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CSE Lightning Arresters

CSE Lightning Arresters

Product Details:

  • Feature High durability, Reliable performance
  • Overheating Protection YES
  • Efficiency 98%
  • Surface Finish Glazed
  • Humidity % 90%
  • Connector Type Copper Terminal
  • IP Rating IP44
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CSE Lightning Arresters Price And Quantity

  • 1 Unit
  • 2000 INR

CSE Lightning Arresters Product Specifications

  • Ceramic
  • 11 kV
  • Cylindrical
  • AC
  • Horizontal
  • 50 Hz
  • Protection against lightning surges in electrical systems
  • -10C to +60C
  • Low
  • 0.95
  • Single Pole
  • Single Phase
  • IP44
  • Glazed
  • 90%
  • Copper Terminal
  • 11 kV
  • 900 grams
  • 98%
  • 230mm x 70mm x 60mm
  • High
  • Ceramic and Metal
  • Standard
  • High durability, Reliable performance
  • YES
  • Bolt Connection
  • Lightning Arrester
  • Grey

Product Description

We are bringing a huge series of CSE Lightning Arresters. These are equipped with a tough construction of materials. These are usedon telecommunications systems to protect the insulation. Along with these, provided arresters are cherished by our clients for its ground terminal. CSE Lightning Arresters are easy to discharged toward the ground. They are installed to protect homes and other power lines. These are maintenance free charges and located close to the equipment for protection.

Specification

Arrester Type

Distribution Type,Intermediate Type,Station Type

Brand

LPI

Lighting Protection Material

Copper



Superior Lightning Surge Protection

CSE Lightning Arresters deliver high-level defense against transient surges and lightning strikes. Engineered for 11 kV systems, their air arc-quenching and robust ceramic housing provide reliable insulation, essential for safeguarding sensitive electrical setups and minimizing downtime.


Advanced Features and Construction

With glazed, moisture-resistant surfaces and copper terminal connections, these arresters combine efficient performance and longevity. The Class 2 discharge rating, swift <100 ns response, and excellent surge current tolerance of 10 kA make them suitable for critical operations in diverse environments.

FAQs of CSE Lightning Arresters:


Q: How do CSE Lightning Arresters function in protecting electrical equipment?

A: CSE Lightning Arresters use air as an arc quenching medium to safely divert high-voltage surges from lightning strikes away from sensitive equipment. The design ensures that surges are quickly addressed, limiting damage and maintaining system integrity.

Q: What benefits do these arresters offer regarding durability and reliability?

A: They are constructed with ceramic and metal for enhanced mechanical and thermal durability. The glazed finish and IP44 rating ensure operational reliability even in challenging weather or industrial environments, leading to long-term service and low maintenance needs.

Q: When should CSE Lightning Arresters be installed?

A: These arresters should be installed wherever theres a high risk of lightning-induced surges, particularly in single-phase electrical systems operating at 11 kV. Early installation helps prevent equipment failure and extensive repair costs during the storm or monsoon seasons.

Q: Where are these lightning arresters commonly used?

A: CSE Lightning Arresters are ideal for industrial facilities, power distribution networks, substations, and critical infrastructure applications throughout India, wherever surge protection for high-value electrical systems is needed.

Q: What is the typical installation process for this type of arrester?

A: The standard installation involves horizontally mounting the cylindrical arrester and securing it via bolt connections to the system. Copper terminal connectors ensure secure attachment to existing wiring, and installation is generally straightforward for qualified electrical personnel.

Q: How should these lightning arresters be maintained and used?

A: Routine visual checks for surface integrity, ensuring connections remain tight, and verifying no overheating occurs is recommended. Once installed, they operate autonomously to provide continuous protection with minimal manual intervention.

Q: What benefits can users expect in terms of efficiency and operational safety?

A: With 98% efficiency, a fast <100 ns response, and overheating protection, users benefit from reduced downtime, enhanced safety for personnel and equipment, and cost-effective surge management, all while maintaining a low energy consumption profile.

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