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General| Product | System 3000 |
|---|---|
| Category | Protection Device |
| Nominal Discharge Current (In) | 20 kA |
| Maximum Discharge Current (Imax) | 40 kA |
| Voltage Protection Level (Up) | 1.5 kV |
| Response Time | < 25 ns |
| Protection Modes | L-N, L-PE, N-PE |
| Mounting | DIN Rail |
| Operating Temperature | -40°C to +80°C |
| Remote Indication Contact | Yes |
| Housing Material | Thermoplastic |
| Material | Thermoplastic |
| Brand | nVent |
| Standards | IEC 61643-11 |
Explains the Collection Volume Method (CVM) and its basis.
Key warnings on product usage, design, and installation compliance.
Emphasizes site safety, regulations, and necessary personal protective equipment.
Guides thorough inspection of terminals, downconductors, and kits.
Outlines the step-by-step process for installing the lightning protection system.
Covers soil resistivity, relevant standards, and site conditions.
Illustrates different grounding configurations for conductors.
Details installation of inspection wells and protecting connections.
Use of ground enhancement material and system insulation/bonding.
Connecting downconductors and system labelling requirements.
Guidance on safely transporting and handling the Ericore cable drum.
Rules for downconductor path selection and penetration requirements.
Methods and products for mechanically and electrically securing the downconductor.
Explains the mandatory use of the braid for electrostatic bonding.
Specifies locations and importance of vital warning labels.
Details the air terminal and selection of appropriate finial tips.
Requirements for mast height, material, and secure attachment.
Wind load considerations and types of masts (cantilevered, freestanding).
Covers mast connections, guying points, bases, and installation.
Critical safety checks and procedures for lifting and securing the mast.
Guidelines for mounting the LECV for accurate strike registration.
System design requirements for facilities with explosive atmospheres.
Discusses using conventional cable and its connection methods.
Describes combining Ericore with conventional cable or system designs.
Addresses lightning strike probability and protection for tall structures and substations.
Measures for long runs, voltage buildup, and installation examples.
Guidelines for proposed lengths and extending Ericore cable with splicing.
Explains the critical function and assembly of the lower termination.
Details the upper termination for connecting the downconductor to the terminal.
Outlines routine checks, inspection points, and maintenance frequency.
Steps to measure system integrity and performance after a lightning strike.
Overview of EST4620, EST4630, and EST6472 measurement devices.
Procedures for accurate ground resistance measurement and interpretation.
Details for Dynasphere terminal, Ericore cable, FRP and aluminum masts.
Specs for inline coupling, LECV, lug coupling, and guy kits.
Details for Ericore downconductor saddles and steel cable ties.
Definitions for terms related to securing, bonding, and system components.
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