How to know the force (Newton), given a millivolt output?

[nievz]

Any Principles or Conversions?

Example:

30 mV = _______ Newton?

Pls Help

[JB]

Impossible to answer unless we know the output characteristic of your load cell / amplifier...

[nievz]

so you mean it depends on the specification of that load cell like its load capacity and  output signal.....

Correct me if I'm wrong....plss

So if ive got a load cell that has:

max load capacity = 1250 kN

max output signal = 100 mV

so if ive got a measured output of 30 mV, then i will get a 375 kN force applied>?

30 mV * (1250 kN / 100 mV) = 375 kN..........

Plss confirm if im correct

thanks

~nievz~

[JB]

Your computation seems correct.

Is this a strain gauge load cell ? Has it an integrated electronic or do you use an external amplifier ?

With this type of load cells, the output rate is expressed in mV/V and the output depends on the sensor's supply voltage.

Could you provide the datasheet in order to remove any doubt ?

[sifatzahan]

Well this can be done actually. When you draw a graph of potential diffence, milivolt with respect to force, newton, you will find that 1 milivolt is equal to 100 newton.

[Mo8017]

Could you help me please? or should I write a new topic? 

regards

[crossrulz]

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@Mo8017 wrote:

Could you help me please? or should I write a new topic? 

regards

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I'd recommend starting a new topic and add a lot more detail to describe your problem.