Venitem FARO TRIBALANCE 8.12 Manual

8.12
OUTDOOR TRIPLE TECHNOLOGY DETECTOR
WITH ANTI-MASKING AND PET IMMUNITY
BLUE
ALARM
YELLOW
GREEN
IR_1
MICROWAVE
LEDs
Yellow
Blue Alarm
Green
RED
IR_2
Red
4 m 8 m 12 m
PET IMMUNITY PET IMMUNITY
OK NO
TECHNICAL FEATURES
Power supply:
12V +/- 3V
Max. consumption:
45mA
Operation consumption: 13mA
Microwave: 10.525 Ghz
Alarm time: 5 sec
Opto relay: 100mA/24V
Tamper: 100mA/30V
Working temperature: -10°C/+55°C
Environmental humidity: 95%
Size without accessories: 185x85x80mm
FIG.5A
WALL FIX BRACKET
FASTENING UPPER HOLE
TURRET
FOR BRACKET
FASTENING
LOWER HOLE
FOR BRACKET
FASTENING
FIG.6A
FIG.1
OF INTERFACE
DIP SWITCH
WALL FIX
BRACKET
FIG.2
IR_1
45°
WEDGE
MW
IR_2
CONNECTION
FLAT
15 m
FIG.3
FIG.4
MAIN FUNCTIONS
• Outdoor triple technology detector (two PIR+MW);
• Protection level: IP65;
• Complying with: EN50131-2-4 Degree 2, Class III;
• Two infrared PIR sensors with dual-element technology for high effi-
ciency and filtered for white light;
• Fresnel lenses on parallel levels, UV-stabilized;
• ACTIVE LEDs ANTI-MASKING;
• Approaching system;
• High-quality polycarbonate housing, UV-stabilized;
• Protected electronic board;
• High-resolution dynamic temperature compensation;
• Pet Immunity with THREE_BALANCE™ logic.
FIG.5B
DETECTOR BASE
SCREW
FOR UPPER
SCREWS CLOSURE
FOR
BRACKET
FASTENING
SEALED
CABLE
PASSING
INTERFACE O-RING
MODULE
JUMPER M
FLAT
SCREWS FOR
END OF LINE RESISTORS
BRACKET
FASTENING
FIG.6B
PIR
IR_2
ACTIVE
LED AM
PIR
CIRCUIT
IR_1
POSITION
ADJUSTMENT
CONNECTOR
TEMPERATURE
COMPENSATION MICROWAVE
MODULE
FIG.7
COVER
LENS
COVER
FIG.8
UPPER CLOSING TAB
LOWER CLOSING TAB
PRODUCT DESCRIPTION
FARO TRIBALANCE 8.12 is an outdoor triple technology detector for
installations between 0,80 and 1,20m height from the ground. The sensor
consists of two PASSIVE PYROELECTRICS with Fresnel lens and a
MICROWAVE.
The detector has an operating range between 3m and 12m.
FARO TRIBALANCE 8.12 features many key points:
• High-performing detection and stability against false alarms thanks to
HIGH-RESOLUTION DYNAMIC TEMPERATURE COMPENSATION;
• ACTIVE LEDs anti-masking system for detector protection and a
microwave approaching system (settable through DIP SWITCHES);
• Pet immunity guaranteed by the PET IMMUNITY THREE_BALANCE™
logic.
WARNINGS
Before proceeding to FARO TRIBALANCE 8.12 installation, please consider
the following elements:
• Adjust the sensor such that its operating coverage does not coincide with
any moving objects (if needed, please use the partializing lens, PAR LIM
LM+CM);
• The ground of covered area should not have significant slopes (see section
ADJUSTMENT ACCORDING TO GROUND SLOPE);
• The bracket used for detector mounting must be firm, without any odd
protrusions/grooves and not subject to vibrations;
• Detector positioning must not be under direct sun light;
• Detector coverage area must not include wide reflective surfaces such as
metallic ones;
• Pay attention not to darken detector's field of vision with objects, not even
in part;
• Please remember that the best operating condition is given with
detection lobes intersecting at 45° the direction of intruder transit.
INSTALLATION HEIGHT AND PET IMMUNITY
It is highly recommended to install FARO TRIBALANCE 8.12 between 0.80m
and 1.2m height from the ground. In the event of small animals passing
within the coverage area, please consider an installation height greater than
the animal to distinguish (FIG.3). To check this element, please refer to the
YELLOW LED of IR_1 beam (FIG.2 and 4).
DETECTOR FIXING
Mount the WALL FIX BRACKET on the wall (FIG.5A) using screws suitable
for wall material. Drill two holes, coinciding with the "HOLES FOR BRACKET
FASTENING" highlighted in figure 5A. Apply the O-rings (FIG.5B) inside
the cylindrical turrets located on the "BASE" to avoid infiltrations through the
holes on the turrets. After running the cable in its specific "SEALED CABLE
PASSING" on the base, place the detector base on the fixing bracket aligning
so that the turrets for bracket fixing are on cylindrical holes on the base. Fasten
the base to the bracket using the 4 "SCREWS FOR BRACKET FASTENING"
– operate from the inner of the base. After installation and wiring, slide the
detector towards the upper closing screw and slightly press downwards
(FIG.8). Fasten both upper and lower screw to ensure total closure.
WIRING
Wire the SYSTEM CABLE on the INTERFACE MODULE terminal board,
following the instructions of FIG.9.
Make connections as indicated in FIG.9-10.
Through the 2 jumpers ALL EOL 1...4 and TAMP EOL 1...4 and jumper M
(FIG.10), it is possible to select the end of line resistors for double or triple
balancing. Resistors are connected as indicated in the table below. The line
coming from the control panel must be connected with a pole to terminal <L->
and the other one to terminal <L+ALL> or <L+MASK>. With jumper M closed
and <L+MASK> connected, Mask contact is in series with tamper contact. At
this point, it is possible to get a triple balancing by applying a resistor of value
required by the control panel (R3B FIG.10) to MASK terminal. With no resistor
selected and jumper M open, contacts are independent.
Once the appropriate adjustments are made, close the detector fastening the
2 specific screws (one located in the upper part under the "roof", the other one
located in the lower part near the closing slot of the sensor).
TERMINAL BOARD
INPUT: aux input
+
12V power supply input
-
TAMP NC tamper
ALL NC alarm relay
MASK NC anti-masking relay
Jumper M
1
2
3
4
JUMPER M: if connected, alarm relay is in series with anti-masking
relay.
FIG.9
1
2
3
4