XT60 Series Connector for 200kW Ultra-Fast Charging Piles

PC Series Circular Connector Types and Specifications

Selecting a Connector for 200kW Ultra-Fast Charging Piles

For a 200kW ultra-fast charging pile, the connector must handle high continuous current, manage heat, and withstand outdoor environmental exposure. The XT60 series (high-current type) is a recommended option, but verifying its ratings against your system's actual operating conditions is essential.

Key Electrical and Environmental Specifications

The XT60 series offers the following verified parameters:

• Rated Current: 60A continuous, with a peak rating of 120A.
• Contact Resistance: Less than 3mΩ, which helps minimize power loss at high currents.
• Temperature Range: Suitable for operating temperatures up to 85℃, monitored by a built-in temperature sensor to manage heat during ultra-fast charging.
• Ingress Protection: Rated IP68, providing protection against rainwater intrusion for outdoor charging stations.
• Compliance: Designed to meet the IEC 62196-3 standard for ultra-fast charging.

Application Fit and Compatibility Considerations

This connector is intended for use in outdoor ultra-fast charging stations and is compatible with mainstream new energy vehicles, including Tesla and BYD. However, confirm that the connector's current rating aligns with the charging pile's output architecture. A 200kW system typically operates at high voltages (e.g., 800V DC) to reduce current; verify the system's actual current draw per connector to ensure it remains within the 60A continuous rating.

Selection Checklist for Your Project

Before finalizing the connector choice, review the following points with your engineering team:

• Confirm the maximum continuous current per connector in your 200kW system design.
• Evaluate the thermal management strategy, including the use of the built-in temperature sensor.
• Verify the mating interface and locking mechanism for your specific charging gun or socket design.
• Check the cable range and termination method compatibility with your cable assembly.
• Assess the environmental conditions, including exposure to UV, chemicals, or extreme temperatures beyond the IP68 rating.

If your system requires a different current class or interface, review other high-current connector series to match your specific electrical and mechanical requirements.