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| 品牌 | 其他 | 型号 | AR-ⅢA |
| 额定电压 | R（KV） | 额定短时耐受电流 | E（KA） |
| 额定短时持续时间 | D（S） | 额定峰值耐受电流 | X（KA） |
| 额定短时关合电流 | V（KA） | 极间中心距 | S（mm） |
| 工频耐受电压 | V（KV） | 雷电冲击耐压 | D |
| 外形安装尺寸 | S | 产品认证 | CCC |
| 适用范围 | D |
| l经LCOE等下列实验室依相关法规完成具△t提前放电时间、效率、性能之测试lLCOE-Central official Electrotechnics Laboratory.Ministry of Science and Technology (Spain)lSEDIVER_Bazet High Voltage Laboratory (France)lFaculty of Physics of the University of Valencia (Spain)lAIMME-Metal-Mechanic Technological Institute (Spain)lEDF-Electricite de France, Laboratory of Les Renardieres (France)lCESI-Centro Elettrotecnico Sperimentale Italiano. S.p.A. (Italy)lBET-High Voltage Laboratory of Blitzschutz & EMV Technologiezentrum (Germany) |
| ATSA | ESE提前放电避雷针 直接雷击保护 | ||
| E.S. LIGHTNING CONDUCTORS | E.S.E避雷针-DC型避雷针 | ||
ESE Lightning Conductors are characterized by reacting to the approach of lightning, capturing it before any other element within its protection zone in order to conduct the lightning current to earth via a safe path.E.S.E避雷针当雷趋近时能呈现其特性，比其保护范围内之任何设施提前截获雷击电流经安全路径导入大地。The standard name of this advance is “Advance Time (△t)”. It determines the radius of protection of the air terminal and must be tested and certified by official and therefore independent laboratories. It is essential for these tests to be preceded by lightning current with standing tests, with the air of proving that the air terminal is not perishable and works after numerous lightning discharges.这种优点标准称谓是“提前放电时间△t”，由它决定E.S.E避雷针之保护半径，但它必须经官方或财团法人所属实验室通过测试合格并持有证明。而任何一支避雷针在此测试之前还必须先作承受大电流冲出试验以证明避雷针在经过一连串电击放电后仍能维持在正常工作。Also, an ESE lightning Conductor must remain operative in bad weather conditions, since it would become ineffective if short-circuited by rain.此外，由于空气污染雨水可能造成避雷针失效，所以E.S.E避雷针还必须确定在恶劣气候下还能正常工作。For greater user guarantee, DAT CONTROLLER PLUS Lightning Conductors are submitted to tests performed by official independent laboratories and they have obtained the AENOR product seal of certification.为向广大客户保证，ATSA DC型避雷针除经过官方独立实验室作各种测试通过并获AENOR产品标志。Lightning Protection System installation must comply with the UNE 21186 Standard (Protection of structures, buildings and open areas with early streamer emission air terminals), maintaining security distances, using proper materials and always searching for the safest and most direct way to conduct lightning currents from the air termination system to the earth termination system. The earth termination system must be able to disperse the high lightning currents rapidly, thus making low resistance and enduring characteristics necessary.雷击防护系统之安装也必须符合法规规定（如UNE 21186有关用E.S.E避雷针作为设备、建物与空旷区雷击保护），例如保持适当安全距离，采用合适材料及思考最安全与直接之路径将雷击电流自避协雷针导入大地，为使大的雷击电流能快速散流则接地系统必须维持足够截面积、低电阻与耐久性。Aplicaciones Tecnologicas, S.A. has an expert technical team at our customers’ disposal, which will study the most suitable protection arrangement for each case.ATSA拥有一支坚强的专业技术团队可为客户提供个案最理想的防雷规则。EARLY STREAMER EMISSION LIGHTNING CONDUCTOR DAT CONTROLER PLUS，typically provided with:ATSA DC型E.S.E避雷针具备如下测试证明：1.CERTIFICATE OF AENOR REGISTERED PRODUCT nr. 058/000003 according to standard UNE 21186, comprising:1-1. CERTIFIED CURRENT WITHSTOOD:100kA, Direct application of 10 discharges with lightning impulse current 10/350 us, peak current higher than 100kA and specific energy higher than 2.5MJ/Ω, according to standards IEC-60-1 and IEC-1083-1.Tests of current withstood performed previously to the tests for determining the gain in triggering time with the aim of guaranteeing the performance of the lightning conductor after having received several discharges simulating a stroke of lightning.1-2. CERTIFIED ADVANCE TIME,After applying a security factor equal to twice the uncertainty registered during the test: Tests held by the Central Official Electrotechnics Laboratory, Ministry of Science and Technology, according to Standards UNE 21186 and NFC 17102 (Annex C “ESE Lightning conductor evaluation test”)获AENOR产品登录能符合如下之证明耐大电流:IEC-60-1 & IEC-1083-1提前放电时间:UNE 21186 & NFC 17102 (附录C)其安全考量为:△t=△T-2i△t=产品加入安全系数考量后之提前放电时间△T=产品在实验室实测之提前放电时间i=测试之不确定度
| △T | 不确定度 | 安全系数 | △t |
| Advance | Uncertainty | Security | Certified |
| Time during | Of the test (i) | Factor | Advance Time |
| the test |
| DAT CONTROLER PLUS 10 (DC+10) | 32μs | ±11μs | 2xi | 10μs |
| DAT CONTROLER PLUS 15 (DC+15) | 39μs | ±11μs | 2xi | 15μs |
| DAT CONTROLER PLUS 30 (DC+30) | 52μs | ±11μs | 2xi | 30μs |
| DAT CONTROLER PLUS 45 (DC+45) | 68μs | ±12μs | 2xi | 45μs |
| DAT CONTROLER PLUS 60 (DC+60) | 86μs | ±12μs | 2xi | 60μs |
2.CERTIFICATE OF EFFECTIVE PERFORMANCE IN BAD WEATHER CONDITIONS.Insulation superior to 95%2-1.Comparative dry/rain tests with continuous voltage (simulating the electric field during a storm).2-2.Comparative dry/rain tests with switching impulses (simulating the approach of the downward leader).Tests according to standard UNE 21 308. Protocol nr. 95093311.LCOE-Central Official Electrotechnics Laboratory, Ministry of Science and Technology.恶劣气候时工作效率（EFFECTIVE PERFORMANCE）证明：UNE 21 308绝缘有效性高达95%。3.CERTIFICATE OF PROTECTION RADIUS AND FULFILMENT OF STANDARDS UNE 21186 AND NFC 17102Certificate for each model and level according to Standards UNE 21186 and NFC 17102符合UNE 21186与NFC 17102规定之保护半径证明：依以上法规规定之各类机型其针对不同保护等级之保护半径。
| Working principle | 工作原理 | |
Inmediately preceding the formation of a lightning discharge the ambient electrical field rapidly to levels in excess of 10 KV/m. The natural energy produced increases is utilized to prime the triggering device of the DAT CONTROLER PLUS ready for full activation.在云层对大地形成雷击之前其周围之大气间电场强度将骤升至10KV/M以上，这种自然能量的产生正好可作为DC型ESE避雷针之内装激发装置之工作能量。Lightning discharge approach provokes an intense and sudden increase of the electric field, thus originating a lightning strike risk area. If this risk area takes place in the zone protected by the DAT CONTROLER PLUS, the sudden variation of the electrical field simultaneously actions the contrly system of the DAT CONTROLER PLUS which, in synchronization with lightning approach, provides the safest controlled discharge path to earth.雷击放电之逼近造成大气周围电场骤然强烈增高产生了一个可能遭雷击之危险区域。如果这个危险区域是属于装了ATSA DC型ESE避雷针之保护区内，此时避雷针将随周遭电场因雷之趋近而增强同步提供一个可控制的最安全放电路径。In this way the DAT CONTROLER PLUS device uses only energy produced naturally in the event of a lightning storm, requiring no other energy source in its operation.就因为ATSA DC型ESE避雷针内设之装置能藉此雷电产生之天然能量即能工作自然无需其他能源。DAT CONTROLER PLUS devices are designed to be effectively maintenance free although their functioning can be tests at any moment.DC型ESE避雷针这种能藉自然能源工作之装置，其设计虽非常有效且免维修，但它的功能还是能随时作检测。
| Radius of Protection | 保护半径计算 |
| 依NFC 17-100法规 | ||
| h:避雷针尖端与被保护物最顶端之距离 | h’:从避雷针尖端延伸之无形等效高度 | |
| Rp=（h+h’）tan α | h’=106·△t(M) | |
| △t：提前放电时间（μs） | α:保护角α=60º, tanα=1.732 | |
| h (M) | DC+10h’=10 | DC+15h’=15 | DC+30h’=30 | DC+45h’=45 | DC+60h’=60 | |
| 2 | 21 | 29 | 55 | 81 | 107 | |
| 3 | 22 | 31 | 57 | 83 | 109 | |
| 4 | 24 | 33 | 59 | 85 | 111 | |
| 5 | 26 | 35 | 61 | 87 | 112 | |
| 6 | 28 | 36 | 62 | 88 | 114 | |
| 8 | 31 | 40 | 66 | 92 | 118 | |
| 10 | 35 | 43 | 69 | 95 | 121 | |
| 依NFC 17-102法规 | ||||||
| h:避雷针尖端与被保护物最顶端之距离 | ||
| h’:从避雷针尖端延伸之无形等效高度 | △t：提前放电时间（μs） | |
| h’=106·△t (M) | ||
| D=雷的半径（M） | ||
| Rp= | (h≧5M时) | |
| 等级 | h(M) | DC+10h’=10 | DC+15h’=15 | DC+30h’=30 | DC+45h’=45 | DC+60h’=60 |
| I级D=20M | 23456810 | 10162126272728 | 13192532323334 | 19293848484949 | 25385163636464 | 31476379797979 |
| II级D=45M | 23456810 | 15233038394142 | 18273645464749 | 25385163646566 | 32486481818283 | 39587897979899 |
| III级D=60M | 23456810 | 17263543454749 | 20314151525456 | 28435771727375 | 36547289909192 | 436485107107108109 |
