Early Streamer Emission Air Terminal

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  • Product Name :

    SMT-ESE60 Lightning Rod

  • Instruction

    Professional Updated TSTLP® Early Streamer Emission Air Terminal (referred as Ese Lightning Rod ) is designed & tested SUCCESSFULLY according to the most popular International standards for MAX lightning strike protection.

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    KEY BENEFITS OF TSTLP SMT-ESE60

    1, PATENT Nr 2013300191382)

    2, SUCCESSFULLY tested at ACCREDITED High-Voltage Laboratories according to NF C 17-102:2011 Annexe C & UNE 21.186:2011 Paragraph C in ShanghaiSpain & RomaniaEurope for your full satisfaction.  Cover pages of our official Test Reports are marked with CECMA & CALRomania-RENARENAC &  ilac-MRA (ilac-MRA is the most important recognition for international acceptance).

    As far as we're concerned,  NO other domestic lightning protection Companies 

    or manufacturers have passed Early Streamer Emission (E.S.E.) Time Test according to most popular

    French NF C 17-102:2011 Annexe C & Spanish UNE 21.186:2011 Paragraph C standards at international  

    ilac-MRA accredited HIGH-Voltage Laboratories.

    TSTLP ESE Lightning RodsNo.1 among all the domestic brands, TOP 10 worldwide !

    3CE marking

    4, Fully Autonomous Operation

    5, TSTLP® ESE Lightning Rod only becomes active when electrical field intensity rises(lightning discharge likely), TSTLP® ESE Lightning Rod presents no danger to the site.

    6, Totally reliability, even in extreme climatic conditions.

    7, Robust to withstand multiple lightning strikes.

    8, ISO 9001:2015 Q.S.M. Certified Standardized Manufacturing Process. Certificate #:19ACM8300Q

    Working Principle of TSTLP® Early Streamer Emission lightning rod

    Check Flash Video at https://drive.google.com/file/d/1NOnfqw7cmXrCtr90VSqPI-oC3uEw88i0/view?usp=sharing

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    A:  The IONIZATION SYSTEM IS CHARGED - via the lower electrodes using the ambient electrical field (several thousand volts/meter when storms are approaching),which means TSTLP® Active Lightning Rod is a fully autonomous system requiring no external power supply.

    B:  ACTIVATING THE NEW TSTLP® TECHNOLOGY - Whilst dynamically assessing the development of the surrounding electrical field, the TSTLP® ESE detects the appearance of downward leaders. This innovative and patented TSTLP® ESE system is then activated to neutralize the space charges, which naturally occur around the air terminal. The TSTLP® ESE Lightning Rod is ready to operate in an optimal environment

    C:  CONTROLLING THE IONIZATION PROCESS - The ambient electrical field increases rapidly when a discharge is imminent and a downward leader decens from cloud to ground. This triggers the ionization process, using a spark ionization system between the upper electrodes and the central tip. The TSTLP® ESE Lightning Rod reacts at the precise moment, when the risk of lightning discharge is imminent.

    D:  EARLY TRIGGERING OF THE UPWARD LEADER - The controlled ionization process and the new TSTLP® technology guarantee the triggering of an upward leader ahead of any other protruding point within the area to be protected making the TSTLP® ESE Lightning Rod be the preferential point of impact for the lightning discharge and provides the structure with maximum protection.

    Comparing TSTLP® Active lightning Rod with simple lightning rod

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    TSTLP® SMT-ESE60 EARLY STREAMER EMISSION LIGHTNING ROD (E.S.E.) 

    CHARACTERISTICS

    Efficiency (ΔT)

    60μs (60 microsecond in advance)

    ΔL

    60M

    Standard Deviation ESE / Single Rod  σ

    σESE < 0.4 σPTS

    Lightning current withstanding test - Iimp

    100kA (normative test at 10/350μs waveform as standard requires)

    Lightning current withstanding    - Iimp

    ≥ 200KA (10/350 μs)

    Capacity against wind speed

    ≥40 m/s

    Approx net weight

    4.0 kgs

    Size

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    OPERATING PRINCIPLES

    Detection of download leader

    Continuous measuring of electric field gradient (ΔE/Δt)

    Upward streamer development conditions

    TSTLP®-SMART Technology optimizing the streamer development conditions

    Upward streamer emission

    Sparking by High Voltage Impulses

    Internal circuits

    6 Independent working unit

    Central rod

    Full electrical continuity

    Metal housing

    Superior Stainless Steel 

    On-site testing capabilities

    Proprietary E.S.E. tester

    Maintenance

    Free (thanks to TSTLP advanced technology & superior material)

    Warranty

    5 years as international

    MECHANICAL SPECIFICATIONS

    Fixing on pole

    M20 Thread

    Down conductor connection

    Specific clamp

    PACKING

    Dimensions

    230*230*450 mm box/pc, 4pc in 480*490*490mm carton

    Contents

    TSTLP® E.S.E. Head, Nut, Hex key;

    Approx Gross Weight

    5.5 kg

    Environmental sustainability

    100% recyclable

    CERTIFICATIONS

    Patent Right

    Available

    Test / Reference Standards


     

    Successfully tested at accredited labs in Shanghai, Spain & Romania - Europe,

     and cover pages of our official Test Reports are marked with CECMA & CAL

    Romania-RENAR, Spainish ENAC &  ilac-MRA, among all thse marks

     ilac-MRA is the most important recognition for international acceptance.


    NF C 17-102:2011 Annexe C

    UNE 21.186:2011 Paragraph C

    UNE-EN 62561

    IEC 60060-1:2010 Part 1

    IEC 60068-2-52:2017

    IEC 60068-2-78:2012

    EN / IEC 62305

    EN 60060-1:2010

    SR EN ISO 6988:1977

    GB/T T16927.1-2011 Part 1

    CE Marking

    EN 60060-1:2010

     

    PROTECTION RADIUS 

    The protection radius of TSTLP® ESE Lightning rod is related to its height (h) relative to the surface to be protected, to its efficiency and to the selected protection level

     for h ≥ 5 m;   SMT-ESE60-Lightning-Rod-Low-Price    and 

    Rp = h × Rp(5)/5 for 2 m ≤ h ≤ 5 m

    Rp (h) (m): is the protection radius at a given height h

    h (m)    : is the height of the ESE lightning rod tip over the horizontal plane through the furthest point of the object to be protected

    r (m)    : 20 m for protection level I

             30m for protection level II

             45m for protection level III

             60m for protection level IV

    Δ (m) = ΔT x 106

    Field experience has proved that Δ is equal to the efficiency obtained during the ESE lightning rod evaluation tests

    PROTECTION LEVELS

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    Protection Level

    Level I 

    (99%, D=20m)

    Level II

    (97%, D=30m)

    Level III

    (91%, D=45m)

    Level IV

    (84%, D=60m)

    TSTLP® Model

    SMT-ESE60

    Delta T (ΔT)

    60μs

    h(m)

    RADIUS PROTECTION (m)

    2

    32

    34

    39

    43

    3

    47

    52

    58

    64

    4

    63

    69

    78

    86

    5 

    79 

    86 

    97 

    107 

    6

    79

    87

    97

    107

    8

    79

    87

    98

    108

    10

    79

    88

    99

    109

    12

    80

    88

    100

    110

    20

    80

    89

    102

    113

    30

    /

    90

    104

    116

    45

    /

    /

    105

    119

    60

    /

    /

    /

    120

    Protection of A Building 

    Installation procedure for TSTLP ESE Lightning Rod is governed by latest French standard NF C 17-102 and follows a series of simple rules catering for all types of structure;(Referring to installation stated in French standard NF C 17-102_2011)

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    ① TSTLP® ESE lightning rod

    ② Elevation pole

    ③ Copper conductor

    ④ Copper clamp

    ⑤ Lightning counter

    ⑥ Test clamp

    ⑦ Earth clamp

    ⑧ Protection sheath

    ⑨ Inspection housing

    ⑩ Copper earthing

    ⑪ Rod to conductor clamp

    ⑫ Earth rod

    Protection of high rise buildings (height greater than 60 m) 

    Additional protection against direct lightning strike for the highest 20% of the structure height for buildings greater than 60 m or any point above 120 m, using ESEAT or any other means must be implemented at each façade wall according to a valid standard. Furthermore a minimum of 4 Down conductors, interconnected by a ring conductor when applicable, shall be used, distributed along the perimeter and if possible at each angle of the building.

    NOTE: in general the risk due to the lateral flashes is low because only a few percent of all flashes to tall structures will be to the side and moreover their parameters are a lot lower than those of flashes to the top of structures.

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    More references links @ http://www.tslpro.com/references-4.html