Class Ⅱ/ T2 / C Imax 40kA

FATECH FV20C/1-XXXPV series are Class II Type 2 DC surge protective devices for photovoltaic systems. Covering 48V to 1000V DC applications, they feature In 20kA, Imax 40kA, fast response ≤25ns and low voltage protection level. Equipped with mechanical status indication (Green: OK, Red: Replace) and optional remote contact, they adopt DIN‑rail mounting, high insulation and wide temperature resistance, providing reliable single-pole surge protection for solar PV systems.

FATECH FV20C/2-XXXPV series are Class II Type 2 DC surge protective devices for photovoltaic systems. Covering 48V, 96V, 500V, 600V, 800V and 1000V variants, they feature In 20kA, Imax 40kA, low let-through voltage and fast response (<25ns). Equipped with mechanical status indication and optional remote contact, they ensure reliable protection for solar panels and inverters via simple DIN-rail mounting.

FATECH FV20C/2+NPE-XXXPV series are Class II Type 2 DC surge protective devices for photovoltaic systems. Featuring Imax 40kA, In 20kA, mechanical status indication and optional remote contact, they deliver stable lightning and surge protection with DIN‑rail installation, suitable for various DC PV systems from 500V to 1000V.

FATECH FV20C/3-XXXPV series (including 48/96/500/600/800/1000/1500PVN(S)) are Class I+II Type 1+2 DC surge protective devices designed for the DC side of photovoltaic systems. With Imax 40kA, In 20kA, fast response (≤25ns), mechanical status indication and optional remote contact, they provide reliable lightning and surge protection, featuring DIN-rail mounting, high insulation performance and wide voltage adaptation to meet diverse PV system protection needs.

FATECH FVC20/2-XXXPV series are Class II Type 2 DC surge protective devices for photovoltaic systems. Designed with dual-window indication, they cover 48V to 1000V DC PV applications, featuring In 20kA, Imax 40kA, fast response ≤25ns, mechanical status display and optional remote contact. With DIN‑rail installation, high insulation and wide temperature resistance, they provide stable and visible surge protection for solar systems.