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INGESCO CATALOGUE-EN
INGESCO CATALOGUE-EN
INGESCO has been a leader in lightning protection solutions since 1973, providing comprehensive services from research and development to installation and certification. The company exports to over 60 countries, offering tailored solutions, training, and innovative products.
The document outlines standards for lightning protection systems, including UNE 21186:2011, NF C 17-102:2011, and NP 4426:2013, which guide the design and implementation of effective lightning protection systems.
INGESCO provides an online tool for calculating risk and determining protection measures. The protection radius for Early Streamer Emission (ESE) lightning rods is calculated based on standards, with parameters like ΔT and height influencing the radius.
Various methods are discussed, including the rolling sphere method and mesh method, used depending on the structure's height and shape. Guidelines for using these methods effectively are provided.
Down conductors are crucial for directing lightning currents safely to the ground. The document specifies materials and installation practices according to IEC 62561-2, emphasizing proper grounding and conductor placement.
The PDC series of lightning rods are non-expendable, require no maintenance, and are made of durable materials like stainless steel. They are tested and certified to meet international standards, ensuring high levels of protection.
The document provides detailed specifications for various models of INGESCO lightning rods, including protection radii at different heights and levels of protection, crucial for selecting the appropriate model for specific applications.
The INGESCO® PDC.E meets several standards, including CTE SUA 8, IEC 62305, NP 4426:2013, UNE 21186:2011, and NFC 17-102:2011. It has undergone evaluation tests in the LABELEC High Voltage Laboratory, including mechanical tests and current support certification by IEC 62561-1. The product is certified by Bureau Veritas and tested by UL.
Detailed coverage radius data for different models of the INGESCO® PDC.E lightning rod is provided, based on protection levels and heights, as per UNE 21186:2011, NFC 17-102:2011, and NP 4426:2013 standards.
This portable device tests electronic lightning rods via ohmic contact, specifically designed for INGESCO electronic ESE arresters. Specifications include a temperature range of -10°C to 40°C and a power consumption of 30mA.
Details on various models of lightning rods, including simple and multiple rods made of copper, stainless steel, and aluminum, are provided, with specifications such as dimensions, materials, and weights.
Accessories for installing the capture system include adapter parts, masts, and anchoring systems, made from materials like brass, copper, galvanized iron, and stainless steel.
Different types of masts, including stainless steel and hot-dip galvanized steel masts, are described, with specifications on dimensions and weight. Anchors and supports for masts are also covered.
Base plate supports designed for horizontal surfaces, suitable for masts up to 6 meters in length, are listed, available in hot-dip galvanized (HDG) and stainless steel (Inox) materials.
Various types of conductors, including copper braided cables and round steel conductors, are detailed, emphasizing their use in building capture meshes and grounding systems.
A range of clamps and connectors for fastening and connecting conductors is described, highlighting their compatibility with different conductor sizes and their role in ensuring secure connections in lightning protection systems.
Protection tubes for conductors, made from galvanized steel and PVC, provide mechanical protection for down conductors, with specifications such as length, diameter, and weight included.
Information on spark gap protectors, essential for preventing dangerous sparks between metal masses, is included, with specifications for spark gap protectors with flat and round conductor connection sleeves.
The components and systems described comply with various international standards, including IEC 62305, UNE 21.186, NFC 17-102, and IEC 62561, ensuring the reliability and safety of the lightning protection systems.
The importance of grounding systems in electrical installations, particularly using aluminothermic welding techniques, is emphasized, outlining the types of connections available and their specifications.
Various accessories, including support tweezers, wire brushes, mold scrapers, and ignition guns, are mentioned, essential for handling molds, cleaning cables, and igniting ignition powder safely.
Control systems for lightning protection, including lightning counters like CDR UNIVERSAL, CDR-11, and CDR-HS, are described, designed to detect and record lightning strikes.
Surge protection measures are discussed, highlighting the importance of protecting electrical systems from voltage surges caused by lightning strikes and other sources, outlining protection zones (LPZ) and the installation of surge protectors.
Surge protection devices must adhere to several standards, including UNE EN 61643-11:2013 for low voltage devices and the IEC 62305 series for lightning protection, covering general principles, risk management, physical damage, and protection of electrical systems.
Surge categories determine the voltage shock wave equipment can withstand and the maximum residual voltage (Up) for surge protectors, aiming to mitigate surge effects on equipment by reducing peaks to permissible levels according to IEC 60664-1.
Surge protectors are installed between an active conductor and ground, with selection criteria including nominal line voltage, number of phases, network type, equipment category, and exposure level to surges (Imax).
SPDs are available for various configurations, including single-phase and three-phase lines, with key parameters such as rated voltage, maximum working voltage, peak lightning current, nominal discharge current, maximum discharge current, protection level, and response time.
Standards like UNE-EN IEC 62793:2019 define warning systems to minimize risks, including local detectors, electromagnetic sensors, and lightning location networks. The PREVISTORM® system uses electric field monitoring to provide early warnings.
Different types of welding moulds for 'T', parallel, and 'X' connections involving cables, rods, and tapes are listed, specified by the type of connection and the sizes of the cables or rods they accommodate.
Anti-corrosion tapes and cold galvanizing spray are mentioned, used to protect installations from environmental damage.
Ingesco is highlighted as a company with a strong reputation in lightning protection, offering products that are field-tested and certified, and providing online risk calculation software for preventive protection projects.
Catalog excerpts
Joining sky and ground PROTECTING YOU FOR OVER 50 YEARS
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Since 1973, INGESCO has been a specialist in solutions for the prevention and protection against lightning. Reference We are the leading company in the design, manufacture and control systems for the prevention and protection against lightning. International vocation We export to over 60 countries worldwide. Our comprehensive and analytical view has made us one of the most advanced companies in the sector worldwide. Comprehensive and transversal We offer a comprehensive and transversal service. We cover all stages, from research and development to installation and certification. Tailored Solutions...
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TABLE OF CONTENTS EXTERNAL LIGHTNING PROTECTION GROUNDING SYSTEMS CONTROL SYSTEMS SURGE PROTECTION THUNDERSTORM WARNING SYSTEMS
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INGESCO® PDC ESE 13 LIGHTNING RODS
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EXTERNAL LIGHTNING PROTECTION | INTRODUCTION | EXTERNAL LIGHTNING PROTECTION | INTRODUCTION | INTRODUCTION: PDC (ESE) LIGHTNING RODS standards h Rp(h=5) a) If 2m≤ h ≤ 5m: Rp= * 5 Implementing rules for an effective person and property protection system: · UNE 21186:2011: Lightning protection - Lightning rods with priming device. · NF C 17-102:2011: Early streamer emission lightning protection systems. · NP 4426:2013: Lightning protection - systems with non-radioactive ionization device. In addition to these, there may be legislation or rules of each country that must be taken into account....
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EXTERNAL LIGHTNING PROTECTION | INTRODUCTION | EXTERNAL LIGHTNING PROTECTION | INTRODUCTION | INTRODUCTION: CONVENTIONAL LIGHTNING RODS - CAPTURE MESHES standards In order to design an effective lightning protection system with Franklin rods or capturing meshes, the following rules shall apply: · IEC 62305 Lightning protection (Parts 1, 2, 3 y 4). · UNE - EN 62305 Protection against lightning (Parts 1, 2, 3 y 4). · NFPA 780 Standard for the installation of lightning protection systems. In addition to these rules, legislation in each country must be taken into account. Fig. 7 – Protection volume...
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EXTERNAL LIGHTNING PROTECTION | INTRODUCTION | EXTERNAL LIGHTNING PROTECTION | INTRODUCTION | DOWN CONDUCTORS ESE down conductors Conventional LPS down conductors The down conductors are intended to conduct lightning current from the collection devices to the grounding. In order to reduce the likelihood of damage due to lightning currents circulating in the LPS, down conductors must be arranged so that from the point of impact grounding is: Protection Level Distance between conductors Table 6 – Distance between down conductors IEC 62305-3. It is also advisable to place the down conductors...
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EXTERNAL LIGHTNING PROTECTION | INGESCO PDC LIGHTNING ROD | INGESCO® PDC (ESE) LIGHTNING RODS Non-expendable 10 year warranty Natural field trials UL test Max. current 200kA No maintenance Stainless steel 316 L UNE 21186:2011 NFC 17-102:2011NP 4426:2013 ► technical specifications Lightning rod with non-electronic streaming. Suitable for external lightning protection of all types of structures and open areas. ■ Level of protection rated as very high. ■ Electrical continuity guaranteed ■ Retains all its initial properties after each discharge so does not require specific maintenance. ■ No batteries...
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EXTERNAL LIGHTNING PROTECTION | INGESCO® PDC LIGHTNING ROD | Coverage radius (m) INGESCO® PDC 3.1 according to protection level and height (UNE 21186:2011, NFC 17-102:2011 and NP 4426:2013) Coverage radius (m) INGESCO® PDC 6.3 according to protection level and height (UNE 21186:2011, NFC 17-102:2011 and NP 4426:2013) LEVEL II LEVEL III LEVEL IV ∆t : 15µs r: Radius of the rolling sphere L-I : r = 20 m L-II : r = 30 m L-III : r = 45 m L-IV : r = 60 m LEVEL II LEVEL III LEVEL IV ∆t : 54µs r: Radius of the rolling sphere L-I : r = 20 m L-II : r = 30 m L-III : r = 45 m L-IV : r = 60 m Coverage radius...
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INGESCO® PDC.E LIGHTNING ROD EXTERNAL LIGHTNING PROTECTION | INGESCO PDC.E LIGHTNING ROD | 5 year warranty Natural field trials UL Test Testable ► technical specifications Lightning rod with ELECTRONIC streaming. Suitable for external lightning protection of all types of structures and open areas. ■ Level of protection rated as very high. ■ 100% effective in discharge. Maximum durability. ■ Requires no external power source. ■ Guaranteed operation after lightning strike and in any weather condition. ■ Made of AISI 316L stainless steel. ■ Authentication system using QR code. ■ Laser recording...
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EXTERNAL LIGHTNING PROTECTION | INGESCO PDC.E LIGHTNING ROD | EXTERNAL LIGHTNING PROTECTION | INGESCO* PDC.E LIGHTNING ROD | 20 INGESCO* PDC.E 15 LIGHTNING ROD INGESCO* PDC.E 60 LIGHTNING ROD ► Coverage radius (m) INGESCO* PDC.E 15 according to protection level and height (UNE 21186:2011, NFC 17-102:2011 and NP 4426:2013) LEVEL I LEVEL II LEVEL III LEVEL IV y Coverage radius (m) INGESCO* PDC.E 60 according to protection level and height (UNE 21186:2011, NFC 17-102:2011 and NP 4426:2013) h (m) LEVEL I LEVEL II LEVEL III LEVEL IV r: Radius of the rolling sphere r: Radius of the rolling sphere INGESCO®...
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EXTERNAL LIGHTNING PROTECTION | LIGHTNING RODS | Simple rods Multiple rods IEC 62305-3 IEC 62561-1 UL Test LIGHTNING RODS Termination rods suitable for external lightning protection. It can be used as single sensor element or part of protection, complementing the protection conductive mesh (Faraday cages). Made of AISI 316L stainless steel or copper. Tested by UL test report number: 4789563988.1. Please consult for other materials or dimensions. SIMPLE RODS ► ALUMINIUM simple lightning rods SIMPLE RODS ► COPPER simple lightning rods Model Ref. Material L (mm) D1 (mm) M1 (mm) Weight (g) MULTIPLE...
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EXTERNAL LIGHTNING PROTECTION | LIGHTNING RODS | SPECIAL LIGHTNING RODS For application in electrical substations and others. ► COPPER lightning rods with COPPER-PLATED STEEL horizontal support CAPTURE SYSTEM ACCESSORIES 24 Adaptor partsMastsFastening NF C 17-102 IEC 62305 IEC 62561 Accessories for installing the capture system. Adaptor parts, masts and anchoring systems. Adjustment parts for lightning rods made by INGESCO (simple tips, multiple and ESE) of 016mm or 20mm. It facilitates the connection of the lightning rod to the conductive network. Masts for fastening and support for termination...
Open the catalog to page 13- Electrical cable
- INGESCO electrical power supply connector
- INGESCO metal connector
- INGESCO surge arrester
- Clamping device
- Screw-in connector
- Terminal box
- Industrial connector
- INGESCO rectangular connector
- DIN rail lightning arrester
- Portable tester
- Flexible cable
- Class II surge protector
- Wall-mounted splice box
- Solderless terminal
- Flexible electrical cable
- Digital tester
- Cable connector
- Industrial cable