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The GX16 Aviation Connector is a 16mm circular metal connector with a 8-pin configuration for secure and stable connections. It features a nickel-plated brass shell for durability and solder-type male pins for reliable conductivity. Designed for high-performance applications, it supports up to 15A AC/DC and is ideal for industrial automation, CNC machinery, audio equipment, drones, and power systems.
USES
- Industrial Automation: Provides stable power and signal transmission for sensors, controllers, and actuators in automated systems.
- CNC Machines: Ensures reliable connectivity between motor drivers, controllers, and interface modules in precision machining equipment.
- Professional Audio Equipment: Used in XLR-based sound systems, mixers, and amplifiers for interference-free signal transmission.
- Drones & Robotics: Delivers secure electrical connections in UAVs, robotic arms, and motion control systems for uninterrupted performance.
- Power Transmission Systems: Supports safe and efficient AC/DC power transfer in industrial control circuits, lighting systems, and data transmission networks.
FAQS
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What is the maximum current handling capacity of the GX16 8-pin connector?
The GX16 8-pin connector typically supports 5A – 15A per pin, depending on the pin configuration and wire gauge used.
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Are the contacts gold-plated or silver-plated for conductivity enhancement?
The copper alloy pins are silver-plated, ensuring low contact resistance and high conductivity for optimal signal and power transmission.
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How does the screw-lock mechanism improve connection security in industrial applications?
The threaded coupling mechanism prevents accidental disconnections, ensuring a stable and vibration-resistant connection in high-motion environments.
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Is the GX16 8-pin connector suitable for high-frequency signal transmission?
While primarily used for power and control signals, it can effectively handle low-frequency analog and digital signals. Shielded alternatives are recommended for RF applications.
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What is the recommended soldering temperature for secure pin connections?
For optimal bonding, use a temperature-controlled soldering iron set between 350°C – 400°C with lead-free solder to ensure strong, oxidation-resistant joints.
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