Simply easy!TM

Capacitive proximity sensors OsiSense XT

Catalogue

3

Capacitive proximity sensors OsiSense XT

Selection guide . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 2

b General . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 4

b Cylindrical,flushmountable.Metalcase. . . . . . . . . . . . . . . . . . . . . . . . . . . . page 8

b Cylindrical,nonfushmountable.Plasticcase. . . . . . . . . . . . . . . . . . . . . . . page 12

b Accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 12

b 40x40x117format.Plasticcase,plugin.Turrethead . . . . . . . . . . . . . . . page 16

b Productreferenceindex . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 18

Contents

1

2

Selection guide Capacitive proximity sensorsOsiSense XTDetectionofinsulatedorconductivematerials

Applications: detection of any object irrespective of material or conductivity, for example: metals, minerals, wood, plastic, glass, cardboard, fluids, etc.

Cylindrical sensors, flush mountable, metal case

Detection of insulated or conductive materials: presence, passage of paper, cardboard, glass, etc.

Form Cylindrical Threaded:M12x1 Threaded:M18x1 Threaded:M30x1.5 Plain:Ø32

Block, dimensions (w x h x d) in mm

–

Case Stainless steel Nickelplatedbrass Nickelplatedbrass Nickelplatedbrass

Sensing distance (Sn) in mm

Flush mountable in metal sensors 2 5 10 15

Non flush mountable in metal sensors

–

Degree of protection IP67IP65forsensorswithconnector

Supply c p p p –

a – p p p

Connection Pre-cabled p

Connector p p p –

Screw terminals –

Type reference XT112S1p XT118B1p XT130B1p XT132B1p

Pages 8

3

Cylindrical sensors, non flush mountable, plastic case Block type sensors, flush mountable in support, plastic case

Detection of insulated or conductive materials Liquid level control

Application series: Automatic feed system for livestock

Detection of insulated materials: presence, passage of paper, cardboard, glass, etc.

Threaded:M18x1 Threaded:M30x1.5 Plain:Ø32 Threaded:M30x1.5 –

– 40 x 40 x 117 format

Plastic Plastic,turrethead

– 15

8 15 20 15 –

IP67,doubleinsulationi IP65,doubleinsulationi

IP67

p p – p p

p p p

p – –

p p – – –

– p p

XT218A1p XT230A1p XT232A1p XT230A2MDB XT7C40p

12 16

4

Presentation Advantages b Nophysicalcontactwiththeobjecttobedetected.

b Highoperatingrates.

b Solid-stateproduct,nomovingparts(servicelifenotrelatedtonumberofoperatingcycles).

b Detectionofanyobjectirrespectiveofmaterialorconductivity,forexample:metals,minerals,wood,plastic,glass,cardboard,leather,ceramic,fluids,etc.

Operating principle

Anelectricalfieldiscreatedbetween2electrodesonthefrontfaceofthesensor.Theseelectrodesconstituteacapacitorwithacapacitanceof:C = e0 * er*A/dwhere:e0=8.854187pF/m(permittivityinfreespace)er:relativepermittivityofthematerialpresentbetweenthe2electrodesA:dimensionsofelectrodesd:distancebetweenelectrodes

Allmaterialswhereer>2willbedetected.

Whenanobjectofanymaterial(er>2)passesthesensingfaceofthesensor,itmodifiesthecouplingcapacitance(C1).Thisvariationincapacitance(C1>C0)instigatesthestartingoftheoscillatorwhich,inturn,causestheoutputdrivertooperateandprovidesanoutputsignal.

Types of sensor Sensors flush mountable in support

Sensingface

Thespecialfeatureoftheseversionsistheshapeoftheelectricalfieldwhichisrectilinearandconfinedwithinthedimensionsoftheproduct.Cylindricalandblocktypemodelsusedforthedetectionofinsulatedmaterials(wood,plastic,cardboard,glass…),conductivematerials(metal…)orliquidthroughaninsulatedpartition(glass,plastic…)withamaximumthicknessof4mm.

Theseproductsarerecommendedfor: - comparativelyshortdetectiondistances, - applicationsrequiringflushmountingofthesensor, - detectionthroughapartition(example:detectionofglassthroughcardboard), - sidebysidemounting.

Sensors non flush mountable in supportCylindricalmodels(plasticcase).Thesphericalshapeoftheelectricalfieldenablesdetectionofanytypeofmaterialwhetheritbesolid,liquid,granular…(metal,water,oil,plasticpellets,powder,flour…).Detectioncanbeachievedthroughapartitionorbydirectcontact(immersion)oftheactivesurfacewiththeobjecttobedetected.Distancestobeadheredtoaroundthesensingface.(Seecharacteristicspage15).

Mounting precautions Nonflushmountablemodelscannotbeflushmountedintheirsupport.

Thenonflushmountablemodelsrequireafreezonearoundtheactivehead.(Seepage15).

Electricalfield

Electrode

Air er = 1C = C0

Objecter > 2

C = C1

Sensingface

Flushmountablemodel Nonflushmountablemodel

Capacitive proximity sensorsOsiSense XT

General

5

Terminology Definitions

Su max

Sa

Su max + H

Sr max

Sn

Sr min

Su min

Sr max + H

Sn + H

Sr min + H

Su min + H

Inordertoensurethatcustomerscanmakereliableproductcomparisonsandselection,thestandardIEC60947-5-2definesvarioussensingdistances,suchas:

Nominal sensing distance (Sn)Theratedoperatingdistanceforwhichthesensorisdesigned.Itdoesnottakeintoaccountanyvariations(manufacturingtolerances,temperature,voltage).

Effective sensing distance (Sr)Theeffectivesensingdistanceismeasuredattheratedvoltage(Un)andtheratedambienttemperature(23°C±5°C)Itmustbebetween90%and110%ofSn.

Usable sensing distance (Su)Theusablesensingdistanceismeasuredatthelimitsofthepermissiblevariationsintheambienttemperatureandatasupplyvoltageequalto85%and110%oftheratedvoltage.Itmustbebetween80%and120%ofSr.

Assured operating distance (Sa)Thisistheoperatingzoneofthesensor.Theassuredoperatingdistanceisbetween0and72%ofSn.

Sn

Standard metal targetThestandardIEC60947-5-2definesthestandardmetaltargetasasquaremildsteel(Fe360)plate,1mmthick.Thesidedimensionoftheplateiseitherequaltothediameterofthecircleengravedonthesensingfaceofthesensoror3timesthenominalsensingdistance(Sn).

Repeat accuracy

H

EP RP

Therepeataccuracy(R)istherepeatabilityofthesensingdistancebetweensuccessiveoperations.Readingsaretakenoveraperiodoftimewhilstthesensorissubjectedtovoltageandtemperaturevariations:8hours,10to30°C,Un±5%.ItisexpressedasapercentageoftheeffectivesensingdistanceSr.

Differential travelThedifferentialtravel(H)orhysteresis,isthedistancebetweentheoperatingpoint,asthestandardmetaltargetmovestowardsthesensor,andthereleasepoint,asitmovesaway.Thishysteresisisessentialforthestableoperationofthesensor.

Referenceaxis

Standardtarget

Assuredoperatingdistance

Sensingface

Proximitysensor

H = Differential travel

Standardmetaltarget

Assuredoperatingdistance 0 .72 Sn

Sensingdistance

Frontalapproach

PE=pick-uppoint,thetargetisdetectedPR=drop-outpoint,thetargetisnolongerdetected

Capacitive proximity sensorsOsiSense XT

General (continued)

6

Terminology (continued) Sensitivity of the sensor

+ -

+-

Alloursensorsincorporateasensitivityadjustmentpotentiometer.Thisenablesthesensitivityofthesensortobeadjustedtosuitthetypeofobjecttobedetected.

Dependingonthesensorversion,thesensitivityadjustmentpotentiometeriseithermountedonthesideortherear.

Thesensorsarefactorypresetfornominalsensitivity.

Dependingontheapplication,adjustmentofthesensitivitycouldbenecessaryasfollows: - increasingthesensitivityforobjectswhichhaveaweakinfluence (weaker):paper,cardboard,glass,plastic, - decreasingthesensitivityforobjectswhichhaveastronginfluence (stronger):metals,liquids.

However,intheeventofseverevariationsintheambientconditions,donotincreasethesensitivityofthesensorsuchthatitissettoitsmaximumoperatinglimits .

Anincreaseinsensitivitycausesanincreaseintheswitchinghysteresis.

Operating distancesTheoperatingdistanceofthesensorisrelatedtothedielectricconstant(er)oftheobjectmaterialtobedetected.Thehigherthevalueofer,theeasierthedetectionoftheobjectwillbe.

Theassuredoperatingdistancedependsontheobjectmaterial:Sa=SnxFcSa=assuredoperatingdistance,Sn=nominalsensingdistanceofthesensor,Fc=correctionfactorrelatedtotheobjectmaterial.

Example:sensorXT130B1PAL2usedtodetectarubberobject.Sn=10mm,Fc=0.3.AssuredoperatingdistanceSa=10x0.3mm.

Thelistbelowindicatesthedielectricconstantvaluesofthemostcommonobjectmaterials,togetherwiththeircorrectionfactors(Fc)forthenominalsensingdistanceofthesensor.Material er Fc Material er Fc

Air 1 0 Petrol 2 .2 0 .2Acetone 20 0.8 Plexiglass 3 .2 0 .3Alcohol 24 0.85 Polyesterresin 2.8…8 0.2…0.6Ammonia 15…25 0.75…0.85 Polystyrene 3 0 .3Cement (powder)

4 0.35 Porcelain 5…7 0.4…0.5

Cereals 3…5 0.3…0.4 Powderedmilk 3.5...4 0 .3 . . .0 .4Epoxy resin 4 0.36 Rubber 2.5…3 0 .3Ethyleneglycol 38 0.95 Sand 3...5 0 .3 . . .0 .4Flour 2.5…3 0.2…0.3 Salt 6 0.5Glass 3 . . .10 0 .3 . . .0 .7 Sugar 3 0 .3Marble 6...7 0.5...0.6 Teflon 2 0 .2Mica 6…7 0.5…0.6 Vaseline 2 . . .3 0 .2 . . .0 .3Nylon 4…5 0.3…0.4 Water 80 1Oil 2 .2 0 .2 Wood(damp) 10…30 0.7…0.9Paper 2…4 0.2…0.3 Wood(dry) 2…7 0.2…0.6Paraffin 2…2.5 0 .2

LED

LED

Capacitive proximity sensorsOsiSense XT

General (continued)

7

Environment b Electromagnetic interference

ThesensorsundergoelectromagneticinterferencetestinginaccordancewiththerecommendationsofstandardIEC60947-5-2(electrostaticdischarges,radiatedelectromagneticfields,fasttransients,impulsevoltages).

b Thermal influencesItisadvisabletoremainwithinthevaluesstatedonthecharacteristicpagessoastoavoidsensingdistancedriftandpossibleincorrectoperationofthesensor.

b Chemical agentsToensurealongservicelife,itisessentialthatanychemicalscomingintocontactwiththecaseofthesensorarenoncorrosive.

b EarthingEarthingofanobjectthathashighconductivityincreasesthesensingdistance.

Additional information relating to outputsRefertocorrespondingpagesrelatingtoinductiveproximitysensorsfor:

b Terminology. b Detailsandspecificaspectsof2-wireand3-wiretypeconnection. b Connectingseveralsensorsinseriesorparallel.

Application examples: Bottle filling

b Bottle arrival

b Bottlesarefedonaconveyorforfilling.Sensors 1 and 2areinanunoperatedstate.Adjustment: - sensor 1isadjustedtodetectthebottle,- sensor 2 isadjustedtodetectthewaterinthebottle.

b Bottle filling

Assoonasthebottleentersthedetectionzoneofsensor1,thefillingoperationcommences.Sensor 2remainsintheunoperatedstate.

b Filling complete

Sensor 2detectsthattherequiredlevelhasbeenreachedandstopsfurtherfilling.

Reminder: the wall of the container must be non metallic and its thickness y 4 mm

Livestock feeder fillingCapacitivetechnologyisparticularlysuitedforthedetectionoffeedlevelsinautomaticdispensersforlivestock.Anytypeoffeedcanbedetected(pellets,powders,broths,grains,pastas,etc.).Thematerialsused,aswellasthedegreeofprotectionofthesensor,havebeenspeciallyselectedtotoleratetheacidicanddustyenvironmentsassociatedwiththisapplication .

1

22

1 1

2

Capacitive proximity sensorsOsiSense XT

General (continued)

8

References Capacitive proximity sensorsOsiSense XTCylindrical,flushmountable.MetalcaseACorDCsupply

Ø 12, threaded M12 x 1, stainless steelSensing distance (Sn)(mm)

Function Output Connection Reference Weightkg

4-wire c 24 V2 NO/NC PNP Pre-cabled(L=2m) XT112S1PCL2 0 .070

M12connector XT112S1PCM12 0 .040

3-wire c 24 V2 NO PNP Pre-cabled(L=2m) XT112S1PAL2 0 .070

NPN Pre-cabled(L=2m) XT112S1NAL2 0 .070

Ø 18, threaded M18 x 1, nickel plated brassSensing distance (Sn)(mm)

Function Output Connection Reference Weightkg

4-wire c 24 V5 NO/NC PNP Pre-cabled(L=2m) XT118B1PCL2 0.150

M12connector XT118B1PCM12 0.075

3-wire c 24 V5 NO PNP Pre-cabled(L=2m) XT118B1PAL2 0.150

NPN Pre-cabled(L=2m) XT118B1NAL2 0.150

2-wire a 24-240 V5 NO – Pre-cabled(L=2m) XT118B1FAL2 0.150

NC – Pre-cabled(L=2m) XT118B1FBL2 0.150

Ø 30, threaded M30 x 1.5, nickel plated brassSensing distance (Sn)(mm)

Function Output Connection Reference Weightkg

4-wire c 24 V10 NO/NC PNP Pre-cabled(L=2m) XT130B1PCL2 0 .270

M12connector XT130B1PCM12 0.150

3-wire c 24 V10 NO PNP Pre-cabled(L=2m) XT130B1PAL2 0 .270

NPN Pre-cabled(L=2m) XT130B1NAL2 0 .270

2-wire a 24-240 V10 NO – Pre-cabled(L=2m) XT130B1FAL2 0 .270

NC – Pre-cabled(L=2m) XT130B1FBL2 0 .270

Ø 32, plain, nickel plated brass (1)Sensing distance (Sn)(mm)

Function Output Connection Reference Weightkg

2-wire a 24-240 V15

NO Pre-cabled(L=2m) XT132B1FAL2 0 .400NC Pre-cabled(L=2m) XT132B1FBL2 0 .400

(1) Mounting accessory included with sensor.

AccessoriesFixingandprotectionaccessories,fusesandfuseterminalblock: seepage12.

XT112S1ppL2

XT112S1PCM12

XT118B1ppL2

XT118B1PCM12

XT130B1ppL2

XT130B1PCM12

XT132B1FpL2

9

CharacteristicsSensor type M12

XT112pM18XT118p

M30 XT130p

Ø 32 XT132p

3-wire c4-wire c

3-wire c4-wire c

2-wire a 3-wire c4-wire c

2-wire a 2-wire a

Product certifications e,cETLus e,cULusConformity to standards IEC60947-5-2,UL61010-1Connection Pre-cabled,length2 m p p p p p p

Connector, M12 p p – p – –

Main characteristicsNominal sensing distance (Sn) Conformingto

IEC60947-5-2mm 2 5 10 15

Assured operating distance Sa ConformingtoIEC60947-5-2

mm 0…1.44 0…3.60 0…3.60 0…7.2 0…7.2 0…11

Adjustment zone mm 0.5…5 1…8 1…5 2…20 2…15 0…20Repeat accuracy < 0 .1 Sr <0.15SrDifferential travel < 0 .2 Sr < 0 .2 Sr

Output characteristicsOutput state indication YellowLEDSwitching capacity mA 200 200 330 200 330 300Maximum switching frequency Hz 300 200 25 150 25 15Protection against short-circuits p p – (1) p – (1) – (1)Voltage drop V y 2 y 2 y6 y 2 y6 y 10Residual current, open state mA < 0 .1 < 0 .1 <5 < 0 .1 <5 <5Delays First-up ms y 30 y 30 y 100 y 30 y 100 y 200

Response ms y5 y5 y 20 y5 y 20 y 30Recovery ms y5 y5 y 20 y5 y 20 y 30

SupplyRated supply voltage V c 24 c 24 a 24 - 240

50/60Hzc 24 a 24 - 240

50/60Hza 24 - 24050/60Hz

Voltage limits (includingripple)Current consumption, no-load

V c 12 - 30 c 12 - 30 a20-26450/60Hz

c 12 - 30 a20-26450/60Hz

a20-26450/60Hz

mA <15 <15 < 3 <15 < 3 < 4Protection against reverse polarity Yes Yes – Yes – –

EnvironmentMaterials Case Stainless

steel 303Nickelplatedbrass

Cable PVCNumberand c.s.a.ofwires

3 x 0 .14 mm2 or4 x 0 .14 mm2

3 x 0 .34 mm2 or4 x 0 .34 mm2

3 x 0 .34 mm2

3x0.75mm2 or4x0.5mm2

3x0.75mm2

3 x 0 .34 mm2

Degree of protection ConformingtoIEC60529andIEC60947-5-2

IP67(2)IP65forsensorsXT112S1PCM12 and XT118B1PCM12

IP67

Storage and operating temperature °C -25…+70Vibration resistance Conformingto

IEC60068-2-610gn,±1mm(f=10…55Hz)

Shock resistance ConformingtoIEC60068-2-27

30gn,11ms 30gn,6ms

Resistance to electromagnetic interferenceElectrostatic discharges Conformingto

IEC61000-4-2kV 8(air)/4(contact)

Radiated electromagnetic fields

ConformingtoIEC61000-4-3

V/m 3

Fast transients ConformingtoIEC61000-4-4

kV 2

(1) These sensors do not incorporate overload or short-circuit protection and therefore, it is essential to connect a “quick-blow” fuse in series with the load (see page 12).

(2) With adjustment potentiometer sealing screw.

Capacitive proximity sensorsOsiSense XTCylindrical,flushmountable.MetalcaseACorDCsupply

Characteristics

10

Capacitive proximity sensorsOsiSense XTCylindrical,flushmountable.MetalcaseACorDCsupply

Dimensions

DimensionsM12, pre-cabled M12, M12 connectorXT112S1ppL2 XT112S1PCM12

50

37

M12x1

4 17(1)

(2)51

40

M12x1

4 17

M12x1

(1)(2)

60

M18, pre-cabled M18, M12 connectorXT118B1ppL2 XT118B1PCM12

24

7055

4

M18x1

(4)(2)

(3) 24

M18x1

M12x1

4(1)(2)

7014

55

M30, pre-cabled M30, M12 connectorXT130B1ppL2 XT130B1PCM12

7055

5

M30x1,5

36

(5)(2) (5)(2)

36

M30x1,5

5

7012

55

M12x1

Ø 32, plain, pre-cabledXT132B1FpL2 Mounting accessory (included with sensor XT132B1FpL2)

Ø32

80

20

98,5

(2)

(1)

15,2

5 5842,5

267,5

20 19,75

Ø32

(1) Adjustment potentiometer(2) LED(3) Sealing screw(4) Potentiometer beneath sealing screw(5) Potentiometer beneath protective flap

11

Wiring schemesConnector versionM12 connector 4-wire c , PNP

NO + NC output, M12

1 2

4 3 XT112/18/30ppppM12

–NC/2

PNPNO/4

3

1

+

Pre-cabled versionCable 4-wire c , PNP

NO + NC output, pre-cabled

3-wire c, PNPNO output, pre-cabled

3-wire c , NPNNO output, pre-cabled

BU:BlueBN:BrownBK:BlackWH:WhiteYE/GN:Yellow/green

XT112/18/30PCppL2

–

BN

NC/WH

BU

PNPNO/BK +

XT112/18/30PAppL2

–

BN

BK

BU

PNP+

XT112/18/30NAppL2

–

BN

BK

BU

+NPN

2-wire a NO output

2-wire a NC output

XT118/30/32B1FAL2

BU

YE/GN

BN a

a

XUZE04XT118/30/32B1FBL2

BU

BN XUZE04 a

a

YE/GN

AdjustmentSensitivity adjustment

2 1

1 3

+–

1

2 3

AdjustmentpotentiometerLEDAdjustmentusingsuitablescrewdriver(includedwithsensor)

Adjustmentfromthesidefor XT112ppppM12XT118ppppM12

Adjustmentfromtherearfor XT1ppppppL2XT130ppppM12

Setting-upMinimum mounting distances (mm) Side by side Face to face Facing a metal object Mounted in support

e

e e

XT1M12 flush mountable e u 0 e u 2 .2 x Sn e u 2 x Sn –XT1M18 flush mountable e u 0 e u 2 .2 x Sn e u 2 x Sn –XT1M30 flush mountable e u 0 e u 2 .2 x Sn e u 2 x Sn –Fixing nut tightening torque: XT112: 10 N.m, XT118: 28 N.m, XT130: 40 N.m

Capacitive proximity sensorsOsiSense XTCylindrical,flushmountable.MetalcaseACorDCsupply

Schemes, adjustment, setting-up

12

Ø 18, threaded M18 x 1Sensing distance (Sn)(mm)

Function Output Connection Reference Weightkg

4-wire c 12…24 V8 NO/NC PNP M12connector XT218A1PCM12 0.060

3-wire c 12…24 V8 NO PNP Pre-cabled(L=2m) XT218A1PAL2 0 .140

NPN Pre-cabled(L=2m) XT218A1NAL2 0 .1402-wire a 24-240 V

8 NO – Pre-cabled(L=2m) XT218A1FAL2 0 .140

Ø 30, threaded M30 x 1.5Sensing distance (Sn)(mm)

Function Output Connection Reference Weightkg

4-wire c 12…24 V15 NO/NC PNP M12connector XT230A1PCM12 0 .100

3-wire c 12…24 V15 NO PNP Pre-cabled(L=2m) XT230A1PAL2 0 .200

NPN Pre-cabled(L=2m)XT230A1NAL2 0 .2002-wire a 24-240 V

15 NO – Pre-cabled(L=2m)XT230A1FAL2 0 .200NC – Pre-cabled(L=2m) XT230A1FBL2 0 .200

Ø 30, threaded M30 x 1.5, Application seriesSensing distance (Sn) (mm)

Function Connection Reference Weightkg

2-wire a 24-240 V/ c 24 V0...15,adjustable NO or NC,

selectableScrewterminals XT230A2MDB 0 .100

Applications:sensorXT230A2MDBisparticularlysuitedtoautomaticfeedsystemsforlivestock.Itenablesdetectionofthelevelofalltypesoffeed:pellets,grains,pastas,brothsandpowders.

Ø 32, plain (1)Sensing distance (Sn) (mm)

Function Connection Reference Weightkg

2-wire a 24-240 V20 NO Pre-cabled(L=2m)XT232A1FAL2 0.350

NC Pre-cabled(L=2m) XT232A1FBL2 0.350(1) Mounting accessory included with sensor.

Accessories for capacitive sensors XT1p and XT2pFixing accessoriesDescription For use with sensor Reference Weight

kg90° fixing bracket Ø12 XXZ12 0.025

Ø18 XUZA118 0.045Ø30 XXZ30 0.115

Protection accessoriesDescription For use with sensor Reference Weight

kgThreaded sleeve Ø30,threadedM30x1.5 XTAZ30 0.035

Fuses (forunprotected2-wireasensors)Description Type Sold in

lots ofUnit reference

Weightkg

Cartridge fuses 5 x 20

0.4A“quick-blow” 10 XUZE04 0 .0010.63A“quick-blow” 10 XUZE06 0 .0010.8A“quick-blow” 10 XUZE08 0 .001

Fuse terminal blockDescription Sold in

lots ofUnit reference

Weightkg

Fuse terminal blockfor5x20fuses,grey 50 AB1FUSE435U5X 0.016

XTp32p1FpL2

XUZA118

XT230A1PCM12

XT230A2MDB

XT218A1pAL2

XT218A1PCM12

Capacitive proximity sensorsOsiSense XTCylindrical,nonflushmountable.PlasticcaseACorDCsupply

References

13

CharacteristicsSensor type M18 M30 Ø 32

XT218A1 XT230A1 XT230A2 XT232A4-wire c

3-wire c

2 -wire a

4-wire c

3-wire c

2-wire a 2-wire a 2-wire a

Product certifications e,cULusConformity to standards IEC60947-5-2,UL61010-1Connection Pre-cabled,length2 m – p p – p p – p

Connector, M12 p – – p – – – –Screwterminals,2xM3 – – – – – – p –

Main characteristicsNominal sensing distance (Sn) IEC60947-5-2 mm 8 15 15 20Assured operating distance (Sa) IEC60947-5-2 mm 0…5.8 0…11 0…11 0…15Adjustment zone mm 0…12 0…17 0 . . . 17 0…22Repeat accuracy Sr <5%Differential travel Sr <1…20% <1…15% <1…20%Output characteristics

Output state indication YellowLEDSwitching capacity mA 2 x 200 200 300 2 x 200 200 300 300 300Maximum switching frequency Hz 30 30 15 50 50 15 40 15Protection against short-circuits p p – (1) p p – (1) – (1) – (1)Voltage drop V <2.5 <2.5 < 10 <2.5 <2.5 < 10 < 2 < 10Residual current, open state µA y 100 y 100 – y 100 y 100 – < 120 –Delays First-up ms < 100 < 100 < 200 < 100 < 100 < 200 < 100 < 200

Response ms <15 <15 < 30 <15 < 10 < 30 < 10 < 30Recovery ms <15 <15 < 30 <15 < 10 < 30 < 10 < 30

SupplyRated supply voltage V c12…24 a

24…24050/60Hz

c12…24 a 24…24050/60Hz

a 24…24050/60Hzc 24

a 24…24050/60Hz

Voltage limits (includingripple) V c10…30 a 20…265

c10…30 a 20…265

a 20…265

a 20…265

Current consumption, no-load 24 V mA <25 <15 – <25 <15 – – –240 V mA – – < 4 – – < 4 < 3 < 4

Protection against reverse polarity Yes Yes – Yes Yes – – –

EnvironmentMaterials Case Plastic

Cable PVC – PVCNumberand c.s.a.ofwires(mm2)

– 3 x 0 .34 2x0.5 – 3 x 0 .34 2x0.5 2 x 1(min.)(2)2x2.5

(max.)

2x0.5

Degree of protection ConformingtoIEC60529

IP67,doubleinsulationi IP65,doubleinsulationi

IP67,doubleinsulationi

Storage temperature °C -10…+60 -40…+85 -10…+60Operating temperature °C -10…+60 -20…+70 -10…+60Vibration resistance IEC60068-2-6 10gn,±1mm(f=10…55Hz)Shock resistance IEC60068-2-27 30gn,11msResistance to electromagnetic interferenceElectrostaticdischarges IEC61000-4-2 kV 8(air)/4(contact)Radiated electromagnetic fields IEC61000-4-3 V/m 3Fast transients IEC61000-4-4 kV 2

(1) These sensors do not incorporate overload or short-circuit protection and therefore, it is essential to connect a “quick-blow” fuse in series with the load (see page 12).

(2) The supply cable can have a 14 mm maximum diameter sheath.

Application example (XT230A2MDB)

Automatic feed system for livestock

Capacitive proximity sensorsOsiSense XTCylindrical,nonflushmountable.PlasticcaseACorDCsupply

Characteristics

14

Capacitive proximity sensorsOsiSense XTCylindrical,nonflushmountable.PlasticcaseACorDCsupply

Dimensions

DimensionsM18, pre-cabled M18, M12 connectorXT218A1ppL2 XT218A1PCM12

244

4778

95

8

M18

x1

(1)(2)

(1) Adjustment potentiometer.(2) LED.

4 24

M12

x1

4792

8

(1)(2)

M18

x1

(1) Adjustment potentiometer.(2) LED.

M30, pre-cabled M30, M12 connectorXT230A1ppL2 XT230A1PCM12

M30x1,5

36

74,591

1412

5

(1)

(2)

(1) Adjustment potentiometer.(2) LED.

M12x1 M30x1,5

36

74,592

1412

5

(1)

(2)

(1) Adjustment potentiometer. (2) LED.

M30, screw terminals Ø 32, plain, pre-cabledXT230A2MDB XT232A1FpL2

45100

M30

x 1

,5

Ø 7 à 13mm

5(3)

(2)

(1)

Ø 1

4

(1) LED.(2) Potentiometer.(3) 2 x 1 mm2 to 2.5 mm2 wires max.

Ø32

80

20

98,5

(2)

(1)

(1) Adjustment potentiometer.(2) LED.

AccessoriesMounting accessory (included with sensor XT232A1FpL2) XXZ12, XXZ30

15,2

5 5842,5

267,5

20 19,75

Ø32

a

10Ø5Ø1

G1 Ø

G

H

c1

ce

b

XXZ a b c c1 e H G G1 Ø Ø112 35 40 33 18 2 31 18 18 25 1330 67 65 52 25 3 51 35 33 50 31

15

Dimensions (continued)XUZA118 XTAZ302.5 Ø18.2

35

28

1

15

206.5

6.5

=10

=

16.5

= =

50 44.425.4

1.5

1" 1/2 12UNF

33.3

31

50.8 9.4

M30 x 1.5

Ø50.8

Wiring schemesConnector version Screw terminal versionM12 connector 4-wire c , PNP

NO + NC output, M122-wire zNO or NC output, selectable

1 2

4 3 XT218/30ppppM12 XT230A2MDB

BN:BrownBU:Blue

Pre-cabled versionCable 3-wire c, PNP

NO output3-wire c , NPNNO output

2-wire a NO output

2-wire a NC output

BU:BlueBN:BrownBK:BlackWH:White

XT218/30A1PAL2

–

BN

BK

BU

PNP+

XT218/30A1NAL2

–

BN

BK

BU

+NPN

XT218/30/32A1FAL2

BU

BN a

a

XUZE04

XT230/32A1FBL2

BU

BN XUZE04 a

a

AdjustmentSensitivity adjustment

2 1

1 3

+–

1

2 3

AdjustmentpotentiometerLEDAdjustmentusingsuitablescrewdriver(includedwithsensor)

Adjustmentfromthesidefor XT218A1, XT230A2Adjustmentfromtherearfor XT230A1

XT232A1

Setting-upMinimum mounting distances (mm) Side by side Face to face Facing a metal

objectMounted in support

XT218A1, M18 x 1 non flush mountable e u 40 e u6Sn e u 3 Sn d u60 hu 20XT230A1, M30 x 1.5 non flush mountable e u60 e u6Sn e u 3 Sn d u90 hu 30XT230A2, M30 x 1.5 non flush mountable e u16 e u90Sn e u45Sn d u90 hu 30XT232A1, Ø 32 plain, non flush mountable e u65 e u6Sn e u 3 Sn d u 100 hu 30Fixing nut tightening torque: XT218A: 3 N.m, XT230A: 8 N.mCable gland tightening torque: XT230A2: 4 N.m

–NC/2

PNPNO/4

3

1

+BU

BN z +

z -

XUZE04NO/NC L1

N

ee e

h

hd d

Capacitive proximity sensorsOsiSense XTCylindrical,nonflushmountable.PlasticcaseACorDCsupply

Dimensions (continued),schemes, adjustment, setting-up

16

Sensors flush mountable in support3-wire c 12…48 V flush mountableSensing distance (Sn)mm

Function Output Reference Weightkg

15 NO+NC PNP XT7C40PC440 0 .220

NPN XT7C40NC440 0 .220

2-wire a 24…240 V (50/60 Hz) flush mountableSensing distance (Sn)mm

Function Reference Weightkg

15 NOorNCviaprogramming XT7C40FP262 0 .220

AccessoriesFuses (forunprotected2-wireasensors)Description Type Sold in

lots ofUnit reference

Weightkg

Cartridge fuses 5 x 20 0.4A“quick-blow” 10 XUZE04 0 .0010.63A“quick-blow” 10 XUZE06 0 .0010.8A“quick-blow” 10 XUZE08 0 .001

Fuse terminal blockDescription Sold in

lots ofUnit reference

Weightkg

Fuse terminal blockfor5x20fuses,grey 50 AB1FUSE435U5X 0.016

DimensionsXT7C40ppppp

(4)

30

60

40

2520

==

(1)

40

41

117

2416

(3)

40

(2)

(1) Output LED(2) Supply LED (depending on model)(3) 1 tapped entry for 13P cable gland(4) 2 elongated holes Ø 5.3 x 7

XT7C40pC440

XT7C40pp262

Capacitive proximity sensorsOsiSense XTFordetectionofinsulatedmaterials40 x 40 x 117 format . Plasticcase,plug-in.TurretheadACorDCsupply

References, dimensions

17

Characteristics, schemes, setting-up

Capacitive proximity sensorsOsiSense XTFordetectionofinsulatedmaterials40 x 40 x 117 format . Plasticcase,plug-in.TurretheadACorDCsupply

CharacteristicsSensor type XT7C40pC440 XT7C40FP262

Connection Screwterminals,clampingcapacity4x1.5mm2 (1)

Screwterminals,clampingcapacity3x1.5mm2 (1)

Degree of protection ConformingtoIEC60529 IP67

Operating zone mm 0…10.8

Repeat accuracy y 0 .1 Sr

Product certifications UL,CSA,e

Differential travel y 0 .2 Sr

Operating temperature °C -25…+70

Output state indication YellowLED:outputGreenLED:supply

YellowLED:output

Rated supply voltage V c 12…48 a 24…240(50/60Hz)

Voltage limits (includingripple) V c10…58 a20…264

Switching capacity mA 0…200withoverloadandshort-circuitprotection

5…350(2Ainrush)(2)

Voltage drop, closed state V y 2 y5.5

Residual current, open state mA – y1.5

Current consumption, no-load mA y 10 –

Maximum switching frequency Hz 100 25

Delays First-up ms y 30 y150

Response ms y5 y 20

Recovery ms y5 y 30

(1) Cable gland not included with sensor. Suitable 13P cable gland: XSZPE13.(2) These sensors do not incorporate overload or short-circuit protection and therefore, it is essential to connect a “quick-blow” fuse in series with the load

(see page 12).

Wiring schemes3-wire c 2-wire a programmableNO + NC output NO or NC output, depending on position of link

1

3

+

–4

PNP 2NCNO 2

1

3

+

–

4NPN NONC

5

6

7

Setting-upMinimum mounting distances (mm) Side by side Face to face

e e

XT7 flush mountable e u 40 e u 120

Flush mounting

Toavoidinterferencebytheimmediatesurroundings,itmaybenecessarytoreducethesensitivitywhenflushmountingthesensor.Adjustment

potentiometer

18

1 .0 1 .0

Index Product reference index

AAB1FUSE435U5X 12

16X

XT7C40FP262 16XT7C40NC440 16XT7C40PC440 16XT112S1NAL2 8XT112S1PAL2 8XT112S1PCL2 8XT112S1PCM12 8XT118B1FAL2 8XT118B1FBL2 8XT118B1NAL2 8XT118B1PAL2 8XT118B1PCL2 8XT118B1PCM12 8XT130B1FAL2 8XT130B1FBL2 8XT130B1NAL2 8XT130B1PAL2 8XT130B1PCL2 8XT130B1PCM12 8XT132B1FAL2 8XT132B1FBL2 8XT218A1FAL2 12XT218A1NAL2 12XT218A1PAL2 12XT218A1PCM12 12XT230A1FAL2 12XT230A1FBL2 12XT230A1NAL2 12XT230A1PAL2 12XT230A1PCM12 12XT232A1FAL2 12XT232A1FBL2 12XT230A2MDB 12XUZA118 12XUZE04 12

16XUZE06 12

16XUZE08 12

16XTAZ30 12XXZ12 12XXZ30 12

Theinformationprovidedinthisdocumentationcontainsgeneraldescriptionsand/ortechnicalcharacteristicsoftheperformanceoftheproductscontainedherein.Thisdocumentationisnotintendedasasubstituteforandisnottobeusedfordeterminingsuitabilityorreliabilityoftheseproductsforspecificuserapplications.Itisthedutyofanysuchuserorintegratortoperformtheappropriateandcompleteriskanalysis,evaluationandtestingoftheproductswithrespecttotherelevantspecificapplicationorusethereof.NeitherSchneiderElectricnoranyofitsaffiliatesorsubsidiariesshallberesponsibleorliableformisuseoftheinformationcontainedherein.

Design:SchneiderElectricPhotos:SchneiderElectric

HeadOffice35,rueJosephMonierF-92500Rueil-MalmaisonFrance

Schneider Electric Industries SAS www.tesensors.com

DIA4E

D217090

4EN

September2017-V1.0