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GB/T 30104.209-2013: Digital addressable lighting interface -- Part 209: Particular requirements for control gear -- Colour control (device type 8)
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Digital addressable lighting interface -- Part 209: Particular requirements for control gear -- Colour control (device type 8)
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GB/T 30104.209-2013
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Basic data | Standard ID | GB/T 30104.209-2013 (GB/T30104.209-2013) | | Description (Translated English) | Digital addressable lighting interface -- Part 209: Particular requirements for control gear -- Colour control (device type 8) | | Sector / Industry | National Standard (Recommended) | | Classification of Chinese Standard | K74 | | Classification of International Standard | 29.140.50; 29.140.99 | | Word Count Estimation | 183,186 | | Quoted Standard | GB/T 30104.101-2013; GB/T 30104.102-2013; CIE 1932; CIE 17-4-1987 | | Adopted Standard | IEC 62386-209-2011, IDT | | Regulation (derived from) | National Standards Bulletin No. 25 of 2013 | | Issuing agency(ies) | General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China, Standardization Administration of the People's Republic of China | | Summary | This standard specifies the digital signal control variable electronic control device luminous colors protocol and test procedures. | GB/T 30104.209-2013: Digital addressable lighting interface -- Part 209: Particular requirements for control gear -- Colour control (device type 8)
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Digital addressable lighting interface.Part 209. Particular requirements for control gear.Colour control (device type 8)
ICS 29.140.50; 29.140.99
K74
National Standards of People's Republic of China
Digital addressable lighting interface
Part 209. Particular requirements for control devices
Color Control (Device Type 8)
Part 209. Particularrequirementsforcontrolgear-
Colourcontrol (devicetype8)
(IEC 62386-209..2011, IDT)
2013-12-17 release
2014-11-01 implementation
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China
China National Standardization Management Committee released
Directory
Preface Ⅶ
Introduction Ⅷ
1 Scope 1
2 normative reference document 1
3 Terms and definitions 1
4 General requirements 3
4.4 Color Type 3
4.4.1 Summary 3
4.4.2 Color type. xy coordinates 3
4.4.3 Color type. color temperature Tc 3
4.4.4 Color type. primary color N 5
4.4.5 Color type. RGB WAF 5
5 Electrical Specifications 5
6 interface power supply 5
7 transmission protocol structure 5
8 Timing 5
9 How to operate 5
9.1 Logarithmic dimming curve, arc power level and accuracy 6
9.1.1 Color light output corresponding to arc power level 6
9.1.2 Direct Arc Power Level 6
9.1.3 Indirect arc power rating 7
9.2 Power on 7
9.2.1 General requirements 7
9.2.2 Save the power-on color 7
9.2.3 Query Power On Color 7
9.3 Interface failure 7
9.3.1 General requirements 7
9.3.2 Storage system fault color 8
9.3.3 Query System Fault Color 8
9.4 Min and Max Level 8
9.5 Gradient time and fade rate 8
9.6 Response to the command in the wrong state 9
9.9 16-bit data conversion with extended control instructions 9
9.10 multi-color type control device 9
9.11 color scene 9
9.11.1 General requirements 9
9.11.2 Save the color scene ×××× 9
9.11.3 Clear the color scene ×××× 10
9.11.4 Go to the color scene ×××× 10
9.11.5 Query Color Scene ×××× 10
9.12 color change 10
9.12.1 Color type xy coordinates 10
9.12.2 Color type Color temperature Tc 10
9.12.3 Color type change 11
9.12.4 Temporary color setting 11
9.12.5 Activate the color setting 11
9.12.6 Report color setting 14
9.12.7 Copy the report to the temporary variable 14
9.13 Color temperature Tc limit 14
10 variable declaration 15
11 instruction definition
11.1 Arc power control command 19
Direct Arc Power Control Instruction
11.1.2 Indirect arc power control command 19
11.2 Configuration Instructions 19
11.2.1 General Configuration Instructions 19
11.2.2 Arc power parameter setting 20
11.2.3 System parameter setting 20
11.3 Query Instruction 20
11.3.1 Query of status information 20
11.3.2 Query of the arc power parameter setting 20
11.3.3 Query of system parameter settings 21
11.3.4 Apply extended instructions 21
11.4 Special Instructions 29
11.4.4 Extended Special Instructions 29
11.5 Instruction Set List 29
11.5.1 Extended Application Instruction Setting Summary 29
11.5.2 Contrast between instruction and color type 30
11.5.3 Comparison of instructions with DTR, DTR1, DTR2 31
12 Test procedures 33
12.2 "Configuration Instructions" Test Flow 33
12.2.1 "Common Configuration Instructions" Test Flow 33
12.7 "Application Extension Instructions for Device Type 8" Test Flow 50
12.7.1 "Application of extended query instructions" test flow 50
12.7.2 Test Flow for Application Extended Configuration Directives
12.7.3 "Enable Device Type" Test Flow 128
12.7.4 "Application Extended Control Instructions" Test Flow 131
12.7.5 "Standard Application Extended Instructions" Test Flow
13 Generic Subprocess
13.1 "Set 16-bit value (value)" test sub-process 168
13.2 "Set specific 16-bit value (value)" test sub-process 169
13.3 "Get 16-bit value ()" test sub-process 170
13.4 "Get 16-bit color value ()" test sub-process 171
References 173
Figure 1 CIE color space color chart (1931 published by Cambridge University) 4
Figure 2 Blackbody Track 4
Figure 3 color temperature icon 5
Figure 4 applies the extended configuration instruction sequence
Figure 5 "Reset" the test flow 34
Figure 6 "Test Reset Default (Color Type)" Test Flow 35
Figure 7 "Test reset _xy" test flow 37
Figure 8 "Test reset _Tc" test flow 38
Figure 9 "Test reset _ primary color N" test flow 40
Figure 10 "Test reset _RGB WAF" test flow 41
Figure 11 "Test reset no change _xy" test flow 42
Figure 12 "Test reset no change _Tc" test flow 43
Figure 13 "Test reset unchanged - primary color N" test flow 44
Figure 14 "Test reset unchanged _RGB WAF" test flow 46
Figure 15 "Test Reset Independent Color Type" Test Flow 47
Figure 16 "Save the primary color N" test flow 48
Figure 17 "Recovery of primary colors N (x primary, y primary, TY primary)" Test flow 49
Figure 18 "Query Control Device Feature/Status" Test Flow 50
Figure 19 "Query Color Status" Test Flow 51
Figure 20 "Activation and inspection (color type, currently active)" test flow 53
Figure 21 "xy super-range check ()" test process 54
Figure 22 "Tc overrange inspection" test flow
Figure 23 "Check only one color type activation" Test flow 56
Figure 24 "Tc super-range physical warmest" test flow 57
Figure 25 "Tc overrides check the physical coldest" test flow 58
Figure 26 "Query Color Type Feature" Test Flow 59
Figure 27 "Query Color Values" Test Flow 60
Figure 28 "Query RGB WAF Control" Test Flow 64
Figure 29 "Query assigned color" test flow 65
Figure 30 "Storage TY Primary N" Test Flow 67
Figure 31 "Check DTR2 behavior 8 (primary color number)" Test flow 68
Figure 32 "Storage xy coordinate primary color N" Test flow 69
Figure 33 "Check DTR2 behavior _XY (primary color number)" test flow 70
Figure 34 "Storage color temperature Tc limit" Test flow 71
Figure 35 "Tc check DTR2 behavior ()" test flow 72
Figure 36 "Tc Save Physical Limit" Test Flow 73
Figure 37 "Tc recovery physical limit (physical limit)" test flow 74
Figure 38 "Tc check limit" test flow 75
Figure 39 "Storage control device feature/status" test flow 76
Figure 40 "Automatic activation" of the test flow 78
Figure 41 "Automatic activation of _xy (minimum level, instruction, delay, expected level)" Test procedure 79
Figure 42 "Non-automatic activation _xy (minimum level, instruction, delay, expected level)" Test procedure 80
Figure 43 "Automatic activation _Tc (minimum level, instruction, delay, expected level)" Test procedure 81
Figure 44 "Non-automatic activation _Tc (minimum level, instruction, delay, expected level)" Test procedure 82
Figure 45 "Auto Activation - Primary Color N (Minimum Level, Instruction, Delay, Expected Level)" Test Flow 83
Figure 46 "Non-automatic activation _ Primary color N (minimum level, instruction, delay, expected level)" Test flow 84
Figure 47 "Automatic activation of _RGB WAF (minimum level, instruction, delay, expected level)" Test procedure 85
Figure 48 "Non-automatic activation of RGB WAF (minimum level, instruction, delay, expected level)" Test procedure 86
Figure 49 "Automatic activation of _Dapc0" test flow 87
Figure 50 "Automatic activation _ off" test flow 88
Figure 51 "Load _xy_ coordinate (point _x, point _y)" test flow 89
Figure 52 "Get _ actual_xy ()" sequencing process 90
Figure 53 "Look for two valid values _Tc_point ()" test flow 91
Figure 54 "Load _Tc (Tc value)" test flow 91
Figure 55 "Get _ Actual _Tc ()" Test Flow 92
Figure 56 "Looking for two active primary N_ points ()" test flow 93
Figure 57 "Load _ primary color N (point _ primary color N)" test flow 94
Figure 58 "Get _ Actual _ Primary Color N ()" Test Flow 95
Figure 59 "Look for two valid values _RGB WAF_point ()" Test Flow 96
Figure 60 "Load _RGB WAF (Point _RGB WAF)" Test Flow 97
Figure 61 "Get _ Actual _RGB WAF ()" Test Flow 98
Figure 62 "Trigger Auto Activation (Auto)" Test Flow 99
Figure 63 "Assign Color to Connected Channel" Test Flow 100
Figure 64 "Start auto calibration" test flow 101
Figure 65 "Power-on color" test flow 103
Figure 66 "Power-on behavior _xy" test flow 104
Figure 67 "Power-up behavior _Tc" Test flow 106
Figure 68 "Power-on behavior - primary color N" test flow 107
Figure 69 "Power-on behavior _RGB WAF" Test flow 109
Figure 70 "Power Behaviors Mask_xy" Test Flow 110
Figure 71 "Power Behaviors Mask_Tc" Test Flow 111
Figure 72 "Power-on behavior mask = primary color N" test flow 112
Figure 73 "Power Behavior Mask _RGB WAF" Test Flow 114
Figure 74 "System failure" test flow 115
Figure 75 "System failure behavior _xy" test flow 116
Figure 76 "System failure behavior _Tc" test flow 118
Figure 77 "System failure behavior primary color N" test flow 119
Figure 78 "System failure behavior _RGB WAF" test flow 121
Figure 79 "System failure behavior mask _xy" test flow 122
Figure 80 "System failure behavior mask _Tc" test flow 123
Figure 81 "System fault behavior mask _ primary color N" test flow 124
Figure 82 "System failure behavior mask _RGB WAF" test flow 126
Figure 83 "In the DTR deposit scene × × × ×/go to the scene × × × ×" test flow 127
Figure 84 "Set temporary value (color, value)" test flow 128
Figure 85 "Enable Device Type. Apply Extended Instructions"
Figure 86 "Enable Device Type. Apply Extended Configuration Directive" Test Flow 130
Figure 87 "Setting the temporary x-coordinate" test flow 131
Figure 88 "Setting the temporary y-coordinate" test flow 132
Figure 89 "Activate" the test flow 134
Figure 90 "Look for two valid xy points (point 1_x, point 1_y, point 2_x, point 2_y)" Test flow 135
Figure 91 "Go to _xy_ coordinate (point _x, point _y)" test flow 136
Figure 92 "x-coordinate step-up" test flow
Figure 93 "Activate color type (color type)" Test flow 138
Figure 94 "x-coordinate step-down" test flow
Figure 95 "Get the main point xy ()" test flow 140
Figure 96 "Get the current point xy ()" test flow 141
Figure 97 "xy mode acquisition master xy ()" test flow 142
Figure 98 "Setting Temporary Color Temperature Tc" Test Flow 143
Figure 99 "Finding Effective Tc Values (Tc Values)" Test Flow 144
Figure 100 "Check all Tc values ()" Test flow 145
Figure 101 "Color Temperature Tc Step Frost" Test Flow 146
Figure 102 "Color Temperature Tc Step Warmer" Test Flow 147
Figure 103 "Setting Temporary Primary N Dimmer" Test Flow 148
Figure 104 "Checking the primary color N gradation behavior (primary color N)" Test flow 149
Figure 105 "Setting Temporary RGB Dimming" Test Flow 150
Figure 106 "Check RGB gradient behavior ()" test flow 151
Figure 107 "Setting the temporary WAF dimming" test flow 152
Figure 108 "Check WAF Gradient Behavior ()" Test Flow 153
Figure 109 "Setting RGB WAF Control" Test Flow 154
Figure 110 "Channel Color Control Activation Test (Channel Number)" Test Flow 155
Figure 111 "Normal Color Control Activation Test ()" Test Flow 156
Figure 112 "Transition to Inactive Test") Test Flow 157
Figure 113 "Copy Report to Temporary Value" Test Flow 158
Figure 114 "Copy _xy ()" test flow 159
Figure 115 "Copy _Tc ()" Test Flow 160
Figure 116 "Copy _ Primary Color N ()" Test Flow 161
Figure 117 "Copy _RGB WAF ()" Test Flow 162
Figure 118 "Primary color N_ check 1 (primary color number)" Test flow 163
Figure 119 "Primary color N_ check 2 (primary color number)" Test flow 164
Figure 120 "RGB WAF_ check 1 (channel number)" test flow 165
Figure 121 "RGB WAF_ check 2 (channel number)" test flow 166
Figure 122 "Query Extended Version Number" Test Flow 167
Figure 123 "Reserved Application Extension Instructions" Test Flow 168
Figure 124 "Set 16-bit value (value)" test sub-process 169
Figure 125 "Set specific 16-bit value (value)" test subflow 170
Figure 126 "Get 16-bit value ()" test sub-process 171
Figure 127 "Get 16-bit color value ()" test sub-process 172
Table 1 Power on 7
Table 2 Interface failure 8
Table 3 Minimum and Maximum Level 8
Table 4 Color scene 10
Table 5 Response of the system to "Direct Arc Power Control DAPC" and "Temporary Color Type" 12
Table 6 Response of the system to instructions and color types
Table 7 Tc Limit Change Behavior 15
Table 8 Variable Declaration 15
Table 9 Storage color temperature Tc limit 24
Table 10 assigns channel 24 to color
Table 11 Query Color Values 26
Table 12 Query the assigned color
Table 13 Extended Application Instruction Set Table 29
Table 14 Comparison of instructions and color types
Table 15 directs the comparison with DTR, DTR1 and DTR2 31
Table 16 returns the instruction flow "query color value"
Foreword
GB/T 30104 "digital addressable lighting interface" is divided into 13 parts.
- Part 101. General requirements systems;
- Part 102. General requirements for control devices;
- Part 103. General requirements for control equipment;
- Part.201. Particular requirements for control devices Fluorescent lamps (type 0);
- Part 202. Particular requirements for control devices Self - contained emergency lighting (type 1);
- Part 203. Particular requirements for control devices Discharge lamps (except fluorescent lamps) (type of equipment 2);
- Part 204. Particular requirements for control devices Low - pressure halogen lamps (type 3);
- Part 205. Particular requirements for control devices Incandescent lamp power supply voltage controller (type 4);
- Part 206. Special requirements for control devices Digital signals are converted to DC voltage (device type 5);
- Part 207. Particular requirements for control devices LED module (type of equipment 6);
- Part 208. Particular requirements for control devices - Switching function (type 7);
- Part 209. Particular requirements for control devices Color control (type of equipment 8);
Part 210. Particular requirements for control devices Program device (type 9).
This part is part 20 of GB/T 30104.
This part is drafted in accordance with the rules given in GB/T 1.1-2009 and GB/T 20000.2-2009.
This part uses the translation method equivalent to the use of IEC 62386-209..2011 "Digital addressable lighting interface Part 209. Control device
Special requirements for color control (device type 8) ".
This part is made by the China Light Industry Federation.
This part of the National Lighting Standardization Technical Committee (SAC/TC224) centralized.
This part of the drafting unit. Guangdong Product Quality Supervision and Inspection Research Institute, Foshan City, Tuo Wei Environmental Lighting Engineering Co., Ltd., Guangzhou,
Gas Equipment Co., Ltd., Sichuan Province Product Quality Supervision, Inspection and Testing Institute, Zhongshan Guzhen Town Productivity Promotion Center, Hangzhou in the photoelectric technology
Co., Ltd., Shanghai Yaming Bulb Factory Co., Ltd., Foshan City, the whole Electric Lighting Co., Ltd., Guangdong Kai Le Si Optoelectronics Technology Co., Ltd.
Division, Dongguan City Huayu Optoelectronics Technology Co., Ltd., Beijing Electric Light Source Research Institute.
This part of the drafters. Li Zili, Zhou Qiaoyi, Zhang Lingyun, Ai Jie, Huang Zhitong, Zhang nine six, Xu Xiaoliang, regional Zhiyang, Wu Yongle,
Duan Yanfang, Jiang Shan, Zhao Xiurong.
Introduction
This part will be published in conjunction with GB/T 30104.101 and GB/T 30104.102. GB/T 30104 will be divided into several parts published separately
For future revision and revision. Additional requirements will be added if necessary.
When referring to any of the provisions of GB/T 30104.101 or GB/T 30104.102, this part and the composition of GB/T 30104.2 × ×
The other parts of the column clearly specify the scope of application of the terms and the order in which the tests are conducted. If necessary, this part also includes additional requirements. group
All parts of the GB/T 30104.2 ×× series are independent and therefore do not contain references between each other.
GB/T 30104.101 or GB/T 30104.102 In this section, the words "in accordance with GB/T 30104.101
'n' of the requirements of the sentence, "the sentence can be interpreted as part of the provisions of Section 101 or Section 102 of all the requirements are
Except for control devices that are applicable, but not applicable to the particular type of lamp contained in Section 209.
Unless otherwise noted, the figures used in this section are in decimal. Hexadecimal numbers are in 0xVV format, where VV is a number
value. Binary numbers are in the format XXXXXXXXb or XXXXXXXX, where X is 0 or 1; "x" in binary means "no
For consideration ".
Digital addressable lighting interface
Part 209. Particular requirements for control devices
Color Control (Device Type 8)
1 Scope
This part of GB/T 30104 specifies the protocol and test procedures for controlling the variable light color of the digital signal of the electronic control unit.
Note. This part of the test finger type test. The special requirements specified in the standard do not include tests on separate control devices on the production line.
2 normative reference documents
The following documents are indispensable for the application of this document. For dated references, only the dated edition applies to this article
Pieces. For undated references, the latest edition (including all modifications) applies to this document.
Digital addressable lighting interfaces - Part 101. General requirements systems (IEC 62386-101.
2009, IDT)
Digital addressable lighting interface - Part 102. General requirements - Control devices (IEC 62386 -
102..2009, IDT)
CIE (1932) Assembly of the International Commission on Illumination 1931 Cambridge University Press Cambridge
International lighting glossary ISBN9783900734077
3 terms and definitions
GB/T 30104.101-2013 Chapter 3 and GB/T 30104.102-2013 Chapter 3 defines and the following terms and definitions apply
In this document.
3.1
Color type colourtype
Set the color mechanism in an appropriate way.
3.2
xy color xychromaticity
Color type. The color matching function of the standard observer expressed according to the International Commission on Illumination (CIE) 1931.
3.3
Color temperature colourtemperature
Tc
Color type. According to Planck's law, it represents the color of a light source that matches the temperature of the blackbody radiator.
3.4
Related color temperature correlatedcolourtemperature; CCT
Under the same apparent brightness and prescribed observation conditions, the perceived color of the Planck radiator is closest to the perceived color of a given color stimulus.
The color temperature of the radiator is the correlated color temperature of the color stimulus (from CIE17-4. 1987).
3.5
Primary color N primaryN
Color Type. Indicates a single output channel for the control unit.
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