Lightning Protection System Manufacturer in Pune, India – ARK Make by DFMHUB

ARK Make by DFMHUB is a Lightning Protection System manufacturer in Pune, India, delivering engineering-driven lightning arresters and complete external lightning protection systems designed for Pune’s monsoon climate, high lightning density, and high-resistivity basalt soil conditions. Industrial zones, IT parks, data centers, and high-rise developments across Pune face increasing lightning-related risks that demand IS 2309:2019 and IEC 62305 compliant lightning protection solutions. ARK Make systems are designed, manufactured, and engineered in India, ensuring long-term electrical safety, asset protection, and regulatory compliance for Pune-based industrial and infrastructure projects.

Lightning Protection System Manufacturer in Pune.

As a leading Lightning Protection System manufacturer in Pune, ARK Make by DFMHUB addresses region-specific challenges such as:

High lightning ground flash density during monsoon
Rocky Deccan basalt soil with unstable resistivity
Dense industrial, IT, and residential infrastructure
Stringent compliance requirements under Indian codes

Our lightning protection systems are engineered to safely capture, conduct, and dissipate lightning energy without causing thermal, electrical, or structural damage.

Complete Lightning Protection System for Pune Projects

ARK Make provides a complete lightning protection system for Pune-based applications, covering:

External Lightning Protection System

Designed to intercept direct lightning strikes using engineered air terminals or ESE lightning arresters based on IS and IEC risk assessment methods.

Down Conductor Network

Low-impedance copper or GI conductors routed to minimize bends and side-flashing risks, suitable for industrial and high-rise buildings in Pune.

Earthing System for Pune Soil Conditions

Specially designed earthing systems using copper-bonded electrodes and earth enhancement compounds to achieve stable earth resistance in high-resistivity soil.

Component-Wise Breakdown – ARK Make Lightning Protection System

1. Air Termination Systems

Type	Technology	Best For	Coverage
ESE Air Terminals	Early Streamer Emission	Large open areas, solar parks	Up to 107m radius (LPL I)
Conventional Rods	Passive Franklin Rod	Buildings, industrial structures	Rolling sphere/mesh method
Mesh Systems	Conductor grid network	Flat roofs, warehouses	Complete surface protection

Standards Met: IEC 62305-3, NFC 17-102, IS 2309

2. Down Conductor Systems

The critical link between interception and dissipation.

Product	Material	Application	Compliance
8mm Aluminum Round Conductor	High-purity Al	Standard buildings, solar installations	IEC 62561
10mm Aluminum Round Conductor	High-purity Al	High-current applications, industrial	IEC 62561
Strip Conductors	Electrolytic Cu and AL	Corrosive environments, high conductivity needs	IEC 62561

Key Specifications:

Electrical Resistivity: Tested per IEC 62561
Tensile Strength: Certified for mechanical stress
Corrosion Resistance: Designed for 25+ year service life

3. Conductor Fixing & Mounting Systems

Secure installation. Zero compromise.

Component	Material	Application	Price
Parapet Holder Clamps	Polyamide PA6 / SS	Terrace edges, parapet walls	on request
Metal Roof Conductor Holders	Stainless Steel	Industrial metal roofing	on request
Standing Seam Roof Clamps	SS 304	Standing seam metal roofs	On request
Flat Roof Holders (Concrete)	PA6 + Concrete	RCC flat roofs	On request
Rod Holder Clamps	SS	Wall-mounted conductors	On request
Strip Holder Clamps	SS	Copper strip fixing	On request

4. Bonding & Connection Systems

Electrical continuity is non-negotiable.

Component	Function	Material Options
Cross Connector Clamps	T and cross connections	Cu / Al / SS
Vario Quick Connectors	Rapid parallel/T connections	SS
Diagonal Clamps	Angular connections	SS
Rebar Bonding Clamps	Concrete reinforcement bonding	SS
Test Joints	Inspection & resistance testing	Cu / Al

All connectors tested for:

100kA impulse current withstand
Contact resistance < 1mΩ
Mechanical pull-out strength
Salt spray analysis/ Environment Test

5. Earthing Systems

Where the current meets the earth.

Product	Specification	Application
Copper Bonded Rods	250μm Cu coating, 14.2mm dia	Standard earthing
Earth Enhancement Compound	Low resistivity backfill	High-resistivity soil
Inspection Pits	HDPE/Concrete	Maintenance access
Earth Bars	Copper	Equipotential bonding

DESIGN METHODOLOGY –Engineering-First Approach — Not Guesswork

Our IEC 62305 Risk Assessment Process considered for ARK-Make External Lightning Protection system products

Step 1: Site Data Collection

Structure dimensions & materials
Lightning flash density (Ng) for location
Soil resistivity measurement
Occupancy type & loss categories

Step 2: Risk Calculation (IEC 62305-2)

R1: Risk of loss of human life
R2: Risk of loss of service to public
R3: Risk of loss of cultural heritage
R4: Risk of loss of economic value

Step 3: Protection Level Determination

LPL I (highest): R > 10⁻⁵
LPL II: 10⁻⁵ > R > 10⁻⁶
LPL III: 10⁻⁶ > R > 10⁻⁷
LPL IV: R < 10⁻⁷

Step 4: Design Method Selection

Rolling Sphere Method (RSM)
Protection Angle Method
Mesh Method
Or combination based on structure

Step 5: Deliverables

✓ Risk Assessment Report ✓ Protection Level Recommendation ✓ Layout Drawings (Air termination, Down conductors, Earthing) ✓ Bill of Quantities ✓ Installation Guidelines ✓ Compliance Certificate Template

STANDARDS & COMPLIANCE

Built to International and Indian Standards — No Compromises

Standard	Scope	ARK Make Compliance
IEC 62305-1	General principles	✓ Full
IEC 62305-2	Risk management	✓ Full
IEC 62305-3	Physical damage protection	✓ Full
IEC 62305-4	Electrical & electronic systems	✓ Full
IEC 62561	LPS components	✓ Full
IS 2309	Indian Standard for LPS	✓ Full
NFC 17-102	ESE standard (where specified)	✓ Available

Documentation Provided:

Material Test Certificates
Type Test Reports
Compliance Declarations
Installation & Maintenance Manuals
Warranty Certificates

Usage & Applications of Lightning Protection System in Pune, Maharashtra

In Pune, frequent monsoon thunderstorms, high lightning density, and rocky basalt soil with high resistivity increase the risk of lightning-induced damage to buildings, equipment, and human life. A Lightning Protection System (LPS) is used to safely intercept lightning strikes, conduct the current through a controlled path, and dissipate it into the earth without causing fire, electrical failure, or structural damage.

Key applications in Pune include:

Industrial & Manufacturing Facilities
Automotive, engineering, and process industries in Chakan, Talegaon, and Ranjangaon use lightning protection to safeguard machinery, control panels, and uninterrupted production.
IT Parks & Data Centers
Lightning protection systems are critical in Hinjewadi, Baner, and Magarpatta to prevent downtime, data loss, and surge-related failures.
High-Rise Residential & Commercial Buildings
Protects occupants, elevators, fire alarm systems, and rooftop equipment from direct and indirect lightning effects.
Hospitals & Educational Campuses
Ensures life-safety systems and sensitive medical or laboratory equipment remain operational during storms.
Solar & Renewable Energy Installations
Essential for rooftop and ground-mounted solar plants to protect PV modules, inverters, and monitoring systems from lightning and surges.

WHY CHOOSE ARK MAKE BY DFMHUB

The Manufacturer Difference

Factor	Trading Companies	ARK Make by DFMHUB
Product Source	Multiple vendors, mixed quality	Single-source manufacturing
Design Capability	Limited/outsourced	In-house IEC 62305 experts
Quality Control	Inconsistent	Raw material → Finished product traceability
Customization	Minimal	Full custom engineering
Technical Support	Sales-focused	Engineering-focused
Pricing	Trading margins added	Direct manufacturer pricing
After-Sales	Limited accountability	Long-term partnership

Our Commitments:

✓ Engineering-Led, Not Sales-Led Every inquiry is reviewed by our technical team. We design systems, not push products.✓ Made for India Soil resistivity ranges from 10 to 10,000 Ω-m across India. Monsoons, coastal salinity, extreme temperatures. ARK Make systems are designed for these conditions.✓ Complete System Responsibility Air terminal to earth electrode — one manufacturer, one warranty, one point of contact.✓ Transparent Documentation Every component comes with test certificates. Every design comes with calculation backup.✓ Installation Support Detailed installation guidelines. On-site technical support available for complex projects.

TECHNICAL SUPPORT & SERVICES

Beyond Products — Complete Project Support

Design Services of Lightning Protection System

Lightning Risk Assessment (IEC 62305-2)
System Design & Layout Drawings
Bill of Quantities & Specifications
Third-party design review

Supply of External Lightning Protection System

Pan-India delivery network
Export packaging available
Bulk order pricing
JIT delivery for projects

Installation Support

Installation methodology documents
On-site technical supervision (on request)
Contractor training programs
Quality audit checklists

Post-Installation

Testing & commissioning guidelines
Annual inspection protocols
Maintenance schedules
Replacement parts supply

For More Information – Talk to Our Technical Team

Get Started -Request Technical Consultation & Quotation

Whether you need a complete lightning protection system design or specific components for your project, our engineering team is ready to help.

For Project Enquiries:

Tell us about your project:

Project type (Solar/Industrial/Commercial/Infrastructure)
Location
Structure details (area, height, material)
Existing drawings (if available)
Timeline

Submit Project Enquiry Form

Quality Control, Testing & Manufacturing Process

DFMHUB follows strict manufacturing quality controls including raw material traceability, dimensional checks, conductivity verification, and corrosion resistance evaluation.Products are supplied with technical datasheets and installation guidelines.

Why Choose ARK Make by DFMHUB?

Manufacturer-led engineering expertise
IEC and IS compliant designs
Proven experience in real-world installations
Long-term technical support and documentation
Systems designed for Indian soil and climate conditions

Frequently Asked Questions

In Pune, intense monsoon thunderstorms combined with high lightning density increase the risk of direct strikes and induced surges. Additionally, Pune’s rocky basalt soil often has high resistivity, making improper earthing ineffective. A properly engineered lightning protection system (LPS) safely intercepts, conducts, and dissipates lightning energy, preventing fire hazards, equipment damage, and life-safety risks while ensuring compliance with Indian standards.

Lightning protection is mandated or strongly recommended under NBC 2016, IS 2309:2019, and project-specific authority or consultant requirements—especially for tall structures, hazardous industries, data centers, and high-occupancy buildings. Many EPC contracts and insurance policies in Pune require documented compliance with these standards, making LPS a practical necessity rather than an optional add-on.

The suitable system—conventional air terminals or ESE (Early Streamer Emission)—depends on a formal risk assessment as per IS 2309 / IEC 62305. Factors include structure height, footprint, occupancy, and local lightning density. In Pune, designs must also account for soil resistivity and separation distances to prevent side-flashing, ensuring safe current dissipation.

Pune’s Deccan basalt soil often exhibits high and variable resistivity, especially during dry seasons. This requires engineered earthing solutions such as deep-driven electrodes, multiple parallel earth pits, conductive backfill compounds, and optimized spacing. The goal is to achieve stable, low earth resistance year-round, critical for effective lightning current dissipation.

Typically, projects target ≤1–2 ohms, though the exact value depends on risk level, structure type, and applicable standards. For mission-critical facilities like data centers or hospitals, lower resistance may be specified. Achievability in Pune depends on soil conditions and the use of engineered earthing materials and layouts.

Yes. Lightning protection systems can be retrofitted to existing industrial, commercial, and residential buildings. Designs are adapted to minimize structural alterations while ensuring compliance with standards. Retrofit solutions include external air terminals, surface-mounted down conductors, and upgraded earthing systems suited to site constraints.

External LPS protects against direct strikes, but sensitive electronics require coordinated Surge Protection Devices (SPDs). In Pune’s IT parks and industrial facilities, SPDs (Type 1, 2, and 3) are integrated with the lightning protection and earthing system to protect panels, servers, PLCs, and communication networks from transient overvoltages

Standards recommend inspection at least once a year and after any major lightning event. In Pune’s monsoon-prone climate, regular checks of air terminals, down conductors, joints, and earth resistance ensure ongoing effectiveness and compliance with safety audits and insurance requirements.

Yes. Rooftop and ground-mounted solar installations are highly exposed to lightning. MNRE guidelines and good engineering practice require lightning protection and surge protection to safeguard PV modules, inverters, and monitoring systems, ensuring uptime and long-term performance in Pune’s climatic conditions.

A compliant project should include risk assessment calculations, layout drawings, earthing design details, material specifications, test reports (earth resistance and continuity), and compliance statements to IS 2309 / IEC 62305. This documentation is essential for approvals, audits, and future maintenance.

DFMHUB

Lightning Protection System manufacturer in Pune

Lightning Protection System Manufacturer in Pune, India – ARK Make by DFMHUB