GUARDEON G-OP-SCPIR-K Guide

7,5°
CURTAIN OUTDOOR SENSOR DOUBLE TECHNOLOGY
WITH ANTIMASK
INSTALLATION AND USE MANUAL
G-OP-SCPIR-K is a dual technology curtain sensor designed to protect access (such as doors,
windows, etc.), balconies, and walls.
G-OP-SCPIR-K is able to create an electronic wall which, if it is crossed, generates an alarm.
The detection is entrusted to a passive infrared sensor and a 24 GHz microwave.
The combination of these two technologies, together with a sophisticated detection algorithm,
allows to discriminate improperly alarms with care.
Equipped with anti-opening tamper, inclinometer and anti-masking, it is supplied with a practical
wall bracket.
G-OP-SCPIR-K supports the innovative Wireless Walk Test and Programming System, composed of
the VIEW SENSOR software and the mod. BT-LINK-S (supplied separately).
The sensor adapts to environmental conditions thanks to a sophisticated thermal compensation
system.
The sensor detects over an area with a maximum length of 12 m and a width of 7.5 ° (Fig. A)
DETECTION AREA
A
B
TOP VIEW
SIDE VIEW (installation at 2.2m high) (Fig. B)
12 m
1 2
To change the detection area, change the inclination of the sensor and adjust the microwave
and infrared ranges.
12 m
2,2m
READ CAREFULLY THIS MANUAL BEFORE INSTALL YOUR NEW ALARM
SYSTEM. KEEP THIS MANUAL FOR FUTURE REFERENCE.
ONLY QUALIFIED TECHNICIAN MUST INSTALL THIS DEVICE.
INSTALLER MUST FOLLOW CURRENT REGULATIONS.
THE MANUFACTURER SHALL NOT BE LIABLE FOR ANY IMPROPER USE OF
THE PRODUCT, INCORRECT INSTALLATION OR FAILURE TO COMPLY WITH
INSTRUCTIONS OF THIS MANUAL AND THE LAW REGARDING ELECTRICAL
SYSTEMS.
G-OP-SCPIR-K
ver.: 2019-03-01_1_fr
GUARDEON Security Systems ApS. Vandtårnsvej 100 2860 Søborg CVR: 37769568 T: [phone] W: guardeon.dk E: inf[email protected]

INSTALLATION POSITION
Mount the sensor vertically, without inclination to ensure maximum detection range, incline the
sensor to delimit the coverage area.
The sensor can be installed directly on the wall or through the special L-shaped bracket. When
the sensor is installed on the wall it is recommended to distance it from the wall to be protected
so as not to obscure a sensitive element of the pyroelectric. Mount the sensor at a suitable
distance from the wall as shown in figure E.
3 4
SIDE VIEW (installation at 3m height with inclined sensor) (fig C)
The wall-mounting bracket is angled to ensure correct installation (fig.F)
Position the sensor spaced from the wall following the rule:
• from 0 to 3 meters: mount the sensor about 20 cm from the wall
• from 3 to 6 meters: mount the sensor about 40 cm from the wall
• from 6 to 9 meters: mount the sensor about 60 cm from the wall
• from 9 to 12 meters: mount the sensor about 80 cm from the wall
C
12 m
3 m
WRONG WALL
INSTALLATION
RIGHT WALL
INSTALLATION
INSTALLATION WITH
BRACKET
D
E
F
GUARDEON Security Systems ApS. Vandtårnsvej 100 2860 Søborg CVR: 37769568 T: [phone] W: guardeon.dk E: inf[email protected]

6
5
INSTALLATION WITH BRACKET
After defining the installation position of the sensor, install the L-shaped bracket following the
indicated steps:
make holes for fixing anchors (fig. G1)
screw the bracket to the plugs (fig. G2)
screw the wall plate to the bracket (fig. G3)
screw the sensor to the wall plate (see next paragraph)
The bracket is characterized by tilting holes to allow the adjustment of the inclination of the
sensor even after fixing.
To change the inclination of the sensor:
loosen the screws (fig. G2)
tilt the sensor
tighten the screws(fig. G2)
INSTALLATION WITH WALL PLATE
To install the sensor with the wall base, perform the following steps:
make holes for fixing plugs (H1)
screw the wall base to the wall plugs (H2, H3)
break through the cable gland with a screwdriver and pass the wiring (H4)
screw the sensor to the wall base (H5)
close and tighten the sensor cover (H6)
SENSOR PARTS
Wall plate
Anti-mask
Head IR
Cover
Head MW
Tamper
H
Cable entry
1
23
4
5
Details - Explanation:
H1) Fischer anchors 6mm (2pcs)
H2) Washer 4 hole diameter 9 (2pcs)
H3) Milled head screw 3.5x40 mm (2pcs)
H4) Rubber cable gland (1pc)
H5) 2.9x16 cylindrical head screw
H6) Screw M 3x16
6
G
1
2
3
Wall plate
Bracket
Details - Explanation:
G1) Fischer anchors 6mm (2pcs)
G2) Milled head screw 3.5x40 mm (2pcs)
G3) Cylindrical head screw 3.5x9.5 (2pcs)
GUARDEON Security Systems ApS. Vandtårnsvej 100 2860 Søborg CVR: 37769568 T: [phone] W: guardeon.dk E: inf[email protected]

IR detection LED Alarm LED
TAMPER anti-opening
Terminals
JUMPER
tilt
DIPS switch
7 8
COMPONENT LOCATION
BT-LINK-S2 Module
Connector
TRIMMER
(IR and MW
sensitivity)
I
TECHNICAL
Power supply 12 VDC
Absorption *Stand-by: about 14 mA
Alarm: about 12 mA
Autonomy (estimated) ** -
Stabilization Time (at power-up) About 2 minutes (with LED blink)
Quiet Time between detections -
Detection technologies n. 1 Infrared head
n. 1 Pulsed microwave @ 24 GHz head
Thermal compensation Automatic compensation
--
- -
Detection area Max 12 linear meters (adjustable: 3 m ÷ 12 m)
7.5 ° radial opening (IR)
105 ° radial opening (MW)
- -
Sensitivity Unified setup (trimmer) from 30% (min) to 100
% (max)
Radio frequency / range -
Anti-masking Active infrared
Radio signals -
Wired outputs OptoMOS N.C. type
(open an alarm occours or if
power is off)
Max 40 VDC / 100 mA
Alarm
Tamper
Masking
LEDs 1 red LED (IR head detection)
1 blue alarm LED
Temperature / Humidity -40 ÷ +70 °C / 95 % (relative)
Case ABS antiUV
Dimension (H x W x D) 128mm x 41mm x 48mm
Internal space for transmitter (H x W x D) -
Accessories included n. 1 wall bracket
*All the data are approximate, for sensor in NORMAL mode at operating temperature of 21 °C.
** Mean value for 10 detections-alarms/day + supervision.
GUARDEON Security Systems ApS. Vandtårnsvej 100 2860 Søborg CVR: 37769568 T: [phone] W: guardeon.dk E: inf[email protected]

DIP 1 WALK-TEST
9 10
Through the DIP 1, the WALK-TEST is enabled on both heads for orientation and range
adjustments. The sensor automatically exits from any WALK-TEST mode after approximately
15 minutes. During the WALK-TEST there are luminous signals to facilitate the operation; in
NORMAL mode no signal is emitted, unless the alarm LED is activated (see “ACTIVE ALARM LED
IN NORMAL MODE”)
• DIP1 = ON Walk test activated
• DIP1 = OFF Walk test disabled, sensor in NORMAL MODE
Through VIEW SENSOR it is possible to easily execute a much more precise WALK-TEST, which allows to
optimally configure the sensor.
The sensor has a IP54 protection level against dust and liquids.
To maintain the IP54 level it is mandatory to insert the o-rings provided.
If possible, it is suggested to install the sensor protected against weathering; do not point
high pressure water jets to the sensor.
Infrared detector is sensitive to the “amount of heat” produced by a moving body.
The maximum range of the sensor (measured in meters) is referred to a human body.
However the same “amount of heat” may be produced by a smaller body at lower
distances (dog), or by a larger one at greater distances (vehicle).
Do not point the sensor towards unstable objects, such as: bushes, flags, tree branches,
clothes hung, etc. This avoid unwanted detections.
During adjustment, perform several detection tests to verify the correct working of the
sensor.
For best IR “sensitivity” adjustment, start setting the sensitivity to minimum (turn
completely counter-clockwise the trimmers) and point the sensor downwards.
Gradually increase the sensitivity and change the sensor orientation until obtain detection
only inside the wanted area.
The sensor may detect pets over 10Kg.
In order to generate a useful signal for the IR head, at least two sectors must be crossed
(FIG.A). Therefore it is advisable to orientate the head rotating it in an appropriate way so
that conditions of crossing of a single sector are avoided.
F
Range
AFTER EACH CHANGE TO DIP AND TRIMMER:
(MANDATORY) PLACE THE COVER TO PERFORM TESTS
WAIT AT LEAST 3 SECONDS (THE SENSOR READS NEW SETTINGS)
THE SENSOR WORKS ONLY WITH THE COVER ON ITS PLACE !
INSTALLATION (WHAT TO KNOW ABOUT)
POWER ON
If the sensor is already powered, before proceeding it is necessary to switch off the power
supply and keep the anti-removal tamper pressed for about 3 seconds: in this way the circuit is
completely discharged and the sensor can be started correctly.
Supply the sensor: the sensor enters the “initialization” phase. The detection LEDs flash
alternately for 30 seconds. It is important to leave the sensor “at rest” (no detection).
At the end of the stabilization the LEDs turn offand the sensor can be used.
To reset the sensor, disconnect the power supply and repeat the procedure described above.
DIPS-SWITCH FUNCTIONS
To program the sensor, use the DIPS switches.
The functions of the DIPS are described in the following paragraphs.
WARNING! When DIP3 = ON the sensor configuration is done via VIEW SENSOR, then some DIPS are
not working (see DIP3).
The anti-masking device protects the sensor 24/24 in case an attacker wants to blind the sensor
by covering it so as to prevent detection.
Anti-masking does not work without the cover on the sensor.
DIP2 = OFF Anti-masking disabled: no anti-masking protection
DIP2 = ON Anti-masking enabled: you have an alarm mask when you cover the
sensor in order to avoid detections.
he MASK alarm is activated if masking persists for more than one minute.
Following the MASK alarm, the sensor returns to rest even if it remains masked.
The anti-masking protection is always active (when enabled with DIP2 = ON) even when the
central panel is switched off. Respect an area of approximately 30 cm in front of the sensor in
which people must not stand more than a minute. Also, do not leave open doors, loose clothing
or furniture items near the sensor.
The anti-masking function is active with ambient temperature above 0 ° C.
Through VIEW-SENSOR it is possible to extend the operating temperature of the anti-masking to values
lower than 0 ° C.
DIP2 - ANTI-MASKING
GUARDEON Security Systems ApS. Vandtårnsvej 100 2860 Søborg CVR: 37769568 T: [phone] W: guardeon.dk E: inf[email protected]

11 12
PROTECTION FROM TAMPER
The sensor is protected against tampering attempts by means of three controls: anti-opening of
the cover, anti-removal and anti-masking.
ANTI-OPENING
Protection against opening of the sensor cover.
ANTI-REMOVAL
Protection against removal from the installation position.
Protection activated by the inclinometer on the sensor. Pay attention to the installation
instructions to avoid inaccurate reporting
To exclude this protection act on the INCLINOMETER JUMPER:
closed = Inclinometer active
open = Inclinometer disabled.
SENSITIVITY
The sensitivity of the infrared and the microwave are regulated together by the trimmer. Turn
the trimmer clockwise to increase the sensitivity. Active thermal compensation automatically
adjusts the sensor to maximize yield in the most critical temperatures. To delimit the detection
zone more precisely, it is advisable to mount the sensor with the correct inclination, in order
to better define the detection area. Although the thermal compensation acts on the detection
algorithm, adapting the behavior according to the detected temperature, the sensor can slightly
alter the behavior according to the climatic conditions.
Select whether the sensor uses the hardware settings (trimmers and DIPS) when in OFF, or
those sent by VIEW SENSOR when in ON.
DIP3 = ON REMOTE PROGRAMMING ENABLED
enables remote sensor programming via the VIEW SENSOR application available for mobile
devices. This option provides greater flexibility in setting sensor parameters and allows real-
time verification of changes to settings. For remote programming, the BT-LINK-S accessory,
supplied separately, is required. With DIP3 in the ON position the DIP2 and the trimmer
is deactivated because their functions are set via VIEW SENSOR. DIPS 1 - 4 remain active.
After memorizing a configuration using VIEW SENSOR, DIP3 must remain ON, even after the
WALK-TEST has ended.
If you place DIP3 in ON but you have not loaded a configuration via VIEW SENSOR, the
sensor will use the hardware configuration
DIP3 = OFF REMOTE PROGRAMMING DISABLED
the sensor configuration is done by DIPS and trimmers.
This manual mainly explains the HARDWARE settings (via DIPS, trimmers and jumpers), for
information on remote programming refer to the BT-LINK-S module manual and the VIEW
SENSOR app.
DIP3 - REMOTE PROGRAMMING
ONCE USED SOFTWARE CONFIGURATION, LEAVE THE DIP7 = ON, OTHERWISE
THE SENSOR RETURNS TO THE MANUAL SETTINGS
IF YOU DO NOT USE THE SOFTWARE CONFIGURATION SYSTEM, ALWAYS
LEAVE THE DIP7 IN THE OFF POSITION
In the OFF position the sensor uses the MASK output to signal a masking alarm. If you can not or
do not want to use this terminal, for example in the case where the antimasking is not managed
by the control panel used, DIP8 can be set to ON and in case of masking alarm the sensor will
use the TAMPER terminal. In this way a single pair of wires is used for the two alarms.
DIP4 = ON The sensor uses the TAMPER terminal in case of anti-masking.
DIP4 = OFF The sensor uses the MASK clamp in case of anti-masking
DIP4 - ANTIMASKING ON TAMPER
ACTIVE ALARM LED IN NORMAL MODE
To activate the ALARM LEDS in normal operation:
put DIP1 = ON and close the cover
wait untill the sensor exit automatically from walk-test (about 15 min): the sensor returns to
NORMAL mode
now the ALARM LED is active, signaling the alarm events that occur during the
measurements
ATTENTION: THE SENSOR IS OPERATIVE ONLY WITH THE COVER! After each modification
of the dips and trimmers it is necessary to close the cover and wait for at least 3
seconds during which the sensor reads the settings.
GUARDEON Security Systems ApS. Vandtårnsvej 100 2860 Søborg CVR: 37769568 T: [phone] W: guardeon.dk E: inf[email protected]

This function increases the immunity to false alarms in particularly harsh outdoor
environments, disturbed by sudden light reflections, changes in exposure to the sun, unstable
objects (eg tree fronds, flat linen, etc ...). This setting can only be activated with VIEW SENSOR,
with four different levels of intensity
ANTIDISTURBANCE
ADDITIONAL FUNCTIONALITIES (ONLY THROUGH VIEW SENSOR)
13 14
Through VIEW SENSOR it is possible to calibrate the infrared and the microwave independently
to obtain the maximum installation flexibility.
For example, to increase the detected passage speed, it is possible to increase the sensitivity of
the pyroelectric device, delimiting the sensor range with the microwave.
It is important to remember that it is always a good idea to keep the pyroelectric more sensitive
than the microwave, to always ensure correct detection in the area to be protected.
INFRARED AND MICROWAVE INDEPENDENT ADJUSTMENT
VIEW SENSOR is the innovative application developed on Windows and Android platform that
facilitates the installation of outdoor sensors.
VIEW SENSOR allows you to adjust the sensor optimally to better define the area you want
to protect, minimizing improper alarms. The application allows you to perform a walk-test
completely innovative: through wireless connection you can view in real time on your device (PC,
tablet or smartphone) the level of signal perceived by the individual heads, as well as configure
the sensor without intervening manually .
To use VIEWS SENSOR you need the optional BT-LINK-S module that connects to the sensor only
for the duration of the walk-test and then is removed to be reused on other sensors.
Signal level at
the lower head
Signal level
at the upper
head
Example of a mobile screen during
the walk-test
Example of a mobile screen during
configuration
VIEW SENSOR
GUARDEON Security Systems ApS. Vandtårnsvej 100 2860 Søborg CVR: 37769568 T: [phone] W: guardeon.dk E: inf[email protected]