Cable Lugs
Fabrix stands at the forefront of engineering innovation, blending advanced design with unmatched craftsmanship.
Cable Lugs
Cable Lugs by Ashwani are precision-engineered connectors designed for secure and efficient termination of electrical cables to equipment, terminals, and busbars. They ensure optimal electrical conductivity and mechanical strength in power distribution and control systems.
Manufactured from high-conductivity copper, aluminium, or brass, these lugs are designed to minimize resistance and prevent overheating. With precise crimping or bolting, they provide stable electrical connections even under high current and load conditions.
Ashwani’s Cable Lugs are widely used in electrical panels, switchgear, transformers, and industrial systems, ensuring long-term reliability and safety in electrical installations.
Key Features & Benefits
| High conductivity materials (Copper / Aluminium) | Ensures efficient current flow with minimal power loss |
| Precision crimping design | Provides strong and vibration-resistant connections |
| Electro-tinned finish (for copper lugs) | Protects against oxidation and corrosion |
| Standardized hole sizes and barrel dimensions | Easy compatibility with terminals and studs |
| High mechanical strength | Prevents loosening under load and vibration |
| Wide range of sizes available | Suitable for various cable cross-sections |
| Compliance with IEC standards | Ensures safety and global acceptance |
Custom Options
- Material: Copper (ETP), Aluminium, Brass
- Type: Ring Type, Fork Type, Pin Type, Blade Type
- Finish: Electro Tin Plated, Natural
- Size Range: As per cable cross-section (mm²)
- Barrel Type: Short Barrel, Long Barrel
- Insulated / Non-Insulated Options
- Standards: IEC / DIN compliant
Applications
- Electrical Panels & Switchgear
- Transformers & Power Equipment
- Industrial Machinery
- Battery Connections
- Automotive Electrical Systems
- Renewable Energy Systems
Types of Cable Cleats
- Single Cable Cleats
- Trefoil Cable Cleats
- Quad Cable Cleats
