IMI Hydronic IMI-Hydronic 322231 TA-Smart BACnet Instrukcja obsługi

Marka: IMI Hydronic

Model: IMI-Hydronic 322231 TA-Smart BACnet

Typ: Instrukcja obsługi

01.2022

TA-Smart BACnet MS/TP

Protocol Implementation Conformance Statement – PICS

General information

Date: 18/11/2021

Vendor Name: IMI Hydronic Engineering

Vendor ID: 926

Product Name: TA-Smart DN32 to 80

Product Model Number: 322231-XXXXX

Application Software Version: 1.0

BACnet Protocol Revision: 16

Product Description: Digitallycongurableconnected2-waycontrolvalvewith

   integratedultrasonicowmeasurement

BACnet Standard Device Prole: BACnetApplicationSpecicController(B-ASC)

BACnet Interoperability Building Blocks (BIBBs) supported:

 • DataSharing-ReadProperty-B(DS-RP-B)

 • DataSharing-ReadPropertyMultiple-B(DS-RPM-B)

 • DataSharing-WriteProperty-B(DS-WP-B)

 • DataSharing-WritePropertyMultiple-B(DS-WPM-B)

 • DeviceManagement-DynamicDeviceBinding-B(DM-DDB-B)

 • DeviceManagement-DynamicObjectBinding-B(DM-DOB-B)

 • DeviceManagement-DeviceCommunicationControl-B(DM-DCC-B)†

 • DeviceManagement-TimeSynchronization(DM-TS-B)*

 • DeviceManagement-UTCTimeSynchronization(DM-UTC-B)*

Segmentation Capability: Congurable(Tx,Rx,Both**,None)

Data Link Layer Options: MS/TPmaster

Baud rates: Auto,9600**,19200,38400,56700,76800,115200

Device Address Binding: Supported

Networking Options: None

Character Sets Supported: ISO10646(UTF-8)

†) No password required

*) Valid range for years is 2000 – 2099

**) Default value

BACnet object description

Device object

Object type / address Name Access Value Description

Device ObjectID RW 0…4194303 ValuecomputedfromtheS/Nbydefault

Device Objectname RW 1to32char Bydefault:“TA-SmartXYYYYYYYY”(XbeingtheDNSizeandYYYYYYYY

beingthe8characterserialnumber)

Device Serial-number R YYYYYYYY 8characters

Device Max-master RW 1…127 Maximumvalueforthe“pollformaster”

Device Location RW 32charmax Emptybydefault

Device Objectdescription RW 32charmax Emptybydefault

Object list (pages 3-7)

Obj type Object name Access Unit Value range Default Description

AI:0 ValveNominalFlow_unit1 R FlowUnit1 [0.0,3.4e+38] n.a. Nominalowofthevalveexpressedin

theunitsselectedinregistersFlowUnit1

andFlowUnit2respectively.Thisisthe

maximumvalueofowthatcanbe

assignedtothevalve.

AI:1 ValveNominalFlow_unit2 R FlowUnit2 [0.0,3.4e+38] n.a.

AI:2 ValveMinAdjustableFlow_unit1 R FlowUnit1 [0.0,3.4e+38] n.a. Minadjustableowofthevalve

expressedintheunitsselectedin

registersFlowUnit1andFlowUnit2

respectively.Thisistheminimumvalue

ofowthatcanbeassignedtothe

valve.

AI:3 ValveMinAdjustableFlow_unit2 R FlowUnit2 [0.0,3.4e+38] n.a.

AI:4 ValveNominalPower_unit1 R PowerUnit1 [0.0,3.4e+38] n.a. Nominalpowerofthevalveexpressed

intheunitsselectedinregisters

PowerUnit1andPowerUnit2

respectively.Thisisthemaximumvalue

ofpowerthatcanbeassignedtothe

valve.

AI:5 ValveNominalPower_unit2 R PowerUnit2 [0.0,3.4e+38] n.a.

AI:6 ValveMinAdjustablePower_

unit1

R PowerUnit1 [0.0,3.4e+38] n.a. Minadjustablepowerofthevalve

expressedintheunitsselectedin

registersPowerUnit1andPowerUnit2

respectively.Thisistheminimumvalue

ofpowerthatcanbeassignedtothe

valve.

AI:7 ValveMinAdjustablePower_

unit2

R PowerUnit2 [0.0,3.4e+38] n.a.

AI:8 ValveNominalStroke_mm R mm [0.0,3.4e+38] n.a. Nominalstrokeofthevalveexpressed

inmillimetersandinchesrespectively.

AI:9 ValveNominalStroke_inch R inch [0.0,3.4e+38] n.a.

AI:10 ValveMinAdjustableStroke_mm R mm [0.0,3.4e+38] n.a. Minadjustablestrokeofthevalve

expressedinmillimetersandinches

respectively.Thisistheminimumvalue

oflimitedstrokethatcanbeassigned

tothevalve.

AI:11 ValveMinAdjustableStroke_inch R inch [0.0,3.4e+38] n.a.

AI:12 AnalogSetPointValue R VDC or mA [0.0,10.0]forVDC;

[0.0,20.0]formA

n.a. AnaloginputvalueinVDCormAused

assetpointforcontrollingthevalveif

ValueisVDCormAdependingon

AI:13 FlowSetPoint_unit1 R FlowUnit1 [0.0,ValveNominalFlow_

unit1]

n.a. Flowsetpoint

AI:14 FlowSetPoint_unit2 R FlowUnit2 [0.0,ValveNominalFlow_

unit2]

n.a.

AI:15 PowerSetPoint_unit1 R PowerUnit1 [0.0,ValveNominalPower_

unit1]

n.a. Powersetpoint

AI:16 PowerSetPoint_unit2 R PowerUnit2 [0.0,ValveNominalPower_

unit2]

n.a.

AI:17 PositionSetPoint_mm R mm [0.0,ValveNominalStroke_

mm]

n.a. Positionsetpoint

AI:18 PositionSetPoint_inch R inch [0.0,ValveNominalStroke_

inch]

n.a.

AI:19 RelativeMeasuredFlow R %[0.0,100.0] n.a. Measuredowexpressedin

percentageofthecurrentlyapplicable

maximumowdependingonregister

CurrentRegime

AI:20 MeasuredFlow_unit1 R FlowUnit1 [0.0,3.4e+38] n.a. Measuredow

AI:21 MeasuredFlow_unit2 R FlowUnit2 [0.0,3.4e+38] n.a.

AI:22 MeasuredSupplyTemp_degC R °C [-40.0,140.0] n.a. Measuredsupplytemperature

AI:23 MeasuredSupplyTemp_degF R °F [-40.0,284.0] n.a.

AI:24 MeasuredReturnTemp_degC R °C [-40.0,140.0] n.a. Measuredreturntemperature

AI:25 MeasuredReturnTemp_degF R °F [-40.0,284.0] n.a.

AI:26 MeasuredDeltaT_K R K [0.0,3.4e+38] n.a. MeasuredDeltaT

AI:27 MeasuredDeltaT_degF R °F [0.0,3.4e+38] n.a.

AI:28 RelativeMeasuredPower R %[0.0,100.0] n.a. Measuredpowerexpressedin

percentageofthecurrentlyapplicable

maximumpowerdependingonregister

CurrentRegime

AI:29 MeasuredPower_unit1 R PowerUnit1 [0.0,3.4e+38] n.a. Measuredpower

AI:30 MeasuredPower_unit2 R PowerUnit2 [0.0,3.4e+38] n.a.

AI:31 EnergyCounterRegime1_unit1 R EnergyUnit1 [0.0,3.4e+38] n.a. Energycounterinregime1

AI:32 EnergyCounterRegime1_unit2 R EnergyUnit2 [0.0,3.4e+38] n.a.

AI:33 EnergyCounterRegime2_unit1 R EnergyUnit1 [0.0,3.4e+38] n.a. Energycounterinregime2

AI:34 EnergyCounterRegime2_unit2 R EnergyUnit2 [0.0,3.4e+38] n.a.

AI:35 RelativeMeasuredPosition R %[0.0,100.0] n.a. Measuredpositionexpressedin

percentageofthecurrentlyapplicable

maximumpositiondependingon

Obj type Object name Access Unit Value range Default Description

AI:36 MeasuredPosition_mm R mm [0.0,3.4e+38] n.a. Measuredposition

AI:37 MeasuredPosition_inch R inch [0.0,3.4e+38] n.a.

AV:0 ControlCharCoecient R/W n.a. [0.01,0.99] 0.25 Thiscoecient(thermaleciency)

allowstoadjustthecurvatureofthe

EQMandInvertedEQMcharacteristics.

Defaultvalueis0.25.

AV:1 R1SetbackPercentage R/W %[0.0,100.0] 100.0 Setbackpercentageappliedto

MaxFlowRegime1whenCurrentRegime

issettoRegime1Setback

AV:2 R2SetbackPercentage R/W %[0.0,100.0] 100.0 Setbackpercentageappliedto

MaxFlowRegime2whenCurrentRegime

issettoRegime2Setback

AV:3 MaxFlowRegime1_unit1 R/W FlowUnit1 [ValveMinAdjustableFlow_

unit1,ValveNominalFlow_

unit1]

ValveNominalFlow_unit1 Maxowassignedtothevalvewhen

thevalveisinregime1

AV:4 MaxFlowRegime1_unit2 R/W FlowUnit2 [ValveMinAdjustableFlow_

unit2,ValveNominalFlow_

unit2]

ValveNominalFlow_unit2

AV:5 MaxFlowRegime2_unit1 R/W FlowUnit1 [ValveMinAdjustableFlow_

unit1,ValveNominalFlow_

unit1]

ValveNominalFlow_unit1 Maxowassignedtothevalvewhen

thevalveisinregime2

AV:6 MaxFlowRegime2_unit2 R/W FlowUnit2 [ValveMinAdjustableFlow_

unit2,ValveNominalFlow_

unit2]

ValveNominalFlow_unit2

AV:7 MinFlowRegime1_unit1 R/W FlowUnit1 [0.0,MaxFlowRegime1_

unit1]

0.0 Minowassignedtothevalvewhenthe

valveisinregime1

AV:8 MinFlowRegime1_unit2 R/W FlowUnit2 [0.0,MaxFlowRegime1_

unit2]

0.0

AV:9 MinFlowRegime2_unit1 R/W FlowUnit1 [0.0,MaxFlowRegime2_

unit1]

0.0 Minowassignedtothevalvewhenthe

valveisinregime2

AV:10 MinFlowRegime2_unit2 R/W FlowUnit2 [0.0,MaxFlowRegime2_

unit2]

0.0

AV:11 MaxPowerRegime1_unit1 R/W PowerUnit1 [ValveMinAdjustablePower_

unit1,ValveNominalPower_

unit1]

ValveNominalPower_

unit1

Maxpowerassignedtothevalvewhen

thevalveisinregime1

AV:12 MaxPowerRegime1_unit2 R/W PowerUnit2 [ValveMinAdjustablePower_

unit2,ValveNominalPower_

unit2]

ValveNominalPower_

unit2

AV:13 MaxPowerRegime2_unit1 R/W PowerUnit1 [ValveMinAdjustablePower_

unit1,ValveNominalPower_

unit1]

ValveNominalPower_

unit1

Maxpowerassignedtothevalvewhen

thevalveisinregime2

AV:14 MaxPowerRegime2_unit2 R/W PowerUnit2 [ValveMinAdjustablePower_

unit2,ValveNominalPower_

unit2]

ValveNominalPower_

unit2

AV:15 MaxPositionRegime1_mm R/W mm [ValveMinAdjustableStroke_

mm,ValveNominalStroke_

mm]

ValveNominalStroke_

Maxpositionassignedtothevalve

whenthevalveisinregime1

AV:16 MaxPositionRegime1_inch R/W inch [ValveMinAdjustableStroke_

inch,ValveNominalStroke_

inch]

ValveNominalStroke_

inch

AV:17 MaxPositionRegime2_mm R/W mm [ValveMinAdjustableStroke_

mm,ValveNominalStroke_

mm]

ValveNominalStroke_

Maxpositionassignedtothevalve

whenthevalveisinregime2

AV:18 MaxPositionRegime2_inch R/W inch [ValveMinAdjustableStroke_

inch,ValveNominalStroke_

inch]

ValveNominalStroke_

inch

AV:19 MinPositionRegime1_mm R/W mm [0.0,MaxPositionRegime1_

mm]

0.0 Minpositionassignedtothevalvewhen

thevalveisinregime1

AV:20 MinPositionRegime1_inch R/W inch [0.0,MaxPositionRegime1_

inch]

0.0

AV:21 MinPositionRegime2_mm R/W mm [0.0,MaxPositionRegime2_

mm]

0.0 Minpositionassignedtothevalvewhen

thevalveisinregime2

AV:22 MinPositionRegime2_inch R/W inch [0.0,MaxPositionRegime2_

inch]

0.0

AV:23 RelativeSetpoint R/W %[0.0,100.0] 100.0 Relativesetpointinpercentage

ofcurrentlyapplicablemaxvalue.

Thissetpointappliesifregister

ControlSourceissettoBus

AV:24 AdditiveConcentration R/W %[0.0,57.0] 0.0 Additiveconcentrationinwaterin%

weight.Additiveisdenedthrough

writableifFluidTypeisWater

Obj type Object name Access Unit Value range Default Description

AV:25 OverrideValue_unit1 R/W [0.0,3.4e+38] Valueofthemaxow,powerorposition

thatappliesifregisterOverrideTypeis

setto1,2,4or6.Thevalueisexpressed

accordinginselectedUnit1forowand

powerandinmmforposition

AV:26 OverrideValue_unit2 R/W [0.0,3.4e+38] Valueofthemaxow,powerorposition

thatappliesifregisterOverrideTypeis

setto1,2,4or6.Thevalueisexpressed

accordinginselectedUnit2forowand

powerandininchforposition

AV:55 LastErrors[1] R n.a. [0,2^32] 0Newesterrorinerrorlog.Positivefor

raisederror,negativeforclearederror.

Descriptionpropertyisformattedas

follows:

+YYMMDD_HHMMSS_ShortErrorString

-YYMMDD_HHMMSS_ShortErrorString

SeeobjectBSV:0forthelistofpossible

errors

AV:... …

AV:59 LastErrors[10] R n.a. [0,2^32] 0Oldesterrorinerrorlog.Positivefor

raisederror,negativeforclearederror.

Descriptionpropertyisformattedas

follows:

+YYMMDD_HHMMSS_ShortErrorString

-YYMMDD_HHMMSS_ShortErrorString

SeeobjectBSV:0forthelistofpossible

errors

AV:60 LastEvents[1] R n.a. [0,2^32] 0Newesteventineventlog.

Descriptionpropertyisformattedas

follows:

YYMMDD_HHMMSS_ShortEventString

SeetableEventsforthelistofpossible

events

AV:… …

AV:69 LastEvents[10] R n.a. [0,2^32] 0Oldesteventineventlog.

Descriptionpropertyisformattedas

follows:

YYMMDD_HHMMSS_ShortEventString

SeetableEventsforthelistofpossible

events

MSI:0 ValveFamily R n.a. 1:TA-Smart

2:TA-Smart-Dp

n.a. Familytowhichthevalvebelongs

MSI:1 ValveVersion R n.a. 1:Standard n.a. Versionofthevalve

MSI:2 ValveSize R n.a. 3:DN20-3/4”

4:DN25-1”

5:DN32-1”1/4

6:DN40-1”1/2

7:DN50-2”

8:DN65-2”1/2

9:DN80-3”

10:DN100-4”

11:DN125-5”

n.a. Sizeofthevalve

MSI:3 AnalogSignalType Rn.a. 1:Voltage(VDC)

2:Current(mA)

1Denesthetypeofanaloginputsignal

assetbyjumperinsidetheSmartBox

MSV:0 FluidType R/W n.a. 1:Water

2:Monoethyleneglycol

3:Monopropyleneglycol

1Typeoftheuid.Itcanbeeitherwater

oroneofthelistedadditivesdilutedin

water

MSV:1 FlowSide R/W n.a. 1:Supplyside

2:Returnside

1Pipingsideonwhichthevalveis

installed(supplyorreturn)

MSV:2 ControlMode R/W n.a. 1:Flowcontrol

2:Powercontrol

4:Positioncontrol

1Thecontrolmodeindicateswhich

variableisbeingcontrolledbythevalve

MSV:3 ControlCharacteristics R/W n.a. 1:Linear

2:Equal-percentage

(EQM)

3:InvertedEQM

2Signalcharacteristicsappliedto

thesetpointvaluegiveninregister

RelativeSetpointintoatargetvaluefor

thecontrolledvariable.Whencontrol

modeissettoowcontrol,thechosen

characteristicsshouldbeselectedas

EQMandLinearintheothercases.

MSV:4 ControlSource R/W n.a. 1:Analog

2:Bus

1Controlsourcespecieswhetherthe

setpointforcontrollingthevalveis

providedbytheanaloginput(inwhich

casebusisusedjustformonitoring)or

bythebus

MSV:5 FlowUnit1 R/W n.a. 1:m3/h

2:l/s

3:l/min

4:l/h

5:GPM

1Firstselectedowunit

Obj type Object name Access Unit Value range Default Description

MSV:6 FlowUnit2 R/W n.a. 1:m3/h

2:l/s

3:l/min

4:l/h

5:GPM

5 Secondselectedowunit

MSV:7 PowerUnit1 R/W n.a. 1:kW

2:W

3:Btu/h

4:kBtu/h

5:ton(refrig.)

1Firstselectedpowerunit

MSV:8 PowerUnit2 R/W n.a. 1:kW

2:W

3:Btu/h

4:kBtu/h

5:ton(refrig.)

4 Secondselectedpowerunit

MSV:9 EnergyUnit1 R/W n.a. 1:kWh

2:kJ

3:MJ

4:kBtu

5:MBtu

6:ton.h

1Firstselectedenergyunit

MSV:10 EnergyUnit2 R/W n.a. 1:kWh

2:kJ

3:MJ

4:kBtu

5:MBtu

6:ton.h

5 Secondselectedenergyunit

MSV:11 RegimeSwitching R n.a. 1:None

2:Dual-rangeinputsignal

3:Bus

4:Temperaturedetection

5:Scheduling

1Switchingmodebetweenregimes1and

2.Tobechangedbycongurationwith

theHyTuneapp.

WhenNone,valuesinputforregime1

areused.

MSV:12 CurrentRegime R/W n.a. 1:Regime1

2:Regime2

3:Regime1Setback

4:Regime2Setback

1Currentchange-overregime.Changing

thecurrentchange-overregimevia

BACnetcanbedoneonlyifregister

RegimeSwitchingissetto2.

MSV:13 OverrideType R/W n.a. 1:None

2:Flow

3:Power

5:Valveposition

6:Stop

7:Simulatedoperation

1Typeofoverridedeningwhichactionis

takenasanoverridetothecongured

control.Thevalveresetsautomatically

tonormaloperationleavingtheoverride

after3hours.

BSV:0 CurrentErrorState R n.a. Bit0(0x01):0/1 0Error1:

ErrorLowPower(ELowPower)

Bit1(0x02):0/1 0Error2:

ErrorInputLineBroken(EInLnBreak)

Bit2(0x04):0/1 0Error3:

WarningFlowNotReached

(WFlowNotRchd)

Bit3(0x08):0/1 0Error4:

WarningPowerNotReached

(WPwrNotRchd)

Bit4(0x10):0/1 0Error5:

ErrorLocalTempSensorDisconnected

(ELclTmpSnsrDsctd)

Bit5(0x20):0/1 0Error6:

ErrorRemoteTempSensorDisconnected

(ERmtTmpSnsrDsctd)

Bit6(0x40):0/1 0Error7:

ErrorLocalTempSensorShortCircuit

(ELclTmpSnsrShrtC)

Bit7(0x80):0/1 0Error8:

ErrorRemoteTempSensorShortCircuit

(ERmtTmpSnsrShrtC)

Bit8(0x100):0/1 0Error9:

ErrorLocalTempSensorBelowMin

(ELclTmpSnsrBlw)

Bit9(0x200):0/1 0Error10:

ErrorRemoteTempSensorBelowMin

(ERmtTmpSnsrBlw)

Bit10(0x400):0/1 0Error11:

ErrorLocalTempSensorAboveMax

(ELclTmpSnsrAbv)

Bit11(0x800):0/1 0Error12:

ErrorRemoteTempSensorAboveMax

(ERmtTmpSnsrAbv)

Bit14(0x4000):0/1 0Error15:

ErrorFlowMeasurement(EFlowMsrmt)

Event table

Value Short event string Description

0x40000001 EvRstUsrDt Resettouserdefault

0x40000002 EvAdmnLogin LoginasAdmin

Object processing

Object type Optional properties Writable properties

AnalogInput MinPresValue PresentValue

MaxPresValue OutofService

Resolution

AnalogValue Description PresentValue

MinPresValue OutofService

MaxPresValue

Resolution

BitStringValue

BitText PresentValue

OutofService

Device Location ObjectIdentier

Description ObjectName

SerialNumber Location

Description

SegmentationSupported

MaxSegmentsAccepted

UTCOset

DaylightSavingsStatus

APDUSegmentTimeout

APDUTimeout

NumberofAPDURetries

MaxMaster

MaxInfoFrames

Multi-stateInput StateText PresentValue

OutofService

Multi-stateValue StateText PresentValue

OutofService

ThepropertiesObjectname,DescriptionandLocationofthe

DeviceObjectsupportupto32characters(allothercharacter

stringsareread-only).

ThedevicedoesnotsupporttheCreateObjectand

DeleteObjectservice.

Wiring diagram

TA-Smart

Note:

1.A,BandMterminalsareNOTisolatedfromallotherterminals.

2.GND(M-0V)iscommontopowersupply,analogsignalsandRS485.

3.IncaseofACpowersupply,L24andMshouldbeconnectedtothesamephaseforeachTA-Smart.

4.GND(0V)ofRS485shouldbeconnectedto0VAC/VDConthecontrollerside.

5.GND(0V)ofanaloginput/outputshouldbeconnectedto0VAC/VDConthecontrollerside.

We reserve the right to introduce technical alterations without prior notice.

www.imi-hydronic.com

RS-485 termination resistance

ThejumperplacedbesidetheRS-485A,BandMwirecon-

nectorsmustbeclosed(settoON)foractivatingthe120Ohm

RS-485terminationresistance.

TheterminationresistancemustbeactivatedifTA-Smartisat

theendofadaisychainorifitisnotpartofadaisychain.

L24

M (0V)

RX- (6)

RX+ (3)

TX- (2)

TX+ (1)

M (0V)

Y = 0-10V

Y = 0-20mA

RS485

Termination R

Contains Transmitter

Module FCC ID:

X8WBC840M

OFF

L24M XvY

24 VAC/VDC

0 VAC/VDC

0(2)..10 VDC

0(2)..10 VDC or 0(4)..20 mA

AMB

RX- TX-RX+TX+

AnalogPower Ethernet RS485

RS 485

IMI Hydronic IMI-Hydronic 322231 TA-Smart BACnet Instrukcja obsługi

Marka: IMI Hydronic

Model: IMI-Hydronic 322231 TA-Smart BACnet

Typ: Instrukcja obsługi

Pobierz PDF

raport

w innych językach

English: IMI Hydronic IMI-Hydronic 322231 TA-Smart BACnet User manual

IMI Hydronic IMI-Hydronic 322231 TA-Smart BACnet Instrukcja obsługi

IMI Hydronic IMI-Hydronic 322231 TA-Smart BACnet Instrukcja obsługi

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