Surge Protection Devices -BT PCM20 385 RM/2P
-
Type
BT PCM20 385 RM/2P
-
Art.-No.
810874
-
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)
Surge Protection Devices are designed to manage transient overvoltage events that occur within electrical systems during switching operations, grid disturbances, or external influences. Integrated at key connection points, these devices help regulate how surge energy interacts with circuits and connected equipment. Rather than addressing isolated components, Surge Protection Devices support coordinated electrical protection by limiting voltage spikes before they propagate. This approach contributes to improved system reliability, reduced electrical stress, and more predictable power behavior across a wide range of electrical applications.
Features
1. Transient Overvoltage Control: Designed to manage short-duration voltage spikes within electrical systems.2. Multi-Level Installation Capability: Suitable for deployment at various points across power distribution networks.
3. Fast Electrical Response: Responds rapidly to sudden changes in voltage conditions.
4. System-Compatible Design: Works alongside existing electrical infrastructure without disruption.
5. Passive Continuous Operation: Functions automatically without configuration or user intervention.
6. Surge Energy Redirection: Guides excess energy away from sensitive circuits.
7. Repetitive Event Handling: Supports ongoing exposure to frequent transient events.
8. Grounding Coordination Support: Integrates with grounding paths for controlled energy discharge.
Advantages
1. Reduced Electrical Stress: Helps limit voltage-related strain on system components.2. Improved System Reliability: Supports consistent electrical performance under varying conditions.
3. Enhanced Equipment Protection: Reduces exposure of connected devices to damaging voltage spikes.
4. Controlled Surge Propagation: Prevents transient events from spreading through circuits.
5. Longer Electrical System Service Life: Helps reduce cumulative wear caused by repeated overvoltage.
6. Simplified Electrical Protection Strategy: Enables coordinated protection across multiple system levels.
7. Greater Operational Stability: Supports smoother power behavior during disturbances.
Applications
1. Electrical Distribution Systems: Applied across low- and medium-voltage power networks.2. Commercial and Residential Buildings: Supports stable power environments for occupied spaces.
3. Industrial Electrical Installations: Used to manage transient events in equipment-driven systems.
4. Control Panels and Switchboards: Installed to protect internal circuits and connected loads.
5. Renewable Energy Systems: Helps manage voltage instability in solar and wind installations.
6. Data and Communication Infrastructure: Supports reliable operation of sensitive electronic systems.
7. Utility Interface Points: Applied where external power sources connect to internal systems.
Technical Data
Product Showcase
Start Your Project
-
3 Years Warranty -
Free Customized Design
-
Welcome OEM and ODM Service
-
CE RoHS CB KEMA TUV Certificates
-
Surge Protecetive Device（SPD）Factory
-
30+ Years Surge Protector SPD Experiences
