Kipp&Zonen LOGBOX SD Data Logger - Manual (Page 43)

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Assign for A[X] 24 bit resolution
A[X]WI (X represents analog input. X [1...8])
Assign for A[X] 12 bit resolution
A[X]IS
(X represents analog input. X [1...5])
Set A[X] for single ended input. Only for 24 bit resolution
A[X]ID (X represents analog input. X [1...3])
Set A[X] for differential input. Only for 24 bit resolution
A[X]IU (X represents analog input. X [1...5])
Set A[X] for unipolar input. Only for 24 bit resolution
A[X]IB (X represents analog input. X [1...5])
Set A[X] for bipolar input. Only for 24 bit resolution
A[X]G[Y]
(X represents analog input, Y represents input range. X [1...5], Y[0...8])
Set A[X] for Y input range as follows:
Y Input range
1 2.5V
2 1.25V
3 625mV
4 312mV
5 156mV
6 78mV
7 39mV
8 19mV
A[X]P[Y] (X represents analog input, Y represents nr. of polynomial. X [1...8], Y[0...8])
Set polynomial coefficients of P[Y] to analog input A[X]
If Y=0, no polynomial is used
Digital inputs configuration commands
BE
Clear all settings for bipolar inputs
B[X]C1 (X represent digital input. X [1...4])
Enable digital input X for counter function
B[X]C0 (X represent digital input. X [1...4])
Disable digital input X for counter function
B[X]F1 (X represent digital input. X [1...4])
Enable digital input X for frequency function
B[X]F0 (X represent digital input. X [1...4])
Disable digital input X for frequency function
B[X]P[Y] (X represents digital input, Y represents nr. of polynomial. X [1...4], Y[0...8])
Set polynomial coefficient of P[Y] to digital input B[X]
If Y=0, no polynomial is used
Polynomial coefficients configuration commands
PE
Clear all settings for polynomial coefficient