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 RACK CONCEPT / NOT TO SCALE
Adjustable foot Foot mounting pad Adjustable foot Foot mounting pad Adjustable foot Foot mounting pad Adjustable foot Foot mounting pad Folded base pan Frame upright Side support Rear service support Equipment shelf Containment rim Containment rim Leak containment floor Drawer slide rail Removable pump carrier Pump mounting foot Side support Frame upright Low front spill lip Top rear rail Captured drawer latch Captured frame fastener Pump mounting foot Nutrient-only pump housing Isolated nutrient connection Isolation handle Pull handle mount Isolated nutrient connection Isolation handle Pump mounting foot Frame upright Drawer slide rail Containment rim Pump mounting foot Replaceable drive motor Equipment shelf Control cassette shell Identification plate Equipment shelf Typed interface mounting rail Control front panel potable keyed mounting island Manual stop module Recessed status display potable terminal neck potable protected terminal cap nutrient keyed mounting island Local mode selector Pull handle mount Pull handle nutrient terminal neck Top front rail Captured frame fastener Captured drawer latch nutrient protected terminal cap thermal keyed mounting island Side support thermal terminal neck thermal protected terminal cap power keyed mounting island power terminal neck power protected terminal cap Side support Frame upright data keyed mounting island Captured frame fastener data terminal neck data protected terminal cap Captured frame fastener NUTRIENT CARTRIDGE LOCAL CONTROLS TYPED TERMINALS SERVICE FRAME 72 MODELED PARTS ASSEMBLED
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01 Support & containment02 Nutrient pump cartridge03 Local control cassette04 Five typed interfaces
A common rail. Distinct services. The drawing deliberately separates the nutrient-only pump from potable water, power and controls. The five top terminals are distinct protected interfaces, not one universal connector or interconnected manifold.
Fictional Anyground design proposal. Shapes, dimensions, connection types, material ratings and service access remain illustrative. No plumbing internals, working circuit or safety certification is implied. Exploded positions explain disassembly; they do not prove a safe removal path.
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.