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GB/T 39555-2020: Intelligent laboratory - Instruments and equipment - Data interface of climatic and environmental testing equipment
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Intelligent laboratory - Instruments and equipment - Data interface of climatic and environmental testing equipment
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GB/T 39555-2020
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Basic data | Standard ID | GB/T 39555-2020 (GB/T39555-2020) | | Description (Translated English) | Intelligent laboratory - Instruments and equipment - Data interface of climatic and environmental testing equipment | | Sector / Industry | National Standard (Recommended) | | Classification of Chinese Standard | N60 | | Classification of International Standard | 35.240.50 | | Word Count Estimation | 66,629 | | Date of Issue | 2020-12-14 | | Date of Implementation | 2021-07-01 | | Regulation (derived from) | National Standard Announcement No. 28 of 2020 | | Issuing agency(ies) | State Administration for Market Regulation, China National Standardization Administration | GB/T 39555-2020: Intelligent laboratory - Instruments and equipment - Data interface of climatic and environmental testing equipment
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(Intelligent laboratory, instrument and equipment, data interface of climate and environmental test equipment)
ICS 35:240:50
N60
National Standards of People's Republic of China
Intelligent laboratory equipment
Data interface of climate and environmental test equipment
2020-12-14 release
2021-07-01 implementation
State Administration for Market Regulation
Issued by the National Standardization Management Committee
Table of contents
Preface Ⅶ
1 Scope 1
2 Normative references 1
3 Terms and definitions 1
4 Data definition 2
5 Data type 2
6 Data structure 3
6:1 General data 3
6:1:1 General Data 3
6:1:2 Manufacturer 3
6:1:3 Model 4
6:1:4 Serial number 4
6:1:5 Software version number 4
6:1:6 Date 4
6:1:7 Time 5
6:1:8 Studio 5
6:1:9 Power 6
6:1:10 Maximum operating current 8
6:1:11 Weight 8
6:1:12 Production date 8
6:2 Timer data 8
6:2:1 Timer data 8
6:2:2 Timer number 9
6:3 Program data 11
6:3:1 Program data 11
6:3:2 Program number 11
6:4 Status data 16
6:4:1 Status data 16
6:4:2 Alarm number 17
6:4:3 Keypad lock 17
6:4:4 Running status 17
6:4:5 Program number 19
6:4:6 Relay 20
6:4:7 Time 21
6:4:8 Output percentage 23
6:4:9 Power failure recovery mode 24
6:4:10 Energy-saving mode 25
6:4:11 Humidity switch setting value 25
6:4:12 Test area setting 26
6:4:13 Power amplifier gain 26
6:5 Voltage data 26
6:5:1 Voltage data 26
6:5:2 Three-phase power supply P1 phase voltage 27
6:5:3 Three-phase power supply P2 phase voltage 27
6:5:4 Three-phase power supply P3 phase voltage 27
6:5:5 Moving coil voltage 27
6:5:6 Excitation voltage 28
6:6 Current data 28
6:6:1 Current data 28
6:6:2 Condensing fan 29
6:6:3 Heater 29
6:6:4 Humidifier 29
6:6:5 Door and window frames 29
6:6:6 Inner glass 30
6:6:7 Outer glass 30
6:6:8 Three-phase power supply P1 phase current 30
6:6:9 Three-phase power supply P2 phase current 30
6:6:10 Three-phase power supply P3 phase current 31
6:6:11 Moving coil current 31
6:6:12 Excitation current 31
6:7 Temperature data 31
6:7:1 Temperature data 31
6:7:2 Setpoint 32
6:7:3 Measured value 33
6:7:4 Upper limit 33
6:7:5 Lower limit 33
6:7:6 Upper limit alarm value 33
6:7:7 Lower limit alarm value 33
6:7:8 Preheating in high temperature zone 34
6:7:9 High temperature zone set value 34
6:7:10 Pre-cooling in low temperature zone 34
6:7:11 Low temperature zone setting value 34
6:7:12 Measured value in high temperature zone 35
6:7:13 Measured value in low temperature zone 35
6:7:14 Sample 35
6:7:15 Compressor exhaust 35
6:7:16 Compressor return air 36
6:7:17 Saturation bucket setting value 36
6:7:18 Measured value of saturation bucket 36
6:7:19 Moving coil temperature 36
6:7:20 Excitation temperature 36
6:7:21 Oil source temperature 37
6:8 Humidity data 37
6:8:1 Humidity data 37
6:8:2 Setpoint 37
6:8:3 Measured value 38
6:8:4 Upper limit 38
6:8:5 Lower limit 38
6:8:6 Upper limit alarm value 38
6:8:7 Lower limit alarm value 39
6:9 Pressure data 39
6:9:1 Pressure data 39
6:9:2 Set value 40
6:9:3 Measured value 40
6:9:4 Upper limit value 40
6:9:5 Lower limit 40
6:9:6 Upper limit alarm value 41
6:9:7 Lower limit alarm value 41
6:9:8 Compressor low pressure side 41
6:9:9 Compressor high pressure side 41
6:9:10 Negative pressure setting value 42
6:9:11 Measured value of negative pressure 42
6:9:12 IPX8 setting value 42
6:9:13 IPX8 measured value 42
6:9:14 Moving coil pressure 43
6:9:15 Excitation pressure 43
6:9:16 Oil source pressure 43
6:9:17 Fan pressure 43
6:10 Traffic data 44
6:10:1 Flow data 44
6:10:2 IPX5 setting value 44
6:10:3 IPX5 measured value 44
6:10:4 IPX6 setting value 45
6:10:5 IPX6 measured value 45
6:10:6 Moving coil flow 45
6:10:7 Excitation flow 45
6:10:8 Oil source flow 46
6:11 Radiation illuminance data 46
6:11:1 Irradiance data 46
6:11:2 Setpoint 46
6:11:3 Measured value 47
6:11:4 Upper limit 47
6:11:5 Lower limit 47
6:11:6 Upper limit alarm value 47
6:11:7 Lower limit alarm value 47
6:12 Wind speed data 48
6:12:1 Wind speed data 48
6:12:2 Setting value 48
6:12:3 Measured value 48
6:12:4 Upper limit 49
6:12:5 Lower limit 49
6:13 Acceleration data 49
6:13:1 Acceleration data 49
6:13:2 Measured value 50
6:13:3 Set value 50
6:13:4 Acceleration power density 50
6:14 Amplitude data 50
6:14:1 Amplitude data 50
6:14:2 Measured value 51
6:14:3 Setpoint 51
6:15 Frequency data 51
6:15:1 Frequency data 51
6:15:2 Measured value 52
6:15:3 Setpoint 52
6:16 Speed type data 52
6:16:1 Speed data 52
6:16:2 Measured value 53
6:16:3 Setting value 53
6:17 Angle data 53
6:17:1 Angle data 53
6:17:2 Measured value of swing tube angle 53
6:17:3 Setting value of swing tube angle 54
Reference 55
Foreword
This standard was drafted in accordance with the rules given in GB/T 1:1-2009:
This standard was proposed by China Machinery Industry Federation:
This standard is under the jurisdiction of the National Laboratory Instruments and Equipment Standardization Technical Committee (SAC/TC526):
Drafting organizations of this standard: Institute of Comprehensive Technology and Economics of Mechanical Industry Instrumentation, Guangzhou Wusuo Environmental Instrument Co:, Ltd:, Hunan Provincial Computer
Measurement Research Institute, Chongqing Yinhe Test Instrument Co:, Ltd:, Suzhou Sutest Test Group Co:, Ltd:, Chengdu Yihua Tianyu Test Equipment
Co:, Ltd:, Shanghai Espec Environmental Equipment Co:, Ltd:, China Test Testing and Certification Group Co:, Ltd:, Hangzhou Xuezhong Carbon Constant Temperature Technology
Technology Co:, Ltd:, Guangzhou Laibo Shikai Technology Co:, Ltd:, Guangzhou Qingrui Electronic Technology Co:, Ltd:, Guangzhou Energy Testing and Research Institute, Shanghai Bo
Xun Medical Bio-Instrument Co:, Ltd:, Shenzhen Institute of Metrology and Quality Inspection, Fujian Institute of Product Quality Inspection, CITIC Dicastal
Co:, Ltd:, Shenzhen Guoji Instrument Co:, Ltd:
The main drafters of this standard: Wang Chengcheng, Lei Xiaoming, Zhang Guiling, Wu Shuangshuang, Xu Yueming, Peng Jun, Huang Xiaoguang, Feng Hua, Zheng Shanfeng, Wang Xin,
Zhang Ping, Liu Yajie, Xiang Wei, Zhang Guoqing, Liu Youhua, Huang Liang, Zhu Ping, Cai Jin, Wang Meijun, Xie Chenhao, Tan Junxian, Zhang Wen, Meng Jiawen, Si Jisheng,
Thursday Qing, Tang Jun, Lu Jiamin, Wang Haiyang, Long Siwei, Jiang Henghu, Zhang Fuwang, Pang Yan:
Intelligent laboratory equipment
Data interface of climate and environmental test equipment
1 Scope
This standard specifies the terms and definitions, data definitions, data definitions,
Data types and data structures, etc:
This standard applies to climate and environmental test equipment with data interface functions in the field of smart laboratories: Other smart laboratory equipment
Ready for reference:
2 Normative references
The following documents are indispensable for the application of this document: For dated reference documents, only the dated version applies to this article
Pieces: For undated references, the latest version (including all amendments) applies to this document:
GB/T 39556-2012 Intelligent laboratory equipment communication requirements
3 Terms and definitions
The following terms and definitions defined in GB/T 39556-2012 apply to this document: For ease of use, the following is repeated
Certain terms and definitions in GB/T 39556-2012:
3:1
Data
A formal representation of facts, concepts or instructions, suitable for manual or automatic communication, interpretation, or processing:
[GB/T 21062:3-2007, definition 3:1]
3:2
Dataelement
The same set of attributes describe the data unit of definition, identification, representation and allowable value, which is the indivisible basis of the data output by the data interface
This unit:
[GB/T 19581-2004, definition 3:7]
3:3
Datainterface
The interface for transferring data and exchanging information between computer software systems is realized in the form of electronic files:
[GB/T 25632-2010, definition 3:2]
3:4
Data structure
The internal structure of the data output by the software data interface contains several different data elements:
[GB/T 25632-2010, definition 3:4]
3:5
Keyword
The name of the primary key, subkey, and value item:
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