海南省内安装工程材料设备进场第三方质量检测纠纷频发，原因何在？
近年来，海南省安装工程（含消防设施工程）材料、设备不断被项目监理方要求提交第三方质量检验，纠纷不断。有的监理找不到理由，甚至要求施工单位提供不需要第三方检验的理由。好吧，我总结一下。我们可以吃愚蠢的东西，但我们仍然需要弄清楚事情。
现在有两点需要明确：1、相关项目管理规定和工程质量验收规范是否要求对来料和设备进行第三方质量检验。 2、第三方质检费用由哪一方承担。
1 施工单位有权按照施工质量验收规范对进入现场的材料、设备的性能和外观进行部分自检和检验。其量具、仪表经检验合格且在有效期内的，应当符合施工质量验收规范有关规定的要求。进料和设备的自我测试必须获得批准。安装工程中常见的现场管网水压测试、绝缘电阻测试、接地电阻测试、风量测试、温度测试、运行启动时间测试、厚度长度测试等均类似，且无第三方受委托进行检查。建设单位没有能力或者没有配备相应的合格计量工具、仪表进行检验的，监理单位应当要求送第三方检验。
2 相关项目管理规定和工程质量验收规范未要求对来料和设备进行第三方质量检验。有些质量验收规范要求对设计文件中的材料和设备进行重新检验（这种情况基本不存在）或者对材料和设备的质量有疑问或异议，将送第三方进行检验。质量检验。怀疑的意思就是表示怀疑、难以确定，反对自然指的是不同的意见。如果物料设备的外观以及现场可测试的参数或功能不符合国家或行业产品标准的要求，物料设备的现场检验自然会失败。目前，可以很容易地查询和联系提供原始产品质量证明文件的检测单位。因此，如果质量证明文件真实、合规，并且属于现场同一批物资，则物资和设备进入现场时无需委托第三方。进行质量检查。因此，一般是当材料、设备的质量证明文件可疑而无法核实，或施工单位与监理单位（或施工单位）对材料、设备的外观及使用情况存在不可调和的争议时。现场可测试的参数或功能的现场检查结果。这时才需要委托第三方进行质量检验。
2.1《建设工程质量管理规定》仅明确要求涉及结构安全的相关材料送第三方进行质量检测。
《条例》第三十一条：施工人员应当在施工单位或者工程监理单位的监督下对涉及结构安全的试块、试件及有关材料进行现场取样，并送具有相应资质等级的质量检验单位进行检验。测试。
2.2《建设工程监理规范》GB/T50319-2013仅提及按照有关规定对工程材料进行见证抽样和平行检验，并没有要求第三方质量检验。
《规范》 5.2.9 工程监理机构应当审查建设单位提交的工程所用材料、构件、设备的质量证明文件，并按照有关规定和规定对工程所用材料进行检验。建设工程监理合同。见证抽样和平行检验。
2.3 以下列出安装工程涉及的施工质量验收国家（行业）标准中有关材料、设备现场检验的要求。
2.3.1《火灾自动报警系统施工及验收标准》GB50166-2019
2.2 材料、设备现场检查
2.2.1进入施工现场的材料、设备及配件应有清单、使用说明书、质量证明文件、国家法定质量检验机构的检验报告等文件。火灾自动报警系统中的强制认证产品还应具有认证证书和合格证。标识。
2.2.2 系统内国家强制认证产品的名称、型号、规格应与认证证书、检验报告一致。
2.2.3 体系内非国家强制认证产品的名称、型号、规格应与检验报告一致。当检验报告中未包含的连接产品连接到系统时，应提供系统组件兼容性检验报告。
2.2.4 系统设备及附件的规格型号应符合设计文件的规定。
2.2.5 系统设备及附件表面不应有明显划痕、毛刺或其他机械损伤，紧固部件不应松动。
本规范中第三方测试要求摘要：无
2.3.2《建筑电气工程施工质量验收规范》GB50303-2015
3.2 主要设备、材料、成品、半成品现场验收
3.2.1 主要设备、材料、成品、半成品应进行现场验收，验收记录和验收资料应存档。当设计有技术参数要求时，应对技术参数进行校核，并应符合设计要求。
3.2.2 实行生产许可证或强制认证（CCC认证）的产品应有许可证编号或CCC认证标志，并抽查生产许可证或CCC认证的认证范围、有效期和真实性。
3.2.3 现场验收新的电气设备、器具和材料时，应提供安装、使用、维护和试验要求等技术文件。
3.2.4 现场验收进口电气设备、器具和材料时，应提供质量证明文件、性能检测报告、安装、使用、维护、试验要求和说明书等技术文件；属于商检规定的进口电气设备，尚未取得检验合格证明的，应当提供。
3.2.5 主要设备、材料、成品、半成品进货验收需要现场抽样检验或因异议送有资质的实验室抽样检验时，应符合下列规定：
1 现场抽样检验：同一生产厂家、同一批次、同一型号、同一规格的母线槽、导管、绝缘电线、电缆等，每批至少抽取一个样品；灯具、插座、开关等电气设备，对同一厂家、同一材质、同一型号的灯具，按每件3%随机抽查。自带电池的灯具按5%随机抽检，每台不少于1个（套）。
2 如有异议，送有资质的实验室抽样检测：同一厂家、同一批次的母线槽、绝缘导体、电缆、梯子、托盘、槽盒、导管、型钢、镀锌产品等、不同规格的，应随机抽检10%，且不得少于2个规格；同一厂家、同一材料、同一型号的灯具、插座、开关等电气设备，数量在500件（套）以下的，应随机检验2（套），但每件应不少于1台（套），超过500台（套）时，随机抽检3台（套）。
3、同一建设单位施工的同一建设工程的多个单元工程，采用同一生产厂家、同一材料、同一批次、同一型号的主要设备、材料、成品、半成品时，抽样检验比例应合并计算。
4、当抽样检验结果不合格时，可加倍抽样检验仍不合格，则该批设备、材料、成品或半成品判定为不合格品，不得使用。
5 应有检测报告。
规范条款解释：为保证工程所用的主要设备、材料、成品、半成品的质量符合设计要求，减少不必要的返工或避免质量事故的发生，特制定以下规定：本章主要规范主要设备、材料、成品、半成品的进度。施工现场有对产品进行抽样检测的要求。但由于施工现场环境条件的限制，提出了两种方法：现场取样检测或将异议送至有资质的实验室进行检测。为了便于抽样检测，本条规定抽样检测比例，旨在解决实际操作问题。对于本章规定不需要检测的产品，无需进行抽样检测。
如有异议，应送有资质的实验室检测。测试结果在测试报告中描述。各方必须共同确认是否符合要求。产品只有符合要求才可以使用。不符合要求的，应当退回或以其他方式处理。合格实验室是指依照法律、法规规定，经相应政府行政部门或其授权机构认可的实验室。
3.2.6 变压器、箱式变电站、高压电器、电瓷产品的现场验收应包括以下内容：
1 检查合格证及随附技术文件：变压器应有出厂试验记录；
2外观检查：设备应有铭牌，表面涂层应完整，附件应齐全，绝缘部件应无缺陷或裂纹，充油部分不应泄漏，充气气压指示高压设备应正常。
3.2.7高压成套配电柜、蓄电池柜、UPS柜、EPS柜、低压成套配电柜（箱）、控制柜（站、箱）的现场验收应符合以下规定：
1、检查合格证及随附技术文件：高低压成套配电柜、电池柜、UPS柜、EPS柜等成套柜应有出厂检测报告；
2 检查产品型号及产品技术参数：应符合设计要求；
3外观检查：设备应有铭牌，表面涂层应完整，无明显碰撞和凹痕。设备内元件应完好，接线不应脱落、脱焊。绝缘电线的材质和规格应符合设计要求。电池柜内的电池外壳应无裂纹和泄漏，充油、充气设备应无泄漏。
3.2.8 柴油发电机组现场验收应包括以下内容：
1、检查主机、附件、专用工具、备品备件及随机技术文件：合格证和出厂试运行记录应齐全、完整，发电机及其控制柜应有出厂试验记录；
2 外观检查：设备应有铭牌，涂层应完整，机身无缺件。
3.2.9 电动机、电加热器、电动执行器、低压开关设备的现场验收应包括以下内容：
1、检验合格证及随机技术文件：内容应填写完整、完整；
2 外观检查：设备应有铭牌，涂层应完整，设备零部件或附件应齐全、完好、无缺陷。
3.2.10 照明灯具及附件的现场验收应符合下列要求：
1 证书检查：证书内容应齐全、齐全，灯具材质应符合设计要求和产品标准要求；新的气体放电灯应附有技术文件；太阳能灯内部短路保护、过载保护、反向放电保护、极端保护等功能试验数据应齐全，并应符合设计要求。
2 外观检查：
1）灯具涂层应完整、无破损，配件应齐全。 I类灯具的外露导电部分应有专用的PE端子；
2）固定灯具带电部件并提供防触电保护的部件应采用绝缘材料制成，并应耐燃烧和引燃；
3）消防应急照明灯具应取得消防产品型式试验合格评定并具有认证标志；
4）疏散标志灯防护罩应完整、无裂纹；
5）游泳池及类似场所的灯具（水下灯、防水灯）防护等级应符合设计要求。对密封、绝缘性能有异议的，应批量取样送有资质的实验室检测；
6）内部接线应采用铜芯绝缘线，其截面积应与灯具功率相匹配，且不应小于0.5mm2。
3 内置电池供电时间测试：对于内置电池的应急照明灯具，应现场测试电池的最小连续供电时间，并应满足设计要求。
4 绝缘性能检测：对灯具的绝缘性能进行现场抽样检测。灯具的绝缘电阻值不应小于2MΩ，灯具内绝缘线的绝缘层厚度不应小于0.6mm。
3.2.11 开关、插座、接线盒、风扇及附件的现场验收应包括以下内容：
1 检查证明：证明内容填写完整、完整。
2外观检查：开关插座面板及接线盒体应完整，无破损，零部件齐全。风扇应完好无损，涂层应完整。调速器等配件应合适。
3 电气、机械性能检测：开关、插座的电气、机械性能应进行现场抽样检测，并应符合下列规定：
1）不同极性带电部件之间的电气间隙不应小于3mm，爬电距离不应小于3mm；
2）绝缘电阻值应不小于5MQ；
3）若采用自攻锁紧螺钉或自切螺钉安装，螺钉与软塑料固定件的旋入长度不应小于8mm。绝缘材料固定件经受10次拧紧拔出试验后，不应有松动、夹渣现象。螺钉和螺纹应无损坏；
4) 对于金属之间拧在一起的螺钉和螺母，拧紧后将其完全拉出。重复5次后，应仍能正常使用。
4、开关、插座、接线盒、面板等绝缘材料的耐热性、阻燃性、耐漏电起痕性能异常如有异议，应批量取样送有资质的实验室检测。
3.2.12 绝缘电线电缆的现场验收应符合下列规定：
1 检查证明：证明内容填写完整、完整。
2 外观检查：包装完好，电缆末端密封良好，标签齐全。送检的绝缘电线、电缆的绝缘层应完好、厚度均匀。电缆不应压扁或扭曲，铠装不应松散地盘绕。绝缘电线电缆的外护套应有明显标志并有制造厂标志。
3、测试绝缘性能：电线电缆的绝缘性能应符合产品技术标准或产品技术文件的规定。
4、检查标称截面积和电阻值：绝缘电线电缆的标称截面积应符合设计要求，导体电阻值应符合现行国家标准《导体》的有关规定。 《电缆》GB/T 3956。对绝缘电线电缆的导电性能、绝缘性能、绝缘厚度、机械性能和阻燃、耐火性能有异议时，应批量取样送有资质的实验室检测。检验项目及内容应符合国家现行产品标准的规定。
3.2.13 导管的现场验收应符合下列要求：
1检验合格证：钢质导管应有产品质量合格证，塑料导管应有合格证及相应的检测报告。
2外观检查：钢管不应压扁，内壁应光滑；非镀锌钢管不应生锈，油漆应完好；镀锌钢管应涂层覆盖完整，表面无锈斑；塑料导管及配件不应破损，表面应有阻燃标志和制造商标签。
3、导管的直径、壁厚、均匀度应逐批进行检验，并应符合国家现行产品标准的规定。
4、机械连接钢质导管及附件电气连续性有异议时，应按照现行国家标准《电气安装用导管系统》GB 20041的有关规定进行检验。
5、如果对塑料导管及配件的阻燃性能有异议，应批量取样送有资质的实验室检测。
3.2.14 型钢、焊条的现场验收应符合下列要求：
1、检查合格证和材质证明：如有异议，应将批次样品送往有资质的实验室进行检测；
2 外观检查：型钢表面应无严重腐蚀、过度扭曲和弯曲变形；焊条包装应完整，开箱检查时焊条尾部不应有锈斑。
3.2.15 镀锌金属制品的现场验收应符合下列要求：
1 检查产品质量证明书：按设计要求检查其是否符合要求；
2外观检查：镀锌层应完全覆盖，表面不应有锈斑。五金配件应齐全、无水泡；
3 埋入土壤中的热镀锌钢板的镀锌层厚度不应小于63μm；
4、若对镀锌质量有异议，应批量取样送有资质的实验室检测。
3.2.16 梯架、托盘、槽箱的现场验收应符合下列要求：
1检验合格证和出厂检验报告：内容应填写完整、完整；
2 外观检查：配件应齐全，表面光滑、无变形；钢梯架、托盘、槽箱涂层应完整、无锈迹；塑料槽盒应完好无损，颜色均匀。若对阻燃性能有异议，应批量取样送有资质的实验室检测；铝合金梯架、托盘、槽箱涂层应完整，不得有扭曲、变形、压扁或表面划伤。
3.2.17 母线槽的现场验收应符合下列要求：
1 检查合格证及随附的安装技术文件，应符合下列规定：
1）CCC型式试验报告中的技术参数应符合设计要求。导体规格及相应的温升值应与CCC型式试验报告中的导体规格一致。当对导体的载流能力有异议时，应送有资质的测试人员在实验室进行极限温升试验，额定电流的温升应符合现行国家产品标准的规定；
2）耐火母线槽除通过CCC认证外，还应提供国家认可检测机构出具的型式检验报告，其耐火时间应满足设计要求；
3）保护接地导体（PE）应与外壳可靠连接，其截面积应符合产品技术文件的规定；当外壳兼作保护接地导体（PE）时，CCC型式试验报告和产品结构应符合国家现行有关产品的规定。标准规定。
2 外观检查：防潮密封应良好，每节编号应清晰，配件应齐全无缺陷，外壳应无明显变形，母线螺栓搭接面应光滑、涂层覆盖应完整，不应有剥落、麻点现象；母线槽上的静触头应无缺陷，表面光滑，涂层完整。对有防护等级要求的母线槽，应检查产品及附件的防护等级和设计是否符合要求，标志应齐全。
3.2.18 电缆头组件、电线接头、接线端子的现场验收应符合下列要求：
1 检查合格证及相关技术文件，并应符合下列规定：
1）铝及铝合金电缆附件应有与电缆导体相匹配的检测报告；
2）矿物绝缘电缆中间连接附件的耐火等级不应低于电缆本体的耐火等级；
3）电线连接器、接线端子的额定电压、连接能力和防护等级应符合设计要求。
2外观检查：零部件应齐全，包装及产品标志清晰，表面无裂纹和气孔，随附的袋装涂料或填料不应泄漏；铝及铝合金电缆用端子和连接器配件的压接筒内表面应有抗氧化剂；矿物绝缘电缆专用接线端子的规格应与电缆相匹配；电线连接器的产品标识应清晰、耐久。
3.2.19 金属灯杆现场验收应符合下列要求：
1 检查证书：证书应齐全、齐全；
2外观检查：涂层应完整，根部接线盒盖紧固件及内置熔断器、开关等装置应完整，盖密封垫片应完整。金属灯柱内部应安装专用接地螺栓。地脚螺钉孔的位置应与提供的附图尺寸一致。允许偏差应为±2mm。
3.2.20 使用的减阻剂材料应符合设计和国家现行有关标准的规定，并应提供相应国家检测机构检验合格的证明。
本规范第三方检测要求总结：仅在以下项目中，当对某种质量存在“异议”时。
1 3.2.10 照明灯具及附件的现场验收应符合下列要求：
5）游泳池及类似场所的灯具（水下灯、防水灯）防护等级应符合设计要求。对密封、绝缘性能有异议的，应批量取样送有资质的实验室检测；
2 3.2.11 开关、插座、接线盒、风扇及附件的现场验收应包括以下内容：
4、开关、插座、接线盒、面板等绝缘材料的耐热性、阻燃性、耐漏电起痕性能异常如有异议，应批量取样送有资质的实验室检测。
3 3.2.12 绝缘电线电缆的现场验收应符合下列规定：
4、检查标称截面积和电阻值：绝缘电线电缆的标称截面积应符合设计要求，导体电阻值应符合现行国家标准《导体》的有关规定。 《电缆》GB/T 3956。对绝缘电线电缆的导电性能、绝缘性能、绝缘厚度、机械性能和阻燃、耐火性能有异议时，应批量取样送有资质的实验室检测。检验项目及内容应符合国家现行产品标准的规定。
4 3.2.14 型钢、焊条的现场验收应符合下列要求：
1、检查合格证和材质证明：如有异议，应将批次样品送往有资质的实验室进行检测；
5 3.2.15 镀锌金属制品的现场验收应符合下列要求：
4、若对镀锌质量有异议，应批量取样送有资质的实验室检测。
2.3.3《消防应急照明及疏散指示系统技术标准》GB51309-2018
4.2 材料、设备现场检查
4.2.1 材料、系统零部件和附件进入施工现场时，应有清单、使用说明书、质量证明文件、国家法定质量检验机构的检验报告、认证证书和认证标志等文件。
4.2.2 系统中的应急照明控制器、集中电源、应急照明配电箱、灯具等应为通过国家认证的产品。产品名称、型号、规格应与认证证书、检验报告一致。
4.2.3 系统元器件、附件的规格型号应符合设计文件的规定。
4.2.4 系统部件及附件表面不应有明显划痕、毛刺或其他机械损伤，紧固部件不应松动。
本规范中第三方测试要求摘要：无
2.3.4《智能建筑工程质量验收规范》GB50339-2013
3.2 项目实施质量控制
3.2.4 设备材料现场检验记录和设备开箱检验记录应符合下列要求：
1 设备、材料现场检查记录应由施工单位填写，并由监理（施工）单位监理工程师（项目专业工程师）作出检查结论，记录格式应符合本规范附录B表B.0.1的规定；
2、设备开箱检验记录应符合现行国家标准《智能建筑工程施工规范》GB 50606的规定。
本规范中第三方测试要求摘要：无
2.3.5《智能建筑工程施工规范》GB50606-2010
3.3 施工准备
3.3.2 材料、设备的准备除应符合现行国家标准《智能建筑工程质量验收规范》GB 50339-2003第3.2条、第3.3.4条、第3.3.5条的规定外，还应符合以下规定：
1 材料、设备应附有产品合格证和质量检验报告，设备应附有产品合格证、质量检验报告、说明书等；进口产品应提供原产地证明和商检证明、质量证明书、检测报告、安装使用说明书、中文文本维修说明；
2、检查电缆、设备的品牌、产地、型号、规格、数量、外观。主要技术参数和性能应满足设计要求。外观不应有任何损坏。填写现场检验记录并封存电缆和器件样品；
3、有源设备应通电检查，确认设备正常。
本规范中第三方测试要求摘要：无
2.3.6《消防给水、消火栓系统技术规范》GB50974-2014
12.2 现场检查
12.2.1 消防给水、消火栓系统施工前，应对所使用的主要设备、系统构件、管道管件及其他设备和材料进行现场检查，并应符合下列要求：
1、主要设备、系统元件、管道管件等设备和材料应符合国家相关产品标准，并应有出厂合格证或质量合格证；
2 消防水泵、消火栓、消防水带、消防水枪、消防水带卷盘或便携式水带、报警阀组、电（磁）阀、压力开关、流量开关、消防水泵适配器、沟槽连接件等主要系统设备及零部件应经国家消防产品质量监督检验中心检验合格；
3 稳压泵、压力水箱、消防水箱、自动排气阀、信号阀、止回阀、安全阀、减压阀、倒流防止器、蝶阀、闸阀、流量计、压力表、水位计等.，应经相应国家产品质量监督检验中心检验合格；
4 承压水箱、组合消防水池、屋顶消防水箱、地下水取水和地表水取水设施及其附件等，应符合国家有关产品标准的规定。
检查次数：全部检查。
检查方法：检查相关资料。
12.2.2 消防水泵、稳压泵的检验应符合下列要求:
1 消防水泵、稳压泵的流量、压力、电机功率应符合设计要求；
2 消防水泵产品质量应符合现行国家标准《消防泵》GB 6245、《离心泵技术条件（一类）》GB/T 16907或《离心泵技术条件（一类）》的有关规定。二）》GB/T 5656；
3、稳压泵的产品质量应符合现行国家标准《离心泵技术条件（二类）》GB/T 5656的有关规定；
4 消防水泵、稳压泵的电机功率应满足水泵全性能曲线运行的要求；
5、泵、电机外表面不应损伤，轴线不应偏心。
检查次数：全部检查。
检查方法：目视检查、认证文件检查。
12.2.3 消火栓现场检查应符合下列要求:
1 室外消火栓应符合现行国家标准《室外消火栓》GB 4452的性能和质量要求；
2 室内消火栓应符合现行国家标准《室内消火栓》GB 3445的性能和质量要求；
3 消防水带应符合现行国家标准《消防水带》GB 6246的性能和质量要求；
4 消防水枪应符合现行国家标准《消防水枪》GB 8181的性能和质量要求；
5、消火栓、消防水带、消防水带应有完整的商标和制造厂标志；
6、消火栓、消防水带、消防水枪的型号、规格等技术参数应符合设计要求；
7 消火栓外观不应有加工缺陷和机械损伤；铸件表面应无伤痕、毛刺、裂纹、缩孔等缺陷；铸铁阀体外部应涂红漆，内表面应涂防锈漆，手轮应涂黑漆；外部漆膜应光滑、平整、色泽一致，不得有气泡、流痕、皱纹等缺陷，不得有明显的凹凸、划伤等；
8 消火栓螺纹密封面应无划伤、毛刺、漏丝、断丝；
9 消火栓的螺纹出水口和快接扣应无缺陷和机械损伤，并应能满足功能要求；
10消火栓阀杆升降或开启应平稳灵活，不得卡滞或松动；
11 旋转消火栓内部结构应合理，转动部件应采用铜或不锈钢材质，并保证转动可靠，无卡阻、漏水现象；
12、减压稳压消火栓应可靠、无堵塞；
13 活动部件应转动灵活，材料应耐腐蚀，不应卡住、绊倒；
14 消火栓固定接口应进行密封性能试验，无渗漏、破损等情况应视为合格。试验次数应每批按1%随机抽取，但不得少于5次。压力应缓慢、均匀地升压至1.6MPa，保压2分钟。当两个以上不合格时，该批消防栓不得使用。仅1个不合格时，另抽查2%，但不少于10个，并重新进行密封性能试验；仍有不合格消火栓时，该批消火栓不得使用；
15 消防水带的织物层应编织均匀，表面清洁；不得有跳经、断经、跳纬、划伤等现象。衬里（或覆盖层）厚度应均匀，表面光滑平整，无皱纹。或其他缺陷；
16 消防水嘴的外观质量应符合本条第四款的有关规定，消防水嘴的进、出口口径应符合设计要求；
17 消火栓箱应符合现行国家标准《消火栓箱》GB 14561的性能和质量要求；
18 消防水带卷盘和便携式水带应符合现行国家标准《消防水带卷盘》GB 15090和现行行业标准《便携式消防水带卷盘》GA 180的性能和质量要求。
外观及一般检验数量：全部检验。
检查方法：目视、尺检查。
性能检查次数：抽查符合本条第十四款的规定。
检验方法：目视检查并在专用检测装置上测试。主要检测设备包括试压泵、压力表、秒表。
12.2.4 消防炮、喷头、泡沫发生装置、泡沫比例混合装置、泡沫液压储罐、泡沫喷嘴等水灭火系统专用部件的现场检验应符合现行国家标准《自动喷水灭火系统施工》及《泡沫灭火系统施工及验收规范》GB50261、《泡沫灭火系统施工及验收规范》GB50281等有关规定。
12.2.5 管道、管件应进行现场目视检查，并应符合下列要求：
1、镀锌钢管应为有内外壁的热镀锌钢管。钢管内外表面镀锌层不应脱落、不生锈。球墨铸铁管内水泥层和外防腐层不应脱落。如有锈蚀等现象，钢丝网骨架塑料复合管的管壁厚度应均匀，内外壁不应有划痕。各类管道、管件应符合表12.2.5相应标准的规定；
表12.2.5 消防给水管材及管件标准
2 表面应无裂纹、缩孔、夹渣、褶皱和重皮；
3 管材、管件不应有妨碍使用的凹凸缺陷，其尺寸允许偏差应符合本规范表12.2.5的规定；
4、螺纹密封面应完整，无损伤、毛刺；
5 非金属密封垫片应质地柔韧，无老化、变质或分层，表面无破损、皱纹等缺陷；
6 法兰密封面应完整、光滑，无毛刺和径向沟槽；螺纹法兰的螺纹应完整、无损伤；
7 不圆度应符合本规范表12.2.5的规定；
8 球墨铸铁管承插口的内工作面和承插口的外工作面应光滑、轮廓清晰，不应有影响接口密封的缺陷；
9 钢丝网骨架塑料（PE）复合管内外壁应光滑、无划痕，钢丝骨料与塑料粘结牢固等。
检查次数：全部检查。
检查方法：目视、尺检查。
12.2.6 阀门及附件的现场检验应符合下列要求:
1、阀门的商标、型号、规格等标志应齐全，阀门型号、规格应符合设计要求；
2、阀门及其附件应齐全，不应有加工缺陷或机械损伤；
3、报警阀、液压警铃的现场检查应符合现行国家标准《自动喷水灭火系统施工及验收规范》GB 50261的相关规定；
4、闸阀、截止阀、球阀、蝶阀、信号阀等通用阀门应符合现行国家标准《通用阀门压力试验》GB/T 13927和《自动喷水灭火系统第6部分：通用阀门》GB 5135.6的规定等监管；
5 消防水泵适配器应符合现行国家标准《消防水泵适配器》GB 3446的性能和质量要求；
6 自动排气阀、减压阀、泄压阀、止回阀等阀门的性能应符合现行国家标准《通用阀门压力试验》GB/T 13927、《自动喷水灭火系统第6部分：通用阀门》GB 5135.6、《泄压装置性能试验规范》 GB/T 12242、《减压阀性能试验方法》 GB/T 12245、《安全阀通用要求》 GB/T 12241、《阀门检验与试验》 JB/T 相关规定9092等；
7 阀门应有清晰的铭牌、安全操作说明、产品使用说明书和永久的流向标志。
检查次数：全部检查。
检验方法：目视检查并在专用检测装置上测试。主要检测设备包括试压泵、压力表、秒表。
12.2.7 消防水泵控制柜的检查应符合下列要求：
1、消防水泵控制柜的控制功能应符合本规范第11章及设计要求，并应为经国家认可的质量监督检验中心检验合格的产品；
2 控制柜应平直，表面平整，涂层颜色均匀，无眩光，应符合现行国家标准《高度为100mm的面板、机架、机柜基本尺寸系列》的规定。 20mm”GB/T 3047.1相关规定，控制柜外表面不应有明显的凹凸、划伤、变形或油漆剥落；
3 控制柜面板应设有电源电压、电流、水泵（启）停状态、检修状态、火灾报警及故障声光报警等显示；
4、控制柜内电线颜色应符合现行国家标准《成套电气设备电线颜色》GB/T 2681的相关规定；
5 面板上的按钮、开关、指示灯应易于操作和观察并有功能标识，并应符合现行国家标准《成套电气设备电线颜色》GB/T 2681和《指示灯和按钮》的规定。 《成套电气设备》颜色》GB/T 2682的相关规定；
6 控制柜内电气元件及材料的选用：应符合现行国家标准《控制用电磁继电器通用可靠性试验》GB/T 15510等的有关规定，并应合理安装，其工作位置应符合产品使用说明书的规定。规定;
7 控制柜应按照现行国家标准《电工电子产品基本环境试验第2部分：试验方法试验A：低温》GB/T 2423.1的有关规定进行低温实验。测试结果不应引起影响正常运行的故障；
8 控制柜应按现行国家标准《电工电子产品基本环境试验第2部分：试验方法试验B：高温》GB/T 2423.2的有关规定进行高温试验。测试结果不应引起影响正常运行的故障；
9、控制柜应按现行行业标准《固定式消防给水设备性能要求和试验方法第2部分：消防自动恒压给水设备》GA 30.2的相关规定进行湿热试验。斗争”。测试结果不应引起影响工作的故障；
10 控制柜应按现行行业标准《固定式消防给水设备性能要求和试验方法第2部分：消防自动恒压给水设备》GA 30.2的相关规定进行振动试验。 。柜体结构及内部元件的测试结果应完好，不应出现影响正常运行的故障；
11 控制柜的温升应按现行国家标准《低压开关设备和控制设备第1部分：型式试验和部分型式试验成套装置》GB/T 7251.1的有关规定进行试验。测试结果不应影响正常工作。故障;
12 控制柜内各带电回路之间的电气间隙和爬电距离应按现行行业标准《固定式消防给水设备性能要求和试验方法第2部分：消防自动恒压给水》的有关规定进行。供货设备》GA 30.2 试验并进行试验，试验结果不应引起影响正常运行的故障；
13 金属柜上应有接地点，其标志、线号标记、线径应符合现行行业标准《固定式消防给水设备性能要求和试验方法第2部分：自动恒压》的规定《消防给水设备》GA30.2相关规定要求检测绝缘电阻；控制柜内带电端子与机箱之间的绝缘电阻应大于20MΩ，电源端子与地之间的绝缘电阻应大于50MΩ；
14 控制柜的绝缘强度试验应按现行国家标准《电气控制设备》GB/T 3797的有关规定进行。试验结果应无击穿、闪络现象；
15 控制柜的明显部位应设置标志和控制原理图；
16 设备型号、规格、数量、标签、电路图及说明书、设备表、材料表等技术文件应齐全，并应符合设计要求。
检查次数：全部检查。
检查方法：目视检查、认证文件检查。
12.2.8 压力开关、流量开关、水位显示和控制开关等仪表的现场检查应符合下列要求:
1 性能指标应满足设计要求；
2压力开关应符合现行国家标准《自动喷水灭火系统第10部分：压力开关》GB 5135.10的性能和质量要求；
3、水位显示和控制开关应符合现行国家标准《水位测量仪表》GB/T 11828等的相关规定；
4 流量开关应能在管道流速0.1m/s～10m/s时可靠启动，其他性能应符合现行国家标准《自动喷水灭火系统第7部分：水流指示器》的有关规定GB 5135.7；
5 外观完整，不应有损坏。
检查次数：全部检查。
检查方法：目视检查、认证文件检查。
本规范中第三方测试要求摘要：无
2.3.7《自动喷水灭火系统施工及验收规范》GB50261-2017
3.2 物资设备管理
3.2.1 自动喷水灭火系统施工前，应对所使用的系统部件、管件及其他设备和材料进行现场检查，并应符合下列要求：
1 系统元件、管道配件等设备和材料应符合设计要求和国家有关标准，并应有出厂合格证或质量合格证。
检查次数：全部检查。
检查方法：检查相关资料。
2、系统主要部件如喷嘴、报警阀组、压力开关、水流指示器、消防泵、水泵适配器等应经国家消防产品质量监督检验中心检测合格；稳压泵、自动排气阀、信号阀等功能水泵控制阀、止回阀、泄压阀、减压阀、蝶阀、闸阀、压力表等应经相应国家标准检测合格。产品质量监督检验中心。
检查次数：全部检查。
检查方法：检查相关资料。
3.2.2 镀锌钢管及管件应进行现场目视检查，并应符合下列要求：
1 镀锌钢管应为有内外壁的热镀锌钢管。钢管内外表面镀锌层不应剥落或生锈。钢管的内外径应符合现行国家标准《低压流体输送用焊接钢管》GB/T 3091或现行国家标准《流体输送用无缝钢管》GB/T 8163的规定。
2 表面应无裂纹、缩孔、夹渣、褶皱和重皮。
3、螺纹密封面应完整，无损伤、毛刺。
4、非金属密封垫片应质地柔韧，无老化、变质或分层现象，表面无破损、皱纹等缺陷。
5 法兰密封面应完整、光滑，无毛刺和径向沟槽；螺纹法兰的螺纹应完整、无损伤。
检查次数：全部检查。
检查方法：观察、尺检查。
3.2.3 不锈钢管道、管件应进行现场目视检查，并应符合下列要求：
1 不锈钢管的内外径应符合现行国家标准《流体输送用不锈钢焊接钢管》GB/T 12771或《不锈钢压力管件组件第2部分：连接用薄壁不锈钢管》的规定GB/T 19228.2。
2 表面应无裂纹、损伤。
检查次数：全部检查。
检查方法：观察、尺检查。
3.2.4 铜管、管件及管件应进行现场外观检查，并应符合下列要求：
1 铜管及管件质量应符合现行国家标准《无缝铜水管、铜燃气管》GB/T 18033《铜管接头第1部分：钎焊管件》GB/T 11618.1《铜管接头》第1部分《第2部分：压力式管件》GB/T 11618.2等相关标准。
2 表面应无裂纹、损伤。
检查次数：全部检查。
检查方法：观察、尺检查。
3.2.5 涂层钢管、管道及管件应进行现场目视检查，并应符合下列要求：
1 涂层钢管及管件质量应符合现行国家标准《自动喷水灭火系统第20部分：涂层钢管》GB 5135.20的规定。
2 表面应无裂纹、损伤。
检查次数：全部检查。
检查方法：观察、尺检查。
3.2.6 氯化聚氯乙烯（PVC-C）管材、管件应进行现场目视检查，并应符合下列要求：
1 氯化聚氯乙烯应符合现行国家标准《自动喷水灭火系统第19部分：塑料管道及管件》GB 5135.19及其他相关标准的规定。
2 管材内外表面应光滑、平整、无凹痕、无分解和变色纹路，不应有颜色不均匀和其他影响性能的表面缺陷，不应含有肉眼可见的杂质。
3 管端应切割平整并垂直于轴线。
4 管件内外表面不应有裂纹、气泡、剥落、严重冷点和明显杂质。
5 管道及配件应不透明。
检查次数：全部检查。
检查方法：观察、尺检查。
3.2.7 喷头现场检查必须符合下列要求：
1、喷嘴的商标、型号、标称工作温度、响应时间指数（RTI）、制造商及生产日期应齐全。
2 喷嘴的型号、规格应符合设计要求。
3、喷嘴外观应无加工缺陷和机械损伤。
4、喷嘴螺纹密封面应无划伤、毛刺、缺丝、断丝。
5、封闭式喷头应进行密封性能试验，无渗漏、损坏现象为合格。
试验数量每批按1%随机抽取，不得少于5个。试验压力为3.0MPa，保压时间不少于3分钟。两个以上不合格时，该批喷嘴不得使用。当仅有1个喷嘴不合格时，应另外随机检验2%，且检验不少于10个喷嘴，并重新进行密封性能试验；当仍有不合格喷头时，该批喷头不得使用。
检验数量：符合本条第5款的规定。
检验方法：观察检查，在专用检测装置上进行测试。主要检测设备包括试压泵、压力表、秒表。
3.2.8 阀门及附件的现场检验应符合下列要求：
1阀门的商标、型号、规格等标志应齐全，阀门的型号、规格应符合设计要求。
2 阀门及其附件应齐全，无加工缺陷和机械损伤。
3报警阀除有商标、型号、规格等标志外，还应有永久性的流向标志。
4、报警阀、调节阀的阀瓣及操作机构应灵活、无卡阻。阀体应清洁，无异物堵塞。
5 液压警铃的重锤转动应灵活，无阻碍；传动轴应有良好的密封性能，不得漏水。
6 报警阀应进行泄漏试验。试验压力应为额定工作压力的2倍，保压时间不应少于5分钟，阀瓣处不应有泄漏。
检查次数：全部检查。
检验方法：观察检查，在专用检测装置上进行测试。主要检测设备包括试压泵、压力表、秒表。
3.2.9压力开关、水流指示器、自动排气阀、减压阀、泄压阀、多功能水泵控制阀、止回阀、信号阀、水泵适配器及水位、气压、阀门自动监测装置应有清晰的铭牌、安全操作说明和产品使用说明书；水流指示器、水泵适配器、减压阀、止回阀、过滤器、泄压阀、多功能水泵控制阀应有永久的水流方向。标识;安装前应进行主要功能检查。
检查次数：全部检查。
检验方法：观察检查，在专用检测装置上进行测试。主要检测设备包括试压泵、压力表、秒表。
本规范中第三方测试要求摘要：无
2.3.8《泡沫灭火系统技术标准》GB50151-2021
9.2 现场检查
9.2.1 材料和系统构件的现场检验，应按本标准附录B表B.0.2-1填写施工过程检验记录。
9.2.2 材料或系统部件现场抽样检验不合格的，应加倍抽查；若仍有不合格产品，则判定该批产品不合格。
9.2.3 对产品质量或真实性有疑问时，监理工程师应组织检测或验证。
9.2.4 泡沫液进入现场后，监理工程师应组织取样留存。
检验数量：按各项检验要求。
检验方法：观察、检查泡沫液的自愿性认证或检验有效的认证文件和产品出厂合格证。
9.2.5 管道、管件的材质、规格、型号、质量等应符合国家现行有关产品标准和设计要求。
检查次数：全部检查。
检验方法：检查出厂检验报告及合格证。
9.2.6 管材、管件的外观质量除应符合产品标准外，还应符合下列要求：
1、表面不得有裂纹、缩孔、夹渣、折叠、重皮、腐蚀或不超过壁厚负偏差的凹痕等缺陷；
2 螺纹表面完好无损伤，法兰密封面光滑平整，无毛刺和径向沟槽；
3、垫片无老化、变质或分层，表面无皱纹或其他缺陷。
检查次数：全部检查。
检查方法：观察、检查。
9.2.7 管道、管件的规格、尺寸、壁厚及允许偏差应符合产品标准和设计要求。
检验数量：各规格型号产品按件数随机抽检20%，不少于1件。
检验方法：用钢尺、游标卡尺测量。
9.2.8 泡沫发生装置、泡沫配料混合器（装置）、泡沫液储罐、机动或柴油机及其驱动的泡沫消防泵、盛装100%水成膜泡沫液的压力储罐、动力瓶组及规格、驱动装置、报警阀组、压力开关、水流指示器、水泵适配器、泡沫消火栓箱、泡沫消火栓、阀门、压力表、管道过滤器、金属软管等系统部件的型号、性能符合当前的国家法规产品标准和设计要求，其中包括柴油发动机的压缩比，负载扭矩，限制起始温度等。压力储罐，动力瓶组和驱动器含有100％水性膜形成泡沫液体该设备应符合压力容器的相关标准。
检查次数：全部检查。
检查方法：检查自愿认证或检查，产品工厂证书和相关技术信息的有效认证文件。
9.2.9泡沫生成设备，泡沫比例搅拌机（设备），泡沫液体储罐，电机或柴油发动机及其驱动的泡沫消防泵，含有100％水性膜形成泡沫泡沫液体的压力储罐，功率瓶，外观质量系统组件，例如驾驶设备，警报阀组，压力开关，水流指示器，水泵适配器，泡沫消防栓盒，泡沫消防栓，阀，压力表，管道滤波器，金属软管等以下条例：
1。没有变形或其他机械损伤；
2在裸露的未加工表面上的保护涂层完整；
3。没有保护涂层的加工表面没有生锈；
4所有裸露的界面均未损坏，并用插头和盖子等保护材料很好地密封；
5。铭牌标记清晰牢固。
检查次数：全部检查。
检查方法：观察和检查。
9.2.10电动机或柴油发动机的手动转动以及由其驱动的泡沫消防泵应具有灵活性，无障碍物，并且没有异常的声音；高磁化泡沫发生器的叶轮应手工柔韧。固定泡沫大炮的手动机制应无障碍物。现象。
检查次数：全部检查。
检查方法：手动检查。
9.2.11泡沫缓释盖应由奥氏体不锈钢制成，不锈钢板的厚度不应小于1.5mm。
检查数量：基于设计的10％所需数量和不少于2的随机检查。
检查方法：观察检查和尺子检查。
9.2.12对电源瓶组和泡沫喷雾系统的驾驶装置的现场检查应符合以下要求：
1。动力瓶组的工作压力和气动驱动器件的存储容器不应低于设计压力，不应高于其最大工作压力。燃气驱动管道上的单向阀应在不被干扰的情况下打开和关闭；
2电磁驱动器的电源电压应满足系统设计要求。用电源检查电磁体芯。它的中风应该能够满足系统的启动要求，并且它应该在不打扰的情况下灵活地移动。
检查次数：全部检查。
检查方法：使用压力表进行观察检查和测量。
9.2.13泡沫喷雾系统中使用的水雾喷嘴应配备过滤器。
检查次数：全部检查。
检查方法：观察和检查。
9.2.14现场检查阀应符合以下要求：
1。每个阀及其配件应设备齐全；
2对照阀的明显部分应具有一个永久的符号，指示水流方向；
3。控制阀的阀盘和操作机理应具有柔韧性并且没有干扰。阀体应清洁，没有异物堵塞。
检查次数：全部检查。
检查方法：观察和检查。
9.2.15阀的强度和紧密度测试应符合以下要求：
1强度和紧密度测试应用干净的水进行。强度测试压力应为标称压力的1.5倍；紧密测试压力应为标称压力的1.1倍；
2测试压力应在测试持续时间内保持不变，并且壳填料和阀盘密封表面不应泄漏；
3。阀压测试的测试持续时间不得小于表9.2.15中指定的持续时间；
通过测试的4个阀应排出内部水并吹干。密封表面应涂有抗腐蚀油，应关闭阀门，应密封入口和出口，并制定明显的标记，并应根据附录B的表B.0.2-2记录记录本标准的。
检查数量：每批10％（相同的品牌，相同的模型，相同规范）应根据数量随机检查，并且不得小于1；主管道上的所有分区阀应进行测试。
检查方法：在测试管上安装阀门。对于具有液体流动方向要求的阀门，应安装测试管的阀门。然后管充满水，排干空气，并用压力测试装置缓慢增加压力，直到达到紧密度测试。按下后，如果在最短的测试持续时间内没有泄漏，则阀盘密封表面有资格；最后，压力升高到强度测试压力上，如果在最短的测试持续时间内没有泄漏，则壳填料有资格。
本规范中第三方测试要求摘要：无
2.3.9“水雾灭火系统的技术规格” GB50898-2013
4.2现场检查
4.2.1对于对材料和系统组件的现场检查，应根据本规范的表D.0.1填写构造现场检查记录。
4.2.2管道和配件的材料，规格，型号，质量等应符合设计要求和当前的国家标准“用于流体运输的不锈钢无缝钢管” GB/T 14976，“不锈钢焊接钢管用于流体运输“ GB/T 12771和“工业金属管工程的施工规格” GB 50235和其他相关规定。
检查次数：全部检查。
检查方法：检查工厂证书或质量认证。
4.2.3管道和配件的外观应符合以下要求：
1。表面不应具有明显的缺陷，例如裂缝，收缩孔，凹槽内含物，褶皱和浓重的皮肤；
2法兰密封表面应光滑，没有毛刺和径向凹槽；螺纹法兰的螺纹表面应完好无损，没有损坏；
3。密封垫片的表面应没有明显的缺陷，例如破裂，皱纹，划痕等。
检查次数：全部检查。
检查方法：视觉检查。
4.2.4管道和配件的规格，尺寸，壁厚和允许的偏差应符合当前相关的国家产品标准和设计要求。
要检查的数量：每种规范和模型的20％的产品将根据碎片数量随机检查，并且不得小于1件。
检查方法：用钢筋和游标卡尺进行测量。
4.2.5系统组件的规格和模型，例如储水瓶组，燃气瓶组，泵单元，控制柜（PAN），储水箱，控制阀，滤芯，安全阀，安全阀，减压设备，信号反馈设备等等，应遵守当前相关的国家产品标准和设计要求，外观应符合以下规定：
1。不应有变形或其他机械损伤；
2裸露的非加工表面上的保护涂层应完好无损；
3所有裸露的开口都应配备防护塞，并应密封；
4铭牌标记应清晰，牢固，并且朝正确的方向。
检查次数：全部检查。
检查方法：视觉检查，并检查市场访问系统所需的产品工厂证书和有效认证文件。
4.2.6现场检查细水雾喷嘴应满足以下要求：
1。喷嘴的商标，型号，制造商和生产时间应完整而清晰；
2喷嘴的数量等应满足设计要求；
3。喷嘴的外观应没有处理缺陷和机械损坏；
4。喷嘴的螺纹密封表面应没有划痕，毛刺，缺失或损坏的电线。
检查数量：根据不同模型和规格对1％进行随机检查，并且不得小于5；如果少于5，将进行所有检查。
检查方法：视觉检查，并检查市场访问系统所需的喷嘴工厂证书和有效认证文件。
4.2.7阀组的现场检查应符合以下要求：
1。每个阀门的商标，型号，规格和其他标记应完成；
2。每个阀及其附件应设备齐全，没有处理缺陷和机械损坏；
3。对照阀的明显部分应具有一个永久的符号，指示水流方向；
4。控制阀的阀盘和操作机理应灵活移动，而不会堵塞。阀体应清洁，没有异物阻塞。阀组的入口和出口应井密封。
检查次数：全部检查。
检查方法：特殊测试设备的视觉检查和测试。主测试设备包括压力测试泵和压力表。
4.2.8当气体存储瓶中进入站点时，应根据产品说明中指定的方法检查驾驶设备的运动，并且运动应具有灵活性并且不受干扰。
检查次数：全部检查。
检查方法：视觉检查。
4.2.9如果在现场抽样检查期间一项不合格，则应将采样加倍；如果仍然有不合格的产品，则应确定一批产品是不合格的。
本规范中第三方测试要求摘要：无
2.3.10“喷水灭火系统的技术规格” GB50219-2014
8.2现场检查
8.2.1对于系统组件和材料的现场采样检查，应根据本规范的表D.0.1填写施工过程检查记录。
8.2.2管道和配件的材料，规格，模型，质量等应遵守当前相关的国家产品标准和设计要求。
检查次数：全部检查。
检查方法：检查工厂检查报告和证书。
8.2.3除了遵守产品标准外，管道和配件的外观质量还应满足以下要求：
1。表面应没有裂缝，收缩孔，炉渣夹杂物，褶皱和沉重的皮肤，并且不应具有诸如生锈或凹痕之类的缺陷，超过了壁厚的负偏差；
2螺纹表面应完好无损，没有损坏，法兰密封表面应光滑，没有毛刺和径向凹槽；
3垫圈应没有老化，变质或分层，表面应没有皱纹和其他缺陷。
检查次数：全部检查。
检查方法：视觉检查。
8.2.4管道和配件的规格，尺寸，壁厚和允许的偏差应符合其产品标准和设计要求。
检查数量：每个规范和模型的20％的产品将根据碎片数量随机检查，并且不得小于1件。
检查方法：用钢筋和游标卡尺进行测量。
8.2.5消防泵套件，洪水警报阀，气动控制阀，电气控制阀，凹槽的管配件，阀，液压警报铃，压力开关，压力表，管道滤清器，管道滤清器，水雾喷嘴，水泵适配器的外观其他系统组件应满足以下要求：
1。不应有变形或其他机械损伤；
2裸露的非加工表面上的保护涂层应完好无损；
3加工表面没有防护涂层，应没有生锈；
4所有裸露的界面应免受损坏，并应塞满插头，盖等保护；
5铭牌标记应清晰牢固。
检查次数：全部检查。
检查方法：视觉检查。
8.2.6消防泵套件，洪水警报阀，气动控制阀，电气控制阀，凹槽的管道配件，阀门，液压警报铃，压力开关，压力表，管道滤清器，管道滤清器，水雾喷嘴，水泵适配器的规格，型号，型号，，，，型号，型号，型号其他系统组件的性能参数应符合当前的国家产品标准和设计要求。
检查次数：全部检查。
检查方法：检查组件的规格，模型，性能参数等是否与相关访问系统所需的有效认证文档，产品工厂证书和设计要求一致。
8.2.7消防泵的转动应具有灵活性，没有障碍物和异常声音。
检查次数：全部检查。
检查方法：手动检查。
8.2.8阀门检查应满足以下要求：
1。每个阀及其配件应设备齐全；
2对照阀的明显部分应具有一个永久的符号，指示水流方向；
3。控制阀的阀盘和操作机理应具有柔韧性并且没有干扰。阀体应清洁，没有异物堵塞；
4强度和紧密度测试应有资格。
检查次数：全部检查。
检查方法：特殊测试设备上的视觉检查和测试。
8.2.9阀的强度和紧密度测试应符合以下要求：
1强度和紧密度测试应用干净的水进行。强度测试压力应为标称压力的1.5倍；紧密测试压力应为标称压力的1.1倍；
2测试压力应在测试持续时间内保持不变，并且壳填料和阀盘密封表面不应泄漏；
3阀压力测试的测试持续时间不应小于表8.2.9中的要求；
表8.2.9阀门测试持续时间
通过测试的4个阀应排出内部水并吹干。密封表面应涂有抗腐蚀油。同时，应关闭阀门，应密封入口和出口，并制定明显的标记，并根据本规范的表D.0.2记录记录。
检查数量：每批10％（相同的品牌，相同的模型，相同规范）应根据数量随机检查，并且不得小于1；主管道上的所有分区阀应进行测试。
检查方法：使用阀压测试设备进行测试。
8.2.10当系统组件和材料的设计中有重新检查要求时，或者对质量的质量疑问，应由监督工程师进行采样，并应通过测试单元进行测试和重新检查具有相应的资格。重新检查结果应符合设计要求以及当前的国家标准和法规。
检查数量：根据设计要求或检查所需的数量。
检查方法：检查重新检查报告。
8.2.11如果一项未能通过现场抽样检查，则应将采样加倍；如果仍然失败，则应判断一批产品不合格。
该规范中第三方测试要求的摘要：当系统组件和材料在设计中具有重新检查要求或对质量有疑问时，应由监督工程师进行采样，并进行测试和重新调查由具有相应资格的测试单元。结果应符合设计要求和相关的国家标准。
2.3.10“档案中高压灭火系统的技术规格” DA/T45-2021
7.2现场检查
7.2.1应根据表G.1填写施工过程质量检查记录，以进行现场检查材料和系统组件。
7.2.2管道和配件的材料，规格，模型，质量等应遵守设计要求和相关的国家标准。
检查次数：全部检查。
检查方法：检查工厂证书或质量认证。
7.2.3管道和配件的外观应符合以下要求：
a）表面不应有明显的缺陷，例如裂缝，收缩孔，凹槽包裹物，褶皱和浓重的皮肤；
b）法兰密封表面应光滑，没有毛刺和径向凹槽；螺纹法兰的螺纹表面应完好无损，没有损坏；
c）密封垫片的表面应没有明显的缺陷，例如破裂，皱纹，划痕等。
检查次数：全部检查。
检查方法：观察和检查。
7.2.4管道和配件的规格，尺寸，壁厚和允许偏差应符合相关的产品标准和设计要求。
要检查的数量：每种规范和模型的20％的产品将根据碎片数量随机检查，并且不得小于1件。
检查方法：使用钢筋和游标卡尺进行测量。
7.2.5系统的主要组件的规格和模型，例如储水瓶组，燃气瓶组，泵单元，控制柜（PAN），储水箱，区域控制阀，滤清器，安全阀，等等。应遵守当前的国家产品标准和设计要求。
检查次数：全部检查。
检查方法：检查产品工厂证书和有效的质量认证文件。
7.2.6系统组件的外观，例如储水瓶组，燃气瓶组，泵单元，储水箱，区域控制阀，过滤器，安全阀等，应符合以下要求：
a）没有变形或其他机械损伤；
b）裸露的未加工表面上的保护涂层完整；
c）所有裸露的开口均配备防护塞，并密封良好；
d）铭牌标记是清晰，牢固且朝着正确的方向；
e）瓶子套件状况良好。
检查次数：全部检查。
检查方法：观察和检查，并检查产品的工厂证书和有效的质量认证文件。
7.2.7现场检查细水雾喷嘴应满足以下要求：
a）喷嘴的商标，型号，制造商和生产时间应完整和清晰；
b）喷嘴的数量，规格和模型应满足设计要求；
c）喷嘴的外观应没有处理缺陷和机械损坏；
d）喷嘴的螺纹密封表面应没有划痕，毛刺，缺失或损坏的电线。
要检查的数量：1％的不同模型和规格将随机检查，并且不得小于5。
检查方法：观察和检查，并检查喷嘴工厂证书和有效的质量认证文件。
7.2.8阀组的现场检查应满足以下要求：
a）每个阀门的商标，型号，规格和其他标记应完成；
b）每个阀及其附件应设备齐全，并且没有处理缺陷和机械损坏；
c）应该有一个永久符号，指示控制阀的明显部分上的流动方向；
d）控制阀的阀盘和操作机理应具有柔韧性并且没有干扰性，并且阀体应清洁，没有异物堵塞。
检查次数：全部检查。
检查方法：观察和检查，并检查产品的工厂证书和有效的质量认证文件。
7.2.9当燃气存储缸组进入站点时，应根据产品说明中指定的方法检查驾驶设备的运动。运动应该是灵活的，没有干扰。
检查次数：全部检查。
检查方法：观察和检查。
7.2.10当材料和系统组件的设计中有重新检查要求时，或者对质量有疑问，应由监督工程师执行采样，并应通过测试单元进行测试和重新检查具有相应的资格。重新检查结果应符合当前的国家产品标准。和设计要求。
检查数量：根据设计要求或检查所需的数量。
检查方法：检查重新检查报告。
7.2.11如果在现场抽样检查期间一件零件失败，则应将采样加倍；如果仍然有不合格的产品，则将判断一批产品不合格。
该规范中第三方测试要求的摘要：当系统组件和材料在设计中具有重新检查要求或对质量有疑问时，应由监督工程师进行采样，并进行测试和重新调查由具有相应资格的测试单元。结果应符合设计要求和相关的国家标准。
2.3.11“用于建造和接受防火辊，防火门和防火窗的代码” GB50877-2014（仅摘录了与防火辊相关的零件）
4。现场检查
4.1 一般规定
4.1.1防火百叶窗，防火门，防火窗和配件应在进入该站点之前检查。检查应为建筑部门的责任，并应由监督部门进行监督。当需要进行重新检查时，应由监督工程师进行采样，并将其发送到市场访问系统中指定的重新检查中指定的法定检查机构。那些失败的人不应安装。
4.1.2对于现场检查火百叶窗，火门和火窗的主组件和附件，应根据此规范的附录C中的表C.0.1-1填写检查记录。通过检查后，应在监督工程师的批准下进行安装。
4.2检查防火辊百叶窗
4.2.1防火滚动百叶窗及其支撑烟雾和温度感应火灾探测器应具有符合市场访问系统法规的工厂证书和有效的认证文件。他们的模型，规格和防火性应满足设计要求。
检查次数：全部检查。
检查方法：检查产品的名称，模型，规格和耐火性是否与符合市场访问系统的有效认证文档和设计要求一致。
4.2.2每个防火式滚动快门及其支撑滚动门机，控制器，手动按钮框和温度控制释放设备应配备一个明显位置的永久标志，以及产品名称，型号，规格和火灾应表示阻力性能。和商标，生产单元（制造商）名称，工厂地址，制造日期，产品编号或生产批号，实施标准等。
检查次数：全部检查。
检查方法：视觉检查。
4.2.3防火辊百叶窗的钢幕表面以及金属零件（例如滚动门机和控制器）不应有裂缝，凹坑，明显的不平衡，锤子标记，毛刺和其他缺陷。
检查次数：全部检查。
检查方法：视觉检查。
4.2.4防火百叶窗的无机纤维复合窗帘表面不应有泪水，缺失的拐角，凿子，倾斜度，倾斜，跳线，折断，电线损坏，弯曲密度和纬纱密度明显的纱线以及颜色差异。
检查次数：全部检查。
检查方法：视觉检查。
该规范的第三方测试要求的摘要：尽管4.1中提到了“采样重新检查”，但未指定特定条件。防火辊百叶窗的特殊规定都是视觉检查。因此，可以认为“需要重新进行抽样”仅适用于材料视觉性能显然异常的情况，并且构造和监督方都对材料和设备的质量有异议。
2.3.12“固定灭火灭火系统的施工和验收规格” GB50498-2009
3。现场检查
3.1 一般规定
3.1.1对于系统组件和材料的现场检查，应根据本规范附录C的表C.0.1填写施工过程检查记录。
3.1.2如果在现场采样检查期间没有任何系统组件或材料，则应将斑点检查加倍；如果仍然有不合格的产品，则将判断一批产品不合格。
3.2.4属于以下情况之一的管道和配件应由监督工程师采样，并由具有相应资格的测试机构重新启动。重新检查结果应符合当前相关的国家产品标准和设计要求。
1设计中有重新检查要求。
2。对质量有疑问。
检查数量：根据设计要求或检查所需的数量。
检查方法：检查重新检查报告。
3.2管道和配件
3.2.1管道和配件的材料，规格，模型，质量等应遵守当前相关的国家产品标准和设计要求。
检查次数：全部检查。
检查方法：检查工厂检查报告和证书。
3.2.2除了遵守其产品标准的要求外，管道和配件的外观质量还应符合以下要求：
1。表面没有缺陷，例如裂缝，收缩孔，炉渣夹杂物，折叠和浓重的皮肤；
2螺纹表面完好无损，没有损坏，法兰密封表面光滑，没有毛刺和径向凹槽；
3。垫圈没有老化，恶化或分层，表面没有皱纹或其他缺陷。
检查次数：全部检查。
检查方法：观察和检查。
3.2.3管道和配件的规格，尺寸，壁厚和允许的偏差应符合其产品标准和设计要求。
检查数量：每个规范和模型的20％的产品将根据碎片数量随机检查，并且不得小于1件。
检查方法：用钢筋和游标卡尺进行测量。
3.3灭火代理
3.3.1当泡沫液体进入现场时，建筑部门，监督工程师和供应商应组织现场检查，并共同取样并保留样品。保留数量应基于所有测试的要求。泡沫液体的质量应符合当前相关的国家产品标准。
检查次数：全部检查。
检查方法：观察和检查市场访问系统所需的有效认证文件和产品工厂证书。
3.3.2对于属于以下情况之一的泡沫液体，监督工程师应组织现场抽样，并将其发送给具有相应测试资格的测试机构。结果应符合当前相关的国家产品标准和设计要求。
1设计的6％低曝光泡沫液体的设计剂量大于或等于7.0 t；
2 3％低膨胀泡沫液体的设计剂量大于或等于3.5 t；
3合同文件规定了现场采样和泡沫液体的检查。
检查数量：根据检查所需的数量。
检查方法：根据当前的国家产品标准，检查现场抽样和检查报告（泡沫多个液体排水时间）和燃烧性能（燃烧时间，反燃烧时间）。
3.3.3当干粉进入现场时，建筑单元，监督工程师和供应商应组织现场检查，并共同取样并保留样品。保留数量应基于所有检查的要求。干粉的质量应符合当前相关的国家产品标准。
检查次数：全部检查。
检查方法：观察和检查市场访问系统所需的有效认证文件和产品工厂证书。
3.3.4对于设计剂量大于或等于2.0t的干粉，监督工程师应组织现场采样，并将其发送给具有相应测试资格的测试机构。结果应符合当前相关的国家产品标准和设计要求。
检查数量：根据所需数量进行检查。
检查方法：根据当前的国家产品标准，检查现场抽样和报告反造型和防火效率检查。
3.4系统组件
3.4.1水监控器，泡沫监测器，干粉监测器，消防泵套件，泡沫液体罐，泡沫比例混合设备，干粉罐，氮气瓶，阀，电源，电源，消防炮塔，控制装置，控制装置和其他系统组件以及其他系统组件和压力仪表，过滤设备和金属软管等系统配件的外观质量应符合以下规定：
1。没有变形或其他机械损伤；
2在裸露的未加工表面上的保护涂层完整；
3。没有保护涂层的加工表面没有生锈；
4。所有裸露的界面均未损坏，并用插头和盖子等保护材料很好地密封；
5。铭牌标记清晰牢固。
检查次数：全部检查。
检查方法：观察和检查。
3.4.2系统组件，例如水监控器，泡沫监测器，干粉监测器，消防泵套件，泡沫液体罐，泡沫比例混合设备，干粉罐，氮气瓶装，电源箱，电源，电源，消防炮塔，控制设备，压力，压力，压力，压力仪表和过滤器系统配件（例如设备和金属软管）应符合以下规定：
1它的规格，模型和性能应符合当前的国家产品标准和设计要求。
检查次数：全部检查。
Inspection method: Check the valid certification documents and product factory certificates required by the market access system.
2 When there are re-inspection requirements in the design or there are doubts about the quality. Sampling should be carried out by the supervision engineer and re-inspection should be carried out by a testing unit with corresponding qualifications. The re-inspection results should comply with the current national product standards and design requirements.
Number of inspection: According to the number of design requirements or the required quantity of inspection.
Examination method: Check the re -inspection report.
3.4.3 The intensity and strict test of the valve shall meet the following regulations:
1 intensity and strict test should be performed in water. The strength test pressure is 1.5 times the nominal pressure; the strict test pressure is 1.1 times the nominal pressure;
2 Test pressure should remain unchanged within the duration of the test, and the shell filler and the cover of the valve petals are not leaked;
3 The test of the valve test pressure should not be less than the provisions of Table 3.4.3;
4 The valve that is qualified should be exhausted and dried up. Cover the rust -proof oil, close the valve, close the entrance, make obvious marks, and record it according to Table C.0.2, Appendix C.
Number of inspection: each batch (the same number, the same model, the same specifications) is raised by 10%according to the quantity, and not less than one; the partition valve on the main pipeline should be tested all the tests.
Examination method: Install the valve on the test pipe, the valve test pipe required by the liquid flow direction should be installed on the import of the valve, and then the pipe is filled with water, the air is exhausted, and the pressure test device is slowly risen. After that, within the shortest test duration, the coverage of the valve petals is not leaked; finally the pressure test pressure (the intensity test cannot be replaced by the blind plate with the valve flap). The leakage is qualified.
Table 3.4.3 Valve test duration
3.4.4 The selection valve, safety valve, pressure reducing valve, unidirectional valve, high pressure hose, high pressure hose and other components installed in the engineering pipeline of the dry powder cannon fire extinguishing system for water pressure test and strict air pressure test, and should comply with the following regulations:
1 The test pressure of the hydraulic intensity test should be 1.5 times the nominal pressure of the component, and the test pressure of the tightness of the gas as the nominal pressure of the component;
2 When testing the hydraulic strength test, the water temperature should not be lower than 5 ° C. After the test pressure is reached, the voltage pressure time should not be less than 1min.
3 Tightness of the pressure pressure should be performed after the hydraulic intensity test. Pressure medium can be air or nitrogen. Immers the parts into the water during the test. After the test pressure is achieved, the voltage pressure time should not be less than 5min.
After 4 parts test qualified, it should be dried in time and closed all exposed interfaces. It shall be recorded according to Table C.0.2, Appendix C on this specification.
3.4.5 The rotation of the fire pump group should be flexible, without blocking, no abnormal sound.
检查次数：全部检查。
考试方法：观察和检查。
3.4.6 The rotating mechanism and operating device of the fire gun should be flexible and reliable.
检查次数：全部检查。
考试方法：观察和检查。
This specification has a summary of third -party testing requirements: there are re -inspection requirements or doubts about quality in design. The inspection and re -inspection unit shall be sampled by the supervisory engineer and a test unit with corresponding qualifications. The results of the renewal shall meet the current national product standards and design requirements.
2.3.13 "Technical Standards for Automatic Tracking and Positioning Fire Fire Exercise System" GB51427-2021
5.2 Entry inspection
5.2.1 Automatic tracking System components, pipes and accessories, cables and other equipment, and materials used before the construction of the fire extinguishing system.
5.2.2 The materials, specifications, models, and quality of pipes and accessories, cables and other materials shall meet the current national product standards and design requirements.
检查次数：全部检查。
Inspection method: Check the relevant inspection reports and qualification certificates, visually inspect the appearance quality.
5.2.3 The specifications, size, wall thickness and allowable deviations of pipes and accessories shall meet the requirements of their product standards and design.
检查数量：每种规范的20％和产品模型由零件数量提高，而不少于一个。
检查方法：使用钢尺和贫瘠的尺子进行测量。
5.2.4 For pipes and accessories belonging to the following situations, the supervision unit shall be sampled and the testing unit with the corresponding qualifications shall be inspected and re -inspection. The results of the re -inspection shall meet the current national product standards and design requirements.
1 There are re -inspection requirements in design;
2 is doubtful for quality.
Number of inspection: According to the number of design requirements or the required quantity of inspection.
Examination method: Check the re -inspection report.
5.2.5 Before construction, the fire extinguishing device, detection device, control device, water current indicator, simulated end -end water testing device, as well as the specifications and models of valves, fire pumps, high fire water tanks, air pressure voltage stabilization devices, fire pump junctions, etc. Inspection, it should meet the design requirements, and the appearance inspection should be performed. The results of the inspection shall meet the following requirements:
1没有变形和其他机械损伤；
2 Exposed non -mechanical processing surface protection coating is intact;
3 The mechanical processing surface without protective coatings is not rusty;
4 All exposure interfaces are not damaged, and protective objects such as blocking and cover are well sealed;
5 The nameplate mark is clear and firm.检查次数：全部检查。考试方法：观察和检查。
5.2.6 Fire water pump rotation should be flexible, unobstructed, and no abnormal sound.
检查次数：全部检查。
考试方法：观察和检查。
5.2.7 The rotating mechanism and operating device of the destruction device should be flexible, reliable and safe.
检查次数：全部检查。
考试方法：观察和检查。
This specification has a summary of third -party testing requirements: there are re -inspection requirements or doubts about quality in design. The inspection and re -inspection unit shall be sampled by the supervisory engineer and a test unit with corresponding qualifications. The results of the renewal shall meet the current national product standards and design requirements.
2.3.14 "Code for the Construction Quality Acceptance of ventilation and air-conditioning projects" GB50243-2016
4 air ducts and accessories
4.1 General regulations
4.1.2 The plates, profiles and other main materials used in the air duct production shall be accepted when entering the market. The quality shall meet the design requirements and the relevant regulations of the national standards, and the certificate of inspection shall be provided. The finished ducts selected in the project shall provide a product qualification certificate or on -site renewal of intensity and strictness.
4.2 Master Control Project
4.2.1 The quality of the air duct processing should be detected or verified by processing, and the requirements of the intensity and strictness shall meet the following regulations:
1 When the test pressure is kept for 5min or above, there should be no cracking at the joints, and the overall structure should have no permanent deformation and damage. Test pressure should meet the following regulations:
1) The low voltage duct should be 1.5 times the work pressure;
2) The mid -pressure air tube should be 1.2 times the work pressure, and it is not less than 750Pa;
3) The high -pressure air duct should be 1.2 times the work pressure.
2 The tight inspection of the rectangular metal ducts, the air ducts under work pressure allow the air leakage volume shall meet the requirements of Table 4.2.1.
Table 4.2.1 The air duct allows the air leakage volume
Note: Q1 is a low volume of air leakage, QM is the air leakage of the mid -voltage air duct, QH is the high pressure duct allows air leakage, and P is the system duct work pressure (PA).
3 Low -voltage, medium -voltage circular metal and composite material ducts, and allowed air leakage in non -aliased non -metal ducts should be 50 % of the prescribed value of rectangular metal air ducts.
4 Brick and concrete air ducts The allowable air leakage should not be greater than 1.5 times the prescribed value of rectangular metal low voltage ducts.
5 The tightness of the tightness of smoke, dust removal, low -temperature air supply and air -conditioning air -conditioning system air ducts shall comply with the regulations of the mid -voltage air duct. The tightness of the N1 to N5 purification air -conditioning system duct shall comply with the regulations of the high pressure duct.
6 Micro -pressure ducts with the absolute value of the working pressure of the air duct system than 125Pa. On the basis of the appearance and manufacturing process inspection, it should not be verified and tested by air leakage.
7 The tight performance of laboratory ventilation and air -conditioning air ducts for the transmission of drama toxic chemical gases and viruses should meet the design requirements.
8 Test of the strength and air leakage test of the air duct or system air duct shall comply with the provisions of the Appendix C in this specification.
Check quantity: According to the Ⅰ scheme.
Examination method: According to the category and materials of the duct system, check the product qualification certificate and test report, or the measured station.
4.2.2 The ontology, framework and fixed materials, sealing cushions, etc. of the fire blade must be adopted by non -combustible materials. The refractory limit time of the fire blade shall comply with the regulations of the system fireproof design.
检查次数：全部检查。
Inspection method: Check the material quality certificate and performance test report, observe the inspection and ignition test.
5 air duct components
5.1 General regulations
5.1.1 Foreign -purchased air pipelines shall have product qualified quality proof documents and corresponding technical information.
5.1.2 The linear dimensional tolerance of the air pipe component shall meet the C -Class tolerance level specified in GB/T 1804, the current national standard "Linear and angle size of general tolerance tolerances.
5.2 Master Control Project
5.2.1 The varieties, specifications and performance of the fan component materials shall meet the design requirements.
Check quantity: According to the Ⅰ scheme.
Checking method: Observation, ruler, and checking the product qualification certification documents.
5.2.2 The performance parameters of the finished air pipe component finished product should meet the requirements of design and related technical documents.
Check quantity: According to the Ⅰ scheme.
Inspection method: observe inspection and check product technical documents.
5.2.3 The production of the finished wind valve shall meet the following requirements:
1 The wind valve should have an openness indicator device and can accurately reflect the openness of the valve sheet.
2 The hand wheel or handle of the manual air volume adjustment valve should be turned off in clockwise.
3 The driver execution device of the electric and pneumatic regulatory valve should be reliable and the work should be normal under the pressure of the maximum work.
4 Purifying the air -conditioning system's wind valve, active parts, fixed parts, and fasteners should take anti -corrosion measures. The main shaft of the wind valve blade and the valve body cover should be tightly tightly coordinated, and sealing measures should be taken.
5 The pressure valve that is more than 1000Pa is more than 1000Pa. The production plant should provide a certificate or test report that can be freely tested at 1.5 times the pressure of the work pressure.
6 The closed valve should be closely closed, and the amount of air leakage should meet the design requirements.
Check quantity: According to the Ⅰ scheme.
Checking method: Observation, ruler, manual operation, and check test report.
5.2.4 The production of fire prevention valves, smoke exhaust valves or smoke exhaust ports shall meet the relevant provisions of the current national standards "Fire Valves for Building Ventilation and Toneral Davidment System" GB 15930, and shall have corresponding product qualification certification documents.
检查次数：全部检查。
Checking method: Observation, ruler, manual operation, and check the product quality certification documents.
5.2.5 The production materials of the wind valve of explosion -proof systems should meet the design requirements and shall not be replaced.
检查次数：全部检查。
Inspection methods: observe inspection, ruler inspection, inspection of material quality certification documents.
5.2.6 The production of mufflers and muffle bending pipes shall meet the following regulations:
1 The category, sound consumption performance, and air resistance of the muffler should meet the design requirements and product technical documents.
2 When the rectangular muffled bending pipe plane is greater than 800mm, sound -absorbing diversion should be set.
3 The fabric covering layer of the sound of the mufflers in the muffler should be flat, and it should not be damaged, and it should be packed in the direction of the air.
4 The fabric covering layer in the muffler should have a protective layer. The protective layer should be used for materials that are not easy to rust. When the protective layer is used, the perforation rate should be greater than 20 %.
5 Purifying the covered materials in the muffler of the air -conditioning system should be made of not easy to produce dust such as nylon cloth.
6 Pole perforation (sewing) the aperture or holes of the muffler, the perforation rate and the thickness of the board should meet the product design requirements. The comprehensive sound volume should meet the product technical document requirements.
Check quantity: According to the Ⅰ scheme.
Checking method: Observation, ruler, check performance test report and product quality qualification certificate.
5.2.7 The flexible short tube of the smoke -proof system must be used for non -combustible materials.
检查次数：全部检查。
Inspection method: Observe the inspection and inspection material combustion performance test report.
5.3 General projects
5.3.1 The movements of the venture part of the air duct component should be flexible, the operation of the braking and positioning device should be reliable, and the flange specifications should be matched with the flange of the connected air duct.
Check quantity: Press the II solution.
Examination method: observing inspection, manual operation, and measurement of ruler.
5.3.2 The production of wind valves shall meet the following regulations:
1 The structure of the single -leaf wind valve should be firm, the opening and closing should be flexible, the closure should be tight, and the gap between the valve body should be less than 2mm. When the multi -leaf wind valve is turned on, there should be no obvious loosening phenomenon; when closed, the overlap of the blades should be consistent. The multi -leaf wind valve with a cross -sectional area greater than 1.2 square meters shall be implemented in group adjustment.
2 The rotation and hinge of the valve sheet should be rust -resistant. The valve sheet should not bend and deform under the maximum load pressure. The opening should be flexible and closed. The stop valve of the horizontal installation should have a balanced regulating mechanism.
3 The combination of the handle rotation or pull rod and the duct (valve body) of the three -way adjustment of the wind valve should be tight. The valve board must not be rubbed with the duct. The adjustment should be convenient. Positioning is fixed within the control range.
4 The valve body of the winding valve should be tight, and the inner wall should be processed. The plug -in board should be flat, the opening and closing should be flexible, and the positioning fixed device should be located. The upper and lower pipelines of the winding plate wind valve should be a straight line.
5 The constant range and accuracy of the air volume of the air volume valve should meet the requirements of engineering design and product technical documents.
6 Wind valve flange size allowed deviations shall meet the requirements of Table 5.3.2.
Table 5.3.2 Wind valve flange size allowable deviation (mm)
Check quantity: Press the II solution.
Examination method: observing inspection, manual operation, and measurement of ruler.
5.3.3 The production of the wind cover should meet the following regulations:
1 The structure of the wind cover should be firm, the shape should be ruled, the surface should be smooth and smooth, the arc at the corner should be uniform, and the shell must not have sharp corners.
2 The flange connecting to the air duct should match the flange of the air duct.
3 The lower part of the kitchen hood should not leak tightly, and the slope should be directed at the discharge port. The filter installed in the cover should be easy to disassemble and clean.
The size of the 4 groove side suction cover and the seam pumping cover should be correct, and the suction mouth should be flat. The distance between the enhancement of the cover should be uniform.
Check quantity: Press the II solution.
Examination method: observing inspection, manual operation, and measurement of ruler.
5.3.4 The production of the fans should comply with the following regulations:
1 The structure of the fans should be firm, the shape should be ruled, and the surface should be flat.
2 The flange connecting to the air duct should match the fan flange.
3 The edges of the umbrella -shaped hooding umbrella cover should be taken to reinforcement measures, and the height of each support should be consistent.
4 The center of the cone in the tapered hood should be concentric, the connection seam of the cone combination should be smooth, and the drainage port of the lower part should be unobstructed.
5 The upper and lower mouths of the outer pipeline of the cylindrical hat shall take reinforcement measures, and the non -roundness shall not be greater than 2%of the diameter. The distance between the umbrella cover and the outer cylinder should be consistent, and the position of the windshield should be accurate.
The appearance of the 6 -spin -type roof natural ventilation should be regular, and the rotation should be smooth and smooth, and there should not be a touch of scratching.
Check quantity: Press the II solution.
Examination method: observing inspection, manual operation, and measurement of ruler.
5.3.5 The production of the air outlet shall comply with the following regulations:
1 The structure of the air inlet should be firm, the shape should be ruled, and the appearance of the appearance should be flat.
2 The distribution of the blades of the air inlet or the diffusion ring should be proportioned.
3 The colors of each part of the air outlet should be consistent, and there should be no obvious scratches and indentation. The regulating agency shall rotate flexibly and reliable positioning.
The 4 air outlet shall be based on the outer diameter or outside size of the neck, and the neck size of the air inlet shall comply with the provisions of Table 5.3.5.
Table 5.3.5 Frequency of the cervical cervical allowable deviation (MM)
Check quantity: Press the II solution.
Examination method: observing inspection, manual operation, and measurement of ruler.
5.3.6 The production of the muffler and the muffler static box shall meet the following requirements:
1 The material of the muffled material should meet the requirements of the engineering design.
2 The volume density of the muffler filling material filling the muffler should meet the design requirements. The laying should be uniform, and measures to prevent sinking should be taken. The material, thickness, and splitting of the micro -anticoic muffler mufflers should meet the requirements of product technical documents.
3 The sound room (section) of the on -site assembly, the structure, quantity, spacing and fixing of the muffled dorn should meet the design requirements.
4 The combination of the barrier of the impedance composite, micro perforation (seam) plate muffler should be closely attached to the binding of the wall plate; the surface of the plate should be flat, no burrs, pore diameter (seam width) and perforation (opening) rate and resonance cavity cavity cavity cavity cavity cavity cavity cavity cavity cavity cavity cavity cavity cavity cavity cavity cavity cavity cavity cavity The size shall comply with the relevant national standards.
5 The muffler and the muffled static pressure box interface shall match the connected air duct, and the allowable deviation of the size shall comply with the provisions of the table 5.3.2 in this specification.
Check quantity: Press the II solution.
Inspection method: observe inspection, ruler inspection, inspection of the material certificate.
5.3.7 The production of flexible short tube shall comply with the following regulations:
1 The outer diameter or long should be matched with the size of the duct.
2 The flexible materials that are anti -corruption, moisture -proof, impermeable and mildew.
3 Those who are used to purify the air conditioning system should also be a smooth inner wall and not easy to produce dust.
4 The length of the flexible short tube should be 150mm to 250mm. The sewing or adhesion of the joints should be firm and reliable, and should not be cracking.
5 Flexible short tube should not be a different diameter connection pipe. The rectangular flexible short tube and the duct connection shall not be fixed in the hug.
6 Flexible short tube and flange assembly should be riveted with pressure plates, and the distance between the rivet should be 60mm to 80mm.
Check quantity: Press the II solution.
Inspection method: Observe and check, and check.
5.3.8 The filtering material of the filter should be closely firm and firm, and the installation direction should be correct.
Check quantity: Press the II solution.
Examination method: observe and check, manual operation.
5.3.9 The connection between the heating pipe and the outer frame and the wall of the pipe wall of the air duct should be firm and reliable, and the insulation should be reliable to connect to the PE line.
Check quantity: Press the II solution.
Examination method: observe and check, manual operation.
5.3.10 The inspection door should be flat, the opening and closing should be flexible, and the closure should be tight. Sealing measures should be taken at the connection with the air duct or the air treatment room, and there should be no leakage point. Purifying the sealing cushion of the air -conditioning system's air duct check door shall be used for forming seal tape or soft rubber strips.
Check quantity: Press the II solution.
Examination method: observe and check, manual operation.
7 Fan and Air Treatment Equipment Installation
7.1 General Regulations
7.1.1 Fan and air treatment equipment shall have random documents such as packing lists, equipment instructions, product quality qualification certificates and performance test reports. The imported equipment should also have certification documents with qualified commodity inspection.
7.1.2 Before the equipment is installed, the check -in inspection and acceptance shall be performed, and a written acceptance record shall be formed.
8 Installation of air conditioning for cold (thermal) source and auxiliary equipment
8.1 一般规定
8.1.1 Refrigeration (thermal) equipment, affiliated equipment, pipelines, pipelines, and valves The performance and technical parameters of products should meet the design requirements. The appearance of the equipment crew should not be damaged, the seal should be good, and the random files and accessories should be complete.
8.1.2 The steam, fuel, and gas supply systems supported by the cooling (thermal) units shall meet the requirements of design documents and product technology documents, and shall comply with the relevant regulations of the national standards.
9 Air conditioning water system pipeline and equipment installation
9.2 Main Control Project
9.2.1 The performance and technical parameters of the air -conditioning water system equipment and accessories, the types, materials and connections of pipelines, pipes and valves and valves should meet the design requirements.
Check quantity: According to the Ⅰ scheme.
Inspection method: Observe and check, check the product quality proof documents and materials for the entry acceptance records.
10 anti -corrosion and insulation
10.2 Master Control Project
10.2.2 The insulation layer, thermal tide moisture prevention layer and protective layer of the air duct and pipeline shall be used.
Check quantity: According to the Ⅰ scheme.
Examination method: Check the construction drawings, qualification certificates and combustion tests.
10.2.3 When entering the air tube and pipeline, when entering the venue, the acceptance of the GB 50411 shall be performed in accordance with the current national standards "Code for the Construction Quality Acceptance of Construction Energy Conservation Projects".
Check quantity: According to the Ⅰ scheme.
Inspection method: The relevant provisions of the GB 50411 of the GB 50411 in accordance with the current national standards "Code for the Construction Quality Acceptance of Construction Energy Conservation Projects".
本规范中第三方测试要求摘要：无
2.3.14 "Specifications for the Construction Quality Acceptance of Construction of Water Drainage and Heating Projects" GB50242-2002
3.2 Materials and Equipment Management
3.2.1 The main materials, finished products, semi -finished products, accessories, appliances, and equipment used in the water, drainage and heating projects must have Chinese quality qualification documents, specifications, models, and performance testing reports shall meet national technical standards or design requirements. Inspection and acceptance should be done when entering the field, and confirmation of the supervision engineer was verified.
3.2.2 When all materials enter the market, the variety, specifications, and appearance should be performed for acceptance. The packaging should be intact, and the surface of the surface is not scratched and the external force is damaged.
3.2.3 Main appliances and equipment must have a complete installation instruction manual. In the process of transportation, storage and construction, effective measures should be taken to prevent damage or corrosion.
3.2.4 Before the valve is installed, intensity and strict tests should be performed. The test should be spot -checked in the number of each batch (the same number, the same model, the same specification), and not less than one. For closed valves that are installed on the trunk, you should perform strength and tight tests one by one.
3.2.5 The intensity and strict test of the valve should meet the following requirements: the strength test pressure of the valve is 1.5 times the pressure of the nominal pressure; the strict test pressure is 1.1 times the nominal pressure; And there is no leakage of the cover of the shell and the cover of the valve petals. The duration of valve test pressure should be no less than Table 3.2.5.
Table 3.2.5 Valve test duration
3.2.6 When using stamping elbow on the pipeline, the outer diameter of the stamping elbow used should be the same as the outer diameter of the pipe.
本规范中第三方测试要求摘要：无
2.3.15 "Specification for the Construction Quality Acceptance of Elevator Engineering" GB50310-2002
4 Diveded or forced elevator installation engineering quality inspection
4.1 Equipment acceptance acceptance
Main control project
4.1.1 Random files must include the following information:
1. Civil building layout diagram;
2. Product ex -factory qualification certificate;
3. Copy of the type test certificate of the door lock device, speed limiter, safety pliers and buffer.
一般项目
4.1.2 Random files should also include the following information:
1. Packing list;
2. Installation, use of maintenance instructions;
3. Electrical principles of power circuit and safety circuit.
4.1.3 Equipment parts should be consistent with the content of the box.
4.1.4 The appearance of the device should not have obvious damage.
5 Hydraulic elevator installation project quality acceptance acceptance
5.1 Equipment entry acceptance
Main control project
5.1.1 Random files must include the following information:
1. Civil building layout diagram;
2. Product ex -factory qualification certificate;
3. Copy of the type test certificate of the door lock device, speed limit device (if there are), safety pliers (if.) The cusher (if.)
一般项目
5.1.2 Random files should also include the following information:
1. Packing list;
2. Installation, use of maintenance instructions;
3. Electrical principles of power circuit and safety circuit;
4. Principle diagram of the hydraulic system;
5.1.3 Equipment parts should be consistent with the content of the box.
5.1.4 The appearance of the device should not have obvious damage.
6 Automatic escalator, automatic human sidewalk installation work quality acceptance acceptance
6.1 Equipment entry acceptance
Main control project
6.1.1 The following information must be provided:
1. Technical information
1) Copy -type test report of steps or pedals, or copy of the fracture intensity document of the tape;
2) A copy of the fracture strength certificate of the handrail belt for the public transport escalator and the automatic sidewalk.
2. Random file
1) Civil building layout map;
2) Product ex -factory qualification certificate.
一般项目
6.1.2 Random files should also provide the following information:
1. Packing list;
2. Installation, use of maintenance instructions;
3. Electric principles of power circuit and safety circuit.
6.1.3 Equipment parts should be consistent with the content of the box.
6.1.4 The appearance of the device should not have obvious damage.
本规范中第三方测试要求摘要：无
2.3.16 "Safety Prevention Engineering Technology Standards" GB50348-2018
8.2 Supervision of Construction Preparation
8.2.5 After receiving the notification of the equipment entry, the project's reasoning institution shall conduct nuclear inspections on the construction equipment and equipment at the construction site, and can witness sampling according to the requirements.
Specification Description: The nuclear inspection of the equipment can include:
(1) The main equipment and equipment are qualified for valid testing issued by a testing agency with corresponding qualifications;
(2) Effective certification documents for products included in the national compulsory product certification directory;
(3) Equipment and equipment packaging, instructions, product ex -factory inspection qualification certificates, accessories, quality assurance reports, installation and use maintenance instructions, imported products should also provide proof of origin, commodity inspection certificate, installation and use maintenance Chinese manual;
(4) The consistency of the outer packaging information of the equipment and the equipment of the equipment;
(5) The models, specifications, quantities, and materials of the cables and wiring equipment installed;
(6) The appearance of cable and wiring equipment.
本规范中第三方测试要求摘要：无
2.3.17 "Technical Standards for Building Tobacco and Tobacco and Systems" GB51251-2017
6.2 Entry inspection
6.2.1 The air duct should meet the following requirements:
1 The variety, specifications, thickness, etc. of the air duct should meet the design requirements and the current national standards. When the metal duct is used and the design is not required, the thickness of the steel plate or galvanized steel plate shall comply with the provisions of this standard table 6.2.1.
Note: 1 The thickness of the steel plate of 1 spiral duct can be appropriately reduced by 10%to 15%.
2 Not applicable to the embedded tube of fireproof partition wall.
Number of inspection: 10%of the number of processes of air duct and material processing, and not less than 5.
Examination method: River inspection, intuitive inspection, inspection of the proof documents and performance inspection reports of the air duct, the quality of the material, the quality of the material.
2 The ontology, framework and fixed materials, and sealing cushions of the air -resistant limit requirements must be non -combustible materials. Material varieties, specifications, thickness, and refractory limits shall meet the design requirements and the current national standards.
Number of inspection: 10%of the number of processed batch of air ducts and materials, and should not be less than 5.
Examination method: ruler inspection, intuitive inspection and ignition test, check the quality of the material quality certificate.
6.2.2 Various valves (ports) in smoke -proof and smoke discharge systems shall comply with the following regulations:
1 Tobacco -fire prevention valve, air outlet, smoke discharge valve, or smoke exhaust port must meet the requirements of fire product standards. Its models, specifications, and quantities should meet the design requirements, and manually open the flexible, close and reliable and strict.
Number of inspection: 10%of the types and batch checks, and not less than 2.
Inspection methods: test, intuitive inspection, check the quality qualification documents of the product, and documents that meet the requirements of the national market access.
2 Drivers of fire prevention valves, airports and smoke discharge valves or smoke exhaust ports should be reliable and work normally under the maximum work pressure.
Number of inspection: 10%of the random inspection, and not less than one.
Inspection methods: test, intuitive inspection, check the quality qualification documents of the product, and documents that meet the requirements of the national market access.
3 The production materials of the flexible short tube of smoke and smoke discharge system must be non -burning materials.
检查次数：全部检查。
Inspection method: intuitive inspection and ignition test, check the quality qualification document of the product, and documents that meet the requirements of the national market access.
6.2.3 The fan should comply with product standards and relevant fire product standards. Its models, specifications, and quantities shall meet the design requirements, and the exit direction shall be correct.
检查次数：全部检查。
Examination methods: check and intuitive inspection, check the quality of the product's quality and qualification document, and the documents that meet the requirements of the national market access.
6.2.4 Activities The vertical wall and its electric drive device and control device shall comply with the provisions of the fire product standards. Its models, specifications, and quantities shall meet the design requirements, and the movements shall be reliable.
Number of inspection: 10%of the random inspection, and not less than one.
Examination method: test, intuitive inspection, check the quality qualification documents of the product, and documents that meet the requirements of the national market access.
6.2.5 The driver and control device of the automatic smoke windows should meet the design requirements and the action is reliable.
Quantity: 10%of the spot check, and not less than one.
Examination method: test, intuitive inspection, check the quality qualification documents of the product, and documents that meet the requirements of the national market access.
6.2.6 The inspection records of smoke-proof and smoke discharge system projects shall be filled in accordance with Table D-2 of this standard Appendix D-2.
本规范中第三方测试要求摘要：无
2.3.18 "Specification and Inspection Specifications for the Configuration and Inspection of Fire Exorillas" GB50444-2008
2.2 Materials, equipment
2.2.1 The entry inspection of the fire extinguisher should meet the following requirements:
1 The fire extinguisher should comply with the regulations of the market access, and there should be a certificate of qualifications and related certificates;
2 The signs of the nameplate, production date and maintenance date of the fire extinguisher shall be complete;
3 The type, specifications, fire extinguishing level and quantity of the fire extinguisher shall meet the configuration design requirements;
4 There should be no obvious defects and mechanical damage in the fire extinguisher tube;
5 The insurance device of the fire extinguisher should be intact;
6 The pointer of the fire extinguisher pressure index should be within the green area;
7 driving mechanisms for vehicle fire extinguishers should be intact.
检查次数：全部检查。
Inspection methods: Observe and check, data inspection.
2.2.2 The entry inspection of the fire extinguisher box should meet the following requirements:
1 The fire extinguisher box shall have a factory qualification certificate and type inspection report;
2 There should be no obvious defects and mechanical damage in appearance;
3 The fire -extinguishing machine box should be flexible.
检查次数：全部检查。
Inspection methods: Observe and check, data inspection.
2.2.3 Set the hooks and brackets of the fire extinguisher. The design requirements shall be met. There are no obvious defects and mechanical damage, and a factory certificate shall be available.
检查次数：全部检查。
Inspection methods: Observe and check, data inspection.
2.2.4 The light emitting indicator should have no obvious defects and damage, and there should be a factory certificate and type inspection report.
检查次数：全部检查。
Inspection methods: Observe and check, data inspection.
本规范中第三方测试要求摘要：无
2.3.19 "Specifications for the Construction and Acceptance Specification of Gas Fire Exercise System" GB50263-2007
4 Advance inspection
4.1 General regulations
4.1.1 Entry inspection shall fill in the construction process inspection records according to the C-1 of this specification.
4.1.2 When entering the sampling test, there are 1 unqualified sampling, and it should be doubled; there is still one unqualified sample of sampling, and it is determined that the batch is unqualified.
4.2 Materials
4.2.1 The varieties, specifications, and performance of pipelines and pipeline connectors shall meet the corresponding product standards and design requirements.
检查次数：全部检查。
Inspection method: Check the factory certificate and quality inspection report.
4.2.2 The appearance quality of pipes and pipeline connectors should still comply with the following requirements in addition to the design regulations:
1 Galvanized layer must not have defects such as falling off and damage.
2 Thread -connected pipeline connector must not have patterns and broken lines.
3 The French seals must not have defects and cracks.
4 Sealing pads should be intact.
检查次数：全部检查。
考试方法：观察和检查。
4.2.3 The size, thickness and allowable deviation of pipelines and pipeline connectors shall meet their product standards and design requirements.
Number of inspection: each variety and specifications are calculated at 20 %.
检查方法：使用钢尺和贫瘠的尺子进行测量。
4.2.4 For the fire extinguishing agent, pipe and pipeline connectors belonging to the following situations, the samples shall be submitted. The results of the re -inspection shall meet the current national product standards and design requirements.
1 Design has re -inspection requirements.
2 is doubtful for quality.
Number of inspection: As required for inspection.
Checking method: Check the re -inspection report.
4.3 System component
4.3.1 Fire extinguishing agent storage container and container valve, one -way valve, connecting pipe, flow pipe, safety leakage device, selection valve driver, nozzle, signal feedback device, leakage device, decompression device and other system components and other system components and other system components The appearance quality should comply with the following regulations:
1 The system component has no collision deformation and other mechanical damage.
2 The component exposed non -mechanical processing surface protection coating is intact.
All exposure interfaces of 3 components are equipped with protection blockage, lid, and well closed, and the interface threads and flanges cover are not damaged.
4 The nameplate is clear, firm, and the direction is correct.
5 The height difference should be more than 20 mm of the fire extinguishing agent storage container with the same specification.
6 Drive gas storage containers with the same specifications should be less than 10mm in height.
检查次数：全部检查。
Checking method: Observe and check or measure it with a ruler.
4.3.2 Fire extinguishing storage container and container valve, one -way valve, connecting pipe, flow pipe, safety leakage device, selection valve driver, nozzle, signal feedback device, leakage device, decompression device and other system components and other system components It should meet the following requirements:
1 varieties, specifications, performance, etc. should meet the current national product standards and design requirements.
检查次数：全部检查。
Inspection method: Check valid certification documents issued by the legal institutions required by the product ex -factory qualification certificate and the market access system.
2 When the design has re -inspection requirements or is doubtful for quality, it should be sampled. The renewal results shall meet the current national product standards and design requirements.
Number of inspection: As required for inspection.
Checking method: Check the re -inspection report.
4.3.3 Fire extinguishing agent storage container's filling volume, filling pressure and filling coefficient, installation coefficient, shall comply with the following regulations:
1 The filling volume and filling pressure of the fire extinguisher storage container should meet the design requirements.
2 The storage pressure of fire extinguishing agents at different temperatures should be determined according to the corresponding standards.
检查次数：全部检查。
Checking method: Weight, liquid level meter or pressure meter measurement.
4.3.4 The valve driver device shall comply with the following regulations:
1 The power supply voltage of the electromagnetic drive should meet the design requirements of the system. To check the electromagnet core, its itinerary should meet the system startup requirements, and the movement is flexible, and the phenomenon of no card resistance.
2 The pressure of gas in the storage container in the storage container should not be lower than the design pressure, and must not exceed 5 %of the design pressure. The unidirectional valve on the gas -driven pipe should be opened and closed, and there is no card resistance.
3 The mechanical driver device should be flexibly transmitted without card resistance.
检查次数：全部检查。
Inspection method: Observe and check and measure with pressure meters.
4.3.5 Prefireless fire extinguishing system products such as low -voltage carbon dioxide fire extinguishing system, cabinet -type gas fire extinguishing device, and hot gas solid fire extinguishing device shall be checked.
检查次数：全部检查。
Examination method: Observe the appearance and verify the factory qualification certificate.
This specification requires a summary of third -party testing: None. However, because the general construction units involved in these specifications cannot be tested, the re -inspection mentioned in this specification must be submitted to the number of professional testing institutions in China for third -party testing.
3 The cost of third -party testing is borne by the contractor (construction unit).
3.1 Reference to the "General Contract Contract for Construction Project Engineering (Demonstration Text)" 2020, if the additional testing costs outside the construction quality acceptance specifications occur, whether or not it is implemented by a third party, when the quality test results meet the requirements, the detection fee Berring by the contractor.
6.5.3 Tests and inspection of materials, engineering equipment and engineering
(1) The contractor shall test and inspect the materials and engineering equipment in accordance with the contract, and provide the necessary test materials and original records for the engineer's quality inspection of the above materials, engineering equipment and engineering. If the engineer and the contractor shall be tested and tested by the contract and the contractor shall provide the necessary test materials and original records by the contractor.
(2) The test is a self -inspection nature, and the contractor can conduct a separate test. The test belongs to the nature of engineers, and the engineer can conduct a separate test, or it can be carried out by the contractor and the engineer. If the contractor has objections to the test results of the engineer alone, he can apply for a re -test. If the agreement is jointly conducted, the engineer fails to participate in the test in accordance with the agreement, the contractor can test it by himself and submit the test results to the engineer. The engineer shall recognize the test results.
(3) If the engineer has objections to the test and test results of the contractor, if the reliability of the contractor's testing and testing is required to re -test and inspect the contractor's test and test results, the engineer and the contractor can be carried出去。 If the results of re -test and inspection prove that the quality of the material, engineering equipment or engineering does not meet the requirements of the contract, the increased cost and (or) delayed construction period shall be borne by the contractor; If engineering equipment and engineering meet the contract requirements, the increased costs and (or) delayed construction period shall be borne by the contractor.
3.2 In accordance with the following articles based on the "Measures for the Inspection of Construction Engineering Quality Inspection" (the Ministry of Construction Order [2022] No. 57), the quality test conducted by a third party related to the project quality acceptance data must be commissioned by the construction unit and the cost of the construction unit. It can be understood as to avoid the interference from the construction unit.
Article 17 The construction unit shall reasonably calculate the quality testing costs of the construction project during the preparation of the project budget, and will be paid separately in accordance with the contract.
第二十一条检测报告经检测人员、审核人员、检测机构法定代表人或者其授权的签字人等签署，并加盖检测专用章后方可生效。
检测报告中应当包括检测项目代表数量（批次）、检测依据、检测场所地址、检测数据、检测结果、见证人员单位及姓名等相关信息。
非建设单位委托的检测机构出具的检测报告不得作为工程质量验收资料
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