Main Differences between Surge Arrester and Lightning Arrester
Surge Arrester Installation and Protection
– Surge arrester is typically installed inside the panel board to protect the installation internally.- It safeguards the system from lightning, switching, electrical faults, and other transient voltages and surges.
Lightning Arrester Purpose and Usage
– Lightning arresters are installed outside to protect equipment from external sources, primarily lightning strikes and associated surges.
The distinction lies in the location of installation and the specific protection each type offers, with surge arresters focused on internal threats and lightning arresters on external hazards.
Surge Arrester vs. Lightning Arrester
Surge Arrester vs. Lightning Arrester Functionality
– Surge arresters, situated inside panel boards, shield installations internally from lightning, switching, electrical faults, and voltage spikes.- Lightning arresters, placed externally, safeguard equipment from external factors, particularly lightning strikes and related surges.
Comparing Surge Arrester with Lightning Arrester Applications
The key difference is in their installation location and the specific protection they provide, with surge arresters addressing internal threats and lightning arresters focusing on external dangers.
Surge Arrester Overview
Surge Arrester Protection Mechanism
Surge arresters, situated inside panel boards, provide internal protection from lightning, electrical faults, and voltage spikes.
Surge Arrester Usage for Transient Voltages
The key area of application for surge arresters is to shield installations from internal threats like switching events and transient voltage spikes, ensuring the safety and reliability of the electrical system.
Lightning Arrester Overview
Lightning Arrester Protection against Lightning Strikes
Lightning arresters, typically installed externally, offer protection against lightning strikes by diverting the high voltage surge to the ground, safeguarding equipment within the system.
Lightning Arrester and Associated Surges
Primarily designed to tackle lightning strikes and related surges, lightning arresters play a crucial role in protecting electrical equipment from external threats and ensuring uninterrupted functionality.
Conclusion
Summarizing Surge Arrester and Lightning Arrester Differences
Lightning arresters are externally located and divert high voltage surges to the ground to protect against lightning strikes. They focus on shielding equipment from external threats. In contrast, surge arresters are installed internally and safeguard installations from various sources of voltage spikes, including lightning, electrical faults, and switching transients.
Importance of Using the Right Arrester for Protection
Selecting the appropriate arrester is crucial for ensuring the effective protection of electrical systems. While surge arresters are suitable for defending against a range of voltage instabilities, lightning arresters specifically target lightning strikes, highlighting the importance of choosing the right type based on the specific threats faced by the system.
