About Self Locking Ferrule
Technical Specification :
| Our Code No. | Size | Suitable For Wire | Std. Marking 0 to 9 only on different colours | Standard Packing 100 Pcs./bag |
| (in Sq. mm.) | Dia in (mm) |
| ASLF-02 | 0.5/0.75 | 1.75 to 2.00 | " | " |
| ASLF-03 | 1 | 2.25 to 2.75 | " | " |
| ASLF-04 | 1.5 | 2.75 to 3.4 | " | " |
| ASLF-05 | 2.5 | 3.4 to 3.75 | " | " |
| ASLF-06 | 4 | 3.75 to 4.5 | " | " |
| ASLF-07 | 6 | 4.5 to 6.5 | " | " |
| ASLF-08 | 10 | 6 to 7.5 | " | " |
| ASLF-09 | 16 | 6.5 to 7.5 | " | " |
| ASLF-10 | 25 | 7.5 to 10 | " | " |
| ASLF-11 | 35 | 10 to 12 | " | " |
| ASLF-12 | 50 | 12 to 14 | " | " |
Self locking ferrules are available in plain cut, shevron cut interlockable type. Numericals 0 to 999, alphabets A to Z , =, +, / marking available.
Superior Safety and ComplianceThis self-locking ferrule meets IEC 60947-1 and RoHS compliance, providing peace of mind for sensitive applications. Its flame retardant grade (UL94V-2) insulation and dielectric strength of 2.5kV assure enhanced electrical safety. Certified for temperatures up to 105C, it withstands tough environments with reliability.
Versatility and Easy InstallationDesigned for single or stranded copper conductors, the ferrule accommodates cross sections from 0.25 mm to 16 mm and lengths from 20 to 24 mm or custom specifications. With a self-locking mechanism and crimp-style install, connecting wires becomes fast and efficient, reducing installation time while achieving robust connectivity.
Durable and Anti-Corrosion BuildThe electrolytic tin-plated copper body resists corrosion and ensures low contact resistance (3 m), while PA66 insulation remains sturdy under harsh weather or temperature conditions. Available in multiple colors and pack sizes, its suitable for industrial, commercial, and residential use, ensuring flexibility and longevity in cable management.
FAQs of Self Locking Ferrule:
Q: How does the self-locking mechanism on the ferrule enhance wire connection security?
A: The self-locking mechanism automatically secures the wire after insertion, preventing loosening due to vibration or handling. This ensures a consistently reliable electrical connection throughout the ferrules service life, making it especially useful in environments where stability is critical.
Q: What are the recommended applications and industries for this self-locking ferrule?
A: These ferrules are ideal for industrial, residential, and commercial electrical installations, including panel wiring, industrial control systems, and electrical distribution. They are compatible with single core copper cables, provided the wire cross-section is between 0.25 mm and 16 mm.
Q: When should I use a self-locking ferrule instead of a standard ferrule?
A: A self-locking ferrule is recommended when reliability, anti-loosening, and quick installation are necessary, such as in high-vibration or safety-critical applications. Its anti-loosening feature provides better long-term security compared to regular ferrules, reducing maintenance needs.
Q: Where can I purchase self-locking ferrules in various colors and customized sizes?
A: Self-locking ferrules in blue, red, yellow, black, grey, and green are available from reputable manufacturers and suppliers in India. They offer standard and customized sizes and pack quantities tailored to project requirements. Export orders can also be accommodated.
Q: What is the installation process for these ferrules?
A: The installation is simple: insert the stripped wire into the ferrule, crimp it using an appropriate tool, and the self-locking mechanism secures the connection. The process is suitable for both single and stranded copper conductors, ensuring stable and robust connections.
Q: What benefits do the compliance standards and material properties offer?
A: IEC 60947-1 and RoHS compliance confirm the ferrules meet high safety and environmental standards. Electrolytic tin plating provides excellent conductivity and corrosion resistance, while PA66 insulation delivers flame retardancy and mechanical durability, ensuring safe operation under demanding conditions.