Busbar connectors straight (1 set = 3 pcs) ZB2 125/3 STRAIGHT 004671161

ETI ZB2 125/3 busbars are elements used for safe and efficient connection of wires to busbars in electrical installations. The set includes three pieces, allowing for comprehensive connection of three-phase circuits. Designed to work with EB2 and ED2 125 series circuit breakers, they ensure reliability and ease of installation.

Functionality and application

These busbar connectors are a key element in the construction of electrical switchboards and control cabinets. They enable a solid connection of wires to busbars, minimizing the risk of short circuits and overheating. This makes the installation safer and more resistant to failure. They are ideal for both professional installers and end-users who perform electrical work themselves.

The application of these connectors is wide – from installations in residential and commercial buildings to advanced industrial systems. Their versatility makes them indispensable in many different applications. Thanks to precise workmanship and high-quality materials, they guarantee long-lasting and trouble-free operation.

Characteristic features

• 3-piece set: Ensures a complete set for connecting a three-phase circuit.
• Compatibility: Designed to work with ETI EB2 and ED2 125 series circuit breakers, guaranteeing a perfect fit and trouble-free installation.
• Dimensions: Width 76 mm, height 3 mm and depth 37 mm – compact dimensions make installation easier even in tight spaces.
• Tariff number: 85389099 – information important for importers and companies involved in international trade.
• ETIM classification: EC002019 (Busbar extension) – facilitates product identification in catalog systems and databases.
• Number of poles: 3 - dedicated to three-phase circuits.

It is important to select the busbar connectors correctly for a specific application to ensure optimal performance and safety of the electrical installation. A solid connection of wires to busbars is the basis for the reliable operation of the entire electrical system.