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.

ALL RIGHTS RESERVED!

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.

6 Fire Panel IRIS - Installation Manual

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

Fire Panel IRIS - Installation Manual 7

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.

8 Fire Panel IRIS - Installation Manual

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.

10 Fire Panel IRIS - Installation Manual

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.

Fire Panel IRIS - Installation Manual 11

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!

14 Fire Panel IRIS - Installation Manual

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.