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OUR PRODUCTS AND SERVICES

PDCE warranty

The product warranty has a maximum period of 5 years (1 year of commissioning plus 4 years of justified annual maintenance). If the annual maintenance is not carried out, the guarantee will be canceled.

Guarantee coverage:The guarantee applies to PDCE models manufactured by DINNTECO INTERNATIONAL S.L.

Covered damages:All damages caused in the installation protected by the impact of a direct lightning strike on the PDCE-DDCE 100 Plus resulting from a manufacturing defect of the PRODUCT, up to a maximum value of 6,000,000 euros per equipment and year. Excluded from this coverage are the effects that may appear on the installation and/or product and/or protected area, derived from indirect effects due to externally induced overvoltages. It also covers third-party damages up to a value of 600,000 Euros per victim.

Countries included in the coverage: worldwide, except USA, AUSTRALIA y CANADÁ.

Warranty period: 5 years

Application of the guarantee: It starts from the factory reception of the start-up of the installation and will count the date of installation put in it.

Basic installation protocol

Regulations and Certifications

Product certificate

The product complies with the regulations Rohs.

Product certified as Lightning Protection System by BUREAU VERITAS Certification (Number. ES140752):

Protection against lightning | UNE-EN (IEC 61400-24:2019),The waveforms injected in this test are defined in the standard UNE EN IEC 62305-1:2011). | Parte 1 (General principles), 2 (Risk assessment) y 3 (Physical damage to structures and human risk)

Safety against the risk of lightning | CTE (Technical Building Code): SU8

NBR 5419:2005 | IRAM 2184:2011

NTC 4552:2008 | SANS 10313:2012 | AS/NZS1768/2007

NFPA 780:2011

JIS Z 9290


Marked CE

The PDCE-DDCE equipment complies with the product safety laws according to the requirements of the CE marking and according to the standards that regulate it EN 55011 to EN 55015 and EN 55022. (Homologated to the IEC regulations)

Product Safety | Directive 2014/35/EU
Electromagnetic Compatibility | Directive 2014/30/EU
Equipment Directive | Directive 2014/53/EU

Electromagnetic compatibility(Emissions,Immunity and Disturbances)

It complies with the Electromagnetic Compatibility work limits according to Directive 92/31 / CEE, according to the standard EN 61000-6- (1,2,3,4): 2002, and from EN 61000-4-2 to EN 61000-4-9.


UNE-EN-IEC 61000-6-1: 2019
UNE-EN-IEC 61000-6-2: 2019 UNE-EN-IEC 61000-6-3: 2021
UNE-EN-IEC 61000-6-4: 2019
UNE-EN-IEC 61000-4-2/3/4/5/6/8
UNE-EN 55032:2016+AC:2016-07+A11:2020 +A1:2021 Clase B
UNE-EN 55035:2017 + A11:2020 UNE EN 301 489-1 V2.2.3 (2020-01-01)
Electrical Safety UNE-EN-IEC 62368-1:2020/AC2020-05 (Parcial)

Extreme Climate Tests (Insulation Resistance, Dielectric Strength, Earth Resistance, Leakage Current, and Transient Overvoltages) / Product Performance Tests


PDCE certificate by OTAN

The PDCE-DDCE has been officially cataloged by OTAN in the concept of "Lightning Protection System and electromagnetic shield".

The PDCE-DDCE has been selected as a OTAN Cataloging System (SOC), through which it is intended to ensure that the same article is known within the logistics field of the user nations of the system (currently 28 countries belong to OTAN), for the same and unique denomination and one and the same NATO Catalog Number (NOC), being PDCE-DDCE: NCAGE: SYN37






Product certificate ESO36861

How does it work?

How does it work?


It is a device formed by a conductive receiving element connected to the ground and positively charged and a conductive element of capture connected to the air (separated by an insulator) and negatively charged. When increasing the electric field an effect of attraction of loads takes place, from positive to negative, inducing to raise the positive charges (earth) towards the element of reception.


On the other hand, the increase of the electric field above the pick-up element induces to deposit negative charge (cloud) on it. At that moment, a difference of variable potential occurs as a function of the speed of increase of the electric field between both elements, an instantaneous leakage of current to earth appears (in the order of between 50 mA to 1.8 A approximately) , consequence of the electric field compensation generated continuously and sequentially inside the PDCE-DDCE.


This process is regulated by an expansion and compression valve that will be responsible for the phases of current flow and / or the absorption of external induced surges. The valve expands when there is a current leak and expels the overpressure generated in the process. Once the PDCE-DDCE has completed the field compensation temporarily, the valve compresses and stops acting.




What is the PDCE-DDCE?


What is the PDCE-DDCE?

The PDCE-DDCE is a Protection System against Atmospheric Discharge and Electromagnetic Protector that prevents the impact of lightning on the structure that protects. The PDCE-DDCE is a lightning inhibiting system that derives the time electrostatic currents to ground, whose principle of operation is based on balancing or compensating the variable electric field existing in its environment, avoiding the generation of the ascending tracer in the PDCE-DDCE and in the structure that protects, depending on its coverage radius.

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