Whole House Surge Protector -BT P BCM 385 RM/2P
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Type
BT P BCM 385 RM/2P
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Art.-No.
801152
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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 Surge Protector is designed to control surge energy at the point where electricity enters a building. Acting as a centralized protection layer, it reduces the impact of transient overvoltage events before they interact with internal wiring. This approach supports coordinated protection across circuits rather than isolated device-level defense. By stabilizing electrical conditions and reducing surge circulation within the system, a Whole House Surge Protector helps maintain consistent power behavior, supports long-term system coordination, and contributes to a more resilient electrical infrastructure.
Features
1. Source-Level Surge Management: Controls surge energy at the electrical entry point before system distribution.2. Coordinated Circuit Protection: Enables unified protection across interconnected electrical pathways.
3. Low-Impedance Energy Path: Provides an efficient route for directing excess energy away from wiring.
4. Electrical System Integration: Designed to function as part of the overall power distribution structure.
5. Passive Protection Architecture: Operates continuously without requiring user interaction or configuration.
6. Compact Electrical Footprint: Supports clean installation within standard service panel environments.
7. Stable Long-Term Operation: Maintains consistent performance during repeated transient events.
Advantages
1. Improved System Coordination: Helps electrical components operate under more uniform conditions.2. Reduced Internal Surge Circulation: Limits repeated surge movement within wiring networks.
3. Greater Infrastructure Resilience: Supports electrical systems under unpredictable power conditions.
4. More Predictable Power Behavior: Contributes to smoother voltage performance during disturbances.
5. Simplified Electrical Planning: Centralized protection reduces complexity in overall protection design.
6. Lower Long-Term Stress Accumulation: Helps minimize gradual degradation caused by frequent micro-surges.
7. Fewer Compatibility Concerns: Works across diverse electrical loads without individual matching.
8. Balanced Protection Strategy: Complements other protection layers without overlapping functions.
Applications
1. Power Distribution Systems: Used where centralized surge control is required at service entry points.2. Buildings With Integrated Electrical Loads: Supports environments combining multiple circuits and load types.
3. Smart Electrical Infrastructure: Suitable for systems relying on coordinated electronic controls.
4. Residential Upgrades: Applied when improving overall electrical protection architecture.
5. Light Commercial Facilities: Fits offices and service spaces with shared power distribution panels.
6. Surge-Prone Utility Areas: Relevant for locations experiencing frequent external power disturbances.
Technical Data
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3 Years Warranty -
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