Base Scaffold Control Panel

@@ -482,6 +482,12 @@ else {  <img src="/api/pages/adom/base-scaffold-control-panel/files/docs/mated-assembly.gif" alt="Mated control panel assembly"> +<h2>Block Diagrams</h2>++<img src="/api/pages/adom/base-scaffold-control-panel/files/diagrams/workcell-block-diagram-user.png?v=v210" alt="Control Panel: Workcell — Block Diagram (User)">++<img src="/api/pages/adom/base-scaffold-control-panel/files/diagrams/scaffold-block-diagram-user.png?v=v210" alt="Control Panel: Scaffold — Block Diagram (User)">+ <h2>Input power</h2>  <p>Four independent bench-supply inputs land on the workcell control panel. The user rails are individually metered at 20-bit precision with <strong>INA228</strong>; on the bench the meter reads within <strong>0.04 %</strong> of a reference meter across 5–60 V and drifts under 0.2 % over a 20-minute, 10 A soak.</p>

@@ -29,6 +29,12 @@ The two halves mate coplanar at the blade dock, with the project's molecules, ju  ![Mated control panel assembly](docs/mated-assembly.gif) +## Block Diagrams++![Control Panel: Workcell — Block Diagram (User)](diagrams/workcell-block-diagram-user.png)++![Control Panel: Scaffold — Block Diagram (User)](diagrams/scaffold-block-diagram-user.png)+ ## Input power  Four independent bench-supply inputs land on the workcell control panel. The user rails are individually metered at 20-bit precision with **INA228**; on the bench the meter reads within **0.04 %** of a reference meter across 5–60 V and drifts under 0.2 % over a 20-minute, 10 A soak.

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