When stable sensor signal transmission is required, when battery charging needs safety assurance, when industrial automation demands reliable connections, or when audio-visual equipment requires clear signal delivery, engineers often seek a universal connector solution that can meet these diverse needs. The GX12 series connector emerges as a compelling answer to these technical challenges.

Universal Design for Multiple Applications

The GX12 series connector has gained significant recognition in the electronic components field due to its versatility and reliability. This connector family features a threaded locking mechanism that ensures secure connections while effectively preventing accidental disconnections. Its polarized design eliminates the possibility of incorrect connections, thereby safeguarding equipment operation.

The application scope of GX12 connectors spans multiple industries, including:

• Sensor systems requiring stable signal transmission
• Battery charging applications where safety is paramount
• Industrial automation equipment needing robust connections
• Audio-visual devices demanding clear signal delivery

Superior Electrical Performance

The GX12 series demonstrates excellent electrical characteristics, with specifications including:

• Maximum voltage rating: 125V AC
• Maximum current capacity: 3A
• Maximum cable cross-section: 0.5mm²

The conductors utilize solder cup termination for reliable electrical connections. Additionally, the cable connectors incorporate threaded strain relief mechanisms compatible with cables up to 5mm in outer diameter, enhancing both connection stability and long-term durability.

Engineered for Reliability

With its rugged construction, dependable electrical performance, and broad compatibility, the GX12 series provides an ideal connectivity solution for various technical applications. Whether for signal transmission in industrial automation systems or power connections in consumer electronics, these connectors consistently deliver performance that meets engineering requirements.