Dear Roger,

After reading a lot about scaling, can you please help me to find the solutions for our sensors with scaling factors for the DT800?

- pressure sensor output: 0 to 100 mV excitation: 10 VDC gage factor: 1.0 kPa/mV config channel: 1BGV(4w) scaling value to DT800? Polynomial?
- Strain gage (I think is full bridge) microstrain/mv: 283.39 at 2.5 Vdc excitation microstrain/mV/V: 708.475 config channel: 1BGV(4W) scaling value to DT800? Polynomial?
- Resistive sensor resistance at full extension: 1471 Ohms factor: 1 inch/volt/volt config channel: 1R(4W) scaling value to DT800? Polynomial?

I saw that in DT800 we can measure bridges in current or voltage. Any bridges with mV output, can work with current too? Or load cells with mV output, must be excited with Vdc and load cells with mA output must be excited with current?

Best regards,

CPalha

Dear Roger,
After reading a lot about scaling, can you please help me to find the solutions for our sensors with scaling factors for the DT800?
1. pressure sensor output: 0 to 100 mV excitation: 10 VDC gage factor: 1.0 kPa/mV config channel: 1BGV(4w) scaling value to DT800? Polynomial?
2. Strain gage (I think is full bridge) microstrain/mv: 283.39 at 2.5 Vdc excitation microstrain/mV/V: 708.475 config channel: 1BGV(4W) scaling value to DT800? Polynomial?
3. Resistive sensor resistance at full extension: 1471 Ohms factor: 1 inch/volt/volt config channel: 1R(4W) scaling value to DT800? Polynomial?
I saw that in DT800 we can measure bridges in current or voltage. Any bridges with mV output, can work with current too? Or load cells with mV output, must be excited with Vdc and load cells with mA output must be excited with current?
Best regards,
CPalha