Overview of 485043-1 by TE Connectivity
The 485043-1 by TE Connectivity is a splice terminal designed for open barrel splice applications. Specifically manufactured to handle wire sizes ranging from 14 AWG to 11 AWG, it covers a conductor area of approximately 4.56 mm². The component is constructed from brass, ensuring durable and reliable electrical connections. This crimp-style terminal provides a secure method for joining wires, which is crucial in maintaining stable electrical circuits.
TE Connectivity has tailored the 485043-1 to be compliant with several key regulatory benchmarks including RoHS and REACH, making it suitable for global use in various electronic applications. Additionally, it meets the safety approval from UL (Underwriters Laboratories), enhancing its trustworthiness in safety-sensitive installations. The part is classified under the Terminals and Terminal Blocks subcategory, and it is currently marked as active in its life cycle, ensuring ongoing manufacturer support and availability.
Industry Applications for 485043-1
The versatile properties of the 485043-1 potentially suit it for a variety of industry applications that require robust and reliable wiring solutions. While these potential use cases are conceptual and opinion-based, they provide a frame to understand where this part could be functionally relevant. Engineers should verify the part’s suitability based on specific industry standards and requirements. Here are several industries where this component might be applicable:
- Consumer Electronics: Devices requiring internal power connections, such as home appliances and personal electronics, might integrate such splices for their low-resistance and secure metal-to-metal contacts.
- Aerospace and Defense: Given its UL safety certification, components like the 485043-1 could be used in less critical subsystems within aerospace applications or military hardware where reliable electrical performance is mandatory.
- Electronic Manufacturing: Production facilities that assemble electronic circuit boards and other electrical assemblies may use these terminals extensively for creating durable joints in wiring harnesses and power distribution units.
- Robotics and Drones: In robotics, reliable power transmission is critical; these splice terminals could be utilized in the construction of power systems that demand robust and lasting connections.
- Healthcare: While not specifically cited for medical standards, general healthcare equipment that relies on safe and effective electrical connections could potentially use such splice terminals in non-critical applications.
Note, the inclusion of this part in any application should be thoroughly analyzed by the respective engineering and design teams to ensure compliance with specific industry standards.
About TE Connectivity
TE Connectivity, a global technology leader, has an extensive portfolio in Terminals and Terminal Blocks. Known for providing innovative and reliable solutions, TE Connectivity designs components like 485043-1, which address a range of electrical connection needs in various environments. Their commitment to manufacturing excellence ensures that all products, including the 485043-1, meet stringent quality controls and conform to necessary safety and environmental regulations.
TE Connectivity supports a wide array of industries with its products, customizing connection solutions to cater to the specific requirements of each sector, thereby enhancing the efficiency and durability of technology worldwide.
Where to Find 485043-1 by TE Connectivity
To procure the 485043-1 terminal, potential buyers should consider researching options on findchips.com. The site offers comprehensive information, including current stock levels and pricing from various distributors like New Advantage Corporation, DigiKey, Mouser Electronics, and Newark, among others. Additionally, Terminals and Terminal Blocks on findchips.com can help users find alternate parts offered by TE Connectivity or other manufacturers that might suit different applications or requirements.