Busbar connector threaded Al/Cu 2x240mm2 WLZ-35P/2x240 Green-yellow WLZ-35P/2X240 Z

Busbar connectors – reliable connections in electrical installations

Busbar connector with screw terminal, designed for connecting aluminum and copper wires with a cross-section up to 240 mm², is a key element in the construction of safe and efficient electrical installations. This product, designated as WLZ-35P/2x240 in green-yellow color, finds application in both industrial installations, public and residential buildings. Its construction ensures a solid and durable connection, minimizing the risk of short circuits and failures.

Construction and application

The connector is designed for mounting on a DIN TH-35 mm rail, which facilitates its installation and integration with other components of the switchgear. Two pole terminals allow connecting two wires with a cross-section of 35-240 mm², both solid and stranded (with or without cable lugs). Made of high-quality materials, it guarantees resistance to corrosion and mechanical damage. The rated current of 425A makes it a suitable component for circuits with high load.

The application of the connector includes:

• connecting wires in electrical switchboards,
• creating branch points in installations,
• connecting electrical devices requiring a large wire cross-section.

Advantages and benefits

• Versatility: The ability to connect aluminum and copper wires eliminates the need for additional adapters.
• Safety: Provides a secure and durable electrical connection, minimizing the risk of short circuits and failures.
• Easy installation: The design adapted for mounting on a standard DIN TH-35 mm rail facilitates and speeds up installation.
• High durability: Made of thermoplastic material of flammability class V0 and resistance to temperature in the range of -40°C to +100°C guarantees reliable operation in difficult conditions.
• Wide range of cross-sections: Supporting wires with a cross-section of 35-240 mm² allows for use in various installations.
• Rated voltage 1000V: Enables use in medium voltage networks.