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PGGLA Series Pluggable Lightning Arresters

  • PGGLA Series Pluggable Lightning Arresters

Key attributes

Brand ROCKWILL
Model NO. PGGLA Series Pluggable Lightning Arresters
Rated voltage 10kV
Series PGGLA Series

Product descriptions from the supplier

Description

Overview

Shielded plug-in surge arresters are suitable for C-GIS switchgear, gas-insulated ring-main units, and oil-immersed transformer protection in power systems up to 35kV. The external design uses a fully shielded metal housing, while the internal components utilize imported liquid silicone rubber material.

Features

Touch-safe and easy to install

The anti-electric shock enclosure and double-layer insulation design measures ensure touch safety, and the simple plug-and-play operation is convenient and quick.

Excellent Insulation Performance

High-performance insulation materials are adopted, and through reasonable layout and sealing measures, the overall insulation performance of the lightning arrester is ensured to be reliable.

Non-flammable and Self-extinguishing Properties

When exposed to external factors such as fire sources, the material will not continue to burn or spread the fire, but will extinguish itself within a certain period of time.

Control and Shielding of Electric Field Intensity

Through reasonable layout and shielding measures, the impact of electric field intensity on equipment and systems is reduced.

 Technology parameters

Project

Value

rated voltage(AC)

10kV

20kV

35kV

Partial Discharge(pc)

≤10

Partial Discharge Qrs(C)

≥0.3

Rated Thermal Charge Transfer Qth(C)

≥0.7

High Current Impulse Withstand(kA)

65

 

Know your supplier
Online store
On-time delivery rate
Response time
100.0%
≤4h
Company overview
Workplace: 108000m²m² Total staff: 700+ Highest Annual Export(usD): 150000000
Workplace: 108000m²m²
Total staff: 700+
Highest Annual Export(usD): 150000000
Services
Business Type: Design/Manufacture/Sales
Main Categories: High Voltage Electrical Apparatus/Electric transformer
Whole life care manager
Whole-life care management services for equipment procurement, use, maintenance, and after-sales, ensuring safe operation of electrical equipment, continuous control, and worry-free electricity consumption.
The equipment supplier has passed platform qualification certification and technical evaluation, ensuring compliance, professionalism, and reliability from the source.

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Related Knowledges

  • Intelligent Surge Arrester Monitoring: Trends, Challenges & Future Outlook
    1. Current Status and Shortcomings of Online MonitorsCurrently, online monitors are the most commonly used tools for surge arrester monitoring. While they can detect potential defects, they have significant limitations: manual on - site data recording is required, precluding real - time monitoring; and post - collection data analysis adds to operational complexity. IoT - based intelligent monitoring overcomes these issues—collected data is uploaded via the IoT to processing platforms,
    07/31/2025
  • Surge Arrester Handover & Live Testing Technologies for Reliable Power Grid Operation
    1. Overview of Surge Arrester Handover Test Technology1.1 Necessity of Handover TestThe handover test is a crucial step in ensuring the performance and safe operation of surge arresters within power systems. For power systems with voltage levels at 220 kV and below, surge arresters play a core role in protecting electrical equipment from damage caused by overvoltages and lightning strikes. However, during the process from the arrester leaving the factory to its actual operation after installatio
    07/31/2025
  • Surge Arrester Failure Analysis and Prevention: Key Causes of 10 kV Distribution Arresters' Malfunctions
    1. IntroductionDuring power system operation, main equipment faces threats from internal and atmospheric overvoltages. Surge arresters, especially metal oxide arresters (MOAs) with excellent nonlinear volt - ampere characteristics, are key for protection due to their good performance, large current - carrying capacity, and strong pollution resistance. However, long - term exposure to power frequency voltages, along with component quality, manufacturing processes, and external environments, makes
    07/30/2025
  • Advanced Online Monitoring System for Zinc Oxide Surge Arresters: Key Technologies and Fault Diagnosis
    1 Architecture of the Online Monitoring System for Zinc Oxide Surge ArrestersThe online monitoring system for zinc oxide surge arresters comprises three layers: the station control layer, bay layer, and process layer. Station Control Layer: Includes a monitoring center, a Global Positioning System (GPS) clock, and a B - code clock source. Bay Layer: Consists of online monitoring Intelligent Electronic Devices (IEDs). Process Layer: Features monitoring terminals for Potential Transformers (PTs) a
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  • Enhancing Surge Arrester Online Monitors: Key Improvements for Precision, Fault Diagnosis, and Reliability
    1 Significance of Surge Arrester Online Monitors1.1 Enhance Power System Safety, Reduce Lightning DamageDuring lightning strikes, surge arresters play a core role in discharging overvoltage. Online monitors ensure arrester stability, detect potential faults in real - time, and trigger alarms for timely intervention—effectively reducing lightning - induced damage to power equipment and systems, and maintaining stable operation.1.2 Real - Time Status Monitoring, Improve Maintenance Effic
    07/30/2025
  • Real-Time Monitoring of Surge Arresters in 10kV GIS Cubicles: Enhancing Railway Power System Safety
    1 Research BackgroundMetal - oxide surge arresters, sealed in cabinets, bear system voltage continuously, risking aging failures, even breakdowns/explosions causing electrical fires. Thus, regular inspection/maintenance is needed. Traditional 3–5 - year - cycle detection (power cut, arrester removal for tests; reinstallation if replaced) poses safety risks and faces space/environment - based standard - grasping difficulties.2 Monitoring Principle of 10kV GIS Cabinet Surge ArresterTo en
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Related Solutions

  • Implementation Scheme for Installing Lightning Arresters or Voltage Transformers in Gas-Insulated Ring Main Units
    According to insulation type, ring main units (RMUs) can be categorized as gas-insulated or air-insulated. The former installs primary circuit components in a sealed metal enclosure filled with low-pressure gas (primarily SF₆ or mixed gases) as the insulating medium, using cable terminals for incoming and outgoing lines. Due to superior insulation, compact size, and modular design, they are widely used in 10kV outdoor distribution substations and prefabricated transformer stations. However, thei
    08/16/2025
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