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当前位置:首页 > 行业资料 > 国内外标准规范 > TCEC1982019低压岸电连接系统LVSC系统用插头插座和船用耦合器
ICS47.020.60U30/39备案号:53939-2016准T/CEC198—2019低压岸电连接系统(LVSC系统)用插头插座和船用耦合器Plugs,socket-outlets,shipcouplersforlow-voltageshoreconnectionsystems(LVSC)2019-04-24发布2019-07-01实施中国电力企业联合会发布成品:210*297版心:166*238字数:45字*43行天35地24订24切20描图17XM75733T/CEC198—2019I目次前言···································································································································································II1范围······························································································································································12规范性引用文件··········································································································································13术语和定义··················································································································································14岸电接口的功能··········································································································································25电压电流额定值··········································································································································56技术要求······················································································································································67试验方法······················································································································································88检验规则····················································································································································129尺寸····························································································································································12附录A(规范性附录)接口结构及尺寸···································································································13T/CEC198—2019II前言本标准按照GB/T1.1—2009《标准化工作导则第1部分:标准的结构和编写规则》给出的规则起草。本标准由能源行业岸电设施标准化技术委员会(NEA/TC32)提出并归口。本标准负责起草单位:国家电网有限公司、南瑞集团有限公司。本标准参与起草单位:江苏健龙电器有限公司、交通运输部水运科学研究院、南京康尼科技实业有限公司、中国船舶重工集团公司第七〇四研究所、国网湖北省电力有限公司、中航光电科技股份有限公司。本标准主要起草人:唐文升、何胜利、张腾飞、孙鼎浩、宋锦海、杨瑞、朱银军、朱金大、王硕丰、沈兵、杨勇、赵武刚、邓烽、黄益斌、田大伟、吴巍、迟福海、姜海峰、左红兵、王馨。本标准为首次发布。本标准在执行过程中的意见或建议反馈至中国电力企业联合会标准化管理中心(北京市白广路二条一号,100761)。T/CEC198—20191低压岸电连接系统(LVSC系统)用插头插座和船用耦合器1范围本标准规定了岸电设备连接接口的技术要求、试验检测方法、功能定义、结构及尺寸。本标准适用于岸电设备连接接口,其额定电压不超过1000V(AC),频率50Hz/60Hz,额定电流不超过350A。2规范性引用文件下列文件对于本文件的应用是必不可少的。凡是注日期的引用文件,仅注日期的版本适用于本文件。凡是不注日期的引用文件,其昀新版本(包括所有的修改单)适用于本文件。GB/T2099.1—2008家用和类似用途插头插座第1部分:通用要求GB/T3956电缆的导体GB/T4208外壳防护等级(IP代码)GB/T5013.4额定电压450/750V及以下橡皮绝缘电缆第4部分:软线和软电缆GB/T5023.1~GB/T5023.7额定电压450/750V及以下聚氯乙烯绝缘电缆GB/T11918.1—2014工业用插头插座和耦合器第1部分:通用要求GB/T16935.1低压系统内设备的绝缘配合第1部分:原理、要求和试验GB/T36028.2靠港船舶岸电系统技术条件第2部分:低压供电3术语和定义GB/T36028.2和GB/T11918.1—2014界定的以及下列术语和定义适用于本文件。3.1岸基供电接口shoreplugandsocket-outlet能将电缆连接到电源的供电设备器件,以电源输出为目的的供电接口。由供电插头与供电插座组成(见图1)。3.1.1供电插座socket-outlet岸基供电接口中与电源供电线缆或供电设备连接在一起且固定安装的部分,供电插座内部使用插孔方式与供电插头对接。3.1.2供电插头plug岸基供电接口中和供电线缆连接且可以移动的部分,供电插头内部使用插针和供电插座对接。3.2船舶用电接口shipcoupler能将电缆连接到船舶的器件,以电源输入为目的的用电接口。由船舶插头和船舶插座组成,也称船用耦合器(见图1)。3.2.1船舶插座shipinlet船舶用电接口中固定安装在船侧,用于接收岸基电源,通过电缆可以和船舶主配电板连接的设T/CEC198—20192备,船舶插座内部使用插针与船舶插头对接。3.2.2船舶插头shipconnector船舶用电接口中和供电线缆连接且可以移动的部分,船舶插头内部使用插孔和船舶插座对接。图1接口组件用途示意图4岸电接口的功能4.1电气参数及功能岸基供电接口和船舶用电接口的电气参数及功能定义见表1。表1触头电气参数及功能定义触头编号/标识额定电压和额定电流功能定义1—(L1)440V/690V16A/32A/63A/125A/250A/350A交流电源2—(L2)440V/690V16A/32A/63A/125A/250A/350A交流电源3—(L3)440V/690V16A/32A/63A/125A/250A/350A交流电源4—(PE)—接地极5—(P1)0V~220V5A辅助触头16—(P2)0V~220V5A辅助触头27—(S+)/(P3)0V~30V2A/5ACAN_H(用于通信数据传输)/辅助触头38—(S−)/(P4)0V~30V2A/5ACAN_L(用于通信数据传输)/辅助触头49a通信用屏蔽地a额定电流小于250A接口,具备此项。4.2触头布置方式4.2.163A、125A触头布置方式63A、125A岸基供电接口布置如图2所示,63A、125A船舶用电接口布置如图3所示。T/CEC198—20193图263A、125A岸基供电接口布置图图363A、125A船舶用电接口布置图4.2.2250A、350A触头布置方式250A、350A岸基供电接口布置如图4所示,250A、350A船舶用电接口布置如图5所示。图4250A、350A岸基供电接口布置图图5250A、350A船舶用电接口布置图T/CEC198—201944.3连接界面4.3.163A、125A连接界面63A、125A电气连接界面示意如图6、图7所示。图663A、125A供电接口电气连接界面示意图图763A、125A船舶用电接口电气连接界面示意图4.3.2250A、350A连接界面250A、350A电气连接界面示意如图8、图9所示。T/CEC198—20195图8250A、350A供电接口电气连接界面示意图图9250A、350A船舶用电接口电气连接界面示意图5电压电流额定值5.1额定电压额定电压的优选值为:440V(AC)、690V(AC)。5.2额定电流额定电流的优选值为:63A(AC)、125A(AC)、250A(AC)、350A(AC)、5A(只用于低压辅助电源)、2A(只用于信号或控制)。注:额定电流正常使用时允许偏差为±5%。T/CEC198—201966技术要求6.1一般要求6.1.1岸电连接装置在正常使用时应性能可靠,对使用者和周围环境没有伤害。6.1.2岸电连接装置的使用环境温度为−30℃~+50℃。6.1.3岸电连接装置易触及的表面应无毛刺、飞边及类似尖锐边缘。6.1.4插头、插座的外壳上应标有制造商的名称或商标、产品型号、额定电压和额定电流等信息。6.1.5不同额定电流的连接组件,接口产品上应有清晰可见的不同标识以进行区分。除非另有规定,否则符合本标准要求的电器附件正常使用环境为GB/T16935.1规定的3级污染环境。6.2结构要求6.2.1插头、插座应有配属的防护装置,以确保插头和插座未插合时满足IP66的防护要求。该防护装置可为独立的防护盖,也可和供电设备或供电箱集成在一起。6.2.2插头、插座应包括接地针孔,且在连接和断开过程中,接地针孔应昀先接通和昀后断开。6.2.3插头、插座的外壳应将针孔和供电电缆的端部完全封闭。6.2.4插头、插座的部件(如针孔、壳体等)应可靠牢固,正常使用时不应松脱,且不使用工具应不能从插头或插座上拆卸。6.2.5产品接口应保证使用者不能改变接地针孔或者中性针孔(如果有)的位置。6.2.6插头与插座在供电连接时,应按唯一的相对位置进行插合。6.2.7插头和插座的电缆入口应便于电缆导管或电缆保护层进入,并给电缆提供完善的机械保护。6.2.8绝缘体及类似部件应具有足够的机械强度,并应固定到外壳或本体中,且应做到:——如果不将其严重损坏,则无法拆除;——设计成无法将其置于不正确位置的结构。6.3锁止装置6.3.1供电接口应用锁止功能,用于防止供电过程中的意外断开。6.3.2在锁止状态下施加200N的拔出外力时,连接不应断开,且锁止装置不得损坏。6.4插拔力插头插入和拔出插座的
本文标题:TCEC1982019低压岸电连接系统LVSC系统用插头插座和船用耦合器
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