HQRP Solar Photovoltaic CFPV-32 10x38mm Fuse Holder, 1-32Amp, 1000VDC, Class gPV, 20kA IR, DIN Rail Fuse Holder, UL Listed, Applicable Fuse Link: CFPV

HQRP Solar Photovoltaic CFPV-32 10x38mm Fuse Holder, 1-32Amp, 1000VDC, Class gPV, 20kA IR, DIN Rail Fuse Holder, UL Listed, Applicable Fuse Link: CFPV

HQRP® CFPV-32 fuse holder up to 32 Amp, 1000 VDC, Breaking Capacity 20kA, Applicable for fuse-link 10*38mm (0,4''x1,5''). Dimensions of fuse holder: 3.15"x2.36"x0,71" (80x60x18mm). 200 Days warranty! HQRP® Our current-limiting cylindrical fuse holders are commonly used in solar panels, combiner boxes, photovoltaic inverters, battery charge controllers, string cables, charging modules of electric vehicles HQRP® CFPV-32 1000 VDC solar panel fuse holder can also be integrated into photovoltaic modules, solar lighting, HVAC systems, elevators, machinery, in-line PV module protection, charging stations HQRP® Our PV fuse holder is suitable for a solar, wind, industrial and transportation applications, therefore designed for the protection of photovoltaic system with extreme ambient temperature conditions. HQRP® CFPV-32 is certified by ISO. Approvals: UL Listed, IEC (gPV), TÜV and CE certifications, RoHS and REACH compliants. The package includes one fuse holder. CFPV-32 1-32 A solar PV fuse specifications: Current: up to 32A, Voltage: 1000VDC, Braking capacity: 20kA, Dimensions: 3.15"x2.36"x0.71" (80x60x18mm), Applicable for fuse link: 10x38mm CFPV-1038, Operating class: gPV, Mounting Type: DIN Rail, Approvals: UL Listed, IEC (gPV), TÜV and CE certification, RoHS and REACH compliant. The CFPV Solar Protection Fuse Holder has been specifically designed for the protection of photovoltaic (PV) systems. Also photovoltaic fuse holders are commonly used in photovoltaic power systems such as photovoltaic modules, photovoltaic inverters, solar charge controllers, solar lighting and other photovoltaic power systems to protect the safe operation of circuits and equipment. It is designed to work smoothly in outdoor and harsh environments that are prone to high temperature and humidity. Therefore, it is highly durable and reliable, ensuring a long lifespan. They are connected in series and parallel with photovoltaic panels and batteries to provide short-circuit protection for the charging and converter systems.