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Johnson Controls FireClass FC700 Series Manual
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Johnson Controls FireClass FC700 Series Manual

Johnson Controls FireClass FC700 Series Manual

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FireClass
FC700 series
Panels
Product Application and Design
Information
120.515.866_FC-FC700-P-A
Doc. version 3.0
27. June 2022

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Summary of Contents for Johnson Controls FireClass FC700 Series

  • Page 1 FireClass FC700 series Panels Product Application and Design Information 120.515.866_FC-FC700-P-A Doc. version 3.0 27. June 2022...
  • Page 2 © 2022 Johnson Controls. All rights reserved. All specifications and other information shown were current as of doc- ument revision date and are subject to change without notice. Tyco Fire & Security GmbH, Victor von Bruns-Strasse 21, 8212 Neuhausen am Rheinfall, Switzerland...
  • Page 3 FIRECLASS Fire Detection System Contents Contents Introduction .............................6 About this Guide ............................ 6 1.1.1 Who this Guide is For........................6 1.1.2 What this Guide Covers ........................6 1.1.3 What this Guide does not Cover ....................6 System Overview ..........................6 System Compatibility ........................... 6 Key Functions and Features .........................
  • Page 4 Contents FIRECLASS Fire Detection System 3.5.3 Isolator Loading ...........................24 Protocol ..............................24 3.6.1 Loop Addresses ..........................24 3.6.2 Detector Address Programming ....................24 Intrinsically Safe Design........................25 Loop Loading Calculation ........................25 End Of Line Termination........................25 3.10 Device Compatibility...........................25 3.11 Detectors and Other Loop Devices....................25 Connections ..........................
  • Page 5 FIRECLASS Fire Detection System Contents 8.1.3 EMC ............................43 8.1.4 Environmental ..........................43 8.1.5 Loop and Zone Details ........................43 8.1.6 Battery Details..........................43 8.1.7 Mains Power Requirement ......................43 FC-FI Main Board..........................44 PLX800 Loop Expansion Slot Card ....................45 PNI800 Network Interface Slot Card ....................45 IOB800 Input/Output Expansion Board.....................45 FB800 Fuse Board ..........................45 Jumper and DIP Switch Settings .......................45...
  • Page 6 Introduction This guide provides detailed information when planning The systems can be expanded with additional facilities, a fire alarm system using the FireClass FC700 series such as interfaces to building management and environ- panels and repeaters. mental systems. The expansion capability is supported by a range of optional modules.
  • Page 7 – Efficient address and power utilisation – loops can tive control panel from the FireClass FC700 series be allocated only the addresses and power they range. For example, you may find the battery need, to conserve these resources for other capacity of your first choice is inadequate.
  • Page 8 If a device covered by specific EN54 standards is con- video, information and communication technology elec- nected to the FireClass FC700 series system, this must trical and electronic equipment. The standard specifies be connected and operated based on these standards.
  • Page 9 Control Panels and Associated Housings Panels FC700 series panels These are the control panels in the FireClass FC700 The FireClass FC700 series range consists of the follow- series range: ing panels: FC708D - see Figure 1 FC702S - Two loop FireClass panel ...
  • Page 10 2.2 FC700 series panels FIRECLASS Fire Detection System Fig. 1: FC708D Fig. 2: FC702S Product Application & Design Information Doc. version 3.0...
  • Page 11 FIRECLASS Fire Detection System 2.2 FC700 series panels Fig. 3: FC702D and FC718D Fig. 4: FC8AS Product Application & Design Information Doc. version 3.0...
  • Page 12 2.2 FC700 series panels FIRECLASS Fire Detection System 2.2.1 Panel Data – Quick Comparison Table 2 details the key data of the panels in the FireClass FC700 series range, helping to provide a quick comparison between them. Item FC702S FC702D...
  • Page 13 Repeaters 2.2.5 RFID Tag Data RFID transponder conforming to ISO/IEC 15693  The FireClass FC700 series range includes the repeat- RFID Frequency: 13.56 MHz ers shown in Table  Unique Serial Number Repeaters provide secondary points at which you can ...
  • Page 14 2.4 Additional Display Modules FIRECLASS Fire Detection System Name No. of Mains Batteries No. of expand Power Zone -able LEDs zonal (sup- panels plied) FC8AS 17 Ah FC1DS FC1D2 Table 3: Repeaters Summary * One red LED per zone 2.3.1 FC1DS and FC1D2 DC Power Fig.
  • Page 15 FIRECLASS Fire Detection System 2.7 Power Sources 2.6.2 Power Supply Loading 2.7.1 Battery Backup There will be a varying demand placed on the power In the event of mains failure a battery backup system supply, depending on the system design. The demand maintains the operation of the fire alarm control panel will depend on a number of factors, such as: and associated system.
  • Page 16 2.8 Siting Considerations FIRECLASS Fire Detection System 2.8.3 Drawings Unit Figure Dimensions and screw hole positions are shown in the FC702D, FC718D, and FC708D mounting following figures: frame Unit Figure Table 4: Drawing references Repeater: FC1DS, FC1D2 Repeater: FC8AS FC702S mounting frame Table 4: Drawing references Product Application &...
  • Page 17 FIRECLASS Fire Detection System 2.8 Siting Considerations Fig. 8: FC1DS Fully Functional Repeater Shallow/FC1D2 FireClass FC700 series Display Only Repeater -Overall and Fixing Dimen- sions 1– Slots Product Application & Design Information Doc. version 3.0...
  • Page 18 85.0 240.0 85.0 140.0 40.0 330.0 40.0 410.0 Fig. 9: Single Loop Panel Shallow and FC8AS FireClass FC700 series AC Repeater - Overall and Fixing Dimensions 1–Knockouts Ø 20 mm (13x) 2–Knockouts Product Application & Design Information Doc. version 3.0...
  • Page 19 FIRECLASS Fire Detection System 2.8 Siting Considerations 149.5 Fig. 10: FC702S- Mounting plate fixing and overall dimensions in mm 1– Mount-to-housing fixing screw holes Product Application & Design Information Doc. version 3.0...
  • Page 20 2.8 Siting Considerations FIRECLASS Fire Detection System 214.5 Fig. 11: FC702D, FC718D, and FC708D panel mounting plate fixing and overall dimensions 1– Mount-to-housing fixing screw holes Product Application & Design Information Doc. version 3.0...
  • Page 21 FIRECLASS Fire Detection System 2.9 Slot Cards and Slot Card Cage Hosted Boards Slot Cards and Slot Card larly when the repeater is placed a long distance from a panel or when a cable runs through a harsh environ- Cage Hosted Boards ment.
  • Page 22 2.9 Slot Cards and Slot Card Cage Hosted Boards FIRECLASS Fire Detection System Adding one of these to the system adds four loop con- 2.9.3 PNI800 Network Interface Card nections to the system. How (and whether) these are used depends on the system configuration (see Section 3.2 “Dividing Addresses Between Loop Pair- ings”...
  • Page 23 FIRECLASS Fire Detection System 3 Addressable Loop Addressable Loop A ‘loop’ comprises a pair of conductors with devices For the Loop circuit wiring, refer to the latest version of (detectors, callpoints, etc.) connected in parallel the publication FireClass Loop Loading and Battery Cal- culations.
  • Page 24 3.6 Protocol FIRECLASS Fire Detection System FC445CAV addressable wall sounder beacon VAD 3.5.1 In-built Panel Protection  To protect the control panel from short circuit dam- FC440DSB detector base sounder  age, the Left and Right connectors of the control Quad Modules panel are shut down on the detection of a short cir- ...
  • Page 25 FIRECLASS Fire Detection System 3.7 Intrinsically Safe Design Loop Loading Calculation 3.6.2 Detector Address Programming Each device is programmed with the loop address Each device placed on a loop imposes various loads on that it is going to occupy (this is a separate step, the the loop, such as a current draw and associated voltage device can be programmed ‘offline’...
  • Page 26 3.11 Detectors and Other Loop Devices FIRECLASS Fire Detection System 3.11 Detectors and Other Loop Devices For information on detectors and other loop devices refer to their specific documentation. For example there is a product application and design information guide to the FC460 FireClass detectors as a whole.
  • Page 27 FIRECLASS Fire Detection System 4 Connections Connections System Diagram There are various connection types involved in the sys- tem, from simple two wire relay based connections to Figure 16 summarizes the various connections to the main expansion buses requiring additional interfacing boards FC-FI board.
  • Page 28 4.2 FCNET FIRECLASS Fire Detection System FireClass Express, Graphical User Printer Printer, FCNET third FireClass Checker, Interface party interface (if this is FireClass Remote only one panel and the PNI800 is not fitted). Ethernet COM2 COM1 COM3 RS232 Ethernet Repeater RS232 Switch RS232...
  • Page 29 FIRECLASS Fire Detection System 4.3 Printers COM3 to network a single panel and third party network Note that when using an MPM800 to drive a mains-con- interface at maximum distances up to 25m. nected printer, a serial isolation module should be used to eliminate potential earth fault indications.
  • Page 30 4.5 BUS Based Connections FIRECLASS Fire Detection System BUS Based Connections Figure 17 shows the two BUS based expansion options. Further details are supplied in the following paragraphs. REPEATER Graphical User Interface MAX 24 I/I Points (8x IN and 16x OUT) all in all on I/ O Bus.
  • Page 31 FIRECLASS Fire Detection System 4.5 BUS Based Connections issues persist, use the fibre optical switch in the panel 4.5.1 RBUS and the AC repeater housing. The RBUS is used for interfacing with repeaters and proprietary system expansion modules, such as an ANN820 annunciator (as opposed to the IOBUS which 4.5.2 IOBUS...
  • Page 32 4.6 Simple State-Switching FC-FI Connection Details FIRECLASS Fire Detection System Simple State-Switching All terminals accept solid/stranded conductors from 0.5 to 2.5 mm FC-FI Connection Details For the technical specifications (such as the relay rat- ings), see Table 21 on page 44, in the “Collected Spec- Fig.
  • Page 33 FIRECLASS Fire Detection System 4.7 Loop Based Inputs and Outputs 4.6.1 Alarm and Fault Signalling Relays 4.6.5 Sounder Outputs These are outputs from the board. The relays change There are two local sounder outputs from the FC-FI. over to indicate fault or alarm conditions. These cannot be loop connected.
  • Page 34 4.8 FC-FI Main Board Details FIRECLASS Fire Detection System FC-FI Main Board Details Fig. 19: FC-FI - Connector, switch and jumper positions. These are the labels as printed on the PCB itself. Product Application & Design Information Doc. version 3.0...
  • Page 35 FIRECLASS Fire Detection System 4.8 FC-FI Main Board Details PCB Label Function PCB Label Function Master RESET button XT10 Terminals (Battery and Battery Thermis- tor connection) MCPU RESET button Connector (Black Box front panel LEDs: LIOMCU RESET button Alarm, Fault, System Fault) Alarm RESET Button Connector (I2C interface, +5V Power) Silence Button...
  • Page 36 4.8 FC-FI Main Board Details FIRECLASS Fire Detection System FC-FI Optical Indicators LED 4 PFI Fault Possible reasons for FC-FI in fault condition: Sounder 1 fuse blown  Sounder 2 fuse blown  Power 1 fuse blown  Power 2 fuse blown ...
  • Page 37 FIRECLASS Fire Detection System 4.8 FC-FI Main Board Details FC-FI Optical Indicators LED 19 LEB RX Left External N-BUS (RBUS) RX Activity indicator LED 20 LEB TX Left External N-BUS (RBUS)TX Activity indicator LED 21 REB RX Right External N-BUS RX Activity indicator LED 22 REB TX Right External N-BUS TX Activity indicator Table 7: FC-FI optical indicators...
  • Page 38 There are alternative ways you can navigate to this doc- 5.2.1 FireClass Designer Pro umentation – from a link on the FireClass FC700 series This is an application that helps in the design of systems control panels page, or from a link to an archive of pub- based on FireClass FC700 series fire alarm control pan- lished documentation.
  • Page 39 FIRECLASS Fire Detection System 6 Cabling Considerations Cabling Considerations Cable Types Baud Rate Maximum Capacitance Table 8 shows the cable types that should be used to 9,600  F comply with EMC requirements. Table 9: Cable Capacitance CAUTION No other cables should be run with the Mains Foil and Drain Types Cable.
  • Page 40 6.5 Earthing FIRECLASS Fire Detection System The control panel must be connected to a low resist- Voltage Separation Current Separation ance protective earth. If provided, the earth of the incoming AC Mains Supply can be used as the protec- 415 V 0.58 50 A 0.50...
  • Page 41 FIRECLASS Fire Detection System 7 Ordering Information Ordering Information Ordering Codes in FireClass Product Code Item Designer 557.202.860 PCS800: FireClass Ethernet switch The FireClass Designer PC application indicates product 557.202.804 Rack Mount Kit for GUI Repeater and codes. To discover the product code of an item, select Zonal Repeater the item in the Tree view, and look up the code in the 557.201.513...
  • Page 42 7.4 Ordering Codes - GUI/Zonal Display Inserts FIRECLASS Fire Detection System Ordering Codes - GUI/Zonal Display Inserts Product Code Item 557.200.965 FC Language inserts - Dutch (4 pieces) 557.200.966 FC Language inserts - Turkish (4 pieces) 557.200.967 FC Inserts with Icons (4 pieces) 557.200.971 FireClass Zonal Display...
  • Page 43 FIRECLASS Fire Detection System 8 Collected Specifications Collected Specifications Panel Overall 8.1.5 Loop and Zone Details Panel Loops Zone LEDs FC702S 1 full loop/1-2 split loops 16 8.1.1 Shock and Vibration FC702D 1 full loop/1-2 split loops 16 The shock and vibration resistance meets EN54-2. FC718D 2-4 full loops / 4 - 8 split loops...
  • Page 44 8.2 FC-FI Main Board FIRECLASS Fire Detection System 8.1.7 Mains Power Requirement Item Details All supplied mains power must be 230 V, 50/60 Hz. The Isolated input This is a two state input. maximum current demand of any PSU is 1.6 A. (Unsupervised) In the normal state (that is the The number of PSUs varies according to the type of...
  • Page 45 FIRECLASS Fire Detection System 8.3 PLX800 Loop Expansion Slot Card PLX800 Loop Expansion FB800 Fuse Board Slot Card The FB800 Fuse Board is used to supply up to 15 fuse protected auxiliary voltages. Item Details Item Value Height 29.5 mm Height 14 mm Width...
  • Page 46 These installation notes are meant to complement the The preferred position of the IOB800 is in the left hand FireClass FC700 series Installation Guide. slot (or at least to the left of any other fitted slot cards). This is because of the difficulty in leading its connecting ribbon cable behind other slot cards.
  • Page 47 FIRECLASS Fire Detection System Index Index Loop specifications 25 Numerics 24 V Output specifications 33 Order codes - see Product codes 41 Addressable Loop specifications 23 Alarm relay - details 33 Alarm relay rating 33 Panel battery capacity 43 number of loops 23 number of zone LEDs 43 Batteries PLX800 Loop expansion 45...
  • Page 48 120.515.866_FC-FC700-P-A, doc. version 3.0, 27. June 2022 Further information about FIRECLASS can be found on the Internet at www.fireclass.com Company stamp...