Satel AQUA PRO User manual

®
AQUA PRO
DIGITAL PASSIVE INFRARED DETECTOR
aqua_pro_en 07/11
The microprocessor-based, fully digital AQUA PRO detector is characterized by
high sensitivity and interference resistance. Due to an advanced digital
temperature compensation feature, the device can work in a wide temperature
range. A quad pyroelectric sensor is used in the detector. The processor performs
two-way signal analysis, based on value and quantity.
The detector is provided with a prealarm feature. Prealarm is signaled by a short
flash of the LED after changes which do not meet the alarm criteria have been
detected within the coverage area. The prealarm sensitivity depends on what
sensitivity is set on the detector pins. Frequently occurring prealarms may cause
an alarm.
The detector requires to warm up for the first 30 seconds after applying power.
Warm-up is indicated by a rapid LED blinking.
The detector monitors the supply voltage. If the voltage drops below 9 V (±5%) for
more than 2 seconds, the detector will signal a trouble by activation of the alarm
relay and by steady light of the LED indicator. Restoration of a minimum 9 V
(±5%) voltage will turn the signaling off.
NC TMP COM 12V NC TMP
JP1
JP2
JP3
PIR SENS.
LED ON/OFF
1
2
3
4
5
7
6
Fig. 1. View of detector electronics board.
Explanations to Fig. 1:
1 – terminals:
NC – relay (NC)
TMP – tamper contact
COM – common ground
12V – supply input
2 – red color LED to indicate:
– prealarm – short flash (approx. 120 ms);
– alarm – lit up for 2 seconds;
– warm-up – blinking rapidly;
– low supply voltage – red light.
3 – pyroelectric sensor.
4 – tamper contact.
5 – scale for positioning of pyroelectric sensor against the lens (see: Fig. 7).
6 – fixing screw hole.
7 – detector configuration pins:
PIR SENS - setting detector sensitivity (see Fig. 2);
LED ON/OFF - enabling/disabling the LED indicator. The LED indicator is
enabled when the pins are shorted.
A
JP1
JP2
PIR SENS.
D
JP1
JP2
PIR SENS.
C
JP1
JP2
PIR SENS.
B
JP1
JP2
PIR SENS.
Fig. 2. Setting the detector sensitivity
(A – low sensitivity, B and C – medium sensitivity, D – high sensitivity)
[– pins shorted; – pins open].
Lenses
An extra wide (EWA) lens is installed in the detector. Optionally, lenses with other
characteristics (coverage patterns) can be purchased and installed.
Name Description Range Angle of view
EWA extra wide angle 15 m 141.2°
LR long range with access
zone monitoring
30 m main beam – 3 m wide (at the
end of range)
VB vertical barrier 22.5 m 2.2 m wide (at the end of range)
Table 1. Available lenses.
0 10 m 20 m
10 m
10 m
0
0
2,4 m
Fig. 3. Coverage area of a detector with EWA type lens.
Note: The detector operating range should be selected to match the size of
space where the detector will be installed. The size of the space along the
main direction of detector positioning is not to be less than 1/3 the nominal
range of the detector. Improper selection of the lens may cause excessive
sensitivity and trigger false alarms.
Installation
1. Open the enclosure as shown on Fig. 4.
I II
Fig. 4. Removing the cover.
2. Remove the electronics board.
3. Make suitable openings for screws and cable in the enclosure base.
4. Pass the cable through the prepared opening.
5. Fix the enclosure base to the wall or to the attached bracket.
Note: For compliance with the requirements of EN50131-2-2, the detector shall
be installed directly on the mounting surface, without the additional bracket.

Start-up
A B
C D
1. Switch the
pins are sh
detector power on. The LED will start blinking (if the LED ON/OFF
orted).
2. When the detector is ready to work (the LED will stop blinking), carry out the
detector range test, i.e. check that movement within the supervised area will
activate the alarm relay and lighting of the LED.
3. If necessary, change the detector sensitivity (pins PIR SENS.).
Specifications
Fig. 5. Ways of installing the detector.
Supply voltage..............
Standby current consum
................................................................... 12 V DC ±15%
ption ........................................................................10 mA
Maximum current consumption......................................................................12 mA
I II
Relay contacts rating (resistive load) ............................................ 40 mA / 16 V DC
Alarm signaling time ............................................................................................ 2s
Detectable speed ................................................................................... 0.3...3 m/s
Security grade according to EN50131-2-2.................................................. Grade 2
Environmental class according to EN50130-5 .......................................................II
Operating temperature range ...............................................................-30...+55 °C
Standards complied with ........ EN50131-1, EN50131-2-2, EN50130-4, EN50130-5
Dimensions....................................................................................63 x 96 x 49 mm
Recommended installation height................................................................... 2.4 m
Weight .............................................................................................................. 91 g
Fig. 6. Mounting the de
6. Fasten the elect height of detector
installation (see: Fig.
tector on bracket.
ronics board, taking into consideration the
7).
h=2.4 m
h>2.4 m
B
2.4 m
A
2.4 m
h<2.4 m
C
2.4 m
D
2.4 m
2.4 m
The declaration of conformity may be consulted at www.satel.eu/ce
SATEL sp. z o.o.
ul. Schuberta 79
tel.
in l
80-172 Gdańsk
POLAND
+ 48 58 320 94 00
[email protected]
Fig. 7. Effect of the height of installation on the detector coverage area and the
way of positioning the electronics board to optimize the area. Depending on e
h
7. Connect the wires to the corres als.
Using jumpers, set the working parameters of the detector.
th
mounting height, the medium scale line should be: aligned with the mark on the
enclosure (installation at a height of 2.4 m), situated above the mark (installation
igher than 2.4 m – example B) or below the mark (installation lower than 2.4 m –
example D).
ponding termin
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8.
9. Close the detector enclosure.