GB/T 30104.208-2013 English PDFUS$1474.00 · In stock
Delivery: <= 5 days. True-PDF full-copy in English will be manually translated and delivered via email. GB/T 30104.208-2013: Digital addressable lighting interface -- Part 208: Particular requirements for control gear -- Switching function (device type 7) Status: Valid
Basic dataStandard ID: GB/T 30104.208-2013 (GB/T30104.208-2013)Description (Translated English): Digital addressable lighting interface -- Part 208: Particular requirements for control gear -- Switching function (device type 7) Sector / Industry: National Standard (Recommended) Classification of Chinese Standard: K74 Classification of International Standard: 29.140.50; 29.140.99 Word Count Estimation: 74,768 Quoted Standard: GB/T 30104.101-2012; GB/T 30104.102-2013 Adopted Standard: IEC 62386-208-2009, 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 protocol and test methods for controlling the electronic control unit by a digital signal, the output is "on/off. " GB/T 30104.208-2013: Digital addressable lighting interface -- Part 208: Particular requirements for control gear -- Switching function (device type 7)---This is a DRAFT version for illustration, not a final translation. Full copy of true-PDF in English version (including equations, symbols, images, flow-chart, tables, and figures etc.) will be manually/carefully translated upon your order. Digital addressable lighting interface Part 208. Particular requirements for control gear Switching function (device type 7) ICS 29.140.50; 29.140.99 K74 National Standards of People's Republic of China Digital addressable lighting interface - Part 208. Particular requirements for the control device switching function (Device type 7) Part 208. Particularrequirementsforcontrolgear-Switchingfunction (Devicetype7) (IEC 62386-208.2009, IDT) Issued on. 2013-12-17 2014-11-01 implementation Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China Standardization Administration of China released Table of ContentsIntroduction Ⅴ Introduction Ⅵ 1 Scope 1 2 Normative references 1 3 Terms and definitions 4 2 General requirements 5 Electrical Specifications 2 6 Interface Power 2 7 Structure 2 Transport Protocol 8 Timing 2 9 Operating Method 2 10 variable declaration 4 11 directive defines 5 12 test procedure 9 Appendix A (informative) Example 66 Algorithm References 67 Figure 1 illustrates the structure of a possible 4 Figure 2 Application Example 6 extended configuration instruction sequence Figure 3 "query feature" Test Process 10 Figure 4 "reset state/Fixed Memory" Test Process 11 Figure 5 "query load error" testing process 13 Figure 6 "with the duration of the query load error" testing process 14 Figure 7 "with the uncertain duration of the query load error" testing process 16 Figure 8 "query control information" Test Process 17 Figure 9 "reference system power" Test Process 18 10 "reference system power. 100ms timeout" Test Process 19 11 "reference system power. intermediate instruction" Test Process 20 12 "reference system power. 15min timer" 21 testing process 13 "reference system power. failed" test process 22 Fig. 14 "Threshold. Configure sequence" Test Process 23 15 "error duration. Configuration Sequence" test sequence 25 Figure 16 "is stored in the threshold value in DTR X" testing process 27 Figure 17 "is stored in the minimum/maximum level at DTR" test process 29 Figure 18 "is stored in the DTR duration of error" test process 30 19 "Enable Device Type. application extended query command" Test Process 31 20 "Enable Device Type. Power Reference System" Test Process 32 21 "Enable Device Type. Other applications extended configuration command" Test Process 34 22 "Enable Device Type. Error duration of the" Test Process 36 23 "Enable Device Type. application extended configuration directives 2" Test Process 37 Figure 24 "on and off default" Test Process 38 25 "Default fade off" test process 40 Figure 26 "on and off the full range of" Test Process 41 Figure 27 "on and off the limited scope of the" Test Process 45 Figure 28 "virtual dimmer fade time" testing process 49 29 "virtual dimmer fade rate" Test Process 51 Figure 30 "on and off IAPC" Test Process 52 Figure 31 "on and off adjustable threshold" test process 54 32 "on and off an adjustable minimum/maximum" Test Process 56 Figure 33 "on and off default power level/system" testing process 58 Figure 34 "on and off the power" test process 60 Figure 35 "on and off system failure" Test Process 62 Figure 36 "Discover the extension version number" Test Process 64 37 "reserved for applications extended instruction" Test Process 65 Figure A.1 switching characteristics Example 66 Table 1 virtual arc power level (VAPL) 3 Table 2 variable declaration 4 Table 3 Application of Extended Instruction Set Summary 9 Table 4 "state/Fixed Memory" parameter testing process 12 Table 5 "with the duration of the query load error" Test Procedure 15 Table 6 "reference system power. intermediate instruction" Test Procedure 20 Table 7 "Threshold. Configure sequence" test parameters and step 124 Table 8 "Threshold. Configure sequence" test parameters and test step 224 Table 9 "Threshold. Configure sequence" test parameters and test step 324 Table 10 "error duration. Configuration Sequence" Test Procedure 26 Table 11 "is stored in the threshold value in DTR X" Test Procedure 28 Table 12 "DTR is stored in the minimum/maximum level" Test Procedure 29 Table 13 "is stored in the DTR error duration" Test Procedure 30 Table 14 "Enabling Device Type. application extended query command" Test Procedure 31 Table 15 "Enabling Device Type. Power Reference System" Test Procedure 33 Table 16, "Enabling Device Type. Other applications extended configuration command" test step 134 Table 17 "Enabling Device Type. Other applications extended configuration command" test step 235 Table 18 "Enabling Device Type. Other applications extended configuration command" test step 335 Table 19 "Enabling Device Type. Error duration of the" Test Procedure 36 Table 20 "Enabling Device Type. application extended configuration directives 2" test step 137 Table 21 "Enabling Device Type. application extended configuration directives 2" test step 238 Table 22, "Default on and off" Test Procedure 39 TABLE 23 "Default fade off" test step 140 TABLE 24 "Default fade off" test step 241 Table 25 "on and off the full range of" test procedures and parameters 142 Table 26 "on and off the full range of" test procedures and parameters 242 Table 27 "on and off the full range of" test procedures and parameters 342 Table 28 "on and off the full range of" test procedures and parameters 442 Table 29 "on and off the full range of" test procedures and parameters 543 Table 30 "on and off the limited scope" test procedures and parameters 146 Table 31 "on and off the limited scope" test procedures and parameters 246 Table 32 "on and off the limited scope" test procedures and parameters 346 Table 33 "on and off the limited scope" test procedures and parameters 447 Table 34 "on and off the limited scope" test procedures and parameters 547 Table 35 "virtual dimmer fade time" test procedures and parameters 150 Table 36 "virtual dimmer fade time" test procedures and parameters 250 Table 37 "virtual dimmer fade time" test procedures and parameters 350 Table 38 "virtual dimmer fade rate" Test Procedure 52 Table 39 "on and off IAPC" Test Procedure 53 Table 40 "on and off adjustable threshold" test procedures and parameters 155 Table 41 "on and off adjustable threshold" test procedures and parameters 255 Table 42 "on and off adjustable threshold" test procedures and parameters 355 Table 43 "on and off an adjustable minimum/maximum" test procedures and parameters 156 Table 44 "on and off an adjustable minimum/maximum" test procedures and parameters 257 Table 45 "on and off an adjustable minimum/maximum" test procedures and parameters 357 Table 46 "on and off default power level/system" test procedures and parameters 159 Table 47 "on and off default power level/system" test procedures and parameters 259 Table 48 "on a turn-on and turn-off power" test procedures and parameters 161 Table 49 "on a turn-on and turn-off power" test procedures and parameters 261 Table 50 "on and off system failure" test procedures and parameters 163 Table 51 "on and off system failure" test procedures and parameters 263 Table 52 "reserved for applications extended instruction" Test Procedure 65ForewordGB/T 30104 "Digital Addressable Lighting Interface" is divided into 13 parts. --- Part 101. General requirements for systems; --- Part 102. General requirements for the control device; --- Part 103. General requirements for control equipment; --- Part 201. control means special requirements for fluorescent lamps (device type 0); --- Part 202. Particular requirements for control self-contained emergency lighting (device type 1); --- Part 203. Particular requirements for control of discharge lamps (excluding fluorescent lamps) (device type 2); --- Part 204. control means special requirements for low-voltage halogen lamps (device type 3); --- Part 205. Particular requirements for control devices incandescent supply voltage controller (device type 4); --- Part 206. Particular requirements for digital signal control device into a DC voltage (device type 5); --- Part 207. control means special requirements of LED modules (device type 6); --- Part 208. control means special requirements for the switching function (device type 7); --- Part 209. control means special requirements for color control (device type 8); --- Part 210. control program means a special device requirements (device type 9). This section GB/T Part of 20,830,104. This section drafted in accordance with the rules of GB/T 1.1-2009 and GB/T 20000.2-2009 given. This section uses the translation method identical with IEC 62386-208.2009 "Digital addressable lighting interface - Part 208. control means Particular requirements for the switch function (device type 7). " This part is proposed by the China National Light Industry Council. This part of the National Electric lighting Standardization Technical Committee (SAC/TC224) centralized. Drafting this Part. Guangdong Product Quality Supervision and Inspection Institute, GUANGZHOU, Electrical Equipment Co., Ltd. Foshan City bright environment Tovey Engineering Co., Ltd., Hangzhou for Optoelectronic Technology Co., Ltd., Shanghai Yaming Lighting Co., Ltd., Foshan City, China Electrical Lighting has Limited, Guzhen Town, Zhongshan City Productivity Promotion Center, Guangdong KAILESI Optoelectronics Technology Co., Ltd., Dongguan City Arima Power Technology Co., Beijing Institute of electric light. The main drafters of this section. LI Zi-li, Luowan Xia, Zhou Qiao instrument, Zhang 5296 Xu Xiaoliang, district Zhi Yang, Huang Zhitong, Ng Wing-lok, Suhao Lin, Zhao Xiurong, Duan Yan Fang, Jiang Shan.IntroductionThis section will be published simultaneously with the GB/T 30104.101 and GB/T 30104.102. The GB/T 30104 is divided into several parts published separately For future amendments and revisions. If necessary, add additional requirements. When referring to GB/T 30104.101 or GB/T within 30104.102 any provisions of this section and the composition of GB/T 30104.2 ×× Department Other parts of the column clearly defines the order in terms of scope and testing. If necessary, this section includes additional requirements. group To GB/T 30104.2 ×× all parts of the series are independent, and therefore does not contain references to each other. Requires that any provisions of GB/T 30104.101 or GB/T 30104.102 in this section to "in accordance with GB/T 30104.101 first 'N' chapter of the requirements, "a reference to the form of the sentence, the sentence could be interpreted as all requirements related to the provision of Section 101 or Section 102 are But it does not apply to Part 208 except the control device contains a particular type of lamp. Unless otherwise stated, figures in this section are used in the decimal. Hexadecimal numbers using 0xVV format, several of which VV value. Binary digits or using XXXXXXXXb XXXXXXXX format, wherein X is 0 or 1; "x" means "not in binary For consideration. " Digital addressable lighting interface - Part 208. Particular requirements for the control device switching function (Device type 7)1 ScopeThis section GB/T 30104 specifies the test methods and protocols for controlling the digital signal by the electronic control unit and its output only The "turn-on/turn-off."2 Normative referencesThe following documents for the application of this document is essential. For dated references, only the dated version suitable for use herein Member. For undated references, the latest edition (including any amendments) applies to this document. GB/T 30104.101-2013 digital addressable lighting interface - Part 101. General requirements for systems (IEC 62386-101. 2009, IDT) GB/T 30104.102-2013 digital addressable lighting interface - Part 102. General requirements for control devices (IEC 62386- 102.2009, IDT)3 Terms and DefinitionsGB/T 30104.101-2013 and GB/T 30104.102-2013 defined and the following terms and definitions apply to this document. 3.1 Virtual arc power level virtualarcpowerlevel During the virtual dimming, calculated by the value obtained by the control device. It dimmable control device corresponds to the actual value. 3.2 Virtual dimming virtualdimming Control means having an adjustable light control device in the same manner the arc power command features. It is based on an appropriate definition of the gradient meter Operators virtual arc power level to provide a virtual dimming. Thus, when a virtual arc power level reaches or exceeds the threshold required to change output status. 3.3 Uplink turn-on threshold upswitch-onthreshold Its value is constantly being virtual arc power level than the right, once the virtual arc power level up to reach or exceed this level, the control device The output is set to open. 3.4 Uplink shutdown threshold upswitch-offthreshold Its value is constantly being virtual arc power level than the right, once the virtual arc power level up to reach or exceed this level, the control device The output is set off. 3.5 Downward turn-on threshold downswitch-onthreshold Its value is constantly being virtual arc power level than the right, once the virtual arc power level drops to or below this level, the control device ......Tips & Frequently Asked Questions:Question 1: How long will the true-PDF of GB/T 30104.208-2013_English be delivered?Answer: Upon your order, we will start to translate GB/T 30104.208-2013_English as soon as possible, and keep you informed of the progress. 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