Whole House Power Surge Protector -BT P BCM 150 RM/2P
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Type
BT P BCM 150 RM/2P
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Art.-No.
801122
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Features
1. Pluggable module, easy for installation and maintenance.
2. Double thermal disconnector devices, providing more reliable protection.
3. Max. lightning discharge current up to 8kA(10/350μs)and High discharge capacity, quick response.
4. Green window will change when fault and also provide remote alarm control at the same time.
5. Mode of protection:L-PE; N-PE.
6. Suitable for TN installations.
7. Crafted from selected flame-retardant enclosure and Utilizing advanced European technology to ensure complete and reliable safeguarding of electrical equipment.
Whole House Power Surge Protector is designed to handle high-energy electrical disturbances that originate from external power sources. Positioned at the service entrance, it moderates incoming surge energy before it stresses internal circuits. This power-focused approach helps buffer grid-related fluctuations, reducing electrical shock loads across the system. Rather than addressing symptoms at individual outlets, a Whole House Power Surge Protector strengthens the electrical infrastructure itself, supporting consistent power behavior, improved tolerance to disturbances, and more predictable system performance over time.
Features
1. High-Energy Surge Absorption: Designed to manage large surge currents associated with external power disturbances.2. Power-Entry Point Deployment: Installed at the main power intake to intercept surges before distribution.
3. Grid Disturbance Buffering: Helps smooth electrical irregularities introduced by upstream power sources.
4. Low-Resistance Energy Pathway: Provides an efficient channel for directing excess energy away from circuits.
5. Continuous Passive Operation: Functions automatically without adjustment or user intervention.
6. Electrical Panel Compatibility: Structured to integrate cleanly with standard power distribution panels.
7. Repetitive Event Endurance: Maintains functional stability under frequent surge exposure.
8. Infrastructure-Level Protection Design: Built to operate as part of the overall electrical power framework.
Advantages
1. Stronger Resistance to Grid Instability: Helps systems cope with irregular utility power behavior.2. Reduced Electrical Shock Load: Minimizes sudden stress imposed on wiring and connected loads.
3. More Consistent Power Delivery: Supports smoother voltage behavior during disturbance events.
4. Improved System Durability: Reduces long-term wear caused by repeated high-energy surges.
5. Centralized Power Defense: Addresses surge risk at the power source instead of multiple endpoints.
6. Better Coordination With Electrical Infrastructure: Works in harmony with grounding and distribution systems.
7. Fewer Power-Related Interruptions: Helps limit disruptions triggered by external electrical events.
8. Predictable Long-Term Performance: Supports stable system behavior across changing power conditions.
Applications
1. Grid-Connected Residential Buildings: Protects homes exposed to external power fluctuations.2. Areas With Unstable Utility Supply: Suitable for regions experiencing voltage irregularities.
3. Smart Power Distribution Systems: Supports coordinated operation of electronically controlled loads.
4. Electrical System Upgrades: Integrated during modernization of power infrastructure.
5. Light Commercial Properties: Applies to offices and facilities sharing centralized power intake.
6. Storm-Exposed Locations: Adds protection where power disturbances are weather-related.
7. Mixed Electrical Load Environments: Handles varied consumption patterns within one system.
Technical Data
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3 Years Warranty -
Free Customized Design
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CE RoHS CB KEMA TUV Certificates
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