Curtiss Wright/Vista Controls QUPID2003 Manual De Usuario
The information contained herein is proprietary REVISION 2
information subject to the restrictions stated on the front page.
information subject to the restrictions stated on the front page.
- 13 -
Figure 5-3 can be used if the angle of overlapping coverage or the distance (S) between
sensors is known:
Spacing for other angles: For units that are not coplanar (in a line)
If the sensors are not pointing the same direction in a line, it will be necessary to reduce the
spacing between sensors to ensure that there is no gap in coverage. This is necessary when
the sensors are required to go around the corner of a perimeter, or are placed along an
irregularly shaped perimeter. The reduction in maximum spacing is necessary to ensure
proper coverage without significant gaps.
If the sensors are not pointing the same direction in a line, it will be necessary to reduce the
spacing between sensors to ensure that there is no gap in coverage. This is necessary when
the sensors are required to go around the corner of a perimeter, or are placed along an
irregularly shaped perimeter. The reduction in maximum spacing is necessary to ensure
proper coverage without significant gaps.
D2 = D1*cos(
θ), where θ = angle from boresight.
Range Setting
(D1)
Distance (D2)
at 20
°
Distance (D2)
at 30
°
Distance (D2)
at 45
°
100 meters
93.9 meters
86.6 meters
70.7 meters
70 meters
65.7 meters
60.6 meters
49.5 meters
30 meters
28.2 meters
26.0 meters
21.2 meters
Table 5-3
Linear Dimension to a Fence Line
Maximum QUPID spacing vs. angle at overlap
10.0
30.0
50.0
70.0
90.0
110.0
130.0
15
20
25
30
35
40
45
Angle at overlap
S
=
QU
ID
s
pac
ing
(m
et
ers
)
Set at 30 m
Set at 70 m
Set at 100 m
θ = arcsine(S/(2*D1))
Figure 5-3
Sensor Spacing vs. Angle Overlap