8
PARAMETER MODULE 3 - Parameter and
Display Lock-out Configuration Parameters
PARAMETER MODULE 4 - Secondary Function
Configuration Parameters
PARAMETER MODULE 5 - Totalizer Configuration Parameters
DISPLAY PARAMETER RANGE AND UNITS
DESCRIPTION/
COMMENTS
rEd - display readout
rEd - display readout
tArE
b-6
LOC - lockout
LOC - lockout
ENt - read and enter value
Enables either Tare
display or Totalizer
display depending on
the operating mode.
Enables either Gross
display or Max/min
display depending on
the operating mode.
SP-1
Setpoint 1
LOC - lockout
SP-2
Setpoint 2
rEd - read only
SP-3
Setpoint 3
ENt - read and enter value
SP-4
Setpoint 4
Protected Parameter
Mode Options
CodE
Security Code
0 to 250
Security Code; code ≠ 0
parameters are locked.
222 = universal unlock
DISPLAY PARAMETER RANGE AND UNITS
DESCRIPTION/
COMMENTS
*LO-t
Min Capture Delay
Time
OPEr
*HI-t
Operating Mode
Max Capture
Delay Time
b-6Nt: Gross, Net, and
Tare functions
HILOt: Max, Min, and
Totalizer functions
0.0 to 3275.0 sec
B-GNT is the default
mode.
At-b
At-t
O-rN6
dSP-t
Auto-zero
Tracking Band *
Auto-zero Tracking
Delay Time
Zero Acquisition
Range *
Display Update
Rate
1 to 4095 scale divisions
0 to 250 second
0 to 4095 scale divisions
1, 2, 5, 10, 20
updates/second
Set delay time long
enough to avoid false
re-zeros 0 = OFF
Affects display rate only.
20/sec disables zero
correction (See Specs)
b-LIt
Units Label
Backlight
OFF - Backlight off
Install label
dSP-f
Display Format
ON - Backlight on
/*0#1 . Leading zero
/*0#3 . Leading blank
DISPLAY PARAMETER RANGE AND UNITS
DESCRIPTION/
COMMENTS
0.000
dECPt
Totalizer Decimal
Point Position
0.0
Independent of input
scaling.
0.0000
tbASE
Totalizer Time
Base
_IN
Set the time base of the
totalizer.
_in = minutes
day
0
0.00
sEC
hour
NO - do not reset buffer
Resets totalizer buffer at
indicator power-up
rst - reset buffer
Power Up Reset
p-Up
Input < locut disables
totalizer
-19999 to 99999
Low Cut Value
Locut
0.000 to 65.000
Totalizer Scale
Factor
sCfaC
DESCRIPTION/
COMMENTS
RANGE AND UNITSPARAMETERDISPLAY
Tracking on:
reading
≤ band
Tracking off:
reading = 0
reading > band
PARAMETER MODULE 6 - Setpoint Parameters
DISPLAY PARAMETER RANGE AND UNITS
DESCRIPTION/
COMMENTS
act-n
Action for Setpoint
ab-HI - absolute high,
balanced hysteresis
SPSEL
Select Setpoint
Select setpoint for
configuration
Select operating
action for setpoint
See Figures for
operation
Deviation and Band
operation is relative
to SP1.
*Not available for SP1
** Totalizer has 9 digit
capacity. Select to
trigger on the upper
or lower portion of the
number. Only applies
to “HILOT” mode.
aU-HI - absolute high,
unbalanced hysteresis
* dE-HI - deviation high,
unbalanced hysteresis
* baNd - band outside,
unbalanced hysteresis
** totHI - Upper totalizer
absolute high, unbalanced
Off - setpoint is disabled
ab-LO - absolute low,
balanced hysteresis
aU-LO - absolute low,
unbalanced hysteresis
* dE-LO - deviation low,
unbalanced hysteresis
** totLo - Lower totalizer
absolute high, unbalanced
DISPLAY PARAMETER RANGE AND UNITS
DESCRIPTION/
COMMENTS
HYS-n
Hysteresis
1 to 65000
sp-n
tr6-n
See Reset Mode Figure
Output Panel Light
tON-n
On Time Delay
0.0 to 3275.0 sec
tOf-n
Off Time Delay
out-n
Output Logic
rEv - Reversed
rst-n
Reset Action
LAtC1 - Latch
w/immediate reset
LAtC2 - Latch w/delayed
reset
stb-n
Standby Operation
YES - Enable standby
Power-up standby
operation.
LIt-n
nor - On when output on
nor - Normal
AUto - Automatic Reset
NO - Disable standby
rEv - Reverse from nor
Off - Always off
Setpoint Value
Trigger Source
-19999 to 99999
b-6 - Brutto/Gross weight
NEt - Net weight
Main or alternate, as
selected
For b-6Nt mode only.
FLASH - Flashes when
output is on
Brutto/Gross Display
(B-GNT mode)
or
Max/Min Display
(HILOT mode)
Tare Display
(B-GNT mode)
or
Totalizer Display
(HILOT mode)
Allowable zero range
limited to this value.
0 = ¼ scale division
4095 = no limit
Sets time delay for
capturing new max/min
values. Helps to avoid
false captures.
* For “HILOT” operating mode only.
Sets leading zero or
leading blank Display
format
* - The values entered for these parameters are multiplied by the value
entered for Scale Divisions in Module1 to obtain the final values.
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