Key Benefits
M950 2m length truss HD
If you require maximum loading specifications and free-span characteristics for your temporary or permanent installations, look no further than the Milos M950 truss system. M950 is the newest and largest Milos truss system.
Dimensions
- Length (mm)
- 2000.0
- Width (mm)
- 580.0
- Height (mm)
- 1110.0
- Main Chord Size (mm)
- 60x6
- Brace Size (mm)
- 48x3
Others
- Material
- Aluminium
- Weight per meter (kg)
- 26.16
- Connection system
- conical
- Truss Connector
- CCO
- Pin Type
- PO
- Truss Integrated Ladder
- true
- Standard Color
- Natural Aluminium
- Optional Color
- true
- Cell Clamps Compatibility
- 300
| Span | mft | 8.0026.25 | 10.0032.81 | 12.0039.37 | 14.0045.93 | 16.0052.49 | 18.0059.06 | 20.0065.62 | 22.0072.18 |
| Centre Point Load (CPL) | kglbs | 4 380.009 656.25 | 3 959.008 728.11 | 3 617.007 974.13 | 3 320.007 319.35 | 3 015.006 646.94 | 2 770.006 106.81 | 2 538.005 161.34 | 2 342.005 163.23 |
| Deflection | mmin | 7.500.29 | 13.400.53 | 21.400.84 | 31.601.24 | 43.501.71 | 58.002.28 | 74.402.93 | 93.403.68 |
| Third Point Load (TPL) | kglbs | 2 498.005 090.47 | 2 339.004 759.78 | 2 192.004 506.25 | 2 080.004 239.49 | 1 934.003 963.91 | 1 815.003 736.84 | 1 713.003 496.53 | 1 473.003 247.41 |
| Deflection | mmin | 7.300.26 | 13.500.49 | 22.000.81 | 33.601.23 | 47.301.74 | 64.102.37 | 78.703.10 | 99.203.91 |
| Quarter Point Load (QPL) | kglbs | 1 768.003 897.77 | 1 679.003 701.56 | 1 585.003 494.33 | 1 513.003 335.60 | 1 435.003 163.64 | 1 369.003 018.13 | 1 297.002 859.40 | 1 234.002 720.51 |
| Deflection | mmin | 7.200.28 | 13.500.53 | 22.200.87 | 34.001.34 | 48.801.92 | 67.102.64 | 88.503.48 | 113.704.48 |
| Fifth Point Load (FPL) | kglbs | 1 351.002 978.45 | 1 300.002 866.01 | 1 259.002 775.62 | 1 208.002 663.19 | 1 150.002 535.32 | 1 101.002 427.29 | 1 057.002 330.29 | 1 007.002 220.06 |
| Deflection | mmin | 7.000.27 | 13.300.52 | 22.200.88 | 34.601.36 | 49.701.96 | 68.602.70 | 91.503.60 | 117.704.63 |
| Uniformly Distributed Load (UDL) | kg/mlbs/ft | 1 134.00762.01 | 903.00606.79 | 743.00499.27 | 600.30403.38 | 454.00305.07 | 353.70237.68 | 282.00189.50 | 228.90153.81 |
| Deflection | mmin | 9.600.38 | 18.800.74 | 32.301.27 | 48.801.92 | 63.802.51 | 80.903.19 | 100.003.94 | 121.204.77 |
| Span | mft | 26.0085.30 | 28.0091.86 | 30.0098.43 | 32.00104.99 | 34.00111.55 | 36.00118.11 | 38.00124.67 | 40.00131.23 | 42.00137.79 |
| Centre Point Load (CPL) | kglbs | 1 981.004 367.36 | 1 832.004 038.87 | 1 681.203 706.41 | 1 529.903 372.85 | 1 393.603 072.36 | 1 269.802 799.43 | 1 156.502 549.65 | 1 052.202 319.71 | 955.502 106.52 |
| Deflection | mmin | 137.405.41 | 163.306.42 | 190.607.50 | 218.808.61 | 249.309.81 | 282.2011.11 | 317.6012.50 | 355.7014.00 | 396.5015.61 |
| Third Point Load (TPL) | kglbs | 1 409.003 106.32 | 1 319.002 907.90 | 1 236.002 724.92 | 1 147.402 529.59 | 1 045.202 304.27 | 952.402 099.68 | 867.401 912.29 | 789.101 739.67 | 716.601 579.83 |
| Deflection | mmin | 161.306.35 | 192.807.59 | 227.208.96 | 263.9010.39 | 298.6011.76 | 335.5013.21 | 374.7014.75 | 416.3016.39 | 460.2018.11 |
| Quarter Point Load (QPL) | kglbs | 1 021.302 251.58 | 925.002 039.28 | 840.001 853.20 | 765.001 686.54 | 696.801 536.18 | 634.901 399.72 | 578.301 274.93 | 526.101 159.85 | 477.801 053.37 |
| Deflection | mmin | 162.706.41 | 189.307.45 | 218.208.59 | 249.209.81 | 282.5011.12 | 318.2012.53 | 356.2014.02 | 396.6015.61 | 439.5017.30 |
| Fifth Point Load (FPL) | kglbs | 851.101 876.35 | 771.101 699.98 | 700.501 544.34 | 637.501 405.45 | 580.701 280.22 | 529.101 166.47 | 481.901 062.41 | 438.40966.51 | 398.10877.66 |
| Deflection | mmin | 171.106.74 | 198.907.83 | 228.809.01 | 261.0010.28 | 295.4011.63 | 332.1013.07 | 371.1014.61 | 412.4016.24 | 456.1017.96 |
| Uniformly Distributed Load (UDL) | kg/mlbs/ft | 157.10105.55 | 132.2088.84 | 112.1075.33 | 95.6064.24 | 82.0055.10 | 70.5047.37 | 60.9040.90 | 52.6035.34 | 45.5030.57 |
| Deflection | mmin | 170.006.69 | 197.607.78 | 227.408.95 | 259.4010.21 | 293.6011.56 | 330.2013.00 | 369.0014.53 | 410.2016.15 | 453.8017.89 |
All truss loading calculations are based on:
Truss supported or suspended at both ends • Static loading only • Loads applied at the node points • Self-weight of the truss is included in all listed load capacities • Spans consisting of different truss lengths • Interaction of bending moment and shear force at connector is considered • Structural analysis based on EN 1999 • All loading data should be multiplied by 0.85 to comply with BS 7905-2 and ANSI E1.2-2006 • For any other application, or in case of an assembled structure, contact MILOS or a structural engineer • Safety factors used: self-weight 1.35 / variable loads 1.5
Truss supported or suspended at both ends • Static loading only • Loads applied at the node points • Self-weight of the truss is included in all listed load capacities • Spans consisting of different truss lengths • Interaction of bending moment and shear force at connector is considered • Structural analysis based on EN 1999 • All loading data should be multiplied by 0.85 to comply with BS 7905-2 and ANSI E1.2-2006 • For any other application, or in case of an assembled structure, contact MILOS or a structural engineer • Safety factors used: self-weight 1.35 / variable loads 1.5