4 x 90°

15

36

9

40

66

40

54

M12

x130

30 2

2

1

46

46

5,5

5,5

29,5

1: LED yellow, 2: LED green


201

Controllers, I/O modules, displaysand sensors for mobile applications.

Compact and extremely robust design.

Extensive range of accessories forinstallation and diagnostics.

CAN interface with CANopen protocol.

e1 type approval of the GermanFederal Office for Motor Traffic.

Control technology for mobile applications

Life today cannot be imagined without electronics in modern motor vehicles andmobile machines. Many necessary and convenient functions could not beimplemented without electronic support. In contrast to electronics in consumergoods and “normal” industrial applications such as packaging machines and con-veyors the requirements for components for mobile applications are much higher.

Electronic requirements

The components need to be carefully selected, mainly because of the extrememechanical stress caused by impacts and shocks and the use at extreme operatingtemperatures. The direct influence of dirt, humidity and water often cannot beexcluded in field applications. Therefore a high protection rating and a specialselection of the materials are required for the devices.

In addition to mechanical and environmental influences, electrical interferenceaffecting the whole system as well as individual devices, have to be taken intoaccount. A wide supply voltage range and well-adapted protective measures ensuresafe operation of the devices even in case of large voltage fluctuations by thebattery / generator system. Strong conducted or radiated interference must notinfluence the function either.

For device networking the CAN bus has become the successful standard in the lastfew years. Whereas for the high volume production of passenger cars special,optimised and well-adapted protocols are used, the CANopen protocol has becomeindispensable in mobile machines. Manufacturer and industry-specific protocols,such as diagnostic engine data according to SAE J 1939, can be coupled to themachine process via gateways.

Extreme shock andvibration: Reliablefunction of the sensi-tive electronics mustbe guaranteed underharsh operatingconditions as well.

Especially whenseveral machine parts

are interconnectedCAN offers decisive

advantages.

Control systemsfor mobile vehicles



16-bit ClassicController for field applications 204

PDM360 with 5.7“ display 204

Inclination sensors for mobile applications 204

Electronic pressure sensors for mobile applications 204 - 205

Converters and PWM modules 205

Connection technology for control systems 206

Accessories for M12 modules and displays 206

Wiring diagrams 206



203

16-bit ClassicController for field applications



Orderno.

24ClassicController · Programmable mobile controller type R 360 · 2 nd CAN interface for

gateway function according to SAE J 1939 · Programming according to IEC 61131-3 · 24inputs/outputs · 10...32 V DC

1 CR0505

40ClassicController · Programmable mobile controller type R 360 · 2 nd CAN interface for

gateway function according to SAE J 1939 · Programming according to IEC 61131-3 · 40inputs/outputs · 10...32 V DC

1 CR0020

PDM360 with 5.7“ display

Type Displayresolution

[pixels]

Displaytype

Displayillumination


Orderno.

320 x 240 TFT colour LED

Process and dialogue module PDM360 · Progr. graphic displayfor controlling, parameter-setting and operation of mobilemachines and plants · 5.7“ colour display · 6 freely progr.

backlit function keys · Encoder with pushbutton · 10...32 V DC

2 CR1051

Inclination sensors for mobile applications


Orderno.

Tilt sensor · free from mercury · semi-conductor output · 10...30 V DC 3 EC2061

Electronic pressure sensors for mobile applications


Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

M12 connector · Output function 4...20 mA analogue · Wiring diagram no. 1 · Connector groups 2, 4

G¼ I – 0...400 600 1000 9.6...32 4 PA3020

G¼ I – 0...250 400 850 9.6...32 4 PA3021

G¼ I – 0...100 300 650 9.6...32 5 PA3022

G¼ I – 0...25 150 350 9.6...32 5 PA3023

G¼ I – 0...10 75 150 9.6...32 5 PA3024




Display

LED

Measuringrange[bar]

Poverload

max. [bar]

Pbursting

min. [bar]

UbDC[V]

Draw-ingno.

Orderno.

M12 connector · Output function 0...10 V analogue · Wiring diagram no. 2 · Connector groups 2, 4

G¼ I – 0...250 400 850 16...32 5 PA9021

G¼ I – 0...10 75 150 16...32 5 PA9024

M12 connector · Output function 4...20 mA analogue · Wiring diagram no. 1

G¼ A – 0...400 600 1600 8.5...36 6 PT3550

G¼ A – 0...250 400 1000 8.5...36 6 PT3551

G¼ A – 0...100 200 1000 8.5...36 6 PT3552

G¼ A – 0...25 60 600 8.5...36 6 PT3553

G¼ A – 0...10 25 300 8.5...36 6 PT3554

M12 connector · Output function 0...10 V analogue · Wiring diagram no. 2

G¼ A – 0...400 600 1600 16...36 6 PT9550

G¼ A – 0...250 400 1000 16...36 6 PT9551

G¼ A – 0...100 200 1000 16...36 6 PT9552

G¼ A – 0...25 60 600 16...36 6 PT9553

G¼ A – 0...10 25 300 16...36 6 PT9554

Converters and PWM modules


Orderno.

PWM / analogue module 7 CR3004



Connection technology for control systems



Cable with connector · AMP 55-pole · wired · Cable length 2.5 m · Core cross-section 1 mm2 EC2046

Connector AMP 55-pole · wirable · with contacts (AMP Junior Timer) EC2013

Accessories for M12 modules and displays


Fixing set · e.g. for process and dialogue monitors PDM360, PDM360 compact or PDM360 smart · for control cabinet mounting ·consisting of: · 4 mounting brackets, 4 cylinder screws

EC1453

Wiring diagrams

1

L+

L

1

2

2

L+

L

1

3

2




1

153

43 LED

225

205,5

2680

1526

45°

2

189

165

6381

7

3

6,2

81

20

2,75

5,25

8,25

12,75

4

75

M12 x130

30

27

1,3

21,5

14

G 41

1: Pressure relief mechanism, No mechanical force must be exertedon the pressure relief mechanism.

5

75

M12 x130

30

27

1,3

21,5

14

G 41

6

22

1

51,2

12

G1 4/

65,1

M12 x122

1: sealing FPM / DIN 3869-14, tightening torque 25 Nm

7

42,5

54

3424,5

3,2

15


207

International approval package andwide-range input for worldwide use.

Partly adjustable output voltage.

Power reserves to cover temporary overload or supply failure.

Output short-circuit, overload, andno-load protected.

State signalled via DC-ok output.

Power supplies

Transformer power supplies provide a low voltage, normally 24 V DC. A transformeraccording to DIN 0551 ensures a safe electrical separation from mains voltage andlow voltage. The output voltage can be regulated (± 5 %) or smoothed by means ofcapacitors. The different designs and output powers allow adaptation to diverseoperating conditions.

Switched-mode power supplies

Primary switched-mode power supplies are a compact and economical solution tosupply sensors and actuators. As opposed to conventional transformer powersupplies with regulated output voltage primary switched-mode power supplies needno heavy transformers so that there are fewer iron and copper losses. They aretherefore distinguished by a very high degree of efficiency of up to 92 %. Due tothe operating principle by means of high frequency transformers switched-modepower supplies are much smaller and lighter than transformer power supplies withidentical power. Nevertheless they guarantee an electrical separation. Furthermore,they offer a wide input voltage range as standard, e.g. 340 to 576 V AC. Thismakes them fit for worldwide use.

ifm switched-mode power supplies have a regulated output voltage of typ. 24 V DCwith a tolerance of ± 2 %. Apart from few exceptions the output voltage can be setbetween 24 V and 28 V to compensate for example for a voltage drop on longcables. Between no load and full load they ensure a stable supply voltage and thusoperational reliability in case of supply voltage fluctuations.

Power reserves

Mains fluctuations up to ± 15 % and mains interference are compensated for. Evenmains voltage dips of a few milliseconds are compensated for, the output voltage iscompletely maintained. An active inrushcurrent limitation reduces the inrush current via a fixed resistor which is bridgedafter start up.

The outputs are protected against short circuits and overload.

Suitable for theapplication: ifmprovides powersupplies in differentpower classes.

Power supplies



Standard switched-mode power supplies, single phase, discontinued types 210

Standard switched-mode power supplies, single phase 210

Standard switched-mode power supplies, three phases 210

AS-i switched-mode power supplies, single phase, SilverLine 210


Power supplies

209

Standard switched-mode power supplies, single phase, discontinued types

Type Current

[A]

Output voltage

[V]

Nominal voltage

[V]

Mainsbuffering time

[ms]

Efficiencytyp.

[%]

Draw-ingno.

Orderno.

5 24 DC (+5% / -1%) 115 / 230 AC > 37 90 1 DN2012

Standard switched-mode power supplies, single phase

Type Current

[A]

Output voltage

[V]

Nominal voltage

[V]

Mainsbuffering time

[ms]

Efficiencytyp.

[%]

Draw-ingno.

Orderno.

10 24...28 DC (±2%) 115 / 230 AC > 20 90 2 DN2013

Standard switched-mode power supplies, three phases

Type Current

[A]

Output voltage

[V]

Nominal voltage

[V]

Mainsbuffering time

[ms]

Efficiencytyp.

[%]

Draw-ingno.

Orderno.

5 24...28 DC (±2%) 3 x 400...500 AC > 16 89 3 DN2032

10 24...28 DC (±2%) 3 x 400...500 AC > 24 90 4 DN2033

AS-i switched-mode power supplies, single phase, SilverLine

Type Current

[A]

Output voltage

[V]

Nominal voltage

[V]

Mainsbuffering time

[ms]

Efficiencytyp.

[%]

Draw-ingno.

Orderno.

8 29.5...31.6 DC 115 / 230 AC > 10 92 5 AC1218

Power supplies



1

124

64

LED 131

89

4

107

2

89

4

107

124

120

131

LED

3

124

73

LED

131

4 122

103

4

4

121110

90

124

131

3

2

1

6

5

4

1: LED red, 2: reset push button, 3: jumper „overload performance“,4: jumper „single/parallel operation“, 5: with pot., 6: LED green

5

4

10796

91

124

131

Jumper

LED

Power supplies

211

Complete product range: sockets, plugs, jumper cables, splitter boxes.

Various cable materials for different applications.

High-quality materials for maximum reliability.

“ecolink” series with innovative quality features.

Integrated LEDs for easy diagnosis.

Connection technology

With a wide variety of different sensor designs ifm electronic offers a wide range ofhigh quality connectors. The choice of types covers common M8, M12, M18 typesthrough to valve plugs. The “ecolink” connectors (order no. EVxxxx) offer addi-tional quality features.

ecolink - a new dimension in connection technology

Due to the special installation of a mechanical end stop the O-ring is alwayscorrectly compressed and so permanently maintains its sealing function. The con-nector remains securely positioned on the unit even in case of extreme vibrationand impacts. Novel design and a transparent black housing ensure that even inbright lighting conditions the LEDs are more clearly visible than with the cleartransparent versions.

For industrial applications:

High-quality materials suited to the requirements in industrial environments. Largelyresistant to oils, greases and coolants.

For hygienic and wet areas:

PVC housing and cable, gold-plated contacts and high-grade stainless steel nuts arethe optimum choice for long life.

For hazardous areas

Connection technology for ATEX categories 2D, 3D and 3G. With the EC typeexamination certificate for components from DEKRA EXAM the connection tech-nology meets the strictest requirements.

For welding applications

Halogen-free PUR cables prevent burning-in of weld spatter; teflon-coated couplingnuts prevent weld spatter sticking. The cables are also suited for drag chains andtorsional movements.

For sensors in robust applications:

The saw tooth contoured vibration protection secures against strong shocks andvibrations. The high protection rating, wide temperature range and high-qualityhousing materials (high-grade stainless steel, TPU) ensure permanent safe con-nection in harsh environments.

Black, transparenthousing for optimumLED visibility.

Maximum operationalreliability due to the

new vibration protec-tion with end stop.




M8 sockets for industrial applications 214

M12 sockets for industrial applications 214 - 215

M18 sockets for industrial applications 215

1/2“ sockets for industrial applications 215

DIN sockets for industrial applications 216

M12 cable plugs for industrial applications 216

Connectors for hygienic and wet areas 216

Connectors for hazardous areas 217

Wiring diagrams 217



213

M8 sockets for industrial applications

Type Cable Wirespecification

Materialhousing/

nut

U

[V]

Ta

[°C]

Pro-tection

LEDs Draw-ingno.

Orderno.

Group 1 · Socket M8, 4-pole, 4-wire · Wiring diagram no. 1

2 m blackPUR cable 4 x 0.25 mm2, Ø 3.7 mm

TPU /brass

50 AC60 DC

-25...90IP67 / IP68 /

IP69K– 1 EVC150


TPU /brass

50 AC60 DC

-25...90IP67 / IP68 /

IP69K– 1 EVC151



Materialhousing/

nut

U

[V]

Ta

[°C]

Pro-tection

LEDs Draw-ingno.

Orderno.

Group 2 · Socket M12, 4-pole · Wiring diagram no. 2

wirable ...0.75 mm2 (Ø 4...6 mm)PA /brass

250 AC/DC -25...85 IP68 – 2 E11509


250 AC/DC -25...85 IP68 – 3 E11508

Group 3 · Socket M12, 4-pole, LED, PNP · Wiring diagram no. 3

wirable ...0.75 mm2 (Ø 4...6 mm) PA 10...30 DC -40...85 IP67green /yellow

3 E10136

Group 4 · Socket M12, 5/4-pole, 4-wire · Wiring diagram no. 1


TPU /brass

250 AC300 DC

-25...90IP67 / IP68 /

IP69K– 4 EVC004


TPU /brass

250 AC300 DC

-25...90IP67 / IP68 /

IP69K– 4 EVC005


TPU /brass

250 AC300 DC

-25...90IP67 / IP68 /

IP69K– 4 EVC006


TPU /brass

250 AC300 DC

-25...90IP67 / IP68 /

IP69K– 5 EVC001


TPU /brass

250 AC300 DC

-25...90IP67 / IP68 /

IP69K– 5 EVC002




Materialhousing/

nut

U

[V]

Ta

[°C]

Pro-tection

LEDs Draw-ingno.

Orderno.



TPU /brass

250 AC300 DC

-25...90IP67 / IP68 /

IP69K– 5 EVC003

Group 5 · Socket M12, 5/4-pole, 4-wire, LED, PNP · Wiring diagram no. 4


TPU /brass

10...36 DC -25...90IP67 / IP68 /

IP69Kgreen /

2 x yellow6 EVC007


TPU /brass

10...36 DC -25...90IP67 / IP68 /

IP69Kgreen /

2 x yellow6 EVC008


TPU /brass

10...36 DC -25...90IP67 / IP68 /

IP69Kgreen /

2 x yellow6 EVC009



TPU /brass

30 AC36 DC

-25...90IP67 / IP68 /

IP69K– 4 EVC074



Materialhousing/

nut

U

[V]

Ta

[°C]

Pro-tection

LEDs Draw-ingno.

Orderno.

Group 7 · Socket M18, 4-pole · Wiring diagram no. 2

wirable ...0.75 mm2 (Ø 6...8 mm) PA20...250AC/DC

-40...85 IP65 – 7 E10013

1/2“ sockets for industrial applications


Materialhousing/

nut

U

[V]

Ta

[°C]

Pro-tection

LEDs Draw-ingno.

Orderno.

Group 8 · socket 1/2“, 2-pole + PE, 3-wire · Wiring diagram no. 6

5 m yellowPVC cable

3 x AWG22, Ø 5.2 mmTPU /brass

250 AC300 DC

-25...90 IP67 – 8 E10191

Group 9 · socket 1/2“, 5-pole, 4-wire · Wiring diagram no. 7


TPU /brass

300 AC -25...90 IP67 – 9 E11248



DIN sockets for industrial applications


Materialhousing/

nut

U

[V]

Ta

[°C]

Pro-tection

LEDs Draw-ingno.

Orderno.

Group 10 · socket DIN A (DIN EN 175301-803) · Wiring diagram no. 8

wirable ...1.5 mm2 (Ø 6...8 mm) PA... 250 AC...300 DC

-40...125 IP65 – 10 E10058

M12 cable plugs for industrial applications


Materialhousing/

nut

U

[V]

Ta

[°C]

Pro-tection

LEDs Draw-ingno.

Orderno.

Group 11 · Plug M12, 4-pole · Wiring diagram no. 9


250 AC/DC -25...85 IP68 – 11 E11505


250 AC/DC -25...85 IP68 – 12 E11504

Connectors for hygienic and wet areas


Materialhousing/

nut

U

[V]

Ta

[°C]

Pro-tection

LEDs Draw-ingno.

Orderno.


2 m orangePVC cable 4 x 0.34 mm2, Ø 4.9 mm

PVC /stainless steel316L / 1.4404

250 AC300 DC

-25...100IP67 / IP68 /

IP69K– 13 EVT067



250 AC300 DC

-25...100IP67 / IP68 /

IP69K– 13 EVT004



250 AC300 DC

-25...100IP67 / IP68 /

IP69K– 13 EVT005



250 AC300 DC

-25...100IP67 / IP68 /

IP69K– 14 EVT001



250 AC300 DC

-25...100IP67 / IP68 /

IP69K– 14 EVT002



Connectors for hazardous areas


Materialhousing/

nut

U

[V]

Ta

[°C]

Pro-tection

LEDs Draw-ingno.

Orderno.


2 m bluePUR cable 5 x 0.34 mm2, Ø 4.9 mm

TPU /brass

...30 DC -25...90IP67 / IP68 /

IP69K– 4 ENC10A

Core colours

BK black

BN brown

BU blue

WH white

GY grey

Wiring diagrams

1

1

2

3

4

BN

WH

BU

BK

2

1

2

3

4

3

L+

L

out

out

1

3

4

YE GN

2

4

out

out

L+

L

1

3

4

YE GN

BN

BU

BK

2 WH

YE

5

1

2

3

4

5

BN

WH

BU

BK

GY

6

1

2

3

GN

RD/BK

RD/WH

7

8

1

2

3

9

1

2

3

4


1

9

10 31

M8x1

4

3

2

1

2

35

18

20

M12 x1

30

3

1 2

4

3

18

M12 x1

46

3

1 2

4

4

15,5

M12x1 36,5

26,5

14 3

1 2

4

5


217


5

15,5

M12x1 45

14

3

1 2

4

5

6

15,5

M12x1 36,5

26,5

143 LED 3

1 2

4

5

7

25

M18 x1

36

21

43

21

3

1 4

2

8

42

10,5

15

G 21

3

1

2

9

27

10,5

15

39

"-20UNF21 32

5 1

4

10

2918

42

M322

282

21

3

11

42

18

15

20

M12 x1

31

43

2 1

12

5220

M12 x1

43

2 1

13

15,5

M12x1 36,5

26,5

14 3

1 2

4

5

14

15,5

45

14

M12 x1

3

1 2

4

5




219

Argentinaifm electronic s.r.l.Manuela Sáenz 3235º piso, oficina 3C1107BPA – Puerto MaderoBuenos Aires, ArgentinaTel. (011) 5353-3436Fax (011) 5353-3436Interior [email protected]/ar

Australiaifm efector pty ltd.P.O. Box 4084Suite 3, 745 Springvale RoadMulgrave VIC 3170Tel. 1300 365 088Fax 1300 365 [email protected]

Austriaifm electronic gmbhWienerbergstraße 41Gebäude E1120 ViennaTel. +43 / 1 / 617 45 00Fax +43 / 1 / 617 45 00 [email protected]/at

BangladeshSensotec AutomationRed Crescent Chamber87, Motijheel CommercialAreaDhaka 1000BangladeshTel. +880 171 546 [email protected]

BelarusDEPOSIT INVESTJoint-Stock CompanyBlock 2, 27 Zheleznodorovhnaya street220089 MinskRepublic of BelarusTel. +375-17-270 75 06Fax +375-17-270 75 [email protected]

Belgium andLuxembourgifm electronic n.v./s.a.Zuiderlaan 911731 ZellikTel. +32 2 481 0220Fax +32 2 463 [email protected]/be

BoliviaBAVARIA S.R.L.Álvaro Baptista VargasZona Morocollo, Urb. Santos PariamoC. Mario Diaz de medina (26-A), Nr. 32La Paz - BoliviaTel.: 00-591-2-277 13 78Mobile: 00-591-720-47 [email protected]

Brazilifm electronic Ltda.Rua Eleonora Cintra, 140Jardim Analia Franco03337-000 Sāo Paulo/SPTel. +55-11-2672-1730Fax [email protected]/br

Bulgariaifm electronic eoodul. Slatinska Nr. 92 A, ap. 2/31574 SOFIATel. +359 2 807 59 69Fax +359 2 807 59 [email protected]

Canadaifm efector Canada Inc. 700 Dorval Drive/CorporateCentreOakville; L6K3V3 OntarioTel. +1-800-441-8246 Fax [email protected]

ChileElectronica IndustrialSchädler y Cia. Ltda.Av. Antonio Varas 1871Providencia6641545 SantiagoTel. +56 / 2 / 274 74 30Fax +56 / 2 / 204 93 [email protected]

Chinaifm electronic (Shanghai) Co., LtdBuilding 15, No 912Bi Bo Road, Pu Dong DistrictShanghai 201210, ChinaTel. +86-21-50278559 Fax +86-21-50278669Fax [email protected] www.ifm.com/cnifm electronic (HK) LtdUnit 2106, 21/F, Tower 2, MetroplazaNo. 223 Hing Fong Road, Kwai Chung, N.T., Hong Kong.Tel. +852 3528-0462Fax +852 [email protected]/hkifm electronic (Taiwan) Limited2C, Bao-Cheng Enterprise Tower,No. 6 Mincyuan Second Road,Cianjhen District, Kaohsiung City,Postal Code 806, Taiwan, R.O.C.Tel. +886-7-335-7778Fax [email protected]/tw

ColumbiaSENSOMATIC Y CIA LTDA.CALLE 1 C 25a - 50BOGOTA D.C. COLOMBIATel. +57 313 430 2264Tel. +57 1 407 96 [email protected]

Croatiaifm electronic gmbhWienerbergstr. 41Gebäude EA-1120 WienTel. +43 / 1 / 617 45 00Fax +43 / 1 / 617 45 00 [email protected]/hr

Czech Republicifm electronic spol.s.r.o.U Křížku 571252 43 PragueTel. +420 / 2 / 67 990 211 Fax +420 / 2 / 67 750 180 [email protected]/cz

Denmarkifm electronic a/sRingager 4A, 1.sal tv.2605 BrøndbyTel. +45 70 20 11 08Fax +45 70 20 11 [email protected]/dk

Dominican RepublicWECH AUTOCONTROLES S. A.Ave. Romulo Betancourt 2158 Edificio WechUrb. RenacimientoSanto DomingoDominican RepublicTel.: + 1 809-531-0550Fax: + 1 [email protected]

EcuadorINSELEC CIA. LTDA.Av. de los AruposE1-202 y Pan. Norte- Km 5 ½QuitoTel. +593 2 28074- 76 - 78Fax +593 2 [email protected]

EgyptEgyptian Establishment forElectromechanical SuppliesMr. Ahmed Gouda27 Al-Salam StreetAl Arezona, Al Haram RoadGiza 12111, CairoTel. +20 / 2 / 586 49 49Fax +20 / 2 / 586 49 49Mobile +20 10 10 61 [email protected]

EstoniaPesmel Estonia LTDSegu 476505 SaueEstoniaTel.: +372 674 73 30 Fax: +372 674 73 [email protected]

Finlandifm electronic oyVaakatie 5 00440 Helsinki Tel. +358 / 9 / 751 777 00 Fax +358 / 9 / 751 777 10 [email protected]/fi

Franceifm electronicSiège :Savoie Technolac BP22673374 Le Bourget du LacAgence commerciale :Immeuble Uranus1-3 rue Jean Richepin93192 NOISY LE GRANDCEDEXTél: 0820 22 30 01Fax: 0820 22 22 [email protected]/fr

Germanyifm electronic gmbhFriedrichstr. 145128 EssenTel. +49 201 24 22 0Fax +49 201 24 22 12 [email protected]/de

Greeceifm electronic monoprosopi E.P.E.27, Andrea Papandreou Street15125 AmaroussiGreeceTel. +30 210 61 800 90Fax +30 210 61 994 [email protected]/gr

HondurasR y D INDUSTRIALBo. Paz Barahona11 Ave. 14 y 15 CalleS.O. #142San Pedro SulaTel. +504 5503703Fax +504 [email protected]

Hungaryifm electronic kft.Szent Imre út 59. I.em.H-9028 GyőrTel. +36-96 / 518-397Fax +36-96 / [email protected]/hu

Indiaifm electronic India Pvt. Ltd.Plot No. P-39/1MIDC Gokul ShirgaonKolhapur – 416234Maharashtra State, IndiaTel. +91 / 231 / 267 27 70Fax +91 / 231 / 267 23 [email protected]/in

IndonesiaPT Indoserako SejahteraJl. P. Jayakarta 121 No. 5910730 Jakarta PusatTel. +62 / 21 6 24 8923Fax +62 / 21 6 24 [email protected]

Irelandifm electronic (Ireland) Ltd.No. 7, The CourtyardKilcarbery Business ParkNew Nangor RoadClondalkinDublin 22Tel. +353 / 1 / 413 60 66Fax +353 / 1 / 457 38 [email protected]/ie

IsraelAstragal Ltd.3, Hashikma Str.Azur 58001P.O. Box 99Azur 58190Tel. +972 / 3 / 5 59 16 60Fax +972 / 3 / 5 59 23 [email protected]

Italyifm electronicCentro Direzionale ColleoniPalazzo Andromeda 2Via Paracelo n° 1820041 Agrate Brianza (Milano)Tel. +39 / 039 68 99 982Fax +39 / 039 68 99 [email protected]/it

Japanefector co. ltd.Chiba Higashi Techno Green Park2-9-20 OkayamadaiTogane-shi, Chiba 283-0826Tel. +81 / 475 50 3003Fax +81 / 475 50 [email protected]/jp

JordanAl Mashreqan Trading SuppliesP.O.Box.85105411185 SwaifiehAmman - Jordan.Tel. +962 6 581 8841Fax +962 6 581 [email protected]

ifm – worldwideaddresses


Koreaifm electronic Ltd.2F Hyundai Liberty House #201Hannam-Dong 258,Yongsan-Gu,Seoul, KoreaTel. +82 2-790-5610Fax +82 [email protected]/kr

LatviaEC SystemsKatlakalna Str. 4A1073 RigaLatviaTel.: +371 724 1231Fax: +371 724 [email protected]

LebanonMiddle East DevelopmentCo. SAL (MEDEVCO)Medevco Building Jeita Main Road Jeita - Kesrouan LebanonMail address :P.O.Box 67 Jounieh LebanonTel. +961-9-233550 Fax +961-9-233554 [email protected]

LithuaniaElinta UABTerminalo g. 3, Biruliškių k.,Karmėlavos sen.LT-54469 Kauno raj. (Kauno LEZ)LithuaniaTel.: +370 37 351 999Fax: +370 37 452 [email protected]

Malaysiaifm electronic Pte. LtdMalaysian Branch OfficeNo. 2-4-2, Fourth FloorTower 2 @ PFCC, Jalan Puteri 1/2,Bandar Puteri Puchong,47100 Puchong, Selangor.Tel. +60 / 3 / 8063 9522Fax +60 / 3 / 8063 [email protected] electronicAsia Regional OfficeNo. 21, Jalan Kemunting,Taman Kebun The80250 Johor BahruJohor, West MalaysiaTel. +60 / 7 / 332 5022Fax +60 / 7 / 332 [email protected]

Mexicoifm efector S. de R.L. de C.V.Anillo Periférico, 1816-1Col. Hacienda San JerónimoMonterrey, N.L.Mexico 64630Tel. +52-81-8040-3535Fax +52-81-8040-2343www.ifmefector.mx

Netherlandsifm electronic b.v.Deventerweg 1 E3843 GA HarderwijkTel. +31 / 341 438 438Fax +31 / 341 438 [email protected]/nl

New Zealandifm efector pty ltd.Unit B, 20 Cain RoadPenrose, AucklandTel. +64 / 95 79 69 91Fax +64 / 95 79 92 [email protected]/nz

NigeriaAutomated Process Ltd3rd Floor, 32 Lagos AbeokutaExpresswayNear Cement Bus StopDopemu, AgegeLagos State, NigeriaTel. + 234 / 01 / 4729 967Fax + 234 /01 / 4925 [email protected]

NorwaySiv.Ing. J.F.Knudtzen ASBillingstadsletta 971396 BillingstadPostboks 1601378 NesbruTel. +47 / 66 98 33 50Fax +47 / 66 98 09 [email protected]

OmanTechnical Engineering Company LLC.P.O. Box 59 Madinat Al Sultan QaboosPostal Code 115 Sultanate of OmanTel. +968 24503593Fax +968 [email protected]

PakistanAB AutomationShop No.2. Rubab ChamberM.A. Jinnah RoadOff Sarai RoadKarachiTel. +92 / 21 / 2412 278Fax +92 / 21 / 2422 [email protected]

Perudekatec s.a.c.Los Calderos 188Urb. Vulcano, AteLima / PeruTel. +511 / 348 0293Tel. +511 / 348 0458Tel. +511 / 348 2269Fax +511 / 349 [email protected]

PhilippinesGram Industrial, Inc.Unit 402 & 410 CommonGoal TowerFinance cor., Industry St.,Madrigal Business Park AyalaAlabangMuntinlupa City 1770Telephone: 632-8502218/8508496Fax: 632-8077173 / [email protected]

Polandifm electronic Sp.z o.o.ul. Kosciuszki 175PL 40-524 KatowiceTel. +48 / 32 / 60 87 454Fax +48 / 32 / 60 87 [email protected]/pl

Portugalifm electronic –Sucursal em PortugalAvenida da Republica 25034430-208 Vila Nova de GaiaTel. +351 / 22 / 37 17 108Fax +351 / 22 / 37 17 [email protected]/pt

Romaniaifm electronic s.r.l.Str. Cristian Nr. 5550073 SibiuTel.: 0040 269 224550Fax: 0040 269 [email protected]

Russiaifm electronicIbragimova, 31, k.50office 607105318 MoscowTel.: +7 (495) 921-44-14Fax: +7 (495) [email protected]/ru

Saudi ArabiaNoor Al-Shomoe for Electric & MaintenanceKing Khalid Street, Cross 5P.O. Box 2571Al-Khobar 31952Kingdom of Saudi ArabiaTel. +9 663 864 49 58Fax +9 663 894 63 [email protected]

Singaporeifm electronic Pte. Ltd.25, Intern. Business Park#03-104 German Center609 916 SingaporeTel. +65 / 6 / 5 62 86 61Fax +65 / 6 / 5 62 86 [email protected]/sg

Slovakiaifm electronic spol. s.r.o.Rybnicna 40831 06 BratislavaTel. +421 / 2 / 44 87 23 29Fax +421 / 2 / 44 64 60 [email protected]/sk

South Africaifm electronic (pty) LtdShorrok HouseRoute 21 Corporate ParkNellmapius Drive, Irene Ext. 30, Centurion 0157, Pretoria Postnet Suite 279Private bag X8Elardus Park0047Tel. +27 (0) 861 IFM RSA /436 772Fax +27(0)12 450 [email protected]/za

Spainifm electronic s.l.Edificio Prima Muntadas AParc Mas BlauC/Berguedà 108820 El Prat de LlobregatTel. +34 / 93 / 479 30 80Fax +34 / 93 / 479 30 [email protected]/es

Swedenifm electronic abHallavägen 10 512 60 Överlida Office Gothenburg:Drakegatan 641250 GothenburgTel. +46 / 325 / 66 15 00 Tel. +46 / 325 / 66 15 50Fax +46 / 325 / 66 15 [email protected]/se

Switzerlandifm electronic agAltgraben 274624 HärkingenTel. +41 / 62 / 388 80 30Fax +41 / 62 / 388 80 [email protected]/ch

SyriaI.E.C. Industrial Engineering CenterP.O. Box 15 Sehnaya, DamascusSyriaTel. + 963 11 532 13 19Fax. + 963 11 442 12 [email protected]

ThailandSang Chai Meter Co., Ltd.694/16-19 Phaholyothin RoadSamsen Nai, Phayathai Bangkok 10400 Tel. +66 / 2 / 616 8051Fax +66 / 2 / 616 [email protected]

Turkeyifm electronic Elektrikli veElektronik Aletlerİth.İhr.Paz.Tic.Ltd.Şti. Merkez Mah. Nadide Sok. Anıttepe Sitesi No:28 34381 Şişli / İstanbulTel. +90 / 212 / 210 5080Fax +90 / 212 / 221 [email protected]/tr

Ukrainaifm electronicMariny Raskovoj 1102660 KievUkraineTel. +380 44 501 8543Fax +380 44 501 [email protected]/ua

United Arab EmiratesNoor Al-Shomoe Electrical Equipments Est.P.O.Box. 64052Unit no. 36Reef Real EstateJebel Ali Industrial Area no. 3DubaiUnited Arab Emirates.Tel. +971 4 880 3838Fax +971 4 880 3883Mobile +971 [email protected] Arab Emirates –Abu DhabiAl Injazat Technical Trading ServicesP.O. Box 42895Abu DhabiUnited Arab EmiratesTel. +971 2 622 6030Fax +971 2 622 [email protected]

United Kingdomifm electronic Ltd.efector HouseKingsway Business ParkOldfield RoadHamptonMiddlesex TW12 2HDTel. +44 / 20 / 8213 0000Fax +44 / 20 / 8213 [email protected]/uk

USAefector inc.805 Springdale Drive Exton, PA 19341 Tel. +1 / 610 524 2000 Fax +1 / 610 524 [email protected]

VenezuelaPetrobornas, C.A.Calle Pricipal, Centro Comercial Astur, Nivel PB, Local 05, Sector Matanzas, UD-321,Puerto Ordaz - Estado BolivarVenezuela Tel. +58 286-994 3406Tel. +58 286-718 1123 Fax +58 286-994 3406Fax +58 286-994 [email protected]

VietnamThien Viet Electrical Serviceand Trading Co., Ltd.784 Dien Bien Phu Str.Ward 11, Dist. 10Ho-Chi-Minh-City, Viet NamTel. +84 / 8 / 830 9916 Fax +84 / 8 / 830 [email protected]

ifm – worldwideaddresses

221

www.ifm.com

ifm-product-catalogue-2011.pdf

Documents

american supervisory

increased

fc lower parts

radial axially

find wiring

threaded insert

guided wave

diffuse reflection