VVC3 12kV/160A fuse link with striker 004230019

Reliable medium voltage protection

The VVC3 12kV/160A fuse link is 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. Its construction provides effective protection against both the thermal and dynamic effects of short-circuit currents.

Characteristics and application

The VVC3 fuse link is characterized by a rated current of 160A and a breaking capacity of 50 kA. Made of high-quality materials, including a high-strength ceramic tube and silver fuse elements, it guarantees reliable operation in demanding working conditions. The use of a striker with a force of 50N indicates the operation of the fuse link, which facilitates the identification of the cause of the failure and quick replacement. This allows installers to effectively diagnose problems in the network and minimize downtime.

Advantages and benefits

• Effective protection: Protects MV equipment from damage caused by short circuits and overloads.
• High breaking capacity: A breaking capacity of 50 kA allows for safe disconnection of the circuit in the event of high short-circuit currents.
• Durable construction: The use of high-quality materials ensures a long service life and reliability of the fuse link.
• Operation indication: The striker indicates the operation of the fuse link, making it easier to locate the fault.
• Optimal power loss: Power loss at 190W at rated current allows minimizing energy losses in the network.
• Environmental resistance: A reliable sealing system protects against moisture, increasing the durability of the device.
• Precise parameters: Cold resistance at 4.1 mΩ and specified pre-arcing integral I²t min (94000 A²s) allow for precise selection of the fuse link for specific applications.

The VVC3 fuse link is a solid solution for professionals involved in medium voltage electrical installations, providing safety and reliable operation of the power grid. Its precise technical parameters allow for optimal selection for specific needs, and its durable construction guarantees long-term use.