Teletek electronics IRIS Installation Manual

ANALOGUE ADDRESABLE

FIRE PANEL

INSTALLATION MANUAL

VERSION 1.0

2 Fire Panel IRIS - Installation Manual

Guarantee

During the guarantee period the manufacturer shall, at its sole discretion, replace or repair any defective product when it is returned to the factory. All parts replaced and/or repaired shall be covered for the remainder of the original guarantee, or for ninety (90) days, whichever period is longer. The original purchaser shall immediately send manufacturer a written notice of the defective parts or workmanship, which written notice must in all cases be received prior to expiry of the guarantee.

International Guarantee

Foreign customers shall enjoy the same guarantee rights as those enjoyed by any customer in Bulgaria, except that manufacturer shall not be liable for any related customs duties, taxes or VAT, which may be payable.

Guarantee Procedure

This guarantee will be granted when the appliance in question is returned. The manufacturer shall accept no product whatsoever, of which no prior notice has been received.

Conditions for waiving the guarantee

This guarantee shall apply to defects in products resulting only from improper materials or workmanship, related to its normal use. It shall not cover:

§ Damages resulting from transportation and handling;

§ Damages caused by natural calamities, such as ﬁre, ﬂoods, storms, earthquakes or lightning;

§ Damages caused by incorrect voltage, accidental breakage or water; beyond the control of the manufacturer;

§ Damages caused by unauthorized system incorporation, changes, modiﬁcations or surrounding objects:

§ Damages caused by peripheral appliances (unless such peripheral appliances have been supplied by the Manufacturer:

§ Defects caused by inappropriate surrounding of installed products;

§ Damages caused by failure to use the product for its normal purpose;

§ Damages caused by improper maintenance;

§ Damages resulting from any other cause, bad maintenance or product misuse. In the case of a reasonable number of unsuccessful attempts to repair the product, covered by this guarantee, the Manufacturer’s liability shall be limited to the replacement of the product as the sole compensation for breach of the guarantee. Under no circumstances shall the manufacturer be liable for any special, accidental or consequential damages, on the grounds of breach of guarantee, breach of agreement, negligence, or any other legal notion.

Waiver

This Guarantee shall contain the entire guarantee and shall be prevailing over any and all other guarantees, explicit or implicit (including any implicit guarantees on behalf of the dealer, or adaptability to speciﬁc purposes), and over any other responsibilities or liabilities on behalf of the manufacturer. The manufacturer does neither agree, nor empower, any person, acting on his own behalf, to modify or alter this Guarantee, nor to replace it with another guarantee, or another liability with regard to this product.

Unwarranted Services

The manufacturer shall repair or replace unwarranted products, which have been returned to its factory, at its sole discretion under the conditions below. The manufacturer shall accept no products for which no prior notice has been received. The products, which the manufacturer deems repairable, will be repaired and returned. The manufacturer has prepared a price list and those products, which can be repaired, shall be paid for every repaired appliance. The closest equivalent product, available at the time, shall replace the products manufacturer deems unrepeatable. The current market price shall be charged for every replaced product.

ATTENTION!

This manual contains an information about the limitations in using and operation of the product, as and information about the limits in the responsibility of the manufacturer. Please read the operation manual carefully before starting the installation.

This manual is subject to change without a notice!

Fire Panel IRIS - Installation Manual 3

1. INTRODUCTION

1.1 General Description

IRIS is an analogue addressable ﬁre panel with maximum coverage of 96 zones, with 1 or 2 loops and 198 (99 detectors and 99 modules) devices per loop. The panel maintains a System Sensor series 200 protocol. An arbitrary number of devices can be added to each zone thus ensuring the easy adaptation of the system to any type of conﬁguration. To avoid or signiﬁcantly diminish problems when mounting the system it must be carefully planned prior to installation. This includes: establishing an address for every device and planning a name of maximum 40 digits (including the spaces) for each address, thereby ensuring easy access to the device. According to the acting standards for establishing ﬁre systems and the plan of the building, the devices must be grouped in zones. Every loop provides for 99 (1-99) detectors and 99 (1-99) modules.

General view of the IRIS Fire Panel

1.2 General Speciﬁcations

The front panel consists of a graphic LCD display (dimensions 240x320) with a built-in touch screen and a light-emitting diode indication. Separate operator and engineer passwords provide access to the functions of the panel. The internal space of the box is protected with the help of secret screws. One or two loop expanders can be supplemented to the mother board. Each one can control up to 198 addressable devices (99 modules and 99 detectors). In a conﬁguration with two loops, the panel covers 396 addressable devices. The system can be expanded by connecting several ﬁre panels IRIS to the Ethernet, using TCP/IP for communication between them. The panel has a built-in real time clock and calendar, allowing day and night time modes of work. Switching over between the two modes can be automatic or manual. Events like FIRE, RESET, fault, etc., are saved in the memory, thereby creating an event log-ﬁle. It contains the time and date, the address of the device, the type (module or detector), the name of the device, the zone, the name of the zone, etc.

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1.2.1 General Technical Speciﬁcations

• Loops - 1 or 2 loop versions as standard

• Up to 99 detectors and 99 modules per loop

• Zones - 96 displayed zones

• Inputs - 4 programmable for volt-free Normal Open contact

• Monitored relay outputs – 4 (Sounder, Fire, Fault and Fire Protection)

• Non monitored relay outputs – 4 programmable, 230V/ 10A

• Display – 320x240 CSTN graphic display (118.8mm X 89.38mm) with a touch panel

• Real time clock

• Up to 128 programmable Inputs/Outputs per panel

• Comprehensive day/night mode facility

• Simple Windows graphical conﬁguration utility via Ethernet or USB

• Simple Http monitoring utility

• Loop less panel option (repeater)

• Thermal printer (optional)

• Digital communicator (optional)

• Flush mounting enclosure

• Multi-language support

• Easy software update

• Absolutely compatible with the requirements of EN54-2/4

1.2.2 Structure

Maximum conﬁguration:

- Main PCB

- Power Source

- LED-indication

- Main Board

- 20 Relays Expander Module

- 2 Loop Controllers

- Modem

- Heat Printer

1.2.3 Environment

- Ambient Temperature: -5˚C up to +50˚C

- Relative Humidity: up to 95% (without condense)

- Storage Temperature: -10˚C up to +60˚C

- Weight (without the battery): 6kg.

1.2.4 Electrical Speciﬁcations

Earth connection

The earth connection has to be realized in accordance with the rules for the electrical safety with the total resistance in the circuit lower than 10Ω. It is mandatory to connect the main power supply cable to the middle input of the ﬁre panel terminal - see §2.2.7 Power Source.

Main power supply

In normal operating conditions the ﬁre panel is powered from the mains voltage line. In case of mains voltage line loss the ﬁre panel is equipped with one rechargable battery. The characteristics of the main power supply are as follows:

- Mail Power Supply: ~230V ±10%

- Frequency: 50/ 60Hz

- Electrical output: 1A

!

ATTENTION: Do not instal the ﬁre panel near power electromagnetic ﬁelds (radio equipments, electric motors, etc.)!

Minimum conﬁguration:

- Main PCB

- Power Supply

Fire Panel IRIS - Installation Manual 5

Battery Power Supply

- Voltage output: Ucharge=13,8V

- Current output: Imax: 2A

- Number of the Batteries: 1, 12v/ 18Ah

- Battery Size: 167x181x76mm

- Type of the Battery connection: with a ﬂat terminal lug - Ø5mm (M5)

List of the fuses

- General Power Supply: 2A, Slow Type

- Outputs: Sounder, Fire, Fault and Fire Protection - 0,5A, Self-recovering Type

- Battery: 10A, Automobile Type

List of the additional components, included in the set of the ﬁre panel IRIS:

1. Fuse, Automobile Type, 10A - 1

2. Fuse 2A, Slow Type, for the Power Supply - 1

3. Balansing resistors, 10K - 4

4. Plastic taps - 21

5. Cable bandages - 2

6. Special Tool for unscrewing the secret bolts - 1

!

The panel should be installed by qualiﬁed specialists only. The electronic components of the panel are vulnerable to electrostatic discharge. Never add or turn off components which are being power supplied.

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2. INSTALLATION

2.1 Mounting

• The panel must be installed in a clean dry place and must not be subjected to impact orvibrations (Figure 1). It must be situated far form heating appliances. The temperature must be within –5ºС and + 50ºC. The ﬁre panel is not water-proof!

• Unscrew the two secret bolts situated from above and from bellow the metal box with the help of the Special Tool in the set - see Figure 2.

• Remove the front panel as ﬁrst disconnect the ﬂat-cable for panel indication. After that unscrew the hinge bolts on the side of the front panel - Figure 3. (Note: You can unscrew and the hinge bolts on the side of the

metal box. The special here is the presence of two plastic pads situated under the hinges. The pads have to be returned back under the hinges at closing the front pane.)

• Choose inlets for the cables, and put from the ptastic taps on those ones which you will not use.

Figure 1 Figure 2 Figure 3

2.1.1 Wall Mounting

• Use the templete in the set to ﬁx the mounting holes of the metal box on the wall - see Figure 4.

• Drill holes (Ø6-8mm) on the wall and ﬁx the metal box - see Fig 5.

• Route the external cables onto the back box, make off connection glands etc., BUT DO NOT make any connections at this stage. ENTER THE MAINS CABLE THROUGH ITS OWN CABLE ENTRY POINT AND KEEP MAINS WIRING AWAY FROM SYSTEM AND OTHER LOW VOLTAGE WIRING.

• Connect the mains supply and earth to the main terminal block BUT DO NOT apply the main electrical supply at this stage.

• Position the accumulator battery in an upright position and ﬁx the metal clamp.

Figure 4 Figure 5

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2.1.2 Flush Mounting

• Analogue-addressable ﬁre panel IRIS is provided for ﬂush mounting. In the set of the panel are included two special hinges used for building-in the metal box of the panel in gypsum plaster walls with thickness up to 25mm.

• Use given on Figure 6 dimentions to outline and to cut the mounting hole in the gypsum plaster wall.

• Fix the hinges on the back side of the gypsum plaster wall with suitable bolts, as shown on Figure 7, Position 1.

• Route the external cables onto the back box, make off connection glands etc., BUT DO NOT make any connections at this stage. ENTER THE MAINS CABLE THROUGH ITS OWN CABLE ENTRY POINT AND KEEP MAINS WIRING AWAY FROM SYSTEM AND OTHER LOW VOLTAGE WIRING.

• Place the metal box in the mounting hole and ﬁx it with suitable bolts - Figure 7, Position 2.

• Connect the mains supply and earth to the main terminal block BUT DO NOT apply the main electrical supply at this stage.

• Position the accumulator battery in an upright position and ﬁx the metal clamp.

Figure 6. Dimentions of the metal box Figure 7. Action secuence for ﬂush and the mountig hole. mounting.

Figure 8. Flush mounting holes. Main view of the ﬁx to the wall hinge and the bolts

supporting the metal box.

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2.2 System components

2.2.1 Front panel

Figure 9. Main view of the front panel.

2.2.2 Conﬁguration of the basic modules

Figure 10. Conﬁguration of the basic modules in the system.

1 - Metal Clamp for supporting the accumulator battery. 2 - Terminal for connection between the accumulator battery and the main power source. An automobile type fuse 10A is situated into the terminal. 3 - Clamp for supporting the main power supply cable. 4 - Terminal for connection between the mains power supply and the power source. A slow type fuse 12A is situated into the terminal.

5 - Earthing lead.

LED-indication of the events provides following functions:

1 - GENERAL FIRE 2 - PREALARM 3 - GENERAL FAULT 4 - SYSTEM FAULT 5 - SYSTEM SILENCE 6 - DELAY 7 - DISABLE 8 - TEST

9 - POWER ON

Fire Panel IRIS - Installation Manual 9

2.2.3 Main Board

The Main Board (Figure 11) is a basic part of the ﬁre panel IRIS. Its function is to control the output devices – sounders, ﬁre detectors, signaling devices, etc. The Main Board could not work independently.

Figure 11 – General view of the Main Board of the ﬁre panel.

· REL1, REL2, REL3 and REL4 – Programmable outputs, 230V / 10A;

·

+24V and +12V – DC power supply terminals;

·

GND – Common earth

·

IN1, IN2, IN3 and IN4 – Inputs (Each input is independent from the others);

· SOUNDER – Monitored output for connecting of a sounder, 24 VDC / 0,5 A;

· FIRE, FIRE PROTECTION and FAULT – Monitored outputs for connecting of different

devices (e.g. signaling devices), 24V / 0,5A; 1 - Flat-cable interface connector for front panel power supply; 2 - Flat-cable interface connectors for connecting 20 Relay Expander Module; (At connecting 20 Relay Expander Module to the system conﬁguration, the total number of

the programmable outputs increases to 24.) 3 - Flat-cable interface connector for connecting 20 Relay Expander Module; 4 - Fuse 0,5A, type Self-recovering;

5 - Mounting holes.

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IMPORTANT: The relay of the respective programmable output only breaks the circuit (NC: The left termi-

nal lead) or closes the circuit (NO: The right terminal lead) according to the middle lead of each terminal.

The relays of the programmable outputs just open or close the output circuit – there is no difference in the potentials between the separate terminal leads!

At the monitored outputs Sounder, Fire Protection, Fire and Fault could be measured 24 VDC and maximum output current 0,5A at closed relay contacts, ad 0V at open relay contacts.

Figure 12 – Example for connecting

a button to inputs IN1 and IN2.

ATTENTION: The active level of the input signal is logical zero!

To the monitored output Sounder could be connected several sounders – Figure 13. The maximum number of sounders that could be connected in the circuit, depends on their total current consumption, which must not exceed 0,5A.

Before connecting the last sounder in the circuit, parallel to it must be added end-of-line resistor 10k.

Figure 13. Connecting of sounders.

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2.2.4 20 Relay Expander Module

20 Relay Expander Module (Figure 14.) is an additional module by which the total number of the programmable outputs increases to 24. The expander consists of 20 relays, controlling 20 separate outputs (110V / 1A) – numbered REL5 – REL24.

The function of the relays is just to open or close the output circuit according to their conﬁguration (the posi

-

tion of the jumper). It is possible the relay of the respective programmable output to open the circuit (NC: the left terminal lead) or to close it (NO: the right terminal lead) according to the middle lead of each terminal.

Figure 14. General view of 20 Relay Expander Module.

• REL5 – REL24 – Programmable outputs, 110V / 1A;

• NC - Normally closed contact;

• NO - Normally open contact; 1 - Flat interface connectors for connecting 20 Relay expander module to the Main board; 2 - Jumper leads for programming the function of the respective relay – to open (NC) or to close (NO) the circuit;

3 - Mounting holes for ﬁxing the 20 Relay expander module to the Main board.

Adding of 20 Relay Expander Module to the Main Board of the ﬁre panel

Figure 15.

1 – Place the mounting clips into the pointed holes, as shown on Figure 15. 2 – Screw the mounting supports into the pointed holes, as shown on Figure 15. 3 – Place 20 Relay expander module on the Main board, thus the ﬂat interface connectors on the both PCBs to connect to each other.

4 – Fix with suitable bolts 20 Relay expander module to the Main Board.

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2.2.5 Loop Expander

The Loop Expander (Figure 16) realizes the connection between the Main Board and devices connected to the communication line. The Loop Expander has two basic functions:

1. Gathers data from the devices in the communication line and transfers it to the Main Board.

2. Receives commands from the Main Board and transfers them to the devices connected in the communication line.

In the conﬁguration of analogue-addressable ﬁre panel IRIS could be mounted two loop expanders, and thus the maximum number of the addressable devices increases to 396.

To each loop expander could be connected up to 99 modules and 99 sensors. The maximum current con

-

sumption of the devices in the communication line is Imax = 700mA. If the consumption exceeds this value an over-load protection would be turned on.

1 – Flat interface connector for connecting the Loop expander to the Main Board. 2 – Flat interface connector for connecting second loop expander.

Figure 16. General view of Loop Expander and an example for connecting devices to it.

Adding of second loop expander in the conﬁguration of the ﬁre panel IRIS

1 – Connect the ﬂat interface connectors of the ﬁrst and the second loop expanders. 2 – Fix the second loop expander with suitable bolts to the metal box of the ﬁre panel.

Figure 17. Connecting of a second loop expander in the ﬁre panel conﬁguration.

Fire Panel IRIS - Installation Manual 13

2.2.6 Maximum permissible cable length

The maximum length of the loop in the system could vary according to the cross-section and the ohmic resistance of the used cable. To make possible identifying devices with identical addresses (double addresses) in the system conﬁguration, the cable resistance should not exceed deﬁnite calculated value. According to the ohmic cable resistance, calculate:

· Formula 1: L

C1MAX

= 21 / RC · Formula 2: L

C2MAX

= 80 / RC,

Where:

L

C1MAX

and L

C2MAX

- are maximum permissible length of the used cabel, [km];

RC - is total ohmic resistance of the two wires of the used able; its value shows the magnitude of the cable

resistance at length 1km [Ω/km]. If L

C

is the necessary length of the cable used in the loop, then:

· At LC ≤ L

C1MAX

- the ﬁre pane will be able to communicate with the devices in the circuit and also will

be able to identify the presence of double address.

· At L

C1MAX

< LC ≤ L

C2MAX

- the ﬁre panel will be able to communicate with the devices in the circuit

but will not be able to identify the presence of double addresses.

· At LC > L

C2MAX

- the ﬁre panel will not be able neither to communicate with the devices nor to identify

the presence of double addresses.

Example:

RC = 39 Ω/km, then L

C1MAX

= 21 / RC = 21 / 39 ≈ 0,540km

L

C2MAX

= 80 / RC = 80 / 39 ≈ 2km

LC = 1km

In this case it is possible to use the chosen cable in the system, but the ﬁre panel will not be able to identify devices with double addresses. If this could not satisfying the requirements of the system it must be chosen cable with lower ohmic resistance RC.

The connection diagram shown on Figure 18, gives the possibility to protect devices against opening and short-circuit. For example, short-circuit in section 2 will not inﬂuence the operation of sections 1 and 3. The isolator modules at the both ends of section 2 will isolate it, and section 1 and 3 will continue working properly, as section 1 will operate by supply from the channel “A” and section 3 – by supply from channel “B”. Since the ﬁre panel will not be able to communicate with the devices from section 2, it will generate an alarm signal for lost devices and open circuit.

Figure 18.

IMPORTANT

: The maximum number of devices between two isolator modules is 30!

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2.2.7 Main Power Source

Figure 19. General view of the power source and the terminal.

LED-indication of the power source

LED Function Description

1 AC LOSS Main power supply loss. 2 Charger Fault Problem with the battery charging. 3 BATT LOSS Battery loss. 4 BATT Low Discharged battery. 5 EARTH FAULT Earth connection ≤ 10kΩ. 6 Rx / Tx Shows the communication with the panel.

Terminal Block for connecting to external power supply.

Terminal Function Description

1 GND Input for connectin of external power supply EARTH. 2 FAULT OUT Fault output, turns on when a problem with the main power supply

occurred. Connect it to the input (Fault In) of the external power

supply. 3 FAULT IN Input for connecting the Fault output of the external power supply. 4 +13.8V External power supply input.

!

Before the mains supply is switched on, check the correct connection of each loop, sounder or any other input or output.

Fire Panel IRIS - Installation Manual 15

2.2.8 Connecting of the accumulator battery

Figure 20. Connecting the accumulator battery to the main power source.

· Connect the red cable to the positive pole of the battery, the black cable – to the negative battery

pole. Both of the cables are connected to the battery by means of a ﬂat terminal lug Ø5mm.

· Connect the cable with the built-in thermo resistor to the negative battery pole.

· Check the presence and proper working of the automobile fuse 10A, situated in the terminal for

connection between the battery and the power source.

!

Important: Never cut or shorten the cable with the built-in thermo resistor! That will cause harm to the normal charging process of the battery!

ATTENTION: The connection between the accumulator battery and the main power source has some spe-

cial features. It is strongly recommended to use only battery with electrical characteristics and dimensions pointed from the manufacturer. Before connecting to the power source check the polarity of the battery. The battery cannot power up the panel before the mains supply has been switched on. Connect the battery after

the mains supply is turned on. If the battery is new it will take a few hours before its complete charging! The charging of the accumulator battery is done at maximum current Imax = 2A and charging voltage Ucha

-

rge < 13,8V.

The charging of the battery depends on its temperature. The temperature is monitored by means of a thermo-resistor build-in the black cable without ﬂat terminal lug at the end – Figure 20. Never cut or shorten the cable with the built-in thermo resistor, because that will harm the normal charging of the battery!

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2.3. Network connection diagram

It is possible to connect some individual IRIS ﬁre panels in a network by means of a HUB and TCP/IP protocol – Figure 21. A supervisor PC, which could follow the current status of the individual ﬁre panels, monitors the current panel state. As an option, it is possible connecting of a modem, which allows connecting of the supervisor PC with other remote devices (in other cities, countries, etc.).

Figure 21.

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3. PROGRAMMING

When turned on, the panel always conducts a procedure of loading the parameters, which usually takes about 30 sec. There is no access to the menus of the panel during that procedure.

Upon the initial start up, the panel does not hold any conﬁgurations. Initialization may take several minutes. The initialization time needed depends on the number of periphery and loop devices. After the panel has been turned on, it performs a procedure for detecting newly installed periphery and loop devices.

The general view of the CONFIGURATION Menu of IRIS Fire Panel is shown on Fig. Screen 1. It gives the installer the possibility to choose the type of the operation, which is necessary to do:

1. To program system parameters – Programming Menu.

2. To study the panel operation, as to enter different parameters for the maintenance of the system – Main

-

tenance Menu.

Fig. Screen 1.

3.1 Programming Menu

To enter in the Programming Menu the installer has to choose button “Programming”. The general view of the menu is shown on Fig. Screen 2.

Fig. Screen 2.

On the left side of the screen are located buttons for entering submenus for parameter programming of Devices, Zones, Inputs, Outputs and Access Codes. To enter a desired submenu just choose it button.

Choosing the button “Restore Defaults” on the left side of the screen can restore all the factory settings. Button “Save” is for quick saving of the entered information.

With the button “Exit” in the bottom left corner the user/installer can easy move one step back on the previous screen.

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3.2 Devices

In the addressable ﬁre panel IRIS are supported periphery and loop devices. With choosing the “Device” button the user/installer enters a menu for choosing the type of the device – Fig. Screen 3.

Fig. Screen 3.

3.2.1 Periphery Devices

Choosing “Periphery Device” button leads to submenu for entering the parameters of the available periphery devices in the system conﬁguration – Fig. Screen 4. List of 1.0 version supported periphery devices:

· PSU140 Power source

· IO4 (Main Board) - 4 input/ 4 monitored outputs/ 4 relays

· IO24 (Main Board + 20 Relay Expander Module) - 4 input/ 4 monitored outputs/ 24 relays

· LOOP1 (First Loop expander) / LOOP2 (Second Loop expander) Upon detecting a new periphery device (which is missing in the conﬁguration), the following message will be

displayed: “NEW PERIPHERY DEVICES FOUND”, and the number of the detected devices will be indicated. All new periphery devices have to be added to the panel conﬁguration using the SAVE command for the spe

ciﬁc device or the general SAVE command from the CONFIGURATION menu – Fig. Screen 2. Any devices, not conﬁgured in the panel, shall not generate any messages. Where a periphery device is removed, the panel shall display “PERIPHERY DEVICE FAULT”. In the case of an unregistered device, the panel reduces the number of new devices, and if their number is 0 it will stop displaying the “NEW PERIPHERY DEVICES FOUND” notice. The device can be deleted from the conﬁguration of the panel with the REMOVE command for the speciﬁc device. Where a device of a different type is placed in position on the panel of a given device from the conﬁguration, the panel shall display “PERIPHERY DEVICE TYPE ERROR”. In order to replace a previous device with a new type, choose the REPLACE button for the speciﬁc device.

Fig. Screen 4.

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3.2.1.1 Physical Address of Periphery Device

The panel is able to operate with up to 5 periphery devices, addressed 1 to 5. The devices can be self-addressed, whereby the ﬁrst along the link acquires the lowest address. The power supply always acquires

address 1.

3.1.1.2 Button for Entering the Device Submenu

There is a menu for each periphery device which displays its current conﬁguration and parameters. On Fig. Screen 5 is shown the submenu of the ﬁrst periphery device in the panel conﬁguration (Power source PSU), where it is possible to follow the current information for the main and additional power supply. On Fig. Screen 6 is shown the submenu of the second device in the system conﬁguration (Main board – I/O4, or Main board + 20 Relay Expander – I/O24), and on Fig. Screen 7 – the third available periphery device (First Loop expander – LOOP1).

Fig. Screen 5 – PSU (Power source)

Fig. Screen 6 – I/O24 (Main board + 20 Relay Expander Module)

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Fig. Screen 7 – LOOP1 (First Loop expander)

3.2.1.3 Current Status of the Device

The running status of the device can be: NORMAL – the device is properly operating. NEW – the device is new to the system. It must be saved. FAULT – the device does not respond. TYPE ERROR – a device, different from that saved, has been detected. EMPTY – no device has been detected at this address.

3.2.2 Loop Devices

The device searches for new loop devices only when the respective loop controller has been added to the conﬁguration. To enter the submenu for programming of the loop devices parameters from “Device” menu choose button “Loop Devices” – Fig. Screen 3.

When a new loop device is found (missing in the conﬁguration) the message “NEW LOOP DEVICES FOUND” will be generated, as well as the number of detected devices. The message is generated by loops. Adding a new device to the conﬁguration is accomplished with the APPLY command from the speciﬁc device menu or with the help of the general SAVE command from the

Programming menu. Any device, which has not been added to the conﬁguration, cannot generate messages. In case of removal of a loop device, the panel generates a ”LOOP DEVICE FAULT” message. When a newly detected device is removed, the panel reduces the number of the new devices and if their number is 0 it shall extinguish the “NEW LOOP DEVICES FOUND” message. Removing the device from the conﬁguration is accomplished with the REMOVE command in the menu for the speciﬁc device.

Where in abundance, it is possible for device addresses to double along the loops (see also §2.2.6 Maximum permissible cable length). In such cases the message “DOUBLE ADDRESS” will be displayed along with the problem address. Should a different device type appear at the address of a saved device, the panel will generate “LOOP DEVICE TYPE ERROR”. The new device can be saved by selecting the correct type from the menu of types and the APPLY command in the menu for the speciﬁc device.

The panel cannot distinguish the types of devices in one and the same area. This requires each type of de

-

vice to be further deﬁned by the installer. For ease of introduction, the panel suggests possible devices for se

lection. Information for correspondence of the device types is given in §3.2.2.12 Maintained Loop Devices and Appendix B – Tables for correspondence of the device types.

Fire Panel IRIS - Installation Manual 21

The “SAVE” button can be used for fast conﬁguration of the device. Following this command, the panel sets up all detected loop and periphery devices by default. New devices only are conﬁgured under this command.

The “RESTORE DEFAULTS” command deletes all system parameters. On Fig. Screen 8 is given the general view of the submenu for new loop devices conﬁguration.

Fig. Screen 8.

3.2.2.1 Conﬁrm Change Button

Saves changes in the permanent memory.

3.2.2.2 Button to enable/disable a device

See 5.10.2

3.2.2.3 Module or detector selection button

This button is used to switch over between module and detector addresses.

3.2.2.4 Address Navigation Button

This button helps to screen (in sequence or directly) the devices of one and the same loop.

3.2.2.5 Loop Number Navigation Button

These keys alternate the loop (in sequence or directly) of the screened devices.

3.2.2.6 Zone Selection Button

These keys alternate the zone (in sequence or directly) to which the device belongs.

3.2.2.7 Current Device Status

The current device status varies according to the device type.

3.2.1.8 Button for Changing the Current Status of the Device

The action of this button depends on the type of current status of the device. The following are possible: REMOVE – deletes the device from the conﬁguration. SAVE – saves the new device in the conﬁguration.

REPLACE – replaces the device type.

3.2.2.9 Change Device Type Button

Press this button for the panel to provide a compatibility device list of which to choose the most suitable one. The “SELECT NEW DEVICE TYPE” message will be portrayed Fig. Screen 9.

22 Fire Panel IRIS - Installation Manual

3.2.2.10 Active Field for Text Introduction

Choosing this ﬁeld accesses the text introduction mode. The text must not exceed 40 digits together with the spaces – Fig. Screen 10. Entered information is conﬁrmed with button .

Figure Screen 9. Figure Screen 10.

3.2.2.11 Additional Settings Button

The additional adjustments vary according to the type of device. Setting the day and nighttime mode, as and setting the levels of the alarm signal (FIRE) – Fig. Screen 11, is performed by pressing of the respective button and entering of the desired value by means of an additional keypad displayed on the screen.

Fig. Screen 11.

Fire Panel IRIS - Installation Manual 23

3.2.2.12 Maintained Loop devices

(See also APPENDIX B: Tables for corresponding of device types)

3.2.2.12.1 - 1251E (Ionization sensor)

- Following the initial start-up of the system there is no need for further readjustment of the type.

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of a FIRE signal.

- Introduce the name of the device – 40 digits.

- The device maintains day and nighttime working modes. Each of these are assigned different times of ﬁltra

tion of the FIRE signal. The nighttime mode must be less than that of the daytime mode. For speciﬁc cases the times of both modes can be 0, disallowing ﬁltration time, having the ﬁre signal is immediately perceived.

The device maintains day and nighttime working modes. Both are assigned different thresholds for FIRE (1-3). Nighttime mode must be of a lower threshold than that of the daytime one. It is possible to experiment with various alarm levels.

3.2.2.12.2 - 2251EM (Photoelectric Smoke sensor)

- Following the initial start-up of the system there is no need for further readjustment of the type.

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of a FIRE signal.

- Introduce the name of the device – 40 digits.

- The device maintains day and nighttime working modes. Each of these are assigned different times of ﬁltra

tion of the FIRE signal. The nighttime mode must be less than that of the daytime mode. For speciﬁc cases the times of both modes can be 0, disallowing ﬁltration time, having the ﬁre signal is immediately perceived.

The device maintains day and nighttime working modes. Both are assigned different thresholds for FIRE (1-3). Nighttime mode must be of a lower threshold than that of the daytime one. It is possible to experiment with various alarm levels.

3.2.2.12.3 - 2251EIS (Photoelectric Smoke sensor)

- After the initial starting up of the system the type needs to be ﬁne-tuned. The panel shall detect devices like 2251ЕМ. From the menu of types select the correct type of the respective device (this is recommended in order to ensure the proper performance of the device).

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of a FIRE signal.

- Introduce the name of the device – 40 digits.

- The device maintains day and nighttime working modes. Each of these are assigned different times of ﬁltra

tion of the FIRE signal. The nighttime mode must be less than that of the daytime mode. For speciﬁc cases the times of both modes can be 0, disallowing ﬁltration time, having the ﬁre signal is immediately perceived.

3.2.2.12.4 – 6200 (Smoke beam sensor)

- After the initial starting up of the system the type needs to be ﬁne-tuned. The panel shall detect devices like 2251ЕМ. From the menu of types select the correct type of the respective device (this is recommended in order to ensure the proper performance of the device).

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of a FIRE signal.

- Introduce the name of the device – 40 digits.

24 Fire Panel IRIS - Installation Manual

- The device maintains day and nighttime working modes. Each of these are assigned different times of ﬁltration of the FIRE signal. The nighttime mode must be less than that of the daytime mode. For speciﬁc cases the times of both modes can be 0, disallowing ﬁltration time, having the ﬁre signal is immediately perceived.

3.2.2.12.5 - FTX-P1 (Photoelectric Smoke sensor)

- After the initial starting up of the system the type needs to be ﬁne-tuned. The panel shall detect devices like 2251ЕМ. From the menu of types select the correct type of the respective device (this is recommended in order to ensure the proper performance of the device).

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of a FIRE signal.

- Introduce the name of the device – 40 digits.

- The device maintains day and nighttime working modes. Each of these are assigned different times of ﬁltra

tion of the FIRE signal. The nighttime mode must be less than that of the daytime mode. For speciﬁc cases the times of both modes can be 0, disallowing ﬁltration time, having the ﬁre signal is immediately perceived.

3.2.2.12.6 – 6500 (Linear smoke sensor)

- After the initial starting up of the system the type needs to be ﬁne-tuned. The panel shall detect devices like 2251ЕМ. From the menu of types select the correct type of the respective device (this is recommended in order to ensure the proper performance of the device).

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of a FIRE signal.

- Introduce the name of the device – 40 digits.

- The device maintains day and nighttime working modes. Each of these are assigned different times of ﬁltra

tion of the FIRE signal. The nighttime mode must be less than that of the daytime mode. For speciﬁc cases the times of both modes can be 0, disallowing ﬁltration time, having the ﬁre signal is immediately perceived.

- The device can be tested by covering the reﬂector, depending on the selected alarm level. As a result a FIRE signal is generated to the respective zone. In the case of complete blockage of the reﬂector a “BEAM BLOCKAGE” message is generated. If there are any reﬂective objects in the path of the detector a “SIGNAL OVER RANGE” message is generated.

3.2.2.12.7 - 5251EM (Temperature sensor)

- Following the initial start-up of the system there is no need for further readjustment of the type.

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of a FIRE signal.

- Introduce the name of the device – 40 digits.

- The device maintains day and nighttime working modes. Each of these are assigned different times of ﬁltra

tion of the FIRE signal. The nighttime mode must be less than that of the daytime mode. For speciﬁc cases the times of both modes can be 0, disallowing ﬁltration time, having the ﬁre signal is immediately perceived.

3.2.2.12.8 - 5251TEM (Temperature sensor)

- After the initial starting up of the system the type needs to be ﬁne-tuned. The panel shall detect devices like 5251ЕМ. From the menu of types select the correct type of the respective device (this is recommended in order to ensure the proper performance of the device).

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of a FIRE signal.

- Introduce the name of the device – 40 digits.

Fire Panel IRIS - Installation Manual 25

- The device maintains day and nighttime working modes. Each of these are assigned different times of ﬁltration of the FIRE signal. The nighttime mode must be less than that of the daytime mode. For speciﬁc cases

the times of both modes can be 0, disallowing ﬁltration time, having the ﬁre signal is immediately perceived.

3.2.2.12.9 - 5251HTEM (Temperature sensor)

- After the initial starting up of the system the type needs to be ﬁne-tuned. The panel shall detect devices like 5251ЕМ. From the menu of types select the correct type of the respective device (this is recommended in order to ensure the proper performance of the device).

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of a FIRE signal.

- Introduce the name of the device – 40 digits.

- The device maintains day and nighttime working modes. Each of these are assigned different times of ﬁltra

tion of the FIRE signal. The nighttime mode must be less than that of the daytime mode. For speciﬁc cases the times of both modes can be 0, disallowing ﬁltration time, having the ﬁre signal is immediately perceived.

3.2.2.12.10 - 2251TEM (Multi-criteria ﬁre sensor)

- Following the initial start-up of the system there is no need for further readjustment of the type.

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of a FIRE signal.

- Introduce the name of the device – 40 digits.

- The device maintains day and nighttime working modes. Both are assigned different thresholds for FIRE (1-

6). Threshold 6 responds to an alarm signal sent from a thermal detector. It is recommended that threshold 6 be selected for daytime mode. Nighttime mode must be of a lower threshold than that of the daytime one. It is possible to experiment with various alarm levels.

The day and nighttime working modes are assigned different times of ﬁltration of the FIRE signal. The nighttime mode must be less than that of the daytime mode. For speciﬁc cases the times of both modes

can be 0, disallowing ﬁltration time, having the ﬁre signal is immediately perceived.

3.2.2.12.11 – 7251 (Photoelectric smoke sensor)

- Following the initial start-up of the system there is no need for further readjustment of the type.

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of a FIRE signal.

- Introduce the name of the device – 40 digits.

- The device maintains day and nighttime working modes. Both are assigned different thresholds for FIRE (1-9). Nighttime mode must be of a lower threshold than that of the daytime one. It is possible to experiment with various alarm levels.

The day and nighttime working modes are assigned different times of ﬁltration of the FIRE signal. The nighttime mode must be less than that of the daytime mode. For speciﬁc cases the times of both modes

can be 0, disallowing ﬁltration time, having the ﬁre signal is immediately perceived.

3.2.2.12.12 - M210E (Single input)

- Following the initial start-up of the system there is no need for further readjustment of the type.

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device

contact. The LED turns ON in case of activation at the input.

- Introduce the name of the device – 40 digits.

26 Fire Panel IRIS - Installation Manual

3.2.2.12.13 - M220E (Dual input)

- After the initial starting up of the system the type needs to be ﬁne tuned. The panel shall detect devices like М210E. From the menu of types select the correct type of the respective device (this is recommended in order to ensure the proper performance of the device).

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of activation at the input.

- Introduce the name of the device – 40 digits.

3.2.2.12.14 - M221EINPUT (Input)

- After the initial starting up of the system the type needs to be ﬁne-tuned. The panel shall detect devices like М210E. From the menu of types select the correct type of the respective device (this is recommended in order to ensure the proper performance of the device).

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of activation at the input.

- Introduce the name of the device – 40 digits.

3.2.2.12.15 - M221EOUTPUT (output)

- After the initial starting up of the system the type needs to be ﬁne tuned. The panel shall detect devices like М210E. From the menu of types select the correct type of the respective device (this is recommended in order to ensure the proper performance of the device).

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of activation at the output.

- Introduce the name of the device – 40 digits.

3.2.2.12.16 - M201E (Main switch output)

- Following the initial start-up of the system there is no need for further readjustment of the type.

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of activation at the input.

- Introduce the name of the device – 40 digits.

3.2.2.12.17 - M501ME (Input)

- After the initial starting up of the system the type needs to be ﬁne tuned. The panel shall detect devices like М210E. From the menu of types select the correct type of the respective device (this is recommended in order to ensure the proper performance of the device).

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of activation at the input.

- Introduce the name of the device – 40 digits.

3.2.2.12.18 - M503ME (Micro monitor)

- After the initial starting up of the system the type needs to be ﬁne-tuned. The panel shall detect devices like М210E. From the menu of types select the correct type of the respective device (this is recommended in order to ensure the proper performance of the device).

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

Fire Panel IRIS - Installation Manual 27

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of activation at the input.

- Introduce the name of the device – 40 digits.

3.2.2.12.19 - M500KAC (Call point)

- After the initial starting up of the system the type needs to be ﬁne tuned. The panel shall detect devices like М210E. From the menu of types select the correct type of the respective device (this is recommended in order to ensure the proper performance of the device). On a correct adjustment of the type, after activation of a Call Point is generated an alarm signal to the relevant device.

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of activation at the input.

- Introduce the name of the device – 40 digits.

3.2.2.12.20 - M512ME (Zone monitor)

- Following the initial start-up of the system there is no need for further readjustment of the type.

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of activation at the input.

- Introduce the name of the device – 40 digits.

3.2.2.12.21 - EMA24 & DBS24 (Loop sounders)

- After the initial starting up of the system the type needs to be ﬁne tuned. The panel shall detect devices like М210E. From the menu of types select the correct type of the respective device (this is recommended in order to ensure the proper performance of the device).

- A number should be set for the zone (1-96), to which the messages from the speciﬁc device will be sent, indicating: ALARM, TROUBLE, etc.

- A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF mode the LED does not reﬂect any device contact. The LED turns ON in case of activation at the output.

- Introduce the name of the device – 40 digits.

Important: Every device can be enabled or disabled. When disabled a “LOOP DEVICE DISABLED” message is generated to the respective zone. No signals will be perceived from a disabled device. Device disabling does not terminate after a RESET command.

28 Fire Panel IRIS - Installation Manual

3.3 Zones

The IRIS analogue-programmable ﬁre panel avails of 96 zones. There are separate LED-s to indicate FIRE and PREALARM statuses for each zone. In case of FIRE event - LED is permanently lit. In case of a PREALARM event - LED blinks. To enter the submenu for zone conﬁguration, chose “Zones” button from Programming menu – Fig. Screen 2. The general view of the zone conﬁguration menu is shown on Fig. Screen 12.

Fig. Screen 12

3.3.1 Button for Selecting the Zone Number

The zone number can be selected in sequence or directly, which can than be monitored.

3.3.2 Active Field for Introducing Zone Name

Choose the button to enter the screen (Fig Screen 10), for introducing the zone name, which shall not exceed 40 digits together with the spaces. Verify the information with the button.

3.3.3 Button for Zone Mode Change

Each zone has two working modes: NORMAL and 2DEVICES.

· In

NORMAL mode any detector activation within the system generates an alarm event to the respec-

tive zone.

· In

2DEVICES mode any detector activation within the system generates a PREALARM event to the respective zone, but also awaits the activation of another detector from the same zone to generate a FIRE signal. The RESET command shall disable the FIRE and PREALARM events.

3.3.4 Sounder Delay

The delay can be within an interval of 0-600 sec. In case of activation of more than one zone, the delays to the outputs are caused by the zone with shorter

delays.

3.3.5 Fire output Delay

The delay can be within an interval of 0-600 sec. In case of activation of more than one zone, the delays to the outputs are caused by the zone with shorter delays.

3.3.6 Fire protection Output Delay

The delay can be within an interval of 0-600 sec. In case of activation of more than one zone, the delays to the outputs are caused by the zone with shorter delays.

3.3.7 Enable/Disable Zone Button

See §5.10.1

Fire Panel IRIS - Installation Manual 29

3.4 Inputs

To enter the submenu for inputs conﬁguration choose “Inputs” button from Programming menu – Fig. Screen

2. The general view of the menu for inputs conﬁguration is shown on Fig. Screen 13.

Fig. Screen 13 – Menu for introducing input parameters.

3.4.1 Input delay

Delays can be within 0–600 sec.

3.4.2 Input Active Status (Polarity)

INVERTED – the output is set at ON, when the result of the logical function is OFF. NORMAL – the output is set at ON, when the result of the logical function is ON.

3.4.3 Mode

LATCHED – deleted only after RESET. UNLATCHED – monitors the status.

3.4.4 Type Selection Menu

The 1.0 version types are:

NONE PERIPHERY_DEVICE LOOP_DEVICE ZONE TIME

3.4.5 Parameter Selection Menu

Depending on the type of input, the parameters can be:

PERIPHERY_DEVICE

• Number of the periphery device and number of its input. LOOP_DEVICE

• Number of the loop, device address and indication whether it is a module or detector. Only a de vice with an input can be conﬁgured.

ZONE

• Number of zone and event for activation. The possible events by zones are:

- FIRE

- FAULT

- DISABLED

- PREALARM

DATE ACTION GENERAL NETWORK

30 Fire Panel IRIS - Installation Manual

TIME

• Device input. activation time. DATE

• Device input activation date. ACTION

• Device input activation action. The possible actions are as follows:

-

SILLENCE_BUZZER

- SILLENCE_SOUNDER

- RESET

- SOUNDER_ON

- FIRE_BRIGADE_ON

- FAULT_ROUTING_ON

- FIRE_PROTECTION_ON

GENERAL

• General status which will activate the input of the device. The possible statuses can be:

- COMMON _FIRE

- COMMON_PREALARM

- COMMON_FAULT

- SYSTEM_FAULT

- DISABLED

- TEST

NETWORK

• Panel number and output number, to which the input shall be attached.

3.5 Outputs

To enter the submenu for outputs conﬁguration choose “Outputs” button from Programming menu – Fig. Screen 2. The general view of the menu for inputs conﬁguration is shown on Fig. Screen 14.

Fig. Screen 14 - Menu for introducing output parameters.

Fire Panel IRIS - Installation Manual 31

3.5.1 Type of output

NONE PERIPHERY_DEVICE LOOP_DEVICE NETWORK

3.5.2 Parameters

Depending on the type of output, the parameters can be as follows: PERIPHERY_DEVICE

• The number of the periphery device and its output number. LOOP_DEVICE

• The number of the loop device, the device address and whether it concerns a module or a detec tor. It is possible to enter and only device, which is output.

NETWORK

• Number of the panel and number of the input to which the output will be connected.

3.5.3 Output Delay

This could be within 0–600 sec.

3.5.4 Output Active Status (Polarity)

INVERTED – the output is set at ON, when the result of the logical function is OFF. NORMAL – the output is set at ON, when the result of the logical function is ON.

3.5.5 Pulse Type

CONTINUOUS – the output signal is continuous PULSED – the output signal is a pulse signal (3 sec./ 3 sec.) ONE PULSE – the output signal is a single pulse signal (5 sec)

ONE PULSE must be used in the case of ACTION type activating input or else the activating input must be LATCHED or the output LATCHED.

3.5.6 Menu for selection of the inputs, controlling the outputs

Fig. Screen 15

3.5.7 Mode

LATCHED – deleted only after RESET. UNLATCHED – monitors the status.

32 Fire Panel IRIS - Installation Manual

3.6 Access Codes

The access codes can be viewed and edited in the “ACCESS CODES” submenu, menu “Programming” – see Fig. Screen 2 . It displays in turn: the code number, the access code (symbolic sequence) and the level of access for the respective code – Fig. Screen 16. Other codes can be viewed by scrolling the navigation

arrows for changing the code number.

Fig. Screen 16.

By default the system has the following conﬁguration of the access codes:

Code number Code Access Level

1 0000 1 2 1111 1 3 2222 2 4 3333 3

Accessible for programming are the ﬁelds “Code” and “Access level”. The “ACCESS CODES” menu is accessible only at access level 3.

3.6.1 Changing the Code

To change the access code select the “Button for introducing of access code” button on the right of the ﬁeld with the current code. The code introduction menu is automatically accessed. The code consists of 4 ﬁgures. After the code is initially entered, the system shall request the code to be entered again for veriﬁcation. If the codes differ the system will ignore whatever was entered and the old code will remain active. If both codes are identical, the new code will be displayed in the “ACCESS CODES” output ﬁeld and an “Apply” button will appear. Select “Apply” to save the entered code. If a code has already been entered the system will ignore it

and will retain the old one.

3.6.2 Changing the Access Level

Changing the level of access is done by choosing the “Change” button next to the ﬁeld for calling out the access level. When activated a menu appears in which the user selects a new level of access (1-3) by pressing the respective button or “EXIT” to leave. If the newly assigned access level is different from the current one, the “Apply” button will be activated. Pressing that will save the new access level.

There must be at least one code in the system with an access code 3! The program disallows editing a level of access (3) if it is the only one!

Fire Panel IRIS - Installation Manual 33

4. MAINTENANCE

4.1 Maintenance Menu

To enter in the Maintenance Menu the installer has to choose button “Maintenance” – Fig. Screen 1. The general view of the menu is shown on Fig. Screen 17.

Fig. Screen 17.

4.2 Time introducing

Choose the button “Time” from the Maintenance Menu to set the current time – Fig. Screen 18.

The desired time can be set with the buttons for se

lecting the hours, minutes and seconds.

Fig. Screen 18.

4.3 Date introducing

Choose the button “Date” from the Maintenance Menu to set the current date – Fig. Screen 19.

The desired date can be set with the buttons for se

-

lecting the day, month and year.

Fig. Screen 19.

34 Fire Panel IRIS - Installation Manual

4.4 Daytime Mode

Choose the button “Day” from the Maintenance Menu to set the daytime schedule for detectors operation – Fig. Screen 20.

Fig. Screen 20 Fig. Screen 21

In this mode the detectors use the alarm level which has been programmed as day mode. This is usually a level of lower sensitivity. It lowers the risk of false alarms caused by dust, cigarette smoke, etc. Nighttime mode is opposite to the daytime mode (higher level of sensitivity).

Daytime mode can be: ON, OFF or Schedule – Fig. Screen 21. In Schedule mode the initial hour and minutes (the time when the daytime mode is activated) and the end hour and minutes (the time when the nighttime mode is activated) are introduced. The times are set for every day of the week. By default the station is in nighttime mode.

4.5 Output Delay Introduction

Choose the button “Output Delay” from the Maintenance Menu to set the output delay – Fig. Screen 22.

Fig. Screen 22

Fire Panel IRIS - Installation Manual 35

4.5.1 Sounder Delay

Choose “Sounder Delay” button from “Output Delay” Menu – Fig. Screen 22 to enter the submenu for sounder delay introduction – Fig. Screen 23.

A delay can be added before the sounders are turned on. This provides the possibility of checking the au

-

thenticity of the alarm before the sounders are turned on (an ofﬁcial visits the site of the ﬁre and inspects for such).

The delay can be: ON, OFF or Schedule – Fig. Screen 21. In Schedule mode the initial hour and minutes (the time when the delay is activated) and the end hour and minutes (the time when the delay is deactivated) are introduced. The times are set for every day of the week. During turned on “Delay” the LED is active.

Fig. Screen 23.

4.5.2 Fire output Delay

Choose “Fire Br. Delay” button from “Output Delay” Menu – Fig. Screen 22 to enter the submenu for ﬁre output delay introduction (the screen is the same as those for sounder delay introduction).

A delay can be added before the sounders are turned on (ﬁre output). This provides the possibility of check

-

ing the authenticity of the alarm before the sounders are turned on (an ofﬁcial visits the site of the ﬁre and inspects for such).

The delay can be: ON, OFF or Schedule. In Schedule mode the initial hour and minutes (the time when the delay is activated) and the end hour and minutes (the time when the delay is deactivated) are introduced. The times are set for every day of the week. During turned on “Delay” the LED is active.

4.5.3 Fire Protection Delay

Choose “Fire Pr. Delay” button from “Output Delay” Menu – Fig. Screen 22 to enter the submenu for ﬁre protection delay introduction (the screen is the same as those for sounder delay introduction).

A delay can be added before the ﬁre protection system is turned on. This provides the possibility of check

-

ing the authenticity of the alarm before the sounders are turned on (an ofﬁcial visits the site of the ﬁre and inspects for such).

The delay can be: ON, OFF or Schedule. In Schedule mode the initial hour and minutes (the time when the delay is activated) and the end hour and minutes (the time when the delay is deactivated) are introduced. The

times are set for every day of the week. During turned on “Delay” the LED is active.

36 Fire Panel IRIS - Installation Manual

4.6 LOG-ﬁle view

Choose “View Log” from the Maintenance Menu to enter in a screen for viewing the happened events in the system. The addressable ﬁre panel IRIS can show maximum 999 events, which could be viewed by date or number – Fig. Screen 24.

Fig. Screen 24.

4.7 Testing

The addressable ﬁre panel IRIS has an option for testing of zone functioning and the LED-indication of the panel. To make a test, choose the “Test” button from Programming Menu – Fig. Screen 17. On the displayed screen the user/installer could choose which test to perform – zone or LED-indication testing – Fig. Screen 25.

Fig. Screen 25.

After choosing the desired test by pressing the respective button, the user/installer could examine the proper functioning of each zone and the LED-indication of the front panel. The entered information has to be conﬁrmed by pressing “Apply” button.

Fire Panel IRIS - Installation Manual 37

4.8 Disable introducing

The user/installer can enable or disable the loop devices, zones and the outputs of the ﬁre panel. To introduce enabling or disabling a function you can directly choose the respective button and make corrections, or ﬁrst by pressing “View” button to look at the current status of the system and after that, if it is necessary, to enter new data – Fig. Screen 26.

Fig. Screen 26.

4.8.1 Loop Devices Disabling

The user/installer could ﬁrst look at the current status of the loop devices by choosing “View” button situated next to the “Loop devices” button – see Fig. Screen 26. On the screen of the panel is displayed the current status of the loop devices programmed earlier in the system (see part Programming, §3.2.2 Loop Devices) – Fig. Screen 27.

Fig. Screen 27

From the screen for the current status of the loop devices the user/installer can introduce new settings as choose the button with the number of the respective device 1,2,3…40. With the buttons ▼▲ is possible to be viewed and the other loop devices in the conﬁguration of the system, with number over 40. By choosing a button with a device number the user/installer moves to menu for setting of the parameters of the respective device – see Fig. Screen 8, part Programming.

Note: From the disabling menu you can directly enter in the loop devices conﬁguration menu (Fig. Screen 8) as choose “Loop Devices” button (Fig. Screen 26).

38 Fire Panel IRIS - Installation Manual

4.8.2 Zone disabling

The user/installer could ﬁrst look at the current status of the loop devices by choosing “View” button situated next to the “Zones” button – see Fig. Screen 26. On the screen of the panel is displayed the current status of the loop devices programmed earlier in the system (see part Programming, §3.3 Zones) – Fig. Screen 28.

Fig. Screen 28

From the screen for the current status of the zones the user/installer can introduce new settings as choose the button with the number of zone 1,2,3…50. With the buttons ▼▲ is possible to be viewed and the other zones in the conﬁguration of the system, with number over 50. By choosing a button with a zone number the user/installer moves to menu for setting of the parameters of the respective zone – see Fig. Screen 12, part Programming.

Note: From the disabling menu you can directly enter in the zone conﬁguration menu (Fig. Screen 12) as choose “Zones” button (Fig. Screen 26).

4.8.3 Outputs disabling

From the menu for disabling introduction – Fig. Screen 26, the user/installer can disable or enable the monitored outputs of the IRIS ﬁre panel – Sounder, Fire Brigade, Fire Protection and Fire Routing – Fig. Screen 29.

Fig. Screen 29.

4.9 Software version

By choosing “Software Rev” button from the general Maintenance Menu, in a separate screen you can see the last version of the used foftware.

Fire Panel IRIS - Installation Manual 39

4.10 Calibrating the Display

It is possible that after a certain period of use the parameters of the Touchscreen display may change, causing difﬁculties in marking the sites. This would require it to be calibrated periodically, which can be done in access levels 2 and 3.

ATTENTION! Calibrating the display must be done with a Touch screen pen (or PALM)!

To begin a display calibration procedure the following sequence of actions must be performed:

Main menu → Maintenance → Calibration → Coordinates

The calibration of the display runs in the following 4 stages – see also Fig. Screen 30.

1. The following message is displayed on the screen: “Press the cross center in the top left corner of the screen:” The user has to press the point on the top left corner of the display. It is marked with a cross and it is desir

-

able to choose the crossing point of the two lines. The calibration procedure shall continue after the point is pressed.

2. The following message is displayed on the screen: “Press the cross center in the top right corner of the screen:” By analogy, the next point, which has to be pressed, is selected – in the top right corner of the display, once

again marked with a cross. The calibration procedure shall continue after the point is pressed.

3. The following message is displayed on the screen: “Press the cross center in the botton right corner of the screen:” This is the last point and is situated in the lower right corner of the display. The calibration procedure shall

continue after the point is pressed.

4. The following message is displayed on the screen: “Press a point within the rectangle in the top left corner of the screen:” This is the menu for verifying input data, and it is entered automatically. The user has to press the rectangular

ﬁeld with the pen in the upper left corner of the display. The message “Calibration Successful!!!” will be displayed if the calibration has been successful and after

pressing of any part of the display, the programme returns to the main menu. The message “Calibration Unsuccessful!!!” will be displayed if the calibration has been unsuccessful, the

newly introduced data will be ignored and after pressing of any part of the display, the program returns to the main menu.

Fig. Screen 30.

40 Fire Panel IRIS - Installation Manual

5 INSTRUCTION FOR USE

5.1 Status Line

Purpose – Indicates the current status of the ﬁre alarm panel, containing detailed information on the access level, the working mode (day/ nighttime), the status of the ﬁre output and ﬁre protection, etc – see Fig. Screen 31 and Fig. Screen 32.

Fig. Screen 31.

5.1.1 Change of Access Level Button

Used for accessing the Change Access Level menu.

5.1.2 Button for Quick Access to Functional Buttons

Used for changing over from message review mode to functional buttons mode.

5.1.3 Alarm Access Mode

Used for accessing the alarm review window. The button contains a counter of the current alarms in the panel.

5.1.4 Error Access Button

Used for accessing the error review window.

5.1.5 Warning Access Button

Used for accessing the warnings review window.

Fire Panel IRIS - Installation Manual 41

5.2 Panel Status Icons

Fig. Screen 32.

5.2.1 Panel Mode Icon

IDLE LOADING – loads conﬁguration data from permanent memory SAVING – saves conﬁguration data in permanent memory DAY

– processes signals from detectors with enhanced sensitivity (set for every detector)

NIGHT

- processes signals from detectors with enhanced sensitivity (set for every detector)

5.2.2 Sounder Status Icon

ON (red) – activated output OFF

(black) – dormant output

DISABLE

(grey) – deactivated output

DELAY

(red - blinks + countdown until activation) – delay is running prior to activation

(programmable for every zone)

5.2.3 Fire Output Status Icon

ON (red) – activated output OFF

(black) – dormant output

DISABLE

(grey) – deactivated output

DELAY

(red - blinks + countdown until activation) – delay is running prior to activation

(programmable for every zone)

5.2.4 Fire Extinguishing Output Status Icon

ON (red) – activated output OFF

(black) – dormant output

DISABLE

(grey) – deactivated output

DELAY

(red - blinks + countdown until activation) – delay is running prior to activation

(programmable for every zone)

42 Fire Panel IRIS - Installation Manual

5.3 Messages

The maximal number of messages, which can be displayed is 3. The order in which they are displayed is:

1) ﬁrst come;

2) all messages in between the ﬁrst and the last, the scrolling is performed with the navigation buttons;

3) latest incoming message. The messages displayed are abridged. To view the complete information it is necessary to pass into extended

image mode. This mode can be accessed by pressing on the respective message. Return to normal mode is accomplished by pressing the “Exit” button.

5.4 Access

The control panel has 3 levels of access. The ﬁrst level is accessible to users without having to introduce a password. Levels 2 and 3 are accessible only after a password is introduced. The password is entered in the change access level menu. At different access levels users have different restrictions to panel operations, as

shown in Table 1.

Function

Access Level 1

Access Level 2

Access Level 3

Control panel

Silence Buzzer Silence Sounder Delay Override Reset Evacuate Alarms Faults SFaults Warnings Menu Access Level

√

-

√

-

√ √ √ √ √ √

√ √ √ √ √ √ √ √ √ √ √

System

Disable Test Inputs/Outputs Zone Device Conﬁguration Time Calibration View Log Access Codes Software Revision

-

√ √

-

√ √ √ √ √ √ √ √ √ √ √

Table 1

Where the control panel is properly functioning, there should be no active messages in the various message ﬁles. The green “Power ON” LED must remain lit.

In order to access the required access level (2 or 3), press “Access Level” once and than introduce the pass

-

word for the desired access level and conﬁrm by pressing “OK” – Fig. Screen 33.

Fire Panel IRIS - Installation Manual 43

Fig. Screen 33

4 digits need to be introduced. A short buzzer sound acknowledges every pressing of the button. In the interest of security, “*” will be displayed in the ﬁeld in

tended for the password instead of the ﬁgures which have been introduced. Use “Log Out” to exit access

level 1.

Fig. Screen 34

5.5 Silence Buzzer (1)

The “Silence Buzzer” button deactivates the internal buzzer.

5.6 Reset (2)

The “Reset” button is activated only in access levels 2 and 3. Where this button is pressed all activated statuses shall be overruled and the panel shall be brought to a normal state.

5.7 Delay Override (3)

The “Delay Override” button is activated only in access level 1. After it is pressed, all currently active output delays shall be overruled.

5.8 Silence Alarm (4)

The “Silence Alarm” button is active only at access levels 2 and 3. Pressing this button will overrule all active sounders and the associated thereto delays. In the case of an alarm present in the panel, pressing this button would cause the “System Silenced” LED to be activated.

5.9 Evacuate (5)

The “Evacuate” button is activated only in access levels 2 and 3. After it is pressed, the sounder and the programmable outputs will be activated, the “General Fire” LED lights up and a warning message is displayed.

44 Fire Panel IRIS - Installation Manual

5.10 Delay introducing

Fig. Screen 35

5.10.1 Zone Disabling

Fig. Screen 36

In the case of a disabled zone, the panel generates a “Zone Disabled” error message and the “Disable” and “General Fault” LED-s on the control panel are activated. Any disabled zone will not generate messages to the panel. (See also §4.5.1 Sounder delay, §4.5.2 Fire output delay and §4.5.3 Fire Protection delay form the Installation instruction.)

Fire Panel IRIS - Installation Manual 45

5.10.2 Loop devices disabling

Fig. Screen 37

In the case of a disabled device, the panel generates a “Device Disabled” error message and the “Disable” and “General Fault” LED-s are activated. Any disabled device will not generate messages to the panel. In the case of disabled devices associated with a given zone, where it has passed into Normal mode, and of all devices without 1 if the zone is in “2Devices” mode, the same is automatically disabled and a “Zone Disabled” error message is generated.

5.10.3 Outputs

Fig. Screen 38

In the case of disabled output, the panel generates an error for the respective output and the “Disable” and “General Fault” LED-s are activated. The output is not activated by the activating event.

46 Fire Panel IRIS - Installation Manual

6. APPENDIX

Appendix A

Possible error messages:

LOOP DEVICE TYPE ERROR

A different than the expected type of device has been detected at the address.

LOOP DEVICE FAULT

The device does not respond (lost or damaged).

LOOP DEVICE DOUBLE ADDRESS

More than one device with the same address in the loop. PREALARM Fire signal from detector in 2DEVICES zone. EVACUATE Activated Call Point or EVACUATE button on the panel. INPUT FAULT

Fault in loop device input. OUTPUT FAULT

Fault in loop device output. LOOP DEVICE DISABLED

Loop device has been disabled. CHAMBER FAULT Fault in the detector. CLEAN ME NOW Dirty detector chamber. TEST FIRE Fire signal from tested detector. SIGNAL BLOCKAGE Signal blockage in linear detector. HI SIGNAL Too high a signal in linear detector. EARTH FAULT

Resistive connection between some signals and earth < 10k. BATTERY LOW Low battery. CHARGER FAULT

Fault in the charging device. BATTERY LOSS Loss of electric battery supply. AC LOSS Loss of mains supply. SOUNDER FAULT

Fault at sounder output (short-circuit or interruption). FAULT ROUTING FAULT

Fault at problem output (short-circuit or interruption). FIRE BRIGADE FAULT Fault at ﬁre output (short-circuit or interruption). FIRE PROTECTION FAULT

Fire protection fault (short-circuit or interruption). AUX24V FAULT

Short-circuit. AUX12V FAULT

Short-circuit. PERIPHERY DEVICE FAULT

The device does not respond (lost or damaged). PERIPHERY DEVICE TYPE ERROR A different than the expected type of device has been detected

at the address.

EXTERNAL POWER SUPPLY FAULT

External power supply fault (low battery, loss of battery,

charger fault, loss of mains or earth leak). EXTERNAL POWER SUPPLY LOSS Loss of external power supply. ZONE DISABLED The zone has been disabled. TEST ZONE

The zone is in test mode. SOUNDER DISABLED The sounders have been disabled. FIRE BRIGADE DISABLED The ﬁre output has been disabled. FIRE PROTECTION DISABLED The ﬁre protection has been disabled. FAULT DISABLED

The fault output has been disabled. PERIPHERY DEVICE NEW

New periphery devices have been detected. LOOP DEVICE NEW

New loop devices have been detected. LOOP SHORT

Short-circuit in the loop. LOOP BREAK

Interrupted loop. ALARM Fire signal from detector.

Fire Panel IRIS - Installation Manual 47

Appendix B

Tables for correspondence of the device types.

Devices with no need of type

readjustment.

Detection of

the panel.

LED switching on -

ON (BLINK)

2

Maintenance of

day and night

time working

modes

3

.

Day / night time

conﬁrmation of

an alarm signal

4

.

- 2251EIS (Photoelectric smoke sensor) - 2251EM in case of a FIRE signal √ √

- 6200 (Smoke beam sensor) - 2251EM in case of a FIRE signal √ √

- FTX-P1 (Photoelectric smoke sensor) - 2251EM in case of a FIRE signal √ √

- 6500 (Linear smoke sensor)

1

- 2251EM in case of a FIRE signal √ √

- 5251REM (Temperature sensor)

- 5251EM in case of a FIRE signal √ √

- 5251HTEM (Temperature sensor)

- 5251EM in case of a FIRE signal √ √

- M220E (Dual input) - M210E in case of activation at the input - -

- M221EINPUT (Input)

- M210E in case of activation at the input - -

- M221EOUTPUT (Output)

- M201E in case of activation at the output - -

- M201E - 240 (Main switch output) - M201E in case of activation at the output - -

- M501ME (Input) - M210E in case of activation at the input - -

- M503ME (Micro monitor) - M210E in case of activation at the input - -

- M500KAC (Call point) - M210E in case of activation at the input - -

- EMA24 (Loop sounder) - M201E in case of activation at the input - -

- DBS24 (Loop sounder) - M201E in case of activation at the input - -

1

The device can be tested by covering the reﬂector, depending on the selected alarm level. As a result a FIRE signal is generated to the respective zone. In the case of

complete blockage of the reﬂector a “BEAM BLOCKAGE” message is generated. If there are any reﬂective objects in the path of the detector a “SIGNAL OVER RANGE”

message is generated.

2

A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF

mode the LED does not reﬂect any device contact. The LED turns ON in case of a FIRE signal.

3

The device maintains day and night time working modes. Each of these are assigned different times of ﬁltration of the FIRE signal. The night time mode must be less than

that of the daytime mode. For speciﬁc cases the times of both modes can be 0, disallowing ﬁltration time, having the ﬁre signal is immediately perceived.

4

The devices maintains day and night conﬁrmation of alarm (in seconds). The alarm must remain active during the programmable period of time in order to generate an alarm

event from the panel. If the detector restores its normal state prior to time-out, the panel shall not generate the alarm.

48 Fire Panel IRIS - Installation Manual

Tables for correspondence of the device types.

Devices where there is need of type

readjustment.

LED switching on -

ON (BLINK)

1

Maintenance of

day and night time

working modes.

Thresholds

for the FIRE

signal

2

Day / night time for an

alarm conﬁrmation

3

- 1251E (Ionisation sensor) in case of a FIRE signal √ (1-3) √

- 2251EM (Photoelectric smoke sensor) in case of a FIRE signal √ (1-3) √

- 5251EM (Temperature sensor) in case of a FIRE signal √ - √

- 2251TEM (Multi-criteria ﬁre sensor)

in case of a FIRE signal √ (1-6) √

- 7251 (Photoelectric smoke sensor) in case of a FIRE signal √ (1-9) √

- M210E (Single input) in case of activation at the input - - -

- M201E (Single output) in case of activation at the output - - -

- M512ME (Zone monitor) in case of activation at the input - - -

1

A speciﬁc mode is assigned to the light-emitting diode of the device: BLINK and OFF. In the BLINK mode the LED blinks at every query addressed by the system. In the OFF

mode the LED does not reﬂect any device contact. The LED turns ON in case of a FIRE signal.

2

The device maintains day and nighttime working modes. Each of these are assigned different times of ﬁltration of the FIRE signal. The night time mode must be less than

that of the daytime mode. For speciﬁc cases the times of both modes can be 0, disallowing ﬁltration time, having the ﬁre signal is immediately perceived.

3

The devices maintains day and night conﬁrmation of alarm (in seconds). The alarm must remain active during the programmable period of time in order to generate an alarm

event from the panel. If the detector restores its normal state prior to time-out, the panel shall not generate the alarm.

Fire Panel IRIS - Installation Manual 49

INDEX

Gurantee .................................................................................................................................................... 2

1. INTRODUCTION .................................................................................................................................... 3

1.1 General description ............................................................................................................................ 3

1.2 General speciﬁcations ....................................................................................................................... 3

1.2.1 General Technical Speciﬁcations .................................................................................................. 4

1.2.2 Structure .......................................................................................................................................... 4

1.2.3 Environment .................................................................................................................................... 4

1.2.4 Electrical Speciﬁcations ................................................................................................................. 4

2. INSTALLATION ...................................................................................................................................... 6

2.1 Mounting ............................................................................................................................................. 6

2.1.1 Wall Mounting .................................................................................................................................. 6

2.1.2 Flush Mounting ................................................................................................................................ 7

2.2 System Components .......................................................................................................................... 8

2.2.1 Front panel ....................................................................................................................................... 8

2.2.2 Confuguration of the basic modules ............................................................................................. 8

2.2.3 Main Board ....................................................................................................................................... 9

2.2.4 20 Relay Expander Module ............................................................................................................. 11

2.2.5 Loop Expander ................................................................................................................................ 12

2.2.6 Maximum permissible cable lenght ............................................................................................... 13

2.2.7 Main Power Source ......................................................................................................................... 14

2.2.8 Connecting of the accumulator battery......................................................................................... 15

2.3 Network connection diagram ............................................................................................................ 16

3. Programming ........................................................................................................................................ 17

3.1 Programming Menu ............................................................................................................................ 17

3.2 Devices ................................................................................................................................................ 18

3.2.1 Periphery devices ............................................................................................................................ 18

3.2.1.1 Phisical Address of Periphery Device ........................................................................................ 19

3.2.1.2 Button for entering the device submenu ................................................................................... 19

3.2.1.3 Current status of the device ........................................................................................................ 20

3.2.2 Loop devices ................................................................................................................................... 20

3.2.2.1 Conﬁrm change button................................................................................................................ 21

3.2.2.2 Button to enable / disable a device ............................................................................................ 21

3.2.2.3 Module or detector selection button .......................................................................................... 21

3.2.2.4 Address navigation button .......................................................................................................... 21

3.2.2.5 Loop number navigation button ................................................................................................. 21

3.2.2.6 Zone selection button .................................................................................................................. 21

3.2.2.7 Current device status ................................................................................................................... 21

3.2.2.8 Button for changing the current status of the device ............................................................... 21

3.2.2.9 Change device type button ......................................................................................................... 21

3.2.2.10 Active ﬁeld for text introducing ................................................................................................ 22

3.2.2.11 Additional settings buttons ....................................................................................................... 22

3.2.2.12 Maintaned loop devices ............................................................................................................. 23

3.2.2.12.1 1251E (Ionization sensor) ....................................................................................................... 23

3.2.2.12.2 2251EM (Photoelectric smoke sensor) .................................................................................. 23

3.2.2.12.3 2251EIS (Photoelectric smoke sensor) ................................................................................. 23

3.2.2.12.4 6200 (Smoke beam sensor) .................................................................................................... 24

3.2.2.12.5 FTX-P1 (Photoelectric smoke sensor) ................................................................................... 24

3.2.2.12.6 6500 (Linear smoke sensor) ................................................................................................... 24

3.2.2.12.7 5251EM (Temperature sensor) ............................................................................................... 24

3.2.2.12.8 5251REM (Temperature sensor) ............................................................................................. 25

3.2.2.12.9 5251HTEM (Temperature sensor) ........................................................................................... 25

3.2.2.12.10 2251TEM (Multi-criteria ﬁre sensor) .................................................................................... 25

3.2.2.12.11 7251 (Photoelectric smoke sensor) ..................................................................................... 25

3.2.2.12.12 M210E (Single input) ............................................................................................................. 26

3.2.2.12.13 M220E (Dual input) ................................................................................................................ 26

3.2.2.12.14 M221EINPUT (Input) .............................................................................................................. 26

50 Fire Panel IRIS - Installation Manual

3.2.2.12.15 M221EOUTPUT (Output) ....................................................................................................... 26

3.2.2.12.16 M201E - 240 (Main switch output) ........................................................................................ 26

3.2.2.12.17 M501ME (Input) ...................................................................................................................... 26

3.2.2.12.18 M503ME (Micro monitor) ....................................................................................................... 27

3.2.2.12.19 M500KAC (Call point) ............................................................................................................ 27

3.2.2.12.20 M512ME (Zone monitor) ........................................................................................................ 27

3.2.2.12.21 EMA24 & DBS24 (Loop sounder) ......................................................................................... 27

3.3 Zones ................................................................................................................................................... 28

3.3.1 Buttonts for selecting the zone number ........................................................................................ 28

3.3.2 Active ﬁeld for Introducing zone number ..................................................................................... 28

3.3.3 Button for zone mode changing .................................................................................................... 28

3.3.4 Sounder delay .................................................................................................................................. 28

3.3.5 Fire output delay ............................................................................................................................. 28

3.3.6 Fire protection output delay ........................................................................................................... 28

3.3.6 Enable / Disable zone button.......................................................................................................... 28

3.4 Inputs ................................................................................................................................................... 29

3.4.1 Input delay ....................................................................................................................................... 29

3.4.2 Input active status (Polarity) .......................................................................................................... 29

3.4.3 Mode ................................................................................................................................................. 29

3.4.4 Input type selection menu .............................................................................................................. 29

3.4.5 Input parameters selection menu .................................................................................................. 29

3.5 Outputs ................................................................................................................................................ 30

3.5.1 Output type selection menu ........................................................................................................... 31

3.5.2 Output parameters selection menu ............................................................................................... 31

3.5.3 Output delay .................................................................................................................................... 31

3.5.4 Output active status (Polarity) ....................................................................................................... 31

3.5.5 Output pulse type ............................................................................................................................ 31

3.5.6 Input selection menu ...................................................................................................................... 31

3.5.7 Mode ................................................................................................................................................. 31

3.6 Access codes ...................................................................................................................................... 32

3.6.1 Changing the code .......................................................................................................................... 32

3.6.2 Changing the access level ............................................................................................................. 32

4. Maintenance .......................................................................................................................................... 33

4.1 Maintenance menu ............................................................................................................................. 33

4.2 Time setting ........................................................................................................................................ 33

4.3 Date setting ......................................................................................................................................... 33

4.4 Daytime mode ..................................................................................................................................... 34

4.5 Outputs delay introducing ................................................................................................................. 34

4.5.1 Sounder delay .................................................................................................................................. 35

4.5.2 Fire output delay ............................................................................................................................. 35

4.5.3 Fire protection output delay ........................................................................................................... 35

4.5 LOG-ﬁle viewing ................................................................................................................................. 36

4.7 Testing ................................................................................................................................................. 36

4.8 Disabling ............................................................................................................................................. 37

4.8.1 Loop devices disabling ................................................................................................................... 37

4.8.2 Zone disabling ................................................................................................................................. 38

4.8.3 Output disabling .............................................................................................................................. 38

4.9 Software version ................................................................................................................................ 38

4.10 Display callibration .......................................................................................................................... 39

5. Instruction for use ................................................................................................................................ 40

5.1 Statuse line ......................................................................................................................................... 40

5.1.1 Change of access livel button ........................................................................................................ 40

5.1.2 Quick access to the functional buttons ........................................................................................ 40

5.1.3 Alarm access button ....................................................................................................................... 40

5.1.4 Fault access button ......................................................................................................................... 40

5.1.5 Warnings access button ................................................................................................................. 40

5.2 Icons for the panel status .................................................................................................................. 41

5.2.1 Panel mode icon .............................................................................................................................. 41

Fire Panel IRIS - Installation Manual 51

5.2.2 Sounder status icon ........................................................................................................................ 41

5.2.3 Fire output status icon .................................................................................................................... 41

5.2.4 Fire protection output status .......................................................................................................... 41

5.3 Messages ............................................................................................................................................ 42

5.4 Access ................................................................................................................................................. 42

5.5 Silence Buzzer button ........................................................................................................................ 43

5.6 Reset button ........................................................................................................................................ 43

5.7 Delay override button ........................................................................................................................ 43

5.8 Silence alarm button .......................................................................................................................... 43

5.9 Evacuate button ................................................................................................................................. 43

5.10 Disabling ........................................................................................................................................... 44

5.10.1 Zone disabling ............................................................................................................................... 44

5.10.2 Loop devices disabling ................................................................................................................. 45

5.10.3 Outputs disabling .......................................................................................................................... 45

Appendix A ................................................................................................................................................ 46

Appendix B ................................................................................................................................................ 47

18020446 Рев. A / Rev. A 07/2006

Teletek electronics IRIS Installation Manual

Specifications and Main Features

Frequently Asked Questions

User Manual