TRIPLE TECHNOLOGY
EXTERNAL DETECTOR FOR
INSTALLATION AT 2.2M
Ref. 1033/146A
DS1033-161A
ENGLISH
10m
10m
5m
0
5m
FIG.1
FIG.2
IR_1
YELLOW
ALARM BLUE
MICROWAVE
GREEN
IR_2
RED
Tab.1
Led Displays
Yellow
IR_1
Blue
Alarm
Green
MW
Red
IR_2
FIG.3
2,10 - 2,30 m
0 m
1m
2 m
3 m
4 m
5 m
6 m
7 m
8 m
9 m
10 m
TECHNICAL SPECIFICATIONS
Power supply:
12V +/- 3V
Max current:
45mA
Standby current:
13mA
Micro wave:
10.525 Ghz
Alarm time:
5 sec
Opto Relay:
100mA/24V
Tamper:
100mA/30V
Working temperature:
-10°C/+55°C
Ambient Humidity:
95%
Dimensions without
accessories:
185x85x80mm
•
Triple technology outdoor detector (two PIR + MW);
•
Protection rating IP 54;
•
Environmental Class: EN 50131-2-4 CLASS III;
•
Protection grade: EN 50131-2-4 GRADE 2;
•
Two high-efficiency dual-element PIR sensors with white light filters;
•
20 beam Fresnel lenses on 4 layers;
•
Active LED antimasking;
•
Proximity alert system;
•
High quality polycarbonate container, UV stabilized;
•
Tropicalized circuit board;
•
Dynamic temperature compensation with real ambient temperature
measurement;
•
Pet immunity.
SPECIFICATIONS AND MAIN FUNCTIONS
PIR
IR_1
AM
ACTIVE
LED
PIR
IR_2
TEMPERATURE
COMPENSATION
MICROWAVE
FIG.4A
UPPER BRACKET
FIXING HOLE
FIXING
TURRET
WALL FIXING BRACKET
LOWER BRACKET
FIXING HOLE
FIG.4B
INTERFACE
BOARD
FLAT
CABLE
DETECTOR BASE
BRACKET
FIXING
SCREWS
UPPER
CLOSING
SCREW
BRACKET
FIXING
SCREWS
END OF LINE
RESISTANCES
JUMPER M
O-RING
SEALED
CABLE
FIG.5A
FIG.5B
DIPSWITCH
INTERFACE
BOARD
CONNECTOR
CIRCUIT
POSITION
ADJUSTMENT
TRIMMER
FIG.6
WALL
BRACKET
FLAT CABLE
CONNECTION
LED COVER
LENS
COVER
FIG.7
UPPER CLOSING TAB
LOWER CLOSING TAB
REAR CABLE FEED
AREA
PRODUCT DESCRIPTION
The 1033/146A detector is a triple-technology device designed and built for the
protection of outdoor environments where installation is required at a height of
between 2.10 m and 2.30 m.
It consists of two PASSIVE PYROELECTRIC SENSORS, with Fresnell lenses,
and a 10.525 GHz MICROWAVE.
The detector has a range of between 3m and 10m.
MAIN FEATURES:
• high detection efficiency and stability, with dynamic temperature compen
-
sation to prevent false alarms;
• an ACTIVE LED antimasking system for detector protection with a filter
possibility through a MW proximity alert system (settable via DIP);
•
high immunity to the presence of animals, guaranteed by an algorithm ca-
librated to not detect animals below average size.
WARNINGS
The following aspects should be considered before installing the 1033/146A
detector:
•
the detector must be adjusted so as to prevent its coverage crossing the
path of moving objects;
• the ground in the covered area must not have significant slopes (see the
paragraph on ADJUSTMENT TO THE SLOPE OF THE GROUND);
• the support on which the detector is mounted must be firm, free from vibra
-
tions and with no unusual protrusions/recesses;
•
the detector must be positioned so that it is not exposed to direct sunlight;
• the detector’s coverage area should not include large reflective surfaces,
such as sheet metal;
• take care not to obscure the detector’s field of vision with objects, even
partially;
It should be noted that the best detection condition is when the detection
lobes intersect the potential intruder’s transit path by 45°.
INSTALLATION HEIGHT
The recommended installation height of the 1033/146A detector is between
2.10m and 2.30m from the ground. The measurement must be taken from the
centre of the lens.
FIXING THE DETECTOR
Mount the wall fixing bracket (
FIG.4A
) with appropriate screws and plugs for
the type of wall; two holes must be drilled aligning with the “Fixing bracket ho-
les” shown in
FIG.4A
. Fit the O-RINGS (
FIG.4A
) around the cylindrical turrets
on the wall fixing bracket, in order to prevent infiltration of water through the
turret holes. After passing the cable through the sealed cable gland (
Fig.4B
)
on the base, fit the base of the detector to the fixing bracket, aligning the fixing
turrets on the bracket with the cylindrical holes on the base. Secure the base
to the bracket with the 4 bracket fixing screws, inserting them from inside the
base.
To complete the installation, after making the connections, slide the detec-
tor towards the upper closing screw and apply slight pressure at the bottom
(
FIG.7
). Tighten the upper and lower screws to enable complete closure of the
detector.
CONNECTIONS
Wire the system cable to the terminal on the interface board, according to
the indications given in
FIG.8
. Make the electrical connections as indicated in
FIG.8
. Make the electrical connections as indicated in
FIG.8
.
The end-of-line resistors can be selected for double or triple balance via the 2
jumpers ALL EOL 1-4 and TAMP EOL 1-4 and jumper M (
FIG.9
). The resistors
are connected as in the diagram in
FIG.9A
. The line from the central unit is
connected with one pole to the <L-> terminal and the other to the <L+ ALL> or
the <L+ MASK> terminal. With jumper M closed and <L+ MASK> connected,
the Mask contact is in series with the Alarm contact. In this condition, a resi-
stor of the value required by the control unit (R3B) can be applied to the MASK
terminal to obtain triple balance. If no resistor is selected and Jumper M is
open, the contacts are all independent.
Once the necessary adjustments have been made, close the detector by ti-
ghtening the 2 provided screws (one in the upper part just below the rain
cover, and one in the lower part near the sensor closing profile).
TERMINAL BOARD
INPUT: AUX input
+
12V power supply input
-
TAMP
Tamper Normally closed
ALL
Alarm Relay Normally closed
MASK
Antimask Relay Normally closed
FIG.8
Jumper M
1
1
2
2
3
3
4
4
JUMPER M (Alarm/AM), if inserted, puts the alarm
relay in series with the antimasking relay.
INITIAL POWER-UP
When the power is switched on, the sensor starts the initialization phase, du-
ring which the 3 LEDs blink alternately. After this phase (which lasts about 60
seconds), the sensor goes into Walk Test mode for 20 minutes.
FIG.9
