anyground← Platform / Technical study 01

Designed to come apart.
Not to come undone.

One service rack, four working assemblies. Separate resources, accessible connections and an explicit isolation sequence make maintenance part of the architecture—not something hidden behind it.

FIG. 01 — SERVICE RACKCONCEPT / NOT TO SCALE
Adjustable footFoot mounting padAdjustable footFoot mounting padAdjustable footFoot mounting padAdjustable footFoot mounting padFolded base panFrame uprightSide supportRear service supportEquipment shelfContainment rimContainment rimLeak containment floorDrawer slide railRemovable pump carrierPump mounting footSide supportFrame uprightLow front spill lipTop rear railCaptured drawer latchCaptured frame fastenerPump mounting footNutrient-only pump housingIsolated nutrient connectionIsolation handlePull handle mountIsolated nutrient connectionIsolation handlePump mounting footFrame uprightDrawer slide railContainment rimPump mounting footReplaceable drive motorEquipment shelfControl cassette shellIdentification plateEquipment shelfTyped interface mounting railControl front panelpotable keyed mounting islandManual stop moduleRecessed status displaypotable terminal neckpotable protected terminal capnutrient keyed mounting islandLocal mode selectorPull handle mountPull handlenutrient terminal neckTop front railCaptured frame fastenerCaptured drawer latchnutrient protected terminal capthermal keyed mounting islandSide supportthermal terminal neckthermal protected terminal cappower keyed mounting islandpower terminal neckpower protected terminal capSide supportFrame uprightdata keyed mounting islandCaptured frame fastenerdata terminal neckdata protected terminal capCaptured frame fastenerNUTRIENT CARTRIDGELOCAL CONTROLSTYPED TERMINALSSERVICE FRAME
72 MODELED PARTSASSEMBLED

Assembled concept. Select an assembly to inspect its purpose.

Download assembled SVG ↓Download exploded SVG ↓

Proposed isolation sequence: stop the process → isolate electrical and fluid energy → verify de-energization → drain and disconnect → release carrier → exchange → reconnect and check leaks → recommission. Actual procedures require engineered interlocks, sanitation controls, trained personnel and product-specific qualification. This is not an operating instruction for real equipment.