Overview: This document provides technical specifications for various GFRP (Glass Fiber Reinforced Polymer) Floor Beam Profiles, detailing their dimensions, weight, section geometry, section properties, and load-bearing capacities.
1. PRF-PIG-0044-127-06-00:
- Description: GFRP Floor Beam Profile with dimensions 127Hx44Wx6T.
- Weight: 1890 gr/m +/- 100 gr/m.
- Section Geometry: Height 127.00 mm, Width 44.00 mm, Top Thickness 6.35 mm, Bottom 3.75 mm.
- Section Properties: Ix = 40149.22 mm4, Iy = 1781805.84 mm4, Area = 949.41 mm2.
- Load Table: Provides deflection and recommended UDL (Uniformly Distributed Load) for spans ranging from 1500 mm to 3500 mm, with maximum UDL at different spacings (400mm, 600mm, 800mm).
2. PRF-PIG-0044-135-06-00:
- Description: GFRP Floor Beam Profile with dimensions 135Hx44Wx6T.
- Weight: 1930 gr/m +/- 100 gr/m.
- Section Geometry: Height 135.00 mm, Width 44.00 mm, Top Thickness 5.50 mm, Bottom 3.75 mm.
- Section Properties: Ix = 39519.70 mm4, Iy = 1992981.83 mm4, Area = 932.19 mm2.
- Load Table: Provides deflection and recommended UDL for spans ranging from 1500 mm to 3500 mm, with maximum UDL at different spacings.
3. PRF-PIG-0044-076-06-00:
- Description: GFRP Floor Beam Profile with dimensions 76Hx44Wx6T.
- Weight: 1560 gr/m +/- 100 gr/m.
- Section Geometry: Height 76.20 mm, Width 44.00 mm, Top Thickness 6.35 mm.
- Section Properties: Ix = 39108.30 mm4, Iy = 433203.19 mm4, Area = 745.63 mm2.
- Load Table: Provides deflection and recommended UDL for spans ranging from 1500 mm to 3500 mm, with maximum UDL at different spacings.
4. PRF-PIG-0044-165-06-00:
- Description: GFRP Floor Beam Profile with dimensions 165.10Hx44Wx6T.
- Weight: 2380 gr/m +/- 100 gr/m.
- Section Geometry: Height 165.10 mm, Width 44.00 mm, Top Thickness 6.35 mm, Bottom 4.00 mm.
- Section Properties: Ix = 39491.89 mm4, Iy = 3330496.54 mm4, Area = 1097.02 mm2.
- Load Table: Provides deflection and recommended UDL for spans ranging from 1500 mm to 3000 mm, with maximum UDL at different spacings.
Key Observations: Each profile has specific dimensions and load-bearing capacities, with variations in weight and section properties. The load tables provide essential data for determining the appropriate application of each beam profile based on span and spacing requirements.
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