KRIPAL offers a diverse range of modular DC Surge Protective Devices (SPDs). The SPI, SPB, SPC, and SPD series are designed for applications requiring Class B,Class C and Class D lightning protection, respectively. They are utilized for equipotential bonding during lightning events and comply with international standards including EN 50539-11:2013, IEC 61643-1, and GB/T 18802.1.
Leveraging superior design capabilities, this series incorporates high-performance varistors that respond within nanoseconds, effectively suppressing the impact of lightning strikes on photovoltaic systems.
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The SPC-15 2p Surge Arrester provides equipotential bonding at the boundaries of LPZ1, LPZ2, and LPZ3 zones.
View DetailsSPI Series (SPI-150, SPI-120, SPI-100, SPI-80, SPI-60)
Designed for Class B Lightning Protection, the SPI series provides equipotential bonding during lightning events.
Models SPI-150, SPI-120, and SPI-100 are typically installed at the boundaries between LPZ0A/LPZ0B and LPZ1 zones.
Models SPI-80 and SPI-60 are commonly installed in low-voltage main distribution cabinets where underground conduits enter the building.
SPB Series (SPB5-25, SPB3-25)
This series is engineered for Class B Lightning Protection, ensuring equipotential bonding. These devices are installed at the boundaries of LPZ0A, LPZ0B, and LPZ1 zones and are typically housed in the main low-voltage distribution cabinet for incoming underground lines.
These products are suitable for Class C Lightning Protection and facilitate equipotential bonding. Installed at the boundaries of LPZ1, LPZ2, and LPZ3 zones, they are commonly used in:
The SPC-15 2p Surge Arrester provides equipotential bonding at the boundaries of LPZ1, LPZ2, and LPZ3 zones.
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The SPC-15 2p Surge Arrester provides equipotential bonding at the boundaries of LPZ1, LPZ2, and LPZ3 zones.
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The SPC-15 2p Surge Arrester provides equipotential bonding at the boundaries of LPZ1, LPZ2, and LPZ3 zones.
Explore More >This series is applicable for Class D Lightning Protection and is used for equipotential bonding. Installed at the boundaries of LPZ1, LPZ2, and LPZ3 zones, they are typically mounted in:
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