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Fike CyberCat 1016, Installation Manual

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Fike CyberCat 1016 Installation Manual Download Page 69

 

 

4.0 INSTALLATION 

 

UL S2203 

CyberCat 254/1016 Installation Manual 

4-9 

FM 

 

P/N: 06-326 

Rev 14, 09/2015

 

4.11  INSTALL OPTIONAL MODULES 

Several optional modules can be installed onto the CyberCat controller to expand its operational capabilities.  
The modules contain static sensitive components; therefore, handle them by the edges only and avoid 
touching the integrated components.  Keep each module in  the protective static bag it was shipped in until 
time for installation.  Always ground yourself with a proper wrist strap before handling the module(s) to reduce 
the risk of damage due to static discharge. 

The following terminals are provided on the CyberCat controller, as shown on Exhibit 4-8, to allow connection 
of the optional modules: 

Terminal 

Module 

P12 

CRM4 Relay Module or Reverse Polarity Module 

P13 

CRM4 Relay Module or Reverse Polarity Module 

P15 

Supplemental Loop Module 

P16 

Supplemental Power Supply 

P20 

Network Modules (RS485 or Fiber Optic) 

 

All of the optional modules, except the DACT, must be installed prior to installing the CyberCat controller into 
the enclosure.  Refer to the installation instructions supplied with each module for specific installation 
instructions. 

Note:

 If the optional Internal DACT is installed, terminal P12 is no longer available for use.

 

Note:

 Modules installed in terminals P13 and P20 share the same mounting footprint on the CyberCat board and 

cannot be used simultaneously. 

P7

C   NC   NO

Alarm

P11

P10

P9

P8

P6

P2

C  NC  NO

Supervisory

C   NC  NO

Trouble

L

IN

E

 2

S

Y

S

 T

R

B

L

H

EAR

TBE

A

T

L

IN

E

 1

OPTIONAL

DACT

OPTIONAL

CRM4 RELAY

OR

REVERSE

POLARITY

MODULE

OPTIONAL CRM4 RELAY,

NETWORK MODULES (RS485

& FIBER), OR REVERSE

POLARITY MODULE

OPTIONAL

SUPPLEMENTAL
POWER SUPPLY

OPTIONAL

SUPPLEMENTAL

LOOP MODULE

 

Exhibit 4-8:  Mounting Locations for Optional Modules 

Summary of Contents for CyberCat 1016

Page 1: ...Installation Manual P N 06 326 Rev 14 September 2015 10 064 CyberCat 1016 10 066 CyberCat 254 Addressable Fire Alarm Control System ...

Page 2: ...nty returns must be returned from an authorized Fike Distributor Contact Fike s Marketing department for further warranty information Fike maintains a repair department that is available to repair and return existing electronic components or exchange purchase previously repaired inventory component advance replacement All returns must be approved prior to return A Material Return Authorization MRA...

Page 3: ...herals 5 Sections 1 3 6 and 7 07 2008 Added Dual Monitor Module and Conventional Zone Monitor Module 6 All Sections 10 2008 Creation of Product Manual and addition of Smoke Control components 7 All Sections 04 2011 Separated manual into separate Installation Operation and Programming Manuals 8 All Sections 06 2011 Changed document P N from 06 326 1 to 06 326 9 Sections 1 2 3 Appendix A C 12 2011 A...

Page 4: ...front 3 12 3 3 2 3 FCC Enclosure with Option 2 Back Box 3 13 3 3 3 FCC Enclosure with Twenty Five Card Dead front 3 14 3 4 Optional Dead Front Cover Plates 3 15 3 5 Optional Circuit Modules 3 16 3 5 1 DACT 5 Zone with Serial Interface 3 16 3 5 1 1 DACT Programmer 3 16 3 5 2 Supplemental Power Supply SPS 3 16 3 5 3 Supplemental Loop Module SLM 3 17 3 5 4 Relay Module CRM4 3 17 3 5 5 Reverse Polarit...

Page 5: ...e 3 32 3 9 Remote Testing and Notification Accessories 3 33 3 9 1 Remote Annunciator 3 33 3 9 2 Remote Test Station 3 33 3 9 3 Remote Test Station with Key 3 33 3 10 Addressable Modules 3 34 3 10 1 Mini Monitor Module 3 34 3 10 2 Monitor Module 3 34 3 10 3 Dual Monitor Module 3 35 3 10 4 Addressable Pull Station 3 35 3 10 5 Conventional Zone Monitor Module 3 35 3 10 6 Supervised Control Module 3 3...

Page 6: ...4 9 4 12 Install the Controller 4 10 4 13 Connect the AC Power to the Controller 4 13 4 14 Install Batteries 4 14 4 14 1 Battery Cutoff 4 14 4 15 Apply Power to the Panel 4 15 4 16 Connect Field Wiring 4 16 4 16 1 General Relay Wiring 4 17 4 16 2 RS232 Wiring 4 17 4 16 3 RS485 Peripheral Bus Wiring 4 17 4 16 4 Auxiliary Power Wiring 4 18 4 16 5 SLC Wiring 4 19 4 16 5 1 Class B Wiring 4 19 4 16 5 2...

Page 7: ...Card Dead front 3 11 3 14 FCC Enclosure with Twenty Three Card Dead front 3 12 3 15 FCC Enclosure with Twenty Five Card Dead front 3 14 3 16 Single Card Plate 3 15 3 17 Two Card Plate 3 15 3 18 Three Card Plate 3 15 3 19 Four Card Plate 3 15 3 20 Five Card Plate 3 15 3 21 Fire Phone Plate 3 15 3 22 DACT 3 16 3 23 DACT Programmer 3 16 3 24 Supplemental Power Supply SPS 3 16 3 25 SLM 3 17 3 26 CRM4 ...

Page 8: ...ne Monitor Module 3 35 3 72 Supervised Control Module 3 36 3 73 Solenoid Protection Assembly 3 36 3 74 Master box Interface 3 36 3 75 Relay Module 3 37 3 76 VESDA HLI 3 37 3 77 IR Remote Tool 3 37 3 78 Hand Held Programmer 3 38 3 79 DB9 RJ11 Communication Cable 3 38 3 80 USB DB9 Communication Cable 3 38 3 81 USB Communication Cable 3 38 3 82 Sealed Batteries 3 39 3 83 33 AH Battery Enclosure 3 39 ...

Page 9: ...rminal Connections 4 16 4 16 P2 Relay Connections 4 17 4 17 RS232 Wiring 4 17 4 18 RS485 Peripheral Bus Wiring 4 17 4 19 RS485 DACT Wiring 4 18 4 20 Auxiliary Power Wiring 4 18 4 21 Class B SLC Wiring 4 19 4 22 Class A SLC Wiring 4 20 4 23 Detector Base Wiring 4 20 4 24 NAC Circuit Wiring Class B 4 21 4 25 NAC Circuit Wiring Class A 4 21 C 1 Compatible Components C 1 D 1 Battery Cutoff Wiring Diag...

Page 10: ...TABLE OF CONTENTS viii CyberCat 254 1016 Installation Manual UL S2203 Rev 14 09 2015 P N 06 326 FM Reserved for future use ...

Page 11: ...stributor sells installs and services Fike equipment Look on the inside of the door left side there should be a sticker with an indication of the distributor who sold the system If you cannot locate the distributor please call Fike Customer Service for locating your nearest distributor or go to our web site at www fike com If you are unable to contact your installing distributor or you simply do n...

Page 12: ...y and all circuits are configured properly connected and responding properly The system remains in normal state until a trouble condition occurs Notification Appliance A fire alarm system component such as a bell horn speaker light or textual display that provides audible tactile or visible output or any combination thereof The device notifies building occupants of system status This manual interc...

Page 13: ...ty Zone Remote Annunciator P N 10 2667 Product Manual 06 453 Six Zone Smoke Control Switch Card P N 10 2658 Product Manual 06 444 Input Output Switch Card P N 10 2659 Product Manual 06 446 Twenty Zone Annunciator Card P N 10 2660 Product Manual 06 445 Solenoid Supervision and Protection Assembly P N 10 2360 Installation 06 344 Masterbox Supervisor P N 10 2413 Installation Instructions 06 229 VESDA...

Page 14: ...ppressor Compatibility Document 06 588 FCC Digital Paging Assembly P N 10 2751 Product Manual 06 564 LOC Digital Paging Assembly P N 10 2814 Product Manual 06 613 LOC Enclosure P N 10 2793 Installation Instructions 06 599 LOC Enclosure w RDU P N 10 2796 Installation Instructions 06 600 LOC Paging Control Card P N 10 2798 Installation Instructions 06 602 LOC Microphone Housing P N 10 2813 Installat...

Page 15: ...tation activation to notification appliance sounding Its Cat like flexibility provides you the freedom to attach the devices you require for your specific installation The CyberCat 254 P N 10 066 is equipped with one signaling line circuit capable of communicating with 254 devices in any combination The CyberCat 1016 P N 10 064 is equipped with two signaling line circuits each capable of communica...

Page 16: ...alarm power 4 A standby Operation from 120VAC 60 Hz or 240VAC 50 60Hz Two 24V DC 2A continuous auxiliary power outputs CyberCat 1016 Expandable to 5 circuits with SPS One 24V DC 2A resettable auxiliary power output Supports up to 75 AH of batteries CyberCat 1016 expandable to 150 AH using SPS SIGNALING LINE CIRCUIT Address devices with Infrared IR tool similar to remote control device non listed C...

Page 17: ...ication Systems UL 2017 General Purpose Signaling Devices and Systems The installer should also be familiar with the following documents and standards National Fire Protection Association NFPA Codes NFPA 13 Sprinkler Systems NFPA 15 Water Spray Fixed Systems NFPA 16 Deluge Foam water and Foam water Spray Systems NFPA 70 National Electrical Code NEC NFPA 70 Article 300 Wiring Methods NFPA 70 Articl...

Page 18: ...Card O O O O O O O Y Y 10 2646 14 Button Remote Display O O O O O O O Y Y 10 2631 10 Button Remote Display O O O O O O O Y Y 10 2630 2 Button Remote Display O O O O O O O Y Y 68 023 VESDA Open Protocol High Level Interface HLI O O O O O O O Y Y 10 2627 Ethernet Module O O O Y O O O Y Y 10 2583 Multi Interface Module O O O Y O O O Y Y 10 1XX Intelligent LED Graphic Annunciator O O O O O O O Y Y 10 ...

Page 19: ... Detector Base 6 inch Isolator Version O O O O O O O Y Y 63 1055 EB Detector Base 4 inch O O O O O O O Y Y 63 1061 EBI Detector Base 4 inch Isolator Version O O O O O O O Y Y 63 1064 EBS Sounder Base 6 inch O O O O O O O Y Y 63 1063 EBR Relay Base 6 inch O O O O O O O Y Y 55 045 Note 3 MMM Mini Monitor Module O O O O O Y O Y Y 55 050 Note 3 MMM Mini Monitor Module Isolator Version O O O O O Y O Y ...

Page 20: ...ry Supervising Station PPU SSU Auxiliary Local Energy PPU Releasing Service Sprinkler Emergency Communication Sys UL Listed FM Approved Part Number isolator version Description 10 2154 Battery Enclosure 33 AH maximum O O O O O O O Y Y 10 2236 Battery Enclosure 75 AH maximum O O O O O O O Y Y 10 2780 Remote Equipment Enclosure 3 Card O O O O O O O Y Y 10 2781 Remote Equipment Enclosure 5 Card O O O...

Page 21: ...g Blank standard enclosure no dead front 0 standard enclosure solid dead front 3 standard enclosure 3 card dead front 19 fire command center enclosure 19 card dead front 23 fire command center enclosure 23 card dead front Blank black panel overlay standard R red panel overlay required Blank standard back box 2 Option two back box Additional system components such as batteries detectors modules car...

Page 22: ...troller is to be installed in an enclosure equipped with one of the optional dead front doors the standard display is replaced with an Extended Display P N 10 2680 as shown in Exhibit 3 3 The extended display is designed to be mounted to the backside of the panel s dead front door The layout of the extended display changes slightly however the available operational buttons and indicator LED s rema...

Page 23: ... listed in order of terminal block designation P on the following pages Exhibit 3 4 CyberCat Controller Terminal Locations Controller Specifications Controller Dimensions HxWxD 8 in x 11 in x 3 in 20 3 cm x 27 9 cm 7 6 cm Display Dimensions HxW 7 in x 6 25 in 17 8 cm x 15 9 cm standard 5 75 in x 6 25 in 14 6 cm x 15 9 cm dead front Weight 1 2 lbs 0 54 kg Power Output 2 Amps Normal Standby 6 Amps A...

Page 24: ...nd supervised Batteries larger than 18 AH must be mounted in external battery enclosure Use 14 AWG minimum wire max length of 10 ft 3m to connect batteries to controller P2 Alarm Relay 1 Terminals C NC NO SPDT Form C relay contact DC Operation 2 amps 30 VDC pf 35 AC Operation 0 5 amps 120 VAC pf 35 Default alarm operation configurable All connections shall be power limited or non power limited not...

Page 25: ...ry between 0 1 VDC It should never be a constant voltage or 0 VDC Peripheral devices must be configured as supervised if 2 way communication is required RS485 wiring Belden 9841 or equal Use Belden 82841 82842 or 89841 for plenum applications Maximum wire length of 4000 ft 1219m 9600 bps 5 VDC 1mA Maximum wire impedance 110Ω Maximum wire capacitance 0 05uF 100Ω termination resistor is required on ...

Page 26: ...pulse It should never be a constant 0 VDC FM Approved Deluge and Pre action Sprinkler operation requires that initiating device circuits be Class A and wired to FM Listed Approved devices 12 000 ft 3657m maximum wire length from panel to last device using 14 AWG Shielded cable should be used for electrically noisy environments Maximum resistance 70Ω 35Ω per leg Maximum capacitance 0 60uF If using ...

Page 27: ...ller SPS is NOT compatible with the CyberCat 254 controller See Section 4 11 P17 For Fike use only P18 For Fike use only P19 Controller display interface keypad and LEDs P20 Provides connection point for an optional RS485 network module P N 10 2482 or Fiber Optic network module P N 10 2624 If P13 is occupied by a CRM4 or RPM module the P20 terminal is not available See Section 4 11 P21 No Connecti...

Page 28: ...berCat control board transformers DACT etc The removable exterior door mounts on the left side of the cabinet only and is equipped with a key lock and display viewing window Doors open a full 180 degrees A Lexan cover can be ordered and installed over the exterior door viewing window s to prevent access to the panel interior Optional dead front doors are equipped with black or red overlay Optional...

Page 29: ...0 2583 Ethernet Module P N 10 2627 Two 18AH batteries maximum Secondary power transformer MIM Ethernet Module and Class A Peripheral Bus Card all share a common mounting location within the enclosure Only one component can be installed at this location Refer to Fike document 06 480 for standard enclosure installation details The standard enclosure can be ordered with either of the dead front door ...

Page 30: ...lor Red or Black o outer door overlay color Red or Black The Standard enclosure with three card dead front door See Exhibit 3 12 is designed to isolate the internal electronics and wiring from the system operator yet allows access to system control buttons and viewing of the system display The dead front door is hinged on the left side which allows it to be easily opened to reveal the system compo...

Page 31: ...ows easy installation of the following CyberCat system components CyberCat Controller with standard display CyberCat AC Power transformers qty 2 Bosch FPT DACT LC P N 10 2528 Class A Peripheral Bus Card P N 10 2792 Multi Interface Module MIM P N 10 2583 Ethernet Module P N 10 2627 Digital Paging Card P N 10 2727 Amplifier Card P N 10 2726 Amplifier Audio Transformer P N 02 12825 Amplifier AC Trans...

Page 32: ... 10 2727 Amplifier Kit P N 10 2773 Amplifier Audio Transformer P N 02 12825 Amplifier AC Transformer Relay Control Card P N 10 2785 Two 18AH batteries maximum The dead front door is equipped with threaded press studs that allow easy mounting of any of the following optional cards sold separately CyberCat Extended Display P N 10 2680 Twenty Three 23 dead front switch cards Smoke Control switch card...

Page 33: ...unting Plate P N 10 2805 CyberCat AC Transformer qty 2 Relay Control Assembly P N 10 2777 Bosch FPT DACT LC P N 10 2528 Relay Control Card P N 10 2785 Multi Interface Module MIM P N 10 2583 Addressable Modules qty 4 Ethernet Module P N 10 2627 Two 18 AH batteries maximum Class A Peripheral Bus Card P N 10 2792 MIM Ethernet Module and Class A Peripheral Bus Card share a common mounting location wit...

Page 34: ... CyberCat system components Amplifier Card P N 10 2726 Amplifier Audio Transformer P N 02 12825 Amplifier AC Power Transformer Multi Interface Module MIM P N 10 2583 Ethernet Module P N 10 2627 Two 18 AH batteries maximum Threaded press studs are supplied on the inner dead front door for easy installation of up to twenty five of the dead front cards listed below Smoke Control switch card P N 10 26...

Page 35: ...ES For enclosures equipped with dead front doors the following cover plates can be ordered to enable you to blank off any unused openings in the dead front panel The cover plates are made of 18 gauge steel with a Red or Black enamel finish to match the enclosure Single Card Cover Plate P N 10 2697 c Four Card Cover Plate P N 10 2776 c Two Card Cover Plate P N 10 2774 c Five Card Cover Plate P N 10...

Page 36: ...ystem Fault AC Failure and Low Battery These inputs can be used in place of the intelligent RS485 connection to provide simple alarm monitoring where the receiving station is not capable of receiving point ID information Refer to Fike document 06 479 for further more information 3 5 1 1 DACT KEYPAD PROGRAMMER P N 10 2477 BOSCH FMR DACT KEYPAD This DACT Programmer See Exhibit 3 23 is necessary for ...

Page 37: ...e relays The CyberCat controller supports up to two CRM4 modules if other options are not used at main controller P12 and P13 Each Relay may be wired across Normally Open or Normally Closed contacts Refer to Fike document 06 345 for more information 3 5 5 REVERSE POLARITY MODULE RPM P N 10 2254 The Reverse Polarity Module See Exhibit 3 27 provides two individual non supervised reverse polarity con...

Page 38: ...tween other network devices The network is designed to operate with 128 network nodes panels which operate in a peer to peer communication The communication protocol is designed using fiber communication with repeaters in each fiber optic network module It interfaces to P20 using four standoffs supplied with the Fiber Optic Network Module Refer to Fike document 06 387 for more information Exhibit ...

Page 39: ...tc Switch functions are protected by the unit s integral security access key In addition the RDU is equipped with an internal piezo and five status LEDs that provide instant audible and visual notification of system status changes Refer to Fike document 06 610 for more information Note This unit can only be used on systems with panel firmware V3 0 or higher 3 6 2 TEN BUTTON REMOTE DISPLAY UNIT P N...

Page 40: ... inside the CyberCat enclosure or it can be mounted remotely by ordering the custom mounting enclosure Refer to Fike document 06 388 for more information 3 6 5 MULTI INTERFACE MODULE P N 10 2583 MULTI INTERFACE MODULE W ENCLOSURE P N 10 069 The Multi Interface Module See Exhibit 3 34 provides an interface point that allows connection of the following ancillary devices to the host control panel 1 C...

Page 41: ...rmation 3 6 7 FIREFIGHTER S SMOKE CONTROL STATION FSCS The Firefighter Smoke Control Station See Exhibit 3 36 is a custom made graphic display that provides a specific building layout pictorial with Smoke Control override switches and LEDs to indicate the status of the air handling equipment and dampers utilized for the building smoke management system When a switch override function is initiated ...

Page 42: ...initiated the corresponding LED will flash until confirmation that the desired state of the air handling equipment has been achieved Upon receipt of confirmation the LED will transition from flashing to continuously on The card is designed to mount directly to Fike s dead front door panels Refer to Fike document 06 444 for more information 3 6 10 INPUT OUTPUT SWITCH CARD P N 10 2659 The Input Outp...

Page 43: ...oned audio amplifiers if assigned to the selected zone will play either the EVAC or ALERT message for the selected zone or will broadcast the live message from the system microphone or firefighter s phone based on the selected switch The card is designed to mount directly to Fike s dead front door panels Refer to Fike document 06 558 for more information 3 6 13 FIRE PHONE CARD P N 10 2728 The Fire...

Page 44: ...signed to feed a single audio zone and provides an integral 24 VDC visual notification appliance circuit The amplifier is capable of providing up to 50 watts of audio output power to connected voice evacuation speakers The amplifier provides four Class B audio output circuits that are compatible with 25 or 70 Vrms speakers The assembly includes the following components Amplifier Card P N 10 2726 A...

Page 45: ...trol Assembly only Do NOT mount the HPM4 relay card to the CyberCat controller 3 6 17 RELAY CARD P N 10 2785 The Relay Card See Exhibit 3 48 provides twelve 12 programmable relays integrated into a single card When added to the system the relays can be used to provide system status indication control of electrical loads and general purpose switching Refer to Fike document 06 586 for more informati...

Page 46: ...he digital paging assembly is designed to be mounted within the fire command center enclosure Control buttons provided on the FCC paging control card allow the user to distribute live audio to the system speakers using the paging microphone or to manually activate the voice system causing pre recorded messages stored in the system amplifiers to be played The assemblies paging control card provides...

Page 47: ...s to be played LOC control functions are limited by the number of programmable buttons available on the consoles paging control card The 10 2801 LOC See Exhibit 3 52 incorporates a 10 button remote display unit into the LOC enclosure allowing detailed system information to be displayed at the remote location Note The LOC does not support fire phone operation 3 6 20 1 AUDIO ADJUNCT PANEL P N 10 283...

Page 48: ...electronics are rated 32 120 F 0 49 C 10 93 relative humidity unless otherwise noted 3 7 1 PHOTOELECTRIC SMOKE DETECTOR P N 63 1052 PHOTOELECTRIC SMOKE DETECTOR WITH ISOLATOR P N 63 1058 The Photoelectric Smoke Detector See Exhibit 3 53 is an intelligent spot type smoke detector that utilizes the light obscuration principle to detect smoke The detector includes a tri color LED for instant indicati...

Page 49: ... Enhance Note Photo element of detector can be programmed as Supervisory and Heat element for Alarm 3 7 4 HEAT DETECTOR P N 60 1039 HEAT DETECTOR WITH ISOLATOR P N 60 1040 The Heat Detector See Exhibit 3 56 is a spot type detector designed to be programmable for a set point range of 135 174 F 57 2 78 9 C for ordinary detection or 175 190 F 79 4 87 8 C for intermediate detection Detectors in the or...

Page 50: ...Day Night Sensitivity Note Photo Duct Detector can be programmed as a Supervisory input as required by some Local Authority Having Jurisdictions AHJ 3 7 5 1 DUCT DETECTOR HOUSING P N 63 1158 The Duct housing See Exhibit 3 58 is equipped with an integral base for mounting either the P N 63 1057 or P N 63 1062 duct detectors The housing provides a remote alarm output for use with auxiliary devices s...

Page 51: ...ining enhanced immunity to nuisance particulates FAAST system conditions are displayed at the user interface and at the CyberCat control panel The user interface provides a clear indication of the system status particulate levels alarm levels air flow and faults Features Communicates on the CyberCat signaling line circuit SLC Unit P N 68 140 monitors up to 8 000 ft 2 743 m 2 with single sampling p...

Page 52: ...e See Exhibit 3 61 can be used with any of the CyberCat detectors It mounts directly to 3 1 2 inch and 4 inch octagon boxes with or without plaster rings and single gang boxes The isolator version provides complete short circuit isolation for NFPA Class X wiring when used with an isolator detector 3 8 3 SOUNDER BASE P N 63 1064 System Sensor EBS The sounder base See Exhibit 3 62 provides the abili...

Page 53: ...nted duct smoke detectors from a convenient location It mounts directly to single gang electrical box with a minimum depth of 2 5 inches or directly to a wall or ceiling The annunciator is equipped with a red LED that provides visual indication of an alarm condition and a magnetic test function that allows remote testing of the connected detector Special programming is required on the associated D...

Page 54: ...peration A brief description of each addressable module and its features is provided in this section for reference purposes Refer to Fike document 06 326 2 CyberCat Operations Manual for details of module operation and available programming features Refer to installation and maintenance instructions supplied with each module for more information Note Module electronics are rated 32 120 F 0 49 C 10...

Page 55: ...TH ISOLATOR P N 55 060 The Conventional Zone Monitor Module See Exhibit 3 71 allows the CyberCat panel to interface and monitor two wire conventional smoke detectors The module transmits the status normal open or alarm of one full zone of conventional detectors back to the control panel The module is capable of monitoring Class A or Class B initiating device circuit IDC wiring Class B wiring requi...

Page 56: ...dule In addition to interfacing with notification appliances the SCM can also be used to operate either of the following interfaces 3 10 6 1 SOLENOID PROTECTION ASSEMBLY P N 10 2360 The SCM can be connected to a single sprinkler solenoid rated up to 2 amps maximum at 24VDC The Solenoid Protection Assembly See Exhibit 3 73 must be used when connecting a solenoid to the SCM Refer to Fike document 06...

Page 57: ...ia the CyberCat 50 panel s 24VDC continuous auxiliary power Refer to Fike document 06 158 for more information 3 12 PROGRAMMING AND CONFIGURATION EQUIPMENT The items discussed in this section are not UL listed however one or more of these items must be used to facilitate proper configuration of the CyberCat system 3 12 1 IR REMOTE TOOL P N 55 051 The IR Remote tool See Exhibit 3 77 is a hand held ...

Page 58: ...used when connecting the C Linx Software to the CyberCat using a computer with a DB9 serial com port 3 12 5 INTERFACE CONVERTER P N 02 11139 The 02 11139 interface converter See Exhibit 3 80 consists of a USB to DB9 converter only This converter is included in the 10 1874B interface cable shown below It should be used when connecting the C Linx Software to the CyberCat using a computer with a USB ...

Page 59: ...ttery enclosures must be installed to house the batteries Interconnecting cables from the battery cabinet to the CyberCat enclosure shall be in installed in conduit 3 13 3 1 33AH BATTERY ENCLOSURE BATTERIES NOT INCLUDED P N 10 2154 c c Red or Black The 33AH Battery Enclosure See Exhibit 3 83 is a heavy gauge metal enclosure designed to house two 33AH batteries Conduit knockouts are provided to pro...

Page 60: ...3 0 SYSTEM COMPONENTS 3 40 CyberCat 254 1016 Installation Manual UL S2203 Rev 14 09 2015 P N 06 326 FM Reserved for future use ...

Page 61: ...ll batteries Section 4 14 Apply power to the panel Section 4 15 Connect field wiring Section 4 16 Power up controller with field wiring connected Section 4 17 Configure the system Section 4 18 Conduct acceptance testing Section 4 19 4 2 SELECT THE ENCLOSURE MOUNTING LOCATION The mounting location for the CyberCat system enclosure s is very important Fike recommends that all system enclosures be in...

Page 62: ...st the inside hole creates a one half inch 1 2 opening Removing the entire opening provides a three quarter inch 3 4 opening Note Unless otherwise detailed in this manual or in other documents relating to this control panel the technician shall utilize published standards and references such as NFPA 70 National Electrical Code NFPA 72 National Fire Alarm Code and others which may be relevant to th...

Page 63: ...1 cm Q 3 95 in 10 03 cm E 12 58 in 31 95 cm R 1 13 in 2 86 cm F 1 34 in 3 40 cm S 14 35 in 36 44 cm G 0 50 in 1 27 cm T 2 25 in 5 72 cm H 24 60 in 62 48 cm U 3 25 in 8 26 cm I 23 50 in 59 69 cm V 3 38 in 8 59 cm J 5 68 in 14 43 cm W 1 00 in 2 54 cm K 1 73 in 4 40 cm X 15 34 in 38 97 cm L 18 72 in 47 55 cm Y 9 88 in 25 10 cm M 16 47 in 41 83 cm Z BOTTOM VIEW BACK BOX OUTER DOOR MOUNTING HOLE FRONT ...

Page 64: ...TOP VIEW BACK BOX FRONT VIEW MOUNTING HOLE TYP 4 PLCS BACK BOX OUTER DOOR HINGE POINT VIEWING WINDOW VIEWING WINDOW VIEWING WINDOW VIEWING WINDOW VIEWING WINDOW Exhibit 4 2 FCC Enclosure Dimensions Enclosure Dimensions inches cm A 24 50 62 2 H 0 93 2 36 O 23 67 60 V 6 81 17 3 B 23 50 59 7 I 41 19 104 6 P 25 52 64 8 W 1 00 2 54 C 16 00 40 6 J 5 68 14 43 Q 28 17 71 6 X 24 59 62 5 D 3 80 9 7 K 1 73 4...

Page 65: ...t is detected on either leg the panel immediately transfers communication to the intact redundant wiring Class X wiring is the same as Class A wiring but requires the use of isolator devices in order to provide operational capabilities past a single open or short circuit 4 7 PULL FIELD WIRING INTO THE ENCLOSURE The CyberCat system wiring is classified as either power limited or non power limited p...

Page 66: ...t be connected if using a meggar or any means that applies voltages in excess of device ratings to prevent damage to the devices ICaution Do not proceed with the installation of electronic components until the enclosure is completely free of dust and debris 4 9 INSTALL THE AC POWER TRANSFORMER System power supply transformers Primary and Secondary are installed within the control panel enclosure T...

Page 67: ...ugh the dedicated grounded metallic conduit ICaution Ensure the power supplied is compatible with the transformer assembly 120VAC or 240VAC prior to applying power The following general steps shall be used to connect AC power to the transformer 1 Route the AC hot and neutral wires to the primary transformer as shown in Exhibit 4 6 2 Secure Hot and Neutral wires to terminals H1 and H2 3 If secondar...

Page 68: ...ntified with a grounding sticker This connection provides lightning and transient protection for the panel and must make a good mechanical connection to the enclosure Where multiple power transformers are installed in the same enclosure only one grounding termination shall be made 5 Tighten the hex nuts to secure the transformer and ground wire in place 6 Align and lower the plastic terminal cover...

Page 69: ...ity Module P13 CRM4 Relay Module or Reverse Polarity Module P15 Supplemental Loop Module P16 Supplemental Power Supply P20 Network Modules RS485 or Fiber Optic All of the optional modules except the DACT must be installed prior to installing the CyberCat controller into the enclosure Refer to the installation instructions supplied with each module for specific installation instructions Note If the...

Page 70: ...ve any dirt dust and debris The hardware for mounting the CyberCat controller is furnished with the system enclosure The following general steps shall be used to install the controller 1 Locate the five threaded controller mounting studs in the back of the enclosure as shown in Exhibits 4 9 and 4 10 2 Install the five hex stand offs 625 M F 6 32 supplied with the enclosure onto the threaded press ...

Page 71: ...x nuts supplied with the enclosure as shown in Exhibit 4 11 Do NOT install a hex nut on the center stand off Exhibit 4 11 depicts the CyberCat controller configuration when installed in a standard enclosure When installed in the FCC enclosure the CyberCat display is not mounted directly to the controller board as shown above It is mounted to the enclosure s dead front door as shown in Exhibit 4 12...

Page 72: ... back of the dead front door as shown in Exhibit 4 12 and secure in place with four 6 32 hex nuts 2 Route the interconnect ribbon cable P N 02 12175 supplied with the display behind the CyberCat controller as shown in Exhibit 4 12 and attach to P19 connector on CyberCat controller EXTENDED DISPLAY DEADFRONT DOOR 6 32 HEX NUT TYP 4 PLCS 24 RIBBON CABLE P N 02 12175 THREADED MOUNTING STUD CYBERCAT C...

Page 73: ... 2 Connect wiring from the primary transformer to the controller s AC XFMR terminal P1 as shown in Exhibit 4 13 making sure to land wires to correct terminal 3 If the optional supplemental power supply is present install wiring from the secondary transformer to the SPS AC XFMR terminal P21 as shown in Exhibit 4 13 making sure to observe correct polarity 4 Do NOT energize the AC power source at thi...

Page 74: ...nal of one battery 3 Connect the negative battery cable lead from the P1 negative battery input terminal to the negative terminal of the other battery 4 A jumper is supplied to provide the connection between the negative terminal on the first battery to the positive terminal on the second battery Do NOT install this jumper at this time 4 14 1 BATTERY CUTOFF The CyberCat panel has battery cutoff fe...

Page 75: ...e the batteries are not connected 3 Install the supplied jumper cable between the negative terminal of the first battery to the positive terminal of the second battery 4 With the batteries connected verify that the only the system AC POWER led is illuminated 5 Power down the controller by first disconnecting the batteries DC power then transferring the breaker AC 6 Identify and fix any problems in...

Page 76: ... SIGNALING LINE CIRCUIT 1 P1 BATTERY CONNECTIONS P1 AC POWER CONNECTIONS KEYPAD LEDs CONNECTORS DISPLAY CONNECTORS P9 SIGNALING LINE CIRCUIT 2 P10 NOTIFICATION APPLIANCE CIRCUIT 1 P11 NOTIFICATION APPLIANCE CIRCUIT 2 P7 24VDC AUX POWER CIRCUIT CONTINUOUS P7 24VDC AUX POWER CIRCUIT CONTINUOUS P7 24VDC AUX POWER CIRCUIT RESETTABLE P16 SUPPLEMENTAL POWER SUPPLY OPTION CONNECTORS P20 NETWORK OPTION MO...

Page 77: ...gramming the panel using the C Linx software Programming cable 10 1874A must be used for this connection P4 dedicated for connection to a VESDA network via a VESDA HLI interface A 14 ft 4 27m serial cable 02 3053 is provided with the HLI for connection to the controller The HLI is considered a permanent connection to the RS232 port P4 and shall be located within 50 ft 15 24m from the control panel...

Page 78: ...wire detectors some duct detectors beam detectors etc It is rated at 2 amps maximum and is supervised The remaining two sets of power outputs on P7 are power limited 24VDC non resettable power outputs This power output is used for addressable output modules graphic annunciators remote displays etc Each circuit is rated at 2 amps maximum and is supervised Shielded wire is not required but if used l...

Page 79: ... and shielded cable help prevent electrical interferences from being induced Shielded wire is not required but if used install the outgoing drain wire at the panel Connect it through and insulate at each junction box and leave unconnected and insulated at the last device FM Approved Deluge and Pre action Sprinkler operation requires that initiating device circuits be Class A and wired to FM Listed...

Page 80: ...ircuit or for selected sections of the signaling line circuit If protecting the entire loop an isolator device must be installed within 20 feet 6 1 m of the control panel on both the outgoing and return wiring In addition the wiring between the panel and the first and last isolator devices must be installed in conduit Isolator devices can also be used to electrically isolate a zone of detectors an...

Page 81: ...onfigured to initiate the Gentex Commander Series or System Sensor SpectrAlert Series sync protocol This allows all devices strobes and horns connected to the circuit to operate in unison It also allows configuration for the audible devices to be silenced while the visual signals remain operational or silence both audible and visual devices This is accomplished without requiring purchase and insta...

Page 82: ...figuration requirements Refer to Fike Document 06 539 CyberCat Programming Manual for specific details on how to configure the system 4 19 ACCEPTANCE TEST Once the system has been wired configured and any faults corrected all installed components should be tested as a system to ensure proper operation and to verify compliance with applicable NFPA standards Testing should be conducted by a factory ...

Page 83: ...Current per Unit Amps Qty Total System Standby Current per Unit Amps Alarm Current per Unit Amps Qty Total System Alarm Current per Unit Amps 1 10 2525 2472 System Controller CSC 0 275 x 1 0 275 0 275 x 1 0 275 2 10 2204 CRM4 Note 7 0 011 x 0 040 x 3 10 2254 Reverse Polarity Module NA x NA NA 0 060 x 4 10 2482 RS485 Network Module 0 050 x 0 050 x 5 10 2624 FO Network Module 0 050 x 0 050 x 6 10 24...

Page 84: ... the following systems Standard System 24 hours Voice Evacuation 24 hours Pre Action Deluge Release 90 hours 4 NFPA 72 requires that at the end of the 24 hour standby period the secondary power supply shall have sufficient capacity to operate all alarm notification appliances used for evacuation or to direct aid to the location of an emergency for 5 minutes 0 083 hr standard 15 minutes for emergen...

Page 85: ...0 051 x 0 140 x 18 10 2660 20 Zone Annun Card 0 051 x 0 144 x 19 10 2661 Audio Ctrl Switch Card 0 048 x 0 102 x 20 10 2728 Fire Phone Switch Card 0 053 x 0 075 x 21 10 2730 Supp Fire Phone Card Max 4 0 018 x 0 038 x 22 24 135 Fire Phone Ctrl Module 0 018 x 0 008 x 23 10 2777 Relay Assy Note 3 0 047 x 0 109 x 24 10 2204 CRM4 Relay Note 4 0 011 x 0 040 x 25 10 2770 HPM4 Relay Note 4 NA x NA NA 0 086...

Page 86: ...ng 24vdc power from the CyberCat system controller or the supplemental power supply Section 4 Notification Appliances Item Device Description Alarm Current per Unit mA Qty Total Alarm Current per Unit mA 1 x 2 x 3 x 4 x 5 x 6 x 7 x 8 x 9 x 10 x 11 x 12 x 13 x 14 x 15 x 16 x 17 x 18 x 19 x 20 x 21 x 22 x 23 x 25 x 26 x 27 x 28 x 29 x 30 x 31 x 32 x 33 x 34 x 35 x 36 x 37 x 38 x Total NAC Power Stan...

Page 87: ...on of the CyberCat system The completed System Operation Posting shall either be mounted on the cabinet front or framed and located adjacent to the control unit It can be downloaded from Fike s Customer Portal web page document P N 06 632 For a detailed description of the operation of the CyberCat system refer to Fike document 06 326 2 CyberCat Operation and Maintenance Manual for more details ...

Page 88: ...APPENDIX B B 2 CyberCat 254 1016 Installation Manual UL S2203 Rev 14 09 2015 P N 06 326 FM Reserved for future use ...

Page 89: ... condition press the RESET button to restore the system to normal operation Trouble Condition Activation of a trouble signal under normal operation indicates a problem with the system not an alarm that requires immediate attention Contact your local service representative In most trouble conditions the fire alarm system continues to provide protection to the building and its occupants however trou...

Page 90: ... when a zone is disabled Turn off when the panel is reset or the zone is enabled Walk Test Yellow LED that flashes when the panel is placed into Walk Test Illuminates steady after you acknowledge or silence the event Turns off if the panel is reset or the walk test condition clears Ground Fault Yellow LED that illuminates steady when a ground fault condition is present on the system Turns off when...

Page 91: ... dead front 3 standard enclosure with 3 card dead front 19 fire command center enclosure with 19 card dead front 23 fire command center enclosure with 23 card dead front o specifies door overlay requirements blank Red overlay B Black overlay b specifies enclosure back box option blank Standard box 2 Option 2 back box 10 2527 c L d o b CyberCat 254 Enclosure included with 10 066 system c R Red B Bl...

Page 92: ... Fire Phone Cover Plate for dead front panels c R Red B Black 10 2756 Firefighter s Phone Housing Emergency Voice Communication System 10 2757 Microphone Housing Emergency Voice Communication System 02 10881 Transformer 120VAC primary 02 10882 Transformer 240VAC primary OPTIONAL CIRCUIT MODULES 10 2528 DACT Bosch FPT DACT LC 5 zone with Serial interface for internal mounting 10 2476 DACT Bosch FPT...

Page 93: ... includes AC and Audio Transformers P 1 120 VAC and 2 240 VAC 10 2746 1 Class A Speaker Card Emergency Voice Communication System 10 2661 Audio Control Card Emergency Voice Communication System 10 2728 Fire Phone Card Emergency Voice Communication System 10 2730 2 Supplemental Fire Phone Card Emergency Voice Communication System 10 2785 Relay Card RC12 10 2777 Relay Control Assembly includes P N 1...

Page 94: ... with 63 1057 63 1062 68 140 FAAST Aspirating Smoke Detector 68 302 FAAST XT Aspirating Smoke Detector DUCT DETECTOR ACCESSORIES 02 3868 Remote Annunciator LED 02 3869 Remote Test Station 02 4998 Remote Test Station with Key 63 1159 Sampling Tube Duct Detector up to 1 ft 0 3m 63 1160 Sampling Tube Duct Detector 1 ft to 2 ft 0 3m 0 6m 63 1161 Sampling Tube Duct Detector 2 ft to 4 ft 0 6m 1 2m 63 11...

Page 95: ...0 System 10 2477 DACT Programmer Bosch FMR DACT KEYPAD BATTERIES AND BATTERY ENCLOSURES 10 2190 2 18 AH Battery Assembly w wiring assembly 10 2192 Wiring Assembly for 7 2 AH and 18 AH Batteries wire only 10 2517 Wire Assembly with Battery EOL 02 2820 Battery 12V 18 AH Requires 2 each 02 3468 Battery 12V 33 AH Requires 2 each A02 0252 Battery 12V 40 AH Requires 2 each 02 4206 Battery 12V 75 AH Requ...

Page 96: ...ium Coin Cell 3V 10 2625 Monitor Control Module EOL Assembly 39K 10 2530 14KΩ Series Resistor for Monitor Module Short Circuit detection 10 2570 End of Line Resistor 1 2 K for NAC 1 2 02 4174 Fuse 15 Amp Mini Auto Fast Acting For F1 F2 Little fuse p n 297015 02 11412 Fuse 4 Amp Mini Auto Fast Acting For F3 5 Little fuse p n 297004 02 4981 End Of Line Relay System Sensor EOLR 1 02 2519 Termination ...

Page 97: ... CyberCat control panel TOP LOOP ADDRESS RELAY MULTI VOLTAGE RELAY P N 20 1173 BATTERY BATTERY 24 VDC AUXILIARY POWER OUTPUT BATTERY CONNECTION CONTROL PANEL RELAY MODULE TERMINAL DEFINITIONS T1 SLC IN OUT T7 NC 1 T2 SLC IN OUT T8 C 1 T3 SLC IN OUT T9 NO 1 T4 SLC IN OUT T10 NC 2 T5 DRY CONTACT INPUT T11 C 2 T6 DRY CONTACT INPUT T12 NO 2 SLC IN SLC OUT OR P N 20 1177 Exhibit D 1 Battery Cutoff Wiri...

Page 98: ...APPENDIX D D 2 CyberCat 254 1016 Installation Manual UL S2203 Rev 14 09 2015 P N 06 326 FM Reserved for future use ...

Page 99: ......

Page 100: ...704 SW 10 th Street P O Box 610 Blue Springs Missouri 64013 Tel 816 229 3405 Fax 816 229 0314 www fike com ...

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