标准编号:	HG/T 21629-2021
中文名称:	管架标准图
英文名称:	Piping support standard drawings
行业分类:	HG    化工行业标准
发布机构:	中华人民共和国工业和信息化部
发布日期:	2021-05-17
实施日期:	2021-10-1
标准状态:	valid
替代旧标准:	HG/T 21629-1999 管架标准图
翻译语言:	英文
文件格式:	PDF
中文字符数:	321000 字
翻译价格(元):	22470.0
交付时间:	付款后 1 个工作日

Announcement of the Ministry of Industry and Information Technology of the People's Republic of China [2021] No. 14 It is hereby promulgated that the Ministry of Industry and Information Technology has approved 292 industry standards, including the Vehicle emergency alarm systems based on public telecommunications networks - Requirements and overall architecture (see Annex 1 for standard numbers, names, main contents, and implementation dates), including 80 communication industry standards, 15 chemical industry standards, 4 petrochemical industry standards, 44 metallurgical industry standards, 23 non-ferrous metal industry standards, 3 gold industry standards, and 3 building materials industry standards, 7 rare earth industry standards, 58 mechanical industry standards, 1 automotive industry standard, 52 light industry standards, and 2 textile industry standards; has approved 4 industry standards in foreign languages, including Steel wire rod for bridge cable wire (see Annex 2), including 2 foreign language versions for metallurgical industry standards and 2 foreign language versions for textile industry standards; and has approved 1 amendment to petrochemical industry standard, including Design standard for anticorrosion coating of equipment and piping in petrochemical industry (see Annex 3). The amendments to industry standards shall be implemented as of the issuance date. The above-mentioned communication industry standards are published by Posts & Telecom Press; chemical industry standards are published by Chemical Industry Press; chemical industry (engineering construction) standards and automotive industry standards are published by Beijing Science and Technology Publishing; petrochemical industry standards are published by China Petrochemical Press; metallurgical industry standards, foreign language versions of metallurgical industry standards, non-ferrous metal industry standards, and rare earth industry standards are published by Metallurgical Industry Press; non-ferrous metal industry (engineering and construction) standards are published by China Planning Press; building materials industry standards are published by China Building Materials Press; gold industry standards, machinery industry (pharmaceutical equipment) standards, textile industry standards, and foreign language versions of textile industry standards are published by Standards Press of China; the machinery industry standards are published by China Machine Press; and light industry standards are published by China Light Industry Press. Attachment: Serial numbers, names and implementation dates of 4 chemical professional standards for engineering construction Ministry of Industry and Information Technology of the People's Republic of China May 17, 2021 Attachment: Serial numbers, names and implementation dates of 4 chemical professional standards for engineering construction S.N. Standard No. Standard name No. of replaced standard Implementation date 92 HG/T 21637-2021 Strainers for piping system of the chemical industry HG/T 21637-1991 2021-10-01 93 HG/T 20534-2021 Code for design of preparation of chemical solid raw and fuel HG/T 20534-1993 2021-10-01 94 HG/T 20721-2021 Technical standard for evaporation pond 2021-10-01 95 HG/T 21629-2021 Piping support standard drawings HG/T 21629-1999 2021-10-01 Foreword This standard is a revision of HG/T 21629-1999 Piping support standard drawings according to the requirements of Notice on Issuing the Fourth Batch of Industry Standard Formulation and Revision Plan in 2015 (GONG XIN TING KE [2015] No. 236) issued by the Ministry of Industry and Information Technology. It was organized by the Chemical Process Piping Design Technique Center of Ministry of Chemical Industry commissioned by the China Petroleum & Chemical Engineering Survey and Design Association, with China Chengda Engineering Co., Ltd. and Chemical Process Piping Design Technique Center of Ministry of Chemical Industry as the chief development organizations, jointly with other participating development organizations. This standard replaces HG/T 21629-1999 Piping support standard drawings from the implementation date hereof. During the revision of this standard, the compilation team, after extensive investigation and study, conscientiously summed up the practical experience of chemical and petrochemical industries in China in recent years, absorbed domestic and foreign technical achievements, organized and completed the revision of piping support standard drawings, and finally finalized them after examination. This standard is divided into 7 clauses and 3 annexes. The main technical contents include general provisions, materials, design, manufacture and installation, piping support No., index table of piping support standard drawing and piping support standard drawing. The following main technical changes have been made with respect to HG/T 21629-1999 Piping support standard drawings: 1. The constant spring support and hanger are added; 2. The adjustable support is added; 3. The cold insulation piping support is detailed; 4. The high-temperature insulation piping support is added; 5. The rigid strut is added; 6. The hydraulic damper and viscous damper are added; 7. The disc spring damping frame is added; 8. The spring shock absorber is added. For the purposes of this standard, the Ministry of Industry and Information Technology is in charge of the administration, China Petroleum & Chemical Engineering Survey and Design Association is in charge of routine management and China Chengda Engineering Co., Ltd. is responsible for the explanation of specific technical contents. If you have any opinions or suggestions during the implementation of this standard, please contact the Chemical Process Piping Design Technique Center of Ministry of Chemical Industry (contact address: No.1 Chuangda Second Road, Laiguangying High-tech Industrial Park, Chaoyang District, Beijing 100012; Tel.: 010-58676267) for future revisions. Chief development organizations, participating development organizations, chief drafting staffs and main examiners of this standard: Chief development organizations: China Chengda Engineering Co., Ltd. Chemical Process Piping Design Technique Center of Ministry of Chemical Industry Co-development organizations: Changzhou Wujin Wunan Pipeline Equipment Co., Ltd. Jiangsu Sunpower Piping Technology Co., Ltd. Gerb (Qingdao) Vibration Control Co., Ltd. Yangzhou Taike Pipeline Machinery Co., Ltd. Nanjing Zhongte Chemical Power Equipment Co., Ltd. Luoyang Sunrui Special Equipment Co., Ltd. Chief drafters: Ding Wei, Liu Xunze, Dai Yongqing, Chen Xing'an, Du Guangyi, Liu Dahang, Li Yongbo, Mao Yuhai, Wang Weiqiang, Wei Xiaoping, Yin Degeng, Zhang Aiqin Chief examiners: Wu Lixue, Duan Mujin, Tian Deyong, Ma Haibin, Liu Hongfu, Shan Rong, Wang Guojun, Tang Lin, Xing Rui 1 General provisions 1.0.1 This standard is developed in order to improve the level of piping design and facilitate the selection of piping supports. 1.0.2 This standard is applicable to process pipings, utility pipings and flue gas pipings of industrial devices used in chemical industry and petrochemical industry. 1.0.3 This standard is prepared according to the current national standard GB/T 28708 Specification for size selection of seamless and welded steel pipe used in piping engineering, which specifies the outer diameter series I of pipes. The piping supports used for pipe series II shall be adjusted accordingly according to the requirements of Annex A. 1.0.4 In addition to this standard, the selection of piping supports shall also comply with the requirements of the current relevant standards of the nation. 2 Materials 2.0.1 The allowable stress of steel used for piping supports shall comply with the requirements of Annex A of the current national standard GB/T 17116.1-2018 Pipe supports and hangers - Part 1: Technical specification. 2.0.2 The material of the piping support shall comply with the corresponding standard drawing of the piping support, and the material of the components in direct contact with the pipeline shall be selected according to the design temperature of the pipings. 2.0.3 In case there is no material specification in the standard drawing of piping support, the material of piping support shall meet those specified in Tables 2.0.3-1 to 2.0.3-3. Table 2.0.3-1 Selection of materials for pipe clamp and pipe clamp type gasket Pipe material Design temperature of pipe/°C Steel plate material Material or grade of bolts and nuts Low temperature carbon steel (LTCS) -40 to -21 Q345R 35CrMo/30CrMo Carbon steel/Cr-Mo steel/Stainless steel -20 to 300 Q235B ≥Grade 4.8/Grade 4 Carbon steel/Cr-Mo steel/Stainless steel 301 to 425 Q345R 35CrMo/30CrMo Cr-Mo steel/Stainless steel 426 to 500 15CrMoR 35CrMo/30CrMo Cr-Mo steel/Stainless steel 501 to 550 12Cr1MoVR 25Cr2MoV Stainless steel 551 to 700 06Cr19Ni10 06Cr19Ni10 Table 2.0.3-2 Selection of materials for components welded with pipes Pipe material Design temperature of pipe/°C Lifting lugs, reinforcing plates and welded pipe gasket materials Trunnion material Low temperature carbon steel (LTCS) -40 to -21 Q345R or same material as pipe Q345E or same material as pipe Carbon steel -20 to 300 Q235B or same material as pipe Q235B or same material as pipe 301 to 425 Q345R or same material as pipe 20 or same material as pipe Cr-Mo steel ≤500 15CrMoR or same material as pipe 15CrMoG or same material as pipe 501 to 550 12Cr1MoVR or same material as pipe 12Cr1MoVG or same material as pipe Stainless steel -196 to 700 06Cr19Ni10 or same material as pipe 06Cr19Ni10 or same material as pipe Table 2.0.3-3 Selection of materials for suspenders, connectors and auxiliary steel structure components Matching suspender diameter Component materials Auxiliary steel structure materials (section steel and steel plate, etc.) Suspender Forged piece Non forged piece Bolt/nut grade ≤M30 Q235B or 20 Q235B or 20 Q235B ≥Grade 4.8/Grade 4 Q235B >M30 Q355B or 20 Q355B or 20 Q235B ≥Grade 4.8/Grade 4 2.0.4 When replacing materials, in addition to ensuring that the performance indexes of the substitute material are not lower than those of the replaced material, the requirements of the corresponding piping support structure and its usage conditions for the material shall also be comprehensively considered. 3 Design 3.1 General requirements 3.1.1 The design and selection of piping supports shall comply with the current national standard GB/T 17116.1 Pipe supports and hangers - Part 1: Technical specification. 3.1.2 The selection of expansion bolts and U-shaped bolts shall comply with the following requirements: 1 Expansion bolts shall not be used for fixing pipes with large load and vibration; 2 Insulated pipes shall not be fixed with U-shaped bolts. 3.1.3 The piping supports and polytetrafluoroethylene (PTFE) slide plates shall be set up in accordance with the following requirements: 1 For pipings with a slope greater than 1/100, special piping supports matching with the slope of the piping shall be selected; 2 Cold insulation piping support with nominal size greater than DN600 and high temperature insulation piping support with nominal size greater than DN200 shall be used in combination with PTFE slide plate; 3 Sliding supports with horizontal displacement greater than 75 mm and vertical load greater than 15 kN shall be used in combination with PTFE sliding plates. 3.1.4 When there is horizontal displacement at the lifting point of the hanger, the hanger shall meet the following requirements: 1 The two ends of the suspender shall be hinged; 2 The spacing between two hinge points of rigid hanger suspender shall be set to ensure that the included angle between suspender and vertical line does not exceed 3°; 3 The spacing between two hinge points of elastic hanger suspender shall be set to ensure that the included angle between hanger and vertical line does not exceed 4°. 3.1.5 The markings on the drawings for piping supports shall be clear. See Annex B for relevant examples. 3.2 Allowable loads 3.2.1 The load combination of the piping support shall comply with the requirements of the current national standard GB 50316 Design code for industrial metallic piping. 3.2.2 The service load of the piping support shall not be greater than the allowable load of the piping support. 3.2.3 The allowable load of piping support at different temperatures shall be corrected by load correction coefficient, and the allowable load at intermediate temperatures shall be obtained by interpolation method. 3.2.4 The allowable load of piping support under hydrostatic test may be estimated according to 1.5 times of the allowable load at normal temperature.

Foreword i 1 General provisions 2 Materials 3 Design 4 Manufacture and installation 5 Piping support numbering 6 Index of piping support standard drawings 7 Piping support standard drawings Annex A Adjustment method of piping support for outside diameter of series II pipes Annex B Example of piping support marking Annex C Piping support standard drawings Explanation of wording in this standard List of quoted standards

备案号：J2932—2021 HG 中华人民共和国化工行业标准 HG/T 21629—2021 代替HG/T 21629—1999 管架标准图 Piping support standard drawings 2021-05-17发布 2021-10-O1实施 中华人民共和国工业和信息化部 发布 中华人民共和国化工行业标准 管架标准图 Piping support standard drawings HG/T 21629—2021 主编单位：中国成达工程有限公司 全国化工工艺配管设计技术中心站 批准部门：中华人民共和国工业和信息化部 实施日期：2021年10月1日 中华人民共和国工业和信息化部 公 告 2021年 第14号 工业和信息化部批准《基于公众电信网的车载紧急报警系统 需求及总体架构》等292项行业标准(标准编号、名称、主要内容及实施日期见附件1)，其中通信行业标准80项、化工行业标准15项、石化行业标准4项、冶金行业标准44项、有色金属行业标准23项、黄金行业标准3项、建材行业标准3项、稀土行业标准7项、机械行业标准58项、汽车行业标准1项、轻工行业标准52项、纺织行业标准2项；批准《桥梁缆索钢丝用盘条》等4项行业标准外文版(见附件2)，其中冶金行业标准外文版2项、纺织行业标准外文版2项；批准《石油化工设备和管道涂料防腐蚀设计标准》1项石化行业标准修改单(见附件3)，现予公布。行业标准修改单自发布之日起实施。 以上通信行业标准由人民邮电出版社出版，化工行业标准由化工出版社出版，化工行业标准(工程建设类)及汽车行业标准由北京科学技术出版社出版，石化行业标准由中国石化出版社出版，冶金行业标准、冶金行业标准外文版、有色金属行业标准及稀土行业标准由冶金工业出版社出版，有色金属行业标准(工程建设类)由中国计划出版社出版，建材行业标准由中国建材工业出版社出版，黄金行业标准、机械行业标准(制药装备类)、纺织行业标准及纺织行业标准外文版由中国标准出版社出版，机械行业标准由机械工业出版社出版，轻工行业标准由中国轻工业出版社出版。 附件：4项化工行业工程建设标准编号、标准名称和实施日期 中华人民共和国工业和信息化部 二〇二一年五月十七日 附件： 4项化工行业工程建设标准编号、标准名称和实施日期 序号 标准编号 标准名称 被代替标准编号 实施日期 92 HG/T 21637—2021 化工管道过滤器系列 HG/T 21637—1991 2021-10-01 93 HG/T 20534—2021 化工固体原、燃料制备设计规范 HG/T 20534—1993 2021-10-01 94 HG/T 20721—2021 浓盐水蒸发塘设计规范 2021-10-01 95 HG/T 21629—2021 管架标准图 HG/T 21629—1999 2021-10-01 前言 本标准是根据工业和信息化部办公厅《关于印发2015年第四批行业标准制修订计划的通知》(工信厅科〔2015〕236号)的要求，由中国石油和化工勘察设计协会委托全国化工工艺配管设计技术中心站负责组织，由中国成达工程有限公司和全国化工工艺配管设计技术中心站为主编单位，会同参编单位，在原行业标准《管架标准图》(HG/T 21629—1999)的基础上修订完成。 本标准自实施之日起代替《管架标准图》(HG/T 21629—1999)。 本标准在修订过程中，编制组经广泛调查研究，认真总结国内化工和石油化工行业近年的实践经验，吸收国内、外技术成果，并组织完成管架标准图的修订工作，最后经审查定稿。 本标准共分7章和3个附录，主要技术内容包括总则、材料、设计、制作和安装、管架编号、管架标准图索引表、管架标准图。 与《管架标准图》HG/T 21629—1999相比，本标准主要技术变化如下： 1.增加了恒力弹簧支吊架； 2.增加了可调支架； 3.深化了保冷管架； 4.增加了高温隔热管架； 5.增加了刚性拉撑杆； 6.增加了液压阻尼器和粘滞阻尼器； 7.增加了碟簧减振架； 8.增加了弹簧减振器。 本标准由工业和信息化部负责管理，由中国石油和化工勘察设计协会负责日常管理，由中国成达工程有限公司负责具体技术内容的解释。在执行过程中如有意见和建议，请与全国化工工艺配管设计技术中心站联系(联系地址：北京市朝阳区来广营高科技产业园区创达二路1号；邮政编码：100012；电话：010-58676267)，以供今后修订时参考。 1 总则 1.0.1 为提高管道设计水平，方便管架选用，制定本标准。 1.0.2 本标准适用于化工、石油化工等工业装置的工艺管道、公用工程管道和烟气管道。 1.0.3 本标准按现行国家标准《管道工程用无缝及焊接钢管尺寸选用规定》GB/T 28708的管子外径系列Ⅰ编制，用于管子系列Ⅱ的管架应按附录A的要求做相应调整。 1.0.4 管架选用除应符合本标准外，尚应符合国家现行有关标准的规定。 2 材料 2.0.1 管架用钢材的许用应力应符合现行国家标准《管道支吊架 第1部分：技术规范》GB/T 17116.1—2018中附录A的规定。 2.0.2 管架材料应符合相应管架标准图的规定，与管道直接接触的零部件材料应按管道设计温度选用。 2.0.3 管架标准图无材料规定时，管架的材料宜符合表2.0.3-1～表2.0.3-3的规定。 表2.0.3-1 管夹和管夹式管托材料选用 管道材料 管道设计温度/℃ 钢板材料 螺栓和螺母材料或等级 低温碳钢 -40～-21 Q345R 35CrMo/30CrMo 碳钢/铬钼钢/不锈钢 -20～300 Q235B ≥4.8级/4级 碳钢/铬钼钢/不锈钢 301～425 Q345R 35CrMo/30CrMo 铬钼钢/不锈钢 426～500 15CrMoR 35CrMo/30CrMo 铬钼钢/不锈钢 501～550 12Cr1MoVR 25Cr2MoV 不锈钢 551～700 06Cr19Ni10 06Cr19Ni10 表2.0.3-2 与管道焊接构件材料选用 管道材料 管道设计温度/℃ 吊耳、补强板和焊接式管托材料 耳轴材料 低温碳钢 -40～-21 Q345R或与管道同材质 Q345E或与管道同材质 碳钢 -20～300 Q235B或与管道同材质 Q235B或与管道同材质 301～425 Q345R或与管道同材质 20或与管道同材质 铬钼钢 ≤500 15CrMoR或与管道同材质 15CrMoG或与管道同材质 501～550 12Cr1MoVR或与管道同材质 12Cr1MoVG或与管道同材质 不锈钢 -196～700 06Cr19Ni10或与管道同材质 06Cr19Ni10或与管道同材质 表2.0.3-3 吊杆、连接件和辅助钢结构部件材料选用 匹配吊杆直径 部件材料 辅助钢结构材料(型钢和钢板等) 吊杆 锻件 非锻件 螺栓/螺母等级 ≤M30 Q235B或20 Q235B或20 Q235B ≥4.8级/4级 Q235B ＞M30 Q355B或20 Q355B或20 Q235B ≥4.8级/4级 2.0.4 材料替代时，除应保证替代材料的各项性能指标不低于被替代材料各项性能指标外，还应综合考虑相应管架的结构及其使用工况对材料的要求。 3 设计 3.1 一般规定 3.1.1 管架的设计和选用应符合现行国家标准《管道支吊架 第1部分：技术规范》GB/T 17116.1的规定。 3.1.2 膨胀螺栓和U形螺栓的选用应符合下列规定： 1 荷载较大和振动管道不宜选用膨胀螺栓固定； 2 绝热管道不宜选用U形螺栓固定。 3.1.3 管托和聚四氟乙烯(PTFE))滑板的设置应符合下列规定： 1 坡度大于1/100的管道应选用与管道坡度相匹配的特殊管托； 2 公称尺寸大于DN600的保冷管托和公称尺寸大于DN200的高温隔热管托应与PTFE滑板组合使用； 3 水平位移大于75mm，且垂直荷载大于15kN的滑动支架应与PTFE滑板组合使用。3.1.4 吊架的吊点处有水平位移时，吊架应符合下列规定： 1 吊杆两端应为铰接； 2 刚性吊架吊杆的两铰接点间距应保证吊杆与垂线夹角不超过3°； 3 弹性吊架吊杆的两铰接点间距应保证吊杆与垂线之间夹角不超过4°。 3.1.5 管架在图纸上的标注应清晰明了，相关示例见附录B。 3.2 允许荷载 3.2.1 管架的荷载组合应符合现行国家标准《工业金属管道设计规范》GB 50316的规定。3.2.2 管架的使用荷载不应大于管架的允许荷载。 3.2.3 管架在不同温度下的许用载荷应采用荷载修正系数进行修正，中间温度的许用荷载采用内插法求得。 3.2.4 水压试验工况下管架的允许荷载可按其1.5倍常温下的允许荷载估算。 4 制作和安装 4.1 备料 4.1.1 管架材料的切割可使用手动工具、机械工具和热切割等手段加工。 4.1.2 采用热切割时，切割的工艺应适用于被切割的材料。 4.1.3 垫板宜采用钢板卷制或切割管子方法制成。 4.1.4 管架的制造公差应按照现行国家标准《管道支吊架 第1部分：技术规范》GB/T 17116.1的规定执行。 4.2 焊接 4.2.1 管架的焊接应按照现行国家标准《工业金属管道设计规范》GB 50316和《管道支吊架 第1部分：技术规范》GB/T 17116.1的规定执行。 4.2.2 除另有规定外，管架标准图中的焊缝应为环绕连续角焊接；角焊缝应为承载焊缝，焊缝的焊脚高度宜为6mm。 4.2.3 与管道焊接的管架应与管道有相同的焊后热处理要求。 4.3 安装 4.3.1 管架安装的调整不应改变管架的类型。 4.3.2 管架与生根结构间的安装缝隙可使用钢垫板填充，填充前应保持管架和管道安装的自然状态。 4.3.3 填充垫板的使用应满足下列条件： 1 垫板的两端应与生根结构焊接固定； 2 使用多层垫板填充时，垫板间应进行焊接连接； 3 垫板宽度应等于生根结构件的宽度﹔ 4 垫板的长度应满足管道位移的要求。 4.3.4 除另有规定外，螺栓孔应钻制加工，孔径和螺栓规格应满足下列要求： 1 螺栓规格为M10～M16时，孔径应大于螺栓直径2mm； 2 螺栓规格为M20～M30时，孔径应大于螺栓直径3mm； 3 螺栓规格为M36及以上时，孔径应大于螺栓直径4mm～6mm。 4.3.5 管托和鞍座的偏置安装应符合图4.3.5的规定，偏置方向和偏置量应表示在相关设计文件中。