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BS EN 62386-209:2011

BS EN 62386-209:2011

$215.11

Digital addressable lighting interface – Particular requirements for control gear. Colour control (device type 8)

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BSI 2011 206
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IEC 62386-209:2011 specifies a protocol and test procedures for the control by digital signals of electronic control gear that can change their light colour. This publication contains .pdf files, which reproduce the test sequences illustrated in Figures 5 to 127. These files are intended to be used as a complement and do not form an integral part of the publication. This publication is to be read in conjunction with /2 and /2.

PDF Catalog

PDF Pages PDF Title
6 English

CONTENTS
12 INTRODUCTION
13 1 Scope
2 Normative references
3 Terms and definitions
15 4 General
4.4 Colour type
16 Figures

Figure 1 – The CIE color space chromaticity diagram, 1931 Cambridge University Press
17 Figure 2 – Black body line
Figure 3 – Colour temperature diagram
18 5 Electrical specification
6 Interface power supply
7 Transmission protocol Structure
8 Timing
9 Method of operation
9.1 Logarithmic dimming curve, arc power levels and accuracy
20 9.2 Power on
Tables

Table 1 – Power on
21 9.3 Interface-failure
Table 2 – Interface failure
22 9.4 Min and max level
9.5 Fade time and fade rate
9.6 Reaction to commands during error state
9.9 16 Bit data transfer for the application extended control commands
9.10 Multi colour type control gear
Table 3 – Min and Max level
23 9.11 Colour scenes
Table 4 – Colour scenes
24 9.12 Colour change
26 Table 5 – System reaction on DAPC and TEMPORARY COLOUR TYPE
Table 6 – System reaction on commands and colour type
28 9.13 Colour temperature Tc limits
29 10 Declaration of variables
Table 7 – Tc limit change behaviour
30 Table 8 – Declaration of variables
32 11 Definition of commands
11.1 Arc power control commands
33 11.2 Configuration commands
34 11.3 Query commands
38 Figure 4 – Application extended configuration command sequence example
39 Table 9 – Store colour temperature Tc limit
Table 10 – Assign channel to colour
41 Table 11 – Query colour value
44 11.4 Special commands
11.5 Summary of the command set
Table 12 – Query assigned colour
Table 13 – Summary of the extended application command set
46 Table 14 – Command versus colour type cross-reference
47 Table 15 – Command versus the DTR, DTR1 and DTR2 cross-reference
48 12 Test procedures
12.2 Test sequences ‘Configuration commands’
49 Figure 5 – Test sequence “RESET”
50 Figure 6 – Test sequence “testResetDefault (Colour Type)”
52 Figure 7 – Test sequence “testReset_xy”
54 Figure 8 – Test sequence “testReset_Tc”
56 Figure 9 – Test sequence “testReset_PrimaryN”
59 Figure 11 – Test sequence “testResetNoChange_xy”
61 Figure 12 – Test sequence “testResetNoChange_Tc”
63 Figure 13 – Test sequence “testResetNoChange_PrimaryN”
64 Figure 14 – Test sequence “testResetNoChange_RGBWAF”
65 Figure 15 – Test sequence “testResetIndependentColourType”
66 Figure 16 – Test sequence “Save_PrimaryN”
67 Figure 17 – Test sequence “Restore_PrimaryN (xPrimary, yprimary, TYPrimary”
68 12.7 Test sequences ‘Application extended commands for device type 8’
Figure 18 – Test sequence “QUERY GEAR FEATURES/STATUS”
70 Figure 19 – Test sequence “QUERY COLOUR STATUS”
71 Figure 20 – Test sequence “ActivateAndCheck (ColourType, curActive)”
73 Figure 21 – Test sequence “xyOutOfRangeCheck( )”
74 Figure 22 – Test sequence “TcOutOfRangeCheck”
75 Figure 23 – Test sequence “CheckOnlyOneColourTypeActive”
76 Figure 24 – Test sequence “TcOutOfRangePhysWarmest”
77 Figure 25 – Test sequence “TcOutOfRangeCheckPhysCoolest”
78 Figure 26 – Test sequence ‘QUERY COLOUR TYPE FEATURES’
79 Table 16 – Command returns to test sequence “QUERY COLOUR VALUE”
81 Figure 27 – Test sequence ‘QUERY COLOUR VALUE’
83 Figure 28 – Test sequence “QUERY RGBWAF CONTROL”
84 Figure 29 – test sequence “QUERY ASSIGNED COLOUR”
86 Figure 30 – Test sequence “STORE TY PRIMARY N”
87 Figure 31 – Test sequence “CheckDTR2Behaviour8(nrPrim)”
89 Figure 32 – Test sequence “STORE xy-COORDINATE PRIMARY N”
91 Figure 33 – Test sequence “CheckDTR2Behaviour_XY(nrPrim)”
92 Figure 34 – Test sequence “STORE COLOUR TEMPERATURE Tc LIMIT”
93 Figure 35 – Test sequence “TcCheckDTR2Behaviour( )”
94 Figure 36 – Test sequence “TcSavePhysicalLimits”
95 Figure 37 – Test sequence “TcRestorePhysicalLimits(phLimits)
97 Figure 38 – Test sequence “TcCheckLimits”
98 Figure 39 – Test sequence “STORE GEAR FEATURES/STATUS”
99 Figure 40 – Test sequence “AUTOMATIC ACTIVATE”
100 Figure 41 – Test sequence “AutoActivate_xy(min_level, command, delay, expected_level)”
101 Figure 42 – Test sequence “NoAutoActivate_xy(min_level, command, delay, expected_level)”
102 Figure 43 – Test sequence “AutoActivate_Tc(min_level, command, delay, expected_level)”
103 Figure 44 – Test sequence “NoAutoActivate_Tc(min_level, command, delay, expected_level)”
104 Figure 45 – Test sequence “AutoActivate_PrimaryN(min_level, command, delay, expected_level)”
105 Figure 46 – Test sequence “NoAutoActivate_PrimaryN(min_level, command, delay, expected_level)”
106 Figure 47 – Test sequence “AutoActivate_RGBWAF(min_level, command, delay, expected_level)”
107 Figure 48 – Test sequence “NoAutoActivate_RGBWAF(min_level, command, delay, expected_level)”
108 Figure 49 – Test sequence “AutoActivate_Dapc0”
109 Figure 50 – Test sequence “AutoActivate_Off”
110 Figure 51 – Test sequence “Load_xy_Coordinate (point_x, point_y)”
111 Figure 52 – Test sequence “Get_actual_xy ( )”
112 Figure 53 – Test sequence “findTwoValid_Tc_Points ( )”
113 Figure 54 – Test sequence “Load_Tc (Tc_value)”
114 Figure 55 – Test sequence “Get_actual_Tc ( )”
115 Figure 56 – Test sequence “findTwoValid_PrimaryN_Points ( )”
116 Figure 57 – Test sequence “Load_PrimaryN(point_PrimaryN)”
117 Figure 58 – Test sequence “Get_actual_PrimaryN ( )”
118 Figure 59 – Test sequence “findTwoValid_RGBWAF_Pionts ( )”
119 Figure 60 – Test sequence “Load_RGBWAF(point_RGBWAF)”
120 Figure 61 – Test sequence “Get_actual_RGBWAF ( )”
121 Figure 62 – Test sequence “ToggleAutoActivation(auto)”
122 Figure 63 – Test sequence “ASSIGN COLOUR TO LINKED CHANNEL”
124 Figure 64 – Test sequence “START AUTO CALIBRATION”
125 Figure 65 – Test sequence “POWER ON COLOUR”
127 Figure 66 – Test sequence “PowerOnBehaviour_xy”
129 Figure 67 – Test sequence “PowerOnBehaviour_Tc”
131 Figure 68 – Test sequence “PowerOnBehaviour_PrimaryN”
133 Figure 69 – Test sequence “PowerOnBehaviour_RGBWAF”
134 Figure 70 – Test sequence “PowerOnBehaviourMask_xy”
135 Figure 71 – Test sequence “PowerOnBehaviourMask_Tc”
137 Figure 72 – Test sequence “PowerOnBehaviourMask_PrimaryN”
139 Figure 73 – Test sequence “PowerOnBehaviourMask_RGBWAF”
141 Figure 74 – Test sequence “SYSTEM FAILURE”
143 Figure 75 – Test sequence “SystemFailureBehaviour_xy”
145 Figure 76 – Test sequence “SystemFailureBehaviour_Tc”
147 Figure 77 – Test sequence “SystemFailureBehaviourPrimaryN”
149 Figure 78 – Test sequence “SystemFailureBehaviour_RGBWAF”
150 Figure 79 – Test sequence “SystemFailureBehaviourMask_xy”
151 Figure 80 – Test sequence “SystemFailureBehaviourMask_Tc”
153 Figure 81 – Test sequence “SystemFailureBehaviourMask_PrimaryN”
155 Figure 82 – Test sequence “SystemFailureBehaviourMask_RGBWAF”
157 Figure 83 – Test sequence “STORE THE DTR AS SCENE XXXX/ GOTO SCENE XXXX”
158 Figure 84 – Test sequence “SetTemporaries (col, val)”
160 Figure 85 – Test sequence “ENABLE DEVICE TYPE: Application extended commands”
161 Figure 86 – Test sequence “ENABLE DEVICE TYPE:Application extended configuration commands”
162 Figure 87 – Test sequence “SET TEMPORARY x-COORDINATE”
163 Figure 88 – Test sequence “SET TEMPORARY y-COORDINATE”
164 Figure 89 – Test sequence “ACTIVATE”
165 Figure 90 – Test sequence “FindTwoValid_xy_Points(point1_x, point1_y, point2_x, point2_y)”
166 Figure 91 – Test sequence “Goto_xy_Coordinate (Point_x, point_y)”
167 Figure 92 – Test sequence “x-COORDINATE STEP UP”
168 Figure 93 – Test sequence “ActivateColourType (Colour Type)”
169 Figure 94 – Test sequence “x-COORDINATE STEP DOWN”
170 Figure 95 – Test sequence “Get MainPointxy ( )”
171 Figure 96 – Test sequence “GetCurrentPointxy ( )”
172 Figure 97 – Test sequence “xymodeGetMainPointxy ( )”
173 Figure 98 – Test sequence “SET TEMPORARY COLOUR TEMPERATURE Tc”
174 Figure 99 – Test sequence “FindValidTcValue (TcValue)”
175 Figure 100 – Test sequence “CheckAllTcValues ( )”
176 Figure 101 – Test sequence “COLOUR TEMPERATURE Tc STEP COOLER”
177 Figure 102 – Test sequence “COLOUR TEMPERATURE Tc STEP WARMER”
178 Figure 103 – Test sequence “SET TEMPORARY PRIMARY N DIMLEVEL”
179 Figure 104 – Test sequence “CheckPrimaryNFadingBehaviour (nPrim)”
180 Figure 105 – Test sequence “SET TEMPORARY RGB DIMLEVEL”
181 Figure 106 – Test sequence “CheckRGBFadingBehaviour ( )”
182 Figure 107 – Test sequence “SET TEMPORARY WAF DIMLEVEL
183 Figure 108 – Test sequence “CheckWAFFadingBehaviour ( )”
184 Figure 109 – Test sequence “SET RGBWAF CONTROL”
185 Figure 110 – Test sequence “Chan_Col_Control_ActivationTest (nrChan)”
186 Figure 111 – Test sequence “Norm_Col_Control_ActivationTest ( )”
187 Figure 112 – Test sequence “Transition_To_Inactive_Test ( )”
188 Figure 113 – Test sequence “COPY REPORT TO TEMPORARY”
189 Figure 114 – Test sequence “Copy_xy ( )”
190 Figure 115 – Test sequence “Copy_Tc ( )”
191 Figure 116 – Test sequence “Copy_PrimaryN ( )”
192 Figure 117 – Test sequence “Copy_RGBWAF ( )”
193 Figure 118 – Test sequence “PrimaryN_Check1 (nrPrim)”
194 Figure 119 – Test sequence “PrimaryN_Check2 (nrPrim)”
195 Figure 120 – Test sequence “RGBWAF_Check1 (nrChan)”
196 Figure 121 – Test sequence “RGBWAF_Check2 (nrChan)”
197 Figure 122 – Test sequence “QUERY EXTENDED VERSION NUMBER”
198 Figure 123 – Test sequence “RESERVED APPLICATION EXTENDED COMMANDS”
199 13 General subsequences
13.1 Test sequence “Set16bitValue (val)”
Figure 124 – “Set16bitValue (val)”
200 13.2 Test sequence “SetSpecific16bitValue (val)”
Figure 125 – Test sequence “SetSpecific16bitValue (val)”
201 13.3 Test sequence “Get16bitValue ( )”
Figure 126 – Test sequence “Get16bitValue ( )”
202 13.4 Test sequence “Get16bitColourValue ( )”
Figure 127 – Test sequence “Get16bitColourValue ( )”
203 Bibliography
BS EN 62386-209:2011
$215.11