Blog
Guides, worked examples and release notes for planning your fuse box. Posts here walk through real sub-distribution boards end to end: sizing an enclosure, choosing between Hager, ABB and Schneider hardware, working out RCD groupings, and turning a finished layout into an ordered parts list. Some are practical build logs from configurations shown elsewhere on this site, tagged fuseplan; others cover what changed in the planner and why, tagged release. There is no fixed schedule: new posts appear whenever there is something concrete worth writing up. Expect specifics rather than vague advice: real DIN rail widths, the actual reasoning behind a layout choice, and enough detail to redo the same steps yourself. Screenshots come from the live planner, not mockups, so what you see in a post is exactly what you get when you open the editor. An RSS feed is available and updates the moment a post is published, no newsletter, no sign-up required. The first post covers why a fuse box rarely fits on the first try without real module widths, how the drag-and-drop editor catches that early, and what the ready-made configurations save you, screenshots included. Future posts will likely cover a new manufacturer catalog, a change to how capacity is calculated, or a build log from an actual install once the first real board goes into a wall.
Plan a sub-distribution board like a pro
Why a fuse box rarely fits on the first try without real module widths, and how FusePlan catches that before you touch a rail.
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