TM 5-3895-374-24-1
45.
Hold Off Delay 1. (3)
Sets the number of integrator cycles that the indicator remains in
full update even though the rate of change of the raw scale readings
has reached a point where the averaging system would take over.
The greater the number of delay cycles. the faster the indicator
display reaches the target weight.
The range of adjustment of Hold off Delay I is from 0 to 30 (cycles)
(See Appendix III.)
46.
Hold Off Delay 2. (3)
Sets the number of integrator cycles that the indicator remains in
half update Average Shift 31 mode even though the rate of change
of the raw scale reading has reached a point where the averaging
system would take over. The greater the number of delay cycles.
The faster the indicator display reaches the target weight. The
range of adjustment of Hold Off Delay 2 is from 0 to 30 (cycles).
(See Appendix III.)
50.
Display Setpoint Value (0)
The Display Setpoint operates on the displayed weight regardless of
the scale channel selected. The display setpoint value can be saved
if it is entered via parameter 50.
51.
Setpoint Channel Setpoint Value (0) The setpoint value for the
channel being calibrated (i.e. if you are calibrating channel I
([191(SELECT)) then Parameter 51 represents the setpoint value for
channel 1 etc. The channel setpoint value is saved when entered via
parameter 51.
52.
Setpoint Control Mask 10)
Used to control the operating mode of the setpoints Each of the
four setpoints can be set to energize if the weight is less than its
setpoint or energize if the weight is greater than or equal to the
setpoint.
The Setpoint Control Mask contains 4 digits. one for each of the four
setpoints
A ’O’ sets
the setpoint to energize when the weight is greater
than or equal to the setpoint A ’1’ sets the setpoint to energize when
the weight is less than the setpoint. Typical Setpoint Control Mask -
Note when the Setpoint Control Mask is displaced. leading; zeros are
blanked. For example if the Mask is configured as ’0011’ it is displayed as
’11’ etc.
60.
Span Factor 1
This value is computed by the indicator whenever a set span
(Parameter (13) is performed. This number determines the span
calibration and can be recorded for future reference. An indicator
can be restored to its previous calibration by re-entering this number.
61.
Span Factor 2
62.
Span Factor 3
63.
Span Factor 4
These values are computed by the indicator whenever a linearity correction (a
second Span entry) is performed Re-entering these values will restore the
previous calibration.
(page 3-69)
