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Delivery: <= 7 days. True-PDF full-copy in English will be manually translated and delivered via email. GB/T 33905.2-2017: Intelligent sensor -- Part 2: Application profile for Internet of things Status: Valid
Basic dataStandard ID: GB/T 33905.2-2017 (GB/T33905.2-2017)Description (Translated English): Intelligent sensor -- Part 2: Application profile for Internet of things Sector / Industry: National Standard (Recommended) Classification of Chinese Standard: L10 Classification of International Standard: 29.020 Word Count Estimation: 56,576 Date of Issue: 2017-07-31 Date of Implementation: 2018-02-01 Quoted Standard: ISO/IEC 10646 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 basic device parameter sets for intelligent sensors, actuators, binary devices, and other devices used for operation, commissioning, maintenance and diagnostics for Internet of Things applications. This standard also specifies abstract grammar specifications, application transport syntax, and data type reporting. This standard applies to the intelligent sensor used in the Internet of things. This standard also applies to other types of sensors (provided that their differences are pre-determined). GB/T 33905.2-2017: Intelligent sensor -- Part 2: Application profile for Internet of things---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.Intelligent sensor.Part 2. Application profile for Internet of things ICS 29.020 L10 National Standards of People's Republic of China Smart sensors - Part 2. Internet of Things application profiles Inteligentsensor-Part 2.Applicationprofileforinternetofthings 2017-07-31 Posted 2018-02-01 implementation General Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China China National Standardization Administration released Directory Foreword V. 1 Scope 1 2 Normative references 1 3 Terms and definitions 1 4 IoT Application Specification 2 4.1 Overview 2 4.2 Object Model 2 4.3 logo object (class code = 0x01) 2 4.4 register object (class code = 0x02) 4 4.5 discrete input point object (class code = 0x03) 5 4.6 discrete output point object (class code = 0x04) 6 4.7 Analog Input Point Object (Class Code = 0x05) 7 4.8 Analog Output Point Object (Class Code = 0x06) 8 Object-aware object (class code = 0x07) 9 4.10 Parameter Object (Class Code = 0x08) 10 4.11 Parameter Group Object (Class Code = 0x09) 12 4.12 Group of objects (class code = 0x0A) 13 4.13 discrete input group object (class code = 0x0B) 13 4.14 discrete output group object (class code = 0x0C) 14 4.15 discrete group of objects (class code = 0x0D) 15 4.16 Analog input group object (class code = 0x0E) 16 4.17 Analog Output Group Object (Class Code = 0x0F) 17 4.18 Simulation Group Objects (Class Code = 0x10) 19 4.19 Position Sensor Object (Class Code = 0x11) 20 4.20 Position controller monitoring object (class code = 0x12) 21 4.21 Position Controller Object (Class Code = 0x13) 24 4.22 Motor Data Object (Class Code = 0x20) 27 4.23 Control Monitor Object (Class Code = 0x14) 27 4.24 AC/DC Driver Object (Class Code = 0x15) 29 5 abstract grammar norms 33 5.1 Transmission Format Specification 5.2 Abstract Syntax Notation 5.3 Control Network Data Specification 33 5.4 Data Type Specification/Dictionary 35 6 Application Transfer Syntax6.1 Compact Code 38 6.2 Compact coding constraints 39 6.3 Examples 39 7 Data Type Report 45 7.1 Description of Object Data 45 7.2 Basic Data Type Report 46 7.3 Building a Data Type Report 47 References 51 Figure 1 fixed-length bit string coding compact coding rules 42 Figure 2 BYTE fixed-length string compact coding example 42 Figure 3 WORD fixed-length string compact coding example 43 Figure 4 DWORD fixed-length string compact coding example 43 Figure 5 LWORD fixed-length string compact coding example 43 Figure 6 Structure Type Specification Regular Encoding Example 47 Figure 7 Structure type specification abbreviated code example 48 Figure 8 Example of regular array type specification 1 48 Figure 9 Array Type Specification Example of Regular Encoding 2 49 Figure 10 Example of array type specification abbreviation code 1 49 Figure 11 Example of array type specification abbreviation code 2 50 Table 1 identifies the object instance attributes 2 Table 2 Equipment Type 4 Table 3 register object instance attributes 5 Table 4 discrete input point object instance attribute 5 Table 5 discrete output point object instance attributes 6 Table 6 Analog Input Point Object Instance Attributes 7 Table 7 Analog Output Point Object Instance Attributes 8 Table 8 object-aware object instance attributes 9 Table 9 Parameter Object Instance Attributes 10 Table 10 Parameter Group Object Instance Attributes 12 Table 11 Group Object Instance Attributes 13 Table 12 Discrete Input Group Object Instance Attributes 14 Table 13 Discrete Output Group Instance Attributes 15 Table 14 Discrete Group Object Instance Attributes 16 Table 15 Analog Input Group Object Instance Attributes 16 Table 16 Analog Output Group Object Instance Attributes 18 Table 17 Simulation Group Object Instance Attributes 19 Table 18 Position Sensor Object Instance Attributes 20 Table 19 Monitoring object instance properties of the position controller 21 Table 20 Monitoring objects of the position controller Home and Index properties 22 Table 21 Location attributes of the position controller (Registration) 23 Table 22 Monitoring objects of the position controller AxisFolowing Attributes 24 Table 23 Location Controller Profile Profile Attributes 24 Table 24 Motor Data Object Instance Attributes 27 Table 25 Control Oversight Object Instance Attributes 27 Table 26 AC/DC Drive Object Instance Attributes 30 Table 27 Name and unit symbols for basic quantities of AC/DC drive objects 33 Table 28 BOOLEAN (Boolean) encoding 39 Table 29 Example of BOOL (Boolean) Value Compact Encoding 39 Table 30 Encoding of SignedInteger values Table 31 Example compact coding of SignedInteger values Table 32 UnsignedInteger (unsigned integer) value encoding 40 Table 33 UnsignedInteger (unsigned integer) compact coding example 40 Table 34 FixedLengthReal (fixed-length real) value encoding 40 Table 35 Compact Code Example of REAL (Real) Value 40 Table 36 Example Compact Code for LREAL (Long Real Number) Value 40 Table 37 Encoding of time values 41 Table 38 STRING value 41 Table 39 STRING2 value 41 Table 40 STRINGN value 41 Table 41 SHORT_STRING value 41 Table 42 Examples of Compact Encoding for STRING Values 42 Table 43 STRING2 Values Example of Compact Encoding 42 Table 44 SHORT_STRING type 42 Table 45 Example of One-Dimensional ARRAY (Array) Compact Encoding 43 Table 46 Example of Multi-Dimensional ARRAY (Array) Compact Encoding 44 Table 47 STRUCTURE Example of Compact Encoding 44 Table 48 Identification Number and Description of Elementary Data Types 46 Table 49 Structure Type Specification Example of Regular Encoding 47ForewordGB/T 33905 "smart sensor" is divided into 5 parts. --- Part 1. General principles; --- Part 2. IOT application rules; --- Part 3. Terms; --- Part 4. Performance evaluation methods; --- Part 5. Inspection and routine test guidelines. This section GB/T 33905 Part 2. This section drafted in accordance with GB/T 1.1-2009 given rules. This part is proposed by China Machinery Industry Federation. This part of the National Industrial Process Measurement Control and Automation Standardization Technical Committee (SAC/TC124) centralized. This part of the drafting unit. Fujian Run Precision Instrument Co., Ltd., Machinery Industry Instrumentation Technology Institute of Economics, Beijing Guodian Zhishen Control Technology Co., Ltd., Shandong Province Computing Center (National Supercomputing Jinan Center), Jinan Changqing Computer Application Company, Chongqing City Bank tester Manufacturing Co., Ltd., Schneider Electric (China) Co., Ltd.. The main drafters of this section. Lin Renxiang, Mei Ke, Tian Yucong, Li Gang, Yuezong Long, Tang Tian, Du Jialin, Ge Jian, Liu Xiaojing, Wang Chengcheng, Zhou Mingle, Ou Wenhui, Wang Fuqiang. Smart sensors - Part 2. Internet of Things application profiles1 ScopeGB/T 33905 provisions of this part of the IoT applications using smart sensors, actuators, binary devices and other devices used Set of basic equipment parameters for operation, commissioning, maintenance and diagnostics. This section also specifies the abstract syntax specification, application transfer syntax and number According to the type of report. This section applies to the application of intelligent sensors in the Internet of Things. This section also applies to other types of sensors (the premise is that beforehand Differences are taken into account).2 Normative referencesThe following documents for the application of this document is essential. For dated references, only the dated version applies to this article Pieces. For undated references, the latest edition (including all amendments) applies to this document. ISO /IEC 10646 information technology common multiple octet encoding character set [Informationtechonlogy-Universalco- dedcharacterset (UCS)]3 Terms and definitionsThe following terms and definitions apply to this document. 3.1 Compatibility When designed in accordance with the provisions of this part, the degree to which the equipment can be connected and used with other equipment without modification (eg. Mechanical, electrical, functional). 3.2 Interface A common boundary between a system and another system (or parts of a system) through which information is passed. 3.3 Interface system interfacesystem A set of mechanical, electrical and functional elements that enable communication between devices. 3.4 Local control localcontrol A way for a device to accept instructions through its local (panel or backplane) controls to enable the device to perform a variety of tasks. 3.5 Remote control remotecontrol One way the device accepts, is to accept it through its electrical interface connection so that the device can perform different tasks. 3.6 Programmable programmable A feature of devices is the ability to receive instructions to change their internal programs to perform one or more specific tasks. ......Tips & Frequently Asked Questions:Question 1: How long will the true-PDF of GB/T 33905.2-2017_English be delivered?Answer: Upon your order, we will start to translate GB/T 33905.2-2017_English as soon as possible, and keep you informed of the progress. 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