Banner A-GAGE MINI-ARRAY MACNXDN-1 User manual

A-GAGE MINI-ARRAY Features
• Measuringlightscreensystemfor
profilingandinspectionapplications
• Compactcontrolmoduleandsensors
• Controllerisprogrammable,using
DeviceNetconfigurationsoftwareand
suppliedEDSfilesfor:
– 8measurement(“ScanAnalysis”)
modes
– 4scanningmethods
– Beamblanking
– Selectablecontinuous,gatedorhost-
controlledscaninitiation
– Programmablehysteresisforhighand
lowlimits
• TwoDiscreteoutputs
• SeparateGateinputallowsexternal
controlofscaninitiation,forexample,by
apresencesensor
• Lowcost,comparedwithsimilarsystems
• Workingrangeupto17m(55'),
dependingonmodel
• Widefieldofview,easilyaligned
A-GAGE™MINI-ARRAY®Instruction Manual
(Control Modules MACNXDN-1 and MACPXDN-1 with DeviceNet™Interface)
PrintedinUSA P/N59437rev.A
WARNING . . .
Not To Be Used for Personnel Protection
ThesesensorsdoNOTincludetheself-checkingredundant
circuitrynecessarytoallowtheiruseinpersonnelsafetyapplications.A
sensorfailureormalfunctioncancauseeitheranenergizedorde-energized
outputcondition.ConsultyourcurrentBannerSafetyProductscatalogfor
safetyproductswhichmeetOSHA,ANSIandIECstandardsforpersonnel
protection.
!

Table of Contents
3
1.System Description........................................... 4
1.1 SystemComponents ..............................................4
1.2 SystemFeatures.................................................6
1.3 DeviceNetFeatures...............................................7
1.4 TypicalApplications...............................................7
2.Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
2.1 EmitterandReceiverSpecifications..................................8
2.2 ControlModuleSpecifications......................................10
2.3 DeviceNetAttributeInformation....................................12
3.Installation and Mechanical Alignment ............................ 14
3.1 EmitterandReceiverMounting .....................................14
3.2 ControlModuleMounting........................................15
3.3 Hookups ......................................................16
3.3.1 EmitterandReceiverHookups..................................17
3.3.2 Inputs .....................................................17
3.3.3 Outputs....................................................17
3.3.4 DeviceNetCommunicationHookups.............................17
4.Control Module Configuration................................... 18
4.1 CommunicationsSetup ...........................................18
4.2 SystemAlignment..............................................18
4.3 Blanking.......................................................18
4.4 ControlModeSelection ...........................................19
4.5 ScanningMethods...............................................20
4.6 ScanAnalysisModeSelection......................................21
4.7 OutputConfiguration(AnalysisModeAssignment).....................22
5. System Diagnostics ......................................... 23
5.1 Diagnostics/StatusIndicators......................................23
Appendix: Glossary ........................................... 24

System Description
4
1. System Description
TheA-GAGE™MINI-ARRAY™measuringlightscreenisidealforapplicationssuchas
on-the-flyproductsizingandprofiling,edge-guiding,center-guiding,looptensioning
control,holedetection,partscounting,dieejectionverificationandsimilaruses.
ThissystemwasdesignedspecificallyforuseonDeviceNet™Busnetworks.
1.1 System Components
AtypicalA-GAGEMINI-ARRAYSystemhasfivecomponents:anemitter/receiverpair,
eachsensorhavingquick-disconnect(QD)connectors;oneoftwocompactcontrol
modules;andquick-disconnectcablestoconnectthem.
Sensorsareavailablewitharraylengthsfrom133mmto1819mm(5.25"to71.6"),in
152mm(6")increments(seethetableonpage5).Theemitterhasacolumnof
infraredLEDsspaced9.5or19mm(3/8"or3/4")apart,whichtranslatesto16or32
beamsperfoot.Thereceiverisconfiguredoppositetotheemitter,withtheidentical
lengthandbeamspacing.Sensorpairswith16beams/footarecapableofdetectinga
38-mmdiameter(1.5"dia.)cylindricalrod(heldperpendiculartothesensor)andhave
asensingrangeofupto17m(55').Sensorpairswith32beams/footarecapableof
detectinga19.1-mmdiameter(0.75"dia.)cylindricalrod(heldperpendiculartothe
sensor)andhaveasensingrangeofupto6m(20').(InInterlacedmode,thespecified
objectsensitivityincreases;seeSection4.5.)Thesensorshaveawidefieldofviewand
areeasilyaligned.
Themicrocontroller-basedcontrolmoduleisinterfacedwith,andcontrolledby,the
DeviceNetnetwork.EDSfilesaresuppliedtoworkwiththeuser’sDeviceNet
configurationtooltointerfaceandprogramthecontroller.CablesconnectingtheMINI-
ARRAYSystemwiththefacility’sBusnetworkareuser-supplied.ContactyourBanner
salesengineerorinterlinkBTforcableinformation.
Cablesconnectingthesensorswiththecontrolmoduleareavailableinthreelengths,
andhavequick-disconnectfittingsatthesensorend.SeeFigure1-1,page5.

System Description
5
Configure and monitor
the System with the
supplied EDS files and
the user’s DeviceNet
configuration tool.
DIN-
Rail Mountable
Control Module
Quick-Disconnect Cables
Figure 1-1. A-GAGE MINI-ARRAY System components
Housing
Length
3/4" Beam Spacing (16 Beams/Ft) 3/8" Beam Spacing (32 Beams/Ft)
201mm
(7.9")
BMEL616AEmitter 8
8
BMEL632AEmitter
BMRL632A Receiver
16
16
356mm
(14.0")
BMEL1216AEmitter
BMRL1216A Receiver
16
16
BMEL1232AEmitter
BMRL1232A Receiver
32
32
505mm
(19.9")
BMEL1816AEmitter
BMRL1816A Receiver
24
24
BMEL1832AEmitter
BMRL1832A Receiver
48
48
659mm
(26.0")
BMEL2416AEmitter
BMRL2416A Receiver
32
32
BMEL2432AEmitter
BMRL2432A Receiver
64
64
810mm
(31.9")
BMEL3016AEmitter
BMRL3016A Receiver
40
40
BMEL3032AEmitter
BMRL3032A Receiver
80
80
963mm
(37.9")
BMEL3616AEmitter
BMRL3616A Receiver
48
48
BMEL3632AEmitter
BMRL3632A Receiver
96
96
1115mm
(43.9")
BMEL4216AEmitter
BMRL4216A Receiver
56
56
BMEL4232AEmitter
BMRL4232A Receiver
112
112
1267mm
(49.9")
BMEL4816AEmitter
BMRL4816A Receiver
64
64
BMEL4832AEmitter
BMRL4832A Receiver
128
128
1572mm
(61.9")
BMEL6016AEmitter
BMRL6016A Receiver
80
80
BMEL6032AEmitter
BMRL6032A Receiver
160
160
1877mm
(73.9")
BMEL7216AEmitter
BMRL7216A Receiver
96
96
BMEL7232AEmitter
BMRL7232A Receiver
192
192
Models Total Beams Models Total Beams Receiver
Emitter
Emitter and Receiver Models
Cable
Model Description
QDC-515C 4.6m(15')cable,straightQDconnector
QDC-525C 7.6m(25')cable,straightQDconnector
QDC-550C 15.2m(50')cable,straightQDconnector
Cables
Controller
Model Description
MACNXDN-1 Twodiscrete,solid-stateNPNoutputs
MACPXDN-1 Twodiscrete,solid-statePNPoutputs
Control Module Models (with DeviceNet interface)

System Description
6
1.2 System Features
Built-infeaturessimplifytheoperationoftheA-GAGEMINI-ARRAYSystem.Emittersand
receivers,availableinachoiceoftworesolutionsand10lengths,providetherightsize
andprecisionneededformanyapplications.Programmablebeamblanking
accommodatesmachinecomponentsorotherfixturesthatmustremaininormove
throughthelightscreen.BlankingissetusingtheincludedEDSfileandtheuser’s
DeviceNetconfigurationtool.
Built-indiagnosticprogrammingandeasy-to-seeindicatorsonthesensorsandthe
controlmodulesimplifyalignmentandtroubleshooting(Figure1-2).Theemitterhasa
redLEDthatsignalsproperoperation.ThereceiverhasthreebrightLEDs:green
signalsthatthesensorsareproperlyaligned;yellowsignalsmarginalalignment;and
redsignalsmisalignmentorablockedcondition.Thecontrolmodulehasseven
SystemStatusLEDsthatindicateconditionssuchasoutput(s)conducting,Gatesignal
received,beamalignmentand/orblockedbeams.Inaddition,abi-color(red/green)
NetworkStatusLEDindicateswhetherthesystemisonlinewiththeDeviceNetnetwork
andwhetherthereareproblems.
TheA-GAGEMINI-ARRAYSystemprovidesawideselectionofsensingandoutput
options,including:measurement(“scananalysis”)modes;scanningmethodsthatcan
determinethetargetobject’slocation,overallsize,totalheightortotalwidth;and
numerousoutputoptions.Scanningmaybecontinuousorcontrolledbyahost
processcontrolleroragatesensor.
Blankingfeatureallowstheusertoconfigureanynumberofbeamstobe“blanked.”In
effect,blankingcausestheaffectedbeamstobemade“blind”toactivitywithinthe
array.
Figure 1-2. A-GAGE MINI-ARRAY with DeviceNet System features
DIN-Rail-Mountable Control Module
MINI-ARRAY CONTROLLER for DeviceNet
POWER
MACNXDN1
NETWORK
STATUS
1
1
V+
16 - 30V dc
1.2A MAX
EMTR RCVR
+12V
BR BU BK
5Wires
30V
150mA Max
OUT1
10-30V dc
GATE 30V
150mA Max
ALARM
WH
NC
+–
NC
COM DRN T/R
2345678910 11 12 13 14 15 D5 D4 D3 D2 D1
V-
F1
T/R
V+
BR BU BK
5Wires
WH
CAN_HSHIELD V-CAN_L
DIAG1
DIAG2
DIAG3
OUT1
ALARM
GATE
ALIGN
2 3 4 5 6 7 8 9 10
11 12 13 14 15 16 17 18 19 20
Red
Operational
LED
Network Status Indicator
Green Blocked LED
Red Marginal
Alignment LED
Yellow
Alignment LED
Diagnostic/Status Indicators
(see Section 5.1)

System Description
7
1.3 DeviceNet Features
TheA-GAGEMINI-ARRAYSystemconnectstotheDeviceNetBusnetworkusing
simplejunctionboxesor“T”connectors.AnElectronicDataSheet(EDS)issupplied
witheachcontrollertoassistindeviceconfiguration.TheMINI-ARRAYSystemmaybe
configuredbyanyofanumberofDeviceNetconfigurationtools;forspecific
configurationinformation,refertoyourDeviceNetdocumentation.ThefollowingMINI-
ARRAYcommunicationsareavailablethroughDeviceNet:
Device Information:manufacturer,productname,devicetype,modelandrevision
Configuration:analysismodeselections,scancontrolselection,outputsettings(set
point,hysteresisandinvert),andblankingselections
Sensor Alignment Information:totalnumberofsensorbeams,beamstatus,and
alignmentstatus
Status Information:measurementmodesresult,alignmentstatus,beamstatus,and
blankedbeamstatus
Diagnostic Information:numberofemitterbeams,numberofreceiverbeams,and
MINI-ARRAYSystemstatus
1.4 Typical Applications
TheA-GAGEMINI-ARRAYisusefulformanytypesofmeasurementandposition-
sensingapplications,someofwhichareshownbelow.
Figure 1-3. Typical applications for the A-GAGE MINI-ARRAY System
Box Profiling
Edge Guiding
Inspection Applications

Speifications
8
2. Specifications
2.1 Emitter and Receiver Specifications
Emitter/Receiver Range
Specifiedatthepointwhere
3xexcessgainremains.
3/8" beam spacing
Minimum Object Sensitivity 3/8" beam spacing
Power Requirements
†
Maximumcurrentisfora6'
sensor.
3/8" beam spacing
Status Indicators Emitter: RedLEDlightstoindicateproperemitteroperation
Receiver: Greenindicatessensorsaligned(>3xexcessgain)
Yellowindicatesmarginalalignmentofoneormorebeams
Redindicatessensorsmisalignedoroneormorebeam(s)blocked
Sensor Scan Time 55microsecondsperbeam,pluspostprocesstimeperscan.Postprocesstimewillvary,basedonthe
numberofchannelsinterrogatedduringeachscan.Seepage20foradescriptionofscantimeforeach
scanningmethodandtheformulaforcalculatingpostprocesstime.
Connections Sensorsconnecttocontrollerusing5-conductorquick-disconnectcables(oneeachforemitterand
receiver),orderedseparately;seepage5foravailablelengths.UseonlyBannercables,whichincorporatea
“twistedpair”fornoiseimmunity.Cablesmeasure8.1mm(0.32")dia.andareshieldedandPVC-jacketed.
Conductorsare20gauge(0.9mm).Emitterandreceivercablesmaynotexceed75m(250')long,each.
Construction Aluminum,withblackanodizedfinish;acryliclenscover
3/4" beam spacing
3/4" beam spacing
Straight, Edge Modes:19.1mm(0.75")
Skip Mode:Multiplytheabovebythenumberof
skippedbeams,plus1
Interlaced Mode:12.7mm(0.5")*
Straight, Edge Modes:38.1mm(1.5")
Skip Mode:Multiplytheabovebythenumberof
skippedbeams,plus1
Interlaced Mode:25.4mm(1.0")*
Sensors < 4':0.6to6.1m(2'to20')
Sensors > 4':0.6to4.6m(2'to15')
Sensors < 4':0.9to17m(3'to55')
Sensors > 4':0.9to14m(3'to45')
3/4" beam spacing
12Vdc±2%,suppliedbycontroller
Emitter:0.10A@12Vdc
Receiver beam spacing:0.50A@12Vdc†
12Vdc±2%,suppliedbycontroller
Emitter:0.10A@12Vdc
Receiver beam spacing:0.75A@12Vdc†
Environmental Rating NEMA4,13(IP65)
Operating Conditions Temperature:-20°to+70°C(-4°to+158°F)
Maximum relative humidity:95%at50°C(non-condensing)
*Assumessensingisinthemiddle1/3ofsensingrange.

Specifications
9
10.2 mm
(0.40")
L3
38.1 mm
Square
(1.50")
53.8 mm
(2.12")
2.5 mm
(0.10")
18.3 mm
(0.72")
*Distance X to
First Beam
L1
71 mm
(2.8")
R13 mm (0.5")
Minimum Bend
L2
Figure 2-1. Emitter and receiver dimensions
With mounting bracket flanges “in”With mounting bracket flanges “out”
*Distance X to First Beam
3/4" Beam Spacing: 42.9 mm (1.69")
3/8" Beam Spacing: 38.1 mm (1.50")
3/4" Beam Spacing (16 Beams/Foot)
Distance X: 42.9 mm (1.69")
3/8" Beam Spacing (32 Beams/Foot)
Distance X: 38.1 mm (1.50") Housing Length Distance Between Bracket Holes
Models Beams Models Beams L1 L2 L3
BMEL616AEmitter
BMRL616A Receiver
8
8
BMEL632AEmitter
BMRL632A Receiver
16
16
201mm
(7.9")
234mm
(9.2")
177mm
(7.0")
BMEL1216AEmitter
BMRL1216A Receiver
16
16
BMEL1232AEmitter
BMRL1232A Receiver
32
32
356mm
(14.0")
390mm
(15.4")
333mm
(13.1")
BMEL1816AEmitter
BMRL1816A Receiver
24
24
BMEL1832AEmitter
BMRL1832A Receiver
48
48
505mm
(19.9")
539mm
(21.2")
482mm
(19.0")
BMEL2416AEmitter
BMRL2416A Receiver
32
32
BMEL2432AEmitter
BMRL2432A Receiver
64
64
659mm
(26.0")
693mm
(27.3")
636mm
(25.1")
BMEL3016AEmitter
BMRL3016A Receiver
40
40
BMEL3032AEmitter
BMRL3032A Receiver
80
80
810mm
(31.9")
844mm
(33.2")
787mm
(31.0")
BMEL3616AEmitter
BMRL3616A Receiver
48
48
BMEL3632AEmitter
BMRL3632A Receiver
96
96
963mm
(37.9")
997mm
(39.3")
941mm
(37.0")
BMEL4216AEmitter
BMRL4216A Receiver
56
56
BMEL4232AEmitter
BMRL4232A Receiver
112
112
1115mm
(43.9")
1148mm
(45.2")
1091mm
(43.0")
BMEL4816AEmitter
BMRL4816A Receiver
64
64
BMEL4832AEmitter
BMRL4832A Receiver
128
128
1267mm
(49.9")
1301mm
(51.2")
1244mm
(49.0")
BMEL6016AEmitter
BMRL6016A Receiver
80
80
BMEL6032AEmitter
BMRL6032A Receiver
160
160
1572mm
(61.9")
1606mm
(63.2")
1549mm
(61.0")
BMEL7216AEmitter
BMRL7216A Receiver
96
96
BMEL7232AEmitter
BMRL7232A Receiver
192
192
1877mm
(73.9")
1910mm
(75.2")
1853mm
(73.0")

Specifications
10
2.2 Control Module with DeviceNet Specifications
DeviceNet Configurations Vendor code: 12(BannerCorp.)
Device type: 110
Product code: 1(MACNXDN-1)
2(MACPXDN-1)
Connection types supported: ExplicitMessage,Poll,COS
Network address: 0-63(networkconfigured)
Baud rate supported: 125K,250K,500K(networkconfigured)
Output Configurations MACNXDN-1:TwoPNPdiscrete(switched)
MACPXDN-1:TwoNPNdiscrete(switched)
Power Requirements* Controller, emitter and receiver:16to30Vdc@1.2Amax.(typical:0.5A@16Vdc)
Inputs Sensor input: Emitterandreceiverwireinparalleltofiveterminals.
Gate input:Opticallyisolated,requires10to30Vdc(7.5kΩimpedance)forgatesignal
Discrete (Switched) Outputs NPN outputs: OpencollectorNPNtransistorratedat30Vdcmax.,150mAmax.
PNP outputs:OpencollectorPNPtransistorratedat30Vdcmax.,150mAmax.
All discrete outputs:
OFF-state leakage current:<10µA@30Vdc
ON-state saturation voltage:<1V@10mAand<1.5V@150mA
System Programming ViaDeviceNetinterfaceandsuppliedEDSfiles.
System Status Indicators Output (steady red):Output#1energized.
Alarm (flashing red):Output#2energized.
Gate (steady red):Gateinputstatus.
Alignment (steady green): Properemitter/receiveralignmentandaclear,unblockedlightscreen(ONwhen
greenorgreen/yellowreceiverLEDsareON.
Diag 1 (green), Diag 2 (red), Diag 3 (red): UsedincombinationtodisplaySystemstatus;seeChapter5,
SystemDiagnosticsformoreinformation.
Network Status Indicator Bi-colored(red/green)LEDvisibleonthecontrolmodulefrontpanelindicatesnetworkstatus:
Steady Green: On-line,connectedtomaster
Flashing Green: On-line,addressandbaudrateOK
Steady Red: Criticalnetworkfaultorduplicatenodeaddressdetected
Flashing Red: Connectiontimeout
OFF: Nonetworkpoweroroff-line
Construction Polycarbonatehousing;mountstoflatsurfaceordirectlyonto35-mmDINrail
Environmental Rating NEMA1(IP20)
Operating Conditions Temperature: -20°to+70°C(-4°to158°F)
Maximum relative humidity:95%@50°C(non-condensing)
DeviceNet Power* 11to25Vdc-suppliedbyDeviceNetBUSNetwork
*Application Note ThecontrollermustbepoweredupbeforetheDeviceNetconnectionineverypower-upsituation
forproperoperation

Specifications
11
81.0 mm
(3.19")
115.0 mm
(4.53")
106.0 mm
(4.17")
35.0 mm
(1.38")
DIN mounting slot
Slot for M3.5 screws (2)
5.5 mm
(0.22")
69.0 mm
(2.72 ")
5.0 mm
(0.20")
96.0 mm
(3.78")
Figure 2-2. Control module dimensions

Specifications
12
*Measurementmoderesults:
Beam numberifmeasurementmodeisFBB,FBM,LBB,orLBM
Number of beamsifmeasurementmodeisTBB,TBM,CBB,orCBM
2.3 DeviceNet Attribute Information
I/O Data Attribute Format, Poll and COS
I/O Data Mapping
BYTE BIT 7 BIT 6 BIT 5 BIT 4 BIT 3 BIT 2 BIT 1 BIT 0
0XSystemStatus
Bit2
SystemStatus
Bit1
SystemStatus
Bit0 X X Alignment
Blocked
Alignment
OK
1LSB–MeasurementMode1*
2MSB–MeasurementMode1*
3LSB–MeasurementMode2*
4MSB–MeasurementMode2*
5Reserved(always0)
I/O Message Types Polled COS
ProducedDataSize 8bytes 8bytes
ConsumedDataSize 0bytes 0bytes
SYSTEM STATUS: (BYTE 0, NIBBLE 2):
1 EEPROMerror
2Controllererror
3 ROMerror
4 Normal
5 Emittererror
6 Receivererror
7Emitter/receiver
mismatch

Specifications
13
Analysis Mode 1 (FBB)
FBB: FirstBeamBlocked
FBM: FirstBeamMade
LBB: LastBeamMade
LBM: LastBeamMade
TBB: TotalBeamsBlocked
TBM: TotalBeamsMade
CBB: ContiguousBeamsBlocked
CBM: ContiguousBeamsMade
Disabled
Analysis Mode 2 (Disabled)
FBB: FirstBeamBlocked
FBM: FirstBeamMade
LBB: LastBeamMade
LBM: LastBeamMade
TBB: TotalBeamsBlocked
TBM: TotalBeamsMade
CBB: ContiguousBeamsBlocked
CBM: ContiguousBeamsMade
Disabled
Scan Control Modes (Continuous)
ContinuousScanning
GateMode
HostMode
Scanning Methods (Straight)
StraightScan
SkipScan1
SkipScan2
SkipScan3
SkipScan4
SkipScan5
SkipScan6
SkipScan7
Interlaced(Dither)Scan
EdgeScan
Output 1 Analysis Mode (Disabled)
Disabled
AnalysisMode1
AnalysisMode2
Output 1 Set Point – Low (1)
1-384
Output 1 Set Point – High (1)
1-384
Output 1 Hysteresis – Low (0)
0-385
Output 1 Hysteresis – High (2)
0-385
Output 1 Invert (No)
No
Yes
Output 2 Analysis Mode (Disabled)
Trigger
Alarm
Disabled
AnalysisMode1
AnalysisMode2
Single Scan (No)
No
Yes
Output 2 Set Point – Low (1)
1-384
Output 2 Set Point – High (1)
1-384
Output 2 Hysteresis – Low (0)
0-385
Output 2 Hysteresis – High (2)
0-385
Output 2 Invert (No)
No
Yes
Measurement Mode 1 Result (0)
Measurement Mode 2 Result (0)
Output 1 & 2 Scan Number (1)
1-9
Alignment Status (Unknown)
0: Made
1: Broken
Number of Beams (0)
0-384
Beam Status (0)
0: Brokenornotused
1: Made
Blanking Beams (0)
0: Notblanked
1: Blanked
Number of Emitter Beams (0)
0-192
Number of Receiver Beams (0)
0-192
Status of Controller (Unknown)
Unknown
EEPROMerror
Controllererror
ROMerror
Normal
Emittererror
Receivererror
Emitter/receivermismatch
(Items in parentheses are Factory Default Settings)

Installation and Mechanical Alignment
14
3. Installation and Mechanical Alignment
3.1 Emitter and Receiver Mounting
BannerMINI-ARRAYemittersandreceiversaresmall,lightweight,andeasytomount;themountingbrackets(supplied)allow±30
degreesrotation.
Fromacommonpointofreference,makemeasurementstopositiontheemitterandreceiverinthesameplanewiththeirmidpoints
directlyoppositeeachother.MounttheemitterandreceiverbracketsusingtheM4x0.7x14mmboltsandassociatedmounting
hardware(allsupplied).SeeFigure3-1.
Althoughtheinternalcircuitryoftheemitterandreceivercanwithstandheavyimpulseforces,vibrationisolatorscanbeused
insteadoftheM4boltstodampenimpulseforcesandpreventpossibledamagefromresonantvibrationoftheemitterorreceiver
assembly.TwodifferentAnti-VibrationMountingKitsareavailablefromBannerasaccessories.
Figure 3-1. A-GAGE MINI-ARRAY emitter and receiver mounting hardware
Emitter
or
Receiver
Mounting
Mounting
Bracket
Surface
M4
Nut (4)
Washer (2)
with Compression
Slotted Hex Head
M4 x 10 mm
Bracket
Mounting
Nut
Washer
M4 x 14 mm
Screw with Flat
Washer
Compression
Washer (4)
Torque to
12 in. lbs.
(1.3 N-m)
3.0 Installation and Alignment
3.1 Emitter and Receiver Mounting
Banner MINI-ARRAY emitters and receivers are small, lightweight, and easy to mount; the mounting brackets (supplied) allow
±30 degrees rotation.
From a common point of reference, make measurements to position the emitter and receiver in the same plane with their
midpoints directly opposite each other. Mount the emitter and receiver brackets using the M4 x 0.7 x 14 mm bolts and
associated mounting hardware (all supplied). See Figure 3-1.
Although the internal circuitry of the emitter and receiver can withstand heavy impulse forces, vibration isolators can be used
instead of the M4 bolts to dampen impulse forces and prevent possible damage from resonant vibration of the emitter or
receiver assembly. Two different Anti-Vibration Mounting Kits are available from Banner as accessories.
P/N48955consistsof4anti-vibration
mounts(M4x0.7x9.5mm)and
8M4Kepsnuts.Thesemountsare
madefromBUNA-Nrubberandare
moreresistanttochemicalsandoils.
P/N12847consistsof4anti-vibration
mounts(M4x0.7x9.5mm)and
8M4Kepsnuts.Thesemountsare
madefromnaturalrubber,which
arelesschemicallyresistantthan
the48955mounts,buthavea
greatersheerforcespecathigher
temperature.

Installation and Mechanical Alignment
15
Mounttheemitterandreceiverintheirbracketsandpositiontheredlensesofthetwo
unitssotheydirectlyfaceeachother.Theconnectorendsofbothsensorsmustpoint
inthesamedirection.Measurefromoneormorereferenceplanes(e.g.thebuilding
floor)tothesamepoint(s)ontheemitterandreceivertoverifytheirmechanical
alignment.Ifthesensorsarepositionedexactlyverticalorhorizontaltothefloor,a
carpenter’slevelisusefulforcheckingalignment.Astraightedgeorastringextended
betweenthesensorsalsohelpswithpositioning.Alsocheck“byeye”forline-of-sight
alignment.Makeanynecessaryfinalmechanicaladjustments,andhand-tightenthe
brackethardware.SeeSection4.2forfurtherinformationonalignment.
3.2 Control Module Mounting
ThecontrolmodulemustbeinstalledinsideanenclosurewhichhasaNEMA(orIEC)
ratingsuitablefortheoperatingenvironment.
MountingdimensionsforthecontrollerareshowninFigure2-2,onpage11.The
controlmoduleissuppliedwithM3.5hardwarefordirectmountingtoasurface,orit
maymountdirectlyontostandard35mmDINrail.
NON-QD EndQD End
Min. R.
Full R (4)
4.8 mm (2)
(0.19")
38.1 mm
(1.50")
6.4 mm R
(0.25")
44.5 mm
(1.75")
6.4 mm
(0.25")
57.2 mm
(2.25")
3.8 mm
(0.15")
10.2 mm (2)
(0.40")
ø30.5 mm
(1.20")
34.8 mm
(1.37")
11.9 mm
(0.47")
Slots have clearance
for M4 bolts (supplied)
and allow ±30°rotation
ø13.2 mm
(0.52")
ø6.8 mm (2)
(0.27")
3.0 mm
(0.12") 24.6 mm
(0.97")
53.8 mm
(2.12")
Material: Cold Rolled Steel
Finish: Black, Zinc Plated
Chromate Dip
Figure 3-2. A-GAGE MINI-ARRAY emitter and receiver mounting bracket dimensions

Installation and Mechanical Alignment
16
3.3 Hookups
ConnectionsaremadetotheMACNXDN-1andMACPXDN-1controlmodulesvia20
wiringterminalslocatedalongthefrontsurfaceofthemodule.RefertoFigures3-3
and3-4fortheappropriatehookupinformation.
NOTE:ThecontrollermustbepoweredupbeforetheDeviceNetconnectioninevery
power-upsituation,forproperoperation.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 D5 D4 D3 D2 D1
F1
V+
16 - 30V dc
1.2A MAX
EMITTER and
RECEIVER CABLES 10-30V dc
GATE
SIGNAL
OUTPUT 1
BROWN
V-
NC NC
+-
BLUE
DRAIN WIRE
BLACK
WHITE
DEVICENET
CONNECTIONS
RED
WHITE
DRAIN WIRE
BLUE
BLACK
150mA
max.
ALARM
150mA
max.
Figure 3-3. MACNXDN-1 hookup (2 NPN discrete outputs)
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 D5 D4 D3 D2 D1
F1
V+
16 - 30V dc
1.2A max.
EMITTER and
RECEIVER CABLES 10-30V dc
GATE
SIGNAL
OUTPUT 1
BROWN
V-
NC NC
+-
BLUE
DRAIN WIRE
BLACK
WHITE
DEVICENET
CONNECTIONS
RED
WHITE
SHIELD
BLUE
BLACK
150mA
max.
ALARM
150mA
max.
Figure 3-4. MACPXDN-1 hookup (2 PNP discrete outputs)

Installation and Mechanical Alignment
17
3.3.1 Emitter and Receiver Hookups
Emittersandreceiversconnecttogetherinparalleltoterminals#4through#8ofthe
controlmodule(identicalforbothcontrolmodulemodels).SeeFigures3-3and
3-4forwirecolorinformation.
3.3.2 Inputs
System Power: Connectasourceof16to30Vdc,ratedat1amporgreater,tocontrol
moduleterminals#1(+)and#2(-).Connectagoodearthgroundtoterminal#3to
provideelectricalandRFnoiseimmunitytotheSystem.
NOTE:Removepowerbeforemakingotherconnectionstothecontroller.
Gate Signal: Connectaswitchedsourceof10to30Vdctoterminals#11(+)and
#12(-)toprovideagatinginput(ifrequired).Thegatingvoltagetypicallyisswitched
bytheopen-collectoroutputtransistorofadcsensingdevice.Thegatesignalcontrols
scanningwhentheGateoptionisselected(seeSection4.4).
3.3.3 Outputs
Eachcontrolmodulehastwosolid-statediscreteoutputs,labeledOutput#1and
Alarm.Bothareratedat30Vdcmax.,150mAmax.TheyareeitherbothNPNorboth
Trim braided shield flush
with cable
Trim foil shield flush
with cable
Uninsulated
drain wire
Figure 3-5. Emitter and receiver cable
preparation
NOTE:The“drainwire”istheuninsulated
strandedwirewhichrunsbetweenthe
braidedshieldandthefoilshield.Thefoil
shieldandthebraidedshieldshouldbe
removedatthepointwherethewiresexit
thecable.
Control
Module
Output #1
(Terminal #9)
Output #2 (“Alarm”)
(Terminal #15)
MACNXDN-1
Figure3-3
NPNopen-collector
30Vdcmax.
150mAmax.
NPNopen-collector
30Vdcmax.
150mAmax.
MACPXDN-1
Figure3-4
PNPopen-collector
150mAmax.
PNPopen-collector
150mAmax.
PNP,dependingonthemodel.
Terminal
Wire
Color Function
D3 – Shield
D5 Red BusPower(+V)
D1 Black BusPower(-V)
D4 White Communications+
D2 Blue Communications-
D5 D4 D3 D2 D1
DEVICENET
CONNECTIONS
V+ V-
CAN_H CAN_L
SHIELD

Control Module Configuration
18
3.3.4 DeviceNet Communication Hookups
4. Control Module Configuration
TheA-GAGEMINI-ARRAYcontrolmoduleiseasilyconfiguredusingthesuppliedEDS
fileandtheuser’sDeviceNetconfigurationtool.
4.1 Communications Setup
SeeSection3.3.4,page17forinformationonconnectingtheMINI-ARRAYcontrol
moduletotheDeviceNetnetwork.
4.2 System Alignment
Theemitter/receiverpairshaveawidefieldofviewandareeasytoalign.The
recommendeddistancebetweentheemitterandreceiverrangesfrom15"to72".
(Shortersensorseparationcanbeachieved;pleaseconsultfactoryfordetails.)The
AlignmentprocessshouldbeperformedatSysteminstallationandrepeatedeverytime
oneorbothofthesensorsismoved.
AlignmentstatusiscontinuouslydisplayedbythegreenLEDindicatorsonthereceiver
andthecontroller.Whenallunblankedbeamsareclear,andexcessgainofallbeamsis
atleast3x,thegreenAlignmentindicatorswillbeON.Whentheexcessgainofoneor
morebeamsdropstobetween3xand1x,thegreenAlignLEDwillremainON,butthe
yellowLEDalsowillcomeONtoindicateawarningofmarginalalignment.Seesection
3.1formoreinformationaboutsensoralignment.
MakesurethesensorshavebeenwiredasshowninSection3.3.Applypowertothe
controlmoduleviaterminals#1and#2(16to30Vdc).
4.3 Blanking
Ifamachinefixtureorotherequipmentwillcontinuouslyblockoneormorebeams,
theaffectedbeamchannelsmaybeblanked.TheBlankingoptioncausesthecontrol
moduletoignorethestatusofblankedbeamsformeasurementmodecalculations.For
example,ifamachinefixtureblocksoneormorebeamsduringSystemoperation,the
outputdatawillbeincorrect;ifbeamsblockedbythefixtureareblanked,theoutput
datawillbecorrect.BlankingcannotbeusedwithEdgeScanmode.

Control Module Configuration
19
4.4 Control Mode Selection
Thecontrolmodedeterminesthemethodusedtocontrolscanningofthelightscreen
array.Choosefromthreescancontrolmodes:
• ContinuousScanmode(theFactorydefaultsetting),
• HostCommandmode,and
• Gatemode
In Continuous Scan Mode,thecontrolmodulebeginsanewscanassoonasit
updatestheoutputsfromthepreviousscan.Thisisthefastestscancontrolmethod;it
isusedwhencontinuousupdatingoftheoutputsisacceptable.
Host Modeallowstheuser,withaDeviceNetconnection,todirecttheMINI-ARRAY
Systemtoscanoncommand.
Gate ModeactivatesanopticallyisolatedexternalGateinputbetweenterminals11(+)
and12(-)ofthecontrolmodule.TheGateinputhasimpedanceof7.5kΩandaccepts
a10to30Vdcsignal.Adcdevicesuchasaphotoelectricsensororopticalencoder
typicallysuppliestheGateinput.Gateinputsignalsmustbegreaterthan100
microsecondsinduration;thetimebetweensuccessiveGateinputsmustbegreater
thantheminimumscantimeforthelightscreenarray(seesection4.5forscantime
information).

Control Module Configuration
20
4.5 Scanning Methods
Thecontrolmoduleoffersthechoiceofoneoffourscanningmethods:
• Straightscan
• Interlacedscan
• Edgescan
• Skipscan
Straight Scanisthedefaultmodeinwhichallbeamsarescannedinsequencefromthe
bottomend(cableend)tothetopendofthearray.Thisscanningmethodrequiresthe
longestscantimesandprovidesthesmallestobjectdetectionsize.
TocalculatescantimeforStraightScan,multiplythenumberofbeamsby55
microseconds,andaddpostprocesstime.
Interlaced Scanalternatesastraightscanwithaslanted-beamscantoimproveoptical
resolutionwithinthemiddleone-thirdofthescanningrange(seeFigure4-1).Aslanted-
beamscanbeginswithabeambetweenemitterchannel1andreceiverchannel2,then
betweenemitterchannel2andreceiverchannel3,andsoon.Thelastemitterchannel
beamstothelastreceiverchanneltocompletethescan.Afterthissequence,theemitter/
receiverpairperformsastandardstraight-acrossscan(emitterchannel1–receiver
channel1,andsoon).
TocalculatescantimeforInterlacedScan,doublethenumberofbeamsinthearray,
multiplyby55microseconds,andaddpostprocesstime.
Edge Scanisdesignedtospeedsensingresponsetime,bymeasuringorlocatingonly
oneedgeofanobject.Edgescanactivatesonlythebeamslocatednearthetopedgeof
anobjectinthelightscreen.(NOTE:“Topedge”referstotheedgeoftheobjectpassing
farthestfromthecabledendofthesensors.)Whenthearrayisclear,thesystemwill
executestraightscans.Edgescanbeginswhenablockedchannelisdetected.Eachscan
beginssixbeamspriortothelastbeamblockedduringthepreviousscan.Thescan
continuesfromthispointandmovesupwardtothefirstunblockedbeam,wherethescan
iscompleted.UseofEdgeScanmodelimitstheScanAnalysismodeselectiontoonly
LBB(LastBeamBlocked).EdgeScanrequiresthefollowingconfiguration:AnalysisMode
1–LLB;AnaylsisMode2–None;andallbeamsactive(noblanking).
ScantimeforEdgeScanmodewillvary,dependingonwhatsizeobjectsareinthearray
atagiventime.
Skip Scanspeedssensingresponsetimeattheexpenseofdecreasedsensingresolution.
SkipScanmodeallowsfromonetosevenbeamstobeskippedduringeachscan.For
example,withonebeamskipped,onlybeams1,3,5,7,etc.willbeinterrogated;with
twobeamsskipped,onlybeams1,4,7,10,etc.willbeinterrogated.SkipScanalsohas
somerestrictions:theobjectshouldprovideasolidobstruction,andthesizeofthe
objectwilldeterminethemaximumstepsize(thetargetobjectcannotbesmallerthan
thedistancebetweentwoconsecutivebeams).
TocalculatescantimeforSkipScan,firstdeterminehowmanybeamsarebeingused.(For
example,ifthearrayhas16beams,anditisconfiguredtoskip1beam,thenhalfthe
beams–8–areinuse.Ifthearrayisconfiguredtoskip3beams,theneveryfourthbeam
– atotalof4forthisarray–isinuse.)Multiplythenumberofbeamsby55microseconds,
andaddpostprocesstime.
Post Process Time
Postprocesstimeisdeterminedbythenumberofbeams“fired”inagivenscan,and
measuredinmilliseconds.Tocomputepostprocesstime,usethefollowingformula:
PPT*(inmilliseconds)=(BeamChannelsFired+ 10)x0.12ms+1ms
8
* ApproximateValue
Resolution is
increased in
the center
third of
the range
Figure 4-1. Interlaced Scan Mode improves
optical resolution in the middle
third of the scanning range.
This manual suits for next models
1
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