PDC-Eaton Moeller series xPole - SPPVT2.12 Surge Protection Device
SPPVT12 is developed especially for photovoltaic applications and protects the installations against transient overvoltages induced by direct lightning strikes. These surge arresters are suitable for a wide range of surge protection in a large number of systems. The plug-in surge arresters SPPVT2 and SPPVT12 are developed especially for photovoltaic applications. Usually this requires Type 1/2 combinations, for DC protection - based on whether the building has also a requirement for an external lightning protection system. SPPVT2: Type 2 PV surge protection is required, when there is no risk for direct lightning strikes but indirect surges can occur. SPPVT2 protects the inverter and installations against transient overvoltage due to switching and indirect lightning strikes. They protect the installations against transient overvoltages that can be induced by direct or indirect lightning strikes. SPPVT12: Homes with rooftop solar PV installations represent an additional vulnerability that requires surge protection.
Features
Standard: EN50539-11
Optimized planning of maintenance interventions thanks to remote signalling (Type -AX)
No wrong connecting possible thanks to coded connectors and base elements
Increased safety through compliance with the EN 50539-11 standard
Optimal protection of the inverter thanks to a low peakvoltage level
Plug-in Surge Arrester SPPVT2 and SPPVT12:
Plug-in Surge Arrester SPPVT12:
Always the right arrester thanks to universal Type1/Type2 protective components
Selective replacement of defective connectors thanks to a visual status indicator
Easy to replace thanks to a plug-type arrester
Safe contacting thanks to integrated redary bolts
EN test class: PV T1/PV T2
Mounting type: DIN rail 35 mm
Function
overvoltage protection for switching overvoltages
provides protection against transient overvoltage caused by direct and indirect lightning strokes
surge protection
protect customers homes and assets
Benefit
provides protection against transient overvoltage caused by indirect lightning strikes