Climatix. BACnet/IP communication with POL Objects for standard IV Produkt EHP application v3.02.xx

Transcription

1 Climatix BACnet/IP communication with POL s for standard IV Produkt EHP application v3.02.xx

2 2 / 28 BACnet/IP communication with POL CAB EN Y3963en/

3 Table of contents 1 About this document Revision history Before you start Reference documents Application General information BACnet objects of EHP v3.02.xx General BACnet object types BACnet objects Analog inputs type No Analog outputs type No Analog values type No Binary inputs type No Binary outputs type No Binary values type No Calendar type No Device type No Multistate output type No Notification classes for alarms type No Schedule type No Multistate value type No Trend s type No BACnet prior Characterstring value type No Positive integer type No BACnet priority for each notification class Index CAB EN BACnet/IP communication with POL / 28 CB1Y3963en/

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5 1 About this document 1.1 Revision history Version Date Changes First edition Examples of useful BACnet s added Validity 1.2 Before you start This document applies to the following product: Name Type (ASN) Version IVP EHP application POL63x.00 v3.02.xx This document is a supplement to the general integration guide: "BACnet/IP communication with POL908.00" *) *) POL908.00: Climatix BACnet/IP communication module That document must be read first and all general information such as document conventions, important information on safety, trademarks, copyright etc. are valid for this document as well. This document only contains the uniqe information for the product mentioned above. All general engineering information such as mounting modules, communication settings etc. are described in the integration guide. Prerequisite User has read the general BACnet/IP integration guide for Climatix, CB1J3962en. Further information 1.3 Reference documents The following documents contain additional information on the products described in this manual: Document Data sheet "Communication module BACnet/IP" Basic documentation "BACnet communication modules" Integration Guide "BACnet/IP communication with POL908.00" Basic documentation "BACnet PICS" Order no. CB1Q3933en CB1P3933en CB1J3960en CB1P3939en CAB EN BACnet/IP communication with POL / 28 CB1Y3963en/

6 2 Application 2.1 General information What are standard applications? Standard applications for Climatix comprise predefined monitoring and control functions for a particular plant type. Features: OEM customers receive standard applications as a set of loadable files. They can be loaded in the controller via SD card. An HMI operator unit allows for assigning inputs and outputs to the respective plant as well as select, configure and parameterize the required functions. Standard application EHP v3.02.xx BACnet objects Standard application EHP v3.02.xx is available at this time. It contains all common functions to control and monitor air conditioning units (Extract Heat Pump). The following diagram provides an overview of selectable measured values and control equipment: The set of loadable files mentioned above also includes a mapping file for integration in a higher building automation and control system via communications module. The Climatix controller automatically assumes the BACnet objects required for integration as per the plant data points and functions configured and parameterized previously. The following tables list all BACnet objects supported by standard application EHP v3.02.xx. Only the objects for the activated functions and I/Os are present on BACnet. Examples of useful BACnet s Click on the image title (link) for a full size pdf or see IV Produkt homepage. The pdf can be downloaded, then it possible to copy BACnet s etc. BACnet s for EHP in general, examples 6 / 28 BACnet/IP communication with POL CAB EN Y3963en/

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8 3 BACnet objects of EHP v3.02.xx 3.1 General Purpose Present objects This section describes the BACnet objects available in the specific application, see chapter 1.2 "Before you start" under "Validity". All present BACnet objects for the specific unit are found in the EDE files. See the integration guide how to export the EDE files. 3.2 BACnet object types Overview Special care must be taken to the BACnet standard and what object types and properties that are supported both on the Climatix and the client side. This application supports the object types listed below: type Supported Can be created dynamically Can be deleted dynamically Analog Input Analog Output Analog Value Binary Input Binary Output Binary Value Calendar Command Device Event Enrollment File Group Loop Multi-State Input Multi-State Output Multi-State Value Notification Class Program Schedule Averaging Trend Log Life-Safety-Point Life-Safety-Zone Accumulator Pulse-Converter Description See the following basic document for a detailed description of the individual object types: CB1P3939en "BACnet Protocol Implementation Conformance Statement (PICS)" 8 / 28 BACnet/IP communication with POL CAB EN Y3963en/

9 3.3 BACnet objects Introduction Normally either the object-name or the object-instance can be used as a BACnet reference Analog inputs type No. 0 Analog input, object name instance description LOL HIL Dim Release ReturnAirTmp Exhaust air temp OutTmp Outside air temp HPFrstTmp HP Outgoing Temp HPRtnTmp HP Return Temp ExhaustTmp Extract air temp ReturnPrs Exhaust air pressure Pa ReturnFlow Exhaust air flow l/s ExhFilAlm Exhaust filter Pa HPExtSignal HP External Signal % AuxTmp 115 Auxiliary temp AuxActvSignal Auxilary activation signal AuxTmp Auxiliary temp AuxTempCntl Aux Temp Control ExhFanFanSpee d ExhFanMaxSpee d ExhFanDCLVolt age ExhFanDCLCurr ent ExhFanPower ExhFanModTem p ExhFanMotTemp ExhFanPCBTem p ExhFanOpTime HH ExhFanOpTime MM Ebm Exhaust Fan speed Ebm Exhaust Fan Max speed Ebm Exhaust Fan DC-link voltage Ebm Exhaust Fan DC-link current Ebm Exhaust Fan Actual power Ebm Exhaust Fan Power module temp. Ebm Exhaust Fan Motor temp. Ebm Exhaust Fan Electronics temp. Ebm Exhaust Fan Motor run time HH Ebm Exhaust Fan Motor run time mm rpm rpm V A W h m WaterFlow Water flow l/s CAB EN BACnet/IP communication with POL / 28 CB1Y3963en/

10 3.3.1 Analog outputs type No. 1 Analog output, object name instance ExhFanVarPos ExtraHtgPos description LOL HIL Dim Release Exhaust fan output signal Heatpump output signal % % AuxOutput Auxiliary A output fan % AuxTempCntl ExtraHtgPmpVarPos 166 Heating_Seqv2_Pos Aux Temp Control Output Heatpump output signal Pump Extra Heating output signal % % % 10 / 28 BACnet/IP communication with POL CAB EN Y3963en/

11 3.3.2 Analog values type No. 2 Analog values, object name Objec t insta nce description LOL HIL Dim Release ExtControlDlyOfTm 4853 SuCmpFanPrVal 8596 WiCmpFanPrVal ExhFanSpvSt1Spv ExhFanSpvSt2Spv ExhFanSpvSt3Spv ExhFanSpvMaxForce 2525 ExhFanActVal ExhFanActSpv ExhFanDevAlmMaxDev SuCmpFanStart SuCmpFanEnd SuCmpFanDta 4600 SuCmpFanPrVal 8596 WiCmpFanStart WiCmpFanEnd WiCmpFanDta WiCmpFanPrVal External control off delay Actual summer compensation fan Actual winter compensation fan Exhaust fan step 1 setpoint Exhaust fan step 2 setpoint Exhaust fan step 3 setpoint Exhaust fan max force Actual value exhaust fan Actual exhaust fan setpoint Max deviation exhaust fan Summer Comp. Exhaust Fan Start Temp. Summer Comp. Exhaust Fan End Temp. Summer Comp. Exhaust Fan Delta Summer Comp. Exhaust Fan compensation Winter Comp. Exhaust Fan Start Temp. Winter Comp. Exhaust Fan End Temp. Winter Comp. Exhaust Fan Delta Winter Comp Exhaust Fan compensation hrs % % % % % SensibleEffect Sensible Effect kw X2TOaSpv Y2TFlSpv X3TOaSpv Y3TFlSpv X4TOaSpv Y4TFlSpv X5TOaSpv Heatpump OutT. setpoint X2 Heatpump SupplyT. setpoint Y2 Heatpump OutT. setpoint X3 Heatpump SupplyT. setpoint Y3 Heatpump OutT. setpoint X4 Heatpump SupplyT. setpoint Y4 Heatpump OutT. setpoint X5 % CAB EN BACnet/IP communication with POL / 28 CB1Y3963en/

12 Analog values, object name Objec t insta nce Y5TFlSpv X6TOaSpv Y6TFlSpv description LOL HIL Dim Release Heatpump SupplyT. setpoint Y5 Heatpump OutT. setpoint X6 Heatpump SupplyT. setpoint Y6 AuxTmpSp Aux. setpoint 1 AuxTmpSp Aux. setpoint 2 CG_EM24_1ActPower Energy actual power W CG_EM24_1AvePower Energy average power CG_EM24_1TotEnergy Energy total kwh CG_EM24_1ParEnergy Energy partial kwh CG_EM24_1OpHours HPAinHeatingDemand HPFrostTemp HPInverterComp HPSuctionTempC HPEvapTempC HPEvapPressC HPSuperheatC HPOpPressC HPA17EevPositionPercentShow HPC1CondensingTemp HPEvapTempC1Min HPCoilTempMin AuxTempCntlSetPoint SuWiSwtchCheckOutTmpDampd RtTmpFireLmt ExhFltrFireLmt 6148 ExhFan_Power ExhFan_MotorVolt Energy operation hours Heatpump Heating demand Heatpump Frost temperature Heatpump Inverter signal output Heatpump Suction temperature EEV Heatpump Evaporation temp. EEV Heatpump Low Pressure Heatpump Superheat temp. Heatpump High Pressure Heatpump Circuit1 EEV opening Heatpump Condensing temperature Heatpump Antifreeze prev. threshold Heatpump Coil temp. limit threshold Aux Temp Control Setpoint Summer/Winter Dmp Temp ReturnTemp. setpoint, Firemode Exhaust filter setpoint, Firemode Ziehl Exhaust fan Power Ziehl Exhaust fan Motor Volt W hrs % % bar K bar % Pa kw V 12 / 28 BACnet/IP communication with POL CAB EN Y3963en/

13 ExhFan_Current ExhFan_DCLink 7369 ExhFan_Speed ExhFan_HeatSinkTmp HPStrtCnt ReturnAirTmpLmt Ziehl Exhaust fan Current Ziehl Exhaust fan DC-Volt Ziehl Exhaust fan speed Ziehl Exhaust fan HeatsinkTemp Heatpump start count Exhaust air temp Block HP WaterFlowLmt Waterflow Block HP l/s HP_Pump2_StartTmp Pump Heating start temp ActHeatCurvSp Act. HeatPump Setpoint (Heat curv) Heating_Seqv2_Pump_StartTmp Pump Extra Heating start temp SFP SFP EnergyHPPower EnergyHPin EnergyFansPow EnergyHPCOP EnergyHPoutDay EnergyHPoutMonth EnergyHPoutYear EnergyHPoutLYear EnergyHPoutTrip EnergyHPinDay EnergyHPinMonth EnergyHPinYear EnergyHPinLYear EnergyHPinTrip EnergyFansDay EnergyFansMonth EnergyFansYear EnergyFansLYear 17 Energy Watch Heat pump Output power Energy Watch Heat pump Input power Energy Watch Input power Energy Watch Heat pump COP Energy Watch Heat pump Output Today Energy Watch Heat pump Output Month Energy Watch Heat pump Output Year Energy Watch Heat pump Output Last year Energy Watch Heat pump Output Trip meter Energy Watch Heat pump Input Today Energy Watch Heat pump Input Month Energy Watch Heat pump Input Year Energy Watch Heat pump Input Last year Energy Watch Heat pump Input Trip meter Energy Watch Fans input Today Energy Watch Fans input Month Energy Watch Fans input Year Energy Watch Fans input Last year A V rpm kw kw kw kwh V3.23.xx -> kwh V3.23.xx -> MWh MWh MWh kwh V3.23.xx -> kwh V3.23.xx -> MWh MWh MWh kwh V3.23.xx -> kwh V3.23.xx -> MWh MWh CAB EN BACnet/IP communication with POL / 28 CB1Y3963en/

14 EnergyFansTrip Energy Watch Fans input Trip meter MWh 14 / 28 BACnet/IP communication with POL CAB EN Y3963en/

15 3.3.3 Binary inputs type No. 3 Binary input, object name instance ExtraHtgPmpAlm Heating 2 pump alarm ExhFanAlm Exhaust fan alarm FireAlm Fire alarm ExtCtrl External control input 1 ExtCtrl External control input 2 EmergencyStop 9864 Emergency stop SuWiSwtch Summer/Winter input DamperSplyFBFbVal 6336 DamperExhFBFbVal description State texts Release Outside air damper feedback Extract air damper feedback FireDamperFdbkOpn 3118 Fire damper opened FireDamperNoMove Fire damper no move FireDamperFdbkClsd Fire damper closed FireDamper2FdbkOpn 2231 Fire damper2 opened FireDamper2NoMove 7990 Fire damper2 no move FireDamper2FdbkClsd 5685 Fire damper2 closed ExhFanFBFbVal Exhaust fan feedback FireFanFBFbVal Fire fan fdbk AuxAlm Auxiliary alarm AuxInp Auxiliary input AuxAlm Auxiliary alarm 1 AuxAlm Auxiliary alarm 2 AuxAlm Auxiliary alarm 3 AuxAlm Auxiliary alarm 4 AuxAlm Auxiliary alarm 5 HPPmpInd HP Pump indication HP_Pump2_Alm Pump Heating Alarm Heating_Seqv2_Pump_Alm Pump Extra Heating Alarm HP_Pump2_Cmd_FbVal Pump Heating feedback ExtraHtgPmpCmdFBFbVal Heatpump feedback Winter Summer No No No No No No Passive Active Fault Fault No Feedback No Feedback CAB EN BACnet/IP communication with POL / 28 CB1Y3963en/

16 Binary input, object name instance Cmd_FbVal description State texts Release Pump Extra Heating feedback No Feedback 16 / 28 BACnet/IP communication with POL CAB EN Y3963en/

17 name Binary outputs type No. 4 instance description DamperSplyOnOff 6170 Outside air damper command DamperExhOnOff Extract air damper command FireDamperCmd Fire damper command FireDamper2Cmd Fire damper2 command FireFanOnOff Fire fan command ExtraHtgPmpCmdOnOff Heatpump command AuxTspOutput Auxiliary TSP output AuxOpModeInd 5163 Auxiliary operation mode output 1 AuxOpModeInd Auxiliary operation mode output 2 AlmOutHigh 5714 Alarm output 1 AlmOutLow 8035 Alarm output 2 AuxTmpOutput Aux Temp Output HP_Pump2_Cmd_OnOff Pump Heating command Heating_Seqv2_Pump_Cmd_OnOff Pump Extra Heating command State texts Release Binary values type No. 5 Binary value, object name instance description RtTmpFireAlm 4286 Exhaust temp fire alarm ExhFltrFireAlm Exhaust Filter fire alarm ExhFanDevAlmAlm Exhaust fan deviation FanOpHrsAlm Fan operation hours alarm CommTest Communication test Note! Use Prio 14 for puls ManualMode Manual mode PBCommAlm PB comm alarm ZoneCtrlr Zone controller MBCommAlm Modbus communication alarm ModbusComFanAlm Modbus Ebm Fan communication ModbusComCG_EM24Alm Modbus Energy meter communication HPAlmS1_ Heatpump Low Pressure State texts Passive Active Passive Active 0 1 Auto Manual Passive Active Passive Active Fault Fault CAB EN BACnet/IP communication with POL / 28 CB1Y3963en/

18 HPAlmS1_ Heatpump Suction Temp HPAlmS1_ Heatpump High Pressure HPLowDH1Alm Heatpump Low super heat HPMopAlm Heatpump MOP HPLopAlm Heatpump Low temp evaporation HPEEVmAlm Heatpump Motor expansion valve HPCompr1OutP Heatpump compressor command HPOpHrsAlm 3944 Heatpump Operating hours HPCmpr1Alm Heatpump Compressor HPFrostTmp Heatpump Evaporation coil temp HPEVDAlmOffL 919 Heatpump Communication Offline EVD HPLowSuctAlm Heatpump Low suction temp ModbusComHPAlm Modbus Heatpump communication alarm ReturnAirTmpLmtAlm Exhaust air temp high limit WaterFlowAlm Low waterflow Passive Active Ok Fault Ok Fault Ok Fault 18 / 28 BACnet/IP communication with POL CAB EN Y3963en/

19 3.3.6 Calendar type No. 6 Calendar, object name instance description CalendarEx Calendar exception CalendarOff Calendar fix off CalendarAux Calendar aux Device type No. 8 Device, object name instance description POL908_FF8D5B POL908_FF8D5B-Climatix Multistate output type No. 14 Multistate output, object name instance description State texts ExhFanCmdSt Exhaust fan command Stage1 Stage2 Stage Notification classes for alarms type No. 15 Notification classes for alarms, object name instance description NotificationClass11 11 Alarm class Danger alarm (A) status NotificationClass21 21 Alarm class Critical alarm (A) status NotificationClass31 31 Alarm class Low alarm (B) status NotificationClass41 41 Alarm class Warning alarm (C) status NotificationClass Schedule type No. 17 Schedule, object name instance description ScheduleSt Schedule (variant steps) ScheduleAux Schedule aux output State texts St1 St2 St3 CAB EN BACnet/IP communication with POL / 28 CB1Y3963en/

20 Multistate value type No. 19 Multistate value, object name instan ce TimeSchedSt Actual TSP (variant steps) OpModeTspCopyUnit Copy schedule ExtControlStep External control fan step ExtControlActMode description State texts Release Act operation mode external control OpModeAutoManStSwtch Manual operation (Service) OpModeAutoManStManSwtch OpModeBmsTimeStSwtch 8442 Manual operation (Const. On) BMS control/overide time switch program (variant steps) ActOpMode 6080 Actual operating mode FireDamperTestStrtHMIPls Fire damper test FireDamperState Fire damper state FireDamperOperation 9703 Fire damper mode FireDamper2State Fire damper2 state FireDamper2Operation Fire damper2 mode ActFanStep Actual fan step Stage1 Stage2 Stage3 MondayTo Tu-Fr Tu-Su Auto Stage1 Stage2 Stage3 Auto Stage1 Stage2 Stage3 Auto No Stage1 Stage2 Stage3 Auto Stage1 Stage2 Stage3 Na Na Na Na Na NA Firedamper Fire Stop Overrun Startup Passive Active NotDefined Closed Move Opened NotDefined Test NotDefined Closed Move Opened NotDefined Test Stage1 Stage2 Stage3 20 / 28 BACnet/IP communication with POL CAB EN Y3963en/

21 Multistate value, object name instan ce ExhEngUnit Exh fan eng unit TimeSchedAux Auxiliary TSP output AuxiliaryTspCopyAuxPls Copy schedule AuxiliaryBmsTimeAuxSwtch Auxiliary BMS TSP output AckAlmPls description State texts Release Alarm acknowledge puls Note! This object is used to acknowledge all alarms in the controller. SuWiSwtchCheckState SummerWinter mode CommTestEn 1708 Enable communication test AlmCl Danger alarm (A) % Pa l/s MondayTo Tu-Fr Auto Winter Summer No Yes AlmCl Critical alarm (A) AlmCl Low alarm (B) AlmCl Warning alarm (C) ExhFanActAlm Ebm Exhaust fan alarm Nu Mains Over Volt. Mains Under Volt. DC link Under Volt DC link Over Volt Internal Electronics Locked Hall Sensor Over heat Communication Error Power Over heat Phase Fail CAB EN BACnet/IP communication with POL / 28 CB1Y3963en/

22 ExhFanActWarn Ebm Exhaust fan warning ModbusComSnsrAlm Modbus Sensor communication alarm CG_EM24_1ResetParPls Energy reset partial HPUnitStatus HeatPump Unit Status OpModeBmsTimeStTmpSwtch BMS control/overide time switch program (variant steps/temp) ActOpSta Actual operating status Nu Open circuit at input Actual speed less than low limit Brake operation Low DC-link voltage High electronics temp High motor temp High output stage temp Mesh power limitation High line impedance Mesh current limitation Sensor 40 Sensor 41 Sensor 42 Sensor 43 Passive Active Waiting. Unit On. By Alarm. By Net. By BMS. By Schedule. By DIN. OFF By Key. Manual. -- High condenser Temp. Frost Protection Operation. Custom 3. Custom 4. Auto Eco St1 Comf St1 Eco St2 Comf St2 Eco St3 Comf St3 NU Configuration Fire Alarm Class.0 Emergency Stop Class.1 Fire Damper Test External Control BMS 22 / 28 BACnet/IP communication with POL CAB EN Y3963en/

23 HPStatus HeatPump Status ExtraHtgPreHtgactv HeatPump pre heating EnergyHPoutTripReset EnergyHPinTripReset EnergyFansTripReset Energy Watch Heat pump Output Trip meter Reset Energy Watch Heat pump Input Trip meter Reset Energy Watch Fans Trip meter Manuel operation mode Room unit operation mode Time Switch Program Boost Night heating/cooling Night cooling Test Service Nu Return Air Temp Air Flow Low Water Flow Low Return High External Demand HP No Heating Demand Run Passive Active CAB EN BACnet/IP communication with POL / 28 CB1Y3963en/

24 Trend s type No. 20 Notification classes for alarms, object name instance description TrendObj1 1 Trend object 01 TrendObj2 2 Trend object 02 TrendObj3 3 Trend object 03 TrendObj4 4 Trend object 04 TrendObj5 5 Trend object 05 TrendObj6 6 Trend object 06 TrendObj7 7 Trend object 07 TrendObj8 8 Trend object 08 TrendObj9 9 Trend object 09 TrendObj10 10 Trend object 10 TrendObj11 11 Trend object 11 TrendObj12 12 Trend object 12 TrendObj13 13 Trend object 13 TrendObj14 14 Trend object 14 TrendObj15 15 Trend object 15 TrendObj16 16 Trend object 16 TrendObj17 17 Trend object 17 TrendObj18 18 Trend object 18 TrendObj19 19 Trend object 19 TrendObj20 20 Trend object 20 TrendObj21 21 Trend object 21 TrendObj22 22 Trend object 22 TrendObj23 23 Trend object 23 TrendObj24 24 Trend object 24 TrendObj25 25 Trend object 25 TrendObj26 26 Trend object 26 TrendObj27 27 Trend object 27 TrendObj28 28 Trend object 28 TrendObj29 29 Trend object 29 TrendObj3 30 Trend object / 28 BACnet/IP communication with POL CAB EN Y3963en/

25 BACnet prior Characterstring value type No. 40 Positive-integer, object name instance description ExhFanOptngTime Exhaust fan Motor run time Release Positive integer type No. 48 Positive-integer, object name instance description ExhFan_AlmWarn Ziehl Exhaust Fan Alarm EnergyHPoutDay EnergyHPoutMonth EnergyHPinDay EnergyHPinMonth EnergyFansDay EnergyFansMonth Energy Watch Heat pump Output Today Energy Watch Heat pump Output Month Energy Watch Heat pump Input Today Energy Watch Heat pump Input Month Energy Watch Fans input Today Energy Watch Fans input Month Release -> v.3.22.xx -> v.3.22.xx -> v.3.22.xx -> v.3.22.xx -> v.3.22.xx -> v.3.22.xx name BACnet priority for each notification class Prio ToOff Normal To Fault To Normal Ack Off Normal To Fault NotificationClass NotificationClass NotificationClass NotificationClass NotificationClass NotificationClass NotificationClass NotificationClass NotificationClass NotificationClass NotificationClass NotificationClass NotificationClass NotificationClass NotificationClass To Normal

26 Index A Analog inputs type No Analog outputs type No Analog values type No B BACnet object types... 8 BACnet objects... 9 BACnet priority for each notification class Binary inputs type No Binary outputs type No Binary values type No C Calendar type No D Device type No Document validity... 5 M Multistate output type No Multistate value type No N Notification classes for alarms type No , 24 P Prerequisite... 5 S Schedule type No Standard application AHU v1.x... 6

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