Residential Lightning Protection System -BT PCM20 440 RM/2P
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Type
BT PCM20 440 RM/2P
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Art.-No.
810875
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Features
1. Pluggable module, easy for installation and maintenance.
2. High discharge capacity, quick response.
3. Double thermal disconnector devices, providing more reliable protection.
4. Green window will change when fault and also provide remote alarm control at the same time.
5. Suitable for use in single phase AC systems.
6. Mode of protection: L-PE;N-PE.
7. Suitable for TN installations.
8. Crafted from selected flame-retardant enclosure, it effectively combats the spread of fire, buying critical time to protect life and property.
9. Powered by advanced European technology, it provides comprehensive and reliable protection for electrical equipment.
Sub-Distribution Boards
Single Phase, TN
In=10kA(8/20μs), High Surge Currents:
Imax=20kA(8/20μs)
Residential Lightning Protection System is designed to manage the effects of lightning strikes on homes by providing a controlled path for electrical discharge. Integrated into residential structures, the system works to direct lightning energy safely toward ground, limiting uncontrolled current flow through building materials and wiring. This approach helps reduce potential damage to roofs, walls, electrical circuits, and connected equipment. By addressing lightning threats at the structural level, Residential Lightning Protection System supports safer living environments, improves resilience during severe weather, and contributes to long-term protection of residential properties.
Features
1. Structural Lightning Energy Control: Designed to manage lightning discharge at the building level.2. Direct Strike Management: Provides controlled pathways for lightning current during strike events.
3. Integrated Grounding Network: Works in coordination with residential grounding systems.
4. Exterior and Interior System Coverage: Addresses lightning effects affecting both structure and wiring.
5. Passive Continuous Protection: Operates without activation, settings, or user involvement.
6. Weather-Resilient Components: Built to withstand outdoor exposure and severe environmental conditions.
7. Residential Architecture Compatibility: Adaptable to common home construction designs.
Advantages
1. Reduced Lightning Damage Risk: Limits uncontrolled current flow caused by lightning strikes.2. Improved Structural Safety: Helps protect roofs, walls, and conductive building elements.
3. Enhanced Electrical System Protection: Reduces lightning-related stress on household circuits.
4. Lower Fire Hazard Potential: Decreases ignition risks linked to lightning discharge paths.
5. Greater Storm Resilience: Supports safer home operation during severe weather events.
6. Long-Term Property Preservation: Helps reduce cumulative lightning-related deterioration.
Applications
1. Detached Residential Homes: Applied to standalone houses exposed to open environments.2. Multi-Story Residential Buildings: Used where building height increases lightning exposure.
3. Storm-Prone Residential Areas: Suitable for regions with frequent thunderstorms.
4. Homes With Metal Roofing or Structures: Helps manage conductive building materials safely.
5. Residential Electrical Safety Planning: Integrated into overall home electrical protection strategies.
Technical Data
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