30 A - 6 Circuit Terminal Block

An electrical terminal block is a passive device used to distribute and organize electrical connections. The Blue Sea 2506-BSS model, with its 6 circuits, centralizes and secures the wiring of various onboard boat equipment, reducing the risk of short circuits and simplifying maintenance. It does not include built-in protection (such as fuses) but provides reliable connection points.

The Blue Sea 2506-BSS terminal block is equipped with 6 separate circuits, allowing power to be connected and distributed to six different devices or groups of devices.

Each circuit of the Blue Sea 2506-BSS terminal block is rated for a maximum current of 30 amperes. Ensure that the total amperage of all connected circuits does not exceed the overall capacity of the terminal block if specified.

The Blue Sea 2506-BSS terminal block has the following dimensions:

Length: 100 mm (3.94 in)Width: 33.8 mm (1.33 in)Height: 12.7 mm (0.50 in)

Yes, the Blue Sea 2506-BSS terminal block is specifically designed for marine applications. Blue Sea Systems products are recognized in the marine industry for their reliability and robustness in demanding environments.

The main difference is that the 2506-BSS terminal block provides electrical connection points without built-in protection. A fuse block, on the other hand, includes slots for fuses that protect circuits against overcurrent. With a terminal block, fuse protection must be provided upstream or downstream in the electrical system.

The 2506-BSS terminal block is ideal for organizing and distributing power to various low- to medium-power devices onboard. This includes, but is not limited to, lighting circuits, bilge pumps, navigation instruments, or other auxiliary equipment.

No, the Blue Sea 2506-BSS terminal block is a passive electrical distribution component. It is designed to accept the appropriate cables and connectors for your installation, which must be purchased separately.

Yes, it is entirely possible to install multiple 2506-BSS terminal blocks side by side or in different areas of your installation to increase the total number of available circuits and better organize your wiring.

For mounting the terminal block, #10 (M5) mounting screws are required. The terminal block has holes designed for this type of fastener.

The Blue Sea 2506-BSS terminal block uses #8 (M4) screws to connect the cables of the various circuits.

For a secure and reliable connection, strip the end of each cable and use ring terminals or fork terminals suitable for #8 (M4) termination screws. Ensure the terminals match the cable diameter and are properly crimped.

Although the terminal block is designed for a marine environment, it is still recommended to install it in as dry and protected a location as possible to maximize its lifespan and avoid premature corrosion of the connections. Avoid areas subject to direct splashing or immersion.

Yes, Blue Sea Systems terminal blocks are generally compatible with standard marine DC electrical systems, whether 12V or 24V. The 30A per circuit rating refers to maximum current, not system voltage.

Yes, you can connect cables with different cross-sections, provided the terminals used are suitable for the cable cross-section and the #8 (M4) terminal screws. Ensure the cable cross-section is appropriate for the current rating of the circuit it powers.

The Blue Sea 2506-BSS terminal block is primarily designed for marine DC (direct current) systems. While it can technically handle alternating current within certain limits, it is advisable to use terminal blocks specifically designed and certified for AC applications for safety and compliance reasons.

Yes, the 2506-BSS terminal block is designed to integrate seamlessly with the Blue Sea Systems electrical product ecosystem, such as fuse blocks, busbars, and switches, making it easier to build a consistent and reliable electrical system.

Use ring terminals or spade terminals, insulated or non-insulated, sized for your cable cross-section and designed for #8 (M4) screws. Tinned copper terminals are preferred for marine environments to minimize corrosion.