Cofem Lyon Remote Plus User manual

MANUAL
Digital fire detection control panel
Lyon Remote Plus

Digital fire detection control panel
LYON REMOTE PLUS
2
FIRE PROTECTION MANUFACTURER
C / Compositor Wagner, 8 –P.I. Can Jardí 08191 - RUBÍ (Barcelona) ESPAÑA.
Tlf.: [phone] –c[email protected]m –www.cofem.com
Index
1.- System description .................................................................................................................................................................6
1.1.- Introduction......................................................................................................................................................6
1.2.- Principle of operation ........................................................................................................................................6
1.3.- Characteristics .................................................................................................................................................. 7
1.4.- Composition of the control panel ....................................................................................................................... 7
1.5. –Loop Elements Capacity ................................................................................................................................... 8
1.5.1.- Addressable sensors ( A30 series) ..........................................................................................................................11
1.5.1.1.- Addressable smoke sensors (A30XHA & A30XHA-S) ......................................................................................11
1.5.1.2.- Addressable temperature sensor (A30XTA) ...................................................................................................12
1.5.1.3.- Addressable multi-sensor (A30XHTCO)..........................................................................................................13
1.5.2- Addressable sensors ( A50 series ) ..........................................................................................................................15
1.5.2.1- Addresable Smoke-Heat and CO sensors with Isolator (A50SHCOI) ...............................................................15
1.5.2.2 Smoke-Heat addressable sensors with/without isolator (A50SHI / A50SH).....................................................16
1.5.2.3- Smoke addressable sensors with/without isolator (A50SI / A50S) .................................................................17
1.5.2.4- Heat addressable sensors with/without isolator (A50HI / A50H) ...................................................................18
1.5.3.- Addressable alarm Manual Call Point (PUCAY) ......................................................................................................20
1.5.4. - Modules.................................................................................................................................................................21
1.5.4.1- Master detection module (KMAY)...................................................................................................................21
1.5.4.2- Technical signals module (MSTAY) ..................................................................................................................22
1.5.4.3- Master relay and technical signals module (MYOA)........................................................................................23
1.5.4.4- Master relays module (MDA1Y) ......................................................................................................................24
1.5.4.5- Master relay module (MDA2Y)........................................................................................................................24
1.5.4.6 –Two relay dry contact output module (MDA2YLT) ......................................................................................26
1.5.4.7-Module to connect 32 detectors / 10 manual call points (KMAY32) ...............................................................27
1.5.4.8 –Module with 8 inputs ( MSTAY8 ) ...................................................................................................................28
1.5.4.9- Loop isolator (KABY) ........................................................................................................................................30
1.5.4.10- Addressable sounder (SIRAY / SIRAYL / SIRAY+BSLC)....................................................................................31
1.5.4.11- Remote indicator (PIAL)................................................................................................................................32
1.5.4.12-Base with siren and visual alarm (A50ZSLDR / A50ZSDDR) ............................................................................33
1.5.4.13-Base with siren and visual alarm (A30XZSLDR / A30XZSDDR) ........................................................................35
1.5.4.- Repeaters................................................................................................................................................................37
1.5.4.1.- Installation......................................................................................................................................................37
1.5.4.2. Operation and Configuration...........................................................................................................................38
1.5.4.3.- Repeater menus .............................................................................................................................................40
1.5.5.- Control panels network ..........................................................................................................................................42
1.5.5.1.- Installation......................................................................................................................................................42
1.5.5.2.- Operation and configuration..........................................................................................................................43
1.5.5.3.- Control panels network menu…………………………………………………………. ..........................................................44
1.6.- Accessories. ....................................................................................................................................................45
1.6.1.- PC based configuration software............................................................................................................................45
2.- Installation ........................................................................................................................................................ 45
2.1.- Control panel installation................................................................................................................................. 45
2.2.- Wiring Lyon addressable system.......................................................................................................................46
2.2.1.- Electrical supply network........................................................................................................................................46
2.2.2.- Loop driver..............................................................................................................................................................47
DOCLYONING-ABR22

Digital fire detection control panel
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FIRE PROTECTION MANUFACTURER
C / Compositor Wagner, 8 –P.I. Can Jardí 08191 - RUBÍ (Barcelona) ESPAÑA.
Tlf.: [phone] –c[email protected]m –www.cofem.com
2.2.3.- Power supply auxiliary outputs and charging of power source batteries. .............................................................48
2.3.- Components. .................................................................................................................................................. 49
2.3.1.- Batteries. ................................................................................................................................................................49
2.3.2.- Connection schematic of a typical loop..................................................................................................................49
2.3.3.- Sounder and controls with relays...........................................................................................................................51
2.3.3.1.- Connection of the internal two tone 24V Sounder (SIR-24B/SIR-24BL).........................................................51
2.3.3.2.- Connection of the non-flashing internal 24V Sounder (SIR24P).....................................................................51
2.3.3.3.- Connection of the flashing internal 24V Sounder (SIR24F) ............................................................................52
2.3.3.4.- External Siren 24V alarm box (CAEC).............................................................................................................52
2.4- Accessories......................................................................................................................................................53
2.4.1.- Computer................................................................................................................................................................53
3.- Operation and configuration................................................................................................................................................55
3.1.- Description of the front panel. .........................................................................................................................55
3.1.1.- Keypad. ...................................................................................................................................................................55
3.1.2.- Light indicators. ......................................................................................................................................................55
3.1.3.- LCD..........................................................................................................................................................................56
3.2.- Access levels. ..................................................................................................................................................56
3.2.1.- Level 1 access. ........................................................................................................................................................60
3.2.1.1.- Activation of the control panel.......................................................................................................................60
3.2.1.2. Incident and anomaly display..........................................................................................................................62
3.2.1.3.- Moving through incidents. .............................................................................................................................64
3.2.1.4. - Look up incidents...........................................................................................................................................65
3.2.1.5.- Silence buzzer.................................................................................................................................................65
3.2.2. - Level 2 access.........................................................................................................................................................65
3.2.2.1. - Access code. ..................................................................................................................................................65
3.2.2.2.- Front panel keypad.........................................................................................................................................65
3.2.2.3.- Reset events. .................................................................................................................................................65
3.2.2.4.- Monitor............................................................................................................ ..............................................66
3.2.2.5.- Activate / Deactivate logical relays............................................................................. ...................................66
3.2.2.6.- Activate / Deactivate general relays. .............................................................................................................66
3.2.2.7.- System Setup. ................................................................................................................................................67
3.2.2.8.- Enable/ Disable elements and zones. ............................................................................................................67
3.2.2.9.- System test.....................................................................................................................................................67
3.2.2.10.- Welcome message............................................................................................. ..........................................68
3.2.2.11. - General reset/rearm....................................................................................................................................68
3.2.2.12. - Review history .............................................................................................................................................68
3.2.3- Level 3 access................................................................................................................................................ 69
3.2.3.1- Access code.............................................................................................. .......................................................69
3.2.3.2.- Label points. ...................................................................................................................................................70
3.2.3.3.- Configure. ......................................................................................................................................................70
3.2.3.3.1. - Loop configuration. ...............................................................................................................................70
3.2.3.3.2- Logic In/out configuration........................................................................................................................71
3.2.3.3.2.1- Configure logical relays.........................................................................................................................72
3.2.3.3.2.2.- Relay Auto. Configuration....................................................................................................................74
3.2.3.3.2.3.- Delete Configured Relays.....................................................................................................................74
3.2.3.3.3.- Configure alarm zones. ................................................................................ ..........................................74
3.2.3.3.4.- Configure element sensitivity...................................................................... ...........................................75
3.2.3.3.5.- Additional passwords..............................................................................................................................75
3.2.3.3.6.- Configure auto-evacuation.................................................................................. ...................................75
3.2.3.3.7- Added Delay Setup...................................................................................................................................76
3.2.3.3.8- Fast Trigger Zone......................................................................................................................................77

Digital fire detection control panel
LYON REMOTE PLUS
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FIRE PROTECTION MANUFACTURER
C / Compositor Wagner, 8 –P.I. Can Jardí 08191 - RUBÍ (Barcelona) ESPAÑA.
Tlf.: [phone] –c[email protected]m –www.cofem.com
3.2.3.3.9- Send Zones to Repeaters......................................................................................... ................................77
3.2.3.4.- Update date and time............................................................................................ ........................................77
3.2.3.5.- Day/ Night timetable......................................................................................................................................77
3.2.3.6.- Put into test/ normal mode............................................................................................................................77
3.2.3.7- Led ON / OFF……………........................................................................................... ..........................................77
3.2.3.8.- Language menu. ……………................................................................................... ...........................................77
3.2.3.9.- Communications. …………….............................................................................................................................78
3.2.3.10.- Stop Sounder Function……………………………………………….…………....................................................................80
4.- Start-up.................................................................................................................................................................................81
4.1.- Prior verifications. ...........................................................................................................................................81
4.2.- Supply ............................................................................................................................................................82
4.3.- Loops and relays .............................................................................................................................................82
4.4.- Faults .............................................................................................................................................................83
Annex 1: Use of the Control Panel LYON / C-LYON / ZAFIR system...........................................................................................89
1. What is a control panel LYON / C_LYON /ZAFIR SYSTEM? ....................................................................................... 89
2. Front panel of the system ....................................................................................................................................89
3. What happens if the buzzer sounds? .................................................................................................................... 89
4.Checking the incident........................................................................................................................................... 89
5. Evacuation.......................................................................................................................................................... 90
6. SILENCE SIRENS................................................................................................................................................... 90
7. RESET EVENTS..................................................................................................................................................... 90
Annex 2: Elements configuration Lyon / C-Lyon / Zafir.............................................................................................................91
1. Introduction .......................................................................................................................................................91
2.-Keypad access ....................................................................................................................................................92
3.-Configuration of points in a loop ..........................................................................................................................93
3.1.-System Programming .................................................................................................................................................93
3.2.–Configure ...................................................................................................................................................................93
3.3-Configure Loop .......................................................................................................................................................94
3.4.-Loop Configuration.....................................................................................................................................................94
3.5.-Assign a number to Point ...........................................................................................................................................95
4.-Programming verification process ........................................................................................................................95
5. -Configure Zones................................................................................................................................................. 96
6.-Replacing a loop element ....................................................................................................................................97

Digital fire detection control panel
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FIRE PROTECTION MANUFACTURER
C / Compositor Wagner, 8 –P.I. Can Jardí 08191 - RUBÍ (Barcelona) ESPAÑA.
Tlf.: [phone] –c[email protected]m –www.cofem.com
CERTIFICATION
Lyon control panels are supplied with the following material:
2 end of line resistances 4K7 2W 5%
2 diodes DBY252
4 fuses: 1 A, 2 A, 4 A y 8 A.
0099
,
C/ Compositor Wagner,8 —P.I. Can Jardí CP 08191-- Rubí, Barcelona (España)
09 / 10
0099/CPR/A74/0074 –0099/CPR/A74/0100
EN 54-2
Equipo de control e indicación para sistemas de detección y
alarma de incendios en edificios
Control and indicating equipment for fire detection and alarm
systems in buildings
“CDAn Lyon”
Comportamiento frente a incendios
Performance under fire condition Cumple/ Passed
Intervalo de respuesta (tiempo de respuesta al fuego)
Response delay (response time to fire) Cumple/ Passed
Seguridad Operacional
Operational reliability Cumple/ Passed
Duración de la seguridad operacional y retardo a la respuesta;
resistencia a la temperatura
Durability of operational reliability, Temperature resistance
Cumple/ Passed
Duración de la seguridad operacional y retardo a la respuesta;
resistencia a la vibración
Durability of operational reliability Vibration resistance
Cumple/ Passed
Duración de la seguridad operacional y retardo a la respuesta;
estabilidad eléctrica
Durability of operational reliability: electrical stability
Cumple/ Passed
Duración de la seguridad operacional y retardo a la respuesta;
resistencia a la humedad
Durability of operational reliability: humidity resistance
Cumple/ Passed
EN 54-4
Equipo de suministro de alimentación de sistemas de
detección y alarma de incendios en edificios
Power supply equipment for fire detection and alarm systems
in buildings
“CDFA-01”
Comportamiento de suministro de alimentación/
Performances of Power Supply Cumple/ Passed
Fiabilidad en el funcionamiento/
Operational reliability Cumple/ Passed
Duración de la seguridad operacional y retardo a la respuesta;
resistencia a la temperatura
Durability of operational reliability, Temperature resistance
Cumple/ Passed
Duración de la seguridad operacional y retardo a la respuesta;
resistencia a la vibración
Durability of operational reliability Vibration resistance
Cumple/ Passed
Duración de la seguridad operacional y retardo a la respuesta;
estabilidad eléctrica
Durability of operational reliability: electrical stability
Cumple/ Passed
Duración de la seguridad operacional y retardo a la respuesta;
resistencia a la humedad
Durability of operational reliability: humidity resistance
Cumple/ Passed

Digital fire detection control panel
LYON REMOTE PLUS
6
FIRE PROTECTION MANUFACTURER
C / Compositor Wagner, 8 –P.I. Can Jardí 08191 - RUBÍ (Barcelona) ESPAÑA.
Tlf.: [phone] –c[email protected]m –www.cofem.com
1.- System description
1.1.- Introduction
The Addressable Fire detection Control Panel LYON is EN54-2 and EN 54-4 standard certified according
to the latest CE directives and can succesfully overcome difficult environmental conditions, electrical
interference, electromagnetic radiate upsets, vibrations, etc.
The Addressable Detection System represents the most modern technology in fire detection and
constitutes a natural evolution from the Identifiable Detection System towards equipment that not only is
able to identify the element that produces the alarm (sensor or button), but that also allows for the total
configuration of detection parameters (alarm levels, sensitivity,…) as well as the adaptation of the set-up to
the environmental conditions and the dirtiness of the sensor.
In the Cofem Addressable Detection System, the loop elements (sensors, manual call points, relay
modules, masters, addressable sounders and technical indicator modules) are auto-identifiable, in other
words, all of them can be installed with no need for prior manual encoding, facilitating enormously the
assembly of and subsequent modifications to the installation.
1.2.- Principle of operation
The Addressable Detection System is based on the measurement and transmission of the instant value of
the monitored magnitude (smoke, temperature or monoxide concentration), for their subsequent processing
in the control panel, which will consider the alert or standby status of the sensor.
The temperature, the smoke concentration and the amount of monoxide are sent through the corresponding
sensor in electrical voltages related to the measured magnitude.
After an adaptation process, an optimal relationship between the measured magnitude and the electrical
voltage is obtained.
Each sensor incorporates a microprocessor responsible for the digitisation of the analogue value read in the
sensor, for transmission of this value to the control panel and for identification of the sensor.
The main difference between the conventional and analogical detection systems lies in that for the former
the Voltage delivered by the transducer is compared with a predetermined and fixed threshold (Valarm),
obtaining from that comparison the system in standby or system in alarm status.
In the Digital Detection System, on the contrary, the value given by the transducer is constantly recorded
and processed, being possible to act on the detection parameters, as well as, for example, the alarm
threshold.
With this type of system, not only we can vary the sensitivity of the sensor, but we can even adapt the
sensitivity to the environmental conditions.
Each sensor on the Cofem Addressable Detection System transmits its analogue value to the control panel
with a regularity of less than 10 seconds. The control panel gathers the readings from each sensor and
determines the status thereof according to these instant readings, any previous readings (history), the pre-
programmed parameters and on the decision algorithm.
Note: Within the detection and fire alarm systems, there are 2 different technologies. In the
CONVENTIONAL SYSTEM, the detector or the alarm call point is causing alarm in the control panel. In
the ADDRESSABLE SYSTEM, the sensor, the alarm call point or the module, is the device which
communicates the value of reading or state to the control panel, and this one processes the alarm state.

Digital fire detection control panel
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FIRE PROTECTION MANUFACTURER
C / Compositor Wagner, 8 –P.I. Can Jardí 08191 - RUBÍ (Barcelona) ESPAÑA.
Tlf.: [phone] –c[email protected]m –www.cofem.com
1.3.- Characteristics
Base control panel configurable and expandable from 1 to 20 loops.
Allows 226 connection elements per loop.
All the loop elements are monitored, except the KABY loop isolator.
Capacity for up to 199 configurable relays.
Enables programming of 99 zones.
Memory that stores up to 3308 events with date and time
Monitored delayable general siren output identified as “SIRENA” (Sounder).
Voltage-free non-monitored alarm output identified as “ALARMA” (Alarm).
Non-monitored delayable free voltage general failure output identified as “AVERIA” (Fault).
Evacuation button.
Backlit LCD display of 4 lines and 40 characters.
Incorporates Spanish, English, French, Portuguese, etc, languages.
Configurable and manageable through PC I-Link software.
Allows connection of up to 15 repeaters and 15 network control panels.
MODBUS (See specific manual of this functionality).
Contact ID (See specific manual of this functionality).
Cofem REMOTE.
Size: 424 x 330 x 140 mm
IP30.
Certified and CE marked according to EN 54-2 and EN 54-4 Standard.
1.4.- Composition of the control panel
Backlit LCD display of 4 lines and 40 characters.
Keyboard made up of 13 keys that form two groups; one where the menu handling keys can be
found and the other where specific control panel functions may be performed.
15 LEDs that enable quick viewing of the control panel status (Supply, Mode of operation,
Alarms and Failures).
Communications port: USB 2.0.
Access to the interior of the control panel by means of a key.
Power supply: independent module responsible for controlling the Voltage of the primary 30V
supply that supplies the other boards. In this there are: protection fuses, 30V output, battery
connection terminals, relay outputs:
S1 SIRENA (Sounder): delayable monitored relay.
S2 ALARMA (Alarm): Voltage-free relay.
S3 AVERIA (Failure): free voltage delayable relay
Power supply controller: card that manages all the power supply information, that is to say,
monitors and controls the outputs and inputs of the power supply to subsequently send the
information to the CPU or to execute the instructions that it receives from the latter. The
communication is performed via RS485.
System managed by microprocessor.
Loop controller: modular cards incorporated into the rack system connected to the control
panel back panel (circuit with connectors and guides from the top left part). This card manages
the information corresponding to 4 loops, that is to say, for every 4 loops we must have a loop
controller. The communication between controller and the CPU are performed by means of
RS485.
Loop driver: modular cards incorporated in the rack system, located inside the box and
connected to its corresponding loop controller by means of a flat 26 strand cable. These are
configured as 1 or 2 loops depending on the number of loops of the control panel. The driver of
loops 1 and 2 will be plugged into the lower connector of the loop controller, and the driver of
loops 3 and 4 will be connected to the upper connector of the loop controller.

Digital fire detection control panel
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FIRE PROTECTION MANUFACTURER
C / Compositor Wagner, 8 –P.I. Can Jardí 08191 - RUBÍ (Barcelona) ESPAÑA.
Tlf.: [phone] –c[email protected]m –www.cofem.com
In a single box we will be able to connect 2 loop controllers and their 4 corresponding loop drivers.
Therefore for configurations in excess of 8 loops we will need two boxes.
Figure 1. Layout of circuits in the control panel
1.5. –Loop Elements Capacity
The number of devices that it is possible to connect to the loop is calculated by the software of loop
elements capacity calculation.
In this software must be entered the information of the control panel model, wire length (m), cable section
(mm2), arrangement of elements in the wire and number of devices of each type connected in that loop.
The arrangement of elements in the wire option has two possibilities;
"Distributed" refers to the fact that the elements are distributed along the cable that is in a closed loop. It
offers a fast and transparent way to calculate general closed-loop operating situations;
"Point" refers to the calculation in open line with all the elements located at the end of the cable length
defined in the program. It allows calculation of complex element distribution situations or open-line
operation.
The software returns the electrical load of the sysrem in % , number of equivalent elements and relays in
the loop. It must not be exceed the limits establieshed in the Maximum devices per control panel table
(loop limits and control panel limits).
INSTALLATION EXAMPLE
An installation requires 136 A30XHAS sensors, 10 PUCAY manual call points and 18 addressable
sounders SIRAY with standard sound level. These elements are distributed over a 500 m long copper cable
with a 2x1.5 mm2 section in a closed loop over the central unit.
This information is entered into the loop element capacity calculation software as indicated in the attached
figure.
The software returns the following information about the calculated loop:
- Loop load in %. Do not exceed 100% capacity. An adequate design should contemplate a certain
margin to the maximum capacity (for example 10%).
- Number of elements: allows checking that the maximum capacity of elements in the loop is not
exceeded (226 in Lyon and Zafir control panels, 99 in C-Lyon).
- Number of relays: allows to check that the maximum capacity of relays per loop is not exceeded
(32 in Lyon and Zafir control panels, 16 in C-Lyon)
NOTA*: For the LYON control panel, do not exceed the limit of 199 relays per control panel.
CPU
Switching Power Supply
Power Supply
BackPanel
Loop
Controller
Loop
Driver
REMOTE
Card
USB
PS2

Digital fire detection control panel
LYON REMOTE PLUS
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FIRE PROTECTION MANUFACTURER
C / Compositor Wagner, 8 –P.I. Can Jardí 08191 - RUBÍ (Barcelona) ESPAÑA.
Tlf.: [phone] –c[email protected]m –www.cofem.com
*Note: Indicative table. Highly recommend using the loop element capability software for references not listed
in this table, or to view optimized loop configurations.

Digital fire detection control panel
LYON REMOTE PLUS
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FIRE PROTECTION MANUFACTURER
C / Compositor Wagner, 8 –P.I. Can Jardí 08191 - RUBÍ (Barcelona) ESPAÑA.
Tlf.: [phone] –c[email protected]m –www.cofem.com

Digital fire detection control panel
LYON REMOTE PLUS
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FIRE PROTECTION MANUFACTURER
C / Compositor Wagner, 8 –P.I. Can Jardí 08191 - RUBÍ (Barcelona) ESPAÑA.
Tlf.: [phone] –c[email protected]m –www.cofem.com
1.5.1.- Addressable sensors ( A30 series)
1.5.1.1.- Addressable smoke sensors (A30XHA & A30XHA-S)
The addressable smoke sensors measure the smoke particle concentration
by unit of volume present in the atmosphere. If we designate by Y an un-
dimensioned parameter proportional to the smoke concentration, then Y
will have to be close to zero, and will be growing as the atmosphere is
contaminated.
The implemented dynamic processing algorithms in the control panel, use
the Yalarm value as level for setting off the Alarm. This preset level is at:
Yalarm = 40
This level can be manually modified from the control panel.
When the concentration of smoke exceeds the Alarm Level
(the average must exceed Yalarm) the alarm for the sensor is activated.
Through the control panel, a level Ydirty (20) is set and when this is
exceeded the system warns us of the need to replace or repair the
sensor.
The Optical Smoke Sensors are based on the Tyndall effect created in
an optical chamber. The variation of the electrical characteristics in the
presence of combustion aerosols makes it suitable as smoke sensors.
The sensor element is formed by an optical chamber provided with an
infrared emitter and receiver. In the absence of smoke the intensity of
infrared caught by the receiver is null, due to the physical labyrinth
created between the two. When smoke is present, the infrared
reflections from the particles of the same cause the receiver to obtain a
certain luminance intensity, (Voltage value proportional to the level
of obscuration), all of which is controlled by the microprocessor system.
This sensor has a thermistor, acting as a temperature sensor, triggering at 60ºC, considerably augmenting
its response to fire.
An optical smoke sensor without a thermal element is also available, with reference A30XHA-S.
The A30XHA and A30XHA-S devices are compliant with EN 54-7 with the conformity mark awarded by
AENOR. The head and the base (interchangeable throughout the range of sensors) are made in thermal
resistant ABS.
The flashing of the red transparent LEDs indicates communication with the Control panel Lyon
system, and if they remain lit they indicate the alert status of the sensor.
Technical specifications A30XHA and A30XHA-S
Supply
24 –35 V any polarity
Standby consumption
1 mA
Alarm consumption
5 mA
Indicator activation
Double red LED
Remote indicator output
Yes
Humidity
20% –95% RH
Temperature
-10º + 50ºC
Sensitivity
According to EN 54-7
IP
IP40
Sensor A30XHA
(Optical + temperature)
Sensor A30XHAS (optical)
)

Digital fire detection control panel
LYON REMOTE PLUS
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FIRE PROTECTION MANUFACTURER
C / Compositor Wagner, 8 –P.I. Can Jardí 08191 - RUBÍ (Barcelona) ESPAÑA.
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1.5.1.2.- Addressable temperature sensor (A30XTA)
The Addressable Temperature Sensor (A30XTA) measures the
room temperature, as well as its rate of change.
When the ambient temperature experiences slow rates of change
(less than 1ºC / min), the Alarm level remains constant to 60ºC.
However, for fast variations in temperature (above 1 ºC/min), the
control panel uses an algorithm capable of evaluating the rate of
change of temperature, and of adjusting the Alarm level to different
gradients (rate of rise detection of temperature). In this way, a fast
variation causes a decrease in the Alarm threshold, thereby
accelerating the detection.
The chosen degree of sensitivity will depend on the room temperature of the place where each sensor is
installed, and in each case the alarm temperature will adapt to the chosen degree.
Also in the detection of temperature confirmation by means of two consecutive readings is used (less than
10 seconds), before activation of the Alarm.
The operation principle is based on the physical properties of an NTC. The variation in electrical
characteristics of the thermistor, due to the variation of the room temperature, is what enables its use as a
sensor element.
The measurement made by the sensor is converted in a Voltage value, which is digitized and transmitted to
the control panel.
The A30XTA device complies with EN 54-5 with the mark of conformity with the regulations awarded by
AENOR with an A2R sensitivity degree.
The head and the base (interchangeable throughout the range of sensors) are made in thermal resistant
ABS.
The flashing of the red transparent LED indicates communication with the Control panel Lyon system, and
if they remain lit they indicate the alert status of the sensor.
Technical specifications A30XTA
Supply
24 –35 V, any polarity
Standby consumption
1 mA
Alarm consumption
5 mA
Indicator activation
Double red LED
Remote indicator output
Yes
Humidity
20% –95% RH
Temperature
-10º + 50ºC
Sensitivity
According to EN 54-5
IP
IP20
Sensor A30XTA (Temperature)

Digital fire detection control panel
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FIRE PROTECTION MANUFACTURER
C / Compositor Wagner, 8 –P.I. Can Jardí 08191 - RUBÍ (Barcelona) ESPAÑA.
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1.5.1.3.- Addressable multi-sensor (A30XHTCO)
The addressable multi-sensor A30XHTCO has three detection
types: monoxide, temperature and smoke.
The addressable multi-sensors is able to measure three types of
parameters so the control panel compute the average by means
of a dynamic processing algorithm which will vary with the
three phenomena.
This processing algorithm will avoid false alarms to a great
extent thanks to the incorporation of the monoxide sensor.
The processing algorithm is able to compensate for dirt on the optical camera by combining the
measurements of the three different sensors.
The sensor element is formed by an optical chamber provided with an infrared emitter and receiver. In the
absence of smoke the intensity of infrared captured by the receiver is null, due to the physical labyrinth
created between the two.
When smoke is present, the infrared reflections from the particles of the same cause the receiver to obtain a
certain luminance intensity, (Voltage value proportional to the level of obscuration), all of which is
controlled by the microprocessor system.
In addition, it has a carbon monoxide sensor with a fast response in the presence of CO which is present in
the vast majority of fires.
Finally this sensor has a thermal probe, acting as a thermal sensor, triggering at 60ºC, considerably
increasing its response to fire.
The A30XHTCO sensor complies with EN 54-7 with the conformity mark awarded by AENOR.
The head and the base (interchangeable with all sensors) are made in thermal resistant ABS.
The flashing of the red transparent LEDs indicates communication . If the LEDs remain lit they
indicate the device is an alarm state.
Technical specifications A30XHTCO
Supply
24 –35 V any polarity
Standby consumption
1 mA
Alarm consumption
5 mA
Indicator activation
Double red LED
Remote indicator output
Yes
Humidity
20% –95% RH
Temperature
-10º + 50ºC
Sensitivity
According to EN 54-7
IP
IP40
Sensor lifespan
10 years
Sensor A30XHTCO

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Figure 2A. Wiring Diagram of A30XHA, A30XTA, A30XHTCO and PUCAY devices

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1.5.2- Addressable sensors ( A50 series )
1.5.2.1- Addresable Smoke-Heat and CO sensors with Isolator (A50SHCOI)
The A50 family of detectors are based on a new refined aesthetic that
integrates the latest electronic technology with new, more efficient
detection algorithms and a three-dimensional design that makes it more
robust against environmental dirt.
The A50 family allows multiple combinations between smoke and heat
detection, CO sensor and short-circuit isolator with UL certification.
The A50SHCOI model is a multi-sensor detector that has a short-circuit
isolator and three different types of sensors: A smoke sensor, a heat
sensor and a Carbon Monoxide (CO) sensor.
The use of the CO sensor is very valuable for the early detection of some types of fire, since the production of this
gas is very common, especially in the initial phases of a fire. Its integration with the smoke sensor results in a
compact detector that is very robust against false alarms.
To complete its features, a heat sensor with thermovelocimetric response is incorporated, reaching alarm status
with a static temperature of 60ºC in the case of slow fire developments.
Characteristics:
• Smoke, Heat and CO sensor.
• With short circuit isolator.
• Low profile, total height less than 55 mm (including low base).
• Also available with high base for 20 mm tube.
• Possibility of connection to a remote action indicator.
• Easy connection.
• Bicolor red and yellow LED.
• Indication, by means of the red LED, of the communication with the control panel (single flashing), as well as
of the alarm status (LED on).
• Indication, by means of the yellow led (single flash), of the activation of the short-circuit isolator or the lack of
communication with the control panel.
• Signaling of the dirty state of the sensor on the control panel display (the sensor allows to differentiate between
rapid signal increases due to alarm and small, slow and sustained increases due to the accumulation of dust and
dirt).
• Smoke and CO sensor processing algorithm that drastically reduces incidents due to false alarms.
• Easy installation of head and base, interchangeable throughout the A50 family, and made of white heat-resistant
ABS.
• UL certified according to Standard EN 54-5 class A2R, EN 54-7 and EN 54 17 with CE marking according to
the European Regulation on Construction Products (EU) No. 305/2011.
Technical Specifications - A50SHCOI
Power supply*
24 –35 V no polarity *
Standby consumption
0,3 mA
Alarm consumption
2 mA
Activity Indicators
Bicolor LED, red and yellow
Remote indicator output
Yes
Humidity
20 –95% HR
Temperature
-10º + 50ºC
Sensibility
As required by EN 54-5, EN 54-7 y EN 54-17
IP
IP20
CO sensor lifespan
10 years
*NOTE: The Isolated series (A50SHCOI, A50SHI, A50HI, A50SI,) have polarity, as the A1 and A2 are
positive and B is negative.
Sensor A50SHCOI

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1.5.2.2 Smoke-Heat addressable sensors with/without isolator (A50SHI / A50SH)
The A50 family of detectors are based on a new refined aesthetic that
integrates the latest electronic technology with new, more efficient
detection algorithms and a three-dimensional design that makes it more
robust against environmental dirt.
The A50 family allows multiple combinations between smoke and heat
detection, CO sensor and short-circuit isolator with UL certification.
The A50HI and A50H models are detectors that have a heat sensor.
The A50HI model additionally incorporates a short circuit isolator.
The heat sensor has thermovelocimetric behavior, reaching alarm status with a static temperature of 60ºC in the
case of slow fire developments.
Characteristics:
• Heat sensor.
• Model A50HI incorporates short-circuit isolator.
• Low profile, total height less than 42 mm (including low base).
• Also available with high base for 20 mm tube.
• Possibility of connection to a remote action indicator.
• Easy connection (and A50S without polarity).
• Bicolor red and yellow LED.
• Indication, by means of the red LED, of the communication with the control panel (single flashing), as well as
of the alarm status (LED on).
• Indication, by means of the yellow led (single flash), of the activation of the short-circuit isolator or the lack of
communication with the control panel.
• Easy installation of head and base, interchangeable throughout the A50 series, and made of white heat-resistant
ABS.
• UL certificate according to Standard EN 54-5 class A2R with CE marking according to the European
Regulation on Construction Products (EU) No. 305/2011. Additionally certified EN 54-17 in the A50HI model.
Technical Specifications - A50SHI / A50SH
Power supply*
24 –35 V no polarity*
Standby consumption
0,3 mA
Alarm consumption
2 mA
Activity Indicators
Bicolor LED, red and yellow
Remote indicator output
Yes
Humidity
20 –95% HR
Temperature
-10º + 50ºC
Sensibility
As required by EN 54-5, EN 54-7
( and EN 54-17 A50SHI only)
IP
IP20
*NOTE: The Isolated series (A50SHCOI, A50SHI, A50HI, A50SI,) have polarity, as the A1 and A2 are
positive and Bis negative.
Sensor A50SHI / A50SH

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1.5.2.3- Smoke addressable sensors with/without isolator (A50SI / A50S)
The A50 family of detectors are based on a new refined aesthetic that
integrates the latest electronic technology with new, more efficient
detection algorithms and a three-dimensional design that makes it more
robust against environmental dirt.
The A50 family allows multiple combinations between smoke and heat
detection, CO sensor and short-circuit isolator with UL certification.
The A50SI and A50S models are detectors that have a smoke sensor.
The A50SI model additionally incorporates a short-circuit isolator.
The smoke sensor is specially designed to detect the presence of combustion aerosols in a three-dimensional
design that makes it more robust against dirt.
Specifications:
• Smoke sensor.
• Model A50SI incorporates short-circuit isolator.
• Low profile, total height less than 42 mm (including low base).
• Also available with high base for 20 mm tube.
• Possibility of connection to a remote action indicator.
• Easy connection (and A50S without polarity).
• Bicolor red and yellow LED.
• Indication, by means of the red LED, of the communication with the control panel (single flashing), as well as
of the alarm status (LED on).
• Indication, by means of the yellow led (single flash), of the activation of the short-circuit isolator or the lack of
communication with the control panel.
• Signaling of the dirty state of the sensor on the control panel display (the sensor allows to differentiate between
rapid signal increases due to alarm and small, slow and sustained increases due to the accumulation of dust and
dirt).
• Easy installation head and base, interchangeable throughout the A50 family, and made of white heat-resistant
ABS.
• UL certificate according to EN 54-7 Standard with CE marking according to the European Regulation on
Construction Products (EU) No. 305/2011. Additionally certified EN 54-17 in the A50SI model.
Technical Specifications - A50SI / A50S
Power supply*
24 –35 V no polarity*
Standby consumption
0,3 mA
Alarm consumption
2 mA
Activity Indicators
Bicolor LED, red and yellow
Remote indicator output
Yes
Humidity
20 –95% HR
Temperature
-10º + 50ºC
Sensibility
As required by EN 54-5, EN 54-7
( and EN 54-17 A50SHI only)
IP
IP20
*NOTE: The Isolated series (A50SHCOI, A50SHI, A50HI, A50SI,) have polarity, as the A1 and A2 are
positive and Bis negative.
Sensor A50SI / A50S

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1.5.2.4- Heat addressable sensors with/without isolator (A50HI / A50H)
The A50 range of detectors is based on a new refined aesthetic that
integrates the latest electronic technology with new, more efficient
detection algorithms and a three-dimensional design that makes it more
robust against environmental dirt.
The A50 range allows multiple combinations between optical and
thermal detection, CO sensor and short-circuit isolator with UL
certification.
The A50HI and A50H models are detectors that have a thermal sensor.
The A50HI model additionally incorporates a short circuit isolator.
The thermal sensor allows the detector's thermos-velocimetry response, becoming activated at a static temperature
of 60ºC in the case of slow fire developments.
Specifications:
• Thermal sensor.
• A50SI has a built in short circuit Isolator.
• Low profile, height less than 42 mm (socket included).
• Also available with bigger socket for 20 mm tube.
• Option for attaching a remote action indicator.
• Simplified connection diagram (A50S does not require polarity).
• Bicolor led (Red and Yellow).
• Indication, by means of the red led, of communication with the control panel (single flashing), as
well as of the alarm status (led on).
• Indication, by means of the yellow led (single flash), of the activation of the short-circuit isolator or
the lack of communication with the control panel.
• Signaling of the dirty status of the sensor on the control panel display (the sensor allows to
differentiate between rapid signal increases due to alarm and small, slow and sustained increases due
to the accumulation of dust and dirt).
• Easy-to-install head and plinth, interchangeable throughout the A50 range, and made of white heat-
resistant ABS.
• UL certified according to Standard EN 54-5 class A2R, EN 54-7 and CE marking according to the
European Regulation on Construction Products (EU) No. 305/2011. In addition the A50SI is EN 54-
17 certified.
Technical Specifications - A50SHI / A50SH
Power supply*
24 –35 V no polarity*
Standby consumption
0,3 mA
Alarm consumption
2 mA
Activity Indicators
Bicolor LED, red and yellow
Remote indicator output
Yes
Humidity
20 –95% HR
Temperature
-10º + 50ºC
Sensibility
As required by EN 54-5, EN 54-7
( and EN 54-17 A50SHI only)
IP
IP20
*NOTE: The Isolated series (A50SHCOI, A50SHI, A50HI, A50SI,) have polarity, as the A1 and A2 are
positive and Bis negative.
Sensor A50HI / A50H

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Figure 2B. Schematic diagram for the A50 family and PUCAY
NOTE: If the detector has ISOLATOR the POLARITY must be RESPECTED (B negative, A1 loop
input positive B2 loop output positive.)

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1.5.3.- Addressable alarm Manual Call Point (PUCAY)
Microprocessed addressable device (with short-circuit isolator)
installed as one more element in the loop.
The re-settable addressable manual call point (with short-
circuit isolator) incorporates an action indicator (LED) which is
illuminated in the case of being manually activated (alarm).
Push button is easily resettable by actuating the yellow tab on
the front face.
The flashing of the transparent red LED indicates
communication with the Control panel Lyon system, and if it
remains on it indicates the alert status of the button.
There is a version “PUCAYEXT” that it is computed by
control panel as the activation of 2 simultaneous devices.
In this way the configured relays can be triggered directly when acting on this version of the switch.
From loop device capacity, PUCAYEXT version is considered identical as a PUCAY.
The PUCAY complies with EN 54-11 with the conformity mark awarded by AENOR.
A typical connection diagram is shown in the figure 2A ro 2B..
Note: To determine the number of PUCAY that can be installed in a loop consult the devices limit
per control panel table (Chapter 1.5)
Technical specifications PUCAY
Supply
24 –35 V with polarity
Standby consumption
1 mA
Alarm consumption
5 mA
Indicator activation
red LED
Remote indicator output
No
Humidity
20% –95% RH
Temperature
-10º + 50ºC
IP
IP50