Auto Alignment
enter
8.7% 67% 103% A
X+0.00°
Y+0.00°
Stage four, auto-alignment
Having received an AQ reading of over 100% in manual mode press enter to exit manual and enter
again to go into auto alignment mode.
Auto Alignment is an automatic process that will firstly reduce the RX Sense and IR Power to
accommodate the best settings for the ZetaBeams environment.
The ZetaBeam will automatically align to the centre of the reflector, you will notice the X and Y
axis moving as the ZetaBeam moves up, down, left and right to find the centre point.
When finished the ZetaBeam will state Ailgn Complete and pressing the Enter to confirm will
show Air Quality 100% Status Normal.
CAUTION: This process should take up to 10 minutes, if the ZetaBeam does not complete after
this time then look at the X and Y axis to check it has not deviated off the reflector onto an
obstruction. The X and Y figures should be below 1.50 on each axis and would normally be below
0.90. If this is not the case you may need to start the Manual Alignment process again to return
both the zetabeam axis to 0.00 and identify and remove the obstruction.
Air Quality 100%
Status - NORMAL
Step 4 testing
1. The ZetaBeam should now be tested for Fire and Fault.
The ZetaBeam must be tested at the reflector end and not at the ZetaBeam
head. This is to confirm it is looking at the reflector and completes the
commissioning process.
FAULT - Cover the reflector within 1 second with a non reflective card to
simulate a fault such as a fork truck breaking the path of the ZetaBeam. After
10 seconds the ZetaBeam should register FAULT and the Amber light will flash.
2. FIRE - Cover the reflector slowly up to 70% with a non reflective card to
simulate a fire such as smoke entering the path of ZetaBeam. After 10 seconds
the ZetaBeam should register FIRE and the Red light will flash.
Once you have successfully completed both tests your ZetaBeam is commissioned.
You can now fine tune your beam to suit the environment if needed. Look through the
following menus to see adjustments that can be made.
