Axis Q1932-E 0604-001 Scheda Tecnica
Codici prodotto
0604-001
Range Chart
Wide range coverage for AXIS Q1932-E & AXIS Q1932-E PT Mount
Focal length
Viewing angle
Human: 1.8 x 0.5 m
Critical dimension: 0.75 m
Vehicle: 1.4 x 4.0 m
Critical dimension: 2.3 m
mm
Horizontal
meters
yards
meters
yards
10
57°
320
350
990
1083
19
32°
580
634
1800
1968
35
18°
1050
1148
3200
3500
Detection (1.5 pixels on target)
An observer can see an object
An observer can see an object
60
10°
1800
1968
5500
6015
10
57°
80
87
250
273
19
32°
150
164
440
481
35
18°
260
284
800
875
Recognition (6 pixels on target)
An observer can distinguish an object
An observer can distinguish an object
60
10°
440
481
1350
1476
10
57°
40
44
125
136
19
32°
75
82
220
240
35
18°
130
142
400
437
Identification (12 pixels on target)
An observer can distinguish a specific object
An observer can distinguish a specific object
60
10°
220
240
680
744
The ranges are calculated according to Johnson’s criteria and vary in different weather conditions.
Environmental considerations
Johnson’s criteria assume ideal conditions. The weather conditions at
site will affect the thermal energy emitted from the object and decrease
the effective detection range. The detection range in the tables above is
based on a temperature difference of 2 °C between the targeted object
and the background. However, weather conditions such as rain, snow
and fog will attenuate the radiated energy from the object since the heat
radiation from the object is scattered when it hits particles in the air. To
avoid performance and reliability problems, the camera should always be
tested in its intended environment.
site will affect the thermal energy emitted from the object and decrease
the effective detection range. The detection range in the tables above is
based on a temperature difference of 2 °C between the targeted object
and the background. However, weather conditions such as rain, snow
and fog will attenuate the radiated energy from the object since the heat
radiation from the object is scattered when it hits particles in the air. To
avoid performance and reliability problems, the camera should always be
tested in its intended environment.
The difference in number of pixels between detection, recognition and
identification illustrated with a human target.
identification illustrated with a human target.
Use of intelligent applications
The sensor in a thermal camera reacts to differences in thermal energy.
Thus, the sensor is less sensitive to changing light conditions, darkness
and other challenging conditions. This makes thermal cameras a perfect
platform to combine with intelligent video applications to build more ef-
ficient 24/7 surveillance systems. Through our Application Development
Partner Program Axis can offer the widest range of third party applica-
tions available.
Thus, the sensor is less sensitive to changing light conditions, darkness
and other challenging conditions. This makes thermal cameras a perfect
platform to combine with intelligent video applications to build more ef-
ficient 24/7 surveillance systems. Through our Application Development
Partner Program Axis can offer the widest range of third party applica-
tions available.
Integrated with intelligent video applications such as video motion de-
tection or tripwire, the camera can automatically trigger an alert to the
operator. To maximize performance of the application and safeguard re-
liable operation 6 pixels across the object is recommended and the sur-
rounding environment always needs to be considered.
tection or tripwire, the camera can automatically trigger an alert to the
operator. To maximize performance of the application and safeguard re-
liable operation 6 pixels across the object is recommended and the sur-
rounding environment always needs to be considered.