Fuse link with striker VVC3 7.2kV/160A 004220019

Reliable medium voltage protection

The VVC3 7.2kV/160A fuse link is an element designed to protect medium voltage (MV) electrical and power equipment against the effects of short circuits and overloads. It is used to protect cables, transformers, motors and capacitor banks. The construction based on proven technology ensures effective and reliable protection of the installation.

Characteristics and application

The VV series fuse links are characterized by a high short-circuit breaking capacity of 63 kA, which guarantees safety even in the event of serious disturbances in the network. Model VVC3, thanks to the striker force of 50N, indicates operation and enables the activation of the tripping mechanism of fuse disconnectors. This is particularly important in systems requiring a quick response to failures. The rated current value of 160A makes this fuse suitable for protecting circuits with medium power.

Advantages and benefits

• High short-circuit breaking capacity (63 kA): ensures effective protection against damage caused by short-circuit currents.
• Operation indication: a striker with a force of 50N informs about the need to replace the fuse and allows for quick identification of the failure location.
• Versatility: can be used in various types of MV installations – both in new and modernized facilities.
• Durable construction: high-strength ceramic tube and galvanically protected contacts ensure long life and reliable operation.
• Reliable sealing system: protects against moisture and corrosion, which affects the stability of operating parameters.
• Silver fuse element: guarantees precise operation and repeatability of the time-current characteristics.
• Compliance with standards: the product meets safety and quality requirements, as confirmed by test reports from KEMA Labs.

The VVC3 7.2kV/160A fuse link is a solid solution for professionals and end-users looking for reliable protection of medium voltage installations. Its construction minimizes the risk of downtime and ensures continuity of energy supply.