AS/NZS IEC 62386.103:2024
Digital addressable lighting interface, Part 103: General requirements - Control devices
Standard identically adopts IEC 62386 103:2022, which specifies control devices for control by digital signals of electronic lighting equipment.
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AS/NZS IEC 62386.103:2024 Digital addressable lighting interface General requirements - Control devices
Preface
FOREWORD
INTRODUCTION
1 Scope
2 Normative references
3 Terms and definitions
4 General
4.1 General
4.2 Version number
5 Electrical specification
6 Bus power supply
7 Transmission protocol structure
7.1 General
7.2 24-bit forward frame encoding
7.2.1 Frame format for instructions and queries
7.2.2 Frame format for event messages
8 Timing
9 Method of operation
9.1 General
9.2 Device features
9.3 Application controller
9.3.1 General
9.3.2 Single-master application controller
9.3.3 Multi-master application controller
9.4 Input device
9.5 Instances of input devices
9.5.1 General
9.5.2 Instance number
9.5.3 Instance type
9.5.4 Instance features
9.5.5 Instance groups
9.6 Commands excluding event messages
9.6.1 General
9.6.2 Device commands
9.6.3 Instance commands
9.6.4 Feature commands
9.7 Event messages
9.7.1 Response to event messages
9.7.2 Device power cycle event
9.7.3 Input notification event
9.7.4 Event message filter
9.8 Input signal, measured value and “inputValue”
9.8.1 General
9.8.2 Input resolution
9.8.3 Getting the input value
9.8.4 Notification of changes
9.9 System failure
9.10 Operating a control device
9.10.1 Enable/disable the application controller
9.10.2 Application controller always active
9.10.3 Enable/disable event messages
9.10.4 Quiescent mode
9.10.5 Modes of operation
9.11 Memory banks
9.11.1 General
9.11.2 Memory map
9.11.3 Selecting a memory bank location
9.11.4 Protectable memory locations
9.11.5 Memory bank reading
9.11.6 Memory bank writing
9.11.7 Memory bank 0
9.11.8 Memory bank 1 (optional)
9.11.9 Manufacturer-specific memory banks
9.11.10 Reserved memory banks
9.12 Reset
9.12.1 Reset operation
9.12.2 Reset memory bank operation
9.13 Power on behaviour
9.13.1 Power on
9.13.2 Power cycle notification
9.14 Priority use
9.14.1 General
9.14.2 Priority of input notifications
9.15 Assigning short addresses
9.15.1 General
9.15.2 Random address allocation
9.15.3 Identification of a device
9.16 Exception handling
9.17 Device capabilities and status information
9.17.1 Device capabilities
9.17.2 Device status
9.17.3 Instance status
9.18 Non-volatile memory
9.19 Instance types and configuration
9.20 Current bus unit configuration
10 Declaration of variables
11 Definition of commands
11.1 General
11.2 Overview sheets
11.3 Event messages
11.3.1 INPUT NOTIFICATION (device/instance, event)
11.3.2 POWER NOTIFICATION (device)
11.4 Device control instructions
11.4.1 General
11.4.2 IDENTIFY DEVICE
11.4.3 RESET POWER CYCLE SEEN
11.5 Device configuration instructions
11.5.1 General
11.5.2 RESET
11.5.3 RESET MEMORY BANK (DTR0)
11.5.4 SET SHORT ADDRESS (DTR0)
11.5.5 ENABLE WRITE MEMORY
11.5.6 ENABLE APPLICATION CONTROLLER
11.5.7 DISABLE APPLICATION CONTROLLER
11.5.8 SET OPERATING MODE (DTR0)
11.5.9 ADD TO DEVICE GROUPS 0-15 (DTR2:DTR1)
11.5.10 ADD TO DEVICE GROUPS 16-31 ( DTR2:DTR1 )
11.5.11 REMOVE FROM DEVICE GROUPS 0-15 (DTR2:DTR1)
11.5.12 REMOVE FROM DEVICE GROUPS 16-31 (DTR2:DTR1)
11.5.13 START QUIESCENT MODE
11.5.14 STOP QUIESCENT MODE
11.5.15 ENABLE POWER CYCLE NOTIFICATION
11.5.16 DISABLE POWER CYCLE NOTIFICATION
11.5.17 SET EVENT PRIORITY (DTR0)
11.6 Device queries
11.6.1 General
11.6.2 QUERY DEVICE CAPABILITIES
11.6.3 QUERY DEVICE STATUS
11.6.4 QUERY APPLICATION CONTROLLER ERROR
11.6.5 QUERY INPUT DEVICE ERROR
11.6.6 QUERY MISSING SHORT ADDRESS
11.6.7 QUERY VERSION NUMBER
11.6.8 QUERY CONTENT DTR0
11.6.9 QUERY NUMBER OF INSTANCES
11.6.10 QUERY CONTENT DTR1
11.6.11 QUERY CONTENT DTR2
11.6.12 QUERY RANDOM ADDRESS (H)
11.6.13 QUERY RANDOM ADDRESS (M)
11.6.14 QUERY RANDOM ADDRESS (L)
11.6.15 READ MEMORY LOCATION (DTR1, DTR0)
11.6.16 QUERY APPLICATION CONTROLLER ENABLED
11.6.17 QUERY OPERATING MODE
11.6.18 QUERY MANUFACTURER SPECIFIC MODE
11.6.19 QUERY QUIESCENT MODE
11.6.20 QUERY DEVICE GROUPS 0-7
11.6.21 QUERY DEVICE GROUPS 8-15
11.6.22 QUERY DEVICE GROUPS 16-23
11.6.23 QUERY DEVICE GROUPS 24-31
11.6.24 QUERY POWER CYCLE NOTIFICATION
11.6.25 QUERY EXTENDED VERSION NUMBER(DTR0)
11.6.26 QUERY RESET STATE
11.6.27 QUERY APPLICATION CONTROLLER ALWAYS ACTIVE
11.6.28 QUERY FEATURE TYPE
11.6.29 QUERY NEXT FEATURE TYPE
11.6.30 QUERY EVENT PRIORITY
11.7 Instance control instructions
11.8 Instance configuration instructions
11.8.1 General
11.8.2 ENABLE INSTANCE
11.8.3 DISABLE INSTANCE
11.8.4 SET PRIMARY INSTANCE GROUP (DTR0)
11.8.5 SET INSTANCE GROUP 1 (DTR0)
11.8.6 SET INSTANCE GROUP 2 (DTR0)
11.8.7 SET EVENT SCHEME (DTR0)
11.8.8 SET EVENT PRIORITY (DTR0)
11.8.9 SET EVENT FILTER (DTR2:DTR1:DTR0)
11.8.10 SET INSTANCE TYPE (DTR0)
11.8.11 SET INSTANCE CONFIGURATION (DTR0, DTR2:DTR1)
11.9 Instance queries
11.9.1 General
11.9.2 QUERY INSTANCE TYPE
11.9.3 QUERY RESOLUTION
11.9.4 QUERY INSTANCE ERROR
11.9.5 QUERY INSTANCE STATUS
11.9.6 QUERY INSTANCE ENABLED
11.9.7 QUERY PRIMARY INSTANCE GROUP
11.9.8 QUERY INSTANCE GROUP 1
11.9.9 QUERY INSTANCE GROUP 2
11.9.10 QUERY EVENT SCHEME
11.9.11 QUERY INPUT VALUE
11.9.12 QUERY INPUT VALUE LATCH
11.9.13 QUERY EVENT PRIORITY
11.9.14 QUERY FEATURE TYPE
11.9.15 QUERY NEXT FEATURE TYPE
11.9.16 QUERY EVENT FILTER 0-7
11.9.17 QUERY EVENT FILTER 8-15
11.9.18 QUERY EVENT FILTER 16-23
11.9.19 QUERY INSTANCE CONFIGURATION (DTR0)
11.9.20 QUERY AVAILABLE INSTANCE TYPES
11.10 Special commands
11.10.1 General
11.10.2 TERMINATE
11.10.3 INITIALISE (device)
11.10.4 RANDOMISE
11.10.5 COMPARE
11.10.6 WITHDRAW
11.10.7 SEARCHADDRH (data)
11.10.8 SEARCHADDRM (data)
11.10.9 SEARCHADDRL (data)
11.10.10 PROGRAM SHORT ADDRESS (data)
11.10.11 VERIFY SHORT ADDRESS (data)
11.10.12 QUERY SHORT ADDRESS
11.10.13 WRITE MEMORY LOCATION (DTR1, DTR0, data)
11.10.14 WRITE MEMORY LOCATION – NO REPLY (DTR1, DTR0, data)
11.10.15 DTR0 (data)
11.10.16 DTR1 (data)
11.10.17 DTR2 (data)
11.10.18 DIRECT WRITE MEMORY (DTR1, offset, data)
11.10.19 DTR1:DTR0 (data1, data0)
11.10.20 DTR2:DTR1 (data2, data1)
11.10.21 SEND TESTFRAME (data)
Bibliography
Figure 1 — IEC 62386 graphical overview
Table 1 — 24-bit command frame encoding
Table 2 — Instance byte in a command frame
Table 3 — 24-bit event message frame encoding
Table 4 — Instance types
Table 5 — Feature types
Table 6 — Instance group variables
Table 7 — Device address information in power cycle event
Table 8 — Event addressing schemes
Table 9 — Measured value (≈ 50 %) versus resolution and “inputValue”
Table 10 — Example of querying sequence to read a 4-byte input value
Table 11 — Memory types
Table 12 — Basic memory map of memory banks
Table 13 — Memory map of memory bank 0
Table 14 — Memory map of memory bank 1
Table 15 — Control device capabilities
Table 16 — Control device status
Table 17 — Instance status
Table 18 — Current bus unit configuration
Table 19 — Declaration of device variables
Table 20 — Declaration of instance variables
Table 21 — Instance event messages
Table 22 — Device event messages
Table 25 — Device addressing with "INITIALISE (device)"
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AS/NZS IEC 62386.103:2024 Digital addressable lighting interface General requirements - Control devices
Preface
FOREWORD
INTRODUCTION
1 Scope
2 Normative references
3 Terms and definitions
4 General
4.1 General
4.2 Version number
5 Electrical specification
6 Bus power supply
7 Transmission protocol structure
7.1 General
7.2 24-bit forward frame encoding
7.2.1 Frame format for instructions and queries
7.2.2 Frame format for event messages
8 Timing
9 Method of operation
9.1 General
9.2 Device features
9.3 Application controller
9.3.1 General
9.3.2 Single-master application controller
9.3.3 Multi-master application controller
9.4 Input device
9.5 Instances of input devices
9.5.1 General
9.5.2 Instance number
9.5.3 Instance type
9.5.4 Instance features
9.5.5 Instance groups
9.6 Commands excluding event messages
9.6.1 General
9.6.2 Device commands
9.6.3 Instance commands
9.6.4 Feature commands
9.7 Event messages
9.7.1 Response to event messages
9.7.2 Device power cycle event
9.7.3 Input notification event
9.7.4 Event message filter
9.8 Input signal, measured value and “inputValue”
9.8.1 General
9.8.2 Input resolution
9.8.3 Getting the input value
9.8.4 Notification of changes
9.9 System failure
9.10 Operating a control device
9.10.1 Enable/disable the application controller
9.10.2 Application controller always active
9.10.3 Enable/disable event messages
9.10.4 Quiescent mode
9.10.5 Modes of operation
9.11 Memory banks
9.11.1 General
9.11.2 Memory map
9.11.3 Selecting a memory bank location
9.11.4 Protectable memory locations
9.11.5 Memory bank reading
9.11.6 Memory bank writing
9.11.7 Memory bank 0
9.11.8 Memory bank 1 (optional)
9.11.9 Manufacturer-specific memory banks
9.11.10 Reserved memory banks
9.12 Reset
9.12.1 Reset operation
9.12.2 Reset memory bank operation
9.13 Power on behaviour
9.13.1 Power on
9.13.2 Power cycle notification
9.14 Priority use
9.14.1 General
9.14.2 Priority of input notifications
9.15 Assigning short addresses
9.15.1 General
9.15.2 Random address allocation
9.15.3 Identification of a device
9.16 Exception handling
9.17 Device capabilities and status information
9.17.1 Device capabilities
9.17.2 Device status
9.17.3 Instance status
9.18 Non-volatile memory
9.19 Instance types and configuration
9.20 Current bus unit configuration
10 Declaration of variables
11 Definition of commands
11.1 General
11.2 Overview sheets
11.3 Event messages
11.3.1 INPUT NOTIFICATION (device/instance, event)
11.3.2 POWER NOTIFICATION (device)
11.4 Device control instructions
11.4.1 General
11.4.2 IDENTIFY DEVICE
11.4.3 RESET POWER CYCLE SEEN
11.5 Device configuration instructions
11.5.1 General
11.5.2 RESET
11.5.3 RESET MEMORY BANK (DTR0)
11.5.4 SET SHORT ADDRESS (DTR0)
11.5.5 ENABLE WRITE MEMORY
11.5.6 ENABLE APPLICATION CONTROLLER
11.5.7 DISABLE APPLICATION CONTROLLER
11.5.8 SET OPERATING MODE (DTR0)
11.5.9 ADD TO DEVICE GROUPS 0-15 (DTR2:DTR1)
11.5.10 ADD TO DEVICE GROUPS 16-31 ( DTR2:DTR1 )
11.5.11 REMOVE FROM DEVICE GROUPS 0-15 (DTR2:DTR1)
11.5.12 REMOVE FROM DEVICE GROUPS 16-31 (DTR2:DTR1)
11.5.13 START QUIESCENT MODE
11.5.14 STOP QUIESCENT MODE
11.5.15 ENABLE POWER CYCLE NOTIFICATION
11.5.16 DISABLE POWER CYCLE NOTIFICATION
11.5.17 SET EVENT PRIORITY (DTR0)
11.6 Device queries
11.6.1 General
11.6.2 QUERY DEVICE CAPABILITIES
11.6.3 QUERY DEVICE STATUS
11.6.4 QUERY APPLICATION CONTROLLER ERROR
11.6.5 QUERY INPUT DEVICE ERROR
11.6.6 QUERY MISSING SHORT ADDRESS
11.6.7 QUERY VERSION NUMBER
11.6.8 QUERY CONTENT DTR0
11.6.9 QUERY NUMBER OF INSTANCES
11.6.10 QUERY CONTENT DTR1
11.6.11 QUERY CONTENT DTR2
11.6.12 QUERY RANDOM ADDRESS (H)
11.6.13 QUERY RANDOM ADDRESS (M)
11.6.14 QUERY RANDOM ADDRESS (L)
11.6.15 READ MEMORY LOCATION (DTR1, DTR0)
11.6.16 QUERY APPLICATION CONTROLLER ENABLED
11.6.17 QUERY OPERATING MODE
11.6.18 QUERY MANUFACTURER SPECIFIC MODE
11.6.19 QUERY QUIESCENT MODE
11.6.20 QUERY DEVICE GROUPS 0-7
11.6.21 QUERY DEVICE GROUPS 8-15
11.6.22 QUERY DEVICE GROUPS 16-23
11.6.23 QUERY DEVICE GROUPS 24-31
11.6.24 QUERY POWER CYCLE NOTIFICATION
11.6.25 QUERY EXTENDED VERSION NUMBER(DTR0)
11.6.26 QUERY RESET STATE
11.6.27 QUERY APPLICATION CONTROLLER ALWAYS ACTIVE
11.6.28 QUERY FEATURE TYPE
11.6.29 QUERY NEXT FEATURE TYPE
11.6.30 QUERY EVENT PRIORITY
11.7 Instance control instructions
11.8 Instance configuration instructions
11.8.1 General
11.8.2 ENABLE INSTANCE
11.8.3 DISABLE INSTANCE
11.8.4 SET PRIMARY INSTANCE GROUP (DTR0)
11.8.5 SET INSTANCE GROUP 1 (DTR0)
11.8.6 SET INSTANCE GROUP 2 (DTR0)
11.8.7 SET EVENT SCHEME (DTR0)
11.8.8 SET EVENT PRIORITY (DTR0)
11.8.9 SET EVENT FILTER (DTR2:DTR1:DTR0)
11.8.10 SET INSTANCE TYPE (DTR0)
11.8.11 SET INSTANCE CONFIGURATION (DTR0, DTR2:DTR1)
11.9 Instance queries
11.9.1 General
11.9.2 QUERY INSTANCE TYPE
11.9.3 QUERY RESOLUTION
11.9.4 QUERY INSTANCE ERROR
11.9.5 QUERY INSTANCE STATUS
11.9.6 QUERY INSTANCE ENABLED
11.9.7 QUERY PRIMARY INSTANCE GROUP
11.9.8 QUERY INSTANCE GROUP 1
11.9.9 QUERY INSTANCE GROUP 2
11.9.10 QUERY EVENT SCHEME
11.9.11 QUERY INPUT VALUE
11.9.12 QUERY INPUT VALUE LATCH
11.9.13 QUERY EVENT PRIORITY
11.9.14 QUERY FEATURE TYPE
11.9.15 QUERY NEXT FEATURE TYPE
11.9.16 QUERY EVENT FILTER 0-7
11.9.17 QUERY EVENT FILTER 8-15
11.9.18 QUERY EVENT FILTER 16-23
11.9.19 QUERY INSTANCE CONFIGURATION (DTR0)
11.9.20 QUERY AVAILABLE INSTANCE TYPES
11.10 Special commands
11.10.1 General
11.10.2 TERMINATE
11.10.3 INITIALISE (device)
11.10.4 RANDOMISE
11.10.5 COMPARE
11.10.6 WITHDRAW
11.10.7 SEARCHADDRH (data)
11.10.8 SEARCHADDRM (data)
11.10.9 SEARCHADDRL (data)
11.10.10 PROGRAM SHORT ADDRESS (data)
11.10.11 VERIFY SHORT ADDRESS (data)
11.10.12 QUERY SHORT ADDRESS
11.10.13 WRITE MEMORY LOCATION (DTR1, DTR0, data)
11.10.14 WRITE MEMORY LOCATION – NO REPLY (DTR1, DTR0, data)
11.10.15 DTR0 (data)
11.10.16 DTR1 (data)
11.10.17 DTR2 (data)
11.10.18 DIRECT WRITE MEMORY (DTR1, offset, data)
11.10.19 DTR1:DTR0 (data1, data0)
11.10.20 DTR2:DTR1 (data2, data1)
11.10.21 SEND TESTFRAME (data)
Bibliography
Figure 1 — IEC 62386 graphical overview
Table 1 — 24-bit command frame encoding
Table 2 — Instance byte in a command frame
Table 3 — 24-bit event message frame encoding
Table 4 — Instance types
Table 5 — Feature types
Table 6 — Instance group variables
Table 7 — Device address information in power cycle event
Table 8 — Event addressing schemes
Table 9 — Measured value (≈ 50 %) versus resolution and “inputValue”
Table 10 — Example of querying sequence to read a 4-byte input value
Table 11 — Memory types
Table 12 — Basic memory map of memory banks
Table 13 — Memory map of memory bank 0
Table 14 — Memory map of memory bank 1
Table 15 — Control device capabilities
Table 16 — Control device status
Table 17 — Instance status
Table 18 — Current bus unit configuration
Table 19 — Declaration of device variables
Table 20 — Declaration of instance variables
Table 21 — Instance event messages
Table 22 — Device event messages
Table 25 — Device addressing with "INITIALISE (device)"
Previous versions
AS/NZS IEC 62386.103:2024
Online Library subscription information
Online library subscriptions provide a cost-effective solution for organisations of any size to access the latest standards, offering 24/7 access to a personalised catalogue. The service ensures subscribers have have the most up-to-date version of selected standards, incluing automatic updates for any amendments or versions. Pricing is dependent on the chosen standards and the number of concurrent users, with discounts applied from the standards PDF price. For customised subscriptions or further inquiries, contact the Online Library team.