PowerPost-stöð 3/8"-16

The PowerPost Blue Sea 3/8"-16 Stud (model 2003) is an electrical distribution connector designed for marine systems. It is used to create a single, secure connection point for multiple high-current cables, allowing centralized connections for batteries, inverters, chargers, or other high-power electrical equipment.

The designation "3/8"-16 Stud" refers to the size and thread type of the main connection stud. This means the stud has a diameter of 3/8 inch and a thread pitch of 16 threads per inch. This information is crucial for selecting the appropriate ring terminals for your cables.

Yes, the PowerPost Blue Sea 3/8"-16 Stud is certified compliant with ISO 8846, ensuring protection against ignition of surrounding flammable gases. This certification makes it safe for electrical installations in engine compartments or other areas where combustible vapors may be present, ensuring onboard safety.

This PowerPost complies with the requirements of Directive 94/25/EC on recreational craft, as amended by Directive 2003/44/EC. It specifically meets ISO 8846, which attests to its protection against ignition of surrounding flammable gases.

PowerPost simplifies wiring by providing a centralized, robust connection point for heavy-gauge cables. Instead of multiple direct connections, it allows grouping several cables (e.g., from batteries, inverters, or chargers) onto a single secure stud, resulting in a cleaner, more organized, and easier-to-maintain installation.

Yes, this PowerPost is specifically designed to serve as a single, secure connection point for multiple large-gauge cables. Its design is ideal for applications requiring high current handling and centralized electrical connections.

For the 3/8"-16 stud bolt, you must use ring terminals whose inner diameter matches 3/8 inch (approximately 9.5 mm). It is important to ensure that the terminals are also suitable for your cable cross-section and are marine-grade for a reliable and durable connection.

Yes, the PowerPost Blue Sea 3/8"-16 Stud is designed to handle high currents and is ideal for applications requiring robust connections. It is commonly used to centralize battery, inverter, and charger connections, which are typically high-current consumption or production equipment.