We therefore recommend that you always check the dimensional weight of your shipments before giving them to us - especially if you use your own packaging. The rates of such additional Charges are available upon request and may be amended, without notice, by FedEx. If the result exceeds the actual weight, additional Charges may be assessed based on the dimensional weight. * FedEx checks the data provided by the sender in the Air Waybills with regard to the services requested and the weight of the packages. Dimensional weight standards are not applied to this packaging, providing that the dimensions have not been changed.
This dimensional weight calculation for FedEx Express® services applies to Europe, Middle-East, Africa and the Indian Subcontinent (EMEA), EMEA export and EMEA import shipments.įedEx Express packaging offers you a practical and advantageous solution. Since 18 January 2010, shipments where dimensional weight exceeds actual weight are charged according to the following volumetric calculation:ĭimensional weight in kg per package = Length x Height x Width in cm / 5,000. A decisive factor for calculating the price, however, is whether the dimensional weight exceeds the actual weight*. The transport costs for your shipments are calculated on the basis of the total weight of all packages sent under one FedEx Air Waybill. Weight of stone wool insulation mat on pipe.Calculating the dimensional weight of your shipment = 10.7 lb/ft Typical Weight of Schedule 40 Steel Pipe with/without Water Nominal Pipe Size The weight of empty pipe per unit length can be calculated as The density of steel is 490 lb/ft 3 (0.28 lb/in 3). The wall thickness is 0.237 inches and the inside diameter is 4.026 in. The outside diameter of 4" Schedule 40 Steel Pipe is 4.500 inches. = 24.2 kg/m Example - Weight of 4" Schedule 40 Steel Pipe The weight of pipe filled with water per unit length can be calculated with (3) as The weight of the liquid in the pipe per unit length can be calculatet with (2) as: The weight of empty pipe per unit length can be calculatet with (1) as: The outside diameter of 4" Schedule 40 Steel Pipe is 114.3 mm.
Ρ l - density of liquid (kg/m 3, lb/in 3) (zero for empty pipe)Įxample - Weight of 4" Schedule 40 Steel Pipe with Water - SI Units (default values in the calculator above) Ρ m - density of piping material (kg/m 3, lb/in 3) The calculator is generic and can be used for both SI and Imperial units as long as the use of units are consistent. This calculator can be used to calculate the weight of a pipe with - or without - liquid. OR enter a density, enter the appropriate dimensions, and click the Calculate button. Weight of pipe with liquid can be calculated as Welcome to ASMs automatic weight calculator. Ρ l = density of liquid (kg/m 3, lb/in 3) W l = weight of liquid in pipe per unit length of pipe (kg, lb)Ī i = cross-sectional inside area of pipe (m 2, in 2) Weight of liquid in pipes per unit length can be calculated as T = wall thickness (m, in) Weight of Liquid in Pipe Ρ m = density of pipe material (kg/m 3, lb/in 3)Ī m = cross-sectional wall area of pipe (m 2, in 2)ĭ i = d o - 2 t = inside diameter (m, in) W p = weight of empty pipe per unit length (kg/m, lb/in)
Weight of empty pipe per unit length can be calculated as
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