Introduction to the specifications and weight of acoustic tubes
Acoustic tube is a commonly used inspection tool in the construction industry, mainly used to detect the quality of pile foundations. Different specifications of acoustic tubes have different weights and characteristics, this article will introduce the specifications and weight of acoustic tubes in detail, to help readers understand and choose the right acoustic tube.
1. Specifications of acoustic tubes.
The specifications of acoustic tubes usually include parameters such as outer diameter, inner diameter, and wall thickness. According to different application scenarios and testing needs, acoustic tubes are available in different specifications. Common acoustic tube specifications are as follows:
Outer diameter: 50mm, 54mm, 57mm
Inner diameter: 40mm, 45mm
Wall thickness: 15mm、2.0mm、2.5mm
Second, the weight of the acoustic tube.
The weight of the acoustic tube is also one of the factors to consider when choosing. The weight of different specifications of the acoustic tube is different, and its weight is calculated as follows: weight = (outer diameter - inner diameter) wall thickness and density coefficient of steel. Among them, the density coefficient of steel is 785g/cm³。Based on this formula, the weight of different sizes of acoustic tubes can be roughly calculated.
Here are some examples of the weight of acoustic tubes of common specifications:
The weight of an acoustic tube with an outer diameter of 50 mm and a wall thickness of 2 mm is about 41kg/m。
The outer diameter is 54mm, and the wall thickness is 1A 5mm acoustic tube weighs about 36kg/m。
The outer diameter is 57mm, and the wall thickness is 2A 5mm acoustic tube weighs about 54kg/m。
It should be noted that the above weights are only reference values, and the actual weights may vary due to differences in production processes and materials. Therefore, when selecting an acoustic tube, it is recommended to select a suitable acoustic tube according to the specific application scenarios and testing requirements, taking into account factors such as its specifications and weight.
In conclusion, knowing the size and weight of the acoustic tube will help you to select and use the acoustic tube correctly, thus guaranteeing the accuracy and reliability of the inspection results. In practical application, the appropriate acoustic tube should be selected according to the specific situation, and the installation and use should be carried out in accordance with the relevant specifications.