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www.ifm-electronic.com fluid sensors and diagnostic systems bus, identification and control systems position sensors and object recognition 2007

AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

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Page 1: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

ww

w.if

m-e

lect

ron

ic.c

om

fluid sensorsand diagnostic

systems

bus,identification

and control systems

positionsensors

and objectrecognition

2007

Page 2: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

ifm - the company 4 - 5

General information 6 - 7

List of articles 8 - 11

Inductive sensors 12 - 27

Capacitive sensors 28 - 31

Magnetic sensors 32 - 35

Photoelectric sensors infrared / redlight 38 - 47

Photoelectric sensors laser 48 - 51

Photoelectric sensors fibre optics 52 - 57

Photoelectric sensors specific systems 58 - 61

Encoders 62 - 65

Evaluation systems 66 - 69

Level sensors 70 - 75

Flow sensors 76 - 81

Pressure sensors 82 - 87

Temperature sensors 88 - 93

Diagnostic systems 94 - 95

Bus systems 96 - 105

Power supplies 106 - 109

Connection technology 110 - 117

Visit our website: www.ifm-electronic.com

Page 3: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

A sign ofinnovation.

Not only components.ifm stands for a large range of different sensors and systems for automation.Our range of more than 8000 articles guarantees flexibility and compatibili-ty. So there is always a reliable solution for your automation projects – fromthe individual sensor with practical accessories to the complete system.Availability guaranteed.Your deadlines matter to us. That is why we are constantly optimising ourproduction processes in order to be able to quickly and flexibly produce largequantities at a constantly high quality – and to continue to shorten deliverytimes. Your order is dispatched via our centralised logistics centre reliablyand on time. Quality as part of our philosophy.The quality standard of our products is an integral part of our companyphilosophy. And we guarantee it! So we provide you, the users, with a maxi-mum degree of security: By means of our own production technology, ifmfilm technology, as well as by means of extensive quality assurance measuressuch as 100% final testing. By quality we understand, for example, ecolog-ically conscious production – Made in Germany!

The developmentof innovative

products is one ofour core compe-

tences.Under the name

of i-step we havecome up with a

new productgeneration which

implementssophisticated

technologies inindustrially com-patible and easyto handle prod-ucts. From high-quality standard

solutions to prod-ucts specially

tailored to therequirements of

the individualindustries – frommobile machines

to the foodindustry.

Visit our website: www.ifm-electronic.com

The companyin your vicinity.

State-of-the-art communication.With the right address – www.ifm-electronic.com – only a mouse click sepa-rates you from the world of automation technology. See the power of ourproducts in interactive representations. Gain an impression with 3-dimen-sion-al views of our units. Download CAD drawings for direct integration inyour applications. And one more innovation on the internet: The e-shop*.Order online – now even faster, more convenient and reliable.* Available in the USA, France and Switzerland. Further countries to follow.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 ifmelectronic is represented in more than 70 countries – close to you! Withapplication advice and service at the heart of our operation. For the intro-duction of new products and technologies we support you with workshopsand seminars in our training centres or in your plant.

Security by success.Since its foundation in 1969 ifm electronic has constantly grown, nowhaving more than 2800 employees worldwide, and achieved a turnover ofEUR 330 million in 2005. This success gives you the security of having a reli-able partner for the implementation of your automation projects. Compre-hensive service and a warranty of up to 5 years on standard units are justtwo examples of this reliability.

Um

satz

entw

ickl

ung

in M

io. E

UR

1970 1980 1990

200

100

300

20000

Turnoverdevelopment since1970.

ifm - the company

4Visit our website: www.ifm-electronic.com

5

Page 4: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

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

**Available in Germany, the USA, France and SwitzerlandMore countries in preparation.

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

Visit our website: www.ifm-electronic.com

www.ifm-electronic.comInformation around the clock andaround the globe in 15 languages on the internet.

*Some offered information is available country-specific

• 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

General information

6Visit our website: www.ifm-electronic.com

7

Page 5: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Orderno.

Approvals Cataloguepage

AC003S CE, CUL 99

AC004S CE, CUL 99

AC005S CE, CUL 99

AC009S CE, CURUS 99

AC010S CE, CSA, UL 99

AC1209 CE, CUL 97

AC1212 CE, CUL 97

AC1216 CE, CUL 97

AC1218 CE, CUL 97

AC1306 CE, CUL 97

AC1310 CE, CUL 97

AC1314 CE, CUL 97

AC1335 CE, CUL 97

AC2086 CE 98

AC2215 – 97

AC2216 CE 97

AC2251 CE, CURUS 97

AC2252 CE, CURUS 97

AC2254 CE, CURUS 97

AC2255 CE, CURUS 97

AC2257 CE, CURUS 97

AC2411 CE, CUL 98

AC2412 CE, CUL 98

AC2413 CE 98

AC2417 CE, CUL 98

AC2451 CE, CUL 98

AC2452 CE, CUL 98

AC2457 CE, CUL 97

AC2501 CE 98

AC2502 CE 98

AC2504 CE 98

AC2505 CE, CUL 98

AC2508 CE, CUL 98

AC2514 CE 98

AC2515 CE 98

AC2516 CE 98

AC2518 CE 98

AC2520 CE 98

AC2900 CE 98

AC2904 CE 98

AC2910 CE 98

AC5000 CUL 99

AC5003 CUL 99

AC5014 CE 99

AC5015 CE 99

DD2003 CE, CUL 67

DI0001 CE 67

DI5001 CE 67

DI601A CE 67

DN1020 CE, CUL 107 97

Orderno.

Approvals Cataloguepage

DN1021 CE, CUL 107

DN2012 CE, CUL 107 97

DN2013 CE, CUL 107 97

DN2014 CE, CUL 107

DN2032 CE, CUL 107

DN2033 CE, CUL 107

DN2035 CE, CUL 107

DN2036 CE, CUL 107

DN2134 CE, CUL 107

DX2003 CE 67

E10191 112

E10200 112

E10210 112

E10356 113

E10358 113

E10662 CURUS 111

E10663 CURUS 111

E10700 CURUS 111

E10701 CURUS 111

E10702 CURUS 111

E10703 CURUS 111

E10704 CURUS 112

E10881 113

E10882 113

E10901 CSA, UR 111

E10902 CSA, UR 111

E10904 CSA, UR 111

E10905 CSA, UR 111

E10907 CSA, UR 111

E10908 CSA, UR 111

E10910 CSA, UR 111

E10911 CSA, UR 111

E10913 CSA, UR 111

E10914 CSA, UR 111

E10916 CSA, UR 111

E10917 CSA, UR 111

E10954 CURUS 112

E11197 111

E11198 111

E11200 112

E11201 112

E11220 111

E11221 111

E11223 111

E11224 111

E11232 113

E11248 CURUS 112

E11249 CURUS 112

E11487 CURUS 112

E11488 CURUS 112

Orderno.

Approvals Cataloguepage

E11490 CURUS 112

E11491 CURUS 112

E11493 CURUS 112

E11494 CURUS 112

E11495 CURUS 112

E11496 CURUS 112

E11498 CURUS 112

E11499 CURUS 112

E11540 114

E11542 114

E11640 113

E11641 113

E11642 113

E11643 113

E11644 113

E18015 113

E18017 113

E20603 53

E20609 53

E20612 53

E20615 53

E20633 53

E20639 53

E20645 53

E20714 53

E20715 53

E20738 113

E20748 53

E20750 53

E20752 53

E20753 53

E20765 53

E20766 53

E20767 53

E20768 53

E20773 53

E20774 53

E20775 53

E20776 53

E40076 113

E70204 113

E89005 CE 67

E89150 CE 67

G1506S CE, CUL 99

GG505S CE, CUL 99

GI505S CE, CUL 99

GM505S CE, CUL 99

ID0013 CCC, CE, CUL 14

ID5046 CE, CUL 14

ID5058 CE 14

Orderno.

Approvals Cataloguepage

ID5059 CE, CUL 16

IE5338 CE, CUL 13

IE5340 CE, CUL 13

IF0005 CCC, CE 14

IF0007 CCC, CE 14

IF5936 CE 13

IF5937 CE 13

IFC204 CE, CUL 16

IFC205 CE, CUL 16

IFC206 CE, CUL 16

IFM205 CCC, CE, CUL 16

IFM206 CCC, CE, CUL 16

IFS205 CE, CUL 15

IFS208 CE, CUL 15

IFS209 CE, CUL 15

IFT200 CE, CUL 17

IFT202 CE, CUL 17

IFT203 CE, CUL 17

IFT205 CE, CUL 17

IFT206 CE, CUL 17

IFT208 CE, CUL 17

IFW200 CE, CUL 16

IFW201 CE, CUL 16

IG0011 CCC, CE, CUL 14

IG0012 CCC, CE 14

IG5953 CE 13

IG5954 CE 13

IGC204 CE, CUL 16

IGC205 CE, CUL 16

IGC206 CE, CUL 16

IGM204 CCC, CE, CUL 16

IGM205 CCC, CE, CUL 16

IGS001 CCC, CE, CUL 15

IGS002 CCC, CE, CUL 15

IGS204 CE, CUL 15

IGS205 CE, CUL 15

IGS208 CE, CUL 15

IGS209 CE, CUL 15

IGT001 CCC, CE, CUL 17

IGT002 CCC, CE, CUL 17

IGT200 CE, CUL 17

IGT202 CE, CUL 17

IGT203 CE, CUL 17

IGT205 CE, CUL 17

IGT206 CE, CUL 17

IGT208 CE, CUL 17

IGW200 CE, CUL 16

IGW201 CE, CUL 16

II0011 CE, CUL, CCC 14

II0012 CE, CUL, CCC 14

Orderno.

Approvals Cataloguepage

II5860 CE 13

II5861 CE 13

IIC200 CE, CUL 16

IIM208 CCC, CE, CUL 16

IIM209 CCC, CE, CUL 16

IIS204 CE, CUL 15

IIS205 CE, CUL 15

IIS206 CE, CUL 15

IIS207 CE, CUL 15

IIT001 CCC, CE, CUL 17

IIT002 CCC, CE, CUL 17

IIT200 CE, CUL 18

IIT202 CE, CUL 18

IIT204 CE, CUL 18

IIT205 CE, CUL 18

IIT207 CE, CUL 18

IIT209 CE, CUL 18

IIW200 CE, CUL 16

IIW201 CE, CUL 16

IM0010 CCC, CE, CUL 14

IM0011 CCC, CE, CUL 14

IM0049 CCC, CE 15

IM0050 CCC, CE 15

IM5020 CE, CUL 14

IM5037 CCC, CE 14

IM5038 CCC, CE 14

IM5046 CE 14

IM5053 CE, CUL 13

IM5057 CE, CUL 13

IM5066 CE 13

IM5068 CE, CUL 13

IM5073 CE 17

IM5098 CE, CUL 17

IM5115 CE 13

IM5116 CE 13

IM5117 CE 13

IM9905 CCC, CE 13

IN5121 CE 13

IN5129 CE 13

IO9922 CE 13

IS0003 CCC, CE, CSA 15

IS5026 CE, CUL 13

IS5070 CE 13

IV5003 CE 14

IV5004 CE 14

IV5025 CE 17

JAT201 CE 59

KD0009 CCC, CE 29

KD5018 CE 29

KG0002 CE, CCC 29

Orderno.

Approvals Cataloguepage

KG0003 CE, CCC 29

KI0016 CE, CUL, CCC 29

KI0020 CE, CUL, CCC 29

KI5001 CE, CUL 29

KI5002 CE, CUL 29

KI5030 CCSAUS, CE 29

KN0003 CE 71

KN0004 CE 71

KN5100 CE 71

KN5101 CE 71

KN5104 CE, CUL 71

KN5105 CE, CUL 71

KN5106 CE, CUL 71

KN5107 CE, CUL 71

KN5113 CE 71

KN5120 CE 71

KN5121 CE 71

KX5001 CCSAUS, CE 30

LI5041 CE 71

LI5042 CE 71

LI5043 CE 71

LI5044 CE 71

LK1022 CE, CUL 71

LK1023 CE, CUL 71

LK1024 CE, CUL 71

LK3122 CE 71

LK3123 CE 71

LK3124 CE 71

LK8122 CE 71

LK8123 CE 71

LK8124 CE 71

MK5100 CE, CUL 33

MK5101 CE, CUL 33

MK5102 CE, CUL 33

MK5103 CE, CUL 33

MK5104 CE, CUL 33

MK5106 CE, CUL 33

MK5107 CE, CUL 33

MK5108 CE, CUL 33

MK5110 CE, CUL 33

MK5111 CE 33

MK5300 CE, CUL 33

MK5301 CE, CUL 33

MK5302 CE, CUL 33

MK5306 CE, CUL 33

MK5307 CE, CUL 33

NF5001 CCSAUS, CE 18

NF5002 CCSAUS, CE 18

NF5003 CCSAUS, CE 18

NF5004 CCSAUS, CE 18

List of articles

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Page 6: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Orderno.

Approvals Cataloguepage

NG5001 CCSAUS, CE 18

NG5002 CCSAUS, CE 18

NG5003 CCSAUS, CE 18

NG5004 CCSAUS, CE 18

NI5001 CCSAUS, CE 18

NI5002 CCSAUS, CE 18

NI5003 CCSAUS, CE 18

NI5004 CCSAUS, CE 18

O1D100 CE, CUL 59

O5E200 CE, CUL 40

O5H200 CE, CUL 40

O5H500 CE, CUL 40

O5P200 CE, CUL 40

O5S200 CE, CUL 40

OB5013 CE, CUL 53

OB5014 CE, CUL 53

OB5021 CE, CUL 53

OB5022 CE, CUL 53

OD5005 CE 59

OD5007 CE 59

OD5009 CE 59

OD5011 CE 59

OD5013 CE 59

OG0030 CCC, CE, CUL 39

OG0033 CCC, CE 39

OG0035 CCC, CE 39

OG0039 CCC, CE 39

OG5042 CE, CUL 38

OG5044 CE, CUL 38

OG5047 CE, CUL 38

OG5051 CE, CUL 38

OG5056 CE, CUL 49

OG5058 CE, CUL 49

OG5059 CE, CUL 49

OG5061 CE, CUL 49

OG5114 CE 38

OG5115 CE 38

OG5116 CE 37

OG5117 CE 38

OG5119 CE, CUL 38

OG5123 CE, CUL 38

OG5124 CE, CUL 38

OG5125 CE, CUL 39

OG5126 CE, CUL 39

OG5127 CE, CUL 39

OG5128 CE, CUL 39

OG5129 CE, CUL 39

OGE200 CE, CUL 38

OGH200 CE, CUL 38

OGP200 CE, CUL 38

Orderno.

Approvals Cataloguepage

OGP201 CE 38

OGS200 CE, CUL 38

OH5003 CE 37

OH5005 CE 37

OH5007 CE 37

OH5011 CE 37

OH5012 CE 37

OJ5022 CE, CUL 37

OJ5023 CE, CUL 37

OJ5026 CE, CUL 37

OJ5027 CE, CUL 37

OJ5030 CE, CUL 37

OJ5031 CE, CUL 37

OJ5032 CE, CUL 37

OJ5048 CE, CUL 37

OJ5054 CE, CUL 49

OJ5058 CE, CUL 49

OJ5071 CE, CUL 37

OJ5086 CE, CUL 59

OL0004 CCC, CE 40

OL0005 CCC, CE 40

OL0006 CE 40

OL0007 CCC, CE 40

OL5003 CE, CUL 40

OL5004 CE 40

OL5005 CE 40

OL5008 CE 40

OL5009 CE 40

OL5010 CE 40

OL5012 CE 39

OL5013 CE 39

OL5016 CE 39

OL5017 CE 39

OL5018 CE 39

OO5000 CE, CUL 53

OO5001 CE, CUL 53

OO5002 CE, CUL 53

OO5003 CE, CUL 53

PA3020 CE, CUL 83

PA3021 CE, CUL 83

PA3022 CE, CUL 83

PA3023 CE, CUL 83

PA3024 CE, CUL 83

PA3026 CE, CUL 83

PA3027 CE, CUL 83

PA3029 CE, CUL 83

PF2652 3A, CE, CUL 84

PF2653 3A, CE, CUL 84

PF2654 3A, CE, CUL 84

PF2656 3A, CE, CUL 83

Orderno.

Approvals Cataloguepage

PF2657 3A, CE, CUL 83

PF2658 3A, CE, CUL 83

PI2093 3A, CE, EHEDG 84

PI2094 3A, CE, EHEDG 84

PI2095 3A, CE, EHEDG 84

PI2096 3A, CE, EHEDG 84

PI2097 3A, CE, EHEDG 84

PI2098 3A, CE, EHEDG 84

PI2099 3A, CE, EHEDG 84

PK6520 CE, CUL 83

PK6521 CE, CUL 83

PK6522 CE, CUL 83

PK6524 CE, CUL 83

PK7520 CE, CUL 83

PK7521 CE, CUL 83

PK7522 CE, CUL 83

PK7524 CE, CUL 83

PL2653 3A, CE, CUL 83

PL2654 3A, CE, CUL 83

PL2656 3A, CE, CUL 83

PL2657 3A, CE, CUL 83

PL2658 3A, CE, CUL 83

PM2053 3A, CE, CUL 83

PM2054 3A, CE, CUL 83

PM2057 3A, CE, CUL 83

PM2058 3A, CE, CUL 83

PN2009 CE, CUL 83

PN2020 CE, CUL 83

PN2021 CE, CUL 83

PN2022 CE, CUL 83

PN2023 CE, CUL 83

PN2024 CE, CUL 83

PN2026 CE, CUL 83

PN2069 CE 83

RB1015 CE, CURUS 63

RB6013 CE, CURUS 63

RB6015 CE, CURUS 63

RB6029 CE, CURUS 63

RM3005 CE, CURUS 63

RN6026 CE, CURUS 63

RO1364 CE, CURUS 63

RO6343 CE, CURUS 63

RO6344 CE, CURUS 63

RO6345 CE, CURUS 63

RU1025 CE, CURUS 63

SD2000 CE, CUL 78

SD6000 CE, CUL 78

SD6100 CE, CUL 78

SD8000 CE, CUL 78

SD9000 CE, CUL 78

Orderno.

Approvals Cataloguepage

SF211A 77

SF221A 77

SF311A 77

SF321A 77

SF5200 77

SF5300 77

SF5350 77

SF5700 77

SF5800 77

SI1000 CE, CUL 77

SI1002 CE, CUL 77

SI1004 CE, CUL 77

SI1006 CE, CUL 77

SI1007 CE, CUL 77

SI1010 CE, CUL 77

SI1100 CE, CUL 77

SI2000 3A, CE, CUL 77

SI2100 3A, CE, CUL 77

SI2200 3A, CE, CUL 77

SL0101 CE 78

SL5101 CE 78

SN0150 CE 77

SN2302 CE 77

SN2304 CE 77

SR0150 CE 77

SR2301 CE 77

SU7000 CE, CUL 78

SU8000 CE, CUL 78

TA3130 CE 89

TA3430 CE, CUL 89

TA3431 CE, CUL 89

TAA131 CE 89

TAA431 CE 89

TAD161 3A, CE, CUL 89

TAD961 3A, CE, CUL 89

TM0061 3A, CUL, EHEDG 89

TM1061 3A, CUL, EHEDG 89

TM9061 3A, CUL, EHEDG 89

TN2530 CE, CUL 89

TN7530 CE, CUL 89

TR2432 CE, CUL 89

TR7430 CE, CUL 89

TR8430 CE, CUL 89

TS2051 CUL 89

TS2056 89

TS2256 89

TS5051 CUL 89

TT0061 3A, CUL 89

TT1050 CUL 89

TT1061 3A, CUL 89

Orderno.

Approvals Cataloguepage

VE1001 CE, CUL 95

VE1101 CE, CUL 95

List of articles

10Visit our website: www.ifm-electronic.com

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Page 7: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Different connection options usingcable, connector or terminals.

Modular efector m units withincreased sensing range.

Special application sensors foralmost all application areas.

Cylindrical housings with a diameter of 4 to 34 mm & rectangular housings.

Wide range of fixing accessoriesand sockets.

IntroductionIn all automated processes sensors are absolutely necessary to provide thePLC with information. They supply the necessary signals on positions, limitsor serve as pulse pick-ups for counting tasks or for monitoring rotationalspeed. Inductive and capacitive sensors are nowadays indispensable forindustrial usage. As compared to mechanical switches they offer ideal condi-tions: non-contact operation free from any wear and tear, high switchingfrequencies and accuracy. In addition, they are insensitive to vibration, dustand moisture. Inductive sensors detect all metals without contact, capacitivesensors almost all solid and liquid media such as metal, glass, wood, plastic,water, oil, etc.Operating principle of inductive sensorsInductive sensors take advantage of the physical effect of the change in thequality factor in a resonant circuit caused by eddy current losses in conducti-ve materials. This is how it works: A LC tuned circuit generates a high fre-quency electromagnetic field. This field is radiated from the active face ofthe sensor. If a conductive material enters this field, eddy currents will be for-med in accordance with the law of inductance which draw energy from theoscillator. This reduces the oscillation amplitude. The change is convertedinto a switching signal. The operating principle permits detection of allmetals irrespective of whether they are moving or not. The distance to theactive face at which an electrically conductive material causes a change ofsignal in the sensor is called sensing range. The sensing range of an inducti-ve sensor is defined by means of a target of mild steel (Fe 360). If the switchis damped by other metals, e.g. aluminium or copper, this is reduced. Usingcorrection factors the user can calculate the attainable sensing ranges.Modular sensorsA special series of inductive sensors are the application sensors ”efector m”.The feature shared by these proximity sensors is an increased sensing range.Due to a universal connection technology the sensors can be used as 3-wireor 2-wire units. The integrated setting LED display reduces mounting timeand ensure utilization of the increased sensing range. All units have a per-manent laser-etched type label. This allows clear identification of the unitseven after many years.

Typical application:Positioning sensing inautomation technolo-gy; proximity sensorsoperate reliably andwithout wear.

High frequency elec-tromagnetic field: The

inductive sensordetects all metals.

Standard product range DC

Type Dimensions

[mm]

Sensingrange[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.

M8 connector · Output function · Electrical design 3-wire DC PNP; 2-wire DC PNP/NPN · Wiring diagram no. 13

M8 / L = 40 3 f brass 10...30 IP 67 1000 100 1 IE5338

M8 / L = 40 5 nf high-gr. st. steel 10...30 IP 67 700 100 2 IE5340

M12 connector · Output function · Electrical design DC PNP/NPN · Wiring diagram no. 14

M12 / L = 60 4 f brass 10...36 IP 68 700 100 3 IF5936

M12 / L = 60 7 nf brass 10...36 IP 68 700 100 4 IF5937

M18 / L = 72 8 f CuZn 10...36 IP 68 400 100 5 IG5953

M18 / L = 72 12 nf brass 10...36 IP 67 250 100 6 IG5954

M30 / L = 72 15 f brass 10...36 IP 67 200 100 7 II5860

M30 / L = 70 22 nf brass 10...36 IP 67 200 100 8 II5861

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

28 x 10 x 16 4 nf PBT 10...36 IP 67 2000 250 9 IS5070

Cable 2 m · Output function · Electrical design DC PNP/NPN · Wiring diagram no. 15

28 x 10 x 16 2 f PBT 5...36 IP 67 2000 200 10 IS5026

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

40 x 12 x 26 2 f PBT 10...36 IP 67 1400 250 11 IN5121

40 x 12 x 26 4 nf PBT 10...36 IP 67 1300 250 11 IN5129

Cable with connector 0.8 m · Output function · Electrical design DC PNP/NPN · Wiring diagram no. 2

26 x 26 x 26 10 f polyamide 10...36 IP 67 250 100 12 IO9922

M12 connector · Output function · Electrical design DC PNP/NPN · Wiring diagram no. 2

40 x 40 x 66 15 f PBT 10...55 IP 67 150 100 13 IM9905

M12 connector · Output function · Electrical design DC PNP · Wiring diagram no. 3

40 x 40 x 66 15 f PBT 10...36 IP 67 300 250 14 IM5057

40 x 40 x 66 35 nf PPE 10...36 IP 67 100 250 14 IM5053

40 x 40 x 66 20 f PA (polyamide) 10...36 IP 67 100 200 15 IM5115

40 x 40 x 66 35 nf PA (polyamide) 10...36 IP 67 80 200 15 IM5116

40 x 40 x 66 40 nf PA (polyamide) 10...36 IP 67 60 200 15 IM5117

M12 connector · Output function · Electrical design DC PNP · Wiring diagram no. 4

40 x 40 x 66 20 f PPE 10...36 IP 67 100 250 14 IM5068

40 x 40 x 66 35 nf PPE 10...36 IP 67 100 250 14 IM5066

Inductive sensors

12

Inductive sensors

13Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 8: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Type Dimensions

[mm]

Sensingrange[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.

Terminals · Output function · Electrical design DC PNP · Wiring diagram no. 5

40 x 40 x 120 15 f PPE 10...36 IP 65 350 250 16 IM5020

40 x 40 x 120 30 nf PPE 10...36 IP 65 100 250 16 IM5046

Terminals · Output function · Electrical design DC PNP/NPN · Wiring diagram no. 16

40 x 40 x 120 15 f PPE 10...55 IP 65 > 350 400 16 IM5037

40 x 40 x 120 20 nf PPE 10...55 IP 65 > 300 400 16 IM5038

Terminals · Output function · Electrical design DC PNP · Wiring diagram no. 6

40 x 40 x 118 15 f PBT 10...60 IP 67 150 200 17 IV5003

40 x 40 x 118 20 f PBT 10...60 IP 67 150 200 17 IV5004

M12 connector · Output function · Electrical design DC PNP · Wiring diagram no. 4

92 x 80 x 40 50 f PPE 10...36 IP 67 70 250 18 ID5058

M12 connector · Output function · Electrical design DC PNP · Wiring diagram no. 3

105 x 80 x 40 60 nf PPE 10...36 IP 65 100 250 19 ID5046

Standard product range AC or AC / DC

Type Dimensions

[mm]

Sensingrange[mm]

Material Ub

[V]

Protection fAC / DC

[Hz]

IloadAC / DC

[mA]

Draw-ingno.

Orderno.

Terminals · Output function · Electrical design AC/DC · Wiring diagram no. 17

105 x 80 x 40 60 nf PPE 20...250 IP 65 4 350 / 100 20 ID0013

Cable 2 m · Output function · Electrical design AC · Wiring diagram no. 7

M12 / L = 71 2 f brass 20...250 IP 67 25 250 21 IF0005

M12 / L = 71 4 nf brass 20...250 IP 67 25 250 22 IF0007

Cable 2 m · Output function · Electrical design AC/DC · Wiring diagram no. 8

M18 / L = 80 5 f brass 20...250 IP 67 25 / 50 350 / 100 23 IG0011

M18 / L = 80 8 nf brass 20...250 IP 67 25 / 50 350 / 100 24 IG0012

M30 / L = 81 10 f brass 20...250 IP 67 25 / 50 350 / 100 25 II0011

M30 / L = 81 15 nf brass 20...250 IP 67 25 / 50 350 / 100 26 II0012

Terminals · Output function · Electrical design AC/DC · Wiring diagram no. 9

40 x 40 x 120 20 nf PPE 20...250 IP 65 20 / 55 350 / 100 16 IM0010

40 x 40 x 120 15 f PPE 20...250 IP 65 20 / 55 350 / 100 16 IM0011

1/2" connector · Output function · Electrical design AC/DC · Wiring diagram no. 10

Type Dimensions

[mm]

Sensingrange[mm]

Material Ub

[V]

Protection fAC / DC

[Hz]

IloadAC / DC

[mA]

Draw-ingno.

Orderno.

1/2" connector · Output function · Electrical design AC/DC · Wiring diagram no. 10

40 x 40 x 66 35 nf PPE 20...250 IP 67 20 / 50 350 / 100 27 IM0049

40 x 40 x 66 20 f PPE 20...250 IP 67 25 / 140 350 / 100 27 IM0050

Cable 2 m · Output function · Electrical design AC/DC · Wiring diagram no. 8

28 x 10 x 16 2 f PBT 20...140 IP 67 25 200 10 IS0003

Inductive sensors with increased sensing range DC

Type Dimensions

[mm]

Sensingrange[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.

M12 connector · Output function · Electrical design DC PNP · Wiring diagram no. 3

M12 / L = 50 7 nf brass 10...36 IP 67 700 100 28 IFS205

M12 connector · Output function · Electrical design 3-wire DC PNP; 2-wire DC PNP/NPN · Wiring diagram no. 13

M12 / L = 70 7 nf brass 10...30 IP 67 500 100 29 IFS209

M12 / L = 70 4 f brass 10...30 IP 67 500 100 30 IFS208

M12 connector · Output function · Electrical design DC PNP · Wiring diagram no. 3

M18 / L = 46 8 f brass 10...36 IP 67 400 100 31 IGS204

M18 / L = 51 12 nf brass 10...36 IP 67 300 100 32 IGS205

M12 connector · Output function · Electrical design 3-wire DC PNP; 2-wire DC PNP/NPN · Wiring diagram no. 13

M18 / L = 70 8 f brass 10...30 IP 67 400 100 33 IGS208

M18 / L = 70 12 nf brass 10...30 IP 67 300 100 34 IGS209

M12 connector · Output function · Electrical design DC PNP · Wiring diagram no. 3

M30 / L = 50 15 f brass 10...36 IP 67 100 100 35 IIS204

M30 / L = 50 22 nf brass 10...36 IP 67 100 100 36 IIS205

M12 connector · Output function · Electrical design 3-wire DC PNP; 2-wire DC PNP/NPN · Wiring diagram no. 13

M30 / L = 70 15 f brass 10...30 IP 67 100 100 37 IIS206

M30 / L = 70 22 nf brass 10...30 IP 67 100 100 8 IIS207

Inductive sensors with increased sensing range AC or AC / DC

Type Dimensions

[mm]

Sensingrange[mm]

Material Ub

[V]

Protection fAC / DC

[Hz]

IloadAC / DC

[mA]

Draw-ingno.

Orderno.

1/2" connector · Output function · Electrical design AC/DC · Wiring diagram no. 11

M18 / L = 70 8 f brass 20...140 IP 67 25 200 38 IGS001

M18 / L = 70 12 nf brass 20...140 IP 67 25 200 39 IGS002

Inductive sensors

14

Inductive sensors

15Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 9: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Inductive sensors for oil and coolants

Type Dimensions

[mm]

Sensingrange[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.

M12 connector · Output function · Electrical design DC PNP · Wiring diagram no. 3

M12 / L = 45 4 f brass 10...36 IP 68 700 100 40 IFC204

M12 / L = 50 7 nf brass 10...36 IP 68 700 100 28 IFC205

M12 / L = 45 4 f brass 10...36 IP 68 700 100 40 IFC206

M18 / L = 46 8 f brass 10...36 IP 68 400 100 31 IGC204

M18 / L = 51 12 nf brass 10...36 IP 68 300 100 32 IGC205

M18 / L = 46 8 f brass 10...36 IP 68 400 100 31 IGC206

M30 / L = 50 15 f brass 10...36 IP 68 100 100 35 IIC200

Mobile

Type Dimensions

[mm]

Sensingrange[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.

M12 connector · Output function · Electrical design DC PNP · Wiring diagram no. 3

M12 / L = 70 4 f stainless steel 10...60 IP 67 / IP 69 K 400 200 41 IFM205

M12 / L = 70 7 nf stainless steel 10...60 IP 67 / IP 69 K 300 200 42 IFM206

M18 / L = 70 8 f stainless steel 10...60 IP 67 / IP 69 K 200 200 43 IGM204

M18 / L = 70 12 nf stainless steel 10...60 IP 67 / IP 69 K 200 200 44 IGM205

M30 / L = 70 12 f stainless steel 10...60 IP 67 / IP 69 K 100 200 37 IIM208

M30 / L = 70 22 nf stainless steel 10...60 IP 67 / IP 69 K 100 200 8 IIM209

Inductive sensors for electromagnetic fields

Type Dimensions

[mm]

Sensingrange[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.

M12 connector · Output function · Electrical design DC PNP · Wiring diagram no. 4

92 x 80 x 40 50 f PPE 10...36 IP 67 70 250 18 ID5059

M12 connector · Output function · Electrical design DC PNP · Wiring diagram no. 3

M12 / L = 65 3 f brass 10...30 IP 67 4000 200 45 IFW200

M12 / L = 65 8 nf brass 10...30 IP 67 4000 200 46 IFW201

M18 / L = 65 5 f brass 10...30 IP 67 2000 200 47 IGW200

M18 / L = 65 12 nf brass 10...30 IP 67 2000 200 48 IGW201

M30 / L = 65 10 f brass 10...30 IP 67 1000 200 49 IIW200

M30 / L = 65 22 nf brass 10...30 IP 67 1000 200 50 IIW201

M12 connector · Output function · Electrical design DC PNP · Wiring diagram no. 4

Type Dimensions

[mm]

Sensingrange[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.

M12 connector · Output function · Electrical design DC PNP · Wiring diagram no. 4

40 x 40 x 66 20 f brass 10...36 IP 67 200 250 14 IM5073

40 x 40 x 66 35 nf PPE 10...36 IP 67 250 250 14 IM5098

M12 connector · Output function · Electrical design DC PNP · Wiring diagram no. 3

40 x 40 x 118 15 f modified PPE 10...60 IP 67 50 200 51 IV5025

Inductive sensors for hygienic and wet areas

Type Dimensions

[mm]

Sensingrange[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.

M12 connector · Output function · Electrical design DC PNP · Wiring diagram no. 3

M12 / L = 50 7 nf V4A (316S12) 10...36 IP 68 / IP 69 K 700 100 52 IFT200

M12 / L = 45 4 f V4A (316S12) 10...36 IP 68 / IP 69 K 700 100 40 IFT203

M12 connector · Output function · Electrical design 3-wire DC PNP; 2-wire DC PNP/NPN · Wiring diagram no. 13

M12 / L = 70 7 nf V4A (316S12) 10...30 IP 68 / IP 69 K 700 100 42 IFT202

M12 / L = 70 4 f V4A (316S12) 10...36 IP 68 / IP 69 K 500 100 30 IFT205

Cable 6 m · Output function · Electrical design DC PNP · Wiring diagram no. 1

M12 / L = 50 4 f V4A (316S12) 10...36 IP 68 / IP 69K 700 100 53 IFT206

M12 / L = 61 7 nf V4A (316S12) 10...36 IP 68 / IP 69 K 700 100 54 IFT208

1/2" connector · Output function · Electrical design AC/DC · Wiring diagram no. 11

M18 / L = 70 12 nf V4A (316S12) 20...140 IP 68 / IP 69 K 25 / 300 200 55 IGT001

M18 / L = 70 5 f V4A (316S12) 20...140 IP 68 / IP 69 K 25 / 400 200 56 IGT002

M12 connector · Output function · Electrical design DC PNP · Wiring diagram no. 3

M18 / L = 51 12 nf V4A (316S12) 10...36 IP 68 / IP 69 K 300 100 57 IGT200

M18 / L = 46 8 f V4A (316S12) 10...36 IP 68 / IP 69 K 500 100 31 IGT203

M12 connector · Output function · Electrical design 3-wire DC PNP; 2-wire DC PNP/NPN · Wiring diagram no. 13

M18 / L = 70 12 nf V4A (316S12) 10...30 IP 68 / IP 69 K 300 100 58 IGT202

M18 / L = 70 8 f V4A (316S12) 10...30 IP 68 / IP 69 K 400 100 43 IGT205

Cable 6 m · Output function · Electrical design DC PNP · Wiring diagram no. 1

M18 / L = 55 8 f V4A (316S12) 10...36 IP 68 / IP 69 K 400 100 59 IGT206

M18 / L = 60 12 nf V4A (316S12) 10...36 IP 68 / IP 69 K 300 100 60 IGT208

1/2" connector · Output function · Electrical design AC/DC · Wiring diagram no. 11

M30 / L = 70 14 f V4A (316S12) 20...140 IP 68 / IP 69 K 25 / 100 200 61 IIT001

M30 / L = 70 22 nf V4A (316S12) 20...140 IP 68 / IP 69 K 25 / 100 200 62 IIT002

Inductive sensors

16

Inductive sensors

17Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 10: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Type Dimensions

[mm]

Sensingrange[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.

M12 connector · Output function · Electrical design DC PNP · Wiring diagram no. 3

M30 / L = 50 22 nf V4A (316S12) 10...36 IP 68 / IP 69 K 100 100 36 IIT200

M30 / L = 50 14 f V4A (316S12) 10...36 IP 68 / IP 69 K 100 100 35 IIT205

M12 connector · Output function · Electrical design 3-wire DC PNP; 2-wire DC PNP/NPN · Wiring diagram no. 13

M30 / L = 70 22 nf V4A (316S12) 10...36 IP 68 / IP 69 K 100 100 8 IIT202

M30 / L = 70 14 f V4A (316S12) 10...36 IP 68 / IP 69 K 100 100 37 IIT204

Cable 6 m · Output function · Electrical design DC PNP · Wiring diagram no. 1

M30 / L = 59 22 nf V4A (316S12) 10...36 IP 68 / IP 69 K 100 100 63 IIT207

M30 / L = 59 14 f V4A (316S12) 10...36 IP 68 / IP 69 K 100 100 64 IIT209

Inductive sensors for harzardous zones

Type Dimensions

[mm]

Sensingrange[mm]

Material Unom.at 1KΩ

[V]

Ub

[V]

Internalcapacit.

[nf]

Internalinductance

[uH]

f

[Hz]

Draw-ingno.

Orderno.

Cable 2 m · Output function · Wiring diagram no. 12

M12 / L = 30 2 f PBT 8.2 DC 7.5...30 140 340 1200 65 NF5001

M12 / L = 30 2 f brass 8.2 DC 7.5...30 140 340 1200 65 NF5002

M12 / L = 30 4 nf PBT 8.2 DC 7.5...30 140 130 1500 65 NF5003

M12 / L = 30 4 nf brass 8.2 DC 7.5...30 140 130 1500 66 NF5004

M18 / L = 33 5 f PBT 8.2 DC 7.5...30 145 45 720 67 NG5001

M18 / L = 33 5 f brass 8.2 DC 7.5...30 145 45 720 67 NG5002

M18 / L = 33 8 nf PBT 8.2 DC 7.5...30 155 50 300 67 NG5003

M18 / L = 33 8 nf brass 8.2 DC 7.5...30 155 50 300 68 NG5004

M30 / L = 41 10 f PBT 8.2 DC 7.5...30 145 140 450 69 NI5001

M30 / L = 41 10 f brass 8.2 DC 7.5...30 145 140 450 69 NI5002

M30 / L = 41 15 nf PBT 8.2 DC 7.5...30 145 110 200 69 NI5003

M30 / L = 41 15 nf brass 8.2 DC 7.5...30 145 110 200 70 NI5004

Accessories

Type Description Orderno.

Amplifier, NV1121/230VAC/RL/1D/1G N0031A

Amplifier, NV1222/24VDC/TR/1D/1G N0534A

Angle bracket for types M8 E10734

Angle bracket for types M12 E10735

Type Description Orderno.

Angle bracket for types M18 E10736

Angle bracket for types M30 E10737

Mounting clamp for types M12 E11047

Mounting clamp for types M18 E11048

Mounting clamp for types M8 E11521

Mounting clip for smooth body switches - Ø 12 mm E11530

Mounting clip for smooth body switches - Ø 18 mm E11531

Mounting clip for types M12 E11533

Mounting clip for types M18 E11534

Plastic nut for flow plate, M18 x 1 E19503

Mounting set Ø 18.5 mmfor types OG, IG, KG E20718

Mounting set Ø 12.2 mmfor types OF, IF E20860

Mounting set Ø 12.2 mmfor types OF, IF E20861

Mounting set Ø 18.5 mmfor types OG, IG, KG E20870

Mounting set Ø 30.2 mmfor types OI, II, KI E20873

Mounting set Ø 30.2 mmfor types OI, II, KI E20874

Wiring diagrams

1

BN

BK

BU

L+

L

2

L+

L

1

4

3

L+

L

1

4

3

4

4

L

L+1

2

32:4:

Inductive sensors

18

Inductive sensors

19Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 11: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Wiring diagrams

5

/L+

L

13

/2 4

6

L

L+

4

2

1

32:4:

7

BN

BU

L1

N

8

BN

BU

L+L1

LN

9

/1 3

/2 4

L1L+

LN

10

1

3

2

L1L+

LN

11

3

2

L1

N

L+

L

12

+BN

BU

13

L+

L

1

4

L+

L

1

4

3

14

L+

L1

4L+

L

1

4

15

WH

BK

L+

L L

BK

WH

L+

16

L+

L

/1 3

/2 4

L+

L/1 3

/2 4

17

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

Scale drawings

1

4

13

28,5

40

M8

x1

LED 4 x 90°

M8

x1

32,5

2

23

40

M8

x1

LED 4 x 90°

4

13

M8

x1

832,5

Scale drawings

3

4940

M12

x1

174

M12

x1

LED 4 x 90°

60

4

4935

M12

x1

174

M12

x1

LED 4 x 90°

60

5

5

60

M18

x1

4

M12

x1

5053

7261

LED 24LED 4 x 90°

6

60

M18

x1

4

M12

x1

4253

72

8

61

LED 24LED 4 x 90°

7

60

50

M30

x1,5

M12

x1

5

53

7261

LED 36LED 4 x 90°

8

LED 4 x 90°

59

38

M30

x1,5

5

57

70

36

M12

x1

15

9

10,2

27,8

5,6

16

22,2

2,75

3,1

3,5

2,83,1

LED10,4

8

10

10,2

27,8

LED

5,6

165,1

22,2

2,75

3,1

3,5

2,83,1

LED

10,4

11

406

12LED

4

2613

32

3,2

45

LED

3,2

18

1610

1

1: M3

12

6

26 26

41

M12

x1

43

264

51

LED

1: snap-fit mounting

Inductive sensors

20

Inductive sensors

21Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 12: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Scale drawings

13

40

M12

x1

4066

17

34

LED

46

305,

4

6

16

33

14

40

M12

x1

4066

17

34

LED

4661

30 20

5,4

105,

4

6

8,5

33

15

40

66

40

54

M12

x130

30 2

2

1

46

46

5,5

5,5

1: LED yellow, 2: LED green

16

40

10,4

45,6

LED

32

5,3

30

61,5

77

5,1

121101

LED

27

17

7,35,3

46

LED

30

60

137

LED58

5,3

40118

LED

29

40

18

92

80

40

7,565

65

5,59,3

M12

x1

112

40

LED171

1: mounting on DIN rail

19

105

80

40

7,565

65

5,59,3

M12

x1

123

4012

2718

LED

pot.

16

Scale drawings

20

105

80

40

7,565

65

5,59,3 40

12

2718

LED

pot.

16

21

9

18 7160

50

M12

x1

LED 174

22

9

18 716046

M12

x1

LED 174

4

23

24LED

801869

58

M18

x1

4

9

24

24LED

80186950

M18

x1

4

9

8

25

36

8167

59

5

M30

x1,5

9

18

LED

26

8167

5

1544

36

M30

x1,5

9

18

LED

27

40

LED

4661

30 20

5,4

105,

4 6

8,5

33

1/2"

20U

NF

2A

LS10

0

4066

17

34

28

32

M12

x1

174

5

M12

x1

3950

LED 4 x 90°

29

45

M12

x1

174

5

M12

x1

5970

LED 4 x 90°

30

70

LED 4 x 90°

5950

M12

x1

174

M12

x1

31

M18

x1

M12

x1

3033

4635

424LED 4 x 90°

Inductive sensors

22

Inductive sensors

23Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 13: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Scale drawings

32

M18

x1

M12

x125

38

5140

424

10

LED 4 x 90°

33

M18

x1

M12

x1

4956

7059

424LED 4 x 90°

34

M18

x1

M12

x1

3956

70

LED 4 x 90°

59

10

424

35

39

33

M30

x1,5

37

50

M12

x1

LED 4 x 90°5

36

36

39

19

M30

x1,5

37

50

M12

x1

LED 2 x 180°5

15

36

37

59

53

M30

x1,5

57

70

M12

x1

LED 4 x 90°5

36

38

M18

x1

70

49

1/2"

-20U

NF

-2A

4

24

5956

LED4 x 90°

39

70

50

4

24

5957

M18

x1

10

1/2"

-20U

NF

-2A

LED4 x 90°

40

453432

M12

x1

174

M12

x1LED 4 x 90°

41

5950

M12

x1

174

M12

x1

LED

70

42

45

M12

x1

174

5

M12

x1

5970

LED

43

M18

x1

M12

x1

5057

7059

424LED 4 x 90°

Scale drawings

44

M18

x1

M12

x1

4057

70

LED 4 x 90°

59

10

424

45

5452

M12

x1

4

M12

x1

LED 4 x 90°

65

17

46

5442

M12

x1

M12

x1

LED 4 x 90°

65

10

174

47

M18

x1

4LED 4 x 90° 24

M12

x1

5254

65

45

48

10

M18

x1

4LED 4 x 90° 24

M12

x1

35

5465

52

49

53

49

M30

x1,5

5

52

65

M12

x1

LED 4 x 90° 36

50

53

34

M30

x1,5

5

52

65

M12

x1

LED 4 x 90°

15

36

51

40118

LED

M12

x1

136

13

7,35,3

46

30

60

LED58

5,3

40

52

32

M12

x1

174

5

M12

x1

3950

LED 2 x 180°

53

5

5037

29

M12

x1

174

LED

54

5

614428

M12

x1

LED 4 x 90° 174

5

55

LED4 x 90°

70

50

4

24

5957

M18

x1

10

1/2"

-20U

NF

-2A

Inductive sensors

24

Inductive sensors

25Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 14: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Scale drawings

56

M18

x1

LED4 x 90°

70

50

1/2"

-20U

NF

-2A

4

24

5957

57

M18

x1

M12

x1

2538

5140

424

10

LED 4 x 90°

58

M18

x1

M12

x1

3956

70

LED

59

10

424

59

5538

27

LED 4 x 90°

31

M18

x1

424

60

6043

22

LED 4 x 90°

37

M18

x1

424

10

61

53

M30

x1,5

57

70

LED4 x 90°

536

59

1/2"

-20U

NF

-2A

62

38

M30

x1,5

57

70

LED4 x 90°

536

15

59

1/2"

-20U

NF

-2A

63

16

M30

x1,5

1535

5

42

LED 4 x 90°

59

536

64

31

M30

x1,5

35

5

42

LED 4 x 90°

59

365

65

30

M12

x1

4

2

17

66

430

M12

x1

4

2

17

67

33

M18

x1

4

2

24

68

M18

x1

4

2 338

24

Scale drawings

69

2 41

5

M30

x1,5

36

70

2 41

5

M30

x1,5

15

36

Inductive sensors

26

Inductive sensors

27Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 15: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

High operational reliability dueto increased noise immunity.

Adjustable sensing range up to15 mm by means of a potentiometer.

Resistant plastic housingfor various applications.

Different connection options usingcable, connector or terminals.

Types with programmable outputfunction available.

IntroductionCapacitive sensors are used for the non-contact detection of any objects. Incontrast to inductive sensors, which only detect metallic objects, capacitivesensors can also detect non-metallic materials.Typical applications are in the wood, paper, glass, plastic, food and chemicalindustries. Capacitive sensors for example monitor that the contents of acardboard box are complete or check the presence of the non-metallic caps.Operating principleThe capacitance between the active electrode of the sensor and the electri-cal earth potential is measured. An approaching object influences the elec-trical alternating field between these two ”capacitor plates”. This applies tometallic and non-metallic objects.In principle, capacitive sensors work with an RC oscillator. A very small chan-ge in capacitance is enough to influence the oscillation amplitude. The eva-luation electronics converts this into a switched signal. The sensitivity can beset with a potentiometer.Increased noise immunityWhen detecting objects very small changes in capacitance of 0.02 pF (with abasic capacitance of the electrode of 0.2 pF!) must be reliably converted intouseful switched signals. This makes high requirements for the electronics asthe circuit and design-related parasitic basic capacitances (e.g. conductivetracks, input capacitances of the components) can be much higher thusmaking a precise capacitance measurement much more difficult.ifm electronic therefore developed a future-oriented solution to this pro-blem. A new sensor circuit effectively avoids the indicated problems of theRC oscillator with an acceptable level of input. The new circuit conceptachieves much better values with respect to all relevant noise parameters.Special attention was given to very common noise sources in practice (fre-quency inverters, switched-mode power supplies, stepper-motor controllers,etc.).

Not only metal: Capa-citive sensors detectalmost all materials,here for example alog in a saw mill.

Capacitive sensors standard product range

Type Dimensions

[mm]

Sensingrange[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.

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

M30 / L = 81 15 nf PBT 10...36 IP 65 40 250 1 KI5002

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

M30 / L = 81 15 nf PBT 10...36 IP 65 40 250 1 KI5001

Terminals · Output function · Electrical design DC PNP · Wiring diagram no. 7

105 x 80 x 40 60 nf modified PPO 10...36 IP 65 10 250 2 KD5018

Capacitive sensors AC/DC version

Type Dimensions

[mm]

Sensingrange[mm]

Material Ub

[V]

Protection fAC / DC

[Hz]

IloadAC / DC

[mA]

Draw-ingno.

Orderno.

Cable 2 m · Output function · Electrical design AC/DC · Wiring diagram no. 3

M30 / L = 81 15 nf PBT 20...250 IP 65 25 / 40 250 1 KI0016

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

M30 / L = 81 15 nf PBT 20...250 IP 65 25 / 40 250 1 KI0020

Cable 2 m · Output function · Electrical design AC/DC · Wiring diagram no. 3

M18 / L = 85 8 nf PBT 20...250 IP 67 25 / 50 350 / 100 3 KG0002

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

M18 / L = 85 8 nf PBT 20...250 IP 67 25 / 50 350 / 100 3 KG0003

Terminals · Output function · Electrical design AC/DC · Wiring diagram no. 8

105 x 80 x 40 60 nf modified PPO 20...250 IP 65 10 250 2 KD0009

Capacitive sensors for harzardous zones

Type Dimensions

[mm]

Sensingrange[mm]

Material Unom.at 1KΩ

[V]

Ub

[V]

Internalcapacit.

[nf]

Internalinductance

[uH]

f

[Hz]

Draw-ingno.

Orderno.

Cable 2 m · Output function · Wiring diagram no. 5

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

Capacitive sensors

28

Capacitive sensors

29Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 16: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Type Dimensions

[mm]

Sensingrange[mm]

Material Unom.at 1KΩ

[V]

Ub

[V]

Internalcapacit.

[nf]

Internalinductance

[uH]

f

[Hz]

Draw-ingno.

Orderno.

Cable 2 m · Output function · Wiring diagram no. 6

M34 / L = 92 15 nf brass 8.2 DC 7.5...15 375 1 40 4 KX5001

Accessories

Type Description Orderno.

Amplifier, NV1121/230VAC/RL/1D/1G N0031A

Amplifier, NV1222/24VDC/TR/1D/1G N0534A

Mounting adapter, M30 x 1.5 - G 11/2 E11033

Locknut G 11/2 for mounting adapter E11031

Wiring diagrams

1

BN

BK

BU

L+

L

2

BN

BK

BU

L+

L

3

BN

BU

L+L1

LN

4

BN

BU

L+L1

LN

5

+BN

BU

6

BN

GN/YE

BU

+

7

2

4

3

1

5

L+

L

2

4

3

1

5

L+

L

8

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

Scale drawings

1

36

8159

5

M30

x1,5

9

18pot.LED

2

105

80

40

7,565

65

5,59,3 40

12

2718

LED

pot.

16

3

24

58

4

85

M18

x1

LED LED

pot.

4

822040

M34

x1,5

10

541

LEDpot.

Capacitive sensors

30

Capacitive sensors

31Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 17: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Small designs with long sensingranges up to 70 mm.

Various designs for demandingapplications.

Extended temperature rangefor universal use.

Useable for both flush andnon-flush installation.

High switching frequencies fordifferent applications.

IntroductionMagnetic sensors are used for the detection of positions without contact orwear and tear in control technology. They are used where inductive sensorsreach their limits. The advantage: Compared to inductive sensors magneticsensors have a considerably higher sensing range and smaller housings. Sen-sing ranges up to 70 millimetres are standard. With special magnets, sensingranges of even 90 millimetres or more can be achieved. Only prerequisite:The object to be detected must be equipped with a magnet because thesensor only responds to magnets.Since magnetic fields penetrate all non-magnetisable materials, the sensorscan detect magnets through walls made of non-ferrous metal, stainlesssteel, aluminium, plastic or wood.A magnetic sensor is for example often used in the food industry in connec-tion with 'pigs' - cleaning devices which pass through the inside of pipes. Bymeans of magnetic sensors their exact position can be detected from theoutside through the wall of the stainless steel pipe.Operating principleMagnetic sensors and cylinder sensors from ifm electronic use state-of-the-art GMR (Giant Magneto Resistive effect) technology. These resistors consistof several extremely thin, ferromagnetic and non magnetic layers. Whereasin a conventional Wheatstone bridge circuit two screened and two unscree-ned GMR resistors are combined, a large signal proportional to the magneticfield is produced if a magnetic field is present. As from a threshold value anoutput signal is switched via a comparator.Installation typesMagnetic sensors can be mounted flush with all materials (even metals)without reduction in the sensing range. Only exception: For magnetisablematerials the sensing range is reduced.For the installation of the (permanent) magnet it should also be taken intoaccount that the sensing range is reduced by up to 60 % when the sensor ismounted in magnetisable materials. If the magnet is however mounted onmagnetisable materials, the sensing range increases.

The sensor switchesas soon as the mag-net has reached theswitch-on point. Thedirection of move-ment of the magnet isnot important.

Magnetic sensors standard product range

Type Dimensions

[mm]

Sensingrange[mm]

Material Ub

[V]

Protection f

[Hz]

Iload

[mA]

Draw-ingno.

Orderno.

Cable with connector 0.3 m · Output function · Electrical design DC PNP · Wiring diagram no. 1

25 x 5 x 5.8 – PA (polyamide) 10...30 IP 67 > 10000 100 1 MK5101

25 x 5 x 5.8 – PA (polyamide) 10...30 IP 67 > 10000 200 1 MK5106

Cable with connector 0.3 m · Output function · Electrical design DC PNP/NPN · Wiring diagram no. 2

25 x 5 x 5.8 – PA (polyamide) 10...30 IP 67 4000 100 1 MK5104

Cable with connector 0.3 m · Output function · Electrical design DC PNP · Wiring diagram no. 1

25 x 5 x 5.8 – PA (polyamide) 10...30 IP 67 > 10000 100 2 MK5102

25 x 5 x 5.8 – PA (polyamide) 10...30 IP 67 > 10000 100 3 MK5107

25 x 5 x 5.8 – PA (polyamide) 10...30 IP 67 > 10000 200 3 MK5108

25 x 5 x 5.8 – PA (polyamide) 10...30 IP 67 / IP 69K > 10000 100 4 MK5111

Cable 2 m · Output function · Electrical design DC PNP · Wiring diagram no. 3

25 x 5 x 5.8 – PA (polyamide) 10...30 IP 67 > 10000 100 5 MK5100

Cable 2 m · Output function · Electrical design DC PNP/NPN · Wiring diagram no. 4

25 x 5 x 5.8 – PA (polyamide) 10...30 IP 67 4000 100 5 MK5103

Cable 2 m · Output function · Electrical design DC PNP · Wiring diagram no. 3

25 x 5 x 5.8 – PA (polyamide) 10...30 IP 67 / IP 69K > 10000 100 5 MK5110

Special design nf PA (polyamide) 10...30 IP 67 > 10000 100 6 MK5300

Cable with connector 0.3 m · Output function · Electrical design DC PNP · Wiring diagram no. 1

17.5 x 2.8 x 7.7 nf PA (polyamide) 10...30 IP 67 > 10000 100 7 MK5301

17.5 x 2.8 x 7.7 nf PA (polyamide) 10...30 IP 67 > 10000 100 8 MK5302

Cable 2 m · Output function · Electrical design DC NPN · Wiring diagram no. 5

Special design nf PA (polyamide) 10...30 IP 67 > 10000 100 6 MK5306

Cable with connector 0.3 m · Output function · Electrical design DC NPN · Wiring diagram no. 6

17.5 x 2.8 x 7.7 nf PA (polyamide) 10...30 IP 67 > 10000 100 7 MK5307

Accessories

Type Description Orderno.

Fixing strap for clean-line cylinders Ø 8...12 mmfor types MKT E11816

Fixing strap for clean-line cylinders Ø 16...20mmfor types MKT E11817

Magnetic sensors

32

Magnetic sensors

33Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 18: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Type Description Orderno.

Fixing strap for clean-line cylinders Ø 25...32mmfor types MKT E11818

Fixing strap for clean-line cylinders Ø 40 mmfor types MKT E11819

Fixing strap for clean-line cylinders Ø 50 mmfor types MKT E11820

Fixing strap for clean-line cylinders Ø 63 mmfor types MKT E11821

Fixing strap for clean-line cylinders Ø 80 mmfor types MKT E11822

Fixing strap for clean-line cylinders Ø 100 mmfor types MKT E11823

Adapter for tie rod / integrated profile cylinders for types MKT (T-Nut cylinder sensors) E11801

Adapter for tie rod / integrated profile cylinders for types MKT (T-Nut cylinder sensors) E11797

Adapter for tie rod / integrated profile cylinders for types MKT (T-Nut cylinder sensors) E11799

Adapter for trapezoidal slot cylinders for types MKT (T-Nut cylinder sensors) E11796

T-slot cylinder memorisation block for types MKT (T-Nut cylinder sensors) E11798

Wiring diagrams

1

L+

L

1

4

3

2

L+

L

1

4

3

BN

BK

BU

L+

L

4

L

BN

BU

L+

5

L

BN

BK

BU

L+

6

L+

L

1

4

3

Scale drawings

1

L

5,8

5,1

25

5

LED

2

1

M8

x1

37

1: Fastening clamp, 2: sensing face

2

M8

x1

L

5,8

5,1

25

5

LED

2

141,5

1: Fastening clamp, 2: sensing face

3

L

M12

x1

25

5

LED

2

155

5,8

5,1

1: Fastening clamp, 2: sensing face

4

L

M12

x1

25

5

LED

2

155

5,8

5,1

1: Fastening clamp, 2: sensing face

5

5,8

5,1

25

5

LED

2

1

1: Fastening clamp, 2: sensing face

6

17,5

7,7

LED

2,84,8

1 2

2,5

1: Fastening clamp, 2: sensing face

7

M8

x1

L

37

17,5

7,7

LED

2,84,8

1 2

2,5

1: Fastening clamp, 2: sensing face

8

L

M8

x1

41,5

17,5

7,7

LED

2,84,8

1 2

2,5

1: Fastening clamp, 2: sensing face

Magnetic sensors

34

Magnetic sensors

35Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 19: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Visible red lightfacilitates adjustment.

Variants with metal housingfor robust use.

LED display to check operation,switching status and function.

Special functions like background suppression or pol. filter available.

Wide range of system componentsfor easy and safe mountings.

IntroductionAutomation technology can no longer be imagined without photoelectricsensors as ”artificial eyes”. They are used where safe and non-contact de-tection of the exact position of objects is required. The material of theobjects to be detected is of no importance. Compared to proximity sensorsphotoelectric sensors have a much higher sensing zone.Through-beam sensorsA through-beam sensor is distinguished by a long range. The system consistsof two separate components: a transmitter and a receiver. The light only tra-vels one way (from the transmitter to the receiver). Adverse effects in theapplications, such as dust in the air, dirt on the lenses, steam or mist do notimmediately interfere with the system. This is called a high insensitivity to dirtor a high excess gain.Retro-reflective sensorsFor a retro-reflective sensor the transmitter and receiver are incorporatedinto one housing. By means of a reflector the transmitted light is returned tothe receiver. An object in the beam path interrupts the beam and triggers aswitching operation. Retro-reflective sensors without polarisation filter ope-rate in the infrared area, systems with polarisation filter with visible red light.Compared to through-beam sensors, retro-reflective sensors have an avera-ge excess gain.Diffuse reflection sensorsA diffuse reflection sensor is used for the direct detection of objects. Trans-mitter and receiver are incorporated into one housing. The transmitter emitslight which is reflected by the object to be detected and seen by the receiver.This system evaluates the reflected light of an object. Reflectors are notnecessary for operation.Fixing optionsifm electronic offers a complete component system of easy-to-use mountingsets. The solutions consist of a clamp which is fastened with only one screw,keeps the sensors safely in place and at the same time guarantees freemovement in all axes.

The reflector reflectsthe light beam: For aretro-reflective sensortransmitter and recei-ver are integrated intoone housing.

Artificial eyes: Photo-electric sensors are

used to detect posi-tions in automation

technology.

Photoelectric sensors standard product range

Housing Function Sensingrange

[m]

Spot Ø atmax.range

[m]

OutputL = light-onD = dark-on

Ub

[V]

Wiringdiagram

no.

Draw-ingno.

Orderno.

Type OH · receiver · cable with connector 0.2 m · plastics · DC

Through-beam sensor 1.2 – D PNP 10...30 1 1 OH5003

Type OH · transmitter · cable with connector 0.2 m · plastics · DC

Through-beam sensor 1.2 10 – 10...30 2 1 OH5012

Type OH · with polarization filter · cable with connector 0.2 m · plastics · DC

Retro-reflective sensor 0.8 10 D PNP 10...30 1 2 OH5011

Type OH · cable with connector 0.2 m · plastics · DC

Diffuse reflection sensor 0.002...0.05 3.5 L PNP 10...30 3 3 OH5005

Type OH · with background suppression · cable with connector 0.2 m · plastics · DC

Diffuse reflection sensor 0.001...0.03 4.5 L PNP 10...30 3 3 OH5007

Type OJ · transmitter · M8 connector · plastics · DC

Through-beam sensor 10 1000 – 10...30 2 4 OJ5030

Type OJ · receiver · M8 connector · plastics · DC

Through-beam sensor 10 – L/D PNP 10...30 4 4 OJ5031

Through-beam sensor 10 – L/D NPN 10...30 5 4 OJ5032

Type OJ · with polarization filter · M8 connector · plastics · DC

Retro-reflective sensor 0...2 64 L/D PNP 10...30 4 4 OJ5026

Retro-reflective sensor 0...2 64 L/D NPN 10...30 5 4 OJ5027

Type OJ · M8 connector · plastics · DC

Diffuse reflection sensor 0.001...0.6 60 L/D PNP 10...30 4 5 OJ5022

Diffuse reflection sensor 0.001...0.6 60 L/D NPN 10...30 5 5 OJ5023

Diffuse reflection sensor 0.001...1 150 L/D PNP 10...30 4 5 OJ5071

Type OJ · with background suppression · M8 connector · plastics · DC

Diffuse reflection sensor 0.015...0.4 < 18 L/D PNP 10...30 4 6 OJ5048

Type OG M18 x 1 · transmitter · M12 connector · high-grade stainless steel · DC

Through-beam sensor 15 2000 – 10...36 2 7 OG5116

Photoelectric sensorsinfrared / redlight

36

Photoelectric sensorsinfrared / redlight

37Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 20: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Housing Function Sensingrange

[m]

Spot Ø atmax.range

[m]

OutputL = light-onD = dark-on

Ub

[V]

Wiringdiagram

no.

Draw-ingno.

Orderno.

Type OG M18 x 1 · receiver · M12 connector · high-grade stainless steel · DC

Through-beam sensor 15 – L/D PNP 10...36 15 8 OG5117

Type OG M18 x 1 · transmitter · M12 connector · plastics · DC

Through-beam sensor 15 2000 – 10...36 2 9 OG5042

Type OG M18 x 1 · receiver · M12 connector · plastics · DC

Through-beam sensor 15 – L/D NPN 10...36 16 9 OG5044

Type OG M18 x 1 · transmitter · M12 connector · high-grade stainless steel · DC

Through-beam sensor 20 800 – 10...36 2 10 OGS200

Type OG M18 x 1 · receiver · M12 connector · high-grade stainless steel · DC

Through-beam sensor 20 – D PNP 10...36 6 10 OGE200

Type OG M18 x 1 · with polarization filter · M12 connector · high-grade stainless steel · DC

Retro-reflective sensor 0.03...4 160 L PNP 10...36 6 10 OGP201

Retro-reflective sensor 0.03...4 160 D PNP 10...36 6 10 OGP200

Retro-reflective sensor 3 262 L/D PNP 10...36 15 8 OG5115

Type OG M18 x 1 · with polarization filter · M12 connector · plastics · DC

Retro-reflective sensor 3 262 L/D NPN 10...36 16 9 OG5047

Type OG M18 x 1 · with background suppression · M12 connector · high-grade stainless steel · DC

Diffuse reflection sensor 0.015...0.25 15 L PNP 10...36 6 11 OGH200

Type OG M18 x 1 · M12 connector · high-grade stainless steel · DC

Diffuse reflection sensor 0.6 < 169 L/D PNP 10...36 15 8 OG5114

Type OG M18 x 1 · M12 connector · plastics · DC

Diffuse reflection sensor 0.001...0.6 < 169 L/D NPN 10...36 16 9 OG5051

Type OG M18 x 1 · with background suppression · M12 connector · high-grade stainless steel · DC

Diffuse reflection sensor 0.03...0.13 12 L/D PNP 10...36 17 8 OG5119

Diffuse reflection sensor 0.1 < 16 L PNP 10...30 7 12 OG5123

Diffuse reflection sensor 0.2 < 28 L PNP 10...30 7 12 OG5124

Housing Function Sensingrange

[m]

Spot Ø atmax.range

[m]

OutputL = light-onD = dark-on

Ub

[V]

Wiringdiagram

no.

Draw-ingno.

Orderno.

Type OG M18 x 1· with polarization filter · M12 connector · high-grade stainless steel · DC

Retro-reflective sensor 3 < 96 L PNP 10...30 7 13 OG5125

Retro-reflective sensor 3 < 96 D PNP 10...30 8 13 OG5126

Type OG M18 x 1 · receiver · M12 connector · high-grade stainless steel · DC

Through-beam sensor 9 – L PNP 10...30 7 13 OG5127

Through-beam sensor 9 – D PNP 10...30 8 13 OG5128

Type OG M18 x 1 · transmitter · M12 connector · high-grade stainless steel · DC

Through-beam sensor 9 < 3000 – 10...30 2 13 OG5129

Type OG M18 x 1 · transmitter · 1/2" connector · plastics · AC

Through-beam sensor 15 2000 – 20...250 9 14 OG0030

Type OG M18 x 1 · receiver · 1/2" connector · plastics · AC

Through-beam sensor 15 – D AC/DC 20...250 10 14 OG0039

Type OG M18 x 1 · with polarization filter · 1/2" connector · plastics · AC

Retro-reflective sensor 3 262 D AC/DC 20...250 10 14 OG0033

Type OG M18 x 1 · 1/2" connector · plastics · AC

Diffuse reflection sensor 0.001...0.6 < 169 L AC/DC 20...250 10 14 OG0035

Type OL · receiver · M12 connector · plastics · DC

Through-beam sensor 25 – L/D PNP 10...36 11 15 OL5017

Type OL · transmitter · M12 connector · plastics · DC

Through-beam sensor 25 < 2500 – 10...36 2 15 OL5013

Type OL · receiver · M12 connector · plastics · DC

Through-beam sensor 25 – L/D PNP 10...36 11 15 OL5016

Through-beam sensor 25 – L/D NPN 10...36 12 15 OL5018

Type OL · transmitter · M12 connector · plastics · DC

Through-beam sensor 25 < 2500 – 10...36 2 15 OL5012

Photoelectric sensorsinfrared / redlight

38

Photoelectric sensorsinfrared / redlight

39Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 21: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Housing Function Sensingrange

[m]

Spot Ø atmax.range

[m]

OutputL = light-onD = dark-on

Ub

[V]

Wiringdiagram

no.

Draw-ingno.

Orderno.

Type OL · with polarization filter · M12 connector · plastics · DC

Retro-reflective sensor 0.3...5 250 L/D PNP 10...36 11 16 OL5004

Retro-reflective sensor 0.3...5 250 L/D PNP 10...36 11 16 OL5003

Retro-reflective sensor 0.3...5 250 L/D NPN 10...36 12 16 OL5005

Type OL · M12 connector · plastics · DC

Diffuse reflection sensor 0.001...1 < 300 L/D PNP 10...36 11 15 OL5009

Diffuse reflection sensor 0.001...1 < 300 L/D PNP 10...36 11 15 OL5008

Diffuse reflection sensor 0.001...1 < 300 L/D NPN 10...36 12 15 OL5010

Type OL · receiver · Terminals · plastics · AC

Through-beam sensor 25 – L/D AC/relay 20...250 13 17 OL0007

Type OL · transmitter · Terminals · plastics · AC

Through-beam sensor 25 < 2500 – 20...250 14 17 OL0006

Type OL · with polarization filter · Terminals · plastics · AC

Retro-reflective sensor 0.3...5 250 L/D AC/relay 20...250 13 18 OL0004

Type OL · Terminals · plastics · AC

Diffuse reflection sensor 0.001...1 < 300 L/D AC/relay 20...250 13 17 OL0005

Type O5 · with background suppression · M12 connector · metal · DC

Diffuse reflection sensor 0.05...1.4 50 L PNP 10...36 3 20 O5H200

Diffuse reflection sensor 0.05...1.8 50 L/D PNP 10...36 6 19 O5H500

Type O5 · with polarization filter · M12 connector · metal · DC

Retro-reflective sensor 0.1...7 175 D PNP 10...36 1 21 O5P200

Type O5 · transmitter · M12 connector · metal · DC

Through-beam sensor 20 500 – 10...36 2 22 O5S200

Type O5 · receiver · M12 connector · metal · DC

Through-beam sensor 20 – D PNP 10...36 3 22 O5E200

Accessories

Type Description Orderno.

Prismatic reflector round E20004

Reflective tape for retro-reflective sensors with polarisation filter, TS-02 E21015

Angle bracket for types OJ E20984

Mounting set OJ for side lens E20972

Swivel-mount clip for types OJ E20974

Mounting set OJ for side lens E20969

Basic clip, OJ E20965

Cube E20952

shaft angled E20941

shaft straight E20939

Prismatic reflector round E20005

Prismatic reflector round fixing by screw, Ø 50 mm E20956

Prismatic reflector round fixing by screw, Ø 35 mm E20954

Prismatic reflector round fixing by screw, Ø 25 mm E20953

Photoelectric sensorsinfrared / redlight

40

Photoelectric sensorsinfrared / redlight

41Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 22: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Type Description Orderno.

Mounting set for reflector Ø 80 mm E20915

Mounting set for reflector Ø 50 mm E20911

Mounting set for reflector Ø 35 mm E20907

Mounting set for reflector Ø 25 mm E20903

Angle bracket for types M18 E10736

Mounting clamp for types M18 E11048

Mounting set Ø 18.5 mmfor types OG, IG, KG E20870

Mounting set Ø 18.5 mmfor types OG, IG, KG E20718

Angle bracket for types OL E20788

Angle bracket for types OL E20789

Mounting set for types OL E20877

Mounting set for types OL E20793

Mounting set for types OL E20792

Mounting set, OL E21012

Mounting set for reflector E21007

Type Description Orderno.

Mounting set Ø 30.2 mmfor types OI, II, KI E20874

Wiring diagrams

1

L+

L

1

4

3

2

1

3

L+

L

3

L+

L

1

4

3

4

L+

2

4

1

3L

2: Teach

5

L+

2

4

1

3L

2: Teach

6

L+

L

1

4

3

7

L

L+

4

2 n.c.

1

3

8

L+

4

2 n.c.

1

3L

9

2

3

L1

N

L+

L

10

2

3

L1

N

L+

L

11

L

L+

3

2

4

1

2: function check

12

L

L+

3

4

2

1

2: function check

13

L+

L

L1

N2

3

1

4

14

L1L+

L

1

N2

15

L

L+

3

2

4

1

L

L+

1

2

4

3

2: function check

16

L

L+

3

4

2

1

L

L+

1

4

2

3

2: function check

Photoelectric sensorsinfrared / redlight

42

Photoelectric sensorsinfrared / redlight

43Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 23: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Wiring diagrams

17

L+

L

3

4

1

L+

L

1

4

3

Scale drawings

1

3,9 9,6

12,5

3,2 15

2,9

7,6

6,4

20,6

25,1

LED

2

3,9 9,6

12,5

3,2 15

2,9

7,6

6,4

20,6

25,15,

7

LED

3

3,9 9,6

12,5

3,2 15

2,9

7,6

7,2

20,6

25,15

LED

4

45

11

LED

8,2

1

24

3,2

3,1

LED

35

M8x1

8,83,1

1

9

LED

4

1

1: push button

5

11

LED

7,6

16,6

45

1

24

3,2

3,1

LED

35

M8x1

8,83,1

1

9

LED

4

1

1: push button

6

11

LED45

9,5

19,5

1

9

LED

4

1

24

3,2

3,1

LED

35

M8x1

8,83,1

1

1: push button

7

60,539

M18

x1

4

4

M12

x1

70,5

24

LED

Scale drawings

8

60,549,5

39

M18

x1

4

4

M12

x1

70,5

24

3 LED

1

1: push button

9

625139

M18

x1

4

5,5

M12

x1

72

24

3 LED

1

1: push button

10

M18

x1

M12

x1

4047

6049

LED 4 x 90°

4

24

11

M18

x1

M12

x1

44

59

7261

LED 4 x 90°

50

1

4

24

1: with pot.

12

M18 x1

M12 x1

7665

29

419

9,7

27

LED 4 x 90°

13,6

24

13

14,5

24

M18 x1

M12 x1

70,159

,334

416

LED 4 x 90°

8,2

14

766453

M18

x1

4

5,2

86

24

LED

"20U

NF

21

1

1: push button

15

6

62

50

49

5,5

6

8,6

LED

1

M12 x1

27

1031

7589

LED

LED

1

1: push button

16

M12 x1

27

1018

13 7589

LED

LED

1

6

62

50

49

5,5

6

8,6

LED

1

1: push button

Photoelectric sensorsinfrared / redlight

44

Photoelectric sensorsinfrared / redlight

45Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 24: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Scale drawings

17

27

LED10

3175

LED

1

6

62

50

49

5,5

6

LED

8,6

1

1: push button

18

6

62

50

49

5,5

6

8,6

LED

1

27

LED

1018

13 75

LED

1

1: push button

19

18,2

M12 x1

19,5

37

1

LED

30,5

24,3

15,4

56

6,446,8

25

70,3

5

1

LED

6

2

5x9

625 2

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

20

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

LED

6

2

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

21

18,2

M12 x1

1736

,5

LED

15,4

5x9

625 1

56

6,446,8

25

70,3

5

LED

6

1

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

22

LED

15,4

18,2

M12 x1

17

5x9

625 1

56

6,446,8

25

70,3

5

LED

6

1

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

Photoelectric sensorsinfrared / redlight

46

Photoelectric sensorsinfrared / redlight

47Visit our website: www.ifm-electronic.com

Page 25: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Detection of minute objects bymeans of a focussed laser beam.

Clearly visible red light foreasy setting to the object.

Automatic switch point settingby pressing a pushbutton.

Application sensors availablefor special application areas.

System components availablefor fine adjustment.

IntroductionLaser systems are used where detection of small objects or precise positio-ning is required. They are available as through-beam sensors, retro-reflectivesensors or diffuse reflection sensors.Laser light consists of light waves of identical length which have a definedphase relation (coherence). This results in an important feature of lasersystems, that is the almost parallel light beam. Result: Due to the small angleof divergence long ranges of up to 60 metres can be achieved. The laser spotwhich is also clearly visible at daylight simplifies the alignment of the system.Apart from the advantages some points have to be taken into account forthe selection of the suitable optical system: compared to standard sensorsthe laser sensors have a reduced temperature range (-10...50 °C). In view ofthe small light spot and the often high ranges the system is more sensitive tovibrations than standard sensors.Mounting aidsThe ifm laser sensors offer a useful function for easier alignment: The laserpower is increased during adjustment: This leads to a particularly bright laserspot which enables safe alignment from a distance even at daylight.How dangerous are laser sensors?Due to the small angle of divergence laser beams are focussed on a smallarea. The energy and power density on this area is extremely high. ifm lasersensors comply with the European standard EN60825 or the internationalstandard IEC60825. These standards describe the operation of laser systems. ifm laser sensors are classified in the laser protection class II. Thus the laserpower, also in the setting mode with increased power, is max. 1 mW. Whenthe laser beam hits the human eye, the eyelid is instinctively closed. Whenhitting the unprotected eye within a time of 0.25 s the laser beam must notcause any damage.

Coherent: Laser sen-sors emit light of adefined wave lengthand the same phaseposition.

Photoelectric sensors laser system

Housing Function Range

[m]

Spot Ø atmax.range

[m]

OutputL = light-onD = dark-on

Ub

[V]

Wiringdiagram

no.

Draw-ingno.

Orderno.

Type OG M18 x 1 · receiver · M12 connector · high-grade stainless steel · DC

Through-beam sensor 60 – L/D PNP 10...30 3 1 OG5058

Type OG M18 x 1 · transmitter · M12 connector · high-grade stainless steel · DC

Through-beam sensor 60 < 150 – 10...30 1 2 OG5059

Type OG M18 x 1 · with polarization filter · M12 connector · high-grade stainless steel · DC

Retro-reflective sensor 0.2...13 < 25 L/D PNP 10...30 3 2 OG5061

Type OG M18 x 1 · M12 connector · high-grade stainless steel · DC

Diffuse reflection sensor 0.001...0.15 0.1 L/D PNP 10...30 3 2 OG5056

Type OJ · with background suppression · M8 connector · plastics · DC

Diffuse reflection sensor 0.015...0.2 – L/D PNP 10...30 2 3 OJ5054

Diffuse reflection sensor 0.007...0.15 – L/D PNP 10...30 2 4 OJ5058

Accessories

Type Description Orderno.

Prismatic reflector angular for laser units E20722

Prismatic reflector 30 x 20 mmfor types OGPL, OJPL, OLPL E20994

Prismatic reflector Ø 19 mmfor types OGPL, OJPL, OLPL E20993

Wiring diagrams

1

1

3

L+

L

2

L+

2

4

1

3L

2: Teach

Photoelectric sensorslaser

48

Photoelectric sensorslaser

49Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 26: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Wiring diagrams

3

L

L+

3

2

4

1

L

L+

1

2

4

3

2: function check

Scale drawings

1

625139

M18

x1

4

5,5

M12

x1

72

24

3 LED

1

2

1: push button, 2: LED adjustment aid

2

625139

M18

x1

4

5,5

M12

x1

72

24

3 LED

1

1: push button

3

11

LED

45

9,5

19,5

1

9

LED

4

1

24

3,2

3,1

LED

35

M8x1

8,83,1

1

1: push button

4

11

LED

45

9,5

15,5

1

24

3,2

3,1

LED

35

M8x1

8,83,1

1

9

LED

4

1

1: push button

Photoelectric sensorslaser

50

Photoelectric sensorslaser

51Visit our website: www.ifm-electronic.com

Page 27: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Precise connectionof different fibre optics.

Manual or automatic settingby means of ”teach in”.

LED display to check operation,switching status and function.

Various glass fibre materialsfor different applications.

Easy mounting onDIN rail possible.

IntroductionFully automatic manufacturing machines become more and more compact.Fibre optics are used where mounting space for photoelectric standard sen-sors is confined. Advantages of these systems: The evaluation electronicsand the optoelectronic components are located separately from the sensingsurface of the system. Fibre optic sensing heads can therefore be mounted inplaces where access is difficult. Fibre optics are the best choice, in particularfor short ranges.Versions of fibre optic systemsThrough-beam principleTransmitting and receiving fibre optics are laid separately. The two ends(fibre optic heads) are mounted opposite each other. The light beam inter-ruption is evaluated according to the through-beam principle. The maximumrange is 120 cm.Diffuse reflection principleTransmitting and receiving fibres are in one sheath. The sensing head incor-porates receiving and transmitting fibre bundles. The ranges of the ifm sen-sors are max. 70 mm.Applications of fibre optic systems:Confined spaceThe fibre optic head is directly located where sensing takes place, the matingamplifier where sufficient mounting space is available.Detection of minute objectsDepending on the type of sensing head and range objects up to 0.5 mm canbe detected safely. When the movement of objects is precise, it is possible todetect fine structures, e.g. thread pitches.High temperaturesFibre optics with metal sheath can be used up to 290 °C, fibre optics withmetal silicone sheath up to 150 °C.Chemical resistanceMetal silicone sheathed fibre optics are resistant to many aggressive chemi-cals.

Minute objects up to0.5 mm are detectedsafely.

Fibre optic systemscan also be mounted

in places where accessis difficult.

Photoelectric sensors fibre optic amplifiers

Housing Numberof Inputchannels

Forfibre

optics

Typeof light

LED

Sensingrange

through beam[m]

Sensingrangediffuse

[m]

OutputL = light-onD = dark-on

Ub

[V]

Wiringdiagram

no.

Draw-ingno.

Orderno.

Type OBF · M12 connector · plastics · DC

– FT-11 red 0...1.2 0...0.07 m L/D PNP 10...36 2 1 OB5013

– FT-11 red 0...1.2 0...0.07 m L/D NPN 10...36 3 1 OB5014

– FT-11 red 0...1 0...0.05 m L/D PNP 10...30 4 1 OB5021

– FT-11 red 0...1 0...0.05 m L/D NPN 10...30 5 1 OB5022

Type OOF · M12 connector · plastics · DC

2 FT-11 red 0...0.8 0...0.3 m L/D PNP 12...36 1 2 OO5000

4 FT-11 red 0...0.8 0...0.3 m L/D PNP 12...36 6 3 OO5001

Type OOF · M16 connector · plastics · DC

6 FT-11 red 0...0.8 0...0.3 m L/D PNP 12...36 7 4 OO5002

8 FT-11 red 0...0.8 0...0.3 m L/D PNP 12...36 8 5 OO5003

Photoelectric sensors fibre optics

Fibreopticstype

Materialfibres

Range

[mm]

Materialsensing

head

Operatingtemperature

[°C]

Materialsheathing

Draw-ingno.

Orderno.

FE-11 PMMA 400 aluminium -40...70 PE (polyethylene) 6 E20753

FE-11 PMMA 1200 aluminium -40...70 PE (polyethylene) 7 E20752

FE-11 PMMA 140 stainless steel (303S22) -40...70 PE (polyethylene) 8 E20714

FE-11 PMMA 200 stainl.steel, brass -40...70 PE (polyethylene) 9 E20750

FT-11 PMMA 20 aluminium -40...70 PE (polyethylene) 10 E20639

FT-11 PMMA 60 aluminium -40...70 PE (polyethylene) 11 E20645

FT-11 PMMA 70 aluminium -40...70 PE (polyethylene) 12 E20633

FT-11 PMMA 40 stainless steel (303S22) -40...70 PE (polyethylene) 13 E20715

FT-11 PMMA 15 stainl.steel, brass -40...70 PE (polyethylene) 14 E20748

FE-11 PMMA 200 aluminium -40...70 PE (polyethylene) 15 E20603

FE-11 PMMA 60 aluminium -40...70 PE (polyethylene) 16 E20609

FE-11 PMMA 60 aluminium -40...70 PE (polyethylene) 17 E20612

FE-11 PMMA 150 aluminium -40...70 PE (polyethylene) 17 E20615

FT-11 PMMA 55 aluminium, brass -40...70 – 18 E20765

– – – – -30...70 – – E20773

– – – – -40...70 – – E20774

FT-11 PMMA 15 aluminium, brass -40...70 – 19 E20766

– – – – -40...70 – – E20775

– – – – -40...70 – – E20776

FE-11 PMMA 175 aluminium, brass -40...70 – 19 E20767

FE-11 PMMA 45 aluminium, brass -40...70 – 19 E20768

Accessories

Type Description Orderno.

cutter for fibre opticsFor order No. E20750, E20751 E20600

Photoelectric sensorsfibre optics

52

Photoelectric sensorsfibre optics

53Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 28: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Wiring diagrams

1

L+

L

1

4

2

7

3Out 2Out 1

2:4:

7: function check

2

L

L+

3

2

4

1

L

L+

1

2

4

3

2: function check

3

L

L+

3

4

2

1

L

L+

1

4

2

3

2: function check

4

L+

L

3

4

1

L+

L

1

4

3

5

L+

L

1

4

3

L+

L

3

4

1

6

4:2:5:

Out 1Out 2Out 3

6: Out 4

L+

L

1

4

6

7

3

7: function check

7

L+

L

A

E

T

O

L

E:P:S:

Out 1Out 2Out 3

G: Out 4C:T:

Out 5Out 6

O: function check

8

E:P:S:

Out 1Out 2Out 3

G: Out 4C:T:

Out 5Out 6

N:J:

Out 7Out 8

L+

L

A

E

J

O

L

O: function check

Scale drawings

1

15

36

M12

x1

74

6044

3,2

LED

1

1: setting pushbuttons

2

1: mounting on DIN rail

3

1: mounting on DIN rail

4

1: mounting on DIN rail

5

1: mounting on DIN rail

6

20

M4

1

1: glass lens

7

M6

30

1

1: glass lens

Photoelectric sensorsfibre optics

54

Photoelectric sensorsfibre optics

55Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 29: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Scale drawings

8

3530 3

3

1

9

~110

1520

M4 2,

92

1

1: bendable

10

23

M4

16

11

26

M4

161

6

12

35

M6

26

13

3530

6

3

1

14

1520

M4

~110

2,9

1,6

1

1: bendable

15

1811

M3

16

12

M3

17

15

M4

18

40

M89

14,5

19

3010,5

5

M5

Photoelectric sensorsfibre optics

56

Photoelectric sensorsfibre optics

57Visit our website: www.ifm-electronic.com

Page 30: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

High-quality photoelectric sensorsfor different applications.

Excellent price / performance ratio.

Extremely compact laser distancesensor with 10 m range.

Sensor for the detection of transpa-rent objects (PET, glass, film etc.).

Extensive range of system componentsfor easy and safe mounting.

Detection of transparent objectsCounting bottles and glasses or the reliable monitoring of film for tear canbe performed without problem using specially designed retro-reflective sen-sors.ifm offers a retro-reflective sensor with a small switching hysteresis, in parti-cular for the detection of transparent objects. Due to the operating principle,retro-reflective sensors have the advantage that the light beam must passthe object to be detected twice. Thus the light is sufficiently weakened todetect a transparent object safely. Precise adjustment is made by means ofthe Teach button.Distance measurementThe continued development of the pmd technology (Photonic Mixer Device)now enables distance measurement to within a millimetre at high rangesusing a laser sensor. The efector pmd laser sensor operates to the time-of-flight principle: A light beam is emitted by a transmitting element and reflec-ted to the receiver element by an object. The measured time of flight relatesto the distance from the sensor to the object.Traditional time-of-flight sensors use a photodiode as receiver element.Additional electronics is used for signal acquisition and processing. Disadvantage: This sensor design is complex, large in size and thereforeoften not suitable for industrial position sensing.In comparison, the efector pmd sensor's receiver element is a "System-on-Chip" design: both sensor element and electronics for signal evaluation areintegrated on a single silicon chip called a Photonic Mixer Device (PMD). The advantage: The sensor offers a high performance in a compact, industri-ally compatible housing."efector pmd" can be used for level measurement and positioning tasks, forexample to position industrial trucks in high bay storage areas and to protectautonomous industrial transport systems against collision.

Typical application forcontrast sensors:Counting of glassbottles.

The efector pmd pro-vides an analogue

signal that is propor-tional to the object-to-sensor distance.

Specific systems for the detection of transparent objects / colour detection

Housing Function Rangediff. reflect.*

retro reflect.**[mm]

Spot Ø atmax.range[mm]

OutputL = light-onD = dark-on

Ub

[V]

Wiringdiagram

no.

Draw-ingno.

Orderno.

Type OJPG · M8 connector · plastics · DC

Retro-reflective sensor 200...1500 64 L/D PNP 10...30 1 1 OJ5086

Type ODC · M12 connector · metal · DC

Colour sensor ...12.5*/100...250** 2 x 4 DC PNP 12...30 2 2 OD5005

Colour sensor ...60*/250...1000** Ø 13 DC PNP 12...30 2 2 OD5007

Colour sensor ...12.5*/100...250** 2 x 4 DC PNP 12...30 3 2 OD5009

Colour sensor ...60*/250...1000** Ø 13 DC PNP 12...30 3 2 OD5011

Type ODF · M12 connector · metal · DC

Colour sensor 2...4 – DC PNP 12...30 2 3 OD5013

Type AFK M12 x 1 · M12 connector · high-grade stainless steel · DC

Photo proximity switches 20...50 – DC PNP 10...30 4 4 JAT201

Specific systems for distance measurement

Housing Function Measuringrange

[m]

Light spotdiameter

[mm]

Currentconsumption

[mA]

Sampling rate /switching frequency

[Hz]

Wiringdiagram

no.

Draw-ingno.

Orderno.

Type O1DL · M12 connector · ·

Optical distance sensor 0.2...10 6 (TW max. 10 m) < 150 max. 50, adjustable 5 5 O1D100

Accessories

Type Description Orderno.

Reflective tape for retro-reflective sensors with polarisation filter, TS-02 E21015

Prismatic reflector round E20005

Prismatic reflector round fixing by screw, Ø 50 mm E20956

Prismatic reflector round fixing by screw, Ø 35 mm E20954

Photoelectric sensorsspecific systems

58

Photoelectric sensorsspecific systems

59Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 31: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Type Description Orderno.

Prismatic reflector round fixing by screw, Ø 25 mm E20953

Prismatic reflector angular for laser units E20722

Prismatic reflector 30 x 20 mmfor types OGPL, OJPL, OLPL E20994

Prismatic reflector Ø 19 mmfor types OGPL, OJPL, OLPL E20993

Mounting set, O1D, O2D E2D101

Wiring diagrams

1

L+

2

4

1

3L

2: Teach

2

L+

L

2

5

1

4

3

Out

2: Input AT activation trigger,5: input "External Teach"

3

Out 3

5

3

1

4

6

Out 1

Out 2

L+2

L7

1: Input AT activation trigger,5: input "External Teach"

4

L+

L

1

4

3

5

L+

L3

4

2

1

Out 1Out 2

4:2:

4

L

L+1

2

3Out 1Out 2

4:2:

Scale drawings

1

45

11

LED

8,2

1

24

3,2

3,1

LED

35

M8x1

8,83,1

1

9

LED

4

1

1: push button

2

4380

M12

x1

96

28

21 30

M5

M12

x1

3928

4053

69

M5

15

1

LED

LED

2

3

4

1: lens, 2: selection switch color tolerance, 3: programming selectorswitch, 4: teach button

3

4380

M12

x1

96

28

21 30

M5

119

M12

x1

3928

4053

69

M5

LED

LED

2

3

4

14

1

1: fibre optic connection, 2: selection switch color tolerance, 3: pro-gramming selector switch, 4: teach button

4

M12

x1

174

4

M12

x1

5263

LED 4 x 90°

43

5

52

1 2

30

M12x1

4,5

4559

4230

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

Photoelectric sensorsspecific systems

60

Photoelectric sensorsspecific systems

61Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

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High switching frequencies.

Robust designs.

Programmable encoders.

Special version with integratedProfibus interface.

Hollow shaft encoders fordrives with high acceleration.

IntroductionIn many manufacturing and production processes they are indispensable asreliable transducers to ensure precise positioning. They convert rotary move-ment into digital signals. Linear measurement is also possible in conjunctionwith rack and pinion or measuring wheels. Encoders use the wear-freephotoelectric detection. A pulse disc firmly attached to the shaft ensures thisdetection. Encoders are basically divided into two types: incremental andabsolute encoders.Incremental encodersIncremental encoders generate a precisely defined number of pulses perrevolution. They are a measure of the angular or linear distance moved. Thecoded disc is divided into separate segments which are alternately transpa-rent or opaque. An LED emits a parallel-orientated light beam which illumi-nates all segments of the coded disc. Photo elements receive the modulatedlight and convert it into two sinusoidal signals. Digitalisation electronicsamplify the signals and shape them into square-wave pulse trains which aregenerated via the line driver in the output. The phase difference betweensignal A and B, which are phase-shifted by 90 degrees, allows evaluation ofthe direction of rotation.Absolute encodersAbsolute encoders provide an absolute numerical value for each angularposition. This code value is available immediately after power is applied. This”absolute” value makes a reference procedure like the one required for theincremental encoder unnecessary. Absolute encoders are used whereverangular positions have to be allocated to a certain value and where thedetection of the present position is absolutely necessary in the case of apower failure.Singleturn and multiturnSingleturn encoders divide a mechanical revolution (0 to 360 degrees) into acertain number of measuring steps. The measuring values are repeated afterone revolution. The maximum resolution is 8192.Multiturn encoders, however, do not only detect angular positions but alsodistinguish between multiple revolutions.

Linear measurementby means of countermodule: Rotary move-ment is converted intodigital signals.

Hollow shaft enco-ders: For drives with

high acceleration.They are also distin-guished by reducedinstallation length.

Encoders standard product range

Resolution Ub

[V]

f

[kHz]

Iload

[mA]

Shaft

[mm]

Operatingtemperature

[°C]

Cableentry

Draw-ingno.

Orderno.

Terminals · Output function Profibus data interface

8192 10...30 – – 10 -20...60 16 1 RM3005

Cable 1 m · Output function HTL-output 20 mA, short-circuit protected < 1 min

4096 10...30 – 20 10 -20...70 09 2 RN6026

Cable 2 m · Output function TTL output 20 mA

500 5 300 20 6 -40...100 02 3 RB1015

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

360 10...30 160 50 6 -40...70 02 3 RB6013

500 10...30 160 50 6 -40...70 02 3 RB6015

1000 10...30 160 50 6 -40...70 02 3 RB6029

Cable 2 m · Output function TTL output 20 mA

1024 5 300 20 6 -40...100 19 4 RU1025

Cable 1 m · Output function TTL output 20 mA

2048 5 300 20 12 H7 -40...100 21 5 RO1364

Cable 1 m · Output function HTL-output 20 mA, short-circuit protected < 1 min

360 10...30 300 20 12 H7 -40...100 21 5 RO6343

500 10...30 300 20 12 H7 -40...100 21 5 RO6344

1024 10...30 300 20 12 H7 -40...100 21 5 RO6345

Accessories

Type Description Orderno.

Angle bracket for types RB, RC, RU, RN, RM E60033

Angle bracket for types RM, RMU, RN, RU E60034

Flexible coupling with clamp connection [KV], Ø 6 mm / Ø 6 mm E60064

Flexible coupling with adjusting screw connection [SV], Ø 6 mm / Ø 6 mm E60063

Scale drawings

1

85

17

58

20

36f8

10

10

120°

48

20°

24

1

1: M4 5 mm deep

Encoders

62

Encoders

63Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

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Scale drawings

2

120°

30°

42

17

152

4

3

50 58

3

20

h7

14

6

12,5

10

1: M4 5 mm deep

3

38

618 36

,5

2

15

30°

4,5

25

12

1: reference mark, 2: M3 5 mm deep

4

4

3

6

50 58

3

10

h7

46,7±0,5

6

120°

421 2

1: reference mark, 2: M4 5 mm deep

5

20

63 68

3,2

6

34,5

12H

7

24

28

47,2±0,5

58

TX 8

Encoders

64

Encoders

65Visit our website: www.ifm-electronic.com

Page 34: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Easy setting or programming.

Different outputs(relay, transistor).

Multifunction: Several functionsin one unit.

Adjustable output function.

Easy rail mounting.

IntroductionAlthough PLC applications in industrial automation are becoming more andmore versatile there are still numerous processes in practice which requiredecentralised monitoring.For this ifm electronic offers a number of pulse evaluation systems in theproduct group ”ecomat 200”. The application area ranges from simplestandstill monitoring or blockage protection of a conveyor belt, maximumspeed monitoring in wind power stations, slip monitoring of couplingsthrough to direction monitoring, e.g. twin pumps with non-return valves.Different units for rail mounting and compact designs in M30 metal hou-sings are available. They include processor-controlled units for control panelmounting to indicate rotational speeds, speeds, processing times, quantitiesand electronic preset counters for the detection of quantities or linear mea-surement as well as electronic timer relays.All units are distinguished by a high reliability and easy handling. Indepen-dent of the PLC they indicate operating states or signal faults. This helps toreduce downtimes and production loss.

ifm electronic offers the following evaluation systems:Speed monitorStandstill monitorSlip- / synchronisation monitorDirection monitorFrequency-to-current converterDisplaysCountersSSI controllerSwitching amplifiersMultifunction relay

Pulse evaluationsystems are used fordecentralised monito-ring of drives.

Machine cycles mustalso be monitored in

conveying.

Type monitor FR1 · evaluation system for frequency / rotational speed

Ub

[V]

In-puts

Inputfunction

Settingrange

[puls. / min.]

Settingrange[Hz]

Out-puts

analog

Out-puts

relays

Out-puts

transist.

Draw-ingno.

Orderno.

110...240 AC/DC / 27 DC 1 PNP / NPN / NAMUR 1...60000 0.1...1000 1 2 2 1 DD2003

Compact speed monitor

Sensingrange[mm]

Electricaldesign

Ub

[V]

Settingrange

[puls. / min.]

Start-updelay

[s]

Output Terminalconnection

no.

Draw-ingno.

Orderno.

10 f DC PNP 10...36 DC 3...300 15 normally open 1 2 DI5001

10 f AC/DC 20...250 AC/DC 5...300 12 normally open 2 2 DI0001

12 nf DC PNP – 3...6000 0...15 no / nc progr. 3 3 DI601A

Displays

Ub

[V]

Power/ Currentconsumption[VA] / [mA]

f

[Hz]

Ta

[°C]

Output Protection Draw-ingno.

Orderno.

– / – 0...60 – IP 65 4 E89150

– < 4 / – 0...50 2 relays (1 volt-free NO contact orchangeover contact each) IP 65 5 E89005

115/230 7.5 / 120 (18 V); 95(24 V); 80 (30 V) – 0...45 – IP 65 6 DX2003

Wiring diagrams

1

BN

BK

BU

L+

L

2

BN

BU

L+L1

LN

3

L+

L

1

4

3

Scale drawings

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

36

8167

58

5

M30

x1,5

9

18

2 LED

pot. 61

3

M12

x1

77

5640

M18

x1

68

10

4

2421

1: 3 LED, 2: setting pushbutton

4

75

39

50 4

33

-: control panel cutout: 68 x 33 mm (according to DIN)

Evaluation systems

66

Evaluation systems

67Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 35: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Scale drawings

5

48105

86,5 3

45

6

96

48

129 9

Evaluation systems

68

Evaluation systems

69Visit our website: www.ifm-electronic.com

Page 36: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

High reliability due to the eliminationof mechanical components.

Easy ”teach in” via pushbutton.

Analogue and switching outputs.

The integrated LED display providesdirect read-out of the current level.

Suitable for measurementsin aggressive media.

IntroductionIn industrial applications where industrial fluids or bulk material are used,storage tanks or silos are used for processing or storing of media. Tanks arefilled and emptied almost automatically. Sensors are used to detect the level.Even critical process states such as an empty hydraulic tank and the resultingrunning dry of the pump or the unintentional overspill of a tank are perma-nently monitored by level sensors.Advantages of electronic sensorsLevel measurement distinguishes between direct measurement in themedium and the indirect detection from the outside (for example throughthe tank wall by means of capacitive sensors). Deposits and wear and tearoften lead to failures in particular if mechanical switches are in contact withthe medium. The electronic ifm sensors however can do without any mecha-nical component. This makes the sensors especially robust and reliable. Thesuitable electronic sensors work without any problem even in aggressivemedia, such as lubricants and coolants.Another advantage of electronic sensors is the local indication of the level orthe easy setting of the switching threshold simply by pressing a button asoffered for some types.There are two basic types of level detection in tanks: continuous measure-ment and the detection of defined limits.Continuous level measurementFor continuous level measurement the level is detected continuously, con-verted into an electrical signal and indicated. The units have freely pro-grammable switching outputs or an analogue output for further processing. Continuous level sensors from ifm electronic use two physical measuringprinciples. For the capacitive measurement the tank and the material forman electrical capacitor. The capacity changes analogously to the level and isconverted into a measure for the level by means of a microprocessor.For hydrostatic level measurement a ceramic measuring cell detects thehydrostatic pressure of the material. Here the pressure change is a measurefor the level.

Measurement in themedium: The LKprobe is directlyimmersed in themedium to be moni-tored.

For special applica-tions: Capacitive

probe for monitoringoils and coolants.

Probe sensors with M12 connector

Electrical design Rod length

[mm]

Output Wiringdiagram

no.

Draw-ingno.

Orderno.

DC PNP 132 no / nc programmable 6 1 LI5041

DC PNP 273 no / nc programmable 6 1 LI5042

DC PNP 481 no / nc programmable 6 1 LI5043

DC PNP 737 no / nc programmable 6 1 LI5044

DC PNP 264 2 x no / nc programmable 1 2 LK1022

DC PNP 472 2 x no / nc programmable 1 2 LK1023

DC PNP 728 2 x no / nc programmable 1 2 LK1024

DC PNP 264 4 x no / nc programmable 2 3 LK8122

DC PNP 472 4 x no / nc programmable 2 3 LK8123

DC PNP 728 4 x no / nc programmable 2 3 LK8124

DC PNP 264 1 x analogue, 1 x no / nc programmable 3 3 LK3122

DC PNP 472 1 x analogue, 1 x no / nc programmable 3 3 LK3123

DC PNP 728 1 x analogue, 1 x no / nc programmable 3 3 LK3124

Capacitive level sensors DC version

Mounting Ub

[V]

Voltage dropmax. load

[V]

Iload

[mA]

Dimensions

[mm]

Output Wiringdiagram

no.

Draw-ingno.

Orderno.

f 10...36 2.5 30 M30 / L = 100 no / nc programmable 7 4 KN5100

nf 10...36 2.5 30 M30 / L = 100 no / nc programmable 7 5 KN5101

nf 10...36 2.5 30 78 x 36 x 10 no / nc programmable 8 6 KN5106

nf 10...36 2.5 30 78 x 36 x 10 no / nc programmable 7 6 KN5107

nf 10...36 2.5 30 72 x 36 x 10 no / nc programmable 9 7 KN5104

nf 10...36 2.5 30 72 x 36 x 10 no / nc programmable 10 7 KN5105

nf 10...36 2.5 17 M18 / L = 84 no / nc programmable 6 8 KN5113

nf 10...30 2.5 34 M30 / L = 116 no / nc programmable 11 9 KN5121

nf 10...36 2.5 30 M30 / L = 92 no / nc programmable 7 10 KN5120

Capacitive level sensors AC / DC version

Mounting Ub

[V]

Voltage dropmax. load

[V]

Iload

[mA]

Dimensions

[mm]

Output Wiringdiagram

no.

Draw-ingno.

Orderno.

nf 30...250 10 – M30 / L = 105 no / nc programmable 4 11 KN0003

nf 30...250 10 – M30 / L = 92 no / nc programmable 5 12 KN0004

Accessories

Type Description Orderno.

Mounting clamp, Ø 16 mm E43000

Flange plate 73-90 D16 for capacitive level sensors LK, LI, LT E43001

Welding adapter Ø 50 D16 for capacitive level sensors LK, LI, LT E43002

Level sensors

70

Level sensors

71Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 37: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Type Description Orderno.

Mounting adapter G3/4 D16 for capacitive level sensors LK, LI, LT E43003

Mounting adapter G1 D16 for capacitive level sensors LK, LI, LT E43004

Flange plate 100-125 D16 for capacitive level sensors LK, LI, LT E43005

Flange plate 65-80 D16 for capacitive level sensors LK, LI, LT E43006

Protective cover for LK sensors E43910

Climatic tube, 132 mm E43103

Climatic tube, 264 mm E43100

Climatic tube, 472 mm E43101

Climatic tube, 728 mm E43102

Mounting adapter, G3/4 D22 E43008

Mounting adapter, G1 D22 E43009

Wiring diagrams

1

L

L+

3 BU

4 BK

2 WH

1 BN

Out-OPOut 1

2:4:

2

Out-OP / Out 4

3

4

2

5

6

Out 1

Out 3

L+1

n.c.7

Out 2

L

3

L+

L3 BU

4 BK

2 WH

1 BN

Out-OPOut 2

4:2:

4

BN

GN/YE

L1

BU N

5

2

3

L1

N

6

L+

L1

4

3

3

L+

L

1

4

7

L

L+

3 BU

2 WH

4 BK

1 BN

L

L+

1 BN

2 WH

4 BK

3 BU

2: function check output / programming wire

Wiring diagrams

8

L

L+

1

4

2

3

L

L+

3

4

2

1

9

L

L+

BU

BK

WH

BN L+

LBN

BK

WH

BU

10

L

L+

BK

WH

BU

BNL

L+

BK

WH

BN

BU

11

L

L+

4

2

3

1

2

L

L+

4

1

3

2: function check output / programming wire

Scale drawings

1

L

16

54

M12

x1

3 LED

21,3

1

1: Programming button

2

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 mm

3

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)

4

3 LED 36

90

59

M30

x1,5

5

75

100

M12

x1

79

1

1: Programming button

Level sensors

72

Level sensors

73Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 38: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Scale drawings

5

90

44

M30

x1,5

3 LED 5

75

100

36

15

M12

x1

79

1

1: Programming button

6

M8

x1

60

36

163,2

28

3,215

24

4,2

78LED 10

4

20

5

LED

2

1

1: sensing face, 2: teach-in element

7

104

20

5

LED

1

2

60

36

163,2

28

3,215

24

4,2

72

LED

1: sensing face, 2: teach-in element

8

M12

x1

84

6353

M18

x1

4

74

24

3 LED

31

1: Programming button

9

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

10

36

81,573

60

5

M30

x1,5

M12

x1

92,5

LED

13 LED

1: Programming button

11

Mode Set

3 LED101

63

M30

x1,5

5

105

36

15

2

3 LED

12

36

81,573

60

5

M30

x1,5

92,5

LED

3 LED

"-U

NF

21

1

1: Programming button

Level sensors

74

Level sensors

75Visit our website: www.ifm-electronic.com

Page 39: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Wear-free due to calorimetricmeasuring principle.

For liquids and gases.

Optional fittings forvariable process connection.

Special variants forhazardous areas.

Local LED display.

IntroductionIn almost all fields of process and plant engineering liquids or gases are usedfor coolant and lubricant supply of machines and units, ventilation of instal-lations and buildings and the processing of products. In case of no flow ofthese media considerable damage and downtime may result. Thus it is veryimportant to monitor that these media are at the right place at the right timeand in sufficient quantities. In modern installations electronic flow monitorsare used for this purpose. They work without wear and tear and withoutmechanical components. This guarantees reliable monitoring even in case ofdifficult media over a long period.Operating principleElectronic flow monitors operate on the basis of the calorimetric principle.They use the physical effect that a flowing medium absorbs heat energy andconducts it away. The sensor tip contains two temperature-dependent resis-tors as well as a heat source. The heat source generates a local temperaturerise in the medium which is detected by one of the PTCs. If the mediumflows, energy is conducted away from the heat source, i.e. it is cooled. Theresulting temperature change is an indication of flow.To avoid a falsification of the result of the measurement by a change in themedium temperature, a second PTC is used for temperature compensation.As these systems work without any mechanically moved parts the user canmount them independent of mounting position and flow direction. For cer-tain applications and environments preferred positions are recommended.

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

Optimised consump-tion of compressed

air.

Compact flow sensors with output no / nc programmable

Setting rangeliquids / gases

[cm/s]

Greatestsensitivity

[cm/s]

Medium-temperature

[°C]

Responsetime[s]

Ub / tolerance

[V] / [%]

Current /Power

consump.

Iload

[mA]

Draw-ingno.

Orderno.

3...300 / 200...3000 3...60 / 200...800 -25...80 1...10 20...36 DC 80 – 1 SI1000

3...300 / 200...3000 3...60 / 200...800 -25...80 1...10 20...36 DC 90 – 1 SI1002

3...60 / - – -25...80 / - 1...10 20...36 DC 90 – 1 SI1004

3...300 / 200...3000 3...60 / 200...800 -25...80 1...10 20...36 DC 90 – 1 SI1007

3...300 / - 3...60 / - -25...80 / - 1...2 20...36 DC 100 – 1 SI1010

3...300 / 200...3000 3...60 / 200...800 -25...80 1...10 20...36 DC 80 – 1 SI1100

3...300 / 200...3000 3...60 / 200...800 -25...80 1...10 85...265 AC / -5 / +10 – < 3.5 5 SI1006

Compact flow sensors with output no / nc programmable, hygienic

Setting rangeliquids / gases

[cm/s]

Greatestsensitivity

[cm/s]

Medium-temperature

[°C]

Responsetime[s]

Ub / tolerance

[V] / [%]

Current /Power

consump.

Iload

[mA]

Draw-ingno.

Orderno.

3...300 / 200...3000 3...60 / 200...800 -25...95 (120 max. 1 h) 1...10 20...36 DC 80 – 2 SI2000

3...300 / 200...3000 3...60 / 200...800 -25...95 (120 max. 1 h) 1...10 20...36 DC 80 – 3 SI2100

3...300 / 200...3000 3...60 / 200...800 -25...95 (120 max. 1 h) 1...10 20...36 DC 80 – 4 SI2200

Flow sensors for external control monitors

Setting rangeliquids / gases

[cm/s]

Greatestsensitivity

[cm/s]

Mediumtemperature

[°C]

Responsetime[s]

Max. T0gradient[K/min]

Pressurerating[bar]

Material Draw-ingno.

Orderno.

3...300 / 200...3000 3...60 / 200...800 -25...80 1...10 300 300 stainless steel 6 SF5350

3...300 / 200...3000 3...60 / 200...800 0...120 / 0...100 1...10 300 300 stainless steel 6 SF5300

3...300 / 200...3000 3...60 / 200...800 -25...80 1...10 300 300 stainless steel 9 SF5200

3...300 / 200...3000 3...60 / 200...800 -25...80 1...10 300 300 titanium 9 SF5700

3...300 / 200...3000 3...60 / 200...800 0...120 / 0...100 1...10 300 300 titanium 6 SF5800

Flow sensors for external control monitors for harzardous zones

Setting rangeliquids / gases

[cm/s]

Greatestsensitivity

[cm/s]

Mediumtemperature

[°C]

Responsetime[s]

Max. T0gradient[K/min]

Pressurerating[bar]

Material Draw-ingno.

Orderno.

3...300 / 200...2000 3...60 / 200...800 -20...60 1...10 15 300 stainless steel 7 SF311A

3...300 / 200...2000 3...60 / 200...800 -20...60 1...10 15 300 stainless steel 8 SF211A

3...300 / 200...2000 3...60 / 200...800 -20...70 1...10 15 30 stainless steel 10 SF321A

3...300 / 200...2000 3...60 / 200...800 -20...70 1...10 15 30 stainless steel 11 SF221A

Control monitors for external flow sensors

Ub / Tolerance

[V] / [%]

Currentconsumpt.

[mA]

Powerconsumpt.

[VA]

Power-ondelay time

[s]

Outputwhen flow is

present

Outputwhen temp. is exceeded

Outputin case of

wire break

Draw-ingno.

Orderno.

85...265 AC / -5 /+10 – 4 10...80 relay energised relay energised relay de-energised 13 SN0150

24 DC / ± 10 90 – 10...80 relay energised relay energised relay de-energised 13 SR0150

Control monitors for external flow sensors for harzardous zones

Ub / Tolerance

[V] / [%]

Currentconsumpt.

[mA]

Powerconsumpt.

[VA]

Power-ondelay time

[s]

Outputwhen flow is

present

Outputwhen temp. is exceeded

Outputin case of

wire break

Draw-ingno.

Orderno.

240 AC / ± 10 – 5 30 relay energised – relay de-energised 12 SN2304

110 AC / ± 10 – 5 30 relay energised – relay de-energised 12 SN2302

24 DC / ± 10 125 – 30 relay energised – relay de-energised 12 SR2301

Flow sensors

76

Flow sensors

77Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 40: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Compressed air measuring with programmable output

Measuring

[Nl/min / Nm3/h]

Settingrange

[Nl/min / Nm3/h]

Pressurerating[bar]

Mediumtemp.[°C]

Processconnec-

tion

Draw-ingno.

Orderno.

2.3 (3)...700 6...700 16 0...60 DN50 14 SD2000

0.25 (0.3)...75.0 0.7...75.0 16 0...60 DN15 15 SD6000

0.75 (0.8)...225.0 2.0...225.0 16 0...60 DN25 16 SD8000

1.3 (1.5)...410.0 3.5...410.0 16 0...60 DN40 17 SD9000

Ar: 0.35...105/CO2: 0.22...65/N2: 0.23...67.5 Ar: 0.9...105/CO2: 0.6...65/N2: 0.6...67.5 16 0...60 DN15 15 SD6100

– – 1 -10...50 – 18 SL0101

– – 1 -10...50 – 18 SL5101

Ultrasonic flow rate meter for measuring flow and temperature

Measuring

[Nl/min / Nm3/h]

Settingrange

[Nl/min / Nm3/h]

Pressurerating[bar]

Mediumtemp.[°C]

Processconnec-

tion

Draw-ingno.

Orderno.

0...50 0.1...50.0 16 5...80 – 19 SU7000

0...100 0.2...100.0 16 5...80 – 20 SU8000

Accessories

Type Description Orderno.

Adapter, M18 x 1.5 - G 1/4 E40099

Adapter, M18 x 1.5 - G 1/2 E40096

Adapter, M18 x 1.5 - G 3/4 E40134

Adapter, M18 x 1.5 - G 1 E40119

Adapter, M18 x 1.5 - M12 x 1 E40101

Adapter, M18 x 1.5 - 1/4"NPT E40106

Adapter, M18 x 1.5 - 1/2"NPT E40107

Welding adapter, M18 x 1.5 - Ø 24 mm E40124

Adapter, M18 x 1.5 - G 1/4, titanium E40115

Adapter, M18 x 1.5 - G 1/2, titanium E40114

Adapter, M18 x 1.5 - M12 x 1, titanium E40128

Adapter, M18 x 1.5 - 1/4"NPT, titanium E40126

Type Description Orderno.

Adapter, M18 x 1.5 - 1/2"NPT, titanium E40127

Welding adapter, M18 x 1.5 - Ø 23 mm E40138

Flow adapter (for low flow rates) G 1/4 - G 1/8 for flow sensors and compact flow monitors 1/4" E40057

Flow adapter (for low flow rates), M12 x 1 - G 1/8 E40129

Aseptoflex adapter, Clamp 1.5" E33001

Aseptoflex adapter, Clamp 2" E33002

Welding adapter, Ø 50 mm E30052

Aseptoflex adapter, RJT 2" E33092

Scale drawings

1

42

LED

S1 S2

2

72

109

60

60,5

65

M12 x1

14

8,2

45

22

1

1: internal thread M18 x 1.5, 2: setting pushbuttons

2

71,5

149

60,5

104

M12 x1

7,7

5515

10,8

69

9

36

1

42

LED

S1 S2

2

1: Aseptoflex thread, 2: setting pushbuttons

Flow sensors

78

Flow sensors

79Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 41: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Scale drawings

3

71,5

114

60,5

69

M12 x1

7,7

2015

10,8

34

9

36

1

42

LED

S1 S2

2

1: Aseptoflex thread, 2: setting pushbuttons

4

71,5

132

60,5

87

M12 x1

7,7

3815

10,8

52

9

36

1

42

LED

S1 S2

2

1: Aseptoflex thread, 2: setting pushbuttons

5

42

LED

S1 S2

2

71,5

109

60

60,5

65

14

8,2

45

22

1

" 20UNF 2A21

1: internal thread M18 x 1.5, 2: setting pushbuttons

6

8672

22

14

8,2

44

19 1

1: internal thread M18 x 1.5

7

G2

1

124515

80

8,2

27

8

17

57

122713

8,2

G4

1

9

M12

x1

8272

22

14

8,2

44

19 1

1: internal thread M18 x 1.5

10

G2

1

124515

80

27

7,7

11

17

57

122713

7,7

G4

1

12

45

78

1 2

19 20 21

13 14 15 16 17 18

3

97 8

+

120

35,5

1

1: mounting on DIN rail

Scale drawings

13

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)

14

133

45

1 2

54

R2 51

100111

M12

x1

275475

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

15

R

210300

16,1

21,3

M12

x1

100111

76,8

45

1 2

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

16

475375

27,3

33,7

R 1

M12

x1

100111

88,5

45

1 2

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

17

39

R1

12

275475

42

100

111

M12

x1

120

45

1 2

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

18

140133

11332

23

2 LED

pot.2 LED

19

G4

3

G4

3

11096

100

80,5

M12

x1

-: installation length with pipe adapter E40151 / E40154: 185 mm

20

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

Flow sensors

80

Flow sensors

81Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 42: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Transmitters or sensors withintegrated control monitor.

Overload protect. and high long-termstability due to a ceramic measur. cell.

Measuring range up to 600 bar.

Optional fittings forvariable process connection.

EPS interface forexternal programming.

IntroductionThe ifm pressure sensors have been developed for monitoring system pres-sure in hydraulic and pneumatic applications. Today we cannot imagine thefood industry or hygienic applications without pressure sensors. ifm offers avariety of different types for different industrial applications.All units have one thing in common: They have a one-piece housing andneed no moving parts such as pistons or springs. The result: The sensor areextremely robust against mechanical influence and work completely withoutwear and tear and fatigue.The sensor has a ceramic measuring cell. The advantage of this material isthat it is resistant to corrosion and gives long-term stability. In the long runthis guarantees a continuous accuracy of the measured values.ifm sensors are also resistant to dynamic pressure peaks and have a highoverload resistance. It is of special importance that they are resistant to pres-sure peaks which usually arise on fast closing valves. Depending on themounting position pressure peaks as well as vacuum peaks can alternatequickly. Even in these critical situations ifm sensors are resistant.The flush sealing system of the ceramic measuring cell when mounted in thestainless steel housing allows optimum cleaning of the sensor – an absolutemust for the use in the food industry or in hygienic applications.A variety of sensor solutionsThe pressure sensors from ifm are available in various designs, includingpressure switches and pressure transmitters. A new unit series monitors thepressure in the food industry and other hygienic applications and meets the3A, FDA and EHEDG requirements.EPS interfaceThe pressure sensors often have to be mounted at positions in the installa-tion / machine that are difficult to access. Programming and reading of thevalues on site are difficult. The solution: For these applications ifm offers sen-sors with EPS interface. Pressure sensor and control monitor are located onsite in the sensor housing. Programming is performed using the program-ming unit (PP 2000) or the PC programming assistant.

Separate display /programming unitPP2000.

The display: The 7-segment display

shows the systempressure at a glance.

Type PP without display, PN with display

Type Processconnection

Display

LED

Measuringrange[bar]

Poverloadmax.[bar]

Pburstingmin.[bar]

UbDC[V]

Outputbinary

Wiringdiagram

no.

Draw-ingno.

Orderno.

M12 connector · Output function · Electrical design DC PNP · Wiring diagram no. 1

G1/4 A / M5 I – 0...400 600 1600 9.6...32 – 1 1 PK7520

G1/4 A / M5 I – 0...250 400 1000 9.6...32 – 1 1 PK7521

G1/4 A / M5 I – 0...100 200 1000 9.6...32 – 1 1 PK7522

G1/4 A / M5 I – 0...10 25 300 9.6...32 – 1 1 PK7524

M12 connector · Output function normally open / closed complementary · Electrical design DC PNP · Wiring diagram no. 2

G1/4 A / M5 I – 0...400 600 1600 9.6...32 – 2 1 PK6520

G1/4 A / M5 I – 0...250 400 1000 9.6...32 – 2 1 PK6521

G1/4 A / M5 I – 0...100 200 1000 9.6...32 – 2 1 PK6522

G1/4 A / M5 I – 0...10 25 300 9.6...32 – 2 1 PK6524

M12 connector · Output function 4...20 mA analogue · Electrical design DC · Wiring diagram no. 3

G1/4 I – -1...0 10 30 10.8...30 – 3 2 PA3029

G1/4 I – 0...1 10 30 10.8...30 – 3 2 PA3027

G1/4 I – 0...2.5 20 50 10.8...30 – 3 2 PA3026

G1/4 I – 0...10 75 150 10.8...30 – 3 2 PA3024

G1/4 I – 0...25 100 350 10.8...30 – 3 2 PA3023

G1/4 I – 0...100 300 650 10.8...30 – 3 2 PA3022

G1/4 I – 0...250 400 850 10.8...30 – 3 2 PA3021

G1/4 I – 0...400 600 1000 10.8...30 – 3 2 PA3020

M12 connector · Output function 4...20 mA analogue · Electrical design 3-wire DC; 2-wire DC · Wiring diagram no. 4

G1 A – -12.5...250 10000 30000 14...30 – 4 3 PL2658

G1 A – -50...1000 10000 30000 14...30 – 4 3 PL2657

G1 A – -0.13...2.50 20 50 14...30 – 4 3 PL2656

G1 A – -0.5...10 50 150 14...30 – 4 3 PL2654

G1 A – -1.0...25 100 350 14...30 – 4 3 PL2653

M12 connector · Output function 2 x no / nc progr. or 1 x no / nc progr. + 1 x analogue · Wiring diagram no. 5

G1/4 I 4-digit 0...400 600 1000 20...30 – 5 5 PN2020

G1/4 I 4-digit 0...250 400 850 20...30 – 5 6 PN2021

G1/4 I 4-digit 0...100 300 650 20...30 – 5 6 PN2022

G1/4 I 4-digit -1...25 100 350 20...30 – 5 6 PN2023

G1/4 I 4-digit -1...10 50 150 20...30 – 5 6 PN2024

G1/4 I 4-digit -0.13...2.50 20 50 20...30 – 5 6 PN2026

G1/4 I 4-digit -1000...1000 20000 50000 20...30 – 5 6 PN2009

G1/4 I 4-digit -500...+500 10000 30000 20...30 – 5 6 PN2069

Type PP without display, PN with display, hygienic

Type Processconnection

Display

LED

Measuringrange[bar]

Poverloadmax.[bar]

Pburstingmin.[bar]

UbDC[V]

Outputbinary

Wiringdiagram

no.

Draw-ingno.

Orderno.

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

– – -12.5...250 10000 30000 14...30 – 4 4 PM2058

– – -50...1 000 10000 30000 14...30 – 4 4 PM2057

– – -0.5...10 50 150 14...30 – 4 4 PM2054

– – -1...25 100 350 14...30 – 4 4 PM2053

M12 connector · Output function 2 x no / nc progr. or 1 x no / nc progr. + 1 x analogue · Wiring diagram no. 5

G1 A 7-segment -13...250 10000 30000 20...30 – 5 7 PF2658

G1 A 7-segment -50...1000 10000 30000 20...30 – 5 7 PF2657

G1 A 7-segment -0.13...2.50 20 50 20...30 – 5 7 PF2656

Pressure sensors

82

Pressure sensors

83Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 43: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Type Processconnection

Display

LED

Measuringrange[bar]

Poverloadmax.[bar]

Pburstingmin.[bar]

UbDC[V]

Outputbinary

Wiringdiagram

no.

Draw-ingno.

Orderno.

M12 connector · Output function 2 x no / nc progr. or 1 x no / nc progr. + 1 x analogue · Wiring diagram no. 5

G1 A 7-segment -0.5...10 50 150 20...30 – 5 7 PF2654

G1 A 7-segment -1.0...25 100 350 20...30 – 5 7 PF2653

G1 A 7-segment -1.0...100 200 650 20...30 – 5 8 PF2652

M12 connector · Output function 1 x no / nc progr. or 1 x no / nc progr. + 1 x analogue · Wiring diagram no. 6

– 4-digit -1.00...25.00 100 350 18...32 – 6 9 PI2093

– 4-digit -1.00...10.00 50 150 18...32 – 6 9 PI2094

– 4-digit -1.000...4.000 30 100 18...32 – 6 9 PI2095

– 4-digit -0.124...2.500 20 50 18...32 – 6 9 PI2096

– 4-digit -50...1000 10000 30000 18...32 – 6 9 PI2097

– 4-digit -12.4...250.0 10000 30000 18...32 – 6 9 PI2098

– 4-digit -1000...1000 10000 30000 18...32 – 6 9 PI2099

Accessories

Type Description Orderno.

Aseptoflex adapter, Clamp 1.5" E33001

Aseptoflex adapter, Clamp 2" E33002

Welding adapter, Ø 50 mm E30052

Aseptoflex adapter, RJT 2" E33092

Welding adapter, G 1 - Ø 50 mm E30013

Protective cover, stainless steel E30104

Protective cover, plastic E30006

Wiring diagrams

1

2

L

L+

4

1

3Out 1Out 2

4:2:

2

4

L

L+1

2

32:4:

3

L+

L

1

2

Wiring diagrams

4

L+

L

1

2

L+

L

1

3

2

5

4

L

L+

2

1

3Out 1Out 2

4:2:

4

L

L+

2

1

3Out 1Out 2

4:2:

4

1

3

2

L+

LOut 1Out 2

4:2:

2

1

3

4

L+

LOut 1Out 2

4:2:

6

4

1

3

2

L+

L

2

1

3

4

L+

L

Scale drawings

1

61,6

12

M12 x127

27

71,6

G1 4/

M5

7,5

2

1

1: tightening torque 25 Nm

2

M12 x1

27

1,3

95

30

13,5

21,5

25

G 41

3

34M12 x1

48,5

85,3

27

G1

25,4

99,5

1

41 20°

1: tightening torque 20 Nm

4

36

107

34

15

M12 x1

121,

5

48

1 2

1: Aseptoflex sealing edge, 2: Aseptoflex thread

Pressure sensors

84

Pressure sensors

85Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 44: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Scale drawings

5

30

47,8

59,8

G

M12

x1

14

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

6

91,5

34

27

1,3

21,5

2 3

1

30

47

57,3

G

M12

x1

13,5

1 4/

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

7

97,4

34

27,5

G1

25,4

48,5

1 2

46,5

63,1

M12

x1

41 20°

1: 7-segment LED display, 2: Programming button

8

46,5

58M

12x1

41 20°92

34

M12 x127

,5

G1

25,4

1 2

1: 7-segment LED display, 2: Programming button

9

119

34

14,5

2 3

36

1

48

36

47

85M

12x1

4 5

1: 4-digit alphanumeric display, 2: LEDs (display unit / switching sta-tus), 3: Programming button, 4: Aseptoflex sealing edge, 5: Asepto-flex thread

Pressure sensors

86

Pressure sensors

87Visit our website: www.ifm-electronic.com

Page 45: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Precise temperature measurementby Pt1000 sensor element.

Integrated or separatecontrol monitors selectable.

Modular concept – tailor-madefor every application.

Optional fittings forvariable process connection.

Robust mechanics with highresistance to vibration and shock.

IntroductionThe controlling and monitoring of temperatures are amongst the mostimportant measuring tasks in automation and process technology. In processtechnology for example the right temperature is decisive for the quality andefficiency of the process. In automation technology an exact temperaturedetection is very important for monitoring installations and as protectionagainst dangerous states. In heating and air conditioning economic and easyoperation is not possible without temperature measurement and control.Operating principleThe temperature sensors of ifm electronic are based on a Pt1000 resistor.The measured temperature value corresponds to a change in resistance andis converted into an electrical analogue signal.The microprocessor and the display make process adjustment much easier.The user can set the values for the switch points, hysteresis and measuringrange by means of programming buttons even without the system tempera-ture being applied. This enables installation and setup of the system within afew minutes.Film technology is used for the electronic circuitry. A flexible, temperature-resistant and extremely resistant polyimide film is used as carrier of the SMDcomponents. Together with a special potting method an extreme shock andvibration resistance is achieved.From sensor to systemA complete temperature measurement system usually consists of severalcomponents. The temperature in a medium is detected by a sensor and isconverted into an electrical measured signal. The mechanical design and thedimensions of the sensors must vary to enable use for different media andmeasuring points. ifm electronic offers a selection of robust probe sensors ortypes with connection cables. To indicate and process the measured valuethe sensor is connected to a separate control monitor.For further processing, freely programmable switching or analogue outputsare available.

Local display of thecurrent temperature.

Imperative: Tempera-ture detection in hea-ting and air conditio-

ning.

Control monitor with integrated temperature sensor, TN2530 1 output / TN2530 2 outputs

Setting rangeswitch-on point

[°C]

Resolutionanalog output

[°C]

Display Ub

[V]

Currentconsump.

[mA]

Iload

[mA]

Wiring-diagr.

no.

Draw-ingno.

Orderno.

Temperature sensor with 1 switching output and 1 analogue output

-39.5...125 / -39...257 -39.5...125 / -39...257 red 20...30 66 250 1 1 TN2530

Temperature sensor with 2 switching outputs

-39.5...125 / -39...257 -39.5...125 / -39...257 2 x red 18...30 50 250 2 1 TN7530

Control monitor for external temperature sensors

Setting rangeswitch-on point

[°C]

Resolutionanalog output

[°C]

Display Ub

[V]

Currentconsump.

[mA]

Iload

[mA]

Wiring-diagr.

no.

Draw-ingno.

Orderno.

Temperature sensor with 2 switching outputs

-39.5...150 / -39...302 -39.5...150 / -39...302 2 x red 18...30 50 250 7 2 TR7430

Temperature sensor with 4 switching outputs

-39.8...150 / -39.5...302 -39.8...150 / -39.5...302 4 x yellow 18...28 90 < 500 8 3 TR8430

Temperature sensor with 1 switching output and 1 analogue output

-39.8...300.0 / -39.6...572.0 -39.8...300.0 / -39.6...572.0 yellow 20...30 55 250 9 3 TR2432

Probe and cable sensors

Diameter

[mm]

Nominal length

[mm]

Sensorelement

[mm]

Dynamic responseT05 / T09

[s]

Wiring-diagr.

no.

Draw-ingno.

Orderno.

Ø 10 mm – Pt 100 12 / 39 3 4 TS2056

Ø 6 mm – Pt 100 11 / 37 3 5 TS2256

Ø 10 mm – Pt 1000 6 / 25 3 6 TS2051

Ø 10 mm – Pt 1000 6 / 25 3 6 TS5051

Ø 10 mm 160 Pt 1000 6 / 25 3 7 TT1050

Ø 10 mm 110 Pt 1000 5 / 14 3 8 TT0061

Ø 10 mm 160 Pt 1000 5 / 14 3 8 TT1061

Temperature transmitters

Measuring range

[°C]

Resolution

[°C]

Ub

[V]

Dynamic responseT05 / T09

[s]

Wiring-diagr.

no.

Draw-ingno.

Orderno.

0...140 / 32...284 0...140 / 32...284 10...30 1 / 3 4 9 TA3430

-10...150 / 14...302 -10...150 / 14...302 10...30 1 / 3 4 9 TA3431

0...140 / 32...284 0...140 / 32...284 10...30 1 / 3 4 10 TA3130

-10...150 / 14...302 -10...150 / 14...302 26.5...31.6 1 / 3 5 11 TAA131

-10...150 / 14...302 -10...150 / 14...302 26.5...31.6 1 / 3 5 12 TAA431

-25...150 / -13...302 -25...150 / -13...302 20...32 6 / 13 6 13 TAD961

-25...150 / -13...302 -25...150 / -13...302 20...32 6 / 13 6 14 TAD161

-40...150 / -40...302 -40...150 / -40...302 – 5 / 14 3 15 TM9061

-40...150 / -40...302 -40...150 / -40...302 – 5 / 14 3 16 TM0061

-40...150 / -40...302 -40...150 / -40...302 – 5 / 14 3 17 TM1061

Temperature sensors

88

Temperature sensors

89Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 46: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Accessories

Type Description Orderno.

Thermowell for temperature sensors, Ø 10 mm - G 1/2 E35010

Progressive ring fitting for temperature sensors, Ø 10 mm - G 1/2 E30016

Mounting set for direct adaption of temperature sensors TT to control monitors TR E30017

Clamp fitting Ø 6/8/10 mm - G 1/2 for temperature sensors TS / TT E30018

Mounting clamp, Ø 34 mm E10017

Protective cover, plastic E30006

Protective cover, stainless steel E30104

Thread cover for types TA E30090

Welding adapter G 1/2 - Ø 35 mm ball E30055

Welding adapter G 1/2 - Ø 45 mm collar E30056

Aseptoflex adapter, Clamp 1.5" E33001

Aseptoflex adapter, Clamp 2" E33002

Hygienic thermowell, Ø 10 mm E34005

Thermowell for temperature sensors, Ø 10 mm E34010

Type Description Orderno.

Mounting set, G 1/2 E30089

Clamp adapter, Ø 10 mm - G 1/2 E34410

Clamp adapter, Ø 10 mm E34110

Adapter, M18 x 1.5 - G 1/2 E40096

Adapter, M18 x 1.5 - G 1/4 E40099

Thermowell for temperature sensors for types TA E30393

Wiring diagrams

1

L+

L3 BU

4 BK

2 WH

1 BN

2

2

L

L+

4

1

3Out 1Out 2

4:2:

3

1

2

3

4

4

L+

L

1

2

5

AS-i+1

3 AS-i

6

L+

L3 BU

4 BK

2 WH

1 BN

7

L+

L3 BU

4 BK

2 WH

1 BN

4

3 (n.c.)

2

1(n.c.)

TR 7430

8

TR 8430

L+

L

n.c.

Out 4

Out 1

Out 2

1

2

4

6

7

3

Out 35

3 (n.c.)

1 (n.c.)

4

2

9

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

90

Temperature sensors

91Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 47: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Scale drawings

1

128,

5

3413

,5

8,2

45

1 248

94,5

M12

x1

22 3

1: 7-segment LED display, 2: Programming button, 3: internal threadM18 x 1.5

2

94

34

16,5

G 21

1 2

30

48

60M

12x1

1: 7-segment LED display, 2: Programming button

3

94

34

16,5

G 21

1 2

30

48

60M

12x1

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

4

M12

x1

58 50,5

12

107

42,5

5

58

M12

x1

50 6

6

46

M12

x1

12

7

45

10

7

7,8

L

10

M12

x1

22

18,5

40

1

1: plug area

8

4,5

L

10

M12

x1

21,5

18,5

40

1

1: plug area

9

G 21

43,8 123

8,2

10

M12

x130

2718

,3

13,7

47,5

180,5

LED

87,5

10

4460

8,2

M12x130

27

13,7

117,

7

13,5

G 41

Scale drawings

11

5360

8,2

M12x130

27

14,9

127,

9

13,5

G 41

LED

12

G 21

52,8 123

8,2

10

M12

x130

27

18,3

14,7

47,5

190,5

LED

87,5

13

1

2

161

40

10

54,3

M12

x1

4,5

41

147,2

36

1: sealing chamfer, 2: Aseptoflex thread

14

1

2

221

100

10

114,3

M12

x1

4,5

41

207,2

36

1: sealing chamfer, 2: Aseptoflex thread

15

1 2

M12

x136

45

4,5 10

30

30

1: Aseptoflex thread, 2: Aseptoflex sealing edge

16

1 2

M12

x136

45

4,5 10

50

30

1: Aseptoflex thread, 2: Aseptoflex sealing edge

17

1 2

M12

x136

45

4,5 10

100

30

1: Aseptoflex thread, 2: Aseptoflex sealing edge

Temperature sensors

92

Temperature sensors

93Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 48: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Low-cost permanentvibration monitoring.

Reliable measuring principleby acoustic emission detection.

Predictive maintenanceincreases machine uptime.

Easy parameter setting and setup.

Direct local reading of the bearingcondition, progr. switching outputs.

IntroductionThe rolling element bearing is a standard element for the construction ofmachinery and equipment. The correct function of this force-transmittingand moving component is critical for uptime of machinery and equipment.Due to the high dynamic and static loads during operation as well as designlimitations the rolling element bearing is often the Achilles' heel with regardto lifetime. Thus unforeseen damage to the bearing often leads to produc-tion or quality loss. State-of-the-art for industrial monitoring of rolling ele-ment bearings is presently restricted to the intermittent measurement withhandheld measuring instruments and to expensive central measuringsystems which due to their enormous acquisition costs only make sense eco-nomically for monitoring expensive machines like turbines or large gears.Innovative technologyWith the efector octavis ifm brings the first vibration sensor with integratedrolling element bearing diagnosis based on frequency analysis on the mar-ket. Due to the implementation of a proprietary diagnostic algorithm severaldifferent rolling element bearings can be monitored separately and theircondition can be displayed via a ”green-yellow-red” logic. Monitoring anddiagnosis are performed in real time. Thus vibration measurement technolo-gy is integrated into automation technology so that expensive expert know-how for a reliable bearing diagnosis is not required. Therefore permanentmonitoring of small machines and components is possible for the first timewithout losing the diagnostic quality of expensive systems.Easy parameter settingFor the easy parameter setting of the rolling element bearing monitor, it isonly necessary to take the relevant bearing data from the rolling elementbearing database. For variable speed drives information on speed must beprovided. The speed can either be provided by an analogue signal or a pulsegenerator connected to the sensor. The mechanical dimensions are 36 x 36 x36 mm.

Parameter setting ofefector octavis is sim-ply done at the PC viathe RS-232 interface.

After mounting pressthe Teach pushbutton

– efector octavis istaught the reference

conditions of theapplication.

Diagnostic of bearings VB..., diagnosis of frequencies VE...

Frequencyrange[Hz]

Spectralresolution

[Hz]

Monitoringrang

[U/min]

UbDC[V]

Operatingtemperature

[°C]

Minimummeasuring time

[s]

Draw-ingno.

Orderno.

3...6000 1.25 120...12000 10...32 -30...60 0.8 1 VE1001

3...6000 1.25 120...12000 10...32 -30...75 0.8 2 VE1101

Accessories

Type Description Orderno.

Expert software for efector octavis VES001

Parameter setting cable for efector octavis ifm electronic straight / straight E11572

Pulse generator E30082

Y connection cable ifm electronic 2 way E11664

USB/RS485 adapter cable ifm electronic straight / straight E30098

Scale drawings

1

20 M5

M12

x1

46,458,2

14

6

5,3

36

37,6

5,35

10

4

M8

x1

LED

11

1: Programming buttons

2

M12

x1

46,458,2

14

65,3

36

20 M5

37,6

5

10

4

5,3

M8x

1

Diagnostic systems

94

Diagnostic systems

95Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

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Support of the AS-i standard 2.1for extended functionality.

Powerful controllers witheasy-to-use graphic display.

”Safety at Work” forsafety-related applications.

Wide range of modules forcontrol cabinets and field applications.

Intelligent system solutionsfor special tasks.

IntroductionThe actuator-sensor interface (AS-i) sets new technological standards in thedesign and automation of installations. This leads to economic advantagesfor the OEM and the user for project management, commissioning andmaintenance of machines. In contrast to conventional fieldbuses AS-i has afinely granulated structure and can therefore be integrated even into proxi-mity sensors.AS-i considerably reduces wiring complexity since conventional parallelwiring of each sensor or actuator to the controller is no longer necessary.This saves the user a great number of terminals, splitter boxes, input/outputcards and cable lines.Wide selection of connection optionsVia its field connections AS-i allows low-cost connection of conventionaldevices. Up to 248 binary sensors and 186 actuators can be connected perAS-i line. It is also possible to integrate sensors with bus capability into thesystem at any time. These sensors with integrated AS-interface supply moreinformation to the controller without the need of additional wiring. Therefo-re this latest sensor generation is also referred to as intelligent sensors.Voltage supply and data via one cableVoltage supply and data communication of all sensors are normally perfor-med via a (yellow) AS-i cable. For some modules actuators can also be sup-plied via this cable. If a higher output current or emergency stop switch-offis required, actuators are supplied via a second black flat cable with a sepa-rate 24 V auxiliary voltage.AS-i in the automation pyramidAS-interface has established itself at the lowest automation level, it is locat-ed below the fieldbuses. The strengths of AS-i are its simple structure, speed,quick wiring and price/performance ratio. It can be used as a feeder bus forhigher bus systems, they in turn then ensure a non time critical transmissionof the data over longer distances to the host controller.

Safety at Work is desi-gned for safety-rela-ted applications. Herean E-stop implemen-ted with AS-i.

One AS-i flat cableinstead of many paral-

lel cables: In a bre-wery the interface

serves to transfer thesensor signals to the

higher-level controller.

Controller, gateways and network extensions

Type Use Description Draw-ingno.

Orderno.

AS-i masters AS-i DP controller E · Full master functions · Graphic display · AS-i PLCwith Profibus-DP interface 1 AC1306

AS-i masters AS-i DeviceNet controller E · Full master functions · Graphic display · AS-icontroller with DeviceNet interface 2 AC1314

AS-i masters AS-i Ethernet Controller E · Full master functions · Graphic display · AS-icontroller with Ethernet Modbus TCP 2 AC1310

AS-i masters SmartLink DP · Full master functions · Graphic display · AS-i gateway /Profibus DP 3 AC1335

Industrial communication AS-i repeater · Extension of the AS-i network by another 100 m · Oneadditional AS-i power supply necessary · Combicon connection 4 AC2215

Power supplies Power supply for AS-i networks · Integrated data decoupling · AS-icombined power supply 115/230 V AC for 26 V and AS-i 5 AC1209

Power supplies Power supply for AS-i networks · Integrated data decoupling · AS-i dualpower supply 115/230 V AC 2 x AS-i 6 AC1212

Power suppliesPower supply for AS-i networks · Integrated data decoupling · Jumper to

deactivate the AS-i communication · NEC Class II Power Source · AS-ipower supply 115/230 V AC

7 AC1216

Power supplies Power supply for AS-i networks · Integrated data decoupling · Jumper todeactivate the AS-i communication · AS-i power supply 115/230 V AC 8 AC1218

Power supplies Switched-mode power supply 24 V DC · Primary switched mode 9 DN2012

Power supplies Switched-mode power supply 24 V DC · Primary switched mode 10 DN1020

Power supplies Switched-mode power supply 24 V DC · Primary switched mode 11 DN2013

I/O modules Active AS-i module · String mounting possible · addressing socket ·Version 2.1 · Combicon connection 4 AC2251

I/O modules Active AS-i module · String mounting possible · addressing socket ·Version 2.1 · Combicon connection 4 AC2252

I/O modulesActive AS-i module · String mounting possible · addressing socket · Input

supply from external NON PELV voltage source · Version 2.1 withextended addressing mode · Combicon connection

4 AC2254

I/O modulesActive AS-i module · String mounting possible · addressing socket · Input

supply from external NON PELV voltage source · Version 2.1 withextended addressing mode · Combicon connection

4 AC2255

I/O modules Active AS-i module · String mounting possible · addressing socket ·External sensor supply PELV · Version 2.1 · Combicon connection 4 AC2257

I/O modules for field applications Active CompactLine module · Version 2.1 with extended addressingmode · IR addressing possible · Sockets M12 x 1 12 AC2457

I/O modulesActive AS-i module · AS-i profile S-7.3 · 4 analogue inputs 4...20 mA ·

For the connection of 2-wire, 3-wire or 4-wire sensors · Combiconconnector for sensor connection

4 AC2216

Bus system AS-interface

96

Bus system AS-interface

97Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

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Type Use Description Draw-ingno.

Orderno.

I/O modules for field applications Active ProcessLine module · Version 2.1 with extended addressing mode· Protection rating IP 69K · high-grade stainless steel · Sockets M12 x 1 13 AC2904

I/O modules for field applications Active ProcessLine module · Version 2.1 with extended addressing mode· Protection rating IP 69K · high-grade stainless steel · Sockets M12 x 1 14 AC2910

Splitter box modules for fieldapplications

Passive splitter box AS-i ProcessLine · Protection rating IP 69K · high-grade stainless steel · Sockets M12 x 1 15 AC2900

I/O modules for field applications Passive compact module · Sockets M12 x 1 12 AC2413

I/O modules for field applications Active CompactLine module · IR addressing possible · Version 2.1 ·Sockets M12 x 1 12 AC2451

I/O modules for field applications Active AS-i compact module · IR addressing possible · Version 2.1 ·Sockets M12 x 1 16 AC2452

I/O modules for field applications Active CompactLine module · IR addressing possible · Version 2 · SocketsM12 x 1 12 AC2417

I/O modules for field applications Active CompactLine module · IR addressing possible · Sockets M12 x 1 12 AC2411

I/O modules for field applications Active CompactLine module · IR addressing possible · Sockets M12 x 1 12 AC2411

I/O modules for field applications Active CompactLine module · IR addressing possible · Version 2.1 ·Sockets M12 x 1 16 AC2412

I/O modules for field applications Active ClassicLine module · IR addressing possible · Version 2.1 · SocketsM12 x 1 17 AC2505

I/O modules for field applications Active ClassicLine module · IR addressing possible · Version 2.1 withextended addressing mode · Sockets M12 x 1 17 AC2515

I/O modules for field applications Active ClassicLine module · IR addressing possible · Version 2.1 · Functioncheck inputs (FKT) · Sockets M12 x 1 17 AC2501

I/O modules for field applicationsActive ClassicLine module · Interfacing of SEW MOVISWITCH motor

drives possible · Version 2.1 with extended addressing mode · SocketsM12 x 1

17 AC2502

I/O modules for field applications Active ClassicLine module · IR addressing possible · Version 2.1 withextended addressing mode · Sockets M12 x 1 17 AC2514

I/O modules for field applications Active ClassicLine module · IR addressing possible · Version 2.1 · SocketsM12 x 1 17 AC2508

I/O modules for field applications Active ClassicLine module · IR addressing possible · Version 2.1 withextended addressing mode · Sockets M12 x 1 18 AC2504

I/O modulesActive ClassicLine module · AS-i profile S-7.3 · 4 analogue inputs 4...20mA · IR addressing possible · For the connection of 2-wire, 3-wire or 4-

wire sensors · 4 sockets M12 x 118 AC2516

I/O modulesActive ClassicLine module · AS-i profile S-7.3 · IR addressing possible · 4analogue outputs 0...20 mA · For the connection of 2-wire actuators · 4

sockets M12 x 118 AC2518

I/O modules Active ClassicLine module · 4 analogue inputs temperature Pt100 · AS-iprofile S-7.3 · IR addressing possible · 4 sockets M12 x 1 18 AC2520

I/O modules for field applications Active module upper parts AS-i illuminated pushbutton module · Colourinserts changeable · Power supply via AS-i cable 19 AC2086

Type Use Description Draw-ingno.

Orderno.

I/O modules for field applications Module lower part flat cable · stainless steel · Quick mountingtechnology for AS-i flat cable 20 AC5014

I/O modules for field applications FC-E coupling module · stainless steel · Quick mounting technology forAS-i flat cable 20 AC5015

I/O modules for field applications Module lower part flat cable · Quick mounting technology for AS-i flatcable 20 AC5000

I/O modules for field applications FC-E coupling module · Quick mounting technology for AS-i flat cable 20 AC5003

AS-i Safety at WorkAS-i safety monitor · 1-channel · Control category 4 according to

EN954-1 and IEC 61508 / SIL 3 · Configuration and setup byconfiguration software ASIMON V2.0 · Screw terminal

21 AC003S

AS-i Safety at WorkAS-i safety monitor · 2-channel · Control category 4 according to

EN954-1 and IEC 61508 / SIL 3 · Configuration and setup byconfiguration software ASIMON V2.0 · Screw terminal

21 AC004S

AS-i Safety at WorkSafe AS-i input module · IR addressing possible · AS-i version 2.1 ·Control category 4 according to EN954-1 for the connection of

mechanical contacts · Sockets M12 x 122 AC005S

AS-i Safety at WorkSafe active AS-i module · Control category 4 according to EN954-1 and

IEC 61508 / SIL 3 · For the connection of mechanical contacts ·Combicon connection

23 AC009S

AS-i Safety at WorkE-stop illuminated with integrated AS-i connection · Connector M12 x 1· AS-i interface via AS-i flat cable IP 67 · E-stop fool-proof in accordance

with EN 418 · Pull to reset24 AC010S

Evaluation unit for fail-safeswitches

Active ClassicLine module · AS-i version 2.1 · IR addressing possible ·category 4 to EN 954-1 · – · For the connection of 1 chain with up to 8

fail-safe switches · Sockets M12 x 125 G1506S

Fail-safe inductive switches Enable zone: 10...20 mm · category 4 (EN 954-1) PDF-M (EN 60947-5-3)· for industrial applications · Plug and socket 26 GM505S

Fail-safe inductive switches Enable zone: 3...6 mm · category 4 (EN 954-1) PDF-M (EN 60947-5-3) ·for industrial applications · Plug and socket 27 GG505S

Fail-safe inductive switches Enable zone: 6...12 mm · category 4 (EN 954-1) PDF-M (EN 60947-5-3) ·for industrial applications · Plug and socket 28 GI505S

Accessories

Type Description Orderno.

CodeSys for Automation Alliance AC0347

AS-i addressing unitFor order No. E70123, E70211, E70213, E70223 AC1144

Programming cable for controller EFor order No. AC1303, AC1304, AC1305, AC1306 E70320

Addressing cableFor order No. AC1144 E70213

Addressing cable for the addressing of active AS-i compact modules E70123

Bus system AS-interface

98

Bus system AS-interface

99Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 51: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Type Description Orderno.

Protective cap, M12 E70297

FC splitterFor order No. AC2904, AC2900 E70454

FC splitterFor order No. AC2904, AC2900 E70354

Addressing cable for the addressing of active AS-i compact modules E70123

Viton compound / highgrade steel kit for ClassicLine Module E70355

Protective cap, M12 AC3004

FC insulation displacement connector

AS-i flat cable AC4000

AS-i flat cable AC4002

AS-i flat cable AC4007

AS-i flat cable AC4008

bridging plug for safety modules for order No. AC005S E7005S

Connection cable PC / AS-i safety monitor E7001S

Connection cable AS-i safety monitor / AS-i safety monitor E7002S

Type Description Orderno.

Combicon connector, QIC E70236

Combicon connector with cage clamps 4 poles E70232

Combicon connector with screw terminals 4-pole E70230

Scale drawings

1

4

10797

86

124

131

LED

62

LED

2

86

124

131

LED

LED

62

4

10797

3

85

124

138

LED

62

4

6857

4

105

35,5

25

114

LEDs

1

1: addressing socket

Bus system AS-interface

100

Bus system AS-interface

101Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 52: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Scale drawings

5

47,5

113

47,5

3

120

130

120

LED

LED

6

47,5

113

47,5

3

120

130

120 LEDLED

7

4

10796

49

124

131

Jumper

LED

8

4

10796

91

124

131

Jumper

LED

9

124

64

LED 131

89

4

107

10

35,5

9645

75 83

LED

pot.

11

89

4

107

124120

131

LED

12

17 24

118

FE

60

107

39

4,5

36

LED M12x1

Scale drawings

13

M12

x1

43,6

80137,3

M12 x1 LED

14

137,3

M12 x1 LED

M12

x1

43,6

80

15

M12

x1

43,6

80137,3

M12 x1

16

60

107

39

4,5

36

M12x1LEDFE

152

17

24

17

25

83

45

LEDM12x1

18

44

83

90

LEDM12x1

19

4530

80

Bus system AS-interface

102

Bus system AS-interface

103Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 53: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Scale drawings

20

80

206

35

66

31

9,65,3

45

7 7

77

21

120

35,5

45

104

LED

22

25

80

45

LEDM12x1

23

105

35,5

25

108

LEDs

1

1: addressing socket

24

M12

x1

72

80

58,5

66,5

93,5

5610

5

25

90

LEDM12 x1

44

80

26

40

M12

x1

4066

17

34

LED

4661

30 20

5,4

105,

4

6

8,5

33

Scale drawings

27

M18

x1

55 10

M12

x1

90,5

LED 8 x 45°

79

424

28

LED 4 x 90°

69

39

M30

x1,5

5

67

80

36

M12

x1

15

Bus system AS-interface

104

Bus system AS-interface

105Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 54: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Compliance with EN 50081 (noise emis.) & EN 50082 (noise immunity).

Wide input voltage range.

Output protected againstshort circuits and overload.

Good power reserves.

Robust metal housingfor secure mounting.

IntroductionThey may be unglamorous and unobtrusive, but without them it would notbe possible to operate an electronic system. Power supplies are essential. ifmoffers low-cost transformer power supplies but also powerful switched-mode power supplies for different applications.Transformer power suppliesTransformer power supplies provide a low voltage, normally 24 V DC. Atransformer according to DIN 0551 ensures a safe electrical separation frommains voltage and low voltage. The output voltage can be regulated (± 5 %)or smoothed by means of capacitors. The different designs and outputpowers allow adaptation to diverse operating conditions.Switched-mode power suppliesPrimary switched-mode power supplies are a compact and economical solu-tion to supply sensors and actuators. As opposed to conventional transfor-mer power supplies with regulated output voltage they need no heavy trans-formers so that there are fewer iron and copper losses. They are thereforedistinguished by a very high degree of efficiency of up to 92 %. Due to theoperating principle by means of high frequency transformers switched-modepower supplies are much smaller and lighter than transformer power sup-plies with identical power. Nevertheless they guarantee an electrical separa-tion. Furthermore, they offer a wide input voltage range as standard forworldwide use.Power reservesMains fluctuations up to ± 15 % and mains interference are compensatedfor. Even mains voltage dips of a few milliseconds are compensated for, theoutput voltage is completely maintained. An active inrush current limitationreduces the inrush current by means of a fixed resistor which is bridged afterstart up. The outputs are protected against short circuits and overload. Spe-cial output characteristics allow a current which can be up to 1.7 higher thanthe nominal current without switch-off with the voltage being reduced atthe same time. The dimensioning of the components allows a 20 to 25 %higher output current for a short time. This power reserve is provided by allpower supplies as from 2.5 A for a period of one minute. At an operatingtemperature of up to 45 °C this power is available continuously.

Suitable for the appli-cation: ifm providespower supplies indifferent power clas-ses.

Switched-mode power supplies

Current

[A]

Outputvoltage

[V]

Nominalvoltage

[V]

Efficiencytyp.[%]

Draw-ingno.

Orderno.

1.3 24...28 DC (±2%) 115 / 230 AC 87.5 1 DN1020

2.1 24...28 DC (±2%) 115 / 230 AC 88.5 1 DN1021

5 24 DC (+5% / -1%) 115 / 230 AC 90 2 DN2012

10 24...28 DC (±2%) 115 / 230 AC 90 3 DN2013

20 24...28 DC (±2%) 230 AC 91 4 DN2014

5 24...28 DC (±2%) 3 x 400...500 AC 89 5 DN2032

10 24...28 DC (±2%) 3 x 400...500 AC 90 6 DN2033

20 24...28 DC (±2%) 3 x 400...500 AC 92 7 DN2134

30 24...28 DC (±2%) 3 x 400...500 AC 93 8 DN2036

40 24...28 DC (±2%) 3 x 400...500 AC 92.5 9 DN2035

Scale drawings

1

35,5

9645

75 83

LED

pot.

2

124

64

LED 131

89

4

107

3

89

4

107

124

120

131

LED

4

124

220

131

LED

227

89

4

107

5

124

73

LED

131

4 122

103

Power supplies

106

Power supplies

107Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

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Scale drawings

6

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

7

4 127

108

124

150

131

157

LED

8

89

4

107

124

240

131

LED

247

9

89

4

107

124

275

131

282

LED

Power supplies

108

Power supplies

109Visit our website: www.ifm-electronic.com

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Complete range: Plugs/sockets,jumpers and splitter boxes.

Various cable materials fordifferent applications.

High quality materials, reliableunder difficult conditions.

Cable lengths up to 10 m.

Integrated LEDs for easy diagnosis.

IntroductionWith a wide variety of different sensor designs ifm electronic offers a widerange of high quality connectors. The choice of types covers common M8,M12, M18 types through to solenoid connectors.In addition to the sockets the basic range covers connection cables (jumpers)and splitter boxes.The M12 design in particular has become firmly establis-hed on the sensor market for many years and is therefore the preferred cho-ice for extremely harsh applications.To be able to meet the different application requirements three productseries have been developed.M12 series with cable for factory automationThe ifm standard series for industrial use. Halogen-free PUR cable with highresistance to alternate bending stress, PUR housing material, gold-platedcontacts and protection rating IP 68 guarantee long life in an oily and grea-sy environment. The international UL and CSA approval means these unitsare accepted anywhere in the world market.M12 series with cable for the food industryThis series is specially designed for hygienic areas in food manufacture. Highquality PVC cable and housing materials, coupling nuts of high-grade stain-less steel (316S12) as well as gold-plated contacts are ideal features for usein wet areas. The high protection ratings IP 68 and IP 69K withstand high-pressure steam cleaning. They are chemically resistant to most common cle-aning agents. The UL / CSA approval is a matter of course for these units.M12 series with cable for weldingSpecially for use in automated welding systems, several product reliabilityfeatures must be met. This includes a long-term resistance to weld spatter.Irradiated, halogen-free PUR cables provide an especially efficient protection.This prevents weld slag from burning into the cable material thus damagingit. Teflon coated coupling nuts prevent the connector from being welded tothe sensor. A special polyester fleece strip foil in the cable ensures a long lifeeven in case of high torsional stress, for example in robot arms.

ifm plug and socketconnections: The rightconnection for everyapplication.

Type Cable Wirespecification

Materialhousing/

nut

U

[V]

Ta

[°C]

Pro-tection

Gold-con-tacts

LEDs Draw-ingno.

Orderno.

Socket M12, 4-pole, 4-wire

5 m orangePVC cable

4 x 0.34 mm2

Ø 5.3 mmPVC /

stainless steel250 AC300 DC -25...100 IP 68 /

IP 69 K • – 1 E10662

10 m orangePVC cable

4 x 0.34 mm2

Ø 5.3 mmPVC /

stainless steel250 AC300 DC -25...100 IP 68 /

IP 69 K • – 1 E10663

5 m orangePVC cable

4 x 0.34 mm2

Ø 5.3 mmPVC /

stainless steel250 AC300 DC -25...100 IP 68 /

IP 69 K • – 2 E10700

10 m orangePVC cable

4 x 0.34 mm2

Ø 5.3 mmPVC /

stainless steel250 AC300 DC -25...100 IP 68 /

IP 69 K • – 2 E10701

Socket M12, 4-pole, 4-wire, LED, PNP

5 m orangePVC cable

4 x 0.34 mm2

Ø 5.3 mmPVC /

stainless steel10...30

DC -25...100 IP 68 /IP 69K • green /

2 x yel. 3 E10702

10 m orangePVC cable

4 x 0.34 mm2

Ø 5.3 mmPVC /

stainless steel10...30

DC -25...100 IP 68 /IP 69K • green /

2 x yel. 3 E10703

Socket M12, 4-pole, 4-wire

5 m blackPUR cable

4 x 0.34 mm2

Ø 4.7 mmTPU /brass

250 AC300 DC -40...90 IP 68 /

IP 69 K • – 4 E10907

10 m blackPUR cable

4 x 0.34 mm2

Ø 4.7 mmTPU /brass

250 AC300 DC -40...90 IP 68 /

IP 69 K • – 4 E10908

5 m blackPUR cable

4 x 0.34 mm2

Ø 4.7 mmTPU /brass

250 AC300 DC -40...90 IP 68 /

IP 69 K • – 5 E10901

10 m blackPUR cable

4 x 0.34 mm2

Ø 4.7 mmTPU /brass

250 AC300 DC -40...90 IP 68 /

IP 69 K • – 5 E10902

Socket M12, 4-pole, 4-wire, LED, PNP

5 m blackPUR cable

4 x 0.34 mm2

Ø 4.7 mmTPU /brass

10...30DC -25...90 IP 68 • green /

2 x yel. 6 E10904

10 m blackPUR cable

4 x 0.34 mm2

Ø 4.7 mmTPU /brass

10...30DC -25...90 IP 68 • green /

2 x yel. 6 E10905

socket M12, 4-pole, 4-wire, irradiated cable

5 m blackPUR cable

4 x 0.34 mm2

Ø 4.8 mmTPU /brass

250 AC300 DC -25...90 IP 68 • – 4 E10916

10 m blackPUR cable

4 x 0.34 mm2

Ø 4.8 mmTPU /brass

250 AC300 DC -25...90 IP 68 • – 4 E10917

5 m blackPUR cable

4 x 0.34 mm2

Ø 4.8 mmTPU /brass

250 AC300 DC -25...90 IP 68 • – 5 E10910

10 m blackPUR cable

4 x 0.34 mm2

Ø 4.8 mmTPU /brass

250 AC300 DC -25...90 IP 68 • – 5 E10911

socket M12, 4-pole, 4-wire, irradiated cable, LED, PNP

5 m blackPUR cable

4 x 0.34 mm2

Ø 4.8 mmTPU /brass

10...30DC -25...90 IP 68 • green /

2 x yel. 6 E10913

10 m blackPUR cable

4 x 0.34 mm2

Ø 4.8 mmTPU /brass

10...30DC -25...90 IP 68 • green /

2 x yel. 6 E10914

Socket M8, 4-pole, 4-wire

5 m orangePVC cable

4 x 0.25 mm2

Ø 5 mmPVC /

stainless steel60 AC75 DC -25...90 IP 68 – – 7 E11220

10 m orangePVC cable

4 x 0.25 mm2

Ø 5 mmPVC /

stainless steel60 AC75 DC -25...90 IP 68 – – 7 E11221

5 m orangePVC cable

4 x 0.25 mm2

Ø 5 mmPVC /

stainless steel60 AC75 DC -25...90 IP 68 – – 8 E11223

10 m orangePVC cable

4 x 0.25 mm2

Ø 5 mmPVC /

stainless steel60 AC75 DC -25...90 IP 68 – – 8 E11224

5 m blackPUR cable

4 x 0.25 mm2

Ø 5 mmPUR /brass

60 AC75 DC -25...80 IP 68 • – 9 E11197

10 m blackPUR cable

4 x 0.25 mm2

Ø 5 mmPUR /brass

60 AC75 DC -25...80 IP 68 • – 9 E11198

Connection technology

110

Connection technology

111Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 57: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Type Cable Wirespecification

Materialhousing/

nut

U

[V]

Ta

[°C]

Pro-tection

Gold-con-tacts

LEDs Draw-ingno.

Orderno.

Socket M8, 4-pole, 4-wire

5 m blackPUR cable

4 x 0.25 mm2

Ø 5 mmPUR /brass

60 AC75 DC -25...80 IP 68 • – 10 E11200

10 m blackPUR cable

4 x 0.25 mm2

Ø 5 mmPUR /brass

60 AC75 DC -25...80 IP 68 • – 10 E11201

Socket M8, 3-pole, 3-wire

5 m orangePVC cable

3 x 0.25 mm2

Ø 5 mmPVC /

stainless steel60 AC75 DC -25...85 IP 68 • – 11 E11495

10 m orangePVC cable

3 x 0.25 mm2

Ø 5 mmPVC /

stainless steel60 AC75 DC -25...85 IP 68 • – 11 E11496

5 m orangePVC cable

3 x 0.25 mm2

Ø 5 mmPVC /

stainless steel60 AC75 DC -25...85 IP 68 • – 12 E11498

10 m orangePVC cable

3 x 0.25 mm2

Ø 5 mmPVC /

stainless steel60 AC75 DC -25...85 IP 68 • – 12 E11499

5 m blackPUR cable

3 x 0.25 mm2

Ø 4.1 mmPUR /brass

60 AC75 DC -25...85 IP 68 • – 13 E11487

10 m blackPUR cable

3 x 0.25 mm2

Ø 4.1 mmPUR /brass

60 AC75 DC -25...85 IP 68 • – 13 E11488

5 m blackPUR cable

3 x 0.25 mm2

Ø 4.1 mmPUR /brass

60 AC75 DC -25...85 IP 68 • – <Sectio

nCount E11490

10 m blackPUR cable

3 x 0.25 mm2

Ø 4.1 mmPUR /brass

60 AC75 DC -25...85 IP 68 • – <Sectio

nCount E11491

Socket M8, 3-pole, 3-wire, LED, PNP

5 m blackPUR cable

3 x 0.25 mm2

Ø 4.1 mmPUR /brass

10...30DC -25...85 IP 68 • green /

yel. 14 E11493

10 m blackPUR cable

3 x 0.34 mm2

Ø 5 mmPUR /brass

10...30DC -25...85 IP 68 • green /

yel. 14 E11494

socket 1/2", 2-pole + PE, 3-wire

5 m yel.PVC cable

3 x AWG22Ø 5.2 mm

TPU /brass

250 AC300 DC -25...90 IP 67 – – 15 E10191

5 m yel.PVC cable

3 x 0.34 mm2

Ø 5.2 mmTPU /brass

250 AC300 DC -25...90 IP 67 – – 16 E10200

Socket 1/2", 3-pole, 3-wire

5 m blackPUR cable

3 x 0.5 mm2

Ø 4.8 mmTPU /brass

250 AC300 DC -25...90 IP 67 – – 16 E10210

socket 1/2", 5-pole, 4-wire

5 m blackPUR cable

4 x 0.34 mm2

Ø 4.7 mmTPU /brass 300 AC -25...90 IP 67 – – 17 E11248

10 m blackPUR cable

4 x 0.34 mm2

Ø 4.7 mmTPU /brass 300 AC -25...90 IP 67 – – 17 E11249

Socket M12, 5-pole, 5-wire

5 m orangePVC cable

5 x 0.25 mm2

Ø 5.6 mmPVC /

stainless steel30 AC36 DC -25...100 IP 68 • – 18 E10704

5 m orangePVC cable

5 x 0.25 mm2

Ø 5.6 mmPVC /

stainless steel30 AC36 DC -25...100 IP 68 • – 19 E10954

Type Cable Wirespecification

Materialhousing/

nut

U

[V]

Ta

[°C]

Pro-tection

Gold-con-tacts

LEDs Draw-ingno.

Orderno.

Socket M12, 5-pole, 5-wire

5 m bluePUR / PVC cable

5 x 0.34 mm2

Ø 6 mmTPU /brass

10...30DC -25...90 IP 67 – – 20 E40076

Socket M12, 4-pole, 4-wire

5 m bluePUR / PVC cable

4 x 0.34 mm2

Ø 5 mmTPU /brass ...15 DC -25...90 IP 67 – – 5 E10356

5 m bluePUR / PVC cable

4 x 0.34 mm2

Ø 5 mmTPU /brass ...15 DC -25...90 IP 67 – – 4 E10358

socket M12, 8-pole, 7-wire + screen

2 m orangePUR cable

7 x 0.25 mm2 +screen

TPU /brass

30 AC36 DC -25...90 IP 67 – – 21 E20738

socket M12, 8-pole, 8-wire, for temperature sensors TR 8...

5 m blackPUR cable

8 x 0.25 mm2

Ø 6.2 mmPUR /brass

30 AC36 DC -25...80 IP 68 • – 22 E11232

Jumper M12, 5-pole, 5-wire

0.6 m orangePVC cable

5 x 0.25 mm2

Ø 5.3 mmPVC /

stainless steel30 AC36 DC -25...100 IP 68 /

IP 69 K • – 23 E11641

0.3 m orangePVC cable

5 x 0.25 mm2

Ø 5.3 mmPVC /

stainless steel30 AC36 DC -25...100 IP 68 /

IP 69 K • – 23 E11640

0.6 m orangePVC cable

5 x 0.25 mm2

Ø 5.3 mmPVC /

stainless steel30 AC36 DC -25...100 IP 68 /

IP 69 K • – 23 E11641

1 m orangePVC cable

5 x 0.25 mm2

Ø 5.3 mmPVC /

stainless steel30 AC36 DC -25...100 IP 68 /

IP 69 K • – 23 E11642

2 m orangePVC cable

5 x 0.25 mm2

Ø 5.3 mmPVC /

stainless steel30 AC36 DC -25...100 IP 68 /

IP 69 K • – 23 E11643

5 m orangePVC cable

5 x 0.25 mm2

Ø 5.3 mmPVC /

stainless steel30 AC36 DC -25...100 IP 68 /

IP 69 K • – 23 E11644

jumper M12 plug, 4-pole / M12 socket, 4-pole, 4-wire

1 m PVC cable

4 x 0.34 mm2

Ø 5.3 mmPVC /

stainless steel250 AC300 DC -25...100 IP 68 /

IP 69K • – 24 E70204

2 m orangePVC cable

4 x 0.34 mm2

Ø 5.3 mmPVC /

stainless steel250 AC300 DC -25...100 IP 68 /

IP 69K • – 24 E10881

5 m orangePVC cable

4 x 0.34 mm2

Ø 5.3 mmPVC /

stainless steel250 AC300 DC -25...100 IP 68 /

IP 69K • – 24 E10882

Socket M12, 4-pole, 4-wire

10 m blackPVC cable

4 x AWG 22 (4 x0.34 mm2)

PVC /stainless steel

300AC/DC -10...100 IP 68 • – 5 E18015

5 m blackPVC cable

4 x AWG 22 (4 x0.34 mm2)

PVC /stainless steel

300AC/DC -10...100 IP 68 • – 4 E18017

Connection technology

112

Connection technology

113Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

Page 58: AC1310 CE, CUL 97 AC1314 CE, CUL 97 AC1335 CE, CUL 97 AC2086 CE 98 AC2215 –97 AC2216 CE 97 AC2251 CE, CURUS 97 AC2252 CE, CURUS 97 AC2254 CE, CURUS 97 AC2255 CE, CURUS 97 AC2257

Type Cable Wirespecification

Materialhousing/

nut

U

[V]

Ta

[°C]

Pro-tection

Gold-con-tacts

LEDs Draw-ingno.

Orderno.

Socket M12, 4-pole, 4-wire

5 m blackPUR cable

4 x 0.34 mm2

Ø 5 mmTPU /brass

250 AC300 DC -25...90 IP 68 • – 4 E11540

5 m blackPUR cable

4 x 0.34 mm2

Ø 5 mmTPU /brass

250 AC300 DC -25...90 IP 68 • – 5 E11542

Scale drawings

1

M12 x1

15

M12

x1

14

46

10,2

2

M12

x1

14

26,5

10,2

M12 x1

38,5

15

3

M12 x1

38,5

15

M12

x1

14

26,5

10,2

3 LED

4

15

M12 x1

10,5

43

5

15

M12 x1

39

27

10,5

6

15

M12 x1

39

27

3 LED

10,5

7

18

9

28

M8 x1

10

8

10

M8 x1

31

9

9

10

M8 x1

31

10

10

28

M8 x1

18

Scale drawings

11

10

M8 x1

31

9

12

18

9

28

M8 x1

10

13

10

M8 x1

31

14

10

26

M8 x1 LED

17

15

42

10,5

15

G 21

16

27

10,5

15

39

G 21

17

27

10,5

15

39

"-20UNF21

18

M12

x1

14

26,5

10,2

M12 x1

38,5

15

19

M12 x1

15

M12

x1

14

46

10,2

20

15

M12 x1

39

27

10,5

21

43

15

M12 x1

22

15

38

M12 x1

28

10,5

Connection technology

114

Connection technology

115Visit our website: www.ifm-electronic.com Visit our website: www.ifm-electronic.com

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Scale drawings

23

46

M12

x1

51 L

M12

x1

1414

24

42

14

L46

14

M12

x1

M12

x1

Connection technology

116

Connection technology

117Visit our website: www.ifm-electronic.com

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We reserve the right to make technical alterations without prior notice.

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