HARTING Circular Connector, 5 Contacts, Rear Mount, M12 Connector, Female, IP65, Circular Connectors M12 Series

This M12 circular connector is designed for robust electrical connections in various industrial settings. Featuring five contacts and a female crimp connector design, it is ideal for rear mounting and offers excellent durability with an IP65 rating. The connector operates optimally between temperatures of -40°C and +85°C, making it suitable for high-temperature environments. With a voltage rating of 60V and a current rating of 4A, this shielded connector ensures reliable performance across diverse applications.

• IP65 rated connector provides protection against dust and moisture
• Female crimp connector enables secure terminations for reliable use
• Designed for rear mounting, simplifying installation in tight spaces
• Made from zinc die cast for enhanced strength and durability
• Supports a wide operating temperature range for versatile usage
• Shielded connectors reduce interference, ensuring signal integrity

• Used with automation equipment in manufacturing processes
• Suitable for electrical connectivity in machinery and robotics
• Utilised in outdoor installations requiring environmental resilience
• Ideal for in transportation and heavy machinery
• Effective in electronic systems needing secure connection standards

The connector features an IP65 rating, effectively safeguarding against dust ingress and low-pressure water jets, making it suitable for outdoor applications.

The zinc die cast housing enhances durability, allowing the connector to withstand mechanical stress and extreme environmental conditions without degradation.

The crimp termination ensures a strong, permanent connection with optimal conductivity, reducing the risk of disconnection or signal loss over time.

Yes, it operates efficiently within a temperature range from -40°C to +85°C, making it well-suited for high-temperature applications.

Shielded connectors minimise electromagnetic interference, which is crucial for maintaining signal quality in sensitive electronic and automation systems.