Cheetah Xi, 10-068 Programming Manual

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Page 1

Programming Manual

10-068, Cheetah® Xi

Addressable Fire Suppression Control System

P/N 06-651, Rev. 1

September 2013

Page 2

DEVELOPED BY

TRADEMARKS

QUALITY

Fike 704 SW 10

Street P.O. Box 610 Blue Springs, Missouri 64013 U.S.A. Phone: (888) 628-FIKE (3453) (816) 229-3405 Fax: (866) 211-9239

transmit, transcribe, or any part of this manual without express, written permission from Fike.

This manual contains proprietary information intended for distribution to authorized persons or companies for the sole purpose of conducting business with Fike. If you distribute any information contained in this manual to unauthorized persons, you have violated all distributor agreements and we may take legal action.

Fike© is a registered trademark of Fike. Cheetah

is a registered trademark of Fike.

Fike has maintained ISO 9001 certification since 1996. Prior to shipment, we thoroughly test our products and review our documentation to assure the highest quality in all respects.

WARRANTY

LIMITATIONS OF LIABILITY

Fike provides a one-year limited manufacturer’s warranty on this product. All warranty returns must be retu rned from an authorized Fike Distri butor. Contact Fike’s Marketing department for further warranty information.

Fike maintains a repair department that is available to repair and return existing electronic components or exchange/purchase previously repaired inventory component (advance replacement). All returns must be approved prior to return. A Material Return Authorization (MRA) number must be indicated on the box of the item being returned. Contact the appropriate Regional Sales Manager for further information regarding product return procedures.

Installation in accordance with this manual, applicable codes, and the instructions of the Authority Having Jurisdiction is mandatory. Fike can not be held liable for any incidental or consequential damages arising from the loss of property or other damages or losses resulting from the use or misuse of Fike products beyond the cost of repair or replacement of any defective components. Fike reserves the right to make product improvements and change product specifications at any time.

While every precaution has been taken during the preparation of this manual to ensure the accuracy of its content, Fike assumes no responsibility for errors or omissions.

Page 3

TABLE OF CONTENTS

SECTION DESCRIPTION PAGE

1.0 About This Manual ........................................................................................................ 1-1

1.1 About This Manual ........................................................................................................... 1-1

1.2 Product Support ............................................................................................................... 1-1

1.3 Safety Information ........................................................................................................... 1-1

1.4 Related Information ......................................................................................................... 1-2

1.5 Revision History ............................................................................................................... 1-2

2.0 C-Linx Programming Options ...................................................................................... 2-1

2.1 Understanding Cheetah Xi .............................................................................................. 2-1

2.2 Software Programming Features .................................................................................... 2-2

3.0 Getting Started ............................................................................................................... 3-1

3.1 User Interface .................................................................................................................. 3-1

3.2 Password Protection ........................................................................................................ 3-2

3.2.1 How to Log onto the System ........................................................................................... 3-3

3.2.2 Changing the System Administrator Password ............................................................... 3-3

3.3 Configuring the System ................................................................................................... 3-4

3.3.1 Auto-Program .................................................................................................................. 3-4

3.3.2 Engineered Configure ...................................................................................................... 3-4

3.4 How to Address a Device ................................................................................................ 3-5

3.4.1 How to Auto Address Field Devices ................................................................................ 3-5

3.4.2 How to Use the Panel’s Device Address Function .......................................................... 3-6

3.4.3 How to Address Devices with the IR Tool ....................................................................... 3-8

3.4.4 How to Address Devices with the Hand-Held Programmer .......................................... 3-10

3.4.5 How to Address Devices Using C-Linx Device Address Wizard ................................... 3-12

3.4.6 How to Address Devices Using C-Linx Device Address Function ................................ 3-13

4.0 Configuration Menu ....................................................................................................... 4-1

4.1 Configuration Menu ......................................................................................................... 4-1

4.2 Configuration Menu 1 ...................................................................................................... 4-1

4.2.1 How to Configure a Field Device ..................................................................................... 4-1

4.2.1.1 How to Change a Devices Alarm Features ..................................................................... 4-2

A. How to Modify a Sensor ...................................................................................... 4-3

B. How to Modify a Control or Relay Module ........................................................... 4-3

C. How to Modify a Monitor Module ......................................................................... 4-7

D. How to Modify a Pull Station ............................................................................... 4-8

E. How to Delete a Device from the System Configuration ..................................... 4-8

F. How to Read, Write, Enable or Disable a Device ................................................ 4-9

G. How to Set the AHU Relay Re-start Delay ......................................................... 4-10

4.2.1.2 How to Change a Devices Release Features ............................................................... 4-11

4.2.1.3 How to Perform a Configuration Check .........................................................................

4-12

4.2.2 How to Modify the Panel’s NAC Circuits ....................................................................... 4-12

4.2.2.1 How to Modify NAC Functions ...................................................................................... 4-13

4.2.2.2 How to Set NAC Zone Assignments ............................................................................. 4-14

4.2.2.3 How to Set NAC Sync Protocol ..................................................................................... 4-15

4.2.3 How to Change SLC Supervision .................................................................................. 4-15

4.2.3.1 How to Set SLC Command Mode Functions ................................................................. 4-16

4.2.4 How to Execute the Learn Function .............................................................................. 4-17

4.2.4.1 Learn New Devices Only ............................................................................................... 4-17

4.2.4.2 Learn All Devices ........................................................................................................... 4-18

4.3 Configuration Menu 2 .................................................................................................... 4-19

4.3.1 How to Set System Time and Date ............................................................................... 4-19

4.3.2 How to Set System Silencing Options ........................................................................... 4-20

4.3.3 How to Set System Power Options ............................................................................... 4-21

Cheetah Xi Programming Manual i P/N: 06-651 Rev 1, 09/2013

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TABLE OF CONTENTS

SECTION DESCRIPTION PAGE

4.3.4 How to Modify Daytime Sensitivity Settings ................................................................... 4-22

4.3.4.1 How to Set Daytime Sensitivity Range .......................................................................... 4-22

4.3.4.2 How to Set Holiday Settings for Daytime Sensitivity ...................................................... 4-23

4.3.5 How to Enable/Disable and Assign Custom Messages to Zones .................................. 4-23

4.3.5.1 How to Assign a Chime Code to a Zone ........................................................................ 4-24

4.4 Configuration Menu 3 ..................................................................................................... 4-25

4.4.1 How to Set Peripheral Device Parameters .................................................................... 4-25

4.4.1.1 How to Configure Peripheral Devices ............................................................................ 4-26

4.4.1.1.1 Peripheral Device Testing .............................................................................................. 4-27

4.4.1.1.2 How to Program a 256 LED Graphic ............................................................................. 4-27

4.4.1.2 How to Set the Peripheral Bus Command Source ......................................................... 4-28

4.4.1.3 How to Set the Peripheral Bus Speed ........................................................................... 4-28

4.4.1.4 How to Set the Peripheral Bus Command Set ............................................................... 4-29

4.4.2 How to Enable/Disable System Walktest ....................................................................... 4-30

4.4.3 How to Enable/Disable System Ground Fault Detection ............................................... 4-30

4.4.4 How to Set Panel Abort Type ......................................................................................... 4-31

4.4.5 How to Enable/Disable Day/Night Sensitivity Feature ................................................... 4-32

4.5 Configuration Menu 4 ..................................................................................................... 4-32

4.5.1 How to Set AC Trouble Delay ........................................................................................ 4-33

4.5.2 How to Configure VESDA Detectors .............................................................................. 4-33

4.5.2.1 How to Set VESDA Alarm Features ............................................................................... 4-34

4.5.2.2 How to Set VESDA Sector/Zone Correlation ................................................................. 4-35

4.5.2.3 How to Set VESDA Zone Number and Loop/Addr ........................................................ 4-35

4.5.2.4 How to Set VESDA Release Features ........................................................................... 4-36

4.5.2.5 How to Select VESDA Communication Command Set ................................................... 4-7

4.5.3 How to Configure Auxiliary Power Circuits as AUX/NACs............................................... 4-7

4.5.3.1 How to Set an Auxiliary Power Circuit as an AUX/NAC ................................................ 4-38

4.5.3.2 How to Assign Zones to the AUX/NAC Circuit ............................................................... 4-39

4.5.4 How to Assign Power Cut-Off Relay Address ................................................................ 4-40

4.5.5 How to Configure Panel Relays and Optional Modules ................................................. 4-40

4.5.5.1 How to Set Optional Module Mounting Location ............................................................ 4-41

4.5.5.2 How to Set the Function of the Panel’s

On-Board Relays ............................................. 4-42

4.5.5.3 How to Assign Relays to a Zone .................................................................................... 4-43

4.5.5.4 How to Set Fan Restart Mode ........................................................................................ 4-44

4.6 Configuration Menu 5 ..................................................................................................... 4-44

4.6.1 How to Change System Logo ........................................................................................ 4-45

4.6.2 How to Auto Address Devices ....................................................................................... 4-45

4.6.3 How to Configure Dialer Test ......................................................................................... 4-46

4.6.4 How to Configure Panel Network ................................................................................... 4-46

4.6.4.1 How to Set Panel’s Network ID ...................................................................................... 4-47

4.6.4.2 How to Configure Network Module ................................................................................ 4-49

4.6.4.3 How to Assign Panel to Network Zones ........................................................................ 4-49

4.6.4.4 How to Set the Number of History Repeats ................................................................... 4-50

4.6.4.5 How to Configure Network Switch Functions ................................................................. 4-50

4.7 Configuration Menu 6 ..................................................................................................... 4-51

4.7.1 How to Set Panel’s IP Addresses .................................................................................. 4-51

4.7.1.1 How to Clear Monitoring Panel’s IP Addresses ............................................................. 4-51

4.7.2 How to Configure Panel for Network Supervision .......................................................... 4-52

4.7.3 How to Set IP Time Parameters .................................................................................... 4-53

4.7.4 How to Disable Panel’s Switch Operation ..................................................................... 4-54

4.7.5 How to Set Panel’s LED Operation ................................................................................ 4-54

4.8 Configuration Menu 8 ..................................................................................................... 4-55

4.8.1 How to Enable AHU Key Requirement Feature ............................................................. 4-55

APPENDIX A CyberCat Menu Structure (V6.XX) ............................................................................... A-1

ii Cheetah Xi Programming Manual Rev 1, 09/2013 P/N: 06-651

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TABLE OF CONTENTS

LIST OF EXHIBITS

EXHIBIT DESCRIPTION PAGE

1-1 Related Documentation ........................................................................................................... 1-2

2-1 thru 2-27 C-Linx (V6.XX) Programming Features .................................................................. 2-2 thru 2-29

3-1 Control Panel Keypad and Display ......................................................................................... 3-1

3-2 Password Access Levels ........................................................................................................ 3-2

3-3 Password Entry Screen ........................................................................................................... 3-3

3-4 Password Entry Screen (Password Change) .......................................................................... 3-3

3-5 Auto Address Screen .............................................................................................................. 3-5

3-6 Device Address Screen ........................................................................................................... 3-6

3-7 Connect Device Screen .......................................................................................................... 3-6

3-8 New Device Detected Screen ................................................................................................. 3-7

3-9 Connect Device Screen .......................................................................................................... 3-7

3-10 Address Change Completed Screen ....................................................................................... 3-7

3-11 Address Change Failed Screen .............................................................................................. 3-7

3-12 IR Communication Screen ...................................................................................................... 3-8

3-13 IR Communication Tool ........................................................................................................... 3-9

3-14 Loop Start Screen ................................................................................................................. 3-10

3-15 Device Address Screen ......................................................................................................... 3-10

3-16 Connect Device Screen ........................................................................................................ 3-10

3-17 New Device Detected Screen ............................................................................................... 3-11

3-18 Connect Device Screen ........................................................................................................ 3-11

3-19 Address Change Completed Screen ..................................................................................... 3-11

3-20 Address Change Failed Screen ............................................................................................ 3-11

4-1 Configuration Menu 1 .............................................................................................................. 4-1

4-2 Device Configuration Menu ..................................................................................................... 4-1

4-3 Alarm Features Screen ........................................................................................................... 4-2

4-4 Alarm Features Screen (Sensors and Detectors) ................................................................... 4-3

4-5 Alarm Features Screen (Control Module) ............................................................................... 4-3

4-6 Any of 3 Zones Function Screen ............................................................................................. 4-4

4-7 All of 3 Zones Function Screen ............................................................................................... 4-5

4-8 Select Device Function Screen ............................................................................................... 4-6

4-9 Row Anding Function Screen .................................................................................................. 4-6

4-10 Alarm Features Screen (Monitor Module) ............................................................................... 4-7

4-11 Alarm Features Screen (Pull Station Module) ......................................................................... 4-8

4-12 Delete Device Screen ............................................................................................................. 4-8

4-13 Read/Write/Enable/Disable Screen ......................................................................................... 4-9

4-14 Addressable Relay AHU Re-start Delay Screen ................................................................... 4-10

4-15 Release Features Screen ..................................................................................................... 4-11

4-16 Configuration Check Screen ................................................................................................. 4-12

4-17 NAC Configuration Menu ...................................................................................................... 4-12

4-18 NAC Functions Screen .......................................................................................................... 4-13

4-19 NAC Zone Assignment Screen ............................................................................................. 4-14

4-20 NAC Sync Protocol Screen ................................................................................................... 4-15

4-21 SLC Configuration Screen .................................................................................................... 4-15

4-22 SLC Command Mode Screen ............................................................................................... 4-16

4-23 LEARN Screen ...................................................................................................................... 4-17

4-24 LEARN New Devices Screen ................................................................................................ 4-17

4-25 LEARN Mode Active Screen ................................................................................................. 4-17

4-26 LEARN All Devices Screen ................................................................................................... 4-18

4-27 LEARN Mode Active Screen ................................................................................................. 4-18

4-28 Configuration Menu 2 ............................................................................................................ 4-19

4-29 Time Control Screen ............................................................................................................. 4-19

4-30 System Silence Screen ......................................................................................................... 4-20

4-31 Power Screen ........................................................................................................................ 4-21

4-32 Daytime Sensitivity Menu ...................................................................................................... 4-22

4-33 Daytime Sensitivity Range Screen ........................................................................................ 4-22

4-34 Holidays Screen .................................................................................................................... 4-23

Cheetah Xi Programming Manual iii P/N: 06-651 Rev 1, 09/2013

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TABLE OF CONTENTS

EXHIBIT DESCRIPTION PAGE

4-35 Zone Configuration Screen ................................................................................................... 4-23

4-36 Chime Code Screen .............................................................................................................. 4-24

4-37 NAC Functions Screen ......................................................................................................... 4-24

4-38 Configuration Menu 3 ............................................................................................................ 4-25

4-39 Peripheral Menu .................................................................................................................... 4-25

4-40 Peripheral Configuration Screen ........................................................................................... 4-26

4-41 LED Test Screen ................................................................................................................... 4-27

4-42 Checksum Calc Screen ........................................................................................................ 4-27

4-43 256 LED Graphic Configuration Screen ................................................................................ 4-27

4-44 Peripheral Source Screen ..................................................................................................... 4-28

4-45 Peripheral Bus Speed Screen ............................................................................................... 4-28

4-46 Peripheral Command Set Screen ......................................................................................... 4-29

4-47 Walktest Screen .................................................................................................................... 4-30

4-48 Ground Fault Screen ............................................................................................................. 4-30

4-49 Panel Abort Screen ............................................................................................................... 4-31

4-50 Sensitivity Change Screen .................................................................................................... 4-32

4-51 Configuration Menu 4 ............................................................................................................ 4-32

4-52 AC Delay Screen .................................................................................................................. 4-33

4-53 VESDA Configuration Menu ................................................................................................. 4-33

4-54 VESDA Alarm Features Screen ............................................................................................ 4-34

4-55 VESDA Sector Screen .......................................................................................................... 4-35

4-56 VESDA Loop/Addr Screen .................................................................................................... 4-35

4-57 VESDA Release Features Screen ........................................................................................ 4-36

4-58 VESDA Command Set Screen ............................................................................................. 4-37

4-59 AUX/NAC Menu .................................................................................................................... 4-37

4-60 AUX/NAC Functions Screen ................................................................................................. 4-38

4-61 AUX/NAC Functions Screen ................................................................................................. 4-38

4-62 AUX/NAC Zone Assignment Screen ..................................................................................... 4-39

4-63 Power Cut Relay Assignment Screen ................................................................................... 4-40

4-64 Relay Configuration Menu .................................................................................................... 4-40

4-65 Select Module Screen ........................................................................................................... 4-41

4-66 Relay Functions Screen ........................................................................................................ 4-42

4-67 Relay Zone Assign Screen ................................................................................................... 4-43

4-68 Fan Restart Configuration Screen ........................................................................................ 4-44

4-69 Configuration Menu 5 .............................................................................................................. 4-4

4-70 Panel Logo Screen ............................................................................................................... 4-45

4-71 Auto Address Screen ............................................................................................................ 4-45

4-72 Dialer Configuration Screen .................................................................................................. 4-46

4-73 Network Configuration Screen .............................................................................................. 4-46

4-74 Network Panel ID Screen ...................................................................................................... 4-47

4-75 Network Panel Custom Message Screen ............................................................................. 4-47

4-76 Network Module Config Screen ............................................................................................ 4-48

4-77 Network Zone Screen ........................................................................................................... 4-49

4-78 History Trouble Screen ......................................................................................................... 4-50

4-79 Network Switch Screen ......................................................................................................... 4-50

4-80 Configuration Menu 6 ............................................................................................................ 4-51

4-81 IP Address Screen ................................................................................................................ 4-51

4-82 Clear IP Address Screen ...................................................................................................... 4-52

4-83 Network Supervision Screen ................................................................................................. 4-52

4-84 Network Panel Custom Message Screen ............................................................................. 4-52

4-85 IP Time Screen ..................................................................................................................... 4-53

4-86 Panel Switch Operation Screen ............................................................................................ 4-54

4-87 Panel LED Operation Screen ................................................................................................ 4-54

4-88 Configuration

4-89 AHU Key Screen ................................................................................................................... 4-55

Menu 7 ............................................................................................................ 4-55

iv Cheetah Xi Programming Manual Rev 1, 09/2013 P/N: 06-651

Page 7

1.0 ABOUT THIS MANUAL

1.1 ABOUT THIS MANUAL

This manual is intended for those individuals who are responsible for the programming of the Fike Cheetah Xi Addressable Control System. It provides a detailed description of how use the control panels configuration menus to field-program the systems operating parameters. Changes to the system configuration shall only be made by a factory trained and certified technician.

1.2 PRODUCT SUPPORT

If you have a question or encounter a problem not covered in this manual, you should first try to contact the distributor that installed the protection system. Fike has a worldwide distribution network. Each distributor sells, installs, and services Fike equipment. Look on the inside of the door, left side, there should be a sticker with an indication of the distributor who sold the system. If you can not locate the distributor, please call Fike Customer Service for locating your nearest distributor, or go to our web-site at www.fike.com. If you are unable to contact your installing distributor or you simply do not know who installed the system you can contact Fike Fire Alarm Product Support at (888) 628-FIKE (3453) Option 2, Monday through Friday, 8:00 AM to 4:30 PM CST.

1.3 SAFETY INFORMATION

Important safety admonishments are used throughout this manual to warn of possible hazards to persons or equipment.

a WARNING

Warnings are used to indicate th e presence of a hazard which will or may cause personal injury or death, or loss of service if safety instructions are not followed or if the hazard is not avoided.

I Caution

Cautions are used to indicate the presence of a hazard which will or may case damage to the equipment if safety instructions are not followed or if the hazard is not avoided.

LNotes: Notes indicate the message is important, but is

not of a Warning or Caution category. These notes can be of great benefit to the user and should be read.

Cheetah Xi Programming Manual 1-1 P/N: 06-651 Rev 0, 06/2012

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1.0 ABOUT THIS MANUAL

1.4 RELATED DOCUMENTATION

To obtain a complete understanding of the specific features of the Cheetah Xi or to become familiar with related functions in general, refer to the documentation listed below. Please reference the most current version or the version noted on the label located on the product.

Exhibit 1-1: Related Documentation

Document Title Part Number

Cheetah Xi Addressable Fire Suppression Control System Installation Manual 06-356 Cheetah Xi Addressable Fire Suppression Control System Operation &

Maintenance Manual

06-356-2

1.5 REVISION HISTORY

Document Title: Cheetah Xi Addressable Fire Suppression System Programming Manual Document Reorder Number: 06-651

Revision Section Date Reason for Change

Separated manual into separate

0 All Sections 04/2012

Sections 1, 2, 4, and Appendix A 08/2013

Installation, Operation and Programming

Manuals, updated configuration screens to

reflect product additions/changes.

Added programming features for AHU

restart.

1-2 Cheetah Xi Programming Manual Rev 0, 06/2012 P/N: 06-651

Page 9

2.0 C-Linx PROGRAMMING OPTIONS

2.1 UNDERSTANDING CHEETAH Xi

The Cheetah Xi system is equipped with an extensive list of configuration parameters. Changes to these parameters can be made either directly at the panel using its integral configuration menus, or by using the system’s PC configuration software C-Linx. Not all of the system operating parameters can be set using the panel’s configuration menus. Section 4.0 of this manual provides a complete description of the configuration parameters that can changed at the panel.

To set all operating parameters for the system, you must use the panel’s PC programming software C-Linx. Section 2.2 provides a complete listing of the programming features that are available through C-Linx for your reference. Refer to Fike document 06-448, “C-Linx Configuration Software” for software details.

It is important to keep in mind that any changes made to the system configuration directly through the panel’s configuration menus will only be stored within the panel’s on-board memory. To retain a back-up copy of the system programming, you should download the latest configuration settings from the panel each time you service the system.

Cheetah Xi Programming Manual 2-1 P/N: 06-651 Rev 1, 09/2013

Page 10

2.0 C-Linx PROGRAMMING OPTIONS

2.2 SOFTWARE PROGRAMMING FEATURES

The following tables identify the configurable features that can be changed by using the panel’s programming software C-Linx. The table also identifies features that are available, but not permitted to be used per the Cheetah Xi system’s UL listing.

Exhibit 2-1: Programming Features

NOTICE TO USERS, INSTALLERS, AUTHORITIES HAVING JURISDICTION, AND OTHER INVOLVED PARTIES

This product incorporates field-programmable software. In order for the product to comply with the requirements in the Standard for Control Units and Accessories for

Circuit or

Component Program Feature or Option

Main Board Configuration Options

MISC.

Notes:

1. City of Chicago does not allow use of Drill, Silence and Acknowledge switches.

2. Can only be changed with Factory Level password. Level 2 required for use with solenoids

3. Level 2 ground fault detection required for use with solenoids.

4. If device on SLC has an internal error then the panel produces a trouble state (Enabled) and does not just logs it (Disabled).

5. An audible signal that has been silenced at the protected premises shall automatically resound and remain energized until

Fire Alarm Systems, UL 864, certain programming features or options must be limited to specific values or not used at all as indicat ed below.

Permitted

in UL

864? (Y/N)

Possible Settings

(Defaults shown bold)

Settings permitted in UL 864 Notes

Miscellaneous Options

AC Trouble Delay Y Abort Type N Fan Restart Y Drill/Silence/Acknowledge N Auto Message Y Walktest Y

0-30 hours, (Default 2) 1 – 6 (Default 2)

Automatic/Manual Enabled / Disabled Enabled / Disabled Enabled / Disabled

1–3 1-4

Enabled 1,2

Supervision Options

Transformer Y Loop Style (SLC) Y Ground Fault Level 1 N Ground Fault Level 2 N Main Battery N Auxiliary Battery N Auxiliary Loop Module Present Y Auxiliary Power Module Present Y Eclipse Device Error Trouble Y AHU Fire Dept Key Required for

120VAC / 240VAC 4,6, or 7 (A, B, or X) Enabled / Disabled Enabled / Disabled Supervised / Unsupervised

Supervised / Unsupervised Enabled / Disabled Enabled / Disabled Enabled / Disabled Yes / No

Enabled 2 Enabled 2, 3 Super. Super.

Yes 4

AHU Restart Battery Cutoff Y Loop # and Address #

(L: 1-4 Address: 0-254)

Silence Options

Unsilence Time Y Silence Reminder Y Silence Inhibit Y Positive Alarm Sequence Y Silence Mode Y

(i.e. Checksum Error) silenced and retransmitted the signal to any supervising station to which the original signal was transmitted, as applicable, at

least once every 24 hours until the condition is corrected and the product is restored to the normal supervisory condition.

1-24 hours Enabled / Disabled Enabled / Disabled Enabled / Disabled

2-2 Cheetah Xi Programming Manual Rev 1, 09/2013 P/N: 06-651

Page 11

2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-2: Programming Features Cont.

Permitted

in UL

Circuit or

Component Program Feature or Option

Time Functions

Alarm Sensitivity Changes

Daytime Sensitivities start/stop Y 12:00 AM – 12:00 AM

864? (Y/N)

Possible Settings

(Defaults shown bold)

Days that use daytime sensitivity Y Sunday – Saturday Use Daylight Savings Time Y

Enabled / Disabled

Holiday Schedule

Night time sensitivity Y 20 days total (mm/dd/yyyy) 3

DACT Auto Test

DACT Auto test start hour Y DACT Auto test period (hrs.) Y

0 – 23 (2 default) 0 - 24

NAC P10 and P11 (NAC 1 & NAC 2)

Sync Protocol Y

NO / Gentex / System Sensor / Wheelock

State (Activation) Y

Alarm / Pre-Alarm 1 / PreAlarm 2 / Supervisory / Trouble / Process / Release / Pre-discharge

Silenceable Y

Silenceable / Non

silenceable Zone Assignment Y Circuit Y Drill Y Walktest Y Non-Silence for Waterflow

1 – 254

Enabled / Disabled

Enabled / Disabled Activation

Panel Sync Protocol Y

Gentex / System Sensor /

Wheelock

Relays

P2 Main Board Relay

Relay Selection Y State (Activation) Y

R1 / R2

Alarm / Pre-Al arm 1 / Pre-

Alarm 2 / Supervisory /

Trouble / Process / Zone

Disable / Release / Pre-

discharge / Abort Silenceable Y

Non-Silenceable /

Silenceable Relay Y Zone Assignment Y Drill Y

Notes:

1. If synchronization is selected, both NAC circuits will use the same sync protocol.

2. Refer to Fike document 06-186 for compatible notification appliances.

3. Only allows the installer to assign the night time sensitivity to a different obscuration level than during normal working hours. No other functions are effected or disabled

4. Allows on board relays to be configured from the default setting of Alarm for R1 and Supervisory for R2 to the states listed in State (Activation)

Enabled / Disabled 1 – 254 Enabled / Disabled

Settings permitted in UL 864 Notes

1,2

Cheetah Xi Programming Manual 2-3 P/N: 06-651 Rev 1, 09/2013

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2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-3: Programming Features Cont.

Permitted

in UL

Circuit or

Component Program Feature or Option

Relays

Zones Zones Y

P12

Relay Selection Y A / B / C / D Module Y

State Y Alarm / Pre-Alarm 1 / Pre-

Restart Delay Y Silenceable Y

Zone Assignment Y Relay Y Drill Y

P13

Relay Selection Y A / B / C / D Module Y

State Y Alarm / Pre-Alarm 1 / Pre-

Restart Delay Y Silenceable Y

Zone Assignment Y Relay Y Drill Y

Type Y

Custom Message Y 20 character user defined Automatic Countdown Y

Manual Countdown Y Zone Enabled Y Zone Chimes Y Assign chime code to zones

864? (Y/N)

No Module Installed / CRM4 / CRPM (Opt 1) / CRPM (Opt

2) / Fire Communicator

Alarm 2 / Supervisory / Trouble / Process / Zone Disable / Release / Predischarge / Abort

0 – 250 (sec) Non-Silenceable /

Silenceable 1 – 254

Enabled / Disabled Enabled / Disabled

No Module Installed / CRM4 / CRPM (Opt 1) / CRPM (Opt

2) / Network Interface Card

Alarm 2 / Supervisory / Trouble / Process / Zone Disable / Release / Predischarge / Abort

0 – 250 (sec) Non-Silenceable /

Silenceable 1 – 254

Enabled / Disabled Enabled / Disabled

1 – 254 Alarm Zone / Count Zone /

Cross Zone / Single Sensor Release Zone

0 – 255 (30) 0 – 30 (15)

Enabled / Disabled

Possible Settings

(Defaults shown bold)

Settings permitted in UL 864 Notes

2-4 Cheetah Xi Programming Manual Rev 1, 09/2013 P/N: 06-651

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2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-4: Programming Features Cont.

Permitted

in UL

Circuit or

Component Program Feature or Option

864? (Y/N)

Possible Settings

(Defaults shown bold)

Peripherals Message Y 20 character user defined

(PERIPHERAL ID 02) Zone Assignment Y Supervision Y Voice Y Status Y History Transmit Y History Packing Y History Message Y Dual Channel Voice Y

Notes:

1. Peripheral device must be added to the Peripherals list before these configuration options are available.

2. This command contains status for Alarm, Supervisory, Trouble and all other states. Peripheral devices that have firmware version before 3.00 should set this variable to STD, which is the original Cheetah Xi format. The ESP selection refers to an “Expanded” format. Peripheral devices with 3.00 firmware or newer will used this command. The EXP setting speeds up operation of the peripheral bus.

3. If set to COMPACT, a message filter within the panel is used to prevent transmission of certain history record events, including the NEW DEVICE history messages. This is done so that the peripherals do not display messages that are not required. If set to VERBOSE, all history messages are transmitted.

4. HISTORY PACKING refers to how many history records are transmitted back-to-back with minimum time in between. If set to UNPACKED, history records are sent one at a time. If set to PACKED, up to 50 history records are sent back-to-back. This will speed up transmission of large amounts of history data.

5. HISTORY MESSAGE refers to what kind of data is packed into the history command. If set to STD (standard), data is packed as with previous versions. If set to EXP (expanded), both lines 1 and 2 of the history data as shown on the LCD of the panel is packed into the history command.

0 - 254 Unsupervised / Supervised No Voice / EVAX / Fike STD / EXP Compact / Verbose Unpacked / Packed STD / EXP Enabled / Disabled

Settings permitted in UL 864 Notes

1 1

2 3 4 5

Cheetah Xi Programming Manual 2-5 P/N: 06-651 Rev 1, 09/2013

Page 14

2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-5: Programming Features Cont.

Permitted

Circuit or

Component Program Feature or Option

Network

Network Settings

Network Address (Panel ID) Y Network Module Type Y Network Panel Message Y 20 character user defined

in UL

864? (Y/N)

Possible Settings

(Defaults shown bold)

1 - 128 None / First / Middle / Last

(CUSTOM MSG PANEL 001)

Settings permitted in UL 864 Notes

where ZZZ = zone number Network Switch Operation Y Network Switch IDs Y

Global / Local

1 – 128

Selects which network

devices the panel will receive

switch commands from. Network Zones Y 1 – 254 3 Panel Supervision Y 1 – 254 4 Wiring Style Y History Y

Style 4 / Style 7

Single / Multiple

Ethernet Settings

Source IP Address Y

000.000.000.000

User Defined

Destination IP Address Y

000.000.000.000

User Defined

Supervision IP Address Y

000.000.000.000

User Defined

Panel IP Supervision Y History Transmits Y

000.000.000.000

1 – 10

(Fike recommends 2) Supervision Timeout Y 1 – 59 (Sec., Min., Hour)

4 min. default IP Time Y

IP Time Disabled

8 Accept IP Time Send IP Time

Notes:

1. Defines the location of the panel with respect to others on the network.

2. Defines if the respective panel will react to Reset, Silence, Acknowledge, and Drill commands received from other networked panels.

3. Defines which network zones will participate in the local panel zone(s).

4. Defines which network panel(s) the selected panel should supervise.

5. Defines the unique Internet Protocol (IP) address for the selected panel.

6. Defines the unique Internet Protocol (IP) address for the panel that is to receive history events from the selected panel.

7. Defines the unique Internet Protocol (IP) address for the panel that is to supervision responses from the selected panel.

8. Used to synchronize panel time over the network.

2-6 Cheetah Xi Programming Manual Rev 1, 09/2013 P/N: 06-651

Page 15

2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-6: Programming Features Cont.

Permitted

in UL

Circuit or

Component Program Feature or Option

Defaults (Photo Sensor)

Common

Loop Number of Device Y Address of Device Y Custom Message Y 60 character user defined

Zone Assignments Y Predischarge Type Y Auto Assign From 1st Zone /

Alarm Verification Y Time: 0 – 60 seconds

Sensitivity

Pre-Alarm 1 & 2 Levels Y

Alarm Levels Y

Drift Compensation (Warning/Trouble)

Walktest Y

Device Summing

Broadcast Thresholds for Summing (%OBS)

Summing Activation Level (%OBS)

Summing Broadcast State N

Summing Addresses N 1 – 8 (Device addresses to

Notes:

1. Cheetah Xi can have up to four (4) addressable loops.

2. Can be assigned to 4 discrete zones, 2 zone ranges or 1 range and 2 discrete zones.

3. Pre-Alarm 2 setting must always be set equal or higher than Pre-Alarm 1 setting.

4. High setting must be equal or lower obscuration setting than Low setting.

5. Can be set in 1% increments. Trouble must be higher % than Warning.

864? (Y/N)

Possible Settings

(Defaults shown bold)

1 - 4 1 – 254

(1-001 PHOTO DETECT Loop 1 - Address 001)

Default / User Defined

1 – 254

Alarm Only Device / 1st

Cross Zone Device / 2 Cross Zone Device / Count Zone Device / Single Release Device

Enabled / Disabled

0.5%/ft. – 4.0%/ft. (0.1%/ft. increments)

Acclimate: 1.3%/ft. – 3.6%/ft. (High 2.0% - Low 2.5%)

Day/Night: 1.3%/ft. – 3.6%/ft. (Day 3.6% - Night 3.6%)

Alarm / Supervisory / Supervisory NL

Y 50 – 100%

Warning 80%/Trouble 100% Walktest at Alarm Level /

Walktest with IR / Walktest at

1.3%

Enabled / Disabled (8 levels 0.5%/ft. – 4.0%/ft. in

0.1%/ft. increments)

N 1.0 – 10%/ft.

(0.5%/ft. increments) Disabled / Alarm / Summing

Alarm / Supervisory Latching / Supervisory Non-Latching / Pre-Alarm 1 / Pre-Alarm 2

participate in summing group)

Settings permitted in UL 864 Notes

Cheetah Xi Programming Manual 2-7 P/N: 06-651 Rev 1, 09/2013

Page 16

2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-7: Programming Features Cont.

Permitted

Circuit or

Component Program Feature or Option

Defaults (Photo Sensor)

Remote Annunciator

Annunciator Type Y

Silenceable Y Positive Alarm Sequence (PAS) Y Output Settings – Priority Row Y 1 – 8 1 Activation State Y

Action Type Y No Action / Activate on

in UL

864? (Y/N)

Possible Settings

(Defaults shown bold)

None / Remote LED –

Follows Red / Remote LED – Follows Green / Remote LED – Follows Amber / Remote LED – Independent / Sounder Base / Relay Base

Silenceable / Non- Silence

Disabled / Enabled

No State / Alarm / Summing

Alarm / Test Alarm / Alarm Verification ON / Pre-Alarm 1 / Pre-Alarm 2 / Supervisory / Trouble / Open Circuit Trouble / Short Circuit Trouble / Low Power Trouble / Maintenance Trouble / Process / Zone Disable Switch / Release / PreDischarge / Abort / Release Ckt. Trouble

Settings permitted in UL 864 Notes

1,2

2 2

Any of 3 zones / Activate on All of 3 zones / Activate on Specific Device / Activate on multiple priority rows active

Output Pattern Y OFF / ON Continuous /

Slow / Fast / Temporal / Walktest / Alert / Action

State Counter Y 1 – 16

Notes:

1. If annunciator type is set to Independent Operation, Sounder Base, or Relay Base an 8-row priority table will be displayed. Table values are set using the Output Settings fields.

2. If annunciator type is set to Sounder Base, Silence and Positive Alarm Sequence (PAS) options will be displayed.

2-8 Cheetah Xi Programming Manual Rev 1, 09/2013 P/N: 06-651

Page 17

2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-8: Programming Features Cont.

Permitted

in UL

Circuit or

Component Program Feature or Option

Defaults (Photo/Heat Sensor)

Common

Loop Number of Device Y Address of Device Y Custom Message Y

Zone Assignments Y Predischarge Type Y Auto Assign From 1st Zone /

Alarm Verification Y

Sensitivity Pre-Alarm 1 & 2 Levels Y

Alarm Levels Y

Flame Enhance N Drift Compensation

(Warning/Trouble) Walktest Y

Device Summing

Broadcast Thresholds for Summing (%OBS)

Summing Activation Level (%OBS)

Summing Broadcast State N

Summing Addresses N

Remote Annunciator (See Exhibit 2-7 for programming features)

Notes:

1. Cheetah Xi can have up to four (4) addressable loops.

2. Can be assigned to 4 discrete zones, 2 zone ranges or 1 range and 2 discrete zones.

3. Pre-Alarm 2 setting must always be set equal or higher than Pre-Alarm 1 setting.

4. High setting must be equal or lower obscuration setting than Low setting.

5. Can be set in 1% increments. Trouble must be higher % than Warning.

864? (Y/N)

Possible Settings

(Defaults shown bold)

1 - 4 1 – 254

60 character user defined

(1-001 PHO/HT DETECT Loop 1 - Address 001)

Default / User Defined 1 – 254

Alarm Only Device / 1

Cross Zone Device / 2nd Cross Zone Device / Count Zone Device / Single Release Device

Time: 0 – 60 seconds

Enabled / Disabled

0.5%/ft. – 4.0%/ft. (0.1%/ft. increments)

Acclimate: 1.3%/ft. – 3.6%/ft. (High 2.0% - Low 2.5%)

Day/Night: 1.3%/ft. – 3.6%/ft.

(Day 3.6% - Night 3.6%) Alarm / Supervisory /

Supervisory NL ON / OFF

50 – 100%

Warning 80%/Trouble 100% Walktest at Alarm Level /

Walktest with IR / Walktest at

1.3%

Enabled / Disabled (8 levels 0.5%/ft. – 4.0%/ft. in

0.1%/ft. increments)

1.0 – 10%/ft. (0.5%/ft. increments)

Disabled / Alarm / Summing Alarm / Supervisory Latching / Supervisory Non-Latching / Pre-Alarm 1 / Pre-Alarm 2

1 – 8 (Device addresses to participate in summing group)

Settings permitted in UL 864 Notes

3 4

Cheetah Xi Programming Manual 2-9 P/N: 06-651 Rev 1, 09/2013

Page 18

2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-9: Programming Features Cont.

Permitted

in UL

Circuit or

Component Program Feature or Option

Defaults (Photo/Duct Sensor)

Common Loop Number of Device Y Address of Device Y Custom Message Y 60 character user defined

Zone Assignments Y Predischarge Type Y Auto Assign From 1st Zone /

Alarm Verification Y Time: 0 – 60 seconds

Sensitivity

Pre-Alarm 1 & 2 Levels Y

Alarm Levels Y

Drift Compensation (Warning/Trouble)

Walktest Y

Device Summing

Broadcast Thresholds for Summing (%OBS)

Summing Activation Level (%OBS)

Summing Broadcast State N

Summing Addresses N 1 – 8 (Device addresses to

Remote Annunciator (See Exhibit 2-7 for programming features)

Notes:

1. Cheetah Xi can have up to four (4) addressable loops.

2. Can be assigned to 4 discrete zones, 2 zone ranges or 1 range and 2 discrete zones.

3. Pre-Alarm 2 setting must always be set equal or higher than Pre-Alarm 1 setting.

4. High setting must be equal or lower obscuration setting than Low setting.

5. Can be set in 1% increments. Trouble must be higher % than Warning.

864? (Y/N)

Possible Settings

(Defaults shown bold)

1 - 4 1 – 254

(1-001 DUCT DETECT Loop 1 - Address 001)

Default / User Defined

1 – 254

Alarm Only Device / 1

Cross Zone Device / 2 Cross Zone Device / Count Zone Device / Single Release Device

Enabled / Disabled

0.6%/ft. – 4.0%/ft. (0.1%/ft. increments)

Acclimate: 0.8%/ft. – 3.4%/ft. (High 2.0% - Low 2.5%)

Day/Night: 0.8%/ft. – 3.4%/ft. (Day 1.5% - Night 3.4%)

Alarm / Supervisory / Supervisory NL

Y 50 – 100%

Warning 80%/Trouble 100% Walktest at Alarm Level /

Walktest with IR / Walktest at

1.3%

Enabled / Disabled (8 levels 0.5%/ft. – 4.0%/ft. in

0.1%/ft. increments)

N 1.0 – 10%/ft.

(0.5%/ft. increments) Disabled / Alarm / Summing

Alarm / Supervisory Latching / Supervisory Non-Latching / Pre-Alarm 1 / Pre-Alarm 2

participate in summing group)

Settings permitted in UL 864 Notes

2-10 Cheetah Xi Programming Manual Rev 1, 09/2013 P/N: 06-651

Page 19

2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-10: Programming Features Cont.

Permitted

in UL

Circuit or

Component Program Feature or Option

Defaults (Heat Sensor)

Common

Loop Number of Device Y Address of Device Y

864? (Y/N)

Possible Settings

(Defaults shown bold)

1 - 4 1 – 254

Custom Message Y 60 character user defined

(1-001 HEAT DETECT Loop 1 - Address 001)

Y Zone Assignments Y Predischarge Type Y Auto Assign From 1st Zone /

Default / User Defined

1 – 254

Alarm Only Device / 1

Cross Zone Device / 2

Cross Zone Device / Count Zone Device / Single Release Device

Alarm Verification Y Time: 0 – 60 seconds

Enabled / Disabled

Sensitivity

Pre-Alarm 1 & 2 Levels Y

Enabled / Disabled 70°F - 190°F

(5°F increments)

Alarm Levels (Day/Night) Y

Fixed Temp: 135°F - 190°F (5°F increments)

Rate of Rise: 135°F - 174°F (5°F increments)

Walktest Y

Walktest at 135°F / Walktest with IR

Remote Annunciator (See Exhibit 2-7 for programming features)

Notes:

1. Cheetah Xi can have up to four (4) addressable loops.

2. Can be assigned to 4 discrete zones, 2 zone ranges or 1 range and 2 discrete zones.

3. Pre-Alarm 2 setting must always be set equal or higher than Pre-Alarm 1 setting.

4. Rate of Rise temperature range is 135°F - 174°F. Fixed temperature operation will be used for detection above this range.

Settings permitted in UL 864 Notes

Cheetah Xi Programming Manual 2-11 P/N: 06-651 Rev 1, 09/2013

Page 20

2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-11: Programming Features Cont.

Permitted

in UL

Circuit or

Component Program Feature or Option

Defaults (Ion Sensor)

Common Loop Number of Device Y Address of Device Y Custom Message Y

Zone Assignments Y Predischarge Type Y Auto Assign From 1st Zone /

Alarm Verification Y

Sensitivity

Pre-Alarm 1 & 2 Levels Y

Alarm Levels Y

Drift Compensation Y Walktest Y

Device Summing

Broadcast Thresholds for Summing (%OBS)

Summing Activation Level (%OBS)

Summing Broadcast State N

Summing Addresses N

Remote Annunciator (See Exhibit 2-7 for programming features)

Notes:

1. Cheetah Xi can have up to four (4) addressable loops.

2. Can be assigned to 4 discrete zones, 2 zone ranges or 1 range and 2 discrete zones.

3. Pre-Alarm 2 setting must always be set equal or higher than Pre-Alarm 1 setting.

4. High setting must be equal or lower obscuration setting than Low setting.

5. Can be set in 1% increments. Trouble must be higher % than Warning.

864? (Y/N)

Y Y N

Possible Settings

(Defaults shown bold)

1 - 4 1 – 254

60 character user defined

(1-001 ION DETECT Loop 1 - Address 001)

Default/User Defined 1 – 254

Alarm Only Device / 1

Cross Zone Device / 2nd Cross Zone Device / Count Zone Device / Single Release Device

Time: 0 – 60 seconds

Enabled / Disabled

100 – 40 Microns (5 Micron increments) Acclimate: 80 – 50 Microns

(5 Micron increments) Day/Night: 80 – 50 Microns

(5 Micron increments) Alarm / Supervisory /

Supervisory NL Smolder Enhance Off /

Smolder Enhance On 50 – 100%

Warning 80%/Trouble 100% Walktest at Alarm Level /

Walktest with IR / Walktest at

1.3%

Enabled / Disabled (8 levels 0.5%/ft. – 4.0%/ft. in

0.1%/ft. increments)

1.0 – 10%/ft. (0.5%/ft. increments)

Disabled / Alarm/Summing Alarm / Supervisory Latching / Supervisory Non-Latching / Pre-Alarm 1 / Pre-Alarm 2

1 – 8 (Device addresses to participate in summing group)

Settings permitted in UL 864 Notes

3 4

2-12 Cheetah Xi Programming Manual Rev 1, 09/2013 P/N: 06-651

Page 21

2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-12: Programming Features Cont.

Permitted

Circuit or

Component Program Feature or Option

Defaults (Monitor Module)

Loop Number of Device Y Address of Device Y Custom Message Y 60 character user defined

in UL

864? (Y/N)

Possible Settings

(Defaults shown bold)

1 - 4 1 – 254

Settings permitted in UL 864 Notes

(1-001 INPUT MANALRM Loop 1 - Address 001)

Y Zone Assignments Y Predischarge Type Y

Default / User Defined

1 – 254 Alarm Device Only / 1

Cross Zone Device / 2

2 6

Cross Zone Device / Count Zone Device / Single Release Device

Input Function Type Y

No Input Function / ManAlarm / Detection/ Waterflow /Pre-Alarm 1 / PreAlarm 2 / Supervisory / Trouble / Process / PAS Inhibit / Reset / Silence / Acknowledge / Drill / Zone Disable / Fan Restart / Smoke Control Confirmation / Manual Alarm Stage 2 / AHU Fire Dept Key / Manual Release / Manual Release with Countdown / Abort /

Watermist Activation Y Verify Time: 0 – 255 seconds 3 Y Y

Latching / Non-Latching

Normally Open / Normally

4 5

Closed Y

Class B Contact / Class A

Latching / Class A Auto

Restore Y

No Short Detection / Short

Detection

Notes:

1. Cheetah Xi can have up to four (4) addressable loops.

2. Can be assigned to 4 discrete zones, 2 zone ranges or 1 range and 2 discrete zones.

3. If monitor module function type is set to Detection or Watermist Activation, an alarm verification time can be set.

4. Either = Waterflow, PA1, PA2, Supervisory, Trouble, Process, PAS Inhibit; Non-Latch = Silence, Acknowledge, Drill, Zone Disable, Fan Restart, Smoke Confirmation, Abort; Latching = ManAlarm, Detection, Reset, Manual Alarm Stage 2, Manual Release, Manual Release with Countdown, Watermist.

5. NO Contacts = Detection, Manual Alarm, Reset, Manual Alarm Stage 2, Manual Release, Manual Release with Countdown, Abort, Watermist; NO/NC Contacts = Waterflow, PA1, PA2, Supervisory, Trouble, Process, PAS Inhibit, Silence, Acknowledge, Drill, Zone Disable, Fan Restart, Smoke Confirmation.

6. If monitor module function type is set to Detection, a Predischarge Type must be set.

Cheetah Xi Programming Manual 2-13 P/N: 06-651 Rev 1, 09/2013

Page 22

2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-13: Programming Features Cont.

Permitted

in UL

Circuit or

Component Program Feature or Option

Defaults (Mini Monitor Module)

Loop Number of Device Y Address of Device Y Custom Message Y 60 character user defined

864? (Y/N)

Possible Settings

(Defaults shown bold)

1 - 4 1 – 254

(1-001 MINI MANALRM Loop 1 - Address 001)

Custom Message Y Zone Assignments Y Predischarge Type Y

Default / User Defined

1 – 254 Alarm Device Only / 1

Cross Zone Device / 2

Cross Zone Device / Count Zone Device / Single Release Device

Alarm Verification Y Time: 0 – 60 seconds

Input Function Type Y

Enabled / Disabled No Input Function /

ManAlarm / Detection/ Waterflow /Pre-Alarm 1 / PreAlarm 2 / Supervisory / Trouble / Process / PAS Inhibit / Reset / Silence / Acknowledge / Drill / Zone Disable / Fan Restart / Smoke Control Confirmation / Manual Alarm Stage 2 / AHU Fire Dept Key /Manual Release / Manual Release with Countdown / Abort /

Watermist Activation Y Verify Time: 0 – 255 seconds 3 Y Y

Latching / Non-Latching

Normally Open / Normally

Closed Y

No Short Detection / Short

Detection

Notes:

1. Cheetah Xi can have up to four (4) addressable loops.

2. Can be assigned to 4 discrete zones, 2 zone ranges or 1 range and 2 discrete zones.

3. If monitor module function type is set to Detection, an alarm verification time can be set.

6. If monitor module function type is set to Detection, a Predischarge Type must be set.

Settings permitted in UL 864 Notes

2 6

4 5

2-14 Cheetah Xi Programming Manual Rev 1, 09/2013 P/N: 06-651

Page 23

2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-14: Programming Features Cont.

Permitted

in UL

Circuit or

Component Program Feature or Option

Defaults (Pull Station Module)

Loop Number of Device Y Address of Device Y Custom Message Y 60 character user defined

864? (Y/N)

Possible Settings

(Defaults shown bold)

1 - 4 1 – 254

(1-001 PULL STATION Loop 1 - Address 001)

Custom Message Y Zone Assignments Y Input Function Y

Default/User Defined

1 – 254 No Input Function / Manual

Alarm / Manual Release / Manual Release with Countdown

Notes:

1. Cheetah Xi can have up to four (4) addressable loops.

2. Can be assigned to 4 discrete zones, 2 zone ranges or 1 range and 2 discrete zones.

Settings permitted in UL 864 Notes

Cheetah Xi Programming Manual 2-15 P/N: 06-651 Rev 1, 09/2013

Page 24

2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-15: Programming Features Cont.

Permitted

in UL

Circuit or

Component Program Feature or Option

Defaults (Supervised Control

Module)

Common

Loop Number of Device Y Address of Device Y Output Y Custom Message Y 60 character user defined

Custom Message Y Zone Assignments

(device troubles) Defaults for Pre-Action Y Defaults for 2 Stage Alarm N Drill Output Pattern Y

Output Silenceable Y Positive Alarm Sequencing

(PAS) Power Supply Monitor Y

Output Control

Activation State Y

Action Type Y

Output Pattern Y

Output Pattern Set Y State Counter Y Zone Assignments (activation) Y

Notes:

1. Cheetah Xi can have up to four (4) addressable loops.

2. Can be assigned to 4 discrete zones, 2 zone ranges or 1 range and 2 discrete zones.

3. Modifies control module configuration for use with Pre-Action solenoid.

4. If selected, the control module configuration will be modified for 2-Stage Alarm Operation (City of Chicago).

5. Can be assigned to any 3 zones, 254 any zone, or 255 any zone (non-disable).

864? (Y/N)

Possible Settings

(Defaults shown bold)

1 - 4 1 – 254 Enabled/Disabled

(1-001 OUTPUT MODULE Loop 1 - Address 001)

Default/User Defined 1 – 254

Yes/No Yes/No Drill Disabled / On

Continuous / Slow / Fast / Temporal

Silenceable/Non-Silenceable Enabled / Disabled

Enabled / Disabled

No State / Alarm / Summing Alarm / Test Alarm / Alarm Verification ON / Pre-Alarm 1 / Pre-Alarm 2 / Supervisory / Trouble / Open Circuit Trouble / Short Circuit Trouble / Low Power Trouble / Maintenance Trouble / Process / Zone Disable Switch / Release / PreDischarge / Abort / Release Circuit Trouble

No Action / Activate on Any of 3 zones / Activate on All of 3 zones / Activate on Specific Device / Activate on multiple priority rows active

OFF / ON Continuous / Slow / Fast / Temporal / Walktest / Timed / Custom Defined

1 - 3

1 – 16 0 - 255

Settings permitted in UL 864 Notes

3 4

2-16 Cheetah Xi Programming Manual Rev 1, 09/2013 P/N: 06-651

Page 25

2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-16: Programming Features Cont.

Permitted

in UL

Circuit or

Component Program Feature or Option

Defaults (Relay Module)

Common

Loop Number of Device Y Address of Device Y Output Y Custom Message Y 60 character user defined

Zone Assignments (Device Troubles)

AHU Shutdown Relay Y Restart Delay Y Misc. Options

(feedback relay monitoring)

Positive Alarm Sequencing (PAS)

Output Control (Note 6)

Activation State Y

Action Type Y

Relay State Y

Timeout Y State Counter Y Output Y Drill Y Zone Assignments (activation) Y

Notes:

1. Cheetah Xi can have up to four (4) addressable loops.

2. Timeout delay becomes active if relay state is set to ‘Time Delay’.

3. Can be assigned to any 3 zones, 254 any zone, or 255 any zone (non-disable).

4. Restart delay becomes active if relay is configured for AHU shutdown operation.

5. These options are not available if relay is configured for AHU shutdown operation.

6. Output control is disabled if relay is set for AHU Shutdown operation.

864? (Y/N)

Y Y

Possible Settings

(Defaults shown bold)

1 - 4 1 – 254 Enabled/Disabled

(1-001 RELAY MODULE Loop 1 - Address 001)

Default/User Defined 1 – 253

(4 zones available) Enabled / Disabled

0 – 255 seconds Not Monitored / Monitored

by dry contact / Independent dry contact

Enabled / Disabled

Alarm / Summing Alarm / Test Alarm / Alarm Verification ON / Pre-Alarm 1 / Pre-Alarm 2 / Supervisory / Trouble / Open Circuit Trouble / Short Circuit Trouble / Low Power Trouble / Maintenance Trouble / Process / Zone Disable Switch / Release / PreDischarge / Abort / Release Circuit Trouble

No Action / Activate on Any of 3 zones / Activate on All of 3 zones / Activate on Specific Device / Activate on multiple priority rows active

ON / OFF / Timed / Time Delay

0 – 80 minutes 1 – 16 Silenceable/Non-Silenceable Enabled / Disabled 0 - 255

Settings permitted in UL 864 Notes

4 5

Cheetah Xi Programming Manual 2-17 P/N: 06-651 Rev 1, 09/2013

Page 26

2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-17: Programming Features Cont.

Circuit or

Component Program Feature or Option

Defaults (Releasing Module)

Common

Loop Number of Device Y Address of Device Y Output Y Custom Message Y 60 character user defined

Zone Assignments Y

Output Type Y

Output State Y

Notes:

1. Cheetah Xi can have up to four (4) addressable loops.

Permitted

in UL

864? (Y/N)

Possible Settings

(Defaults shown bold)

1 - 4 1 – 254 Enabled/Disabled

(1-001 RELEASING MOD Loop 1 - Address 001)

Default/User Defined 1 – 253

(3 zones available) No Output / Solenoid /

Expanded Solenoid / Masterbox / ARM/IRM / Expanded ARM/IRM / Watermist System

No Output State / Alarm / PreDischarge / Release

Settings permitted in UL 864 Notes

2-18 Cheetah Xi Programming Manual Rev 1, 09/2013 P/N: 06-651

Page 27

2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-18: Programming Features Cont.

Permitted

in UL

Circuit or

Component Program Feature or Option

Defaults (FAAST Detector)

Notes:

1. Cheetah Xi can have up to four (4) addressable loops.

2. Can be assigned to 4 discrete zones, 2 zone ranges or 1 range and 2 discrete zones.

3. Each detection level on the FAAST detector can be mapped to a panel state (user defined).

4. Each detection level can be configured as a latching or non-latching event. Must be latching if configured for alarm.

5. Each detection level can be configured to initiate one of three Alarm Verification timers.

6. Allows you to set the high sensitivity level for the selected acclimate range.

Common

Loop Number of Device Y 1 - 4 1 Address of Device Y 1 – 254 Custom Message Y 60 character user defined

Zone Assignments Y Predischarge Type Y

Walktest

States

State Assignments Fire 2 / Fire 1 / Action 2 / Action 1

/ Alert

Alarm Verification Timers Fire 2 / Fire 1 / Action 2 / Action 1

/ Alert Verification Timer Values Timer 1 / Timer 2 / Timer 3 Y Acclimate Acclimate Y Acclimate High Range Y Range 1-H

864? (Y/N)

Y Enabled / Disabled Y 0.1% - 0.99645% ft. (slider)

Possible Settings

(Defaults shown bold)

(1-001 FAAST DETECT Loop 1 - Address 001)

Default/User Defined 1 – 253 Alarm Only Device / 1

Zone Device / 2 Device / Count Zone Device / Single Release Device

Disabled / Alarm / PreAlarm 2 / PreAlarm 1 / Supervisory / Process

Latching / Non-Latching

No Timer / Timer 1 / Timer 2 / Timer 3

0 – 255 (seconds)

Cross

Cross Zone

Enabled / Disabled

(0.00046%ft – 0.04980%ft) Range 2-M (0.05%ft – 0.09982%ft) Range 3-M (0.1%ft – 0.99645%ft)

Range 4-L (1%ft – 3.98818%ft)

Settings permitted in UL 864 Notes

Cheetah Xi Programming Manual 2-19 P/N: 06-651 Rev 1, 09/2013

Page 28

2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-19: Programming Features Cont.

Circuit or

Component Program Feature or Option

Defaults (FAAST Detector)

Notes:

1. Set to 255 to disable Analog Broadcast.

2. Reference detector cannot use Acclimate feature.

Day Sensitivity Levels

Fire 1 Y

Copy Nighttime Sensitivity Y

Night Sensitivity

Fire 1 Y Range 1-H

Copy Nighttime Sensitivity Y

Miscellaneous

Particulate Level Display Y

Air Flow Trouble Boundary Y 0 – 100 (% off normal)

Air Flow Trouble Timer Y Security Test Button Locked Y Isolate Button Locked Y Passcode Y Device Disable (Isolate Button) Y Reference Detector Analog Broadcast Increasing

Step Analog Broadcast Decreasing

Step Reference Detector Y

Relays

Configuration (Relays 1 – 5) Y

Configuration (Relay 6) Y

Permitted

in UL

864? (Y/N)

Possible Settings

(Defaults shown bold)

Range 1-H

(0.00046%ft – 0.04980%ft) Range 2-M

(0.05%ft – 0.09982%ft) Range 3-M

(0.1%ft – 0.99645%ft) Range 4-L

(1%ft – 3.98818%ft) Yes / No

(0.00046%ft – 0.04980%ft) Range 2-M

(0.05%ft – 0.09982%ft) Range 3-M

(0.1%ft – 0.99645%ft) Range 4-L (1%ft – 3.98818%ft)

Yes / No

Fire 2 / Fire 1 / Action 2 / Action 1 / Alert

(20 default) 0 – 255 (100 default)

Enabled/Disabled Enabled/Disabled

0 – 9999 (1111 default) Enabled / Disabled

0 - 255

0 - 254

Latching: Yes / No Fire 2 / Fire 1 / Action 2 /

Action 1 / Alert Latching: Yes / No High Airflow / Low Airflow /

Isolate / Filter Minor / Filter Urgent / Filter Door / Config / Aspirator / Low Voltage / Comm / Time / Sensor

Settings permitted in UL 864 Notes

2-20 Cheetah Xi Programming Manual Rev 1, 09/2013 P/N: 06-651

Page 29

2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-20: Programming Features Cont.

Circuit or

Component Program Feature or Option

Defaults (Update Device

Checksum) Defaults

(Reset Default Config)

Defaults (Custom

Messages)

Defaults (Password)

Recalculate addressable device Configuration Checksums?

Reset All Default Device Configurations?

Panel LCD Custom Message Line 2 Logo

Addressable Devices (Restores all device custom messages to default)

Peripheral Devices (Restores all device custom messages to default)

Air Sampling Devices (Restores all device custom messages to default)

Used to assign a unique Level 2 password (8 available)

Permitted

in UL

864? (Y/N)

Y Yes / No

Y 20 character user defined

Y Yes / No

Y 4 digit user defined

Possible Settings

(Defaults shown bold)

(Fike Corporation)

Settings permitted in UL 864 Notes

Cheetah Xi Programming Manual 2-21 P/N: 06-651 Rev 1, 09/2013

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2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-21: Programming Features Cont.

Permitted

in UL

Circuit or

Component Program Feature or Option

Peripheral Device Configuration Options

Remote Display 14

Address Y Custom Message Y 20 character user defined

Key

Corporate Logo Y 20 character user defined

Buzzer Operation Y

Network History Display Y

Countdown Display Y

Countdown Filter Y

Programmable Key Functions (1 – 8)

Remote Display 2 and 10 Key

Address Y Custom Message Y 20 character user defined

Corporate Logo Y 20 character user defined

Buzzer Operation Y

Network History Display Y

Countdown Display Y

Countdown Filter Y

Notes:

1. Process and Zone Disable will require a zone number be assigned (1 – 253).

864? (Y/N)

2 - 32

(Fike Remote Display)

(Fike Corporation) Buzzer Enabled / Buzzer

Disabled Show All History / Filter

History by Zone Show Countdown Display /

Show Release Imminent Show All Zone Countdowns

/ Filter Countdown by Zone / Do not show Countdown

Y NO Function / Reset / Silence

/ Acknowledge / Drill / Process / Walktest / IR Tool / Step Alarm / Step Supervisory / Step Trouble / Step All / Fan Restart / Zone Disable

2 - 32

(Fike Remote Display)

(Fike Corporation) Buzzer Enabled / Buzzer

Disabled Show All History / Filter

History by Zone Show Countdown Display /

Show Release Imminent Show All Zone Countdowns

/ Filter Countdown by Zone / Do not show Countdown

Possible Settings

(Defaults shown bold)

Settings permitted in UL 864 Notes

2-22 Cheetah Xi Programming Manual Rev 1, 09/2013 P/N: 06-651

Page 31

2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-22: Programming Features Cont.

Permitted

in UL

Circuit or

Component Program Feature or Option

Graphic Annunciator (256 LED)

Address Y LED Number Y 3 - 256 LED Function Y

864? (Y/N)

Possible Settings

(Defaults shown bold)

2 - 32

No Function Assigned /

Device Activation / Device Trouble / Device Activation or Trouble / Device Pre-Alarm / Device Activation or PreAlarm / Zone State Activation / Switch 1 Feedback / Switch 2 Feedback / Switch 3 Feedback / Switch 4 Feedback / Panel Silenced / Panel Drill / Panel Walk Test / Sounder / Network Device Activation / Network Device Trouble / Network Device Activation or Trouble / Network Device Pre-Alarm / Network Device Activation or Pre-Alarm

Device (selection) Y (PNL) 1 – 128: (Loop) 1 – 4,

(Add) 1 – 254

Activation State Y

Alarm / Pre-al arm / Process / Trouble / Supervisory / Zone Disable / Pre-Discharge /

Release Zone Assignments Y 1 - 254 2 Network Device (selection) Y (PNL) 1 – 128: (Loop) 1 – 4,

(Add) 1 – 254 LED Illumination Pattern Active State Y

Off / Continuous / Slow Blink

/ Fast Blink Inactive State Y

Off / Continuous / Slow Blink

/ Fast Blink Silenced State Y

Off / Continuous / Slow Blink

/ Fast Blink Acknowledged State Y

Off / Continuous / Slow Blink

/ Fast Blink Piezo Y

Notes:

1. Configuration options become available if LED Function is set to ‘Device’.

2. Configuration options become available if LED Function is set to ‘Zone State Activation’.

3. Configuration options become available if LED Function is set to ‘Network Device’.

Enabled / Disabled

Settings permitted in UL 864 Notes

Cheetah Xi Programming Manual 2-23 P/N: 06-651 Rev 1, 09/2013

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2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-23: Programming Features Cont.

Permitted

in UL

Circuit or

Component Program Feature or Option

Zone Annunciator (20 LED)

Multi Interface Module

Ethernet Port

DACT Address Y 2 – 32

Notes:

1. Configuration options become available if LED Function is set to ‘Zone State Activation’.

Address Y LED Number Y 1 - 20 LED Function Y

Activation State Y

Zone Assignments Y 1 – 254 1 LED Illumination Pattern Active State Y

Inactive State Y

Silenced State Y

Acknowledged State Y

Address Y Interface Type Y

Address Y 2 - 32

Mounting Y

864? (Y/N)

Possible Settings

(Defaults shown bold)

2 - 32

No Function Assigned /

Zone State Activation / Panel Silenced / Panel Drill / Panel Walk Test / Communication OK / Power OK

Alarm / Pre-Alarm / Process / Trouble / Supervisory / Zone Disable / Pre-Discharge / Release

Off / Continuous / Slow Blink / Fast Blink

2 - 32 Cheetah Gateway / Serial

Printer / Parallel Printer / Computer

Internal / External

Settings permitted in UL 864 Notes

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2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-24: Programming Features Cont.

Permitted

in UL

Circuit or

Component Program Feature or Option

LED Annunciator 20-Zone

Address Y LED Function (1-40) Y

LED Assignment Y Device / Zone / Panel / Net

Notes:

1. LED assignment options are tied to the specific LED function selected.

864? (Y/N)

Possible Settings

(Defaults shown bold)

2 - 32 No Function Assigned / On

– Device Activation / On Device Trouble / On – Device Active or Trb / On – Device PreAlarm / On – Device Active or PreAlm / On – Zone Process / On – Zone Trouble / On – Zone Supervisory / On – Zone Abort / On – Zone Disabled / On – Zone PreAlarm / On – Zone Alarm / On – Zone Predischarge / On – Zone Release / On – Zone Test Alarm / On – Zone Action / On – Panel Silence / On – Panel Drill / On – Panel Walktest / On – Panel Comm OK / On – Panel Power OK / On – Panel Buzzer Active / On – Any Network Device Active / On – Any Network Device Trouble / On – Any Network Device PreAlm / On – All Network Device Active / Off – Any Network Device Active / Off – All Network Device Active / On – Any LED Active / On – All LED Active / Off – Any LED Active / Off – All LED Active / On – Alarm Silence / On – Supervisory Silence / On – Trouble Silence / On – Alarm Silence Inhibit / On – Device Active or PreAlm(Stdy) / On – Alarm Signal Cancel / On – Battery Trouble

Device / LED

Settings permitted in UL 864 Notes

Cheetah Xi Programming Manual 2-25 P/N: 06-651 Rev 1, 09/2013

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2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-25: Programming Features Cont.

Circuit or

Component Program Feature or Option

LED Annunciator 20-Zone

Assignment by Device

Select Devices Y Selection Options Y

Assignment by Zone

Select Zones Y Selection Options Y

Assignment by Network Device

Select Network Devices Y Selection Options Y

Permitted

in UL

864? (Y/N)

Y Y Y Y

Y Y

Y Y Y

Y Y Y Y

Possible Settings

(Defaults shown bold)

1 - 254

Select / Clear All Addresses / Even

Addresses / Odd Addresses / All Photo Sensors / All Photo/Heat Sensors / All Photo/Duct Sensors / All Ion Sensors / All Heat Sensors / All Monitor Modules / All Dual Monitor Modules / All Mini Monitor Modules / All Pull Station Modules / All Conventional Zone / All Control Modules / All Relay Modules / All Releasing Modules / All FAAST Sensors

On Loop 1 - 4 Between 1 - 254 And 1 - 254 Select All / Clear All / Invert All

1 - 254

Select / Clear All Zones / Even Zones / Odd

Zones Between 1 - 254 And 1 - 254 Any Zone (check box)

Select All / Clear All / Invert All

1 – 254 (Example: 002: 1-001)

Select / Clear All Addresses / Even

On Panel 1 – 128 On Loop 1 - 4 Between 1 - 254 And 1 - 254 Select All / Clear All / Invert All

Settings permitted in UL 864 Notes

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2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-26: Programming Features Cont.

Circuit or

Component Program Feature or Option

LED Annunciator 20-Zone

Relay Controller

Assignment by LED

Select LED Assignments Y 1 - 40

Peripheral Address Y Local Buzzer Y

Relay Group Configuration (1 – 6)

Relay Y 1 - 4 Function Y

Assignment by Device

Select Devices Y 1 – 254 Selection Options Y

Permitted

in UL

864? (Y/N)

Possible Settings

(Defaults shown bold)

2 - 32 Enabled / Disabled

No Function Assigned / On

– Device Activation / On – Device Trouble / On – Device PreAlarm / On – Zone Process / On – Zone Trouble / On – Zone Supervisory / On – Zone Abort / On – Zone Disabled / On – Zone PreAlarm / On – Zone Alarm / On – Zone PreDischarge / On – Zone Release / On - Zone Test Alarm / On – Zone Action / On – Any Network Device / On – Any Network Device Trouble / On – Any Network Device PreAlm / Off – Any Network Device / Off – All Network Device

Select / Clear

Y Y Y

All Addresses / Even Addresses / Odd Addresses / All Photo Sensors / All Photo/Heat Sensors / All Photo/Duct Sensors / All Ion Sensors / All Heat Sensors / All Monitor Modules / All Dual Monitor Modules / All Mini Monitor Modules / All Pull Station Modules / All Conventional Zone / All Control Modules / All Relay Modules / All Releasing Modules / All FAAST Sensors

On Loop: 1 – 4 Between: 1 – 254 And: 1 – 254

Y Select All / Clear All / Invert

All

Settings

permitted

in UL 864 Notes

Cheetah Xi Programming Manual 2-27 P/N: 06-651 Rev 1, 09/2013

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2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-27: Programming Features Cont.

Permitted

in UL

Circuit or

Component Program Feature or Option

Relay Controller

Assignment by Zone

Select Zones Y 1 – 254

864? (Y/N)

Selection Options Y Select / Clear

Y All Zones / Eve n Z ones / Odd

Y Y Y Any Zone (che ck box) Y Select All / Clear All / Invert

Assignment by Network Device

Select Devices Y 1 – 254 Select Options Y

Y Y Y Y Y Select All / Clear All / Invert

Class A Card Peripheral Address Y

Possible Settings

(Defaults shown bold)

Zones Between: 1 – 254 And: 1 – 254

All

On Panel: 1 – 128 On Loop: 1 – 4 Between: 1 – 254 And: 1 – 254

All

2 - 32

Settings permitted

in UL 864 Notes

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Page 37

2.0 C-Linx PROGRAMMING OPTIONS

Exhibit 2-28: Programming Features Cont.

Permitted

in UL

Circuit or

Component Program Feature or Option

Air Sampling Detectors Configuration Options VESDA

Compact,

VESDA Zone Number Y 1 – 254 State Y

Laser Focus, and Laser Plus

Device Enabled Y Custom Message

Zone Assignments Y Predischarge Type Y Alarm Device Only / 1st

Point ID Information – Loop ID Y 1 – 4 3 Point ID Information – Address ID Y 1 – 254 3

VESDA Scanner

VESDA Zone Number Y 1 – 254 State Y

Device Enabled Y Custom Message Y 20 Characters user defined

Custom Message Y

Zone Assignments Y

Predischarge Type Y Alarm Device Only / 1st

Sector Zone Numbers 1-4 Y 1 – 254 Sector State Y

Point ID Information – Loop ID Y 1 – 4 3 Point ID Information – Address ID Y 1 – 254 3

Notes:

1. Four zones available.

2. Applicable to Laser Focus and Laser Plus detectors.

3. Point ID used only for reporting device information to DACT and EVAX.

864? (Y/N)

Y 20 Characters user defined

Possible Settings

(Defaults shown bold)

Alarm / Supervisory /

Trouble

Enabled / Disabled

(CUSTOM MESSAGE VZ001)

Default Custom Message

/ User Defined Custom Message

1 – 253

Cross Zone Device / 2 Cross Zone Device / Count Zone Device / Single Release Device

Fire 1 / Fire 2

Alarm / Supervisory /

Trouble

Enabled / Disabled

(CUSTOM MESSAGE VZ001)

Default Custom Message

/ User Defined Custom Message

1 – 253 (4 zones available)

Cross Zone Device / 2 Cross Zone Device / Count Zone Device / Single Release Device

Fire 1 / Fire 2

Alarm / Supervisory /

Trouble

Settings permitted in UL 864 Notes

Cheetah Xi Programming Manual 2-29 P/N: 06-651 Rev 1, 09/2013

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2.0 C-Linx PROGRAMMING OPTIONS

Reserved for future use.

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3.0 GETTING STARTED

3.1 USER INTERFACE

The programmable features of the Cheetah Xi control panel can be changed by using the front panel keys and LCD display, as shown in Exhibit 3-1.

HISTORY NAVIGATION BUTTONS

SYSTEM STATUS LEDs

A0T

L8A

/R1

010

LCD DISPLAY WINDOW

SYSTEM STATUS LEDs

CONTROL BUTTONS

NAVIGATION BUTTONS

MENU FUNCTION BUTTONS

Exhibit 3-1: Control Panel Keypad and Display

LNote: The keypad shown above is for the Cheetah Xi. The Cheetah Xi 50 keypad provides the same

functionality, but has a slightly different layout.

The navigation keys on the main display are provided to allow you to easily navigate and change the systems operational parameters. A brief functional description of each key is provided below:

NAVIGATION (+, ►, -, ◄):

configuration displays. The +/- buttons will increment or decrement the value at the cursor when in a configuration display. They can also be used when cycling through the event history. The Step Alarm button only cycles forward in events. These buttons allow you to go forward and backward through the events.

ESCAPE:

Press this key to toggle from Off-Normal Event display (if events are present) to System Normal (no events preset) to Top Level Menu. If in a menu, this button EXITS the current menu and returns to the previous menu screen. If in the System Normal Menu, pressing ESCAPE takes you back to event #1.

ENTER: Saves and enters any system configuration settings.

FUNCTION KEYS:

The function keys are used to navigate the control panel’s menu

system during system operation, maintenance and configuration of the system.

The ◄► arrows are used to move about in the

Cheetah Xi Programming Manual 3-1 P/N: 06-651 Rev 1, 09/2013

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3.0 GETTING STARTED

3.2 PASSWORD PROTECTION

Access to the Cheetah Xi system’s control and function switches are restricted by the enclosure door. With the door closed and locked, responding personnel can only view system events on the panel display and use the accessible EVENT STEP keys to filter through the systems event history. Opening the enclosure door provides access to the systems Control and Function keys, which allows greater system operation capabilities. With the enclosure door open, responding personnel have the ability to Silence or Acknowledge system events, initiate Drill commands and Reset the system. In addition, the system operator has limited access to the systems menus and features without needing to enter a system password.

Access to the Cheetah Xi’s menu system is password protected to restrict access to those who require it. Each Cheetah Xi allows up to eight (8) User level passwords and a single System Administrator password to be assigned by the system installer. The available security access levels are described as follows:

Password

Level

Designation Privileges

Default

(door panel closed)

1 Customer

(door panel open – no password entered)

2 USER

(Level 2 password entered – eight available)

 View system events on LCD display

 Access to STEP keys for reviewing system history

All default privileges, plus:

 Access to system control switches for executing system Drill,

Acknowledge, Silence and Reset

 History menu (view only)

 Diagnostic menus (view only)

 Maintenance menu: Read Device and Device Address (all

other menu features are view only)

 IR Communication (enable/disable)

All default and Level 1 privileges, plus:

 Configuration menus: Configuration check and set system time

(all other menu features are view only).

 Maintenance menu: Device Replace, Walktest, and Buzzer Off

 Level 2 passwords are assigned during system configuration

3 SYSTEM ADMINISTRATOR

(Level 3 password entered)

All default, Level 1 and Level 2 privileges, plus:

 Full access to all system menus

 Default password is set by the factory prior to shipment. Can

be changed in the field.

Exhibit 3-2: Password Access Levels

3-2 Cheetah Xi Programming Manual Rev 1, 09/2013 P/N: 06-651

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3.0 GETTING STARTED

3.2.1 HOW TO LOG ONTO THE SYSTEM

To log onto the system, press the F4 function key from the Top Level Menu. The Password screen, as shown in Exhibit 3-3 will be displayed. After entering a successful password, press the ESCAPE key to return to the Top Level menu.

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 A E N T E R P A S S W O R D B X X X X<---X X X X C ACCESS : DEN I ED D CODE : XXXX

Exhibit 3-3: Password Entry Screen

• Row B - Allows entry of a 4 digit password. Use the ◄► navigation buttons to move the cursor to the appropriate field and the +/- buttons (cycles through 0-9) to enter a password.

• Row C - Displays the access level (Denied, Level 2 (A-H), Sys Admin, Factory) allowed with the password that has been entered.

• Row D - Random 4 digit-code that changes periodically. Used by the factory to gain access to the system if the Administrator password has been forgotten.

3.2.2 CHANGING THE SYSTEM ADMINISTRATOR PASSWORD

After entering a successful Administrator level password, you can change the default administrator password by changing the 4-digit number on the far right of Row B, as shown in Exhibit 3-4. Use the ◄► navigation buttons to move the cursor under each field and the +/- buttons to enter the new password (cycles through 0-

9). After completing the password change, press the ENTER key to confirm the change. If the Administrator password is changed and then forgotten, you must call Fike and provide the 4-digit CODE displayed on Row D of the password entry screen.

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 A E N T E R P A S S W O R D B _ _ _ _<---X X X X C ACCESS : DEN I ED D CODE : XXXX

Exhibit 3-4: Password Entry Screen

• Row B - Allows entry of a 4 digit password. Use the ◄► navigation buttons to move the cursor and the +/- buttons (cycles through 0-9) to enter a password.

• Row C - Displays the access level (Denied, Level 2 (A-H), Sys Admin, Factory) allowed with the password that has been entered.

• Row D - Random 4 digit-code that changes periodically. Used by the factory to gain access to the system if the Administrator password has been forgotten.

Cheetah Xi Programming Manual 3-3 P/N: 06-651 Rev 1, 09/2013

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3.0 GETTING STARTED

3.3 CONFIGURING THE SYSTEM

There are two basic methods for configuring the Cheetah Xi system: AUTOPROGRAM or ENGINEERED CONFIGURE.

3.3.1 AUTOPROGRAM

This configuration method is used for small systems requiring typically no more than one zone of operation. This method allows you to connect all unaddressed devices to the panels SLC circuits and by using panel’s AUTO ADDRESSING function, each device is randomly addressed in the order that they are recognized by the panel. The panel’s LEARN function is then used to upload the default configuration held by each device into the panel. Each device (inputs and outputs) is assigned to Zone 1 by default. At this point, the panel configuration menus can be used to make simple changes to the system/device configurations. For more extensive configuration changes, you should use the C-Linx configuration software to create a configuration template, make necessary changes, and upload the modified configuration back into the control panel.

LNote: The drawback to using the AUTOPROGRAMMING method is that the devices are randomly

addressed; therefore, you must document the actual location of each device during the functional testing of the system. If any device was missed, you must manually add it into the configuration.

3.3.2 ENGINEERED CONFIGURE

This configuration method is used for larger more complex systems requiring multiple zones of operation. In this arrangement, a Fire Alarm designer creates installation documents for the project that identifies the required location and address of each addressable device. The installer then installs and addresses each device according to the installation documents. The following sections outline the different methods that can be used to address each device.

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3.0 GETTING STARTED

3.4 HOW TO ADDRESS A DEVICE

Each addressable device is shipped from the factory defaulted to Loop 0, Address 0. This address must be changed to suit the project requirements. There are several different ways of assigning addresses to a field device. A general description of each addressing method is described below. Any combination of these methods can be used to successfully address the field devices to match your project requirements.

3.4.1 HOW TO AUTO ADDRESS FIELD DEVICES (AUTO A)

This method allows you to take all field devices straight out of the box and connect them to the panel’s signaling line circuit (SLC) without addressing the devices first. The Auto Addressing (AUTO A) function when activated, allows the panel to identify all new addressable devices (Loop 0, Address 0) connected to the SLC circuit. As each new device is recognized by the panel, it is automatically assigned the next available address.

To Auto Address devices:

1. Press the ESCAPE key until the Cheetah Xi’s TOP LEVEL MENU is displayed.

2. Press the F4 key to enter the systems PASSWORD entry screen, and then enter a valid Level 3 password.

3. Press the ESCAPE key to return to the TOP LEVEL MENU.

4. Press the F1 key to enter the systems CONFIGURATION MENU 1, and then press the F6 key four times until the CONFIGURATION MENU 5 screen is displayed.

5. Press the F2 key to enter the AUTO ADDRESSING screen.

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

A U T O ADDRESS I NG : O F F

S E L E C T L O O P S : 1 2 3 4

S E L ECT ADDRS : 0 0 1 → 0 5 0

P R E S S E N T E R T O S T O R E

Exhibit 3-5: Auto Address Screen

• Row A - This field allows you to turn the Auto Addressing feature ON/OFF. Use the ◄► arrow keys to move cursor to the field; then use the +/- keys to toggle the field (ON/OFF).

• Row B - This field allows you to select which addressable loops will be affected when Auto Addressing is turned ON. Use the ◄► arrow keys to move cursor to the field; then use the +/- keys to toggle the field.

• Row C - This field allows you to select the address range that you would like to auto address. Use the ◄► arrow keys to move cursor to the field; then use the +/- keys to toggle the field.

• Row D - When you have the address range that you would like to have auto addressed, press the ENTER key. Devices will NOT be addressed until it is added to the loop (NEW DEVICE record identified) and the panel is reset.

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3.0 GETTING STARTED

3.4.2 HOW TO USE THE PANEL’S DEVICE ADDRESS FUNCTION TO ADDRESS A DEVICE

This method allows you to take a field device straight out of the box and connect it to the panel’s signaling line circuit (SLC) to be addressed. The Device Address (DEV ADR) function when activated, allows the panel to automatically assign an address to each new device as it is connected to the panel’s signaling line circuit (SLC).

To Address devices:

1. Press the ESCAPE key until the Cheetah Xi’s TOP LEVEL MENU is displayed.

2. Press the F5 key to enter the systems MAINTENANCE MENU.

3. Press the F2 key to enter the DEVICE ADDRESS screen (DEV ADR).

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 A S EL EC T ADDRESS B L O O P : 1 ADDRESS : 0 0 1 C D P R E S S E N T E R T O S T A R T

Exhibit 3-6: Device Address Screen

• Row B – Use these fields to set the loop (1 – 5) and starting address number (1 – 254) to be assigned to the device. Use the ◄►arrow keys to move the cursor under the Loop and Address fields; then use the +/- keys to increment/decrement the fields.

• Row D - Press the ENTER key to start the automatic address function.

4. Once the chosen loop and address is set, press the ENTER key to start the automatic address function. The following Connect Device screen will be displayed.

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 A C O N N E C T D E V I C E T O B A D D R E S S A B L E L O O P C P R E S S E N T E R W H E N D C O M P L E T E

Exhibit 3-7: Connect Device Screen

• Attach sensors to the integral base on the programmer.

• Attach modules to the programmer using the supplied wire leads (Red wire to Loop positive

connection; Black wire to Loop negative connection).

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3.0 GETTING STARTED

Once the programmer recognizes that a new device has been attached, a NEW DEVICE message will be briefly displayed on Rows C & D:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

C O N N E C T D E V I C E T O

A D D R E S S A B L E L O O P

*NEW DEVICE*

*DETECT ED*

Exhibit 3-8: New Device Detected Screen

LNote: The programmer requires the NEW DEVICE record from the device before it will recognize it. If the

device was already installed prior to accessing this screen, you must REMOVE and RE-INSTALL the device for the Hand Held Programmer to receive the NEW DEVICE record.

5. Once the programmer has detected the New Device, Press the ENTER key to assign the new loop and address to the attached device:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 A C O N N E C T D E V I C E T O B A D D R E S S A B L E L O O P C P R E S S E N T E R W H E N D C O M P L E T E

Exhibit 3-9: Connect Device Screen

If the address change was successfully completed, the following screen will be displayed:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 A L O O P : n ADDRESS : n n n B D E V I CE ADDR CHANGE C COMPLETED D E N T E R F O R N E X T D E V I C

Exhibit 3-10: Address Change Completed Screen

You are now ready to program the next sequential loop-address (the panel will auto-increment the address number after each successful address write), press the ENTER key to return to step #3.

If the address did NOT successfully change, the following screen will be displayed:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 A L O OP : 1 ADDRES S : NNN B D E V I CE ADDR CHANGE C F A I L E D D E N T E R F O R N E X T D E V I C

Exhibit 3-11: Address Change Failed Screen

Remove/disconnect the device being addressed from the programmer and press the ENTER key to return to step #3 and repeat the process.

6. If complete, remove/disconnect all devices and power down the Hand Held Programmer.

Cheetah Xi Programming Manual 3-7 P/N: 06-651 Rev 1, 09/2013

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3.0 GETTING STARTED

3.4.3 HOW TO ADDRESS DEVICES WITH THE IR TOOL (P/N 55-051)

The IR tool is a hand-held remote control that is designed to communicate with the Cheetah Xi addressable devices via infrared signals. The tool gives you the ability to assign an address to a new device that is connected to the panel’s signaling line circuit (SLC).

By default the IR communication is disabled on the Cheetah Xi loops. The user must first enable the IR communication to allow the tool the ability to communicate with the devices connected to the SLC. Enabling the IR communication requires a Level 3 password (Distributor Level).

To turn on IR Communication:

1. Press the ESCAPE key until the Cheetah Xi’s TOP LEVEL MENU is displayed.

2. Press the F6 key to display the IR COMMUNICATION screen (IR COMM).

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 A I R C O M M U N I C A T I O N B L O O P 1 : D I SLOOP2:D I S C L O O P 3 : D I SLOOP4:D I S D

Exhibit 3-12: IR Communication Screen

• Rows B & C - Displays the IR Communication status by loop. Enable only one loop at a time. Use the ◄► keys to move the cursor to the field; then use the +/- keys to toggle the ENAble/DISable status of the loop. Disable the IR when complete or Reset the control panel (turns IR back OFF).

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3.0 GETTING STARTED

The IR Tool, as shown in Exhibit 3-13, has many uses with the Cheetah Xi addressable devices. Consult the individual Installation and Maintenance Instructions (P/N 55-051) for a complete description of its operation.

To address a device using the IR Tool:

1. Press the PWR key on the IR tool. The main menu will be displayed.

2. Aim the IR tool at the device to be addressed and press the SELECT key. The device must be selected before communication is enabled. When a device is selected, the LED on the device will change to a blinking green pattern.

LNote: There must be a clear line of sight between the IR tool and the device it is communicating with.

3. The display will indicate ‘1. WRITE LOOP/ADR’. Press the ENTER key.

4. Use the number buttons to type in the desired Loop and Address number for the device. (Loops = 001004; Addresses = 001-254)

5. Point the IR tool at the device being addressed and press the ENTER key. If the address is accepted, the display will indicate ‘OK NEW – Addr. SET.

6. If addressing devices sequentially, press the

× key to increment to the next address number.

7. Press the SELECT button to select the next device.

8. Press ENTER to save the incremented address to the selected device.

SELECT KEY

SCROLL UP KEY

ESCA PE KEY

POWER BUTTON

132

456

789

PWR

DESELECT KEY

SCROL L DOWN KEY

ENTER KEY

Exhibit 3-13: IR Communication Tool

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3.0 GETTING STARTED

3.4.4 HOW TO ADDRESS DEVICES WITH THE HAND-HELD PROGRAMMER (P/N 10-2648)

The Hand-Held programmer contains the same operating code as the Cheetah Xi and can be used to assign an address to a new addressable device. Refer to Fike document 06-390, “Hand-Held Programmer Operating Instructions” for a complete description of the programmer’s functions and operations.

To address a device using the Hand-Held Programmer:

2. Turn on the Hand-Held programmer. The following Loop Start-up screen will be displayed for several seconds. Do not make any changes to this screen.

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 A S EL EC T ADDRESS B L O O P : 1 ADDRESS : 0 0 1 C W A I T F O R L O O P S T A R T : D > > > > >>>>>>>>>>>>>>>>

Exhibit 3-14: Loop Start Screen

3. Upon completion of the loop start-up, the following Device Address screen will be displayed:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 A S EL EC T ADDRESS B L O O P : 1 ADDRESS : 0 0 1 C D P R E S S E N T E R T O S T A R T

Exhibit 3-15: Device Address Screen

4. Once the chosen loop and address is set, press the ENTER key to start the automatic address function. The following Connect Device screen will be displayed:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 A C O N N E C T D E V I C E T O B A D D R E S S A B L E L O O P C P R E S S E N T E R W H E N D C O M P L E T E

Exhibit 3-16: Connect Device Screen

• Attach sensors to the integral base on the programmer.

• Attach modules to the programmer using the supplied wire leads (Red wire to Loop positive

connection; Black wire to Loop negative connection).

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3.0 GETTING STARTED

Once the programmer recognizes that a new device has been attached, a NEW DEVICE message will be briefly displayed on Rows C & D:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

C O N N E C T D E V I C E T O

A D D R E S S A B L E L O O P

*NEW DEVICE*

*DETECT ED*

Exhibit 3-17: New Device Detected Screen

LNote: The programmer requires the NEW DEVICE record from the device before it will recognize it. If the

device was already installed prior to accessing this screen, you must REMOVE and RE-INSTALL the device for the Hand Held Programmer to receive the NEW DEVICE record.

5. Once the programmer has detected the New Device, Press the ENTER key to assign the new loop and address to the attached device:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 A C O N N E C T D E V I C E T O B A D D R E S S A B L E L O O P C P R E S S E N T E R W H E N D C O M P L E T E

Exhibit 3-18: Connect Device Screen

If the address change was successfully completed, the following screen will be displayed:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 A L O O P : n ADDRESS : n n n B D E V I CE ADDR CHANGE C COMPLETED D E N T E R F O R N E X T D E V I C

Exhibit 3-19: Address Change Completed Screen

You are now ready to program the next sequential loop-address (the panel will auto-increment the address number after each successful address write), press the ENTER key to return to step #2.

If the address did NOT successfully change, the following screen will be displayed:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 A L O OP : 1 ADDRES S : NNN B D E V I CE ADDR CHANGE C F A I L E D D E N T E R F O R N E X T D E V I C

Exhibit 3-20: Address Change Failed Screen

Remove/disconnect the device being addressed from the programmer and press the ENTER key to return to step #2 and repeat the process.

6. If complete, remove/disconnect all devices and power down the Hand Held Programmer.

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3.4.5 HOW TO ADDRESS DEVICES USING C-LINX’S DEVICE ADDRESSING WIZARD

If you have already built a configuration file using the C-Linx configuration software; you can use the programs Device Addressing Wizard found in the Diagnostics menu to address devices that are connected to a Cheetah Xi panel or Hand-Held programmer:

1. Use C-Linx to open your existing configuration or create the configuration for the panel.

2. Click on ‘Diagnostics’.

3. Select/click on ‘Device Addressing Wizard’. A window will appear, titled ‘Device Addressing Wizard’.

4. Click the pull-down menu where it displays ‘No Panel’ and select the configuration of the panel that you wish use for addressing the devices (that configuration needs to be already loaded in C-Linx Project Explorer).

5. It will display each device loop and address information in the panel area.

6. Click ‘Start Addressing’.

7. Connect the programming cable from the communication port on the computer to the panel or the Hand Held Programmer when it instructs to connect the Serial Cable.

8. C-Linx will then request a password. Type in the 4 digit password.

9. The Status Message will display connection status. Connect the device to be addressed.

10. Once C-Linx receives the NEW DEVICE record from the device, it will highlight that TYPE of device in step 1. It will display the type, serial number, and address in the Step 2 area. You need to click on the appropriate box in Step 3 area of C-Linx. Either select ‘Overwrite current address in this device’ OR ‘Do not address this device’. If there is no longer a device type in the list that matches the device type connected, it will display Device not needed for this configuration, ’Skip Device’. Click ‘Skip Device’ to continue to the next device.

11. If you selected ‘Overwrite current address in this device’ it will display ‘Storing New Device Address’ and then it will remove that device loop-address from the list of available devices.

12. Click on ‘Stop Addressing’ and it will ask if you wish to save the session for you to come back at a later time and pick up addressing where you left off.

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3.4.6 HOW TO ADDRESS DEVICES USING C-LINX’S ASSIGN DEVICE ADDRESS FUNCTION

Use this software diagnostic for simple loop-address change when the panel configuration is not available.

1. Open C-Linx software.

2. Connect to panel.

3. Click on ‘Diagnostics’.

4. Select/click on ‘Assign Device Address’. A window will appear, titled ‘Assign Device Address’.

5. Click ‘Diagnostics’ AGAIN.

6. Click ‘Connect to Panel’.

7. Connect the communication cable on the computer to the computer jack on the panel or Hand Held

Programmer when it instructs to connect the Serial Cable.

8. C-Linx will then request a password. Type in the 4 digit password.

9. The Status Message will display connection status; it will then command the panel or Hand Held

Programmer to search for the devices attached. Once it resets the loop of device(s) it will report each type of device with its loop number, address number and serial number information.

10. Select a specific row to modify, then change the loop number and/or address number in the bottom box.

Click ‘Change Address’ to send the device the new loop and address number.

11. Mark or label the device with the loop-address information.

12. Repeat for each device needed, then exit the Assign Device Address screen, unless you wish to do a

LEARN ALL DEVICES at this time. If you do, while ASSIGN DEVICE ADDRESS screen is open and all devices still show on screen, click on Diagnostics again, and the click/select Reset Panel with Learn All. If you do not wish to do a LEARN ALL DEVICES, skip step #12 and proceed to step #13

13. Close Assign Device address screen. If properly completed, all devices should now have valid

addresses.

LNote: This diagnostic is intended for full loop of devices that are already wired in the field.

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Reserved for future use.

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4.0 CONFIGURATION MENU

4.1 CONFIGURATION MENU

The Cheetah Xi’s configuration menus allow you to change certain operational settings of the main control board, peripheral devices, attached modules and optional cards. For more detailed configuration of the system, you must use Fike’s C-Linx configuration software.

The information presented in this section reflects the configuration options that are available for panels equipped with firmware version 6.XX. It provides a description of the available configuration options and how you can change the settings from the main controller/display unit. It is intended for those who have been factory trained and authorized to program the Cheetah Xi system. Refer to Appendix A for a breakdown of the Cheetah Xi’s menu structure.

The Cheetah Xi’s configuration menus are password protected to prevent unauthorized access. To gain access to the panels configuration menus, you must enter a valid Level 3 password. Entering a Level 2 password gives you the ability to view all of the panel’s current configuration settings, but restricts the settings that you are able to change. See Section 3.2.1 for instructions on how to log onto the system.

4.2 CONFIGURATION MENU 1

From the Top Level Menu screen, press the F1 key to display the “Configuration Menu 1” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

C O N F I GURAT I ON MENU 1

F 1 - DEV I CE F 4 - LEARN

F 2 - NAC F5 -

F 3 - S L C F 6 - M E N U 2

Exhibit 4-1: Configuration Menu 1

Press the corresponding function key to display the selected configuration screen:

F1 = Device Configuration Menu F2 = NAC Configuration Menu F3 = SLC Configuration Screen F4 = Learn Screen F5 = Not Used F6 = Configuration Menu 2

4.2.1 HOW TO CONFIGURE A FIELD DEVICE

The Device Configuration menu allows you to modify the operational parameters of the addressable devices connected to the Cheetah Xi’s signaling line circuits (SLC).

From the “Configuration Menu 1”, press the F1 key to display the “Device Configuration Menu” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

F 1 - A L A R M F E A T U R E S

F 2 - RE LEASE FEATURES

F 3 - CONF I GURAT I ON CHK

Exhibit 4-2: Device Configuration Menu

Press the corresponding function key to display the selected configuration screen:

F1 = Device Alarm Features F2 = Release Features F3 = Configuration Check screen

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4.2.1.1 HOW TO CHANGE A DEVICES ALARM FEATURES

After all SLC devices have been connected into the system, you can use the Alarm Features screen to make basic configuration changes to each device.

From the “Device Configuration Menu” screen, press the F1 key to display the “Alarm Features” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

L - A D R : DEV I CE TYPE

F U N C : * F U N C T I O N - - - - N O

C U S T O M M E S S A G E

Z O N E : 0 0 0 0 0 0 0 0 0 0 0 0

Exhibit 4-3: Alarm Features Screen

• Row A (L-ADR) - Allows you to select the loop and address of a specific SLC device in order to display its configuration parameters. Use the ◄► arrow keys to position the cursor under any of the fields; then use the +/- keys to change to a different loop or address number.

When you select a device, the control panel displays information about the device. The screen does not show all configuration options that are available for each device. In order to be able to view and change all operating parameters for each device, you must use the C-Linx panel configuration software. Refer to Fike document 06-448 “C-Linx User’s Guide” for additional configuration options.

• Row A (Device Type) - Changes to display the type of device found at the selected loop-address: Photo Sensor, Ion Sensor, Photo/Heat Sensor, Heat Sensor, Photo Duct Det, Control Module, Relay Module, Monitor Module, Mini Module and Pull Station.

• Row B (FUNC) - Allows you to change the function of the selected device address (if applicable). Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to change the device function. The ability to change the function field is available only on certain device types.

• Row C - This range of fields allows you to enter a 20 character custom message for the selected address. These fields can be edited using the ◄► arrow keys to position the cursor under any of the fields; then use the +/- keys to cycle through all available ASCII characters.

• Row D - The functionality of the fields in this row changes depending upon the device type displayed in Row A. The programming options available for each device type are described as follows.

I CAUTION

If you change any of the devices configuration settings, you MUST press the ENTER button to successfully change the configuration at the device. Wait for the asterisk (*) shown next to the device function on Row B to go away prior to leaving the screen. Exiting the screen with the asterisk still visible will cause the selected device to be partially configured which will result in improper operation.

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4.0 CONFIGURATION MENU

A. HOW TO MODIFY A SENSOR

The default programming options for a sample photoelectric smoke sensor are shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

1 - 0 0 1:P HOTO SENSOR

F U N C : * - - - - - - - - - - - - - -

C U S T O M M E S S A G E 1 - 0 0 1

Z O N E : 0 0 1 0 0 0 0 0 0 0 0 0

Exhibit 4-4: Alarm Features Screen

(Sensors and Detectors)

• Row A - Displays the loop and address of the selected SLC device.

• Row B - Displays the function of the device. Not editable for this device type.

• Row C - Displays the 20 character custom message for the selected address. Use the ◄► arrow

keys to position the cursor under any of the fields; then use the +/- keys to cycle through all available ASCII characters.

• Row D - The fields in this row display the zone settings for the selected device address in Row A.

Use the ◄► arrow keys to position the cursor under one of the zone number fields (000); then use the +/- keys to change the zone number. To add multiple zones, move the cursor to the 2nd-4th zone number fields; then use the +/- keys to change or add the zone number.

LNote: These programming options are typical for Photo Sensor, Ion Sensor, Photo/Heat Sensor,

Heat Sensor and Photo Duct Detector.

B. HOW TO MODIFY A CONTROL OR RELAY MODULE

The default programming options for a sample control module are shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

1 - 0 0 1:C ONTROL MODULE

F U N C : * - - - - - - - - - - - - - -

C U S T O M M E S S A G E 1 - 0 0 1

- - - -:0 0 0 0 0 0 0 0 0P:*

Exhibit 4-5: Alarm Features Screen

(Control Module)

• Row A - Displays the loop and address of the selected SLC device.

• Row B - This field allows you to switch the function of the control module between ANY OF 3

ZONES, ALL OF 3 ZONES, SELECT DEVICE or ROW ANDING. Each function is described as follows. Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to change the device function.

• Row C - Displays the 20 character custom message for the selected address. Use the ◄► arrow

keys to position the cursor under any of the fields; then use the +/- keys to cycle through all available ASCII characters.

• Row D - The fields in this row change depending upon the device function displayed in Row B. The

programming options available for each device function are described as follows.

LNote: These programming options are typical for both the control and relay modules.

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4.0 CONFIGURATION MENU

MODULE FUNCTIONALITY - ANY OF 3 ZONES

This function setting requires a state broadcast matching the activation state shown in Row D to come from at least one of the three specified zones before the control modules output will activate.

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

1 - 0 0 1 : C O N T R O L M O D U L E

F U N C : * A N Y O F 3 Z O N E S

C U S T O M M E S S A G E 1 - 0 0 1

A L R M : 0 0 0 0 0 0 0 0 0P:*

Exhibit 4-6: Any of 3 Zones Function Screen

• Row D - Provides access to the first row of the modules output priority control table. To cycle through the possible states of activation, use the ◄► arrow keys to position the cursor under the ALRM field; then use the +/- keys to change the activation state:

AVON = Alarm Verification On LTRB = Low Power Trouble STRB = Short Circuit Trouble OTRB = Open Circuit Trouble MTRB = Maintenance Trouble TSTA = Test Alarm TRBL = Trouble PROC = Process PRA2 = Pre-Alarm 2 PRA1 = Pre-Alarm 1 SUPV = Supervisory SUMA = Summing Alarm ALRM = Alarm ALRT = Voice Alert EVAC = Voice Evacuation PAGE = Voice Page MSSA = Mass Notification All Zones MSSZ = Mass Notification by Zone 2ALL = Page to Alert, Page to EVAC, Page All, Page R&R All ZDIS = Zone Disable

The 000 fields allow you to set zone settings for the selected device address in Row A. Use the ◄► arrow keys to position the cursor under one of the zone number fields (000); then use the +/- keys to change the zone number. To add multiple zones, move the cursor to the 2nd-3rd zone number fields; then use the +/- keys to change or add the zone number.

P:X allows you to select the activation pattern for the modules output, where X signifies:

0 = OFF F = FAST 1 = ON T = TEMPORAL S = SLOW W = WALKTEST)

Use the ◄► arrow keys to position the cursor under pattern field; then use the +/- keys to change the activation pattern.

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MODULE FUNCTIONALITY - ALL OF 3 ZONES

This function setting requires a state broadcast matching the activation state shown in Row D to come from all of the three specified zones before the control modules output will activate.

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

1 - 0 0 1:C ONTROL MODULE

F U N C : * A L L O F 3 Z O N E S

C U S T O M M E S S A G E 1 - 0 0 1

A L R M: 0 0 0 0 0 0 0 0 0P:*

Exhibit 4-7: All of 3 Zones Function Screen

• Row D - Provides access to the first row of the modules output priority control table. To cycle

through the possible states of activation, use the ◄► arrow keys to position the cursor under the ALRM field; then use the +/- keys to change the activation state:

P:X allows you to select the activation pattern for the modules output, where X signifies:

0 = OFF F = FAST 1 = ON T = TEMPORAL S = SLOW W = WALKTEST)

Use the ◄► arrow keys to position the cursor under pattern field; then use the +/- keys to change the activation pattern.

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4.0 CONFIGURATION MENU

MODULE FUNCTIONALITY - SELECT DEVICE

This function setting requires a state broadcast matching the activation state to come from the selected device loop-address shown in Row A before the control modules output will activate.

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

1 - 0 0 1 : C O N T R O L M O D U L E

F U N C : * S E L E C T D E V I C E

C U S T O M M E S S A G E 1 - 0 0 1

L O O P : 0 ADR : 0 0 1P:*

Exhibit 4-8: Select Device Function Screen

• Row D -These fields allow you to select the loop and address of a specific SLC device that will activate the selected control module. Use the ◄► arrow keys to position the cursor under any of the fields; then use the +/- keys to change to a different loop or address number.

P:X allows you to select the activation pattern for the modules output, where X signifies:

0 = OFF F = FAST 1 = ON T = TEMPORAL S = SLOW W = WALKTEST)

Use the ◄► arrow keys to position the cursor under pattern field; then use the +/- keys to change the activation pattern.

MODULE FUNCTIONALITY - ROW ANDING

This function setting requires all of the priority rows specified in Row D to become active before the control modules output will activate.

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

1 - 0 0 1 : C O N T R O L M O D U L E

F U N C : * R O W A N D I N G

C U S T O M M E S S A G E 1 - 0 0 1

R : 0 0 0 0 0 0 0 0P:*

Exhibit 4-9: Row Anding Function Screen

• Row D - These fields allow you to select the priority rows that must be active before the output of the selected control module activates. Use the ◄► arrow keys to position the cursor under any of the fields; then use the +/- keys to set the priority row.

P:X allows you to select the activation pattern for the modules output, where X signifies:

0 = OFF F = FAST 1 = ON T = TEMPORAL S = SLOW W = WALKTEST)

Use the ◄► arrow keys to position the cursor under pattern field; then use the +/- keys to change the activation pattern.

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4.0 CONFIGURATION MENU

C. HOW TO MODIFY A MONITOR MODULE

The default programming options for a sample monitor module are shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

1 - 0 0 1 : M ON I TOR MODUL E

F U N C : * - - - - - - - - - - - - N O

C U S T O M M E S S A G E 1 - 0 0 1

Z O N E : 0 0 0 0 0 0 0 0 0 0 0 0

Exhibit 4-10: Alarm Features Screen (Monitor Module)

• Row A - Displays the loop and address of the selected SLC device.

• Row B - This field allows you to select the input function for the selected device. To cycle through

the possible input functions, use the ◄► arrow keys to position the cursor under the function field; then use the +/- keys to change the function:

Pre-Alarm I Supervisory Pre-Alarm 2 Reset Man Alarm Silence Waterflow Acknowledge Pre-Disch Drill Man Release Abort

Zone Disable

PAS Inhibit Process Watermist Trouble Fan Restart Detection Smoke Control Feedback Man. Alarm 2

Stage AHU Fire Key

• Row B - The last two fields on this row allow you to select whether the module will be monitoring Normally Open (NO) or Normally Closed (NC) contacts. Not all input functions provide the option of NO/NC contacts as follows:

Pre-Alarm I NO/NC Supervisory NO Pre-Alarm 2 NO/NC Reset NO Man Alarm NO Silence NO/NC Waterflow NO Acknowledge NO/NC Pre-Disch Man Release Abort

NO Drill NO/NC NO Zone Disable NO/NC

NO PAS Inhibit NO/NC Process NO/NC Watermist NO Trouble NO/NC Fan Restart NO/NC Detection NO Smoke Control NO Man Alrm. 2

NO AHU Fire Key NO

• Row C - Displays the 20 character custom message for the selected address. Use the ◄► arrow keys to position the cursor under any of the fields; then use the +/- keys to cycle through all available ASCII characters.

• Row D - The 000 fields allow you to set zone settings for the selected device address in Row A. Use the ◄► arrow keys to position the cursor under one of the zone number fields (000); then use the +/- keys to change the zone number. To add multiple zones, use the ◄► arrow keys to move the cursor to the 2nd-3rd zone number fields; then use the +/- keys to change or add the zone number.

LNote: These programming options are typical for the mini monitor module as well.

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4.0 CONFIGURATION MENU

D. HOW TO MODIFY A PULL STATION

The default programming options for a sample pull station module are shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

1 - 0 0 1 : P U L L S T A T I O N

F U N C : * M A N A L A R M

C U S T O M M E S S A G E 1 - 0 0 1

Z O N E : 0 0 0 0 0 0 0 0 0 0 0 0

Exhibit 4-11: Alarm Features Screen

(Pull Station Module)

• Row A - Displays the loop and address of the selected SLC device.

• Row B - This field is defaulted to MANual ALARM and cannot be changed.

• Row C - Displays the 20 character custom message for the selected address. Use the ◄► arrow

keys to position the cursor under any of the fields; then use the +/- keys to cycle through all available ASCII characters.

• Row D The 000 fields allow you to set zone settings for the selected device address in Row A. Use the ◄► arrow keys to position the cursor under one of the zone number fields (000); then use the +/- keys to change the zone number. To add multiple zones, move the cursor to the 2nd-3rd zone number fields; then use the +/- keys to change or add the zone number.

E. HOW TO DELETE A DEVICE FROM THE SYSTEM CONFIGURATION

You can delete a device from the system configuration by pressing the F1 key while viewing the device configuration. The panel will display the “Delete Device” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

L - A D R : DEV TYPE

P RESS ENTER TO

D ELETE DEV I CE

Exhibit 4-12: Delete Device Screen

• Row A - This field allows you to select the loop and address of a specific SLC device to be deleted. Use the ◄► arrow keys to position the cursor under any of these fields; then use the +/- keys to change to a different loop number or address number. Device information for the address shown is then displayed (if connected). The device type field is not editable, but will change for each device

type found on the loop. Press the ENTER key to remove the device address from the list of devices to supervise.

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F. HOW TO READ, WRITE, ENABLE OR, DISABLE A DEVICE

From the “Alarm Features” screen, press the F2 key to access the “Read/Write/Enable/Disable Device” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

L - A D R : DEV TYPE

PRESS ENTER TO

R E A D D E V I C E C O N F I G

Exhibit 4-13: Read/Write/Enable/Disable Screen

• Row A - This field allows you to select the Loop and Address of a specific SLC device to read its

configuration. Use the ◄► arrow keys to position the cursor under any of the L-ADR fields; then use the +/- keys to change to a different loop number or address number. Device information for the address shown is then displayed (if connected). The device type field is not editable, but will change for each device type found on the loop.

• Row C - This field allows you to select to READ, WRITE, ENABLE or DISABLE the selected device

address. Use the ◄► arrow keys to position the cursor under field; then use the +/- keys to toggle the field value. Press the ENTER key to perform the desired function.

READ - Will take a copy of the configuration that the device holds and send it to the panel. Read must be used prior to running a configuration check when any changes are made to the devices alarm features.

WRITE - Will take the copy of the configuration that the panel holds for the device and send it to the device.

ENABLE/DISABLE - Lets you Enable/Disable programmed SLC devices (i.e., modules, detectors, pull stations, etc.).

Disable - causes the panel to copy and store in the panel the current configuration from the device. The panel then reconfigures the “Output Control” for the selected device to be BLANK and sends this configuration to the device rendering it non-operational.

Enable – causes the panel to send the device enabled configuration stored in the panel to the selected device.

• Row D - Displays the status of process after ENTER key is pressed. Wait until process is

completed prior to exiting this screen.

iCAUTION

Do not perform a DEVICE READ or LEARN ALL with devices disabled on the system. Doing so will cause the disabled configuration stored in the device(s) to be saved in the panel, rendering the panel’s enable command useless. At this point, you must use C-Linx to download the original configuration to the panel to re-enable the device.

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G. HOW TO SET THE AHU RELAY RE-START DELAY

Each addressable relay assigned to AHU shutdown, can be configured with a time delay that prevents the deactivation of the relay until the set time delay expires. Time delay will begin only upon activation of an AHU restart switch. This feature allows the startup of AHU’s to be staggered

From the “Alarm Features” screen, select the address of the relay assigned to AHU shutdown; then, press the

F3 key to access the “AHU Re-start Delay” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

A H U R E L A Y R E - S T A R T

D E L A Y : 0 3 3SECONDS

C D

Exhibit 4-14: Addressable Relay AHU Re-start Delay Screen

• Row B - This field allows you to set a restart time delay (0 – 255 seconds). Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to increment or decrement the number value.

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4.2.1.2 HOW TO CHANGE A DEVICES RELEASE FEATURES

Sensors and input modules connected to the signaling line circuit (SLC) can be assigned a pre-discharge type and countdown type variable, each of which affects how the Cheetah Xi system responds when the device goes into alarm. Both variables are stored in both panel memory and device memory. When the panel “LEARN” function is initiated, the variables will be uploaded from the SLC device into panel memory. Likewise, configuring a device from this configuration screen writes the variables into the device.

From the “Device Configuration Menu” screen, press the F2 key to display the “Release Features” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

L - A D R:D E V I C E T Y P E

P R E - D I S C H T Y P E : A

C O U N T D O W N : A U T O M A T I C

Exhibit 4-15: Release Features Screen

• Row A (L-ADR) - Allows you to select the loop and address of a specific SLC device in order to

display its configuration parameters. Type of device configured at the selected address will be display. Use the ◄► arrow keys to position the cursor under any of the fields; then use the +/- keys to change to a different loop or address number.

• Row B – Allows you to select the pre-discharge type (A – F) for the selected device as described

below. Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to change the field value.

¾ A = Alarm Only. No pre-discharge in a zone will occur from the alarm of this device. ¾ B = Cross Zone “B”. Pre-discharge will occur in the zones assigned to this device when

a corresponding “C” type is alarmed.

¾ C = Cross Zone “C”. Pre-discharge will occur in the zones assigned to this device when

a corresponding “B” type is alarmed.

¾ D = Counting Zone. Pre-discharge will occur when two or more “D” types are alarmed in

the assigned zones.

¾ E = Single Pre-discharge. Only one alarmed “E” type will cause pre-discharge in the

assigned zones.

¾ F = Single Release. This type skips pre-discharge and causes immediate release in the

assigned zones.

After changing the pre-discharge type, a “*” character will appear to the right of the type variable field. You must press the ENTER switch to store the variable change in device memory.

• Row C – Allows you to select whether the selected device will utilize the Automatic or Manual

countdown timer set for the zone should it cause a pre-discharge in any of its assigned zones. Use the ◄► arrow keys to position the cursor under the fields; then use the +/- keys to change the field value. Certain devices must be assigned a pre-discharge type first before this value can be changed.

¾ Automatic Countdown Devices = Photo, Heat, Photo/Heat, Photo Duct, and Ion

detectors.

¾ Manual Countdown Devices = Pull Station, Monitor Module, and Mini Monitor Modules.

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4.2.1.3 HOW TO PERFORM A CONFIGURATION CHECK

The “Configuration Check” screen lets you compare the configuration stored in the specific SLC device to the configuration stored in the control panel for that device.

From the “Device Configuration Menu”, press the F3 key to access the “Configuration Check” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

L - A D R : DEV TYPE

P A N E L : X X X D E V I C E : Z Z Z

P R E S S E N T E R T O S T A R T

C O M P A R I S O N 0 - 0 0 0

Exhibit 4-16: Configuration Check Screen

• Row A - This field allows you to select the Loop and Address of a specific SLC device to check its configuration. Use the ◄► arrow keys to position the cursor under any of the L-ADR fields; then use the +/- keys to change to a different loop number or address number. Device information for the address shown is then displayed (if connected). The device type field is not editable, but will change for each device type found on the loop.

• Row B - Displays the panel and device checksum values for the device selected.

• Row D - Indicates progress of configuration check.

4.2.2 HOW TO MODIFY THE PANEL’S NAC CIRCUITS

The NAC Configuration menu allows you to program the panel’s two on-board notification appliance circuits (NAC #1 and NAC #2).

From the “Configuration Menu 1” screen, press the F2 key to access the “NAC Configuration” menu, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

NAC MENU

F 1 - N AC FUNCT I ONS

F 2 - N AC ZONE ASS I GNS

F 3 - P R O T O C O L

Exhibit 4-17: NAC Configuration Menu

Press the corresponding function key to display the selected configuration screen:

F1 = NAC Functions Screen F2 = NAC Zone Assignment Screen F3 = NAC Synchronization Protocol Screen

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4.2.2.1 HOW TO MODIFY NAC FUNCTIONS

The NAC Functions screen allows you to set the operational parameters of the two on-board NACs.

From the “NAC Menu” screen, press the F1 key to access the “NAC functions” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

N A C # 1: E N A B L E D

S T A T E : S T A T E

P R O T O C O L : C O N S T A N T

S I : NDR:NWLK:NWF:Y

Exhibit 4-18: NAC Functions Screen

• Row A (NAC#) - This field allows you to select the NAC circuit to configure (NAC 1 or NAC 2). Use

the ◄► arrow keys to position the cursor under the field; then use the +/- keys to increment/decrement the field.

• Row A (ENABLED) - This field allows you to set the Enabled/Disabled status of the on-board

notification appliance circuits 1 & 2 (P10 & P11). Use the ◄► arrow keys to move cursor under the Enabled/Disabled field; then use the +/- keys to toggle the field.

LNote: If either NAC circuit is disabled, the panel will annunciate both a Trouble and Supervisory

condition until the circuit(s) is enabled.

• Row B (State) - This field allows you to set the operating state for the NAC circuit displayed in Row

A. Use the ◄► arrow keys to move the cursor to Row B; then use the +/- keys to change the State to the desired operation (i.e., Alarm, Pre-Discharge, Release, Pre Alarm 1, Pre Alarm 2, Supervisory, Trouble and Process).

• Row C (Protocol) - This field allows you to select whether the NAC circuit displayed in Row A will

use the NAC protocol set for the panel (see 4.2.2.3) or will activate constant. Use the ◄► arrow keys to move the cursor to Row C; then use the +/- keys to change to the desired protocol.

LNote: Both NAC 1 and NAC 2 must be set to the same protocol unless one of them is set to No

Sync Protocol.

LNote: If a chime code is assigned to any zone, Row C will display ‘CHIME CODE’ by default and

can not be changed. See section 4.3.5.1 for complete description of Chime Code functionality.

• Row D - These fields allow you to set the Silenceable, Drill, Walktest and Waterflow Enabled

(Y)/Disabled (N) status for the NAC circuit displayed in Row A.

SILENCEABLE (SI:) - field determines whether or not the selected NAC circuit will turn off when the panel’s SILENCE button is pressed.

DRILL (DR:) - field determines whether or not the selected NAC circuit will turn on when the panel’s DRILL button is pressed.

WALKTEST (WLK:) - field determines whether or not the selected NAC circuit will turn on when the panel receives a Walktest Alarm from any one of the configured zones.

WATERFLOW (WF:) – field determines whether or not the selected NAC circuit will turn on when the panel receives a Waterflow Alarm.

To change the Enabled/Disabled status of these fields, use the ◄► arrow keys to position cursor under Y or N; then use the +/- keys to toggle the field.

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4.2.2.2 HOW TO SET NAC ZONE ASSIGNMENTS

The NAC Zone Assignment screen allows you to set which zones can activate the two on-board NACs.

From the “NAC Menu” screen, press the F2 key to access the “NAC Zone Assignment” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

N A C # 1 : A N Y Z O N E

Z O N E RANGE : 00 1 -020

1 2 3 4 5 67890 1234567890

- - - - - - - - - - - - - - - - - - - -

Exhibit 4-19: NAC Zone Assignment Screen

• Row A (NAC#) – This field allows you to select the NAC circuit to configure (NAC 1 or NAC 2). Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to increment/decrement the field.

• Row A (Any Zone) – This field allows you to set whether the selected NAC circuit will activate on ANY ZONE or MULTI ZONE. Use the ◄► arrow keys to move cursor to the field (ANY ZONE or MULTI ZONE); then use the +/- keys to toggle the field.

LNote: The Any Zone option sets the selected NAC to activate on the configured state for any

zone. The Multi Zone option sets the selected NAC to activate on the configured state for any zone selected in Row D.

• Row B - This field allows you to set the 20 zone range that is displayed in Rows C & D. Use the ◄► arrow keys to position the cursor under the zone range field; then use the +/- keys to increment/decrement the group of 20 forward or backwards (Zones 001-254).

• Row C - These numbers act as placeholders and zone number indicators for the range of zones selected on Row B.

• Row D - This range of fields allows you to set the zone assignment programming for the circuit displayed in Row A if MULTIZONE is selected.

- = not programmed for this zone Y = programmed for this zone

Use the ◄► arrow keys to position the cursor under the specific zone position; then use the +/- keys to toggle the status.

LNote: The Any Zone option sets the selected NAC to activate on the configured state for any

zone. The Multi Zone option sets the selected NAC to activate on the configured state for any zone selected in Row D.

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4.2.2.3 HOW TO SET NAC SYNC PROTOCOL

The NAC Protocol screen allows you to configure which synchronization protocol (i.e. Gentex or System Sensor) will be used by the Cheetah Xi’s notification appliance circuits (see 4.2.2.1). The selected sync protocol applies to both NAC circuits.

From the “NAC Configuration Menu” screen, press the F3 key to access the “NAC Protocol” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

S E L E C T N A C P R O T O C O L

FOR PANEL:

G E N T E X

Exhibit 4-20: NAC Sync Protocol Screen

• Row C - This field allows you to set the SYNC protocol assignment for both notification appliance

circuits #1 & #2 (P8 & P9). Use +/- keys to toggle through the allowable Sync protocols (Gentex, System Sensor).

4.2.3 HOW TO CHANGE SLC SUPERVISION

The SLC screen lets you change the supervision options of the available signaling line circuits.

From the “Configuration Menu 1” screen, press the F3 key to access the “SLC Configuration” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

A U X I L I A R Y L O O P S

M O D ULE PRESENT : N O

P A S : N O ACK : 1 5 0 0/0 0

L O O P W I R I N G S T Y L E : 4

Exhibit 4-21: SLC Configuration Screen

• Row B (SLM:)- This field allows you to turn on Supplemental Loop Module supervision (Yes/No). If

Yes is selected, the panel will begin supervising SLC 3 and 4 on the SLM. Use the +/- keys to change the field.

I CAUTION

Having a SLM installed on the panel and not changing this field to Yes could result in delayed SLC communication.

• Row C (PAS:) - This field allows you to turn on Positive Alarm Sequencing function on the detection

circuits (Yes/No). Use the +/- keys to change the field.

LNote: This feature is enabled or disabled for all sensors present on the panel. Refer to Cheetah

Xi Operations Manual for full description of this feature.

• Row C (ACK:) - This field allows you to adjust the time frame in which the Alarm event must be

Acknowledged in order to initiate the panel’s Positive Alarm Sequence. The timer can be set between 15 and 30 seconds. Use the ◄► arrow keys to move cursor under the field; then use the +/- keys to increment or decrement the field.

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• Row C (00/00) - This field allows you to select specific voice message ID’s (primary/secondary) to play during the PAS investigative period. Use the ◄► arrow keys to move cursor under the field; then use the +/- keys to increment or decrement the field.

• Row D - This field allows you to set the Loop Wiring Style used for all 4 addressable loops (Style 4, 6 or 7). Use the +/- keys to change the field.

LNote: This is a system wide setting. All loops will be configured to use the selected wiring style.

If Style 6 or 7 is chosen and the loop is unused, jumpers must be installed to prevent open circuit troubles.

4.2.3.1 HOW TO SET SLC COMMAND MODE FUNCTIONS

This screen allows you set how the Cheetah Xi will respond to SLC devices that have been inadvertently locked into the “Command Mode”.

From the “SLC Configuration” screen, press the F1 key to access the “SLC Command Mode” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

S T O R E T R O U B L E F O R N O

N E W DEV I CE EVENT : N O

S E N D AUTO COMMAND

A T M I D N I G H T : N O

Exhibit 4-22: SLC Command Mode Screen

• Row B - This field allows you to set whether the panel will record a “DEVICE NOT READY” trouble for all output devices (i.e. Control, Relay, and Release modules) that fail to report a “New Device” message following a reset (YES/NO). If the “New Device” message is received, then “DEVICE RETURN” will be recorded. The factory default condition is NO. Use the +/- keys to change the field.

• Row D - This field allows you to set whether the panel will transmit an “AUTO” command onto the loops each midnight if no alarms, troubles, supervisory, pre-alarm, drill, or process states are active (YES/NO). The factory default condition is NO. Use the +/- keys to change the field.

LNote: This feature ensures that output devices will act correctly in the event a device has been

inadvertently placed in the ‘Command Mode’.

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4.2.4 HOW TO EXECUTE THE LEARN FUNCTION

The Learn function, when initiated, identifies all installed addressable devices connected to the panel’s signaling line circuits (SLCs). The address, device type and serial number of each device is added to the panel’s supervision list.

From the “Configuration Menu 1” screen, press the F4 key to access the “Learn” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

S E L E C T R E S E T M O D E :

N O N E S E L E C T E D

P R E S S E N T E R T O S T A R T

P ANEL WI LL RESET

Exhibit 4-23: LEARN Screen

• Row B - This field allows you to set the LEARN mode to be used. Press +/- to change from None

Selected to Learn New Devices or Learn All Devices. A complete description of each mode is described as follows.

LNote: Each addressable device connected to the SLC holds its own configuration. After the

LEARN function has been completed, you can modify the configuration as needed using either the panel configuration menus or the C-Linx programming software.

4.2.4.1 LEARN New Devices Only

The Learn New Device Only option will identify only new addressable devices connected to a signaling line circuit (SLC). New devices will be added to the panel’s device supervision list. New devices will operate with the default configuration held by the device until it is changed. If the device has never been incorporated into a system, it will contain the default configuration.

From the “Learn” screen, press +/- keys to change to Learn New Devices as shown below; then press the

Enter key:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

S E L E C T R E S E T M O D E :

L E A R N N E W D E V I C E S

P R E S S E N T E R T O S T A R T

P ANEL WI LL RESET

Exhibit 4-24: LEARN NEW DEVICES Screen

The panel will reset and enter the Learn Mode:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

L E A RN MODE I S ACT IV E

W A I T TO COMPLETE >>

0 9 : 27 :47A 03 / 10 / 2009

A L : 000 SU:000 TR:000

Exhibit 4-25: LEARN Mode Active Screen

The display keypad is locked while learn mode is Active. Panel will display “LEARN MODE COMPLETE” when process ends.

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4.2.4.2 LEARN All devices

The Learn All Devices option erases the device supervision list stored in the Cheetah Xi controller and creates a new supervision list by identifying all addressable devices connected to a signaling line circuit (SLC). All device addresses, serial numbers, and device type information will be learned. The configurations held by the devices will NOT be altered (nor will the custom messages).

From the “Learn” screen, press +/- keys to change to Learn All Devices as shown below; then press the Enter

key:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

S E L E C T R E S E T M O D E :

L E A R N A L L D E V I C E S

P R E S S E N T E R T O S T A R T

P A NEL WI L L RESET

Exhibit 4-26: LEARN ALL DEVICES Screen

The panel will reset and enter the Learn Mode:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

L E A R N M O D E I S A C T I V E

W A I T TO COMPLETE >>

0 9 : 2 7 : 47A 03 / 10 / 2009

A L : 0 0 0 SU:000 TR:000

Exhibit 4-27: LEARN Mode Active Screen

The display keypad is locked while learn mode is Active. Panel will display “LEARN MODE COMPLETE” when process ends.

I CAUTION

The Learn ALL method will delete and/or add supervision to devices. Testing or review of the configuration should be performed to ensure that all required devices are supervised.

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4.3 CONFIGURATION MENU 2

From the “Configuration Menu 1” screen, press the F6 key to access “Configuration Menu 2” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

C O N F I GURAT I ON MENU 2

F 1 - T I M E F 4 - D A Y S E N

F 2 - S I L E N C F 5 - Z O N E

F 3 - P O W E R F 6 - M E N U 3

Exhibit 4-28: Configuration Menu 2

F1 = System Time Control Screen F2 = System Silence Screen F3 = System Power Screen F4 = System Day/Night Sensitivity Screen F5 = Zone Enable/Disable Screen F6 = Configuration Menu 3

4.3.1 HOW TO SET SYSTEM TIME AND DATE

The “Time Control” screen allows you to change the system time, date, day and daylight savings time.

From the “Configuration Menu 2” screen, press the F1 key to access the “Time Control” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

T I M E : H H:MM: S S AM

D A T E : M M/DD / YYYY

D A Y : D A Y O F W E E K

D A Y L I G H T S A V I N G S : Y E S

Exhibit 4-29: Time Control Screen

• Row A - This field allows you to set the Hour (HH), Minute (MM), Second (SS), and AM/PM values

for the system. Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to increment/decrement the field to a different number.

• Row B - This field allows you to set the Month (MM), Day (DD), and Year (YYYY) values for the

system. Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to increment/decrement the field to a different number.

• Row C - This field allows you to set the Day of the week for the system. Use the ◄► arrow keys to

position the cursor under the field; then use the +/- keys to increment/decrement the field to a different day.

• Row D - This field allows you to set whether Daylight savings time will be recognized by the system

(Yes/No). Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to toggle the status.

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4.3.2 HOW TO SET SYSTEM SILENCING OPTIONS

The “System Silence” screen allows you to change the system silencing options.

From “Configuration Menu 2” screen, press the F2 key to access the “System Silence” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

I N H I B I T : O F FREM:O F F

A U T O U N S I L E N C E : 0 2HRS

A L A R M U N S I L E N C E : Y E S

Exhibit 4-30: System Silence Screen

• Row A (INHIBIT) - This field allows you to turn the system Silence Inhibit (On/Off). Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to toggle the status.

This feature requires that the panel not allow silencing for one minute following the first alarm event. If silence inhibit is turned ON, the Silence button on the display (or other Silence input) will not silence the panel for one minute following the receipt of the first alarm event.

• Row A (REM) - This field allows you to turn the system Silence Reminder (On/Off). Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to toggle status.

This feature requires that the panel produce a momentary pulse from the panel piezo/buzzer

following the silencing of outputs. If this is configured to be ON, the momentary piezo pulse is ½

second long every 14 seconds on a silenced panel.

• Row B - This field allows you to set how much time must elapse (1 – 24 hours) before the panel will automatically unsilence after the panel’s SILENCE button has been pressed. Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to increment/decrement the time.

LNote: NFPA 72 requires that a silenced panel shall be unsilenced within 24 hours.

• Row C (Alarm Unsilence:) - This field allows you to select whether a new alarm event will un-silence the supervisory, trouble and process states. Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to toggle status.

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4.3.3 HOW TO SET SYSTEM POWER OPTIONS

The “Power” screen allows you to change system power options.

From the “Configuration Menu 2” screen, press the F3 key to access the “Power” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

A U X P O W E R M O D U L E : N O

X F O R M E R S I Z E : 1 2 0 V A C

B A T T E R Y M A I N : YAUX:N

S U P E R V A U X P O W E R : Y E S

Exhibit 4-31: Power Screen

• Row A - This field allows you to turn on/off supervision of the Supplemental Power Supply (SPS), if

installed (Yes/No). Use the ◄► arrow keys to position the cursor under the field; then use the +/keys to toggle status.

• Row B - This field allows you to select which AC power transformer is wired to the AC input terminal

(120/240VAC). Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to toggle status.

I CAUTION

Selecting the incorrect transformer size could result in erratic panel trouble conditions.

• Row C - The BATTERY MAIN field allows you to turn on/off supervision of the Main controller

Battery Input terminals (Yes/No). Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to toggle status.

The AUX field allows you to turn on/off supervision of the Supplemental Power Supply Battery input

(Yes/No), if Supplemental Power Supply is installed. Use the ◄► arrow keys to position the cursor

under the field; then use the +/- keys to toggle status.

LNote: Main or Auxiliary Supervision of battery selection of NO is not an allowed setting for UL.

• Row D - This field allows you to turn on/off supervision of the 24 VDC Auxiliary Power circuits

(Yes/No). Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to toggle status.

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4.3.4 HOW TO MODIFY DAYTIME SENSITIVITY SETTINGS

The Daytime Sensitivity Menu provides smoke sensors the ability to have two separate alarm thresholds; one less sensitive during standard operational hours and one more sensitive during non-operational hours. Each smoke sensor has two alarm sensitivity thresholds (Night & Day). The Night alarm level is used on all sensors as the default setting. The Day alarm level is only used if daytime or holiday schedules are set.

From the “Configuration Menu 2” screen, press the F4 key to access the “Daytime Sensitivity Menu”, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

F 1 - D AYT I ME SEN RANG E

F 2 - S E L E C T H O L I D A Y S

C D

Exhibit 4-32: Daytime Sensitivity Menu

F1 = Daytime Sensitivity Range Screen F2 = Daytime Sensitivity Holidays Screen

4.3.4.1 HOW TO SET DAYTIME SENSITIVITY RANGE

If your system is using the daytime sensitivity option, the On and Off times and the days of the week that the daytime sensitivity setting is to be used must be configured. Sensors enabled for daytime sensitivity will change to Day Alarm level when the start time is reached and revert back to Night Alarm level when the stop time is reached.

From the “Daytime Sensitivity Menu” screen, press F1 to access the “Daytime Sensitivity Range” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

D A Y T I M E S E N S I T I V I T Y

S T A R T : H H:M M A M

S T O P : H H: M M P M

D A Y O F W E E K : S M T W R F S

Exhibit 4-33: Daytime Sensitivity Range Screen

• Row B - This field allows you to set the Daytime sensitivity start time: Hour (HH), Minute (MM), AM/PM. Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to increment/decrement the value at the field.

• Row C - This field allows you to set the Daytime sensitivity stop time: Hour (HH),Minute (MM), AM/PM. Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to increment/decrement the value at the field.

• Row D - This field allows you to set the Days of the week that will utilize the Daytime sensitivity option. Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to turn ON letter representing the day of the week. Toggle letter OFF if it stays with night sensitivity all day.

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4.3.4.2 HOW TO SET HOLIDAY SETTINGS FOR DAYTIME SENSITIVITY

The Holidays screen allows you to enter up to twenty holiday dates associated with the daytime sensitivity option. On holiday dates, smoke sensors enabled for daytime sensitivity will continue to operate using the Night Alarm Level. They will revert to using the Day Alarm Level when the holiday is over.

From the “Daytime Sensitivity Menu” screen, press F2 to access the “Holidays” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

H O L I D A Y S ( 1 ) 0 1-0 1

0 1 - 0 1 0 1-0 1 0 1-0 1

Exhibit 4-34: Holidays Screen

• Row A-D - These 10 editable fields allow you to enter the Month (MM)-Day (DD) of holiday. Use the

◄► arrow keys to position the cursor under the field; then use the +/- keys to increment/decrement the value at the field.

There are 2 holiday screens available to provide 20 holidays. To access the Holidays (2) menu, use the ◄► arrow keys to move the cursor to the last field on the right (D18) on Row D; then press the right ► direction arrow.

4.3.5 HOW TO ENABLE/DISABLE AND ASSIGN CUSTOM MESSAGES TO ZONES

The Zone Configuration screen allows you to enable/disable and assign a custom message to any of the Cheetah Xi’s 254 available operating zones.

From the “Configuration Menu 2” screen, press the F5 key to access the “Zone” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

Z O N E 0 0 1:E N A B L E D

C U S T O M M E S S Z O N E 0 0 1

A U T O C O U N T D O W N : 0 3 0S

M A N U C O U N T D O W N : 0 1 0S

Exhibit 4-35: Zone Configuration Screen

• Row A - These fields allows you to set the Enable/Disable status of the selected Zone. Use the ◄►

arrow keys to position the cursor under the field; then use the +/- keys to change zone number.

Use the ◄► arrow keys to position the cursor under the enable status field; then use the +/- keys to toggle the status (Enable/Disable).

• Row B - This range of fields allows you to set the Custom Message for the zone displayed in Row A.

Use the ◄► arrow keys to position the cursor under the field; then use the +/- button to cycle through all ASCII characters and display the desired character.

• Row C – Allows you to set the automatic pre-discharge countdown time for the selected zone (0 –

255 seconds, default 30 seconds).

• Row D – Allows you to set the manual pre-discharge countdown time for the selected zone (0 – 30

seconds, default 10 seconds).

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4.3.5.1 HOW TO ASSIGN A CHIME CODE TO A ZONE

The Chime Code screen allows you to assign a custom chime code to any of the Cheetah Xi’s 254 available operating zones. The chime codes conform to the City of Chicago, IL 1

stage activation requirements.

From the “Zone Configuration” screen, press the F1 key to access the “Chime Code” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

SIGNAL CODE

ZONE 0 0 1

0-0-0-0

N U M O F C O D E S S E T : 0 0 0

Exhibit 4-36: Chime Code Screen

• Row B - These fields allows you to select the zone number to assign a Chime Code to. Use the

◄► arrow keys to position the cursor under the field; then use the +/- keys to change zone number.

• Row C - This range of fields allows you to set the custom chime code (3 or 4 digits) for the zone displayed in Row B. Use the ◄► arrow keys to position the cursor under the field; then use the +/button to select the digit range from 0 to 9. If a three digit chime code is required, the fourth field must be left at 0.

The codes chime at 1 second intervals. The time between digits is roughly 2 seconds. The time between a 3 and 4 digit signal is about 6 seconds.

• Row D – Displays the number of zones that have been assigned a chime code. As long as this field is greater than 0, NAC #1 will be dedicated to chime code production.

LNote: Factory initialization will clear all chime codes to ‘0-0-0-0’.

Chime codes are produced on NAC #1 only. If a chime code is assigned to any zone, the configuration screen for NAC #1 (see section 4.2.2.1) will show ‘CHIME CODE’ as the default protocol assignment on Row C. Neither Drill nor Walktest is allowed for NAC #1 when chimes codes are assigned.

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

N A C # 1 : E N A B L E D

S T A T E : S T A T E

P R O T O C O L : C H I M E C O D E

S I L : NDRILL:NWALK:N

Exhibit 4-37: NAC Functions Screen

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4.4 CONFIGURATION MENU 3

From the “Configuration Menu 2” screen, press the F5 key to access the “Configuration Menu 3” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

C O N F I GURAT I ON MENU 3

F 1 - P E R I P H F 4 - A B O R T

F 2 - W A L K F 5 - S E N C H G

F 3 - GROUND F 6 - MENU 4

Exhibit 4-38: Configuration Menu 3

F1 = Peripheral Device Configuration Menu F2 = System Walktest Enable/Disable Screen F3 = System Ground Fault Screen F4 = Abort Configuration Screen F5 = Day/Night Sensitivity Enable/Disable F6 = Configuration Menu 4

4.4.1 HOW TO SET PERIPHERAL DEVICE PARAMETERS

The “Peripherals Menu” provides access to configuration parameters associated with the selected panel’s 31 possible peripheral devices.

From the “Configuration Menu 3” screen, press the F1 key to access the “Peripheral Menu” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

P ER I PHERAL MENU

F 1 - DEV I CE F 4 - CMD SET

F 2 - SOURCE F 5 -

F 3 - SPEED F6 -

Exhibit 4-39: Peripheral Menu

F1 = Peripheral Device Configuration Screen F2 = Peripheral Communication Source Screen F3 = Peripheral Bus Communication Speed Screen F4 = Peripheral Device Command Set Screen F5 = Not Used F6 = Not Used

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•

4.4.1.1 HOW TO CONFIGURE PERIPHERAL DEVICES

The peripheral configuration screen allows you to modify the basic operating parameters of any of the peripheral devices connected to the panel’s RS485 peripheral bus. Detailed programming of each peripheral device is accomplished using the panel’s configuration software C-Linx.

From the “Peripheral Menu” screen, press the F1 key to access the “Peripheral Configuration” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

P E R I PHERAL ADDR : 0 2

T Y P E : R E M D I S P 1 4 K E Y

S U P E R V I S E : Y E S Z: 000

P E R I P H E R A L M S G 0 2

Exhibit 4-40: Peripheral Configuration Screen

• Row A - This field allows you to select the Peripheral address (2-32, DACT at address 2, if used) of the device to be modified. Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to increment/decrement the value at the cursor. Press the F4 key to display the firmware version of the selected device on Row C & D.

• Row B - This field displays the type of RS485 Peripheral device programmed at the address displayed in Row A. Use the ◄► arrow keys to position the cursor under the device type menu; then use the +/- keys to change to any one of the following peripheral device types:

• Remote Display 14 Key • Ethernet Port

• 256 LED Graphic* • Remote Display 10 Key

• Zone Graphic • Remote Display 2 Key

• Print Serial • Switch – 20 Zone**

• Bosch DACT • Annunciator – 20 Zone**

• Print Parallel • Computer (Precise Vision)

• Print + Gateway • Amplifier***

• Gateway Only • Relay Control

Class A Module Remote MIC

*Press the F1 key to display additional configuration options. See 4.4.1.1.2.

**Press the F1, F2 or F3 keys to perform peripheral device tests. See 4.4.1.1.1.

***Press ENTER to display additional configuration options. See 4.4.1.1.3.

Detailed programming of each peripheral device is set using the panel configuration software C-Linx.

• Row C - The SUPERVISED field allows you to turn on/off supervision of the RS485 peripheral device/address shown in Rows A and B (Yes/No). Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to toggle the status of the field.

LNote: When a peripheral device is supervised and communications is lost between the

peripheral and the panel, a Peripheral Missing trouble will result.

LNote: Peripheral devices with control capabilities must be supervised (i.e., Remote display with

reset button).

The zone field (Z:) only applies to Cheetah Xi releasing panels and associated remote displays. Configuration of this field will have no effect on a Cheetah Xi system.

• Row D - This range of fields allows you to enter a 20 character custom message for the peripheral device listed in Row B. Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to cycle through all ASCII characters and display the desired character.

LNote: This message will be displayed with each event associated with the selected peripheral.

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4.4.1.1.1 PERIPHERAL DEVICE TESTING

When the peripheral device type is set to either SWITCH 20-ZONE or ANNUNC 20-ZONE, additional test features can be performed on the selected peripheral device by pressing the F1, F2 or F3 keys:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

P E R I PHERAL ADDR : 0 2

T Y P E : S M O K E C O N T R O L

S U P E R V I S E : Y E S Z: 000

* * S E N D I N G L E D T E S T * *

Exhibit 4-41: LED Test Screen

• Row D – Toggles to display the feedback message for the test initiated.

Press F1 to send a LED test command to the selected peripheral device. The feedback message “**SENDING LED TEST**” will be indicated on Row D of the display, as shown above.

Press F2 to force the selected peripheral device to perform a checksum test on its configuration memory. The feedback message “**CHECKSUM TEST**” will be indicated on Row D of the display. If the checksum fails, a trouble message “PER #aa CONFIG ERROR” will be reported to the panel.

Press F3 to force the selected peripheral device to perform a checksum calculation on its configuration memory. The feedback message “**CHECKSUM CALC**” will be indicated on Row D of the display, as shown below.

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

P E R I PHERAL ADDR : 0 2

T Y P E : S M O K E C O N T R O L

S U P E R V I S E : Y E S Z: 000

* * C H E C K S U M C A L C * *

Exhibit 4-42: Checksum Calc Screen

4.4.1.1.2 HOW TO PROGRAM A 256 LED GRAPHIC

When the peripheral device type is set to 256LED GRAPHIC, you can press the F1 key to toggle Row D of the display between the peripheral custom message and additional configuration options, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

P E R I PHERAL ADDR : 0 2

T Y P E : 2 5 6 L E D G R A P H I C

S U P E R V I S E : Y E S Z: 000

B U Z Z : YAC:NBATT:N

Exhibit 4-43: 256 LED Graphic Configuration Screen

• Row D (BUZZ) - Allows you to Enable/Disable the piezo sounder on the graphic controller card

(Y/N).

• Row D (AC) - Allows you to Enable/Disable supervision of the AC power input to the graphic

controller card (Y/N).

• Row D (BATT) - Allows you to Enable/Disable supervision of the battery input to the graphic

controller card (Y/N).

Use the ◄► arrow keys to position the cursor under each field; then use the +/- keys to toggle the value at the cursor.

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4.4.1.2 HOW TO SET THE PERIPHERAL BUS COMMAND SOURCE

The “Peripheral Bus Command Source” screen is used to direct the communication path for configuration of peripheral devices connected to the panel.

From the “Peripheral Menu” screen, press the F2 key to access the “Peripheral Bus Source” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

P E R I P H E R A L B U S

C O MMA ND SOURCE :

P A N E L

Exhibit 4-44: Peripheral Source Screen

• Row C - Use the +/- keys to toggle field value from Panel to USB Connector.

PANEL mode is set by default and allows the panel to communicate with peripheral devices

connected to the Cheetah Xi panel’s RS485 bus. In this mode, peripheral device configuration is transmitted during the panel configuration process via the panel’s P5 Peripherals jack. You will be prompted by the C-Linx software to move the programming cable from the P3 Computer jack to the P5 Peripherals jack to transmit the device configurations.

USB CONNECTOR mode is used for Cheetah Xi 50 peripheral device configuration. In this mode,

peripheral device configurations are transmitted during the panel configuration process via the panel’s P3 PC/USB jack. You must keep the cable in the USB port, enter the Level 3 password at the panel and go to this menu to re-direct the configuration information out the peripheral bus.

LNote: After a system reset, the peripheral source will return to the default PANEL mode.

4.4.1.3 HOW TO SET THE PERIPHERAL BUS SPEED

The “Peripheral Bus Speed” screen is used to set the communication speed used by all peripheral devices connected to the panel.

From the “Peripheral Menu” screen, press the F3 key to access the “Peripheral Bus Speed” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

A B

P E R I PHERAL BUS SPEED

9 6 0 0BPS

Exhibit 4-45: Peripheral Bus Speed Screen

• Row C - Use the +/- keys to toggle field value from 9600 bps (factory default) to 38400 bps.

I CAUTION

All devices connected to the peripheral bus must be capable of supporting the higher 38400 bps communication speed if the setting is to be used. Otherwise, 9600 bps must be used.

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4.4.1.4 HOW TO SET THE PERIPHERAL BUS COMMAND SET

The “Peripheral Command Set” screen allows you to define how data is buffered and transferred across the panel’s RS485 peripheral bus. Configuration options are made available to provide backwards compatibility with older peripheral devices. Parameters set in this menu are global and are not specific to any one peripheral device.

From the “Peripheral Menu” screen, press the F4 key to access the “Peripheral Command Set” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

E V A C : N O N E STATUS : E X P

H I S T O R Y X M I T : C O M P A C T

H I S TORY PACK I NG : O N

H I S TORY MESSAGE : E X P

Exhibit 4-46: Peripheral Command Set Screen

• Row A - The EVAC field allows you to set whether the Cheetah Xi will be tied to an EVAX or Fike

integrated voice evacuation system.

NONE = Select if no voice evacuation system present EVAX = Select if a FikeGuard

voice evacuation system is connected intelligently to the Cheetah Xi P5, RS232 peripheral port. FIKE = Select if Fike’s integrated voice system amplifiers are connected to the Cheetah Xi’s peripheral bus.

• Row A – The STATUS field allows you to select the RS485 communication protocol to EXP/STD.

EXP protocol is provided to support features available to peripheral devices loaded with firmware v3.0 or higher.

STD protocol is provided for backwards compatibility of peripheral devices released with firmware versions older than v3.0. If any device on the peripheral bus has firmware older than v3.0, the STD option must be used.

• Row B - The HISTOR XMIT field allows you to change RS485 transmission protocol from COMPACT/VERBOSE.

COMPACT – This protocol is provided as a means to decrease data traffic on the peripheral bus. Any history event created at the panel that is not related to an Alarm, Supervisory, or Trouble condition will not be transmitted via the peripheral bus.

VERBOSE - This protocol allows all events that may occur at the panel to be transmitted via the peripheral bus.

• Row C - The HISTORY PACKING field allows you to turn RS485 history packing ON/OFF.

History Packing ON – This option is provided for backwards compatibility of peripheral devices released with

firmware versions older than v3.0. If any device on the peripheral bus has firmware older than v3.0, the ON

option must be used.

History Packing OFF – This option is provided to support features available to peripheral devices loaded with firmware v3.0 or higher.

• Row D - The HISTORY MESSAGE field allows you to change history message packing protocol from EXP/STD.

History Message STD - This option is provided for backwards compatibility of peripheral devices released

with firmware versions older than v3.0. If any device on the peripheral bus has firmware older than v3.0, the STD option must be used.

History Message EXP – This option is provided to support features available to peripheral devices loaded

with firmware v3.0 or higher.

Use the ◄► arrow keys to position the cursor under the field; then press the +/- keys to increment/decrement the value at the field.

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4.4.2 HOW TO ENABLE/DISABLE SYSTEM WALKTEST

The Walktest option allows the panel to be placed into Walktest Mode from the panel’s Maintenance Menu.

From the “Configuration Menu 3” screen, press the F2 key to access the “Walktest” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

W A L K T E S T : E N A B L E D

B C D

Exhibit 4-47: Walktest Screen

• Row A - This field allows you to turn on/off the system WALKTEST feature. Use the +/- keys to toggle the field status (ENABLED/DISABLED).

4.4.3 HOW TO ENABLE/DISABLE SYSTEM GROUND FAULT DETECTION

The “Ground Fault” screen reflects the current state of the two Ground Fault levels detected by the panel.

From the “Configuration Menu 3” screen, press the F3 key to access the “Ground Fault” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

G N D F A U L T S U P E R V I S E :

L E V E L 1 : E N A B L E D

L E V E L 2 : E N A B L E D

O FFSET: + 0 0 0

Exhibit 4-48: Ground Fault Screen

Factory Level Password required to change:

• Row B - This field shows the ENABLED / DISABLED status of the panels Ground Fault Level 1 detection.

• Row C - This field shows the ENABLED / DISABLED status of the panels Ground Fault Level 2 detection.

• Row D - This field shows the offset used by the panel to provide an adjustment to Ground Fault measurements.

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4.4.4 HOW TO SET PANEL ABORT TYPE

The “Panel Abort” screen reflects the current abort type used by the panel. Any input configured for “Abort” will delay system release initiated by the Cheetah Xi automatic detection schemes. Manual Release inputs will override abort activation.

From the “Configuration Menu 3” screen, press the F4 key to access the “Panel Abort” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

P ANE L ABORT TYPE

C D

Exhibit 4-49: Panel Abort Screen

• Row B - This field allows you to change the abort type (1 – 6) that will be used for every panel zone.

¾ Type 1 = Abort is effective only if active upon entry into pre-discharge state. Countdown

continues during abort activation. Upon abort deactivation during pre-discharge, the release cannot again be aborted, so release occurs upon countdown completion.

¾ Type 2 – Countdown continues during abort activation. Release occurs when both the

countdown is completed and the abort is deactivated.

¾ Type 3 – If the abort is active during pre-discharge, release occurs upon abort

deactivation.

¾ Type 4 – If the abort is active during pre-discharge, release occurs 10 seconds after abort

deactivation. Only abortable ONCE.

¾ Type 5 – Upon abort deactivation, countdown occurs from the full programmed countdown

time. Prior to countdown completion, abort activation extends the countdown time to the programmed length.

¾ Type 6 – Upon abort deactivation, system operates in “New York City” mode, which has a

90 second verification delay, then a 30 second countdown. Prior to countdown completion, abort activation again extends the countdown time. During the 120 second verification delay, the system emulates continuous abort activation. After a 90 second delay, the system starts a 30 second pre-discharge delay.

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4.4.5 HOW TO ENABLE/DISABLE DAY/NIGHT SENSITIVITY FEATURE

The Sensitivity Change option allows you to ENABLE/DISABLE the day/night detector sensitivity function.

From the “Configuration Menu 3” screen, press the F5 key to access the “Sensitivity Change” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

S E N S I T I V I TY CHANGES :

D I S A B L E D

C D

C U R R E N T : D A Y T I M E

Exhibit 4-50: Sensitivity Change Screen

• Row B - This field allows you to select the Enable/Disable status of Day/Night Sensitivities. Use the +/- keys to toggle the field status (ENABLED/DISABLED).

• Row D - Displays the current Sensitivity being used due to the time of day and day/night changeover times.

4.5 CONFIGURATION MENU 4

From the “Configuration Menu 3” screen, press the F6 key to access the “Configuration Menu 4” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

C O N F I GURAT I ON MENU 4

F 1 - A C D E L F 4 - P W R C U T

F 2 - V E S D A F 5 - R E L A Y S

F 3 - A UXNAC F 6 - MENU 5

Exhibit 4-51: Configuration Menu 4

F1 = AC Trouble Delay Screen F2 = VESDA Configuration Menu F3 = Auxiliary Power and NAC Configuration Menu F4 = Power Cutoff Configuration Menu F5 = Relay Configuration Screen F6 = Configuration Menu 5

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4.5.1 HOW TO SET AC TROUBLE DELAY

The AC Trouble Delay option allows you to set how many hours should elapse before the Trouble relay transfers if AC power is lost.

From the “Configuration Menu 4” screen, press the F1 key to access the “AC Delay” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

S E L E C T D E L A Y F O R A C

P O W E R L O S S T R O U B L E :

0 0HOURS

Exhibit 4-52: AC Delay Screen

• Row C - This field allows you to set the AC trouble delay. Use the +/- keys to toggle the field value.

Enter 0 for no delay or enter a number (01 – 30 hours) to provide a delay for the trouble to be transmitted to the DACT.

4.5.2 HOW TO CONFIGURE VESDA DETECTORS

The VESDA Configuration options let you change the operating parameters for the air sampling detectors connected to the panel.

From the “Configuration Menu 4” screen, press the F2 key to access the “VESDA Configuration Menu” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

V E S D A C O N F I G U R A T I O N

F 1 - A L A R M F E A T U R E S

F 2 - SECTOR F 4 - RELEASE

F 3 - EVAX F 5 - COMMAND

Exhibit 4-53: VESDA Configuration Menu

F1 = VESDA Alarm Configuration Screen F2 = VESDA Sector Zone Assignment Screen F3 = VESDA Point Configuration Screen F4 = VESDA Release Configuration Screen F5 = VESDA HLI Command Set Screen

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4.5.2.1 HOW TO SET VESDA ALARM FEATURES

The VESDA Alarm Features option lets you configure the panel to recognize an air sampling detector via a High Level Interface (HLI) module connection to the panel.

From the “VESDA Configuration Menu” screen, press the F1 key to access the “VESDA Alarm Features” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

V E S D A Z O N E N U M : 0 0 1

T Y P E : A L M E N A

C U S T O M M E S S A G E V Z 0 0 1

Z O N E: 0 0 0 0 0 0 0 0 0 0 0 0

Exhibit 4-54: VESDA Alarm Features Screen

• Row A - This field allows you to select the VESDA Detector Zone number to be configured. Use the

◄► arrow keys to position the cursor under the field; then use the +/- keys to change to a different zone number.

LNote: The zone number set here corresponds to zone number assigned to the VESDA detector

during programming.

• Row B - The TYPE field allows you to select the VESDA Detector type associated with the selected zone number from Row A. Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to select the desired detector type.

The ALM field allows you to select the state of operation for the detector (ALM default). Use the

◄► arrow keys to position the cursor under the STATE field; then use +/- keys to select the state of operation for the detector.

The ENA field allows you to select the Enable/Disabled state of the detector. Use the ◄► arrow keys to position the cursor under the ENA field; then use the +/- keys to enable or disable that detector

• Row C - This range of fields allows you to assign a Custom Message for detector that will be displayed on the Cheetah Xi panel. Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to cycle through all ASCII characters and display the desired character. Repeat for each field until custom message is completed.

• Row D - These fields allow you to select up to four Cheetah Xi zones that this detector will participate in. Use the ◄► arrow keys to position the cursor under each field; then use the +/- keys to change zones to that desired. Repeat for each of 4 zones required. Remember, Zone 255 is ANY Zone.

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4.5.2.2 HOW TO SET VESDA SECTOR/ZONE CORRELATION

The VESDA Sector Zones option lets you configure how each sector of the VESDA detector will report to the Cheetah Xi.

From the “VESDA Configuration Menu” screen, press the F2 key to access the “VESDA Sector” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

V E S D A Z O N E N U M 0 0 1

S 1 : 0 0 0 A L M S2 : 0 0 0 A L M

S 3 : 0 0 0 A L M S4 : 0 0 0 A L M

Exhibit 4-55: VESDA Sector Screen

• Row A - This field allows you to select the VESDA detector Zone Number to be configured. Use the

◄► arrow keys to position the cursor under the field; then use the +/- key to change to VESDA detector zone number.

• Rows B & C - These fields allow you to set a Cheetah Xi zone number that the VESDA sector

(Sector 1 – 4) will participate in and what operational state it will cause the panel to enter. Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to change desired zone. Then arrow over under the state and use the +/- keys to toggle through events of ALM, SUP or TRB.

4.5.2.3 HOW TO SET VESDA ZONE NUMBER AND LOOP/ADDR

The EVAX option lets you configure the VESDA to report as a “virtual” address on the Cheetah Xi addressable loop. This option is used if the VESDA needs to be monitored by a point ID system (i.e., EVAX, DACT, LED Graphic, Computer Graphic, etc.).

From the “VESDA Configuration Menu” screen, press the F3 key to access the “VESDA Loop/Address” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

V E S D A Z O N E N U M 0 0 1

EVAX LOOP: 0

EVAX ADDR : 0 0 0

Exhibit 4-56: VESDA Loop/Addr Screen

• Row A - This field allows you to select the VESDA detector Zone Number to be configured. Use the

◄► arrow keys to position the cursor under the field; then use the +/- keys to change to VESDA detector zone number.

• Row B - This field allows you to select a virtual loop number that the VESDA detector activation will

correspond with. Use the ◄► arrow keys to position the cursor under the field; then use the +/keys to change the loop number.

• Row C - This field allows you to select a virtual address number that the VESDA detector activation

will correspond with. Use the ◄► arrow keys to position the cursor under the field; then use the +/keys to change the address number.

LNote: The VESDA virtual address number does not require a physical component on the SLC

loop. It does require a virtual address that can not be used for any other physical device on the SLC loop.

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4.5.2.4 HOW TO SET VESDA RELEASE FEATURES

VESDA detectors can be configured to participate in suppression system release, just like a standard smoke detector connected to the eclipse loop. In order to participate, each VESDA unit must be assigned a predischarge type, pre-discharge level, and countdown type. Each of these variables affects how the Cheetah Xi system will respond when the VESDA unit activates. All three variables are stored in panel memory.

From the “VESDA Configuration Menu” screen, press the F4 key to access the “VESDA Release Features” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

V E S D A Z O N E N U M : 0 0 1

P R E - D I S C H T Y P E : A - A L

P R E - D I S C H L E V : F I R E 2

C O U N T D O W N : A U T O M A T I C

Exhibit 4-57: VESDA Release Features Screen

• Row A - This field allows you to select the VESDA detector Zone Number to be configured. Use the

◄► arrow keys to position the cursor under the field; then use the +/- key to change to VESDA detector zone number.

• Row B – This field allows you to assign a pre-discharge type (A – F) for the selected VESDA zone number(s) as described below. Use the ◄► arrow keys to position the cursor under the field; then use the +/- key to change the field value.

¾ A = Alarm Only. No pre-discharge in a zone will occur from the alarm of this device. ¾ B = Cross Zone “B”. Pre-discharge will occur in the zones assigned to this device when

a corresponding “C” type is alarmed.

¾ C = Cross Zone “C”. Pre-discharge will occur in the zones assigned to this device when

a corresponding “B” type is alarmed.

¾ D = Counting Zone. Pre-discharge will occur when two or more “D” types are alarmed in

the assigned zones.

¾ E = Single Pre-discharge. Only one alarmed “E” type will cause pre-discharge in the

assigned zones.

¾ F = Single Release. This type skips pre-discharge and causes immediate release in the

assigned zones.

To the right of the pre-discharge type field is a two-letter designator that indicates the operation state assigned to the VESDA detector in the alarm features screen. The VESDA release features only work when the operational state is set to Alarm (AL).

LNote: The zones involved in suppression are the four zone numbers selected in the Alarm

Features screen (see 4.5.2.1). Sector zones are NOT involved in suppression.

• Row C – This field allows you to select whether the selected VESDA unit will initiate the predischarge state upon the VESDA unit reaching Fire-1 or Fire-2 alarm level. Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to change the field value.

• Row D – This field allows you to select whether the selected VESDA unit will utilize the Automatic or Manual countdown timer set for the zone should it cause a pre-discharge in any of its assigned zones (see 4.5.2.1). Use the ◄► arrow keys to position the cursor under the fields; then use the +/keys to change the field value.

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4.5.2.5 HOW TO VERIFY THE VESDA COMMUNICATION COMMAND SET

The COMMAND SET screen lets you verify the software version that is being used by the connected HLI.

From the “VESDA Configuration Menu” screen, press the F5 key to access the “VESDA Command Set” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

HL I TYPE :

M A S TER - SLAVE ( NEWER )

S O FTWARE VERS I ON :

003 . 008 . 000

Exhibit 4-58: VESDA Command Set Screen

• Pressing ENTER will cause the panel to query the connected HLI to determine its software version.

The software version of the HLI will be displayed on Row D.

MASTER-SLAVE (NEWER): Allows communication with up to 40 VESDA units while still meeting UL and NFPA’s 10 second supervision response time. HLI firmware version 3.08.00 or higher.

PEER-TO-PEER (OLDER): Allows communication with up to 40 VESDA units, but only 10 can be connected to the HLI and still meet UL and NFPA’s 10 second supervision response time. HLI firmware versions older than 3.08.00.

4.5.3 HOW TO CONFIGURE AUXILIARY POWER CIRCUTS AS AUX/NACS

The Aux/NAC option lets you configure the Cheetah Xi’s auxiliary power circuits for use as notification appliance circuits (NACs).

From the “Configuration Menu 4” screen, press the F3 key to access the “Aux/NAC Menu” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

A U X I L I A RY NAC MENU

F 1 - AUX NAC FUNCT I ONS

F 2 - AUX NAC ZONES

Exhibit 4-59: AUX / NAC Menu

F1 = Auxiliary NAC Function Screen F2 = Auxiliary NAC Zones Screen

LATTENTION: These programming options are not available at this time, but will be added to the Cheetah

Xi panel in the future. The current Cheetah Xi hardware does not support these features. Any changes made to these programming features will have no effect on the panel operation.

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4.5.3.1 HOW TO SET AN AUXILIARY POWER CIRCUIT AS AN AUX/NAC

The Aux/NAC option lets you change the function of any of the Cheetah Xi’s auxiliary power circuits to operate as a notification appliance circuit (NAC). From the Aux/NAC Menu, press the F1 key to access the Auxiliary NAC Function screen:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

A U X N A C # 3: E N A B L E D

S T A T E :

P R O T O C O L : A U X C O N S T

Exhibit 4-60: AUX / NAC Functions Screen

• Row A - This field allows you to select the Aux NAC circuit number to be configured. Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to change the circuit number.

This field allows you to select the Enabled/Disabled status of the circuit. Use the ◄► arrow keys to

position the cursor under the field; then use the +/- key to toggle the field.

• Row C - This field allows you to select the NAC circuit function (e.g., AUX CONST, AUX RESET, CLASS B NAC, TRACK NAC #1, TRACK NAC #2). Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to select circuit function.

If the circuit is configured as a CLASS B NAC or to TRACK NAC #1 or TRACK NAC #2, additional configuration options become available on Row D:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

A U X N A C # 3: E N A B L E D

S T A T E : A L A R M

P R O T O C O L : C L A S S B N A C

S I L : NDRILL:NWALK:N

Exhibit 4-61: AUX / NAC Functions Screen

• Row B - This field allows you to select the circuits operational state (i.e., Alarm, Pre Alarm #2, Process, Trouble, Supervisory, and Pre Alarm #1). Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to increment/decrement the field.

• Row D - These fields allow you to set the Silenceable, Drill, and Walktest Enabled (Y)/Disabled (N) status for the AUX NAC circuit displayed in Row A. Use the ◄► arrow keys to position the cursor under the field; then use the +/- keys to toggle the field between Y or N.

SIL – This field determines whether or not the selected circuit will turn off when the panel’s SILENCE button is pressed.

DRILL – This field determines whether or not the selected circuit will turn on when the panel’s DRILL button is pressed.

WALK – This field determines whether or not the selected circuit will turn on when the panel receives a Walktest Alarm from any one of the configured zones.

LATTENTION: These programming options are not available at this time, but will be added to the Cheetah

Xi panel in the future. The current Cheetah Xi hardware does not support these features. Any changes made to these programming features will have no effect on the panel operation.

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4.5.3.2 HOW TO ASSIGN ZONES TO THE AUX/NAC CIRCUIT

The AUX NAC Zone Assignment screen allows you to set which zones can activate the circuits. From the AUX NAC Menu, press the F2 key to access the AUX/NAC zone assignment screen:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

A U X N A C # 3: M U L T I Z O

Z O N E RANGE : 00 1 - 020

1 2 3 45678901234567890

- - - - - - - - - - - - - - - - - - - -

Exhibit 4-62: AUX/NAC Zone Assignment Screen

• Row A - This field allows you to set whether the circuit shown in Row A will activate on ANY ZONE

or MULTI ZONE. To change circuit number, use the ◄► arrow keys to move the cursor under the circuit number field; then use the +/- keys to increment/decrement the field.

To change the Zone Selection Status of the circuit, use the ◄► arrow keys to move cursor to the

zone selection field; then use the +/- keys to toggle the field (ANY ZONE or MULTI ZONE).

LNote: The Any Zone option sets the selected circuit to activate on the configured state for any

zone. The Multi Zone option sets the selected circuit to activate on the configured state for any zone selected in Row D.

• Row B - These fields allow you to set the 20 zone range that is displayed in Rows C & D. Use the

◄► arrow keys to position the cursor under the zone range field; then use the +/- keys to increment/decrement the group of 20 forward or backwards (Zones 001-254).

• Row C - These numbers act as placeholders and zone number indicators for the range of zones

selected on Row B.

• Row D - This range of fields allows you to set the zone assignment programming for the circuit

displayed in Row A if MULTIZONE is selected.

- = not programmed for this zone Y = programmed for this zone

Use the ◄► arrow keys to position the cursor under the specific zone position; then use the +/- keys to toggle the status.

LNote: The Any Zone option sets the selected circuit to activate on the configured state for any

zone. The Multi Zone option sets the selected circuit to activate on the configured state for any zone selected in Row D.

LATTENTION: These programming options are not available at this time, but will be added to the Cheetah

Xi panel in the future. The current Cheetah Xi hardware does not support these features. Any changes made to these programming features will have no effect on the panel operation.

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4.5.4 HOW TO ASSIGN POWER CUTOFF RELAY ADDRESS

The PWR CUT screen allows you to set the address of the relay module that will be used to perform power cutoff to the panel should the standby battery voltage drop below 18 volts.

From the Configuration Menu 4 screen, press the F4 key to access the PWR CUT relay assignment screen:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

SELECT POWER

C U T O F F D E V I C E A T

L O O P : 0 ADDR : 0 0 0

Exhibit 4-63: Power Cut Relay Assignment Screen

• Row C - These fields allows you to set the loop and address of the addressable relay module that will be used to perform power cutoff to the panel. To set the device address, use the ◄► arrow keys to move the cursor under the loop and address fields; then use the +/- keys to increment/decrement the fields.

LNote: The addressable relay module contacts will transfer and latch when a panel voltage

trouble is recorded. The relay contacts will remain latched even if the panel power is removed.

4.5.5 HOW TO CONFIGURE PANEL RELAYS AND OPTIONAL MODULES

The Relay options menu lets you change the programming of the Cheetah Xi’s on-board relays and optional modules (CRM4, RPM or DACT) installed at the P12 and P13 optional mounting positions.

From the “Configuration Menu 4” screen, press the F5 key to access the “Relay Configuration Menu”, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

F 1 - S E L E C T M O D U L E

F 2 - R ELAY FUNCT I ONS

F 3 - R ELAY ZONE ASS I GN

F 4 - F A N R E S T A R T M O D E

Exhibit 4-64: Relay Configuration Menu

F1 = Select Module Screen F2 = Assign Relay Functions Screen F3 = Relay Zone Assignment Screen F4 = Fan Restart Mode Screen

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4.5.5.1 HOW TO SET OPTIONAL MODULE MOUNTING LOCATION

The Select Module screen allows you to select the type of module that is installed in the Cheetah Xi’s P12 and P13 optional card mounting positions.

From the “Relay Configuration Menu” screen, press the F1 key to access the “Select Module” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

M O D U L E A T

P 1 2 : B O S C H D A C T

P 1 3 : C R M 4

Exhibit 4-65: Select Module Screen

• Row B - This field allows you to select the module that is present at location P12 (No Module,

CRM4, RPM#1, RPM#2, Bosch DACT). Use the ◄► arrow keys to move the cursor under the field; then use the +/- keys to select a different module.

• Row C - This field allows you to select the module that is present at location P13 (No Module,

CRM4, RPM#1, RPM#2). Use the ◄► arrow keys to move the cursor under the field; then use the +/- keys to select a different module.

I CAUTION

It is important that the panel configuration for P12 & P13 match the module type actually installed to avoid improper operation.

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4.5.5.2 HOW TO SET THE FUNCTION OF THE PANEL’S ON-BOARD RELAYS

The Relay Functions screen lets you change the operating parameters of the Cheetah Xi’s three on-board relays and optional CRM4 relays if installed.

From the “Relay Configuration Menu” screen, press the F2 key to access the “Relay Functions” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

R E L A Y P12A: D I S A B L E D

S T A T E : S T A T E P R O G

S I L E N C E : NO DR I L L : NO

R E S T A R T D E L A Y : 0 0 0SEC

Exhibit 4-66: Relay Functions Screen

• Row A - This field allows you to select the relay to configure (P2 relays NUM1-3, P12A-D, P13A-D). Use the ◄► arrow keys to move the cursor under the field; then use the +/- keys to select a different relay.

This field allows you to set the Enable/Disable status of the selected relay. Use the ◄► arrow keys to move the cursor under the field; then use the +/- keys to toggle the relay status.

LNote: The default state for Relay NUM3 is Trouble and it’s configuration parameters can not be

changed.

• Row B - This field allows you to set the relay activation state (i.e., Alarm, Pre-Discharge, Release, Pre Alarm #2, Process, Trouble, Supervisory, Abort, Zone Disable, Pre Alarm #1) for the relay selected in Row A. Use the ◄► arrow keys to move the cursor under the field; then use the +/keys to toggle the desired state.

• Row C - This field allows you to set the Silenceable and Drill Enabled/Disabled (Y/N) status for the relay selected in Row A. Use the ◄► arrow keys to move the cursor under the field; then use the +/- keys to toggle to the desired status.

Row D - This field allows you to set the CRM4 relay selected in Row A for fan restart operation by

assigning it a restart delay time (40 – 250 seconds). Use the ◄► arrow keys to move the cursor under the field; then use the +/- keys to toggle to the desired delay time. Once a delay time is selected, the relay will become normally energized and will only de-energize upon activation of the assigned state and zone. Once de-energized, the relay will not energize until after the panel has been reset and the set time delay has expired. Fan restart relays will not change state through a panel reset.

LNote: By default, the restart delay is set to ‘000’ allowing the relay to operate as a normally de-

energized relay with no restart delay.

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4.5.5.3 HOW TO ASSIGN RELAYS TO A ZONE

The Relay Zone Assignment screen lets you configure which zones will cause the selected relay to activate.

From the “Relay Configuration Menu” screen, press the F3 key to access the “Relay Zone Assign” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

R E L A Y P12A: M U L T I Z O

Z O N E RANGE : 00 1 - 020

1 2 3 45678901234567890

- - - - - - - - - - - - - - - - - - - -

Exhibit 4-67: Relay Zone Assign Screen

• Row A - This field allows you to set whether the relay shown in Row A will activate on ANY ZONE or

MULTI ZONE. To select a different relay, use the ◄► arrow keys to move the cursor under the relay field; then use the +/- keys to increment/decrement the field.

To change the Zone Selection Status of the circuit, use the ◄► arrow keys to move cursor to the

zone selection field; then use the +/- keys to toggle the field (ANY ZONE or MULTI ZONE).

LNote: The Any Zone option sets the selected relay to activate on the configured state for any

zone. The Multi Zone option sets the selected relay to activate on the configured state for any zone selected in Row D.

• Row B - This field allows you to set the 20 zone range that is displayed in Rows C & D. To change

the zone range, use the ◄► arrow keys to position the cursor under the zone range field; then use the +/- keys to increment/decrement the group of 20 forward or backwards (Zones 001-254).

• Row C - These numbers act as placeholders and zone number indicators for the range of zones

selected on Row B.

• Row D - This range of fields allows you to set the zone assignment programming for the relay

displayed in Row A if MULTIZONE is selected.

- = not programmed for this zone Y = programmed for this zone

Use the ◄► arrow keys to position the cursor under the specific zone position; then use the +/- keys to toggle the status.

LNote: The Any Zone option sets the selected relay to activate on the configured state for any

zone. The Multi Zone option sets the selected relay to activate on the configured state for any zone selected in Row D.

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4.5.5.4 HOW TO SET FAN RESTART MODE

The Fan Restart screen allows you to select whether CRM4 relays configured for fan restart will activate automatically upon reset or require a manual input for activation following a panel reset.

From the “Relay Configuration Menu” screen, press the F4 key to access the “Fan Restart” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

S E L E C T F A N R E S T A R T

M O D E : A U T O M A T I C

C D

Exhibit 4-68: Fan Restart Configuration Screen

• Row B - This field allows you to select whether relays configured for Fan Restart automatically transfer after set time or if the set time begins upon a manual input.

AUTOMATIC (factory default) – Upon activation of an ALARM event, the CRM4 relays will activate and remain active until panel is reset. Once the panel is reset, the fan restart sequence begins and fan restart relays will deactivate according to their programmed time delay.

MANUAL – Upon activation of an ALARM event, the CRM4 relays will activate and remain active until panel is reset. After panel reset, the fan restart sequence is delayed until the operator activates any of the following switch sources: 1) Panel’s ENTER key, 2) monitor module configured for Fan Restart, 3) RDU switch configured for Fan Restart. Upon switch activation, the panel will initiate the automatic fan restart sequence and the relays will deactivate according to their programmed time delay. Once all relays are deactivated, the panel will return to normal operation.

4.6 CONFIGURATION MENU 5

From the “Configuration Menu 4” screen, press the F6 key to access the “Configuration Menu 5” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

C O N F I GURAT I ON MENU 5

F 1 - L O G O F 4 - D I A L E R

F 2 - A U T O A F 5 - N E T W O R K

F 3 - F 6 - M E N U 6

Exhibit 4-69: Configuration Menu 5

F1 = Edit Panel Logo Screen F2 = Auto Addressing Screen F3 = Not Used F4 = Dialer Auto Test Screen F5 = Network Configuration Menu F6 = Configuration Menu 6

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4.6.1 HOW TO CHANGE SYSTEM LOGO

The Logo screen allows you to change the corporate logo that will appear on Row B on the System Status screen.

From the “Configuration Menu 5” screen, press the F1 key to access the “Panel Logo” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

P ANE L LOGO

ON LINE 2:

F I K E C O R P O R A T I O N

Exhibit 4-70: Panel Logo Screen

• Row C - This range of fields allows you to set a logo (name) that will appear on the second line of

the panel display. To change the logo, use the ◄► arrow keys to move cursor to the field; then use the +/- keys to advance/decrement the character at the selected field.

LNote: This is NOT the message that identifies the panel on the network or with panel generated

events. Refer to the Network configuration menu to configure the panel custom message.

4.6.2 HOW TO AUTO ADDRESS DEVICES

The Auto Addressing function allows the panel to identify new (unprogrammed) addressable devices connected to a Signaling Line Circuit (SLC) with either a Loop 0 or Address 0 configuration. New device will be assigned the next available address.

From the “Configuration Menu 5” screen, press the F2 key to access the “Auto Address” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

A U T O ADDRESS I NG : O F F

S E L E C T L O O P S : 1 2 3 4

S E L ECT ADDRS : 0 0 1 → 0 5 0

P R E S S E N T E R T O S T O R E

Exhibit 4-71: Auto Address Screen

• Row A - This field allows you to turn the Auto Addressing feature ON/OFF. Use the ◄► arrow keys

to move cursor to the field; then use the +/- keys to toggle the field (ON/OFF).

• Row B - This field allows you to select which addressable loops will be affected when Auto

Addressing is turned ON. Use the ◄► arrow keys to move cursor to the field; then use the +/- keys to toggle the field.

• Row C - This field allows you to select the address range that you would like to auto address. Use

the ◄► arrow keys to move cursor to the field; then use the +/- keys to toggle the field.

• Row D - When you have the address range that you would like to have auto addressed, press the

Enter key. Devices will NOT be addressed until it is added to the loop (NEW DEVICE record identified) and the panel is reset.

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4.6.3 HOW TO CONFIGURE DIALER TEST

The Dialer screen allows you to configure the Cheetah Xi panel to periodically perform an operational test of the dialer. This test will send a contact ID code 50 (Auto Test) to the monitoring facility.

From the “Configuration Menu 5” screen, press the F4 key to access the “Dialer Configuration” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

D I A L E R A U T O T E S T

R E P E A T C Y C L E : D I S A B L E

S T A R T I N G H O U R : 0 2 A M

Exhibit 4-72: Dialer Configuration Screen

• Row B - This field allows you to set the number of hours that must elapse before the second and successive dialer tests are performed. Configurable options include ‘06Hours’, ‘12Hours’, and ‘24Hours’. Use the +/- keys to change the value at the cursor. Default is ‘DISABLE’ for no test.

• Row C - This field allows you to set the starting hour to begin the daily dialer test. Configurable between 0 and 23 hours, where the default is 2 AM. Use the ◄► arrow keys to move cursor to the field; then use the +/- keys to increment/decrement the time.

LNote: The Contact ID dialer is capable of performing its own operational tests. Configuring the

panel to initiate its own test might be redundant and could be considered a nuisance to the monitoring company. Only utilize this feature if instructed to do so by the local authority.

4.6.4 HOW TO CONFIGURE PANEL NETWORK

The Network Configuration menu provides configuration options associated with the Cheetah Xi’s P20 network module.

From the “Configuration Menu 5” screen, press the F5 key to access the “Network Configuration Menu” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

C O N F I G U R E N E T W O R K

F 1 - I D‘S F4-HIST TR

F 2 - M O D U L E F 5 - S W I T C H

F 3 - Z O N E S

Exhibit 4-73: Network Configuration Menu

F1 = Configure panel’s network ID and supervision F2 = Configure network module type and settings F3 = Select zones this panel should participate in F4 = Enable/Disable panel’s network operations F5 = Configure how panel responds to switches

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4.6.4.1 HOW TO SET PANEL’S NETWORK ID AND SUPERVISION

The Network Panel ID (Network Address) screen allows you to set a unique panel ID that identifies the

respective Cheetah Xi panel on the network. A Cheetah Xi network can contain up to 128 panels. Each panel connected to the same network must have a unique Panel ID.

From the “Network Configuration Menu” screen, press the F1 key to access the “Network Panel ID” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

N E T W O R K P A N E L I D : 0 0 1

A L L N E T I D’ S : 0 0 1 - 0 2 0

1 2 3 45678901234567890

Exhibit 4-74: Network Panel ID Screen

• Row A - This field allows you to set a unique network ID (Address) for the respective panel. Use the

◄► arrow keys to move cursor to the field; then use the +/- keys to change network ID.

• Row B - This field allows you to select the 20 IDs range displayed in Rows C & D. To change the ID

range, use the ◄► arrow keys to position the cursor under the range field; then use the +/- button to increment/decrement the range in groups of 20 forward or backwards (ID’s 001 – 128)

• Row C - These numbers act as placeholders and zone number indicators for the range of zones

selected on Row B.

• Row D - These fields allow you to select the Network panel ID’s to be supervised by this panel. The

fields show the panel IDs on the network in groups of 20. Move the cursor with the ◄► arrow keys to position under desired ID number shown on Row C; then use the +/- keys to toggle a Y under each network panel ID that you want this panel to supervise.

Y = Supervise this panel ID Blank = No supervision of that network ID

To set the custom message for network panels, press the F1 key:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

CUSTOM MESSAGE

FOR PANEL: 0 0 1

C D

C U S T O M M S G P A N E L 0 0 1

Exhibit 4-75: Network Panel Custom Message Screen

• Row B - This field allows you to select the network panel address to assign a custom message to.

This message will be shown for history events. Use the ◄► arrow keys to move cursor to the field; then use the +/- keys to change panel address.

• Row D - This field allows you to assign the custom message for the respective panel. Use the ◄►

arrow keys to move cursor to the field; then use the +/- keys to change the field value.

Cheetah Xi Programming Manual 4-47 P/N: 06-651 Rev 1, 09/2013

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4.0 CONFIGURATION MENU

4.6.4.2 HOW TO CONFIGURE NETWORK MODULE

The Network Module Configuration screen allows you to configure the associated Cheetah Xi panel equipped with a RS485 or Fiber Optic network module, to participate on a networked system.

From the “Network Configuration Menu” screen, press the F2 key to access the “Network Module Configuration” screen, as shown below:

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0

M O D U L E T Y P E : N O N E

N E T W W I R I N G : S T Y L E - 4

S W F U N C T I O N : L O C A L

C U S T O M M S G P A N E L 0 0 1

Exhibit 4-76: Network Module Config Screen

• Row A - This field allows you to define the location of the panel under configuration with respect to other panels on the network. Use the ◄► arrow keys to move cursor to the field; then use the +/keys to toggle module type.

NONE (default) – Select this option if the respective fire panel has no network module installed or to temporarily isolate the panel from the network. All network messages (incoming and outgoing) will be ignored. The network module will continue to operate and pass along messages to other panels as long as the network wiring remains in place.

FIRST – A Cheetah Xi network must have at least two panels. One of the two panels, regardless of

wiring style, must be configured as the First panel. This requirement is present to provide

directionality to the network wiring and provide assistance in diagnostics.

MIDDLE – If the Cheetah Xi network has more than two panels (maximum of 128), every panel on

the network not configured as either a First or Last, must be configured as Middle or None.

LAST – A Cheetah Xi network must have at least two panels. One of the two panels, regardless of

wiring style, must be configured as the Last panel. This requirement is present to provide

directionality to the network wiring and provide assistance in diagnostics.

• Row B - This field allows you to set the wiring style used by the network (Class B/Style 4 or Class A/Style 7). Use the ◄► arrow keys to move cursor to the field; then use the +/- keys to toggle

between the Network Wiring Styles. When set for Style 7 wiring, the First panel will monitor the

Class-A homerun wires.

• Row C - This field allows you to control the switch functionality of the panel. Use the ◄► arrow keys to position the cursor under the LOCAL/GLOBAL field; then use the +/- keys to toggle between those values.

LOCAL – The respective panel will accept switch functions only from network panel IDs selected by the network switch configuration screen. See Section 4.6.4.5.

GLOBAL – The respective panel will accept switch functions from any panel on the network. When set to Global, all of the panel IDs in the “Network Switch Configuration” screen (See Section 4.6.4.5) will have a lower case “y”.

• Row D - This range of fields allows you to set a custom message for this network panel. Use the ◄► arrow keys to move cursor to the field; then use the +/- keys to cycle through all ASCII characters and display the desired character. Arrow to next character and repeat until custom message is completed.

4-48 Cheetah Xi Programming Manual Rev 1, 09/2013 P/N: 06-651

Cheetah Xi, 10-068 Programming Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

TABLE OF CONTENTS

LIST OF EXHIBITS

1.0 ABOUT THIS MANUAL

1.1 ABOUT THIS MANUAL

1.2 PRODUCT SUPPORT

1.3 SAFETY INFORMATION

1.4 RELATED DOCUMENTATION

1.5 REVISION HISTORY

2.0 C-Linx PROGRAMMING OPTIONS

2.1 UNDERSTANDING CHEETAH Xi

2.2 SOFTWARE PROGRAMMING FEATURES

3.0 GETTING STARTED

3.1 USER INTERFACE

3.2 PASSWORD PROTECTION

3.2.1 HOW TO LOG ONTO THE SYSTEM

3.2.2 CHANGING THE SYSTEM ADMINISTRATOR PASSWORD

3.3 CONFIGURING THE SYSTEM

3.3.1 AUTOPROGRAM

3.3.2 ENGINEERED CONFIGURE

3.4 HOW TO ADDRESS A DEVICE

3.4.1 HOW TO AUTO ADDRESS FIELD DEVICES (AUTO A)

3.4.2 HOW TO USE THE PANEL’S DEVICE ADDRESS FUNCTION TO ADDRESS A DEVICE

3.4.3 HOW TO ADDRESS DEVICES WITH THE IR TOOL (P/N 55-051)

3.4.4 HOW TO ADDRESS DEVICES WITH THE HAND-HELD PROGRAMMER (P/N 10-2648)

3.4.5 HOW TO ADDRESS DEVICES USING C-LINX’S DEVICE ADDRESSING WIZARD

3.4.6 HOW TO ADDRESS DEVICES USING C-LINX’S ASSIGN DEVICE ADDRESS FUNCTION

4.0 CONFIGURATION MENU

4.1 CONFIGURATION MENU

4.2 CONFIGURATION MENU 1

4.2.1 HOW TO CONFIGURE A FIELD DEVICE

4.2.1.1 HOW TO CHANGE A DEVICES ALARM FEATURES

A. HOW TO MODIFY A SENSOR

B. HOW TO MODIFY A CONTROL OR RELAY MODULE

C. HOW TO MODIFY A MONITOR MODULE

D. HOW TO MODIFY A PULL STATION

E. HOW TO DELETE A DEVICE FROM THE SYSTEM CONFIGURATION

F. HOW TO READ, WRITE, ENABLE OR, DISABLE A DEVICE

G. HOW TO SET THE AHU RELAY RE-START DELAY

4.2.1.2 HOW TO CHANGE A DEVICES RELEASE FEATURES

4.2.1.3 HOW TO PERFORM A CONFIGURATION CHECK

4.2.2 HOW TO MODIFY THE PANEL’S NAC CIRCUITS

4.2.2.1 HOW TO MODIFY NAC FUNCTIONS

4.2.2.2 HOW TO SET NAC ZONE ASSIGNMENTS

4.2.2.3 HOW TO SET NAC SYNC PROTOCOL

4.2.3 HOW TO CHANGE SLC SUPERVISION

4.2.3.1 HOW TO SET SLC COMMAND MODE FUNCTIONS

4.2.4 HOW TO EXECUTE THE LEARN FUNCTION

4.2.4.1 LEARN New Devices Only

4.2.4.2 LEARN All devices

4.3 CONFIGURATION MENU 2

4.3.1 HOW TO SET SYSTEM TIME AND DATE

4.3.2 HOW TO SET SYSTEM SILENCING OPTIONS

4.3.3 HOW TO SET SYSTEM POWER OPTIONS

4.3.4 HOW TO MODIFY DAYTIME SENSITIVITY SETTINGS

4.3.4.1 HOW TO SET DAYTIME SENSITIVITY RANGE

4.3.4.2 HOW TO SET HOLIDAY SETTINGS FOR DAYTIME SENSITIVITY

4.3.5 HOW TO ENABLE/DISABLE AND ASSIGN CUSTOM MESSAGES TO ZONES

4.3.5.1 HOW TO ASSIGN A CHIME CODE TO A ZONE

4.4 CONFIGURATION MENU 3

4.4.1 HOW TO SET PERIPHERAL DEVICE PARAMETERS

4.4.1.1 HOW TO CONFIGURE PERIPHERAL DEVICES

4.4.1.1.1 PERIPHERAL DEVICE TESTING

4.4.1.1.2 HOW TO PROGRAM A 256 LED GRAPHIC

4.4.1.2 HOW TO SET THE PERIPHERAL BUS COMMAND SOURCE

4.4.1.3 HOW TO SET THE PERIPHERAL BUS SPEED

4.4.1.4 HOW TO SET THE PERIPHERAL BUS COMMAND SET

4.4.2 HOW TO ENABLE/DISABLE SYSTEM WALKTEST

4.4.3 HOW TO ENABLE/DISABLE SYSTEM GROUND FAULT DETECTION

4.4.4 HOW TO SET PANEL ABORT TYPE

4.4.5 HOW TO ENABLE/DISABLE DAY/NIGHT SENSITIVITY FEATURE

4.5 CONFIGURATION MENU 4

4.5.1 HOW TO SET AC TROUBLE DELAY

4.5.2 HOW TO CONFIGURE VESDA DETECTORS

4.5.2.1 HOW TO SET VESDA ALARM FEATURES

4.5.2.2 HOW TO SET VESDA SECTOR/ZONE CORRELATION

4.5.2.3 HOW TO SET VESDA ZONE NUMBER AND LOOP/ADDR