OHAUS i-DT61XWE Manual De Instrucciones página 8

EN-6
Over Load
Source = Displayed Weight, Output Type = 0-10 VDC
Under Load
Over Load
Source = ABS - Displayed Weight, Output Type = 0-10 VDC
Under Load
Over Load
Source = Gross Weight, Output Type = 0-10 VDC
Under Load
Over Load
When the gross weight exceeds the over load, the analog signal
continues to increase. When the over load point is reached, or the
analog signal positive range is exceeded, the analog output
immediately switches to approximately 24 mA and remains until
the display weight is no longer over-loaded or the analog signal
returns to be within the range.
When the displayed weight (gross or net) drops below zero, the
analog signal keeps decreasing. When it reaches the under load
point, or is lower than the lower limit of analog signal range, the
analog output will switch to approximately -2.4 VDC immediately.
In this kind of situation, the output remains -2.4 VDC mA, or it will
output correctly.
When the displayed weight (gross or net) exceeds the over load,
the analog signal keeps increasing. When it reaches the over load
point, or is higher than the higher limit of analog signal range, the
analog output will switch to approximately 12.5 VDC immediately.
In this kind of situation, the output remains 12.5 VDC mA, or it will
output correctly.
When the ABS - displayed weight increases, the analog output
signal keeps increasing towards the maximum output (10 VDC).
When it reaches the under load point, the analog output switches
to approximately -2.4 VDC immediately. In this kind of situation, the
output remains -2.4 VDC, or it will output correctly.
It is possible only when weighing is in gross mode; it works the
same as the standard "Displayed Weight" setting in this case.
When the gross weight drops below zero, the analog signal keeps
decreasing. When it reaches the under load point, or is below the
lower limit of analog signal range, the analog output will switch to
approximately -2.4 VDC immediately. In this kind of situation, the
output remains -2.4 VDC mA, or it will output correctly.
When the gross weight exceeds the over load, the analog signal
will keep increasing. When it reaches the over load point, or is
higher than the upper limit of analog signal range, the analog
output will switch to approximately 12.5 VDC immediately. In this
case, the output remains 12.5 VDC mA, or it will output correctly.