Connettore per fili crimp Harting 09 11 000 6116 argento RoHS

The Harting 09 11 000 6116 silver crimp wire connector is engineered for reliable electrical terminations in industrial and electronic assemblies. This single-piece connector provides a consistent crimp interface for stranded or solid conductors, designed to deliver stable electrical contact and mechanical retention. It is RoHS compliant and has a compact form factor with a net weight of approximately 18.66 g per unit, making it suitable where space and regulatory conformity matter.

Advantages

The connector offers precise crimp geometry that supports repeatable mechanical and electrical performance without requiring adhesive or solder. Silver plating on the contact surfaces improves conductivity and corrosion resistance in typical environments. Its metal construction contributes to mechanical robustness while maintaining a compact footprint appropriate for confined assemblies. RoHS compliance ensures the product meets common environmental material restrictions.

Key specifications

• Contact plating: silver finish to enhance conductivity
• Compliance: RoHS-compliant materials
• Weight: approximately 18.66 g per unit
• Construction: single-piece metal crimp connector for wire termination
• Intended wire types: suitable for crimping stranded and appropriate solid conductors when used with recommended tooling

How to use

Strip the conductor insulation to the recommended length for the chosen crimp profile, insert the conductor fully into the crimp barrel, and apply a calibrated crimping tool matched to the connector geometry. Verify the mechanical retention and ensure there is no exposed conductor beyond the crimp area. If the application requires, apply appropriate strain relief or housing after crimping to secure the termination and protect against mechanical stress.

Recommendations

Use manufacturer-recommended crimp tooling and dies for consistent results; perform quality checks such as pull tests and visual inspection after crimping to confirm electrical continuity and mechanical integrity. Avoid excessive bending or mechanical stress at the termination and follow relevant electrical safety standards for the installation environment.