Crow GENIUS Інструкція з монтажу та інструкція з використання

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Crow GENIUS Інструкція з монтажу та інструкція з використання
1
CROW SCIENTIFIC RESEARCH
GENIUS
HIGH PERFORMANCE
TM
DOUBLE DUAL
ELEMENT
PASSIVE INFRARED INTRUSION
DETECTOR ASIC TECHNOLOGY
FOR HIGHER RELIABILITY
ELECTRONIC ENGINEERING LTD.
INSTALLATION INSTRUCTIONS
P/N: 71ii113
4
IMPORTANT:
In an environment with a small animal:
1. The GENIUS has to be mounted at 2.1m
(7ft.) or higher (max 3.0m or 10ft.) above floor
level.
2. Install the GENIUS vertically (not titled
forward).
3. Away from furniture 2.1m (7ft.) or more, on
which a small animal may jump.
4. Not facing a staircase, ladder or similar
object which can be part of the monitored
environment (the vertical motion of the animal
may be interpreted by the detector as an
actual intruder).
5. Flip dipswitch #1 to the "ON" (up) position for
a harsh environment.
6. Calibrate the GENIUS according to the
vertical calibration charts.
Table 1 - For wide angle lens (lens code GE01)
Table 2 - For long range lens (lens code GE02)
Table 3 - For vertical curtain lens (lens code
GE03)
7
VERTICAL CALIBRATION CHARTS
TABLE 1 - WIDE ANGLE LENS (GE01)
Vert. Cal.
-5
-4
-3
-2
-1
Mt. Hgt.
2.1m
6
8
10
12
14
(7ft)
(19.8)
(26.4)
(33.0)
(39.6)
(46.2)
2.4m
8
10
12
14
16
(8ft)
(26.4)
(33.0)
(39.6)
(46.2)
(52.8)
2.7m
10
12
14
16
18
(9ft.)
(33.0)
(39.6)
(46.2)
(52.8)
(59.4)
3m
12
14
16
18
OVER
(10ft.)
(39.6)
(46.2)
(52.8)
(59.4)
RANGE
TABLE 2 - LONG RANGE LENS (GE02)
Vert. C al
-5
-4
-3
-2
-1
M t. H gt
2.1m
8
11
15
18
21
(7ft)
(26.4) (36.3) (49.5) (59.4) (69.3) (82.5) (92.4) (100.5)
2.4m
11
15
18
21
25
(8ft)
(36.3) (49.5) (59.4) (69.3) (82.5) (92.4) (100.5)
2.7m
15
18
21
25
28
(9ft.)
(49.5) (59.4) (69.3) (82.5) (92.4) (100.5)
3m
18
21
25
28
30.5
(10ft.)
(59.4) (69.3) (82.5) (92.4) (100.5)
TM
GENERAL DESCRIPTION
Crow's GENIUS uses ASIC microprocessors to
achieve performance previously considered
beyond the limits of PIR intrusion technology.
This performance is predicated on science, not
magic. This TWIN DUAL ELEMENT PIR detector
is based on the latest "ASIC" (Application
Specific Integrated Chip) and SMD technologies.
The GENIUS monitors the environment by
analyzing the conditions and adapts to it
constantly. If conditions change, the GENIUS
adapts it maintaining sensitivity levels and
detection capability.
By using Twin Dual Optic Systems with a
diagonally opposed configuration (phase shift
discrimination), the GENIUS is able to achieve a
three dimensional thermal image of the protected
area. It stores this image and refers to it
determine intrusions.
During the standby mode (no LED indications)
the GENIUS constantly monitors the protected
area, updating and reconfiguring itself as
conditions change
In the GENIUS, user input is minimized to
vertical calibration and two switches.
DIP SWITCH SETTING
PULSE COUNT
Provides control for normal or high risk operating
environments.
Position Off (down)
This setting is for a stable environment without air
drafts.
Position On - AUTOMATIC PULSE COUNT
The
GENIUS
appropriate pulse count level (2 or 3) according to
the strength of the incoming signals.
This setting is for operation in a harsh environment
with air drafts or with a small animal less then
25cm in Height and less then 8kg. In Weight.
In HARSH mode, the GENIUS will increase its
sampling rate and take more factors into
account.
Note:
In HARSH mode the MINIMUM MOUNTING
HEIGHT MUST BE 2.1m (7ft.).
LED CONTROL SELECTION DipSwitch - marked 2
Position Off (down)- LED ENABLE - The led will
light when the
Position On - LED DISABLE - The led is disabled.
TABLE 3 - VERTICAL CURTAIN LENS (GE03)
Vert. Cal.
-5
0
1
M t. Hgt.
2.1m
6
16
18
(7ft)
(19.6)
(52.8)
(59.4)
2.4m
8
18
OVER
(8ft)
(26.4) (33.0) (39.6) (49.5) (59.4) (67.65) (74.25)
(59.4)
RANGE
2.7m
10
OVER
OVER
(9ft.)
(33.0) (39.6) (49.5) (59.4) (67.65) (74.25)
RANGE
RANGE
3m
12
OVER
OVER
(10ft.)
(39.6) (49.5) (59.4) (67.65) (74.25)
RANGE
RANGE
MOUNTING THE DETECTOR
A variety of mounting positions is possible with
0
1
2
the standard GENIUS housing.
1. Open the front cover of the housing by
25
28
30.5
pushing the middle of its lower surface and
lifting upwards.
28
30.5
OVER
2. Snap out the detector PCB with his plastic
RANGE
cover.
30.5
OVER
OVER
RANGE
RANGE
OVER
OVER
OVER
RANGE
RANGE
RANGE
2
.
5
dipswitch marked 1 (Fig. 1)
will automatically select the
GENIUS
Is in alarm condition.
8
-4
-3
-2
-1
0
1
2
8
10
12
15
18
20.5
22.5
(26.4)
(33.0)
(39.6)
(49.5)
(59.4)
(67.65) (74.25)
10
12
15
18
20.5
22.5
OVER
RANGE
12
15
18
20.5
22.5
OVER
OVER
RANGE
RANGE
15
18
20.5
22.5
OVER
OVER
OVER
RANGE
RANGE
RANGE
3
MOUNTING LOCATION
Choose a location most likely to intercept an
intruder. See the detection patterns in Fig. 4 Fig.
5 and mounting alternatives in Fig. 2.
The twin dual element high quality sensors
detect motion across the beam field; they are
slightly less sensitive to motion towards the
detector.
While the GENIUS is capable of detecting
intrusions under exceedingly difficult conditions,
it is recommended to avoid the following
locations:
• Areas where sunlight may shine directly onto
the PIR (lens).
• Facing surfaces that may change
temperature extremely rapidly.
Areas with extreme air flows.
Suggestion: Minimum mounting height of
2.1m (7ft.) on wall with (-1) board calibration in
an environment with a small animal.
6
FIG. 1 – DETECTOR WITHOUT UPPER
COVER
ON
PYRO SENSOR 1
1 2
PYRO SENSOR 2
TAMPER
SWITCH
9
3. The GENIUS housing can be mounted in a
variety of ways. The circular indentations in
the housing indicate mounting holes to be
punched out in accordance with the desired
mounting position :
• For surface mounting punch out the 4
indentations marked " A " (see Fig. 2).
• For Corner mounting gives 45° angle on
either the right or the left side. Punch out the
indentations marked " B " (see Fig. 2)
4. The circular indentation at the bottom of the
wiring channel of the base is the knockout
hole for wire entry. You may also use
mounting holes that are not in use for running
the wiring into the detector.
5.
To close the front cover, insert the two small
prongs along its upper edge into their
corresponding slots in the upper edge of the
base. Insert the larger prong at the bottom of
the front housing into the slot at the bottom of
the base by exerting slight pressure on the
prong. The front cover should now fit snugly
into the base.
+5
0
- 5