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INTRODUCTION

 

 

This is a guide for the configuration and management of Taurus wireless systems through the keyboard 

-

 display interface system present on 

FI750/RF/W2W

 network devices.

 

 

Another way to configure Taurus systems is through the 

TauREX

 software configuration tool; for the 

TauREX

 software and its user guide refer 

to your system supplier.

 

 

SYSTEM COMPATIBILITY

 

 

Analogue control panels using the Argus Security

s Vega protocol are compatible with 

FI750/RF/W2W

 modules. 

 

 

Check if the control panel you are using for your fire protection system implements the Vega protocol extension commands for Taurus sys-

tems. If protocol extension commands for Taurus are not supported, 

FI750/RF/W2W

Legacy mode

 setting must be set on 

Yes

: the procedure 

for checking / changing this setting is explained in this manual.

 

 

Check this compatibility matter with your system and the control panel

s supplier.

 

Check how your security system is limited if you have a control panel that does not implement the Vega / Taurus extension com-

mands.

 

 

OVERVIEW OF TAURUS SYSTEMS

 

 

Taurus systems are always composed by a central node device (

FI750/RF/W2W

 or 

FI750/RF/CWE

), a certain number of child devices  

GHWHFWRUV

call points, sounders, etc.) and, if the wireless coverage area needs to be extended, one or more expansion nodes (

FI750/RF/W

E

).

 

 

The model of the central node selected by the installer depends by the control panel

s type; if the control panel is intelligent and uses the  

Vega protocol, a 

FI750/RF/W2W

 model has to be chosen; if the control panel is conventional, the choice must fall on the 

FI750/RF/CWE

 model.

 

 

Communication ranges of the wireless devices are limited: add 

FI750/RF/WE

 devices to the system to cover completely the fire protected area.

 

 

Child devices are linked to 

FI750/RF/W2W

FI750/RF/CWE

 and 

FI750/RF/WE

 network devices.

 

 

Purpose of the installation process is to integrate the wireless Taurus system with the control panel.

 

 

 

SYSTEM LIMITATIONS

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

WIRELESS CHANNELS

 

 

The Taurus system has a total of 66 wireless channels or frequency ranges that can be used for communicating data.

 

 

Wireless channels in 

TauREX

 software and on network device

s user displays are indicated by decimal numbers.

 

 

These channels are paired in fixed predefined patterns (see appendix A at the end of this manual for their list).

 

 

Channel pairs have specialized uses:

 

 

Field channels

: used by network devices (

FI750/RF/W2W

FI750/RF/CWE

 and 

FI750/RF/WE

) for communicating with their child devices

GHWHFWRUV

call points, etc.).

 

 

Network channels

: used by network devices (

FI750/RF/W2W, FI750/RF/CWE and FI750/RF/WE

) to communicate between each other.

 

 

All child devices use a 

local field channel pair

.

 

 

All network devices use a 

local field channel pair

 and a 

global network channel pair

.

 

 

The reason for this channel

s pairing system policy stems from the necessity to grant wireless connection security by having a 

spare channel

” 

in case the other one fails.

 

Table 1

 

 

2

 

Maximum number of network devices

 

16

 

 

FI750/RF/W2W

 or  

FI750/RF/CWE

 

15

 

FI750/RF/WE

s  max

 

Maximum number of 

FI750/RF/WEs

 

in

cascade connection

 

8

 

 

 

Maximum number of child devices 
linkable to a single network device

 

32

 

 

 

Maximum number of child devices 
linkable to a single system for a 
system with 

FI750/RF/W2W

 

128

 

Please mind that your installation 

standards may limit the maximum 

number of fire security devices per 

single wireless system

 

Maximum number of child devices 
linkable to a single system for a 
system with 

FI750/RF/CWE

 

32

 

Summary of Contents for FI750/RF/W2W

Page 1: ...FI750 RF W2W GUIDE TO THE KEYBOARD DISPLAY INTERFACE SYSTEM TAURUS SERIES...

Page 2: ...devices are limited add FI750 RF WE devices to the system to cover completely the fire protected area Child devices are linked to FI750 RF W2W FI750 RF CWE and FI750 RF WE network devices Purpose of...

Page 3: ...s a bit more complex but not difficult some actions are added to the things that need to be done Program the global Taurus system s settings on the central node Add virtual expanders into the central...

Page 4: ...e keyboard display user interface you can link one single child device Link by switch linking mode is triggered directly by the user through the child device s onboard switch One or more child devices...

Page 5: ...access to the next submenu If editing a value sets the cursor to the right digit Enter Enters into the next submenu Confirms the selected setting Exit Returns to the previous menu TM W2W Indicates th...

Page 6: ...xtension commands for Taurus systems No the control panel uses the Vega protocol s extension commands for Taurus systems Tone period s Timespan value used for the purpose of synchronizing the output o...

Page 7: ...them On the other hand if Legacy mode is activated only the FI750 RF W2W device can be fetched using Select by Loop Address Select expander Expander 1 MGGG0000 Children 0 Select loop address Address...

Page 8: ...ed when input signal is in high impedance Low fault raised when input signal is in a low state Charger fault Battery charger fault Disable no fault check Open fault raised when input signal is in high...

Page 9: ...evices if any already linked Modification of the field channel pair of the central node makes necessary to link again its child devices if any already linked Notification for further actions follows t...

Page 10: ...Select by Expander The required network device is searched through its sequential number 1 to 16 Select by Loop Address The required network device is searched through its intelligent loop address If...

Page 11: ...em Config System Config Device Settings Device Settings Add Device Please enter password 0002 Add Device Select Exp By Num Select by Loop Address Select Exp By Num The required network device is searc...

Page 12: ...will need to change them more often Even if this feature is disabled fault messages will be routed to the control panel just the same Opt Ch Sens Used only for optical detectors You can set here the...

Page 13: ...select the network device first through its sequential number 1 to 16 Successively you will have to look for the specific child device you wish to link Select expander Expander 1 MGGG0000 Children 1...

Page 14: ...45 F 55 25 TM W2W Please enter password 0001 Main Menu System Config System Config Device Settings Device Settings Link Device Link Device Select Exp By Num Select by Loop Address Select Exp By Num Y...

Page 15: ...part of the system Repeat this procedure for every child device you need to link In wakeup mode you do not need to act on the child device s switch every linking operation Linking 01 01 Link success P...

Page 16: ...ssively you will have to look for the specific child device you wish to delete Select expander Expander 1 MGGG0000 Children 1 Select exp 1 device Address 1 Detector N0GG0000 Select by Loop Address The...

Page 17: ...to 16 Successively you will have to look for the specific child device you wish to replace Select expander Expander 1 MGGG0000 Children 1 Select exp 1 device Address 1 Detector N0GG0000 Select by Loo...

Page 18: ...nu System Config System Config Device Settings Device Settings Replace Device Replace Device Select Exp By Num Select by Loop Address Select Exp By Num You select the network device first through its...

Page 19: ...he child device has been replaced The use of the child device s switch its power on and troubleshooting procedures are explained on the child device s manual Linking 01 01 Link success Press back to e...

Page 20: ...nt to add to the system use the Up Down Left and Right keys when you have finished press Enter If the virtual expander is successfully added the following acknowledgment window appears Repeat this pro...

Page 21: ...s Made the discovery channel selection press Enter It is suggested to select Yes that requires mandatorily a backup route for the wireless messages to and from every single FI750 RF WE and the central...

Page 22: ...LINKING A REAL EXPANDER AUTOLEARN DISCOVERY CONTINUED Autolearn discovery starts The involved FI750 RF WE devices are now integrated in the Taurus system Starting Sys 037 N 09 45 F 55 25 TM W2W 22...

Page 23: ...t by Loop Address The required network device is searched through its intelligent loop address If Legacy mode is NOT activated the FI750 RF WE have their own loop address therefore Select by Loop Addr...

Page 24: ...ddress RF is the expander s sequential number in this case 3 and the sequential number of the child device relative to that expander in this case 1 Detector Optical The device type affected by the eve...

Page 25: ...e device from the 5 The possible values shown are 75 Link power 75dBm 75 85 85 dBm Link power 75dBm 85 100 100 dBm Link power 85dBm 100 105 Link power 100dBm The value is the translation of the link m...

Page 26: ...nk fault are signalled to the control panel Substitution attempt of an expander it happens when there is an expander that communicates with the other network devices using the same RF address of anoth...

Page 27: ...e 4 27 Not used channels 868MHz 19 20 21 22 24 Field channel pairs 868MHz 1 37 2 38 3 39 4 40 5 41 6 42 7 43 8 44 17 53 18 54 55 25 56 26 57 27 58 28 59 29 60 30 61 31 62 32 63 33 64 34 65 35 66 36 Di...

Page 28: ...37 1 38 2 39 3 40 4 41 5 55 25 56 26 57 27 58 28 59 29 60 30 61 31 62 32 63 33 64 34 65 35 66 36 Network channel pairs 916MHz 45 9 46 10 47 11 48 12 49 13 50 14 51 15 52 16 Not used channels 916Mhz 19...

Page 29: ...ctor Multicriteria FI750 RF OT Detector Thermal ROR FI750 RF T Detector Thermal HT FI750 RF T Call point Normal FI750 RF MCP Input module Supervised FI750 RF M1IN Sounder Wall SND FI750 RF M SST CWS S...

Page 30: ...50ms 00001 2 12 French tone AFNOR 554Hz for 100ms then 440Hz for 400ms 00101 2 13 HF Back up interrupted tone 2800Hz for 1s then OFF for 1s 11011 2 14 HF Back up interrupted tone fast 2800Hz for 150ms...

Page 31: ...hen 440Hz for 400ms 00101 2 13 HF Back up interrupted tone 2800Hz for 1s then OFF for 1s 11011 2 14 HF Back up interrupted tone fast 2800Hz for 150ms then OFF for 150ms 11001 6 15 HF Continuous 2800Hz...

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