Risco CAV006 Users Manual
English Italiano
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HHiigghh CCeeiilliinngg MMoouunntt DDeetteeccttoorr
IInnssttaallllaattiioonn GGuuiiddee
3
Português
Françias Español
Nederlands
English
MMooddeell:: IInndd.. LLuuNNAARR 220000DDTTGG33
HHiigghh CCeeiilliinngg MMoouunntt DDeetteeccttoorr
IInnssttaallllaattiioonn GGuuiiddee
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3
General Description
The Industrial LuNAR DT AM Grade 3 (Ind. LuNAR 200DTG3) is a dual technology ceiling detector with
a mounting height of up to 8.6m (28ft) that incorporates RISCO Group’s Anti-Cloak™ Technology
(ACT™). The detector has an Intelligent Digital Signal Processing method that automatically adjusts the
alarm threshold and pulse count verification according to actual intruder crossing speed and
environmental factors, providing superior detection and false alarm immunity.
The Ind. LuNAR 200DTG3 can operate as a regular relay detector connected to any control panel, or as
an addressable BUS detector when connected to RISCO Group’s ProSYS control panel via the RS485
BUS.
Ind. LuNAR 200DTG3 Features
♦ PD6662, EN50131-1, TS50131-2-4 Grade 3
♦ Addressable Dual Technology detector with Anti-Cloak™ Technology
♦ Up to 8.6 m (28ft) mounting height
♦ 360
♦ 3 independent PIR channels for customized coverage
♦ Intelligent Digital Signal Processing – alarm verification and decision thresholds adjusted
♦ Built-in Triple EOL resistors, jumper selectable
♦ Active IR for Anti-Masking meeting TS50131 requirements
♦ Ceiling and cover tampers
♦ "Green Line" setting – for disabling the MW whe n the premises are occupied
♦ Opto–relays for low current consumption and long life
♦ Remote and Local Self Test
♦ Remote SET input
♦ Remote RC control input
♦ PIR coverage optimization by sliding the lenses
♦ Microwave Range Adjustment manually (analog trimmer) and remotely (digital setting)
♦ Trouble Indication (by LEDs or via communication)
♦ 3 Triple color LEDs for easy walk testing
♦ Advanced Remote control and diagnostics
♦ Reduced Power Consumption when connected to RISCO Group’s ProSYS
0
by 18m (60ft) diameter coverage pattern
according to actual intruder crossing speed
Ind. LuNAR 200DTG3 Installation Guide 2
Remote Control and Diagnostic Features*
♦ Remote microwave adjustment enables one-man walk test.
♦ Diagnostic tools include detector input voltage reading and status of each PIR channel and
MW channel (signal voltage and noise levels), AM channel (signal voltage), SW version
verification.
♦ Remote display and control of detector settings: MW adjustment, ACT on/off, LEDs on/off.
♦ Remote trouble indication (Pass/Fail) for the PIR, MW and power supply input
♦ Control of MW bypass (during MW trouble) and MW disable during Disarm ("Green Line")
when connected to ProSYS.
*Via the optional Bi-Directional Infrared Remote Control, or the ProSYS Upload/Download
Software and Keypad.
Detection Method
The Ind. LuNAR 200DTG3 detection is based on:
♦ PIR (Passive Infra-Red) - which responds to changes in the IR radiation caused when an
intruder crosses the protected area.
♦ MW (Microwave) - which transmits signals and analyzes the frequency changes of the
reflected echo from an intruder using Doppler Effect.
ALARM is initiated only when both technologies trigger si multaneously (except for certain situations in
the ACT mode-see page 4 – “How ACT™ Works”), thus greatly reducing the possibility of false alarms.
English
Ind. LuNAR 200DTG3 Installation Guide 3
How ACT™ Works
Anti-Cloak™ Technology (ACT™) provides the benefits of DT (Dual Technology) while avoiding its
drawbacks. This patent pending innovation has created a new standard for detectors.
Dual Technology, a combination of PIR +MW, was an important development for the security
industry...but, it has 2 major weaknesses:
IR emission blocking cloaks employed by intruders enable avoidance of detection.
PIR sensitivity is reduced when the protected area’s ambient temperature approaches body
temperature.
Responding to requests from its customer base to solve these pressing problems, RISCO Group
developed ACT™ -a revolutionary anti-cloak solution.
ACT™ prevents the alarm system from being bypassed, by neutralizing attempts to camouflage IR
radiation. Using unique pattern recognition algorithms, ACT™ distinguishes between the weak IR
signal of a moving intruder and the background noise and thermal interferences that may cause
false alarms.
Once the presence of an intruder is recognized, ACT™ switches the system automatically from dual
channel PIR/MW mode to single channel MW mode for a predetermined period of time, in order to
trigger an alarm utilizing the MW channel, and then returns to dual channel mode.
In the second case, when the ambient temperature approaches body temperature, the ACT™
switches to microwave-only detection.
Offering significantly higher detection capabilities as well as immunity from false alarms, ACT™
thwarts even the most sophisticated burglars.
4
Ind. LuNAR 200DTG3 Installation Guide
Ind. LuNAR 200DTG3 Configuration Options
The Ind. LuNAR 200DTG3 can be configured and/or diagnosed remotely via one of the options:
ACT Mode
LEDs
MW Sensitivity
Diagnostics
Status/Trouble/Info Reports
AM Diagnostics
MW Bypass
MW Disable on Disarm
("Green Line")
Manual
configuration
9 9 9
9 9 9
(by trimmer) 9 9
9
-
-
- -
- -
- -
Remote
Control
Device
9 9
9 9
ProSYS Bus
Control
9
9
9
LED Display
The three Tri color LEDs in the Ind. LuNAR 200DTG3, operate as herein described:
LED STATE MEANING
Steady
Red
Green
Orange
All LEDs
Flashing with low frequency
Flashing with high frequency AM detection
Steady Microwave detection
Flashing Trouble in the MW channel
Steady PIR detection
Flashing Trouble in the PIR channel
Flashing with change of color Upon power up
Detector alarm (simultaneous PIR and MW
detection)
Indicates malfunctioned communication
with ProSYS
English
Ind. LuNAR 200DTG3 Installation Guide 5
INSTALLATION
Preliminary steps:
♦ Before installation, study the space to be protected carefully in order to choose the exact
location of the unit for the best possible coverage.
♦ Never install the Ind. LuNAR 200DTG3 in an environment that causes an alarm condition in
one technology.
♦ Avoid installations where rotating machines (e.g. fans) are normally in operation within the
coverage pattern. Point the unit away from glass exposed to the outdoors and objects that
may change temperature rapidly.
♦ Do not mount the detector in direct sunlight or near any heat sources. Detection sectors
should be pointed either towards a wall, floor but not towards windows or curtains. The
installation surface should be solid, smooth and vibration free
♦ Eliminate interference from nearby outside sources.
♦ For optimum detection, select a location likely to intercept an intruder moving across the
coverage pattern.
♦ Recommended mounting heights that allow 18m (60ft) detection, are from 3.7m to 8.6m.
♦ The detector must be mounted on the ceiling, preferably in the center of the room.
Ind. LuNAR 200DTG3 Installation Guide 6
Typical Ind. LuNAR 200DTG3 detection coverage and installation height, are illustrated below:
m
8
7
6
5
4
3
2
1
Side View
8.6m/28ft Installation height
02468998 6 4 2
0 7 13 20 26 3030 26 20 13 7
m
ft
Top View
0 7 13 20 26 3030 26 20 13 7
English
ft
02468998642
18m/60"
NOTE:
When installing the Ind. LuNAR 200DTG3 detector in a
room occupied with high volume interfering elements,
Ind. LuNAR 200DTG3 Installation Guide 7
MW detection may be affected.
m
Installation Process:
To open the detector (Figure 1), remove the cover by inserting a screwdriver (1) in the recess
between the detector’s protection cap and the cover. The cover will remain attached to the base of
the detector.
Using a Philips screwdriver, release the upper cover screw (2) and gently pull upward the detector’s
upper cover.
2
FIGURE 1
1
Ind. LuNAR 200DTG3 Installation Guide 8
Release the PCB holding screw (Figure 2) located on the right hand side of the PCB (1), pull gently
the two release clips (2) outward and remove the PCB.
English
Do not touch
the PIR
FIGURE 2
sensors!
Ind. LuNAR 200DTG3 Installation Guide 9
If required, open (Figure 3) the wiring channels knockout using a cutter (1, 2) and knockout holes in
the rear cover (3, 4) using a screwdriver.
FIGURE 3
3 4
Ind. LuNAR 200DTG3 Installation Guide 10
Insert the cable via the cable opening (Figure 4) and connect the desired wires as described in
“Step 4- Wiring”.
English
FIGURE 4
Mount the rear cover in its final location (Figure 5) using the 3 mounting screws and seal the
remaining open holes with sealant.
NOTE:
When a single gang box is used, use 2 additional
screws to mount the base to the single gang box.
The back tamper cannot be used in this case!
FIGURE 5
Back
Tamper
Hole
Return the PCB to its previous location and verify that it is well secured by the holding clips and the
screw.
Ind. LuNAR 200DTG3 Installation Guide 11
Perform lens adjustment and DIP switch settings as described in “Lens Adjustment” on page 12
and on page 15.
Mount the top cover on the detector’s base.
Tighten the top cover’s central screw.
Replace the detector’s protection cap.
NOTE:
If ceiling tamper is desired, break and open the ceiling
tamper hole at the detector’s base!
Lens Adjustment:
The Ind. LuNAR 200DTG3 has three - Fresnel lenses attached to the cover, located in sensor
protective sleeves. Adjust the position of the lenses based on the ceiling mounting height as follows:
Press the 2 clips attaching the sleeve (Figure 6) to the detector’s cover, and gently pull out the
sleeve.
FIGURE 6
Remove the lens from the sleeve (Figure 7) by gently lifting it from the holding pins that secure it to
the sides of the sleeve.
Ind. LuNAR 200DTG3 Installation Guide 12
FIGURE 7
Place the two pins, which are located on both sides of the sleeve into the matching slots on the lens.
Use the following table to select the desired lens position.
English
Return the protective sleeve back into place on the detector front cover.
Repeat steps 1 to 5 for the remaining 2 lenses.
Ind. LuNAR 200DTG3 Installation Guide 13
NOTES:
Below 3.7m mounting height, the coverage diameter
starts decreasing, and at 2.7m height coverage
diameter is 15m (50ft).
For customized coverage, it is possible to set the
position of each lens to a different height, according to
the installation conditions.
DO NOT TOUCH PIR
SENSORS
DIPswitch Settings
Green
Self
RELAY
REMOTE
AM
N/A N/A
MODE
CONTROL
9
8
TAMPER
BUS
N/A
MODE
9
8
MW
Potentiometer
MIN MAX
RC/SET INPUT
0V
12V
TAMPER EOL
J3
ALARM
ON
EOL
1K
2.2K
12345678
4.7K
5.6K
6.8K
J3
Relay Mode
Configuration
BUS Mode
Configuration
AM EOL
ACT LED
Line
Test
1234567
BUS ADDRESS
1234567
9
PIR
Ind. LuNAR 200DTG3 Installation Guide 14
Selectors and Jumpers
RC/SET
INPUT
Used to determine the polarity of the external inputs.
12V: 12v has to be connected in order activate the function.
GND or N.C. has no influence on the RC/SET status.
(see Relay mode DIP switches configuration)
English
0V: The GND has to be connected in order to activate the function.
12v or N.C. has no influence on the RC/SET status.
(see Relay mode DIP switches configuration)
Ind. LuNAR 200DTG3 Installation Guide 15
EOL
RESISTORS
JUMPERS
FAULT/AM EOL
JUMPERS
12K
No
Resistor
(Default)
The jumpers are used when connecting the
detector to a DEOL or TEOL Zone. The jumpers
allow the selection of TAMPER, ALARM E.O.L
resistors (1K, 2.2K, 4.7K, 5.6K or 6.8K), according
to the control panel settings. An additional double
jumper allows the connection of 12K FAULT/AM
E.O.L resistor (see EOL Resistors Schematic).
Follow the terminal block connection diagram
when connecting the detector to a Double/Triple
End Of Line (DEOL/TEOL) Zone.
Schematic of EOL Resistors
DIP Switch Settings
The Ind. LuNAR 200DTG3 has a 9 position DIP switch that changes functionality for use in Relay
mode or in BUS operation mode. Set the DIP switch according to the tables below:
Factory Default Settings:
Ind. LuNAR 200DTG3 Installation Guide 16
ON
123456789
Relay Mode Configuration (DIP
switch 6=OFF)
:
English
DIP switch
Description
Number
1
Used to determine the operation of the ACT
DIP switch ON: ACT is enabled
DIP switch OFF: ACT is disabled (def ault factory)
2
Used to determine the operation of the detector’s LEDs
Dip switch ON: LEDs are enabled (default factory)
DIP switch OFF: LEDs are disabled
3
Used to determine the operation of the "Green Line" (See Note below)
DIP switch ON: "Green Line" is enabled
DIP switch OFF: "Green Line" is disabled (default factory)
4
Used to determine the type of Self Test (See Note below)
DIP switch ON: Local Self Test:
In case the local self test fails, the FAULT/AM Relay is activated for a period of 2.5 secs.
DIP switch OFF: Remote Self Test (default factory):
In case the remote self test passes, the Alarm Relays are activated for a period of 5 secs.
In case the test fails, FAULT/AM Relay is activated for a period of 2.5 seconds.
5
Used to determine whether Active IR Anti-Masking is active. (See Note below)
DIP switch ON: Enable
DIP switch OFF: Disable (default factory)
IMPORTANT:
If the AM is enabled via DIP Switch 5, the cover must be fitted within 1 minute from applying the
power. If the detector is already powered up and DIP Switch 5 is turned on, the unit must be
6
down powered to reset the AM calibration.
Used to determine the detector’s connection mode
DIP switch OFF: Relay mode
Used to determine if the Remote Control communication is enabled or disabled.
DIP switch ON: RC communication is always enabled.
DIP switch OFF: RC communication depends on the voltage applied to the terminal block
“RC”
7
(default factory)
When an activation signal is applied to the RC input of the terminal block, RC is enabled.
IMPORTANT:
Turn dipswitch 7 “OFF” after installation and when leaving the site for security reasons. This
will prevent unauthorized use of a remote control unit that may be used to disable the detector.
8-9 DIP switches OFF
NOTE:
See Set Terminal Blocks for activation details.
Ind. LuNAR 200DTG3 Installation Guide 17
BUS Mode Configuration (DIP
switch 6=ON):
DIP
Description
switch
Number
1-5
Used to set the detector ID number. (See Table 1)
Set the ID number in the same way as for any other ProSYS accessory.
Used to determine the detector’s connection mode.
6
DIP switch ON: ProSYS connection – BUS configuration
NOTE:
Upon power up or normal operation, the Ind. LuNAR 200DTG3 waits 10 seconds for ProSYS
communication. Communication problem may occur due to bad wiring, wrong address, or ProSYS
not configured properly; RED LEDs will continuously flash until the problem is solved.
Not applicable (RC communication is automatically enabled when entering Walk Test mode in
7
8-9
the ProSYS and disabled othe rwise).
DIP Switch ON: in order to enable the dete ctor to report the tamper status to ProSYS.
Table 1: ID Settings for BUS connection
ID 1 2 3 4 5 ID 1 2 3 4 5
OFF OFF OFF OFF OFF
01
ON OFF OFF OFF OFF
02
OFF ON OFF OFF OFF
03
ON ON OFF OFF OFF
04
OFF OFF ON OFF OFF
05
ON OFF ON OFF OFF
06
OFF ON ON OFF OFF
07
ON ON ON OFF OFF
08
OFF OFF OFF ON OFF
09
ON OFF OFF ON OFF
10
OFF ON OFF ON OFF
11
ON ON OFF ON OFF
12
OFF OFF ON ON OFF
13
ON OFF ON ON OFF
14
OFF ON ON ON OFF
15
ON ON ON ON OFF
16
ON
1234
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
BUS ADDRESS
BUS
N/A
MODE
6
5
7
OFF OFF OFF OFF ON
ON OFF OFF OFF ON
OFF ON OFF OFF ON
ON ON OFF OFF ON
OFF OFF ON OFF ON
ON OFF ON OFF ON
OFF ON ON OFF ON
ON ON ON OFF ON
OFF OFF OFF ON ON
ON OFF OFF ON ON
OFF ON OFF ON ON
ON ON OFF ON ON
OFF OFF ON ON ON
ON OFF ON ON ON
OFF ON ON ON ON
ON ON ON ON ON
TAMPER
8
9
Ind. LuNAR 200DTG3 Installation Guide 18
Terminal Blocks
TERMINAL BLOCK 1 DESCRIPTION
+12V (RED) Power supply positive (+) input voltage
- (BLK) Common to control panel power supply
BUS (GRN) Used for data communication with the ProSYS
BUS (YEL)
SET ∗
RC ∗
(REMOTE
CONTROL)
WARNING:
Turn DIP switch 7 “OFF” after installation and when leaving the site for security
reasons. This will prevent unauthorized use of a remote control unit that may be used
to disable the detector.
∗
Not relevant in BUS mode
TERMINAL BLOCK 2 DESCRIPTION
AM/FAULT Normally closed output
TAMPER Normally closed output
ALARM Normally closed output
Used for data communication with the ProSYS
Used to remotely SET/UNSET the detector.
When an activation signal (see RC/SET Activation jumper for settings) is applied to the
SET input of the terminal block:
AM will be disabled (if the AM DIP switch 5 was previously ON)
MW module is enabled (if the Green Line DIP switch 3 was previously ON).
Removing an activation signal will cause a Self Test (if the Remote Self Test DIP switch
4 was previously OFF).
Used to enable/disable the remote control communication, only when DIP switch 7 is
“OFF”.
When an activation signal (see RC/SET input jumper for settings) is applied to the RC
input of the terminal block, Remote Control will be enabled.
Note:
DIP switch 7 “ON” constantly enables RC communication.
The AM/FAULT output opens in the following events:
Detector is masked (ALARM also opens in this case)
Self Test failed
Input voltage is low (6VDC-8VDC)
English
Ind. LuNAR 200DTG3 Installation Guide
19
Walk Test
NOTE:
To perform the walk test, first enable the LEDs.
Two minutes after applying power (warm-up period), walk test the detector over the entire protected
area to verify proper operation of the detector and observe the Tri - color LED. The edge of the
microwave pattern is determined by the first red LED activation (both PIR and MW LEDs are
triggered).
NOTE:
If the PIR/MW LEDs do not TURN ON, probably it means that
there is a problem with either the lens (PIR) position, or MW
Adjust the microwave sensitivity by turning the PCB potentiometer (using a screwdriver), or by using
the Remote Control device. Walk test the unit from all directions to determine all the detection
pattern boundaries.
When using the Remote Control device, it is recommended to perform the LuNAR Self Test; for
further instructions refer to the Remote Control Instructions.
Upon completion of installation and testing stages, ensure that all switches are in their desired
positions.
adjustment!
NOTE:
Adjust the MW to the lowest possible setting that will still
provide enough coverage for the entire protected area!
IMPORTANT:
Turn DIP switch 7 “OFF” after installation and when
leaving the site for security reasons. This will
prevent unauthorized use of a remote control unit,
that may be used to disable the detector.
Ind. LuNAR 200DTG3 Installation Guide 20
Troubleshooting
This section describes possible system problems and their solutions:
Always perform the following preliminary checks before referring to the troubleshooting table:
Perform a complete visual inspection of the Ind. LuNAR 200DTG3, for signs of mechanical damage,
loose connections or torn wires.
Check the connections of the incoming AC power source.
Trouble Meaning Response
ProSYS Configuration of
detectors fails/not accepted by
the system
Tamper indication while working
in the BUS mode
Tamper indication in the Relay
or BUS mode
Walk test cannot be initiated via
the ProSYS keypad
Green LED doesn’t operate
during Walk test - MW channel
does not function
ID configuration
problem
Tamper
connection
malfunction
Tamper probably
not closed
Wrong code Insert the appropriate code
Ind. LuNAR
200DTG3 is
configured (via
the ProSYS) to
the “MW disable
on DISARM”
during ProSYS’s
DISARM mode
Ind. LuNAR
200DTG3
operating in
Bypass mode
due to “Bypass
MW channel
mode”
Disconnect all power sources,
configure the desired IDs and
reconnect power again
Verify that both DIP 8 and 9 are in
ON position
Visually verify that ceiling tamper
and spring are correctly installed
Normal behavior
Reset the detector.
If MW channel trouble reoccurs,
replace the detector with a new one
English
Ind. LuNAR 200DTG3 Installation Guide 21
Specifications
Coverage
Coverage pattern consists of 192 fingers (96 Fresnel facets)
divided into 3 lens sections.
Each lens section has 4 adjustable vertical positions for variable
mounting height and customized coverage.
360° by 18m (60ft) diameter. When mounting the detector under
3.7m, the coverage diameter starts to decrease up to 15m (50ft).
Variable Mounting Height From 2.7m to 8.6m (9’ to 28’), 4 lens positions according to
installation height
RFI immunity According to EN50130-4
Operating voltage 9 to 16VDC
Current consumption 20mA at 12VDC, 30mA at 16 VDC, Maximum 40mA with all
LEDs on.
Alarm and AM contacts Opto-relay NC, 100mA, 24 VDC
Tamper contacts NC, 500mA, 24 VDC
Alarm Time 2.2 seconds
Warm-up time 2 minutes
Optical Filtering for white
Pigmented Fresnel lens
light
protection
Operating temperature -20° C to 55° C (-4° F to 131° F)
Storage temperature -20° C to 60° C (-4° F to 140° F)
Dimensions (Height x
99mm x 194mm (3.9’’x 7.6’’)
Diameter)
The Ind. LuNAR 200DTG3 detector is suitable for use in installations complying with
PD6662, EN50131-1 and EN50131-2-4 Grade 3, Class II.
Ind. LuNAR 200DTG3 Installation Guide
22
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Italiano
Descrizione Generale
Il LuNAR industriale DT AM Grado 3 (Ind. LuNAR 200DTG3) è un rivelatore doppia tecnologia da soffitto
che può essere installato fino ad una altezza di 8.6 metri e integra la rivoluzionaria tecnologia Anti-Cloak™
Technology (ACT™) di RISCO. Il rivelatore ha un’intelligente elaborazione digitale del segnale che
configura automaticamente le soglie di allarme e il conteggio degli impulsi in funzione del movimento
dell’intruso all’interno dell’area protetta rispetto ai fattori ambientali, garantendo la migliore rivelazione
possibile.
Il Ind. LuNAR 200DTG3 può funzionare sia come unità “stand alone”, collegabile a qualsiasi centrale d’allarme,
sia come Accessorio BUS, collegabile via BUS RS-485 ai sistemi d’allarme RISCO serie ProSYS.
Caratteristiche del Ind. LuNAR 200DTG3
♦ Conforme alle normative europee PD6662, EN50131-1, TS50131-2-4 Grado 3
♦ Rivelatore doppia tecnologia indirizzato con tecnologia Anti-Cloak™
♦ Installazione fino a 8.6 metri di altezza
♦ Copertura di 360
♦ 3 rivelatori PIR indipendenti per una copertura programmabile
♦ Elaborazione Digitale del Segnale – verifica dell’allarme e modifica delle soglie di
allarme in funzione del movimento dell’intruso all’ int er no dell’area protetta
♦ Resistenze di fine linea selezionabili tramite ponticelli
♦ IR attivo Anti-Mask conforme alle specifiche tecniche europee TS50131
♦ Interruttori antimanomissione contro l’apertura e la rimozione
♦ Configurazione "Green Line" per disabilitare le emissioni della sezione microonda
ad impianto disinserito
♦ Relè opto isolati a basso assorbimento di corrente e lunga durata
♦ Auto-test locale o remoto tramite comando remoto
♦ Ingresso di stato impianto inserito/disinserito (SET)
♦ Ingresso per l’abilitazione del dispositivo di controllo remoto (RC)
♦ Ottimizzazione della copertura PIR tramite lo spostamento delle Lenti
♦ Portata Microonda regolabile manualmente tramite potenziometro (regolazione
analogica) e in remoto (regolazione digitale)
♦ Indicazione di anomalia (tramite LED o in remoto)
♦ 3 LED con tricolore per effettuare agevolmente la prova di copertura
♦ Controllo e diagnostica remota avanzata
♦ Limitazione dell’assorbimen to in corrente se collegato ai sistemi d’allarme ProSYS
0
con 18 metri di diametro
Ind. LuNAR 200DTG3 - Guida all’installazione 2
Caratteristiche di Controllo e Diagnostica Remota*
♦ Regolazione remota della microonda.
♦ Le utilità di diagnostica includono la lettura della tensione di alimentazione del
rivelatore, lo stato dei 3 canali PIR (Infrarosso) e del canale MW (microonda)
(tensione del segnale e livelli di rumore) e la verifica della versione del
firmware.
♦ Visualizzazione remota e controllo della configurazione dell’unità per quanto
riguarda la regolazione della microonda, l’ACT (on/off) e i LED (on/off).
♦ Indicazione remota di anomalia per la sezione PIR, MW e l’ingresso di
alimentazione.
♦ Controllo ed esclusione microonda MW (in caso di anomalia MW) e
disabilitazione microonda MW durante il periodo in cui l’impianto d’allarme è
disinserito (funzione “Green Line”), se collegato via bus ai sistemi d’allarme
ProSYS.
*Tramite il dispositivo bidirezionale di controllo all’infrarosso (opzionale) o il software di
teleassistenza se l’unità è collegata via BUS ad un sistema d’allarme ProSYS.
Sistema di Rilevazione
La rilevazione del Ind. LuNAR 200DTG3 si basa sulle seguenti tecnologie:
♦ PIR (Infrarosso Passivo) – rileva il cambiamento di temperatura che viene
generato da un intruso che attraversa l’area protetta dal sensore.
♦ MW (Microonda) – trasmette segnali e analizza la variazione di frequenza
degli stessi causata da un intruso che si muove all’interno dell’area protetta.
Questa tecnologia lavora con il principio dell’effetto Doppler.
L’ALLARME viene generato solo quando entrambe le tecnologie di rilevazione vengono attivate
simultaneamente (ad eccezione del funzionamento con ACT – consultare la pagina 4 – “Come
funziona l’ACT™”), riducendo drasticamente la percentuale di allarmi impropri.
Italiano
Ind. LuNAR 200DTG3 - Guida all’installazione 3
Come funziona l’ACT™
Anti-Cloak™ (ACT™) è la prima vera innovazione della tecnologia di rivelazione volumetrica
antintrusione dall'introduzione della tecnologia ad Infrarosso Passivo. Offrendo i benefici di un
rivelatore a Doppia Tecnologia ma allo stesso tempo sopperendo ai suoi punti deboli, questa
innovazione, in attesa di brevetto, costituisce un nuovo standard nella tecnologia dei rivelatori
antintrusione.
I rivelatori a doppia tecnologia Microonda e Infrarosso Passivo sono stati un importante sviluppo per
l'industria della sicurezza per la loro capacità di riduzione degli allarmi impropri. Essi però hanno due
grandi punti deboli:
Gli intrusi possono evitare di essere rilevati dal canale IR bloccando le radiazioni infrarosse del
proprio corpo con un grosso ombrello, un cartone o altro.
La sensibilità del PIR si riduce notevolmente quando vengono protette aree in cui la temperatura
ambientale raggiunge quella del corpo umano.
In risposta alle richieste dei clienti di risolvere queste problematiche, RISCO ha sviluppato la
rivoluzionaria tecnologia chiamata ACT™.
ACT™ previene la neutralizzazione del sistema di allarme quando il canale all'infrarosso dei normali
rivelatori a doppia tecnologia viene messo in condizione di non rilevare un intruso. Utilizzando
algoritmi che analizzano la forma d'onda e la frequenza dei segnali infrarossi, ACT™ identifica il
segnale particolarmente basso di un intruso in movimento rispetto ad interferenze termiche che
potrebbero essere causa di allarmi impropri.
Una volta che la presenza di un intruso è stata rilevata, ACT™ commuta automaticamente il
rivelatore da doppia tecnologia al funzionamento in solo Microonda per un periodo di tempo
determinato al fine di attivare l'allarme con il solo canale Microonda.
Nel secondo caso, quando la temperatura dell'ambiente protetto si avvicina alla temperatura del
corpo umano, ACT™ commuta in microonda singola.
ACT™ garantisce rilevazione dell’intruso anche in condizioni critiche ed elevata immunità ai falsi
allarmi.
Ind. LuNAR 200DTG3 - Guida all’installazione 4
Opzioni di Configurazione del Ind. LuNAR 200DTG3
Il Ind. LuNAR 200DTG3 può essere configurato e/o testato in remoto tramite le opzioni elencate
nella tabella che segue:
Modo ACT
Abilitazione LED
Sensibilità MW
Diagnostica
Stato/Anomalie/Informazioni
Diagnostica AM
Esclusione MW se in
anomalia
Disabilita MW in disinserito
(Funzione "Green Line")
Locale sul
rivelatore
9 9 9
9 9 9
(via trimmer) 9 9
9
-
-
- -
- -
- -
Dispositivo
Remoto
9 9
9 9
Da centrale
ProSYS
9
9
9
Indicatori LED
I tre LED tricolori del Ind. LuNAR 200DTG3, riportano le informazioni che seguono:
LED STATO SIGNIFICATO
Acceso
Rosso
Verde
Arancio
Tutti i LED
Lampeggiante lento
Lampeggiante veloce Rilevazione circuito Anti-Mask (AM)
Acceso Rilevazione canale Microonda (MW)
Lampeggiante Anomalia canale Microonda (MW)
Acceso
Lampeggiante Anomalia canale Infrarosso (PIR)
Lampeggianti con cambio di colore Alimentazione iniziale
Rivelatore in allarme (rilevazione
simultanea su canale PIR e MW)
Anomalia di comunicazione con la centrale
ProSYS
Rilevazione canale Infrarosso (PIR)
Ind. LuNAR 200DTG3 - Guida all’installazione 5
Italiano
INSTALLAZIONE
Fase preliminare:
♦ Prima di procedure con l’installazione, studiare attentamente l’area da
proteggere al fine di trovare la corretta locazione del rivelatore per la migliore
copertura possibile.
♦ Non installare mai il LuNAR in un ambiente con un disturbo che causa una
condizione d’allarme persistente in una delle due tecnologie.
♦ Evitare installazioni in presenza oggetti in movimento (ad esempio ventole)
che operano normalmente nell’area coperta dal rivelatore. Puntare l’unità
lontano da vetrate che danno all’esterno o oggetti che possono cambiare
temperature rapidamente.
♦ Non installare il rivelatore in posizioni che possano essere colpite da raggi
solari diretti o vicino a sorgenti di calore. Le zone di rilevazione dovrebbero
essere posizionate davanti a pareti, pavimenti ma non di fronte a tendaggi. La
superficie di installazione deve essere solida, liscia ed esente da vibrazioni.
♦ Per un’ottima rilevazione scegliere la posizione di installazione in modo che
l’eventuale intruso si introduca nell’area protetta attraversando le zone sensibili
del rivelatore.
♦ L’altezza di installazione consigliata, per una copertura con un diametro di 18
metri, và da 3.7 a 8.6 metri. Installato a 2.7 metri di altezza il rivelatore ha una
copertura caratterizzata da un diametro di 15 metri.
♦ Il rivelatore và montato a soffitto, preferibilmente al centro dell’area da
proteggere.
Ind. LuNAR 200DTG3 - Guida all’installazione 6
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