About 30kV 10kA Lightning Arrester
Technical Specifications
| Minimum Order Quantity | 100 Piece |
| Arrester Type | Station Type |
| Rated Current | 10 kA |
| Usage/Application | Distribution Lines |
| Rated Voltage | 33 kV |
| Housing Type | Porcelain |
| Maximum Current | 10 kA |
| Making Capacity | 500 piece/day |
| Packaging Type | Corrugated Boxes |
| Brand | Rashtriya |
| Insulation Medium | Porcelain |
| No. Of Poles | Single Pole |
| Weight | 15 kgs |
| Voltage Level | High-Voltage |
| Standard | IS3070 Part-3 |
| Current Capacity | 10 kA |
| Phase Type | Single Phase |
| Material | Porcelain |
| Voltage Rating | 33 kV |
Advanced Surge ProtectionDesigned to withstand lightning strikes and switching surges, this arrester ensures dependable over-voltage protection for transmission and distribution lines. Its high discharge current capacity and low residual voltage effectively safeguard electrical equipment, minimizing downtime and damage.
Durable Construction and Easy InstallationEngineered with a silicone rubber housing, the arrester is weatherproof, UV resistant, and built to perform efficiently in extreme environments. Compact, lightweight, and featuring terminal lug connections, it supports both vertical and horizontal mounting, facilitating straightforward installation in a variety of setups.
FAQs of 30kV 10kA Lightning Arrester:
Q: How does the 30kV 10kA Lightning Arrester protect against over-voltage conditions?
A: This arrester uses metal oxide varistor technology to safely divert excess surge energy to ground, limiting voltage spikes during lightning events or switching surges, thereby protecting transmission and distribution line equipment.
Q: What standards does the arrester comply with for quality and reliability?
A: The product is manufactured following IEC 60099-4 and IS 3070 Part 3 standards, ensuring high reliability, consistent performance, and adherence to international safety requirements.
Q: Where can this lightning arrester be installed?
A: Suitable for both indoor and outdoor environments, it is designed for use on transmission and distribution networks, compatible with single-phase and three-phase systems, thanks to its weatherproof IP65-rated enclosure.
Q: What are the benefits of using silicone rubber housing and hot-dip galvanized steel fittings?
A: Silicone rubber housing provides superior insulation, weather resistance, and UV protection, while hot-dip galvanized steel fittings ensure long-term corrosion resistance and mechanical strength for reliable operation.
Q: When should the lightning arrester be used or replaced?
A: It should be installed during new electrical infrastructure setup or when upgrading older protection devices. Replacement is recommended if inspection reveals physical damage or loss of performance following major surge events.
Q: How is the lightning arrester mounted and connected?
A: Mounting can be vertical or horizontal as per site requirements. Electrical connection is achieved using copper or aluminum clamps and terminal lugs, facilitating secure integration into existing line systems.