jablotron JA-158P User manual

JABLOTRON ALARMS a.s.
Pod Skalkou 4567/33 46601 Jablonec n. Nisou
Czech Republic www.jablotron.com
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The JA-158P wireless outdoor PIR detector
The JA-158P wireless outdoor PIR detector 1 / 2 MMY51504
The JA-158P is an outdoor intruder wireless detector designed to detect
human body movement in a protected area. It supplements a double-zone
PIR sensor HX-40RAM produced by Optex with a Jablotron transmitter
JA-150TX-V4 enabling the detector to be used within the JABLOTRON 100
system. The optical part of the detector has 2 PIR sensors with non-
overlapping 94 zone detection, a high immunity to false alarms and
the detection of small animals. The detector includes an Antimasking
function – protection against covering the view and it also has two tampers
(front and back) built-in. They immediately report opening the detector
or attempting tampering. The detector does a self-test periodically and sends
its status to the control panel. The detector should be installed by a trained
technician with a valid certificate issued by an authorised distributor.
Installation
Choose a proper place for detector installation according to the following:
The detector must be installed in a position where its bottom surface
is parallel to the watched zone (either directly on the wall, or possibly,
if a change of direction is required, the supplied joint can be used).
This condition is essential for good immunity to false alarms.
For more information see Figure 1.
The detector should be installed 2.5 – 3 m above the ground.
No other moving objects (bushes, trees, high grass, etc.) should be
situated in the detection area of the detector. These objects can be
masked out using the supplied foils. Avoid direct action by strong
sources of light (sun reflections). You can use the supplied viewing
hood for this purpose.
When selecting the right place to install your detector, keep in mind that
the best movement detection is provided when the detection zones
intersect Figure 2.
Figure 1
Figure 2
Procedure:
1. Unfasten the securing screw on the bottom side of the upper cover and
remove it.
2. Pull the plastic tab under the lower PIR sensor slightly to remove the
optical part. Warning: Do not touch the detector sensing face
during handling.
3. Use a screwdriver to punch a hole on the right of the bottom detector
cover in order to pull the rear TAMPER cable through (supplied
in the package).
When installed without the joint holder:
Use the Base Mounting Template from the box lid.
Pull the rear TAMPER cable through the punched hole in the bottom
detector cover and fix a magnetic contact to the place according
to the template (Base side).
Mark a place on the wall where you want to install the detector
– i.e. holes for the screws and the magnet (Wall side), and fix
the magnet to the wall.
Fix the rear cover on the wall while checking the position of the magnet
and the reed contact (they should be as close as possible).
When installed with the joint holder:
Use the Bracket Base Mounting Template from the box lid.
Press the plastic tab to remove the screw cover (secured with
a plastic cord against falling during work).
Unscrew the securing screw (inside under the cover) to loosen the joint
and swivel it to one side to gain access to the installation holes.
Pull the rear TAMPER cable through the cavity in the joint and fix
the magnetic contact in the given place (between plastic lugs).
Mark a place on the wall where you want to install the detector
– i.e. holes for the screws and the magnet (Wall side), and fix
the magnet to the wall.
Fix the joint holder to the wall while checking the position of the magnet
and the reed contact (they must touch).
Now screw the bottom cover together with the joint holder. Remove
the central screw which blocks vertical movement and screw it through
a hole in the bottom cover.
Pull the rear TAMPER cable through the opening you have punched
in the bottom detector cover and insert the rear TAMPER connector into
the pins marked EXT.TMP (3) see Figure 4 (remove the jumper
installed in production).
Enrolling the detector to the system
The signal transmitter for wireless communication is located underneath
the optical part of the detector. The batteries are inserted into the battery
holder of the OPTEX motion detector. Use two CR123A (3 V, 1500 mAh)
lithium batteries from the same manufacturer. If an increased lifetime
is needed, you can also use a third battery. The correct position
of the batteries is indicated on the battery holder. Alternatively, LS(T) 14500
(3.6V, AA) lithium batteries can be used. When inserting the batteries, it is
necessary to remove the part of the holder held in place with a metal clip.
Enrollment procedure to the system:
a. There must be a JA-11xR radio module installed in the control
panel.
b. Go to the F-link software, select required position in the Devices
window and launch the enrollment mode by clicking on the Enroll
option.
c. Insert the batteries (mind the correct polarity). When the first
battery has been inserted into the battery holder an enrollment
signal is transmitted to the control panel and the detector
is enrolled to the selected position.
N.C. N.O.
State (INP) Pulse (INP)
AUX = Fault AUX = antimasking
Not used
Factory settings highlighted by bold letters.
Figure 4 – Transmitter JA-150TX-V4: 1 – terminals, 2 – option DIP switch,
3 – external tamper connector, 4 – external antenna jumper, 5 – external
antenna connector
If needed the transmitter can be equipped with an AN-868 (2PIN)
external antenna connected to the connector (5) and disconnect
the jumper (4).
Figure 3 detector configuration Figure 5: Detector dimensions
266
99
205
148
1234
ON

The JA-158P wireless outdoor PIR detector
The JA-158P wireless outdoor PIR detector 2 / 2 MMY51504
Setting up the optical part of the PIR
detector
The above-mentioned detection characteristics apply if the detector
is installed vertically in the guarded area. If a shorter detection range
is required, do not tilt the detector on the joint. Use the supplied self-
adhesive mask foils:
Masking using strips of the supplied foil can also be used to avoid
unwanted moving objects (e.g. a tree). Use the supplied protective hood
for protection against the sun and rain.
Setting up the electronic part of the PIR
detector
It is possible to set three levels of detector sensitivity using the switch
on the left of the bottom PIR – the levels are marked with letters:
Llow – low sensitivity for places with false alarm risks
Mmiddle – medium sensitivity
Hhigh – high detection sensitivity
Other parameters can be set using the switches:
normal mode
test mode
save mode 120 s 5 s
standard immunity
high immunity
Fault output N.C. do not set this
do not set this fault is not alarm
LED disabled LED enabled
Area coverage test (DIP1) – the energy saving mode is not applied
and each detectable movement is indicated by an LED. The alarm is always
transmitted regardless of the energy saving mode settings (DIP2).
The energy saving mode (DIP2). When the detector is activated
and transmits the information to the control panel, it stops detecting motion
in its view for a set time. The activation of the LED (DIP6) serves
as an indication of the detector function – i.e. the area coverage. Disable the
LED to save the batteries in ordinary operation.
Testing
When the batteries are connected, the detector needs approx. 90 seconds
for stabilization. The LED keeps flashing all the time. Use the DIP switch 1
to commence the area coverage test. Test the correct coverage of the
guarded area and whether the detector detects motion outside the guarded
area. Each movement is indicated by flashing detector LED and the
information is sent to the control panel.
When the test is finished to meet the declared battery lifetime, stop
the area coverage test, check whether the indication LED is off and set
the energy saving mode to 120 s.
Normal operating mode
Each time the detector is activated, the information is transmitted by
a radio signal. When the detector cover is opened or the detector is removed
from the bearing plate, a tamper signal is transmitted. The detector also
regularly (every 9 minutes) transmits control signals which serve the control
panel to check the presence and readiness of all devices in the installed
system.
The masking protection function
The detector has an anti-masking function – i.e. protection against
masking of the detector´s field of sight. If an object is detected in front of the
detector for more than three minutes, the detector sends a tamper signal.
Three short flashes of the LED indicate masking (the LED must be enabled).
When the object has been removed, the indication (tamper signal) ceases
after one minute.
It is possible to set three levels of this function using the switch on the right
of the bottom PIR – the levels are marked with letters:
HI high – high masking detection sensitivity
STD standard – standard masking detection sensitivity
OFF off – function disabled
Factory settings pre-set to STD.
Replacing the batteries
The detector checks the battery status automatically. Nearly drained
battery is reported by continuous flashing of yellow signalling LED
on the detector (1 flash per sec) and at the same time low battery status
is reported to the control panel. The detector remains fully functional.
The battery should be changed as soon as possible.
The control panel must be in service mode before battery changing
(see the control panel installation manual). Tamper contact must be pressed
several times after opening the cover and removing the battery to discharge
capacitors.
Always use CR123A (3 V, 1.4 Ah) batteries or alternatively LS(T)
14500 (3,6 V AA) batteries. Always replace all batteries simultaneously.
Note: Use 2x lithium batteries however if needed it is possible to use
3x batteries in to increase the detector’s lifetime.
Technical specifications
Power: 2x Lithium battery type CR123A (3.0 V/1.4 Ah)
Please note: Batteries are not included
Current consumption (nominal/maximal) 50 μA/54 mA
Average battery lifetime 2 x (3 x) CR123A, approx. 3 years (4 years)*
Alternative power 2 x Lithium battery type CR14500 (AA) 3.6 V/2.45 Ah
Average battery lifetime 2 x (3 x) CR14500, approx. 3 years (4 years)*
* valid for enabled 120 s saving mode
Communication band 868.1 MHz
RF range – distance from the control panel up to 300 m (open area)
Optex detector parameters
Detection characteristics 12 m / 85°; 94 segments
Recommended installation height 2.5 – 3.0 m
Object motion speed 0.3 – 1.5 ms-1
Battery saving timer adjustable 5 s or 120 s
Detector cover conformance IP55
Max. relative humidity of the environment 95%
Operational environment according to EN 50131-1 IV
Operating temperature range -20 °C to +60 °C
Security grade according to OPTEX
Complies with ETSI EN 300 220, EN 50130-4,
EN 55022, EN 60950-1
Weight 620 g
Can be operated according to ERC REC 70-03
JABLOTRON ALARMS a.s. hereby declares that the JA-158P is in a
compliance with the relevant Union harmonisation legislation:
Directives No: 2014/53/EU, 2014/35/EU, 2014/30/EU, 2011/65/EU.
The original of the conformity assessment can be found at
www.jablotron.com - Section Downloads.
Note: Although this product does not contain any harmful materials
we suggest you return the product to the dealer or directly
to the producer after use.