Switchboards read from photographs
Photograph the cabinet and the system identifies the devices, their ratings and the wiring, then proposes a draft schematic. An engineer confirms it, so nothing invented reaches the drawing.
Electrical panels are drawn and linked into a diagram, and every device has its own card with a photograph and its label. The photo tour lets you walk through the factory in a browser and open a panel straight from the panorama.
| Level | Sheet | Finding |
|---|---|---|
| Critical | Workshop 1 panel | Supply loop: KM1 → KM2 → KM1 |
| Warning | Workshop 1 panel | Branch Q3 loaded to 27 A against a rating of 25 A |
| Information | Warehouse panel | Supply not traced for 4 devices |
Photograph the cabinet and the system identifies the devices, their ratings and the wiring, then proposes a draft schematic. An engineer confirms it, so nothing invented reaches the drawing.
Supply loops, branches overloaded in amps or kilowatts, mismatched voltages and devices with no supply are all raised automatically.
Photograph, label, rating and position in the row. The image of each device is cropped from the overall shot automatically.
A sticker on the cabinet door opens that panel's schematic on the electrician's phone.
Walk through the workshop in a browser and open the panel you need straight from the panorama.
Large schematics are tiled across sheets with an overlap instead of being shrunk into something unreadable, and there is an export to CAD format.
The data shown in the screens below is fictional.
The factory's diagrams — electrical, network and CCTV: a card and photos for every device. The page has three tabs: "Diagram" (where you draw the switchboard), "Device register" (the list of all devices) and "Analysis" (logical errors in the diagram).
A panoramic tour of the factory: you move from point to point and drag the panorama to look around. The markers in the panorama either take you to another point (➜) or open the diagram sheet for that switchboard (⚡).