Residential Lightning Protection -BT PCM20 320 RM/2P
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Type
BT PCM20 320 RM/2P
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Art.-No.
810885
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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 220V/230V/240V 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 focuses on reducing the impact of lightning-related electrical events on home power systems. By controlling how lightning-induced energy is captured, guided, and dispersed, this protection approach helps prevent sudden electrical disturbances within residential environments. Rather than addressing only internal power fluctuations, Residential Lightning Protection considers external lightning exposure and its interaction with household electrical infrastructure. Through structured energy management, it supports safer power distribution, reduces stress on electrical components, and helps maintain dependable operation of home systems during severe weather conditions.
Features
1. Lightning Energy Management Structure: Designed to control and redirect lightning-induced electrical energy.2. External Risk-Oriented Protection: Addresses lightning exposure originating outside the residential system.
3. Integrated Electrical Path Control: Guides excess energy through defined electrical and grounding paths.
4. Passive Continuous Protection: Operates automatically without the need for user interaction.
5. Residential System Compatibility: Adapted for common home electrical infrastructures.
6. Multi-Point Risk Coordination: Considers interaction between power entry, wiring, and grounding systems.
7. Weather-Resilient Protection Design: Built to function during storms and severe weather conditions.
Advantages
1. Reduced Lightning-Related Electrical Disturbance: Helps limit sudden electrical disruptions caused by lightning events.2. Improved Home Electrical Safety: Supports safer operating conditions across residential power systems.
3. Lower Stress On Electrical Components: Reduces strain on wiring and connected equipment during storms.
4. Enhanced Power System Stability: Maintains more balanced electrical conditions under severe weather.
5. Protection Beyond Internal Power Fluctuations: Addresses risks that standard surge protection may not cover.
6. Greater Reliability During Storm Seasons: Supports dependable system operation throughout lightning-prone periods.
7. Increased Confidence In Home Power Infrastructure: Provides reassurance when facing unpredictable weather conditions.
Applications
1. Single-Family Residential Homes: Applied to reduce lightning impact on household power systems.2. Homes In Lightning-Prone Regions: Suitable for areas with frequent thunderstorms.
3. Residential Electrical Safety Upgrades: Integrated during home electrical system improvements.
4. New Residential Construction: Planned as part of modern home power protection layouts.
5. Homes With Outdoor Electrical Exposure: Useful where external electrical connections increase lightning risk.
6. Storm-Season Preparedness Planning: Supports residential readiness for severe weather periods.
Technical Data
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