10
Sensor oposto visto pela mira
The desirable voltage values must
be between 3 and 4 Vdc.
Opposite sensor seen through the sight
» Visual adjustment is considered
“
coarse adjustment” due to the fact that the small mirrors used in the sensor sights
may be slightly misaligned.
» The adjustment considered “fine” is made through the voltage level and must be considered together with the indication
LEDs as a reference for a good alignment.
4.1. Beam alignment display
The alignment display is used with a crosshair to adjust the sensors. The first step in aligning the sensors is to see if the
opposite sensor is centered within the sight. Look at the figure.
Right eye alignment display
Left eye alignment display
Opposite sensor seen through the sight
Visor de alinhamento
olho direito
Visor de alinhamento
olho esquerdo
Sensor oposto visto pela mira
Mira
Sight
1. Adjust the vertical angle adjustment screw (figure A) and the horizontal angle adjustment bracket by holding it at the
top as shown in (figure B). In this way, it will be possible to obtain greater precision in the adjustment. Do this at the
receiver and transmitter.
The
Good LED should be on. Improve beam adjustment if the Good LED is not lit.
Note:
use a voltmeter to achieve a better adjustment - the higher the voltage level at the receiver output, the stronger
the signal level -, preventing false alarms caused by medium interference.
Figura A
Ajuste vertical
Para cima Para baixo
Parafuso de
Ajuste Vertical
Figure A
Figure B
Suporte para ajuste horizontal
Vertical adjustment
Vertical adjustment
screw
UP
Down
Figure B
