Female Pin Connector provides strong performance for automotive systems, can withstand extreme temperature (-30℃ to 120℃) and high voltage requirements. 0.6MM series design ensures precise, safe and reliable connection in critical electrical applications.
Female Pin Connector is a specialized component tailored for modern automotive electrical systems. As part of the 0.6MM series, Female Pin Connector can be seamlessly integrated into the vehicle’s wiring harness, power distribution module and on-board sensors. The ultra-thin shape solves the space constraints of dense engine compartments or advanced driver assistance systems (ADAS), maintaining compatibility with industry standard terminals. Female Pin Connector is designed to withstand harsh environments, and the material and engineering design prioritize service life, which can also reduce the risk of signal loss or power interruption under continuous vibration or thermal stress.
Female Pin Connector is designed for extreme working conditions, with excellent temperature resistance, can work normally in the temperature range of -30℃ to 120℃, and is ideal for applications near engines, transmissions or external lighting systems. Female Pin Connector’s insulation material can resist the performance degradation caused by thermal cycles, and the contacts can maintain stable conductivity even under rapid temperature changes.
The Female Pin Connector is rated at 300V AC/DC and 8A, supporting high-power automotive components such as fuel injectors, HVAC compressors, and infotainment systems. The design minimizes current resistance (≤10M Ω) to prevent energy loss, and insulation resistance of over 1000M Ω prevents short circuits. Rigorous testing confirms that the Female Pin Connector can withstand 1000V AC per minute, meeting global automotive safety standards.
Gold-plated pins reduce oxidation and enhance signal clarity for sensitive electronic devices such as ECUs or radar modules. Female Pin Connector housing features a locking mechanism to prevent accidental removal. Modular design allows customization to specific vehicle layouts, simplifying assembly.
Post time: Jun-16-2025