The 48V DC Surge Protector is designed to protect low-voltage DC equipment from lightning strikes and surge damage. Suitable for installation at LPZ 0A-1 or higher, it is ideal for various DC power systems and supports SPD Type I+II (Class B+C) protection. Engineered for reliable performance, it meets international standards including IEC 61643-11, EN 61643-11, and GB/T 18802.11. Compact and efficient, it ensures safety and longevity of DC-powered devices in industrial and commercial applications.
Features
1. 48V DC System Compatibility: Specifically designed to protect 48V direct current power systems.2. SPD Type I+II (Class B+C): Offers combined protection against high-energy lightning strikes and switching surges.
3. LPZ 0A–1 or Higher Installation: Suitable for use between lightning protection zones to ensure layered surge defense.
4. High Discharge Capacity: Effectively diverts large surge currents to protect downstream equipment.
5. Compact Modular Design: Enables easy installation, maintenance, and module replacement without rewiring.
6. Thermal Disconnection Mechanism: Built-in safety feature disconnects the device in case of overheating or failure.
7. Visual Status Indicator: Provides quick, at-a-glance monitoring of operational status.
8. Standards-Compliant: Designed in accordance with IEC 61643-11:2011, EN 61643-11:2012, and GB/T 18802.11-2020.
1. Protects Critical DC Equipment: Prevents damage to sensitive devices like controllers, sensors, and communication modules.
2. Reduces Downtime: Ensures uninterrupted operation of DC power systems in industrial, telecom, and solar applications.
3. Extends Equipment Lifespan: Minimizes wear from repeated surges, improving long-term system reliability.
4. Increases System Safety: Thermal disconnect and visual indicators help detect faults early and prevent fire hazards.
5. Simplifies Maintenance: Modular design allows fast and tool-free replacement, reducing service time.
6. Enhances Power Quality: Improves overall system stability by filtering transient overvoltages from the power line.
7. Cost-Effective Protection: Prevents costly repairs and replacements due to lightning or surge events.
2. Reduces Downtime: Ensures uninterrupted operation of DC power systems in industrial, telecom, and solar applications.
3. Extends Equipment Lifespan: Minimizes wear from repeated surges, improving long-term system reliability.
4. Increases System Safety: Thermal disconnect and visual indicators help detect faults early and prevent fire hazards.
5. Simplifies Maintenance: Modular design allows fast and tool-free replacement, reducing service time.
6. Enhances Power Quality: Improves overall system stability by filtering transient overvoltages from the power line.
7. Cost-Effective Protection: Prevents costly repairs and replacements due to lightning or surge events.
Applications
1. Telecom Base Stations: Protects DC power systems in mobile and fixed-line communication infrastructure.2. Solar Power Systems: Safeguards photovoltaic (PV) inverters, charge controllers, and battery storage systems.
3. Industrial Automation: Shields control panels, PLCs, and sensors powered by 48V DC from surge damage.
4. Data Centers: Ensures continuous operation of 48V-powered networking and backup systems.
5. Transportation Systems: Provides surge protection in railway, metro, and traffic control equipment using 48V DC.
6. Security and Surveillance: Protects DC-powered CCTV, access control, and alarm systems.
7. Renewable Energy Storage: Secures battery banks and DC power distribution units in energy storage setups.
8. LED Lighting Systems: Prevents surge damage in 48V DC LED drivers and smart lighting infrastructure.
Technical Data
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