Blue Sea 5015 ST Glass 6 Circuit Fuse Block

The Blue Sea 5015 ST Glass 6 Circuit Fuse Block is an essential component for marine, automotive, or off-grid power systems, providing a consolidated and secure way to manage multiple circuits that require fuse protection. Designed to use 3AG fuses, which are a common type of glass fuse, this fuse block allows for easy maintenance and monitoring of your electrical circuits.

This product not only simplifies wiring by centralizing your fuses but also enhances safety. The included clear insulating cover prevents accidental short circuits and makes it easy to inspect fuse conditions. The cover includes label recesses compatible with Blue Sea Systems' labels, promoting organized cable management and easy identification of each circuit's function.

Durability and conductivity are key features of the Blue Sea 5015 ST Glass 6 Circuit Fuse Block, as it incorporates high-quality materials such as tin-plated copper buses and Beryllium copper fuse clips. These materials ensure a robust construction and a reliable electrical connection which can handle a full 30 Amperes per circuit. Its versatility extends to the types of fuses it can accommodate – not only AGC fuses but also MDL and other 3AG glass fuses, providing flexibility in choosing the right fuse for your specific needs.

Frequently Asked Questions

• What are the dimensions of the fuse block?
  The fuse block's dimensions are 3-1/4″ x 5″ x 1-1/4″.
• What is the maximum amperage per circuit?
  The maximum amperage per circuit is 30 Amperes.
• What is the maximum amperage of the block?
  The total maximum amperage of the block is 100 Amperes.
• What are the available AGC/MDL fuse sizes?
  The fuse block is compatible with AGC/MDL fuses ranging from 1/8 to 30 Amperes.
• What is the maximum voltage?
  The maximum voltage supported is 32 Volts DC.

The Blue Sea 5015 ST Glass 6 Circuit Fuse Block is well-regarded for its blend of functionality, reliability, and ease of use in demanding environments. It's ideal for anyone looking to manage multiple electrical circuits within a limited space while maintaining safety and organization.