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Honeywell TC300 Integration Manual

Honeywell TC300 Integration Manual

Bacnet integration guide
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TC300 Thermostat
BACnet Integration Guide
® U.S. Registered Trademark
Copyright © 2023 Honeywell Inc. • All Rights Reserved
31-00646-01 | Rev. 11-23

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Summary of Contents for Honeywell TC300

  • Page 1 TC300 Thermostat BACnet Integration Guide ® U.S. Registered Trademark Copyright © 2023 Honeywell Inc. • All Rights Reserved 31-00646-01 | Rev. 11-23...

  • Page 3: Table Of Contents

    Table Of Contents Declaration ............................7 Waste Electrical and Electronic Equipment (WEEE) ..........7 FCC Part 15 compliant ......................7 Regulation (EC) No 1907/2006 ..................8 Important Safety Information and Installation Precautions........8 Chapter 1 - Introduction ................11 Scope of the document ...................... 11 Reference documents......................
  • Page 4 TC300 THERMOSTAT BACNET INTEGRATION GUIDE Chapter 4 - Alert ..................... 35 Alerts ............................36 Alert configuration........................39 Chapter 5 - Network output ................. 41 Network outputs ........................42 Schedule ...........................45 Sylk sensor reading ......................45 Chapter 6 - Application configuration............47 Auxiliary heat configuration .....................48 Cooling configuration ......................48...
  • Page 5 Network sensor configuration..................72 Service mode ...........................72 Chapter 9 - Calendar & schedule ..............75 Calendar ............................76 Schedule ...........................76 Chapter 10 - BACnet Guidelines for TC300 ..........77 Situational BACnet guidelines for TC300..............78 TC300 proprietary properties list..................78 List of all BACnet objects ....................80...
  • Page 6 TC300 THERMOSTAT BACNET INTEGRATION GUIDE...

  • Page 7: Declaration

    In no event is Honeywell liable to anyone for any direct, special, or consequential damages. The information and specifications in this document are subject to change without notice.

  • Page 8: Regulation (Ec) No 1907/2006

    TC300 Commercial Thermostat Mounting Instructions (31-00642) are to be observed. • TC300 Thermostat may be installed and mounted only by authorized and trained personnel. • It is recommended that devices be kept at room temperature for at least 24 hours before applying power.
  • Page 9 TC300 Thermostat is an independently mounted electronic control system with fixed wiring. TC300 Thermostat is used for the purpose of building HVAC control and is suitable for use only in non-safety controls for installation on or in appliances. TC300 BACnet Integration Guide...
  • Page 10 TC300 BACnet Integration Guide...

  • Page 11: Chapter 1 - Introduction

    BACnet tool. It also contains wiring and installation of the ther- mostat. Reference documents • TC300 Commercial Thermostat User Guide (31-00644) • TC300 Commercial Thermostat Datasheet (31-00645) • TC300 Commercial Thermostat Mounting Instructions (31-00642) •...

  • Page 12: Terms, Acronyms, And Abbreviations

    Terms, Acronyms, and Abbreviations Table 1 Terms, Acronyms, and Abbrevations Term, Acronym, Abbreviation Definition Universal Input Universal Input/Output Digital Output Configuration Building Automation System Network Input Network Output Network Configuration Terms, Acronyms, and Abbreviations...

  • Page 13: Setting Up Bacnet Ms/Tp

    Setting up BACnet MS/TP The BACnet MS/TP network can be configured while setting up the thermostat. Refer to the TC300 Commercial Thermostat User Guide - 31-00644 or follow the steps below. To connect thermostat via BACnet MS/TP 1. Swipe left from the Home page.
  • Page 14 5. The device automatically adapts to the baud rate of the MS/TP network. You can also manually select the baud rate. 6. Enter a unique Device ID for the thermostat. It should be different from other TC300 thermostats. 7. Auto MAC addressing is enabled by default. The installer can also manually set a unique MAC address for the TC300.
  • Page 15 Fig 4. Baud Rate 10. Tap the back arrow button to navigate back to BACnet MS/TP setting page. 11. Tap BACnet MS/TP Setting. The BACnet MS/TP setting page appears. Fig 5. BACnet MS/TP Setting Setting up BACnet MS/TP...
  • Page 16 12. Set the desired parameters and tap the back arrow button to navigate back to the connection page. Note: The TC300 will attempt to adapt to the baud rate of the MS/TP network in the first four minutes after startup or when MS/TP is enabled. If the baud rate could not be determined, for example, there is a single device on the network, then the TC300 will choose the default baud rate of 76,800 Kbps.

  • Page 17: Adding A Thermostat To The Bacnet Network

    Adding a thermostat to the BACnet network The following procedure explains adding the TC300 thermostat to a Bacnet net- work using the Niagara 4 workbench. 1. In the Niagara 4 workbench, create a new Station. 2. To configure the BACnet device, click Station > Config > Drivers >...
  • Page 18 Fig 7. Selecting the Adapter Type 5. Select Network Number. 6. Select the Baud rate from the drop-down list. 7. Select the Enabled field to True. 8. Click Save. 9. In the Nav view, double click the BacnetNetwork. The BacnetNetwork discovery page appears. Adding a thermostat to the BACnet network...
  • Page 19 Fig 8. Device Discovery Page 10. Click Discover. The Configure Device Discovery page appears. Fig 9. Configure Device Discovery 11. Select the Send Global checkbox and click OK. The thermostat appears on the Discovered view page. Adding a thermostat to the BACnet network...
  • Page 20 Fig 10. Adding the Discovered Device 12. Select the thermostat > click Add > then select the Type as BACnet Device from the drop-down list. The added thermostat appears on the Nav view under BacnetNetwork. Adding a thermostat to the BACnet network...

  • Page 21: Chapter 2 - Wiring And Installation

    CHAPTER WIRING AND INSTALLATION Topics covered Power supply guidelines and requirements RS485 Interface cable Type Thermostat powered by separate transformer Thermostat powered by public transformer Power supply guidelines and requirements The thermostat uses 24VAC power from a UL Listed Class-2 24VAC transformer, not provided.
  • Page 22 Power supply wire sizing Long power supply wiring runs require selecting the wire gauge appropriately. If the wire gauge is inadequate the increased resistance and associated voltage drop may result in insufficient voltage supply to the Thermostat. The recommended wire gauge guidelines are as follows.
  • Page 23 Terminal identification Fig 12. Thermostat terminal assignments Do NOT wire the thermostat to line voltage. Table 2 Terminal identification Terminal Name Terminal Label Description UIO1 UIO1 Universal input/output Common UIO2 UIO2 Universal input/output Common UIO3 UIO3 Universal input/output RS485 SLAVE BACnet/Modbus Communications RS485 SLAVE BACnet/Modbus Communications...

  • Page 24: Rs485 Interface Cable Type

    Fig 13. Thermostat Powered by Separate Transformer The TC300s are connected to controller powered by separate Transformer. If the TC300’s GND (C terminal) is connected to earth, the connection style must comply with the requirement in the case of sharing a public power transformer.

  • Page 25: Thermostat Powered By Public Transformer

    Thermostat powered by public transformer Fig 14. Thermostat Powered by Public Transformer If the controller shares the power transformer with TC300, the connection style depends on the power design of controller and please consult the technical sup- port to avoid short circuit.
  • Page 26 Thermostat powered by public transformer...

  • Page 27: Chapter 3 - Terminal Input/Output And Io Configuration

    TERMINAL INPUT/OUTPUT AND IO CHAPTER CONFIGURATION Topics covered IO status IO Assignment Terminal input Terminal output and network output IO configuration...

  • Page 28: Io Status

    IO status Table 3 IO status BACnet BACnet Name Object Range Description Object Type Instance no_UIO3 Analog 2006 -40 to 260 Universal Output shared to network. Output no_UIO1 Analog -40 to 260 Universal Output shared to network. Output no_UIO2 Analog -40 to 260 Universal Output shared to network.
  • Page 29 Table 4 IO assignment (Continued) BACnet BACnet Default Name Object Object Range Description Value Type Instance Cfg_UIO2 Multistate enum{None=1, enum{None=1, 6-wayValve=2, Value 6-wayValve=2, ModulatingCool=3, ModulatingCool=3, ModulatingHeat=4, ModulatingHeat=4, ModulatingValve=5, ModulatingValve=5, VariableSpeedFan=6, VariableSpeedFan=6, DischargeAirSensor=7, DischargeAirSensor=7, DrainPanSensor=8, DrainPanSensor=8, OccupancySensor=9, OccupancySensor=9, ProofofAirflow=10, ProofofAirflow=10, PipeSensor=11, PipeSensor=11, SpaceTempSensor=12, SpaceTempSensor=12,...
  • Page 30 Table 4 IO assignment (Continued) BACnet BACnet Default Name Object Object Range Description Value Type Instance Cfg_DO2 Multistate enum{None=1, enum{None=1, Value HeatingFloatingClose=7, HeatingFloatingClose=7, CoolingFloatingClose=8, CoolingFloatingClose=8, CoolingOn/Off=9, CoolingOn/Off=9, ValveFloatingClose=10, ValveFloatingClose=10, ChangeoverValve=11, ChangeoverValve=11, FanCommand=12, FanCommand=12, HighSpeedFan=13, HighSpeedFan=13, MediumSpeedFan=14, MediumSpeedFan=14, LowSpeedFan=15, LowSpeedFan=15, AuxiliaryHeat=16, AuxiliaryHeat=16, CoolStage1=31} CoolStage1=31}...
  • Page 31 IO Assignment...

  • Page 32: Terminal Input

    Terminal input Table 5 Terminal input BACnet BACnet Default Name Object Object Range Description Value Type Instance phy_ChangeOverSwitch Binary Input Close=0, Changeover switch Open=1 status phy_DatSensor Analog -40 to 200 °F Discharge air sensor Input output value phy_DrainpanSensor Binary Input Off=0, Drain pan sensor status On=1...

  • Page 33: Io Configuration

    Table 6 Terminal output and network output (Continued) BACnet BACnet Name Object Object Range Description Type Instance no_Cooling_Floating_Open Binary 2006 Off=0,On=1 Cooling floating valve open control Output output no_Cooling_Floating_Close Binary 2007 Off=0,On=1 Cooling floating valve close control Output output no_Heating_Floating_Open Binary 2008 Off=0,On=1...
  • Page 34 Table 7 IO configuration (Continued) BACnet BACnet Default Name Object Object Range Description Value Type Instance Cfg_ModHeatMin_Output Analog 1475 0 to 9 V Minimum output Value voltage when modulating heating is enabled Cfg_ModHeatAction Binary Direct=0, Modulating heat Value Reverse=1 polarity selection Cfg_ModCoolMin_Output Analog 1476...

  • Page 35: Chapter 4 - Alert

    CHAPTER ALERT Topics covered Alerts Alert configuration...

  • Page 36: Alerts

    Alerts Table 8 Alerts BACnet BACnet Name Object Object Range Description Type Instance AlarmPriority_ProofofAirFlow Binary 2002 Inactive=0, Supply fan status Value Active=1 mismatch alarm & priority. AlarmPriority_SpaceFreezeProt Binary 2049 Inactive=0, If space temperature has dropped below 43 ℉ and Value Active=1 after 120 seconds of delay, high priority alarm is...
  • Page 37 Table 8 Alerts (Continued) BACnet BACnet Name Object Object Range Description Type Instance High Priority: AlarmPriority_HumSens Analog 2082 {BIT0=INACTIVE, BIT1=HIGH, Value 1. Only local sensor BIT2=MEDIUMN_ONBOARD, configured & on-board BIT4=MEDIUMN_SYLK} humidity sensor is in alarm 2. Only Remote sensor configured & TR40 sensor connected to Sylk address 2 is giving null value and digital output is...
  • Page 38 Table 8 Alerts (Continued) BACnet BACnet Name Object Object Range Description Type Instance AlarmPriority_SpcTempHI_Loli Analog 2084 {BIT0=INACTIVE, High priority: All space Value BIT1=HIGH, temperatures are out of BIT2=MEDIUMN_ONBOARD, range. No other resource BIT3=MEDIUMN_REMOTE, can be used. BIT4=MEDIUMN_SYLK} Medium priority: Some of the space temperatures are out of range, other resource can be used for...

  • Page 39: Alert Configuration

    Alert configuration Table 9 Alert configuration BACnet BACnet Name Object Range Description Object Type Instance Cfg_ProofofAirFlowAlarm Analog Value 2088 {BIT0=Primaryheatinga Bit 0 False – Will not turn off ndcoolingOnOff, Heat/Cool Outputs when alarm BIT1=PopUpOnHomeS is triggered, creen, Bit 0 True – Turn off Heat/Cool BIT2=Acknowledged, Outputs when alarm is BIT3=AuxiliaryheatOnO...
  • Page 40 Alert configuration...

  • Page 41: Chapter 5 - Network Output

    CHAPTER NETWORK OUTPUT Topics covered Network outputs Schedule Sylk sensor reading...

  • Page 42: Network Outputs

    Network outputs Table 10 Network outputs BACnet BACnet Name Object Object Range Description Type Instance no_CoolCtrl_RunTimeAccumulate Analog 2026 0 to 270737 hours Outputs the actual run time Value of cooling control. no_LocalOccSensState Multistate 2013 enum{Occupied=1, Local occupancy sensor Value Unoccupied=2, state.
  • Page 43 Table 10 Network outputs (Continued) BACnet BACnet Name Object Object Range Description Type Instance no_ManualOverride Multistate 2016 enum{Occupied=1, Manual override Value Unoccupied=2, Bypass=3, Standby=4, Null=5} no_EffOccSensState Multistate 2017 enum{ Effective occupancy sensor Value Occupied=1, state UnOccupied=2, Unused=3} no_CoolDaLolimit Binary 2023 Normal=0, Discharge air high limit Value...
  • Page 44 Table 10 Network outputs (Continued) BACnet BACnet Name Object Object Range Description Type Instance no_RecoveryStatus Binary 2030 Normal=0, This point gives out when the Value Recovery=1 system is in recovery mode. no_TermLdOut Analog 2045 -200 to 200% Common terminal load Value output for heating and cooling.

  • Page 45: Schedule

    Schedule Table 11 Schedule BACnet BACnet Default Object Object Range Description Name Value Type Instance no_ScheduleCurrentState Multistate 2027 enum{ Current schedule state Value Occupied=1, Unoccupied=2, Tempporty=3, Standyby=4} no_ScheduleNextState Multistate 2028 enum{ Next schedule state Value Occupied=1, Unoccupied=2, Tempporty=3, Standyby=4} no_ScheduleTimeToNext Analog 2021 1 to 11520...
  • Page 46 Sylk sensor reading...

  • Page 47: Chapter 6 - Application Configuration

    CHAPTER APPLICATION CONFIGURATION Topics covered Auxiliary heat configuration Cooling configuration Deadband Dehumidification Configuration Fan configuration Fan speed Heating configuration Heating configuration...

  • Page 48: Auxiliary Heat Configuration

    Auxiliary heat configuration Table 13: Auxiliary heat configuration BACnet BACnet Default Name Object Object Range Description Value Type Instance Cfg_AuxiliaryHeatEnable Binary 2039 Off=0, Auxiliary heat Value On=1 enable Cfg_HeatPmp_AuxMode Multistate 2003 enum Auxiliary heat Value {Peripheral=1, type Supplemental=2} Cfg_AuxiliaryHeatPeriperalDroop Analog 2018 0 °F 0 to 5 °F...

  • Page 49: Dehumidification Configuration

    Dehumidification Configuration Table 16 Dehumidification configuration BACnet BACnet Default Name Object Object Range Description Value Type Instance Cfg_DehumEnable Binary 2040 Off=0, Enable/disable Value On=1 dehumidification Cfg_Dehum_SpaceRHHighLimit Analog 65%RH 30 to 100%RH Space relative humidity Value (RH) high limit setpoint. Cfg_Dehum_OverCool_Offset Analog 2022 -2 °F...
  • Page 50 Table 17 Fan configuration (Continued) BACnet BACnet Default Name Object Object Range Description Value Type Instance Cfg_FanCoilManualSpeedSel Multistate enum{Auto=1, Fan speed Value Low=2, Medium=3, High=4, Off=5, Circulate=6} Cfg_FanConfig Analog 2087 {BIT1=Auto, Value BIT2=Manual, configuration. BIT3=Circulate} BIT1 Auto must be set as 1, manual and circulate can be set as 1 or...

  • Page 51: Fan Speed

    Fan speed Table 18 Fan speed BACnet BACnet Default Name Object Object Range Description Value Type Instance Cfg_FanCoilTwoSpeedVentMo Multistate enum{Low=1, Fan speed for Value High=2} ventilation mode Cfg_FanCoilThreeSpeedVentM Multistate enum{Low=1, Fan speed for Value Medium=2, ventilation High=3} mode Cfg_FanCoilTwoSpeedType Multistate enum{ Two speed fan Value...
  • Page 52 Heating configuration...

  • Page 53: Chapter 7 - Common Configuration

    CHAPTER COMMON CONFIGURATION Topics covered Control Equipment General Home Indoor temperature limits Multi sensor Occupancy setpoints Purge Recovery setpoint configuration Service mode Discharge air control Sylk calibration offsets Sylk sensor configurationSylk calibration offsets Wall module configuration Network...

  • Page 54: Control

    Control Table 20 Control BACnet Default Name BACnet Object Type Object Range Description Value Instance Cfg_Control_MainSensor Multistate Value enum{ Temperature/ LocalSensor=1, Humidity RemoteSensor=2, sensor Multi-Sensor=3} selection Cfg_Control_PowerupDelay Analog Value 0 to 300 seconds Initial delay to seconds start control after power cycle.
  • Page 55 Table 21 Equipment (Continued) BACnet BACnet Default Name Object Object Range Description Value Type Instance Cfg_FanCoilType Multistate enum{4PipeDualCoil=1, Fan coil type Value 4PipesingleCoil=2, PipeSingleCoil=3} Cfg_FanCoilHtgType Multistate enum{None=1, 4 pipe dual coil Value OnOff=2, heating valve Floating=3, type, 4 pipe Modulating=4} single coil/ 2 pipe single coil valve type...
  • Page 56 Table 21 Equipment (Continued) BACnet BACnet Default Name Object Object Range Description Value Type Instance Cfg_FanCoilClgFloatingSyncE Binary Disable=0, 4 pipe dual coil Value Enable=1 floating cooling sync enable Cfg_FanCoilOnOffClgVlvChar Binary NormallyClosed=0, 4 pipe dual coil Value NormallyOpen=1 on/off cooling valve characteristic Cfg_FanCoilonOffHtgVlvChar Binary...
  • Page 57 Table 21 Equipment (Continued) BACnet BACnet Default Name Object Object Range Description Value Type Instance Cfg_SixwayValveHeatingMaxO Analog 2067 5.7 V 0 to 10 V 6-way valve utput Value heat max output Cfg_SixwayValveCoolingMinOu Analog 2068 6.3 V 0 to 10 V 6-way valve tput Value...

  • Page 58: General

    Value Type Instance Cfg_Thermostat_TstUnitSel Binary Fahrenheit=0, Thermostat unit definition Value Celsius=1 (Imperial/ Metric) Cfg_BrandType Multistat enum{Honeywell=1 Vendor ID and Vendor e Value Alerton=2, name will be changed None=3} when modify brand type. Home Table 23 Home BACnet BACnet Default Name...
  • Page 59 Table 24 Indoor temp limits BACnet BACnet Default Name Object Object Range Description Value Type Instance Cfg_PipeTempCoolThreshold Analog 2071 60 °F 45 to 65 °F Pipe sensor threshold for Value cooling Cfg_PipeTempHighLimit Analog 2072 180 °F 70 to 220 °F Pipe temperature alarm Value high limit...

  • Page 60: Multi Sensor

    Multi sensor Table 25 Multi sensor BACnet BACnet Default Name Object Object Range Description Value Type Instance Cfg_ZoneMultiSens_Control Multistate enum{ Main control sensor Value Average=1 configuration Min=2, Max=3, Smart=4} Cfg_ZoneMultiSens_Sens1_Wt Analog A weighted average 0 to 10 Value allows individual sensors to have more influence on the average calculation.
  • Page 61 Table 25 Multi sensor (Continued) BACnet BACnet Default Name Object Object Range Description Value Type Instance Cfg_ZoneMultiHumSens_Control Multistate enum{ Humidity sensor Value Average=1 configuration Min=2, Max=3, Smart=4} Cfg_ZoneMultiSens_HumSens1_Wt Analog A weighted average 0 to 10 Value allows individual sensors to have more influence on the average calculation.

  • Page 62: Occupancy Setpoints

    Occupancy setpoints Table 26 Occupancy setpoints BACnet BACnet Default Name Object Range Description Object Type Value Instance Cfg_Setpoints_OccHeatSp Analog Value 68 °F 40 to 99 °F Occupied heating setpoint Cfg_Setpoints_OccCoolSp Analog Value 76 °F 40 to 99 °F Occupied cooling setpoint Cfg_Setpoints_StbyHeatSp Analog Value...

  • Page 63: Recovery Setpoint Configuration

    Table 27 Purge (Continued) BACnet BACnet Default Name Object Object Range Description Value Type Instance Cfg_CoolTimeOut Analog 2101 4 hours 1 to 4 hours When heating/cooling keep Value working for timeout time check whether pipe temperature meet pipe sensor threshold. Recovery setpoint configuration Table 28 Recovery setpoint configuration BACnet...

  • Page 64: Discharge Air Control

    Discharge air control Table 29 Discharge air control BACnet BACnet Default Name Object Object Range Description Value Type Instance Cfg_FanCoilSupTempHtgSp Analog 1723 85 °F 75 to 180 °F Discharge air control Value maximum heating setpoint. Cfg_FanCoilSupTempClgSp Analog 1724 55 °F 40 to 80 °F Discharge air control Value...

  • Page 65: Sylk Sensor Configuration

    Table 30 Sylk calibration offsets (Continued) BACnet BACnet Default Name Object Object Range Description Value Type Instance Cfg_SylkCalOffset_Sylk Analog 0 °F -10 to 10 °F TR40_5 Temperature Bus5Temp Value calibration offset Cfg_SylkCalOffset_Sylk Analog 0 °F -10 to 10 °F C7400S Discharge Air Bus10Temp Value Temperature calibration...

  • Page 66: Wall Module Configuration

    Wall module configuration Table 32 Wall module configuration BACnet BACnet Default Name Object Object Range Description Value Type Instance Cfg_Thermostat_SysSwitch Multistate enum{Auto=1,Co The system switch Value ol=2, may be used by the Heat=3, contractor or Ventilation=4, occupant to change Off=5} the operation of the unit.

  • Page 67: Chapter 8 - Network Inputs

    CHAPTER NETWORK INPUTS Topics covered Fail detect Tuning Policy Network inputs Network sensor configuration Service mode...

  • Page 68: Fail Detect

    Fail detect Network fail detect is used to detect when a network input has not been updated from the network for a period. When the network input has not been updated after about 5 minutes, the network input will return to a default value, typically 'Invalid'. The Fail detect is enabled when configured for the network variable and the net- work input is bound using a network tool.

  • Page 69: Tuning Policy

    Tuning Policy It defines the rules for evaluating both write requests, which is to writable proxy points, as well as the acceptable “freshness” of read requests that result from poll- ing. It includes standard tuning policy properties and additional properties related to client-side usage of the BACnet Subscribe COV service.
  • Page 70 Another way to access these properties is by expanding BacnetNetwork > Tuning Policies or double-clicking Default Policy. Fig 16. Tuning Policy - Default Policy Fig 17. Tuning Policy Property Sheet Tuning Policy...

  • Page 71: Network Inputs

    Network inputs Table 34 Network inputs BACnet BACnet Default Name Object Object Range Description Value Type Instance ni_NetSchCurrentState Multistate enum{Occupied=1, Current schedule state Value Unoccupied=2, from network. Bypass=3, Standby=4, NoOverride=5} ni_NetSchNextState Multistate enum{Occupied=1, Next schedule state Value Unoccupied=2, from network. Bypass=3, Standby=4, NoOverride=5}...

  • Page 72: Network Sensor Configuration

    Network sensor configuration Table 35 Network sensor configuration BACnet BACnet Default Name Object Object Range Description Value Type Instance Cfg_NetOccSenFailDetEn Binary Disable=0, Occupancy sensor Value Enable=1 fail detect enable Cfg_NetOccSenFailFalbck Analog InvalidValue(Null)=0, Occupancy sensor Value LastKnownGoodValue=1, fail detect fallback FixedValue=2 Cfg_NetOccSenFailFxdVal Multistate 2021...
  • Page 73 Table 36 Service mode (Continued) BACnet BACnet Default Object Object Range Description Name Value Type Instance ni_ServiceFanSpeed Analog 0 to 100% Fan speed configuration Value network input for variable speed fan when service mode is enabled. ni_ServiceHeatOnOff Binary 2042 Off=0, On/Off heat valve status Value On=1...
  • Page 74 Table 36 Service mode (Continued) BACnet BACnet Default Object Object Range Description Name Value Type Instance ni_ServiceValveOnOff Binary 2048 Off=0, Modulating valve Value On=1 configuration network input when service mode is enabled. ni_ServiceValveFloating Multistate 2024 enum{ Floating valve Value Off=1, configuration network Open=2, input when service mode...

  • Page 75: Chapter 9 - Calendar & Schedule

    CHAPTER CALENDAR & SCHEDULE Topics covered Calendar Schedule...

  • Page 76: Calendar

    Calendar Table 37 Calendar Name BACnet Object Type BACnet Object Instance Description Calendar Calendar Schedule Table 38 Schedule BACnet Object Name BACnet Object Instance Description Type OccSchedule Schedule 1:Occupied, 2:UnOccupied, 4:StandBy Calendar...

  • Page 77: Chapter 10 - Bacnet Guidelines For Tc300

    CHAPTER BACNET GUIDELINES FOR TC300 Topics covered Situational BACnet guidelines for TC300 TC300 proprietary properties list List of all BACnet objects...

  • Page 78: Situational Bacnet Guidelines For Tc300

    4- Standby. Schedule Special / Holiday events are Special / Holiday can create more than supported for the 3 years 3 years in Niagara, but TC300 supports duration. only for 3-year duration Schedule Users must write special When users writing special event/...
  • Page 79 BIT2=Override, BIT3=Alert View, BIT5=Temp. Unit, BIT12=Brightness, BIT15=FanSpeedConfig} Advanced User Unsigned 1254 0xFFFF {BIT0=Setpoint, Advanced user permission Permission BIT6=Schedule} Visitor Permission Unsigned 1257 0xFFFF None Visitor permission Brand Type Unsigned 1280 enum{Honeywell=1, Brand type configuration Alerton=2, None=3} TC300 proprietary properties list...

  • Page 80: List Of All Bacnet Objects

    List of all BACnet objects phy_SpaceTempSensor phy_PipeSensor phy_DatSensor no_UIO3 no_VariableFan no_Modulating_Heat no_Modulating_Cool no_SixWay_Valve_Heating no_SixWay_Valve_Cooling no_UIO1 no_UIO2 Cfg_CoolTimeOut Cfg_DrainPanSensorAlarm Cfg_RoomTempTrendFailure Cfg_ProofofAirFlowAlarm Cfg_FanConfig ni_ServiceValveModulating Alarm_PipeSensorTempHeatOrCoolThreshold AlarmPriority_SpcTempHI_Lolimit AlarmPriority_HumSens AlarmPriority_TempSens Cfg_TimeOut Cfg_PipePurgeInterval ni_ServiceSixWayValve ni_ServiceModulatingCool ni_ServiceModulatingHeat Cfg_PipeSpaceCoolTempOffset Cfg_PipeSpaceHeatTempOffset Cfg_PipeTempLowLimit Cfg_PipeTempHighLimit Cfg_PipeTempCoolThreshold Cfg_PipeTempHeatThreshold Cfg_SixwayValveCoolingMaxOutput Cfg_SixwayValveCoolingMinOutput Cfg_SixwayValveHeatingMaxOutput Cfg_SixwayValveHeatingMinOutput no_EffDATSp no_TermLdOut...
  • Page 81 no_CtrlSpaceTemp no_OverrideRemTime no_EffTUNCOS no_PipeTemp no_DaTemp no_HeatTermLdOut no_CoolTermLdOut no_EffSp no_Fan_RunTimeAccumulate no_HeatStg1_RunTimeAccumulate no_HeatCtrl_RunTimeAccumulate no_CoolStg1_RunTimeAccumulate no_AuxHeatTermLdOut no_CoolCtrl_RunTimeAccumulate Cfg_PipePurgeTime ni_DATemp Cfg_Thermostat_SystemConfig Cfg_Dehum_OverCool_Offset no_ScheduleTimeToNext Cfg_AuxiliaryHeatSupplementalDroop Cfg_AuxiliaryHeatPeriperalDroop Cfg_FanRunOffDelayHeat Cfg_DaT_Ctrl_Heat_It Cfg_DaT_Ctrl_Heat_Tr Cfg_DaT_Ctrl_Cool_It Cfg_DaT_Ctrl_Cool_Tr Cfg_FanCoilDATCoolOffset Cfg_FanCoilDATHeatOffset Cfg_Heat_valvefloatEnMinOut Cfg_Cool_valvefloatEnMinOut no_mstpDataCrcErr no_mstpHeaderCrcError no_EffCoolSp no_EffHeatSp no_SpaceHumidity no_SpaceTemp Cfg_FanCoilSupTempClgSp Cfg_FanCoilSupTempHtgSp Cfg_FanCoilClgDriveTime Cfg_FanCoilHtgDriveTime List of all BACnet objects...
  • Page 82 Cfg_ModCoolMax_Output Cfg_ModHeatMax_Output Cfg_ModCoolMin_Output Cfg_ModHeatMin_Output Cfg_VarSpeedFan_HeatMaxSpeed Cfg_VarSpeedFan_HeatMinSpeed Cfg_VarSpeedFan_VentSpeed Cfg_VarSpeedFan_CoolMaxSpeed Cfg_VarSpeedFan_CoolMinSpeed Cfg_UISensCalOffset_SpcTemp Cfg_Cool_ModClEnMinOut Cfg_DATAlarmTempLowLim Cfg_DaTAlarm_TempHighLim Cfg_NetShtdwnFailDetDly Cfg_NetShtdwnFailFalbck Cfg_NetOccSenFailDetDly Cfg_NetOccSenFailFalbck Cfg_Thermostat_HtAdjStPt Cfg_Thermostat_ClAdjStPt Cfg_SpcAlarm_TempLowLim Cfg_SpcAlarm_TempHighLim no_SylkAddr10Hum no_SylkAddr10Temp no_SylkAddr5Temp no_SylkAddr4Temp no_SylkAddr3Temp no_SylkAddr2CO2 no_SylkAddr2Hum no_SylkAddr2Temp Cfg_UISensCalOffset_DATemp Cfg_ZoneMultiSens_HumSens1_Wt Cfg_ZoneMultiSens_HumSens2_Wt ni_SpaceTemp Cfg_LocalSensCalOffset_Hum Cfg_Thermostat_TempOffSpLimit Cfg_Thermostat_Deadband Cfg_SylkCalOffset_SylkBus2CO2 Cfg_Heat_ModHtEnMinOut ni_ServiceFanSpeed ni_SpaceRH List of all BACnet objects...
  • Page 83 Cfg_Heat_DischHiLimSp Cfg_Heat_It Cfg_Heat_Tr Cfg_Dehum_SpaceRHHighLimit Cfg_Cool_DischLoLimSp Cfg_Cool_It Cfg_Cool_Tr Cfg_FanRunOnDelayHeat Cfg_FanRunOffDelayCool Cfg_ZoneMultiSens_Sens5_Wt Cfg_ZoneMultiSens_Sens4_Wt Cfg_ZoneMultiSens_Sens3_Wt Cfg_ZoneMultiSens_Sens2_Wt Cfg_ZoneMultiSens_Sens1_Wt Cfg_SylkCalOffset_SylkBus10RH Cfg_SylkCalOffset_SylkBus10Temp Cfg_SylkCalOffset_SylkBus5Temp Cfg_SylkCalOffset_SylkBus4Temp Cfg_SylkCalOffset_SylkBus3Temp Cfg_SylkCalOffset_SylkBus2RH Cfg_SylkCalOffset_SylkBus2Temp Cfg_LocalSensCalOffset_Temp Cfg_Recovery_MaxHeatRampRate Cfg_Recovery_MaxCoolRampRate Cfg_Control_PowerupDelay Cfg_Thermostat_MaxHeatSp Cfg_Thermostat_MinCoolSp Cfg_Thermostat_BypOverrideTime Cfg_Setpoints_UnOccHeatSp Cfg_Setpoints_StbyHeatSp Cfg_Setpoints_OccHeatSp Cfg_Setpoints_UnOccCoolSp Cfg_Setpoints_StbyCoolSp Cfg_Setpoints_OccCoolSp ni_NetTUNCOS phy_ProofOfAirFlowSensor phy_OccupancySensor phy_DrainpanSensor phy_ChangeOverSwitch no_Modulating_Heating_stage_1 List of all BACnet objects...
  • Page 84 no_Modulating_Cooling_stage_1 no_Medium_Speed_Fan no_Low_Speed_Fan no_High_Single_Speed_Fan no_Heating_Floating_Close no_Heating_Floating_Open no_Cooling_Floating_Close no_Cooling_Floating_Open no_Heating_Valve(On/Off) no_Cooling_Valve(On/Off) no_ChangeOverValve no_Auxiliary_Heat no_DIO2 no_DIO1 no_DO3 no_DO2 no_DO1 Cfg_HybridControLEnableCool Cfg_HybridControlEnableHeat Alarm_CHWDrainPanSensor Alarm_RoomTempTrendFailure AlarmPriority_UnknownTime AlarmPriority_SpaceFreezeProtect ni_ServiceValveOnOff ni_ServiceValveStage1 ni_ServiceCoolStage1 ni_ServiceChangeOver ni_ServiceAuxHeat ni_ServiceCoolOnOff ni_ServiceHeatOnOff Cfg_DehumAuxHeatForReheat Cfg_DehumEnable Cfg_AuxiliaryHeatEnable Cfg_SixwayValveDriveType Cfg_SixwayValveOutput Cfg_ChangeOverValveType no_GenericAlarm Cfg_StdbyConfig no_RecoveryStatus no_FanStart List of all BACnet objects...
  • Page 85 no_IsCoolDisable no_CoolDaLolimit no_BypassState no_DehumActive no_SystemDisable no_IsFanOnly no_IsHeatDisable no_DaHilimit no_OccupancyState AlarmPriority_ProofofAirFlow Cfg_AuxHeat_FanOnOff Cfg_FanCoilClgFloatingSyncEn Cfg_FanCoilOnOffClgVlvChar Cfg_FanCoilonOffHtgVlvChar Cfg_LeakDetectorSensorChar Cfg_FanCoilDATSpEnSwitch Cfg_FanCoilHtgFloatingSyncEn Cfg_ModCoolAction Cfg_ModHeatAction Cfg_Mod_StgCl1En ni_mstpClearErr Cfg_NetShtdwnFailFxdVal Cfg_NetShtdwnFailDetEn Cfg_NetOccSenFailDetEn Cfg_Sylk_SylkBus10En Cfg_Sylk_SylkBus5En Cfg_Sylk_SylkBus4En Cfg_Sylk_SylkBus3En Cfg_Thermostat_TstUnitSel Cfg_Thermostat_Override Cfg_Dehum_StageReHeatOpEn Cfg_Mod_StgHt1En Cfg_AirFlwStsChar Cfg_OccSensChar ni_ServiceHeatStage1 ni_ServiceModeEn ni_ShutdownState ni_BypassState Alarm_SylkCommFailure Cfg_TstatOverrideType List of all BACnet objects...
  • Page 86 Cfg_2PipeSingleCoilHeat&CoolSysModChangeov erType Cfg_ChangeoverSwitchPolarityType Cfg_Sylk_SylkBus2Type Alarm_PipeSensorOutofRange Alarm_PipeSensorFailure AlarmPriority_DATempAlarm_Fault no_ScheduleNextState no_ScheduleCurrentState ni_ServiceFan Cfg_ValveCycle ni_ServiceValveFloating ni_ServiceCoolFloating ni_ServiceHeatFloating Cfg_NetOccSenFailFxdVal no_EffSchNextState no_EffSchCurrentState no_EffOccSensState no_ManualOverride no_EffTempMode no_EffOccState no_LocalOccSensState ni_PipeTempMode Cfg_PipeSensChar Cfg_UIO3 Cfg_HeatPmp_AuxMode no_SetpointSts Cfg_FanCoilThreeSpeedVentMode Cfg_FanCoilTwoSpeedVentMode Cfg_FanCoilManualSpeedSel Cfg_FanCoilThreeSpeedType Cfg_FanCoilTwoSpeedType Cfg_FanCoilTwoPipeSingleCoilType Cfg_FanCoilClgDriveType Cfg_FanCoilHtgDriveType Cfg_FanCoilClgType Cfg_FanCoilHtgType Cfg_FanCoilType Cfg_BrandType Cfg_DASensChar1 List of all BACnet objects...
  • Page 87 Cfg_VarSpeedFanType Cfg_SpcSensChar Cfg_ZoneMultiSens_Control Cfg_FanCoilFourPipeSingleCoilType Cfg_Sylk_SylkBus2En Cfg_ZoneMultiHumSens_Control ni_RunTimeReset Cfg_DIO2 Cfg_DIO1 Cfg_DO3 Cfg_DO2 Cfg_DO1 Cfg_UIO2 Cfg_UIO1 Cfg_FanType Cfg_Control_MainSensor Cfg_Thermostat_SysSwitch ni_OccupancySensorState ni_ApplicationMode ni_NetSchNextState ni_NetSchCurrentState Application_Image Firmware_Image Calendar OccSchedule N_DdcCommand_2 N_DdcCommand_1 N_DdcCommand_0 List of all BACnet objects...
  • Page 88 List of all BACnet objects...
  • Page 90 ™ Honeywell Building Technologies 715 Peachtree Street NE Atlanta, GA 30308 ® U.S. Registered Trademark https://customer.honeywell.com © 2023 Honeywell International Inc. 31-00646-01 | Rev. 11-23 https://buildings.honeywell.com...

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