Lightning strikes and switching surges can cause severe damage to transformers, electrical panels, substations, motors, communication systems, solar installations, and other sensitive equipment. A lightning arrester, also called a surge arrester, provides a controlled path for transient overvoltage to reach the grounding system, helping protect electrical equipment.
With the growing use of industrial automation, renewable energy systems, data centres, power distribution networks, and commercial infrastructure, choosing the right lightning arrester manufacturer in India has become increasingly important. This guide covers the top 10 lightning arrester manufacturers in India in 2026, along with their product strengths, types, indicative prices, and common use cases. Businesses and industries looking to buy lightning arresters in bulk at wholesale prices can use Moglix Business, the best platform to procure effortlessly.
What Is a Lightning Arrester?
A lightning arrester is an electrical protection device designed to divert high-voltage transient surges caused by lightning or switching operations away from electrical equipment and toward the earth. Modern surge arresters commonly use metal oxide varistors (MOVs), particularly zinc-oxide-based technology, which provides a low-impedance path during a surge and returns to a high-impedance state during normal operation. A lightning arrester is generally installed between the electrical conductor and earth. When a dangerous surge occurs, the arrester limits the voltage appearing across the protected equipment.
How Does a Lightning Arrester Work?
The working principle is relatively simple:
- Under normal voltage, the arrester remains highly resistive and allows the electrical system to operate normally.
- When lightning or a switching surge produces an abnormal voltage, the arrester’s resistance drops sharply.
- The surge current is diverted toward the grounding system.
- The arrester limits the voltage reaching the connected equipment.
- Once the surge passes, the arrester returns to its normal high-resistance state.
Top 10 Lightning Arrester Manufacturers in India 2026
1. Raychem RPG
Raychem RPG is one of the prominent names in India’s electrical power and infrastructure segment. Its product portfolio includes low-voltage and medium-voltage surge arresters, along with broader asset-protection and insulation solutions.
Raychem RPG lists LV surge arresters up to 440 V for low-voltage overhead lines, consumer supplies and distribution transformers, as well as MV surge arresters up to 52 kV for substation applications.
Key products
- LV surge arresters
- MV surge arresters
- Polymeric surge arresters
- Lightning and earthing protection systems
- Insulation enhancement systems
Common use cases
- Distribution transformers
- Electrical substations
- Power distribution networks
- Industrial plants
- Railway infrastructure
- Utility networks
Raychem RPG also appears in utility-approved vendor documentation for lightning arresters, including TPNODL’s vendor list.
2. DEHN India
DEHN is a specialist manufacturer focused on lightning and surge protection. DEHN India offers solutions covering lightning protection, surge protection and electrical safety.
The company’s Indian operation is based in IMT Manesar, Gurugram, Haryana, and DEHN states that its global portfolio contains more than 4,000 devices and components.
Key products
- Type 1 surge arresters
- Type 2 surge arresters
- Type 3 surge protection devices
- Lightning current arresters
- Combined Type 1+2 protection
- Data and communication surge protection
Common use cases
- Commercial buildings
- Data centres
- Industrial facilities
- Power infrastructure
- Solar installations
- Communication systems
DEHN products can be positioned toward premium and specialised protection applications. For example, current Indian listings show DEHN Type 2 surge-protection products at several price points depending on configuration and specifications.
3. OBO Bettermann
OBO Bettermann is another established name in lightning and surge protection.
OBO’s Indian product range includes lightning current arresters and surge arresters for electrical installations. Its MCF-C product, for example, is a Type 1+2 lightning current arrester designed for 400/690 V networks and offers a 25 kA lightning surge current capacity for the specified configuration.
OBO’s V20 series includes Type 2 surge arresters with discharge capacities of up to 40 kA per pole in specified configurations.
Key products
- Type 1 lightning current arresters
- Type 1+2 combination arresters
- Type 2 surge arresters
- Type 2+3 surge arresters
- Modular SPDs
Common use cases
- Main distribution boards
- Industrial electrical panels
- Commercial buildings
- Data centres
- Solar systems
- Building lightning protection
4. Schneider Electric
Schneider Electric offers a wide range of surge protection devices for low-voltage electrical installations.
Its Acti9 and PRD ranges include modular surge arresters designed for different levels of transient protection. Schneider’s PRD1 range, for example, includes Type 1 surge arresters intended to protect electrical installations against direct lightning strikes.
Key products
- Acti9 surge protection devices
- iPRD series
- PRD series
- Type 1 SPDs
- Type 2 SPDs
- Type 1+2 solutions
Common use cases
- Residential buildings
- Commercial buildings
- Industrial control panels
- Distribution boards
- Data centres
- Solar and renewable-energy systems
Indicative price
Current Indian listings show Schneider surge-protection devices ranging from approximately ₹9,000 to ₹50,000+, depending on poles, discharge capacity, voltage, remote signalling and product series.
5. ABB
ABB has long-standing expertise in electrical protection and power infrastructure.
ABB’s OVR range includes Type 1 and Type 2 lightning and surge arresters. ABB documentation highlights the importance of coordinated protection and proper earthing for protecting electrical networks against indirect lightning strikes.
Key products
- Low-voltage surge arresters
- Type 1 SPDs
- Type 2 SPDs
- Power-system surge arresters
- Lightning protection solutions
Common use cases
- Industrial plants
- Commercial buildings
- Distribution systems
- Solar installations
- Substations
- Power infrastructure
ABB is also listed among acceptable lightning-arrester makes in Indian institutional specifications.
6. CG Power and Industrial Solutions
CG Power and Industrial Solutions, formerly associated with Crompton Greaves, is an important Indian electrical and power-equipment manufacturer.
Its presence is particularly relevant for medium- and high-voltage power applications, where lightning arresters are used to protect transformers, substations and transmission equipment.
Maharashtra transmission documentation has listed CG Power among acceptable manufacturers for 400 kV, 220 kV, 132 kV, and 33 kV lightning arresters, subject to applicable technical specifications.
Key applications
- High-voltage substations
- Power transformers
- Transmission networks
- Distribution networks
- Utility infrastructure
For large power projects, selection should be based on the exact system voltage, continuous operating voltage, discharge class, energy capability and utility specification.
7. Oblum Electrical Industries
Oblum Electrical Industries is an Indian manufacturer associated with high-voltage lightning arresters and surge protection equipment. Utility documentation has listed Oblum’s porcelain and polymer lightning arresters across voltage classes including 33 kV, 132 kV, 220 kV and 400 kV.
Key products
- Polymer lightning arresters
- Porcelain lightning arresters
- High-voltage arresters
- Distribution and station-class arresters
Common use cases
- Substations
- Distribution networks
- Transmission systems
- Power transformers
- Utility projects
Oblum is particularly relevant when sourcing arresters for medium- and high-voltage utility applications.
8. LAMCO Industries
LAMCO Industries is another established name in the Indian power-equipment segment.
LAMCO products include distribution-class and station-class porcelain lightning arresters. Current product listings include 11 kV and 33 kV variants, including station-class and distribution-class configurations.
Key products
- 11 kV lightning arresters
- 33 kV lightning arresters
- Distribution-class arresters
- Station-class arresters
- Porcelain-housed arresters
Common use cases
- Distribution substations
- Transformers
- HT networks
- Utility projects
- Industrial power systems
9. HPL Electric & Power
HPL Electric & Power is an Indian electrical equipment manufacturer with products spanning metering, distribution and electrical protection applications.
HPL appears in Indian electrical-equipment make lists for lightning arresters and other distribution equipment.
Common applications
- Electrical distribution
- Industrial installations
- Commercial infrastructure
- Utility projects
- Protection systems
When selecting an HPL lightning arrester, buyers should verify the exact product’s rated voltage, discharge current, protection level, enclosure/housing, applicable certification and installation requirements.
10. Orange Power T&D Equipment
Orange Power T&D Equipment is an Indian supplier/manufacturer associated with transmission and distribution equipment. Utility vendor documentation lists Orange Power for 11 kV lightning arresters, including station-class products.
Current Indian marketplace listings also show Orange Power porcelain lightning arresters in 11 kV and 33 kV station-class configurations.
Common applications
- Distribution substations
- HT networks
- Transformers
- Utility projects
- Industrial power systems
Lightning Arrester Price in India 2026
The price of a lightning arrester depends heavily on its voltage rating, discharge current, arrester class, housing material, number of poles, protection level, brand and application.
Current Indian marketplace data shows that basic lightning arresters can start at around ₹600 – ₹1,500, while specialised ESE terminals and premium low-voltage surge-protection devices can cost substantially more.
For example, current listings show:
| Lightning Arrester Type | Indicative 2026 Price Range |
| Basic/conventional arrester | ₹500 – ₹2,000 |
| Copper/copper-bonded arrester | ₹1,000 – ₹3,000+ |
| 11 kV arrester | ₹1,000 – ₹5,000+ |
| 33 kV arrester | ₹2,000 – ₹10,000+ |
| Premium LV surge arrester | ₹5,000 – ₹30,000+ |
| Premium Type 1/Type 1+2 SPD | ₹10,000 – ₹60,000+ |
| ESE lightning arrester | ₹15,000 – ₹50,000+ |
| HV/substation arrester | Project-specific pricing |
These are indicative market ranges rather than fixed prices. For example, marketplace listings currently show an 11 kV lightning arrester around ₹1,500 and an ESE lightning arrester around ₹19,000, while a 33 kV lightning arrester listing can be around ₹7,350.
For bulk procurement, the final price can be considerably different depending on quantity, technical specification, testing requirements, and delivery location.
Types of Lightning Arresters
Choosing the correct type is more important than simply selecting the cheapest lightning arrester.
1. Metal Oxide Lightning Arrester
Metal oxide arresters generally use zinc oxide varistor blocks and are widely used in modern power systems.
Applications:
- Transformers
- Substations
- Distribution networks
- Industrial plants
- Transmission systems
2. Polymer Lightning Arrester
Polymer-housed arresters use lightweight polymeric insulation instead of conventional porcelain housings.
Benefits:
- Lightweight construction
- Better mechanical handling
- Good contamination performance in appropriate designs
- Lower breakage risk compared with porcelain
3. Porcelain Lightning Arrester
Porcelain arresters are traditionally used in electrical distribution and power-system applications.
They remain available in distribution and station classes, including 11 kV and 33 kV configurations.
4. Type 1 Surge Arrester
A Type 1 SPD is designed for high-energy surge protection and can be used where lightning current may enter an electrical installation.
Schneider’s PRD1, for example, is specified as a Type 1 surge arrester for protection against direct lightning strikes.
5. Type 2 Surge Arrester
Type 2 SPDs are commonly installed in main and sub-distribution boards to protect against transient overvoltages.
OBO’s V20 range is an example of Type 2 surge-protection equipment designed for electrical installations.
6. Type 1+2 Surge Arrester
These combine higher-energy lightning-current protection with downstream surge protection in a coordinated device.
They are often considered for buildings where a combined protection approach is required.
7. Early Streamer Emission (ESE) Lightning Arrester
ESE terminals are used as part of external lightning-protection systems to provide a designated interception point for lightning.
These systems are different from electrical surge arresters installed inside distribution boards or between electrical conductors and earth. Therefore, buyers should not treat an ESE terminal and an electrical surge arrester as interchangeable products.
Lightning Arrester vs Surge Protection Device
The terms are sometimes used interchangeably, but the application can differ.
| Parameter | Lightning Arrester | Surge Protection Device |
| Primary purpose | Diverts high-energy electrical surges | Limits transient overvoltage |
| Typical application | Power distribution and substations | LV electrical installations |
| Voltage range | LV to very high voltage | Mostly LV and electronic systems |
| Common technology | Metal oxide varistor | MOV, gas discharge tube and hybrid technologies |
| Typical installation | Transformer, line, substation | DB, panel, equipment |
| Protection target | Power equipment | Electrical/electronic equipment |
In practical procurement, always check the manufacturer’s technical terminology and applicable standard rather than relying only on the product name.
Major Use Cases of Lightning Arresters
1. Electrical Substations: Lightning arresters protect transformers, switchgear and other substation equipment from transient overvoltages.
2. Power Transformers: A surge entering through a transmission or distribution line can create severe electrical stress on transformer insulation. Correctly selected arresters help limit this stress.
3. Industrial Plants: Factories with motors, PLCs, automation systems, MCCs and sensitive electronic equipment can benefit from coordinated surge protection.
4. Solar Power Systems: Solar PV installations are exposed to outdoor environmental conditions and long cable runs. DC- and AC-side surge protection may be required depending on the system design and risk assessment.
5. Commercial Buildings: Lightning and surge protection can help protect distribution boards, HVAC systems, lifts, fire alarms, communication systems and other electrical infrastructure.
6. Data Centres: Data centres require coordinated protection because transient events can affect servers, networking equipment, power distribution and backup systems.
7. Railway Infrastructure: Railway electrical systems can require specialised surge and lightning protection for power, signalling and communication equipment.
8. Telecommunication Systems: Specialised surge-protection devices can protect communication, data and signalling circuits against transient overvoltages.
How to Choose the Best Lightning Arrester
Before purchasing a lightning arrester, consider these factors:
1. System Voltage
Select an arrester according to the actual system voltage and required continuous operating voltage.
2. Maximum Continuous Operating Voltage
The arrester’s MCOV/Uc must be appropriate for the electrical network. An incorrect selection can result in premature arrester operation or inadequate protection.
3. Nominal Discharge Current
Check the nominal discharge current and maximum discharge current required for the installation.
4. Protection Level
A lower residual/protection voltage is generally desirable when it remains properly coordinated with the insulation level of the equipment being protected.
5. Housing Material
Choose between polymer and porcelain based on voltage class, environmental conditions, mechanical requirements and project specifications.
6. Type and Class
For LV systems, determine whether Type 1, Type 2 or Type 1+2 protection is appropriate. For medium- and high-voltage systems, select the appropriate distribution or station-class arrester.
7. Earthing System
An arrester cannot perform effectively without an appropriately designed grounding system. Short, low-impedance connections are particularly important for surge protection.
8. Standards and Testing
Verify the applicable product standards, type-test documentation, routine-test requirements, and project-specific approvals.
9. Environmental Conditions
Consider:
- Temperature
- Humidity
- Pollution level
- Altitude
- UV exposure
- Coastal/saline environment
- Mechanical loading
10. Manufacturer Support
For industrial and utility applications, technical documentation, replacement availability, testing support and after-sales service can be as important as the initial purchase price.
Lightning Arrester Buying Checklist
Before placing an order, verify:
- System voltage
- Rated/continuous operating voltage
- Nominal discharge current
- Maximum discharge current
- Protection level
- Energy capability
- Type/class
- Polymer or porcelain housing
- Installation arrangement
- Earthing requirements
- Applicable standards
- Test certificates
- Warranty
- Quantity and delivery requirements
- Manufacturer’s technical datasheet
Conclusion: Where to buy Lightning Arrester in Bulk?
Selecting the right lightning arrester manufacturer in India requires more than comparing prices. The correct product should match the system voltage, discharge requirements, protection level, environmental conditions, earthing arrangement, and applicable technical standards.
For utility and power-system projects, manufacturers such as Raychem RPG, CG Power, Oblum and LAMCO are relevant to medium- and high-voltage applications. For building, industrial, and low-voltage surge protection, DEHN, OBO Bettermann, Schneider Electric, and ABB offer specialised solutions.
Before purchasing, compare the lightning arrester price, voltage rating, discharge current, protection level, housing material, certifications, warranty, and technical support. Now you can buy the best lightning arresters at Business Moglix and procure them easily.
Frequently Asked Questions
- Which lightning arrester is best in India?
Brands like Raychem RPG, DEHN, OBO Bettermann, Schneider Electric, ABB, CG Power, Oblum, and LAMCO offer reliable options. The best choice depends on voltage, application, surge level, and installation conditions.
- What is the price of a lightning arrester in India?
Basic lightning arresters can cost around ₹500 – ₹2,000, while 11 kV, 33 kV, premium SPDs, and ESE products may cost significantly more depending on specifications.
- What is the difference between an 11 kV and 33 kV lightning arrester?
An 11 kV arrester is designed for 11 kV-class systems, while a 33 kV arrester is designed for 33 kV-class networks. Always check the manufacturer’s voltage and MCOV ratings.
- Is a polymer or porcelain lightning arrester better?
Polymer arresters are lightweight and durable, while porcelain arresters are widely used in traditional power applications. The right choice depends on the voltage, environment, and project requirements.
- What is the difference between an ESE lightning arrester and a surge arrester?
An ESE terminal helps intercept lightning as part of an external protection system, while a surge arrester/SPD protects electrical equipment by limiting transient overvoltage.
