Threaded busbar connector ZUG-G2.5, black A11-0073

Universal rail connectors for safe and organized wiring

The threaded rail connector ZUG-G2.5 is a reliable solution for connecting wires in electrical installations. Designed for mounting on a standard DIN TH-35 mm rail, it provides a solid and secure connection for both installers and end-users. Thanks to its universal wire cross-section range, the connector works in a variety of applications.

Construction and application

The connector is made of high-quality thermoplastic, which guarantees its durability and resistance to mechanical damage. The screw connection ensures a reliable electrical contact, minimizing the risk of loosening connections during operation. The rated current of 24A and the rated voltage of 690V allow the connector to be used in circuits with medium power. A required closing plate increases safety by protecting against accidental contact with live wires.

The ZUG-G2.5 connector is ideal for:

• Electrical distribution boards
• Control cabinets
• Lighting installations
• Building automation systems
• Wire connections inside electrical devices

Key features and benefits

• Wide range of wire cross-sections: Supports solid and stranded wires with a cross-section from 0.5 mm² to 2.5 mm², providing flexibility in choosing the right wire.
• Solid screw connection: Guarantees a durable and reliable electrical connection, resistant to vibrations and temperature changes.
• DIN rail mounting: Enables quick and easy mounting in standard distribution boards and control cabinets.
• Safety of use: Flame retardancy class V2 and a required closing plate minimize the risk of fire and electric shock.
• Resistance to environmental conditions: Operating temperature range from -25°C to 100°C allows the connector to be used in various environments.
• Compact size: Height 42 mm and pitch 5.2 mm allow for optimal use of space in the distribution board.
• Color availability: Available in various colors (white, black, green, blue, red and gray) makes it easier to identify circuits and improves the aesthetics of the installation.