ACD Cal 2000 Manuel d'instruction - Page 10
Parcourez en ligne ou téléchargez le pdf Manuel d'instruction pour {nom_de_la_catégorie} ACD Cal 2000. ACD Cal 2000 13 pages. Gas generator release vi
H2S Quick Select Option
After the Battery Status screen appears during the start up of
the instrument, if a H2S cell is in the instrument, a message
will appear offering the option of changing to Quick Select
mode.
Quick Select Off
Select To Change
You can switch to the quick select mode by pressing the
SELECT switch. If you do you will enter the Quick Select
choice screen.
Quick Select Off
No
You can turn the Quick Select mode off by pressing the
POWER switch (arrow up) or you can turn it on by pressing
the SELECT switch (arrow down).
At any time during the operation of the unit or during the stabi-
lization period you can enter the menu to change the Quick
Select mode by pressing the SELECT switch (arrow down).
It is important to note that when you enter the Quick Select
mode for the H2S cell, you cannot change the flow rate of the
instrument. The Cal 2000 instrument will automatically vary
the flow rate to acheive the different ppm concentrations of
H2S.
Once you have entered the Quick Select mode for the Cal
2000, you can only adjust the ppm concentration in fixed 10
ppm increments, between 20 ppm and 100 ppm.
Page 15
Yes
The Calibration Date refers to when the instrument itself
was last calibrated at the Factory. It does not refer to the
calibration date of the generating cells, which are field
replaceable.
The following status screens indicate the remaining cell life
and battery status.
Cell Life
049 Hrs 59 Mns
Battery Status
100% remaining
Please Note: If you have a ClO2 or H2S cell in the unit you
will recieve an additional message at this time. Please
refer to section IV. Menu Options for additional informa-
tion.
When the air flow rate screen appears,
Flow: 0.5 lpm
SELECT to change
you may adjust your flow rate by pressing the SELECT
switch. If you do, you will enter the flow adjust screen.
0.2 to 1.0 lpm
set . . . 0.0 lpm
Page 8