Xylem iRIS 150 GPRS DATALOGGERS - Manual (Page 24)

iRIS 150 V1.11 User Guide - 18
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Option 1
When this option is selected you will be prompted to enter the current local date as a string containing four
digits for year, two digits for month and two digits for day. All 8 digits must be entered.
> Date (YYYYMMDD)=
Option 2
When this option is selected you will be prompted to enter the current local time as a string containing two
digits for hour, two digits for minute and two digits for second. All 6 digits must be entered.
> Time (HHMMSS)=
Option 3
When this option is selected you will be prompted to select the date format as used throughout the iRIS
(LCD screens and terminal menus). Enter a number to select the desired format.
> Date Format
(0=dd Mth yyyy, 1=dd/mm/yyyy, 3=dd/mm/yy, 4=mm/dd/yyyy, 6=mm/dd/yy)=
NOTE: Not all of the numbers between 0 and 6 relate to a valid format. This is due to the way the iRIS uses
the structure of the format code internally.
5.3.7 Digital Output Cfg (Level 2)
The Digital Output Cfg menu is used to configure the digital output.
* Digital Output Cfg
0 Exit
1 Enable [Yes]
2 Polarity [Normal]
3 Mode [Schedule]
4 Duration [30sec]
5 Frequency [1min]
6 Start Time [0000]
7 End Time [2359]
>
Option 0
Select this option to return to the Output Selection menu.
Option 1
When this option is selected you will be prompted to enable/disable the output.
> Enable (0:No 1:Yes)=
Enter a value of 0 if you want to disable the output. Enter a value of 1 if you want to enable it.
Option 2
When this option is selected you will be prompted to select the switching polarity of the output. This relates to
the output’s electrical state with respect to its logical on/off state.
If the polarity setting is 0 (normal), the output will actively pull down to 0V when the output logical state is on
and be high impedance (open-circuit) when the output is logically off.
If the polarity setting is 1 (inverted), the output will be high impedance (open-circuit) when the output logical
state is on and be actively pulled down to 0V when the output is logically off.
> Polarity (0:Normal 1:Inverted)=