30
ELR60RT 2PH/60
Note. If other TX are present, set all the DIPs to the OFF position
3.
Enabling the LEDs and BUZZER on the RX column
4.
Point the optics on the TX column towards the RX column, adjusting them vertically and horizontally with the
(horizontal and vertical) adjustment screws until optimal alignment is found. Optimal alignment is achieved
when the high-intensity LEDs remain on and the buzzer emits a continuous sound. Partial or total
misalignment is signalled by intermittent flashing of the LEDs and an intermittent acoustic signal from the
buzzer.
Note. The constant sound of the buzzer lasts for a maximum of three minutes
VERTICAL ORIENTATION
HORIZONTAL ORIENTATION
Note.
To achieve good alignment, the RECEIVER optics must perform a FULL rotation on the horizontal
axis to SCAN the optical signal.
5.
Once calibration is complete, tighten the horizontal adjustment screw and exit the test function by setting DIP
6 to off on the RX circuit board.
6.
WALK-TEST: for the next 60 seconds, each alarm event will be highlighted by an optical and acoustic signal.
TX2
1
2
3
4
ON
