A load cell is a transducer designed to convert force or weight applied to it into an electrical signal. It typically consists of a strain gauge or multiple strain gauges arranged in a specific pattern on a flexible element. When a force is applied to the load cell, the strain gauges undergo deformation, causing a change in their electrical resistance. This change in resistance is then converted into an electrical output that represents the applied force or weight. Load cells are used in various applications such as weighing scales, industrial machinery, material testing, and force measurement systems. They provide accurate and reliable measurements of forces or loads in a wide range of scenarios.
Capacity: 5KG
Rated output(MV/V): 2.0±0.15
Accuracy class: C2
Maximum number of laod cell verification intervals(N max): 2000
Minimum number of laod cell verification intervals(Vmin): EMax/5000
Combined error(%RO): <±0.030
Creep(%RO/30min): 0.03
Temperature effect on sensitivity(%RO/°C): 0.0016
Temperature effect on zero(%RO/°C): 0.003
Zero balance(%RO): 1.0
Input resistance(O): 402±6
Output resistance(O): 350±3
Insulation resistance(MO<50V>): 5000
Recommended excitation voltage(V): 10~15
Compensated temperature range(°C): -10~+40
Operating temperature range(°C): -35~+80
Safe overload(%RO): 150
Ultimate overload(%RO): 200
Load cell material: Aluminium
Connecting cable: ø4.2x350mm
Method of connecting wire: Red(+),Black(-),Green(+),White(-)
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