Key Benefits
M290x390 quatro 1m length truss HD
This rectangular truss combines the strength of 390 Quatro truss but saves 25% more space and has better possibilities for rigging. Diagonal webbing in the top allows for high lateral loading. Multicube corner blocks allow all 290 Quatro truss to be connected vertically.
Dimensions
- Length (mm)
- 1000.0
- Width (mm)
- 288.0
- Height (mm)
- 388.0
- Main Chord Size (mm)
- 48x3
- Brace Size (mm)
- 20x2
Others
- Material
- Aluminium
- Weight per meter (kg)
- 6.84
- Connection system
- conical
- Truss Connector
- CCF
- Pin Type
- PB
- Truss Integrated Ladder
- true
- Standard Color
- Natural Aluminium
- Optional Color
- true
- Cell Clamps Compatibility
- 200, 400, 500, 600
| Span | mft | 4.0013.12 | 5.0016.40 | 6.0019.69 | 7.0022.97 | 8.0026.25 | 9.0029.53 | 10.0032.81 |
| Centre Point Load (CPL) | kglbs | 1 938.004 273.29 | 1 637.003 609.59 | 1 404.003 095.82 | 1 224.002 698.92 | 1 087.002 396.84 | 970.002 138.85 | 875.001 929.38 |
| Deflection | mmin | 7.400.29 | 12.300.48 | 18.300.71 | 25.500.99 | 34.001.33 | 43.601.70 | 54.502.13 |
| Third Point Load (TPL) | kglbs | 1 278.002 817.99 | 1 103.002 432.12 | 973.002 145.47 | 859.001 894.10 | 773.001 704.47 | 697.001 536.89 | 630.001 389.15 |
| Deflection | mmin | 8.300.32 | 14.000.55 | 21.500.84 | 30.301.18 | 41.001.60 | 53.002.07 | 66.202.58 |
| Quarter Point Load (QPL) | kglbs | 925.702 041.17 | 883.001 947.02 | 755.001 664.78 | 650.801 435.01 | 566.201 248.47 | 500.001 102.50 | 446.70984.97 |
| Deflection | mmin | 8.400.33 | 15.600.61 | 23.200.90 | 32.001.25 | 41.801.63 | 53.002.07 | 65.502.55 |
| Fifth Point Load (FPL) | kglbs | 694.301 530.93 | 692.601 527.18 | 604.001 331.82 | 521.001 148.81 | 462.001 018.71 | 412.00908.46 | 369.00813.65 |
| Deflection | mmin | 8.000.31 | 15.600.61 | 23.700.92 | 32.601.27 | 43.401.69 | 55.602.17 | 68.602.68 |
| Uniformly Distributed Load (UDL) | kg/mlbs/ft | 694.30466.55 | 554.10372.34 | 460.50309.44 | 371.90249.91 | 283.10190.23 | 222.20149.31 | 178.70120.08 |
| Deflection | mmin | 6.600.26 | 13.000.51 | 22.400.87 | 33.601.31 | 44.001.72 | 55.702.17 | 68.802.68 |
| Span | mft | 11.0036.09 | 12.0039.37 | 13.0042.65 | 14.0045.93 | 15.0049.21 | 16.0052.49 | 18.0059.06 | 20.0065.62 |
| Centre Point Load (CPL) | kglbs | 789.001 739.75 | 724.001 596.42 | 662.001 459.71 | 614.201 354.31 | 566.501 249.13 | 524.301 156.08 | 452.90998.64 | 394.40869.65 |
| Deflection | mmin | 66.202.58 | 79.803.11 | 94.003.67 | 110.504.31 | 127.304.96 | 145.505.67 | 185.907.25 | 232.009.05 |
| Third Point Load (TPL) | kglbs | 574.001 265.67 | 532.001 173.06 | 491.001 082.66 | 451.00994.46 | 421.00928.31 | 393.30867.23 | 339.70749.04 | 295.80652.24 |
| Deflection | mmin | 81.003.16 | 98.403.84 | 116.804.56 | 135.605.29 | 157.206.13 | 180.707.05 | 229.208.94 | 283.7011.06 |
| Quarter Point Load (QPL) | kglbs | 402.70887.95 | 365.80806.59 | 334.30737.13 | 307.10677.16 | 283.30624.68 | 262.20578.15 | 226.50499.43 | 197.20434.83 |
| Deflection | mmin | 79.303.09 | 94.603.69 | 111.104.33 | 129.105.03 | 148.505.79 | 169.306.60 | 215.208.39 | 266.9010.41 |
| Fifth Point Load (FPL) | kglbs | 335.60740.00 | 304.90672.30 | 278.60614.31 | 255.90564.26 | 236.00520.38 | 218.50481.79 | 188.70416.08 | 164.30362.28 |
| Deflection | mmin | 83.903.27 | 100.003.90 | 117.404.58 | 136.305.32 | 156.706.11 | 178.506.96 | 226.508.83 | 280.4010.94 |
| Uniformly Distributed Load (UDL) | kg/mlbs/ft | 146.4098.38 | 121.9081.91 | 102.9069.15 | 87.7058.93 | 75.5050.73 | 65.5044.01 | 50.3033.80 | 39.4026.48 |
| Deflection | mmin | 83.303.25 | 99.203.87 | 116.604.55 | 135.305.28 | 155.606.07 | 177.206.91 | 224.908.77 | 278.5010.86 |
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