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Manning AirAlert-96d Gas Monitor 19073 AIRALERT96D 05/2006 Prelim REVC Copyright © 2006 Honeywell Analytics. All Rights Reserved. 16
7 Configuration continued
Start/Stop Tx Logging
When the display indicates Start log Tx, the
acquisition mode is inactive. Acquisition will start by
pressing ENTER
ENTERENTER
ENTER. The log message displays on the
screen in accordance to the Mode that has been
choose. LED1 turns ON.
• Start log Tx (starts sensor acquisition)
Opens an ad1_48.log and ad49_96.log file.
• Stop log Tx (stops sensor acquisition)
The ad1_48.log and ad49_96.log files contain a
record of sensors 1 to 48 (ad1_48.log) and 49 to 96
(ad49_96.log). This register includes the date, time
and address of the sensor(s), the sensor type, the
concentration read, as well as the alarm status.
Start/Stop Event Logging
In addition, event information may also be acquired.
As it is the case for sensor acquisition, the display
indicates the function of the ENTER key.
• Start log even. (starts event acquisition)
Opens an events.log file.
• Stop log even. (stops event acquisition)
The events.log file contains a record of the
controller’s events and key entries.
The event file indicates the date and time, menu access
and modifications, as well as events that were activated.
List of Events
List of Events English
Power-up “System Power-up”
Power-down “System Power-down”
Menu accessed “Menu accessed”
Menu exited “Menu exited”
Event logging enabled “Event logging enabled”
Event logging disabled “Event logging disabled”
Transmitter logging “Transmitter logging
enabled enabled”
Transmitter logging “Transmitter logging
disabled disabled”
Transmitter info setup “Transmitter X setup”
Alarm setup “Tx X alarm level setup”
Event setup “Event X setup”
Group setup “Group X setup”
Clock setup “Clock setup”
Language setup “Language setup”
Scroll mode setup “Scroll mode setup”
Silence activated “Silence activated”
Event status changed “Event X now True/False”
Alarm A, B, C, Fault, and “Transmitter X
X status changed Alarm X True/False”
Example:
2006-01-21 16:27:51; Event logging enabled
2006-01-21 16:27:53; Menu exited
2006-01-21 16:28:11; Event accessed
2006-01-21 16:28:43; Event 1 setup modified
2006-01-21 16:28:45; Menu exited
Example:
2004-01-23 17:54:25; 001; NH3; 0: ppm:--------;002; CL2; 1.5; ppm;AL:-A;003; NH3; 0 ppm--------;004; CL2; 0.0; ppm;--------;005; NH3; 0; ppm;--------;
2004-01-23 17:55:25; 001; NH3; 0: ppm:--------;002; CL2; 7.5; ppm;AL:-A;003; NH3; 0 ppm--------;004; CL2; 0.0; ppm;--------;005; NH3; 0; ppm;--------;
2004-01-23 17:56:25; 001; NH3; 0: ppm:--------;002; CL2; 6.5; ppm;--------;003; NH3; 0 ppm--------;004; CL2; 0.0; ppm;--------;005; NH3; 0; ppm;--------;
2004-01-23 17:57:25; 001; NH3; 0: ppm:--------;002; CL2; 0.5; ppm;--------;003; NH3; 0 ppm--------;004; CL2; 0.0; ppm;--------;005; NH3; 0; ppm;--------;
2004-01-23 17:58:25; 001; NH3; 0: ppm:--------;002; CL2; 0.0; ppm;--------;003; NH3; 130; ppm;AL:-A-;004; CL2; 0.0; ppm;--------;005; NH3; 0; ppm;--------;
Note: In this case, there is a reference to five sensors (addresses #1 to #5) — three NH
3
and two CL
2
. We can see
that the CL
2
at address #2 goes in alarm A and a few minutes later it’s the NH
3
at address #3 that goes in alarm A.