Copper Reducing Link 400-240mm2
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Product Overview
The CABAC CASR400/240 Copper Reducing Link is used to create a permanent compression joint between a 400mm² copper conductor and a 240mm² copper conductor. It provides a practical cable transition where two different conductor sizes need to be joined in a power distribution, switchboard, cable tail or jointing application.
This reducing link is suitable for circular and sector stranded copper conductors. When installed with the correct crimping equipment, it provides a mechanically secure and electrically reliable connection for heavy-duty electrical installations. It is commonly used by electrical contractors, utilities, switchboard builders and industrial maintenance teams working with large copper conductors.
Key Features
- Connects 400mm² copper conductor to 240mm² copper conductor
- Suitable for circular and sector stranded copper conductors
- Copper construction for high electrical conductivity
- Designed for compression crimp installation
- Suitable for reducing joints, fly leads and tails
- Provides a secure conductor size transition
- Suitable for commercial, industrial and utility electrical work
Typical Applications
- Power cable reducing joints
- Switchboard and distribution connections
- Fly leads and cable tails
- Industrial electrical installations
- Infrastructure and utility works
- Copper conductor repair and modification
Technical Specifications
| Brand | CABAC |
| Manufacturer Part Number | CASR400/240 |
| Product Type | Copper Reducing Link |
| Large Conductor Size | 400mm² |
| Small Conductor Size | 240mm² |
| 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
Confirm conductor size and link orientation before crimping. Strip each copper conductor to the correct length, insert fully into the appropriate end of the reducing link and crimp with the correct die set for each conductor size. The completed joint should be mechanically checked and insulated to suit the installation environment.