Easy BACnet- Home
- BACnet points lists
- iSMA CONTROLLI
- MVE-2-RS / MVC-2-RS / EBV-2-RS valve actuators (BACnet MS/TP)
Valve actuator / energy valve · BACnet points list
iSMA CONTROLLI MVE-2-RS / MVC-2-RS / EBV-2-RS valve actuators (BACnet MS/TP) BACnet points list
Updated 12 November 2026
These Controlli valve actuators talk BACnet MS/TP (or Modbus RTU). The object list covers control type and valve configuration, flow and position curve points, temperature and delta-T setpoints for the energy-valve functions, supply and return temperatures, flow, power and heating/cooling energy with monthly history, event counters, error flags and the actuator clock. Which objects are active depends on the actuator model and the valve selected.
This page lists 158 BACnet objects for the iSMA CONTROLLI MVE-2-RS / MVC-2-RS / EBV-2-RS valve actuators (BACnet MS/TP) — 67 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from iSMA CONTROLLI’s own free documentation, linked below.
- Manufacturer
- iSMA CONTROLLI
- Model
- MVE-2-RS / MVC-2-RS / EBV-2-RS valve actuators (BACnet MS/TP)
- Equipment
- Valve actuator / energy valve
- Equipment type
- Valves & actuators
- BACnet objects
- 158 (67 writable)
- Transport
- BACnet MS/TP
- Firmware
- iC Actuator Configurator manual V1.3
- Also known as
- MVE-2-RS, MVC-2-RS, EBV-2-RS, iC Actuator Configurator, Controlli MVE, Controlli EBV energy valve, VLX energy valve
Reference only, provided as-is: verify against iSMA CONTROLLI’s current documentation and the live device before use. Not official iSMA CONTROLLI information. Terms of use.
BMS integration notes: iSMA CONTROLLI MVE-2-RS / MVC-2-RS / EBV-2-RS valve actuators (BACnet MS/TP)
Pick the control type (MV 0) and functions (MV 4), then read flow, supply and return temperature, delta T, power and energy. For energy-valve control write the delta-T or temperature setpoints (AV 37-48) and the design or maximum flow and power.
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 |
|---|---|---|---|
| MV 0 | TYPE OF CONTROL | Control type, 1 = Modbus/BACnet | Write |
| MV 4 | FUNCTIONS ENABLE | Function: BMS, temperature, delta T, power ... | Write |
| AV 37 | SETPOINT DELTA T CONTROL - HEATING | Delta-T setpoint, heating | Write |
| AV 13 | FEEDBACK | Feedback (valve position) | Read |
| AV 36 | INDICATED FLOW RATE | Indicated flow rate | Write |
| AV 52 | INSTANT POWER | Instant power | Read |
| MV 7 | ACTUATOR OPERATING MODE | Actuator operating mode | Read |
| BV 4 | ACTUATOR OPERATING MODE (ERROR) | Actuator in error | Read |
Enable & remote start
MV 0 TYPE OF CONTROL must be Modbus/BACnet for the actuator to follow network commands.
Watch out for
- Energy values are split over LSR/MSR rows in the manual; check how the actuator presents them over BACnet.
- BV 17/BV 18 force the valve fully closed/open and override control.
iSMA CONTROLLI MVE-2-RS / MVC-2-RS / EBV-2-RS valve actuators (BACnet MS/TP) 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.
| Description | States | |||||
|---|---|---|---|---|---|---|
| AV | 0 | UP TIME | Read | |||
| AV | 120 | PRESSURE SENSOR RESOLUTION | Only for EBV and MVE-2-RS with Custom Energy Valve | Write | ||
| MV | 9 | MAX. FLOW SETTING | Options depend on valve series (VLX1-5/VLX1P-5P or HF) | Write | ||
| MVmin | 0 | TYPE OF CONTROL | Write | 1=Modbus/BACnet, 2=0-10V, 3=2-10V, 4=0-5V (only for EBV/MVE-2-RS), 5=5-10V (only for EBV/MVE-2-RS), 6=2-6V (only for EBV/MVE-2-RS), 7=6-10V (only for EBV/MVE-2-RS), 8=Selected by dip | ||
| BV | 0 | DIRECT/REVERSE ACTION | Write | |||
| BV | 1 | FAILSAFE DIRECTION | Write | |||
| BV | 15 | TYPE OF STROKE (only for MVC-2-RS) | Write | |||
| BV | 2 | ENABLE CALIBRATION | Write | |||
| BV | 3 | JUMPER ENABLE (ER BOARD) | Visible only for EBV/MVE-2-RS | Write | ||
| MV | 1 | CHANGEOVER SETTING | Write | 1=Heating, 2=Cooling, 3=Automatic (depends on delta T) | ||
| MV | 2 | TEMPERATURE SENSOR SELECTION | Write | 1=T1 (supply), 2=T2 (return), 3=T1, T2 (delta T) | ||
| MV | 10 | ACTUATOR SPEED | MVC-2-RS only | Write | 1=5s/mm, 2=3s/mm | |
| MV | 3 | VALVE CHARACTERISTICS CONFIGURATION | Write | 1=Linear, 2=Equipercentage | ||
| MVmin | 4 | FUNCTIONS ENABLE | Write | 1=BMS, 2=Temperature control, 3=Temperature ΔT limit, 4=Temperature max limit, 5=Temperature min limit, 6=Power control, 7=Power limit | ||
| BV | 14 | FUNCTIONS ENABLE (ENERGY) | Write | |||
| MV | 5 | Functions status | Read | |||
| AV | 1 | MINIMUM OPENING VALVE | Write | |||
| AV | 2 | DIP SWITCH SETTING | Read | |||
| MV | 6 | VALVE TYPE | The visible options depend on the connected actuator | Write | 1=Generic, 2=Reserved, 3=Reserved, 4=Reserved, 5=Custom energy valve, 6=VLX6P, 7=VLX8P, 8=VLX1/VLX1P, 9=VLX2/VLX2P, 10=VLX3/VLX3P, 11=VLX4/VLX4P, 12=VLX5/VLX5P, 13=Custom PICV, 14=2FGB65B-EBV, 15=2FGB80B-EBV, 16=2FGB100B-EBV, 17=2FGB125B-EBV, 18=2FGB150B-EBV, 19=Reserved, 20=VLX2HF/VLX2PHF, 21=VLX3HF/VLX3PHF, 22=VLX4HF/VLX4PHF | |
| AV | 3 | VALVE STROKE (mm*100) | mm | Read | ||
| AV | 4 | OVER VOLTAGE EVENTS (24 v ac > 20%) (230 v > 10%) | Read | |||
| AV | 5 | UNDER VOLTAGE EVENTS (v ac < 20%) (230 v < 10%) | Read | |||
| AV | 6 | FULLY OPEN EVENTS | Read | |||
| AV | 7 | FULLY OPEN EVENTS | Read | |||
| AV | 8 | UNEXPECTED STALL CONDITION EVENTS (within calculated stroke) | Read | |||
| AV | 9 | UNEXPECTED STALL CONDITION EVENTS (outside calculated stroke) | Read | |||
| AV | 10 | VALVE STROKE ERROR > MAX (60 mm EBV/MVE-2-RS e 12 mm MVC-2-RS) | Read | |||
| AV | 11 | VALVE STROKE ERROR < MIN (5 mm EBV/MVE-2-RS e 2 mm MVC-2-RS) | Read | |||
| MVmin | 7 | ACTUATOR OPERATING MODE | Read | 1=Normal running, 2=Initial positioning, 3=Stroke calibration, 4=Fail safe, 5=Manual override | ||
| BVmin | 4 | ACTUATOR OPERATING MODE (ERROR) | Read | |||
| BV | 5 | TEMPERATURE SENSOR 1 ERROR | Read | |||
| BV | 6 | TEMPERATURE SENSOR 2 ERROR | Read | |||
| BV | 20 | PRESSURE SENSOR 1 ERROR | Read | |||
| BV | 21 | PRESSURE SENSOR 2 ERROR | Read | |||
| BV | 7 | CALIBRATED STROKE < MIN ERROR (5 mm for EBV/MVE-2-RS and 2 mm for MVC-2-RS) | Read | |||
| BV | 8 | CALIBRATED STROKE > MAX ERROR (60 mm for EBV/MVE-2-RS and 12 mm for MVC-2-RS) | Read | |||
| BV | 9 | UNEXPECTED STALL (INSIDE STROKE) ERROR | Read | |||
| BV | 10 | UNEXPECTED STALL (OUTSIDE STROKE) ERROR | Read | |||
| BV | 11 | UNDERVOLTAGE | Read | |||
| BV | 12 | OVERVOLTAGE | Read | |||
| BV | 13 | CLOCK ERROR | Read | |||
| BV | 16 | COUNTERS RESET | Write | |||
| AVmin | 13 | FEEDBACK | Read | |||
| AV | 14 | MAX. FLOW RATE | Write | |||
| AV | 15 | DESIGN FLOW RATE | Write | |||
| AI | 2 | INPUT PRESSURE VALUE | Available only for EBV and MVE-2-RS with Custom Energy Valve | Read | ||
| AI | 3 | OUTPUT PRESSURE VALUE | Available only for EBV and MVE-2-RS with Custom Energy Valve | Read | ||
| AV | 119 | DIFFERENTIAL PRESSURE | Available only for EBV and MVE-2-RS with Custom Energy Valve | Read | ||
| AV | 16 | FLOW RATE SP X1 | Read | |||
| AV | 17 | VALVE POSITION Y1 | Read | |||
| AV | 18 | FLOW RATE SP X2 | Write | |||
| AV | 19 | VALVE POSITION Y2 | Write | |||
| AV | 20 | FLOW RATE SP X3 | Write | |||
| AV | 21 | VALVE POSITION Y3 | Write | |||
| AV | 22 | FLOW RATE SP X4 | Write | |||
| AV | 23 | VALVE POSITION Y4 | Write | |||
| AV | 24 | FLOW RATE SP X5 | Write | |||
| AV | 25 | VALVE POSITION Y5 | Write | |||
| AV | 26 | FLOW RATE SP X6 | Write | |||
| AV | 27 | VALVE POSITION Y6 | Write | |||
| AV | 28 | FLOW RATE SP X7 | Write | |||
| AV | 29 | VALVE POSITION Y7 | Write | |||
| AV | 30 | FLOW RATE SP X8 | Write | |||
| AV | 31 | VALVE POSITION Y8 | Write | |||
| AV | 32 | FLOW RATE SP X9 | Write | |||
| AV | 34 | FLOW RATE SP X10 | Read | |||
| AV | 35 | VALVE POSITION Y10 | Read | |||
| AVmin | 36 | INDICATED FLOW RATE | Write | |||
| AVmin | 37 | SETPOINT DELTA T CONTROL - HEATING | Write | |||
| AV | 38 | SETPOINT DELTA T CONTROL - COOLING | Write | |||
| AV | 39 | SETPOINT SUPPLY TEMPERATURE CONTROL - HEATING | Write | |||
| AV | 40 | SETPOINT SUPPLY TEMPERATURE CONTROL - COOLING | Write | |||
| AV | 41 | SETPOINT RETURN TEMPERATURE CONTROL - HEATING | Write | |||
| AV | 42 | SETPOINT RETURN TEMPERATURE CONTROL - COOLING | Write | |||
| AV | 43 | SETPOINT MIN. DELTA T HEATING | Write | |||
| AV | 44 | SETPOINT MIN. DELTA T COOLING | Write | |||
| AV | 45 | SETPOINT MAX. SUPPLY TEMPERATURE - HEATING | Write | |||
| AV | 46 | SETPOINT MIN. SUPPLY TEMPERATURE - COOLING | Write | |||
| AV | 47 | SETPOINT MAX. RETURN TEMPERATURE - HEATING | Write | |||
| AV | 48 | SETPOINT MIN. RETURN TEMPERATURE - COOLING | Write | |||
| AV | 49 | DESIGN POWER | Write | |||
| AV | 50 | SET MAX. POWER LIMIT | Write | |||
| AI | 0 | SUPPLY TEMPERATURE VALUE | Writable in temperature test mode (BV 19) | Write | ||
| AI | 1 | RETURN TEMPERATURE VALUE | Writable in temperature test mode (BV 19) | Write | ||
| AV | 51 | DELTA T VALUE (T1 – T2) | Read | |||
| AVmin | 52 | INSTANT POWER | Read | |||
| AV | 53 | HEATING ENERGY (LSR) | Read | |||
| AV | 53 | HEATING ENERGY (MSR) | Read | |||
| AV | 54 | COOLING ENERGY (LSR) | Read | |||
| AV | 54 | COOLING ENERGY (MSR) | Read | |||
| AV | 55 | HEATING ENERGY AT 31/12 (MSR) | Read | |||
| AV | 56 | HEATING ENERGY AT VALUE 1 | Read | |||
| AV | 57 | HEATING ENERGY AT VALUE 2 | Read | |||
| AV | 58 | HEATING ENERGY AT VALUE 3 | Read | |||
| AV | 59 | HEATING ENERGY AT VALUE 4 | Read | |||
| AV | 60 | HEATING ENERGY AT VALUE 5 | Read | |||
| AV | 61 | HEATING ENERGY AT VALUE 6 | Read | |||
| AV | 62 | HEATING ENERGY AT VALUE 7 | Read | |||
| AV | 63 | HEATING ENERGY AT VALUE 8 | Read | |||
| AV | 64 | HEATING ENERGY AT VALUE 9 | Read | |||
| AV | 65 | HEATING ENERGY AT VALUE 10 | Read | |||
| AV | 66 | HEATING ENERGY AT VALUE 11 | Read | |||
| AV | 67 | HEATING ENERGY AT VALUE 12 | Read | |||
| AV | 68 | COOLING ENERGY AT 31/12 (LSR) | Read | |||
| AV | 68 | COOLING ENERGY AT 31/12 (MSR) | Read | |||
| AV | 69 | COOLING ENERGY VALUE 1 | Read | |||
| AV | 70 | COOLING ENERGY VALUE 2 | Read | |||
| AV | 71 | COOLING ENERGY VALUE 3 | Read | |||
| AV | 72 | COOLING ENERGY VALUE 4 | Read | |||
| AV | 73 | COOLING ENERGY VALUE 5 | Read | |||
| AV | 74 | COOLING ENERGY VALUE 6 | Read | |||
| AV | 75 | COOLING ENERGY VALUE 7 | Read | |||
| AV | 77 | COOLING ENERGY VALUE 9 | Read | |||
| AV | 78 | COOLING ENERGY VALUE 10 | Read | |||
| AV | 79 | COOLING ENERGY VALUE 11 | Read | |||
| AV | 80 | COOLING ENERGY VALUE 12 | Read | |||
| AV | 81 | CLOCK MINUTES | Write | |||
| AV | 82 | CLOCK HOURS | Write | |||
| AV | 83 | CLOCK DAY | Write | |||
| AV | 84 | CLOCK MONTH | Write | |||
| AV | 85 | CLOCK YEAR | Write | |||
| BV | 17 | FORCE FULLY CLOSE | Write | |||
| BV | 18 | FORCE FULLY OPEN | Write | |||
| BV | 19 | TEST TEMPERATURE MODE | Write | |||
| AV | 86 | MAX. POWER | Read-only for EBV/MVC-2-RS | Write | ||
| AV | 87 | MEDIA DENSITY | Write | |||
| AV | 88 | MEDIA SPECIFIC HEAT | Write | |||
| AV | 118 | DESIGN POWER DELTAT | Write | |||
| MV | 8 | LOOP TYPE (P, P+I, P+I+D) | Write | |||
| AV | 89 | DERIVATIVE TIME (GAIN) | Write | |||
| AV | 90 | INTEGRAL TIME (MINUTES) | min | Write | ||
| AV | 91 | PROPORTIONAL BANDWIDTH (°C*10) | °C | Write | ||
| AV | 92 | MONTH TIMESTAMP OF 31TH DECEMBER | Read | |||
| AV | 93 | YEAR TIMESTAMP OF 31TH DECEMBER | Read | |||
| AV | 94 | MONTH TIMESTAMP OF VALUE 1 | Read | |||
| AV | 95 | YEAR TIMESTAMP OF VALUE 1 | Read | |||
| AV | 96 | MONTH TIMESTAMP OF VALUE 2 | Read | |||
| AV | 97 | YEAR TIMESTAMP OF VALUE 2 | Read | |||
| AV | 98 | MONTH TIMESTAMP OF VALUE 3 | Read | |||
| AV | 99 | YEAR TIMESTAMP OF VALUE 3 | Read | |||
| AV | 100 | MONTH TIMESTAMP OF VALUE 4 | Read | |||
| AV | 101 | YEAR TIMESTAMP OF VALUE 4 | Read | |||
| AV | 102 | MONTH TIMESTAMP OF VALUE 5 | Read | |||
| AV | 103 | YEAR TIMESTAMP OF VALUE 5 | Read | |||
| AV | 104 | MONTH TIMESTAMP OF VALUE 6 | Read | |||
| AV | 105 | YEAR TIMESTAMP OF VALUE 6 | Read | |||
| AV | 106 | MONTH TIMESTAMP OF VALUE 7 | Read | |||
| AV | 107 | YEAR TIMESTAMP OF VALUE 7 | Read | |||
| AV | 108 | MONTH TIMESTAMP OF VALUE 8 | Read | |||
| AV | 109 | YEAR TIMESTAMP OF VALUE 8 | Read | |||
| AV | 110 | MONTH TIMESTAMP OF VALUE 9 | Read | |||
| AV | 111 | YEAR TIMESTAMP OF VALUE 9 | Read | |||
| AV | 112 | MONTH TIMESTAMP OF VALUE 10 | Read | |||
| AV | 113 | YEAR TIMESTAMP OF VALUE 10 | Read | |||
| AV | 114 | MONTH TIMESTAMP OF VALUE 11 | Read | |||
| AV | 115 | YEAR TIMESTAMP OF VALUE 11 | Read | |||
| AV | 116 | MONTH TIMESTAMP OF VALUE 12 | Read | |||
| AV | 117 | YEAR TIMESTAMP OF VALUE 12 | Read |
No points match these filters.
Object ID lookup: iSMA CONTROLLI MVE-2-RS / MVC-2-RS / EBV-2-RS valve actuators point IDs by name
AV0UP TIMEAV120PRESSURE SENSOR RESOLUTIONMV9MAX. FLOW SETTINGMV0TYPE OF CONTROLBV0DIRECT/REVERSE ACTIONBV1FAILSAFE DIRECTIONBV15TYPE OF STROKE (only for MVC-2-RS)BV2ENABLE CALIBRATIONBV3JUMPER ENABLE (ER BOARD)MV1CHANGEOVER SETTINGMV2TEMPERATURE SENSOR SELECTIONMV10ACTUATOR SPEEDMV3VALVE CHARACTERISTICS CONFIGURATIONMV4FUNCTIONS ENABLEBV14FUNCTIONS ENABLE (ENERGY)MV5Functions statusAV1MINIMUM OPENING VALVEAV2DIP SWITCH SETTINGMV6VALVE TYPEAV3VALVE STROKE (mm*100)AV4OVER VOLTAGE EVENTS (24 v ac > 20%) (230 v > 10%)AV5UNDER VOLTAGE EVENTS (v ac < 20%) (230 v < 10%)AV6FULLY OPEN EVENTSAV7FULLY OPEN EVENTSAV8UNEXPECTED STALL CONDITION EVENTS (within calculated stroke)AV9UNEXPECTED STALL CONDITION EVENTS (outside calculated stroke)AV10VALVE STROKE ERROR > MAX (60 mm EBV/MVE-2-RS e 12 mm MVC-2-RS)AV11VALVE STROKE ERROR < MIN (5 mm EBV/MVE-2-RS e 2 mm MVC-2-RS)MV7ACTUATOR OPERATING MODEBV4ACTUATOR OPERATING MODE (ERROR)BV5TEMPERATURE SENSOR 1 ERRORBV6TEMPERATURE SENSOR 2 ERRORBV20PRESSURE SENSOR 1 ERRORBV21PRESSURE SENSOR 2 ERRORBV7CALIBRATED STROKE < MIN ERROR (5 mm for EBV/MVE-2-RS and 2 mm for MVC-2-RS)BV8CALIBRATED STROKE > MAX ERROR (60 mm for EBV/MVE-2-RS and 12 mm for MVC-2-RS)BV9UNEXPECTED STALL (INSIDE STROKE) ERRORBV10UNEXPECTED STALL (OUTSIDE STROKE) ERRORBV11UNDERVOLTAGEBV12OVERVOLTAGEBV13CLOCK ERRORBV16COUNTERS RESETAV13FEEDBACKAV14MAX. FLOW RATEAV15DESIGN FLOW RATEAI2INPUT PRESSURE VALUEAI3OUTPUT PRESSURE VALUEAV119DIFFERENTIAL PRESSUREAV16FLOW RATE SP X1AV17VALVE POSITION Y1AV18FLOW RATE SP X2AV19VALVE POSITION Y2AV20FLOW RATE SP X3AV21VALVE POSITION Y3AV22FLOW RATE SP X4AV23VALVE POSITION Y4AV24FLOW RATE SP X5AV25VALVE POSITION Y5AV26FLOW RATE SP X6AV27VALVE POSITION Y6AV28FLOW RATE SP X7AV29VALVE POSITION Y7AV30FLOW RATE SP X8AV31VALVE POSITION Y8AV32FLOW RATE SP X9AV34FLOW RATE SP X10AV35VALVE POSITION Y10AV36INDICATED FLOW RATEAV37SETPOINT DELTA T CONTROL - HEATINGAV38SETPOINT DELTA T CONTROL - COOLINGAV39SETPOINT SUPPLY TEMPERATURE CONTROL - HEATINGAV40SETPOINT SUPPLY TEMPERATURE CONTROL - COOLINGAV41SETPOINT RETURN TEMPERATURE CONTROL - HEATINGAV42SETPOINT RETURN TEMPERATURE CONTROL - COOLINGAV43SETPOINT MIN. DELTA T HEATINGAV44SETPOINT MIN. DELTA T COOLINGAV45SETPOINT MAX. SUPPLY TEMPERATURE - HEATINGAV46SETPOINT MIN. SUPPLY TEMPERATURE - COOLINGAV47SETPOINT MAX. RETURN TEMPERATURE - HEATINGAV48SETPOINT MIN. RETURN TEMPERATURE - COOLINGAV49DESIGN POWERAV50SET MAX. POWER LIMITAI0SUPPLY TEMPERATURE VALUEAI1RETURN TEMPERATURE VALUEAV51DELTA T VALUE (T1 – T2)AV52INSTANT POWERAV53HEATING ENERGY (LSR)AV53HEATING ENERGY (MSR)AV54COOLING ENERGY (LSR)AV54COOLING ENERGY (MSR)AV55HEATING ENERGY AT 31/12 (MSR)AV56HEATING ENERGY AT VALUE 1AV57HEATING ENERGY AT VALUE 2AV58HEATING ENERGY AT VALUE 3AV59HEATING ENERGY AT VALUE 4AV60HEATING ENERGY AT VALUE 5AV61HEATING ENERGY AT VALUE 6AV62HEATING ENERGY AT VALUE 7AV63HEATING ENERGY AT VALUE 8AV64HEATING ENERGY AT VALUE 9AV65HEATING ENERGY AT VALUE 10AV66HEATING ENERGY AT VALUE 11AV67HEATING ENERGY AT VALUE 12AV68COOLING ENERGY AT 31/12 (LSR)AV68COOLING ENERGY AT 31/12 (MSR)AV69COOLING ENERGY VALUE 1AV70COOLING ENERGY VALUE 2AV71COOLING ENERGY VALUE 3AV72COOLING ENERGY VALUE 4AV73COOLING ENERGY VALUE 5AV74COOLING ENERGY VALUE 6AV75COOLING ENERGY VALUE 7AV77COOLING ENERGY VALUE 9AV78COOLING ENERGY VALUE 10AV79COOLING ENERGY VALUE 11AV80COOLING ENERGY VALUE 12AV81CLOCK MINUTESAV82CLOCK HOURSAV83CLOCK DAYAV84CLOCK MONTHAV85CLOCK YEARBV17FORCE FULLY CLOSEBV18FORCE FULLY OPENBV19TEST TEMPERATURE MODEAV86MAX. POWERAV87MEDIA DENSITYAV88MEDIA SPECIFIC HEATAV118DESIGN POWER DELTATMV8LOOP TYPE (P, P+I, P+I+D)AV89DERIVATIVE TIME (GAIN)AV90INTEGRAL TIME (MINUTES)AV91PROPORTIONAL BANDWIDTH (°C*10)AV92MONTH TIMESTAMP OF 31TH DECEMBERAV93YEAR TIMESTAMP OF 31TH DECEMBERAV94MONTH TIMESTAMP OF VALUE 1AV95YEAR TIMESTAMP OF VALUE 1AV96MONTH TIMESTAMP OF VALUE 2AV97YEAR TIMESTAMP OF VALUE 2AV98MONTH TIMESTAMP OF VALUE 3AV99YEAR TIMESTAMP OF VALUE 3AV100MONTH TIMESTAMP OF VALUE 4AV101YEAR TIMESTAMP OF VALUE 4AV102MONTH TIMESTAMP OF VALUE 5AV103YEAR TIMESTAMP OF VALUE 5AV104MONTH TIMESTAMP OF VALUE 6AV105YEAR TIMESTAMP OF VALUE 6AV106MONTH TIMESTAMP OF VALUE 7AV107YEAR TIMESTAMP OF VALUE 7AV108MONTH TIMESTAMP OF VALUE 8AV109YEAR TIMESTAMP OF VALUE 8AV110MONTH TIMESTAMP OF VALUE 9AV111YEAR TIMESTAMP OF VALUE 9AV112MONTH TIMESTAMP OF VALUE 10AV113YEAR TIMESTAMP OF VALUE 10AV114MONTH TIMESTAMP OF VALUE 11AV115YEAR TIMESTAMP OF VALUE 11AV116MONTH TIMESTAMP OF VALUE 12AV117YEAR TIMESTAMP OF VALUE 12
Integration notes
- Instance numbers restart for each object type. Many objects apply only to some models (MVE/MVC/EBV) or valve types; the description says which when the manual does.
- AV 53, AV 54 and AV 68 are each printed twice (LSR and MSR halves of an energy value); both rows are kept as printed.
- AV 6 and AV 7 are both printed as "FULLY OPEN EVENTS"; AV 33 (VALVE POSITION Y9) and AV 76 are missing from the table.
- Network Port objects (MAC address, baud rate) and Device-object clock properties are left out; the clock is also on AV 81-85.
- MV states are numbered here in table order; the manual lists the texts without numbers.
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 MVE-2-RS / MVC-2-RS / EBV-2-RS valve actuators (BACnet MS/TP) 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 iSMA CONTROLLI MVE-2-RS / MVC-2-RS / EBV-2-RS valve actuators (BACnet MS/TP)
How many BACnet points does the iSMA CONTROLLI MVE-2-RS / MVC-2-RS / EBV-2-RS valve actuators (BACnet MS/TP) have?
This list has 158 BACnet objects: 4 analog inputs, 121 analog values, 22 binary values, 11 multi-state values. The exact set on a given unit depends on its firmware, installed options and configuration.
Which iSMA CONTROLLI MVE-2-RS / MVC-2-RS / EBV-2-RS valve actuators (BACnet MS/TP) BACnet points are writable?
67 of the 158 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.
Where is the official iSMA CONTROLLI MVE-2-RS / MVC-2-RS / EBV-2-RS valve actuators (BACnet MS/TP) BACnet documentation?
The source is iC Actuator Configurator Manual V1.3 - BACnet Object, revision V1.3, published free by iSMA CONTROLLI at https://icdocs.ismacontrolli.com/en/ic-actuator-configurator/V1.3/bacnet-object.
What are the minimum BACnet points to integrate the iSMA CONTROLLI MVE-2-RS / MVC-2-RS / EBV-2-RS valve actuators (BACnet MS/TP)?
Start with MV 0 TYPE OF CONTROL (Control type, 1 = Modbus/BACnet); MV 4 FUNCTIONS ENABLE (Function: BMS, temperature, delta T, power ); AV 37 SETPOINT DELTA T CONTROL - HEATING (Delta-T setpoint, heating); AV 13 FEEDBACK (Feedback (valve position)); AV 36 INDICATED FLOW RATE (Indicated flow rate); AV 52 INSTANT POWER (Instant power); MV 7 ACTUATOR OPERATING MODE (Actuator operating mode); BV 4 ACTUATOR OPERATING MODE (ERROR) (Actuator in error).
How do I enable BMS control of the iSMA CONTROLLI MVE-2-RS / MVC-2-RS / EBV-2-RS valve actuators (BACnet MS/TP)?
MV 0 TYPE OF CONTROL must be Modbus/BACnet for the actuator to follow network commands.
How do I check these points on the real MVE-2-RS / MVC-2-RS / EBV-2-RS valve actuators (BACnet MS/TP)?
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 iSMA CONTROLLI BACnet points lists
- Room panel (thermostat display)
iSMA CONTROLLI Control Point room panel (incl. Control Point VAV)
iSMA CONTROLLI Control Point room panels, including the VAV version used with the iSMA-B-VAV14-IP controller.
Also known as: Control Point, iSMA Control Point, Control Point VAV, Control Point Software V1.1 - Fan coil unit controller
iSMA CONTROLLI iSMA-B-FCU fan coil controller (default application)
iSMA CONTROLLI iSMA-B-FCU fan coil controllers running the factory default FCU application.
Also known as: iSMA-B-FCU, iSMA-B-FCU-HH, iSMA-B-FCU-HL, iSMA-B-FCU-LL, DMP241en - Room panel (thermostat display)
iSMA CONTROLLI iSMA-B-LP room panel (BACnet MS/TP)
iSMA CONTROLLI iSMA-B-LP wall room panels with BACnet MS/TP firmware, with or without humidity and CO2 sensors.
Also known as: iSMA-B-LP, iSMA-B-LP-H, iSMA-B-LP-C, iSMA-B-LP-HC, LP BACnet - VAV box controller
iSMA CONTROLLI iSMA-B-VAV14-IP VAV controller (default VAV application)
iSMA CONTROLLI iSMA-B-VAV14-IP VAV controllers running the factory VAV application (manual V1.4.0).
Also known as: iSMA-B-VAV14-IP, VAV14-IP, iSMA VAV14, VAV14-IP default application - Room panel (thermostat display)
iSMA CONTROLLI Touch Point 2.0 room panel
iSMA CONTROLLI Touch Point 2.0 room panels (software manual V1.0.1).
Also known as: Touch Point 2.0, Touch Point ONE 2.0, iSMA Touch Point 2.0, TP2.0 - Room panel (thermostat display)
iSMA CONTROLLI Touch Point room panel
iSMA CONTROLLI Touch Point touch-button room panels (software manual V1.3), including the Touch Point VAV series.
Also known as: Touch Point, iSMA Touch Point, Touch Point VAV, Touch Point Software V1.3
Source: iC Actuator Configurator Manual V1.3 - BACnet Object · rev. V1.3. Object names, instances and units are reproduced as published; descriptions are our own.