| 1 |
Bit de PLC |
|
Bit PLC = Amperaje Max / Bit Amperaje Max |
| 2 |
Bit mAmper Max [X2] |
|
Bit mAmper Max = 2 ^ Bit PLC |
| 3 |
Bit mAmper Min [X1] |
|
Bit mAmper Min = mAmper Min * Bit mAmper Max / mAmper Max |
| 4 |
Pendiente [M] |
|
Pendiente = Escalado Max / Bit mAmper Max |
| 5 |
Puntos Mínimos [B] |
|
B = Escalado Mínimo - (Pendiente * Bit mAmper Min) |
| 6 |
Resultado Analógico [Y] |
|
Y = ( Pendiente * mAmper a Hallar ) + B |
| 7 |
Resultado Bits [X] |
|
Y = ( Escalado a Hallar - B) / Pendiente |
