Elkron FAP54, Programming Manual

Page: 38 / 152

38 FAP54 Programming
CIRCUIT:
ADDRESS SIGNALLING IN PROGRESS
[ESC] BACK
OTHERS DEVICES
Smoke level: this value increases when some smoke is present in the detection chamber. Normally, in clean air
conditions and with a new detector or the adaptation function recently performed, the value is close to 60; in alarm
conditions the value is above 110.
If, during a test execution, the device is removed or the control panel does not communicate with the device, field
INFO1 will display the string “ERR”. In this case, any possible information displayed in field INFO2 is not significant.
NOTES :

The dirt index of a smoke detector is defined as the ratio between the following entities:
numerator = (current smoke level– reference smoke level with the detector in idle) * 100
denominator = (maximum smoke level reference - reference smoke level with the detector in idle)

The sensitivity index of the device is defined as follows:
(average of the read smoke level – current reference smoke level) * 100/delta of alarm threshold
3.1.5.2 Device addresses (single circuit)
This procedure makes sure that each device cyclically signals its address through a LED blinking sequence.
More specifically, every 20 seconds each device connected with the line will make a red blinking for each ten and a
green blinking for each remaining unit.
For example, a device with address 47 will make 4 red blinkings (4 tens) and 7 green blinkings (7 units).
To start the procedure, type in the circuit number and confirm with OK :
After some seconds, the procedure starts and the following message is displayed:
Then, the devices connected to the selected line will start signalling their addresses at the same time, as described
above.
By pressing ESC , the procedure ends.
3.1.5.3 Device addresses (all circuits)
This procedure is the same address signalling procedure described in the previous paragraph applied to all lines.
Therefore the user does not longer have to enter the circuit number and the procedure will be started in parallel on all
lines.
Test Type of test INFO1 INFO2 TST
0
Primary and tertiary
measurement
Primary measurement
Tertiary measurement
(temperature)
>0<
1 ---- >1<
2 ---- >2<
3 Red LED switching on “OK” displayed >3<
4 Green LED switching on “OK” displayed >4<
5
Activation of outputs and
relays
“OK” displayed >5<
6 Check type of device Display of device type >6<
7 ---- >7<
8 ---- >8<
9 ---- >9<