Connecting bridges for surge arrester ZV-KSBI-4TE 263964

Surge protection device connecting bridges – a key to safe installation

Eaton's ZV-KSBI-4TE connecting bridges are an essential element in the surge protection system. They are used to connect surge protection devices, providing effective protection for the electrical installation and connected equipment. The product with catalog number 263964 is designed to operate in single-phase circuits and features a modular design – it occupies as many as 4 modules on a TH35 rail.

This specific model is designed to work with surge protection devices, does not support neutral (N) conductors or auxiliary contacts. Made of high-quality materials, it provides a reliable electrical connection thanks to the use of fork terminals, accepting wires with a cross-section of up to 16 mm². The length of the bridge is 70 mm, which facilitates installation even in tight switchgear cabinets. The rated operating voltage of 400 V makes it compatible with most standard electrical installations.

Practical advantages for the installer and user:

• Quick and easy installation: Fork terminals and the ability to cut to size allow adaptation to a specific switchgear cabinet configuration.
• Safety: Provides a secure connection between individual surge protection components, minimizing the risk of failure and damage.
• Versatility: Compatible with a wide range of Eaton surge protection devices.
• Durability: Made of high-quality materials, resistant to corrosion and mechanical damage.
• Modular design: Allows flexible adaptation to the existing electrical infrastructure.
• Insulation: Provided insulation increases safety and minimizes the risk of short circuits.

ZV-KSBI-4TE bridges are particularly useful in installations requiring a high level of protection against surges, such as residential, commercial or industrial buildings. Their use allows for the protection of sensitive electronic devices from damage caused by sudden voltage spikes, which translates into savings and increased system reliability. Thanks to their design, they allow for easy expansion of the surge protection system in the future.