previous rfq page next index page home page table plates 15x75 75 4.5 2.5 12.5 15 3.5 6.5 50 technical data cross section area 556 mm2 weight/meter 1.510 kg/m moment of inertia ix 1.421 cm4 moment of inertia iy 25.93 cm4 max twist 0.5 mm/m flatness 0.5 mm/m manufacturing tolerance as per din 1748/4 beam deflection 100 kg load centered between supports 100 cm apart deflection x 2.086 cm deflection y 0.114 cm 10 kg load 100 cm from fixed end deflection x 3.337 cm deflection y 0.182 cm this structural profile is made of clear anodized extruded aluminum five t-slots are provided one on each side one on the top and two on the bottom these t-slots can be used to clamp parts in position and will allow the profile to be joined together to make table surfaces of any desired width the t-slots are designed to use standard m6 nuts or the m6 nut strip described in our accessory section two specially shaped channels are available at each end of the extrusion to be used with m4 self-tapping screws or
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previous rfq page next index page home page table plates 15x125 125 6.5 15 37.5 2 2.5 12.5 3.5 for m4 self tapping screw or m4 thread 3 places technical data cross section area 853 mm2 weight/meter 2.31 kg/m moment of inertia ix 2.358 cm4 moment of inertia iy 116.5 cm4 max twist 1.5 mm/m flatness 0.7 mm/m manufacturing tolerance as per din 1748/4 beam deflection 100 kg load centered between supports 100 cm apart deflection x 12.57 cm deflection y 0.025 cm 10 kg load 100 cm from fixed end deflection x 2.011 cm deflection y 0.407 cm this structural profile is made of clear anodized extruded aluminum seven t-slots are provided one on each side two on top and three on the bottom these t-slots can be used to clamp parts in position and will allow the profile to be joined together to make table surfaces of any desired width the t-slots are designed to use standard m6 nuts or the m6 nut strip described in our accessory section three specially shaped channels are available at each end of the e
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previous rfq page next index page home page table plates 15x175 100 10.5 6.5 5.25 3.5 11 7 175 technical data cross section area 1181 mm2 weight/meter 3.19 kg/m moment of inertia ix 3.29 cm4 moment of inertia iy 309.6 cm4 max twist 0.5 mm/m flatness 0.5 mm/m manufacturing tolerance as per din 1748/4 beam deflection 100 kg load centered between supports 100 cm apart deflection x 0.901 cm deflection y 0.010 cm 10 kg load 100 cm from fixed end deflection x 1.441 cm deflection y 0.015 cm this structural profile is made of clear anodized extruded aluminum nine t-slots are provided one on each side three on top and four on the bottom these t-slots can be used to clamp parts in position and will allow the profile to be joined together to make tables surfaces of any desired width the t-slots are designed to use standard m6 nuts or the m6 nut strip described in our accessary section four specially shaped channels are available at each end of the extrusion to be used with m4 self-tapping screws
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previous rfq page next index page home page table plates 15x250 6.5 10.5 15 250 50 1.75 3.5 4.5 2.5 50 25 technical data cross section area 1732 mm2 weight/meter 4.676 kg/m moment of inertia ix 4.749 cm4 moment of inertia iy 905.383 cm4 max twist 0.5 mm/m flatness 05 mm/m manufacturing tolerance as per din 1748/4 beam deflection 100 kg load centered between supports 100 cm apart deflection x 0.624 cm deflection y 0.003 cm 100 kg load 100 cm from fixed end deflection x 9.985 cm deflection y 0.052 cm this structural profile is made of clear anodized extruded aluminum eleven t-slots are provided one on each side four on top and five on the bottom these t-slots can be used to clamp parts in position and will allow the profile to be joined together to make table surfaces of any desired width the t-slots are designed to use standard m6 nuts or the m6 nut strip described in our accessory section five specially shaped channels are available at each end of the extrusion to be used with m4 self-
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previous rfq page next index page home page table plates 30x75 75 technical data cross section area 853 mm2 weight/meter 2.30 kg/m moment of inertia ix 8.6 cm4 moment of inertia iy 49.5 cm4 max twist 0.5 mm/m flatness 0.5 mm/m manufacturing tolerance as per din 1748/4 beam deflection 100 kg load centered between supports 100 cm apart deflection x 0.345 cm deflection y 0.060 cm 100 kg load 100 cm from fixed end deflection x 5.514 cm deflection y 0.958 cm this structural profile is made of clear anodized extruded aluminum five t-slots are provided one on each side two on top and one on the bottom these t-slots can be used to clamp parts in position and will allow the profile to be joined together to make table surfaces of any desired width the t-slots are designed to use standard m6 nuts or the m6 nut strip described in our accessory section two specially shaped channels are available at each end of the extrusion to be used with m6 self-tapping screws or tapped with an m6 thread table pl
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previous rfq page next index page home page table plates 30x125 125 100 10.5 6.5 10.5 30 15 7.75 2.5 5.2 6.5 50 3.5 5.25 technical data cross section area 1345 mm2 weight/meter 3.63 kg/m moment of inertia ix 13.95 cm4 moment of inertia iy 205.20 cm4 max twist 0.5 mm/m flatness 0.5 mm/m manufacturing tolerance as per din 1748/4 beam deflection 100 kg load centered between supports 100 cm apart deflection x 0.212 cm deflection y 0.014 cm 100 kg load 100 cm from fixed end deflection x 3.399 cm deflection y 0.231 cm this structural profile is made of clear anodized extruded aluminum seven t-slots are provided one on each side three on top and two on the bottom these t-slots can be used to clamp parts in position and will allow the profile to be joined together to make table surfaces of any desired width the t-slots are designed to use standard m6 nuts or the m6 nut strip described in our accessory section three specially shaped channels are available at each of the extrusion to be used wit
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previous rfq page next index page home page table plates 30x175 technical data cross section area 1864 mm2 weight/meter 5.04 kg/m moment of inertia ix 20.4 cm4 moment of inertia iy 549.3 cm4 max twist 0.5 mm/m flatness 0.5 mm/m manufacturing tolerance as per din 1748/4 beam deflection 100 kg load centered between supports 100 cm apart deflection x 0.145 cm deflection y 0.005 cm 100 kg load 100 cm from fixed end deflection x 2.324 cm deflection y 0.086 cm this structural profile is made of clear anodized extruded aluminum nine t-slot are provided one on each side four on top and three on the bottom these t-slots can be used to clamp parts in position and will allow the profile to be joined together to make table surfaces of any desired width the t-slots are designed to use standard m6 nuts or the m6 nut strip described in our accessory section four specially shaped channels are available at each end of the extrusion to be used with m6 self-tapping screws or tapped with an m6 thread tabl
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previous rfq page next index page home page table plates 30x250 200 100 10.5 6.5 1.75 5.75 30 15 8.25 2.5 5.2 50 50 50 250 technical data cross section area 2560.6 mm2 weight/meter 6.914 kg/m moment of inertia ix 27.19 cm4 moment of inertia iy 1386.22 cm4 max twist 0.5 mm/m flatness 0.5 mm/m manufacturing tolerance as per din 1748/4 beam deflection 100 kg load centered between supports 100 cm apart deflection x 0.109 cm deflection y 0.002 cm 100 kg load 100 cm from fixed end deflection x 1.744 cm deflection y 0.034 cm this structural profile is made of clear anodized extruded aluminum eleven t-slots are provided one on each side five on top and four on the bottom these t-slots can be used to clamp parts in position and will allow the profile to be joined together to make table surfaces in any desired width the t-slots are designed to use standard m6 nuts or the m6 nut strip described in our accessory section five specially shaped channels are available at each end of the extrusion to b
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