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Radio Frequency RemoteInput Output (RF RIO) Module

Installation and Programming Instructions

Honeywell Security

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Contents

INTRODUCTION..................................................... 5Features ........................................................................ 5RF RIO Compatibility .................................................... 6

SECTION 1: INSTALLATION ................................ 7RF RIO Box Mounting ............................................................. 7Siting ....................................................................................................... 7Ventilation ............................................................................................... 7Cabling .................................................................................................... 7Initial Mounting of the RF RIO Enclosure .............................................. 9To replace the PCB .............................................................................. 11RF RIO Tamper ...................................................................... 11Addressing the RF RIO ......................................................... 11Addressing the RF RIO (continued) .................................... 12Outputs .................................................................................. 12Configuring the RF RIO onto the Galaxy ............................ 13

SECTION 2: PROGRAMMING............................. 15RF RIO Programming Menu ....................................... 15Entering the Programming Mode .............................. 16Exiting the Programming Mode ................................. 16Initialisation ........................................................................... 16Option 10 - Prog Module ...................................................... 17Option 11 - Cold Start .......................................................................... 17Option 12 - Addr Ranges ..................................................................... 17Option 13 - Jam report ........................................................................ 17Option 14 - MAX Support .................................................................... 17Seed Number ....................................................................................................... 18MAX Address ....................................................................................................... 18Option 15 - Super Time ....................................................................... 18

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Option 20 - Prog Zone .......................................................... 19Supervised RF Zones (1=SUPERVISED) ........................................... 20Detector Loop Number (2=LOOP NUMBER) ...................................... 20Detector Serial Number (3=SERIAL NO) ............................................. 20Signal Strength Test (4=TST SIGNL STRG) ....................................... 21Option 30 - Prog Fob ............................................................ 22Option 31 - Learn Fob (01-30) ............................................................ 22Option 32 - Delete Fob (01-30) ............................................................ 22Option 33 - Modify Fob (01-30) ........................................................... 23Select Fob Button ................................................................................. 23Walk Test Activation ............................................................. 24RF Jamming .......................................................................... 24Keyfob Functionality ............................................................ 24

APPENDIX A: EVENT LOG MESSAGES............ 25

APPENDIX B: REGULATORY STATEMENTS . 25

APPENDIX C: WIRE FREE INSTALLATION HINTSAND TIPS ......................................................... 26

APPENDIX D: SPECIFICATIONS ........................ 27HONEYWELL SECURITY LIMITED WARRANTY ..... 28

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INTRODUCTION

The Galaxy Radio Frequency (RF) Remote Input Output (RIO) module isan optional add-on to the existing Galaxy product range. The module actsas an RF receiver allowing Ademco 5800H Series RF peripherals to besupported on the Galaxy panel range.

The RF RIO connects directly to the Galaxy RS485 communication bus.It is programmed directly from a standard Galaxy keypad connected di-rectly to the RF RIO.

FeaturesThe RF RIO contains the following features:

• Support for up to 32 RF zones• Support for up to 30 RF Keyfobs• 4 transistorised outputs

1 2 3 4

Outputs Panel Keypad

B A - + B A - +1 2 3 4

Outputs Panel Keypad

B A - + B A - +1 2 3 4

Outputs Panel Keypad

B A - + B A - +

Tamperlink

ProgrammingSwitch

Processor

ProgrammingKeypad Socket

RotaryAddress Switch

SW1

SW2

TamperSwitch

LED1

Retaining Slot

LK1

R7 R5 R3 R1

SW6

Pull-upResistors

SW3

Figure I-1 Galaxy RF RIO Module Layout

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RF RIO CompatibilityThe RF RIO is compatible with Galaxy control panels (8 - 512) V3. Lim-ited RF Functionallity is available on panels with software version V1.07to V2.

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SECTION 1: INSTALLATION

RF RIO Box Mounting

SitingThe RF RIO box must be sited indoors in a secure area where it cannot bereadily interfered with. There must be adequate ventilation, ample lightand easy access for servicing and maintenance. It is not suitable for sitingexternally or in harsh environments where it could be subject to high hu-midity, extremes of temperature, chemical atmospheres, high dust levels,or in a position where it may be subject to being dripped on, or splashedby, water or other fluids.

The enclosure base must be securely fixed to a vertical, smooth, solidsurface that is a part of the fabric of the building. The position chosen mustallow the box lid to be removed and allow unhindered access for installa-tion and maintenance.

VentilationWhile the RF RIO box has been designed so that no part attains an unsafetemperature it is important that adequate ventilation is provided around it,therefore the RF RIO box should not be positioned close to heat-radiatingequipment or other sources of heat.

CablingAdditional holes must not be cut in the enclosure, rear entry points areprovided for cables. Alarm system cables must be neatly trimmed and notallowed to loop inside the cabinet .

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+ +

+ +

Keyhole Mounting slot

Enclosure BaseMounting Hole

Cable Hole

Do not run cables through this hole, next to antenna.

RF RIO PCBMounting Pillar

Lid mountingHole

Cable Hole

Hole forSelf tappingM3 screw

Retainer

PCB KeyingPillar

Figure 1-1 RF RIO Enclosure Base

Cables external to the RF RIO box must be either firmly affixed to thefabric of the building using suitable clips or saddles, or mechanically pro-tected in conduit or trunking. It must not be possible to put strain on thewiring within the RF RIO box by pulling on cabling external to the box.

It must not be possible to push a finger or similar size object or instrumentinto any hole or cable entry point.

Care should be taken to keep cables away from the antennas as this willcompromise the performance of the unit.

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Initial Mounting of the RF RIO Enclosure1. Remove the four screws attaching the lid to the enclosure base.

2. Remove the lid.

3. Remove the M3 screw from the bottom left-hand mounting pillar.

4. Gently pull back the retainer to free the PCB.

5. Lift the PCB clear of the enclosure base.

6. Use the keyhole Mounting Slot in the enclosure base to position theRF RIO box.

Three mounting screws (not provided) are required to mount the enclo-sure base.

7. Fix one of the screws into the mounting surface, this will be used forthe top, keyhole mounting hole.

8. Hang the enclosure base onto the mounting screw ensuring that thescrew sits in the narrow portion of the keyhole.

9. Secure the base using the two remaining mounting holes

All cables should be brought into the enclosure base via the cable entrypoints.

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RF RIO Module

Galaxy Control Panel

AB (RS 485)Communication Line

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#

3

6

8

0

2

5

7

1

4

A

ent

esc

B

RF ProgrammingMenu

Galaxy Mk3/Mk7 LCD keypad connecteddirectly to RF RIO -Addressed as 0

B

A

A B

BAKEYPAD

PANEL

680 Ohm EOL

Figure 1-2 RF RIO System Architecture

The RS 485 (AB) line of the RF RIO must be wired in parallel (daisychain configuration) with the RS 485 (AB) line of the keypad connected toit. The RF RIO requires 12 V d.c. (range 10.5 to 16.0 V) and 50 mA. Thiscan be supplied from the control panel power supply or from a remotepower supply if the distance causes a large voltage drop on the cable.

Connect the RF RIO terminals as in Table 1-1 RF RIO Connectionswhich follows:

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lanimreTOIRFR ...otdetcennoC

+ )ylppusrewopetomerrodapyek,lenaplortnocta(V21+

- )ylppusrewopetomerrodapyek,lenaplortnocta(dnuorgroV0

A filenaplortnocehtro(enilehtnoeludomsuoiverpehtfolanimretAehtoT)enilehtnoeludomtsrifehtsiOIRFReht

B filenaplortnocehtro(enilehtnoeludomsuoiverpehtfolanimretBehtoT)enilehtnoeludomtsrifehtsiOIRFReht

Table 1-1 RF RIO Connections

Note: If the RF RIO is the last module on the line, connect a 680 Ω resistoracross the A and B terminals.

To replace the PCB1. Insert the PCB into the three retainers and slot retainer in the

enclosure base.

2. Ensure that any cables are clear of the PCB support pillars.

3. Place the PCB over the five mounting pillars.

4. Attach the PCB with the M3 screw at the bottom left-hand side.

5. Attach cables with a cable tie.

RF RIO TamperRemoving the lid from the RF RIO enclosure activates the RF RIO tamperalarm if the system is not in Engineer Mode. Switch SW6 can be used totemporarily bypass the tamper switch. The tamper switch can be bypassedpermanently by fitting a 0 Ω link to the LK1 position.

Addressing the RF RIOThe Galaxy RF RIO can assume the address of up to 4 RIOs. The ad-dresses of these RIO will be consecutive starting with the base address,which is set by the Rotary Address Switch (SW1). Refer toFigure I-1 Galaxy RF RIO Module Layout

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Addressing the RF RIO (continued)The addresses used by the RIO must be unique. The base address must beset on the Rotary Address Switch before it is connected to a power supply.Only the base address is enabled by default. See menu option 12 - AddrRanges for more information on additional addresses.

OutputsThe RF RIO has four transistorised outputs. Each output is connected to+12 V via a 3k3 Ω pull-up resistor (refer to Table 1-1 RF RIO Connec-tions). When an output is activated, the load is switched to the negativesupply voltage (ground or 0 V) of the RF RIO. Each output can sink up to400 mA.

The default functions and pull-up resistors of each RF RIO output, whenconnected to a Galaxy are shown in Table 1-2 RF RIO Output Func-tions. For programming purposes, these outputs are assigned to the baseaddress of the RF RIO only.

Tamper link LK1 - short circuit this to by-pass the RF RIO lid TamperSwitch SW2.

.oNTUPTUO TLUAFEDNOITCNUF ROTSISERPU-LLUP

1 slleB 1R

2 ebortS 3R

3 AP 5R

4 TESER 7R

Table 1-2 RF RIO Output Functions

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Configuring the RF RIO onto the GalaxyThe RF RIO is configured into the system on exiting from engineer mode.If the message XX Mod Added [<],[>] To View is displayed, thesystem has recognised that a new module is present. Press the A or B keysto confirm that the RF RIO has been added. If this message is not dis-played or the RF RIO is not on the list of added modules, then the RF RIOis not communicating with the control panel.

The flash rate of the red LED (LED1) on the RIO indicates the status of thecommunication with the control panel — refer to Table 1-3 RF RIO LEDFlash Rates.

ETARHSALF GNINAEM

FFO9.-/NO1.0 snoitacinummoclamroN

FFO ylppus.c.doN

FFO5.1/NO5.1 metsysotniderugifnocneebtonsahOIRFR

FFO1.0/NO2.0 metsyshtiwnoitacinummoctsolsahOIRFR

FFO1.0/NO9.0 snoitacinummocroopyreV

Table 1-3 RF RIO LED Flash Rates

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SECTION 2: PROGRAMMING

RF RIO Programming MenuThe Galaxy RF RIO provides a programming mode with menu options formodifying the functional performance of the system. It is used to enter thedetails of the transmitters that will be used with the RF RIO, as well as toset up the RF RIO itself.

Refer to Table 2-1 Menu Options Reference.

ELUDOMGORP=01 ENOZGORP=02 BOFGORP=03

TRATSDLOC=11 BOFNRAEL=13

SEGNARRDDA=21 BOFETELED=23

TROPERMAJ=31 BOFYFIDOM=33

TROPPUSXAM=41

EMITREPUS=51

Table 2-1 Menu Options Reference

Information programmed in this menu is saved directly into the RF RIO.This information is separate and additional to the programming entered atthe main Galaxy panel.

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Entering the Programming ModeTo gain access to the RF RIO programming mode,

1. Ensure that the Galaxy panel is in engineer mode.

2. Address a Galaxy Keypad (MK3 or MK7) as 0.

3. Connect the keypad to the Keypad terminals of the RF RIO.

4. Close the programming switch (SW3).

The RF RIO is now in Initiallisation mode (see below).

Exiting the Programming ModeTo exit from the programming mode, open the programming switch anddisconnect the programming keypad.

Note: All RF devices programmed onto an RF RIO should be walk testedor, at least, activated after leaving the programming menu, to ensuresyncronisation.

InitialisationWhen the RF RIO Programming mode is first enabled, the RF RIO dis-plays a language selection option at the programming keypad. The re-quired language is selected by using the A and B arrow keys until thedesired language is indicated, and then pressing ent. The selected lan-guage is displayed for the remainder of the RF RIO programming.

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Option 10 - Prog ModuleThis top level menu option includes programming of all module specificparameters as listed in the following sub sections:

Option 11 - Cold StartThis option provides the installer with the option to cold start the RF RIOand clear the Non Volatile Memory (NVM) back to default values. Whenselected, a warning message is displayed (WARNING!!! ENT=LOSEDATA) indicating that the cold start will delete all programming. Theinstaller is given the option to proceed or abort at this point.

Option 12 - Addr RangesThis option allows the programming of the RIO addresses, which are to besimulated by the RF RIO.

For example, if the RF RIO being programmed supports 32 zones (4 RIOaddresses), and the base address, programmed at the hexi-decimal rotaryswitch is 02, the available addresses would be 02, 03, 04, 05. However,you may want to only respond as RIO addresses 02, 04. The remainingaddresses should be disabled and will not respond to commands from thecontrol panel. All addresses except the base address will be disabled bydefault.

Module conditions on the RF RIO such as lid tamper, will be reported tothe panel using the address set on the rotary switch.

Option 13 - Jam reportThis menu option supports programming of whether RF jamming status isreported to the panel.

Option 14 - MAX SupportThis option allows the installer to select whether the RF RIO will supportMAX simulation. If enabled, the SEED NO and MAX ADDRESS op-tions are available to the installer. The default value should be disabled.

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Seed NumberThis option allows the MAX SEED NO for the RF RIO to be entered.When RF keyfobs are programmed to simulate MAX cards, an eight digitcard number must be transmitted to the panel each time the fob is used.This number is made up from the seed number (up to five digits in length)programmed here, the RF keyfob slot number allocated (1-30) and thekeyfob button function (always 1).

For example: 12345121 where,

12345 is the RF RIO Seed Number

12 is the keyfob slot used within that RIO

1 is the fixed keyfob button function (always 1).

This number should be programmed as a tag number against a user in theGalaxy panel (Menu 42.1). See the section headed Option 30 - Prog Fobfor furhter details. Only one user needs to be programmed for each fob.

MAX AddressThis option allows the user to select the MAX ADDRESS which is simu-lated by the RF RIO. It is the responsibility of the installer to ensure thatthe address selected does not conflict with any MAX/MicroMAX mod-ules already programmed onto the system and that the control panel sup-ports the address selected. The options are 0-7. Check what addresses aresupported by the Galaxy panel being used with the RF RIO. No program-ming of the MAX address at the control panel is necessary, other than toenable MAX Mode in menu 63.2.1

Option 15 - Super TimeThis option allows the installer to programme the supervision time win-dow. If a supervision or activation message is not received from each su-pervised transmitter within the programmed time, a supervision failure isindicated. The default is 2.0 Hrs (Grade 2/Class 6).

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Option 20 - Prog ZoneOn entry to this menu option zone 1 and its status is displayed. Pressingthe ent key selects the zone being displayed for programming. Differentzones are selectable by using the A and B arrow keys, or by directly enter-ing the required zone number. The RF RIO is capable of supporting up to32 zones, depending upon address configuration. If only the base addressis enabled (8 zone mode), the zones are numbered 1 to 8. If two or moreaddress are enabled, the zone numbers are based upon the emulated RIOaddress and the zone number.

Each zone displays the following information:

1=SUPERVISED (ENABLED/DISABLED)

2=LOOP NUMBER (LOOP 1/LOOP 2)

3=SERIAL NO

4=TST SIGNL STRG

For example:

If Zone 1 is enabled as loop 2 on a supervised RF transmitter the displaywill show:- 001 S D L2

If zone 2 is disabled the display will show:- 002

If zone 3 is enabled as a button 3 of an Unsupervised RF keyfob (B3) thedisplay will show:- 003 U F

Note: If the installer attempts to re-programme a zone, already allocatedto a fob, as a sensor device, a warning is displayed indicating that thezone slot has already been allocated to a fob and vice-versa. The installeris then given the option to continue or abort.

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RF Detectors are manually programmed onto the RF RIO by entering thedevice serial number, the device loop associated to the zone being pro-grammed and whether the device is supervised or not. A menu option isalso available to check the signal strength of the detector being programmed.

Supervised RF Zones (1=SUPERVISED)This option allows RF devices programmed onto the system to be pro-grammed as supervised or non supervised. If a device programmed ontothe system has supervision enabled, and has not transmitted any signal tothe RF RIO during the programmed supervision period a supervision faultis flagged for that zone (default is disabled). The supervision period willbe that programmed in Supervision Time Window.

Detector Loop Number (2=LOOP NUMBER)This option allows the installer to select which loop of the RF detector isprogrammed onto the zone selected.

Entering a value of 0 equates to Loop 1.

Entering a value of 1 equates to Loop 2.

Most transmitters use loop 1. Please see the installation instructions of thetransmitter being used.

Detector Serial Number (3=SERIAL NO)This option allows the installer to to enter the seven digit serial numberassociated with the RF detector being programmed. Check that the loopnumber and serial number combination entered have not already been pro-grammed onto the system.

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Signal Strength Test (4=TST SIGNL STRG)This option allows the signal strength of the RF device selected to bechecked. On entering the test, the RF RIO waits for the next signal fromthat detector. The reading is held and does not update automatically. Toupdate the reading, esc and re-enter the test. The received signal strengthis shown on the top right of the display as a percentage, and as a bar graphon the bottom line.

The option has two view modes. The # key is used to swap between thetwo modes.

Go/No Go Mode

The receiver is placed in Reduced Gain mode and an ‘R’ is displayed toindicate this. If a signal from the selected detector is received succesfully,the ‘R’ will change to ‘OK’. Reduced Gain is intended to give an indica-tion of the worst case condition. This mode is also used by the Walk Testfunction of the Galaxy Panels.

Diagnostic Mode

In this mode, the receiver uses normal gain. Instead of the R/OK message,the display shows the level of environmental noise as a percentage, alongwith the received signal strength.

0 2 7 54 OK

Zone No

GO/NO GOor

NOISE LEVEL % SIGNAL LEVEL

SIGNAL LEVELBAR GRAPH

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Option 30 - Prog FobThis top level menu option contains all functions related to RF keyfobprogramming onto the RF RIO

Option 31 - Learn Fob (01-30)When this option is selected the installer is prompted to enter the fob numberto be learned either by directly entering the fob slot number via the keypador by scrolling through the fob numbers using the A/B arrow keys. Whenthe slot has been selected by pressing the ent key, the RF RIO initiates theself learn mode and indicates to the installer to press the appropriate but-tons on the RF Fob.

The self learn mode is active for 30 seconds from selection. Simultane-ously press all four buttons on the fob to be learned. To confirm the fob,press an additional single button on the fob and a double beep will beheard.

If no valid activation has been received in this time or the fob activated hasalready been programmed onto the system, a programming failure mes-sage is displayed. If the fob signal is successfully received then a program-ming successful message is displayed. A keypress is required at the keypadto return the RF RIO to the Fob Programming option.

If successfully learned onto the system, each of the fob buttons must beprogrammed as either a zone or a MAX user. This is done in menu option33 Modify Fob.

Note : if the installer attempts to programme a fob onto a zone alreadyallocated a warning is displayed. The installer is then be given the optionto continue or abort.

Option 32 - Delete Fob (01-30)When this option is selected the installer is prompted to enter the fob numberto be removed either by directly entering the fob slot number via the keypador by scrolling through the fob numbers using the A/B arrow keys. Thefob selected and all associated fob button programming are removed fromthe system.

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Option 33 - Modify Fob (01-30)This option allows the user to select the fob to be viewed or re-programmed.The fob number is selectable either using the A/B keys or by direct entry.

As each fob number is displayed, an indication of its programming statusis given. Pressing enter will allow access to the programming for the but-tons on the fob shown.

Select Fob ButtonThis option allows each button of the RF keyfob to be allocated to either azone or a MAX user.

Note: To use the fob for setting and unsetting, buttons 1 and 2 must beprogrammed as MAX.

As each button is selected, the current programming status of that button isdisplayed as follows:-

If button 1 on fob 2 is programmed as a MAX the display will be

1=B1 M12345021 (12345021 is the MAX tag number)

If button 3 is programmed as zone 031 the display will be 3=B3 Z0031

If button 4 is unallocated the display will be 4=B4

A second push of the ent key will allow re-programming of the button.The engineer is then given the option to programme the button as a zone ora MAX. Buttons 3 and 4 can only be programmed as a zone.

If a zone allocation is requested the list of available zone numbers, inGalaxy numbering format without the line number, are displayed. Avail-able zones are determined by a combination of the base address and theRange Programming performed in Module Programming.

Note: If only one RIO address is enabled, the zone numbers are simplylisted as 1 to 8.

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If a MAX allocation is requested, the fob button is allocated a MAX tagnumber. A user should be programmed at the panel in menu option 42.1and assigned the MAX tag number as shown for button 1 only. Both but-tons will function on the same user under the same tag number. The tagnumber is generated automatically as described in the section headed “SeedNumber”.

The MAX feature on the RF RIO is utilised to transmit the MAX numberof the fob to the panel. The MAX event recorded at the panel is associatedwith a device address. This address is the MAX address programmed onthe RF RIO in menu 14.

Note: Once a button has been allocated it cannot be deleted. The only wayto clear the button is to delete the fob completely from the system and startagain.

Walk Test ActivationWhen a walk test is activated at the Galaxy panel with V3 software orlater, the signal strength received from each zone during a walk test will bedisplayed and recorded in the event log.

RF JammingRF Jamming is detected at the RF RIO for 30 seconds before being re-corded at the panel.

Keyfob FunctionalityIt is the responsibility of the Installation Engineer to ensure that the RFFob Button zone types are programmed as required at the panel. i.e. if afob button is programmed onto the RF RIO to Set/Unset the system, thezone allocated to the fob button is programmed as Keyswitch at the panel.

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APPENDIX A: EVENT LOG MESSAGES

)2V(TXETDAPYEK )3V(TXETDAPYEK NOITPIRCSED

C/SPMAT REPUSFR liaFnoisivrepuSFR

SERWOL WOLTABFR eciveDFRnoyrettaBwoL

REPMAT MAJFR noitceteDmaJFR

LIAFCA !MEMFR eruliaFMVN

Table A-1 Event Log Messages

APPENDIX B: REGULATORY STATEMENTS

DECLARATION OF CONFORMITY

This unit conforms to EMC directive 89/336/EEC, LVD 73/23/EEC. Thisunit has been tested to the required standards for emission, immunity andLVD regulations as set out by the EEC.

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APPENDIX C: WIRE FREE INSTALLATIONHINTS AND TIPSThe Ademco Microtech 5800 range of wire free detectors can run atindoor ranges of up to 60 meters from the receiver. However, thereare many factors which can affect this.

1. Metal objects can significantly attenuate the signals comingfrom wire free detectors. Care should be taken to ensure thatno metal cladding, cabling, mirrors or pipes are near anydetector or receiver, or in the straight line path between thedetector and the receiver.

2. Thick walls between the detector and receiver can reduce thesignal strength. Radio signals can pass easily through plasterboard walls and wood panelling, and slightly less well throughbrick. Thick stone walls will reduce the signals significantly.This should be taken into account when planning the locationof detectors and receivers.

3. Sources of local radio interference could make reliableoperation of a wire free alarm system impossible. For example,the close proximity of a cell phone mast, a taxi operator’s basestation or heavy electrical equipment will give very strongradio interference.

All the above factors should be taken into account when planningthe installation of a wire free alarm system. Remember, there willbe some sites where wire free systems are impractical due to one ormore of the above factors causing insurmountable problems.

If the above guidelines are followed the Galaxy RF RIO and the5800 detectors will give many years of reliable operation.

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APPENDIX D: SPECIFICATIONS

Physical

Weight (Boxed): 270g approx.

Dimensions (Boxed mm): 150 wide x 162 high x 39 deep

Operating temperature range: -10 C to +40 C

Electrical

Operating voltage range: 10.5V to 15V

Current draw: 55mA typical

65mA max

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HONEYWELL SECURITY LIMITED WARRANTYHoneywell Security, and its divisions, subsidiaries and affiliates (“Seller”), 165 Eileen Way,Syosset, New York, 11791, warrants its products to be in conformance with its own plans andspecifications and to be free from defects in materials and workmanship under normal use andservice for 18 months from the date stamp control on the product or, for products not having anHoneywell date stamp, for 12 months from date of original purchase unless the installationinstructions or catalogue sets forth a shorter period, in which case the shorter period shallapply. Seller’s obligation shall be limited to repairing or replacing, at its option, free of chargefor materials or labour, any product that is proved not in compliance with Seller’s specificationsor proves defective in materials or workmanship under normal use and service. Seller shallhave no obligation under this Limited Warranty or otherwise if the product is altered orimproperly repaired or serviced by anyone other than Honeywell factory service. For warrantyservice, return product transportation prepaid to:

Honeywell Security, 3, 4, 8 and 9 Aston Fields Road, Whitehouse Industrial Estate,Runcorn, Cheshire WA7 3DL

THERE ARE NO WARRANTIES, EXPRESS OR IMPLIED, OF MERCHANTABILITY,OR FITNESS FOR A PARTICULAR PURPOSE OR OTHERWISE, WHICH EXTENDBEYOND THE DESCRIPTION ON THE FACE HERE OF. IN NO CASE SHALL SELLERBE LIABLE TO ANYONE FOR ANY CONSEQUENTIAL OR INCIDENTAL DAMAGESFOR BREACH OF THIS OR ANY OTHER WARRANTY, EXPRESS OR IMPLIED, ORUPON ANY OTHER BASIS OF LIABILITY WHATSOEVER, EVEN IF THE LOSS ORDAMAGE IS CAUSED BY THE SELLER’S OWN NEGLIGENCE OR FAULT.

Seller does not represent that the products it sells may not be compromised or circumvented;that the products will prevent any personal injury or property loss by burglary, robbery, fire orotherwise; or that the products will in all cases provide adequate warning or protection. Customerunderstands that a properly installed and maintained alarm may only reduce the risk of a burglary,robbery, fire or other events occurring without providing an alarm, but it is not insurance or aguarantee that such will not occur or that there will be no personal injury or property loss as aresult. CONSEQUENTLY, SELLER SHALL HAVE NO LIABILITY FOR ANY PERSONALINJURY, PROPERTY DAMAGE OR OTHER LOSS BASED ON A CLAIM THE PRODUCTFAILED TO GIVE WARNING. HOWEVER, IF SELLER IS HELD LIABLE, WHETHERDIRECTLY OR INDIRECTLY, FOR ANY LOSS OR DAMAGE ARISING UNDER THISLIMITED WARRANTY OR OTHERWISE, REGARDLESS OF CAUSE OR ORIGIN,SELLER’S MAXIMUM LIABILITY SHALL NOT IN ANY CASE EXCEED THEPURCHASE PRICE OF THE PRODUCT, WHICH SHALL BE THE COMPLETE ANDEXCLUSIVE REMEDY AGAINST SELLER. This warranty replaces any previous warrantiesand is the only warranty made by Seller on this product. No increase or alteration, written orverbal, of the obligations of this Limited Warranty is authorized.Honeywell Security2 Redwood CrescentPeelParkCampusEastKilbrideG74 5PA

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Honeywell Security2 Redwood CrescentPeel Park CampusEast KilbrideG74 5PA

II1-0076 Rev 1.4 © Copyright Honeywell Security