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.
Cembre 2752180 ML150-240-12C aluminium mechanical shear-bolt terminal for terminating 150-240 mm² copper or aluminium power conductors in low- and medium-voltage electrical installations.
The Cembre 2752180, manufacturer model ML150-240-12C, is a robust aluminium mechanical shear-bolt terminal designed for terminating copper and aluminium power conductors. As part of the Cembre ML-C series, it provides a dependable mechanical cable connection without requiring conventional compression dies, making it particularly suitable for low- and medium-voltage electrical installations.
The ML150-240-12C accommodates conductor cross-sections from 150–240 mm² and uses two shear-bolt clamping elements to secure the conductor within the terminal barrel. Cembre ML-C terminals incorporate centring devices to help maintain correct conductor alignment, while contact grease inside the barrel supports reliable electrical contact and long-term connection performance.
Manufactured with a high-purity aluminium conductor body, the ML150-240-12C combines durable construction with a broad operating temperature range of -50 °C to +150 °C. The terminal features an M12 palm fixing and is designed for professional power distribution, switchgear, industrial and electrical infrastructure applications.
Mechanical shear-bolt terminals provide a practical and repeatable method of terminating large power conductors without dedicated compression dies. The clamping elements mechanically secure the conductor inside the terminal barrel, helping create a dependable electrical connection while simplifying installation across the terminal's specified conductor range.
The Cembre ML-C series is engineered for power cable installations where reliable conductor positioning and electrical performance are essential. Integrated centring devices help maintain alignment of the conductor within the terminal, an important consideration in medium-voltage systems where controlled geometry helps minimise dielectric stress.
| Manufacturer | Cembre |
|---|---|
| Series | ML-C |
| Manufacturer code | 2752180 |
| Model | ML150-240-12C |
| Product type | Aluminium mechanical shear-bolt terminal |
| Suitable conductor materials | Copper / aluminium |
| Conductor cross-section | 150–240 mm² |
| Palm holes | 1 |
| Fixing size | M12 |
| Number of clamping elements | 2 |
| Clamping torque | 35 Nm |
| Conductor body material | Aluminium, purity above 99.5% |
| Clamping element material | Aluminium |
| Centring device material | Polyamide PA6 |
| Grease inside barrel | Yes |
| Operating temperature | -50 °C to +150 °C |
| Palm width | 35 mm |
| Spanner size | 22 mm |
| Total length | 124 mm |
| Barrel inner diameter | 20.5 mm |
| Barrel outer diameter | 35 mm |
| Cable stripping length | 69 mm |
| Customs code | 85369010 |
| RoHS compliant | Yes |
It is a mechanical shear-bolt terminal designed for terminating large copper or aluminium power conductors in electrical distribution, industrial and low- or medium-voltage installations.
The terminal is designed for conductors with cross-sections from 150–240 mm².
The ML150-240-12C is manufactured with an M12 palm fixing for connection to compatible electrical equipment and busbars.
Yes. The Cembre ML-C mechanical terminal range is designed for use with copper and aluminium conductors.
No. The terminal uses mechanical shear-bolt clamping elements rather than a conventional compression connection, eliminating the need for dedicated compression dies.
Cembre ML-C mechanical terminals are engineered for dependable power cable connections, combining robust aluminium construction, controlled mechanical clamping and conductor centring technology for professional electrical installations.
We use cookies
We use essential cookies to run this site, your basket and checkout. With your permission we'd also like to use analytics and advertising cookies to understand how the site is used and to measure our adverts.