Why Choose the Wöhner 01275 Busbar Connecting Terminal?
The Wöhner 01275 is a robust busbar connecting terminal engineered for secure longitudinal connections between 150 mm triple-T section busbars within the Wöhner 60Classic busbar system. With a maximum IEC current capacity of 2,500 A, it provides a dependable, low-resistance connection for demanding industrial power distribution applications.
Designed for switchgear manufacturers, panel builders and OEM equipment, the 01275 features a heavy-duty M8 screw-clamp connection and accommodates system spacing of 100–110 mm. Its halogen-free construction ensures reliable long-term performance while complying with both IEC 61439-1:2020 and UL 508 standards.
The Wöhner 01275 is ideal for extending or joining high-current busbar systems, maintaining excellent electrical conductivity and mechanical stability in critical low-voltage power distribution installations.
Key Advantages
- Designed for longitudinal connection of 150 mm triple-T section busbars.
- 2,500 A IEC current capacity.
- Compatible with the Wöhner 60Classic busbar system.
- Suitable for voltages up to 1000 V AC and 1500 V DC.
- Heavy-duty M8 screw-clamp connection.
- UL approved for demanding industrial installations.
Key Features
- Manufacturer: Wöhner.
- Model: 01275.
- Product type: Busbar connecting terminal.
- System: 60Classic.
- Designed for 150 mm triple-T section busbars.
- 100–110 mm system spacing.
- Heavy-duty screw-clamp terminal.
- Suitable for high-current longitudinal busbar connections.
Engineered for Reliable High-Current Busbar Connections
The Wöhner 01275 provides secure longitudinal connections between triple-T busbars while maintaining low contact resistance and high mechanical strength. It is specifically engineered for large industrial switchboards where dependable high-current performance is essential.
For UL-compliant feeder circuits above 250 V, Wöhner specifies the use of the 01362 phase separator set when installing the 01275 connecting terminal.
Typical Applications
- Main low-voltage switchboards.
- Industrial power distribution systems.
- Large OEM electrical panels.
- Motor control centres.
- High-current busbar extensions.
- Heavy-duty electrical infrastructure.
