BACnet Interface
DALI's channels, groups, lamps, and scenes are accessible through BACnet standard objects such as Analog Output, Analog Input, Multi-State Output, etc. The light sensors and occupancy sensors are also accessible via objects of the Analog Input and Binary Input types.
Device Object
List of available properties for this object.
| Property Identifier | Property ID | Property Datatype | Conformance Code |
|---|---|---|---|
| Object_Identifier | 75 | BACnetObjectIdentifier | W |
| Object_Name | 77 | CharacterString | R |
| Object_Type | 79 | BACnetObjectType | R |
| System_Status | 112 | BACnetDeviceStatus | R |
| Vendor_Name | 121 | CharacterString | R |
| Vendor_Identifier | 120 | Unsigned16 | R |
| Model_Name | 70 | CharacterString | R |
| Firmware_Revision | 44 | CharacterString | R |
| Application_Software_Version | 12 | CharacterString | R |
| Location | 58 | CharacterString | W |
| Description | 28 | CharacterString | W |
| Protocol_Version | 98 | Unsigned | R |
| Protocol_Revision | 139 | Unsigned | R |
| Protocol_Services_Supported | 97 | BACnetServicesSupported | R |
| Protocol_Object_Types_Supported | 96 | BACnetObjectTypesSupported | R |
| Object_List | 76 | BACnetARRAY[N] of BACnetObjectIdentifier | R |
| Max_APDU_Length_Accepted | 62 | Unsigned | R |
| Segmentation_Supported | 107 | BACnetSegmentation | R |
| Local_Time | 57 | Time | R |
| Local_Date | 56 | Date | R |
| UTC_Offset | 119 | INTEGER | R |
| Daylight_Savings_Status | 24 | BOOLEAN | R |
| APDU_Segment_Timeout | 10 | Unsigned | R |
| APDU_Timeout | 11 | Unsigned | W |
| Number_Of_APDU_Retries | 73 | Unsigned | W |
| Device_Address_Binding | 30 | BACnetLIST of BACnetAddressBinding | R |
| Database_Revision | 155 | Unsigned | R |
| Active_COV_Subscriptions | 152 | BACnetLIST of BACnetCOVSubscription | R |
| Last_Restart_Reason | 196 | BACnetRestartReason | R |
| Time_Of_Device_Restart | 203 | BACnetTimeStamp | R |
| Restart_Notification_Recipients | 202 | BACnetLIST of BACnetRecipient | R |
| Serial_Number | 372 | CharacterString | R |
| Property_List | 371 | BACnetARRAY[N] of BACnetPropertyIdentifier | R |
| System_RTC_Temperature | 922 | REAL | R |
| System_Uptime | 928 | Unsigned | R |
System_RTC_Temperature
The internal temperature of the DALION in degree Celsius.
System_Uptime
The number of seconds since the last boot up of the DALION.
Network Port Object
List of available properties for this object.
| Property Identifier | Property ID | Property Datatype | Conformance Code |
|---|---|---|---|
| Object_Identifier | 75 | BACnetObjectIdentifier | R |
| Object_Name | 77 | CharacterString | R |
| Object_Type | 79 | BACnetObjectType | R |
| Status_Flags | 111 | BACnetStatusFlags | R |
| Reliability | 103 | BACnetReliability | R |
| Out_Of_Service | 81 | BOOLEAN | R |
| Network_Type | 427 | BACnetNetworkType | R |
| Protocol_Level | 482 | BACnetProtocolLevel | R |
| Changes_Pending | 416 | BOOLEAN | R |
| Network_Number | 425 | Unsigned16 | R |
| Network_Number_Quality | 426 | BACnetNetworkNumberQuality | R |
| APDU_Length | 399 | Unsigned | R |
| MAC_Address | 423 | OCTET STRING | R |
| BACnet_IP_Mode | 408 | BACnetIPMode | W |
| IP_Address | 400 | OCTET STRING | R |
| BACnet_IP_UDP_Port | 412 | Unsigned16 | R |
| IP_Subnet_Mask | 411 | OCTET STRING | R |
| IP_Default_Gateway | 401 | OCTET STRING | R |
| IP_DNS_Server | 406 | BACnetARRAY[N] of OCTET STRING | R |
| FD_BBMD_Address | 418 | BACnetHostNPort | W |
| FD_Subscription_Lifetime | 419 | Unsigned16 | W |
| IP_DHCP_Enable | 402 | BOOLEAN | R |
| IP_DHCP_Lease_Time | 403 | Unsigned | R |
| IP_DHCP_Lease_Time_Remaining | 404 | Unsigned | R |
| IP_DHCP_Server | 405 | OCTET STRING | R |
Analog Output Object - Control of Lamp, Group, and Channel
To control the intensity of the lamps, use the Analog Output objects. Lamps parameters can also be modified with these objects.
Lamp
List of available properties for these objects.
| Property Identifier | Property ID | Property Datatype | Conformance Code |
|---|---|---|---|
| Object_Identifier | 75 | BACnetObjectIdentifier | R |
| Object_Name | 77 | CharacterString | R |
| Object_Type | 79 | BACnetObjectType | R |
| Present_Value | 85 | REAL | W |
| Description | 28 | CharacterString | R |
| Device_Type | 31 | CharacterString | R |
| Status_Flags | 111 | BACnetStatusFlags | R |
| Event_State | 36 | BACnetEventState | R |
| Reliability | 103 | BACnetReliability | R |
| Out_Of_Service | 81 | BOOLEAN | W |
| Units | 117 | BACnetEngineeringUnits | R |
| Min_Pres_Value | 69 | REAL | R |
| Max_Pres_Value | 65 | REAL | W |
| Priority_Array | 87 | BACnetPriorityArray | R |
| Relinquish_Default | 104 | REAL | R |
| Current_Command_Priority | 431 | BACnetOptionalUnsigned | R |
| Power_On_Level | 512 | REAL | W |
| System_Failure_Level | 513 | REAL | W |
| Fade_Time | 514 | REAL | W |
| Ramp_Rate | 515 | REAL | W |
| Min_Level | 516 | REAL | W |
| Groups | 517 | BIT STRING | W |
| Nominal_Power | 518 | REAL | W |
| Dim_Mode | 520 | Enumerated | W |
| Run_Hours | 527 | Unsigned | R |
| Run_Hours_Reset_Time | 528 | Unsigned | R |
| Colour_Temp | 567 | REAL | W |
| Command | 900 | Unsigned | W |
| Device_Type_Supported | 925 | BIT STRING | R |
| Energy_Usage_Accumulated | 926 | REAL | W |
| Emergency_Time_Until_Next_Function_Test | 1010 | Unsigned | W |
| Emergency_Time_Until_Next_Duration_Test | 1011 | Unsigned | W |
| Emergency_Battery_Charge | 1012 | REAL | R |
| Emergency_Duration_Test_Result | 1013 | Unsigned | R |
| Emergency_Emergency_Mode | 1014 | BIT STRING | R |
| Emergency_Failure_Status | 1015 | BIT STRING | R |
| Emergency_Emergency_Status | 1016 | BIT STRING | R |
| Emergency_Emergency_Level | 1020 | REAL | W |
| Emergency_Emergency_Minimum_Level | 1021 | REAL | R |
| Emergency_Emergency_Maximum_Level | 1022 | REAL | R |
| Emergency_Prolong | 1023 | Unsigned | W |
| Emergency_Function_Test_Interval_Time | 1026 | Unsigned | W |
| Emergency_Duration_Test_Interval_Time | 1027 | Unsigned | W |
| Emergency_Test_Execution_Timeout | 1028 | Unsigned | W |
| Emergency_Lamp_Emergency_Time | 1029 | Unsigned | R |
| Emergency_Lamp_Total_Operation_Time | 1030 | Unsigned | R |
| Emergency_Rated_Duration | 1031 | Unsigned | R |
| Emergency_Features | 1032 | BIT STRING | R |
| Dimming_Curve | 6000 | Enumerated | W |
| Colour_Type | 8000 | Enumerated | W |
| Colour_XYC_X | 8010 | REAL | W |
| Colour_XYC_Y | 8011 | REAL | W |
| Colour_TC_TC | 8020 | REAL | W |
| Colour_PN_P0 | 8030 | REAL | W |
| Colour_PN_P1 | 8031 | REAL | W |
| Colour_PN_P2 | 8032 | REAL | W |
| Colour_PN_P3 | 8033 | REAL | W |
| Colour_PN_P4 | 8034 | REAL | W |
| Colour_PN_P5 | 8035 | REAL | W |
| Colour_RGBWAF_RED | 8040 | REAL | W |
| Colour_RGBWAF_GREEN | 8041 | REAL | W |
| Colour_RGBWAF_BLUE | 8042 | REAL | W |
| Colour_RGBWAF_WHITE | 8043 | REAL | W |
| Colour_RGBWAF_AMBER | 8044 | REAL | W |
| Colour_RGBWAF_FREECOLOUR | 8045 | REAL | W |
Group
List of available properties for these objects.
| Property Identifier | Property ID | Property Datatype | Conformance Code |
|---|---|---|---|
| Object_Identifier | 75 | BACnetObjectIdentifier | R |
| Object_Name | 77 | CharacterString | R |
| Object_Type | 79 | BACnetObjectType | R |
| Present_Value | 85 | REAL | W |
| Description | 28 | CharacterString | R |
| Device_Type | 31 | CharacterString | R |
| Status_Flags | 111 | BACnetStatusFlags | R |
| Event_State | 36 | BACnetEventState | R |
| Reliability | 103 | BACnetReliability | R |
| Out_Of_Service | 81 | BOOLEAN | W |
| Units | 117 | BACnetEngineeringUnits | R |
| Min_Pres_Value | 69 | REAL | R |
| Max_Pres_Value | 65 | REAL | W |
| Priority_Array | 87 | BACnetPriorityArray | R |
| Relinquish_Default | 104 | REAL | R |
| Current_Command_Priority | 431 | BACnetOptionalUnsigned | R |
| Power_On_Level | 512 | REAL | W |
| System_Failure_Level | 513 | REAL | W |
| Fade_Time | 514 | REAL | W |
| Ramp_Rate | 515 | REAL | W |
| Min_Level | 516 | REAL | W |
| Nominal_Power | 518 | REAL | W |
| Dim_Mode | 520 | Enumerated | W |
| Colour_Temp | 567 | REAL | W |
| Command | 900 | Unsigned | W |
| Energy_Usage_Accumulated | 926 | REAL | W |
| Dimming_Curve | 6000 | Enumerated | W |
| Colour_Type | 8000 | Enumerated | W |
| Colour_XYC_X | 8010 | REAL | W |
| Colour_XYC_Y | 8011 | REAL | W |
| Colour_TC_TC | 8020 | REAL | W |
| Colour_PN_P0 | 8030 | REAL | W |
| Colour_PN_P1 | 8031 | REAL | W |
| Colour_PN_P2 | 8032 | REAL | W |
| Colour_PN_P3 | 8033 | REAL | W |
| Colour_PN_P4 | 8034 | REAL | W |
| Colour_PN_P5 | 8035 | REAL | W |
| Colour_RGBWAF_RED | 8040 | REAL | W |
| Colour_RGBWAF_GREEN | 8041 | REAL | W |
| Colour_RGBWAF_BLUE | 8042 | REAL | W |
| Colour_RGBWAF_WHITE | 8043 | REAL | W |
| Colour_RGBWAF_AMBER | 8044 | REAL | W |
| Colour_RGBWAF_FREECOLOUR | 8045 | REAL | W |
Channel
List of available properties for these objects.
| Property Identifier | Property ID | Property Datatype | Conformance Code |
|---|---|---|---|
| Object_Identifier | 75 | BACnetObjectIdentifier | R |
| Object_Name | 77 | CharacterString | R |
| Object_Type | 79 | BACnetObjectType | R |
| Present_Value | 85 | REAL | W |
| Description | 28 | CharacterString | R |
| Device_Type | 31 | CharacterString | R |
| Status_Flags | 111 | BACnetStatusFlags | R |
| Event_State | 36 | BACnetEventState | R |
| Reliability | 103 | BACnetReliability | R |
| Out_Of_Service | 81 | BOOLEAN | W |
| Units | 117 | BACnetEngineeringUnits | R |
| Min_Pres_Value | 69 | REAL | R |
| Max_Pres_Value | 65 | REAL | W |
| Priority_Array | 87 | BACnetPriorityArray | R |
| Relinquish_Default | 104 | REAL | R |
| Current_Command_Priority | 431 | BACnetOptionalUnsigned | R |
| Power_On_Level | 512 | REAL | W |
| System_Failure_Level | 513 | REAL | W |
| Fade_Time | 514 | REAL | W |
| Ramp_Rate | 515 | REAL | W |
| Min_Level | 516 | REAL | W |
| Nominal_Power | 518 | REAL | W |
| Dim_Mode | 520 | Enumerated | W |
| Colour_Temp | 567 | REAL | W |
| Command | 900 | Unsigned | W |
| Energy_Usage_Accumulated | 926 | REAL | W |
| Dimming_Curve | 6000 | Enumerated | W |
| Colour_Type | 8000 | Enumerated | W |
| Colour_XYC_X | 8010 | REAL | W |
| Colour_XYC_Y | 8011 | REAL | W |
| Colour_TC_TC | 8020 | REAL | W |
| Colour_PN_P0 | 8030 | REAL | W |
| Colour_PN_P1 | 8031 | REAL | W |
| Colour_PN_P2 | 8032 | REAL | W |
| Colour_PN_P3 | 8033 | REAL | W |
| Colour_PN_P4 | 8034 | REAL | W |
| Colour_PN_P5 | 8035 | REAL | W |
| Colour_RGBWAF_RED | 8040 | REAL | W |
| Colour_RGBWAF_GREEN | 8041 | REAL | W |
| Colour_RGBWAF_BLUE | 8042 | REAL | W |
| Colour_RGBWAF_WHITE | 8043 | REAL | W |
| Colour_RGBWAF_AMBER | 8044 | REAL | W |
| Colour_RGBWAF_FREECOLOUR | 8045 | REAL | W |
| Network_Mode | 923 | Unsigned | W |
| Network_Command_Repeat_Count | 924 | Unsigned | W |
Object_Identifier
The object instance number is represented as TCLL.
"T" is the type of object as follows, 0 for DALI lamps, 1 for DALI groups and 2 for DALI channels.
"C" represents the DALI channel number, 0, 1, 2, or 3.
"LL" represents for lamp objects, numbers 00-63, for group objects, numbers 00-15 and for channel objects, number 00.
Object_Name
The name of the DALI lamp, group or channel.
Object_Type
ANALOG_OUTPUT (1).
Present_Value
The light intensity in percentages for the DALI lamp, group or channel.
Description
A description of the DALI lamp, group or channel.
Device_Type
For lamp objects, it is DALI lamp.
For group objects, it is DALI group.
For channel objects, it is DALI channel.
Status_Flags
This property indicates the general "reliability" of the object.
Reliability
This property indicates whether the operation of the DALI output is reliable. The values are as follows:
NO_FAULT_DETECTED (0) - No fault has been detected.
NO_OUTPUT (6) - No DALI device is connected to the output object.
COMMUNICATION_FAILURE (12) - DALI device is offline.
UNRELIABLE_OTHER (7) - An error has been reported by the DALI lamp.
Out_Of_Service
This property indicates whether the physical device represented by the object is in service.
Units
The unit for the Present_Value is percent.
Min_Pres_Value
The minimum value is always zero (0). It represents the lowest value for the property Present_Value.
Max_Pres_Value
For lamp objects, this is the DALI variable "MAX LEVEL" of the lamp. For Group and Channel objects, the value is always 100.
Priority_Array
This property is a read-only array of prioritized values.
Relinquish_Default
It is the default value used for the Present_Value property when all command priority values in the Priority_Array property have a NULL value.
Power_On_Level
It represents the DALI variable "POWER ON LEVEL" of the DALI lamp in percentages. A value of NaN represents the DALI "MASK" value. It is writable for lamps, groups and channels. For groups and channels, it always read as NaN.
System_Failure_Level
It represents the DALI variable "SYSTEM FAILURE LEVEL" of the DALI lamp in percentages. A value of NaN represents the DALI "MASK" value. It is writable for lamps, groups and channels. For groups and channels, it always read as NaN.
Fade_Time
Represents the DALI variable "FADE TIME" in seconds for the DALI lamp. It is writable for lamps, groups and channels. For groups and channels, it always read as NaN.
Ramp_Rate
Represents the DALI variable "FADE RATE" in percent per second for the DALI lamp. It is writable for lamps, groups and channels. For groups and channels, it always read as NaN.
Min_Level
It represents the DALI variable "MIN LEVEL" of the DALI lamp in percentages. It is writable for lamps, groups and channels. For groups and channels, it always read as NaN.
Groups
Only available for lamp objects, it represents the DALI variables "GROUP_0_8" and "GROUP_9_15" concatenated in a 16 bit.
Nominal_Power
It represents the nominal power of the DALI lamp. It is writable for lamps, groups and channels. For groups and channels, it always read as NaN.
Dim_Mode
Indicates if fading (0) or ramping (1) is used when controlling the light intensity with the Present_Value.
Run_Hours
The number of seconds the lamp was On.
Run_Hours_Reset_Time
Indicates the last time the Run_Hours was reset.
Colour_Temp
For DALI Type 8 (DT8) lamps, whose colour control is colour temperature Tc, the current colour in Kelvin (K) can be modified. The objects for lamps, groups and channels can modify the colour temperature of lamps.
Command
Allows to execute commands on the lamps.
NO COMMAND (1)
No command is executed.
GO TO SCENE (2-17)
Recall the scenes 0-15.
STORE SCENE (18-33)
Store the scenes 0-15.
REMOVE SCENE (34-49)
Delete the scenes 0-15.
RESET RUN HOURS (52)
Reset the run hours to zero.
EMERGENCY FUNCTION TEST START (54)
Start the function test for the lamps of the type "Self-contained emergency lighting (device type 1)".
EMERGENCY DURATION TEST START (55)
Start the duration test for the lamps of the type "Self-contained emergency lighting (device type 1)".
EMERGENCY TESTS STOP (56)
Stop the current test for the lamps of the type "Self-contained emergency lighting (device type 1)".
GROUP ADD (67-82)
Add to the group 0-15.
GROUP REMOVE (83-98)
Remove from the group 0-15.
RECALL MIN LEVEL (200)
Recall Min Level.
RECALL MAX LEVEL (201)
Recall Max Level.
RECALL LAST LEVEL (202)
Recall Last Level.
EMERGENCY REST (203)
For the "Self-contained emergency lighting (device type 1)" only, starts the rest mode.
In this mode the lamp is intentionally off when it is powered from the battery.
Refer to the specification IEC 62386-202 for the complete details on the rest mode.
EMERGENCY INHIBIT (204)
For the "Self-contained emergency lighting (device type 1)" only, starts the inhibit mode.
In this mode the lamp is powered from the mains power supply but it is also prevented for 15 minutes from going into the emergency mode when an event of mains power failure occurs.
Refer to the specification IEC 62386-202 for the complete details on the inhibit mode.
EMERGENCY RESET INHIBIT (205)
For the "Self-contained emergency lighting (device type 1)" only, cancels the inhibit timer.
Refer to the specification IEC 62386-202 for the complete details on the inhibit mode.
EMERGENCY RESET FUNCTION TEST DONE FLAG (206)
For the "Self-contained emergency lighting (device type 1)" only, resets the function test done flag.
Refer to the specification IEC 62386-202 for the complete details on this command.
EMERGENCY RESET DURATION TEST DONE FLAG (207)
For the "Self-contained emergency lighting (device type 1)" only, resets the duration test done flag.
Refer to the specification IEC 62386-202 for the complete details on this command.
EMERGENCY START IDENTIFICATION (208)
For the "Self-contained emergency lighting (device type 1)" only, starts the identification.
Refer to the specification IEC 62386-202 for the complete details on this command.
Energy_Usage_Accumulated
It represents the accumulated energy consumption in watt-hours for the DALI lamp. This value is the result of a calculation based on the Nominal_Power property. It is writable for lamps, groups and channels. For groups and channels, it always read as NaN.
Device_Type_Supported
Indicates the supported DALI types for the physical DALI device connected to the object.
| Bit | Name |
|---|---|
| 0 | Fluorescent |
| 1 | Self-contained emergency |
| 2 | Discharge HID |
| 3 | Low-voltage halogen |
| 4 | Incandescent lamp |
| 5 | Conversion to DC voltage |
| 6 | LED |
| 7 | Switching relay |
| 8 | Colour |
Emergency_Time_Until_Next_Function_Test
For the "Self-contained emergency lighting (device type 1)" only, represents the time until the next function test in minutes.
The valid values are from 0 to 983 025 minutes.
DALI lamps calculate this value in 15 minutes intervals.
Emergency_Time_Until_Next_Duration_Test
For the "Self-contained emergency lighting (device type 1)" only, represents the time until the next duration test in minutes.
The valid values are from 0 to 983 025 minutes.
DALI lamps calculate this value in 15 minutes intervals.
Emergency_Battery_Charge
For the "Self-contained emergency lighting (device type 1)" only, represents the battery charge in percentages.
The valid values are from 0 to 100 percent and a value of NaN represents the DALI "MASK" value. "MASK" means that the lamp cannot perform this functionality.
Emergency_Duration_Test_Result
For the "Self-contained emergency lighting (device type 1)" only, represents the duration test result in minutes.
The valid values are from 0 to 510 minutes.
Emergency_Emergency_Mode
For the "Self-contained emergency lighting (device type 1)" only, represents the emergency mode.
| Bit | Name | Value |
|---|---|---|
| 0 | reset mode is active | 0 = No |
| 1 | normal mode is active | 0 = No |
| 2 | emergency mode is active | 0 = No |
| 3 | extended emergency mode is active | 0 = No |
| 4 | function test is in progress | 0 = No |
| 5 | duration test is in progress | 0 = No |
| 6 | hardwired inhibit is active | 0 = Not active / not present |
| 7 | hardwired switch is on | 0 = Off |
Emergency_Failure_Status
For the "Self-contained emergency lighting (device type 1)" only, represents the failure status.
| Bit | Name | Value |
|---|---|---|
| 0 | circuit failure | 0 = No |
| 1 | battery duration failure | 0 = No |
| 2 | battery failure | 0 = No |
| 3 | emergency lamp failure | 0 = No |
| 4 | function test maximum delay exceeded | 0 = No |
| 5 | duration test maximum delay exceeded | 0 = No |
| 6 | function test failed | 0 = No |
| 7 | duration test failed | 0 = No |
Emergency_Emergency_Status
For the "Self-contained emergency lighting (device type 1)" only, represents the emergency status.
| Bit | Name | Value |
|---|---|---|
| 0 | inhibit mode | 0 = No |
| 1 | function test done and result valid | 0 = No |
| 2 | duration test done and result valid | 0 = No |
| 3 | battery fully charged | 0 = In progress |
| 4 | function test request pending | 0 = No |
| 5 | duration test request pending | 0 = No |
| 6 | identification active | 0 = No |
| 7 | physically selected | 0 = No |
Emergency_Emergency_Level
For the "Self-contained emergency lighting (device type 1)" only, represents the emergency level in percentages.
The valid values are from 0 to 100 percent and a value of NaN represents the DALI "MASK" value. "MASK" means that the value is unknown.
Emergency_Emergency_Minimum_Level
For the "Self-contained emergency lighting (device type 1)" only, represents the emergency minimum level in percentages.
The valid values are from 0 to 100 percent and a value of NaN represents the DALI "MASK" value. "MASK" means that the value is unknown.
Emergency_Emergency_Maximum_Level
For the "Self-contained emergency lighting (device type 1)" only, represents the emergency maximum level in percentages.
The valid values are from 0 to 100 percent and a value of NaN represents the DALI "MASK" value. "MASK" means that the value is unknown.
Emergency_Prolong
For the "Self-contained emergency lighting (device type 1)" only, represents the prolong time in seconds.
Valid values are between 0 and 7 650 seconds (127 minutes).
DALI lamps calculate this value in 30 second intervals.
Emergency_Function_Test_Interval_Time
For the "Self-contained emergency lighting (device type 1)" only, represents the function test interval time in days.
Valid values are between 0 and 255 days. The value 0 means that the automatic testing is not supported.
Emergency_Duration_Test_Interval_Time
For the "Self-contained emergency lighting (device type 1)" only, represents the duration test interval time in weeks.
Valid values are between 0 and 97 weeks. The value 0 means that the automatic testing is not supported.
Emergency_Test_Execution_Timeout
For the "Self-contained emergency lighting (device type 1)" only, represents the test execution timeout in days.
Valid values are between 0 and 255 days. A value of 0 means a 15 minutes execution timeout.
Emergency_Lamp_Emergency_Time
For the "Self-contained emergency lighting (device type 1)" only, represents the lamp emergency time in hours.
The valid values are from 0 to 254 hours and a value of 255 represents the maximum value of 254 hours or more.
Emergency_Lamp_Total_Operation_Time
For the "Self-contained emergency lighting (device type 1)" only, represents the lamp total operation time in hours.
The valid values are from 0 to 1 016 hours and a value of 1 020 represents the maximum value of 1 016 hours or more.
Emergency_Rated_Duration
For the "Self-contained emergency lighting (device type 1)" only, represents the rated duration.
The valid values are from 0 to 510 minutes.
Emergency_Features
For the "Self-contained emergency lighting (device type 1)" only, represents the features information describing the type of lamp.
| Bit | Name | Value |
|---|---|---|
| 0 | integral emergency control gear | 0 = No |
| 1 | maintained control gear | 0 = No |
| 2 | switched maintained control gear | 0 = No |
| 3 | auto test capability | 0 = No |
| 4 | adjustable emergency level | 0 = No |
| 5 | hardwired inhibit supported | 0 = No |
| 6 | physical selection supported | 0 = No |
| 7 | re-light in rest mode supported | 0 = No |
Dimming_Curve
The dimming curve determines how the DALI level should be translated into light output. The standard dimming curve is logarithmic. Some lamps allow modifying to dimming curve between logarithmic and a linear one.
The DALION automatically translates the requested light output of a percentage to the dimming curve configured in the lamp with the following formulas.
Logarithmic
Linear
It is important to note that sending a dimming command to a group consisting of lamps of different dimming curves may not produce the expected result. Ideally, only group lamps configured with the same dimming curve.
It is recommended to configure the dimming curve before programming the other levels such as scenes, minimum level, maximum level, power on level, etc.
LOGARITHMIC (1)
Standard logarithmic dimming curve.
LINEAR (2)
Linear dimming curve.
Colour_Type
The current or requested colour control type.
The supported colour types are as follows.
| Name | Value |
|---|---|
| xy-coordinate | 1 |
| colour temperature Tc | 2 |
| primary N | 3 |
| RGBWAF | 4 |
Colour_XYC_X
For DALI Type 8 (DT8) lamps, whose colour control is xy-Coordinate, the x-coordinate of the current colour can be modified. The objects for lamps, groups and channels can modify the colour of lamps.
The valid values are from 0 to 65534 and a value of NaN represents the DALI "MASK" value.
The unit of the value is 1 / 65536. Therefore the maximum corresponding x-coordinate is 0.99997.
Colour_XYC_Y
For DALI Type 8 (DT8) lamps, whose colour control is xy-Coordinate, the y-coordinate of the current colour can be modified. The objects for lamps, groups and channels can modify the colour of lamps.
The valid values are from 0 to 65534 and a value of NaN represents the DALI "MASK" value.
The unit of the value is 1 / 65536. Therefore the maximum corresponding y-coordinate is 0.99997.
Colour_TC_TC
For DALI Type 8 (DT8) lamps, whose colour control is colour temperature Tc, the current colour temperature can be modified. The objects for lamps, groups and channels can modify the colour of lamps.
The valid values are from 1 to 65534 and a value of NaN represents the DALI "MASK" value.
The unit of the value is 1 Mirek. Therefore the minimum value is 1 Mirek (1000000 Kelvin) and the maximum value is 65534 Mirek (15.26 Kelvin).
Mirek = 1 000 000 / [Colour Temperature in Kelvin]
Kelvin = 1 000 000 / [value of Mirek]
Colour_PN_P0 to Colour_PN_P5
For DALI Type 8 (DT8) lamps, whose colour control is primary N, the current colour can be modified. The objects for lamps, groups and channels can modify the colour of lamps.
The valid values are from 0 to 65534 and a value of NaN represents the DALI "MASK" value.
The unit of the value is 1 / 65536. Therefore the maximum corresponding primary value is 0.99997.
Colour_RGBWAF_RED
For the lamps DALI Type 8 (DT8), whose colour control is RGBWAF, the current red colour can be modified. The objects for lamps, groups and channels can modify lamp colour.
The valid values are from 0 to 254 and a value of NaN represents the DALI "MASK" value.
Colour_RGBWAF_GREEN
For the lamps DALI Type 8 (DT8), whose colour control is RGBWAF, the current green colour can be modified. The objects for lamps, groups and channels can modify lamp colour.
The valid values are from 0 to 254 and a value of NaN represents the DALI "MASK" value.
Colour_RGBWAF_BLUE
For the lamps DALI Type 8 (DT8), whose colour control is RGBWAF, the current blue colour can be modified. The objects for lamps, groups and channels can modify lamp colour.
The valid values are from 0 to 254 and a value of NaN represents the DALI "MASK" value.
Colour_RGBWAF_WHITE
For the lamps DALI Type 8 (DT8), whose colour control is RGBWAF, the current white colour can be modified. The objects for lamps, groups and channels can modify lamp colour.
The valid values are from 0 to 254 and a value of NaN represents the DALI "MASK" value.
Colour_RGBWAF_AMBER
For the lamps DALI Type 8 (DT8), whose colour control is RGBWAF, the current amber colour can be modified. The objects for lamps, groups and channels can modify lamp colour.
The valid values are from 0 to 254 and a value of NaN represents the DALI "MASK" value.
Colour_RGBWAF_FREECOLOUR
For the lamps DALI Type 8 (DT8), whose colour control is RGBWAF, the current freecolour colour can be modified. The objects for lamps, groups and channels can modify lamp colour.
The valid values are from 0 to 254 and a value of NaN represents the DALI "MASK" value.
Network_Mode
| Name | Value | Description |
|---|---|---|
| NORMAL | 0 | The controller is operating normally. |
| DISABLE | 1 | The controller is not authorized to communicate on the DALI channel. |
Network_Command_Repeat_Count
The number of repeats of the DALI commands that affect the light intensity of the lamps.
Analog Input Object - Feedback of Lamp, Group, and Channel
To obtain the intensity of the lamps, use the Analog Input objects.
Lamp, Group and Channel
List of available properties for these objects.
| Property Identifier | Property ID | Property Datatype | Conformance Code |
|---|---|---|---|
| Object_Identifier | 75 | BACnetObjectIdentifier | R |
| Object_Name | 77 | CharacterString | R |
| Object_Type | 79 | BACnetObjectType | R |
| Present_Value | 85 | REAL | W |
| Description | 28 | CharacterString | R |
| Device_Type | 31 | CharacterString | R |
| Status_Flags | 111 | BACnetStatusFlags | R |
| Event_State | 36 | BACnetEventState | R |
| Reliability | 103 | BACnetReliability | R |
| Out_Of_Service | 81 | BOOLEAN | W |
| Units | 117 | BACnetEngineeringUnits | R |
| Min_Pres_Value | 69 | REAL | R |
| Max_Pres_Value | 65 | REAL | W |
| COV_Increment | 22 | REAL | W |
| Nominal_Power | 518 | REAL | W |
| Channel_Battery_Failure | 532 | BIT STRING | R |
| Channel_Function_Test_Failure | 533 | BIT STRING | R |
| Channel_Duration_Test_Failure | 534 | BIT STRING | R |
| Last_Level | 906 | REAL | R |
| Device_Type_Supported | 925 | BIT STRING | R |
| Energy_Usage_Accumulated | 926 | REAL | W |
| Emergency_Battery_Failure | 1000 | BOOLEAN | R |
| Emergency_Function_Test_Failure | 1001 | BOOLEAN | R |
| Emergency_Duration_Test_Failure | 1002 | BOOLEAN | R |
| Colour_Type | 8000 | Enumerated | R |
| Colour_XYC_X | 8010 | REAL | R |
| Colour_XYC_Y | 8011 | REAL | R |
| Colour_TC_TC | 8020 | REAL | R |
| Colour_PN_P0 | 8030 | REAL | R |
| Colour_PN_P1 | 8031 | REAL | R |
| Colour_PN_P2 | 8032 | REAL | R |
| Colour_PN_P3 | 8033 | REAL | R |
| Colour_PN_P4 | 8034 | REAL | R |
| Colour_PN_P5 | 8035 | REAL | R |
| Colour_RGBWAF_RED | 8040 | REAL | R |
| Colour_RGBWAF_GREEN | 8041 | REAL | R |
| Colour_RGBWAF_BLUE | 8042 | REAL | R |
| Colour_RGBWAF_WHITE | 8043 | REAL | R |
| Colour_RGBWAF_AMBER | 8044 | REAL | R |
| Colour_RGBWAF_FREECOLOUR | 8045 | REAL | R |
Object_Identifier
The object instance number is the same as the associated Analog Output object and is also represented as TCLL.
"T" is the type of object as follows, 0 for DALI Lamps, 1 for DALI groups and 2 for DALI channels.
"C" represents the DALI channel number, 0, 1, 2, or 3.
"LL" represents for lamp objects, numbers 00-63, for group objects, numbers 00-15 and for channel objects, number 00.
Object_Name
The Object_Name of the associated Analog Output object of the DALI lamp, group or channel ending with "Feedback".
Object_Type
ANALOG_INPUT (0).
Present_Value
The current light intensity as a percentage for the DALI lamps, groups and channels.
Description
The Description of the associated Analog Output object of the DALI lamp, group or channel ending with "Feedback".
Device_Type
A text description of the physical DALI device connected to the analog output, it is the DALI device type (ex. "Fluorescent lamps", "Conversion from digital signal into d.c. voltage", "LED modules", "Switching function"). For group objects, it is "DALI group". For channel objects, it is "DALI channel".
Status_Flags
This property indicates the general "reliability" of an analog input object.
Reliability
This property indicates whether the operation of the DALI output is reliable. The values are as follows:
NO_FAULT_DETECTED (0) - No fault has been detected.
NO_SENSOR (1) - No physical device is connected to the input object.
COMMUNICATION_FAILURE (12) - DALI device is offline.
UNRELIABLE_OTHER (7) - A DALI error has been reported by the DALI lamp.
Out_Of_Service
It indicates whether the physical device that the object represents is in service.
Units
The unit for the Present_Value is percent.
Min_Pres_Value
The minimum value is always zero (0). It represents the lowest value for the property Present_Value.
Max_Pres_Value
The maximum value is always one hundred (100). It represents the highest value for the property Present_Value.
COV_Increment
This property specifies the minimum change of the Present_Value that issues a COVNotification.
Nominal_Power
It represents the nominal power of the DALI lamp. It is writable for lamps, groups and channels. For groups and channels, it always read as NaN.
Channel_Battery_Failure
Only available for channel objects, this property indicates whether a "Self-contained emergency lighting (device type 1)" is reporting a battery failure. Each 64 lamps of the channel are one bit of the 64-bit BIT STRING. When a battery failure is reported by a lamp, its associated bit is set.
Channel_Function_Test_Failure
Only available for channel objects, this property indicates whether a "Self-contained emergency lighting (device type 1)" is reporting a function test failure. Each 64 lamps of the channel are one bit of the 64-bit BIT STRING. When a function test failure is reported by a lamp, its associated bit is set.
Channel_Duration_Test_Failure
Only available for channel objects, this property indicates whether a "Self-contained emergency lighting (device type 1)" is reporting a duration test failure. Each 64 lamps of the channel are one bit of the 64-bit BIT STRING. When a duration test failure is reported by a lamp, its associated bit is set.
Last_Level
It represents the last level value in percentages.
Device_Type_Supported
Only available for lamp objects, this property indicates the supported DALI types for the physical DALI device connected to the object.
| Bit | Name |
|---|---|
| 0 | Fluorescent |
| 1 | Self contained emergency |
| 2 | Discharge HID |
| 3 | Low voltage halogen |
| 4 | Incandescent lamp |
| 5 | Conversion to DC voltage |
| 6 | LED |
| 7 | Switching relay |
| 8 | Colour |
Energy_Usage_Accumulated
It represents the accumulated energy consumption in watt-hours for the DALI lamp. This value is the result of a calculation based on the Nominal_Power property. It is writable for lamps, groups and channels. For groups and channels, it always read as NaN.
Emergency_Battery_Failure
Only available for lamp objects, this property indicates whether a "Self-contained emergency lighting (device type 1)" is reporting a battery failure. When a battery failure is reported by the lamp, the value is true.
Emergency_Function_Test_Failure
Only available for lamp objects, this property indicates whether a "Self-contained emergency lighting (device type 1)" is reporting a function test failure. When a function test failure is reported by the lamp, the value is true.
Emergency_Duration_Test_Failure
Only available for lamp objects, this property indicates whether a "Self-contained emergency lighting (device type 1)" is reporting a duration test failure. When a duration test failure is reported by the lamp, the value is true.
Colour_Type
The current colour control type.
The supported colour types are as follows.
| Name | Value |
|---|---|
| xy-coordinate | 1 |
| temperature Tc | 2 |
| primary N | 3 |
| RGBWAF | 4 |
Colour_XYC_X
The current x-coordinate value of DALI Type 8 (DT8) lamps, whose colour control is xy-Coordinate.
The valid values are from 0 to 65534 and a value of NaN represents the DALI "MASK" value.
The unit of the value is 1 / 65536. Therefore the maximum corresponding x-coordinate is 0.99997.
Colour_XYC_Y
The current y-coordinate value of DALI Type 8 (DT8) lamps, whose colour control is xy-Coordinate.
The valid values are from 0 to 65534 and a value of NaN represents the DALI "MASK" value.
The unit of the value is 1 / 65536. Therefore the maximum corresponding y-coordinate is 0.99997.
Colour_TC_TC
The current colour temperature of DALI Type 8 (DT8) lamps, whose colour control is colour temperature Tc.
The valid values are from 1 to 65534 and a value of NaN represents the DALI "MASK" value.
The unit of the value is 1 Mirek. Therefore the minimum value is 1 Mirek (1000000 Kelvin) and the maximum value is 65534 Mirek (15.26 Kelvin).
Mirek = 1 000 000 / [Colour Temperature in Kelvin]
Kelvin = 1 000 000 / [value of Mirek]
Colour_PN_P0 to Colour_PN_P5
The current primary N value of DALI Type 8 (DT8) lamps, whose colour control is primary N.
The valid values are from 0 to 65534 and a value of NaN represents the DALI "MASK" value.
The unit of the value is 1 / 65536. Therefore the maximum corresponding primary value is 0.99997.
Colour_RGBWAF_RED
The current red value of DALI Type 8 (DT8) lamps, whose colour control is RGBWAF.
The valid values are from 0 to 254 and a value of NaN represents the DALI "MASK" value.
Colour_RGBWAF_GREEN
The current green value of DALI Type 8 (DT8) lamps, whose colour control is RGBWAF.
The valid values are from 0 to 254 and a value of NaN represents the DALI "MASK" value.
Colour_RGBWAF_BLUE
The current blue value of DALI Type 8 (DT8) lamps, whose colour control is RGBWAF.
The valid values are from 0 to 254 and a value of NaN represents the DALI "MASK" value.
Colour_RGBWAF_WHITE
The current white value of DALI Type 8 (DT8) lamps, whose colour control is RGBWAF.
The valid values are from 0 to 254 and a value of NaN represents the DALI "MASK" value.
Colour_RGBWAF_AMBER
The current amber value of DALI Type 8 (DT8) lamps, whose colour control is RGBWAF.
The valid values are from 0 to 254 and a value of NaN represents the DALI "MASK" value.
Colour_RGBWAF_FREECOLOUR
The current freecolour of DALI type 8 (DT8) lamps, whose colour control is RGBWAF.
The valid values are from 0 to 254 and a value of NaN represents the DALI "MASK" value.
Multi-State Output Object - Command Control of Lamp, Group and Channel
To control DALI scenes and other commands for the lamps, groups and channels, use Multi-State Output objects. Among other things recall, store and delete scenes with these objects.
Lamp, Group and Channel
List of available properties for these objects.
| Property Identifier | Property ID | Property Datatype | Conformance Code |
|---|---|---|---|
| Object_Identifier | 75 | BACnetObjectIdentifier | R |
| Object_Name | 77 | CharacterString | R |
| Object_Type | 79 | BACnetObjectType | R |
| Present_Value | 85 | Unsigned | W |
| Status_Flags | 111 | BACnetStatusFlags | R |
| Event_State | 36 | BACnetEventState | R |
| Reliability | 103 | BACnetReliability | R |
| Out_Of_Service | 81 | BOOLEAN | W |
| Number_Of_States | 74 | Unsigned | R |
| State_Text | 110 | BACnetARRAY[N]of CharacterString | R |
| Priority_Array | 87 | BACnetPriorityArray | R |
| Relinquish_Default | 104 | REAL | R |
Object_Identifier
The object instance number is the same as the associated Analog Output object and is also represented as TCLL.
"T" is the type of object as follows, 0 for DALI lamps, 1 for DALI groups and 2 for DALI channels.
"C" represents the DALI channel number, 0, 1, 2, or 3.
"LL" represents for group objects, numbers 0-15 and for channel objects, number 00.
Object_Name
The Object_Name of the associated Analog Output object of the Group or Channel ending with "Scene".
Object_Type
MULTISTATE_OUTPUT (14).
Present_Value
Among other things the Present_Value allows recalling, storing, and deleting the scenes. The available values are described below.
GO TO SCENE (1-16)
Allow sending the DALI command "GO TO SCENE" to the associated lamp, group or channel (broadcast).
STORE SCENE (17-32)
Allow sending the DALI command "STORE DTR AS SCENE" to the associated lamp, group or channel (broadcast).
REMOVE SCENE (33-48)
Allow sending the DALI command "REMOVE FROM SCENE" to the associated lamp, group or channel (broadcast).
NO COMMAND (50)
No command is executed.
RESET RUN HOURS (53)
Reset the run hours to zero.
EMERGENCY FUNCTION TEST START (55)
Start the function test for the lamps of the type "Self-contained emergency lighting (device type 1)".
EMERGENCY DURATION TEST START (56)
Start the duration test for the lamps of the type "Self-contained emergency lighting (device type 1)".
EMERGENCY TESTS STOP (57)
Stop the current test for the lamps of the type "Self-contained emergency lighting (device type 1)".
DIM UP (58)
Allow sending the DALI command "UP" to the associated lamp, group or channel (broadcast).
DIM ON AND UP (59)
Allow sending the DALI command "ON AND STEP UP" to the associated lamp, group or channel (broadcast).
DIM DOWN (60)
Allow sending the DALI command "DOWN" to the associated lamp, group or channel (broadcast).
DIM DOWN AND OFF (61)
Allow sending the DALI command "STEP DOWN AND OFF" to the associated lamp, group or channel (broadcast).
OFF (65)
Allow sending the DALI command "OFF" to the associated lamp, group or channel (broadcast).
DIM STEP UP (66)
Allow sending the DALI command "STEP UP" to the associated lamp, group or channel (broadcast).
DIM STEP DOWN (67)
Allow sending the DALI command "STEP DOWN" to the associated lamp, group or channel (broadcast).
RECALL MIN LEVEL (68)
Allow sending the DALI command "RECALL MIN LEVEL" to the associated lamp, group or channel (broadcast).
RECALL MAX LEVEL (69)
Allow sending the DALI command "RECALL MAX LEVEL" to the associated lamp, group or channel (broadcast).
RECALL LAST LEVEL (70)
Recall Last Level.
EMERGENCY REST (71)
For the "Self-contained emergency lighting (device type 1)" only, starts the rest mode.
In this mode the lamp is intentionally off when it is powered from the battery.
Refer to the specification IEC 62386-202 for the complete details on the rest mode.
EMERGENCY INHIBIT (72)
For the "Self-contained emergency lighting (device type 1)" only, starts the inhibit mode.
In this mode the lamp is powered from the mains power supply but it is also prevented for 15 minutes from going into the emergency mode when an event of mains power failure occurs.
Refer to the specification IEC 62386-202 for the complete details on the inhibit mode.
EMERGENCY RESET INHIBIT (73)
For the "Self-contained emergency lighting (device type 1)" only, cancels the inhibit timer.
Refer to the specification IEC 62386-202 for the complete details on the inhibit mode.
EMERGENCY RESET FUNCTION TEST DONE FLAG (74)
For the "Self-contained emergency lighting (device type 1)" only, resets the function test done flag.
Refer to the specification IEC 62386-202 for the complete details on this command.
EMERGENCY RESET DURATION TEST DONE FLAG (75)
For the "Self-contained emergency lighting (device type 1)" only, resets the duration test done flag.
Refer to the specification IEC 62386-202 for the complete details on this command.
EMERGENCY START IDENTIFICATION (76)
For the "Self-contained emergency lighting (device type 1)" only, starts the identification.
Refer to the specification IEC 62386-202 for the complete details on this command.
GROUP ADD (77-92)
Allow sending the DALI command "ADD TO GROUP" to the associated lamp, group or channel (broadcast).
GROUP REMOVE (93-108)
Allow sending the DALI command "REMOVE FROM GROUP" to the associated lamp, group or channel (broadcast).
Status_Flags
This property indicates the general "reliability" of the object.
Reliability
This property indicates whether the operation of the Present_Value or the operation of the object is reliable. The values are as follows:
- NO_FAULT_DETECTED (0) - No fault has been detected.
Out_Of_Service
It is an indication of whether or not the object is in service.
Analog Input Object - Light Sensor
To obtain the light sensors' illuminance level, use the Analog Input objects.
Light Sensor
List of available properties for these objects.
| Property Identifier | Property ID | Property Datatype | Conformance Code |
|---|---|---|---|
| Object_Identifier | 75 | BACnetObjectIdentifier | R |
| Object_Name | 77 | CharacterString | R |
| Object_Type | 79 | BACnetObjectType | R |
| Present_Value | 85 | REAL | W |
| Description | 28 | CharacterString | R |
| Device_Type | 31 | CharacterString | R |
| Status_Flags | 111 | BACnetStatusFlags | R |
| Event_State | 36 | BACnetEventState | R |
| Reliability | 103 | BACnetReliability | R |
| Out_Of_Service | 81 | BOOLEAN | W |
| Units | 117 | BACnetEngineeringUnits | R |
| Min_Pres_Value | 69 | REAL | R |
| Max_Pres_Value | 65 | REAL | W |
| COV_Increment | 22 | REAL | W |
| Light_Hystereris | 564 | Unsigned | W |
| Light_Hystereris_Minimum | 565 | Unsigned | W |
| Light_Raw_Value | 570 | REAL | R |
| Light_Calibration_Measured_Value | 571 | REAL | R |
| Light_Calibration_Sensor_Value | 572 | REAL | R |
| Device_Serial_Number | 573 | OCTET STRING | R |
Object_Identifier
The object instance number is represented as TCLL.
"T" is the type of object as follows, 5 for DALI sensors.
"C" represents the DALI channel number, 0, 1, 2, or 3.
"LL" represents for sensor objects, numbers 00-31.
Object_Name
The name of the light sensor.
Object_Type
ANALOG_INPUT (0).
Present_Value
The current illuminance level.
Description
A description of the light sensor.
Device_Type
A text description of the physical DALI device connected to the analog input. For light sensor objects, it is "DALI sensor".
Status_Flags
This property indicates the general "reliability" of an analog input object.
Reliability
This property indicates whether the operation of the DALI sensor is reliable. The values are as follows:
NO_FAULT_DETECTED (0) - No fault has been detected.
NO_SENSOR (1) - No physical device is connected to the input object.
COMMUNICATION_FAILURE (12) - DALI device is offline.
UNRELIABLE_OTHER (7) - A DALI error has been reported by the DALI sensor.
Out_Of_Service
It indicates whether the physical device that the object represents is in service.
Units
The unit for the Present_Value is luxes.
Min_Pres_Value
The minimum value is always zero (0). It represents the lowest value for the property Present_Value.
Max_Pres_Value
The maximum value is always infinity. It represents the highest value for the property Present_Value.
COV_Increment
This property specifies the minimum change of the Present_Value that issues a COVNotification.
Light_Hystereris
This is a percentage of the current sensor internal illuminance level.
The valid values are from 0 to 25 percent.
Light_Hystereris_Minimum
The minimum hysteresis.
The valid values are from 0 to 255.
Light_Raw_Value
The uncalibrated light sensor reading before applying any calibration calculations.
Light_Calibration_Measured_Value
The value measured by an external lux meter, used for calibrating the light sensor.
Light_Calibration_Sensor_Value
The light sensor reading value used as a reference point during the calibration process.
Device_Serial_Number
The DALI serial number of the input device.
Binary Input Object - Occupancy Sensors
To obtain the occupancy state, use the Binary Input objects.
Occupancy Sensor
List of available properties for these objects.
| Property Identifier | Property ID | Property Datatype | Conformance Code |
|---|---|---|---|
| Object_Identifier | 75 | BACnetObjectIdentifier | R |
| Object_Name | 77 | CharacterString | R |
| Object_Type | 79 | BACnetObjectType | R |
| Present_Value | 85 | Enumerated | W |
| Description | 28 | CharacterString | R |
| Status_Flags | 111 | BACnetStatusFlags | R |
| Event_State | 36 | BACnetEventState | R |
| Reliability | 103 | BACnetReliability | R |
| Inactive_Text | 46 | CharacterString | R |
| Active_Text | 4 | CharacterString | R |
| Occupancy_Hold_Time | 563 | Unsigned | W |
| Allowed_Command | 904 | Enumerated | W |
| Buttons_States | 905 | Unsigned32 | R |
| Buttons_Allowed_Command | 927 | Enumerated | W |
| Light_Hystereris | 564 | Unsigned | W |
| Light_Hystereris_Minimum | 565 | Unsigned | W |
| Light_Raw_Value | 570 | REAL | R |
| Light_Calibration_Measured_Value | 571 | REAL | R |
| Light_Calibration_Sensor_Value | 572 | REAL | R |
| Device_Serial_Number | 573 | OCTET STRING | R |
Object_Identifier
The object instance number is represented as TCLL.
"T" is the type of object as follows, 5 for DALI sensors.
"C" represents the DALI channel number, 0, 1, 2, or 3.
"LL" represents for sensor objects, numbers 00-31.
Object_Name
The name of the occupancy sensor.
Object_Type
BINARY_INPUT (3).
Present_Value
The current occupancy state.
Inactive_Text
"Unoccupied".
Active_Text
"Occupied".
Occupancy_Hold_Time
Hold time in seconds for the sensor.
Valid values are between 1 and 2 540 seconds (42.3 minutes) with an interval of 10 seconds.
Allowed_Command
Indicates whether the occupancy state of this object is used or not by the Room Light Control.
At the startup, the value is OFF_ON_ALLOWED.
| Name | Value | Description |
|---|---|---|
| OFF_ON_DISALLOWED | 0 | Both Unoccupied and Occupied states are unused. |
| OFF_ALLOWED | 1 | Only Unoccupied state is used. |
| ON_ALLOWED | 2 | Only Occupied state is used. |
| OFF_ON_ALLOWED | 3 | Both Unoccupied and Occupied states are used. |
Buttons_States
Indicates the state of the buttons instances of the associated DALI input device. Each button instance state is represented by a bit in this 32-bit unsigned value.
For example, if only the instance 2 is pressed the value is 4.
For button instance configured as Push-button, the bit value toggle each time that the button is short pressed.
For button instance configured as Switch, the bit value is 1 when the button is pressed and 0 when the button is released.
Buttons_Allowed_Command
Indicates whether the button instances of the associated DALI input device can generate commands.
At the startup, the value is OFF_ON_ALLOWED.
| Name | Value | Description |
|---|---|---|
| OFF_ON_DISALLOWED | 0 | Both Off and On commands are disabled. |
| OFF_ALLOWED | 1 | Only Off commands are enabled. |
| ON_ALLOWED | 2 | Only On commands are used. |
| OFF_ON_ALLOWED | 3 | Both Off and On commands are enabled. |
Off commands are the commands Direct Value with a value of 0, Off and Off / Down. As well as the toggle commands On / Off and Last Level / Off when the command to generate is Off.
On commands are the commands Direct Value with a value greater than 0, Max Level, Max Level / Up, Min Level, Min Level / Down, Recall Scene, Recall Scene / Up and Recall Scene / Down. As well as the toggle commands On / Off and Last Level / Off when the command to generate is not Off.
Light_Hystereris
The Light_Hystereris of the assosiated Analog Input object.
Light_Hystereris_Minimum
The Light_Hystereris_Minimum of the assosiated Analog Input object.
Light_Raw_Value
The Light_Raw_Value of the assosiated Analog Input object.
Light_Calibration_Measured_Value
The Light_Calibration_Measured_Value of the assosiated Analog Input object.
Light_Calibration_Sensor_Value
The Light_Calibration_Sensor_Value of the assosiated Analog Input object.
Device_Serial_Number
The DALI serial number of the input device.
Binary Input Object - Buttons
To obtain the button state of each individual button instance, use the Binary Input objects.
Button
List of available properties for these objects.
| Property Identifier | Property ID | Property Datatype | Conformance Code |
|---|---|---|---|
| Object_Identifier | 75 | BACnetObjectIdentifier | R |
| Object_Name | 77 | CharacterString | R |
| Object_Type | 79 | BACnetObjectType | R |
| Present_Value | 85 | Enumerated | W |
| Description | 28 | CharacterString | R |
| Status_Flags | 111 | BACnetStatusFlags | R |
| Event_State | 36 | BACnetEventState | R |
| Reliability | 103 | BACnetReliability | R |
| Inactive_Text | 46 | CharacterString | R |
| Active_Text | 4 | CharacterString | R |
| Buttons_Allowed_Command | 927 | Enumerated | W |
| Device_Serial_Number | 573 | OCTET STRING | R |
Object_Identifier
The object instance number is represented as 3CLLII.
"3" the prefix is the number 3.
"C" represents the DALI channel number, 0, 1, 2, or 3.
"LL" represents the DALI input device, numbers 00-31.
"II" represents the button instance number, numbers 00-31.
Object_Name
The name of the button.
Object_Type
BINARY_INPUT (3).
Present_Value
The current button state.
For button instance configured as Push-button, the value toggle each time that the button is short pressed.
For button instance configured as Switch, the value is ACTIVE when the button is pressed and INACTIVE when the button is released.
Inactive_Text
"Inactive".
Active_Text
"Active".
Buttons_Allowed_Command
Indicates whether the button instances of the associated DALI input device can generate commands.
At the startup, the value is OFF_ON_ALLOWED.
| Name | Value | Description |
|---|---|---|
| OFF_ON_DISALLOWED | 0 | Both Off and On commands are disabled. |
| OFF_ALLOWED | 1 | Only Off commands are enabled. |
| ON_ALLOWED | 2 | Only On commands are used. |
| OFF_ON_ALLOWED | 3 | Both Off and On commands are enabled. |
Off commands are the commands Direct Value with a value of 0, Off and Off / Down. As well as the toggle commands On / Off and Last Level / Off when the command to generate is Off.
On commands are the commands Direct Value with a value greater than 0, Max Level, Max Level / Up, Min Level, Min Level / Down, Recall Scene, Recall Scene / Up and Recall Scene / Down. As well as the toggle commands On / Off and Last Level / Off when the command to generate is not Off.
Device_Serial_Number
The DALI serial number of the input device.
Multi-State Input Object - Scene Feedback of Group and Channel
To obtain the latest DALI scenes for the groups and channels, use Multi-State Input objects.
Group and Channel
List of available properties for these objects.
| Property Identifier | Property ID | Property Datatype | Conformance Code |
|---|---|---|---|
| Object_Identifier | 75 | BACnetObjectIdentifier | R |
| Object_Name | 77 | CharacterString | R |
| Object_Type | 79 | BACnetObjectType | R |
| Present_Value | 85 | Unsigned | W |
| Description | 28 | CharacterString | R |
| Status_Flags | 111 | BACnetStatusFlags | R |
| Event_State | 36 | BACnetEventState | R |
| Out_Of_Service | 81 | BOOLEAN | W |
| Number_Of_States | 74 | Unsigned | R |
| State_Text | 110 | BACnetARRAY[N]of CharacterString | R |
Object_Identifier
The object instance number is the same as the associated Analog Output object and is also represented as TCLL.
"T" is the type of object as follows, 1 for DALI groups and 2 for DALI channels.
"C" represents the DALI channel number, 0, 1, 2, or 3.
"LL" represents for group objects, numbers 0-15 and for channel objects, number 00.
Object_Name
The Object_Name of the associated Analog Output object of the Group or Channel ending with "Scene Feedback".
Object_Type
MULTISTATE_INPUT (13).
Present_Value
The Present_Value represents the latest scene recalling. The available values are described below.
NO COMMAND: - Values 1 for the initial value.
GO TO SCENE: - Values 2 to 17 for the DALI command "GO TO SCENE" to the associated group or channel (broadcast).
Description
The Description of the associated Analog Output object of the Group or Channel ending with "Scene Feedback".
Status_Flags
This property indicates the general "reliability" of the object.
Out_Of_Service
It is an indication of whether or not the object is in service.
Loop Object - Room Light Control
To control the Room Light Control, use Loop objects. Visualise the states and configure the parameters with these objects.
Room Light Control
List of available properties for these objects.
| Property Identifier | Property ID | Property Datatype | Conformance Code |
|---|---|---|---|
| Object_Identifier | 75 | BACnetObjectIdentifier | R |
| Object_Name | 77 | CharacterString | R |
| Object_Type | 79 | BACnetObjectType | R |
| Present_Value | 85 | REAL | R |
| Description | 28 | CharacterString | R |
| Status_Flags | 111 | BACnetStatusFlags | R |
| Event_State | 36 | BACnetEventState | R |
| Reliability | 103 | BACnetReliability | R |
| Out_Of_Service | 81 | BOOLEAN | W |
| Output_Units | 117 | BACnetEngineeringUnits | R |
| Manipulated_Variable_Reference | 60 | BACnetObjectPropertyReference | R |
| Controlled_Variable_Reference | 19 | BACnetObjectPropertyReference | R |
| Controlled_Variable_Value | 21 | REAL | R |
| Controlled_Variable_Units | 20 | BACnetEngineeringUnits | R |
| Setpoint_Reference | 109 | BACnetSetpointReference | R |
| Setpoint | 108 | REAL | R |
| Action | 2 | BACnetAction | R |
| Priority_For_Writing | 88 | Unsigned(1..16) | W |
| Occupancy_Variable_Reference | 537 | BACnetObjectPropertyReference | R |
| Occupancy_Variable_Value | 538 | BOOLEAN | R |
| Mode | 539 | Unsigned | W |
| Hold_Time | 540 | Unsigned | W |
| Ignore_Time | 541 | Unsigned | W |
| Occupied_Level | 542 | REAL | W |
| Unoccupied_Level | 543 | REAL | W |
| Step_Value | 544 | REAL | W |
| Lamp_2_Offset | 550 | REAL | W |
| Lamp_2_Limit | 551 | REAL | W |
| Override | 560 | REAL | R |
| Auto_Mode | 561 | BACnetBinaryPV | R |
| Occupancy_State | 562 | BACnetBinaryPV | R |
| Manipulated_Variable_Value | 574 | REAL | R |
| Controlled_Variable_Value | 575 | REAL | R |
| Command | 900 | Unsigned | W |
| Setpoint_Occupied | 901 | REAL | W |
| Setpoint_Unoccupied | 902 | REAL | W |
| Deadband_Setpoint | 903 | REAL | W |
| Warning_Time | 907 | Unsigned | W |
| Warning_Command_Command | 908 | Unsigned | W |
| Warning_Command_Value | 909 | Unsigned | W |
| Occupied_Command_Command | 910 | Unsigned | W |
| Occupied_Command_Value | 911 | Unsigned | W |
| Unoccupied_Command_Command | 912 | Unsigned | W |
| Unoccupied_Command_Value | 913 | Unsigned | W |
| Minimum_Intensity | 914 | REAL | W |
| Maximum_Intensity | 915 | REAL | W |
| Daylight_Harvesting_Active | 916 | Unsigned | R |
| Occupied_Mode | 917 | Unsigned | W |
| Override_Timeout | 918 | Unsigned | W |
| Demand_Response_Value | 919 | REAL | W |
| Demand_Response_State | 920 | Unsigned | R |
| Occupied_Mode_Command_Enable | 921 | Unsigned | W |
Object_Identifier
The object instance number is represented as CRR.
"C" represents the DALI channel number, 0, 1, 2, or 3.
"RR" represents the Room Light Control, numbers 00-15.
Object_Name
The name of the Room Light Control.
Object_Type
LOOP (12).
Present_Value
The light intensity in percentages for the Room Light Control.
Description
A description of the Room Light Control.
Status_Flags
This property indicates the general "reliability" of a loop object.
Reliability
This property indicates whether the operation of the Room Light Control is reliable. The values are as follows:
NO_FAULT_DETECTED (0) - No fault has been detected.
OPEN_LOOP (4) - The value of the light sensor does not changes when the Room Light Control output changes.
COMMUNICATION_FAILURE (12) - The sensors or output devices are offline.
UNRELIABLE_OTHER (7) - Another error has been reported.
Out_Of_Service
It indicates whether the algorithm that the object represents is in service.
Output_Units
The unit for the Present_Value is percent.
Manipulated_Variable_Reference
The output (Present_Value) of the control loop is written to the object and property designated by this property.
Controlled_Variable_Reference
It indicates the object and property of the light sensor.
Controlled_Variable_Value
The current value of the light sensor.
Setpoint_Reference
It indicates the object and property of the setpoint. It is always empty, indicating that the setpoint is contained in the Setpoint property.
Setpoint
The value of the current setpoint in luxe.
Action
The action is DIRECT (0).
Priority_For_Writing
This property provides a priority to be used to write to the Manipulated_Variable_Reference that is controlled by this loop.
Valid values are between 1 and 16.
Occupancy_Variable_Reference
It indicates the object and property of the occupancy sensor.
Occupancy_Variable_Value
The current value of the occupancy sensor.
Mode
The current mode of the Room Light Control.
| Name | Value | Description |
|---|---|---|
| Disabled | 0 | The Room Light Control is disabled |
| Enabled | 1 | The Room Light Control is enabled |
Hold_Time
The hold time in seconds used for the occupancy state. The occupancy state remains in the occupied state for the hold time when the value of Occupancy_Variable_Value changes to be unoccupied.
Valid values are between 0 and 2 400 seconds (40 minutes) with an interval of 10 seconds.
Ignore_Time
The ignore time in seconds used for the occupancy state. Once the occupancy state changes to unoccupied the ignore time is used to temporarily ignore the occupied change of the Occupancy_Variable_Value.
Valid values are between 0 and 2 400 seconds (40 minutes) with an interval of 10 seconds.
Occupied_Level
The output light intensity when entering the occupied state.
Unoccupied_Level
The output light intensity when entering the unoccupied state.
Step_Value
The maximum value in percent that the Room Light Control can change its output per second, during constant light control.
Valid values are between 0 and 100 % with an interval of 0.5 %.
Lamp_2_Offset
The offset between the primary and the secondary output.
Valid values are between 0 and 100 % with an interval of 0.5 %.
Lamp_2_Limit
The value where the secondary output becomes the same as the primary output.
Valid values are between 0 and 100 % with an interval of 0.5 %.
Override
The value of the output override in percent (0 - 100%). When the value is NaN the override is disabled.
Auto_Mode
Inactive (0): The Room Light Control is currently overridden or is disabled.
Active (1): The Room Light Control is not currently overridden and is active.
Occupancy_State
Indicates the current occupancy state of the Room Light Control.
Inactive (0): The occupancy state is unoccupied.
Active (1): The occupancy state is occupied.
Manipulated_Variable_Value
The value of the manipulated variable, used internally to track a value for Manipulated_Variable_Reference.
Controlled_Variable_Value
The value of the controlled variable, used internally to track a value for Controlled_Variable_Reference.
Command
Allows to execute commands on the Room Light Control.
NO COMMAND (1)
No command is executed.
START DEMAND RESPONSE (2)
Starts the demand response.
STOP DEMAND RESPONSE (3)
Stops the demand response.
START DAYLIGHT HARVESTING (4)
Starts the daylight harvesting.
STOP DAYLIGHT HARVESTING (5)
Stops the daylight harvesting.
START OVERRIDE (6)
Starts the override.
STOP OVERRIDE (7)
Stops the override.
ENABLE (8)
Enable the Rool Light Control.
DISABLE (9)
Disable the Rool Light Control.
OCCUPIED NO COMMAND (10)
Inhibits the occupied and unoccupied commands.
OCCUPIED UNOCCUPIED COMMAND (11)
Allows only the unoccupied commands.
OCCUPIED OCCUPIED COMMAND (12)
Allows only the occupied commands.
OCCUPIED ALL COMMAND (13)
Allows the occupied and unoccupied commands.
OCCUPIED MODE UNOCCUPIED (14)
Sets the occupied mode to unoccupied.
OCCUPIED MODE OCCUPIED (15)
Sets the occupied mode to occupied.
Setpoint_Occupied
The setpoint of desired light illuminance of the room when the occupancy state is occupied.
Valid values are between 0 and 65 534 lux with an interval of 1 lux.
Setpoint_Unoccupied
The setpoint of desired light illuminance of the room when the occupancy state is unoccupied. It is also possible to use a relative setpoint to the Setpoint_Occupied, for this a negative is used that will represent a percentage to reduce from the Setpoint_Occupied.
Valid values are between 0 and 65 534 lux with an interval of 1 lux. When relative setpoint is used the valid values are between -100 and 0 % with an interval of 1 %.
Deadband_Setpoint
The dead band in luxe used by the current setpoint.
Valid values are between 0 and 65 534 lux with an interval of 1 lux.
Warning_Time
The warning time in seconds used for the occupancy state. The Warning_Command is executed before the Unoccupied_Command which is executed after the Warning_Time, when the value of Occupancy_Variable_Value changes to be unoccupied.
Valid values are between 0 and 2 400 seconds (40 minutes) with an interval of 10 seconds.
Warning_Command_Command, Occupied_Command_Command and Unoccupied_Command_Command
| Name | Value | Description |
|---|---|---|
| Disabled | 0 | The command is disabled. |
| Direct Value | 1 | Direct light value. |
| Max Level | 2 | Recall Max Level. |
| Off | 3 | Off. |
| Min Level | 4 | Recall Min Level. |
| Recall Scene | 5 | Recall Scene. |
| Start Daylight Harvesting | 6 | Start the Room Light Control daylight harvesting. |
| Stop Daylight Harvesting | 7 | Stop the Room Light Control daylight harvesting. |
| Relinquish | 8 | Relinquish the priority. |
Warning_Command_Value, Occupied_Command_Value and Unoccupied_Command_Value
| Name | Value Range | Unit |
|---|---|---|
| Disabled | 0 | |
| Direct Value | 0 - 100 | Percent |
| Max Level | ||
| Off | ||
| Min Level | ||
| Recall Scene | 0 - 15 | Scene number |
| Start Daylight Harvesting | ||
| Stop Daylight Harvesting | ||
| Relinquish |
Minimum_Intensity
Minimum intensity of the Room Light Control output.
Valid values are between 0 and 100 % with an interval of 0.5 %.
Maximum_Intensity
Maximum intensity of the Room Light Control output.
Valid values are between 0 and 100 % with an interval of 0.5 %.
Daylight_Harvesting_Active
This property indicates whether the daylight harvesting control is currently active or not.
| Name | Value | Description |
|---|---|---|
| Inactive | 0 | The daylight harvesting control is currently inactive. |
| Active | 1 | The daylight harvesting control is currently active. |
Occupied_Mode
The current occupancy mode.
Unoccupied (0): The Room Light Control is unoccupied.
Occupied (1): The Room Light Control is occupied.
Override_Timeout
The override timeout in seconds. The override remains active for this period.
Valid values are between 0 and 72 000 seconds (20 hours) with an interval of 300 seconds.
When the value is zero, this functionality is disabled.
Override is automatically initiated when the output of a Room Light Control is modified from another source than the Room Light Control itself.
For example, this allows a DALI button or a BACnet group command to temporarily override the output.
While the override timeout is active, Daylight Harvesting is suspended. When the override timeout ends, daylight harvesting is un-suspended and if it is in unoccupied state, the Warning and the Unoccupied commands are executed.
Demand_Response_Value
The demand response allows limiting the illuminance of the room. A negative value reduces the illuminance of the room by this value in percentages. A positive value increases the illuminance of the room by this value in percentages. When daylight harvesting is active, the setpoint is decreased or increased by this value in percentages.
Valid values are between -100 and 100 percent with an interval of 1 percent.
Demand_Response_State
The current state of the demand response.
Inactive (0): The demand response is inactive.
Active (1): The demand response is active.
Occupied_Mode_Command_Enable
It allows enabling and disabling the execution of the occupancy command when Occupied_Mode is modified.
| Name | Value | Description |
|---|---|---|
| NO_COMMAND | 0 | No command is executed. |
| UNOCCUPIED_COMMAND | 1 | Only unoccupied command is executed. |
| OCCUPIED_COMMAND | 2 | Only occupied command is executed. |
| ALL | 3 | Both Unoccupied and Occupied commands are executed. |
Analog Value - Lamp, Group, and Channel
Some lamp, group and channel parameters are also available via these objects. Those values are also available via the proprietary properties of the associated Analog Output object.
Lamp, Group, Channel
List of available properties for these objects.
| Property Identifier | Property ID | Property Datatype | Conformance Code |
|---|---|---|---|
| Object_Identifier | 75 | BACnetObjectIdentifier | R |
| Object_Name | 77 | CharacterString | R |
| Object_Type | 79 | BACnetObjectType | R |
| Present_Value | 85 | REAL | R |
| Description | 28 | CharacterString | R |
| Status_Flags | 111 | BACnetStatusFlags | R |
| Event_State | 36 | BACnetEventState | R |
| Reliability | 103 | BACnetReliability | R |
| Out_Of_Service | 81 | BOOLEAN | W |
| Units | 117 | BACnetEngineeringUnits | R |
| Min_Pres_Value | 69 | REAL | R |
| Max_Pres_Value | 65 | REAL | R |
| Resolution | 106 | REAL | R |
Object_Identifier
The object instance number is represented as 1TCLLII.
"1" the prefix is the number 1.
"T" is the type of object as follows, 0 for DALI lamps, 1 for DALI groups and 2 for DALI channels.
"C" represents the DALI channel number, 0, 1, 2, or 3.
"LL" represents for lamp objects, numbers 00-63, for group objects, numbers 00-15 and for channel objects, number 00.
"II" represents the parameter, numbers 00-99.
| Number | Name |
|---|---|
| 00 | Colour_Temp |
| 01 | Colour_XYC_X |
| 02 | Colour_XYC_Y |
| 03 | Colour_TC_TC |
Object_Name
The name of the parameter with the name of the Analog Output as a prefix.
Object_Type
ANALOG VALUE (2).
Present_Value
The value of the parameter.
Colour_Temp
The colour temperature in Kelvin (K).
Same value as the property Colour_Temp of the associated Analog Output object.
Colour_XYC_X
The x-coordinate for xy-Coordinate.
Same value as the property Colour_XYC_X of the associated Analog Output object.
Colour_XYC_Y
The y-coordinate for xy-Coordinate.
Same value as the property Colour_XYC_Y of the associated Analog Output object.
Colour_TC_TC
The colour temperature in 1 Mirek.
Same value as the property Colour_TC_TC of the associated Analog Output object.
Description
A description of the object.
Status_Flags
This property indicates the general "reliability" of the object.
Reliability
This property indicates whether the operation of the object is reliable. The values are as follows:
- NO_FAULT_DETECTED (0) - No fault has been detected.
Out_Of_Service
It indicates whether the algorithm that the object represents is in service.
Units, Min_Pres_Value, Max_Pres_Value, Resolution
The Units, Min_Pres_Value, Max_Pres_Value and Resolution for the Present_Value.
| Name | Units | Min_Pres_Value | Max_Pres_Value | Resolution |
|---|---|---|---|---|
| Colour_Temp | degrees-kelvin | 15.26 | 1000000 | REAL EPSILON |
| Colour_XYC_X | no-units | 0 | 65534 | 1 |
| Colour_XYC_Y | no-units | 0 | 65534 | 1 |
| Colour_TC_TC | no-units | 1 | 65534 | 1 |
For Colour_Temp the Min_Pres_Value and Max_Pres_Value represent the Physical Warmest and Physical Coolest of the assigned lamp.
Analog Value - Input Device
Some DALI input device parameters are also available via these objects. Those values are also available via the proprietary properties of the associated Binary Input object.
Input Device
List of available properties for these objects.
| Property Identifier | Property ID | Property Datatype | Conformance Code |
|---|---|---|---|
| Object_Identifier | 75 | BACnetObjectIdentifier | R |
| Object_Name | 77 | CharacterString | R |
| Object_Type | 79 | BACnetObjectType | R |
| Present_Value | 85 | REAL | R |
| Description | 28 | CharacterString | R |
| Status_Flags | 111 | BACnetStatusFlags | R |
| Event_State | 36 | BACnetEventState | R |
| Reliability | 103 | BACnetReliability | R |
| Out_Of_Service | 81 | BOOLEAN | W |
| Units | 117 | BACnetEngineeringUnits | R |
| Min_Pres_Value | 69 | REAL | R |
| Max_Pres_Value | 65 | REAL | R |
| Resolution | 106 | REAL | R |
Object_Identifier
The object instance number is represented as 5CLLII.
"5" the prefix is the number 5.
"C" represents the DALI channel number, 0, 1, 2, or 3.
"LL" represents the DALI input device, numbers 00-31.
"II" represents the parameter, numbers 00-99.
| Number | Name |
|---|---|
| 00 | Allowed_Command |
| 01 | Buttons_Allowed_Command |
| 02 | Occupancy_Hold_Time |
| 03 | Light_Hystereris |
| 04 | Light_Hystereris_Minimum |
| 05 | Light_Raw_Value |
| 06 | Light_Calibration_Measured_Value |
| 07 | Light_Calibration_Sensor_Value |
Object_Name
The name of the parameter with the name of the Binary Input as a prefix.
Object_Type
ANALOG VALUE (2).
Present_Value
The value of the parameter.
Allowed_Command
Same value as the property Allowed_Command of the associated Binary Input object.
Buttons_Allowed_Command
Same value as the property Buttons_Allowed_Command of the associated Binary Input object.
Occupancy_Hold_Time
Same value as the property Occupancy_Hold_Time of the associated Binary Input object.
Light_Hystereris
Same value as the property Light_Hystereris of the associated Binary Input object.
Light_Hystereris_Minimum
Same value as the property Light_Hystereris_Minimum of the associated Binary Input object.
Light_Raw_Value
Same value as the property Light_Raw_Value of the associated Binary Input object.
Light_Calibration_Measured_Value
Same value as the property Light_Calibration_Measured_Value of the associated Binary Input object.
Light_Calibration_Sensor_Value
Same value as the property Light_Calibration_Sensor_Value of the associated Binary Input object.
Description
A description of the object.
Status_Flags
This property indicates the general "reliability" of the object.
Reliability
This property indicates whether the operation of the object is reliable. The values are as follows:
- NO_FAULT_DETECTED (0) - No fault has been detected.
Out_Of_Service
It indicates whether the algorithm that the object represents is in service.
Units, Min_Pres_Value, Max_Pres_Value, Resolution
The Units, Min_Pres_Value, Max_Pres_Value and Resolution for the Present_Value.
| Name | Units | Min_Pres_Value | Max_Pres_Value | Resolution |
|---|---|---|---|---|
| Allowed_Command | no-units | 0 | 3 | 1 |
| Buttons_Allowed_Command | no-units | 0 | 3 | 1 |
| Occupancy_Hold_Time | seconds | 1 | 2540 | 1 |
| Light_Hystereris | percent | 0 | 25 | 1 |
| Light_Hystereris_Minimum | no-units | 0 | 255 | 1 |
| Light_Raw_Value | no-units | 0 | 1 | |
| Light_Calibration_Measured_Value | luxes | 0 | 1 | |
| Light_Calibration_Sensor_Value | no-units | 0 | 1 |
Analog Value - Room Light Control
Some Room Light Control parameters are also available via these objects. Those values are also available via the proprietary properties of the associated Loop object.
Room Light Control
List of available properties for these objects.
| Property Identifier | Property ID | Property Datatype | Conformance Code |
|---|---|---|---|
| Object_Identifier | 75 | BACnetObjectIdentifier | R |
| Object_Name | 77 | CharacterString | R |
| Object_Type | 79 | BACnetObjectType | R |
| Present_Value | 85 | REAL | R |
| Description | 28 | CharacterString | R |
| Status_Flags | 111 | BACnetStatusFlags | R |
| Event_State | 36 | BACnetEventState | R |
| Reliability | 103 | BACnetReliability | R |
| Out_Of_Service | 81 | BOOLEAN | W |
| Units | 117 | BACnetEngineeringUnits | R |
| Min_Pres_Value | 69 | REAL | R |
| Max_Pres_Value | 65 | REAL | R |
| Resolution | 106 | REAL | R |
Object_Identifier
The object instance number is represented as 9CRRII.
"9" the prefix is the number 9.
"C" represents the DALI channel number, 0, 1, 2, or 3.
"RR" represents the Room Light Control, numbers 00-15.
"II" represents the parameter, numbers 00-99.
| Number | Name |
|---|---|
| 00 | Value |
| 01 | Controlled_Variable_Value |
| 02 | Setpoint |
| 03 | Hold_Time |
| 04 | Ignore_Time |
| 05 | Occupied_Level |
| 06 | Unoccupied_Level |
| 07 | Step_Value |
| 08 | Lamp_2_Offset |
| 09 | Lamp_2_Limit |
| 10 | Override |
| 11 | Setpoint_Occupied |
| 12 | Setpoint_Unoccupied |
| 13 | Deadband_Setpoint |
| 14 | Warning_Time |
| 15 | Warning_Command_Value |
| 16 | Occupied_Command_Value |
| 17 | Unoccupied_Command_Value |
| 18 | Minimum_Intensity |
| 19 | Maximum_Intensity |
| 20 | Override_Timeout |
| 21 | Demand_Response_Value |
Object_Name
The name of the parameter with the name of the Room Light Control as a prefix.
Object_Type
ANALOG VALUE (2).
Present_Value
The value of the parameter.
Value
The light intensity in percentages for the Room Light Control.
Same value as the property Present_Value of the associated Loop object.
Controlled_Variable_Value
The current value of the light sensor.
Same value as the property Controlled_Variable_Value of the associated Loop object.
Setpoint
The value of the current setpoint in luxe.
Same value as the property Setpoint of the associated Loop object.
Hold_Time
The hold time in seconds used for the occupancy state. The occupancy state remains in the occupied state for the hold time when the value of Occupancy_Variable_Value changes to be unoccupied.
Valid values are between 0 and 2 400 seconds (40 minutes) with an interval of 10 seconds.
Same value as the property Hold_Time of the associated Loop object.
Ignore_Time
The ignore time in seconds used for the occupancy state. Once the occupancy state changes to unoccupied the ignore time is used to temporarily ignore the occupied change of the Occupancy_Variable_Value.
Valid values are between 0 and 2 400 seconds (40 minutes) with an interval of 10 seconds.
Same value as the property Ignore_Time of the associated Loop object.
Occupied_Level
The output light intensity when entering the occupied state.
Same value as the property Occupied_Level of the associated Loop object.
Unoccupied_Level
The output light intensity when entering the unoccupied state.
Same value as the property Unoccupied_Level of the associated Loop object.
Step_Value
The maximum value in percent that the Room Light Control can change its output per second, during constant light control.
Valid values are between 0 and 100 % with an interval of 0.5 %.
Same value as the property Step_Value of the associated Loop object.
Lamp_2_Offset
The offset between the primary and the secondary output.
Valid values are between 0 and 100 % with an interval of 0.5 %.
Same value as the property Lamp_2_Offset of the associated Loop object.
Lamp_2_Limit
The value where the secondary output becomes the same as the primary output.
Valid values are between 0 and 100 % with an interval of 0.5 %.
Same value as the property Lamp_2_Limit of the associated Loop object.
Override
The value of the output override in percent (0 - 100%). When the value is NaN the override is disabled.
Same value as the property Override of the associated Loop object.
Setpoint_Occupied
The setpoint of desired light illuminance of the room when the occupancy state is occupied.
Valid values are between 0 and 65 534 lux with an interval of 1 lux.
Same value as the property Setpoint_Occupied of the associated Loop object.
Setpoint_Unoccupied
The setpoint of desired light illuminance of the room when the occupancy state is unoccupied. It is also possible to use a relative setpoint to the Setpoint_Occupied, for this a negative is used that will represent a percentage to reduce from the Setpoint_Occupied.
Valid values are between 0 and 65 534 lux with an interval of 1 lux. When relative setpoint is used the valid values are between -100 and 0 % with an interval of 1 %.
Same value as the property Setpoint_Unoccupied of the associated Loop object.
Deadband_Setpoint
The dead band in luxe used by the current setpoint.
Valid values are between 0 and 65 534 lux with an interval of 1 lux.
Same value as the property Deadband_Setpoint of the associated Loop object.
Warning_Time
The warning time in seconds used for the occupancy state. The Warning_Command is executed before the Unoccupied_Command which is executed after the Warning_Time, when the value of Occupancy_Variable_Value changes to be unoccupied.
Valid values are between 0 and 2 400 seconds (40 minutes) with an interval of 10 seconds.
Same value as the property Warning_Time of the associated Loop object.
Warning_Command_Value, Occupied_Command_Value, Unoccupied_Command_Value
| Name | Value Range | Unit |
|---|---|---|
| Disabled | 0 | |
| Direct Value | 0 - 100 | Percent |
| Max Level | ||
| Off | ||
| Min Level | ||
| Recall Scene | 0 - 15 | Scene number |
| Start Daylight Harvesting | ||
| Stop Daylight Harvesting | ||
| Relinquish |
Same value as the property Warning_Command_Value, Occupied_Command_Value or Unoccupied_Command_Value of the associated Loop object.
Minimum_Intensity
Minimum intensity of the Room Light Control output.
Valid values are between 0 and 100 % with an interval of 0.5 %.
Same value as the property Minimum_Intensity of the associated Loop object.
Maximum_Intensity
Maximum intensity of the Room Light Control output.
Valid values are between 0 and 100 % with an interval of 0.5 %.
Same value as the property Maximum_Intensity of the associated Loop object.
Override_Timeout
The override timeout in seconds used when unoccupied. The override remains active for this time, before returning to the unoccupied state.
Valid values are between 0 and 72 000 seconds (20 hours) with an interval of 300 seconds.
Same value as the property Override_Timeout of the associated Loop object.
Demand_Response_Value
The demand response allows limiting the illuminance of the room. A negative value reduces the illuminance of the room by this value in percentages. A positive value increases the illuminance of the room by this value in percentages. When daylight harvesting is active, the setpoint is decreased or increased by this value in percentages.
Valid values are between -100 and 100 percent with an interval of 1 percent.
Same value as the property Demand_Response_Value of the associated Loop object.
Description
A description of the object.
Status_Flags
This property indicates the general "reliability" of the object.
Reliability
This property indicates whether the operation of the object is reliable. The values are as follows:
- NO_FAULT_DETECTED (0) - No fault has been detected.
Out_Of_Service
It indicates whether the algorithm that the object represents is in service.
Units, Min_Pres_Value, Max_Pres_Value, Resolution
The Units, Min_Pres_Value, Max_Pres_Value and Resolution for the Present_Value.
| Name | Units | Min_Pres_Value | Max_Pres_Value | Resolution |
|---|---|---|---|---|
| Value | no-units | 0 | REAL MAXIMUM | REAL EPSILON |
| Controlled_Variable_Value | no-units | 0 | REAL MAXIMUM | REAL EPSILON |
| Setpoint | no-units | 0 | REAL MAXIMUM | REAL EPSILON |
| Hold_Time | seconds | 0 | 2400 | 10 |
| Ignore_Time | seconds | 0 | 2400 | 10 |
| Occupied_Level | no-units | 0 | REAL MAXIMUM | REAL EPSILON |
| Unoccupied_Level | no-units | 0 | REAL MAXIMUM | REAL EPSILON |
| Step_Value | percent | 0 | 100 | 0.5 |
| Lamp_2_Offset | percent | 0 | 100 | 0.5 |
| Lamp_2_Limit | percent | 0 | 100 | 0.5 |
| Override | percent | 0 | 1 | REAL EPSILON |
| Setpoint_Occupied | luxes | 0 | 65534 | 1 |
| Setpoint_Unoccupied | no-units | -100 | 65534 | 1 |
| Deadband_Setpoint | luxes | 0 | 65534 | 1 |
| Warning_Time | seconds | 0 | 2400 | 10 |
| Warning_Command_Value | no-units | 0 | 255 | 1 |
| Occupied_Command_Value | no-units | 0 | 255 | 1 |
| Unoccupied_Command_Value | no-units | 0 | 255 | 1 |
| Minimum_Intensity | percent | 0 | 100 | 0.5 |
| Maximum_Intensity | percent | 0 | 100 | 0.5 |
| Override_Timeout | seconds | 0 | 72000 | 300 |
| Demand_Response_Value | percent | -100 | 100 | 1 |
Multi-State Value Object - Value of Lamp, Group and Channel
Some Lamps, Groups and Channels parameters are also available via these objects. Those values are also available via the properties values of the associated Analog Output object.
As Multi-State Value Present_Value starts at one (1), see the Present Value section since the values of this object may be different from the associated property values of the Analog Output object.
Lamp, Group and Channel
List of available properties for these objects.
| Property Identifier | Property ID | Property Datatype | Conformance Code |
|---|---|---|---|
| Object_Identifier | 75 | BACnetObjectIdentifier | R |
| Object_Name | 77 | CharacterString | R |
| Object_Type | 79 | BACnetObjectType | R |
| Present_Value | 85 | Unsigned | W |
| Status_Flags | 111 | BACnetStatusFlags | R |
| Event_State | 36 | BACnetEventState | R |
| Out_Of_Service | 81 | BOOLEAN | W |
| Number_Of_States | 74 | Unsigned | R |
| State_Text | 110 | BACnetARRAY[N]of CharacterString | R |
Object_Identifier
The object instance number is represented as TCLLII.
"T" is the type of object as follows, 0 for DALI lamps, 1 for DALI groups and 2 for DALI channels.
"C" represents the DALI channel number, 0, 1, 2, or 3.
"LL" represents for lamp objects, numbers 00-63, for group objects, numbers 00-15 and for channel objects, number 00.
"II" represents the parameter, numbers 00-99.
| Number | Name |
|---|---|
| 00 | Reliability |
Object_Name
The name of the parameter with the name of the associated Analog Output object as a prefix.
Object_Type
MULTISTATE_VALUE (19).
Present_Value
The value of the parameter.
Reliability
The current reliability of the associated lamp, group or channel.
Represents the value of the property Reliability of the associated Analog Output object.
| Name | Value | Description |
|---|---|---|
| NO_FAULT_DETECTED | 1 | No fault has been detected |
| NO_OUTPUT | 7 | No DALI device is connected to the output object |
| UNRELIABLE_OTHER | 8 | An error has been reported by the DALI lamp |
| COMMUNICATION_FAILURE | 13 | DALI device is offline |
Multi-State Value Object - Room Light Control
Some Room Light Control parameters are also available via these objects. Those values are also available via the values of the associated Loop object.
As Multi-State Value Present_Value starts at one (1), see the Present Value section since the values of this object may be different from the associated property values of the Loop object.
Room Light Control
List of available properties for these objects.
| Property Identifier | Property ID | Property Datatype | Conformance Code |
|---|---|---|---|
| Object_Identifier | 75 | BACnetObjectIdentifier | R |
| Object_Name | 77 | CharacterString | R |
| Object_Type | 79 | BACnetObjectType | R |
| Present_Value | 85 | Unsigned | W |
| Status_Flags | 111 | BACnetStatusFlags | R |
| Event_State | 36 | BACnetEventState | R |
| Out_Of_Service | 81 | BOOLEAN | W |
| Number_Of_States | 74 | Unsigned | R |
| State_Text | 110 | BACnetARRAY[N]of CharacterString | R |
Object_Identifier
The object instance number is represented as 9CRRII.
"9" the prefix is the number 9.
"C" represents the DALI channel number, 0, 1, 2, or 3.
"RR" represents the Room Light Control, numbers 00-15.
"II" represents the parameter, numbers 00-99.
| Number | Name |
|---|---|
| 00 | Mode |
| 01 | Auto_Mode |
| 02 | Occupancy_State |
| 03 | Command |
| 04 | Warning_Command_Command |
| 05 | Occupied_Command_Command |
| 06 | Unoccupied_Command_Command |
| 07 | Daylight_Harvesting_Active |
| 08 | Occupied_Mode |
| 09 | Demand_Response_State |
| 10 | Occupied_Mode_Command_Enable |
Object_Name
The name of the parameter with the name of the Room Light Control as a prefix.
Object_Type
MULTISTATE_VALUE (19).
Present_Value
The value of the parameter.
Mode
The current mode of the Room Light Control.
Represents the value of the property Mode of the associated Loop object.
| Name | Value | Description |
|---|---|---|
| Disabled | 1 | The Room Light Control is disabled |
| Enabled | 2 | The Room Light Control is enabled |
Auto_Mode
Represents the value of the property Auto_Mode of the associated Loop object.
Inactive (1): The Room Light Control is currently overridden or is disabled.
Active (2): The Room Light Control is not currently overridden and is active.
Occupancy_State
Indicates the current occupancy state of the Room Light Control.
Represents the value of the property Occupancy_State of the associated Loop object.
Inactive (1): The occupancy state is unoccupied.
Active (2): The occupancy state is occupied.
Command
Allows to execute commands on the Room Light Control.
Represents the value of the property Command of the associated Loop object.
NO COMMAND (1)
No command is executed.
START DEMAND RESPONSE (2)
Starts the demand response.
STOP DEMAND RESPONSE (3)
Stops the demand response.
START DAYLIGHT HARVESTING (4)
Starts the daylight harvesting.
STOP DAYLIGHT HARVESTING (5)
Stops the daylight harvesting.
START OVERRIDE (6)
Starts the override.
STOP OVERRIDE (7)
Stops the override.
ENABLE (8)
Enables the Room Light Control.
DISABLE (9)
Disables the Room Light Control.
Warning_Command_Command, Occupied_Command_Command and Unoccupied_Command_Command
Represents the value of the properties Warning_Command_Command, Occupied_Command_Command and Unoccupied_Command_Command of the associated Loop object.
| Name | Value | Description |
|---|---|---|
| Disabled | 1 | The command is disabled. |
| Direct Value | 2 | Direct light value. |
| Max Level | 3 | Recall Max Level. |
| Off | 4 | Off. |
| Min Level | 5 | Recall Min Level. |
| Recall Scene | 6 | Recall Scene. |
| Start Daylight Harvesting | 7 | Start the Room Light Control daylight harvesting. |
| Stop Daylight Harvesting | 8 | Stop the Room Light Control daylight harvesting. |
| Relinquish | 9 | Relinquish the priority. |
Daylight_Harvesting_Active
This property indicates whether the daylight harvesting control is currently active or not.
Represents the value of the property Daylight_Harvesting_Active of the associated Loop object.
| Name | Value | Description |
|---|---|---|
| Inactive | 1 | The daylight harvesting control is currently inactive. |
| Active | 2 | The daylight harvesting control is currently active. |
Occupied_Mode
The current occupancy mode.
Represents the value of the property Occupied_Mode of the associated Loop object.
Unoccupied (1): The Room Light Control is unoccupied.
Occupied (2): The Room Light Control is occupied.
Demand_Response_State
The current state of the demand response.
Represents the value of the property Demand_Response_State of the associated Loop object.
Inactive (1): The demand response is inactive.
Active (2): The demand response is active.
Occupied_Mode_Command_Enable
It allows enabling and disabling the execution of the occupancy command when Occupied_Mode is modified.
Represents the value of the property Occupied_Mode_Command_Enable of the associated Loop object.
| Name | Value | Description |
|---|---|---|
| NO_COMMAND | 1 | No command is executed. |
| UNOCCUPIED_COMMAND | 2 | Only unoccupied command is executed. |
| OCCUPIED_COMMAND | 3 | Only occupied command is executed. |
| ALL | 4 | Both Unoccupied and Occupied commands are executed. |
Status_Flags
This property indicates the general "reliability" of the object.
Reliability
This property indicates whether the operation of the Present_Value or the operation of the object is reliable. The values are as follows:
- NO_FAULT_DETECTED (0) - No fault has been detected.
Out_Of_Service
It indicates whether the algorithm that the object represents is in service.
Multi-State Value Object - Commander
Some Commander parameters are also available via these objects.
Commander
List of available properties for these objects.
| Property Identifier | Property ID | Property Datatype | Conformance Code |
|---|---|---|---|
| Object_Identifier | 75 | BACnetObjectIdentifier | R |
| Object_Name | 77 | CharacterString | R |
| Object_Type | 79 | BACnetObjectType | R |
| Present_Value | 85 | Unsigned | W |
| Status_Flags | 111 | BACnetStatusFlags | R |
| Event_State | 36 | BACnetEventState | R |
| Out_Of_Service | 81 | BOOLEAN | W |
| Number_Of_States | 74 | Unsigned | R |
| State_Text | 110 | BACnetARRAY[N]of CharacterString | R |
Object_Identifier
The object instance number is represented as 7CCCII.
"7" the prefix is the number 7.
"C" represents the DALI channel number, 0, 1, 2, or 3.
"CC" represents the Commander, numbers 00-15.
"II" represents the parameter, numbers 00-99.
| Number | Name |
|---|---|
| 00 | Command |
Object_Name
The name of the parameter with the name of the Commander as a prefix.
Object_Type
MULTISTATE_VALUE (19).
Present_Value
The value of the parameter.
Command
Allows to execute commands on the Commander.
NO COMMAND (1)
No command is executed.
START (2)
Starts the Commander.
STOP (3)
Stops the Commander.
Status_Flags
This property indicates the general "reliability" of the object.
Reliability
This property indicates whether the operation of the Present_Value or the operation of the object is reliable. The values are as follows:
- NO_FAULT_DETECTED (0) - No fault has been detected.
Out_Of_Service
It indicates whether the algorithm that the object represents is in service.
ReinitializeDevice Service
The password corresponds to the factory default IP network hostname.
The following Reinitialized State of Device are supported: COLDSTART, WARMSTART, and ACTIVATE_CHANGES.
DeviceCommunicationControl
The password corresponds to the factory default IP network hostname.