Voltage Surge Arrester For Reliable Power Protection
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Voltage Surge Arrester -BT P BNM 100 RM
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  • Features
  • Datasheet
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Voltage Surge Arrester -BT P BNM 100 RM

Voltage Surge Arrester BT P BNM 100 RM（800901 is for installation at LPZ 0A-1 or higher zones, protecting low voltage equipment against lightning and surge damages and remote terminal is optional. Applied in SPD Class Ⅰ+Class II (Class B+Class C) for various power supply system of lightning current surge protection. Designed according to IEC 61643-11; EN 61643-11; GB/T 18802.11.

  • Type

    BT P BNM 100 RM

  • Art.-No.

    800901

  • Features

    1. Adopt hermetical High Energy Gas Discharge Tube(GDT) technology, high follow current extinguishing capability.
    2. Extremely low voltage protection level.
    3. Double thermal disconnection device , provide more reliable protection.
    4. Multifunctional connection for conductors and busbars.
    5. Green window will change to red when fault occurs, also provide remote alarm terminal at the same time.
    6. Mode of protection: N-PE.
    7. Crafted from selected flame-retardant enclosure and Utilizing advanced European technology to ensure complete and reliable safeguarding of electrical equipment.

Inquiry
Download Datasheet
Voltage Surge Arrester
Surge Protector
Surge Ratings:
In=100kA(8/20μs)
Mode of protection:
N-PE
Support OEM and ODM
Protection Elements:
High Energy GDT
High Surge Currents:
limp=100kA(10/350μs), Imax=140kA(8/20μs)

Voltage Surge Arrester is designed to control excessive voltage caused by lightning activity, switching operations, or electrical instability before it affects connected systems. By diverting surge energy away from sensitive electrical circuits, it helps maintain safer voltage conditions and supports more stable system performance. Unlike configuration-specific surge protectors, Voltage Surge Arrester focuses on broad electrical overvoltage control across multiple applications. Suitable for industrial, commercial, utility, and infrastructure environments, it supports dependable electrical operation where protection against unexpected voltage disturbances is essential.

Features

1. Transient Overvoltage Diversion Design: Designed to redirect excessive surge energy away from electrical systems before abnormal voltage affects connected circuits and equipment.
2. Lightning and Switching Surge Control: Helps reduce voltage disturbances caused by lightning activity, switching operations, and unstable electrical conditions.
3. Stable Electrical System Compatibility: Suitable for integration into industrial, commercial, utility, and infrastructure power environments requiring voltage control.
4. Continuous Voltage Protection Function: Provides ongoing surge arresting performance during daily electrical operation without manual intervention.
5. Support for Electrical Safety Improvement: Helps maintain safer operating conditions by minimizing the effect of sudden overvoltage events.
Surge Protective Device

Advantages

1. Reduced Risk of Electrical Overvoltage Damage: Helps limit the effect of excessive voltage that may damage electrical circuits and connected equipment.
2. Improved Electrical System Stability: Supports more balanced voltage behavior and reduces disruption caused by transient surge activity.
3. Better Protection for Sensitive Equipment: Helps reduce electrical stress affecting monitoring devices, control systems, and powered equipment.
4. Enhanced Operational Reliability: Supports continuous electrical operation by minimizing interruptions related to voltage disturbances.
5. Lower Equipment Maintenance Risk: Reduces the likelihood of repair needs caused by surge-related electrical failures.
6. Improved Long-Term Electrical Safety: Contributes to safer and more dependable system operation over extended use.
Surge Protection Device

Applications

1. Industrial Electrical Networks: Applied in factories and industrial facilities to control excessive voltage affecting production equipment.
2. Commercial Power Distribution Systems: Supports stable electrical operation in office buildings, retail facilities, and commercial environments.
3. Utility and Infrastructure Projects: Suitable for transportation, energy, and public infrastructure electrical systems requiring voltage protection.
4. Renewable Energy Installations: Helps reduce voltage disturbances in solar power, energy storage, and related electrical systems.
5. Control and Monitoring Equipment: Protects sensitive monitoring systems and electrical control equipment from overvoltage conditions.
6. Communication and Signal Systems: Supports more reliable operation for communication equipment affected by electrical disturbances.
7. Electrical Upgrade Programs: Used during system modernization projects to improve overvoltage management capability.
Surge Protector Device

Technical Data

Product Showcase

Low Voltage Surge Arrester
SPD
Surge Suppressor

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