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eLibrary > IEC 62386-102 Ed. 3.0 b:2022 Digital addressable lighting interface - Part 102: General requirements - Control gear >

IEC 62386-102 Ed. 3.0 b:2022 Digital addressable lighting interface - Part 102: General requirements - Control gear, 2022

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IEC 62386-102 Ed. 3.0 b:2022 Digital addressable lighting interface - Part 102: General requirements - Control gear, 2022

English [Go to Page]
CONTENTS
FOREWORD
INTRODUCTION
1 Scope
2 Normative references
3 Terms and definitions
4 General [Go to Page]
4.1 General
4.2 Version number
5 Electrical specification
6 Bus power supply
7 Transmission protocol structure [Go to Page]
7.1 General
7.2 16-bit forward frame encoding [Go to Page]
7.2.1 General
7.2.2 Address byte
7.2.3 Opcode byte
8 Timing
9 Method of operation [Go to Page]
9.1 General
9.2 Control gear [Go to Page]
9.2.1 General
9.2.2 Control gear phases
9.3 Dimming curve
9.4 Calculating "targetLevel"
9.5 Fading [Go to Page]
9.5.1 General
9.5.2 Fade time
9.5.3 Fade rate
9.5.4 Extended fade time
9.5.5 Using the fade time
9.5.6 Using the fade rate
9.5.7 System response to changes during a fade
9.5.8 System response to changes during standby and startup
9.5.9 Stopping a fade
9.6 Min and max level
9.7 Commands [Go to Page]
9.7.1 General
9.7.2 Level instructions without fade
9.7.3 Level instructions initiating a fade
9.7.4 Configuration instructions
9.7.5 Queries
9.7.6 Special commands
9.7.7 Application extended commands
9.8 Command iterations [Go to Page]
9.8.1 General
9.8.2 Command iteration of "UP" and "DOWN" commands
9.8.3 DAPC SEQUENCE (deprecated)
9.9 Modes of operation [Go to Page]
9.9.1 General
9.9.2 Operating mode 0x00: standard mode
9.9.3 Operating mode 0x01 to 0x7F: reserved
9.9.4 Operating mode 0x80 to 0xFF: manufacturer-specific modes
9.10 Memory banks [Go to Page]
9.10.1 General
9.10.2 Memory map
9.10.3 Selecting a memory bank location
9.10.4 Protectable memory locations
9.10.5 Memory bank reading
9.10.6 Memory bank writing
9.10.7 Memory bank 0
9.10.8 Memory bank 1 (optional)
9.10.9 Manufacturer-specific memory banks
9.10.10 Reserved memory banks
9.11 Reset [Go to Page]
9.11.1 Reset operation
9.11.2 Reset memory bank operation
9.12 System failure
9.13 Power on
9.14 Assigning short addresses [Go to Page]
9.14.1 General
9.14.2 Random address allocation
9.14.3 Identification of a device
9.14.4 Direct address allocation
9.15 Failure state behaviour
9.16 Status information [Go to Page]
9.16.1 General
9.16.2 Bit 0: Control gear failure
9.16.3 Bit 1: lamp failure
9.16.4 Bit 2: lamp on
9.16.5 Bit 3: limit error
9.16.6 Bit 4: fade running
9.16.7 Bit 5: reset state
9.16.8 Bit 6: missing short address
9.16.9 Bit 7: power cycle seen
9.17 Non-volatile memory
9.18 Device types and features
9.19 Using scenes
9.20 Current bus unit configuration
10 Declaration of variables
11 Definition of commands [Go to Page]
11.1 General
11.2 Overview sheets
11.3 Level instructions [Go to Page]
11.3.1 DAPC (level)
11.3.2 OFF
11.3.3 UP
11.3.4 DOWN
11.3.5 STEP UP
11.3.6 STEP DOWN
11.3.7 RECALL MAX LEVEL
11.3.8 RECALL MIN LEVEL
11.3.9 STEP DOWN AND OFF
11.3.10 ON AND STEP UP
11.3.11 ENABLE DAPC SEQUENCE
11.3.12 GO TO LAST ACTIVE LEVEL
11.3.13 CONTINUOUS UP
11.3.14 CONTINUOUS DOWN
11.3.15 GO TO SCENE (sceneNumber)
11.4 Configuration instructions [Go to Page]
11.4.1 General
11.4.2 RESET
11.4.3 STORE ACTUAL LEVEL IN DTR0
11.4.4 SET OPERATING MODE (DTR0)
11.4.5 RESET MEMORY BANK (DTR0)
11.4.6 IDENTIFY DEVICE
11.4.7 SET MAX LEVEL (DTR0)
11.4.8 SET MIN LEVEL (DTR0)
11.4.9 SET SYSTEM FAILURE LEVEL (DTR0)
11.4.10 SET POWER ON LEVEL (DTR0)
11.4.11 SET FADE TIME (DTR0)
11.4.12 SET FADE RATE (DTR0)
11.4.13 SET EXTENDED FADE TIME (DTR0)
11.4.14 SET SCENE (DTR0, sceneX)
11.4.15 REMOVE FROM SCENE (sceneX)
11.4.16 ADD TO GROUP (group)
11.4.17 REMOVE FROM GROUP (group)
11.4.18 SET SHORT ADDRESS (DTR0)
11.4.19 ENABLE WRITE MEMORY
11.5 Queries [Go to Page]
11.5.1 General
11.5.2 QUERY STATUS
11.5.3 QUERY CONTROL GEAR PRESENT
11.5.4 QUERY CONTROL GEAR FAILURE
11.5.5 QUERY LAMP FAILURE
11.5.6 QUERY LAMP POWER ON
11.5.7 QUERY LIMIT ERROR
11.5.8 QUERY RESET STATE
11.5.9 QUERY MISSING SHORT ADDRESS
11.5.10 QUERY VERSION NUMBER
11.5.11 QUERY CONTENT DTR0
11.5.12 QUERY DEVICE TYPE
11.5.13 QUERY NEXT DEVICE TYPE
11.5.14 QUERY PHYSICAL MINIMUM
11.5.15 QUERY POWER FAILURE
11.5.16 QUERY CONTENT DTR1
11.5.17 QUERY CONTENT DTR2
11.5.18 QUERY OPERATING MODE
11.5.19 QUERY LIGHT SOURCE TYPE
11.5.20 QUERY ACTUAL LEVEL
11.5.21 QUERY MAX LEVEL
11.5.22 QUERY MIN LEVEL
11.5.23 QUERY POWER ON LEVEL
11.5.24 QUERY SYSTEM FAILURE LEVEL
11.5.25 QUERY FADE TIME/FADE RATE
11.5.26 QUERY EXTENDED FADE TIME
11.5.27 QUERY MANUFACTURER SPECIFIC MODE
11.5.28 QUERY SCENE LEVEL (sceneX)
11.5.29 QUERY GROUPS 0-7
11.5.30 QUERY GROUPS 8-15
11.5.31 QUERY RANDOM ADDRESS (H)
11.5.32 QUERY RANDOM ADDRESS (M)
11.5.33 QUERY RANDOM ADDRESS (L)
11.5.34 READ MEMORY LOCATION (DTR1, DTR0)
11.6 Application extended commands [Go to Page]
11.6.1 General
11.6.2 QUERY EXTENDED VERSION NUMBER
11.7 Special commands [Go to Page]
11.7.1 General
11.7.2 TERMINATE
11.7.3 DTR0 (data)
11.7.4 INITIALISE (device)
11.7.5 RANDOMISE
11.7.6 COMPARE
11.7.7 WITHDRAW
11.7.8 SEARCHADDRH (data)
11.7.9 SEARCHADDRM (data)
11.7.10 SEARCHADDRL (data)
11.7.11 PROGRAM SHORT ADDRESS (data)
11.7.12 VERIFY SHORT ADDRESS (data)
11.7.13 QUERY SHORT ADDRESS
11.7.14 ENABLE DEVICE TYPE (data)
11.7.15 DTR1 (data)
11.7.16 DTR2 (data)
11.7.17 WRITE MEMORY LOCATION (DTR1, DTR0, data)
11.7.18 WRITE MEMORY LOCATION – NO REPLY (DTR1, DTR0, data)
11.7.19 PING
Annex A (informative) Examples of algorithms [Go to Page]
A.1 Random address allocation
A.2 One single control gear connected to the control device
A.3 Using application extended commands
Annex B (normative) High resolution dimmer
Bibliography
Figures [Go to Page]
Figure 1 – IEC 62386 graphical overview
Figure 2 – Control gear directly operating a light source
Figure 3 – Dimming curve
Figure 4 – Level over time, fading up and down
Figure 5 – Timing and response when executing command iteration
Figure 6 – Correlation between "lampFailure", "lampOn" and "fadeRunning" bits
Tables [Go to Page]
Table 1 – 16-bit command frame encoding
Table 2 – Dimming curve tolerance
Table 3 – Dimming curve
Table 4 – Fade times
Table 5 – Fade rates
Table 6 – Extended fade time – Base value
Table 7 – Extended fade time – Multiplier
Table 8 – Memory types
Table 9 – Basic memory map of memory banks
Table 10 – Memory map of memory bank 0
Table 11 – Memory map of memory bank 1
Table 12 – Power on timing
Table 13 – Control gear status
Table 14 – Scenes
Table 15 – Current bus unit configuration
Table 16 – Declaration of variables
Table 17 – Standard commands
Table 18 – Special commands
Table 19 – Light source type encoding
Table 20 – Device addressing with "INITIALISE (device)"
Figure B.1 – Level behaviour in case of off-grid starting points
Français [Go to Page]
SOMMAIRE
AVANT-PROPOS
INTRODUCTION
1 Domaine d'application
2 Références normatives
3 Termes et définitions
4 Généralités [Go to Page]
4.1 Généralités
4.2 Numéro de version
5 Spécifications électriques
6 Alimentation électrique du bus
7 Structure du protocole de transmission [Go to Page]
7.1 Généralités
7.2 Codage de trame en avant à 16 bits [Go to Page]
7.2.1 Généralités
7.2.2 Octet d'adresse
7.2.3 Octet de code de fonctionnement
8 Cadencement
9 Mode de fonctionnement [Go to Page]
9.1 Généralités
9.2 Appareillage de commande [Go to Page]
9.2.1 Généralités
9.2.2 Phases de l'appareillage de commande
9.3 Courbe de gradation
9.4 Calcul de "targetLevel"
9.5 Modification de l'intensité lumineuse [Go to Page]
9.5.1 Généralités
9.5.2 Durée de modification de l'intensité lumineuse
9.5.3 Vitesse de modification de l'intensité lumineuse
9.5.4 Durée étendue de modification de l'intensité lumineuse
9.5.5 Utilisation de la durée de modification de l'intensité lumineuse
9.5.6 Utilisation de la vitesse de modification de l'intensité lumineuse
9.5.7 Réponse du système à une modification de l'intensité lumineuse
9.5.8 Réponse du système lors d'une modification de la veille et du démarrage
9.5.9 Interruption d'une modification de l'intensité lumineuse
9.6 Niveau min et max
9.7 Commandes [Go to Page]
9.7.1 Généralités
9.7.2 Instructions de niveau sans modification de l'intensité lumineuse
9.7.3 Instructions de niveau qui déclenchent une modification de l'intensité lumineuse
9.7.4 Instructions de configuration
9.7.5 Requêtes
9.7.6 Commandes spéciales
9.7.7 Commandes d'application étendues
9.8 Itérations de commandes [Go to Page]
9.8.1 Généralités
9.8.2 Itération des commandes "UP" et "DOWN"
9.8.3 DAPC SEQUENCE (déconseillé)
9.9 Modes de fonctionnement [Go to Page]
9.9.1 Généralités
9.9.2 Mode de fonctionnement 0x00: mode normal
9.9.3 Mode de fonctionnement 0x01 à 0x7F: réservé
9.9.4 Mode de fonctionnement 0x80 à 0xFF: modes spécifiques au fabricant
9.10 Blocs de mémoire [Go to Page]
9.10.1 Généralités
9.10.2 Carte de mémoire
9.10.3 Sélection d'un emplacement de bloc de mémoire
9.10.4 Emplacements de mémoire protégeables
9.10.5 Lecture dans le bloc de mémoire
9.10.6 Écriture dans le bloc de mémoire
9.10.7 Bloc de mémoire 0
9.10.8 Bloc de mémoire 1 (facultatif)
9.10.9 Blocs de mémoire spécifiques au fabricant
9.10.10 Blocs de mémoire réservés
9.11 Réinitialisation [Go to Page]
9.11.1 Opération de réinitialisation
9.11.2 Opération de réinitialisation des blocs de mémoire
9.12 Défaillance système
9.13 Mise sous tension
9.14 Attribution d'adresses courtes [Go to Page]
9.14.1 Généralités
9.14.2 Affectation d'adresses aléatoires
9.14.3 Identification d'un dispositif
9.14.4 Affectation d'adresses directes
9.15 Comportement en état de défaillance
9.16 Information d'état [Go to Page]
9.16.1 Généralités
9.16.2 Bit 0: Défaillance de l'appareillage de commande (Control gear failure)
9.16.3 Bit 1: Lampe grillée (Lamp failure)
9.16.4 Bit 2: Lampe allumée (Lamp on)
9.16.5 Bit 3: Erreur limite (Limit error)
9.16.6 Bit 4: Modification de l'intensité lumineuse en cours (Fade running)
9.16.7 Bit 5: Etat réinitialisé (Reset state)
9.16.8 Bit 6: Absence d'adresse courte (Missing short address)
9.16.9 Bit 7: Observation du cycle de mise sous tension (Power cycle seen)
9.17 Mémoire non volatile
9.18 Types et caractéristiques de dispositifs
9.19 Utilisation de scénarii
9.20 Configuration actuelle de l'unité de bus
10 Déclaration des variables
11 Définition des commandes [Go to Page]
11.1 Généralités
11.2 Fiches de vue d'ensemble
11.3 Instructions de niveau [Go to Page]
11.3.1 DAPC (level)
11.3.2 OFF
11.3.3 UP
11.3.4 DOWN
11.3.5 STEP UP
11.3.6 STEP DOWN
11.3.7 RECALL MAX LEVEL
11.3.8 RECALL MIN LEVEL
11.3.9 STEP DOWN AND OFF
11.3.10 ON AND STEP UP
11.3.11 ENABLE DAPC SEQUENCE
11.3.12 GO TO LAST ACTIVE LEVEL
11.3.13 CONTINUOUS UP
11.3.14 CONTINUOUS DOWN
11.3.15 GO TO SCENE (sceneNumber)
11.4 Instructions de configuration [Go to Page]
11.4.1 Généralités
11.4.2 RESET
11.4.3 STORE ACTUAL LEVEL IN DTR0
11.4.4 SET OPERATING MODE (DTR0)
11.4.5 RESET MEMORY BANK (DTR0)
11.4.6 IDENTIFY DEVICE
11.4.7 SET MAX LEVEL (DTR0)
11.4.8 SET MIN LEVEL (DTR0)
11.4.9 SET SYSTEM FAILURE LEVEL (DTR0)
11.4.10 SET POWER ON LEVEL (DTR0)
11.4.11 SET FADE TIME (DTR0)
11.4.12 SET FADE RATE (DTR0)
11.4.13 SET EXTENDED FADE TIME (DTR0)
11.4.14 SET SCENE (DTR0, sceneX)
11.4.15 REMOVE FROM SCENE (sceneX)
11.4.16 ADD TO GROUP (group)
11.4.17 REMOVE FROM GROUP (group)
11.4.18 SET SHORT ADDRESS (DTR0)
11.4.19 ENABLE WRITE MEMORY
11.5 Requêtes [Go to Page]
11.5.1 Généralités
11.5.2 QUERY STATUS
11.5.3 QUERY CONTROL GEAR PRESENT
11.5.4 QUERY CONTROL GEAR FAILURE
11.5.5 QUERY LAMP FAILURE
11.5.6 QUERY LAMP POWER ON
11.5.7 QUERY LIMIT ERROR
11.5.8 QUERY RESET STATE
11.5.9 QUERY MISSING SHORT ADDRESS
11.5.10 QUERY VERSION NUMBER
11.5.11 QUERY CONTENT DTR0
11.5.12 QUERY DEVICE TYPE
11.5.13 QUERY NEXT DEVICE TYPE
11.5.14 QUERY PHYSICAL MINIMUM
11.5.15 QUERY POWER FAILURE
11.5.16 QUERY CONTENT DTR1
11.5.17 QUERY CONTENT DTR2
11.5.18 QUERY OPERATING MODE
11.5.19 QUERY LIGHT SOURCE TYPE
11.5.20 QUERY ACTUAL LEVEL
11.5.21 QUERY MAX LEVEL
11.5.22 QUERY MIN LEVEL
11.5.23 QUERY POWER ON LEVEL
11.5.24 QUERY SYSTEM FAILURE LEVEL
11.5.25 QUERY FADE TIME/FADE RATE
11.5.26 QUERY EXTENDED FADE TIME
11.5.27 QUERY MANUFACTURER SPECIFIC MODE
11.5.28 QUERY SCENE LEVEL (sceneX)
11.5.29 QUERY GROUPS 0-7
11.5.30 QUERY GROUPS 8-15
11.5.31 QUERY RANDOM ADDRESS (H)
11.5.32 QUERY RANDOM ADDRESS (M)
11.5.33 QUERY RANDOM ADDRESS (L)
11.5.34 READ MEMORY LOCATION (DTR1, DTR0)
11.6 Commandes d'application étendues [Go to Page]
11.6.1 Généralités
11.6.2 QUERY EXTENDED VERSION NUMBER
11.7 Commandes spéciales [Go to Page]
11.7.1 Généralités
11.7.2 TERMINATE
11.7.3 DTR0 (data)
11.7.4 INITIALISE (device)
11.7.5 RANDOMISE
11.7.6 COMPARE
11.7.7 WITHDRAW
11.7.8 SEARCHADDRH (data)
11.7.9 SEARCHADDRM (data)
11.7.10 SEARCHADDRL (data)
11.7.11 PROGRAM SHORT ADDRESS (data)
11.7.12 VERIFY SHORT ADDRESS (data)
11.7.13 QUERY SHORT ADDRESS
11.7.14 ENABLE DEVICE TYPE (data)
11.7.15 DTR1 (data)
11.7.16 DTR2 (data)
11.7.17 WRITE MEMORY LOCATION (DTR1, DTR0, data)
11.7.18 WRITE MEMORY LOCATION – NO REPLY (DTR1, DTR0, data)
11.7.19 PING
Annexe A (informative) Exemples d'algorithmes [Go to Page]
A.1 Affectation d'adresses aléatoires
A.2 Un seul appareillage raccordé au dispositif de commande
A.3 Utilisation des commandes d'application étendues
Annexe B (normative) Gradateur à haute résolution
Bibliographie
Figures [Go to Page]
Figure 1 – Représentation graphique générale de l'IEC 62386
Figure 2 – Appareillages de commande qui font fonctionner directement une source de lumière
Figure 3 – Courbe de gradation
Figure 4 – Niveau par rapport à la durée, modification ascendante et descendante de l'intensité lumineuse
Figure 5 – Cadencement et réponse lors de l'exécution d'une itération de commande
Figure 6 – Corrélation entre les bits "lampFailure", "lampOn" et "fadeRunning"
Figure B.1 – Comportement des niveaux dans le cas de points de départ hors réseau
Tableaux [Go to Page]
Tableau 1 – Codage de la trame de commande à 16 bits
Tableau 2 – Tolérance de la courbe de gradation
Tableau 3 – Courbe de gradation
Tableau 4 – Durées de modification de l'intensité lumineuse
Tableau 5 – Vitesses de modification de l'intensité lumineuse
Tableau 6 – Durée étendue de modification de l'intensité lumineuse – Valeur de base
Tableau 7 – Durée étendue de modification de l'intensité lumineuse – Multiplicateur
Tableau 8 – Types de mémoires
Tableau 9 – Carte de mémoire de base des blocs de mémoire
Tableau 10 – Carte de la mémoire du bloc de mémoire 0
Tableau 11 – Carte de la mémoire du bloc de mémoire 1
Tableau 12 – Cadencement de la mise sous tension
Tableau 13 – État de l'appareillage de commande
Tableau 14 – Scénarii
Tableau 15 – Configuration actuelle de l'unité de bus
Tableau 16 – Déclaration des variables
Tableau 17 – Commandes normalisées
Tableau 18 – Commandes spéciales
Tableau 19 – Codage du type de source de lumière
Tableau 20 – Adressage de dispositif avec "INITIALISE (device)" [Go to Page]

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