SC315A1-8 с корпусом из нержавеющей стали платформенные весы корпус 6-значный цифровой 14 2 мм красный

Load cells should be selected after considering the following points.

1.1. Loading Conditions

Determine the loading conditions of the load cell (tension, compression, bending, etc.) that best suit the
kind of weighing you would like to perform.

1.2. Rated Capacity

The following points should be considered when selecting a rated capacity.

2.1. Display of the Required Resolution

When the minimum weighing value (1 digit) is small compared to the rated capacity, the load cell
output per digit should be above the input sensitivity of the indicator.

Force applied onto the weighing pan is converted into electrical signals by the load cell and output to
the indicator.

2.2. The Strength of the Load Cells

1) Platform scales
When making a platform scale using a single-point load cell, it is acceptable for the
weighing capacity of the scale to be equal to the rated capacity of the load cell. For instance, if we want
to make a scale with a capacity of 100 kg, we can use a load cell whose rated capacity is 100 kg.
However, the initial (tare) load must not exceed the safe tare limit (maximum dead weight) of the load
cell. If the initial load is very large, the rated capacity + the safe tare limit is treated as the rated
capacity.

2) Industrial hopper scales, etc.

The rated capacity of a load cell for purposes other than platform scales can be determined as follows.
However, the rated capacity must be sufficiently large if overloading or transverse loading may occur

2.3. Accuracy of Measurement

Load cell specifications must be checked to ensure that they satisfy the required accuracy of
measurement. The factors that influence the accuracy are nonlinearity, hysteresis error, repeatability,
and temperature effects on zero balance and span. Recently, it is more common to express nonlinearity,
hysteresis error, and repeatability together as the combined error.