If normal capacity is less than CLC x (number of sections - 0.5), what is the permissible load for a 4 section Class 3 L vehicle scale?

To determine the permissible load for a 4-section Class 3 L vehicle scale, it's important to understand how capacity calculations are made according to the specifications of vehicle scales.

In this case, the condition states that normal capacity is less than CLC multiplied by the number of sections minus 0.5. Here, CLC refers to the capacity of a single load cell, and for a Class 3 L vehicle scale, the CLC is typically defined to be 20,000 pounds.

When the scale has 4 sections, the formula would look like this:

CLC x (number of sections - 0.5)

= 20,000 lb x (4 - 0.5)

= 20,000 lb x 3.5

= 70,000 lb

Since this result gives an indication of the maximum load that can be used in the normal capacity designation, it helps determine the permissible load based on compliance with regulations and safety standards.

For a Class 3 L vehicle scale, which has a normal permissible load typically defined around 136,000 pounds, the answer arrives at the maximum load configuration permissible under these specifications. Thus, considering the Class's design and certification, 136,000