Cantilever dividing head technical parameters

Here is the cantilever deflection head technology parameters Introduction Cantilever deflection heads are widely used in the construction industry for measuring deformations in masonry structures such as walls and columns. They are also used for measuring deformations in reinforced concrete structures such as beams, slabs and frames. They are generally made up of two parts: a central stem, which is connected to the structure to be measured and a flexible arm, which is designed to deflect under the measured deformation. The cantilever deflection head is used to measure displacement change in real time, with great accuracy and repeatability. Principle of Function Cantilever deflection heads are based on the principle of bending force measurement. When a load is applied to the cantilever deflection head, it creates a moment on the stem, thus causing it to bend. The displacement of the flexible arm is measured and the corresponding load is determined. Principles of Operation Cantilever deflection heads consist of two parts - the stem and the flexible arm (or cantilever). The stem is rigidly attached to the structure and the arm is designed to bend in response to the applied loads. The displacement of the flexible arm is usually measured using an LVDT (Linear Variable Differential Transformer) or other displacement sensors. The displacement measurement is then used to calculate the corresponding load. Benefits of Using Cantilever Deflection heads Cantilever deflection heads are a cost-effective and accurate method for determining deformations in masonry and reinforced concrete structures. They provide immediate readings of surface and subsurface deformations in real time and with great accuracy and repeatability. The accuracy and repeatability of the measurements are enhanced by using high-precision displacement sensors. This makes the cantilever deflection head an ideal tool for monitoring structural movements in both short-term and long-term scenarios. In addition, the use of the cantilever deflection head enables cost reductions due to the reduced need for in-situ surveying. Conclusion The cantilever deflection head is a versatile, accurate and cost-effective tool for measuring deformations in masonry and reinforced concrete structures. It provides immediate readings of surface and subsurface deformations in real time, with great accuracy and repeatability. The use of the cantilever deflection head also enables cost savings due to the reduced need for in-situ surveying. This makes the cantilever deflection head an ideal choice for monitoring structural movements over both short-term and long-term scenarios.