VIV Engineering Lab

Aquarium Engineering Workbench

Real-time safety, hydraulics and water-chemistry checks for VIV custom systems. Values can arrive from the 3D Design Lab via URL, or be entered here.

Open 3D Design Lab

Inputs

Length (L)MM
Width (W)MM
Tank height (H)MM
Glass thicknessMM
Glass process
Top structure
System water
Cabinet heightMM
Cabinet self-weight preset
Cabinet self-weightKG
Hardscape & substrateKG
Building / floor type
Winter room min°C
Summer room max°C
Target water temperature°C

Inputs

Display dimensions are shared with the Safety hub. Change them there or via the URL.

Return static head (overflow drop)MM
Return pump rated flowL/H
Return pump rated headM
Return pipe (GB PVC-U)
Return 90° elbowsPCS
Check valve
Drain topology
Main drain
Spare drain
Main-drain regulating valve
Sump lengthMM
Sump widthMM
Sump heightMM
Normal operating levelMM
Siphon-break hole depthMM
Water above overflow combMM

Major elements · KH / Ca / Mg

Net water volumeL
Reagent type
KH nowdKH
KH targetdKH
Ca nowPPM
Ca targetPPM
Mg nowPPM
Mg targetPPM

Salinity · temperature compensation

Instrument
Instrument readingSG
Measured water temp°C

Substrate slope

Uses the same tank L × W. Front-low / rear-high slope is a trapezoidal prism.

Front thicknessMM
Rear thicknessMM

Carbonate / CO₂ equilibrium

Measured pHPH
KHdKH

Engineering estimates for planning only — not a substitute for a structural engineer or a licensed electrician. Glass model: hydrostatic plate bending (Timoshenko coefficients, 3-edge rimless vs 4-edge Eurobrace). Floor check uses GB 50009-style residential live load of 2.0–2.5 kN/m². Hydraulics: Darcy–Weisbach + equivalent-length fittings on GB PVC-U. Major-element doses use anhydrous NaHCO₃, CaCl₂ and MgCl₂·6H₂O. CO₂ from the planted-tank carbonate relation [CO₂] = 3 × dKH × 10^(7−pH).