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Aluminium profile 60x60 10mm slot
| Second moment of inertia (x10^4 mm^4) (x axis) | 57.90 |
| Second moment of inertia (x10^4 mm^4) (y axis) | 57.90 |
| Linear mass density (kg/m) | 4.14 |
| Cross section (mm²) | 1519 |
| Cross section (mm) | 60x60 |
| Number of slots | 2 |
| Size of slot | 10 |
| Finish | Transparent grey anodised |
| Rounded | No |
| Main material | EN AC-51400-T5 |
| Colour | Grey |
| Sold by | Custom Length |
To download in other format, click on the link below
| Image | Reference | Nom | Unit Price | Add to cart |
|---|---|---|---|---|
 | ECR-P10-8 | Fastening nuts for 10mm slot profiles – M8 threading | 4,50 € | Add |
Results are provided on an indicative basis only; Systéal accepts no liability regarding the use of this module.
Please note: this simulator currently only works for aluminium profiles. Do not use it for other materials or for panels.
Stage 1: Enter details
| Load P | in kg | Distance a | in mm |
| Length L | in mm | Length m | in mm |
| Young's modulus | N/mm² |
Stage 2: Calculate results (do not forget to update the result after changing any values)
Stage 3: Determine your setup and its maximum load
The maximum recommended load is the load that corresponds to the maximum deflection recommended by the manufacturer (1/1000th of the length of the beam)
| in mm |
How do I read the results?:
This setup is not recommended as the deflection is too high. Reduce the load or improve the setup. The deflection is lower than the maximum recommended load. Your setup is OK. Setup 1 | in mm in mm | in kg in kg |
Setup 2 | in mm in mm | in kg in kg |
Setup 3 | in mm in mm | in kg in kg |
Setup 4 | in mm in mm | in kg in kg |
Setup 5 | in mm in mm | in kg in kg |
Setup 6 | in mm in mm | in kg in kg |
Setup 7 | in mm in mm | in kg in kg |
Setup 8 | in mm in mm | in kg in kg |
Setup 9 | in mm in mm | in kg in kg |
Results are provided on an indicative basis only; Systéal accepts no liability regarding the use of this module.
Please note: this simulator currently only works for aluminium profiles. Do not use it for other materials or for panels.
Stage 1: Enter details
| Load P | in kg | Length L | in mm |
| Young's modulus | N/mm² |
Stage 2: Calculate results (do not forget to update the result after changing any values)
Stage 3: Determine your setup and its maximum load
The critical buckling load (=maximum load) is calculated using Euler's formula. More information here.
How do I read the results?:
This setup is not recommended as the critical buckling load has been exceeded. Reduce the load or improve the setup. You have not exceeded the critical load. Your setup is OK.Setup 1: for a beam that is pinned at both ends | in kg |
Setup 2: for a fixed-fixed beam (mobile along the vertical axis) | in kg |
Setup 3: for a fixed-pinned beam | in kg |
Setup 4: for a fixed-free beam | in kg |