Surge Protector Whole House -BT P BCM 320 RM/1+N
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Type
BT P BCM 320 RM/1+N
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Art.-No.
801305
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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 10/350 (L-N) and High discharge capacity, quick response.
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 compatible and Mode of protection:L-N; N-PE.
6.Crafted from selected flame-retardant enclosure and Utilizing advanced European technology to ensure complete and reliable safeguarding of electrical equipment.
Main Distribution Boards
Single Phase, 150V/230V/275V/320V/385V Uc AC 1P+N
High Energy MOV+ High Energy GDT
In=25kA/40kA(8/20μs), High Surge Currents:
Imax=50kA/65kA(8/20μs)
Surge Protector Whole House is designed to maintain electrical order by managing surge events across an entire power system. Installed at the distribution level, it helps regulate how transient overvoltage interacts with internal circuits. Rather than reacting at individual outlets, this approach supports structured surge handling at a central point. By reducing electrical noise and limiting surge imbalance between circuits, a Surge Protector Whole House contributes to smoother power flow, improved system consistency, and a more organized electrical environment for modern buildings.
Features
1. Distribution-Level Protection: Operates at the electrical distribution point to manage surge behavior system-wide.2. Circuit Balance Support: Helps maintain consistent electrical conditions across parallel circuits.
3. Central Surge Routing: Directs excess energy through a unified discharge path.
4. Electrical Noise Reduction Function: Assists in limiting transient disturbances within the power network.
5. Passive Continuous Operation: Remains active without adjustments, settings, or user interaction.
6. Panel-Oriented Construction: Designed to align cleanly with standard electrical panel layouts.
7. Repetitive Surge Tolerance: Supports consistent operation during ongoing transient exposure.
8. Structured Protection Layer: Forms part of a multi-level electrical protection architecture.
Advantages
1. More Ordered Power Distribution: Helps electrical systems operate with reduced internal disruption.2. Improved Circuit Consistency: Supports similar voltage behavior across different loads.
3. Reduced Electrical Interference: Limits surge-related noise that affects sensitive electronics.
4. Enhanced System Predictability: Contributes to more stable performance during power events.
5. Centralized Surge Governance: Simplifies how surge events are managed across the building.
6. Lower Long-Term Instability Risk: Helps prevent gradual imbalance caused by repeated disturbances.
7. Cleaner Electrical Environment: Supports smoother interaction between connected devices.
Applications
1. Whole-Building Electrical Systems: Applied where unified surge handling is required across all circuits.2. Modern Residential Installations: Supports stable power conditions for electronics-rich households.
3. Smart Power Distribution Designs: Fits systems emphasizing coordinated electrical control.
4. Electrical System Optimization Projects: Used to improve overall power organization and reliability.
5. Small Commercial Buildings: Suitable for offices and facilities with shared distribution panels.
6. Surge-Active Grid Areas: Relevant for regions with frequent external power disturbances.
Technical Data
Product Showcase
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3 Years Warranty -
Free Customized Design
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Welcome OEM and ODM Service
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CE RoHS CB KEMA TUV Certificates
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Surge Protecetive Device（SPD）Factory
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30+ Years Surge Protector SPD Experiences
