電氣電子監控設備檢測

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GB/T 17626.21-2014電磁兼容 試驗和測量技術 混波室試驗方法

GB/T 17626的本部分考慮在混波室中的電氣和/或電子設備的抗擾度試驗、有意或無意輻射發射試驗和屏蔽效能試驗。本部分建立了實施這些試驗所需的試驗程序。本部分僅考慮輻射現象。本部分的目的是建立一個使用混波室評估電氣和/或電子設備在射頻電磁場中的性能和確定電氣電子設備的輻射發射等級的通用規范。本部分的目的不是規定適用于特定設備或系統的試驗方法,而是為所有相關的產品委員會提供通用的參考基準。產品委員會應咨詢無線電干擾標準化技術委員會或電磁兼容標準化技術委員會選擇輻射發射限值和試驗方法。由產品委員會負責對其管轄范圍內的設備選擇合適的試驗方法和抗擾度限值,也可以采用諸如IEC 61000-4-3、CISPR 16-2-3和CISPR 16-2-4等標準中的其他方法。

GB/T 21714.3-2015雷電防護 第3部分:建筑物的物理損壞和生命危險

GB/T 21714的本部分提出了以下要求：通過采用雷電防護裝置(LPS)來防止建筑物的物理損壞、避免LPS附近因接觸和跨步電壓而引起的生命危險。本部分適用于：a) 任意高度建筑物的LPS設計、安裝、檢查和維護；b) 對接觸和跨步電壓引起的人身危害提供保護措施。

JGJ 243-2011交通建筑電氣設計規范

本規范適用于新建、擴建、改建的以客運為主的民用機場航站樓、交通樞紐站、鐵路旅客車站、城市軌道交通站、磁浮列車站、港口客運站、汽車客運站等交通建筑電氣設計，不適用于飛機庫、油庫、機車站、行業專用貨運站、汽車加油站等的電氣設計。

DL/T 5226-2013發電廠電力網絡計算機監控系統設計技術規程

本標準適用于出線電壓等級110(66)kV及以上的新建和改(擴)建發電廠電力網絡計算機監控系統的設計。

BS 6739-2009過程控制系統儀表的實施規范:安裝設計和實施

This British Standard gives recommendations for, and guidance on,the design for the installation of instrumentation of measurementand control systems in the process industry, and the implementationand commissioning of this installation. It is intended to be used asa manual of good practice on the site and also to assist those whodesign the installation.

BS 7909-2011娛樂及其相關用途用臨時電氣系統的實施規范

This British Standard gives recommendations for the management, design,setting-up and operation of temporary electrical systems using low voltage a.c.electricity, for the entertainment and similar or related industries. Mobile andtransportable units with electrical installations that are used in these industriesare also covered.This British Standard gives recommendations for the provision of a safe andsuitable temporary electrical system for an event and the duties and work toimplement this.NOTE 1 Each aspect of the work could be under the control of a different personresponsible.This British Standard gives guidance on matters of common interest toproducers, production companies, event organizers and managers, freelancepeople, facilities and services hire companies, equipment hire companies,equipment manufacturers, electrical consultants, electrical installationcontractors, distributors, suppliers of electricity, venues, local authorities andthose responsible for safety.The systems covered by this British Standard operate at low voltage as definedin BS 7671:2008+A1:2011 and supply equipment normally operating at 230 V a.c.or 400 V a.c. 50 Hz. Electricity at low voltage can be taken from an existinginstalled electrical system, the public supply, privately owned supplies or frommobile or portable generators. Direct current supplies are outside the scope ofthis British Standard.NOTE 2 It is expected that all electrical equipment, switchgear units, distributionunits and cables used for work covered by this British Standard are manufactured tothe appropriate product standards, and that the temporary electrical systems andtheir use are designed, set-up, supervised, operated and removed by suitablycompetent persons. It is also expected that responsibility for such temporaryelectrical systems is taken by a suitably competent person referred to as the personresponsible.NOTE 3 All equipment forming the temporary electrical system is expected to bedelivered to site as pre-assembled units that have been tested and are known to besafe and suitable for use. This does not preclude the manufacture on site of simpleunits that might be necessary; though this is the exception and not the rule.NOTE 4 In many situations temporary electrical distributions are intimatelyassociated with mobile and transportable units. In such cases, seeBS 7671:2008+A1:2011, Section 717, for further information.NOTE 5 This British Standard may be applied to temporary electrical distributions atexhibitions and fairgrounds; see BS 7671:2008+A1:2011,Sections 711 and 740, respectively for specific information for these activities.Specialized documents related to exhibitions are published by the Association ofEvent Venues [1].NOTE 6 Specialized documents related to theatres and places of entertainment arepublished by the Association of British Theatre Technicians [2].NOTE 7 This British Standard does not offer guidance for hazardous locationswhere expert advice needs to be sought.

BS EN 61000-4-22-2011電磁兼容性(EMC).試驗和測量方法.完全消聲室(FARs)內輻射排放和免疫測量

This part of IEC 61000 considers immunity tests and emission measurements for electricand/or electronic equipment. Only radiated phenomena are considered. It establishes therequired test procedures for using fully anechoic rooms for performing radiated immunitytesting and radiated emission measurements.NOTE In accordance with IEC Guide 107 [1], IEC 61000-4-22 is a basic EMC publication for use by productcommittees of the IEC. As stated in Guide 107, product committees are responsible for determining theapplicability of the EMC standards. TC 77 and CISPR and their sub-committees are prepared to cooperate withproduct committees in the determination of the value of particular EMC tests for specific products.This part establishes a common validation procedure, equipment under test (EUT) set-uprequirements, and measurement methods for fully anechoic rooms (FARs) when both radiatedelectromagnetic emission measurements and radiated electromagnetic immunity tests will beperformed in the same FAR.As a basic measurement standard, this part of IEC 61000 does not intend to specify the testlevels or emission limits to be applied to particular apparatus or system(s). Its main goal is toprovide general measurement procedures to all concerned product committees of IEC orCISPR. Specific product requirements and test conditions are defined by the responsibleproduct committees.The methods described in this standard are appropriate for radiated emission measurementsand immunity tests in the frequency range of 30 MHz to 18 GHz.

BS EN 61000-4-27-2000+A1-2009電磁兼容性(EMC).第4-27部分:試驗和測量技術.每相輸入電流不超過16 A的設備的失衡,抗擾性試驗

This part of IEC 61000 is a basic EMC (electromagnetic compatibility) publication. It considersimmunity tests for electric and/or electronic equipment (apparatus and system) in its electromagneticenvironment. Only conducted phenomena are considered, including immunity testsfor equipment connected to public and industrial networks.The object of this standard is to establish a reference for evaluating the immunity of electricaland electronic equipment when subjected to unbalanced power supply voltage.This standard applies to 50 Hz/60 Hz three-phase powered electrical and/or electronicequipment with rated line current up to 16 A per phase.This standard does not apply to equipment with three-phase plus neutral connection if thatequipment operates as a group of single-phase loads connected between phase and neutral.This standard does not apply to electrical and/or electronic equipment connected to a.c. 400 Hzdistribution networks.This standard does not include tests for the zero-sequence unbalance factor.The immunity test levels required for a specific electromagnetic environment together withperformance criteria are indicated in the product, product family or generic standards asapplicable. This immunity test should be included in product, product family or genericstandards when equipment is likely to show reduced performance or function when exposed toa supply voltage with voltage unbalance.The verification of the reliability of electrical components (capacitors, motors, etc.) and longtermeffects (greater than a few minutes) is not considered in this standard.

BS EN 61098-2007輻射防護儀器.固定式個人表面污染監測裝置

This International Standard applies to contamination warning assemblies and monitorsused for the monitoring of radioactive contamination on the surface of personnel whether theybe clothed or not~. The standard is applicable only to that type of equipment where the usertakes no action other than to present himself and/or his hands and feet to the detectors. It isnot applicable to equipment where the user or someone else moves detectors over the area tobe monitored or the user passes quickly through the monitor. It is also not applicable to anyperipheral equipment which may be associated with a particular type of equipment such assmall article monitors.This standard is applicable to the monitoring of the whole body (including the head),hands and feet but parts of this standard may be used for equipment designed for themonitoring of radioactive contamination on the hands and/or feet only.This standard is applicable to:– installed personnel monitoring equipment (all Clauses applicable);– equipment for monitoring the hands (see the following Clauses and Subclauses: 2, 3, 4, 5,6, 7.1.2, 7.2, 7.3.2, 7.4.1.2 b), 7.4.2, 7.4.3.1, 7.4.3.2, 7.4.3.3 b), 7.5, 7.6, 7.7, 8, 9, 10, 11and 12);– equipment for monitoring the feet (see the following Clauses and Subclauses: 2, 3, 4, 5, 6,7.1.3, 7.2, 7.3.3, 7.4.1.2 c), 7.4.2, 7.4.3.1, 7.4.3.2, 7.4.3.3 c), 7.5, 7.6, 7.7, 8, 9, 10, 11, 12and 13);– equipment for monitoring the hands and feet (see the following Clauses and Subclauses 2,3, 4, 5, 6, 7.1.2, 7.1.3, 7.2, 7.3.2, 7.3.3, 7.4.1.2 b), 7.4.1.2 c), 7.4.2, 7.4.3.1, 7.4.3.2,7.4.3.3 b), 7.4.3.3 c), 7.5, 7.6, 7.7, 8, 9, 10, 11 and 12).

BS EN 61557-1-20071000 V交流和1500 V直流低壓配電系統電氣安全性.保護措施測試、測量或監測設備.一般要求

This part of IEC 61557 specifies the general requirements for measuring and monitoringequipment for testing the electrical safety in low voltage distribution systems with nominalvoltages up to 1 000 V a.c. and 1 500 V d.c.When measuring equipment or measuring installations involve measurement tasks of variousmeasuring equipment covered by this series of standards, then the part of this series ofstandards relevant to each of the measurement tasks is applicable.

BS EN 62270-2004水力發電站自動化.計算機控制用指南

This standard sets down guidelines for the application, design concepts, and implementation of computer-based control systems for hydroelectric plant automation. It addresses functional capabilities, performance requirements, interface requirements, hardware considerations, and operator training. It includes recommendations for system testing and acceptance. Finally, case studies of actual computer-based automatic control applications are presented.\nThe automation of control and data logging functions has relieved the plant operator of these tasks, allowing the operator more time to concentrate on other duties. In many cases, the plant's operating costs can be significantly reduced by automation (primarily via staff reduction) while still maintaining a high level of unit control reliability.\nAutomatic control systems for hydroelectric units based on electromechanical relay logic have been in general use for a number of years and, in fact, were considered standard practice for the industry. Within the last decade, microprocessor-based controllers have become available that are suitable for operation in a power plant environment. These computer-based systems have been applied for data logging, alarm monitoring, and unit and plant control. Advantages of computer-based control include use of graphical user interfaces, the incorporation of sequence of events and trending into the control system, the incorporation of artificial intelligence and expert system capabilities, and reduced plant life cycle cost.