Copper Reducing Link 400-300mm2
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Product Overview
The CABAC CASR400/300 Copper Reducing Link is designed for joining a 400mm² copper conductor to a 300mm² copper conductor using a compression crimp connection. Reducing links are used where a cable size transition is required while maintaining a secure, low-resistance electrical joint between conductors of different cross-sectional areas.
This reducing link is suitable for circular and sector stranded copper conductors and is commonly used in reducing joints, fly leads, cable tails and heavy-duty power distribution work. The copper body provides excellent conductivity, while the link design assists with maintaining mechanical strength and electrical continuity when installed with the correct crimping tool and die set.
Key Features
- Connects 400mm² copper conductor to 300mm² copper conductor
- Suitable for circular and sector stranded copper conductors
- Copper construction for high conductivity
- Designed for compression crimp installation
- Suitable for reducing joints, fly leads and tails
- Designed to provide a secure permanent cable transition
- Suitable for heavy-duty electrical distribution applications
Typical Applications
- LV power cable reducing joints
- Switchboard and distribution board cable transitions
- Fly leads and cable tails
- Industrial and commercial electrical installations
- Infrastructure and utility cable work
- Maintenance and repair of copper conductor connections
Technical Specifications
| Brand | CABAC |
| Manufacturer Part Number | CASR400/300 |
| Product Type | Copper Reducing Link |
| Large Conductor Size | 400mm² |
| Small Conductor Size | 300mm² |
| Conductor Material | Copper |
| Compatible Conductor Type | Circular and sector stranded copper conductors |
| Installation Method | Compression Crimp |
| Typical Use | Reducing joints, fly leads and tails |
Installation Notes
Use the reducing link only with compatible copper conductors and the correct compression tooling for each conductor size. Strip and prepare both conductors correctly, fully insert each conductor into the matching side of the link, and crimp using the appropriate die sequence. Confirm the completed joint is mechanically sound and suitably insulated before energising.