LC304

Hello, The output should be linear across the range. Initially you will have to measure the mV output at no load and full load to plot your slope. Once you have your slope you will be able to compute load vs mV outputs.

Hello, Resistance will indicate much voltage is required to produce a current. Impedance generally extends the concept of resistance to changing voltages. In addition to telling you just how much current is produced; it also indicates how much the current lags behind the voltage. In short, it gives both amplitude and phase relationship between voltage and current. So I believe you are looking for the input and output resistance: in case of the LC304 nominal input and output bridge resistance will be 350 ohms. The insulation resistance is not listed, please email us your application at pressure@omega.com, we will review and advise if this product will be viable for your needs.

This is a full bridge device

Nominal sensitivity of the LC304 Series is 2mV/V which would give you a 0 to 20 mV output signal across the calibrated range of the load cell with the 10VDC excitation supplied.

This load cell is simply a strain gage bridge device the produces a linear millvolt output over the load range of the cell. NI and Labview should have devices the accept this type of signal. NI for sure has devices the will both power the load cell and read the signal output