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DEIONISING LIGHTNING ROD SECURITY IN FRONT OF LIGHTNING IN BUILDINGS, STRUCTURES AND TELECOMMUNICATION TOWERS

DEIONISING LIGHTNING ROD SECURITY IN FRONT OF LIGHTNING IN BUILDINGS, STRUCTURES AND TELECOMMUNICATION TOWERS. PRESENTERS : JACOBE RODRIGUEZ AND ANGEL RODRIGUEZ . New technologies of deionising lightning rod. INT,AR,SL. PRINCIPALITY OF ANDORRA . www.pararrayos.info. Video.

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DEIONISING LIGHTNING ROD SECURITY IN FRONT OF LIGHTNING IN BUILDINGS, STRUCTURES AND TELECOMMUNICATION TOWERS

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  1. DEIONISING LIGHTNING ROD SECURITY IN FRONT OF LIGHTNING IN BUILDINGS, STRUCTURES AND TELECOMMUNICATION TOWERS PRESENTERS : JACOBE RODRIGUEZ AND ANGEL RODRIGUEZ. New technologies of deionising lightning rod. INT,AR,SL. PRINCIPALITY OF ANDORRA. www.pararrayos.info 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines. Video

  2. LIGHTNING ACTIVITYIN THE WHOLE PLANET IS INCRESING. • 1.300.000 LIGHTNING WHERE DETECTED IN 2006 IN FRANCE • WORLD MAP OF LIGHTNING ACTIVITY http://science.nasa.gov/headlines/images/lightning2/lightningmap_large.gif. 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  3. LIGHTNING, A METEOROLOGICALHIGH TENSION PHENOMENON 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines. • LIGHTNING STRIKES CAN BE FROM 5 TO 340.000 AMPERS. • LIGHTNING STRIKES CAUSE MILIONS OF DEADS AND INDUSTRY DAMAGES EVERY SEASON. • BUILDINGS AND TELECOMMUNICATION TOWERS ARE THE STRUCTURES MORE AFFECTED.

  4. ¿HOW DO LIGHTNING APPEARS ? 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  5. LIGHTNING IS AN ELECTRICAL PHENOMENON . 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  6. Thermodinamics of cloud brings energy and charges the primary condenser “Q1” Q1 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  7. Q2 Q1 In land appears by induction of “Q1” an electrical field “Q2”. 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  8. Q2 Q1 . Electrical field in land appears by the front of the storm and its intensity is proportional to the charge “Q1” 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  9. Q2 In land by induction, an electrical field appears. It moves following the cloud path. Q1 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  10. Q2 Q1 From an electrical field in land, ionisation appears on structures. 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  11. Q1 Q2 CHARGES AT THE LIMIT OF ITS CAPACITY . LIGHTNING IS THE ELECTRICAL REACTION Q2 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  12. SUMMARY OF THE PROCESS OF LOAD AND STRIKE OF LIGHTNING CHARGE CHARGE IONISATION CHARGE IONISATION STRIKE 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  13. INT THE ACTIVITY AND INTENSITY OF LIGHTNING DEPENDS ON THE METEOROLOGICAL CIRCUMSTANCES OF EACH ZONE OF THE WORLD

  14. EFFECTS OF LIGHTNING ON STRUCTURES • Electrostatic charges. • Electromagnetic pulses. • Electrostatic pulses. • Currents of land. • Transitory on tension for coupling resistant, inductive and capable 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  15. 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  16. ¿WHEN DO EFFECTS APPEAR? BEFORE THE LIGHTNING IMPACT, THE ELECTRICAL FIELD APPEARS. (IONISATION = INTERFERENCES). IN THE IMPACT INSTANT THERE ARE ELECTROMAGNETICAL DIRECT EFFECTS. DURING THE ENERGY DISCHARGE TO LAND THERE ARE THE ELECTRICAL INDIRECT EFFECTS. 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  17. AS AN EXAMPLE, WE WILL USE A FIREMEN TELECOMMUNICATION TOWER. AS AN EXAMPLE, WE WILL USE A FIREMEN TELECOMMUNICATION TOWER. THE TOWER IS PROTECTED BY AN EXTERNAL PROTECTION SYSTEM CALLED “SPR”, WITH A FRANKLIN LIGHTNING ROD. AS AN EXAMPLE, WE WILL USE A FIREMEN TELECOMMUNICATION TOWER. THE TOWER IS PROTECTED BY AN EXTERNAL PROTECTION SYSTEM CALLED “SPR”, WITH A FRANKLIN LIGHTNING ROD. WE WILL SHOW THAT ATTRACTING LIGHTNING IS NOT THE BEST PROTECTION POLITICS.

  18. INT NATURAL ELECTRIC FIELD APPEARS ON THE LAND STRUCTURES AND IONISES AIR. nube Tierra

  19. FROM 1500 VOLTS THE AIR IS IONISED “LEADER”.

  20. THE WHOLE STRUCTURE IS IN LAND 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  21. DANGEROUS CURRENTS APPEAR ON THE STRUCTURE E / R 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  22. E / R THE TRAFFIC OF CURRENT TO LAND, GENERATES NOISE AND INTERFERENCES. 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  23. TEMPORARILY 300 AMPERS APPEAR FROM A HIGH TENSION FIELD SUPERIOR TO 10 KV, IN THE STRUCTURE LIGHTNING CAN APPEAR. E / R 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  24. THE AVERAGE INTENSITY OF LIGHTNING IS 30.000 AMPERS AND A MAXIMUM AKNOWLEDGE OF 350.000 AMPERS.

  25. TO ESCITE LIGHTNING IS NOT A PROTECTION. BECAUSE THE PROCESS CAN REPEAT.

  26. DURING THE LIGHTNING IMPACT INTO THE LIGHTNING ROD, DANGEROUS ELECTRICAL EFFECTS APPEAR IN STRUCTURES. • Electromagnetic pulses. • Electrostatic pulses. • Currents of land. • Transitory on tension for coupling resistant, inductive and capacite 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  27. DURING THE DISCHARGE OF LIGHTNING INTO LAND WE HAVE TEMPORARILY TENSION OVER 15.000 VOLTS DURING THE DISCHARGE OF LIGHTNING INTO LAND WE HAVE TEMPORARILY TENSION OVER 15.000 VOLTS ELECTRONIC COMPONENTS DESTRUCTED AND A DANGER FOR PEOPLE. 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  28. DESTRUCTION ZONES 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  29. ECONOMICAL DAMAGES • LOST INFORMATION • TECHNICAL STOP • HOURS OF REPAIRING • PIECES CHANGING • USERS INDEMNIFICATIONS 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  30. CONCLUSIONS • LIGHTNING IS DANGEROUS FOR PEOPLE AND STRUCTURES • LIGHTNING ROD ESCITE LIGHTNING IN ORDER TO ATTRACT THE STRIKE • IF THERE IS NO LIGHTNING, THERE IS NO DANGER FOR PEOPLE NOR STRUCTURES. 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  31. WE CAN CONTROL LIGHTNING BEFORE ITS BEGINNING YES ENERGY IS TRANSFORMED ENERGY IS NOT CREATED NOR DESTRUCTED 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  32. ¿ HOW CAN WE DO IT? REDUCING ELECTRICAL HIGH TENSION FIELD OF STRUCTURES. 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  33. NEW TECHNOLOGY • PROTECCIONS‘S NEW TECHNOLOGY, BASE ITS PRINCIPLE OF FUNCTIONING IN A PURELY ELECTRICAL, SIMPLE AND EFFECTIVE PHENOMENON, WE HAVE TO DEIONISE THE AIR IN ORDER TO ELIMINATE THE ELECTRICAL FIELD OF HIGH TENSION IN THE STRUCTURES. 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  34. DEIONISING LIGHTNING ROD CTS 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  35. Nube Q1 PRINCIPLE SCHEMA. Ionosfere Depending on load in Q1, a potential difference appears in land Air acts as a dielectric From a value of load in Q1, there appears the Electrical field of high tension in land. In land an Electrical field appears 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  36. PRINCIPLE SCHEMA Cloud, charges Q1 generator. Charge transfer zone All the zones in land where the storm happens, are in risk of lightning impacts independently of its electrical resistance or geographical situation. 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  37. How does electrical high tension field disappear? Cloud, Q1 big CLOUD/LAND Q 2 little Q3 little From an electrical value, the lightning rod is exposed to a natural potential difference and a certain polarity. The lightning rod (Q 3 small), is connected to land, the current that appears in Q3 escape to land, the effect / reason of the structure deionisation (Q2) and of the environment by effect of natural compensation " charge transfer " 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  38. + + - - CTS TECHNOLOGY THE LIGHTNING ROD CONFIGURATION FACILITATES THE CHARGE TRANSFER OF THE "CTS" SYSTEM 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  39. MATERIALS • ALUMINIUM • METHACRYLATE • ALUMINIUM • NYLON • INOX • ALUMINIUM 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  40. CTS LIGHTNING ROD 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  41. Other managerials advantages: • To optimize the production, the service or the product. • To increase the commercial competitiveness. • To guarantee the communication of the information. • To guarantee the reliability of the computer systems and critical information during the storms. • To improve the safety of the personnel during the labour day. 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  42. QUALITY CERTIFICATE DESIGN, MARKETING, MANAGEMENT, MONTAGE AND ASSEMBLY OF DEIONISING LIGHTNING ROD AND INTELLIGENT LAND’S CATURE. 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  43. INTERNATIONAL TROPHY FOR TECHNOLOGY AND QUALITY 2007INT, A.R. S.L. 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  44. PRESENT IN DIFERENT COUNTRIES • JAPAN AND ASIA, Sankosha's mission is to protect the infrastructure of society, its electric power, telecommunication and railway networks from lightning and other natural disasters http://www.sankosha.co.jp/ 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  45. PRESENT IN DIFERENT COUNTRIES • EUROPA SEMI’S , mission is to protect the infrastructure of society, its electric power, telecommunication and railway networks from lightning and other natural disasters http://www.semisa.org/ 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  46. CONCLUSIONS The prevention, is a responsibility of all, and the need of an effective protection of lightning is evident in many human activities. We are the ones who have to be protected from lightning. We have neither to excite nor attract the brutal exhaust of lightning in any of the cases. 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

  47. ! GUT, GUUTTTT ! NO, NOO GUUTTTT ? THEN 23 Rd APAN 2007 Meeting January 22-26, Manila Philippines.

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