TUV Certified AC SPD

FATECH FV25B/1+NPE-255S is a TUV certificate type 1 surge protection device for electrical panel for single-phase power systems. It effectively discharges lightning surge current and limits overvoltage, providing reliable protection for household, commercial and industrial main power distribution equipment.

FATECH FV25B/3+NPE-255S is a TUV three phase ac type 1 surge protective device low voltage power distribution systems. As a Class I lightning surge arrester, it can discharge high impulse lightning current and limit overvoltage effectively to protect main distribution boards, industrial power equipment, commercial buildings and infrastructure. With stable performance, high discharge capacity and DIN‑rail installation, this SPD ensures safe and reliable operation for residential, commercial and industrial applications.

FATECH FV30B+C/1-275S is a TUV certified Type 1+2 1-pole AC surge protector with high discharge current. It is suitable for single-phase power distribution and provides strong surge protection for household and light industrial electrical equipment. Its stable structure and reliable performance ensure long-term safe operation.

FATECH FV30B+C/2-275S is a Type 1+2 TUV approved ac surge protection device. In 30kA, Imax 60kA, Iimp 7kA, 2+0 single phase ac surge protection device. It is designed for single-phase power supply systems and offers high-performance surge protection for home appliances, office equipment, and small industrial loads. It is widely used in residential, commercial, and light industrial surge protection projects.

FATECH FV30B+C/3-275S is a 3-phase Type 1+2 combined AC surge protective device for power distribution systems. It provides high-energy lightning and surge protection for industrial, commercial and building electrical equipment, with stable performance and DIN-rail installation.

FATECH FV30B+C/4-275S is a TUV mark Type 1+2 ac 3 phase surge protection device, In 30kA, Imax 60kA, Iimp 7kA, 4+0. It is widely used in industrial power distribution, commercial buildings, data centers, and infrastructure projects. It effectively limits overvoltage and discharges surge current to ensure the safety of important electrical equipment.