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IFM OGD25 Series, Operating Instructions Manual

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IFM OGD25 Series Operating Instructions Manual Download Page 21

Photoelectric distance sensor

OGD25x OGD55x

21

9.2 Window function (distance and reflectivity)

Runmode

1

2

OU1

SEL1

tn1 / 

tb1

255

r25

dist

refl

bAck

bAck

900 / r40

255 / r25

tF1 / 

td1

bAck

1100 / r30

255 / r25

tFO1

bAck

900 / r40

255 / r25

SF1

bAck

50 / r10

51 / r11

nSP1 /

bSP1

bAck

900 / r40

901 / r41

FSP1 /

dSP1

bAck

1100 / r30

1101 / r31

SEL2

tn2 / 

tb2

dist

refl

bAck

bAck

1800 / r20

255 / r25

tF2 /

td2

EF

bAck

bAck

2000 / r20

255 / r25

tFO2

bAck

1100 / r30

255 / r25

SF2

bAck

50 / r10

51 / r11

nSP2 / 

bSP2

bAck

1800 / r20

1801 / r21

FSP2 / 

dSP2

bAck

2000 / r10

1999 / r9

OFF

Hno

Fno

bAck

Hnc

Fnc

I

Fno

OFF bAck

U

Hno Hnc

Fnc

OU2

*

*

Summary of Contents for OGD25 Series

Page 1: ...Operating instructions Photoelectric distance sensor OGD25x OGD55x 11426548 00 03 2023 GB...

Page 2: ...ns 14 5 3 1 Avoidance of soiling and ambient light 14 5 3 2 Sensor alignment for a moving object 14 6 Electrical connection 16 6 1 PNP NPN selection 16 6 2 Operation with IO Link master 17 7 Operating...

Page 3: ...eter setting via IO Link 32 11 3 4 Output logic PNP NPN 32 11 3 4 1 Parameter setting via the device keys 32 11 3 4 2 Parameter setting via IO Link 33 11 3 5 Sequence modulation mutual interference 33...

Page 4: ...or at documentation ifm com 1 1 Symbols used Requirement Instructions Reaction result Designation of keys buttons or indications Cross reference Important note Non compliance may result in malfunctio...

Page 5: ...l data are not adhered to personal injury and or damage to property may occur The manufacturer assumes no liability or warranty for any consequences caused by tampering with the product or incorrect u...

Page 6: ...Reflective quality of the object The reflective quality of an object is angle dependant e g a white Kodak grey card has a reflective quality of approx 90 at perpendicular light incidence The device u...

Page 7: ...EL2 OUT2 refl Reflectivity 4 2 Output function hysteresis The hysteresis keeps the switching status of the output stable if the measured value fluctuates around the switch point Both outputs OUT1 and...

Page 8: ...t and reset point is the hysteresis which is indicated in the data sheet Example Hno For the output function Hno the output switches when the object reflectivity increases and when the set point A is...

Page 9: ...ound is very bright e g white A bright background enables the detection of smaller objects 4 3 Output function window The window function enables the monitoring of a defined acceptable range Both outp...

Page 10: ...m distance between nSPx and FSPx is 1mm Condition nSPx FSPx e g the teaching of nSPx FSPx will not be adopted by the sensor Switching status of the outputs Output function Object distance D Switching...

Page 11: ...x R bSPx Open dSPx R bSPx Closed Fnc R dSPx R bSPx Closed dSPx R bSPx Open 4 4 Analogue output A current or voltage output can be configured for the output OU2 Current output 4 20 mA Voltage output 0...

Page 12: ...put on pin 5 and via IO Link Input signal on pin 5 Laser PNP NPN Low not used High not used On High Low Off 4 6 Operating modes 4 6 1 Switching mode In switching mode the sensor is directly connected...

Page 13: ...nnected devices in the system Additional parameters and diagnostic functions Automatic backup and restore of parameter sets in case of device replacement data storage Logging of parameter sets process...

Page 14: ...fm com 5 3 Installation instructions 5 3 1 Avoidance of soiling and ambient light Preferably align photoelectric sensors with the front lens facing downwards or parallel to the earth s surface Backgro...

Page 15: ...Photoelectric distance sensor OGD25x OGD55x 15...

Page 16: ...onnect power u Connect the device as follows L 1 2 4 5 3 OUT2 OUT1 IO Link IN1 L 4 2 1 3 5 1 L 2 OUT2 switching output or analogue output 3 L 4 OUT1 switching output or IO Link 5 IN1 laser on off 6 1...

Page 17: ...ible with master port class B type B Pin 2 and pin 5 are used for manufacturer specific functions That means that the main supply voltage of the unit and the additional voltage supply master port clas...

Page 18: ...1x red LED Status LED display of faults 6 Programming button Selection of the parameters and acknowledgement of the param eter values 7 Programming button Setting of the parameter values scrolling by...

Page 19: ...ter installation electrical connection and programming check whether the device operates correctly w If the device has been correctly set up the object distance or the object reflectivity is indicated...

Page 20: ...ysteresis function distance and reflectivity Runmode 1 2 OU1 SEL1 tSP1 255 r25 dist refl bAck bAck 1000 r10 255 r25 SP1 bAck 1000 r10 1001 r11 SEL2 tSP2 dist refl bAck bAck 2000 r6 255 r25 SP2 EF bAck...

Page 21: ...30 255 r25 tFO1 bAck 900 r40 255 r25 SF1 bAck 50 r10 51 r11 nSP1 bSP1 bAck 900 r40 901 r41 FSP1 dSP1 bAck 1100 r30 1101 r31 SEL2 tn2 tb2 dist refl bAck bAck 1800 r20 255 r25 tF2 td2 EF bAck bAck 2000...

Page 22: ...vices 9 3 Analogue output for OUT2 distance and reflectivity Runmode 1 OU1 255 r25 SEL2 dist refl bAck I Fno OFF bAck U Hno Hnc Fnc OU2 2 EF back tASP bAck 0 r0 1 r1 tAEP bAck 2000 r100 1999 r99 ASP b...

Page 23: ...2 FinE Std FASt bAck 0 00 5 00 bAck x x x bAck no yES 0 00 5 00 bAck 0 00 5 00 bAck 0 00 5 00 bAck 0 00 5 00 bAck PnP nPn bAck On OFF bAck G 12 r 12 G1ou G2ou r1ou r2ou GrEn rEd bAck OPEr dS1 dr1 dS2...

Page 24: ...ard has an object reflectivity of approx 90 at perpendicular light incidence A grey Kodak gray card has an object reflectivity of approx 18 at perpendicular light incidence Reflective surfaces can gen...

Page 25: ...on w The current parameter value is displayed u Keep the button pressed w The current parameter value flashes for 3 s u Increase decrease the parameter value step by step by pressing the button once o...

Page 26: ...Configuring the basic settings 11 2 1 Output configuration The following output configurations for the outputs OU1 OU2 can be set I Analogue output for current U Analogue output for voltage Hno Hyste...

Page 27: ...onfiguration u Select the measured parameter Distance Reflectivity under SEL1 SEL2 11 2 3 Object teach for hysteresis function The device offers the possibility to teach in SP1 SP2 via an object teach...

Page 28: ...ange When the teach in process is completed the currently measured values are stored in nSPx FSPx for distance or bSPx dSPx for reflectivity If an attempt is made to teach in a window switch point tha...

Page 29: ...bx w The measured value for far bright is taught u Click on Teach tFx Teach tdx w The taught value is stored in nSPx FSPx or bSPx dSPx 11 2 5 Teach 1 point window function The device offers the possib...

Page 30: ...in the display with FAr nEAr u Confirm by clicking on w The new measured value flashes once w The taught values are stored in nSPx FSPx or bSPx dSPx 11 2 5 2 Teaching via IO Link u Call up Parameter...

Page 31: ...ayed u Keep or pressed for at least 3 s u Set the parameter value using u Confirm by clicking on w The setting is confirmed 11 3 1 2 Parameter setting via IO Link u Call up Parameter Basic settings u...

Page 32: ...ion time applies to OU1 and OU2 11 3 3 1 Parameter setting via the device keys u Change to EF u Use to select the parameter dFo u Confirm by clicking on w Set parameter value is displayed u Keep or pr...

Page 33: ...ime of an interfering sensor can be a challenge If this case it is possible to manually configure the sensors so that they no longer interfere with each other Five sequences are available for this pur...

Page 34: ...u Keep or pressed for at least 3 s u Set the parameter value using u Confirm by clicking on w The setting is confirmed 11 3 6 2 Parameter setting via IO Link u Call up Parameter Setting of the sensor...

Page 35: ...e version is displayed x x x u Confirm by clicking on w The display changes back 11 3 8 2 Display via IO Link 11 3 9 Restoring the factory setting 11 3 9 1 Reset via the device keys u Change to EF u U...

Page 36: ...ff ON permanently on OFF_ExtActive Switch off with external signal active via input IN1 at pin 5 On_ExtActive Switch on with external signal active via input IN1 at pin 5 PDOut Controlled by PDOut via...

Page 37: ...OFF ON Err teaching failed X X X X X X X X Loc button lock is activated X X X X X X X X uLoc button lock is deactivated X X X X X X X X s Loc device access lock is ac tive X X X X X X X X SC1 SC2 SC...

Page 38: ...Lx rEFL I U ASP AEP I U ASP AEP I U ASP AEP I U ASP AEP LoFF laser is switched off 20 5 mA 10 V 3 5 mA 0 V 3 5 mA 0 V 20 5 mA 10 V Err teaching failed X X X X Loc button lock is activated X X X X uLoc...

Page 39: ...sors must only be repaired by the manufacturer u Keep the front lens of the sensor clean u After use dispose of the unit in an environmentally friendly way in accordance with the applicable national r...

Page 40: ...OGD25x OGD55x Photoelectric distance sensor 40 14 Factory setting The factory settings of the parameters are available at documentation ifm com PDF IO Link interface description...

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