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2

Product Training&

Technical Certification

2015



4

Fike Training & Certification• Purpose

– Increase knowledge of the CyberCat Fire Alarm System

– Provide product certification to distributors• Certification

– Ongoing re-certification process

– Certification valid for two (2) years

– Re-certify on-line• Fike Forums = http://forums.fike.com

• Certification if for attending employee AS AN EMPLOYEE of

company sponsoring attendance. Certification does nottransfer to new company if employee leaves that company.



5

Training Agenda• Equipment

– Specifications

– Wiring

• Design

• Operation

• Installation

– Panel Hookup

– Startup Procedure

• Programming/Configuration

• Service/Troubleshooting• Smoke Control

• Exam



6

Generic Fire Alarm System

Smoke & Thermal

Detectors

Waterflow &

Supervisory

Manual Fire Alarm

Audible & Visual Alarm

Signals

Notification Appliances

Sprinkler Pre-Action

Clean Agent Release,

CO2, or Watermist

Peripheral Annunciation

LED Graphic

FIREALARM

Manual 06-326 Page 2-1



7

CyberCat 254 / 1016 Installation Manual• Firmware Released

– Version 1.00• Released September 2004

– Version 1.30• Released May 2005

– Version 3.00• Released August 2007

– Version 3.10• Released April 2008

– Version 4.00• Released November 2008

• Added Smoke Control – Version 4.20

• Released December 2009

– Version 5.00• Released June 2010

• Added Voice Evacuation

– Version 6.00 / 6.10• Released March 2012 / July 2012

• Voice Evacuation 1A

– Version 6.40• Released October 2013

Manual 06-326



8

CyberCat 254 / 1016 Operation & Maintenance

• NEW MANUAL 06-326-2

Operation & Maintenance Manual

Released January 2012

• Operation

• Diagnostics

• Maintenance

Manual 06-326-2



9

CyberCat 254 / 1016 Programming Manual

Manual 06-539

• NEW MANUAL 06-539

Programming Manual

Released January 2012

• Addressing

• Configuration



10

• Underwriters Laboratories (UL) – File Number: S2203 – Type: Local, Remote Station, Central Station PPU – Service Type: A-Automatic Fire Alarm, M-Manual Fire Alarm, Releasing

Device Service, WF-Water-flow alarm, SS-Sprinkler Supervisory Service,DACT

• Factory Mutual (FM) – File Number: 3020297

• City of New York (MEA) – File Number: 490-04-E

• California State Fire Marshall (CSFM) – File Number: 7165-0900:137

• California State Fire Marshall (CSFM) (For High Rise Applications) – File Number: 7170-0900:148

• City of Denver, CO

• City of Chicago (Version 4.20) (CyberCat 1016 & 254)

• Version 6.0 Added Boston, New York and Chicago Voice Specs.

CyberCat Listings/Approvals




11

• Manual # 06-368 – Version 3.00

• Released March 2007

– Version 3.10

• Released April 2008 – Version 4.00

• Released November 2008

• Added Smoke Control

– Version 4.20 (Firmware Only)

• Released December 2009• Canada and Chicago

– Version 5.00 (Firmware Only)• Released June 2010

• Added Voice Evacuation

– Version 6.01 / 6.10 – Released March 2012 / July 2012

• Voice Evacuation 1A

– Version 6.40• Released October 2013

CyberCat 50 Installation Manual 06-368

Forums & Jump Drive Manual 06-368



12

CyberCat 50 Operation & Maintenance

• NEW MANUAL 06-368-2

Operation & Maintenance Manual

Released July 2012

• Operation

• Diagnostics

• Maintenance

Jump Drive, Manual 06-368-2



13

CyberCat 50 Programming Manual

Jump Drive, Manual 06-656

• NEW MANUAL 06-656

Programming Manual

Released July 2012

• Addressing

• Configuration



14

CyberCat 50 Listings/Approvals

• Underwriters Laboratories (UL) – File Number: S2203

– Type: Local, Remote Station, Central Station PPU

– Service Type: A-Automatic Fire Alarm, M-Manual Fire Alarm, ReleasingDevice Service, WF-Water-flow alarm, SS-Sprinkler SupervisoryService, DACT

• Factory Mutual (FM) – File Number: 3020297

• City of New York (MEA)

– File Number: 490-04-E• California State Fire Marshall (CSFM)

– File Number: 7165-0900:137

• California State Fire Marshall (CSFM) (For High Rise Applications) – File Number: 7170-0900:148

• City of Denver, CO

• OSHPD (Seismic Certification)

Jump Drive – Manual 06-368, Page 1-2



15

CyberCat Features

• System

– 254 Software Zones/Hazards

– 3200 Event history with dedicated alarm

– Serial Dialer, point ID

– 6 Amps of Power expandable to 12 Amps (1016 Only)

– 75 AH Battery Charging exp. to 150 AH (1016 Only)




16

CyberCat Features

• Signaling Line Circuit (SLC)

– True Peer-to-Peer intelligent Signaling Line Circuit devices(Eclipse)

– 254 Addressable Devices per loop (Except CyberCat 50)

• 2 loops standard (508 devices) (1016 Only)

• Expandable to 4 total loops (1016 devices total on 1016 Only)

• ** 50 Addressable Devices per Loop (1) on CyberCat 50

– Infrared (IR) Tool for addressing and testing devices

– Multicolor device LED for instant status




17

CyberCat System Operation

• Device LED Operation

– Normal = LED blinks green “heartbeat” every 5 seconds

– Pre-Alarm1 = LED blinks red, slowly – Pre-Alarm2 = LED blinks red, fast

– Active/Alarm = LED on red, continuous

– Trouble, Open = LED blinks amber (yellow), slowly

– Trouble, Short = LED blinks amber (yellow), fast – Trouble, General = LED on amber (yellow), continuous

– Test Alarm = LED blinks green/red

• Green/Red also possible on RM showing normal status of input

and activation status of Relay (or vice-versa)

• Green fast indicates device is ‘selected’ with IR or possible wiring

issue



18

CyberCat Features

• Enclosure – Compact Steel Enclosure

– Available in Red or Black

– Available with or without Lexan cover

– Dead Front option

– Surface mount or use ½” lip to facilitate flush mounting




19

Specifications



20

CyberCat 1016 Specifications

• 10-064-c-p-L CyberCat 1016 Control System – c, Enclosure color

• R = Red

• B=Black – p, Transformer

• 1 = 120VAC

• 2 = 240VAC

– L, Lexan• w/ L, Lexan installed

• w/o L, Lexan not installed




21


• 10-066-c-p-L CyberCat 254 Control System – c, Enclosure color

• R = Red

• B=Black

– p, Transformer• 1 = 120VAC

• 2 = 240VAC

– L, Lexan• w/ L, Lexan installed

• w/o L, Lexan not installed




22


• 10-06x-c-p-L-d CyberCat Control System

– d, Deadfront




23


• 10-06x-c-p-L-3-d CyberCat Control System

– 3, 3 Card Deadfront




24


• 10-06x-c-p-L-19-d CyberCat Control System

-19, 19 Card Deadfront






25


• 10-070-c-p(-d) CyberCat 50 Control System – c, Enclosure color

• R = Red

• B=Black

– p, Transformer• 1 = 120VAC

• 2 = 240VAC

– d, Deadfront• w/ d, deadfront included

• w/o d, no deadfront included




26





27

CyberCat Specifications

• Environmental – 32° – 120°F (0 ° – 49 °C)

– 93% Relative Humidity• Primary AC Power

– 120V Transformer (02-10881)

• 60 Hertz

• 2.22 Amps

• 225 VA

– 240V Transformer (02-10882)

• 50/60 Hertz

• 1.45 Amps

• 348 VA




28

CyberCat 254 / 1016 Specifications

• Main Controller – 10-2472 (1016)

– 10-2525 (254)

– Central Processors• Main

• Loop

– LCD Display

– Keypad – Status LEDs

– Buzzer

– AUX Power Circuits

– Signaling Line Circuits

– Peripheral/DACT Circuits

– Notification Appliance Circuits




29

CyberCat 50 Controller

• Main Controller – 10-2620

– Central Processors• Main

• Loop

– LCD Display

– Keypad

– Status LEDs – Buzzer

– AUX Power Circuits

– Signaling Line Circuits

– Peripheral/DACT Circuits

– Notification Appliance Circuits

Jump Drive - Manual 06-368 Page 3-1



CyberCat Display

Manual 06-326-2 Page 2-3



31


• Controller Power – 2 Amps Normal Standby

• Expandable to 4 Amps with SPS (1016 Only)

– 6 Amps Alarm

• Expandable to 12 Amps with SPS (1016 Only)

– Board itself pulls 0.275 A @ 24VDC




32

• System – 2 Amps Standby……5.25 Amps of Alarm Power Maximum – 2 Continuous AUX Power Circuits, 1.75 Amps Each – No pluggable modules (i.e. CRM4, Network)

– Non removable terminal blocks – Direct USB Configuration

• Signaling Line Circuit (SLC) – 50 Addressable Devices on 1 Loop

• Enclosure – Backbox is shallower – Door is deeper – Door has a rectangle hole with bezel

• REQUIRES USB cable

• REQUIRES USB Driver – Download from Fike Forums or Fike website – Now find on computer – Downloaded with C-Linx later versions – ANY USB/A to USB/B 2.0 Male to Male Cable (Buy Locally?)

CyberCat 50 Features vs. 254 &1016




33


• NFPA 70 requirements

• Non Power-Limited – AC and Battery

• Power-Limited – Peripheral – Auxiliary Power – SLCs – NACs – P20 (Network)

• Undefined – P2, P12, P13

Non Power-Limited

Undefined Power-Limited



34


• P1 – Power Supply Input

– AC XFMR

• Supervised

• Non Power-Limited

• Terminals 1 & 2 – 16 AWG – 12 AWG

• 24 VAC

• F1 – 15 Amp (P/N 02-4174)

Terminal 1

CAUTION: AC Voltage must be plugged into the LEFT side of P1 (Terminals 1 & 2).

Damage will occur if AC voltage is applied to the right side of P1 (Terminals 3 & 4).




35

CyberCat System Installation

• Transformer(s)

WARNING: Reversal of Transformer Primary and Secondary WILL DAMAGE CONTROLLER!

– H1/H2 = Primary (Transformer Input)• Think H for High Voltage

– X1/X2 = Secondary (Transformer Output)




36


• P1 – Power Supply Input

– BATTERY

• Supervised• Non Power-Limited

• Terminals 3 & 4 – 14 AWG – 12 AWG

– 10’ maximum

• 27.6 VDC

• F2 – 15 Amp (P/N 02-4174)

CAUTION: AC Voltage must be plugged into the LEFT side of P1 (Terminals 1 & 2).

Damage will occur if AC voltage is applied to the right side of P1 (Terminals 3 & 4).

CAUTION: Observe proper battery

polarity (+ = terminal 3; - = terminal 4).

Fuse F2 will open if reversed. Terminal 1




37


• Batteries




38


• P2 – Relays

– 2 Amps @ 30 VDC

– 0.5 Amps @ 120 VAC – Alarm (Relay 1)

• Terminals 1 – 3

• Configurable

– Supervisory (Relay 2)• Terminals 4 – 6

• Configurable

– Trouble (Relay 3)

• Terminals 7 – 9

• Normally energized

Terminal 1

NOTE: All connections to terminal

block shall be either Power-Limited or

Non Power-Limited, NOT both.




39


• P2 – Relays

– Form C, SPDT

– Contact Rating• 06-356, Page 14

• 2A@30VDC

• 0.5A@120VAC

– Alarm Relay

• Configurable – Supervisory Relay

• Configurable

– Trouble Relay

• Normally Energized – NON Configurable

C NC NO C NC NO C NC NO

P2

Alarm Supervisory Trouble




40


• P3 – COMPUTER

– Power-Limited

– RS-232

– C-Linx Port• System Configuration

• System Diagnostics

– 10-1874A or B• 50’ maximum

• 14’ provided

NOTE: This port is for configuration

and diagnostic purposes only and not

intended for continuous connection.

CAUTION: If a Ground Fault is presenton the system, do not connect the PC

until there is confidence that there is

not a high voltage present on the

ground.




41

• Fike Communication Cables

– Required for Laptop Communications toCyberCat 254 & 1016 Controller (P3)

– P/N 10-1874A• For direct DB9 RS232 Serial Port

– P/N 10-1874B

• For USB to DB9 RS232 Conversion

• Includes 02-11139

• Includes 10-1874A

– P/N 10-2629 Required for Communications

to CyberCat 50.

• ANY USB A/B 2.0 Cable• Direct USB connection

• Requires USB Driver – Download from Forums

CyberCat Configuration Equipment




42


• P4 – VESDA

– RS232

– HLI Port• VESDAnet Interface

• 50’ maximum

• 14’ provided


See Tech Bulletin DC07-007 for VESDAnet Limitations



43


• P5 – Peripherals

– RS-232

– Peripherals• Configuration

• Diagnostics

• 10-1874A or B

– Configuration is sent directly

from computer to peripheral

devices.




44

CyberCat 254/1016 System Installation

• P3/P4/P5 – RS-232 Ports

– Maximum 50ft wiring

– P3 – COMPUTER• C-Linx Configuration

• Not for continuous

connection

– P4 – VESDA

• VESDA HLI – P5 – Peripherals (232)

– Computer connection




45


Terminal 1

* Fike recommends Belden 9841, but any

cable with equivalent specifications can

be used.


• P6 – RS485 – 31 Devices maximum

– 4,000’ maximum

• Low Capacitance Cable*• No t-tapping

– Terminals 1 & 2• Serial DACT

– Terminal 3• Drain Wire

– Terminals 4 & 5• Fike Peripherals

– RDUs, LED Graphic,

– Zone Annunciator, – Multi-Interface, Ethernet,

– Precise Graphics, Relay Controller,

– Class A Peripheral Card

– Voice Evacuation



46

CyberCat 254/1016 System Installation

• P6 – RS-485 Ports

– DACT Communications

– Fike Peripheral Communications• Remote Displays, Zone Annunciator, LED Graphic, Precise Graphics,

Ethernet, Smoke Control, Voice Evacuation

– Wiring• Manual 06-356, page 15

• 4000 ft max., Belden 9841 or equivalent• No T-Tapping

• 100 ohm termination resistor on last device P21 +

2 -

4 -

3 +

POWER LIMITED AND SUPERVISEDB

A

Insulate

100 ohm term.

3 +

4 -

2 -

1 +

P2

P3+-

SHLD

SHLD

-+ P2

Graphic Annunciator

Zone

Annunciator

Remote

Display

RS485 4,000 feet max. 31 devices,

any combination.Power Limited, and each device can

be supervised.

DACT (485 ) Peripherals + - SHLD + -

P2 P3 P4 P5

COMPUTER VESDA

P6

Peripherals (232)

C NC NO C NC NO C NC NO Alarm Supervisory Trouble

DACTOPTIONAL

Version 5.0

9600 bps

38400bps


Version 3.0

EXP Protocol



47

CyberCat 50 System Installation

• P6 – RS-485 Ports – DACT Communications

– Fike Peripheral Communications

• Remote Displays, Zone Annunciator, LED Graphic, Multi-Interface,Ethernet

– Wiring• 4000 ft max.,

Belden 9841 or equivalent

• No T-Tapping• 100 ohm termination

resistor on last device

Version 5.0

9,600 bps Speed38,400 bps Speed


Version 3.0

EXP Protocol



48


• P7 – Auxiliary Power

– Supervised

– 24VDC (Regulated 28V max.) – 2 Amps Maximum per circuit

– Resettable 24 VDC• Terminals 1 – 3

• Fused by F3

– Continuous 24 VDC• Terminals 4 – 9

• Fused by F4 / F5

Terminal 1

NOTE: Each of the circuits are short

circuit protected by a 4 Amp, field

replaceable, fuse (P/N 02-11412).

F3

F4

F5

NOTE: Shielded wiring is not required

for this circuit, but if used, connect drain

to panel at terminal provided.




49


• P7 & P22 Auxiliary Power (P6 on CyberCat 50)

– 24VDC Continuous• Peripherals, SCM, RCM, Sounder Bases, HLI

• 2 on Main Board• 3 on SPS

– 24VDC Resettable• 4-wire Detectors

– UV, Beam, Conventional DUCT, etc.

• 1 on Main Board – 0 on CyberCat 50

• 0 on SPS

– 2 Amps Maximum each• 1.75A on CyberCat 50

A d d r e s s a b l e

L o o p 2

- -

+ +

S H L D

-

+

P8

A d d r e s s a b l e L o o p 1

- -

+ +

S H L D

-

+

- -

+ +

S H L D

-

+

A d d r e s s a b l e

L o o p 1

P9

+

-

S HL D

+

-

S HL D

+

-

S HL D

A ux i l i ar y O u t p u t s

P 2 2

SUPPLEMENTALPOWERSUPPLY

Resettable Aux Out Auxliliary Outputs + - SHLD + - SHLD + - SHLD

P7





50


• P8/P9 – Signaling Line Circuit (SLC) (No P9 on 254)

– Supervised

– Class B (Style-4)

– Class A (Style-6 or 7*)

– 100 mA maximum

– 28 VDC maximum

– 70 ohms maximum – 0.60 μF maximum

– 24 AWG – 12 AWG• 12,000 feet max. (14 AWG)

– 254 devices each

Terminal 1

*NOTE: When installing SLC using

Style-7, the first and last isolator device

shall be mounted in conduit, in the same

room, and within 20 feet of enclosure.

NOTE: Shielded wiring is not required

but recommended for electrically noisy

environment.


C b C t S ifi ti



51






52

CyberCat Specifications(NEC Chapter 9, Table 8)

C b C S I ll i



53


• P8/P9 Signaling Line Circuits (P7 on CyberCat 50)

– Eclipse Series Addressable Devices

– Class B (Style-4)

• T-Tapping Allowed – Class A (Style-6)

• NO T-Tapping

– Class A (Style-7)

• NO T-Tapping• Requires Isolator Devices

– Specifications• Manual 06-356, page 16

• 12,000ft. max. (14 AWG)

• 70 ohms max. loop

+L E D

-

OPTIONAL REMOTE ANNUNCIATOR(+)(-)

(+)

(-)

+L E

D - L E

D +

EOL39K

-

+-+

EOL39K

1 4

1 3

7

8

9

1 0

1 1

1 2

1 2 3

4

5

6

TOP

ADDRESSLOOP

- -

+ +

S H L D

-

+



P8

- -

+ +

S H L D

-

+

-

CONNECT DRAIN WIRE THROUGH AT JUNCTION BOXES

INSULATE. LEAVE DRAIN OPEN (NO CONNECTION) AT LAST DEVICE.

DET #1 DET #2

DET #3

02-11259

- -

+ +

S H L D

-

+

(--)

P8



- -

+ +

S H L D

-

+

LOOP ADDRESS

TOP

6

5

4 3 2 11

2

1 1

1 0

9

8

7

1 3

1 4

39KEOL

+-+-

39KEOL

+L E D

- - L E D

+

(-)

(+)(-) (+)

OPTIONAL REMOTE ANNUNCIATOR

(++)

02-11259



C b C t S t I t ll ti



54


• Class B (Style-4) Wiring

– T-Tapping Allowed

– Loss of communications to devices after wiring break

+L E D

-

OPTIONAL REMOTE ANNUNCIATOR(+)(-)

(+)

(-)

+L E D

- L E D +

EOL

39K

-

+-+

EOL

39K

1 4

1 3

7

8

9

1 0

1 1

1 2

1 2 3

4

5

6

TOP

ADDRESSLOOP

- -

+ +

S H L D

-

+

A d d r e s s a b l e L o

o p 1


P8

- -

+ +

S H L D

-

+

-

CONNECT DRAIN WIRE THROUGH AT JUNCTION BOXES

INSULATE. LEAVE DRAIN OPEN (NO CONNECTION) AT LAST DEVICE.

DET #1 DET #2

DET #3

02-11259





55


• Class A (Style-6)

– Redundant return leg• Prevents loss of communication to devices if a wire break occurs

– NO T-Tapping

- -

+ +

S H L D

-

+

(--)

P8



- -

+ +

S H L D

-

+

LOOP ADDRESS

TOP

6

5

4 3 2 11

2

1 1

1 0

9

8

7

1 3

1 4

39KEOL

+-+-

39KEOL

+L E

D - - L E

D +

(-)

(+)(-) (+)


(++)

02-11259





56


• Class A (Style-7) (Class X) – Redundant return leg

• Prevents loss of communication to devices if a wire break occurs

– NO T-Tapping – Style-7• Requires isolation at each device

• Prevents wire shorts from bringing down entire loop





57


• P10/P11 – Notification Appliance Circuit (NAC) – Supervised

– Wiring• Class B (Style-Y)

– 1.2K Ω EOL (p/n 10-2570)

• Class A (Style-Z)

• Max. Resistance – Refer to manual, page 17

– 2.00 Amps maximum

– Regulated (16 – 33 VDC)*

– Strobe Synchronization*• Gentex, System Sensor

Terminal 1

* See 06-186 Compatibility Document for

tested appliances and compatibility with

Wheelock notification appliances.





58


• P10/P11 – Notification Appliance Circuits

(P8 & P9 on CyberCat 50)

– Specifications

• Manual 06-356, page 17• 2 Amps Each on CyberCat 254 or 1016

– 1.75A Each CyberCat 50

• Class B w/ 1.2K ohm EOL

• Class A





59


• P12 – Optional Module

– CRM4 Relay

• 10-2204• 4 Configurable Relays

– RPM Reverse Polarity• 10-2254

• 2 Pre-Configured Options

• Not on 50 point panel

• Gives Fan Restart Delay Option

NOTE: If internal DACT (10-2528) option is used, P12 is unavailable (Covered Up).

P12


CyberCat Modules



60

CyberCat Modules

• Relay Module (CRM4)

– P/N 10-2204

– Includes 4 individually configurable Form-C Relays

– Fully Configurable for any Zone/State – Connects Through P12 and/or P13

– Not on 50 point panel

NOTE: Not recommended for critical function. (CAN toggle status on Power up)





61


• P12/P13 – Option Modules – CRM4

• 4 Independent Form C Relays

– CRPM

• Reverse Polarity Module

NOP42 C NC

RELAY 1

POWER

RELAY4RELAY3

P41

NC

RELAY 2

C NO C NC NO C NC LIMITEDNO

NON

Jump Drive - Manual 06-345


CyberCat Modules



62

CyberCat Modules

• Release Polarity Module (RPM)

– P/N 10-2254

– NFPA 72 Remote Station via Leased Line

– Two pre-configured options

– Plugs in at P12

– Not on 50 point panel






63


• P13 – Optional Module

– CRM4 Relay

• 10-2204• 4 Configurable Relays

NOTE: If either network module is used (10-2482 or 10-2624), P13 is unavailable.

P13





64


• P15 – Supplemental Loop Module (SLM)

– 10-2473

– Adds 2 SLCs• 508 Addressable Devices

• Not on CyberCat 254


P15


CyberCat Modules



65

CyberCat Modules

• Supplemental Loop Module (SLM)

– P/N 10-2473

– Doubles Device Capacity

• 4 Total Loops• 1016 Total Addressable Devices

– Plugs in at P15

– Firmware Version must match board PIC• **Locate sticker on processor

• Use Diagnostics menus

– MUST Enable through controller menu prior to

software download• F1-CONFIG, F3-SLC



4.1






66


• P16 – Supplemental Power Supply (SPS)

– 10-2474-p

– Mounts behind display

– Doubles power • Standby Current – 4A

• Alarm Current – 12A

– Adds 3 AUX Circuits

– Increases Battery Size• 150 AH


• Not on CyberCat 50P16


CyberCat Modules



67

CyberCat Modules

• Supplemental Power Supply (SPS)

– P/N 10-2474-p• p, transformer

– 1 = 120V

– 2 = 240V

– Doubles Power Capacity• 4 Amps Standby Total

• 12 Amps Alarm Total

• 150 AH Max. Battery Capacity

– 3 Continuous AUX Outputs• Regulated, 24 VDC

• 2 Amps per circuit – Circuit Shorts: 4 Amp fuses (P/N 02-11412)

– Supervised Cooling Fan• Not on CyberCat 50 or 254

*** No firmware – Just Power Supply






68

• Transformers

WARNING: Reversal of Transformer Primary and Secondary WILL DAMAGE CONTROLLER! – H1/H2 = Primary (Transformer Input)

• Think H for High Voltage

– X1/X2 = Secondary (Transformer Output)





69

y p

• P20 – Network Module

– RS-485 Network• 10-2482

– Fiber-Optic Network• 10-2624

NOTE: If either two CRM4 (10-2204) modules or a CRM4 and RPM module is required, P20

will be unavailable.

P20


CyberCat Modules



70

y

• RS-485 Network Module

– P/N 10-2482

– Network up to 128 panels• Cheetah Xi or CyberCat

– Excludes 50 points

– RS-485 wiring• 4000 feet between each module (Fike recommends Belden 9841)

• Style-4 or 7 (no t-tapping) – Configure Zones of participation

– Control other panels• Reset, Silence, Acknowledge, Drill

– Plugs in at P20





71

y y

• P20 – RS-485 Network





72

y y

• P20 – RS-485 Network


CyberCat Modules



73

y

• Fiber-Optic Network Module – P/N 10-2624

– Network up to 128 panels• Cheetah Xi or CyberCat – Excludes CyberCat 50

– Multimode Fiber • 3 Km between each module using 50/125 µm or 62.5/125 µm fiber

• Style-4 or 7

– Configure Zones of participation

– Control other panels• Reset, Silence, Acknowledge, Drill

– Plugs in at P20





74

• P20 – Fiber Optic Network





75

• P20 – Fiber Optic Network




76

RS-485 Peripherals

CyberCat Peripherals



77

• Class A Peripheral Bus Card

– P/N 10-2792

– Firmware 6.0 & Newer Only

– Wires to P6 RS485 – Belden 9841

• 4000 ft Max

– Addressable Device

– Mounts in Enclosure on

extra transformer standoffs

– Communication LED

– 15-30VDC

• 57mA in Standby

• 57mA in Alarm





78

• P1 RS485 Peripheral / Power In

– To P6 on Panel RS 485 Bus

– To P7 on Panel Aux Power

• P2 Class A 24VDC – Output Voltage = Input Voltage

– Power-Limited

– Supervised

– 12-26 AWG

• P3 RS485 Peripheral Out

– Class A RS485

– Belden 9841 – 4000 ft. Max.

– Power-Limited

– Supervised


P2

P3P1

SW1

LED




79 Jump Drive - Manual 06-606

• SW1 Dip-Switches

– 1-6 Sets Peripheral Address

– 7 Sets Supervision of P2

Class A 24VDC Circuit

• ON = 24VDC Class A is Supervised

• OFF = 24VDC Class A not Supervised

– 8 Sets communication baud rate

• ON = 38,400 bps baud rate

• OFF = 9,600 bps baud rate

• MUST MATCH PANEL BAUD RATE

P2

P3P1

SW1

LED




80

• P/N 10-2528 Contact ID DACT – P/N 10-2476 includes enclosure

– Wires to P6, DACT port

– Configured with 10-2477

Refer to Technical Bulletins ADC05-004 and ADC06-005 for quick setup and information on

data sent to Central Station. See the FPT-DACT and FPT-DACT-KEYPAD manuals (Tab 7) for

further information on the DACT and Programmer.

Tab 7, DACT Technical Bulletins





81

• Connect wiring for

DACT (when ready for

DACT operation)


Battery+ Input -Secondary

AC XFMR

OPTIONAL

P 2 2

+

-

S HL D

+

-

S HL D

+

-

S HL D

- -

+ +

S H L D

-

+



- -

+ +

S H L D

-

+

- -

+ +

S H L D

-

+



- -

+ +

S H L D

-

+

P1

+ Input - Battery

Secondary AC XFMR

DACT (485) Peripherals + - SHLD + -

P19

P17

P 1 2

P20P13

LOOPMODULE

P16

DISPLAY

P7P2 P3 P4 P5

P9


- -

+ +

S H L D

-

+

- -

+ +

S H L D

-

+


P8

CRM4 OR CRP

OPTIONALRELAY

NETWORKCRM4 OR

CARD

SUPPLY

SUPPLEMENTALPOWER

P15

P11

- -

+ +

S H L D

-

+

Battery Fuse 10A ACFuse 10A

F1F2

+ - SHLD + - SHLD + - SHLD Resettable Aux Out AuxliliaryOutputsCOMPUTER VESDA

P6

P10

N o t i f i c a t i o n A p p l i a n c e C i r c u i t 1

- -

+ +

S H L D

-

+


- -

+ +

S H L D

-

+


Peripherals(232)C NC NO C NC NO C NC NO Alarm Supervisory Trouble

DACTOPTIONAL

P21

P22

P18

B

A

-+


CyberCat 50 System Installation



82

B

A

+-





83

• 2-Button Expanded Protocol RDU

– P/N 10-2630

– Remote System Status• Custom Messages

– Buttons allow user to scroll events

– Wires to P6, Peripheral, up to 4000’ from panel – Compatible with panel firmware 3.0 and newer

– Mounts to standard 3-gang box (minimum 2” depth)

NOTE: Internal Piezo will sound until silenced by panel.






84


– P/N 10-2631


– 4 Pre-Configured Buttons

– Remote Control of Panel

• Reset, Silence, Acknowledge, Drill

– Wires to P6, Peripheral, up to 4000’ from panel

– Compatible with panel firmware 3.0 and newer







85


– P/N 10-2646


– 8 Configurable Buttons

• Label pockets

– Remote Control of Panel

• Reset, Silence, etc.

– Wires to P6, Peripheral, up to 4000’ from panel

– Compatible with panel firmware 3.0 and newer







86

• Ethernet Module

• P/N 10-2627• P/N 10-074 includes enclosure

– Network up to 128 panels• Including 50 points

– Address set by DIP switches

– Wires to P6, Peripheral, up to 4,000’ from panel

– Mounts to spare transformer location or in separate enclosure.

– Allows connection of Fike panels both on and off premises.

– Not intended for contiguous building (timing)

NOTE: Ethernet modules provide the ability to send history events to

one destination....and ONLY one destination panel per UL.

P/N 10-2627P/N 10-074

Jump Drive - Manual 06-388 & 06-388-1


Master

P l



87

Panel

Master

Panel



88Each panel must have it’s own network address




89

• Multi-Interface Module

– P/N 10-2583• P/N 10-069 includes enclosure

– Network Gateway

• Link to Cheetah Classic Network

– Parallel Printer (Epson)

– Serial Printer (Keltron)

– Addressed and configured by DIP switches

– Wires to P6, Peripheral, up to 4,000’ from panel

– Mounts to spare transformer location or in separate enclosure.

– Power from CyberCat or Cheetah Classic

– Version 4.0 & Newer – Computer connection for Precise UL

• Version 4.1 & Newer – 38,400 bps to Precise Computer

P/N 10-2583

P/N 10-069




G



90

• LED Graphic Panel

– P/N 10-2411, GDB256• LED Graphic Processor Card

• Supports up to 256 LEDs – 10-1858/59 LED Interface Card

– LED Indication on Custom Graphic

– Wires to P6, Peripheral, up to 4000’

from panel

– Configured with C-Linx



Intelligent Graphics WiringRS485 COMMUNICATION CIRCUIT FROM

PANEL OR PREVIOUS DEVICE. P2

24VDC POWER OUTPUT TO NEXT

DEVICE. P1 TERMINAL 3 (+) AND 4 (-).



91

SW2

P6

P3

P7

SW1

P2P1

P4

P5

D3

D2

10B

10A9B

9A8B8A

7B

7A

BAT1

TERMINAL 1 (+) AND 2 (-).24VDC POWER INPUT FROM CONTROL PANEL,

PREVIOUS DEVICE, OR BATTERY BACKED,

REGULATED, POWER-LIMITED, POWER

SUPPLY LISTED FOR FIRE PROTECTIVE

SIGNLAING USE. P1 TERMINAL 1 (+) AND 2 (-).

( ) ( )

RS485 COMMUNICATION CIRCUIT TO

NEXT DEVICE OR 100 OHM EOL IF LAST

DEVICE ON CIRCUIT. P2 TERMINAL 3

(+) AND 4 (-).

NOT USED

SWITCH INPUTS:

7A/7B = RESET8A/8B = SILENCE

9A/9B = ACKNOWLEDGE

10A/10B = LAMP TEST

RS485 COMMUNICATIONS LED

O.K. = STEADY

FAILED = FLASHING

POWER LED (GREEN)

LITHIUM BATTERY (P/N 02-4040)

FOR CONFIGURATION BACKUP

RESET SWITCH

FIKE USE ONLY

RS232 PROGRAMMING PORT

(RJ11 STYLE CONNECTOR).

CONNECTS TO PC VIA

PROGRAMMING CABLE

(10-1874A).

MODULE

ADDRESS

SWITCHES

(2-32)

34-PIN RIBBON CABLE

CONNECTION TO LED

INTERFACE BOARD #1

(10-1858)

6-PIN RIBBON CABLE

CONNECTION TO SWITCH

CARD (10-2086)


Cheetah Xi Peripherals (Fike Forums)

• Precise Vision



92

• Precise Vision

• 06-461 Fike Precise Vision Management Software Package F Max of 130,047 Points(Monitoring Capability Only. No Command & Control Functionality)



93Precise Vision



94Precise Vision



95

Precise Vision



96Precise Vision



97



98

20




99

• 20 Zone Remote Annunciator

– P/N 10-2667

– Remote System Status• 20 Red “Alarm”

• 20 Yellow “Trouble/Supervisory

Wires to P6, Peripheral, up to 4000’

from panel

– Compatible with panel firmware 4.0

and newer

– Mounts to standard 3-gang box

NOTE: Internal Piezo will sound until silenced by panel.






100

• 20 Zone Annunciator Module

– P/N 10-2660

– Remote System Status• 20 Red “Alarm”

• 20 Yellow “Trouble/Supervisory

– Wires to P6, Peripheral, up to 4000’

from panel – Compatible with panel firmware 4.0

and newer

– Mounts in CyberCat Enclosure **



• Input/Output Control Module




101

• Input/Output Control Module

– P/N 10-2659

– Provides On-Off control capability

over smoke control equipment

– Can also control inputs to the fire

alarm system (non smoke control)

– 20 red-yellow bi-color LEDs

Programs like:

20 Yellow LEDs &

20 Red LEDs

– 20 Control programmable buttons

– Compatible with panel firmware 4.0and newer

– Mounts in CyberCat Enclosure **



1

2

20

19LED 3=Red

LED 4=Yellow

LED 1=Red

LED 2=Yellow

LED 38=Red

LED 37=Yellow

LED 40=Red

LED 39=Yellow

P/N 10-2659



102

LEDS

Odd # = Red

Even # = Yellow

5

3

4

7

8

9

10

6

17

16

15

14

13

12

11

18LED 5=Red

LED 6=Yellow

LED 7=Red

LED 8=Yellow

LED 9=Red

LED 10=Yellow

LED 13=Red

LED 14=Yellow

LED 11=Red

LED 12=Yellow

LED 15=Red

LED 16=Yellow

LED 17=Red

LED 18=Yellow

LED 19=Red

LED 20=Yellow

LED 22=Red

LED 21=Yellow

LED 24=Red

LED 23=Yellow

LED 26=Red

LED 25=Yellow

LED 28=Red

LED 27=Yellow

LED 30=Red

LED 29=Yellow

LED 32=Red

LED 31=Yellow

LED 34=Red

LED 33=Yellow

LED 36=Red

LED 35=YellowInput/Output

Control Module

• 6 Zone Smoke Control Module




103

6 Zone Smoke Control Module

– P/N 10-2658

– Provides On-Off-Auto control capability

over smoke control equipment – Can also control inputs to the fire


– 24 LEDs (4 per zone)

(Green, Red, Yellow, White) – 18 Control programmable buttons

(3 per zone)

– Compatible with panel firmware 4.0

and newer – Mounts in CyberCat Enclosure **



• Fire-Fighter’s Smoke Control




104

g

Graphic Panel

– P/N 10-2xxx

– Provides On-Off-Auto control capabilityover smoke control equipment

– Can also control inputs to the fire


– LEDs to indicate operational status

or smoke control equipment – Manual Override switches to control

smoke system equipment

– Access key switch for lock-out of

smoke control switches – Compatible with panel firmware 4.0

and newer



• Relay Control Assembly


• Adds up to 24 Relays

Datasheet P.1.149.01



105

y y

• P/N 10-2777

p y

– 10-2204 CRM4

– 10-2770 HPM4



HPM4 Relay Card


CRM4 Relay Card




106

• P/N 10-2770

– 5A @ 30VDC

– 5A @ 120VAC – 0 mA Standby

– 87 mA Alarm

• (All relays active)

• P/N 10-2204

– 2A @ 30VDC

– 0.5A @ 120VAC – 11 mA Standby

– 40 mA Alarm

• (All relays active)


Datasheet P.1.150.01 Datasheet D.1.14.01

CyberCat Peripherals Datasheet P.1.149.01



107 Jump Drive - Manual 06-580




108Jump Drive - Manual 06-580

• Relay Card (RC12)




109

– P/N 10-2785 - 12 Relays

• 2.5 A @ 30VDC

• 5 A @ 120VAC

• 32 mA Standby

• 256 mA Alarm (All relays active)





110

CyberCat Enclosures



111 Datasheet D.1.26.01

CyberCat

Enclosures



112 Datasheet D.1.26.01


• FieldServer Protocol Converter*Links Xi to other popular protocols



113 Jump Drive - Fieldserver

– Links Xi to other popular protocols• BACnet

• ControlNet

• Modbus• Profibus

• SNMP

• TCP

• Many more…

– Wires from P6 to Multi-Interface Module, up to 4000’ from panel

– Special quote required (no standard part number)

• Type of physical connection to customer equipment

• Customer Protocol needed

• Number of points to monitor

*Not UL Listed



114


• VESDA High Level Interface (HLI)

– 68-023



115Jump Drive - Manual 06-158


68 023

– Intelligently link to up to 40 VESDA detectors• VESDA Zones 1 - 255

– Powered from Cheetah Xi Continuous AUX Circuit – Wires to P4, VESDA, up to 50’ from panel (14’ provided)

– Refer to Tech Bulletin DC07-007 for limitations of network

Cheetah Xi Operation

VESDA Cheetah Xi

Alert Pre-Alarm 1

Action Pre-Alarm 2

Fire 1 Alarm/Pre-Discharge

Fire 2**

Alarm/Pre-DischargeFire 1 & Fire 2 can be

programmed for Supervisory



116

SLC Devices & Accessories

CyberCat SLC DevicesPart Number Description

63-1052 Photoelectric Sensor

67-033 Ionization Sensor

63-1053 Photo/135 F Heat Combination Sensor



117

60-1039 Intelligent Heat Detector, 135-190 F (57-88 C) Fixed Temp./ Rate of Rise

63-1054 Sensor Base, 6”

63-1055 Sensor Base, 4”

63-1064 Sounder Base, 6”

63-1063 Relay Base, 6”

55-045 MMM - Mini Monitor Module

55-041 MM – Monitor Module, 4”

55-056 DMM – Dual Monitor Module

55-055 CZM – Conventional Zone Module

20-1063 APS - Addressable Pull Station

55-042 SCM – Supervised Control Module

10-2360 Series Solenoid Diode/Resistor

10-2413 Masterbox Interface

55-043 RM – Relay Module

63-1057 Photo DUCT sensor Note: new installation requires

63-1056

68-140

DUCT Detector Housing with relays (isolator base) both pieces to be ordered.

FAAST Addressable Aspiration Detector


CyberCat SLC Devices

Part Number Description

63-1058 Photo Sensor with Isolator



118

NOTE: Install no more than 50 non isolator devices between any two isolator devices.

67-034 Ionization Sensor with Isolator

63-1059 Photo/135 F Heat Combination Sensor with Isolator

60-1040 Intelligent Heat Det., 135-190 F (57-88 C) Fixed Temp./ Rate of Rise with Isolator

63-1060 Sensor Base, 6” with Isolator

63-1061 Sensor Base, 4” with Isolator

55-050 MMM – Mini Monitor Module with Isolator

55-046 MM – Monitor Module, 4” with Isolator

55-061 DMM – Dual Monitor Module with Isolator

55-060 CSM – Conventional Zone Module with Isolator

20-1064 PSMM – Pull Station Monitor Module with Isolator

55-047 SCM – Supervised Control Module with Isolator

55-048 RM – Relay Module with Isolator

63-1062 Photo DUCT sensor with Isolator (for replacement)


CyberCat Addressable Sensors

• 63-1052 – Photoelectric Sensor



119

– 63-1058 = Isolation version

– Features

• Acclimate• Alarm Verification

• Device Summing

• Day/Night Sensitivities

– 2 PreAlarm Levels (optional)

• 0.5 – 4.0%/ft. Obscuration

– Alarm Level

• 1.3 – 3.6%/ft. Obscuration

– 4000 FPM Maximum Airflow

Device Installation Instructions



• 67-033 – Ionization Sensor



120


– Features

• Acclimate

• Alarm Verification

• Device Summing

• Day/Night Sensitivities

– 2 PreAlarm Levels (optional)

• 100 – 40 MIC (μA)

– Alarm Level

• 80 – 50 MIC (μA)

– 1200 FPM Maximum Airflow



Ionization Smoke Detectors

An ionization chamber is very simple. It consists of two plates

with a voltage across them along with a radioactive source of



121

with a voltage across them, along with a radioactive source of

ionizing radiation, like this

Radioactive Source

Ionization Smoke Detectors

As the alpha particles generated by the radioactive source ionize theoxygen and nitrogen atoms of the air in the chamber, there is a small

electrical current generated When smoke enters the ionization



122

electrical current generated. When smoke enters the ionization

chamber, it disrupts this current. The smoke particles attach to the

ions and neutralize them. Therefore, the smoke detector senses the

drop in current between the plates and sets off the alarm

Radioactive Source


• 63-1053 – Photo/Heat Sensor



123


– Photo Specs PLUS

• 135°F Fixed-Temp

• Multi-State Configuration

– Photo = Alarm* or Supervisory

– Heat = Alarm*

• Flame Enhancement – Smoke and Heat equals faster

response time




• 60-1039 – Heat Sensor – 60-1040 = Isolation version



124

60 1040 Isolation version

– Rate-of-Rise Detection• 135° – 174°F

• 15°F per minute – Fixed Temp Detection

• 135° - 190°F

– 2 Prealarms (70 °F)

Spacing Requirements

Temperature UL FM

135° - 155°F 50 feet 30 feet

156° - 174°F 15 feet 30 feet

175° - 190°F 50 feet 30 feet




• Sensor Bases – Fully Configurable Remote LED Connection



125

– 63-1054 – 6”• 63-1060 = Isolation version

• Mounting – 3.5” and 4” Octagon Boxes

– 4” Square Boxes (w/ or w/o plaster rings)

– Single Gang Boxes

– 63-1055 – 4”• 63-1061 = Isolation version

• Mounting – 3.5” Octagon Boxes

– 4” Square Boxes (w/ plaster ring)

– European Boxes (w/ 50, 60, or 70mm screw spacing)

– 02-3868 – Remote LED

• FULLY configurable – Address, State• Multiple condition – ON, slow, etc.




• 63-1064 – Sounder Base – 6” Base



126

– 85 dB Sounder

– Fully Configurable

– Requires 24 VDC – 24Vdc is NOT Supervised

• 63-1063 – Relay Base

– 6” Base – 1, Form C Contact

• Resistive – 2A @ 30VDC, 0.5A @ 125VAC

• Inductive

– 1A @ 30VDC, 0.25A @125VAC – Fully Configurable

– 24 VDC NOT required




• Class A (Style-6 or Style-7) – Redundant return leg

P t l f i ti t d i if i b k



127

• Prevents loss of communication to devices if a wire break occurs

– NO T-Tapping

– Style-7• Requires isolation at each device

• Prevents wire shorts from bringing down entire loop

- -

+ +

S H L D

-

+

(--)

P8



- -

+ +

S H L D

-

+

LOOP ADDRESS

TOP

6

5

4 3 2 11

2

1 1

1 0

9

8

7

1 3

1 4

39KEOL

+-+-

39KEOL

+L E

D - - L E D +

(-)

(+)(-) (+)


(++)

02-11259




• Sensor Base Wiring (Non-Isolator) – Fully configurable Remote LED Annunciator

Wi t th LED t i l f b



128

• Wires to the LED terminal of sensor bases


FACP

(+)

(-)

STRIP GAGE

SHIELD

+L E D

-

OTHER ADDRESSABLE DEVICES

TO FACPOR OPTIONAL CLASS A RETURN

OR OPTIONAL CLASS A RETURNTO FACP

OTHER ADDRESSABLE DEVICES

LED terminal is used for

LED ONLY, do not

split – loop wiring on

this terminal



• Sensor Base Wiring (Isolator)

Redundant return leg – supervision even during single break and



129

short will not bring down the loop.




Tab 1, Datasheet P.1.166.01• 68-140 – FAAST Detector

– Aspirator Detector



130

– Eclipse Protocol

– Connects on CyberCat SLC – Operates on 24Vdc..650 mA Full Load

– 6 Internal Programmable Relays

• 8 Relays on conventional unit P/N 68-126

– 5 Alarm Levels – IP Addressable

– Can send E-Mail Notifications

– Programmable with C-Linx

– Obscuration .00046% - 6.25% **





131

Comprehensive and Intuitive

FAAST Onboard Display, Controls, and Settings



132

• Quick read monitoring at the device

of particulate levels, alarm levels, fault

conditions, air flow, etc.

Configurable Alarm Levels

FAAST Onboard Display, Controls, and Settings



133

• 5 red pre-set alarm levels

• Alarm levels can be customized

• 6* form C relay outputs can be

programmed for either latching or

non-latching operation

• Relays have a programmable delayfrom 0 to 60 seconds

• Upon alarm level operation, the

associated LED illuminates and the

relay activates

• * 8 relays on conventional unit

CyberCat Addressable Modules

• Monitor Modules – Dry Contact Monitor

• Tamper, Manual Pull, Waterflow, etc



134

Tamper, Manual Pull, Waterflow, etc.

• 2000’ of Linear Heat (UL & FM)

– 39K End-Of-Line Resistor

– Short Circuit Protection

– 100 Ω max. wire resistance

– Class B (Style-4) Wiring

– 55-041 – 4” Monitor Module (MM)

• 55-046 = Isolation version

• Class A (Style-6) Wiring for Contacts

– 55-045 – Mini Monitor Module (mmm)• 55-050 = Isolation version

• Class B wiring only for contacts




• Mini Monitor Module – Wiring Style

• Class B Only(-)

(+)

(-)

(+)

K

TO NEXTDEVICE

SLC

PREVIOUS DEVICEFROM PANEL OR

SLC



135

C O y – 39K ohm EOL

– Wire Resistance• 100 ohms max. wire resistance

– Short Circuit Detection• 14K ohm

• 2 part….program and install

(-) (+) (+)

B L A C

R E D

R E D

39K

V I O L E T

Y E L L O W

EOL



• Monitor Module – Wiring Style



136

• Class B – 39K ohm EOL

• Class A – Wire Resistance

• 100 ohms max.


• 2 part P & I


• 55-056 DUAL Monitor Module

– 55-056 Isolator Version




137

• ONE Address on SLC

• TWO independent dry contact

monitoring circuits

• Dry Contact Monitor

• Tamper, Low Air,Waterflow, etc.

• 39K End-Of-Line Resistor

• 100 max. wire resistance

• Class B (Style-4) Wiring Only



• Dual Monitor Module – Wiring Style

• Class B




138

– 39K ohm EOL

• NO Class A

– Wire Resistance• 100 ohms max.


LOOP ADDRESS

TOP

6

5

4

3

2

11 2

1 1

1 0

9

8

7

1 3

1 4

+

-

+

-

14K

39KEOL39KEOL

14K(p/n 02-11259)

39KEOL39KEOL

14K(p/n 02-11259)



• Addressable Pull Station

– Intelligent input module built into unit



139

– Configurable only as Manual Alarm,

– 20-1063 – FIRE

• 20-1064 = Isolation version• Manually activate building

Notification Appliances forevacuation



ADDRESSABLE LOOP

FROM PREVIOUS

DEVICE

+

-

ADDRESSABLE LOOP

TO NEXT

+

- DEVICE


• Pull Station



140

1 2 3 4

-+- +

Terminal 1 is negative (-)

Wiring wrong WILL cause

LOOP SHORT Event on

Conrol Panel.


• 55-055 Conventional Zone Module

– 55-060 Isolator Version




141

– Interface to Conventional Detectors

– Separate 24VDC required

– Reports Conventional “string” of detectors

to addressable CyberCat Panel

– 06-467 Compatibility Document

(Tab 4)




Conventional Zone Module



142

-

+

-

+

1 4

1 3

7

8

9

1 0

1 1

1 2

1

2

3

4

5

6

TOP

ADDRESSLOOP

-

+

SLC TO NEXT

DEVICE OR FACP

-

+

-

+ SLC FROM PREVIOUS

DEVICE OR FACP

24VDC IN

24VDC OUT

-

+

-

+39KEOL39KEOL

3.9K



• 55-042 – Supervised Control Module


Addressable connection for notification appliances



143

– Addressable connection for notification appliances

• 32 configurable priority rows – Sprinkler Solenoid control

– 2 Amps, 24VDC

– Mounts in 4” Junction Box

– 39Kohm End-of-Line – Separate 24VDC Required




• Supervised Control Module – NAC Wiring Style

• Class BTOP

(P/N 02-11259)



144

• Class B – 39K ohm EOL

• Class A

-

+

-

+

-

+

+

-

+

-

DEVICE OR FACP

SLC TO NEXT

39KEOL39KEOL -

+ +

-

24V TO NEXT DEVICE OR FACP

24V FROM PREVIOUS

LOOP ADDRESS

6

5

4

3

2

11 2

1 1

1 0

9

8

7

1 3

1 4

SLC FROM PREVIOUS

DEVICE OR FACP

DEVICE OR FACP

(P/N 02-11259)

-

+

-

+

1 4

1 3

7

8

9

1 0

1 1

1 2

1

2

3

4

5

6

TOP

ADDRESSLOOP

-

+ + -

-

+

-

+

DEVICE OR FACP

SLC TO NEXTDEVICE OR FACP

SLC FROM PREVIOUS

24VDC IN

24VDC OUT


• 10-2360 Solenoid Series Impedance

CyberCat Module Accessories



145

– Required when connecting a solenoid to the 55-042(047) SCM

– Provides appropriate supervision

– Provides protection to panel and SCM when solenoid is de-

energized – See 06-186 for compatible solenoids




• 10-2413 Masterbox Interface

CyberCat Module Accessories



147

– Used with 55-042 SCM

– NFPA 72 Auxiliary Service

– Masterbox located on street corner – Required for proper supervision and control of MasterBox



• Supervised Control Module – Auxiliary Masterbox Wiring Style

• Class B Only– 10-2413 Required



148

10 2413 Required

+-

-+

-

+

-

+

1 4

1 3

7

8

9

1 0

1 1

1 2

1

2

3

4

5

6

TOP

ADDRESSLOOP

+

-


• 55-043 Relay Module


2 F C R l C t t O t t




149

– 2 Form C Relay Contact Outputs

– 3 Amps @ 30VDC; 0.9 Amps @

70.7VAC (0.5A@120VAC)

– Programmable for any zone/state

– Feedback operation selectable

– Separate 24VDC NOT required




• Relay Module – Optional Feedback Input

• Unsupervised

• Non System Critical Function ONLY



150

y

-

+

-

+

UNSUPERVISED DRY CONTACT

R E L A Y

C O N T A C T

# 1 # 2 C

O N T A C T

R E L A Y

NO

CNCNO

CNC

TOP

1 4

1 3

7

8

9

1 0

1 1

1 2

1

2

3

4

5

6

ADDRESSLOOPINPUT

SLC FROM PREVIOUSDEVICE OR FACP

SLC TO NEXTDEVICE OR FACP



• DUCT Detector – 63-1158 Housing – 63-1057 Duct Sensor

• Air DUCT smoke sensor • Programmable as Supervisory



151Manual 06-326 Page 3-29 & 3-32

• Programmable as Supervisory

– Sampling tubes available – Remote LED follows sensor head – No Relays

– 02-3869 (RTS151) LED follows sensor • Magnet creates TEST ALRM state• Photo DUCT must be configured for Walktest with IR

– 02-4998 (RTS151-KEY) LED follows sensor • Key creates TEST ALRM state

• Photo DUCT must be configured for Walktest with IR





152Manual 06-326 Page 3-29




153

Configuration Tools


Part Number Description

55-051 Infrared (IR) Remote Addressing/Testing Tool (non-listed)

Configuration Tools



154

55 051 Infrared (IR) Remote Addressing/Testing Tool (non listed)

10-2648 Hand held Configuration/Addressing/Training Tool (non-listed)

06-327 C-Linx Configuration/Diagnostic Software

10-1874A RS-232 Configuration Cable (DB9 to RJ11)

10-1874B RS-232 Configuration Cable (DB9 to RJ11) with USB to DB9 Adapter

10-2629 USB A Male to USB B Male Configuration Cable

10-2477 Contact ID DACT Programmer

• 55-051 IR Remote Tool

– Set Device Address

– Can communicate with other devices




155

Can communicate with other devices

through one point

– Read Sensitivity ( & % dirty)

– Service Date (from panel date)

– Smokeless Walktest

– MUST ENABLE at CyberCat panel

(one loop at a time)



• 10-2648 Hand Held Programmer

– Addresses new Eclipse devices

– Same operating code as the CyberCat V3.1

P l




156

Panel

– Can be used as training / troubleshooting tool

– Powered with 2 each 9 Volt batteries (not

supplied) or Plug in AC adapter (included)

– Use Base for Sensors; provided BNC plugwith alligator clips for Modules

– Use USB A/B cable for communicating from

C-Linx software (cable ordered separately)

Jump Drive – Manual 06-390




157

Batteries & Spare Parts

• Batteries – 10-2190-1

• 2x 7.2AH w/ wire assembly

– 10-2626• 2x 12AH

Batteries and Battery Enclosures



158

• 2x 12AH

– 10-2190-2• 2x 18AH w/ wire assembly

– 10-2192• Wire Assembly

– 02-3486• 1x 33 AH (System Requires 2)

– 02-4206• 1x 75 AH (System Requires 2)


Batteries and Battery Enclosures

• Battery Enclosures

– 10-2154-c 33AH – 10-2236-c 75AH



159 Manual 06-326 Page 3-37

Part Number Description02-4035 Hardware Kit, #6 lock washers and hex nuts (30 each)

02-10788 Standoff kit, 5/8” M/F, 5 each required (10 each supplied)

02-4009 Standoff, 2” M/F, for 10-2528 DACT, 4 each required (1 each supplied)

02-11258 Deadfront mounting kit, 4 self-tap screws, #10-32

02-11127 Terminal Block, 4 position for P1 Power or P21 SPS Power

02 10996 Terminal Block 9 position for P2 Rela s OR P8 A Po er

CyberCat Spare Parts



160

02-10996 Terminal Block, 9 position for P2 Relays OR P8 Aux Power

02-10998 Terminal Block, 5 position for P8-P11, P31-P32 SLC or NAC circuits

02-1606 Key lock with cam (no Lexan door/enclosure)

02-11205 Key lock with cam (Lexan door/enclosure)

02-4983 Panel Key Only (without cam)

02-10881 Transformer, 120VAC

02-10882 Transformer, 240 VAC

02-4040 Battery, Lithium Coin Cell, 3V, BR2032-B

02-11259 Monitor & Control Module EOL Assembly, 39K

02-11151 14KΩ Series Resistor, for Monitor Module Short Circuit detection

10-2570 Audible output circuit EOL assembly, 1.2K

02-4174 Fuse, 15 Amp, Mini Auto, Fast Acting (For F1 & F2) (Littelfuse p/n 297015)

02-11412 Fuse, 4 Amp, Mini-Auto, Fast Acting (For F3-5) (Littelfuse p/n 297004)

02-4981 End Of Line Relay – System Sensor EOLR-1

02-2519 Termination Resistor, 100 ohm (for RS485 circuit)

02-11167 Lexan for mounting to the –L version door

06-326 Appendix C Page C-6



SigniFireTM

Video Detection

• What does it detect? – Flame

– Smoke Plume



162

– Ambient Smoke

– Reflected Fire

– Intrusion / Motion

System Architecture

With FACP

• Panel provides power todetectors

• Monitor Modules provideAlarm and Trouble status

28-01428-015



Alarm and Trouble statusto the FACP

• Ethernet connections areused for communication tothe NVR, SpyderGuardand SpyderPanel

Manual 06-523 Page 15

28-014

28-014

Power supply is capable of

powering up to three (3)

28-014 Ethernet switches.

28-014 Ethernet switch

supports up to four (4)

SigniFire Detectors

SigniFire camera must be

powered from the FACP or an

external power supply UL

listed for fire alarm service.

Limit 32 SigniFire detectors

per Network Video Recorder

4.

3.

2.

1.

NOTES:



164

Operation

CyberCat Operation

• LCD Display – 4 x 20 LCD for textual status

– 3 Main Displays:

• System Status



165

y

• System Event

• Top Level Menu

• Press ESCAPE to cycle

displays


CyberCat 50 Operation

• LCD Display – 4 x 20 LCD for textual status

– 3 Main Displays:

• System Status



166

• System Event

• Top Level Menu

• Press ESCAPE to cycle

displays

Jump Drive – Manual 06-368 Page 2-1

• STATUS LEDs

– AC POWER

– ALARM

CyberCat Operation



167

– TROUBLE – SUPERVISORY

– SILENCE

– PREALARM1

– PREALARM2 – DISABLED

– WALKTEST

– GROUND FAULT


• 3,200 Event Buffer – v3.0 and up• Records up to 3200 events and then FIFO (rotating)

• If an Alarm occurs, then records next 999 events and stops – Prevents overwriting first alarm condition

CyberCat Operation



168

Steps through ALL current events

Steps thru current ALARM events only

Steps thru current SUPERvisory events only

Steps through current TROUBLE events


• Activates “DRILL” function

• Silences local piezo, creates

CyberCat Operation



169

ACKNOWLEDGE event

• Silences local piezo and any NAC

programmed as silenceable

• Clears latching events by resetting system


• Exits current menu and returns

to previous menu

CyberCat Operation



170

• Saves current screen

information

• Navigation buttons to move

through programming menu’s

and history buffers


F4 = PASSWORDF1 = CONFIG

CyberCat Operation



171

F5 = MAINTENANCE

F6 = IR COMMUNICATION

F2 = HISTORY

F3 = DIAGNOSTICS

From System Event Menu, F1 = EVENT SOURCE



• System Reset and Power Up (v3.1 & Newer ) – RESET

Reset devices (clears any latched conditions). All

devices are commanded to send ‘NEW DEVICE’

message to panel but it is not recorded in history.



172

Reset devices (clears any latched conditions). Alldevices are commanded to send ‘NEW DEVICE’

message to panel where they are recorded in

history.

– RESET + ACKNOWLEDGE



• NORMAL State



173

– Green AC POWER LED

– Devices blink green LED every 5 seconds

– Panel supervises devices

• 3 minute requirement (30 second typical)




174

System Design

• Layout Zones• Determine type and location of devices required

• Configure System

• Power Calculations

Installation requirement review

CyberCat System Design



175

• Installation requirement review

• Installation Drawings

Example:

1. Note zone layouts.

2. Device types.

3. C-Linx Software – typically used to

config or learn and modify.


CyberCat Power CalculationsJump Drive - Battery Calculations – Excel Spreadsheet



176

Fike Remote Power Supply

• 10-2829 Remote Power Supply

– 10 Amps of Useable Power

– 4 Configurable Output Circuits

• NAC Circuits

• Door Holder Circuit

D di t d A P Ci it



177177


– Dedicated Aux Power Circuit

– Synchronization

• Gentex

• System Sensor

• Generator Mode• Follower Mode

– Internal Battery Charger

– Diagnostic LEDs

– Onboard Trouble Relay – Room for Modules & 12 AH Batteries

10-2829 Remote Power Supply



178 Manual 06-583 - Page 7

1. AC Input - 100-240VAC

2. Battery Input – 24VDC


Page 15



179

3. Trouble Relay• 2.0 A @ 30VDC

• 0.5A @ 120VAC

C NO NC

Manual 06-583 - Page 8

Page 17

Page 18


4A. NAC 1• NAC Circuit

• Aux Power or

• Door Holder

• 3 A Max per circuit

• 1.0K EOLR



180

1.0K EOLR• Supervised

• Power-Limited

4B. NAC 2

• NAC Circuit• Aux Power or

• Door Holder


• 1.0K EOLR

• Supervised• Power-Limited



5B. NAC 4• NAC Circuit

• Aux Power or

• Door Holder


• 1.0K EOLR



181

• Supervised

• Power-Limited

5A. NAC 3

• NAC Circuit• Aux Power or

• Door Holder


• 1.0K EOLR

• Supervised• Power-Limited





182

1.0K EOLR



6. Input 1• Control Input

• Electrically Isolated

• 12-30 VDC

• Input Current 2 mA

• Configurable for



183

gSelective Silence

7. Input 2

• Control Input

• Electrically Isolated• 12-30 VDC

• Input Current 2 mA

• Configurable for

Selective Silence





184 Manual 06-583 - Page 20




185 Manual 06-583 - Page 20




186 Manual 06-583 - Page 21


Aux Power Out

• 18.6 – 28.5 VDC

• 1 Amp Max Load

• Power-Limited

• Non-Supervised• No EOLR



187

• No EOLR



4A & 4B. NAC 1• 3 A Max per circuit

• 5 A Max per Combo

5A & 5B NAC 2 AUX



188 Manual 06-583 - Page 9

5A & 5B. NAC 2 + AUX


• 5 A Max per Combo of

all 3 circuits

• Includes1 A - Aux Power

10-2829 Remote Power SupplyConfiguration Switches



189 Manual 06-583 - Page 9




190 Manual 06-583 - Pages 22-23




191 Manual 06-583 - Page 23




192 Manual 06-583 - Page 24




193 Manual 06-583 - Page 24




194

Reset



Ground Fault Jumpers



195 Manual 06-583 - Page 27




196 Manual 06-583 - Page 27


Internal Piezo



197 Manual 06-583 - Page 28

Installed = Active

Remove = Silent


AC Power Input

Jumper



198 Manual 06-583 - Page 28

Installed = 120/240VAC

Remove = 100VAC

This sets threshold for power supply to monitor AC input voltage


Diagnostic LEDs



199 Manual 06-583 - Page 9




200 Manual 06-583 - Page 10



20106-583 Page 10

Remote Power Supply



202 Manual 06-583 - Page 14

Remote Power Supply - CAUTION



203 Manual 06-583 - Page 29

Remote Power Supply - FUSES



204 Manual 06-583 - Page 29



205

Installation


• Install Enclosure – Surface or Flush Mount

– Dry and Controlled

Environment

2.25 TYP.

4.75

.50 TYP.

4 SIDES

CABINET LIP

15.25

14.25

12.58

3.253.252.25 3.38



206

6.00

7.35

23.60

THRU HOLES

2 EA. SIDEFOR INSTALLATION

12.132.25

14.35

24.60

11/16

-B Door



• Power-Up panel – Connect AC power

– Validate the controller and optional devices power-up normally• Verify only BATTERY MISSING Trouble

• Power-Down panelG

AC XFMRSecondary

Battery+ I n p u t -

P1

AC XFMRS e co n da r y + I n p ut -

Battery

GROUNDEARTH

- -

+ +

S H L D

-

N o t i f i c a t i o n A p p l i a n c e C i

F2 F1

ACFuse 10ABattery Fuse 10A

P19

P15

DISPLAY

1

A u x i l i a r y O u t p u t s

P8

OPTIONAL

+ B A TT -

(SEPERATE ENCLOSURE)



207

N

H

BATTERY #2

12 VDC

7AH TO 18AH

(33AH TO 75AH SEPERATE ENCLOSURE REQUIRED)

+ --+


7AH TO 18AH

12 VDC

BATTERY #1

T R A N S F O R M E R

2ND TRANSFORMERIF SPS IS USED



• Connect optionalboards to main

controller – All except DACT

• Mount with screw thru

back of controller and


OPTIONAL

P 2 2

+

-

S HL D

+

-

S HL D

+

-

S HL D

+

S H L D

-

+

d r e s s a b l e L o o p 4

d r e s s a b l e L o o p 4

+

S H L D

-

+

- -

+ +

S

H L D

-

+

A d d r e s s a

b l e L o o p 3

A d d r e s s a

b l e L o o p 3

- -

+ +

S

H L D

-

+

DACT (485) Peripherals + - SHLD + -

P17

P20P13

P7P2 P3 P4 P5

P9


- -

+ +

S H L D

-

+

- -

+ +

S H L D

-

+


P8

CRM4 OR CRP

OPTIONALRELAY

NETWORKCRM4 OR

CARD

- -

+ +

S H L D

-

+

+ - SHLD + - SHLD + - SHLD Resettable Aux Out AuxliliaryOutputsCOMPUTER VESDA

P6


Peripherals(232)

C NC NO C NC NO C NC NO Alarm Supervisory Trouble

DACTOPTIONAL

P21



208

back of controller and

into standoffs

• Secure module ontostandoffs with another

screw


AC XFMR

- -

+

A d d

A d d

- -

+

P1

+ Input - Battery

Secondary AC XFMR

P19

P 1 2

LOOPMODULE

P16

DISPLAY

SUPPLY

SUPPLEMENTALPOWER

P15

P11

Battery Fuse 10A ACFuse 10A

F1F2

P10


- -

+ +

S H L D

-

+


- -

+ +

S H L D

-

+

P22

P18



• Power-Up panel – Connect AC power

– Validate the controller and optional devices power-up normally• Verify only BATTERY MISSING Trouble

• If ok.......Power-Down panel

H

G

AC XFMRSecondary

Battery+ I n p u t -

P1

AC XFMRS e co n da r y + I n p ut -

Battery

GROUNDEARTH

- -

+ +

S H L D

-

N o t i f i c a t i o n A p p l i a n c e C i

F2 F1

ACFuse 10ABattery Fuse 10A

P19

P15

DISPLAY

1


P8

OPTIONAL

+ B A TT -

(SEPERATE ENCLOSURE)



209

N

H

BATTERY #2

12 VDC

7AH TO 18AH


+ --+


7AH TO 18AH

12 VDC

BATTERY #1


2ND TRANSFORMERIF SPS IS USED



• Field Wiring – Segregate Power

Limited and Non Power

Limited

– Select wire and install – No Ground Faults or

stray voltagesEARTH

GROUND

P8

P179

POWERSUPPLEMENTAL

SUPPLY

P 2 2


R e s e t t a b l e A u x O u t

P16

4

DISPLAY

P8P3 P4 P5

P10


- -

+ +

S H

L D

-

+

- -

+ +

S H L D

-

+


P9

NETWORKCRM4OR

CARD

MODULE

SUPPLEMENTALLOOP

P15

P12

P19

- -

+ +

S H

L D

-

+

BatteryFuse10A ACFuse10A

F1F2

+ - SHLD + - SHLD + - SHLD Resettable Aux Out AuxliliaryOutputsC OM PU TE R V E

SDA

P11


- -

+ +

S H L D

-

+


- -

+ +

S H L D

-

+



AC XFMR

P1

+ Input - Battery

Secondary AC XFMR

Peripherals (232)

P6

+ -

SHLD + - DACT (485)Peripherals



210

stray voltages

– Measure total wire

resistance

GROUND



DISPLAYBattery Fuse10A ACFuse10A



• Terminate all Field Wiring

Peripherals(232)

OPTIONAL

- -

+ +

S H L D

-

+



- -

+ +

S H L D

-

+

DACT (485) Peripherals + - S HL D + -

+ +

- -

+ +

P7P2 P3 P4 P5

P9

+

+ + + +

- -

+ + -

+ -

+

(CLASS "A" WIRING)

- -

+ +

S H L D

-

+


P8

CRM4 OR NETWORK

+

+ - SHLD + - SHLD + - SHLD ResettableAuxOut AuxliliaryOutputsCOMPUTER VESDA

C N C N O C N C N O C N C N O Alarm Supervisory Trouble

OUTPUTS24VDC AUXILIARY

RELAYOPTIONAL

CRM4 OR CRP

OPTIONALDACT

POWER LIMITED

ALL 4 CIRCUITS BELOW ARE SUPERVISED AND POWER LIMITED

P6



211

F1

F1

F3

F5 F6

F4

F2

- -

+ +

S H L D

-

+



- -

+ +

S H L D

-

+

P 1 2

2.0A MAXIMUM1.2K EOL

1.2K EOL2.0A MAXIMUM

- -

LOOP

MODULE

+

- -

++

--

+


- -

+ +

S H L D

-

+

+

- -

+ +

--

+

(CLASS "A" WIRING)

- - - -

P15

P11

- -

+ +

S H L D

-

+

BatteryFuse10A ACFuse10A

F2

P10

N o t i f i c a t i o n A p

p l i a n c e C i r c u i t 1

- -

+ +

S H

L D

-

+


- -

+ +

S H L D

-

+


C O C

[CyberCat 1016 ONLY]

[1016 ONLY]



• Power-Up With Devices

– Apply AC power

– Verify panel comes up properly• Expect BATTERY TROUBLE

• Expect INVALID ADDRESS troubles for each addressable device *** – If problem exists…

• Immediately power-down system



212

Immediately power down system

• Correct wiring and/or device issue

– If system okay…• Apply Battery power (if applicable)

• Proceed with building your configuration




213

Configuration

CyberCat LCD Display

• Top Level Menu – Press ESCAPE until Top Level Menu screen appears



214

F1 = Access System Configuration Menus (Password 3)

F2 = Event History MenusF3 = Diagnostic Tools

F4 = Password Entry Screen

F5 = System Maintenance Menus

F6 = Enable IR Communications by loop



• PASSWORD

Level Type Created Function

1 CUSTOMER Keylock Button access

2 MAINTENANCE C-Linx

Set Date/time

View Configuration

R n Diagnostics



215

Run Diagnostics

3 DISTRIBUTOR CyberCat Change ConfigurationChange level 3 PW

4 FACTORY CyberCat

Factory Initialize

Ground Fault Adjustment

Create level 3



• F4 – PASSWORD from Top Level Menu

– Level 1, Keylock



216

• Access to all buttons (i.e. Reset, Acknowledge, etc.)

– Level 2, Maintenance (NONE set by Default)

• Passwords defined ONLY in C-Linx – Level 3, Distributor

• Default password assigned by Fike, can be modified ONLY from

panel keypad

– Level 4, Factory


CyberCat System Configuration

• Auto Configuration – NON - Engineered Configuration

– No prints or drawings of system to match

– Automatically assigns “Next Available Address” to any INVALID

ADDRESS devices – Will NOT affect any devices that already have a VALID address set

in them.



217

– Factory default come as Loop 0, Address 000

– No choice of what device gets which address

– Addresses assigned as each Invalid Address device reports in after

loop restarts or device is added to loop.

NOTE: Refer to ADC06-002 for Multiple Methods of Addressing Devices


CyberCat System ConfigurationNo Longer in Manual

• Auto Configure

– Automatically assigns loop & address to addressable devices

D i f ti i l fi d



218

– Devices function as previously configured

• If new, out of box, devices function for Alarm in Zone 001 – Input devices CAUSE Alarm in Zone 001

– Output devices pre-configured to activate for Alarm in Zone 001

– See next set of slides for default configurations

– Use C-Linx to modify device configurations if desired• Using “Create Configuration Template” in C-Linx.

• Should NOT pull config from new panel and new device, modify andsend back to panel !!!!


CyberCat System Configuration

• Engineered Configuration – Based on Engineered drawings/prints

– Manually assign loop & address to devices• IR Tool

• Handheld Programmer

• Assign Device Address• Device Addressing Wizard

– Use C-Linx to configure system/device functionality

B ild fi ti f t h t t h d i



219

• Build configuration from scratch to match drawings

OR

• Create Configuration Template and modify

• Do NOT Pull configuration from panel and modify with Factory New

Devices

NOTE: Refer to ADC06-002 for Multiple Methods of Addressing Devices


CyberCat Device Addressing

• IR Communications – Press F6 – IR COMM

Li B U / ENAbl L 1 2’ IR C i i



220

Line B = Use +/- to ENAble Loop 1 or 2’s IR Communication

Line C = Use +/- to ENAble Loop 3 or 4’s IR Communication

NOTE: Only one loop can be enabled at a time. IR communications is

disabled on ALL loops upon panel Reset.



• Address Device with IR Tool – Turn ON IR Communications

• F6-IR COMM

– Press PWR button on IR Tool

– Aim at device and press SELECT

• Device LED will flash green/red – ‘1. WRITE Loop/Adr’ – press ENTER

– Use up/dn arrow buttons to select Loop/Address

Use # buttons to enter Loop/Address

OWER BUTTON

ENTER KEY

SCROLL DOWN KEY

DESELECT KEY

ESCAPE KEY

SCROLL UP KEY

SELECT KEY

PWR

0987

654

2 31



221

– Use # buttons to enter Loop/Address

– Point IR Tool at device – press ENTER

• Device LED will flash red when received• Remote will read ‘OK NEW Addr.set’

TIP: You can also connect devices directly to a 24VDC power source.

Note, this assumes the device has never been attached to a firepanel. Installation Instructions 55-051




222 Class Handout

Device Addressing – Cheat Sheet

• Pull Station 1-001

• MM (Waterflow) 1-004

• MM (Tamper) 1-005

• MM (Zone Disable) 1-006

• Photo 1-014

• Ion 1-015

• Relay (HVAC) 1-020

• mmm (Low Press) 1-026

• Control (Solenoid) 1-054

• Control (Horn) 1-040



223

• Photo/Heat 1-016

• Heat 1-017

When all are addressed....Do LEARN ALL

F4 – PasswordF1 – Config......F4 Learn

Press + till LEARN ALL....then press enter

If addressing troubles are still present,

correct them and LEARN ALL again.


F1 = Access System Configuration Menus (Password 3 4)




224

F1 = Access System Configuration Menus (Password 3 – 4)

F2 = Event History Menus

F3 = Diagnostic Tools




• Maintenance Menu 1 (M1) – Press F5-MAINT

F1 = Read device loop/address




225


F2 = Assign loop/address to device

F3 = Perform device replacement sequence on sensors

F4 = Select Walktest Mode

F5 = Temporarily Disable onboard Buzzer

F6 = Maintenance Menu 2


• Read Device Loop/Address Assignment (M1.1) – Press F1-DEV RD

Line C = Loop & Address of last ‘NEW DEVICE’ record received




226

Line C = Loop & Address of last NEW DEVICE record received

Line D = Device Type at Loop & Address


• Assign Loop/Address to Device (M1.2) – Press ESCAPE, then Press F2-DEV ADR

– Step 1• Set Loop and Address

• Press ENTER to store

– Step 2• Attach device to programmer

– Step 3




227

Step 3• Display will indicate New Device

• Press ENTER to set loop/address

– Step 4• Display will indicate process completion

and increment to next address



• Handheld Programmer – Power-Up and follow on-screen prompts

– Step 1• Set Loop and Address

• Press ENTER to store

– Step 2• Attach device to programmer

– Step 3



228

p• Display will indicate New Device

• Press ENTER to set loop/address

– Step 4• Display will indicate process completion

and increment to next address


1) Install C-Linx2) If prompted, install Microsoft .NET v2.0

3) License Software• Help – License Software…

• Enter the following Temporary License Code… Click Here

• Restart C-Linx to load License Code

CyberCat Software Configuration



229

• Restart C-Linx to load License Code

Jump Drive or HELP Manual 06-448


• Assign Device Address – C-Linx Feature

– Open Panel Explorer

– Select Diagnostics

– Select Assign Device Address – Panel will Reset

– List will populate



230

– Select Device

– Change Loop and/or Address

– Click Assign New Address

Jump Drive Manual 06-448 Page 188

NEVER PULL THE CONFIGURATION FROM BRAND NEW DEVICES AS THEY

WILL NOT CONTAIN ALL OPTIONS AND MAY NOT OPERATE CORRECTLY!!!

CyberCat System Configuration(Fike Recommended Configuration Procedure)

1) Address devices based on design drawings/prints2) Use C-Linx Assign Device Address to verify addressing

• Fix addressing errors accordingly

3) Perform a LEARN ALL from panel

• F1-CONFIG, F4-LEARN, +/- for LEARN ALL DEVICES• Review any troubles that occur, if addressing related, correct

• i.e. Multiple Device, Invalid Address, Device Not in Config

4) Create/Open C-Linx configuration



231

) p g

5) Open Panel Explorer (View -> Panel Explorer)6) Login to Panel

7) Click Send All PC Configuration to Online Panel

8) When complete, close Panel Explorer to logout

9) Test function of system


• Zone – State Configuration – 254 Software Zones

• Z1 – Z253 = Hazard Zones

• Z254 = Panel (Disable-able)

– States/Functions = Normal, Alarm, Supervisory, Trouble, Pre- Alarm, Walk-test, Process, Drill, Zone Disable

– Inputs are programmed for zone and function



232

– Outputs are programmed for zone and state

– When an input activates, it communicates the zone/state

activation to its peers and the panel – ¼ second SPEED

(older Polling, Group Polling, Interrupt methods)


• Fan Restart

– Applies to CRM4 modules

– Relay becomes Normally Energized

– Relay maintains current state thru Reset

R t ft fi d d l

- Appears immediately after

Reset

- Relay disappears when

delay expires

- If Manual, screen will

prompt to start sequence



233

– Restores after configured delay

• 40 – 250 seconds – Automatic or Manual start sequence

• Automatic = Delay counter starts immediately after Reset

• Manual = Delay counter starts upon user interaction – Press ENTER on keypad

– MM or MMM configured for Fan Restart – 14-key Remote Display Unit (RDU) with a button configured for Fan Restart



• Flame Enhance – Photo/Heat Sensors – Improves response when both smoke and heat are detected

• History Buffer

– v3.0 and up• Records up to 3200 events and then FIFO (rotating)

• If an Alarm occurs, then records next 999 events and stops – Prevents overwriting first alarm condition



234 Manual 06-326-2 Page 3-19


• Viewing History – STEP ALARM, STEP SUPER, STEP ALL

• Use +/- buttons to cycle thru events

• Press F5 while viewing events to toggle between CURRENT

history and ALL history – CURRENT History = Events received after Reset

– ALL History = Events received prior to and after Reset

– v3.0 firmware added F2-HISTRY menu



235

• F1 – ALARM = STEP ALARM

• F2 – SUPERV = STEP SUPER

• F4 – EVENTS = STEP ALL



• Network Operations – Connect up to 128 panels

• Cheetah Xi 1016, CyberCat 1016, or CyberCat 254

– RS485 or Fiber • 10-2482 = RS485

• 10-2624 = Fiber Optics – Wire Style-4 or Style-7

– Every event is received and recorded in history by every panel• Configure each panel to act upon event based on zone



236

Configure each panel to act upon event based on zone

– Supervise all, none, or a select few panels

– Reset, Silence, Acknowledge, Drill broadcast to every panel• Configure each panel to accept switch commands from all, none, or a

select few panels



• Positive Alarm Sequence (PAS)

– Enabled/Disabled for ALL sensors

– If a sensor alarms…• User has 15 seconds to press ACKNOWLEDGE

– If not pressed, system alarms normally

• After ACKNOWLEDGE, system starts 180 second verification period – During this period only panel buzzer and event display activate

– Outputs NOT configured for PAS will immediately activate

– User must press RESET within this period to prevent system alarm

• Second sensor or manual alarm is activated, system alarms normally



237

– PAS Inhibit• Allows system to operate without delay

• MM or MMM configured for PAS Inhibit – When active, a trouble condition is generated at panel



• Relay Base – Single, Form C contact – Operated by attached sensor

– Configurable for multiple zones and/or states

– Default follows red LED of attached sensor

– Does NOT require 24Vdc Aux power to operate

• Sounder Base – 85dB Sounder

– Operated by attached sensor



238

– Operated by attached sensor

– Configurable for multiple zones and/or states – Default follows red LED of attached sensor

– Requires separate 24VDC

– 24VDC Aux Power is NOT Supervised• EOLR – Monitor Module



• Silence Inhibit – If ENABLED, panel will not silence for 60 seconds following first

Alarm event

– Canadian Requirement

• Silence Reminder – If ENABLED, panel buzzer will chirp every 14 seconds after

outputs have been silenced

C di R i t




239

– Canadian RequirementManual 06-326-2 Page 3-2


• Summing – Non listed – Allows a summer to “sum” the smoke levels of up to 8 summee’s

– Summer • Sensor that totals the smoke levels of up to 8 sensors

• Configurable total smoke level threshold – Photoelectric Sensors ~ 1.0%OBS/FT – 10.0%OBS/FT

• Configurable “summing” activation state – Alarm – Supervisory Non Latching

– Summing Alarm – Pre-Alarm 1



240

g

– Supervisory Latching – Pre-Alarm 2 – Summee (participant)

• Sensor configured to broadcast its smoke levels – 8 configurable broadcast smoke thresholds

– Broadcast occurs when threshold is reached regardless of rise or fall

NOTE: Summing is performed for devices on the same addressable loop.



• Summing Example – Summer

• 1-001

– Summees (up to 8)• 1-001

• 1-002

• 1-003

• 1-019

• 1-020

• 1-022

1 023



241

• 1-023

• 1-024



• ALARM State

– Activated by Sensor or Input Modules specified

• Photo Sensor • Pull Station

• Photo/Heat Sensor • Monitor Module



242

• Photo Duct Sensor • Mini Monitor Module

• Ionization Sensor

– Panel Alarm LED flashes until ACK or SIL (then steady)

– Latching Event


• WATERFLOW ALARM State

– Panel Alarm LED flashes until ACK or SIL (then steady)

– Latching Event




243 Manual 06-326-2 Page 3-3


• ALARM VERIFICATION State

– Activated by Smoke Sensors

– Active during configured verification delay (0-60 seconds)

• Clears when delay expires and sensor alarms



244

– No buzzer or LED annunciation, no outputs during verification delay – Provides extra time for smoke sensor to validate alarm threshold

– If alarm threshold is reached, Alarm Verification state begins. After

verification delay expires, if smoke level still exceeds alarm

threshold, sensor enters Alarm state



• SUMMING ALARM State

– Activated when the Sensor specified* has summed smoke

levels from other sensors to a preconfigured value

• Photo Sensor • Photo Duct Sensor



245

• Photo/Heat Sensor – Panel Alarm LED flashes until ACK or SIL (then steady)

– Latching Event

*Requires specified Sensor to be configured as a summer



• TROUBLE State

– Panel Trouble LED flashes until SIL, ACK, or event clear

– Steady Buzzer



246

– Most Troubles are non latching• Exceptions

– Loop Class A Open

– Loop Short


Refer to, Manual 06-639 for Event List


• SUPERVISORY State

– Panel Supervisory LED flashes until SIL, ACK, or event clear

– Buzzer Warbles (rapid on/off pattern)



247

– Configuration determines Latching or Non Latching



• ZONE DISABLE State

– Trouble and Supervisory states activated

– Inputs from disabled zone still report to panel

– Panel modifies zone/state broadcast to a Zone 0



248

• Outputs do not respond to a Zone 0 broadcast – Non Latching



• PRE-ALARM State

– Two Pre-Alarm Levels (#1 and #2)

– Trouble LED lights, but not a trouble condition SO……

• Outputs configured for Trouble do not activate



249

– Buzzer on steady until SIL, ACK, or event clear – No event sent to DACT

– Non Latching



• PROCESS State

– No panel LED or Buzzer activation

– Event is recorded in History

– Non Latching



250 Manual 06-326-2 Page 3-13


• WALKTEST State

– Activates outputs for 4 seconds

• When outputs are configured to activate for Walktest

– Trouble state entered



251

– For addressable sensors and input modules

– Walktest is entered on the F5 – MAINTenance menu



• DRILL State

– Activated by panel keypad, MM, or RDU

– Event is recorded, piezo warbles

– Outputs configured for the Drill state will remain ON until



252

silenced (if configured to be silenceable)

– Latching


CyberCat Main Board Defaults



253 Manual 06-326-2 Page 1-4

Main Board Relay 1 P12 Relay 1 - 4

Activation State Alarm P12 Module CRM4 Module Installed

Enabled Yes Activation State Alarm

Silenceable No Enabled Yes

Drill Enabled No Silenceable No

Zone Assignments Any Drill Enabled No

Fan Restart Delay Disabled

Main Board Relay 2 Zone Assignments None

Activation State Supervisory

Enabled Yes P13 Relay 1 - 4

Silenceable No P13 Module CRM4 Module Installed

Drill Enabled No Activation State Alarm

Zone Assignments Any Enabled Yes

Silenceable No

Main Board Relay 3 Drill Enabled No

Activation State Trouble Fan Restart Delay Disabled

CyberCat Main Board Defaults



254

Enabled Yes Zone Assignments NoneSilenceable No

Drill Enabled No

Zone Assignments Any

Manual 06-326-2 Page 1-5 & 1-6

CyberCat Device Configuration Defaults



255 Manual 06-326-2 Page 1-9 & 1-11




256 Manual 06-326-2 Page 1-12 & 1-14




257 Manual 06-326-2 Page 1-13 & 1-15

CommonCustom Message Line 1 x-yyy MINI MANALARM

Custom Message Line 2 LOOP x

Custom Message Line 3 ADDRESS yyy

Input Function Manual Alarm

Input Latching Type Latching

Input Contact Type Normally Open

Input Short Detection Disabled

Zone Assignments 001

• Mini Monitor Module • Pull Station ModuleCommon

Custom Message Line 1 x-yyy PULL STATION



Input Function Manual Alarm





258 Manual 06-326-2 Page 1-16

• Control Module • Relay ModuleCommon

Custom Message Line 1 x-yyy OUTPUT MODULE




Drill Output Pattern On Continuous

Silenceable Yes

Posit ive Alarm Sequence Disabled

Output ControlPriority State Action Pattern

01 Alarm Zone 001 On Continuous

32 Test Alarm Zone 001 Walktest

CommonCustom Message Line 1 x-yyy RELAY MODULE




Drill Output Pattern Disabled

Silenceable No

Positive Alarm Sequence Disabled

Relay Monitoring Disabled

Dry Contact Input Not Used

Output Control

Priority State Action Pattern

01 Alarm Zone 001 On Continuous




259 Manual 06-326-2 Page 1-17 & 1-18

Build Configuration



260



REVIEW



262

CyberCat System Configuration(Fike Recommended Configuration Procedure)

1) Address devices based on design drawings/prints2) Use C-Linx Assign Device Address to verify addressing• Fix addressing errors accordingly

3) Perform a LEARN ALL from panel• F1-CONFIG, F4-LEARN, +/- for LEARN ALL DEVICES

• Review any troubles that occur, if addressing related, correct• i.e. Multiple Device, Invalid Address, Device Not in Config

4) Create/Open C-Linx configuration

5) Open Panel Explorer (View -> Panel Explorer)

6) Login to Panel



263

6) Login to Panel

7) Click Send All PC Configuration to Online Panel

8) When complete, close Panel Explorer to logout

9) Test function of system

LCD Display Menus



264


• System Status

– Press ESCAPE until System Status screen appears

Line A = Firmware Version

Line B = 20 character custom logo

Line C = Current system time and date



265

Line C Current system time and dateLine D = Current # of Alarm, Supervisory, and Trouble Events

NOTE: Panel returns to this screen after 100 seconds of no activity.


• Top Level Menu

– Press ESCAPE until Top Level Menu screen appears

F1 = Access System Configuration Menus (Level 3 Password)





266

gF4 = Password Entry Screen




• Password

– Press F4-PASSWRD

Line B = Use left/right arrows and +/- buttons to enter 4 digit password

NOTE: Sys Admin or higher allows Sys Admin password to be edited

Line C = Status of Password entryLi D 4 di it d f bt i i f t d



267

yLine D = 4 digit access code for obtaining factory password

NOTE: Password times out if no keys are pressed for a period of about 1/2 hour



• Configuration Menu 1 (C1)

– Press ESCAPE for Top Level Menu, then Press F1-CONFIG

F1 = Addressable Devices Configuration Menu

F2 = Onboard Notification Appliance Circuits Configuration Menu

F3 = Signaling Line Circuits Configuration MenuF4 L S



268

g g gF4 = Learn Screen

F5 = Voice Operation Screen

F6 = Go to Configuration Menu 2



• Device Configuration (C1.1)

– Press F1-DEVICE

F1 = Configure device function, message, zone, pattern

F3 = Perform a manual configuration check



269

g



• Device Alarm Features (C1.1.1)

– Press F1-ALARM FEATURES

Line A = Select Loop/Address to configure

Line B = Set device function of L-ADR and contact closure (if applicable)

NOTE: ‘d’ for disabled; ‘*’ reading/writing

Line C = Custom message that appears on Line B when an event fordevice L ADR occurs

Sensors & Input Modules Control & Relay Modules



270

device L-ADR occurs

Line D = Zone or 1st priority row assignments for device L-ADR

F1 = Delete Device Configuration for L-ADR



• Delete Device Configuration (C1.1.1.1)

– Press F1

Line A = Device to Delete – DEV TYPE clears after deleted

Line B = Instruction to press ENTER

Line C = Function to execute



271 Manual 06-539 Page 4-8



– Press F1-ALARM FEATURES




Line C = Custom message that appears on Line B when an event fordevice L-ADR occurs

Sensors & Input Modules Control & Relay Modules



272

device L-ADR occurs


F2 = Read/Write/Disable/Enable Device L-ADR



• Read/Write/Enable/Disable Device (C1.1.1.2) – Press ESCAPE, then Press F2

Line A = Device to Read/Write/Disable/Enable

Line B = Instruction to press ENTER at desired function

Line C = Desired function

Line D = Displays execution and completion of desire function



273

CAUTION: Do NOT escape from this screen while performing any one of the

functions described.


CAUTION: DO NOT DO A DEVICE READ OR LEARN ALL WITH

DEVICES DISABLED.

If device at address selected is a FAASTDetector…this is all you would see




274


– Press Escape….If this is a Relay Module




Line C = Custom message that appears on Line B when an event fordevice L ADR occurs

Relay Modules




275

device L-ADR occurs


F3 = Fan Restart Delay

Manual 06-539, Page 4-10

• Device Alarm Features (C1.1.1.3)

– By Pressing F3

Line A =

Line B = This lets you set the fan re-start delay (0-255 seconds)

Line C =

Line D =




276 Manual 06-539, Page 4-10


• Device Configuration (C1.1.3)

– Press ESCAPE, then Press F3-CONFIGURATION CHK

Firmware v2.0 and higher

Line A = Shows Loop/Address of existing devices being checked

Line B = Panel and Device checksum values for device L-ADR.

Updated by pressing ENTER.Line C = Instruction to press ENTER



277

p

Line D = Indicates progress of configuration check

NOTE: This will check ALL devices, NOT just the address shown, AND

it keeps checking even if you ESCAPE this screen. (ALL Loops)


• Device Configuration (C1.1)

– Press Escape back to Device Configuration Screen.

F1 = Configure device function, message, zone, pattern

F2 = Configure Pre-Discharge Type

F3 = Perform a manual configuration checkF4 = Requires Factory Level Password to see this option




278

q y p

Manual 06-539, Page 4-1

• Device Error (C1.1.4)

– Factory Level Password…then Press F4

Line A =

Line B = Device Error Trouble Indication (Enabled/Disabled)

Line C =Line D = Auto Correction for Device Error (Enabled/Disabled)




279

May not comply with UL requirements if changed.



– Press ESCAPE for Top Level Menu, then Press F1-CONFIG

F1 = Addressable Devices Configuration Menu

F2 = Onboard Notification Appliance Circuits Configuration Menu

F3 = Signaling Line Circuits Configuration MenuF4 = Learn Screen



280

F5 = Voice Operation Screen




• NAC Configuration (C1.2)

– Then Press F2-NAC

F1 = Set configuration for NAC #1 and #2

F2 = Assign NAC #1 and #2 to zones

F3 = Select Strobe Synchronization Protocol



281 Manual 06-539 Page 4-10


• NAC Functions (C1.2.1)

– Press F1-NAC FUNCTIONS

Line A = Select NAC #1 or #2 – Enable/Disable NAC #1 or #2

Line B = Select activation state for NAC selected on Line A

Line C = Select CONSTANT output or Sync Protocol

(See Menu C1.2.3 for NAC Sync Protocol)

Line D = Can NAC be silenced? (Y/N)



282

Line D Can NAC be silenced? (Y/N)

Does NAC activate in DRILL mode? (Y/N)

Does NAC activate on Walktest events? (Y/N)

Is it silenceable during Waterflow? (Y/N)



• NAC Zone Assignments (C1.2.2)

– Press ESCAPE, then Press F2-NAC ZONE ASSIGNS

Line A = Select NAC #1 or #2 – Any Zone/Multi-Zone

Line B = Range of 20 zones to display

Line C = Placeholders for Line DLine D = Only applies if Multi-Zone is selected – ‘Y’ means zone is

l t d



283

selected



• NAC Synchronization Protocol (C1.2.3)

– Press ESCAPE, then Press F3-PROTOCOL

– Use +/- buttons to cycle thru and select desired sync protocol

– Selected sync protocol applies to both NAC #1 and #2

– Refer to Menu C1.2.1 to enable sync protocol on NAC circuits



284 Manual 06-539 Page 4-13

• SLC Configuration (C1.3)

– Press ESCAPE twice, then Press F3-SLC

Line B = Is a Supplemental Loop Module installed?

NOTE: Set this parameter prior to connecting with C-Linx

Line C = Are sensors configured for Positive Alarm Sequencing?If so, how much time to press Acknowledge (15 - 30 seconds)

If so what message do you want to play during that time?




285

If so, what message do you want to play during that time?

Line D = Select loop wiring style. (4, 6, or 7)

Press F1 = Failure to report New Device Message

(NEXT SCREEN)



• SLC Configuration

– By pressing F1 on previous screen, you get here.

– When panel is reset, each device should create a NEW DEVICE

record. If an OUTPUT DEVICE does not report a NEW DEVICE

record, it will register a new fault: DEVICE NOT READY if Line B isset to YES.

To clear reset panel until it clears



286

– To clear, reset panel until it clears.

– If events show several DEVICE NOT READY events, set Line D to

YES. Panel will then send a message to devices at midnight.



• Learn (C1.4)

– Press ESCAPE twice, then Press F4-LEARN

– Use +/- to select either ‘LEARN NEW DEVICES’ or ‘LEARN ALL

DEVICES’• Learn New only learns loop/address not currently set in the panel

• Learn All erases all loop/address assignments and starts over

– Press ENTER to reset panel and execute the learn process.• Keypad is locked while Learn Mode Is Active



287

• Keypad is locked while Learn Mode Is Active

• Panel will display ‘LEARN MODE COMPLETE’ when process ends



• Learn (C1.4)

– Press ESCAPE twice, then Press F4-LEARN

– Use +/- to select either ‘LEARN NEW DEVICES’ or ‘LEARN ALL

DEVICES’• Learn New only learns loop/address not currently set in the panel

• Learn All erases all loop/address assignments and starts over

– Press ENTER to reset panel and execute the learn process.• Keypad is locked while Learn Mode Is Active



288

• Keypad is locked while Learn Mode Is Active

• Panel will display ‘LEARN MODE COMPLETE’ when process ends



• Voice (C1.5)

– Press ESCAPE, then Press F5-VOICE

Line A = Voice Operation Mode (Single/Dual Channel)

Line B = City Sequence Code

(Standard,Boston. Chicago, New York, Special)Line C = Messages to activate Eclipse Devices for voice operation

(On / Off)



289

(On / Off )

Line D = Priority of SLC Devices for voice operation

(0-254….1 is Highest Priority, 254 is Lowest Priority)




– Press ESCAPE, then Press F6-MENU 2

F1 = Adjust system time, date, day, and daylight savings

F2 = Set unsilence timeout and Canadian parameters

F3 = Auxiliary power circuits and system power optionsF4 = Day/Night Sensitivity Settings

F5 = Zone Configuration



290

F5 Zone Configuration




• System Time/Date (C2.1)

– Press F1-TIME

Line A = Adjust System Time

Line B = Adjust System Date

Line C = Adjust Current Day of WeekLine D = Participate in daylight savings?



291

NOTE: Firmware v3.0 and higher now conform to the new daylight savings period.

Daylight savings starts on the 2nd Sunday in March and ends on the 1st Sunday in November.





• Power Options (C2.3)

– Press ESCAPE, then Press F3-POWER

CyberCat 50 & 254 CyberCat 1016

Line A = Are batteries attached to the

main board? (Yes/No)

Line B = Is a 120V or 240V transformer

installed? (120VAC/240VAC)

Line A = Is a Supplemental Power

Supply (SPS) installed? (Yes/No)

Line B = Is a 120V or 240V transformer

installed? (120VAC/240VAC)

Line C = Is the main and/or aux battery

i t ll d? ( / )



293

installed? (Y/N)

Line D = Supervise auxiliary power

circuits? (Y/N)

Manual 06-539 Page 4-21 & 22


• Day/Night/Holiday Sensitivity (C2.4)

– Press ESCAPE, then Press F4-DAY SEN

F1 = Set Day/Night Sensitivity Start/Stop Times

F2 = Set dates considered to be a holiday



294 Manual 06-539 Page 4-23


• Day/Night Sensitivity (C2.4.1)

– Press F1-DAYTIME SEN RANGE

Line A =

Line B = Daytime Sensitivity Start Time

Line C = Daytime Sensitivity Stop Time (Night Start Time)Line D = Select days of the week that participate in Daytime

Sensitivity. Day participates if visible.



295 Manual 06-539 Page 4-23


• Holiday Settings (C2.4.2)

– Press ESCAPE, then Press F2-SELECT HOLIDAYS

Line A = 20 Holidays selectable among all 4 lines. Move the cursor to

the far right of line 4 and press right arrow once more to

advance to screen 2. Each holiday for the current year isdisplayed in Month-Date format.

Line B = Dates of holidays that will remain in night sensitivity



296

Line C = Dates of holidays that will remain in night sensitivity

Line D = Dates of holidays that will remain in night sensitivity



• Zone Configuration (C2.5)

– Press ESCAPE twice, then Press F5-ZONE

Line A = Enable/Disable outputs in selected zone

Line B = Set 20 character custom message for selected zone

NOTE – See Tech Bulletin DC11-004



297

Press F1 = City of Chicago Chime Codes

(NEXT SCREEN)



• Zone Configuration (C2.5.1) Chicago Only

Line B = Zone selected to set Chicago Chime Code for

Line C = Each zone can be programmed for up to a series of 4 chime

codes (0-9 chimes each). The codes are designed to chime at 1

second intervals. The time between digits is roughly 2 seconds.

NOTE: Chimes are produced on NAC #1 ONLY If codes are assigned

NOTE – See Tech Bulletin DC11-004



298

NOTE: Chimes are produced on NAC #1 ONLY. If codes are assigned

to a zone, then NAC #1 will produce chime codes, regardless of

any other configuration set for NAC #1.



• Zone Configuration (C2.5.1) Chicago Only

• Chime Codes will only work on NAC #1 and only if Protocol for

NAC # 1 is set to CHIME CODE

• Neither Drill nor Walktest is allowed for NAC #1 when Chime

Codes are assigned..



299 Manual 06-539 Page 4-25


• Configuration Menu 3 (C3) – Press ESCAPE twice, then Press F6-MENU 3

F1 = Configure peripheral devices and circuit options

F2 = Allow/disallow access to walktest from Maintenance Menu

F3 = Set Ground Fault optionsF4 = Set panel Abort type

F5 = Enable/disable Day/Night Sensitivity

F6 Go to Configuration Menu 4



300




• Peripheral Configuration (C3.1) – Press F1-PERIPH

F1 = Configure peripheral devices

F2 = Peripheral communications source

F3 = Peripheral bus communications speedF4 = Configure peripheral command set

F5 =

F6 =



301

F6 =



• Peripheral Device Configuration (C3.1.1) – Press F1-DEVICE

Line A = Select peripheral address to configure

Line B = What type of device is at address specified in Line A?

Line C = Do you want to supervise this device?Line D = 20 character custom message that will appear for any events

caused by this device.



302 Manual 06-539 Page 4-28


• Peripheral Communications Source (C3.1.2) – Press ESCAPE twice, then Press F2-SOURCE

– PANEL• Default selection upon Reset and option necessary during normal

system operation. Allows communications between main board

processor and peripherals.

– USB CONNECTOR• Choose this option when uploading/downloading a configuration



303

Choose this option when uploading/downloading a configuration

to/from a peripheral device and C-Linx.


• Peripheral Communications Speed (C3.1.3) – Press ESCAPE, then Press F3-SPEED (Version 5.0 & Newer)

– PANEL• Starting with Version 6.1, default is 38,400bps

• HIT + (Next Slide)




304 Manual 06-539 Page 4-34

• Peripheral Communications Speed (C3.1.3)

– PANEL• Can change to 9,600 bps

– Correct Revision Firmware – MUST make sure that peripherals being used are capable of

38,400 baud rate. Panel bpd must match settings on Peripherals.




305

– Can NOT mix different baud rate devices on same circuit.



• Peripheral Command Set (C3.1.4) – Press ESCAPE, then Press F4-CMD SET

EVAC – Set to NONE for no voice system

Set to EVAX if a FikeGuard/EVAX connected to the P5 jack.

Set to FIKE if using integrated Voice Evac

STATUS

HISTORY

XMIT

HISTORY

PACKING

HISTORY

MESSAGE

All peripherals v3.0 and newer: EXP Either ON EXP



306

Any one peripheral below v3.0: STD Either OFF STD



• Walktest Enable/Disable (C3.2) – Press ESCAPE twice, then Press F2-WALK

Line A = ENABLED = Walktest mode can be activated from the

Maintenance Menu. (requires SYS ADMIN access)

DISABLED = Walktest mode can not be activated from the

Maintenance Menu.

NOTE: Activating a Test Alarm with the IR Tool will enter the panel into Walktest



307

NOTE: Activating a Test Alarm with the IR Tool will enter the panel into Walktest

mode regardless of how this screen is configured.



• Ground Fault Enable/Disable & Offset (C3.3) – Press ESCAPE, then Press F3-GROUND

Line B = Supervise for level 1 ground fault? (ENABLED/DISABLED)

Line C = Supervise for level 2 ground fault? (ENABLED/DISABLED)

Line D = Set offset for ground fault sense. (+/- 25)

NOTE: Level 4 (FACTORY) password is required.



308

NOTE: Level 4 (FACTORY) password is required.



• Sensitivity Changes (C3.5) – Press ESCAPE, then Press F5-SEN CHG

Line B = Use +/- to ENABLE/DISABLE day/night sensitivity changes.

Line D = Indicates current sensitivity being used.



309 Manual 06-539 Page 4-37


• Configuration Menu 4 (C4) – Press ESCAPE, then Press F6-MENU 4

F1 = AC Trouble Delay

F2 = VESDA Configuration

F3 = Auxiliary NAC Configuration

F4 = Power Cutoff Relay

F5 = On-board Relay and P12/P13 configuration (excludes CyberCat 50)




310 Manual 06-539 Page 4-37


• AC Trouble Delay (C4.1) – Press F1-AC DEL

Line C = If the panel should lose AC power, how many hours do you

want the panel to wait until the onboard trouble relay and

DACT are activated? (Default = 2 hours)

NOTE: Panel will still record AC POWER LOW event and activate any devices



311

configured for trouble in zone 254 or 255.



• VESDA Configuration (C4.2) – Press ESCAPE, then Press F2-VESDA

F1 = VESDAnet device configuration

F2 = VESDA LaserSCANNER sector configuration

F3 = Point ID configuration for EVAX, DACT, LED Graphic, and

Graphic Monitoring applications.

F4 = Configure VESDA unit release features

F5 = VESDA HLI Setting



312 Manual 06-539 Page 4-38


• VESDA Alarm Features (C4.2.1) – Press F1-ALARM FEATURES

Line A = VESDAnet zone (device) number to configure

Line B = Select VESDA type, Fire-1 state, Enable/Disable

Line C = 20 character custom message for VESDA events

Line D = CyberCat zones that respond to events from selected

VESDA unit



313 Manual 06-539 Page 4-39


• VESDA Alarm Features (C4.2.2) – Press ESCAPE, then Press F2-SECTOR ZONES


Line B = Configure the states for sectors 1 and 2, and which CyberCat

zones respond to sectors 1 and 2

Line C = Configure the states for sectors 3 and 4, and which CyberCat

zones respond to sectors 3 and 4



314 Manual 06-539 Page 4-40


• VESDA Point Configuration (C4.2.3) – Press ESCAPE, then Press F3-EVAX


Line B = Loop that selected VESDA unit is assigned

Line C = Address that selected VESDA unit is assigned

NOTE: Loop and Address are “virtual” assignments – only need to be configured

if VESDA needs to be monitored by a point ID system (i.e. EVAX, DACT,

LED Graphic, Computer Graphic, etc.).



315

p , p p , )



• VESDA Point Configuration (C4.2.5) – Press ESCAPE, then Press F5-COMMAND

Line D = Shows HLI Firmware version (Retrieved from HLI itself)

NOTE: Panel will now query the HLI to determine which version is connected for

proper supervision upon reset. Press ENTER here to cause panel to send querycommand that retrieves HLI firmware version. The panel will also queries the HLI

during reset.

(OLDER) – Peer-to-Peer communicates with 40 VESDAs but only 10 for 10 second response



316

(OLDER) Peer to Peer communicates with 40 VESDAs but only 10 for 10 second response

(NEWER) (HLI V3.08.00 or higher) communicates with 40 VESDAs for 10 second response



• Auxiliary NAC Configuration (C4.3) – Press ESCAPE twice, then Press F3-AUX NAC

F1 = Configure auxiliary NAC functions

F2 = Configure auxiliary NAC zone assignments




317317

NOTE: Future feature of the CyberCat. Current CyberCat hardware does not

support this feature.


• Auxiliary NAC Function (C4.3.1) – Press F1-AUX NAC FUNCTIONS

Line A = Select AUX NAC circuit to configure. Enable/Disable NAC

Line B = Select state of activation (if applicable)

Line C = Select function of output circuit.

(AUX CONST, AUX RESET, CLASS B NAC, TRACK NAC #1, TRACK NAC #2)

Line D = Select if silenceable, operate on Drill, operate on Walktest

(where applicable)




318318




• Auxiliary NAC Zone Assignments (C4.3.2) – Press ESCAPE, then Press F2-AUX NAC ZONES

Line A = Select AUX NAC circuit to configure. Select active on ANY

ZONE or set to MULTI-ZONE to specify zone(s).

Line B = Select zones to view in groups of 20.

Line C = Place holders for zone numbers.

Line D = Place a ‘Y’ under each place holder for zone you wish this

NAC circuit to act upon.




319319



• Configuration Menu 4 (C4.4) – Press ESCAPE twice, then Press F4-PWR CUT


Line C = What is the address of the Power Cutoff Relay?

(Configuration in that relay module should be BLANK.)

ULC requires low power cutoff when power dips below 19 volts DC.When power drops below that level, it will activate this relay. This in

turn activated a multi-voltage relay large enough to carry battery

current to panel, and opens that circuit.

(N t lid f i i )



320

(Next slide for wiring)


• Power Cutoff

Relay




321 Manual 06-326 Appendix D


• Relay & P12/P13 Configuration (C4.5) – Press ESCAPE, then Press F5-RELAYS

F1 = Select module(s) installed at P12 and/or P13

F2 = Configure CRM4 Relay Functions (if installed)

F3 = Configure CRM4 Relay Zone Assignments (if installed)

F4 = Configure Fan Restart for Automatic or Manual operation



322 Manual 06-539 Page 4-44


• Configure P12/P13 (C4.5.1) – Press F1-SELECT MODULE

Line B = What module is installed at location P12?

(No Module, CRM4, RPM#1, RPM#2, Bosch DACT)

Line C = What module is installed at location P13?(No Module, CRM4, RPM#1, RPM#2)



323 Manual 06-539 Page 4-45

• Relay Functions (C4.5.2) – Press ESCAPE, then Press F2-RELAY FUNCTIONS

Line A = Select relay to configure (NUM1-3 = P2 Relays 1-3, P12A-P13D)

Line B = What state do you want relay to activate on?

Line C = Should this relay silence when panel is silenced?

Should this relay activate while in DRILL mode?Line D = Fan Restart delay. Sets the number of seconds, after reset,

selected relay should delay its return to normal.




324 Manual 06-539 Page 4-46

• Relay Functions (C4.5.3) – Press ESCAPE, then Press F3-RELAY ZONE ASSIGN

Line A = Select port and relay to configure. Should this relay activate

for Any Zone, or specific zone (Multi Zone)?

Line B = If Multi Zone, which zone range do you wish to configure?

Line C = Place holder for zone range selected in Line B.Line D = If Multi Zone, which zone(s) do you wish to assign this relay?




325 Manual 06-539 Page 4-47

• CRM4 Relay Fan Restart Function (C4.5.4) – Press ESCAPE, then Press F4-FAN RESTART MODE

Line B = Do you want relays configured with a Fan Restart delay to

begin their counter automatically upon reset or require a manual

input activation following reset?

NOTE: Manual Fan Restart input options include the ENTER button on the main

controller, a Monitor Module configured for Fan Restart, or a Remote

Display with a button configured for Fan Restart.




326 Manual 06-539 Page 4-48


F1 = Edit logo that appears on Line B of System Status Screen

F2 = Configure Auto Addressing feature

F3 = Factory Training Panel Option ONLY....will not see in field

F4 = Configure Dialer auto test featureF5 = CyberCat network configuration





327 Manual 06-539 Page 4-48

• Corporate Logo (C5.1) – Press F1-LOGO

Line C = 20 character custom logo that will appear on Line B of the

System Status Screen.

NOTE: This is NOT the message that identifies the panel on the network or with

panel generated events. Refer to the Network Module menu C5.5.2 to

configure the panel custom message.




328 Manual 06-539 Page 4-49


• Auto Addressing Feature (C5.2) – Press ESCAPE, then Press F2-AUTO A

Firmware v2.0 and higher

Line A = Turn auto addressing on/off

Line B = Visible loop numbers have auto addressing on

Line C = Desired start and end address rangeLine D = Stores auto addressing configuration changes



329 Manual 06-539 Page 4-49

• Configuration Menu 5 (C5.3) – Press ESCAPE

F1 = Edit logo that appears on Line B of System Status Screen

F2 = Configure Auto Addressing feature

F3 = Factory Training Panel Option ONLY....will not see in field

F4 = Configure Dialer auto test featureF5 = CyberCat network configuration





330

• Dialer Auto Test Configuration (C5.4) – Press F4-DIALER

Line B = Set how often the CyberCat should initiate a test to the

dialer. (never, 6 hours, 12 hours, 24 hours)

Line C = Set time first test should be initiated for give day.

NOTE: If the attached dialer performs its own auto test, unless instructed to do

so by the LAHJ, it is recommended to disable this feature.




331 Manual 06-539 Page 4-50

• Network Configuration Menu (C5.5) – Press ESCAPE, then Press F5-NETWORK

F1 = Configure panel’s network ID and network supervision

F2 = Set module type, wiring style, and switch functions

F3 = Select zones this panel should participate in

F4 = Set history message transmit redundancyF5 = Configure how panel responds to switches

F6 =




332 Manual 06-539 Page 4-50

• Network ID and Supervision (C5.5.1) – Press F1-ID’S

Line A = What is this panel’s network ID?

Line B = Cycle thru the 128 network IDs in groups of 20

Line C =Group placeholder #s

Line D = Place a ‘Y’ under each network ID this panel shouldsupervise

(Press F1 to give network panels Custom Message)




333 Manual 06-539 Page 4-51

• Network ID and Supervision (C5.5.1)


By Pressing F1 from previous screen, you can change the network

custom messages that will be received by network panels.



334 Manual 06-539 Page 4-51

• Network Module Type (C5.5.2) – Press ESCAPE twice, then Press F2-MODULE

Line A = Where is this module located in the network? (First, Middle, Last)

Line B = What wiring style is the network using?

(Class B – Style 4, Class A – Style 7)

Line C = Should this panel accept switch commands from ALL otherpanels on the network or only specific panels?

(ALL = GLOBAL, Specific = LOCAL)

Line D = Custom Message that is added to any events generated by

this panel.




335 Manual 06-539 Page 4-52

• Network Zone Configuration (C5.5.3) – Press ESCAPE, then Press F3-ZONES

Line B = Cycle thru the 254 zones in groups of 20

Line C = Zone placeholder #s

Line D = Place a ‘Y’ under each zone number that you want this panel

to participate.

NOTE: All events received from the network are recorded in history.

The panel will only act upon the event if it originated in one

of the zones specified by this menu.




336 Manual 06-539 Page 4-53

• Network Switch Assignments (C5.5.4) – Press ESCAPE, then Press F4-HIST TR

Line C = How many times to transmit each event onto the network


Our endurance testing for LARGE panel networks has produced a very

small failure rate of the transmit/receipt of some history records acrossthe network. Therefore, we have provided the capability to transmit the

history twice for each event.

Default value is 0, but can be changed to 1 with SYS ADMIN password



337 Manual 06-539 Page 4-54

• Network Switch Assignments (C5.5.5) – Press ESCAPE, then Press F5-SWITCH

Line B = Cycle thru the 128 panel IDs in groups of 20

Line C = Panel ID placeholder #s

Line D = Place a ‘Y’ under each panel ID that you want this panel

to accept switch commands from.

NOTE: Switch Function (C5.5.2) must be set to LOCAL before information entered

in this screen will apply.




338 Manual 06-539 Page 4-54


F1 = Configure Internet Protocol (IP) addresses

F2 = Select which panels to supervise via Ethernet

F3 = Configure Ethernet supervision timeout period

F4 = Select keypad operationF5 = Select keypad LED operation

F6 = Go to Configuration Menu 7 (New in 6.4 Firmware)




339 Manual 06-539 Page 4-55

• Ethernet IP Addresses (C6.1) – Press F1-IP ADR

Line B = What is the IP address for this panel?

Line C = What is the IP address of the panel that should receive this

panel’s history messages?

Line D = What is the IP address of the panel that is supervising thispanel?

NOTE: SRC IP Address must be unique across entire local Ethernet network.




340 Manual 06-539 Page 4-55

• Ethernet IP Supervision (C6.2) – Press ESCAPE, then Press F2-IP SUP

Line B = Which panel(s) do you wish to supervise?

Line C =

Line D = What is the IP address of the panel entered on Line B?

NOTE: Enter an IP address of all zeros for each panel you do NOT want to supervise.




341 Manual 06-539 Page 4-56

• Ethernet IP Timeout, History, & Date/Time (C6.3) – Press ESCAPE, then Press F3-IP TIM

Line B = How much time can elapse without a response from

supervised panels before a trouble is annunciated?5 – 55 seconds in increments of 5

1 – 59 minutes in increments of 1

1 – 18 hours in increments of 1

Line C = How many history messages are sent for each give event?

(Fike recommendation is 2)

Line D = Configure whether to update panel date/time from Ethernet

Events (DISABLED, ACCEPT, SEND)




342 Manual 06-539 Page 4-57

• Panel Switch Operation (C6.4) – Press ESCAPE, then Press F4-SW OPER

Line C = NORMAL allows DRILL and SILENCE buttons to function.

DISABLED renders these buttons inoperable.

REQUIRES LEVEL 4 FACTORY PASSWORD TO CHANGE




343 Manual 06-539 Page 4-58

• Panel Switch Operation (C6.5) – Press ESCAPE, then Press F5-LED OPR

Line C = Select how keypad status LEDs operate.• Pre-Alarm1/Pre-Alarm2/Zone Disabled/Walktest

OR

• Pre-Discharge/Release/Release Disabled/Abort




344 Manual 06-539 Page 4-58

• Configuration Menu 7 (C7) – Press ESCAPE, then Press F6-MENU 7

F1 = Configure AHU Fire Key Requirements

F2 =

F3 =

F4 =F5 =





345 Manual 06-539, Page 4-60

• Configuration Menu 7 (C7.1) – Press F1-AHUKEY

Line A = Use the +/- keys to toggle the field from ‘No’ to ‘Yes.’

‘Yes’ will require an AHU fire key switch to be active before

fan restart sequence is allowed.




346 Manual 06-539, Page 4-60

• Panel Switch Operation (C6.5) – Press ESCAPE, then Press F6-MENU 1

F1 = Configure Addressable Devices

F2 = Configure onboard Notification Appliance Circuits

F3 = Configure Signaling Line Circuits

F4 = Reset with Learn New or Learn AllF5 =





347





F4 = Password Entry ScreenF5 = System Maintenance Menus





348 Manual 06-326-2 Page 4-2

• History Menu (H1) – Press ESCAPE for Top Level Menu, then Press F2-HISTRY

F1 = Step thru current Alarm events (Alarm must be active)

F2 = Step thru current Supervisory events (Supervisory must be active)

F3 = Step thru current Trouble events (Trouble must be active)

F4 = Step thru All current eventsF5 = Step thru current Zone events (Zone related events must be active)

F6 = Erase history (Level 3 Password Required)




349 Manual 06-326-2 Page 4-2

• Gather additional event information – Press F1 to toggle display of Panel, Loop, & Address

– Press F2 to toggle display of all 3 lines of custom message




350 Manual 06-326-2 Page 4-6

• Zone History (H1.5) – Press F5-ZONE

– No Password Required

– Zone related event must active on system

– Use +/- buttons to cycle thru events




351 Manual 06-326-2 Page 4-5

• Erase Panel History (H1.6) – Press F6-ERASE

– Level 3 – 4 Password Required

– Marks erased events as “ERASED EVENT”

– Records “HISTORY ERASED”




352 Manual 06-326-2 Page 4-5

• Erase Panel History (H1.6) – Press ENTER

– History will be erased. Then history will be filled with events

showing as”




353 Manual 06-326-2 Page 4-5

354

• Top Level Menu – Press ESCAPE twice until Top Level Menu screen appears

F1 = Access System Configuration Menus (Password 3 – 4)



F4 = Password Entry ScreenF5 = System Maintenance Menus





354

355

• Maintenance Menu (M1) – Press F5-MAINT




F4 = Select Walktest ModeF5 = Temporarily Disable onboard Buzzer





355 Manual 06-326-2 Page 6-3

356

• Automated Sensor Replacement (M1.3) – Press ESCAPE, then Press F3-DEV RPL

– Step 1• Enter Level 2 – 4 Password

• Enter Loop/Address for the Sensor

• Press ENTER

– Step 2• Panel will retrieve Sensor’s config

NOTE: Do not press any buttons while this

screen is displayed.

– Step 3• Remove Sensor and install new one

• Press ENTER

– Continued…




356 Manual 06-326-2 Page 6-5 & 6-6

357

• Automated Sensor Replacement (M1.3)

– Step 4• Panel sends config to Sensor

NOTE: Do not press any buttons while screen

is displayed.

– Step 5

• Panel displays COMPLETED• Press ENTER to repeat sequence

NOTE: Panel will record DEVICE REPLACE OK in the event history upon a

successful sensor replacement. Panel will record DEVICE REPLACE FAILin the event history upon any failure of the sensor replacement process.


M l 06 326 2 P 6 6



357 Manual 06-326-2 Page 6-6

358

• Walktest Modes (M1.4) – Press ESCAPE, then Press F4-WALKTS

Line B = Press ENTER to toggle to desired walktest mode

Line C =

Line D = How many hours should pass with no events before walktest

mode times out?

NOTE: Walktest must be Enabled thru configuration (C3.2) before walktest mode

can be selected. Reset cancels walktest mode.


M l 06 326 2 P 6 7



358 Manual 06-326-2 Page 6-7

359

• Panel Buzzer Disable (M1.5) – Press ESCAPE, then Press F5-BUZZER

Line C = Select NORMAL or DISABLED. Disabled will keep local

piezo/buzzer OFF until Reset or Password Timeout.

NOTE: Level 3 Password Required.


Manual 06 326 2 Page 6 9



359 Manual 06-326-2 Page 6-9

360

• Maintenance Menu (M2.3) – Press Escape back to MAINT




F4 = Select Walktest ModeF5 = Temporarily Disable onboard Buzzer





360

361

• Maintenance Menu (M1) – Press F6 MENU 2

F1 = Mass Notification System Reset

F2 = Mass Notification System Silence

F3 = Switch Timeout (Chicago Mode Boards Only)

F4 = Read Config from Devices into PanelF5 = FAAST Maintenance Options

F6 = AHU ON


Manual 06 326 2 Page 6 10



361 Manual 06-326-2 Page 6-10

362

CyberCat LCD Display• Enable Drill/Silence/Acknowledge (M2.4)

– Press F4-CFG RD

Line A =

Line B = Select which loops the READ function will be performed on

Line C =

Line D= How many devices on system will be read



362

363

CyberCat LCD Display• READ CONFIG (M2.4)

– Press ENTER will READ those devices configuration into panel

While Reading, main display will show this screen until completed.

You will also be locked out from performing other functions while

this is in progress.



364

CyberCat LCD Display• READ CONFIG (M2.4)

– Press ENTER will READ and create event in History

While Reading, main display will show this screen until completed.

You will also be locked out from performing other functions while

this is in progress.



365

CyberCat LCD Display• FAAST Read/Disable/Enable (M2.5)

– Escape, then Press F5-FAAST

Line A = Select the Loop and address range of device addresses

Line B = Place Holders to help find address desired for range set on

Line A

Line C = Addresses that are a FAAST Detector only will be displayed

Line D = Move cursor under FAAST shown on Line C and press:

F1 to Read the FAAST Detector

F2 to Isolate/Unisolate that FAAST

F3 to Disable/Enable that FAAST




g

366


– Press F1 to READ




g

367


– Press F2 to ISOLATE




g

368


–

When a FAAST Device is Isolated….

you will see the letter I under that address




369


–

And when Isolated, you create a TROUBLE event on your panel




370


– Press F3 to DISABLE




371


–

When a FAAST Device is Disabled….

you will see the letter D under that address




372


–

When a FAAST Device is DISABLED….you create a TROUBLE AND

a SUPERVISORY event on your panel…

And the fan shuts down on the FAAST Unit.




373


– Move your cursor under the D and Press F3 again to Enable

It will again show **SENDING** on the bottom line until the D changes

back to F on the third line when RE-Enabled.




374


–

And when RE-Enabled….you get an event to clear the trouble.

Give it a few seconds and the fan will restart on the FAAST.

You may have a GENERAL TROUBLE for a short time until the fangets up to speed on the unit.




375

Service & Troubleshooting



376

CyberCat Service & Troubleshooting• Checkout per NFPA 72

• Maintenance

– Batteries• Sealed Lead Acid

– Replace every 3 years according to date of manufacture

– Sooner if required by customer or LAHJ

• Lithium Coin Cell – On CyberCat Controllers, LED Graphic Controller, Zone Annunciator, and RDUs

– Replace AT LEAST every 5 years – Fike P/N 02-4040

• Troubleshooting – System Events

• Refer to Manual 06-639 for event description and resolution

– Diagnostic Menus



377

TP1 & 2GND +24V

AC & BATT FUSES BATTERY SW1 - HARD RESET

CHASSISGND

PTC’S (THERMAL FUSES-’PS’)Resettable AUX Power Fuse AUX Power Fuses

CHASSISGND



378

AC & BATT FUSES

ChassisGround

Aux Power Fuses

TP 1

(Gnd)

TP 2 (24Vdc)



379

Chassis

GroundLithium Battery

TP 1

(Gnd)

TP 2 (24Vdc)PTC’S (THERMAL FUSES-’PS’)



380

Battery Charging Trouble

Manual 06-620 & DC10-001



Battery Charging Trouble



382

• Diagnostic Menu 1 (D1) – Press ESCAPE for Top Level Menu, then Press F3-DIAG

F1 = Perform diagnostics on addressable devices

F2 = Panel diagnostics – Ground Fault

F3 = Panel diagnostics

F4 = Test front panel LEDs and LCD DisplayF5 = Firmware CRC value

F6 = Got to Diagnostics Menu 2

CyberCat Service & Troubleshooting




383

• Addressable Device Diagnostic Menu (D1.1) – Press F1-DEVICE

F1 = View addressable devices by loop and light LEDs

F2 = Compare Device Serial Numbers to Configs





384

• Addressable Device Type and Locate (D1.1.1) – Press F1-TYPE LOC & LED

Line A = Loop # (1-4), Addresses in groups of 20;

Last Position: D=Device type is displayed on line 4

Line B = Address placeholders for groups of 20 devices

Line C = Displays the type of device CONFIGURED at the specific address:P=Photo U=Photo/Heat H=Heat - =unknown 2=Dual Monitor Module

D=Duct T=Pull Station M=Monitor, 4” m=Mini Monitor Z=Zone Module

I=Ion Y=Relay C=Control

Line D = Displays the type of device PRESENT/FOUND on the SLC or the

devices LED status





385



Last Position: L=Light LED; use +/- while cursor is under address


Line C =

Line D = Indicates which LED is currently forced on





386




L=Light LED; use +/- while cursor is under address


Line C = Displays the type of device CONFIGURED at the specific address:P=Photo U=Photo/Heat H=Heat _=unknown

D=Duct T=Pull Station M=Monitor, 4” m=Mini Monitor

I=Ion Y=Relay C=Control R=Release

Line D = Displays if the device has been READ….meaning copy of that

device config is stored in the panel.


Manual 06-356-2, Page 5-4



387




L=Light LED; use +/- while cursor is under address


Line C = Displays the type of device CONFIGURED at the specific address:P=Photo U=Photo/Heat H=Heat _=unknown

D=Duct T=Pull Station M=Monitor, 4” m=Mini Monitor

I=Ion Y=Relay C=Control R=Release

Line D = Displays all devices that are DISABLED





388

• Addressable Device Serial Numbers (D1.1.2) – Press ESCAPE, then Press F2-SERIAL NUMBERS

Line A = Select Loop and Address of Device S/N to Compare

Line B = Displays the Device Type of Line A Loop and Address

Line C = S/N Stored in Panel for Line A Loop and Address

Line D = Actual S/N of Device at Line A Loop and Address





389

• Diagnostic Menu 1 (D1) – Press ESCAPE twice for DIAG Menu 1




F4 = Turn on all panel LEDs for 4 seconds. Also turns all LCDcharacters solid during this time. (Trouble LED flashes)

F5 = Firmware CRC value

F6 = Go to Diagnostics Menu 2





390

• Panel Diagnostics – Ground Fault (D1.2) – Press then Press F2-VALU 1

Line A = (GF) Ground Fault; < = Level 1 GF, - = GF Level is transitioning, > = Level 2 GF

Low = 60K ohm or less between power ground and chassis ground

High = 1M ohm or less between Main power (27.6VDC) and chassis

(Level 1 <) Low = 0 – 84; Normal = 85 – 120; High = 121 – 255

(Level 2 >) Low = 0 – 189; Normal = 190 – 255 (NOT USED ON CYBERCAT)

(A1) Voltage Regulator on main AC power for 120VAC = 200 – 255; (L1) Loop 1 short circuit detect

Line B = (24) Main panel 24VDC; (A2) Voltage Regulator on main AC power for 120VAC; (L2) Loop 2 short circuit

detect

Line C = (B1) Battery circuit on main controller; (A3) Voltage Regulator on SPS AC power for 120VAC; (N1)

Notification output # 1

Line D = (B2) SPS Battery circuit; (A4) Voltage Regulator on SPS AC power for 120VAC; (N2) Notification output # 2

Press Enter to

HOLD at one

GF level.





391

• Panel Diagnostics (D1.3) – Press ESCAPE, then Press F3-VALU 2

Line A = (C1+) Loop 1 ++ supervision; trouble if < 100(C1-) Loop 1 -- supervision; trouble if > 100

(L3) Loop 3 short circuit detect; normal = 10 – 255

Line B = (C2+) Loop 2 ++ supervision; trouble if < 100

(C2-) Loop 2 -- supervision; trouble if > 100

(L4) Loop 4 short circuit detect; normal = 10 – 255

Line C = (C3+) Loop 3 ++ supervision; trouble if < 100


Line D = (C4+) Loop 4 ++ supervision; trouble if < 100


Bottom Right= Fan Supervision

Value can increment to 1000Over 500 is trouble.

(New in Version 4.0)





392

• Panel Diagnostics (D1.4) – Press ESCAPE, then Press F4-LED TST


Turns on all panel LEDs for 4 seconds.

Also turns all LCD characters solid during this time.

(Trouble LED flashes)




393

• Diagnostic Menu 1 (D1) – When LED Test is complete you return to DIAG Menu 1




F4 = Turn on all panel LEDs for 4 seconds. Also turns all LCD

characters solid during this time. (Trouble LED flashes)

F5 = Firmware CRC value






394

• Cyclic Redundancy Check (CRC) (D1.5) – Press ESCAPE, then Press F5-CRC

Line A = Main System Processor CRC

CRC for v1.5 = 19D1 CRC for v4.0 = 01BD

CRC for v2.0 = 118B CRC for v5.0 = AA36

CRC for v3.0 = A790 CRC for v6.01 = AA82

CRC for v3.1 = E688 CRC for V6.20 = 0B42

CRC for V6.40 = 99C9

Line B = Main Loop (SLC 1 & 2) Processor Firmware Version

Line C = Auxiliary Loop (SLC 3 & 4) Processor Firmware Version

NOTE: If SLM is installed, Main and AuxL version must match.





395

• Diagnostic Menu 2 (D2) – Press ESCAPE, then Press F6-MENU 2

F1 = Perform diagnostics on panel keypad

F2 = VESDA diagnostics

F3 = VESDA diagnostics

F4 = Peripheral diagnostics

F5 = VESDAnet Polling Rate (v3.1 and newer)

F6 = Go to Diagnostic Menu 3 (v4.0 and newer)





396

• Keypad & LED Diagnostics (D2.1) – Press F1-KEYPAD

Displays key currently pressed and how many times it has been pressed.

Press the ‘>’ button to incrementally illuminate each of the panel’s state LEDs

Press ESCAPE 3 times to exit Keypad Diagnostics





397

• VESDA Diagnostics Menu 1 (D2.2) – Press ESCAPE, then Press F2-VESDA 1

Line A = Selected VESDA zone; (<>) indicates communications

< > toggle back and forth if communicating.

Line B = Current obscuration reading from selected VESDA unit

(press ENTER to update)

Line C = AL: Alert Level set point AC: Action Level set point

Line D = F1: Fire-1 Level set point

F2: Fire-2 Level set point (if applicable)





398

• VESDA Diagnostics Menu 2 (D2.3) – Press ESCAPE, then Press F3-VESDA 2

Line A = Selected VESDA zone; (<>) indicates communications

Line B = Press ENTER to list up to 4 fault numbers

Line C = Displays the active faults

Line D = Displays the active faults





399

• Peripheral Diagnostics (D2.4) – Press ESCAPE, then Press F4-PERIPH

Line A = ADR = Peripheral address being diagnosed.

SUP = Number of supervision broadcasts without response.

Number resets to zero (0) with each response of peripheral. Missing

Peripheral trouble occurs if number exceeds 11.

MAX = Indicates maximum number of supervision broadcasts sent

without a response. Resets to zero on panel reset.

Line B = Peripheral type of address in Line A.

Line C = Number of supervision commands sent to peripheral.

Line D = Number of supervision commands received from peripheral.





400

CyberCat LCD Display• VESDAnet Polling Rate (D2.5) – Press ESCAPE twice, then Press F5-VE COM

Row A = Allow you to select the VESDA zone to displayRow B (Poll TX) = Number of polling transmissions to VESDA zone

Row B (Poll RX) = Number of polling receptions from VESDA zone

Row C (Netw TX) = Number of network alarm requests sent TO panel

Row C (Netw RX) = Number of network alarms sent FROM the HLIRow D = Allows you to adjust comm speed to HLI (250mS – 2000mS)

Level 4 (Factory) Password is Required.

Pressing ENTER will clear the TX and RX counters




401

CyberCat LCD Display• Diagnostic Menu 3 (D3)

– Press ESCAPE, then Press F6-MENU 3 (New in Version 4.0)

F1 = Monitor supervision activity on the network

F2 = Perform diagnostics between panel and network module PIC

F3 = Adjust Baud Rate and Transmit intervals between panels

F4 = Transmits messages onto peripheral buss for test purposes only

F5 = Main board processor communication

F6 = Goes to Diagnostic Menu 4 (New in Version 5.0)




402

CyberCat LCD Display• Network Diagnostics (D3.1)

– Press ESCAPE, then F1 – NETW 1

Line A= Panel id for this panel and the module type

Line B = Range of panel id’s from which this panel might be receiving data

The TXn increments each time this panel transmits to the network

Line C = Placeholders to align panel id numbers with panel below on line D

Line D = Number of receptions from the panel id directly above.

If no receptions from that panel, a blank is shown.

When data is received from that panel, this number increments

(New in Version 4.0)




403


– Press ESCAPE, then F2 – NETW 2 (New if Version 4.0 Firmware)


Line A= Number of trouble events recorded when the installed network modulefails to respond to commands from panel. Number on left increments

each time a command is sent and is cleared when module responds.

Number on right is configurable threshold

Line B = Number of events when panel changed it’s network type.

Line C = Number of times module reports Class A wire trouble

Line D = Displays current network module position

ISOLA for isolated, FIRST, MIDDLE or LAST. RDY indicates if module is

ready for network command (Y=Ready, N= Not Ready)



404


– Press ESCAPE, then F3 – NETW 3 (New if Version 4.0 Firmware)


Line A= Allows you to adjust the communication interval between the panel and

network module in 1ms increments

Line B = Number of consecutive “panel missing” responses from Network PIC that

must be reached before a trouble condition is annunciated. Default is 3.

Line C =Line D = Allows you to adjust number of normal network super commands

containing history data that must be sent to Network PIC before the next

panel missing command can be verified. Default is 10



405

CyberCat LCD Display• History Diagnostics (D3.4)

– Press Escape then F4 - HISTORY

Line A= This screen allows for automatic transmission of pre-set messages

Line B = When “ON” the panel will transmit an event every 10 seconds onto the

peripheral bus. The event number will increment after each transmission.

Line C = Allows selection of a specific event number. If the auto test is set to

“OFF” pressing ENTER will transmit this event onto peripheral bus.The message “**SENDING**” will show briefly to confirm transmission.

Line D = Selection of the history transmission variables when ENTER is

pressed. Leftmost is loop and address in hex. Others are “dat” variables.




406

• Main Board Processor Communications (D3.5) – Press ESCAPE, then Press F5-BRD COM

Firmware v3.1 and newer

Left Half = Main Loop Processor (SLC 1 & 2)

Right Half = AUX Loop Processor (SLC 3 & 4)

RXD: total data received by system processor from the MAIN or AUX processor

ERR: # of checksum errors noted by system processor from the MAIN or AUXprocessor

TXD: Total number of commands received by system processor from both MAIN and

AUX processors since last reset (will rollover)

ERR: Out of the TXD value, total # checksum errors





407

CyberCat LCD Display• Diagnostic Menu 4 (D4)

– Press ESCAPE, then Press F6-MENU 4 (New in Version 5.0)

F1 = Status of Voice Amplifiers

F2 = Peripheral Supervision Data

F3 = Status of Voice Zone Information

F4 = Peripheral Firmware Version

F5 =

F6 = Diagnostics Menu 5




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• Peripheral PER FVPress F4 – PER FV (New in Version 5.0)

Line A = Select Peripheral Address

Line B = Type of peripheral device configured at address

Line C =

Line D = Displays current firmware version of device




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• Diagnostic Menu 5 (D5) – Press ESCAPE, then Press F6-MENU 5 (New in Version 6.0)

F1 = Page Status

F2 = Audio Priority Status

F3 = Play Message ID Status

F4 = FAAST Detector Status

F5 =

F6 = Diagnostics Menu 1




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• FAAST (D5.4) – Press F4 - FAAST (New in Version 6.10)

Line 1 = FAAST Address

Set address of FAAST Detector to view. It MUST be an address

of a FAAST detector to work.




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• FAAST (D5.4) – Press ENTER

It is reading the status of FAAST Detector at address on 1st Line




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• FAAST (D5.4) – FAAST STATUS (New in Version 6.10)

List of Status Fields on Next Screen




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FAAST Status Readings


SF (Sensor Fault) – Sensor Fault has occurred

LV (Low Voltage) – Voltage to detector below minimum operating range

TIM (Time) – Detector’s internal time has not been set

CFG (Configuration Fault) – Detector has not been configured

ASP (Aspirator Fault) – Detector Aspirator has quit workingFD (Filter Door Open) – Filter Door has been removed and not replaced.

LED (Locate LED) – Shows whether N/A LED is on. Press F1 to toggle it on for locating

DIS (Disable) – Detector has been disabled *****Not Isolated

DIR (Drift Fault /IR Laser) - sensor has reached it’s allowable drift limit

FU (Filter Urgent) – Filter has been clogged for more than 72 hours

COM (Communication) Communication has failed and device not functioning properlyDBL (Drift Fault /Blue LED) – sensor has reached it’s allowable drift limit

FM (Filter Minor) – Filter is clogged and needs to be replaced

AIRFLO (Airflow) – Device airflow has drifted this percentage off normal. Over +/- 20% is fault.



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– If Fault is present, CyberCat history will show event.

This was caused by Airflow fault shown in previous screen




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• Diagnostic Menu 5 (D5) – Press ESCAPE twice back to MENU 5

F1 = Page Status

F2 = Audio Priority Status

F3 = Play Message ID Status

F4 = FAAST Detector Status

F5 =F6 = Diagnostics Menu 1




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• Diagnostic Menu 1 (D1) – Press F6 – to go all the way back to DIAGNOSTIC MENU 1




F4 = Turn on all panel LEDs for 4 seconds. Also turns all LCD

characters solid during this time. (Trouble LED flashes)F5 = Firmware CRC value






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F5 = System Maintenance MenusF6 = Enable IR Communications by loop




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• System Status – Press ESCAPE until System Status screen appears

Line A = Firmware Version

Line B = 20 character custom logo

Line C = Current system time and date

Line D = Current # of Alarm, Supervisory, and Trouble Events

NOTE: Panel returns to this screen after 100 seconds of no activity.



Manual 06-639



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Fike PhD (From Fike Forums)



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422




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CyberCat DACT Reporting (Version 5.0)

Product UpdateSDC06-005 (UPDATED)

….these codes have been added to the list of codes sent over DACT



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CyberCat DACT Reporting



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• Voltages – Test Points

• TP1 = System ground/common

• TP2 = System voltage, +24VDC to TP1

– SLC Voltage• +24VDC, SLC + to SLC –

• Fluctuates with data traffic (22VDC to 27VDC**)

– Ground Fault Voltages• Measured TP1 to Chassis

• Level 1 Ground Fault Bias, Ideal = 2.17VDC

– Equates to 110-111 on Ground Fault Diagnostics menu

– Normal voltage range is 1.67VDC (ADC 85) to 2.35VDC (ADC 120)

• Level 2 Ground Fault Bias, Ideal = 5.00VDC

– Equates to 255 on Ground Fault Diagnostics menu

– Normal voltage range is 3.73VDC (ADC 190) to 5VDC (ADC 255)




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CyberCat DACT Reporting

ADC10-001…these codes have been added to the list of codes in

Technical Bulletin ADC06-005 in Tab 5.

Product Update ADC10-001



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WARNING ! ! ! ! ! ! ! ! !• Never Read a disabled

device or device with

Device Error Message

• Never…Never...Never

pull the configuration

from a panel while

devices are disabled!

• Build configuration

from scratch…don’tpull from NEW devices

and just modify.



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Questions?Ready for Exam?



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• Phone (888) 628-3453

• Customer Service Option 1

• Technical Support Option 2

• Fax (866) 211-9239



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