Model No.: GL301-14021
Processing Service: Moulding
Color: Black
Brand Name: DYT
Connector Type: Female
Temperature: -40℃~120℃
Process: Injection molding
Accessories: Matingr connectors, terminals, clips, seals
Type: ADAPTER
Model Number: GL301-14021, GL301-14021
Material: PA66/PBT/Nylon
Pin: 14
Place Of Origin: Zhejiang, China, Zhejiang, China
The 14 Pin Auto Headlight Connector Adapter GL301-14021 is a premium automotive electrical connector designed for efficient and reliable connections in car lighting systems. Compatible with KIA K2, K3, and K5 models, this adapter ensures seamless integration with your vehicle’s headlight wiring harness, providing a secure and stable electrical connection for your car’s lamp system.
Constructed with a robust housing for female terminals, this connector offers excellent durability against wear, vibration, and environmental factors. The wire-to-wire connector system simplifies installation and maintenance, making it ideal for both professional mechanics and DIY automotive enthusiasts. Its high-quality design minimizes electrical resistance and prevents loose connections, ensuring consistent performance and reliable illumination for your headlights.
This headlight connector adapter is perfect for OEM manufacturing, aftermarket replacements, or general automotive wiring applications. It supports complex wiring harness configurations while maintaining secure and stable connectivity. The adapter is compatible with Ungrouped Connectors, Durable Electrical Connectors, and Multi-Purpose Connectors, making it a versatile addition to any vehicle electrical system.
Our company offers comprehensive R&D services, capable of opening new molds according to customer samples or drawings. We provide OEM and ODM solutions to meet specific client requirements. With enough stock and strong production capacity, we ensure timely delivery for both small and bulk orders. Additionally, the connector adapter is designed for easy inspection and minimal maintenance, providing long-term reliability in demanding automotive environments.