Kim thu sét chủ động hiện đại phát xạ sớm Ingesco PDC-E15, PDC.15, PDC15, 102004, phân phối nhập khẩu kim thu sét Ingesco PDC

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Kim thu sét chủ động chịu được cường độ dòng sét cực đại lên đến 200KA (dòng sét xảy ra ở VN đo được tối thiểu trên 01 lần sét đánh là 90KA) , bán kính bảo vệ 75m 

LEVEL OF PROTECTION

Protection radii calculated according to: Norm UNE 21.186:2011 & NFC 17.102:2011 (These radii of protection have been calculated according to a height difference of 20 m between the tip of the lightning rod and the considered horizontal plane).

INGESCO PDC.E LIGHTNING ROD mod.	PDC.E 15	PDC.E 30	PDC.E 45	PDC.E 60
Reference	102004	102005	102006	102007
Δt	15 µs	30 µs	45 µs	60 µs
LEVEL I	35 m	50 m	65 m	80 m
LEVEL II	43 m	59 m	74 m	89 m
LEVEL III	54 m	70 m	86 m	102 m
LEVEL IV	63 m	81 m	97 m	113 m

CERTIFICATIONS

INGESCO® PDC.E, fits the requirements contained in norms:

• NP4426:2013
• IEC 62.305
• UNE 21.186:2011
• IEC 62.561/1
• NFC 17.102:2011
• IEC 62.561/3
• Evaluation test of the upward leader initiation time emitted by the lightning rods with ESE system (Annex C UNE 21.186:2011 and NFC 17.102:2011), at the LABELEC High Voltage Laboratory.
• Mechanical test (traction and flexion until breakage).
• Product certificate issued by the Bureau Veritas Certification entity.
• Lightning protection test components according IEC 62.561/1, in the LABELEC High Voltage Laboratory.
• Certificate of insulation in rainy conditions issued by the LABELEC High Voltage Laboratory.

                        

INSTALLATION

The capture terminal of INGESCO® PDC.E should follow the prescriptions of the norms UNE 21.186:2011, NFC17-102:2011, NP4426:2013 y IEC62.305, and should take into account the following:

• The point of the lightning rod should be situated, at least 2 m. above the highest building to be protected.
• For its installation on a mast, the corresponding head-mast adapter is needed for the lightning rod.
• The cabling of the covers should be protected against surges and connect to ground the metallic structures present within the safety zone.
• The lightning rod should be connected to a grounding point by way of two or various conducting cables which will go down, whenever possible, the exterior of the construction with the shortest and straight possible trajectory.
• The hearth termination systems, whose resistance are not surpass 10 ohms, should guarantee the most rapid possible dispersion of the lightning current discharge.

TECHNICAL DATA