Strike Pad ARK Make by DFMHUB Used in Structural Lightning Protection System

A Strike Pad is a critical protective component installed at the base of lightning down conductors or at high-risk impact zones of a structure. Its primary role is to absorb, distribute, and safely dissipate lightning strike energy, preventing direct damage to masonry, concrete, waterproofing layers, and architectural finishes.

The Strike Pad ARK Make by DFMHUB is specifically engineered for structural lightning protection systems used across India, where high lightning density, variable soil resistivity, monsoon-driven moisture ingress, and diverse construction practices demand robust, code-compliant solutions.

This page provides an engineering-led, standards-focused explanation of Strike Pads — covering design methodology, materials, testing, Indian use cases, and compliance — written for consultants, EPC contractors, electrical engineers, and infrastructure decision-makers.

Why Strike Pads Are Essential in Indian Lightning Protection Designs

India records one of the highest lightning strike densities globally, particularly in regions such as:

• Maharashtra (Mumbai, Pune, Nagpur)

• Telangana & Andhra Pradesh

• Odisha & West Bengal

• Karnataka & Kerala

• NCR (Delhi, Noida, Gurugram)

In these conditions, lightning energy traveling through a down conductor can:

• Cause concrete spalling

• Crack masonry and plinth protection

• Damage waterproofing membranes

• Create dangerous step and touch potentials near ground level

A properly designed Strike Pad mitigates these risks by acting as a mechanical and thermal buffer at the most vulnerable interface between conductor and structure.

Designed & Manufactured for Indian Conditions

Strike Pad ARK Make by DFMHUB is not a generic imported accessory. It is designed, engineered, and manufactured in India, considering:

• High ambient temperatures (45–50°C surface exposure)

• Heavy monsoon rainfall and water stagnation

• UV exposure on external walls

• Mixed construction materials (RCC, AAC blocks, stone cladding)

• Variable earthing resistance across Indian soil types

This ensures long-term reliability and lifecycle safety, even in aggressive environments.

Component-Wise Breakdown of Strike Pad ARK Make

Engineering Design Methodology

Step-by-Step Functional Design Logic

1. Strike Interception Zone Identification
   Installed at locations where lightning current density peaks — typically near ground termination points.

2. Energy Dispersion Principle
   The Strike Pad spreads the current over a larger surface area, reducing localized thermal stress.

3. Mechanical Isolation
   Prevents direct conductor-to-concrete contact during high impulse events.

4. Continuity Assurance
   Maintains uninterrupted electrical path between down conductor and earthing system.

5. Durability Engineering
   Designed to survive repeated surge events without deformation or loosening.

Electrical Performance Characteristics

Compliance with International & Indian Standards

Standards & Compliance Table

Typical Installation Locations

• Base of down conductors at plinth level

• External façade near ground termination

• Industrial structures with exposed conductors

• Rooftop-to-wall transition zones

• High-rise building periphery

Installation Methodology (Consultant-Friendly)

1. Verify down conductor routing and earthing layout

2. Fix Strike Pad securely on prepared surface

3. Ensure firm mechanical anchoring

4. Connect down conductor with approved clamps

5. Verify electrical continuity

6. Record installation as part of LPS documentation

Industry-Wise Applications in India

Commercial Buildings

• IT Parks in Bengaluru & Hyderabad

• Corporate offices in Mumbai & NCR

Infrastructure & Utilities

• Airports, metro stations, rail terminals

• Power substations and control rooms

Industrial Facilities

• Refineries, chemical plants, manufacturing units

• Warehouses and logistics hubs

Residential & High-Rise

• Luxury towers and gated communities

• Hospitals and educational campuses

Manufacturer vs Trader: Why It Matters

Testing, Quality Control & Documentation

Each Strike Pad ARK Make by DFMHUB undergoes:

• Material verification

• Dimensional accuracy checks

• Mechanical strength testing

• Visual and finish inspection

Documentation Provided:

• Product datasheet

• Compliance declaration

• Installation guidelines

• Test reports (on request)

Services & Technical Support

• Lightning risk assessment support

• BOQ & tender assistance

• Consultant submittals

• Site installation guidance

• After-sales technical support

📞 Request a technical consultation with DFMHUB engineers

Frequently Asked Questions (FAQs)

1. What is the main function of a strike pad?

To absorb and distribute lightning current safely, preventing structural damage.

2. Is a strike pad mandatory under IEC 62305?

It is recommended wherever down conductors interface with structures.

3. Can it be used with copper bonded or GI conductors?

Yes, ARK Make Strike Pads are compatible with standard conductors.

4. Is it suitable for coastal or high-corrosion areas?

Yes, material options are available for aggressive environments.

5. Where is it installed in a building?

Typically at the base of down conductors near ground level.

6. Does it reduce step and touch potential?

Yes, by controlling current dispersion.

7. Is it custom-manufacturable?

Yes, sizes and configurations can be customized.

8. Is documentation provided for consultants?

Complete technical and compliance documentation is available.

9. Is it suitable for retrofitting?

Yes, it can be installed in existing LPS systems