# Structural I Beam Weight Chart – Understading The Weight Of I Beam

Working with structural I beam requires knowledge of its weight and size. When it comes to determining the weight of structural I beam, there are several factors to consider. Understanding the weight of I beam will help you to calculate the load capacity and select the right beam for the job.

Structural I beam, also known as H beam, W beam, or Universal Beam, is a structural beam made of rolled steel. The I beam consists of two horizontal planes, known as flanges, connected by one vertical component, or the web. It is the most commonly used structural beam in the construction industry.

The weight of the I beam is determined by the density of the steel, the cross sectional area of the beam, and the length of the beam. The density of the steel is usually expressed in kilograms per cubic meter (kg/m3). The cross sectional area is the area of the beam that is perpendicular to the web. It is usually expressed in square millimeters (mm2). The length of the beam is usually expressed in meters (m).

## What is Structural I Beam Weight Chart?

A Structural I Beam Weight Chart is a table that provides the weight of I beam per unit length. The chart is a useful tool for structural engineers, architects, and construction professionals. It helps them to quickly determine the weight of an I beam for a specific length. It also helps them to select the right beam for the job.

The chart is usually divided into two columns. The first column shows the length of the beam and the second column shows the weight of the beam per unit length. The weight of the beam is expressed in kilogram per meter (kg/m). The chart is usually based on the density of the steel used in the beam.

## How to Use Structural I Beam Weight Chart?

Using the Structural I Beam Weight Chart is easy. First, select the length of the beam from the first column. Then, find the corresponding weight per unit length from the second column. The weight of the beam can then be determined by multiplying the weight per unit length by the length of the beam.

For example, if the length of the beam is 10 meters, then find the corresponding weight per unit length from the chart. If the weight per unit length is 10 kg/m, then the weight of the beam is 10 x 10 = 100 kg.

## What are the Benefits of Using Structural I Beam Weight Chart?

Using Structural I Beam Weight Chart has several benefits. First, it helps to quickly determine the weight of an I beam for a specific length. This is especially useful when dealing with large numbers of I beams. Second, it helps to select the right beam for the job. Third, it helps to accurately calculate the load capacity of the beam. Finally, it helps to prevent overloading of the beam, which can cause structural failure.

## Conclusion

The Structural I Beam Weight Chart is a useful tool for structural engineers, architects, and construction professionals. It helps to quickly determine the weight of an I beam for a specific length. It also helps to accurately calculate the load capacity of the beam and to select the right beam for the job. Finally, it helps to prevent overloading of the beam, which can cause structural failure.