HARTING Han Contacts Female Crimp Contact, 16A Minimum Wire Size 1.5 mm² Maximum Wire Size 1.5 mm² for use with Heavy

This heavy duty power connector contact is a female crimp contact designed for use in robust power connector systems within industrial settings. It provides a reliable conductive Interface for electrical connections in automation and electrical installations, operating at medium voltage and current levels while meeting recognised isolation standards for safety in complex assemblies.

• Silver plating reduces contact resistance and improves conductivity
• Copper alloy body offers Durable electrical performance
• Rated current of 16A supports moderate power distribution
• Crimp termination enables secure, vibration-resistant connections
• Accepts 1.5mm² conductor sizes for standard wiring configurations
• Voltage rating of 500V suits typical industrial power applications

• Suitable for power distribution in factory automation panels
• Ideal for connections in control cabinets and machinery
• Used with heavy duty connector housings in mobile equipment
• Can be used for electrical linkages in mechanical assemblies

Conductors should be stripped to suit crimp tooling for 1.5mm² cable and crimped using dies matched to the contact to ensure correct mechanical and electrical compression.

The silver finish minimises oxidation at the mating interface, maintaining low contact resistance and consistent current-carrying capability over extended service periods.

The contact meets IEC 60664-1 requirements for insulation co-ordination, supporting safe operation within specified voltage limits.

It is intended for integration into heavy duty power connector systems that accept female crimp contacts for modular assemblies.

Han-Com® inserts have mixed power and signal formats. A typical identifier is ’4//2’ which means there are 4 power contacts and 2 signal contacts. The current rating is different for each type of contact within a particular insert.

UL, CSA, SEV

These connectors should not be mated or unmated under electrical load. Connectors of the same or different types arranged in a line should be polarised to prevent the possibility of wrong connection.