ISO 9001:2008 certified company was established in the year 2005
Stormaster Lightning Arrester

Stormaster Lightning Arrester

60000 INR/Unit

Product Details:

  • Connector Type Copper Strip/Cable Connector
  • Efficiency >95% Collection Efficiency
  • IP Rating IP67
  • Overheating Protection YES
  • Mounting Type Top Roof/Structure Mount
  • Insulation Material UV Resistant Polymer
  • Shape Cylindrical
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Stormaster Lightning Arrester Price And Quantity

  • 1 Unit
  • 60000 INR/Unit

Stormaster Lightning Arrester Product Specifications

  • Single Pole
  • Passive Device (No Power Consumption)
  • 370 mm 75 mm
  • Medium
  • 1.8 kg
  • UV Resistant Polymer
  • Single Phase
  • Class I & II as per IEC 62305
  • Silver/Grey
  • Copper Strip/Cable Connector
  • 230 V AC
  • YES
  • Stainless Steel
  • Polished
  • Lightning Discharge
  • Top Roof/Structure Mount
  • Cylindrical
  • ESE (Early Streamer Emission) Lightning Arrester
  • >95% Collection Efficiency
  • IP67
  • Building, Industrial, Telecom Towers, Solar Plant Protection

Stormaster Lightning Arrester Trade Information

  • 100 Unit Per Month
  • 1 Days

Product Description

Any facility can be protected from direct lightning strikes with the help of safe and efficient LPI Stormaster (Early Streamer Emission) range of terminals. At a preferred point, it capture the lightning energy.

Working of LPI Stormaster ESE Terminal


The Stormaster ESE air terminal makes use of naturally occurring electrical field for timely releasing an upward streamer. This is a safe and efficient process that can control hazardous lightning energy at a preferred point. The ambient electrical field surrounding it starts to rise in voltage as thunderstorm gathers overhead. As the downward leader approach towards the protected area, the electric field rises immediately and triggers an upward streamer from the Stormaster ESE terminal. The Stormaster ESE can protect larger area as compared to a conventional rod, according to the NF C 17-102 (2011). When the upward streamer is released from the finial tip, the Stormaster ESE terminal becomes an ideal point to capture the lightning discharge within the safeguarded area.

Certified Performance


The company is continually investing in the field and laboratory testing, as a part of its commitment to R&D. The proto-type models of Stormaster ESE were stringently tested under high voltage conditions. An independently test laboratory proceeded a final testing of  Stormaster ESE according to the French National Standard NF C 17-102 (2011), and the results showed effective performance as mentioned in the Standard. The company manufactures and supplies transient voltage surge suppression, direct strike lightning protection, and earthing / grounding solutions. Apart from providing preventive solutions, the company has also been providing specialist lightning protection advice to customers in the parts of the world which are more prone to lightning. The personnel take care of all stages of the system, from risk management, design, training to installation and commissioning. There is a third-party Quality Management System to AS/NZS ISO 9001:2008 maintained by the company.

Product Details:
  • Weight    : 6.0kg
  • Material: Stainless Steel
  • Arrester Type: Station Type, Intermediate Type, Distribution Type

HVSC Configuration: 7 Layer cable consisting of the following.
Inner Core
Concentric Conductor
Inner Binding Tape
Insulation Material
Metallic Screen
Outer Binding Tape
Outer Sheath
Concentric Conductor: Nominal cross sectional area 90mm2
Sheath Thickness (Nominal): 3.00mm
Overall Diameter (Approx): 37mm
Weight of Cable: 2.050 kg per metre
Electrical Characteristics: DC Resistance of conductor at  20oC (Max) Ohm/km 0.387
DC Resistance of screen at 20ºC (Max) Ohm/km 0.448
Insulation resistance at 20ºC (Min) M Ohm-km 1,830
Thermal Short circuit current (1 second) KA 7.15
Warranty: 1 Year



Exceptional Lightning Protection for Critical Installations

Stormaster Lightning Arrester offers advanced protection for buildings, industrial complexes, telecom towers, and solar plants. Leveraging stainless steel construction and UV-resistant polymer insulation, this device delivers long-lasting safety against potentially crippling lightning strikes, ensuring operational continuity and safeguarding infrastructure investments.


Engineered for Reliability and Efficiency

With a stringent adherence to IEC 62305 Class I & II standards and an impressive >95% collection efficiency, the Stormaster Lightning Arrester outperforms in reliability and functionality. It requires zero energy consumption and features overheating protection, making it an ideal fit for modern protection systems with low maintenance demands.

FAQs of Stormaster Lightning Arrester:


Q: How does the Stormaster Lightning Arrester operate without consuming power?

A: The device is a passive component, meaning it functions by safely directing lightning surges to the ground without requiring any external power source, resulting in zero energy consumption during operation.

Q: What installation process should be followed for the Stormaster Lightning Arrester?

A: For optimal protection, the arrester should be mounted on the top of roofs or structures using the appropriate copper strip or cable connectors. Proper grounding and adherence to IEC 62305 guidelines are essential for maximum efficiency.

Q: When is the Stormaster Lightning Arrester most beneficial?

A: It is most beneficial for protecting infrastructure during thunderstorms, particularly in areas prone to frequent lightning activity. Timely installation can prevent costly damage and ensure safety.

Q: Where can the arrester be applied most effectively?

A: The device is ideally suited for use on buildings, industrial sites, telecom towers, and solar plants, where safeguarding electronics and structural components from lightning is critical.

Q: What benefit does the IP67 rating provide to the arrester?

A: An IP67 rating ensures the arrester is dust-tight and waterproof, making it highly durable and reliable even in harsh environmental conditions.

Q: How does the overheating protection feature enhance product safety?

A: Overheating protection ensures that the arrester remains stable and operational even during intense storm activity, reducing the risk of device failure and further protecting the infrastructure.

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