16
x = 5 : Power-on zero-point ±10%FS;
x = 6 : Power-on zero-point ±20%FS;
x = 7 : No limitation
x = 8 : Power-on zero-point +1%FS
x = 9 : Power-on zero-point +2%FS
x = 10 : Power-on zero-point +3%FS
x = 11 : Power-on zero-point +4%FS
x = 12 : Power-on zero-point +5%FS
x = 13 : Power-on zero-point +10%FS
x = 14 : Power-on zero-point +20%FS
If zero key can be activated, it can clear the tare weight. If zero point is above
the setting range, the indicator will show “0ˉ ˉ ˉ ˉ”, and if zero point is below
the setting range, “0_ _ _ _” will be shown.
5.14) P14.x: select which zero point will be used when powered on and weight
signal is within the power-on zero-point range:
x = 0 : Choose current weight as current power-on zero point.
x = 1 : Choose calibration zero point as power-on zero point
x = 2 : Choose power-off zero-point as power-on zero point, and power-off
tare weight as current tare weight.
5.15) P15.x: select which zero point will be used when powered on and weight
signal is NOT within the power-on zero-point range:
x = 0 : Choose current weight as current power-on zero point.
x = 1 : Choose calibration zero point as power-on zero point
x = 3 : Choose power-off zero-point as power-on zero point, and power-off
tare weight as current tare weight.
5.16) P16.x: Zero tracking range
x = 0 : 0d, means no tracking
x = 1 : +0.25d
x = 2 : +0.5d
x = 3 : +1d
x = 4 : +1.5d
x = 5 : +2d
x = 6 : +3d
x = 7 : +4d
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