The CONNECTOR XT30 is a compact, high-performance electrical connector designed for applications requiring a reliable and efficient power connection. This connector is widely used in electric vehicles (EVs), drones, RC models, and other high-current applications. Its durable build, heat resistance, and low-resistance design make it ideal for delivering consistent power and maintaining secure electrical connections under demanding conditions.
Key Features:
Compact Design: The XT30 connector is small and lightweight, perfect for applications where space is limited without compromising performance.
High Current Capacity: Supports continuous current up to 30A, ensuring efficient power delivery and minimal heat buildup.
Low Contact Resistance: Engineered to provide ultra-low internal resistance, reducing power losses and improving efficiency.
Heat-Resistant Material: Made from high-quality nylon and gold-plated connectors, offering excellent heat resistance and durability.
Secure Connection: Features a tight-fitting design to prevent accidental disconnections and ensure reliable operation even under vibration.
Easy Installation: The XT30 connector is designed for straightforward soldering, allowing for quick and hassle-free installation.
Technical Specifications:
Model: XT30 Connector
Current Rating: 30A continuous
Material: Gold-plated brass and high-temperature nylon
Voltage Rating: Up to 500V DC
Connector Type: Male and Female pair
Operating Temperature: -20°C to 120°C
Contact Resistance: ≤0.5mΩ
Dimensions: Compact form factor for space efficiency
Applications:
The XT30 connector is versatile and suitable for a variety of high-power applications, including:
Electric Vehicles (EVs): Ideal for connecting battery packs and motor controllers.
Drones and RC Models: Used to provide reliable power connections for remote-controlled vehicles and aircraft.
Battery Packs: Perfect for connecting Li-ion and LiFePO4 battery systems.
Power Distribution: Suitable for high-current power delivery systems in industrial and automotive applications.