QS13 Dustproof Cover Male And Female for Drone, Electric vihicles industrial automation energy storage（副本）

Specification: Item name: QS13 Dustproof Cover Optional: male / female Plastic material: Silicone QS13 Applications: Electric vehicles, high-performance drones and model aircraft, industrial automation and energy storage (electric vehicles, electric bicycles, scooters, RVs, batteries, power equipment. Drones, model aircraft, remote control vehicles/ships, and other model motor drives, servo systems, portable energy storage power sources) The technical specifications of QS13 ultra heavy duty fireproof flower connector are quite impressive, and it belongs to the top power connector. Based on its performance characteristics, it can be widely applied in the following industries with extremely high requirements for safety and conductivity: Electric vehicles: The main power connection between the battery pack and controller used in electric vehicles, electric bicycles, and skateboards. With a maximum current of 360A and fire-resistant flower design, it can efficiently and safely transmit power. High performance unmanned aerial vehicles and model aircraft: serving as the power interface between batteries and electronic speed controllers (electronic governors) for unmanned aerial vehicles, model aircraft, remote-controlled vehicles/ships, and other models. It supports instantaneous discharge requirements of 300A, making it ideal for high-performance models and industrial grade drones. Industrial Automation and Energy Storage: Suitable for motor drives, servo systems in industrial equipment, as well as the connection of lithium battery packs and external loads in portable energy storage power sources and inverter systems, ensuring the stability and safety of high-power output. Special flammable environment: Thanks to its UL94 V0 flame retardant shell and fire-resistant flower design, it is very suitable for use in environments with extremely high safety requirements, such as spaces where fuel or dust may exist, effectively avoiding safety accidents caused by arcs generated by insertion and extraction.