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2281050 Cembre A24-L12 COPPER TERMINAL
Cembre 2281050 A24-L12 90° electrolytically tin-plated copper compression terminal for 120 mm² copper conductors with M12 fixing hole.
£6.26
Why Choose the Cembre 2281050 A24-L12 90° Copper Compression Terminal?
The Cembre 2281050 (A24-L12) is a premium-quality 90° bent tinned copper compression terminal designed to provide secure, low-resistance electrical terminations for 120 mm² stranded copper conductors. Manufactured from greater than 99.9% pure electrolytic copper, it delivers exceptional electrical conductivity, high mechanical strength and long-term reliability for demanding industrial and power distribution applications.
Part of the trusted Cembre A-L Series, this 90° compression terminal is annealed for optimum crimping performance and electrolytically tin plated to improve corrosion resistance. The chamfered barrel and inspection hole simplify conductor insertion and help ensure a correct, repeatable crimp every time. It is specifically designed for professional electrical installations requiring dependable long-term performance.
Designed for 120 mm² Class 2 stranded copper conductors with an M12 fixing hole, the Cembre 2281050 is ideal where installation space is limited. The angled palm improves cable routing while maintaining a secure mechanical and electrical connection in switchgear, control panels, substations and industrial machinery.
Key Advantages
- Suitable for 120 mm² stranded copper conductors.
- 90° bent palm simplifies cable routing.
- M12 fixing hole for secure equipment termination.
- Manufactured from 99.9% pure electrolytic copper.
- Electrolytically tin plated for superior corrosion resistance.
- Inspection hole confirms full conductor insertion before crimping.
Key Features
- Manufacturer: Cembre
- Series: A-L Series 90° Copper Compression Terminals
- Model: A24-L12
- Manufacturer Part Number: 2281050
- Suitable for 120 mm² copper conductors.
- M12 fixing hole.
- 90° bent ring terminal.
- Annealed electrolytic copper construction.
- Electrolytically tin-plated finish.
- Inspection hole with chamfered barrel.
Reliable Electrical Connections for Industrial Installations
Compression terminals provide permanent, low-resistance electrical connections that maximise current carrying capability while minimising heat generation and voltage drop. Properly installed compression lugs deliver excellent long-term mechanical and electrical reliability.
The Cembre A-L Series has been developed for professional installers requiring dependable copper terminations together with improved cable routing flexibility. The 90° palm design makes installation easier inside compact switchboards, control panels and OEM machinery.
Typical Applications
- Industrial control panels.
- Electrical switchgear.
- Power distribution systems.
- Motor control centres.
- OEM machinery.
- Industrial automation equipment.
Technical Specifications
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| Palm Angle | Straight (0°) | |
|---|---|---|
| Device Type | Copper Tube Lug | |
| Conductor Size | 120 mm² | |
| Stud Size | M12 | |
| Material | Copper | |
| Series | A-L Series | |
| MPN | 2281050 | |
| Alternative Reference | A24-L12 | |
| Product type | 90° bent copper compression terminal | |
| Conductor size | 120 mm² | |
| Stud size | M12 | |
| Material | Electrolytic copper (>99.9% purity) | |
| Finish | Electrolytically tin plated | |
| Palm width | 28.5 mm | |
| Barrel diameter | 15.2 mm | |
| Cable stripping length | 27 mm | |
| Inspection hole | Yes | |
| Termination method | Compression crimp | |
| HS Code | 85369010 | |
| Country of Manufacture | Italy |
Frequently Asked Questions
What conductor size is the Cembre 2281050 designed for?
It is designed for 120 mm² stranded copper conductors.
What fixing hole size does this terminal use?
The terminal features an M12 fixing hole.
Why is the terminal bent at 90°?
The 90° palm improves cable routing where installation space is restricted while reducing stress on the conductor.
Why is the terminal tin plated?
Electrolytic tin plating improves resistance to corrosion and oxidation while maintaining excellent electrical conductivity.
Where is this compression terminal typically used?
It is commonly installed in switchgear, industrial control panels, substations, power distribution equipment and heavy-duty electrical installations.
Trusted by Electrical Professionals Worldwide
Cembre copper compression terminals are trusted by panel builders, OEMs, electrical contractors and utilities worldwide for delivering safe, durable and reliable electrical terminations.
