- Butt welding fittings
- bends
- T- X- Y- pieces
- T- and Y-bends
- reducers
- caps and heads
- collars
- branch saddles
- orbital fittings
- ANSI / ASME
- Industrial valves
- ball valves
- actuators
- drain cocks
- gate valves
- globe valves
- non-return valves
- Y-strainers
- control technology
- Flanges
- welding neck flanges
- threaded flanges
- blind flanges
- plate flanges
- loose plate flanges
- collars
- flange-fittings
- ANSI/ ASME
- other
- Systems
- TEEKAY
- Victaulic
- press fittings
- quick couplings
- clamp connections
- cutting rings
- DIN 11864/ DIN 11853
- railing construction
- Beverage fittings
- unions
- fittings
- pipe clamps
- Tri-Clamp
- valves & cocks
- flange connections
- inspection glasses
- filter & strainers
- spray balls
Calculating the wind loadSchritt.2
Calculating the wind load
| Step 2. Calculating the wind load value |
|---|
Numerous factors such as the wind zone (place of installation), installation height, type of parapet, etc... are taken into account when calculating the characteristic value of the wind load.
The new load standard DIN 1055 renders the calculation of the load difficult,
which makes it imperative that a recognised structural engineer becomes involved.
Wind load in the interior area: less than 0.50kN/m²
Stainless steel railing construction glass panel clamps Step 2
Calculating the wind loadSchritt.2
| Step 2. Calculating the wind load value |
|---|
Numerous factors such as the wind zone (place of installation), installation height, type of parapet, etc... are taken into account when calculating the characteristic value of the wind load.
The new load standard DIN 1055 renders the calculation of the load difficult,
which makes it imperative that a recognised structural engineer becomes involved.
Wind load in the interior area: less than 0.50kN/m²
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