Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
8005806 Cembre CA300-2M12 COPPER TERMINAL
Cembre 8005806 CA300-2M12 medium voltage electrolytic copper compression ring terminal for 300 mm² copper conductors with dual M12 fixing holes.
£50.24
Why Choose the Cembre 8005806 CA300-2M12 Copper Terminal?
The Cembre 8005806 CA300-2M12 is a heavy-duty medium voltage copper compression ring terminal designed to provide secure, low-resistance electrical terminations for large copper conductors in industrial power distribution systems. Manufactured by Cembre, this premium terminal combines outstanding electrical conductivity with exceptional mechanical strength for demanding installations.
Constructed from greater than 99.9% pure electrolytic copper, the CA300-2M12 is annealed for easier compression and electrolytically tinned to maximise corrosion resistance. Its robust dual-hole palm provides superior mechanical stability while the closed barrel design helps prevent moisture and dirt ingress, making it ideal for outdoor and medium voltage applications.
Designed for 300 mm² copper conductors with dual M12 fixing holes, the Cembre CA300-2M12 is widely used in substations, switchgear assemblies, industrial control panels and utility infrastructure where long-term connection reliability is essential.
Key Advantages
- Heavy-duty medium voltage copper compression terminal.
- 300 mm² conductor capacity for high-current applications.
- Dual M12 fixing holes provide exceptional mechanical stability.
- Manufactured from 99.9% pure electrolytic copper.
- Electrolytically tinned to resist corrosion.
- Closed barrel design helps prevent moisture and contaminant ingress.
Key Features
- Cembre CA300-2M12 copper compression terminal.
- Manufacturer Part Number: 8005806.
- Alternative SKU: CA300-2M12.
- Suitable for 300 mm² copper conductors.
- Dual-hole palm with M12 fixing holes.
- 44.5 mm hole spacing for increased stability.
- Annealed electrolytic copper construction.
- Electrolytically tinned finish.
- Compression crimp installation.
- Closed barrel construction for improved environmental protection.
Reliable Copper Cable Terminations for Industrial Power Systems
Compression terminals provide durable, low-resistance electrical connections capable of carrying high currents while minimising heat generation and voltage loss. Correct installation with the appropriate crimp tooling ensures long service life and dependable performance.
The Cembre CA-2M series has been developed specifically for demanding industrial and utility applications. The dual-hole palm improves resistance to vibration and electrodynamic forces, while the sealed barrel design helps maintain connection integrity in harsh operating environments.
Typical Applications
- Medium voltage cable terminations.
- Electrical substations.
- Industrial switchgear.
- Power distribution equipment.
- Utility infrastructure.
- Industrial control panels.
Technical Specifications
Tick the specs you need, then view products that match.
| Device Type | Copper Tube Lug | |
|---|---|---|
| Conductor Size | 300 mm² | |
| Material | Copper | |
| Series | CA-2M Medium Voltage Copper Terminals | |
| Manufacturer Part Number | 8005806 | |
| Alternative Product SKU | CA300-2M12 | |
| Product type | Copper compression ring terminal | |
| Conductor size | 300 mm² | |
| Terminal material | Electrolytic copper (>99.9% purity) | |
| Surface finish | Electrolytically tinned | |
| Fixing holes | Dual M12 | |
| Hole spacing | 44.5 mm | |
| Installation method | Compression crimp | |
| Application | Medium voltage cable termination |
Frequently Asked Questions
What is the Cembre 8005806 used for?
The Cembre 8005806 is used to terminate 300 mm² copper conductors in medium voltage and industrial electrical installations.
What cable size does the CA300-2M12 support?
This terminal is designed for 300 mm² copper conductors.
Why does it use two M12 fixing holes?
The dual-hole palm provides improved mechanical stability and better resistance to vibration and electrodynamic forces than single-hole terminals.
Why is the terminal electrolytically tinned?
The tinned finish provides excellent corrosion resistance while maintaining high electrical conductivity.
Where is this terminal commonly installed?
It is commonly installed in substations, switchgear, industrial power distribution systems and electrical infrastructure projects.
Trusted by Electrical Professionals Worldwide
Cembre compression terminals are trusted by utilities, panel builders, electrical contractors and industrial engineers for delivering reliable, long-lasting electrical connections in demanding power distribution applications.
