Car seat center of gravity measuring tester

Main parameters:

Measuring range: refers to the maximum and minimum range of the center of gravity of the seat that the tester can measure. This parameter is usually determined according to the type and size of the seat to ensure that the tester can be adapted to different types of seats.

Measurement accuracy: refers to the accuracy of the tester when measuring the center of gravity of the seat. High-precision measurements ensure the reliability of the test results, which can help manufacturers or developers better understand the distribution of the center of gravity of the seat and optimize the seat design.

Test method: The tester may use a variety of test methods to measure the center of gravity of the seat, such as drop method, horizontal method, etc. Different test methods may work for different types of seats or test needs. Therefore, when selecting the tester, it is necessary to clarify the test method used.

Maximum weighing weight: refers to the maximum weight that the test instrument can weigh. This parameter is usually determined based on the weight of the seat to ensure that the tester can withstand the weight of the seat without damage.

Angular resolution: The smallest angular change that the tester can resolve when measuring the center of gravity of the seat. The high accuracy of the angular resolution ensures the accuracy of the measurement results, which helps the manufacturer or developer to understand the center of gravity position of the seat more precisely.

Structural characteristics: The structural characteristics of the tester may include the use of aluminum alloy profile frame structure, suspension weighing system, etc. These structural features ensure the stability and durability of the tester, thereby improving the accuracy and reliability of the test.