Overview of 39-01-2065 by Molex
The 39-01-2065 connector housing by Molex is part of the Mini-Fit Jr. 5557 Series, renowned for its reliability in providing power connections. This rectangular power connector is designed with six contacts, a receptacle gender, and supports crimp terminals. It is specifically made for use with Molex Mini-Fit Jr. 5556 & Mini-Fit Plus HCS 45750 series socket contacts. With a pitch spacing of 4.2 mm, it offers a compact solution without compromising on connectivity.
Featuring a RoHS compliant status, the connector is environmentally friendly, adhering to current regulations regarding hazardous substances. It is built with a polyamide 66 insulator material and comes in a natural color, showcasing its high-quality insulation capabilities. Additionally, the connector is designed with a locking mounting option and a straight mounting style for secure and straightforward installation. The connector operates efficiently across a wide temperature range from -40 °C to 105 °C, making it versatile for various operational environments.
Key specifications include a dielectric withstanding voltage of 1500VAC, ensuring its robustness in high-voltage conditions, and an insulation resistance of 1,000,000,000 Ω, illustrating its reliability in preventing electrical leakage. Not to be overlooked is the UL 94V-0 flammability code, indicating its safety in preventing fire hazards.
Industry Applications for 39-01-2065
The application of the 39-01-2065 connector spans various industries, leveraging its reliable power connectivity and technical attributes. Here are some potential use cases:
- In renewable energy installations, such as solar power inverters or wind turbine controls, where durable and efficient power connections are crucial for maintaining continuous operations in variable environmental conditions.
- The transportation and logistics industry, particularly for wiring in electric vehicle charging stations or in the connectivity solutions for logistics tracking systems, could also benefit from its robustness and reliability.
- Within space technology and aerospace applications, the connector might be used in satellite components or avionics, where high vibration resistance and reliable performance in extreme temperatures are necessary.
- For robotics and drones, the connector’s compact size and durable design could provide essential power connections in space-constrained applications that require lightweight yet reliable components.
These potential industry applications are conceptual and illustrate the versatile nature of the 39-01-2065 connector. They require thorough analysis and verification by engineering and design teams to ensure compliance with industry standards and application-specific requirements.
About Molex
Molex is a globally recognized leader in the development and manufacturing of electronic solutions, including a wide range of connectors. Within the realm of Power Connectors, Molex offers an impressive portfolio designed to meet various industrial needs. The 39-01-2065 is a testament to Molex’s commitment to quality, innovation, and reliability, showcasing features that make it suitable for a broad spectrum of applications. Molex consistently ensures that its products, such as the 39-01-2065 and similar parts, meet strict industry standards and customer expectations, reinforcing its position as a trusted name in the electronics components industry.
Where to Find 39-01-2065 by Molex
To procure the Molex 39-01-2065 connector, visiting findchips.com is an efficient starting point. The platform provides up-to-date information on availability, pricing, and distributors. For those seeking Power Connectors, findchips.com can assist in identifying alternate parts that might be offered by Molex or other manufacturers. Historically, the 39-01-2065 has been available from distributors such as Digi-Key Electronics, Mouser Electronics, Arrow Electronics, and RS Components. Nonetheless, stock levels and pricing are subject to change, making it advisable to check findchips.com for the most current information.