Ebtron Advantage III Gold Series Manuel utilisateur



EBTRON • 1663 Hwy. 701 S., Loris SC 29569 • Toll Free: 800.2EBTRON (232.8766) • Fax: 843.756.1838 • Internet: EBTRON.com

Model GTM116-B

Installation Guide

Gold Series Thermal Dispersion Airflow Measurement Technology

Advantage III

Gold Series by Ebtron



Installation Guide

GTM116-B

“Plug & Play” Transmitter with Bleed Airflow Sensors,

Combination Ethernet Network Output and Dual Analog Output

Document Name: IG_GTM116-B_R1B



a measurable difference!

EBTRON

BACnet is a registered trademark of ASHRAE. ASHRAE does not endorse, approve or

test products for compliance with ASHRAE standards. Compliance of listed products to

the requirements of ASHRAE Standard 135 is the responsibility of BACnet International

(BI). BTL is a registered trademark of BI.

ModelsGTC116andGTM116

PartNumber930‐0016B

LISTED



EuropeanUnion

Shipments



2 EBTRON • 1663 Hwy. 701 S., Loris SC 29569 • Toll Free: 800.2EBTRON (232.8766) • Fax: 843.756.1838 • Internet: EBTRON.com 

IG_GTM116‐B_R1A

GOLD SERIES GTM116-B TRANSMITTER

a measurable difference!

EBTRON

TableofContents



1GTM116TRANSMITTERINSTALLATION.....................................................................................................................4

1.1GTM116MechanicalDimensions.......................................................................................................................4

2GTM116TRANSMITTERINTERIORVIEW/FEATURES..................................................................................................5

3GTM116TRANSMITTERPOWERANDSENSORCONNECTIONS..................................................................................6

3.1PowerTransformerSelection.............................................................................................................................6

3.2ConnectingPowertotheTransmitter................................................................................................................6

3.3ConnectingBleedSensorstotheTransmitter......................................................................................................7

4GTM116ANALOGOUTPUTANDNETWORKCONNECTIONS.....................................................................................8

4.1GTM116‐ANALOGOUTPUTWIRING.................................................................................................................8

4.2GTM116‐ETHERNETNETWORKWIRINGCONNECTIONS..................................................................................9

4.2.1GTM116‐ConnectingtoanEthernetNetwork...........................................................................................9

4.3GTM116‐TransmitterSetupforEthernetNetworkOperation.........................................................................9

4.3.1GTM116‐SelectingStaticorDynamicIPSettings.......................................................................................9

4.3.2GTM116‐SettingEthernetTransmitterIPAddress....................................................................................9

4.3.3GTM116‐SettingSubnetMask...................................................................................................................9

4.3.4GTM116‐SettingGatewayIP......................................................................................................................9

4.3.5GTM116‐SettingBACnetProtocolMode...................................................................................................9

4.3.6GTM116‐SettingDeviceInstanceNumber.................................................................................................9

4.3.7GTM116‐ResettingCommunicationsOptionstoFactoryDefaultValues................................................10

5GTM116TRANSMITTERSTART‐UP,INITIALIZATIONANDSETUPMENUS...............................................................11

5.1ChangingtheSystemofUnits‐IPorSIUnits...................................................................................................11

5.2GTM116TransmitterCalibration......................................................................................................................11

5.3GTM116LCDDisplayNotifications...................................................................................................................11

5.4FactoryDefaultMenuSettingsforGB1BleedSensors.....................................................................................12

5.5GTM116ChangingFactoryDefaultSetupMenuSettings................................................................................13

5.5.1SetupMenuOptions..................................................................................................................................13

5.5.2SelectingAirfloworPressureMeasurementType....................................................................................13

5.5.3SelectingActualandStandardOutputMeasurementType......................................................................13

5.5.4OutputScaling...........................................................................................................................................13

5.5.5LockingtheConfigurationSettings............................................................................................................13

5.6GTM116‐AlarmFeatures.................................................................................................................................14

5.6.1AverageAlarm(AO2ASGN=ALRM)............................................................................................................14

5.6.2TroubleAlarm(AO2ASGN=TRBL)..............................................................................................................14

5.6.3NoFault(NOFAULT=HI)............................................................................................................................14

5.6.4AlarmIndications.......................................................................................................................................14

5.6.5LowAlarm‐“LOALRM=ON”.....................................................................................................................14

5.6.6HighAlarm‐“HIALRM=ON”.....................................................................................................................14

5.6.7TroubleAlarm‐“AO2ASGN=TRBL”...........................................................................................................14

5.7GTM116‐AnalogOutputTypeSelectionandSetup........................................................................................15

5.7.1GTM116‐ConvertingAnalogOutputSignalValuestoAirflowandTemperature.....................................15

5.7.2GTM116‐AO1/AO2OUTPUTTEST‐SendingaTestOutputSignaltotheHostControlSystem.............15

5.8ViewingSensorData.........................................................................................................................................16

5.8.1ViewingSensorDataontheLocalLCDDisplay..........................................................................................16

5.8.2ViewingSensorDataviaBACnet,ModbusnetworksorviaEB‐LinkReader.............................................16

5.8.3SensorAddressing......................................................................................................................................16

6SETUPMENUS..........................................................................................................................................................16

7WIRINGDIAGRAM....................................................................................................................................................16

APPENDIXA‐ADVANTAGE3‐BLEEDSENSORSETUPMENUS....................................................................................17

APPENDIXB‐GTC116WIRINGDIAGRAM...................................................................................................................17



EBTRON • 1663 Hwy. 701 S., Loris SC 29569 • Toll Free: 800.2EBTRON (232.8766) • Fax: 843.756.1838 • Internet: EBTRON.com 3

IG_GTM116‐B_R1A

GOLD SERIES GTM116-B TRANSMITTER

a measurable difference!

EBTRON



ListofFigures

Figure1.GTM116MechanicalDimensions...................................................................................................................4

Figure2.GTM116TransmitterInteriorView/Features.................................................................................................5

Figure3.ConnectingPowertotheTransmitter............................................................................................................6

Figure4.TypeBTransmitterConnectorPanelDetail...................................................................................................7

Figure5.ConnectorDetail.............................................................................................................................................7

Figure6.GTM116CombinationAnalog/EthernetTransmitterInteriorDetail..............................................................8



ListofTables

Table1.GTM116PowerTransformerSelectionGuide.................................................................................................6

Table2.GTM116TCP/IPExample...............................................................................................................................10

Table3.GTx116‐BBACnetObjectsList.......................................................................................................................10

Table4.GTx116‐BModbusRegisterMap...................................................................................................................10

Table5.Standard“IP”and“SI”MenuUnitsAbbreviations........................................................................................11

Table6.FactoryDefaultMenuSettings......................................................................................................................12

Table7.GTM116AlarmTypesandNotifications........................................................................................................14

Table8.GTM116ConvertingAnalogOutputValuestoAirflow/Temperature...........................................................15



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IG_GTM116‐B_R1A

GOLD SERIES GTM116-B TRANSMITTER

a measurable difference!

EBTRON

1GTM116TRANSMITTERINSTALLATION

TheGTM116transmitterisdesignedforuseinanenvironmentbetween‐20°Fto120°F(‐28.8°Cto48.8°C)where

itwillnotbeexposedtorainorsnow.Installtransmitteruprightandinafieldaccessiblelocation.Theenclosure

accepts1/2in.(12.7mm)electricalfittingsforsignalandpowerwiringatbothsidesatthetopoftheenclosure.

Locatethetransmittersothattheconnectingcablesfromallofthebleedsensorswillreachthereceptaclesonthe

bottomofthetransmitterenclosure.

Inlocationsexposedtodirectrainand/orsnow,thetransmittermustbeenclosedinaNEMA4

enclosure.

Leaveunobstructedspaceofatleast9in.(228.6mm)above,2in.(50.8mm)toeachsideand3.5

in.(88.9mm)belowthetransmittertoallowforcoverremoval,sensorconnectionsandheat

dissipation.

Locatethetransmitterinalocationthatcanbereachedbyallconnectingcablesfromthebleed

sensors.

Donotdrillintothetransmitterenclosuresincemetalshavingscoulddamagetheelectronics.



1.1 GTM116MechanicalDimensions



Figure1.GTM116MechanicalDimensions

2) IF UNIT HAS 2 PROBE CONNECTIONS THEN IT IS A TYPE "A" UNIT.

IF UNIT HAS 4 PROBE CONNECTIONS THEN IT IS A TYPE "B" UNIT.

NOTES:

1) MEASUREMENTS IN BRACKETS ARE IN MILLIMETERS.

Ø.88

[Ø22.23 mm]

6.69

[169.86 mm]

5.94

[150.81 mm]

1.38

[34.93 mm]

SEE NOTE 2

1.56

[39.67 mm]

Ø.19

[Ø4.76 mm]

2.50

[63.50 mm]

7.94

[201.55 mm]

.38

[9.53 mm]

7.19

[182.55 mm]

8.69

[220.73 mm]

.75

[19.05 mm]

5.19

[131.76 mm]

PROVIDE 3.5 INCH MINIMUM CLEARANCE AT

BOTTOM FOR CONNECTOR ACCESS.

PROVIDE 9 INCH MINIMUM CLEARANCE AT TOP

FOR COVER ACCESS (SLIDE UP TO REMOVE).

PROVIDE 2 INCH MINIMUM CLEARANCE AT BOTH

SIDES OF ENCLOSURE

1.38

[35.05 mm]

[O4.83 mm]

O.19

[182.63 mm]

[201.68 mm]

[9.65 mm]

[39.62 mm] [131.83 mm]

[150.88 mm]

[169.93 mm]

[O22.35 mm]

O.88



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IG_GTM116‐B_R1A

GOLD SERIES GTM116-B TRANSMITTER

a measurable difference!

EBTRON

2GTM116TRANSMITTERINTERIORVIEW/FEATURES



Figure2.GTM116TransmitterInteriorView/Features

Outputsignalterminals

(Note:Theoutputfunction

isdependentonwhich

networkcardisinstalled)



LCDcontrast



TransmitterstatusLED

(Green1secondflashnormal;

2secondflashforfault)



Highaccuracy

A/Dconverter



Goldplatedinterconnects

tooptionaloutputcards



Positivelockingcable

receptacleswithgold

interconnects

Powerswitch



Switchingpowersupply

conservesenergyand

reducesheat



Pushbuttoninterface

simplifiesfieldconfiguration

(Note:devicesareplugandplayand

generallydonotrequireconfiguration.)



Expansionport



Multiplexersindependently

measuresensorvoltages

from1upto16sensingpoints



Goldplatedinterconnectsto

sensorinputreceptacles



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IG_GTM116‐B_R1A

GOLD SERIES GTM116-B TRANSMITTER

a measurable difference!

EBTRON

3GTM116TRANSMITTERPOWERANDSENSORCONNECTIONS

3.1 PowerTransformerSelection

Selecta24VACtransformerbasedonthemaximumpowerrequirementsindicatedonthetransmitterlabel(16

VA)orfromthetablebelow.Theoperatingsupplyvoltage(transmitterpower“ON”withallsensorprobes

connected)shouldnotbelessthan22.8VACorgreaterthan26.4VAC.



Total

Sensors

Minimum

VAReq.

Total

Sensors

Minimum

VAReq.

112 514

213 615

313 715

414 816



3.2 ConnectingPowertotheTransmitter

Connect24VACpowertothelarge,twopositionpowerinputterminallabeled“POWER”ontheupperrighthand

sideofthemaincircuitboard(Figure3).Sincetheoutputsignalsareisolatedfromthepowersupply,itisnot

necessarytoprovideanisolated(secondarynotgrounded)powersource.



MultipleGTM116transmitterswiredtoasingletransformermustbewired“in‐phase”(L1toL1,

L2toL2).



Table1.GTM116PowerTransformerSelectionGuide

Figure3.ConnectingPowertotheTransmitter

PowerFuse

ReplacewithUL®listed,1.5amp,fastactingonly

P.N.800‐1115(10pack)

24VACInputPower

22.8to26.4VAC

20VAmax.

L1

Power

Switch

REPLACE WITH

1.5 AMP

FAST ACTING ONLY

OUTPUT

1 2 COM

POWER

24VAC IN

L2 L1

OFF



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IG_GTM116‐B_R1A

GOLD SERIES GTM116-B TRANSMITTER

a measurable difference!

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SQUEEZE

RECEPTACLE

LOCKING TABS

LOCKED INTO

UNDERCUT IN

RECEPTACLE

SQUEEZE

3.3 ConnectingBleedSensorstotheTransmitter

Afterinstallingthesensorsandtransmitter,connecteachofthebleedsensorcableplugstothecircular

receptacleslocatedatthebottomoftheGTM116transmitterenclosure.Bleedsensorsare“PlugandPlay”anddo

nothavetobeconnectedtoaspecificreceptacleonthetransmitterunlesstraversedataisdesired(seenote

below).TransmittersacceptonlyGP1andGB1sensors.

Providea“driploop”atthetransmitteriftherewillbethepotentialforwaterrunoffor

condensationalongthebleedsensorcable(s).

Bleedsensorcableplugsare“keyed”asshownbelow.Lineupplugwithreceptacleandpush

straightontoreceptacle.

DONOTTWIST.Squeezecableplug“ribs”towardsreceptaclewhenremoving.Forcingthecable

pluginoroutofthereceptaclewilldamagetheconnectorsandvoidwarranty.

Whentraversedataisdesired(especiallywhenusingtheEB‐LinkReader),bleedsensorsshouldbe

installedandconnectedtothetransmitterusingthemountingconventionspecifiedinthe

separateGP1/GB1sensorprobeInstallationGuide.Properinstallationsimplifiessensorlocation

decodingduringdataanalysis.







Figure4.TypeBTransmitterConnectorPanelDetail

Figure5.ConnectorDetail

TypeBTRANSMITTER

Accepts1to4bleedairflowsensors

Squeezeandthenpulltoremove

DONOTTWIST!



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IG_GTM116‐B_R1A

GOLD SERIES GTM116-B TRANSMITTER

a measurable difference!

EBTRON

4GTM116ANALOGOUTPUTANDNETWORKCONNECTIONS

ThissectioncontainsanalogandnetworkoutputwiringinstructionsfortheGTM116transmitterwithEthernetand

DualAnalogoutputs.



4.1 GTM116‐ANALOGOUTPUTWIRING

AnalogoutputconnectionsaremadeatthetopleftofthetransmittermaincircuitboardOUTPUTconnectoras

showninFigure6.Independentlinearanalogoutputsareprovidedforairfloworequivalentdifferentialpressureat

OUTPUTterminal1,andfortemperature(oralarm)atOUTPUTterminal2,eachwithovervoltageandovercurrent

protection.Airflowandtemperatureoutputsarefieldselectableforeither0‐5/0‐10VDCor4‐20mA.TheOUTPUT

terminal2canbeassignedasanAlarmoutputtoprovideanactivehigh,activelowortroublealarmoutput.

Outputsaregalvanicallyisolatedfromthemainpowersupplytopermitsimpleintegrationwithvirtuallyall

buildingautomationsystems.

Whenconfiguredfor4‐20mAoutput,theGTM116isa“4‐wire”device.Thehostcontrolsshallnotprovide

anyexcitationvoltagetotheoutputoftheGTM116.

Fortheanalogoutputs,shieldedcableisrecommended.Towiretheanalogoutputs,slidethecoverplateupand

offoftheenclosure.Ensurethatthepowerswitchisinthe“OFF”position.Connectsignalwiresforairflowrate(or

equivalentdifferentialpressure)andtemperature(oralarm)tothesmall,threepositionoutputterminallabeled

“OUTPUT”ontheupperlefthandsideofthemaincircuitboardasshowninFigure6.



Figure6.GTM116CombinationAnalog/Ethernet TransmitterInteriorDetail

ACTIVITY

TRAFFIC

LINK

ETHERNET

10/100

ESC ENTER

CONTRAST

REPLACE WITH

1.5 AMP

FAST ACTING ONLY

OUTPUT

1 2 COM

POWER

24VAC IN

L2 L1 ON

OFF

VDC mA

OUT 1

OUT 2

ACTIVITY

TRAFFIC

LINK

ETHERNET

10/100

ANALOG OUTPUT

1: Airflow

2: Temperature/Alarm

COM: Common

(RJ45 Ethernet output below)

Transmitter health/status LED

(Green 1 second flash normal;

2 second flash for trouble)

SW1 (for OUT1)

Airflow Output Signal Select

SW2 (for OUT2)

Temp./Alarm/Trouble Output

Signal Select

VDC: (0-5/0-10 VDC)

mA: 4-20 mA

Analog Output Fuses

F1=OUT1

F2=OUT2

UL listed 0.125 Amp

P.N. 800-1105 (Qty:10)

Power Switch

LCD Display

ACTIVITY (green) indicates

Ethernet output board health/status

(Green 1 second flash normal;

2 second flash for fault)

TRAFFIC (green) indicates

ethernet traffic

LINK (green) indicates

ethernet link status

RJ45 Ethernet Output

(For Analog Output, see

separate output above)

Combination Analog/ Ethernet

Output Board

P.N. 800-5026

ANALOG OUTPUT

1: Airflow/Differential Pressure

2: Temperature/Alarm

COM: Common

(RJ-45 Ethernet output below)

Transmitter Status LED



EBTRON • 1663 Hwy. 701 S., Loris SC 29569 • Toll Free: 800.2EBTRON (232.8766) • Fax: 843.756.1838 • Internet: EBTRON.com 9

IG_GTM116‐B_R1A

GOLD SERIES GTM116-B TRANSMITTER

a measurable difference!

EBTRON

4.2 GTM116‐ETHERNETNETWORKWIRINGCONNECTIONS

4.2.1 GTM116‐ConnectingtoanEthernetNetwork

ConnectanEthernetnetworkcabletotheRJ45networkconnectorprovidedontheGTM116Ethernet/Analog

combinationboardasshowninFigure6.

4.3 GTM116‐TransmitterSetupforEthernetNetworkOperation

Theusercanmanuallyselectnetworkprotocol(BACnet/IPorBACnetEthernet‐MODBUSTCPisalwaysenabled),

IPaddressanddeviceinstancenumber,orcansettheGTM116toautomaticallyconfigureitselfwhenusedona

network/segmentwithaDHCPserver.Bydefault,theDHCPsettingisOFF(*DHCP=OFF)formanualdevice

configuration,withBACnetIPprotocol(BACMODE=IP),astaticIPaddressof10.0.0.100,asubnetmaskof

255.255.255.0,andwithgatewaysetfor10.0.0.10.ThesevaluescanbechangedwithintheNETWORKsubmenu

asdescribedbelow.

WhenIPconfigurationiscomplete,confirmcommunicationslocallyby“pinging"theassignedGTM116IPaddress

andobserving5rapidblinksoftheACTIVITYLED(Figure6).

4.3.1 GTM116‐SelectingStaticorDynamicIPSettings

Forautomateddeviceconfigurationonanetwork/segmentwithaproperlyoperatingDHCPserver,gotothe

NETWORKMenusettings,set*DHCP=ON,set*BACMODE=forBACnet/IP(factorydefault)orBACnetEthernet

operation,andset*DI=deviceinstancenumber(factorydefault=2)asdescribedbelow.Noadditional

configurationisrequired.

FormanualdeviceconfigurationoftheGTM116,setNETWORKmenuitem*DHCP=OFF(factorydefault).When

manuallychangingIPsettings(*DHCP=OFF),thedisplaywillblinkthe3‐digitaddresssegmentthatisunderchange.

ChangetheblinkingsegmentbypressingtheUPorDOWNbuttonstoarriveatthedesiredsegmentsetting.

DepresstheENTERkeytosetthissegmentandtomovetheblinkingcursortothenext(right)segment.Repeatthis

untilthelastsegmenthasbeenselected,andthendepressENTERtostorethenewaddresssetting.

4.3.2 GTM116‐SettingEthernetTransmitterIPAddress

TheGTM116isfactorysetwithanIPaddressof10.0.0.100.Eachtransmittermustbeassignedauniqueaddresson

thenetwork/segmentitisconnectedto.TochangetheIPaddressintheNETWORKmenu,navigatetothe

*IP=10.0.0item,andsetsegmentsaspreviouslydescribed.(Seenoteaboveregarding*DHCP=OFF).

4.3.3 GTM116‐SettingSubnetMask

Tochangethisvalue,navigatetothe*MASK=255.2...NETWORKmenuitem,andsetnewsegmentvaluesas

previouslydescribed.(Seenoteaboveregarding*DHCP=OFF).

4.3.4 GTM116‐SettingGatewayIP

Tochangethisvalue,navigatetothe*GATE=10.0.0...NETWORKmenuitem,andsetnewsegmentvaluesas

previouslydescribed.(Seenoteaboveregarding*DHCP=OFF).

4.3.5 GTM116‐SettingBACnetProtocolMode

TheGTM116isfactorysetwith*BACMODE=IPforBACnetIPprotocoloperation.ThisNETWORKmenuitemcan

bechangedto*BACMODE=ETHforBACnetEthernetprotocol.

Tables3,4and5providedetailsofTCP/IP,BACnetObjectsandModbusRegisterMapsrespectively.Notethat

ModbusIPisalwaysenabledregardlessof*BACMODEsetting.

NOTE:

ForBACnetIPoperation,useport47808.ForModbusTCPoperation,useport502.ModbusIPisalways

enabledregardlessofthe*BACMODEsetting.

4.3.6 GTM116‐SettingDeviceInstanceNumber

TheGTM116isfactorysetwithaDeviceInstanceNumberof2(*DI=2).TheDeviceInstanceNumbercanbesetto

anyvaluebetween0and4194302asshowninAppendixA.TheDeviceInstanceNumbercanalsobechangedby

writingtotheDeviceObject'sObjectIdentifierPropertyoverthenetwork.



10 EBTRON • 1663 Hwy. 701 S., Loris SC 29569 • Toll Free: 800.2EBTRON (232.8766) • Fax: 843.756.1838 • Internet: EBTRON.com 

IG_GTM116‐B_R1A

GOLD SERIES GTM116-B TRANSMITTER

a measurable difference!

EBTRON

4.3.7 GTM116‐ResettingCommunicationsOptionstoFactoryDefaultValues

Communicationsoptionscanberesettofactorydefaultvalues(asterisk)*valueswithintheNETWORKmenu

throughtheGTM116RESETNETmenu.



Function

Address

Type

Units Description

Range/Value

10001

Boolean

Trouble

Status

0:OK,

1:Trbl

30001-30002 float FPM

Avera

Airflow

-3,000 to 3,000

30003-30004 float iWG

Avera

e Pressure -2.5 to 2.5

30005-30006 float °F

Avera

Tem

erature

-20 to

160

30007

word

Numbe

Inserts

0to

30008

word

Alarm

Status

0: No

alarm

1: High

Alarm

2: Low

Alarm

Both

30009

word

Connecto

Sensors

0to

30010

word

Connecto

Sensors

0to

30011

word

Connecto

Sensors

0to

30012

word

Connecto

Sensors

0to

30013-30020

float

FPM

Airflow

Flow

Traverse

-3,000 to 3

,000

30013-30014

Insert 1

Flow

↕↕

30019-30020

Insert 4

Flow

30021-30028

float

°F

Tem

erature Traverse

-20 to

160

30021-30022

Insert 1

Tem

↕↕

30027-30028

Insert 16

Tem

30029-30030

float

Sq.Ft. Area

0 to

100

300202

word

Float word

order

0: high word

first;

1: low word

first



Analog Inputs

Type, ID Name Default

Units

Device GTM116

AI, 1 Average Flow CFM

AI, 2 Average Pressure iWG

AI, 3 Average Temperature °F

AI, 4 Alarm Status 0: No alarm,

1: High Alarm,

2: Low Alarm,

3: Both

Analog Values

AV, 1 Area sq.ft.

AV, 2 Traverse Data Status 0=Disabled, 1=Flow,

2=Temp, 3=Both

AV, 3 Flow Traverse FPM

↕↕↕

AV, 18 Flow Traverse FPM

AV, 19 Temperature Traverse °F

↕↕↕

AV, 34 Temperature Traverse °F

Notes:

1. Flow and Temp traverse must be enabled through AV2.

2. User Executed Services Supported:

Subscribe COV, Read Property, Write Property,

Device Communication Control, Who-Is.

Table3. GTx116‐BBACnetObjectsList

BACnetMS/TP

NOTE:ForGTM116BACnetIPoperation,useport47808.

Table2. GTM116TCP/IPExample

Table4. GTx116‐BModbusRegisterMap

NOTE: For GTM116 Modbus operation, use port 502. Modbus IP is always enabled regardless

f *BA

set

GTM Data

Value

525

0.0553

Pressure

Temperature

Flow

TCP/IP

http://10.0.0.100

(or your custom IP address)

Parameter

Ce manuel convient aux modèles suivants

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