Designed for extreme environments, the Female Pin Connector 2.8mm Heavy Duty Sealed Automotive Series ensures reliable power transfer in automotive and industrial systems. Waterproof, temperature-resistant and shock-proof, the Female Pin Connector 2.8mm Heavy Duty Sealed Automotive Series offers unmatched durability.
Designed to meet connection challenges in the harshest working conditions, the Female Pin Connector 2.8mm Heavy Duty Sealed Automotive Series operates reliably in a temperature range of -30°C to 120°C and maintains electrical stability under rapid temperature changes. The IP-rated sealed design effectively blocks moisture, dust and contaminants, making it ideal for automotive under-the-hood systems, industrial machinery and outdoor equipment. The compact 2.8mm structure ensures compatibility with space-constrained installations and provides a safe and vibration-resistant interface. The Female Pin Connector 2.8mm Heavy Duty Sealed Automotive Series can be used for a long time and performs well in unavoidable environments with chemicals, humidity and mechanical stress.
Rated at 300V AC/DC and 8A current capacity, the Female Pin Connector 2.8mm Heavy Duty Sealed Automotive Series is able to effectively manage power fluctuations and ensure safety. Low current resistance (≤10M Ω) and insulation resistance over 1000M Ω minimize energy loss and prevent leakage under harsh conditions. Rigorous testing verifies that the Female Pin Connector 2.8mm Heavy Duty Sealed Automotive Series meets the strict safety standards for automotive and industrial applications. This reliability makes it key to high-voltage systems such as electric vehicle charging ports, battery management units, and sensor-driven automation controls.
Material innovations enhance the durability of the Female Pin Connector 2.8mm Heavy Duty Sealed Automotive Series. Gold-plated contacts resist oxidation and corrosion, ensuring stable conductivity in chemically aggressive environments. The housing is made of high-strength thermoplastic to maintain structural integrity during thermal cycling, and the precision-engineered silicone seal forms a waterproof barrier. The polarized plug-in mechanism prevents incorrect installation and reduces errors during assembly. Together, these features reduce maintenance requirements, extend service life, and maintain good performance in environments with frequent contact with oils, fuels, or industrial solvents.
Post time: Jun-04-2025