HARTING Han ORV3 Power Male 32A Crimp Contact for use with ORV3

Harting Han ORV3 Power Series Heavy Duty Power Connector Contact, 32A Current Rating, 6mm² Minimum Wire size - 09930006143

This heavy duty power connector contact is designed for robust industrial applications. As an accessory crafted specifically for the Han ORV3 Power Connector, it features a male gender connection and utilises crimp termination for reliable performance. Constructed from high-quality copper alloy, this connector contact ensures excellent conductivity and durability in demanding environments. It is rated for high current applications, handling up to 32A, and is suitable for wire sizes of 6mm² and above.

This heavy duty power connector contact is designed for robust industrial applications. As an accessory crafted specifically for the Han ORV3 Power Connector, it features a male gender connection and utilises crimp termination for reliable performance. Constructed from high-quality copper alloy, this connector contact ensures excellent conductivity and durability in demanding environments. It is rated for high current applications, handling up to 32A, and is suitable for wire sizes of 6mm² and above.

Features & Benefits

• Constructed from copper alloy for superior conductivity • Supports a current rating of 32A for high-power requirements • Male power connector designed for compatibility and ease of use • Utilises crimp termination for secure and reliable connections • Specifically developed for ORV3 applications ensuring optimal performance • Ideal for various industrial power connection needs

• Constructed from copper alloy for superior conductivity • Supports a current rating of 32A for high-power requirements • Male power connector designed for compatibility and ease of use • Utilises crimp termination for secure and reliable connections • Specifically developed for ORV3 applications ensuring optimal performance • Ideal for various industrial power connection needs

Applications

• Utilised for power supply connections in automation systems • Used in machinery requiring high current transmission • Applicable in electrical enclosures where durable connections are essential • Suitable for use in mechanical assemblies demanding robust connectivity • Effective in power distribution frameworks within industrial facilities

• Utilised for power supply connections in automation systems • Used in machinery requiring high current transmission • Applicable in electrical enclosures where durable connections are essential • Suitable for use in mechanical assemblies demanding robust connectivity • Effective in power distribution frameworks within industrial facilities

What wire size is optimal for use with this connector contact?

The crimp contact accommodates minimum wire sizes of 6mm², ensuring a robust and secure connection for high current applications.

The crimp contact accommodates minimum wire sizes of 6mm², ensuring a robust and secure connection for high current applications.

How does the crimp termination method benefit installation?

Crimp termination provides a strong mechanical connection, reducing the risk of loosening over time and ensuring stable electrical performance.

Crimp termination provides a strong mechanical connection, reducing the risk of loosening over time and ensuring stable electrical performance.

In what type of machinery is it most effectively used?

This connector contact is effective in various machinery requiring reliable and high-capacity power connections, particularly in automated and electrical systems.

This connector contact is effective in various machinery requiring reliable and high-capacity power connections, particularly in automated and electrical systems.

Can this connector withstand harsh industrial environments?

Yes, the construction from copper alloy provides excellent resistance to wear and tear, making it suitable for demanding industrial conditions.

Yes, the construction from copper alloy provides excellent resistance to wear and tear, making it suitable for demanding industrial conditions.