Advanced ESE lightning conductor for 188m protection radius

Product Description

SPECIFICATIONS OF LAP-PEX220 ADVANCED ESE PIEZOELECTRIC TYPE

LIGHTNING PROTECTION SYSTEM

 Complete Lightning Protection System consists of following: 

1. Piezoelectric Type ESE Early Streamer Emission Air Terminal
2. Elevation Shaft / mast for raising Air terminal minimum 2m above the top of the structure to be protected. Ideally lightning air terminal should be installed at 4m height above the structure to be protected so that complete protection radius capacity of air terminal can be utilized.
3. Down conductor
4. Lightning counter
5. Earthing

 LAP-PEX220 ADVANCED ESE PIEZOELECTRIC TYPE AIR TERMINAL / LIGHTNING CONDUCTOR 

1. Stainless steel material body, 1500mm long and 15 Kg nett weight with pointed tip.

2. Based on Active Early Streamer Emission principle and consists of Ion Generator.

3. High early streamer warning time of 136 micro sec.

4. Provides protection radius of 188m in Level IV area / 176in Level III area/ 164m in Level II area/ 155m in Level I at 4m height as per latest NFC 17-102 2011 standard.    

5. METU Electrical & Electronics test report as per NFC 17-102 standard.

7. In each lightning conductor Serial number, model no., CE mark, hologram & OEM name is printed.

8. Every lightning conductor carries 30 years warranty.

9. Internal last inspection report of manufacturer will be provided with every serial numbered lightning arrester, if

    required.

10. Sigma test report

11. Temperature withstand test of -40 degree C to +125ºC. degree C

12. QA technic conformity certificate

13. TS EN ISO 9001:2008 certificate

14. BS EN ISO 14001:2004 certificate

15. Certificate of registration from World Intellectual Property Organisation

16. CE certification

17. Testable by means of external tester.

18. Designed as per NFC17-102 standard.

17. Suitable for all types of lightning discharges.

19. Suitable for all whether and climatic conditions and can be used in any terrain.

20. No use of battery or power source is required.

Elevation Rod: The Advance lightning conductor height may be increased by means of an elevation rod of GI/  SS/ FRP with GI/Aluminium.

The lightning conductor tip should be at least 2 meters higher than the highest point of the building that it protects, including antenna, cooling towers, roofs, tanks, etc.

The Down conductor is attached to the Advance Lightning conductor by a connecting system located on the support rod. This connecting system consists of suitable mechanical devices providing long-lasting contact. The Down conductor should comply with the data as below: 

 When Advance lightning conductors protect open areas such as playing fields, golf courses, swimming pools, camping sites, etc., they should be installed on specific supports such as lightning poles, pylons or any other nearby structures which enables in Advance lightning conductor to cover the maximum area to be protected.