ICS91.140

CCSP47

團體標準

T/CGAS032—2024

基于窄帶物聯網（NB?IoT）技術的

管道燃氣智能自閉閥

SmartautomaticshutoffvalveforpipelinegasbasedonNB?IoTtechnology

2024?07?05發布2024?07?05實施

中國城市燃氣協會發布

T/CGAS032—2024

目次

前言··························································································································Ⅲ

1范圍····················································································································…1

2規范性引用文件·····································································································…1

3術語和定義···········································································································…1

4縮略語·················································································································…2

5結構、分類與型號···································································································…2

5.1結構·················································································································2

5.2分類·················································································································2

5.3型號·················································································································3

6要求····················································································································…3

6.1總則·················································································································3

6.2外觀·················································································································3

6.3通信指示燈········································································································3

6.4時鐘校準···········································································································3

6.5上傳內容···········································································································3

6.6供電方式···········································································································4

6.7工作電流···········································································································4

6.8功能·················································································································4

6.9數據·················································································································5

6.10本地通信··········································································································5

6.11防爆性能··········································································································5

6.12耐電源電壓波動性能···························································································6

6.13電磁兼容··········································································································6

7試驗方法··············································································································…6

7.1一般要求···········································································································6

7.2實驗室環境條件··································································································6

7.3試驗介質···········································································································6

7.4外觀·················································································································6

7.5通信指示燈········································································································6

7.6時鐘校準···········································································································6

7.7上傳內容···········································································································6

7.8供電方式···········································································································7

7.9工作電流···········································································································7

Ⅰ

T/CGAS032—2024

7.10功能試驗··········································································································8

7.11數據試驗··········································································································8

7.12本地通信··········································································································9

7.13防爆性能··········································································································9

7.14耐電源電壓波動性能···························································································9

7.15電磁兼容··········································································································9

8檢驗規則············································································································…10

8.1型式檢驗··········································································································10

8.2出廠檢驗··········································································································10

9標志、使用說明書、包裝、運輸和貯存··········································································…11

9.1標志················································································································11

9.2使用說明書·······································································································11

9.3包裝················································································································11

9.4運輸················································································································11

9.5貯存················································································································11

參考文獻····················································································································12

Ⅱ

T/CGAS032—2024

前言

為了規范基于窄帶物聯網（NB?IoT）技術的管道燃氣智能自閉閥，推廣應用基于窄帶物聯網（NB?IoT）

技術的管道燃氣智能自閉閥，提高管道燃氣智能自閉閥發展水平，起草組參考國內外有關技術標準，總結

科研成果和實踐經驗，制定本標準。

本標準按照T/CGAS1000—2021《中國城市燃氣協會標準起草規則》的規定起草。

本標準主要內容包括：范圍，規范性引用文件，術語和定義，縮略語，結構、分類與型號，要求，試驗方

法，檢驗規則，標志、使用說明書、包裝、運輸和貯存。

請注意本標準的某些內容可能涉及專利。本標準的發布機構不承擔識別專利的責任。

本標準由中國城市燃氣協會標準工作委員會歸口。

本標準起草單位：金卡智能集團股份有限公司、重慶合眾慧燃科技股份有限公司、深圳市燃氣集團有

限公司、重慶燃氣集團股份有限公司、泰能天然氣有限公司、津燃華潤燃氣有限公司、邢臺燃氣集團有限

責任公司、濟南能源集團有限公司、新奧集團股份有限公司、云南省燃氣計量檢測所有限公司、福州物聯

網開放實驗室有限公司、陜西大唐燃氣安全科技股份有限公司、寧波杰克龍精工有限公司、武漢安耐捷科

技工程有限公司、成都安可信電子股份有限公司、杭州佰鹿信息科技有限公司、四川希爾得科技有限公司、

慈溪市三洋電子有限公司、杭州先鋒電子技術股份有限公司、功尊儀表（浙江）有限公司、上海真蘭儀表科

技股份有限公司、浙江威星智能儀表股份有限公司、寧波志清智控科技有限公司、深圳汐行科技有限公司、

浙江利水科技股份有限公司、浙江世亞燃氣閥門有限公司、杭州聯發管業科技有限公司、深圳市甲安科技

開發有限公司、河北安信智能科技開發有限公司、無錫市錢氏功能塑膠有限公司、陜西歐迪亞實業有限公

司、中移物聯網有限公司、西安維斯達儀器儀表有限公司、陜西工順新能源科技有限公司、成都秦川物聯

網科技股份有限公司、寧波佳明金屬制品有限公司、江蘇佳德安燃氣設備科技有限公司。

本標準主要起草人：林建芬、齊研科、鄭水云、賀喜、廖威、鄧瑤、李華章、陳壽安、李勇慧、楊凱、劉茂亮、

韓曉箴、陳盟、黃征、嚴榮杰、李英杰、魏季水、武艷磊、何柳、吳建平、鈄偉明、陳亞麗、管利軍、陸紅洋、何威迪、

陳磊、張天辰、周常正、龔科威、凡思義、侯靜、高永智、錢鐳、張少華、王超、安永喜、李創業、權亞強、王薇琿、

吳昱樓。

本標準使用過程中如發現需要修改和補充之處，請將意見和資料反饋給中國城市燃氣協會標準工作

委員會秘書處或負責起草單位。負責起草單位：金卡智能集團股份有限公司（地址：浙江省杭州市錢塘新

區金喬街158號，郵政編碼：310018，電子郵箱：zhengsy@）。

本標準為首次發布。

本標準版權為中國城市燃氣協會所有。除了用于國家法律或事先得到中國城市燃氣協會書面許可，

標準任何部分不得以任何形式和任何手段進行復制、發行、改編、翻譯和匯編。如需申請版權許可，請聯

系中國城市燃氣協會標準工作委員會秘書處。

聯系地址：北京市西城區金融大街27號投資廣場B座6層

郵政編碼：100032

電話：010?66020179

電子郵箱：cgas@

Ⅲ

T/CGAS032—2024

基于窄帶物聯網（NB?IoT）技術的

管道燃氣智能自閉閥

1范圍

本標準規定了基于窄帶物聯網（NB?IoT）技術的管道燃氣智能自閉閥（以下簡稱“智能自閉閥”）的結

構、分類與型號，要求，試驗方法，檢驗規則，標志、使用說明書、包裝、運輸和貯存。

本標準適用于采用窄帶物聯網（NB?IoT）技術、安裝在工作溫度不超出-10℃~40℃范圍、公稱尺寸

不大于25mm、設計壓力小于10kPa的戶內燃氣管道上的智能自閉閥，適用介質為天然氣、人工煤氣和

液化石油氣。

注：除非另有說明，本標準所提到的壓力指相對大氣壓力（表壓力）。

2規范性引用文件

下列文件中的內容通過文中的規范性引用而構成本標準必不可少的條款。其中，注日期的引用文件，

僅該日