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Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet)

Pump (CIF-Module BACnet interface) · BACnet points list

Wilo Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet) BACnet points list

Updated 4 November 2026

Short answer

The Stratos GIGA2.0 accepts a CIF-Module for BACnet MS/TP or, with the Ethernet Multiprotocol module, BACnet IP. The BMS writes on/off, control mode and a relative duty point, and keeps control alive with a bus command timer. It reports speed, power, head, calculated flow and energy, plus warning and error codes, and exposes override, preset (fallback) and auxiliary parameter sets. This list adds heat/cooling energy metering and two extra analog inputs (AI 48/49).

This page lists 127 BACnet objects for the Wilo Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet) — 30 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from Wilo’s own free documentation, linked below.

Manufacturer: Wilo
Model: Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet)
Equipment: Pump (CIF-Module BACnet interface)
Equipment type: VFDs & pumps
BACnet objects: 127 (30 writable)
Transport: BACnet MS/TP, BACnet IP
Firmware: CIF-Module 1.00-6.01 (EDE); datapoint list valid to 6.11
Also known as: Stratos GIGA2.0, Stratos GIGA2.0-I, Stratos GIGA2.0-D, CIF-Module BACnet MS/TP, CIF-Module Ethernet Multiprotocol, 2190367, 2211408
Source document: WILO BACnet - CIF-Module / IF-Module installation and operating instructions with functional description (datapoint list) and CIF-Module EDE files · wilo194261 (EDE: wilo254515 MS/TP, wilo666820 Ethernet) · rev. EDE 2024-09-23 (CIF-Module 1.00...6.01)

Download CSV 127 rows Download EDE B.I.G.-EU JSON Manufacturer PDF ↗ Compare with your scan Download Easy BACnet Mobile App Google Play

Reference only, provided as-is: verify against Wilo’s current documentation and the live device before use. Not official Wilo information. Terms of use.

BMS integration notes: Wilo Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet)

Integration in brief

Write the control mode (MO 0), the duty point setpoint in % (AO 0) and the on/off command (BO 0). To keep BMS control safe, write SET to the bus command timer (MO 1) more often than its timeout (AO 8, default 300 s); use SET_PRESET if the pump should load the Prs fallback values when the BMS goes quiet. Read status from BI 10, BI 13 and MI 1.

Minimum points to map

The short list most integrators start with — enough to run the unit from a BMS. Map more as the job needs.

Object	Name	Why	Access
BO 0	device/functionOnInp	Pump on/off command	Command
MO 0	controlFunctionInp	Control mode, e.g. dp-c, dp-v, constant speed	Command
AO 0	dutyPointRelInp	Duty point setpoint, % of the control range	Command
MO 1	busCmd.TimerInp,Act	Heartbeat: write SET (2) before the timeout	Command
BI 10	device/functionOnOut	Pump on	Read
BI 15	localOperationOut	Local override; BMS not in control	Read
AI 1	speedP01Out	Pump speed, rpm	Read
AI 4	powerInputOut	Electrical input power, W	Read
BI 13	errorPresentOut	Any active error	Read
MI 1	warning/errorMessageOut	Wilo error code	Read

Enable & remote start

Once the CIF-Module is set up, the pump's setpoint, control mode and on/off follow the values held in the module, not the local menu. BI 15 shows when a local action is overriding BMS control. MO 3 selects where the setpoint comes from (1 = IF-Module).

Heartbeat & communication loss

MO 1 bus command timer: write SET (2) again before the timeout in AO 8 (default 300 s). If it runs out the local menu is released and the display may show E50/E54; with SET_PRESET (6) the pump also loads the preset (Prs) on/off, control mode and duty point. Writing MANUAL (5) unlocks the local menu permanently; OFF (1) returns to the factory behaviour.

Sensors & values from the BMS

AO 9 / AO 10 accept reference temperatures T1/T2 from an external sensor and AO 11 an external sensor value; the selected values read back on AI 2009-2011.

Network setup

BACnet MS/TP: the bus address set in the pump menu is the MS/TP MAC; 0-127 = manager (default use), 128-254 = subordinate.
Baud rate is set with parameter A in the pump menu (9600 to 115200, plus 76800).
The device instance is entered in the pump menu as parameters C, E and F; how the number is split across them depends on the pump type (Wilo's datapoint list has a calculator).
CIF-Module Ethernet: extended settings via a web browser on port 80; default hostname is wilo- plus the ETH1 MAC address.

Watch out for

AO 0 is a relative duty point; its range is not always 0-100 % and 0 % does not mean off. AI 33 gives the value that equals 100 %, with its units in MI 33.
The flow reading (AI 2) is calculated and should not be used for closed-loop control.
Commandable objects use priority 16 as a floating default; relinquishing every priority returns the static relinquish default (BO 0 = off, AO 0 = 100 %).
BI 18 actuationLimitOut means the speed output is at a limit, so the pump cannot follow further changes in that direction.

Wilo Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet) BACnet objects

Type: AI, AO, AV, BI, BO, BV, MI/MO/MV (multi-state) · Access: Read read-only, Write writable, Command writable with a priority array.

Note: the source document has no read/write column, so access here is inferred from the object type (inputs read-only, values writable). Confirm on the live controller before writing.

127 of 127 shown

Type

Access

Units

Show

Wilo Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet) BACnet Points List
			Description			States
AI	0	dutyPointRelOut	Relative duty point the pump is running at	%	Read
AImin	1	speedP01Out	Speed of the master pump	rpm	Read
AI	2	flowOut	Flow (calculated; for monitoring only)	m³/h	Read
AI	3	pressureOut	Head/pressure at the pump (may be estimated)	bar	Read
AImin	4	powerInputOut	Electrical input power	W	Read
AI	5	temperatureFluid@DeviceOut	Fluid temperature measured at the pump	°C	Read
AI	6	operationTimeOut	Total run time	min	Read
AI	7	energyConsumptionOut	Total electrical energy used	kWh	Read
AI	8	speedMivAct	Lowest speed available for the setpoint	rpm	Read
AI	9	speedMavAct	Highest speed available for the setpoint	rpm	Read
AI	10	pressureMinPHdVarAct	Lowest head for dp-v (variable) control	bar	Read
AI	11	pressureMaxPHdVarAct	Highest head for dp-v (variable) control	bar	Read
AI	12	flowMavOut	Maximum flow (full speed, zero head)	m³/h	Read
AI	13	pressureMinPHdConstAct	Lowest head for dp-c (constant) control	bar	Read
AI	14	pressureMaxPHdConstAct	Highest head for dp-c (constant) control	bar	Read
AI	15	powerInputMavOut	Maximum electrical input power	W	Read
AI	16	temperat.FluidFwdOut	Supply (forward) fluid temperature	°C	Read
AI	17	temperat.FluidRetOut	Return fluid temperature	°C	Read
AI	18	analogIn1MeasuredValOut	Value measured at analog input 1		Read
AI	19	analogIn2MeasuredValOut	Value measured at analog input 2		Read
AI	20	powerHeatingOut	Heating power (supply warmer than return)	W	Read
AI	21	powerRefrigerationOut	Cooling power (supply colder than return)	W	Read
AI	22	energyHeatRrst.ableOut	Heat energy meter, resettable	kWh	Read
AI	23	energyHeatRrst.ableSttOut	Start time of resettable heat meter (Unix time)	s	Read
AI	24	energyRefrigRrst.ableOut	Cooling energy meter, resettable	kWh	Read
AI	25	energyRefrigRrst.ableSttOut	Start time of resettable cooling meter (Unix time)	s	Read
AI	26	energyHeat.TotalOut	Heat energy total	kWh	Read
AI	27	energyRefrig.TotalOut	Cooling energy total	kWh	Read
AI	28	voltageInputOut	Mains supply voltage	V	Read
AI	30	systemTimeOut	Pump system time (Unix epoch)	s	Read
AI	31	dutyPointRelMioAct	Lower limit of the active relative duty point	%	Read
AI	32	dutyPointRelMaoAct	Upper limit of the active relative duty point	%	Read
AI	33	dutyPoint100%ValAct	Value that equals 100 % duty point (active)		Read
AI	34	dutyPointRelAct	Active relative duty point (setpoint in use)	%	Read
AI	35	busCmd.TimerTimeRemain.Out	Time left on the bus command timer	s	Read
AI	36	flowLmiAct	Active lower flow limit	m³/h	Read
AI	37	flowLmaAct	Active upper flow limit	m³/h	Read
AI	38	flowLofAct	Active flow limit value (Lof)	m³/h	Read
AI	39	flowNominal4Ctrl.Fun.Act	Active nominal flow for flow-dependent control	m³/h	Read
AI	40	flowZeroSetpointRed.FactorAct	Active setpoint reduction at zero flow	%	Read
AI	48	analogIn3MeasuredValOut	Value measured at analog input 3		Read
AI	49	analogIn4MeasuredValOut	Value measured at analog input 4		Read
AI	50	pressureMavOut	Maximum head	bar	Read
AI	51	flowMivOut	Minimum flow (operating limit)	m³/h	Read
AI	1031	dutyPointRelMioLim	Lower limit of the duty point setting	%	Read
AI	1032	dutyPointRelMaoLim	Upper limit of the duty point setting	%	Read
AI	1033	dutyPoint100%ValLim	Value that equals 100 % duty point (limit)		Read
AI	1034	dutyPointRelSel	Selected relative duty point	%	Read
AI	1131	dutyPointRelMioPrsLim	Lower limit of the preset duty point	%	Read
AI	1132	dutyPointRelMaoPrsLim	Upper limit of the preset duty point	%	Read
AI	1133	dutyPoint100%ValPrsLim	Value that equals 100 % (preset duty point)		Read
AI	1231	dutyPointRelMioAuxLim	Lower limit of the auxiliary duty point	%	Read
AI	1232	dutyPointRelMaoAuxLim	Upper limit of the auxiliary duty point	%	Read
AI	1233	dutyPoint100%ValAuxLim	Value that equals 100 % (auxiliary duty point)		Read
AI	2009	temperat.ReferenceT1Sel	Selected reference temperature T1	°C	Read
AI	2010	temperat.ReferenceT2Sel	Selected reference temperature T2	°C	Read
AI	2011	sensorSignalSel	Selected external sensor value		Read
AI	2031	dutyPointRelMioSel	Lower limit of the selected duty point	%	Read
AI	2032	dutyPointRelMaoSel	Upper limit of the selected duty point	%	Read
AI	2033	dutyPoint100%ValSel	Value that equals 100 % (selected duty point)		Read
AOmin	0	dutyPointRelInp	Duty point setpoint from the BMS	%	Command
AO	5	pidKpInp,Act	PID gain (user-defined PID mode)		Command
AO	6	pidTiInp,Act	PID integral time	s	Command
AO	7	pidTdInp,Act	PID derivative time	s	Command
AO	8	busCmd.TimerTimeoutInp,Act	Bus command timer timeout	s	Command
AO	9	temperat.ReferenceT1Inp	Reference temperature T1 from external sensor	°C	Command
AO	10	temperat.ReferenceT2Inp	Reference temperature T2 from external sensor	°C	Command
AO	11	sensorSignalInp	External sensor value written by the BMS		Command
AO	36	flowLmiInp	Lower flow limit setting	m³/h	Command
AO	37	flowLmaInp	Upper flow limit setting	m³/h	Command
AO	38	flowLofInp	Flow limit value setting (Lof)	m³/h	Command
AO	39	flowNominal4Ctrl.Fun.Inp	Nominal flow for flow-dependent control	m³/h	Command
AO	40	flowZeroSetpointRed.FactorInp	Setpoint reduction at zero flow	%	Command
AO	100	dutyPointRelPrsInp,Lim	Preset duty point (startup / bus failure)	%	Command
AO	200	dutyPointRelAuxInp	Duty point for the auxiliary parameter set	%	Command
BI	0	device/functionOnAct	Active on/off command		Read
BI	1	overrideOffAct	Override OFF active (includes local Ext. Off)		Read
BI	2	overrideMaxAct	Override MAX active		Read
BI	3	overrideMinAct	Override MIN active		Read
BI	4	lowRegulationLimitOut	Running at the low control limit		Read
BI	5	highRegulationLimitOut	Running at the high control limit		Read
BI	6	setpointOutOfRangeAct	Setpoint out of range		Read
BI	7	setpointDifferenceOut	Setpoint not reached		Read
BI	8	autoNightModeOut	Automatic night setback running		Read
BI	9	ready4OperationOut	Ready for operation		Read
BImin	10	device/functionOnOut	Pump on		Read
BI	11	serviceRequiredOut	Service required		Read
BI	12	warningPresentOut	Warning present		Read
BImin	13	errorPresentOut	Error present		Read
BImin	15	localOperationOut	Local override; BMS commands not in control		Read
BI	16	externalSetpointOut	Setpoint from an external or preset source		Read
BI	17	overrideOnAct	Override ON active		Read
BI	18	actuationLimitOut	Pump at an actuation limit (pause the BMS PID)		Read
BI	19	autoNightModeAct	Automatic night setback enabled		Read
BI	2000	device/functionOnSel	Selected on/off command		Read
BOmin	0	device/functionOnInp	On/off command from the BMS		Command
BO	1	overrideOffInp	Override OFF (duty point 0 %)		Command
BO	2	overrideMaxInp	Override MAX (duty point 100 %)		Command
BO	3	overrideMinInp	Override MIN (minimum duty point)		Command
BO	17	overrideOnInp	Override ON		Command
BO	100	device/functionOnPrsInp,Lim	Preset on/off (startup / bus failure)		Command
BO	200	device/functionOnAuxInp	On/off for the auxiliary parameter set		Command
MI	0	controlFunctionAct	Active control mode		Read	1=Gen_Spd, 6=Gen_PHdConst, 7=Gen_PHdVar, 9=Gen_T, 10=Gen_TDiff, 13=Gen_UsrDfd, 15=INVALID, 16=HeatRadiator_PHd, 17=HeatRadiator_DA, 18=HeatRadiator_T, 19=HeatFloor_PHd, 20=HeatFloor_DA, 21=HeatFloor_T, 22=HeatCeiling_PHd, 23=HeatCeiling_DA, 24=HeatCeiling_T, 25=HeatFan_PHd, 26=HeatFan_DA, 27=HeatFan_T, 28=HeatB._T, 29=HeatB._TDiff, 30=HeatB._Acc.Flow, 31=HeatE._T, 32=HeatE._TDiff, 33=HeatE._Acc.Flow, 34=Heat_PHdConst, 35=Heat_PHdVar, 36=Heat_PHdExt, 37=Heat_DA, 38=Heat_VolFlow, 39=Heat_Acc.Flow, 40=Heat_T, 41=Heat_TDiff, 42=Heat_Spd, 43=CoolCeiling_PHd, 44=CoolCeiling_DA, 45=CoolCeiling_T, 46=CoolFloor_PHd, 47=CoolFloor_DA, 48=CoolFloor_T, 49=CoolFan_PHd, 50=CoolFan_DA, 51=CoolFan_T, 52=CoolB._T, 53=CoolB._TDiff, 54=CoolB._Acc.Flow, 55=CoolE._T, 56=CoolE._TDiff, 57=CoolE._Acc.Flow, 58=Cool_PHdConst, 59=Cool_PHdVar, 60=Cool_PHdExt, 61=Cool_DA, 62=Cool_VolFlow, 63=Cool_Acc.Flow, 64=Cool_T, 65=Cool_TDiff, 66=Cool_Spd, 68=SanW.Heat._TDiff, 69=SanL.S._T, 70=SanL.S._Acc.Flow, 71=San_PHdConst, 72=San_PHdVar, 73=San_PHdExternal, 74=San_VolFlow, 75=San_Acc.Flow, 76=San_T, 77=San_TDiff, 78=San_Spd, 79=Gen_PHdExt, 80=Gen_DA, 81=Gen_VolFlow, 82=Gen_Acc.Flow, 83=ScndPHdConst, 84=ScndPHdVar, 85=ScndFlow, 86=ScndSpd, 87=HeatConcrete_PHd, 88=HeatConcrete_DA, 90=HeatConcrete_Flow, 91=HeatBottle_Flow, 92=HeatMan_MFA, 93=HeatMan_Flow, 94=HeatTank_MFA, 95=HeatTank_Flow, 96=HeatExchanger_Flow, 97=HeatSource_TDiff, 98=HeatSource_Flow, 99=HeatDistrict_PHdConst, 100=HeatDistrict_PHdVar, 101=HeatDistrict_PHdExt, 102=CoolConcrete_PHd, 103=CoolConcrete_DA, 104=CoolConcrete_TDiff, 105=CoolConcrete_Flow, 106=CoolBottle_Flow, 107=CoolMan_MFA, 108=CoolMan_Flow, 109=CoolTank_MFA, 110=CoolTank_Flow, 111=CoolExchanger_Flow, 113=CoolCondensor_Flow, 114=CoolDistrict_PHdConst, 115=CoolDistrict_PHdVar, 116=CoolDistrict_PHdExt
MImin	1	warning/errorMessageOut	Current Wilo warning/error code		Read	Wilo error code: 1=NO_ERROR, value n = code E(n-1); full list in the Wilo datapoint list
MI	2	busCmd.TimerAct	Bus command timer state		Read	1=OFF, 2=SET, 3=ACTIVE, 4=RESET, 5=MANUAL, 6=SET_PRESET, 7=ACTIVE_PRESET, 8=RESET_PRESET, 9=MANUAL_PRESET, 10=INVALID
MI	3	setpointSignalSourceAct	Active setpoint source		Read	1=IF-Module, 6=Internal, 7=EXT 1, 8=EXT 2, 9=INVALID, 10=EXT 3, 11=EXT 4
MI	4	userTroubleCodeOut	Current Wilo trouble code (E400-E699)		Read	1=no error (CODE_0); value n = Wilo trouble code E(n-1), E400-E699
MI	18	analogIn1MeasuredValunitsOut	Units of the analog input 1 value		Read	5=V, 19=kWh, 47=W, 55=bar, 62=Cel, 63=K, 73=s, 80=m3, 95={noUnit}, 104=min-1, 135=m3/h
MI	19	analogIn2MeasuredValunitsOut	Units of the analog input 2 value		Read	5=V, 19=kWh, 47=W, 55=bar, 62=Cel, 63=K, 73=s, 80=m3, 95={noUnit}, 104=min-1, 135=m3/h
MI	33	dutyPointRelunitsAct	Units of the active duty point		Read	5=V, 19=kWh, 47=W, 55=bar, 62=Cel, 63=K, 73=s, 80=m3, 95={noUnit}, 104=min-1, 135=m3/h
MI	48	analogIn3MeasuredValunitsOut	Units of the analog input 3 value		Read	5=V, 19=kWh, 47=W, 55=bar, 62=Cel, 63=K, 73=s, 80=m3, 95={noUnit}, 104=min-1, 135=m3/h
MI	49	analogIn4MeasuredValunitsOut	Units of the analog input 4 value		Read	5=V, 19=kWh, 47=W, 55=bar, 62=Cel, 63=K, 73=s, 80=m3, 95={noUnit}, 104=min-1, 135=m3/h
MI	1003	setpointSignalSourceSel	Selected setpoint source		Read	1=IF-Module, 6=Internal, 7=EXT 1, 8=EXT 2, 9=INVALID, 10=EXT 3, 11=EXT 4
MI	1033	dutyPointRelunitsLim	Units of the duty point limits		Read	5=V, 19=kWh, 47=W, 55=bar, 62=Cel, 63=K, 73=s, 80=m3, 95={noUnit}, 104=min-1, 135=m3/h
MI	1133	dutyPointRelunitsPrsLim	Units of the preset duty point		Read	5=V, 19=kWh, 47=W, 55=bar, 62=Cel, 63=K, 73=s, 80=m3, 95={noUnit}, 104=min-1, 135=m3/h
MI	1233	dutyPointRelunitsAuxLim	Units of the auxiliary duty point		Read	5=V, 19=kWh, 47=W, 55=bar, 62=Cel, 63=K, 73=s, 80=m3, 95={noUnit}, 104=min-1, 135=m3/h
MI	2000	controlFunctionSel	Selected control mode		Read	1=Gen_Spd, 6=Gen_PHdConst, 7=Gen_PHdVar, 9=Gen_T, 10=Gen_TDiff, 13=Gen_UsrDfd, 15=INVALID, 16=HeatRadiator_PHd, 17=HeatRadiator_DA, 18=HeatRadiator_T, 19=HeatFloor_PHd, 20=HeatFloor_DA, 21=HeatFloor_T, 22=HeatCeiling_PHd, 23=HeatCeiling_DA, 24=HeatCeiling_T, 25=HeatFan_PHd, 26=HeatFan_DA, 27=HeatFan_T, 28=HeatB._T, 29=HeatB._TDiff, 30=HeatB._Acc.Flow, 31=HeatE._T, 32=HeatE._TDiff, 33=HeatE._Acc.Flow, 34=Heat_PHdConst, 35=Heat_PHdVar, 36=Heat_PHdExt, 37=Heat_DA, 38=Heat_VolFlow, 39=Heat_Acc.Flow, 40=Heat_T, 41=Heat_TDiff, 42=Heat_Spd, 43=CoolCeiling_PHd, 44=CoolCeiling_DA, 45=CoolCeiling_T, 46=CoolFloor_PHd, 47=CoolFloor_DA, 48=CoolFloor_T, 49=CoolFan_PHd, 50=CoolFan_DA, 51=CoolFan_T, 52=CoolB._T, 53=CoolB._TDiff, 54=CoolB._Acc.Flow, 55=CoolE._T, 56=CoolE._TDiff, 57=CoolE._Acc.Flow, 58=Cool_PHdConst, 59=Cool_PHdVar, 60=Cool_PHdExt, 61=Cool_DA, 62=Cool_VolFlow, 63=Cool_Acc.Flow, 64=Cool_T, 65=Cool_TDiff, 66=Cool_Spd, 68=SanW.Heat._TDiff, 69=SanL.S._T, 70=SanL.S._Acc.Flow, 71=San_PHdConst, 72=San_PHdVar, 73=San_PHdExternal, 74=San_VolFlow, 75=San_Acc.Flow, 76=San_T, 77=San_TDiff, 78=San_Spd, 79=Gen_PHdExt, 80=Gen_DA, 81=Gen_VolFlow, 82=Gen_Acc.Flow, 83=ScndPHdConst, 84=ScndPHdVar, 85=ScndFlow, 86=ScndSpd, 87=HeatConcrete_PHd, 88=HeatConcrete_DA, 90=HeatConcrete_Flow, 91=HeatBottle_Flow, 92=HeatMan_MFA, 93=HeatMan_Flow, 94=HeatTank_MFA, 95=HeatTank_Flow, 96=HeatExchanger_Flow, 97=HeatSource_TDiff, 98=HeatSource_Flow, 99=HeatDistrict_PHdConst, 100=HeatDistrict_PHdVar, 101=HeatDistrict_PHdExt, 102=CoolConcrete_PHd, 103=CoolConcrete_DA, 104=CoolConcrete_TDiff, 105=CoolConcrete_Flow, 106=CoolBottle_Flow, 107=CoolMan_MFA, 108=CoolMan_Flow, 109=CoolTank_MFA, 110=CoolTank_Flow, 111=CoolExchanger_Flow, 113=CoolCondensor_Flow, 114=CoolDistrict_PHdConst, 115=CoolDistrict_PHdVar, 116=CoolDistrict_PHdExt
MI	2033	dutyPointRelunitsSel	Units of the selected duty point		Read	5=V, 19=kWh, 47=W, 55=bar, 62=Cel, 63=K, 73=s, 80=m3, 95={noUnit}, 104=min-1, 135=m3/h
MI	2034	parameterSetSelectorSel	Parameter set in use		Read	1=norm, 2=aux, 3=preset
MOmin	0	controlFunctionInp	Control mode command from the BMS		Command	1=Gen_Spd, 6=Gen_PHdConst, 7=Gen_PHdVar, 9=Gen_T, 10=Gen_TDiff, 13=Gen_UsrDfd, 15=INVALID, 16=HeatRadiator_PHd, 17=HeatRadiator_DA, 18=HeatRadiator_T, 19=HeatFloor_PHd, 20=HeatFloor_DA, 21=HeatFloor_T, 22=HeatCeiling_PHd, 23=HeatCeiling_DA, 24=HeatCeiling_T, 25=HeatFan_PHd, 26=HeatFan_DA, 27=HeatFan_T, 28=HeatB._T, 29=HeatB._TDiff, 30=HeatB._Acc.Flow, 31=HeatE._T, 32=HeatE._TDiff, 33=HeatE._Acc.Flow, 34=Heat_PHdConst, 35=Heat_PHdVar, 36=Heat_PHdExt, 37=Heat_DA, 38=Heat_VolFlow, 39=Heat_Acc.Flow, 40=Heat_T, 41=Heat_TDiff, 42=Heat_Spd, 43=CoolCeiling_PHd, 44=CoolCeiling_DA, 45=CoolCeiling_T, 46=CoolFloor_PHd, 47=CoolFloor_DA, 48=CoolFloor_T, 49=CoolFan_PHd, 50=CoolFan_DA, 51=CoolFan_T, 52=CoolB._T, 53=CoolB._TDiff, 54=CoolB._Acc.Flow, 55=CoolE._T, 56=CoolE._TDiff, 57=CoolE._Acc.Flow, 58=Cool_PHdConst, 59=Cool_PHdVar, 60=Cool_PHdExt, 61=Cool_DA, 62=Cool_VolFlow, 63=Cool_Acc.Flow, 64=Cool_T, 65=Cool_TDiff, 66=Cool_Spd, 68=SanW.Heat._TDiff, 69=SanL.S._T, 70=SanL.S._Acc.Flow, 71=San_PHdConst, 72=San_PHdVar, 73=San_PHdExternal, 74=San_VolFlow, 75=San_Acc.Flow, 76=San_T, 77=San_TDiff, 78=San_Spd, 79=Gen_PHdExt, 80=Gen_DA, 81=Gen_VolFlow, 82=Gen_Acc.Flow, 83=ScndPHdConst, 84=ScndPHdVar, 85=ScndFlow, 86=ScndSpd, 87=HeatConcrete_PHd, 88=HeatConcrete_DA, 90=HeatConcrete_Flow, 91=HeatBottle_Flow, 92=HeatMan_MFA, 93=HeatMan_Flow, 94=HeatTank_MFA, 95=HeatTank_Flow, 96=HeatExchanger_Flow, 97=HeatSource_TDiff, 98=HeatSource_Flow, 99=HeatDistrict_PHdConst, 100=HeatDistrict_PHdVar, 101=HeatDistrict_PHdExt, 102=CoolConcrete_PHd, 103=CoolConcrete_DA, 104=CoolConcrete_TDiff, 105=CoolConcrete_Flow, 106=CoolBottle_Flow, 107=CoolMan_MFA, 108=CoolMan_Flow, 109=CoolTank_MFA, 110=CoolTank_Flow, 111=CoolExchanger_Flow, 113=CoolCondensor_Flow, 114=CoolDistrict_PHdConst, 115=CoolDistrict_PHdVar, 116=CoolDistrict_PHdExt
MOmin	1	busCmd.TimerInp,Act	Bus command timer (write SET before timeout)		Command	1=OFF, 2=SET, 3=ACTIVE, 4=RESET, 5=MANUAL, 6=SET_PRESET, 7=ACTIVE_PRESET, 8=RESET_PRESET, 9=MANUAL_PRESET, 10=INVALID
MO	3	setpointSignalSourceInp	Setpoint source selection		Command	1=IF-Module, 6=Internal, 7=EXT 1, 8=EXT 2, 9=INVALID, 10=EXT 3, 11=EXT 4
MO	34	parameterSetSelectorInp	Parameter set selection		Command	1=norm, 2=aux, 3=preset
MO	100	controlFunctionPrsInp,Lim	Preset control mode (startup / bus failure)		Command	1=Gen_Spd, 6=Gen_PHdConst, 7=Gen_PHdVar, 9=Gen_T, 10=Gen_TDiff, 13=Gen_UsrDfd, 15=INVALID, 16=HeatRadiator_PHd, 17=HeatRadiator_DA, 18=HeatRadiator_T, 19=HeatFloor_PHd, 20=HeatFloor_DA, 21=HeatFloor_T, 22=HeatCeiling_PHd, 23=HeatCeiling_DA, 24=HeatCeiling_T, 25=HeatFan_PHd, 26=HeatFan_DA, 27=HeatFan_T, 28=HeatB._T, 29=HeatB._TDiff, 30=HeatB._Acc.Flow, 31=HeatE._T, 32=HeatE._TDiff, 33=HeatE._Acc.Flow, 34=Heat_PHdConst, 35=Heat_PHdVar, 36=Heat_PHdExt, 37=Heat_DA, 38=Heat_VolFlow, 39=Heat_Acc.Flow, 40=Heat_T, 41=Heat_TDiff, 42=Heat_Spd, 43=CoolCeiling_PHd, 44=CoolCeiling_DA, 45=CoolCeiling_T, 46=CoolFloor_PHd, 47=CoolFloor_DA, 48=CoolFloor_T, 49=CoolFan_PHd, 50=CoolFan_DA, 51=CoolFan_T, 52=CoolB._T, 53=CoolB._TDiff, 54=CoolB._Acc.Flow, 55=CoolE._T, 56=CoolE._TDiff, 57=CoolE._Acc.Flow, 58=Cool_PHdConst, 59=Cool_PHdVar, 60=Cool_PHdExt, 61=Cool_DA, 62=Cool_VolFlow, 63=Cool_Acc.Flow, 64=Cool_T, 65=Cool_TDiff, 66=Cool_Spd, 68=SanW.Heat._TDiff, 69=SanL.S._T, 70=SanL.S._Acc.Flow, 71=San_PHdConst, 72=San_PHdVar, 73=San_PHdExternal, 74=San_VolFlow, 75=San_Acc.Flow, 76=San_T, 77=San_TDiff, 78=San_Spd, 79=Gen_PHdExt, 80=Gen_DA, 81=Gen_VolFlow, 82=Gen_Acc.Flow, 83=ScndPHdConst, 84=ScndPHdVar, 85=ScndFlow, 86=ScndSpd, 87=HeatConcrete_PHd, 88=HeatConcrete_DA, 90=HeatConcrete_Flow, 91=HeatBottle_Flow, 92=HeatMan_MFA, 93=HeatMan_Flow, 94=HeatTank_MFA, 95=HeatTank_Flow, 96=HeatExchanger_Flow, 97=HeatSource_TDiff, 98=HeatSource_Flow, 99=HeatDistrict_PHdConst, 100=HeatDistrict_PHdVar, 101=HeatDistrict_PHdExt, 102=CoolConcrete_PHd, 103=CoolConcrete_DA, 104=CoolConcrete_TDiff, 105=CoolConcrete_Flow, 106=CoolBottle_Flow, 107=CoolMan_MFA, 108=CoolMan_Flow, 109=CoolTank_MFA, 110=CoolTank_Flow, 111=CoolExchanger_Flow, 113=CoolCondensor_Flow, 114=CoolDistrict_PHdConst, 115=CoolDistrict_PHdVar, 116=CoolDistrict_PHdExt
MO	101	setpointSignalSourcePrsInp,Lim	Preset setpoint source (startup / bus failure)		Command	1=IF-Module, 6=Internal, 7=EXT 1, 8=EXT 2, 9=INVALID, 10=EXT 3, 11=EXT 4
MO	200	controlFunctionAuxInp	Control mode for the auxiliary parameter set		Command	1=Gen_Spd, 6=Gen_PHdConst, 7=Gen_PHdVar, 9=Gen_T, 10=Gen_TDiff, 13=Gen_UsrDfd, 15=INVALID, 16=HeatRadiator_PHd, 17=HeatRadiator_DA, 18=HeatRadiator_T, 19=HeatFloor_PHd, 20=HeatFloor_DA, 21=HeatFloor_T, 22=HeatCeiling_PHd, 23=HeatCeiling_DA, 24=HeatCeiling_T, 25=HeatFan_PHd, 26=HeatFan_DA, 27=HeatFan_T, 28=HeatB._T, 29=HeatB._TDiff, 30=HeatB._Acc.Flow, 31=HeatE._T, 32=HeatE._TDiff, 33=HeatE._Acc.Flow, 34=Heat_PHdConst, 35=Heat_PHdVar, 36=Heat_PHdExt, 37=Heat_DA, 38=Heat_VolFlow, 39=Heat_Acc.Flow, 40=Heat_T, 41=Heat_TDiff, 42=Heat_Spd, 43=CoolCeiling_PHd, 44=CoolCeiling_DA, 45=CoolCeiling_T, 46=CoolFloor_PHd, 47=CoolFloor_DA, 48=CoolFloor_T, 49=CoolFan_PHd, 50=CoolFan_DA, 51=CoolFan_T, 52=CoolB._T, 53=CoolB._TDiff, 54=CoolB._Acc.Flow, 55=CoolE._T, 56=CoolE._TDiff, 57=CoolE._Acc.Flow, 58=Cool_PHdConst, 59=Cool_PHdVar, 60=Cool_PHdExt, 61=Cool_DA, 62=Cool_VolFlow, 63=Cool_Acc.Flow, 64=Cool_T, 65=Cool_TDiff, 66=Cool_Spd, 68=SanW.Heat._TDiff, 69=SanL.S._T, 70=SanL.S._Acc.Flow, 71=San_PHdConst, 72=San_PHdVar, 73=San_PHdExternal, 74=San_VolFlow, 75=San_Acc.Flow, 76=San_T, 77=San_TDiff, 78=San_Spd, 79=Gen_PHdExt, 80=Gen_DA, 81=Gen_VolFlow, 82=Gen_Acc.Flow, 83=ScndPHdConst, 84=ScndPHdVar, 85=ScndFlow, 86=ScndSpd, 87=HeatConcrete_PHd, 88=HeatConcrete_DA, 90=HeatConcrete_Flow, 91=HeatBottle_Flow, 92=HeatMan_MFA, 93=HeatMan_Flow, 94=HeatTank_MFA, 95=HeatTank_Flow, 96=HeatExchanger_Flow, 97=HeatSource_TDiff, 98=HeatSource_Flow, 99=HeatDistrict_PHdConst, 100=HeatDistrict_PHdVar, 101=HeatDistrict_PHdExt, 102=CoolConcrete_PHd, 103=CoolConcrete_DA, 104=CoolConcrete_TDiff, 105=CoolConcrete_Flow, 106=CoolBottle_Flow, 107=CoolMan_MFA, 108=CoolMan_Flow, 109=CoolTank_MFA, 110=CoolTank_Flow, 111=CoolExchanger_Flow, 113=CoolCondensor_Flow, 114=CoolDistrict_PHdConst, 115=CoolDistrict_PHdVar, 116=CoolDistrict_PHdExt
MO	203	setpointSignalSourceAuxInp	Setpoint source for the auxiliary set		Command	1=IF-Module, 6=Internal, 7=EXT 1, 8=EXT 2, 9=INVALID, 10=EXT 3, 11=EXT 4

Object ID lookup: Wilo Stratos GIGA2.0 point IDs by name

AI0dutyPointRelOut
AI1speedP01Out
AI2flowOut
AI3pressureOut
AI4powerInputOut
AI5temperatureFluid@DeviceOut
AI6operationTimeOut
AI7energyConsumptionOut
AI8speedMivAct
AI9speedMavAct
AI10pressureMinPHdVarAct
AI11pressureMaxPHdVarAct
AI12flowMavOut
AI13pressureMinPHdConstAct
AI14pressureMaxPHdConstAct
AI15powerInputMavOut
AI16temperat.FluidFwdOut
AI17temperat.FluidRetOut
AI18analogIn1MeasuredValOut
AI19analogIn2MeasuredValOut
AI20powerHeatingOut
AI21powerRefrigerationOut
AI22energyHeatRrst.ableOut
AI23energyHeatRrst.ableSttOut
AI24energyRefrigRrst.ableOut
AI25energyRefrigRrst.ableSttOut
AI26energyHeat.TotalOut
AI27energyRefrig.TotalOut
AI28voltageInputOut
AI30systemTimeOut
AI31dutyPointRelMioAct
AI32dutyPointRelMaoAct
AI33dutyPoint100%ValAct
AI34dutyPointRelAct
AI35busCmd.TimerTimeRemain.Out
AI36flowLmiAct
AI37flowLmaAct
AI38flowLofAct
AI39flowNominal4Ctrl.Fun.Act
AI40flowZeroSetpointRed.FactorAct
AI48analogIn3MeasuredValOut
AI49analogIn4MeasuredValOut
AI50pressureMavOut
AI51flowMivOut
AI1031dutyPointRelMioLim
AI1032dutyPointRelMaoLim
AI1033dutyPoint100%ValLim
AI1034dutyPointRelSel
AI1131dutyPointRelMioPrsLim
AI1132dutyPointRelMaoPrsLim
AI1133dutyPoint100%ValPrsLim
AI1231dutyPointRelMioAuxLim
AI1232dutyPointRelMaoAuxLim
AI1233dutyPoint100%ValAuxLim
AI2009temperat.ReferenceT1Sel
AI2010temperat.ReferenceT2Sel
AI2011sensorSignalSel
AI2031dutyPointRelMioSel
AI2032dutyPointRelMaoSel
AI2033dutyPoint100%ValSel
AO0dutyPointRelInp
AO5pidKpInp,Act
AO6pidTiInp,Act
AO7pidTdInp,Act
AO8busCmd.TimerTimeoutInp,Act
AO9temperat.ReferenceT1Inp
AO10temperat.ReferenceT2Inp
AO11sensorSignalInp
AO36flowLmiInp
AO37flowLmaInp
AO38flowLofInp
AO39flowNominal4Ctrl.Fun.Inp
AO40flowZeroSetpointRed.FactorInp
AO100dutyPointRelPrsInp,Lim
AO200dutyPointRelAuxInp
BI0device/functionOnAct
BI1overrideOffAct
BI2overrideMaxAct
BI3overrideMinAct
BI4lowRegulationLimitOut
BI5highRegulationLimitOut
BI6setpointOutOfRangeAct
BI7setpointDifferenceOut
BI8autoNightModeOut
BI9ready4OperationOut
BI10device/functionOnOut
BI11serviceRequiredOut
BI12warningPresentOut
BI13errorPresentOut
BI15localOperationOut
BI16externalSetpointOut
BI17overrideOnAct
BI18actuationLimitOut
BI19autoNightModeAct
BI2000device/functionOnSel
BO0device/functionOnInp
BO1overrideOffInp
BO2overrideMaxInp
BO3overrideMinInp
BO17overrideOnInp
BO100device/functionOnPrsInp,Lim
BO200device/functionOnAuxInp
MI0controlFunctionAct
MI1warning/errorMessageOut
MI2busCmd.TimerAct
MI3setpointSignalSourceAct
MI4userTroubleCodeOut
MI18analogIn1MeasuredValunitsOut
MI19analogIn2MeasuredValunitsOut
MI33dutyPointRelunitsAct
MI48analogIn3MeasuredValunitsOut
MI49analogIn4MeasuredValunitsOut
MI1003setpointSignalSourceSel
MI1033dutyPointRelunitsLim
MI1133dutyPointRelunitsPrsLim
MI1233dutyPointRelunitsAuxLim
MI2000controlFunctionSel
MI2033dutyPointRelunitsSel
MI2034parameterSetSelectorSel
MO0controlFunctionInp
MO1busCmd.TimerInp,Act
MO3setpointSignalSourceInp
MO34parameterSetSelectorInp
MO100controlFunctionPrsInp,Lim
MO101setpointSignalSourcePrsInp,Lim
MO200controlFunctionAuxInp
MO203setpointSignalSourceAuxInp

Integration notes

Object list taken from Wilo's EDE file for this pump (CIF-Module BACnet MS/TP and Ethernet Multiprotocol files list the same objects); names follow Wilo's datapoint list.
Objects ending Prs are preset (startup / bus-failure fallback) values; objects ending Aux belong to the auxiliary parameter set chosen with MO 34.
A few objects (e.g. AI 50, AI 51) need CIF-Module firmware 5.01 or later. Wilo's Ethernet Multiprotocol EDE shortens a few names (e.g. busCmd.TimerAct for MO 1, controlFunctionPrsLim for MO 100); names here follow the MS/TP EDE and the datapoint list.
Multistate state lists show the values Wilo marks as supported for this pump; error-code objects use Wilo's E-code numbering (value = code + 1).
AI 20-27 report heating and cooling power and energy for the measured hydronic circuit.

Check it against the live device. A points list tells you what the controller can expose; the unit in front of you may differ by firmware or installed options. This list is provided as-is for reference only and may contain mistakes — confirming it before you write, map or commission anything is up to you (terms). Easy BACnet scans a network for BACnet IP devices from an Android phone, reads every object on the Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet) and exports what it actually has to Excel — free. New to BACnet? Start with what a BACnet points list is and what the object types mean.

Questions about the Wilo Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet)

How many BACnet points does the Wilo Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet) have?

This list has 127 BACnet objects: 60 analog inputs, 15 analog outputs, 20 binary inputs, 7 binary outputs, 17 multi-state inputs, 8 multi-state outputs. The exact set on a given unit depends on its firmware, installed options and configuration.

Which Wilo Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet) BACnet points are writable?

30 of the 127 objects accept a write. Points marked Command have a priority array: a write holds until it is released, so release it back to automatic when you are done. The source has no read/write column, so this is inferred from object type.

Where is the official Wilo Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet) BACnet documentation?

The source is WILO BACnet - CIF-Module / IF-Module installation and operating instructions with functional description (datapoint list) and CIF-Module EDE files (wilo194261 (EDE: wilo254515 MS/TP, wilo666820 Ethernet)), revision EDE 2024-09-23 (CIF-Module 1.00...6.01), published free by Wilo at https://cms.media.wilo.com/cdndoc/wilo194261/11516096/wilo194261.html.

What are the minimum BACnet points to integrate the Wilo Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet)?

Start with BO 0 device/functionOnInp (Pump on/off command); MO 0 controlFunctionInp (Control mode, e.g. dp-c, dp-v, constant speed); AO 0 dutyPointRelInp (Duty point setpoint, % of the control range); MO 1 busCmd.TimerInp,Act (Heartbeat: write SET (2) before the timeout); BI 10 device/functionOnOut (Pump on); BI 15 localOperationOut (Local override; BMS not in control); AI 1 speedP01Out (Pump speed, rpm); AI 4 powerInputOut (Electrical input power, W); BI 13 errorPresentOut (Any active error); MI 1 warning/errorMessageOut (Wilo error code).

How do I enable BMS control of the Wilo Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet)?

Does the Wilo Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet) need a BACnet heartbeat or have a communication timeout?

Can the BMS supply sensor values to the Wilo Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet)?

AO 9 / AO 10 accept reference temperatures T1/T2 from an external sensor and AO 11 an external sensor value; the selected values read back on AI 2009-2011.

How do I check these points on the real Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet)?

Scan the network with a BACnet IP browser such as Easy BACnet, open the device and compare its object list with this table. Anything missing is usually an option that isn't installed or a point that is disabled in the controller's configuration.

More Wilo BACnet points lists

Source: WILO BACnet - CIF-Module / IF-Module installation and operating instructions with functional description (datapoint list) and CIF-Module EDE files · wilo194261 (EDE: wilo254515 MS/TP, wilo666820 Ethernet) · rev. EDE 2024-09-23 (CIF-Module 1.00...6.01). Object names, instances and units are reproduced as published; descriptions are our own.

Wilo Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet) BACnet points list

BMS integration notes: Wilo Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet)

Minimum points to map

Enable & remote start

Heartbeat & communication loss

Sensors & values from the BMS

Network setup

Watch out for

Wilo Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet) BACnet objects

Integration notes

Questions about the Wilo Stratos GIGA2.0 (CIF-Module BACnet MS/TP / Ethernet)

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