SAMLI XT90 Anti-Spark Female Connectors For Agriculture Drone UAV

Introducing the XT90 Anti-Spark Female Connectors for Agriculture Drones and UAVs, an essential component that enhances the safety and efficiency of your drone’s power supply. These high-quality connectors have an anti-spark design that prevents electrical sparks during connection, resulting in safer and more reliable power management. The XT90 connectors are designed to fulfill agricultural drones‘ stringent power requirements, ensuring secure and dependable connections. These connections, with their durable construction and simple installation, are ideal for maintaining the integrity of your drone’s electrical system, ensuring optimal performance and endurance in a wide range of agricultural applications.

The gold-plated spring connectors of these XT90-S connectors are housed in a high-temperature nylon shell and are inserted into an injection mold during the manufacturing process. The connectors always stay aligned since the shell is molded around them, making it simple and quick to plug in and unplug. Applications up to and beyond 90 amps are ideal for the reliable, high-amp connection that the XT90-S connectors offer!

Features: 

Anti-Spark Design: Prevents electrical sparks during connection, resulting in safer and more dependable power management by lowering the chance of damage to connectors and electronic components.

High Current Capacity: They are designed to handle high-current applications, making them appropriate for the demanding power needs of agricultural drones and UAVs.

Secure Connection: Provides a steady and secure connection, lowering the risk of power loss or disconnection during flight and assuring constant performance.

Durable Construction: These connectors are made of high-quality materials that can endure the rigors of agricultural conditions, ensuring long-term durability and reliability.

Low Internal Resistance: This feature allows for efficient power transfer, minimizes energy loss, and ensures that your drone’s electrical system runs at peak performance.