Galvanized Corrugated Pipes
🇮🇹 IT ← irontools.it
PRO
📋 Procedura passo per passo
1
Pipe measurements: length, diameter, wall thickness
2
End caps: any? Flat or dished?
3
Manholes: how many, where, top or bottom?
4
Heavy valves and fittings: position and weight
5
Where do the hooks go? Choose the position
6
Can the slings handle it? Check the angle
Main pipe
🔩 Solo acciaio zincato : densità 7850 kg/m³ fisso
Peso tubo: :
📏
Measurement reference
Tutte le misure X nei campi sotto usano questo riferimento. La misura dal lato opposto compare in automatico.
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End caps
:
▶ Fondo destro (X = L)
Auto = Ø tubo + 100. Modificabile.
Auto:
Manholes
0
Il collare attraversa la lamiera del tubo: una parte resta dentro, una fuori. Puoi metterlo sopra o sotto il tubo. Se il gancio cade troppo vicino, ricevi un avviso.
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Valves / Fittings
0
Raccordi a 90°, valvole, tubi con flangia. Peso tutto incluso: raccordo + flangie + bulloni.
Extra loads
0
🪝
Hook positioning
💡 Scegli una posizione: oppure inserisci tu i valori sotto
📐 Less stress on pipe 1/5 e 4/5 della lunghezza
Pipe bends less. Ideal if no heavy off-centre components.
Calcola prima…
:
Tocca →
⚖️ Equal load on both hooks ★ consigliato
F1 = F2 = total weight ÷ 2. Equal sling load, no tipping risk.
Calcola prima…
:
Tocca →
⚙️ Standard position S = metà tubo
Hooks at one-quarter and three-quarters. Good all-round compromise.
Calcola prima…
:
Tocca →
⛓️
Slings – lifting angle
The more the slings are angled, the higher the tension. At 30°, each sling carries 15% more than its direct load.
0° = brache dritte. Tipico: 30°–45°.
Tension per sling – Hook 1
:
: kg
Tension per sling – Hook 2
:
: kg
⚠️ Always check the CE rating on the sling tag. Use slings rated at least 4x the calculated tension.
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Side view - technical drawing
Inserire i dati e premere CALCOLA
Distribuzione carico: :
G1 :%G2 :%
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Weight summary
ComponenteX (mm)Peso (kg)
💧
Internal water volume
How much does the full tube weigh with water? Useful for crane capacity during hydraulic tests.
Pipe volume
: m³
Water weight
: kg
Total weight when full (structure + water)
: kg
⚠️ If pipe is lifted full of water, hooks and crane must handle this total weight.
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Sheet material
The flat sheet is corrugated (720→610mm width) and wound in a spiral. The roll length consumed equals the corrugated strip length — corrugation changes width, not length.
mm
mm
Sheet roll length consumed
(same raw and corrugated — only width changes)
— m
Raw sheet area
— m²
(720mm × L)
Corrugated area
— m²
(610mm × L)
Helix turns
Helix angle
Estimated raw sheet weight (pipe only, at 7850 kg/m³):
— kg
Total weight
: kg
Centre of gravity
: mm
F1 - G1
: kg
F2 - G2
: kg

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