Laurel Electronics LAUREATE SERIES 2 COUNTER-TIMER-SERIAL INPUT METER User Manual
Page 35
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Press
Menu
Press Digit
Select Key
Press Value Select
Key
ConFiG
Configura-
tion
__0000
Display mode
0
Normal, overload to exponential format
1
Normal, overload to 999999
2
1 right-hand dummy zero
3
2 right-hand dummy zeros
4
Time display in seconds
5
Time display in HH.MM.SS format
6
Remote display (H, K, L commands)
7
Single-value remote display
8
Show 1
st
string value, slaved to another meter
9
Show 2
nd
string value, slaved to another meter
A
Show 3
rd
string value, slaved to another meter
B
Show 4
th
string value, slaved to another meter
C
Custom Start, Stop, Skip, Show
__0000
Counter mode
0
Basic counter
1
Extended counter
2
Extended counter, custom curve #1 selected
3
Extended counter, custom curve #2 selected
__0000
Linearization mode
0
Linear rate input.
1
Square root rate input.
__0000
Rate cutoff enable for
totalizing
0
Do not totalize rate values below
CutofFF
value.
(avoids totalizing small offsets from 0 rate value
or negative rate values).
1
Totalize all rates (required for bidirectional flow).
dSPyno
Display #
____01
PEAK key action
0
Display Peak
1
Display Valley
2
Peak (1
st
push), Valley (2
nd
push)
____01
Item to display after
Meter Reset*
1
Item #1*
2
Item #2*
3
Item #3*
CutofFF
Totalizing
cutoff*
_00000 _00000 _00000
_00000 _00000
Select digit to flash.
Select
0
thru
9
for flashing digits. In A_Atot or Batch
modes, meter will not totalize rate values below this
cutoff to avoid totalizing small offsets from zero.
GAtE_t
Gate time*
_000.00 _000.00 _000.00
_000.00 _000.00
Select digit to flash.
Select
0
thru
9
for flashing digit to set gate time* in
seconds. Decimal point location is fixed for 10 ms
resolution. This is time over which rate is measured.
.
ti_Out
.
Timeout*
_000.00 _000.00 _000.00
_000.00 _000.00
Select digit to flash.
Select
0
thru
9
for flashing digit to set timeout* in
seconds. Decimal point location is fixed for 10 ms
resolution. This is time during which batch relay is
de-energized at the end of a batch cycle.