INIM SAGITTARIUS VW2W User manual

GameOver
Sagittarius
Wireless devices
Instructions
DCMIINIESAGITT-R100-20070920

2Sagittarius
Sagittarius
Table of contents
Chapter 1 Introduction....................................................................... 3
Chapter 2 System architecture............................................................ 4
2.1 Maximum configuration (Wireless section) 4
2.2 Wireless range 4
2.3 Communication mode 4
Chapter 3 System devices .................................................................. 6
Chapter 4 VW2W protocol translator .................................................... 7
4.1 Connecting the translator to the detection line 7
4.2 Enrolling wireless devices onto the translator 7
4.3 Enrolling locally 8
4.4 LOOP configuration — Translator to Detection Line (Status 0-1) 8
4.5 RF — Enrolling wireless devices on the Loop via Translator (Status 0-2) 9
4.5.1 Enrolling translator (Status 0-2-1) 9
4.5.2 Enrolling/Deleting detector (Status 0-2-2) 10
4.5.3 Enrolling/Deleting input module (Status 0-2-3) 11
4.5.3 Enrolling/Deleting output module (Status 0-2-4) 12
4.5.5 Enrolling/Deleting manual callpoint (Status 0-2-5) 13
4.5.2 Enrolling/Deleting sounder (Status 0-2-6) 13
4.6 Information relating to the translator configuration (Status 0 – 3) 13
4.7 Installation 14
Chapter 5 SG100, SG200, SG350 analogue addressable wireless detectors...15
5.1 SG100 16
5.2 SG200 16
5.3 SG350 16
5.4 Test 17
5.5 Tamper 17
5.6 Visual signalling (LED) 17
5.7 Technical specifications 18
5.8 Installation 18
Chapter 6 SGCP100 manual resettable callpoint .................................. 20
6.1 Visual signalling (LED) 21
6.2 Technical specifications 21
6.3 Installation 21
Chapter 7 SGMI100 input module...................................................... 22
7.1 Visual signalling (LED) 22
7.2 Technical specifications 22
7.3 Installation 23

Introduction 3
Wireless devices
Chapter 1
Introduction
The VEGA-SAGITTARIUS integrated wireless system is the result of an accurate
analysis of in-depth research into issues relating to difficult applications (for
example, notable buildings and places of architectural importance) and the high cost
of redecoration work after installation. It is also a truism that wireless systems are
unable to effectively replace traditional hard-wired systems, as their reduced-
performance (attributable to the deployment of conventional detectors which are
incapable of transmitting fault signals) tends to keep maintenance, and consequently
running costs, high.
This is why we decided to develop a wire-to-wireless system that provides a means of
adapting hard-wired analogue-addressable fire alarm systems to suit the needs of
difficult applications.
VEGA is the brand name of a series of analogue-addressable fire-detection devices
which interact with control panels via an appropriate communication protocol.
SAGITTARIUS is the name of a series of wireless analogue-addressable fire-detection
devices which communicate over a wireless-based gateway through a protocol
translator that allows the control panel to manage wireless devices as if they were
directly connected to the loop.

4System architecture
Sagittarius
Chapter 2
System architecture
The wireless section of the fire-alarm system comprises a VW2W interface module
that is connected to, and powered by, the loop. The interface communicates with the
system it serves through the communication protocol used by the control panel, and
receives signals from SAGITTARIUS series devices over the Virtual Wire ® wireless-
based link, that also has the task of ensuring data-transmission quality, device
response, etc.
2.1 Maximum configuration (Wireless section)
The VW2W interface module manages 32 addressable points employing the devices
listed in Table 1. The control panel regards these as devices with sequential
addresses, starting from the address assigned to the translator component (which is
directly connected to the loop).
The wireless system comprises a full product line-up of EN54-XX compliant fire
detection devices.
These devices have been developed using latest generation wireless communication
components resulting in higher efficiencies and lower-power consumption.
The 32 device limit is in accordance with EN54-2 requirements relating to “control
and signalling devices”. This standard requires that no more than 32 devices run the
risk of being out-of-service at any one time (§12-5-3), due to interruption and/or
short-circuit on the detection line.
The wireless transmission between the translator and its devices is as prescribed in
the reference standard pr54-24.
2.2 Wireless range
The translator delivers high performance when its devices are at open-area distances
of 200m. The range can be extended to by a further 600m by means of a wireless
range extender which provides a repeater signal to the main access point.
The system manages up to 6 wireless range extenders on 6 different levels. When all
6 are deployed in conjunction the open-area range can be extended to 3,600m.

System architecture 5
Wireless devices
2.3 Communication mode
The wireless devices communicate with the translator and wireless range extenders
using 868Mhz frequency band with GFSK modulation.
The data transmission system comprises 7 channels. The data transmission channel
is selected in accordance with signal quality.
Data transmission is bi-directional with feedback (acknowledge).
In order to avoid interference from other systems in the surrounding area, the
system provides several protection features such as: system codes, automatic
transmission collision avoidance, cyclic redundancy check (to verify data integrity).
The data transmission is crypted too.
The system also automatically manages the transmission power, transmission quality
(according to the measured Received Signal strength Indication).

6System devices
Sagittarius
Chapter 3
System devices
The following table describes the devices which can be used with the system.
Device Type Description
VW2W Protocol translator Uses wired communication technology to notify
the control panel (VEGA protocol) and wireless
communication technology to communicate with
its devices
SGWE Expander Uses wireless communication technology to
communicate with the translator and/or other
wireless extenders
SG100 Analogue-addressable
optical-smoke detector
Uses wireless communication technology to
communicate with the translator and/or other
wireless extenders
SG200 Analogue-multicriteria
detector
Uses wireless communication technology to
communicate with the translator and/or other
wireless extenders
SG350 Analogue-heat detector Uses wireless communication technology to
communicate with the translator and/or other
wireless extenders
SGCP100 Manual resettable
callpoint
Uses wireless communication technology to
communicate with the translator and/or other
wireless extenders
SGVMI100 Single supervised input
module
Uses wireless communication technology to
communicate with the translator and/or other
wireless extenders
SGVMC100 Single output module Uses wireless communication technology to
communicate with the translator and/or other
wireless extenders
SGRS100 Wall-mount sounder Uses wireless communication technology to
communicate with the translator and/or other
wireless extenders

VW2W protocol translator 7
Wireless devices
Chapter 4
VW2W protocol translator
The VW2W Protocol translator is connected to, and powered by the loop. It
communicates with the control panel via VEGA communication protocol.
4.1 Connecting the translator to the detection line
Using terminal 1 (vedi Figura 1), connect the translator to the detection line. Be sure
to observe proper polarity.
Figure 1 - Board and terminals
4.2 Enrolling wireless devices onto the translator
This operation consists of enrolling all the individual wireless devices onto the
translator, and therefore onto the control panel.
Enrolling can be implemented:
• locally, using the keys on the translator
• from a PC via RS232, using the WirelEx software application
RS232
Loop Input
-
Loop Output -
Loop Output +
Loop Input +
Display

.



8VW2W protocol translator
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4.3 Enrolling locally
Connect the translator to the detection line, or to a 24Vdc (15Vdc – 40Vdc) or to the
ARGUS ‘line driver’:
1. On power-up, various symbols appear on the display for approximately 1 second
2. The display then clears (Status 0)
Using the Ú: keys, you can scroll the various function statuses:
•Loop: allows the configuration of the translator
with regard communications between the translator
and the detection line.
•Rf: allows the configuration of the translator with
regard communications between the translator and
its wireless devices.
•Info: gives information about traslator status .
4.4 LOOP configuration — Translator to Detection Line
(Status 0-1)
If you select LOOP mode, the system will assign an address to the translator that is
connected to the detection line. This address will be the first address of all the
wireless devices.
It is not necessary to reserve 32 addresses on the detection line, as only the number
of addresses actually required by the translator (for its enrolled wireless devices) will
be employed.
1. Status LOOP: display will show “
Loop ” (Status 0-1)
2. Press the ;key: display will show “
SA ” (Start Address) (Status 0-1-1)
3. Press the ;key: display will show the
current address of the translator
(Status 0-1-1-1) Using the keys,
assign the required address
4. Press the ;key to confirm the
selection. The display will show “ SA ”
again and will step back to point 1
(Status 0-1-1), where you can change
the address.
5. Press the ækey to exit (Status 0-1)
Changing the address of the translator does not entail changing the previously-
assigned addresses of the wireless devices, as their new addresses will be assigned
automatically (starting from the new address of the translator).
blank 0

..
8888
Loop 0-1
Loop

.
RF Progr 0-2
rf
.
Info 0-3
info
Loop 0-1

..
Loop
Start address
detectors 0-1-1
SA

.
Start address
modules 0-1-2
MA
.
Protocol 0-1-3
prot
0-1-1-1
8888
0-1-2-1
8888
0-1-3-1
8888

VW2W protocol translator 9
Wireless devices
4.5 RF — Enrolling wireless devices on the Loop via
Translator (Status 0-2)
If you select RF mode, the system will enroll the wireless section of the translator and
the wireless communication device type will be assigned to the translator connected
to the detection line.
1. Status RF: display will show “ rF ” (Status 0-2)
2. Press the ;key: display will show “ Exp ” (Expander) (Status 0-2-1)
Using the Ú: keys, scroll the device list and assign the respective device type:
•Sens: Enroll smoke, heat and multicriteria detectors (Status 0-2-2)
•Imod: Enroll input modules (Status 0-2-3)
•Omod: Enroll output modules (Status 0-2-4)
•CP: Enroll manual callpoints(Status 0-2-5)
•Snd: Enroll sounders (Status 0-2-6)
4.5.1 Enrolling translator (Status 0-2-1)
The enrolment must be implemented before any other operations. This operation
involves setting the parameters shown in the following table:
•System address: Entails the assignment of an address to the translator. The
display will show “ Exp ” (Status 0-2-1)
1. Press the ;key: display will show “ Sys ” (Expander) (Status 0-2-1-1)
2. Press the ;key: display will show the current address of the translator (Status
0-2-1-1-1)
3. Using the Ú: keys, select the required address.
4. Press the ;key to confirm the selection. The display will show “ Sys ” again
and will step back to point 1 (Status 0-2-1-1), where you can change the
address.
Operation
type Display Statu sDescription
System address Sys 0-2-1-1 Number from 1 to 255. This code ensures that
different systems working in the same building do
not collide, even when they are operating on the
same channel.
Communication
mode
Ch 0-2-1-2 Number from 1 to 7. Determines the
communication channel the appliance uses to
communicate with its connected devices.
Initialisation Init 0-2-1-3 Assigns the previously set parameters (System
code and channel number).
Reset res 0-2-1-4 Resets all the devices connected to the appliance.
Loads the
configuration
LOAd 0-2-1-5 Loads the pre-existing configuration of the system
if already downloaded from a PC.

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•Communication mode:
1. Press the Úkey: display will show “ Ch ” (Status 0-2-1-2)
2. Press the ;key: display will show the number of the current communication
channel (Status 0-2-1-2-1).
3. Using the Ú: keys, select the required communication channel.
4. Press the ;key. The display will show “ Ch ” again and will step back to point 1
(Status 0-2-1-2), where you can change the channel.
5. Using the Ú: keys, select the required communication channel.
6. Press the ækey to go back, step by step, to the start (Status 0-2-1).
•Initialisation: Entails the assignment of the previously set parameters (System
code and channel number)
1. Press the Úkey: display will show “ Init ” (Status 0-2-1-3)
2. Press the ;key: display will show “ oooo ”. It indicates that the operation is
running. Once the operation has been completed, the display will show “ Done”.
3. Press the ;key to go back to the translator addressing phase (Status 0-2-1).
The display will show “ Exp ” .
•Reset: this command will reset all the devices that are connected to the translator.
1. Press the Úkey: display will show “ res ” (Status 0-2-1-4)
2. Press the ;key: display will show “ Done ” indicating that the operation has
been carried out.
3. Press the ;key to go back to the translator addressing phase (Status 0-2-1):
The display will show “ Exp ” .
•Load Configuration: this command will download the configuration settings from
the PC.
1. Press the ;key. The display will show “ LOAD ” (Status 0-2-1-5)
2. Press the ;key. The display will show “ Conf” (Stato 0-2-1-5-1). Confirmation
of the command will be requested.
3. Press the ;key. The display will show “ Done ” (Status 0-2-1-5-2) indicating
that the operation has been carried out.
4. Press the ;key to go back to the translator addressing phase (Status 0-2-1).
The display will show “ Exp ”.
5. Press the ækey to go back, step by step, to the start (Status 0-2-1).
4.5.2 Enrolling/Deleting detector (Status 0-2-2)
Entails enrolling a detector and its address on the system, or deleting a detector and
its address from the system. The method used for the enrolment and deletion applies
to all detector types (smoke, heat and multicriteria).
1. The display will show “ Sens ” (Status 0-2-2).

VW2W protocol translator 11
Wireless devices
2. Press the ;key. You will access the detector enrolment phase. The display will
show “ Add ” (Status 0-2-2-1).
3. Press the ;key. The display will show “ LINK ” and the radio wave symbol “ ‘ II
’”.
Enrolling a detector
1. Take the detector you intend to enrol on the translator. Check that the secondary
battery is present (the battery must be properly located it in its housing).
2. Set the switch to the “ON” position. Insert the primary battery; be sure to
observe proper polarity. The LED will blink red 4 times and then will go OFF. This
indicates that the detector has been identified by the translator.
3. Set the switch to the “1” position. The LED will blink from red to green and then
will go OFF. This indicates that the detector has been enrolled on the translator
and is communicating properly. The display will show the device address (the
system assigns automatically the first available address): “ NOXX ”.
4. Attach the detector to its base.
Possible Fault signals
If the detector is not properly attached to its base, the display will show the detector
number and the Key icon.
If the primary battery is low, the display will show the detector number and “ BATT ”.
Deleting a detector
1. Press the Úkey. You will access the detector deletion phase. The display will show
“DEL ” (Status 0-2-2-2)
2. Press the ;key. The display will show the list of enrolled detectors “ OXX ”
(Status 0-2-2-2-1). Or, if no detectors have been enrolled on the translator, the
display will show “ none ”.
3. Using the Ú: keys, select the address of the detector you wish to delete.
4. Press the ;key, the translator will ask for the confirmation. The display will show
“Conf ”.
5. Press the ;key to confirm. The display will show “ done ”. The detector has
been deleted.
4.5.3 Enrolling/Deleting input module (Status 0-2-3)
This operation will allow you to add/remove input modules and their respective
addresses on/from the system.
1. The display will show “ IMod ” (Status 0-2-3)
2. Press the ;key. You will access the input module enrolment phase. The display
will show “ Add ” (Status 0-2-3-1).

12 VW2W protocol translator
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3. Press the ;key. The display will show “ LINK ” and the radio wave symbol “ ‘ II
’”.
Enrolling an input module
1. Take the modulesyou intend to enrol on the translator. Check that the secondary
battery is present (the battery must be properly located it in its housing).
2. Set the switch to the “ON” position. Insert the primary battery; be sure to
observe proper polarity. The LED will blink red 4 times and then will go OFF: this
indicates that the input module has been identified by the translator.
3. Set the switch to the “1” position. The LED will blink from red to green and then
will go OFF. This indicates that the input module has been enrolled on the
translator and is communicating properly. The display will show the address
assigned to the input module.
Possible Fault signals
If the primary battery is low, the display will show the module number and “ BATT ”.
Deleting an input module
1. Press the Úkey. You will access the input module deletion phase. The display will
show “ DEL ” (Status 0-2-3-2)
2. Press the ;key. The display will show the list of enrolled modules “ OXX ”
(Status 0-2-3-2-1). Or, if no modules have been enrolled on the translator, the
display will show “ none ”.
3. Using the Ú: keys, select the address of the input module you wish to delete.
4. Press the ;key, the translator will ask for the confirmation. The display will show
“Conf ”.
5. Press the ;key to confirm. The display will show “ done ”. The inp ut module
has been deleted.
4.5.4 Enrolling/Deleting output module (Status 0-2-4)
This operation will allow you to add/remove output modules and their respective
addresses on/from the system. Output modules are not powered by batteries.
1. The display will show “ OMod ” (Status 0-2-4)
2. Press the ;key. You will access the output module enrolment phase. The display
will show “ Add ” (Status 0-2-4-1).
3. Press the ;key. The display will show “ LINK ” and the radio wave symbol “ ‘ II
’”.
Enrolling an output module
1. Take the modulesyou intend to enrol on the translator. Set the switch to the “ON”
position.

VW2W protocol translator 13
Wireless devices
2. Connect the output module power supply wires to the respective terminals; be
sure to observe proper polarity. Power on the module. The LED will blink red 4
times and then will go OFF: this indicates that the output module has been
identified by the translator.
3. Set the switch to the “1” position. The LED will blink from red to green and then
will go OFF. This indicates that the output module has been enrolled on the
translator and is communicating properly. The display will show the address
assigned to the output module. The LED will go On green to indicate that the
relay is in standby status.
Deleting an output module
1. Press the Úkey. You will access the output module deletion phase. The display
will show “ DEL ” (Status 0-2-4-2)
2. Press the ;key. The display will show the list of enrolled modules “ OXX ”
(Status 0-2-4-2-1). Or, if no modules have been enrolled on the translator, the
display will show “ NONE ”.
3. Using the Ú: keys, select the address of the output module you wish to delete.
4. Press the ;key, the translator will ask for the confirmation. The display will show
“Conf ”.
5. Press the ;key to confirm. The display will show “ done ”. The module has
been deleted.
4.5.5 Enrolling/Deleting manual callpoint (Status 0-2-5)
This operation will allow you to add/remove manual callpoints and their respective
addresses on/from the system.
1. The display will show “ CP ” (Status 0-2-5)
2. The process of enrolling or deleting a manual callpoint is the same as enrolling or
deleting a detector. See paragraph 4.5.2 "Enrolling/Deleting detector (Status 0-
2-2)".
4.5.6 Enrolling/Deleting sounder (Status 0-2-6)
This operation will allow you to add/remove sounders and their respective addresses
on/from the system.
1. The display will show “ Snd ” (Status 0-2-6).
2. The process of enrolling or deleting a sounder is the same as enrolling or deleting
a detector. See paragraph 4.5.2 "Enrolling/Deleting detector (Status 0-2-2)".
4.6 Information relating to the translator
configuration (Status 0 – 3)
During this phase, it will be possible to view information relating to the various
devices enrolled on the translator.
1. The display will show “ InFO ” (Status 0-3)

14 VW2W protocol translator
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2. Press the ;key to enter in the LIST phase. The display will show “ LISt ”
(Status 0-3-1)
3. Press the Ú: keys to view the type of protocol the translator uses to
communicate with the detection line.
4. Press the ;key to view the addresses of the devices connected to the translator.
The display will show the first address. Using the Ú: keys, scroll the addresses of
the devices connected to the translator.
5. Press the ;key to view the type of device at each address.
4.7 Installation
Choose the mounting location that should be dry and far from encumbrances such as
large metal objects and sources of electrical noise.
Connect the detection line; be sure to observe proper polarity.
Ensure that the wireless section of the system has been duly configured (i.e.
translator and its devices).
Check device communication and signal quality.
When you are sure that the system is operating properly proceed with the installation
phase.

SG100, SG200, SG350 analogue addressable wireless detectors 15
Wireless devices
Chapter 5
SG100, SG200, SG350 analogue addressable
wireless detectors
The SG-XXX series smoke, heat and multi-criteria detectors from the SAGITTARIUS
range communicate with the panel via a VW2W wireless translator.
The figure below shows the wireless detector and his base:
Figure 2 - SG-XXX detector
1Detector unit
2Mounting base
3Visual signal indicator (the signal light
is generated by a bicolour LED with
optical fibre light transmission)
4Device enrolment switch
5Tamper sw i t c h
6Primary battery housing
7Secondary battery
8Primary battery
9Primary battery cover

16 SG100, SG200, SG350 analogue addressable wireless detectors
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5.1 SG100
The SG100 optical smoke detector complies to EN54-7.
The double dust trap ensures high protection against dust contamination and keeps
maintenance to a minimum. Variable threshold sensitivity increases the capability of
true fire detection and significantly reduces the false alarm rate.
The detector will trigger an alarm if the quantity of smoke in the protected ambient
exceeds the alarm threshold.
The status of the detector is indicated on a centrally positioned status LED.
The connection between detector and the control panel to which is reported the
status is via wireless protocol.
The periodic Self Test feature ensures full functionality at all times. The occurrence
of any of the following fault conditions will be signalled on the LED and reported to
the panel:
• optical detection-chamber fault
• contamination
• low battery
5.2 SG200
The SG200 optical smoke and heat detector complies with EN54-5 and EN54-7.
It combines an optical smoke chamber and heat analysis channel in a single detector.
An algorithm determines alarm status by analyzing the quantity of smoke inside the
chamber and the temperature variation.
The status of the detector is indicated on a centrally positioned status LED.
The connection between detector and the control panel to which is reported the
status is via wireless protocol.
The periodic Self Test feature ensures full functionality at all times. The occurrence
of any of the following fault conditions will be signalled on the LED and reported to
the panel:
• optical detection-chamber fault
• heat analysis channel fault
• contamination
• low battery
5.3 SG350
The SG350 Rate-of-Rise heat detector complies with EN54-7.
Alarm status is triggered by a low heat thermostat which responds to temperature
changes that occur within a pre-set period.
The connection between detector and the control panel to which is reported the
status is via wireless protocol.
The status of the detector is indicated on a centrally positioned status LED.
The periodic Self Test feature ensures full functionality at all times. The occurrence
of any of the following fault conditions will be signalled on the LED and reported to
the panel:

SG100, SG200, SG350 analogue addressable wireless detectors 17
Wireless devices
• heat analysis channel fault
• low battery
5.4 Test
The periodic Self Test feature ensures full functionality at all times.
Any faults found during the periodic Self Test will be signalled on the detector LED
and reported to the panel. The in-built magnet test facility allows easy verification of
proper performance of the installed detector system.The magnet test simulates
smoke in the detection chamber and therefore tests the electronic circuits of the
detector and signal transmission to the control panel.
The detectors can be restored to standby by means of the RESET command from the
control panel.
5.5 Tamper
If the detector is removed from its base, it will send a tamper signal to the control
panel.
5.6 Visual signalling (LED)
The centrally positioned bicolour status LED (Green/Red) provides full 360° visibility
of the detector status, as indicated the following table.
Signals relating to the device status on power up (primary battery inserted) and
associated with its translator:
Signals relating to the battery status:
SGXXX series analogue detectors communicate all status information (smoke level,
temperature level and temporal variations in temperature, contamination) to the
panel via a VW2W wireless translator.
Detector alarm status is reported to the panel and is signalled locally on a centrally
positioned status LED.
The periodic Self Test feature ensures full functionality at all times. The occurrence of
any of the following fault conditions (optical detection chamber fault; heat analysis
Device status Green LED Red LED
Standby mode after power up Short blink
Passage to configuration mode
after power up
4 short blinks
Device status Green LED Red LED
Normal Off Off
Primary battery fault Intermittent blinks 0.1
sec on - 5 sec off
Secondary battery fault Intermittent blinks 0.1 sec
on - 5 sec off
Primary and secondary battery
fault
Intermittent blinks 0.1 sec
on - 5 sec off
Intermittent blinks 0.1
sec on - 5 sec off

18 SG100, SG200, SG350 analogue addressable wireless detectors
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channel fault; contamination; low battery) will be signalled on the LED and reported
to the panel.
5.7 Technical Specifications
Detection devices have the same technical specifications as all other devices on the
detection line.
•Cover: with regard to cover in the area protected by detection devices, refer to
acknowledged national or international application standards and fire codes (for
Italy refer to EN9795).
•Maximum distance between the VW2W and its devices: about 200m
•Number of devices per translator: up to 32 (devices are regarded as having
sequential addresses, starting from the address assigned to the translator)
•Communication frequency: 868.3 MHz
•Power supply: devices are powered by 2 batteries
•Primary battery: type CR123A 3V 1.2Ah
•Secondary battery: type CR2032A 3V 0.24Ah
•Battery life: from 3 to 5 years for the primary battery, 2 months for the
secondary battery
5.8 Installation
1. Enrol the device on the translator as previously described (see paragraph 4.5.2
"Enrolling/Deleting detector (Status 0-2-2)").
2. The placement of wireless devices should comply with acknowledged national or
international application standards and fire codes (for Italy refer to EN9795).
3. Before proceeding with the installation of the detector, check the wireless signal
quality of its placement. Detectors should not be installed in placements with low
wireless signal strength.
4. Using the screws, attach the detector base to its placement (vedi Figura 3/A).
5. Lock the detector onto its base (vedi Figura 3/B).Position the detector on its
mounting base and rotate it clockwise, applying gentle pressure. The detector
will slot into position. Press gently and continue to rotate clockwise a few degrees
until the detector is firmly attached to its mounting base (vedi Figura 4/A).
6. Carry out the magnet test: hold a magnet next to the two raised marks on the
detector rim (vedi Figura 4/B). The detector should trigger an alarm signal to the
control panel and the red LED should blink.

SG100, SG200, SG350 analogue addressable wireless detectors 19
Wireless devices
Figure 3 - Positioning
Figure 4 - Alignment
B
A
B
A

20 SGCP100 manual resettable callpoint
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Chapter 6
SGCP100 manual resettable callpoint
The resettable callpoint is housed in a plastic enclosure with a plexiglass operating
element. The easy turn-key reset method makes the unit ready for immediate re-
use after reset operations.
On activation the LED (controlled by the control panel) goes On (red) and a yellow-
striped flag appears. Activation of the unit simulates a “break-glass” scenario
(particularly useful in places with frequent false alarms such as schools, shopping
malls, etc.) and triggers an alarm.
Removal of the device from its placement will generate a fault signal to the panel.
The callpoint comprises:
Figure 5 - Manual resettable callpoint
13
1
4
3
12
6
11
5 10
9
8
14
27
51
51
1Callpoint
2Wall mount backbox
3Operating element
4Bicolour LED
5Primary battery
housing
6Secondary battery
housing
7PCB anchor screw
8PCB anchor screw
9Device switch
10 Primary battery
11 Secondary battery
12 Unit reset and release
key (prongs on key
head release the unit
from the backbox)
13 Unit release holes
14 PCB with batteries
housings