Model 574 Programmable Counting System (PCS)
74 - GSE Scale Systems
<SELECT>
The <SELECT> key will advance the 574's mode to the
next mode as programmed in setup mode P300 thru
P309. Alternatively, keying a mode number then
pressing <SELECT> will change the 574’s current mode
to be the mode whose number was keyed in.
<ID>
The <ID> key will perform as it does in most other
weigh modes, depending on the selection for setup
parameter P720. Refer to Chapter 14 for standard ID
operation, Chapter 17 for Truck In/Out Weighing, and
Section 20 for database.
<SAMPLE>
The <SAMPLE> key is used to calculate a piece weight
based on a sample of parts to be counted.
<TARE>
The <TARE> key can be used to perform auto-tare or
keyboard tare operations. When a new tare is stored, if
the current mode is the QUANTITY mode, the current
mode will remain the quantity mode. If the current mode
is any other counting mode, the mode will change to the
net mode. This operation is the same as most other
weigh modes.
<PRINT/ENTER>
This key is used for two purposes. First to cause a
transmit of data out the 574's serial port(s) and second, to
initialize the accumulate total to some value.
If an entry has been keyed in, the 574 will prompt "MOD
Ac?" briefly and then "ENTER = MOD!". Press the
<ENTER> key to store the entered number as the new
quantity total. Or press any other key to prevent
changing the current quantity total value.
If this key is pressed without an entry, the custom
transmit setups (if any) will be transmitted.
<CLR>
The <CLR> key will cause the prompt "CLEAR ACs?"
followed by "ENTER = CLR!". Pressing <ENTER>
will clear all the accumulate totals (gross, net, and qty) to
zero. Pressing any other key will abort the clearing of
the totals.
6.3 Parts Counting Parameter Setup
P180 ASmpl
Auto Sample Accept: This parameter affects the
sampling process. If set for "off", the <ENTER> key
must be pressed after the sample is placed on the
platform. However, when P180 is set to "on", the
Indicator will automatically accept the applied weight as
the requested sample size. The criteria for weight
acceptance is that motion occur and the weight is not at a
center of zero condition.
P181 AEnhn
Auto-Enhance: Setting this parameter to "off" prevents
the auto-enhance feature from operating. The
"on"selection allows the Indicator to auto-enhance the
piece weight whenever the necessary criteria are met.
P182 SmpSz
Default Sample Size: This parameter specifies the
sample amount which the operator is prompted to add
after the <SAMPLE> key is pressed. Any whole
number between 1 and 9999 may be entered here. 10 is
the factory default.
P183 %Accy
Required Piece Weight Accuracy for Sample
Acceptance: The value entered here specifies minimum
piece weight accuracy which must be achieved in order
for a sample to be accepted. If an applied sample weight
is insufficient to achieve the accuracy specified, the
operator will be prompted to add a specific number of
parts in order to achieve that accuracy. The choices
available are no minimum accuracy required (displayed
as "none") or 90.0% to 99.96%, in 0.04% increments.
Key in the desired percentage then <ENTER>. Entries
will be rounded down to the next lower available
accuracy increment. Enter [0] for no accuracy
requirement. This results in a minimum sample weight
of slightly greater than the zero-track aperture, P112.
Press <ENTER> to cycle through the available choices
starting at the previously selected choice.
P184 AcDsp
Accuracy Displayed: With this parameter set for "on",
the accuracy of the current piece weight is shown on the
display, above the "Qty" indication, whenever the weight
is not in motion. For example, after performing a sample
operation the Indicator might show " 10. 98.3% Qty".
If this parameter is selected as "off" then the top line of
the alpha numeric display will only be used to indicate
motion.
P185 ErFac
Accuracy Error Factor: This parameter should normally
be set to 1. However this is intended to allow GSE's
dealers to adjust the Model 574 accuracy calculations to
compensate for less than ideal environment conditions.
Conditions such as air currents, widely varying
temperature conditions, poor load cell performance, and
To Next Page
Loading...