Home
Index
Table of Contents
Cyber security disclaimer
What's new in the documentation
General information
Safety
Safety notes
Safety regulations for the method of operation
Standards and directives complied with
Data tampering detection
Overview of device versions in ABT Site
Overview of the PXC device types within the Desigo system
PXC network interfaces
PXC network ports
Introduction to BACnet Secure Connect
BACnet Secure Connect technical details
Engineering and commissioning BACnet/SC projects
BACnet/SC logical network topology
BACnet/SC Hub
BACnet/SC Node
Physical network topology
BACnet/SC support
BACnet routing between different BACnet data links
Designing systems with BACnet/SC
BACnet/SC as part of a holistic security approach
Designing new construction projects with BACnet/SC
New construction projects BACnet network structure example
Designing existing project upgrades/extensions with BACnet/SC
BACnet/SC extension/upgrade overview
Existing project upgrades/extensions BACnet network structure example
FAQ BACnet/SC
Alarm management by notification class
Events
Flexible use of Ethernet ports
Scenario 0: Two BACnet networks on different Ethernet ports
Scenario 1: Two BACnet networks on different Ethernet ports
Scenario 2: Two BACnet networks on different Ethernet ports
Restrictions
Considering the size of the housing during a migration
ABT Installation
Overview
Libraries overview
Extracting the ABT Installer setup package
Online ABT Installer setup package
Offline ABT Installer setup package
Installing ABT Site and ABT Pro
Installing ABT Site
Installing ABT Pro and ABT Site
Accessing ABT Site and ABT Pro
Modifying, Reparing and Uninstalling ABT Site and ABT Pro
Modifying
Repairing
Uninstalling
Upgrading ABT Site and ABT Pro
Upgrading Libraries
Troubleshooting
ABT Installer FAQs
ABT Site user interface
Component selector with common tools
Log viewer and status bar (Log and Jobs)
Filtering table columns
Setting table filters in the Engineering tab
Sorting columns
Help > About
Desigo Primary Automation
Programming workflow
Top-down workflow
Bottom-up workflow
Mixed workflow
Programming library
Plants
Flat
[Ahu21] Air handling unit, temperature cascade control, pressure control
[Ahu22] Air handling unit, temperature cascade control, with 2-speed fans, mixed air dampers for air quality control
[Ahu23] Air handling unit, temperature and humidity cascade control, pressure control
[Ahu24] Air handling unit, supply air temperature and supply air humidity control, pressure control
[CCr21] Cooling circuit, precontrol, dewpoint compensated flow temperature control
[CGen21] Refrigeration generation, 1 chiller with external compressor control (on/off command, setpoint, feedback, common fault), chilled water storage tank
[Dhw21] Domestic hot water, storage tank charge, internal heat exchanger
[Dhw22] Domestic hot water, storage tank charge, external heat exchanger
[Dhw23] Domestic hot water, direct domestic hot water treatment
[Dsh21] District heating, transfer station, 1 heat exchanger
[HCcr21] Heating/cooling circuit, precontrol, changeover for heating or cooling
[HCr21] Heating circuit, weather-compensated flow temperature control, room heating
[HCr22] Heating circuit, precontrol
[HelloWorld21] Hello world, first example
[HGen21] Heat generation, cascade control, 2 boilers (burner modulating and 1-stage)
[HGen22] Heat generation, 2 boilers with external boiler control (on/off command, setpoint, feedback, common fault)
[HGen23] Heat generation, 1 boilers with external boiler control (on/off command, setpoint, feedback, common fault)
Nested
[Ahu21x] Air handling unit, temperature cascade control, pressure control
[Ahu22x] Air handling unit, temperature cascade control, 2-speed fans, mixed air dampers for air quality control
[Ahu23x] Air handling unit, temperature and humidity cascade control, pressure control
[Ccr21x] Cooling circuit, precontrol, dewpoint compensated flow temperature control
[CGen21x] Refrigeration generation, 1 chiller with external compressor control (on/off command, setpoint, feedback, common fault), chilled water storage tank
[CGen22x] Refrigeration generation, multiple chillers, chilled water storage tank
[Dhw21x] Domestic hot water, storage tank charge, internal heat exchanger
[Dhw22x] Domestic hot water, storage tank charge, external heat exchanger
[Dhw23x] Domestic hot water, direct domestic hot water treatment
[ElPnl21x] Electrical panel (all options)
[HCcr21x] Heating/cooling circuit, precontrol, changeover for heating or cooling
[HCGen21x] Heating and cooling generation, 1 chiller with heat recovery/heat pump, external control
[HCGen22x] Heating and cooling generation, multiple chillers with heat recovery/heat pumps, external control
[Hcr21x] Heating circuit, weather-compensated flow temperature control, room heating
[Hcr22x] Heating circuit, precontrol
[HGen23x] Heat generation, 1 boilers with external boiler control (on/off command, setpoint, feedback, common fault)
[HGen24x] Heat generation, multiple heat generators, hot water storage tank
[SysFnctAs21x] System functions for automation station (all options)
[Vnt21x] Ventilation, 1-speed, all options
Program blocks
Cooling and refrigeration equipment
[CcrPltMod21] Plant mode determination for cooling circuit
[Cds21] Condenser, minimum inlet temperature control
[Cds22] Condenser, with heat recovery/heat pump operation
[CGenCtl21] Sensors, setpoints and control for single refrigeration generator
[CGenCtl22] Sensors, setpoints and control for multiple refrigeration generators
[CGenPltMod21] Plant operating mode determination for refrigeration generation
[Ch21] Chiller, with external refrigeration circuit control
[ChHpu22] Chiller, with heat recovery/heat pump operation, with external refrigeration circuit control, 2-stage
[ChHpu25] Chiller, with heat recovery/heat pump operation, with external refrigeration circuit control
[Evp21] Evaporator, outlet temperature control
[Evp22] Evaporator, heat pump operation
[HydCrtC21] Hydraulic circuit for cooling, flow temperature control
[RfCrt21] Refrigeration circuit, external control
Cooling and refrigeration functions
[CcrSenMon21] Sensor monitoring for cooling circuit
[CGenSenMon21] Sensor monitoring for cooling generation
Coordination
[CenEmgHvac21] Central emergency HVAC, fire emergency
[CenEmgLgt21] Central emergency for lighting
[CenEmgShd21] Central emergency for shading
[CenFcd21] Central facade function for automatic
[CenHcLgt21] Central human lighting 21, internal HCL function
[CenOpLgt21] Central operation for lighting
[CenOpMod21] Central operating mode, data exchange with rooms (TRA integration), via grouping mechanism
[CenOpMod24] Central operating mode
[CenOpShd21] Central operation for shading
[CenPrtShd21] Central protection for shading
[CenSrvShd21] Central service for shading
[CenSsnCmp21] Central seasonal compensation 21, summer/winter compensation, with central outside air temperature
[CenSsnCmp24] Central seasonal compensation 24, summer/winter, setpoint shift
[CenWthStn21] Central weather station 21, measurements for outside air temperature, brightness, solar radiation, wind speed, precipitation
[SplyAir21] Supply chain air, data exchange with rooms (TRA integration), via grouping mechanism
[SplyChw21] Supply chain chilled water, data exchange with rooms (TRA integration), via grouping mechanism
[SplyChw22] Supply chain chilled water, data exchange with other plants, with valve position evaluation
[SplyChw23] Supply chain chilled water, data exchange with other plants, with setpoint evaluation of chilled water demand
[SplyChw24] Supply chain chilled water, demand evaluation
[SplyHw21] Supply chain hot water, data exchange with rooms (TRA integration), via grouping mechanism
[SplyHw22] Supply chain hot water, data exchange with other plants, with valve position evaluation, heating curve
[SplyHw23] Supply chain hot water, data exchange with other plants, with setpoint evaluation of hot water demand
[SplyHw24] Supply chain hot water, demand evaluation
Heating equipment
[Bo21] Boiler, 1-stage
[Bo22] Boiler, 2-stage
[Bo24] Boiler, modulating
[Bo25] Boiler, 1-stage, temperature setpoint
[Bo27] Boiler, 1-stage, modulating pump
[Bo28] Boiler, 8-stage
[Bu21] Burner interface, enable output
[Bu22] Burner interface, enable output 2-stage
[Bu24] Burner interface, enable and modulating outputs
[Bu25] Burner interface, enable and setpoint outputs
[DhwCrgCrt21] Domestic hot water, charge circuit, internal heat exchanger
[DhwCrgCrt22] Domestic hot water, charge circuit, external heat exchanger
[DhwCrgCrt23] Domestic hot water, charge circuit, direct domestic hot water treatment
[DhwCtl21] Sensors, setpoints and control for domestic hot water, with storage tank
[DhwCtl22] Sensors, setpoints and control for domestic hot water, direct domestic hot water treatment
[DhwPltMod21] Plant operating mode determination for domestic hot water
[DhwStk21] Domestic hot water storage tank
[HcrPltMod21] Plant operating mode determination for heating circuit, for room heating
[HcrPltMod22] Plant operating mode determination for heating circuit, for precontrol
[HExg21] Heat exchanger, temperature-controlled, with primary valve and secondary pump
[HGenCtl21] Sensors, setpoints and control for single heat generator
[HGenCtl22] Sensors, setpoints and control for multiple heat generators
[HGenPltMod21] Plant operating mode determination for heat generation
[Hpu22] Heat pump, 2-stage
[Hpu25] Heat pump, 1-stage, temperature setpoint
[HpuItf22] Heat pump interface, enable output 2-stage
[HpuItf25] Heat pump interface, enable and setpoint outputs
[HydCrtH21] Hydraulic circuit for heating, flow temperature control
[ScaPrt21] Scalding protection
Heating functions
[DhwSenMon21] Sensor monitoring for DHW
[HcrSenMon21] Sensor monitoring for heating circuit
[Hcrv21] Heating curve, flow temperature setpoint calculation, with HCRV
[Hcrv22] Heating curve, flow temperature setpoint calculation, with CHAR_LIN
[Hcrv23] Heating curve, flow temperature setpoint calculation, with CHAR
[Hdd21] Heating degree days
[HGenSenMon21] Sensor monitoring for heating generation
[LglPrev21] Legionella prevention
[TRModel21] Room model for temperature
Universal equipment
[CrgReqStk21] Charge request storage tank, 4 temperature sensors
[EvtLmpCtl22] Event lamp control 22 with 3 priorities
[HCChovr21] Heating/cooling changeover function
[HCcrPltMod21] Plant operating mode determination for heating/cooling circuit
[HCGenCtl21] Sensors, setpoint and control for single heating and cooling generator
[HCGenCtl22] Sensors, setpoints and control for multiple heating and cooling generators
[HCGenPltMod21] Plant operating mode determination for heating and cooling generation
[HydCrtHC21] Hydraulic circuit for heating/cooling, flow temperature control
[HydCrtHC31] Hydraulic circuit for heating/cooling, Intelligent Valve, flow temperature controller
[OutItf21] Interface output, activate and modulating output
[OutItf22] Interface output, multi-stage
[PrfDet21] Profile determination for 2 generators, 1-stage
[PrfDet22] Profile determination for 2 generators, 2-stage
[PrfDet23] Profile determination for 2 generators, 8-stage
[PrfDet24] Profile determination for 4 generators, 1-stage
[Pu21] Pump, 1-speed
[Pu24] Pump, pressure-controlled
[Pu25] Pump, modulating control
[Pu27] Pump, pressure-controlled VSD bypass
[Pu29] Pump, modulating control VSD bypass
[PuGrp24] Pump group, pressure-controlled, max. 8 pumps
[PuGrp26] Pump group, 1-speed, max. 8 pumps
[SttUpAlmHdl21] Startup function and alarm handling, with startup and plant delay, automatic acknowledge and reset, with inputs and outputs
[SttUpAlmHdl21a] Startup function and alarm handling, with startup and plant delay, automatic acknowledge and reset, without inputs and outputs
[SttUpAlmHdl22] Startup & alarm handling, acknowledge & reset, I/Os, 3 priorities
[SttUpAlmHdl22a] Startup & alarm handling, acknowledge & reset, 3 priorities
[SttUpAlmHdl22b] Startup and alarm handling, 3 priorities at device level
[SttUpAlmHdl22c] Startup and alarm handling, 3 priorities at electrical cabinet
[SupEvtNotif21] Suppress event notification
[SupEvtNotif22] Suppress event notification, 3 priorities
[TwnPu21] Twin pump, 1-speed
[TwnPu24] Twin pump, pressure-controlled
[TwnPu25] Twin pump, modulating control
[Vlv21] Valve, open/close function & 2 BI for feedback
[Vlv24] Valve, modulating control & position feedback
[Vlv29] Valve, open/close function & MI for feedback
[Vlv31] Valve, Intelligent Valve, dynamic control valve
[Vlv41] Valve, 3-position control
[VsdBy21] Variable speed control bypass
[WthStn21] Weather station
Universal functions
[CharFnct21] Characteristic function with interpolation
[CharLinFnct21] Function block on BACnet, CHAR_LIN
[CnsmPrd21] Consumption per period
[ElTrcH21] Electrical trace heating
[EvtAckCoord21] Event and acknowledge coordination
[EvtAckCoord22] Event and acknowledge coordination with 3 priorities
[HCcrSenMon21] Sensor monitoring for heating/cooling circuit
[HCGenSenMon21] Sensor monitoring for heating/cooling generation
[HraFnct21] Function block on BACnet, HRA
[KickFnct21] Kick function, pulse and pulse length at defined time after minimum switch-off time has expired
[MdltPuGrp21] Modulation for pump group
[Mntn21] Maintenance, operating hours-dependent
[NgtCFnct21] Function block on BACnet, NGTC
[OsscFnct21] Function block on BACnet, OSSC
[PwrCtlCmp21] Power control and compensation, step function
[StepUpDn21] Step up/down function
[StepUpDn22] Step up/down, temperature deviation with delay
[StepUpDn23] Step up/down, main flow temperature PID controller
[Swi2pFnct21] Function block on BACnet, SWI_2P
[Swi2phFnct21] Function block on BACnet, SWI_2PH
[TDiffStepDn21] Temperature difference for step down
[TgtPwrCalc21] Target power calculation
[TmrFnct21] Timer, pulse and delay
Ventilation and air conditioning equipment
[AFil21] Air filter, with filter detector
[AFil22] Air filter, with filter operating message
[AFil23] Air filter, with differential pressure sensor and maintenance indication
[AhuAQualCtl21] Sensors, setpoints and air quality control for air handling unit
[AhuHuCtl21] Sensors, setpoints and humidity control for air handling unit
[AhuPltMod21] Plant operating mode determination for air handling unit, for on/off fans
[AhuPltMod22] Plant operating mode determination for air handling unit, for 2-speed fans
[AhuPltMod23] Plant operating mode determination for air handling unit, DRA coordination
[AhuTCtl21] Sensors, setpoints and temperature control for air handling unit
[AhuTCtl22] Sensors, setpoints and temperature control for air handling unit with DRA
[AirFlCalc21] Air volume flow calculation, as a function of differential pressure
[AirFlCalc22] Air volume flow calculation, as a function of air velocity
[Ccl21] Chilled water cooling coil, temperature-controlled
[Ccl22] Direct expansion evaporator cooling coil, temperature-controlled
[Ccl23] Chilled water cooling coil, temperature-controlled, humidity-controlled
[Ccl24] Direct expansion evaporator cooling coil, temperature-controlled, humidity-controlled
[Dmp21] Damper, open/close function & 2 BI for feedback
[Dmp24] Damper, modulating control and position feedback
[Dmp29] Damper, open/close function & MI for feedback
[DmpMx21] Mixed air damper, temperature-controlled
[Erc21] Energy recovery, rotary heat exchanger, temperature-controlled
[Erc22] Energy recovery, plate heat exchanger, temperature-controlled
[Erc23] Energy recovery, run-around coil, temperature-controlled
[Erc24] Run-around coil, temperature-controlled with 1-speed pump
[Erc25] Run-around coil, temperature-controlled with heat and cool exchanger
[EvlFireSmext21] Fire and smoke extraction evaluation
[Fan21] Fan, 1-speed
[Fan22] Fan, 2-speed
[Fan24] Fan, pressure-controlled
[Fan25] Fan, modulating control
[Fan26] Fan, air volume flow-controlled
[Fan27] Fan, pressure-controlled VSD bypass
[Fan28] Fan, pressure-controlled, fan optimization
[Fan29] Fan, modulating control VSD bypass
[FanGrp24] Fan group, pressure-controlled, 2 fan
[FanOpti21] Fan speed optimization, direct fan speed control
[FanOpti22] Fan speed optimization, pressure setpoint shift
[Fdp21] Fire damper, open/close function & 2 BI for feedback
[Fdp22] Fire damper, open/close function & 2 BI for feedback only
[Fdp29] Fire damper, open/close function & MI for feedback
[Fdp30] Fire damper, open/close function & MI for feedback only
[FdpGrp21] Fire damper group, 1 command and 16 dampers with feedback only
[FdpGrp22] Fire damper group, 16 dampers with command and feedback
[FrPrt21] Frost protection
[HCcl21] Heating/cooling coil, temperature-controlled
[HCcl22] Heat pump, temperature-controlled
[HCcl23] Heating/cooling coil, temperature-controlled, humidity-controlled
[HCcl24] Heat pump, temperature-controlled, humidity-controlled
[Hcl21] Hot water heating coil, temperature-controlled
[Hcl22] Electric heating coil, temperature-controlled
[Hum22] Humidifier, humidity-controlled, with limitation controller
[HumTCtl21] Humidifier temperature-controlled
[Vav21] Variable air volume, external control
[Vav22] Variable air volume, internal control
Ventilation and air conditioning functions
[AhuSenMon21] Sensor monitoring for air handling
[AQualCtr21] Air quality controller, control of the mixed air damper and 2nd fan speed
[CmdSeqMon21] Command sequence monitoring
[ErcUtzRte21] Energy recovery utilization rate
[FdpTst21] Fire damper test, operating state
[HuCasCtr21] Humidity cascade controller, relative room/extract humidity and absolute supply humidity
[HuCtr21] Humidity controller absolute
[HuCtr22] Humidity controller relative
[HuSuCtr21] Supply humidity controller, relative supply humidity
[NgtC21] Night cooling, based on the operating mode in the rooms and temperature values
[StupPrg21] Startup function purge
[TCasCtr21] Temperature cascade controller, supply air setpoint high/low and for energy recovery
[TSuCtr21] Supply air temperature controller
Function blocks
[ABS_DI] Absolute value of DINT values
[ABS_I] Absolute value of INT values
[ABS_R] Absolute value of REAL values
[ADA_DLY] Adaption of anti-glare delay
[ADAGAIN] Adaptation of controller gain
[ADD_8I] Addition integer values
[ADD_8R] Addition real values
[ADD_DI] Addition double integer values
[ADD_DW] Addition double word
[ADD_I] Addition integer values
[ADD_R] Addition real values
[ADD_TI] Addition for time
[AND] AND operation
[AS_STTUP] Startup information of automation station
[AVE_TIME] Time-based average
[AVERAGE] Average of 8 real values
[AVRG] Average of 8 real values
[AVRG_PRD] Average of a period
[BIT_I] Conversion binary to integer value
[BO_BY] BOOL to BYTE conversion
[BO_DW] BOOL to DWORD conversion
[BO_W] BOOL to WORD conversion
[BY_BO] BYTE to BOOL conversion
[BY_DW] BYTE to DWORD conversion
[BY_W] BYTE to WORD conversion
[CALC_AGL] Calculate slat angle from solar position
[CAS_CTR] Cascade controller
[CHAR_LIN] Characteristics with linearization
[CHARFNCT] Characteristics with linearization
[CK_COV] Change of value (COV) check for two multistate and two real value
[CMD_A] Command Analog
[CMD_AG] Command analog group
[CMD_B] Command binary
[CMD_BG] Command binary group
[CMD_BLSG] Command blinds group
[CMD_LGTG] Command lighting group
[CMD_M] Command multistate
[CMD_MG] Command multistate group
[CMDSEQ_B] Command sequence for binary
[CMN_EVT] Common event
[CMN_STA] Common state
[CMP_DA] Compare date
[CMP_DATI] Compare date and time of day
[CMP_DI] Comparator for DINT values
[CMP_I] Comparator for INT values
[CMP_MS] Compare of multistate
[CMP_R] Compare of real values
[CMP_RNG] Compare range multistate
[CMP_T] Comparator for TIME values
[CMPTIDAY] Compare time of day
[CNT_BO] Counter of 8 boolean values
[CNT_DN] Downward counter
[CNT_ON] Count on
[CNT_ONTI] Count on-time
[CNT_UP] Upward counter
[CNT_UPDN] Upward & downward counter
[CommonDB] Common data block
[CONT_4ST] Step switch for four stages
[CTR] Controller
[CYCLEGEN] Cycle pulse generator
[DA] Date functions
[DA_WORD] Conversion date to word value
[DATI] Date and time of day functions
[DI_DW] DINT to DWORD conversion
[DI_I] DINT to INT conversion
[DI_R] DINT to REAL conversion
[DI_TI] Conversion double integer value to time
[DIFFCALC] Differential function
[DIFFPRDI] Difference of a period for integer values
[DIFFPRDR] Difference of a period for real values
[DIV_DI] Division of DINT values
[DIV_I] Division of INT values
[DIV_R] Division real values
[DIV_TI_R] Division for time by real
[DLY_BO] Delay for boolean value
[DLY_I] Delay for integer value
[DLY_R] Delay for Real value
[DMUX_101] Demultiplexer 101, 15 real data, 15 multistate data, 15 boolean data
[DMUX8_BO] Demultiplexer 1 of 8 boolean values
[DMUX8_DI] Demultiplexer 1 of 8 double integer values
[DMUX8_I] Demultiplexer 1 of 8 integer values
[DMUX8_R] Demultiplexer 1 of 8 real values
[DVN_PRD] Deviation of a period
[DW_BO] DWORD to BOOL conversion
[DW_DI] DWORD to DINT conversion
[DW_R] DWORD to REAL conversion
[DW_TI] Conversion double word value to time signal
[DW_TIDAY] Conversion double word value to time of day
[DW_W] DWORD to WORD conversion
[ENSEL_4V] Enable selector for four values (2 multistate and 2 real values)
[ENSEL_BO] Enable selector boolean (EnSwi and ValSwi)
[ENSEL_MS] Enable selector multistate (EnSwi and ValSwi)
[ENSEL_R] Enable selector real
[EPS_DI] Accuracy approximation of DINT values
[EPS_I] Accuracy approximation of INT values
[F_TRIG] Recognize negative edge and trigger impulse
[FILTER] Attenuation filter
[FILTER_H] Backlash
[FORMULA] Formula
[GET_DATI] Get local date and time of day
[HCL] Human-centric lighting (HCL)
[HCRV] Heating curve
[HOLD_B] Hold binary value
[HOLD_DI] Hold double integer value
[HOLD_R] Hold real value
[HOLD_USG] Hold unsigned value
[HRA] Heating release algorithm
[HX_TPHI] Enthalpy and absolute humidity to temperature and relative humidity
[I_BIT] Conversion integer to binary value
[I_DI] INT to DINT conversion
[I_DW] INT to DWORD conversion
[I_LOGI] Conversion integer value to logic signals
[I_R] INT to REAL conversion
[I_W] INT to WORD conversion
[INTEGRAL] Integral function
[JK_FF] JK flip-flop
[KICKFNCT] Kick function
[LGRTM] Logarithm functions
[LIM_DI] Limiter for DINT values
[LIM_I] Limiter for INT values
[LIMIT_R] Limit of real value
[LNGR_PRD] Lingering of a period
[LOCK_LM] Locking limitation
[LOGI_I] Conversion logic signals to integer value
[MAX_DI] Maximum of DINT values
[MAX_I] Maximum of INT values
[MAX_PRD] Maximum of a period
[MAX8_R] Maximum of 8 real values
[MIN_DI] Minimum of DINT values
[MIN_I] Minimum of INT values
[MIN_PRD] Minimum of a period
[MIN8_R] Minimum of 8 real values
[MOD_DI] Modulo function of DINT values
[MOD_I] Modulo function of INT values
[MON_ERC] Energy recovery monitoring
[MOV_CALC] Moving calculation
[MRG_DA] Merge to date
[MRG_DATI] Merge to date and time of day
[MRGTIDAY] Merge to time of day
[MS_MS] Conversion multistate to multistate
[MUL_DI] Multiplication double integer value
[MUL_I] Multiplication integer values
[MUL_R] Multiplication real values
[MUL_TI_R] Multiplication for time with real
[MUX_101] Multiplexer 101, 15 real data, 15 multistate data, 15 boolean data
[MUX_BO] Multiplexer 1 of n for BOOL values
[MUX_DI] Multiplexer 1 of n for DINT values
[MUX_I] Multiplexer 1 of n for INT values
[MUX2_R] Multiplexer 1 of 2 real values
[MUX4_R] Multiplexer 1 of 4 real values
[MUX8_MS] Multiplexer 1 of 8 multistate values
[MUX8_R] Multiplexer 1 of 8 real values
[NAND] NAND operation
[NEG_DI] Inverter for DINT values
[NEG_I] Inverter for INT values
[NEG_R] Inverter for REAL values
[NGTC] Night cooling
[NOR] NOR operation
[NOT] NOT operation
[OR] OR operation
[OSSC] Optimum start stop control
[PAR_BO] Boolean parameter
[PAR_DATI] Date and time of day parameter
[PAR_I] Integer parameter
[PAR_R] Real parameter
[PAR_TI] Time parameter
[POW_FNCT] Power functions
[POW_XY] Power Y to base X
[PRDVHCTL] Predictive heating controller
[PRIO_CNV] Priority converter to 4 boolean values
[PULSEPRD] Periodic pulse
[PURGE] Purge optimization
[PWM] Pulse width modulation
[PWM_CTL] Pulse width modulation control
[PWR_CMP] Power control and compensation
[R_A] Read analog
[R_AG] Read analog group
[R_ASCHED] Read analog scheduler
[R_B] Read binary
[R_BG] Read binary group
[R_BSCHED] Read binary scheduler
[R_DA] Read date
[R_DATI] Read date and time
[R_DI] Conversion real to double integer
[R_DINT] Read double integer value
[R_EE] Read event enrollment
[R_I] Conversion real to integer value
[R_M] Read multistate
[R_MG] Read multistate group
[R_MSCHED] Read multistate scheduler
[R_TI] Read time
[R_TIDAY] Read time of day
[R_TRIG] Recognize positive edge and trigger pulse
[R_UNSG] Read unsigned
[RANDOM] Random number generation
[RATE_LIM] Rate-of-change limitation
[ROL_DW] DWORD rotate left
[ROL_W] WORD rotate left
[ROR_DW] DWORD rotate right
[ROR_W] WORD rotate right
[ROT_8] Rotation switch with 8 outputs
[RP_BOOL] Read property for boolean value
[RP_DATI] Read property for date and time value
[RP_DINT] Read property for double integer value
[RP_REAL] Read property for real value
[RP_UNSG] Read property for unsigned value
[RS_FF] RS flip-flop, reset dominant
[RS_FF_FB] RS flip-flop (Function block), reset dominant
[RST_CNT] Restart counter
[SEL_BO] Multiplexer 1 of 2 for BOOL values
[SEL_R] Multiplexer 1 of 2 for REAL values
[SELBO_2M] Boolean selector for 2 multistate values
[SELBO_BO] Boolean selector for boolean value
[SELBO_DI] Boolean selector for double integer value
[SELBO_DW] Boolean selector for double word value
[SELBO_I] Boolean selector for integer value
[SELBO_MS] Boolean selector for multistate value
[SELBO_R] Boolean selector for real value
[SELBO_TI] Boolean selector for time
[SELMS_4V] Multistate selector for four values
[SELMS_BO] Multistate selector for boolean value
[SELMS_DI] Multistate selector for double integer value
[SELMS_DW] Multistate selector for eight values (8 double word values)
[SELMS_I] Multistate selector for integer value
[SELMS_MS] Multistate selector for multistate value
[SELMS_R] Multistate selector for real value
[SELMS_TI] Multistate selector for time
[SELP_8MS] Profile and table value selection for 8 multistate values
[SEQ_DIR] Direct sequence linker
[SEQ_REV] Reverse sequence linker
[SEQLINK] Sequence linker
[SHL_DW] DWORD shift left
[SHL_W] WORD shift left
[SHR_DW] DWORD shift right
[SHR_W] WORD shift right
[SOL_CNV] Solar radiation conversion
[SOL_FCD] Solar function facade
[SOL_POS] Solar position calculation
[SP_FIELD] Determination of room setpoints via setpoint field
[SP_SPLY] Determination of setpoint supply air
[SP_TR] Determination of room temperature setpoints
[SR_FF] SR flip-flop, set dominant
[SR_FF_FB] SR flip-flop (Function block), set dominant
[STPWATCH] Stop watch
[SUB_DI] Subtraction double integer values
[SUB_DW] Subtraction double word
[SUB_I] Subtraction integer values
[SUB_R] Subtraction real values
[SUB_TI] Subtraction for time
[SWI_2P] On/off switch with adjustable switch-on and switch-off point
[SWI_2PH] On/off switch with adjustable switch-on point and hysteresis
[SWI_DLY] Switch-on delay, switch-off delay
[SWICNV_B] Switch converter to Boolean (EnSwi und ValSwi)
[SWICNV_M] Switch converter multistate
[TGNMFNCT] Trigonometric functions
[THLOAD] Thermal load analysis
[TI_DI] Conversion time to double integer value
[TI_DW] Conversion time signal to double word value
[TIDAY] Time of day functions
[TIDAY_DW] Conversion time of day to double word value
[TMR_FNCT] Impulse and delay
[TPHI_HX] Temperature and relative humidity to enthalpy and absolute humidity
[TX2_ACTN] tx2 action
[TX2_DMD] tx2 demand
[W_A] Write analog
[W_AG] Write analog group
[W_B] Write binary
[W_BG] Write binary group
[W_BO] WORD to BOOL conversion
[W_BY] WORD to BYTE conversion
[W_DA] Write date
[W_DATI] Write date and time
[W_DINT] Write double integer value
[W_DW] WORD to DWORD conversion
[W_I] WORD to INT conversion
[W_M] Write multistate
[W_MG] Write multistate group
[W_MPRVAL] Write multistate for present value
[W_TI] Write time
[W_TIDAY] Write time of day
[W_UNSG] Write unsigned
[WAND_DW] Double word AND operation
[WAND_W] Word AND operation
[WNAND_DW] Double word NAND operation
[WNAND_W] Word NAND operation
[WNOR_DW] Double word NOR operation
[WNOR_W] Word NOR operation
[WNOT_DW] Double word NOT operation
[WNOT_W] Word NOT operation
[WOR_DW] Double word OR operation
[WOR_W] Word OR operation
[WORD_DA] Conversion word value to date
[WP_BOOL] Write property for boolean value
[WP_DATI] Write property for date and time value
[WP_DINT] Write property for double integer value
[WP_REAL] Write property for real value
[WP_UNSG] Write property for unsigned value
[WXOR_DW] Double word exclusive-OR operation
[WXOR_W] Word exclusive-OR operation
[XOR] Exclusive-OR operation
Field devices
Generic I/Os
TX & on-board I/Os
Predefined I/Os
TX/IO compatibility
KNX PL-Link
AQR2570
Device chart programming patterns
Configuration of the front module
Recommended programming pattern applications
Example of the device chart QMX3.P74
Link to datasheet
AQR2576
Device chart programming patterns
Configuration of the front module
Recommended programming pattern applications
Example of the device chart QMX3.P74
Link to datasheet
JB 125C23 (5WG1-125-4CB23)
Link to datasheet
JB 125C33 (5WG1-125-4CB33)
Link to datasheet
N 125/02 (5WG1-125-1AB02)
Link to datasheet
N 125/12 (5WG1-125-1AB12)
Link to datasheet
N 125/22 (5WG1-125-1AB22)
Link to datasheet
RL 125/23 (5WG1-125-4AB23)
Link to datasheet
UP258D12
Device chart programming patterns
Recommended programming pattern applications
Example of the device chart QMX3.P74
Link to datasheet
UP258D3x
Device chart programming patterns
Recommended programming pattern applications
Example of the device chart QMX3.P74
Link to datasheet
UP258D41
Device chart programming patterns
Recommended programming pattern applications
Example of the device chart QMX3.P74
Link to datasheet
UP258D51
Device chart programming patterns
Recommended programming pattern applications
Example of the device chart QMX3.P74
Link to datasheet
UP258D61
Device chart programming patterns
Recommended programming pattern applications
Example of the device chart QMX3.P74
Link to datasheet
QMX2.P33
Device chart programming patterns
Recommended programming pattern applications
Example of the device chart QMX3.P74
Link to datasheet
QMX2.P43
Device chart programming patterns
Recommended programming pattern applications
Example of the device chart QMX3.P74
Link to datasheet
QMX3.P30
Device chart programming patterns
Recommended programming pattern applications
Example of the device chart QMX3.P74
Link to datasheet
QMX3.P34
Device chart programming patterns
Recommended programming pattern applications
Example of the device chart QMX3.P74
Link to datasheet
QMX3.P40
Device chart programming patterns
Recommended programming pattern applications
Example of the device chart QMX3.P74
Link to datasheet
QMX3.P44
Device chart programming patterns
Recommended programming pattern applications
Example of the device chart QMX3.P74
Link to datasheet
QMX3.P70
Device chart programming patterns
Recommended programming pattern applications
Example of the device chart QMX3.P74
Link to datasheet
QMX3.P74
Device chart programming patterns
Recommended programming pattern applications
Example of the device chart QMX3.P74
Link to datasheet
RDG20..KN & RDG26..KN
Device chart programming patterns
Recommended programming pattern applications
Recommended engineering pattern applications
Example of the device chart RDG264KN
Links
Module families
Trend types
Desigo CC name mapping
Desigo CC graphics mapping for RDG2 devices
Programming basics
Program design
Depiction of function blocks and nested charts
Depiction and structuring of flat plants
Depiction and structuring of nested plants
Programming the plant
What are plants?
What are program blocks?
What are function blocks and nested charts?
How are flat plants organized?
Folder structure, names, and assigning graphics
Normal mode and exception mode
Typical input blocks for normal mode
Typical input blocks for exception mode
Typical output blocks
Plant operating modes
Transmit a plant operating mode to CMDSEQ_B
How are nested plants organized?
Functions and workflows
Alarming
Trend logging
Startup function and alarm handling for flat plants
Startup function and alarm handling for nested plants
Priorities
Override behavior to function block command
Locking for flat plants
Locking for nested plants
Sequencing
Creating staged controls
Sequencing energy generators
Ventilation control by extract air, supply air, or room temperature for flat plants
Ventilation control by extract air, supply air, or room temperature for nested plants
Error codes
System of units
BACnet objects (Programming)
Object accumulator meter (AccMtr)
Modbus Integration (AccMtr - subsystem-specific extension)
Object analog input (AI)
Modbus Integration (AI - subsystem-specific extension)
Object analog output (AO)
Modbus Integration (AO - subsystem-specific extension)
Object binary input (BI)
Modbus Integration (BI - subsystem-specific extension)
Object binary output (BO)
Modbus Integration (BO - subsystem-specific extension)
Object multistate input (MI)
Modbus Integration (MI - subsystem-specific extension)
Object multistate output (MO)
Modbus Integration (MO - subsystem-specific extension)
Analog calculated value (ACalcVal)
Analog configuration value (ACnfVal)
Analog process value (APrcVal)
Binary calculated value (BCalcVal)
Binary configuration value (BCnfVal)
Binary process value (BPrcVal)
Multistate calculated value (MCalcVal)
Multistate configuration value (MCnfVal)
Multistate process value (MPrcVal)
Multistate trigger value (MTrgVal)
Simple network port (NwkPortSmp)
Analog scheduler (ASchedule)
Binary scheduler (BSchedule)
Multistate scheduler (MSchedule)
Certificate (Crtf)
Accumulator (Accu)
Analog simple process value object (ASmpPrcVal)
Binary simple process value object (BSmpPrcVal)
Multistate simple process value object (MSmpPrcVal)
Unsigned simple process value object (USmpPrcVal)
Integer simple process value object (ISmpPrcVal)
Loop object
Standard BACnet object properties
Proprietary BACnet object properties
Proprietary BACnet objects for Apogee devices
PXG3.Wx00-2 Pins and addresses
Technical and mechanical design
PXC4../PXC5.. Pins and addresses
PXC4.E16
PXC4.E16S
PXC4.M16
PXC4.M16S
PXC5.E003
PXC5.E24
PXC7 Pins and addresses
PXC7.E400S
PXC7.E400M
PXC7.E400L
Desigo Room Automation
Desigo room automation workflow
Creating an ABT project
Setting up an ABT project
Configuring application templates
Defining buildings and groupings
Adding devices
Installing an ABT project (no subcontracting)
Installing an ABT project (with subcontracting)
Commissioning an ABT project
Balancing air/water (with Pack & Go)
Balancing air/water (with discovery)
Completing an ABT project
Room programming library
05 Desigo Room Automation Basic application functions
Central functions
Common
Operating mode switch-on delay
Central operating mode delay (CenOpModDly11...13)
Operating mode extended
Central operating mode extended function (CenOpModExtd11)
Optimum start stop control
Central optimum start/stop control (CenOssc11)
Room operation distribution (ROpDstr)
Central room operation distribution (CenROpDstr01)
HVAC
Extract air volume flow deviation evaluation (AflDvnExEvl)
Supply chain extract air volume flow deviation (SplyAflDvnEx11)
Supply air volume flow deviation evaluation (AflDvnSuEvl)
Supply chain supply air volume flow deviation evaluation (SplyAflDvnSu11)
Condensation prevention (CdnPrev)
Supply chain condensation prevention (SplyCdnPrev11)
Changeover function for 2-pipe (Chovr2Pipe)
Supply chain changeover function for 2-pipe (SplyCho2Pipe11)
Supply chain changeover function for 2-pipe with bundling (SplyCho2Pipe12)
Changeover condition determination for air (ChovrCndAirDtr)
Supply chain changeover condition for air (SplyChovrAir11)
Damper position evaluation for extract air (DmpPosExEvl)
Supply chain damper position evaluation for extract air (SplyDmpPosEx11)
Damper position evaluation for supply air (DmpPosSuEvl)
Supply chain damper position evaluation for supply air (SplyDmpPosSu11)
Free cooling (FreeC)
Supply chain free cooling (SplyFreeC11)
Room air humidity evaluation (HuREvl)
Supply chain room air humidity evaluation (SplyHuREvl11)
Relief function (RlfFnct)
Supply chain relief function (SplyRlfFnct11)
Smoke extraction for exhaust air (SmexEh)
Central smoke extraction for exhaust air (CenSmextEh11)
Smoke extraction for supply air (SmextSu)
Central smoke extraction for supply air (CenSmextSu11)
Evaluation of extract air volume flow setpoint (SpAirFlExEvl)
Supply chain setpoint evaluation for extract air volume flow (SplySpAflEx11)
Evaluation of supply air volume flow setpoint (SpAirFlSuEvl)
Supply chain setpoint evaluation for supply air volume flow (SplySpAflSu11)
Setpoint for supply air temperature determination (SpTSuDtr)
Supply chain setpoint for supply air temperature (SplySpTSu11)
Dew point temperature evaluation (TDwpEvl)
Supply chain dew point temperature evaluation (SplyTDwpEvl11)
Extract air VAV air volume flow saturation evaluation (VavExStrtnEvl)
Supply chain extract air VAV air volume flow saturation evaluation (SplyVavExSrt11)
VAV overridden value (VavOvrr)
Supply chain VAV overridden value (SplyVavOvrr11)
Supply air VAV air volume flow saturation evaluation (VavSuStrtnEvl)
Supply chain supply air VAV air volume flow saturation evaluation (SplyVavSuSrt11)
Central weather data distribution (WthDstr)
Central weather data distribution, Desigo TRA V5.1 (CenWthDstr01)
Lighting
Emergency command
Central emergency command lighting (CenEmgCmd11)
Emergency detector
Central emergency detector lighting (CenEmgDetLgt11)
Emergency luminaire
Central emergency luminaire function (CenEmgLmnr11)
Emergency switch
Central emergency switch lighting (CenEmgSwiLgt11)
Manual operation
Central manual operation lighting (CenManOpLgt11)
Shading
Brightness
Central brightness on the facade (CenBrgtFcd11)
Central brightness from weather station (CenBrgtWths11)
Emergency detector
Central emergency detector for shading products (CenEmgDetShd11)
Emergency switch-on delay
Central emergency function shading products delay (CenEmgShdDly11...13)
Facade switch-on delay
Central facade shading products delay (CenFcdShdDly11...13)
Frost protection
Central frost protection for shading products (CenFrPrtShd11)
Anti-glare protection
Central annual shading (CenAnnShd11)
Central glare protection (CenGlrPrt11)
Manual operation
Central manual operation of shading (CenManOpShd11)
Operation switch-on delay
Central operation shading products delay (CenOpShdDly11...13)
Precipitation protection
Central precipitation protection (CenPcpPrt11)
Protection switch-on delay
Central protection function shading products delay (CenPrtShdDly11...13)
Solar radiation
Central solar radiation on facade (CenSolFcd11)
Central solar radiation from weather station (CenSolWths11)
Service switch-on delay
Central service function shading products delay (CenSrvShdDly11...13)
Service switch
Central service switch for shading products (CenSrvSwiShd11)
Thermal protection
Central thermal protection (CenThPrt11)
Wind protection
Central wind protection 1 (CenWdPrt11)
Central wind protection 2 (CenWdPrt12)
Room functions
HVAC
Air volume flow tracking
Air volume flow tracking (AirFlTck11)
Air volume flow tracking, pressure dependent (AirFlTck12)
Dehumidification control
Dehumidification control (DhuCtl11)
Dehumidification control, maximum of deviation heating (DhuCtl12)
Fan operation
Fan operation (FanOp11)
Fan coil unit temperature control for cooling
Fan coil supply temperature cascade control cooling (FcuTCasCtlC11)
Fan coil room temperature control cooling (FcuTRCtlC11)
Fan coil unit temperature control for heating
Fan coil supply temperature cascade control heating (FcuTCasCtlH11)
Fan coil room temperature control heating (FcuTRCtlH11)
Fan coil unit ventilation control
Fan coil unit ventilation control (FcuVntCtl11)
Fan-powered VAV box temperature control for cooling
Fan powered box temperature cascade control cooling (FpbTCasCtlC11)
Fan powered box room temperature control cooling (FpbTRCtlC11)
Fan-powered VAV box temperature control for heating
Fan powered box temperature cascade control heating (FpbTCasCtlH11)
Fan powered box room temperature control heating (FpbTRCtlH11)
Green leaf
HVAC green leaf (HvacGrnLf11)
Heating/cooling state determination
Heating/cooling state determination (HCStaDtr11)
Heat pump room temperature control cooling
Heat pump room temperature control cooling (HpuTRCtlC11)
Heat pump room temperature control heating
Heat pump room temperature control heating (HpuTRCtlH11)
Plant mode determination
HVAC plant operating mode, for fan coil unit (HvacPltMod11)
HVAC plant operating mode, for variable air volume (HvacPltMod12)
HVAC plant operating mode, for fan-powered VAV box (HvacPltMod13)
HVAC plant operating mode, for heat pump (HvacPltMod17)
Presence mode determination
HVAC presence mode (HvacPscMod11)
Rapid ventilation determination
Rapid ventilation operation (RpdVntOp11)
Room temperature setpoint determination
Room temperature setpoint determination (SpTR11)
VAV temperature control for cooling
VAV temperature cascade control cooling (VavTCasCtlC11)
VAV room temperature control cooling (VavTRCtlC11)
VAV temperature control for heating
VAV temperature cascade control heating (VavTCasCtlH11)
VAV room temperature control heating (VavTRCtlH11)
VAV ventilation control
VAV ventilation control (VavVntCtl11)
VAV ventilation control, pressure dependent (VavVntCtl12)
Lighting
Orientation light determination
Orientation light (LgtOrnt11)
Operating strategy determination
Lighting operating strategy (LgtOpStrgy11)
Presence mode determination
Lighting presence mode (LgtPscMod11)
Shading
Operating strategy determination
Shading operating strategy (ShdOpStrgy11)
Presence mode determination
Shading presence mode (ShdPscMod11)
Room segment functions
HVAC
Cooling coil
Chilled water cooling coil (CclChw11)
Chilled water cooling coil with supply air temperature control (CclChw12)
Chilled water cooling coil, active chilled beam (CclChw13)
Chilled water cooling coil, external flow control (CclChw14)
Direct expansion evaporator cooling coil 11, one binary output (CclDx11)
Direct expansion evaporator cooling coil 12, two binary outputs (CclDx12)
Outside air damper
Outside air damper (DmpOa11)
Outside air damper with supply air temperature control (DmpOa12)
Outside air damper, ventilation and mixed air temperature control (DmpOa13)
Fan
Single-speed fan (Fan1Spd11)
Multi-speed fan (FanMultiSpd11)
Variable speed fan (FanVarSpd11)
Variable speed fan, air volume flow control (FanVarSpd12)
Heating/cooling coil
Heating / Cooling coil 2-pipe system (HCcl2Pipe11)
Heating / Cooling coil 2-pipe system with supply air temperature control (HCcl2Pipe12)
Heating / Cooling coil 2-pipe system, external flow control (HCcl2Pipe13)
Heating / Cooling coil 2-stage heat pump, four binary outputs with internal reversing control (HCclHpu19)
Heating / Cooling coil 2-stage heat pump, four binary outputs with internal reversing control and hot gas heating (HCclHpu22)
Heating / Cooling coil 2-stage heat pump, two binary outputs with reversing valve control (HCclHpu13)
Heating / Cooling coil 2-stage heat pump, two binary outputs with reversing valve control and hot gas heating (HCclHpu16)
Heating / Cooling coil 4-pipe system (HCcl4Pipe11)
Heating / Cooling coil 4-pipe system with supply air temperature control (HCcl4Pipe12)
Heating / Cooling coil 4-pipe system, 6-way valve (HCcl4Pipe13)
Heating / Cooling coil 4-pipe system, 6-way valve with supply air temperature control (HCcl4Pipe14)
Heating / Cooling coil 4-pipe, 6-way valve, two analog outputs via PL-Link (HCcl4Pipe15)
Heating / Cooling coil 4-pipe, 6-way valve, two analog outputs via PL-Link and supply air temperature control (HCcl4Pipe16)
Heating / Cooling coil single stage heat pump, one binary output with reversing valve control (HCclHpu12)
Heating / Cooling coil variable speed heat pump, one analog output with reversing valve control (HCclHpu11)
Heating coil
Electric heating coil, modulating output (HclEl11)
Electric heating coil with supply air temperature control, modulating output (HclEl12)
Electric heating coil single stage, one binary output (HclEl13)
Electric heating coil two stage, two binary outputs (HclEl14)
Electric heating coil three stage, three binary outputs (HclEl15)
Hot water heating coil (HclHw11)
Hot water heating coil with supply air temperature control (HclHw12)
Hot water heating coil, external flow control (HclHw13)
Radiator
Electric radiator, modulating with downdraft compensation (RadEl11)
Electric radiator, staged with downdraft compensation (RadEl12)
Hot water radiator with downdraft compensation (RadHw11)
Radiant ceiling
Ceiling heating with hot water (HcgHw11)
Chilled ceiling with chilled water (CcgChw11)
Chilled ceiling with chilled water, external flow control (CcgChw12)
Heated/Chilled ceiling 2-pipe (HCcg2Pipe11)
Heated/Chilled ceiling 2-pipe, external flow control (HCcg2Pipe12)
Heated/Chilled ceiling 4-pipe, 2 analog outputs (PL-Link) for 6-way valve (HCcg4Pipe15)
Heated/Chilled ceiling 4-pipe, 4 valves (HCcg4Pipe11)
Heated/Chilled ceiling 4-pipe, 6-way valve (HCcg4Pipe13)
Extract air VAV (variable air volume)
Extract air VAV box, external flow control (VavEx11)
Extract air VAV box, pressure sensor, duct area (VavEx12)
Extract air VAV box, pressure sensor, flow conversion (VavEx13)
Extract air VAV box, velocity sensor (VavEx14)
Extract air VAV box, pressure dependent control (VavEx15)
Supply air VAV (variable air volume)
Supply air VAV box, external flow control (VavSu11)
Supply air VAV box, pressure sensor, duct area (VavSu12)
Supply air VAV box, pressure sensor, flow conversion (VavSu13)
Supply air VAV box, velocity sensor (VavSu14)
Supply air VAV box, pressure dependent control (VavSu15)
Supply air VAV box, dual-duct, pressure sensor (VavSuDuald11)
Lighting
Brightness control
Lighting brightness switch (LgtBrgtSwi11)
Lighting brightness constant control (LgtConstCtl11)
Brightness control manager
Lighting brightness manager control (LgtCtlMst11)
Brightness control subordinate
Lighting brightness subordinate control (LgtCtlSlv11)
Green leaf
Lighting green leaf (LgtGrnLf11)
Human-centric lighting
Lighting human-centric lighting (LgtHcLgt11)
Influence on illuminance
Lighting influence on illuminance (LgtImncInfl11)
Lighting basic
Lighting basic, for integration (LgtBsc11)
Life cycle
Lighting life cycle (LgtLifeCyc11)
Local manual operation
Lighting local manual operation (LgtLocManOp11)
Presence operation
Lighting presence operation (LgtPscOp11)
Lighting presence operation (LgtPscOp12)
Shading
Central facade function for automatic
Shading central facade function (ShdCenFcd11)
Collision detector
Shading collision detection (ShdClsnDet11)
Daylight correction
Shading daylight correction (ShdDlgtCorr11)
Energy efficiency
Shading energy efficiency (ShdEngyEffcy11)
Anti-glare protection
Annual shading anti-glare protection 11 (ShdAnnGlrPrt11)
Shading anti-glare protection (ShdGlrPrt11)
Green leaf
Shading green leaf (ShdGrnLf11)
Local manual operation
Shading local manual operation (ShdLocManOp11)
Presence operation
Shading presence operation (ShdPscOp11)
Shading basic
Shading basic, for integration (ShdBsc11)
Auxiliary function
Universal control function [UCtlFnct]
Universal control function (UCtlFnct11 / UCtlFnct12)
06 Desigo Room Automation Inputs & Outputs
Analog inputs
Analog outputs
Binary inputs
Binary outputs
Blinds inputs
Blinds outputs
Lighting inputs
Lighting outputs
Multistate inputs
Multistate outputs
07 Desigo Room Automation Networked devices
DALI devices
Emergency lamps
Generic lamps
Specific lamps
Generic input devices
KNX PL-Link devices
Actuators
Blinds
HVAC
Lighting
I/O Blocks
Pushbuttons
RL 260/23
UP 211
UP 212
UP 213
UP 220/31
UP 221..
UP 222..
UP 223..
UP 285..
UP 286..
UP 287..
Room operator units
QMX2.P33
QMX2.P43
QMX3.P02
QMX3.P34
QMX3.P35H
QMX3.P36
QMX3.P37
QMX3.P38H
QMX3.P44
QMX3.P74
Sensors
AQR2570
AQR2576
QMX3.P30
QMX3.P40
QMX3.P70
UP 255D21
UP 258D..
09 CMN Function blocks
About FC and FB
Safety instructions
Target audience and prerequisites
General rules and information
Compare
CMP_MS: Comparison of multistate
CMP_R: Comparison of real values
CMP_RNG: Comparison multistate range
Control
CAS_CTR: Cascade controller
CONT_4ST: Step switch for 4 stages
CTR: Controller
FILTER: Attenuation filter
FILTER_H: Backlash
PID_CTR: PID controller
RATE_LIM: Rate-of-change limitation
SAVE_4V: Save 4 values (2 multistate, 2 real)
SEQLINK: Sequence linker
SWI_2P: On/off switch with adjustable switch-on and switch-off point
SWI_2PH: On/off switch with adjustable switch-on point and hysteresis
Convert
BIT_I: Conversion binary to integer value
DW_TI: Conversion DWord value to time
I_BIT: Conversion integer to binary value
I_LOGI: Conversion integer value to logic signals
LOGI_I: Conversion logic signals to integer value
MS_MS: Conversion multistate-multistate
PRIO_4BO: Priority range converter to 4 boolean
PRIO_CNV: Priority converter to 4 boolean
R_DI: Conversion real to double integer
R_I: Conversion real to integer
SWICNV_B: Switch converter to Boolean
SWICNV_M: Switch converter to multistate
TI_DW: Conversion time to DWord value
Counters
CNT_BO: Counter of 8 Boolean values
CNT_DN: Downward counter
CNT_UP: Upward counter
CNT_UPDN: Upward & downward counter
Flip-flop
RS_FF_FB: Reset flip-flop (RS flip-flop)
SR_FF_FB: Set flip-flop (SR flip-flop)
HVAC
HAC_EEI1: HVAC energy-efficiency indicator 1, rule 1
HCRV: Heating curve
HX_TPHI: Enthalpy & absolute humidity to temperature & relative humidity
RTHLD: Thermal room load analysis
SP_DTR: Setpoint determination
SP_TR: Determination room temperature setpoint
TPHI_HX: Temperature & relative humidity to enthalpy & absolute humidity
THLOAD: Thermal load analysis
Impulse
F_TRIG: Recognize negative edge and trigger impulse
R_TRIG: Recognize positive edge and trigger impulse
Infrastructure
CommonDB: Common Data-Block
RST_CNT: Restart counter
Interface
PAR_4V: Parameter 4 values (2 multistate, 2 real)
PAR_8BO: Parameter for 8 Boolean values
PAR_BO: Parameter boolean
PAR_I: Parameter integer
PAR_R: Parameter real
PAR_TI: Parameter time
Lighting
DLGT_FAC: Daylight factor calculation
LGT_CORR: Lighting correction, brightness and illuminance
LGT_CTL1: Lighting control 1,constant lighting control
LGT_PAR1: Lighting parameter 1, lighting control
LGT_STEP: Step value calculation for constant lighting control
[HCL] Human-centric lighting (HCL)
Management
AS_STTUP: Automation station start-up information
Mathematical functions advanced
AVE_TIME: Time-based average
AVERAGE: Average of 8 real values
CHAR_LIN: Linear characteristic curve
CHARFNCT: Characteristics
RANDOM: Random number generation
SOL_CNV: Solar radiation conversion
SOL_FCD: Solar function facade
SOL_POS: Calculation of solar position
Mathematical functions integer
ADD_DI: Addition double integer
ADD_I: Addition integer
MUL_DI: Multiplication double integer value
MUL_I: Multiplication integer
SUB_DI: Subtraction double integer
SUB_I: Subtraction integer
Mathematical functions real
ADD_R: Addition real
DIV_R: Division real
LIMIT_R: Limit of real value
MAX8_R: Maximum of 8 real values
MIN8_R: Minimum of 8 real values
MUL_R: Multiplication real
POW_XY: Power Y to base X
SUB_R: Subtraction real
Multiplexer
[DMUX_101] Demultiplexer 101, 15 real and multistate and bool values
DMUX8_BO: Demultiplexer 1 of 8 Boolean values
DMUX8_DI: Demultiplexer 1 of 8 double integer values
DMUX8_I: Demultiplexer 1 of 8 integer values
DMUX8_R: Demultiplexer 1 of 8 real values
ENSEL_4V: Enable selector for four values
ENSEL_BO: Enable selector boolean
ENSEL_MS: Enable selector multistate
ENSEL_R: Enable selector real
[MUX_101] Multiplexer 101, 15 real and multistate and bool values
MUX2_R: Multiplexer 1 of 2 real values
MUX4_R: Multiplexer 1 of 4 real values
MUX8_4V: Multiplexer 1 of 8 values, 4 val
MUX8_MS: Multiplexer 1 of 8 multistate values
MUX8_R: Multiplexer 1 of 8 real values
SEL_PID1: Selector 1 for PID; input , 1.FB
SEL_PID2: Selector 2 for PID; input , n.FB
SEL_PID3: Selector 3 for PID, output values.
SEL_VAL1: Selector 1 for values, input , 1.FB
SEL_VAL2: Selector 2 for values, input , n.FB
SEL_VAL3: Selector 3 for values, output values.
SELBO_2M: Boolean selector for 2 multistate values
SELBO_BO: Boolean selector for Boolean value
SELBO_DI: Boolean selector for double integer value
SELBO_I: Boolean selector for integer value
SELBO_MS: Boolean selector for multistate value
SELBO_R: Boolean selector for real value
SELBO_TI: Boolean selector for time
SELMS_4V: Multistate selector for four values
SELMS_BO: Multistate selector for boolean value
SELMS_DI: Multistate selector for double integer value
SELMS_I: Multistate selector for integer value
SELMS_MS: Multistate selector for multistate value
SELMS_R: Multistate selector for real value
SELMS_TI: Multistate selector for time
SELT_2R: Table value selection for 2 real values
SELT_8MS: Table value selection for 8 MS values
SELT_MS: Table value selection for MS value
SEQ_DIR:
SEQ_REV:
Shading
ADA_DLY: Adaption for anti-glare protection delay
CALC_AGL: Slat angle calculation from the position of the sun
CK_BLS: Consistency check centralized blinds values
SHD_EEI1: Shading energy efficiency indicator1, rule 1
SHD_EEI2: Shading energy efficiency indicator2, rule 2
SHD_PAR1: Shading parameter 1, energy efficiency
SHD_PAR2: Shading parameter 2, anti-glare protection
Timer functions
ADD_TI: Addition time
CYCLEGEN: Cycle pulse generator
DIV_TI_R: Division for time by real
DLY_BO: Delay for Boolean
DLY_I: Delay for Integer value
DYL_R: Delay for Real value
MUL_TI_R: Multiplication time with real
STPWATCH: Stop watch
SUB_TI: Subtraction time
SWI_DLY: Switch-on and off delay
TMR_FNCT: Pulse and delay
Universal functions
CHO_EEI: Changeover of energy efficiency indicator
CK_COV: Check change of value for 2 MS & 2 Real
CK_PRIO: Relapse check priority against the preference priority
SCN_COO: Scene coordinator for enable and memorize
XFBs
CLB_VNTR: Venturi valve calibration function
CMD_A: Command analog
CMD_AG: Command analog group
CMD_AX: Command multiple analog
CMD_B: Command binary
CMD_BG: Command binary group
CMD_BLS: Command blinds
CMD_BLSG: Command blinds group
CMD_BX: Command multiple binary
CMD_LGT: Command lighting
CMD_LGTG: Command lighting group
CMD_M: Command multistate
CMD_MG: Command multistate group
CMD_MX: Command multiple multistate
R_A: Read analog
R_AG: Read analog group
R_AX: Read multiple analog
R_B: Read binary
R_BG: Read binary group
R_BLSCMD: Read blinds command
R_BX: Read multiple binary
R_FTR: Read features
R_LGTCMD: Read lighting command
R_LGTX: Read multiple lighting
R_M: Read multistate
R_MG: Read multistate group
R_MNFTR: Read main feature
R_MX: Read multiple multistate
R_UNSG: Read unsigned
RC: Read configuration extension
RP_BOOL: Read boolean property
RP_REAL: Read real property
RP_UNSG: Read unsigned property
W_A: Write analog
W_AG: Write analog group
W_B: Write binary
W_BG: Write binary group
R_BLSX: Read multiple blinds
W_M: Write multistate
W_MG: Write multistate group
W_MPRVAL: Write multistate for present value
WP_BOOL: Write boolean property
WP_REAL: Write real property
WP_UNSG: Write unsigned property
XFB error codes
25 CET Basic application functions
Room functions
HVAC
Room pressure control
CET airflow tracking (CetAirFlTck11)
CET differential pressure air volume flow cascade (CetPFlCas11)
Room thermal power control
VAV room thermal power control (VavThPwrCtl11)
VAV ventilation control
Room pressurization VAV minimum ventilation (CetVavVntCtl11)
Room pressurization VAV minimum ventilation and demand-controlled ventilation DCV (CetVavVntCtl12)
Room pressurization VAV minimum ventilation and external demand-controlled ventilation DCV (CetVavVntCtl13)
Humidifier [Hum]
Humidification control (HumCtl11)
Room segment functions
HVAC
Supply air VAV (variable air volume)
CET supply air VAV box, external flow control (CetVavSu11)
CET supply air VAV box, pressure sensor, duct area (CetVavSu12)
CET supply air VAV box, pressure sensor, flow conversion (CetVavSu13)
CET supply air VAV box, velocity sensor (CetVavSu14)
CET supply air VAV box, pressure sensor, duct area, venturi valve (CetVavSu15)
Extract air VAV (variable air volume)
CET extract air VAV box, external flow control (CetVavEx11)
CET extract air VAV box, pressure sensor, duct area (CetVavEx12)
CET extract air VAV box, pressure sensor, flow conversion (CetVavEx13)
CET extract air VAV box, velocity sensor (CetVavEx14)
CET extract air VAV box, pressure sensor, duct area, venturi valve (CetVavEx15)
Cooling coil
CET chilled water cooling coil, thermal power control, supply air temperature control (CetCclChw12)
Heating coil
CET hot water heating coil, thermal power control, supply air temperature control (CetHclHw12)
Humidifier [Hum]
Humidifier (Hum11)
Humidifier, supply humidity control (Hum12)
Fume hood sash
Fume hood sash, single vertical and external (FhSash11)
Fume hood sash, double vertical and external (FhSash12)
Fume hood sash, walk-in and external (FhSash13)
Fume hood sash, external only (FhSash14)
Fume hood sash, single vertical (FhSash15)
Fume hood exhaust air setpoint
Fume hood exhaust air setpoint, sash area (FhSpEh11)
Fume hood exhaust air setpoint, exhaust level (FhSpEh12)
Fume hood exhaust air setpoint, face velocity and sash sensor (FhSpEh13)
Fume hood exhaust air setpoint, linear sash position (FhSpEh14)
Fume hood exhaust air setpoint, linear sash position and face velocity sensor (FhSpEh15)
Fume hood VAV exhaust air (variable air volume) [FhVavEh]
Fume hood exhaust air VAV box, pressure sensor, duct area (FhVavEh12)
Fume hood exhaust air VAV box, pressure sensor, flow conversion (FhVavEh13)
Fume hood exhaust air VAV box, velocity sensor (FhVavEh14)
Fume hood exhaust air VAV box, differential pressure sensor, duct area, internal airflow controller, venturi valve (FhVavEh15)
Fume hood operator display panel interface
Fume hood operator display panel interface, QMX3.P87 (FhOdpItf11)
Fume hood operator display panel interface, QMX3.P88 (FhOdpItf12)
Fume hood sash positioner
Fume hood sash positioner (FhSashPsnr11)
Fume hood stabilizing jet [FhStbJet]
Fume hood stabilizing jet (FhStbJet11)
Extraction arm [ExtrcEqp]
Extraction arm, no flow sensor (ExtrcEqp11)
Extraction arm, pressure sensor and duct area (ExtrcEqp12)
Extraction arm, pressure sensor and flow coefficient (ExtrcEqp13)
Extraction arm, velocity sensor and duct area (ExtrcEqp14)
26 CET Inputs & Outputs
Analog inputs
Analog outputs
Binary inputs
Binary outputs
27 CET Networked devices
KNX PL-Link devices
Operator display panel
QMX3.P87
QMX3.P88
Apogee name mapping
Hardware catalog
DXP2 and DXR2 compact
DXP2 and DXR2 IP product description
DXP2 and DXR2 IP properties
DXP2 and DXR2 MS/TP product description
DXP2 and DXR2 MS/TP properties
DXP2 and DXR2 I/O properties
Onboard I/O module properties
Data point properties
General
BA object
Channel configuration
AI for DXP2 and DXR2
AI without subsystem-specific extension
AI with Flow pressure measuring
AI with Measuring
AO for DXP2 and DXR2
AO without subsystem-specific extensions
BO 3-Pos without subsystem-specific extension
AO with Positioning
BO PWM with Pulse width modulation: constant period
BO PWM with Pulse width modulation: spring return
BO PWM with Pulse width modulation: thermal
BO PWM with Pulse width modulation: variable period
BO 3-Pos Triac with Three-position control
BI for DXP2 and DXR2
BI without subsystem-specific extension
BI with Switch on/off delay
BO for DXP2 and DXR2
BlsIn
LgtIn
MO for DXP2 and DXR2
MO without subsystem-specific extension
MO with Boost function
DXP and DXR rail
KNX rail properties
PXC3 modular
PXC3 product description
PXC3 properties
TX rail properties
KNX rail properties
DALI rail properties
KNX PL-Link devices
Room operator units
QMX2.P33, P43
QMX2.P33, P43 product description
QMX2.P33, P43 device properties
QMX2.P33, P43 template properties
QMX2.P33, P43 extension properties
QMX3.P36
QMX3.P36 product description
QMX3.P36 device properties
QMX3.P36 extension properties
QMX3.P02, P34, P37, P44, P74
QMX3.P02, P34, P37, P44, P74 product description
QMX3.P02, P34, P37, P44, P74 device properties
QMX3.P02, P34, P37, P44, P74 template properties
QMX3.P02, P34, P37, P44, P74 extension properties
QMX3.P87, P88
QMX3.P87, P88 product description
QMX3.P87, P88 device properties
QMX3.P87, P88 extension properties
QMX3.P35H, P38H
QMX3.P35H, P38H product description
QMX3.P35H, P38H device properties
Pushbuttons
DELTA i-system
DELTA i-system product description
DELTA i-system device properties
DELTA i-system extension properties
DELTA style
DELTA style product description
DELTA style device properties
DELTA style extension properties
Touch sensors glass
Touch sensors glass device properties
RL 260/23 - JB 260C23
RL 260/23 - JB 260C23 product description
RL 260/23 - JB 260C23 device properties
RL 260/23 - JB 260C23 extension properties
UP 220/31
UP 220 product description
UP 220 device properties
UP 220 extension properties
Actuators
Blinds actuators
Blinds actuators product description
Blinds actuators properties
Blinds actuators extension properties
HVAC actuators
HVAC actuators product description
HVAC actuators device properties
HVAC actuators extension properties
Lighting and binary outputs
Dimming actuators product description
Dimming actuators properties
Switching actuators product description
Switching actuators properties
Switching / dimming actuators product description
Switching / dimming actuators properties
Sensors
AQR25..
AQR25.. product description
AQR25.. properties
QMX3.P30, P40, P70
QMX3.P30, P40, P70 product description
QMX3.P30, P40, P70 properties
UP 255
UP 255 product description
UP 255 properties
UP 258
UP 258 product description
UP 258 device properties
UP 258 extension properties
I/O blocks
RXM21.1
RXM21.1 product description
RXM21.1 properties
RXM39.1
RXM39.1 product description
RXM39.1 properties
KNX accessories
Accessories product description
Accessories properties
KNX S-Mode devices
Properties of functions/channels
Application blocks
Analog inputs
Analog outputs
Digital
HVAC specific
Lighting specific
Multistate
Shading specific
DRA-specific
Generic not supported DPTs
DALI devices
Specific lamps
Fluorescent lamp
LED module
Direct current converter
Low-voltage halogen lamp
Switching function
Generic lamp properties
Emergency lamp properties
Generic input devices properties
Weather stations
Subsystem-specific extensions
Boost function (MO - subsystem-specific extension)
Configure: GxB111.9E/KN (PrphDev - subsystem-specific extension)
Configure: RL 260 (PrphDev - subsystem-specific extension)
Configure: UP 220 (PrphDev - subsystem-specific extension)
Configure: UP 258 (PrphDev - subsystem-specific extension)
Configure: QMX2.P33/43 (PrphDev - subsystem-specific extension)
Configure: QMX3.P34/37/44/74 (PrphDev - subsystem-specific extension)
Configure: QMX3.P87 (PrphDev - subsystem-specific extension)
Configure: QMX3.P88 (PrphDev - subsystem-specific extension)
DALI (FldBusMgmt - subsystem-specific extension)
Flow pressure measuring properties (AI - subsystem-specific extension)
KNX PL-Link (FldBusMgmt - subsystem-specific extension)
KNX PL-Link: FSA (APrcVal - subsystem-specific extension)
KNX PL-Link: SAB (BlsOut - subsystem-specific extension)
Measuring (AI - subsystem-specific extension)
Membrane pressure measuring properties (AI - subsystem-specific extension)
OSSC (MCalVal - subsystem-specific extension)
Positioning (AO - subsystem-specific extension)
Progress value (AO - subsystem-specific extension)
Room unit LED (KNX) (BlsIn - subsystem-specific extension)
Room unit LED (KNX) (LgtIn - subsystem-specific extension)
Switch on/off delay (BI - subsystem-specific extension)
Three-position control (AO - subsystem-specific extension)
TX-I/O (FldBusMgmt - subsystem-specific extension)
Venturi valve (MCalcVal - subsystem-specific extension)
VAV setpoint (AO - subsystem-specific extension)
Pulse width modulation: thermal (AO - subsystem-specific extension)
Room automation basics
Concepts in Desigo Room Automation
Operating modes for room, plant, and devices
Setpoint generation
Sequence of control sequences
Locks
Room/segment
Assignment of BA objects to xFB in the Room programming editor
Auto-connect
Assign/re-assign a BA object to an xFB
Remove BA object from corresponding interface in an application function
Central functions
Hierarchical grouping
Bundling supply AFs
Priorities
Alarming
BACnet basics
Alarming topology
Principle of operation
Preconfigured common alarms
Alarm configuration in Desigo CC (Desigo Room Automation and Apogee)
Alarm mapping in Desigo CC (example)
Lab
Pressurization for critical spaces
Ventilation for critical spaces
Airflow control for critical spaces
Airflow limits for critical spaces
Sash calibration and verification
Fume hood startup behavior
Air flow communication network (F-COM)
Human-Centric Lighting (HCL)
Human-Centric Lighting topology
Engineering of PX
Engineering of application type CenFnct11
Engineering of room segment lighting AF Lgt11
Units of measure, engineering units
Password policy
BACnet objects (Room Automation)
Physical input and output objects
Analog Input object (AI)
Flow pressure measuring properties (AI - subsystem-specific extension)
Measuring (AI - subsystem-specific extension)
Tacho impulse (AI - subsystem-specific extension)
Membrane pressure measuring properties (AI - subsystem-specific extension)
Analog Output object (AO)
Network-ADA (AO - subsystem-specific extension)
Positioning (AO - subsystem-specific extension)
Progress value (AO - subsystem-specific extension)
Pulse width mod.: const.period (AO - subsystem-specific extension)
Pulse width mod.: spring return (AO - subsystem-specific extension)
Pulse width mod.: var.period (AO - subsystem-specific extension)
Pulse width mod.: var.speed (AO - subsystem-specific extension)
Pulse width modulation: thermal (AO - subsystem-specific extension)
Three-phase stepper motor (AO - subsystem-specific extension)
Three-position control (AO - subsystem-specific extension)
VAV setpoint (AO - subsystem-specific extension)
Binary Input object (BI)
Switch on/off delay (BI - subsystem-specific extension)
Binary Output object (BO)
Multi-state Input object (MI)
Multi-state Output object (MO)
Boost function (MO - subsystem-specific extension)
Blinds Input object (BlsIn)
Room unit LED (KNX) (BlsIn - subsystem-specific extension)
Blinds Output object (BlsOut)
KNX PL-Link: SAB (BlsOut - subsystem-specific extension)
Lighting Input object (LgtIn)
Room unit LED (KNX) (LgtIn - subsystem-specific extension)
Analog Lighting Output object (LgtAOut)
Binary Lighting Output object (LgtBOut)
Emergency Lighting object (EmgLgt)
Value objects
Analog Calculated Value object (ACalcVal)
Integration (ACalcVal - subsystem-specific extension)
Analog Configuration Value object (ACnfVal)
Integration (ACnfVal - subsystem-specific extension)
Analog Process Value object (APrcVal)
KNX PL-Link: FSA (APrcVal - subsystem-specific extension)
Integration (APrcVal - subsystem-specific extension)
Binary Calculated Value object (BCalcVal)
Integration (BCalcVal - subsystem-specific extension)
Binary Configuration Value object (BCnfVal)
Integration (BCnfVal - subsystem-specific extension)
Binary Process Value object (BPrcVal)
Integration (BPrcVal - subsystem-specific extension)
Multi-state Calculated Value object (MCalcVal)
Venturi valve (MCalcVal - subsystem-specific extension)
Integration (MCalcVal - subsystem-specific extension)
OSSC (MCalVal - subsystem-specific extension)
Multi-state Configuration Value object (MCnfVal)
Integration (MCnfVal - subsystem-specific extension)
Multi-state Process Value object (MPrcVal)
Integration (MPrcVal -subsystem-specific extension)
Multi-state Trigger Value object (MTrgVal)
Integration (MTrgVal - subsystem-specific extension)
Unsigned Configuration Value object (UCnfVal)
Integration (UCnfVal - subsystem-specific extension)
Structured view objects
Device View object (DevView)
Functional View object (FnctView)
Collection View object (ColView)
Area View object (AreaView)
Network View object (NwkView)
Discovery configuration (NwkView - subsystem-specific extension)
Infrastructure View object (InfraView)
Favorite View object (FvrView)
Centralized command and grouping objects
Command Control object (CmdObj)
Group Manager object (GrpMaster)
Group Member object (GrpMbr)
System objects
Device object (DevObj)
Automation station view object (ASView)
Controller object (Controller)
Peripheral Device object (PrphDev)
Configure: GxB111.9E/KN (PrphDev - subsystem-specific extension)
Configure: QMX2.P33/43 (PrphDev - subsystem-specific extension)
Configure: QMX3.P34/37/44/74 (PrphDev - subsystem-specific extension)
Configure: QMX3.P87 (PrphDev - subsystem-specific extension)
Configure: QMX3.P88 (PrphDev - subsystem-specific extension)
Configure: RL 260 (PrphDev - subsystem-specific extension)
Configure: UP 220 (PrphDev - subsystem-specific extension)
Configure: UP 258 (PrphDev - subsystem-specific extension)
File object (FileObj)
Network port for IP (NwkPortIP)
Network port for MS/TP (NwkPortMSTP)
Certificate (Crtf)
Alarm and trend objects
Alarm history (AlmHistory)
Common Event Enrollment object (CmnEvtEnr)
Common Event object (CmnEvt)
Event Enrollment object (EvtEnr)
Device Alert object (DevAlert)
Notification Class object (NotifClass)
Trend Log object (TrndLogS)
Calendar (Calendar)
Schedule (Schedule)
System function objects
Diagnostics object (Diag)
Event Log object (EvtLog)
Program object (Pgm)
Feature Selection object (FtrSel)
DXR2.. Pins and addresses
DXR2.E09
DXR2.E09T
DXR2.E10
DXR2.M09
DXR2.M09T
DXR2.M10
DXR2.E12P and DXR2.E12PX
DXR2.E18
DXR2.M11
DXR2.M12P and DXR2.M12PX
DXR2.M18
PXC3 Pins and addresses
Desigo Control Point
ABT Site components
Project Manager
Projects
Settings
Adding projects
Duplicating project structure
Archiving projects
Restoring projects
Converting projects
Building
Building structure
Details pane
Building element details
Details pane of the device version ≤ 1.5
Details pane of the device version ≥ 1.6
Details pane room specific
Room and segment details
Application template details
Group member details
Defining a building structure
Adding devices
Add devices (Dialog box)
Adding multiple devices
Copying/duplicating devices
Duplicating devices
Copying devices from another building element
Copying devices from other projects
Moving devices
Moving room segments
Deleting devices
I/O assignment (Details pane)
Assigning I/O's
Assigning I/O's (areas)
Applying saved I/O assignments
Changing the certificate authority (None/internal/external)
Adding the serial number
Working with the calendar manager
Workflow calendar manager
Exporting the calendar information of the entire project
Activating the calendar manager
Configuring the calendar manager the first time (manually)
Configuring the calendar manager the first time (with Excel)
Synchronizing of the calendar objects
Reporting of the global calendar objects
Additional procedures
Adding a new calendar entry to an existing calendar manager
Modifying a calendar entry in an existing calendar manager
Delete a calendar entry in an existing calendar manager
Saving the calendar manager entries in an Excel table
Moving a calendar manager to another device
Verifying the entries in the global calendar object
Deleting the calendar manager
Creating data exports
Changing BACnet object instance numbers (CSV)
Changing BACnet object names (CSV)
Changing BACnet object properties (CSV)
TXB3.M tasks
Importing modules and I/Os (for TXB3.M only)
xml file structure
Basic rules for importing xml files
Exporting modules and I/Os (for TXB3.M only)
Modifying modules and data points (XML)
Adding TX-I/O modules to bus interface modules (for TXB3.M only)
Importing data
Assigning touch panels to operating and monitoring devices
Performing program simulation
Customizing BACnet object instance numbers
Pack & Go workflow
Creating a Pack & Go file
Importing Pack & Go files
Editing the Pack & Go project
Creating Pack & Return files
Importing Pack & Return files
Unlocking from Pack & Go
Central functions
Central functions basics
Grouping
Defining a central functions hierarchy
Moving central functions
Adding a central function
Assigning group members to group managers
Device list
Extended checks
Application & device overview
Updating device instances
Updating application templates and graphics libraries
Updating device versions
Updating text databases of devices
Updating engineering data on operating and monitoring devices
Changing application parameters
Splitting application templates
Changing an automation station configuration
Exporting application templates
Changing the device type (network or size)
Starting room programming
Discarding room programming
Moving device instance to new custom app type
Performing program simulation
Notification classes in the project
Verifying the notification classes in an existing device
Replacing a notification class template of a device
Upgrading the notification classes in an existing project from SVS300 to SVS400
Checking the notification class in an entire project
Creating a notification class report
Recipient list in the notification class object
Configuring the recipient list
Deleting a recipient list entry
Certificates management
Operational certificates
Certificate workflows
Working with web certificates
Defining the web project properties for the root certificate
Exporting the web root certificate
Renewing web internal operational certificate
Exporting a web operational certificate signing request
Importing a web operational certificate from an external CA
Importing an external web certificate
Creating a web certificate report
Web certificate with FQDN and external CA
Working with BACnet/SC certificates
Defining the BACnet/SC project properties for the root certificate
Exporting the BACnet/SC root certificate
Renewing BACnet/SC internal operational certificate
Exporting a BACnet/SC operational certificate signing request
Importing a BACnet/SC operational certificate from an external CA
Creating a BACnet/SC certificate report
Working with IEEE 802.1X certificates
Defining the IEEE 802.1X project properties for the root certificate
Exporting the IEEE 802.1X root certificate
Renewing the IEEE 802.1X internal operational certificate
Exporting an IEEE 802.1X operational certificate signing request
Importing an IEEE 802.1X operational certificate from an external CA
Creating an IEEE 802.1X certificate report
IEEE 802.1X certificate with FQDN and external CA
Network check
BACnet/SC
What is BACnet Secure Connect?
BACnet/SC certification management in the projects
ABT Site as CA when using internal certificates
ABT Site as CA with Desigo CC connection
ABT Site as CA with 3rd party BACnet devices
ABT Site as CA with ABT Go
ABT Site and devices signing with external CA
Creating a BACnet/SC network topology with building- and floor hub
1. Setting up the devices for IP communication
2. Configuring BACnet/SC within ABT Site
3. Setting up the devices for BACnet/SC
4. Signing ABT Site certificates for Desigo CC
5. Configuring Desigo CC
Additional procedures
Set ABT Site as BACnet/SC node
Set the BACnet/SC device back to BACnet/IP communication
Transition building from BACnet/IP to BACnet/SC
Step-by-step transition
All devices communicate via IP and BACnet/SC
Transition floor hub, 1st floor to BACnet/SC
Transitioning floor node, 1st floor to BACnet/SC
Transition Floor node, 2nd floor to BACnet/SC
Transition Floor hub, 2nd floor to BACnet/SC (BACnet/IP enabled - IP routing enabled)
Transition Floor hub, 2nd floor to BACnet/SC (BACnet/IP enabled - IP routing enabled)
Transition building hub to BACnet/SC
Transition building to BACnet/SC communication
Integrating Desigo Control Point IP in the BACnet/SC network
Integrating Desigo CC in the BACnet/SC network
Revising data communication between BACnet/SC – BACnet/IP
Behavior on the part of BACnet/IP and BACnet/SC
Affect of enabling BACnet/IP and BACnet/IP routing
BACnet/IP disabled – BACnet/IP routing enabled - Hub
Diagnostic BACnet/SC network with the Web interface
Checking hub connection
Checking node connection
Error list
Additional procedures
Disabling BACnet/IP communication
Unassign a hub from a building hub
Setting the certificate from internal to external
Activity states
Startup
Connect and disconnect
Connection types and network card settings
Configuring a network connection
Connecting to devices
Connecting directly to a room operator unit
Connecting via an Ethernet/IP network
Connecting via USB port
Connecting via a cloud connection
Configure and download
Discovering devices
Discovering IP devices
Discovering addressed MS/TP devices
Discovering unaddressed MS/TP devices
Addressing MS/TP devices
Showing cloud available devices
Manually configuring devices
Downloading device configurations
Downloading a control program to a device
Downloading an updated certificate to a device
Downloading Building X integration data
Engineering data on the device (EDoD)
Initial engineering/commissioning for devices with engineering data
Recurring engineering/commissioning of devices with engineering data stored
Use case 1: No offline ABT Site engineering data available on the PC/laptop (Work online)
Use case 2: Offline ABT Site project with engineering data (ED) available on the PC/laptop
Engineering data status information
Entering authentication credentials
Connecting to the web interface of the device
Setting the MS/TP Max server value
Setting MS/TP baud rate
MS/TP network limits
Uploading a device configuration
Uploading runtime instance data
Updating user profiles for engineered devices
Updating firmware of engineered devices
Repartitioning of DXR2 devices with device version V6.4
Saving diagnostic data
Saving commissioning data
Onboarding device to Building X
Onboarding checklist
Onboarding the device to cloud from Building X
Register Desigo PXC.. devices to Building X
Web interface operation
Edit device
Change custom name or custom description
Removing devices
Deleting devices
Select company
Close Devices application
Onboard & Engineering & Commissioning a device remotely
Manually configuring the device on premise
Onboarding the device on the Cloud
Off site engineering of the device in the office
Loading the device over the Cloud
Ethernet and USB port management
Bulk port management - Engineered devices tab
Port management - Discovered devices tab
Handover report for port settings
Global functions
Commanding
Releasing
Uploading report data
Creating uploaded data reports
Global commanding and reporting
Global commanding
Reporting
Creating and viewing balancing reports
Upgrading alarming
Export
Creating engineering data reports
Creating reports for uploaded data
Commissioning and diagnostics
Favorites (online)
Changing favorite parameters online
Mass commanding
Web interface
Configuration
Application selection
Adding project-specific application templates
Importing project-specific types
Application configuration
Configuring features (template)
Unlocking application templates
Dependencies
Default values
Show/hide parameter (dialog box)
Configuring default values (template)
I/O assignment (task)
Assigning I/O's (template)
Favorites
Creating a list of favorites
Generating a list of favorites automatically
Exporting and importing favorites
Customizing the parameters list
Duplicating and programming
Project navigation view
Working with the project navigation view
Device configuration view
Opening the template view
Configuring a room operator unit
Configuring a pushbutton device
Programming editor
Opening the Programming editor
Working with the Room programming editor
Navigating to charts and adding own logic to override an existing output
Changing calculation method of room temperature sensors
Creating own control program by using existing signals and control onboard I/O
Creating own control program by using I/Os in project navigation view
Creating own program on empty DXR2 controller
BACnet objects
BACnet objects editor procedures
Opening the BACnet objects editor
Adding data points
Monitoring BACnet objects
Commanding a BACnet object
Releasing a BACnet object
Configuring the properties of a data point
Room segment
Working with the room segment editor
Adding device
Deleting device
Exchanging device
Duplicating device
Managing group assignments for lights and blinds
Creating a trend
Creating an alarm
Creating a template
Room
Resources
Working with resources
Global library
Opening global library
Working with the global library
Online mode
Configuring and downloading to a device
Opening the Web interface
Going online with the Room programming editor
Overwriting values online
Installing HQ or RC libraries
Modifying template properties
Engineering
Device assignment
Assigning devices
I/O configuration
Basic engineering workflow
Creating plants and I/O data points
Creating plants
Creating I/O data points
Modifying object name to user defined object name
Replacing I/O data point of the same object type
Creating test point history during commissioning
TX-I/O rail engineering
Creating rails
Additional rail tasks
Working in the tabular rail view
Working in the graphical rail view
Rail properties window
Additional procedures
Using the new notification class for the alarm
Suppressing alarms during commissioning or maintenance
Additional Information
Device list
Showing data point limits when compiling
Modbus
Configuring Modbus gateway routing
Changing the unit identifier of Modbus TCP devices
Adding and configuring Modbus data points
Optimizing the network traffic
Importing ioopt files
Shift data point addresses
Function code and data type definition
Preparing Modbus meters for Desigo CC graphics
M-bus
M-bus topologies
M-bus online engineering
M-bus network scan
Assign/unassign a discovered device to the M-bus device
Set primary address for a M-bus device
M-bus tracing
Acknowledge a M-bus alarm
Reading and creating M-bus data points from online device data
M-bus offline engineering
Add a M-bus network
Add a device from the M-bus library
Add a device to M-bus network
Add a data point in M-bus (preset configuration)
Add a data point in M-bus (custom configuration, experts only)
Importing Ioopt files in M-bus
Preparing M-bus meters for Desigo CC graphics
M-bus data point addressing and configuration
M-bus modes
M-bus data point mapping
M-bus data information block (DIB)
M-bus value information block (VIB)
KNX PL-Link
QMX device integration
QMX integration workflow
Adding a QMX device
Configuring a QMX device
Adding the serial number to the QMX device (offline)
Configuring the display view of the QMX3 room operation unit
Replacing QMX3 hardware with QMX6 hardware
RDG2 device integration
RDG2 basic information
RDG200KN thermostat range on KNX PL-Link
Installation and technical details for KNX
Service and expert level parameters
RDG2 integration workflow
Adding and renaming RDG2 manager device
Configuring the RDG2 application type
Configuring a RDG2 window contact or/and presence detector
Configuring the RDG2 heating/cooling coil demand with zones
(Optional) Modifying the RDG2 device chart
Adding RDG2 subordinate devices
Duplicating RDG2 devices
Adding the serial number to the device (offline)
Adapting the RDG2 device chart with the window/presence detector contact
Defining the aggregation of the demand signal
Adapting the RDG2 device chart for heating/cooling demand
Preparing RDG2 devices for Desigo CC graphics
Workflow when RDG2 devices already are created
Workflow when RDG2 devices must be created first
Checking the RDG2 runtime version compatibility
Additional procedures
Assigning KNX PL-Link devices (online)
Handling shared objects
External KNX PL-Link power supply support
Front module display for AQR2570 and AQR2576 sensors
Enable/disable KNX/IP tunneling on DXR2 and PXC3
Presence detector integration workflow
Adding and renaming a presence detector manager
Configuring the presence detector manager
Adding presence detector subordinate devices
Configuring the presence detector subordinate
BACnet references
Creating BACnet references object
Create a BACnet reference manually
Create a BACnet reference from ABT Site projects
Create a BACnet reference from an EDE file import
Support EDE file import with encoding or separator
Supported BACnet object types and functions
Creating a reference in the programming editor
Managing BACnet references
Trend log object
Creating a trend log object - EDE import tab
Creating a trend log object - Projects tab
Creating a trend log object - Plants navigation view
Event enrollment object
Creating an event enrollment object - EDE import tab
Creating an event enrollment object - Projects tab
Creating an event enrollment object - Plants navigation view
Configuring event enrollment objects
Adapting custom state text for an event enrollment object
Example: Using outside air temperature over BACnet references
BACnet objects
Assigning hierarchical descriptions for BACnet objects
Set default descriptions
Sync BACnet trend log description and name with trended BACnet objects
Mass operation of properties
Mass operation of notification classes
Enabling an alarm on a BACnet property
Using the new notification class for the alarm
Creating a trendlog object
Creating an alarm on a BACnet object
Setting filters for BACnet objects
Configuring list of object property references within a scheduler object
Additional properties
Programming
BACnet objects list
Chart objects list
Plants navigation view
Working with the plant navigation view
Coordination folder
Watch table
Trend view
Working with Trend view
Additional Trend view procedures
Programming editor
Working with the Programming editor
Working with the Function configurator
First time configuration of HVAC module
Modifying a configured HVAC module
Exchanging data with plants on the same automation station
Accessing BACnet objects with function blocks
Creating BACnet objects to read values from or write values to BACnet
Creating BACnet value objects from the Library
Working with the device chart
Programming predefined room operation unit for KNX PL-Link (QMX)
Creating and programming adaptions for Modbus interface
Examples of programming
Running sequence of function blocks
Additional procedures
Replacing names and descriptions
Replacing charts in programming editor
Copy field devices to plant navigation view
Auto-connect and auto-create association of I/O data points and other BACnet objects to function blocks
Replacing I/Os manually in the project tree
Assigning BACnet objects to protected modules
Assigning BACnet objects in the Object view from Project tree to XFB
Defining option tags
Configuring a schedule
Modifying the Schedule default
User interface
Modifying a schedule
Copying one day's activities
Exception schedules
Exception schedules examples
Properties tab
BACnet properties tab
Element properties tab
Renaming elements
Showing and hiding pins
Control program read-only
Assigning group members to group managers
Assigning calendars to schedulers
Library
Working with the library
Working with the custom library
Working with the user library
Object naming
Creating custom state texts
Enabling intrinsic alarming
Duplicating I/O and Modbus objects
Using play/pause function
Icons
Reports
Types of reports
Advanced
Creating ABT Pro projects
ABT Pro
User designation
Creating project-specific user designations
Changing user-specific user designations
Importing user designations
Settings
Information
Address defaults
IP addressing
MS/TP addressing
BACnet properties
Device defaults
Checking the notification classes template in the project
Importing customized notification classes into the project
Pre-configuration file
User profiles
Users tab
Roles tab
Common settings tab
Access levels
Overview default user roles
Naming defaults
Object names tab
Room automation tab
Plant automation tab
User designation settings tab
Localization
I/O assignment templates
Number ranges
Setting group number ranges
Room ID follows device instance number
Certificates
Working with Web root certificates
Show details of a Web root certificate
Importing an alternative Web root certificate
Exporting signing certificates for Web
Regenerate Web internal root certificate
Exporting the certificate signing request for the Web intermediate root certificate
Importing the intermediate Web root certificate
Working with BACnet/SC root certificates
Show details of a BACnet/SC root certificate
Signing an external BACnet/SC CSR
Importing an alternative BACnet/SC root certificate
Exporting signing certificates for BACnet/SC
Deleting a temporary BACnet/SC root certificate
Regenerate BACnet/SC internal root certificate
Exporting the certificate signing request for the intermediate BACnet/SC root certificate
Importing the intermediate certificate signing request for the root certificate
Working with ABT Site BACnet/SC operational certificates
Show details of a ABT Site BACnet/SC certificate
Exporting for ABT Site a BACnet/SC operational certificate signing request
Importing for ABT Site an alternative BACnet/SC operational certificate
Regenerate for ABT Site a BACnet/SC internal operational certificate
Working with IEEE 802.1X root certificates
Show details of a IEEE 802.1X root certificate
Importing an alternative IEEE 802.1X root certificate
Exporting signing certificates for IEEE 802.1X
Regenerate IEEE 802.1X internal root certificate
Exporting the certificate signing request for the intermediate IEEE 802.1X root certificate
Importing the intermediate IEEE 802.1X root certificate
Checking for duplicate device properties
Video tutorials
Edition notice