Precept en Installation Guide
Contents
1. NSd euonippe esn 10 Jq xny s jnpow uoisuedxe sayyny eouenbes y Jo pue eui je pejoeuuoo aq snu sejnpow VEQLO IIV 91oN Od xny uoqqu ejeq Sn Od xny er 9r of uoqqu ered GE9LO or Od xny er uoqqu eieq 9r ef GE9LO od xny er GE9lO Od xnv Gn er or uoqqu ejeg ef GE9LO e4nsojoue uoisuedxe d O Aem c c dx3 41de2e4d uoqqu eeg O 449 O HN Sal Oo AO o A82 LaL Sd O NSd 148 uMd dwy IP cS9lO er eif vr vel pyeoqieuio N 9r ugld8294d Af 1c910 or 910 NSd duy uim ZE 4 1d9294d Figure 15 Typical internal wiring diagram for Precept 32 and Exp 5 Output Module Panel with no PSU Rev 2 Page 21 of 23 23 12 09 Doc Number Prec en Output exp mod installation amp commissioning Checked by AJC Written by RKP NSd dwy G ZS9LO Sd O Ud 8 uMd A8C O HAW H49 e r eouenbes oui Jo pue y je pejoeuuoo q 1snui se npouJ VEOLO IIV 910N er of v 912 M3 NSd uuo 9 14 sure Od2. with the potential to release hazardous gases and electrolyte VRLA batteries contain substances harmful to the environment Exhausted batteries must be recycled Return them to the battery manufacturer or take them to your Council waste disposal site for appropriate disposal ELECTRICAL SAFETY The volt free relay contacts provided within the panel must not be used to directly switch any voltage that exceeds 50VAC or 75VDC Please also refer to relay rating data Equipment requiring a 230V AC supply See Rating Plate inside equipment See also 1 above All installation work should be carried out in accordance with the recommendations of BS5839 Part 1 and the current edition of the IEE regulations by suitably qualified and trained personnel Must be earthed gt gt THIS PANEL MUST BE EARTHED Rev 2 Page8of23 23 12 09 Written by RKP Checked by AJC 6 2 Installation Instructions The flexibility of the Precept Output Expansion System allows many different combinations of enclosure PSU output modules As such these instructions cannot cover every single variation and so provide general instructions only 1 Carefully remove the panel from the packing and lay the panel on a flat surface 2 Open the door of the panel 3 Locate the spares bag s and check contents which should comply with Table 1 Panel Spares Bag Contents 6 2 1 Precept 16 Exp Panel Installation Instructions See Prece
3. A utput E ti Lj offi 1 olo o Module E E A Batteries p C1630 O P Batteries Motherboard exp ansion interface board Figure 1 Precept 16 internal view showing optional single O P board Doc Number Prec en Output exp mod installation amp commissioning Rev 2 Page4of23 23 12 09 Written by RKP Checked by AJC Cable clip for incoming mains cable 3x enclosure fixing holes Secondary earth bars for cable screens Mains warning primary earth label block and primary earth connection E N 1 T j Removable m chassis Ja i 2 _ 2 x output modules Motherboard ith 5 A ee hui C1630 O P expansion interface board Batteries transformer underneath Mains terminal Figure 2 Precept 16 Exp internal view 32 zone enclosure with two Output boards Doc Number Prec en Output exp mod installation amp commissioning Rev 2 Page 5 of 23 23 12 09 Written by RKP Checked by AJC Cable clip for incoming Mains mains cable warning primary earth Secondary earth label bars for
4. Power supply equipment for fire detection and fire alarm systems for buildings Doc Number Prec en Output exp mod installation amp commissioning Rev 2 Page 23 of 23 23 12 09
5. and will provide the user with many years of reliable service This document contains all the information necessary for the installation commissioning and maintenance of the Precept range of output expansion panels Installation and commissioning details for Precept fire detection and alarm panels are covered in the Precept manuals mentioned below NOTE It is important to read this manual fully before commencing installation The following supporting documentation is also available e Precept Output Expansion System Application Guide Precept Sales Literature Precept Panel Application Guide Precept User Manual Wiring Recommendations 2 Overview of Installation and Commissioning This section lists the steps that are taken in installing and commissioning a Precept output expansion system Doc Number Prec en Output exp mod installation amp commissioning 1 Install all field wiring and equipment e Refer to the Installation Guidelines in section 6 2 below e Refer to the field device installation manuals 2 Install the panel e Refer to the installation instructions in section 6 2 below e Do not connect the field equipment at this stage 3 Commission the panel e Refer to section 6 3 Power Supplies The Precept 8 fire alarm panel utilises the standard 230Vac 3A PSU fitted to the C1627 motherboard The Precept 16 Exp fire alarm panel uses the C1652 230Vac 5A PSU mounted on the internal chassi
6. 130f23 23 12 09 Written by RKP Checked by AJC Table 5 Setting C1634 Board Address SW1 Function ADO AD1 Board Address Off Off 1 On Off 2 Off On 3 On On 4 Table 6 Setting C1634 Zone Range On On Off Z9 16 On Off On Z17 24 On On On Z25 32 Table 7 Setting C1634 to Standard or VDR Mode SW1 Function Off Fire Protection module On Voyage Data Recorder Marine Panels only SW1 Function C1634 Connectors Zonal ZNO ZN1 O P 1 8 zone J1 Programming header range J2 Comms and power from panel motherboard Off Not Not All O Ps functional functional operate on any zonal fire On Off Off Z 1 8 QGG GIS YF SWOS Te Relay outputs 1 8 left OS Og to right J2 Comms 15678 N O top row Y RELAY BDARI Pole middle row in out J3 Comms out in SW1 Config switch Top to bottom ADO ADI ZNO ZNI Zonal VDR Not used See Table 5 Table 6 and Comms fault LED Doc Number Prec en Output exp mod installation amp commissioning CONSE d Meli N C lower row SW2 Processor fault reset Jue o PROC FAULT ESET Te 7 Power supply on LED oM 7 Processor fault LED Figure 9 C1634 PCB Layout Rev 2 Page 14o0f 23 23 12 09 Writte
7. Figure 7 C1627 Motherboard PCB Layout 3 Connect the output expansion ribbon cable to header J17 located on the centre right hand edge of the C1627 motherboard as shown in Figure 7 C1627 Motherboard PCB Layout J17 output expansion ribbon cable header Expansion Interface PCB ZONE CIRCUITS 9 PAN E E a 4 3 44 ZONE OUTPUTS TA LT d 6 9 OUTPUTS y 1 3 qu PUTS y REPEATER T pv ov a S 8 dale 8 8 o es YIP GS OOA AOO YO O ma 184 TBS TB az a8 Ti 1810 GG OJO OO OO OO OO OS als u ET ZONE CRCUITS Ho Jumper link J21 e Connector J4 for C1630 Expansion Interface PCB O OJO O OO O OJS O O 8 81 7820 eSsessssssss Figure 7 C1627 Motherboard PCB Layout Doc Number Prec en Output exp mod installation amp commissioning Rev 2 Page 12 of 23 23 12 09 Written by RKP Checked by AJC 7 Commissioning The commissioning guidelines provided in the Precept panel installation manual Prec en inst adequately cover the requirements for the output modules and should be read and understood before proceeding 7 1 Site Specific Configuration DIL switches are provided on the C1630 interface to set up the quantity of each type of output expansion module to be connected to the fire panel and on each output module to set the module address and configure its function 7 1 1 C1633 8 way open co
8. Figure 5 C1634 Field Wiring Connections Typical Alarm Typical Remote Circuit Wiring Relay Circuit 3k9 resistor iri end of line Wiring L 1 Suppression diode m Q 3k9 resistor I P polarised end of line All sounder devices Polarising diode vina ter EE pe te EL terminal tier uer ERES ES esis terminal tier C1635 powered fault monitored output module terminals 2 tier Figure 6 C1635 Field Wiring Connections Doc Number Prec en Output exp mod installation amp commissioning Rev 2 Page70f23 23 12 09 Written by RKP 6 Installation The panel must be installed by suitably qualified engineers familiar with the installation of fire detection systems In addition it is recommended to refer to the following information e Current edition of the IEE wiring regulations e Current edition of BS5839 1 or the installation standards for the relevant country e Any specific site requirements e Any field device installation instructions e Any data sheet provided for the installation of Intrinsically Safe devices Notes The rating plate containing essential electrical information is located inside the panel on the inside face of the door Any mains supply cable should be a minimum of imm copper protected by a 5A fuse and must include an appropriate lockable double pole disconnect device as part
9. cable ioni 3 x enclosure fixing holes Mains terminal block and primary earth connection L B mi MERER peti nee nee Removable psbebshel bebe chassis a 1a Te H d E pL NUES Batteries PSU and Space for 5 x transformer output under O P modules boards Figure 3 Precept Exp 5 internal view Doc Number Prec en Output exp mod installation amp commissioning Rev 2 Page6of23 23 12 09 Written by RKP Checked by AJC 5 Output Module Field Wiring Terminal Diagrams Typical LED indication wiring 2k2 0 5W resistor P Max current sink into O P 60mA Max load on 24 V total for both 24V O Ps 0 5A a kea OP1 OP2 OP3 OP4 OP5 OP6 OP7 OP8 TBI TB2 TB3 TB4 TB5 C1633 Open oollector output module terminals Figure 4 C1633 Field Wiring Connections Relay contact rating 1A at 30 V Do not exceed Lower terminal tier oe opeloPs oP4 oPs oPe oP7 oPs NO Relays Val ri re ee o d Middle terminal tier Pole Relays 1 8 mpm n BI 5I m jer m rn Upper terminal tier 1 3 4 7 cox erase mle ole Jee Te T C1634 Volt free relay output module terminals 3 tier
10. of the building installation This device must have a minimum contact gap of 3mm 6 1 Electrical Safety WARNING Read this section completely before commencing installation Prior to commencing installation of the panel ensure that adequate precautions are taken to prevent damage to the sensitive electronic components on the PCBs due to electrostatic discharge You should discharge any static electricity you may have accumulated by touching a convenient earthed object such as an unpainted copper radiator pipe You should repeat the process at regular intervals during the installation process especially if you are required to walk over carpets The panel must be located in a clean dry position which is not subject to shock or vibration and at least 2 metres away from pager systems or any other radio transmitting equipment The operating temperature range is 5 C to 40 C maximum humidity is 95 Precept Exp 4 and Precept Exp 5 Output Expansion panels must be located immediately adjacent to the fire alarm panel IMPORTANT NOTES ON BATTERIES when fitted DANGER Batteries are electrically live at all times take great care never to short circuit the battery terminals WARNING Batteries are often heavy take great care when lifting and transporting batteries For weights above 24 kilos lifting aids should be used A DANGER Do NOT attempt to remove the battery lid or tamper with the internal workings of
11. or gr Y pr oaxny uoqqu uoqqu eed er 9r eje or or uoqqu 9r geq uoqqu u qqu en ed e ef eea er zr PUSH i ejeq vEILO GE9LO 910 S 919 910 jaued ue dade1g ay uoJj Jamod sajnpow sleinpow t y m BinsojoUs uoisuedxe d O AeM p p dx3 d8901d 1ndino jeu4ejul YUM aU 9 40 8 4deo2eld uoreoidde uoee 10 Ino payed aq Jsnw uome no eo peol NSd Gp cr ep oa xny en oq xny mt asd I duygum uoqqu preogjeujo 9r ejeq ar aldad Lip 22910 a uoqqu ejeq bi er er i Seglo SE910 sejnpouu x z 10 Indjno ywgs WS Z S9INPOW d O JO jueuno XEN nSd dwy e puepue s Buisn ejnpoui d O Jepunos c 912 X Z YUM 9 40 8 de00ld ejaH J A v 9LO X L YM jaued ally 9L 40 9 d9901q uoqqu ereq ver Lf NSd duive ym pseoqisyjoj ys te0eld 12912 nSd dwy psepuejs Duisn ajnpow q O Figure 12 Typical internal wiring diagram for Precept 8 16 with internal O P Modules and Exp 4 Output Module Panel with no PSU Rev 2 Page 18 of 23 23 12 09 Doc Number Prec en Output exp mod installation amp commissioning Seueneq pue f1Sd dwy G jeuordo 1nouiM 10 uliw seinpouJ ejnsoj oue uoisuedxe d O S Xew uM eanso oue q O Kew c dx3 ym ZE 41deoeJd G jndino au jo epis pueu Ya y ui pojeoo eq o
12. panel Data motherboard Connector J2 on O P module Ribbon C1627 1 left hand most module connector J17 Precept 8 Exp 4 or Exp5 Power in connector on the Precept 16 No no power supply DC dx Paus first C1633 C1635 module OWE 9 Wh id led Atia from the left hand side of the power C1627 power expansion panel cable out connector JA p p J24 on the C1633 J3 on the C1635 Fire panel Data motherboard Connector J2 on O P module Ribbon C1627 1 left hand most module connector J17 en Exp 4 or Exp5 Power in connector on the Precept 22 ne no power supply Aux DC Bide aloe first C1633 C1635 module Figure Te from the left hand side of the power C1627 power expansion panel cable out connector JA p p J24 on the C1633 J3 on the C1635 Fire panel Data motherboard Connector J2 on O P module Ribbon C1627 1 left hand most module connector J17 Factory fitted From C1652 power supply board Precept 8 Exp 4 or Exp5 Precept 16 No with C1652 power Serov ang PA sonale fam Figure 14 Precept 32 supply Aux DC To pun Power in connector on the first C1633 C1635 module from the left hand side of the expansion panel J4 on the C1633 J3 on the C1635 Doc Number Prec en Output exp mod installation amp commissioning Rev 2 Page 100f23 23 12 09 Written by RKP Checked by AJC Fire Alarm Control Panel Expansion Panel Internal Connections Schem
13. the battery Electrolyte is a Doc Number Prec en Output exp mod installation amp commissioning Checked by AJC Approved by JBJ highly corrosive substance and presents significant danger to yourself and to anything else it touches In case of accidental skin or eye contact flush the affected area with plenty of clean fresh water and seek immediate medical attention Valve Regulated Lead Acid VRLA batteries are low maintenance requiring no electrolyte top up or measurement of specific gravity WARNING Only clean the battery case with a cloth that has been soaked or dampened with distilled water Do not use organic solvents such as petrol paint thinner benzene or mineral spirits or other materials that can substantially weaken the case Do not use a dry cloth as this will generate static electricity which in turn may lead to an explosion WARNING Avoid operating temperatures outside the range of 15 C 5 F to 50 C 122 F for float standby applications The recommended normal operating temperature is 20 C HIGH TEMPERATURE will reduce battery service life In extreme cases this can cause Thermal Runaway resulting in high oxygen hydrogen gas production and battery swelling Batteries are irrecoverable from this condition and should be replaced LOW TEMPERATURE will prolong battery life but reduce output capacity DANGER Do not incinerate batteries If placed in a fire the batteries may rupture
14. y Gy G9 VS VIS S e 1 4 top row 5 8 lower row nia RRB che as left to right J3 Power in from panel motherboard or aux PSU Aux PSU fault I P J5 Power out SW 1Config switch Top to bottom ADO AD1 ZNO ZN1 Zonal FP See Table 8 and J4 Fit link to enable Aux PSU fault monitoring SW 2 Reset processor PRC FAULT RESET Table 9 9 Power supply on LED Output fault LEDs for O Ps 1 to 8 left to right Comms fault LED Processor fault LED Figure 10 C1635 PCB Layout Doc Number Prec en Output exp mod installation amp commissioning Rev 2 Page 150f23 23 12 09 Written by RKP Checked by AJC 7 1 3 C1630 Output Interface Configuration Table 10 Setting Quantity and Type of O P Modules on the C1630 DIL Switch Number setting of boards Type of board F PO F P1 C1634 or C1635 Off Off 0 configured to FP On Off 1 Fire protection Off On 2 Output See C1635 On On 4 configuration details pea SLi 0 C1635 configured as On Off 1 sounder module Off On 2 Nes C1 635 On On 4 configuration details LEDO LED1 Off Off 0 C1633 open On Off 1 collector output Off On 2 module On On 4 pe Not used on oft Precept On 1 Note Select switch to left hand side for OFF and rig
15. UTPUT MODULE PANEL WITH NO PSU FIGURE 13 TYPICAL INTERNAL WIRING DIAGRAM FOR PRECEPT 8 16 AND EXP 4 OUTPUT MODULE PANEL WITH NO PSU sse 19 FIGURE 14 TYPICAL INTERNAL WIRING DIAGRAM FOR PRECEPT 32 AND EXP 5 OUTPUT MODULE PANEL WITH 5 AMP PSU orreen 20 FIGURE 15 TYPICAL INTERNAL WIRING DIAGRAM FOR PRECEPT 32 AND EXP 5 OUTPUT MODULE PANEL WITH NO PSU oeer 21 FIGURE 16 TYPICAL INTERNAL WIRING DIAGRAM FOR PRECEPT 8 16 WITH INTERNAL O P MODULES AND ExP 4 OUTPUT MODULE PANEL WITH PSU 22 List of Tables TABLE 1 PANEL SPARES BAG CONTENTS 9 TABLE 2 FIRE PANEL OUTPUT MODULE INTERCONNECTION INSTALLATION WORK 10 TABLE 3 SETTING C1633 BOARD ADDRESS 13 TABLE 4 SETTING C1633 ZONE RANGE 13 TABLE 5 SETTING C1634 BOARD ADDRESS 14 TABLE 6 SETTING C1634 ZONE RANGE 14 TABLE 7 SETTING C1634 TO STANDARD OR VDR MODE HP 14 TABLE 8 SETTING C1635 BOARD ADDRESS 15 TABLE 9 SETTING C1635 TYPE GENERAL ZONAL RESPONSE AND ZONE RANGE enn 15 TABLE 10 SETTING QUANTITY AND TYPE OF O P MODULES ON THE C1630 16 Rev 2 Page20f23 23 12 09 Written by RKP Checked by AJC 1 Introduction Thank you for purchasing the Precept conventional fire detection and alarm equipment The Precept range of panels have been designed to meet the requirements of BSEN 54 Parts 2 amp 4
16. Written by RKP Checked by AJC Approved by JBJ Control Equipment Limited ce Precept Output Expansion Module Installation amp Commissioning Manual Doc Number Prec en Output exp mod installation amp commissioning Rev 2 Page1of23 23 12 09 Written by RKP Checked by AJC List of Contents 1 INTRODUCTION ceeesesecececscecesscescececsvsvsvsvsesesscacececeveves 3 2 OVERVIEW OF INSTALLATION AND COMMISSIONING 3 3 POWER S PPHES eet tte cene 3 4 PRECEPT INTERNAL PANEL VIEWS 4 5 OUTPUT MODULE FIELD WIRING TERMINAL DIAGRAMS iie cette uso etd bes eet a e 7 6 INSTALLATION irc eee e p RES OE 8 6 1 ELECTRICAL SAFETY see 8 6 2 INSTALLATION INSTRUCTIONS 9 6 2 1 PRECEPT 16 EXP PANEL INSTALLATION INSTRUCTIONS cccscsscscsesesesececececevecsecececscsvsvevsveeees 9 6 2 2 PRECEPT 4 AND 5 EXP EXPANSION ENCLOSURES cccscsccscsesesecececececevecsecececscsvsvevseeees 9 6 2 3 INTERCONNECTIONS BETWEEN FIRE ALARM PANEL AND OUTPUT MODULES 10 6 2 4 INSTALLATION OF THE C1630 OUTPUT EXPANSION INTERFACE eere 12 7 COMMISSIONING eene eene 13 7 1 SITE SPECIFIC CONFIGURATION 13 7 1 1 C1633 8 WAY OPEN COLLECTOR OUTPUT MODULE CONFIGURATION erre 13 TABLE 5 SETTING C1634 BOARD ADDRESS 14 7 1 2 C1635 8 WAY ALARM POWERED MONITORED RELAY OUTPUT MODULE CONFIGURATION ccccesce
17. anel Spares Bag Contents Spares Bag Panel Panel Expansion Modules as fitted C1635 dodi Plon 1 x bag module en ind d n See Precept installation and No None Bade O P commissioning manual vaduired reg ired 8 x 3k9 0 25W p Prec en inst q q module en See Precept installation and Precept e116 commissioning manual note None 8 x 3k9 0 25W Exp required required Prec en inst Exp 4 or 5 Engineer s door keys Key Ref None None no PSU 801 Flat key type required required SNO BENE T3 15AH250V Mains Fuse 20mm F6 3AL250V Battery Fuse 20mm Key Ref Eid s door 801 Flat key op type None None 8 x 3k9 0 25W C1652 PSU Positive battery required required Red lead Negative battery Black lead Battery coupling Blue lead Doc Number Prec en Output exp mod installation amp commissioning Rev 2 Page9of23 23 12 09 Written by RKP Checked by AJC 6 2 3 Interconnections between Fire Alarm Panel and Output Modules The standard output expansion panel combinations are listed below see Table 2 along with their respective requirements for interconnection for the 3 types of O P modules Table 2 Fire Panel Output Module Interconnection Installation Work Fire Alarm Control Panel Expansion Panel Internal Connections Schematic Internal en Description O P Description poss m pet In Expansion Panel Modules B Fire
18. ate terminals observing the correct polarity operation of equipment connected to these outputs should be verified in turn by initiating a fire condition on each of the appropriate zones and observing the operation of the equipment connected to the outputs in the field Rev 2 Page 17 of 23 23 12 09 Checked by AJC Written by RKP eanso oue uoisuedxe nd no y Jo epis puey y eui ui pejeoo eq oj peau jaued uueje ei y wou peJewod eq 0 eje Jey sejnpoui Aue swooj ejqeo pyepueis Jo Aanuenb ay eonpai 0 340N eouenbes y Jo pue eui 1e peioeuuoo aq snu se npouJ er of vE9lLD VEIL IIV 910N uoljeol dde uoee 10 jno paeo aq 1snui uome nojeo peo ASd seueyeq pue NSd dwy G jeuondo 1nouiw 10 uy sejnpoul d O G Xew uu einso oue q O Aen c c dx3 YIM ZE ideoejq G Seueyeq pue NSd dwy c jeuondo 1noui JO ui sejnpow d O t Xew YUM NSOJU d O few p y dx3 uy 9L adeoeud p seinpoui d O HO Z uim dx3 91 4deoeud e sejnpouJ d O Jo Z ui 8 Jdeoejg Z ejnpouJ d O HO YIM 8 Jideoeud L suiejs s uoisuedx3 jeueg puepuels ver pyeoqJeujojN ugl deed L29490 Lf cr od xny er cr Er ET
19. atic Internal en Description O P Description zie m Penes t In Expansion Panel Modules aie Data out connector on Data the O P Connector J2 on O P module Ribbon module 1 left hand most module J6 on C1633 en and C1635 Figure 12 F recept y Exp 4 or Exp5 Power out showing 2 with a single 1 O P module no power supply connector on Power in connector on the x O P Aux DC the first C1633 C1635 module modules C1633 C1635 from the left hand side of the power Cable module expansion panel J3 on the J4 on the C1633 J3 on the C1633 J5 on C1635 the C1635 Data out connector on the last Data C1633 C1635 Connector J2 on O P module Ribbon right hand 1 left hand most module most module J6 on C1633 Precept 16 2 Exp 4 or Exp5 MEME Figure 12 Exp no power supply soneco ron the last Power in connector on the Aux DC C1633 C1635 first C1633 C1 635 module l from the left hand side of the power right hand cable most module expansion panel J3 onthe J4 on the C1633 J3 on the C1635 C1633 J5 on the C1635 Data out connector on Data the O P Connector J2 on O P module Ribbon module 1 left hand most module J6 on C1633 and C1635 Factory fitted From Precept 8 Exp 4 or Exp5 with a single 1 with power Bru pem ead caulk arate Figure 16 O P module supply Ji 9 Aux DC power l Te Power in connector on the cable first C1633 C1635 module from the left hand side of the expan
20. ht hand side for ON O P modules connected F PO F P1 S CO S C1 LEDO LEDI VDR Not used See Table 10 Figure 11 C1630 output expansion interface PCB 7 2 Commissioning Procedure After completion of the pre commissioning wiring check power up and configuration commission the circuits in line with the following guide 7 2 4 Sounder Circuits 1 Doc Number Prec en Output exp mod installation amp commissioning Remove the resistor from the first alarm circuit terminal and connect the first alarm circuit wiring to the terminals observing correct polarity Check that any alarm fault indications clear after a few seconds Use the Alarm Test facility see Precept User Manual or press Evacuate to operate the 7 2 2 Commissioning Configuration switch to set qty and type of From top to bottom sounders Check that all sounders connected to the alarm circuit operate Deselect the Alarms Test condition or if Evacuate was used press silence alarms to stop the sounders operating Repeat steps 1 to 3 for the second and any subsequent sounder circuits powered fault monitored Fire Protection control signals C1635 modules configured as Fire Protection O Ps Ensure any fire protection equipment to be controlled via the Fire Protection output is locked off safe before attempting any connection testing or commissioning Remove the resistor from the C1635 output circu
21. it terminal and connect the field wiring to the terminals observing correct polarity Check that any fault indications clear after a few seconds Initiate a fire condition on a zone to operate the output Check that the fire signal operates the remote interface relay adjacent the fire protection equipment Reset the panel and confirm that the remote interface relay deactivates Open circuit the field wiring and confirm that the fire alarm panel indicates Fire Protection output fault Reconnect the cabling and confirm the faults clear Disable the Fire Protection Outputs via the Precept panel see Precept Operating Instructions Initiate a fire condition on a zone to operate the output and check that the output does not operate Reset the panel and re enable the Fire Protection O Ps after the test Final testing and commissioning of the loop through to the fire protection equipment including test simulated activation of the equipment should be carried out at the appropriate time in conjunction with the engineer responsible for the fire protection system Repeat steps 1 to 7 for the second and any subsequent fire protection signal outputs Rev 2 Page 16 of 23 23 12 09 Written by RKP Checked by AJC 7 2 3 Doc Number Prec en Output exp mod installation amp commissioning Commissioning the volt free relay Fire Protection control signal C1634 modules configured as Fire Pro
22. j peeu jaued uueje aJ eui W014 peuowod Seueneq pue NSd dwy g jeuondo ynoyyM 10 UM sainpow 9q 0 ae Jey sejnpoui Aue swooj ejqeo puepueljs Jo Ajjuenb eu eonpai 0 910N d O p Xew YIM einso oue d O ew v y dx3 uim 91 4deoejd p se npoul d O HO Z ui dx3 91 1deoe4g E seinpouJ d O HO Z UUM 8 4ideoeJd Z ejnpoul d O HO YUM 8 ideoeJg L uoneoidde uoee Jo no peuJeo aq snu uonenojeo peol NSd suiejs S uoisuedx3 jeued pyepueis eouenbes y Jo pue y 1 pejoeuuoo aq 1snuJ sejnpow VEIL IIV 91ON Checked by AJC t YIM e4nsoj oue uoisuedxe d O ABM p p dx3 d8991d Rev 2 Page 19 0f 23 23 12 09 PSU Written by RKP cr PY er ve ET vr oq xny pyeogieuioIN uoqgu uoqqgu MUSS MI er ejeq Er 9r ejeq 9r c919 ee N Uoqqu pd of er eq er en h t uoqqu ME eje v 910 v 910 SE9LO 910 TN d jgued ue 1de2e4q w014 pe1eod sejnpoui sainpow 1ndino jeujo1u ou joued 9 10 8 de0901d Figure 13 Typical internal wiring diagram for Precept 8 16 and Exp 4 Output Module Panel with no Doc Number Prec en Output exp mod installation amp commissioning enso oue uoisuedxe nd no eui JO epis puey Jd eui ui pe1eoo eq 0 peeu eued uueje y eu WO poe wod eg 0 eJe yey sejnpoui Aue suioo ejqeo pyepueis Jo Ai
23. juenb y eonpai 0 3 0N Checked by AJC pue eui ye pejoeuuoo eq snw sajnpow TY 9L9 IIV 910N Ir NSd Sd O i i 14 8 l i duvS ul Wd nSd uiuo uoneoijdde uoeo 10 1no paleo eS9r9 lal 2H sure Od xny i eq 1snu uone no eo peo NSd Nez l AES peal i cgl JeMOd 28910 AW O H49 o Da xny Oa xny NSd reuonippe Sf gr Od xny gr 9Qxnv gn 90xnv Er esn 10 3q xny ver sojnpow er er er er vr i uoisuedxa 1 4un4 i i uoqgu uoqgi i pseoqisyjo 9r 9r ejeq 9r 9r eq or i uglde98Jd i ER e Pte I xm zip 2910 uoqqu uoggu uoqqu uoqaqu i eed or eyeq or or eq or or ejeq eouenbes eu Jo GE9LO GE9LO GSE9LO SE9LO EE9LO NSd duy s wo s jnpow 6 y m einsojoue uoisuedxe q O en s s dx4 41de2e4g Written by RKP Rev 2 Page200f23 23 12 09 Figure 14 Typical internal wiring diagram for Precept 32 and Exp 5 Output Module Panel with 5 Amp PSU Doc Number Prec en Output exp mod installation amp commissioning Checked by AJC Written by RKP uomeordde yoga 10J no peuueo eq Jsnw uonejnojeo peo 18d
24. llector output module configuration Table 3 Setting C1633 Board Address SW1 Function ADO AD1 Board Address Off Off 1 On Off 2 Off On 3 On On 4 Table 4 Setting C1633 Zone Range SW1 Function O P 1 8 zone Zonal ZNO ZN1 range Not Not All O Ps Off operate on functional functional any zonal fire On Off Off Z 1 8 On On Off Z9 16 On Off On Z17 24 On On On Z25 32 C1633 Connectors J1 Programming header J2 Comms to panel motherboard J3 Power out J4 Power in from panel motherboard or aux PSU Aux PSU fault I P C1633 Link Configuration J5 Fit link to enable Aux PSU fault monitoring S vwo0smDmormco O dn sere ieee ah SIS VIS VIS GIY G outputs 1 8 e e J2 Comms in out E s Ie J6 Comms out in NE i J4 Power in from panel motherboard or aux PSU Aux PSU fault I P J3 Power out SW 1Config switch Top to bottom o ADO ADI LE ZNO LN ZNI Zonal Uer 7 See Table 3 and Table 4 J5 Fit link to enable Aux PSU fault monitoring SW 2 Processor fault reset button Comms fault LED Processor fault LED Power supply on LED Figure 8 C1633 PCB Layout Doc Number Prec en Output exp mod installation amp commissioning Rev 2 Page
25. n by RKP 7 1 2 C1635 8 way alarm powered monitored relay output module configuration Table 8 Setting C1635 Board Address SW1 Function ADO AD1 Board Address Off Off 1 On Off 2 Off On 3 On On 4 C1635 Connectors J1 Programming header J2 Comms to panel motherboard J3 Power in from panel motherboard or aux PSU Aux PSU fault I P J5 Power out C1635 Link Configuration J4 Fit link to enable Aux PSU fault monitoring Checked by AJC Table 9 Setting C1635 Type General Zonal Response and Zone range SW1 6 Panel wi sw1 sw1 O P 1 8 FP Mode Board onai ZNo zN1 Zone SW2 6 range General alarm all Off SNDR Off N A N A N A O Ps operate on any fire Off SNDR On On Off Off Z1 8 Off SNDR On On On Off Z9 16 Off SNDR On On Off On Z17 24 Off SNDR On On On On Z25 32 All O Ps On FP N A Off N A N A operate on any fire On FP N A On Off Off Z1 8 On FP N A On On Off Z9 16 On FP N A On Off On Z17 24 On FP N A On On On Z25 32 Notes SNDR Sounders FP Fire Protection When panel SW 2 6 is on If panel SW2 7 is off non alarm zones are silent If panel SW2 7 is on non alarm zones pulse See Precept panel manuals 3 UP4 J2 Comms in out Y MON D P BI GGG QGSIOSS Outputs 1 8 J6 Comms out in amp
26. pt en panel installation manual Prec en inst doc 6 2 2 Precept 4 and 5 Exp Expansion Enclosures Matching 25mm knock outs are provided on the right hand face of the Precept 8 16 fire alarm panel enclosure and the left hand face of the Precep 4 Exp output expansion enclosure to allow the panels to be coupled together with the expansion panel on the right A similar arrangement is provided for connecting Precept 32 control panels to the Precept 5 Expansion enclosure Mount and fix the fire alarm panel enclosure in accordance with the instructions provided in the Precept panel installation manual Prec en inst After fitting the fire alarm control panel remove the chassis from the output expansion panel generally as described in the Precept panel installation manual Prec en inst carefully remove the 25mm knock outs in the adjoining faces of both fire panel and expansion enclosures by knocking out from the inside of the enclosure to the outside and fit a 25mm coupler to one panel Offer up the expansion box aligning the two enclosures via the coupler then mark Fix the expansion enclosure to the wall as described in the Precept panel installation manual Prec en inst Tighten up the coupler Continue to install in accordance with the relevant guidelines provided in the Precept panel installation manual Prec en inst as appropriate to the output expansion module system provided Table 1 P
27. s beneath the motherboard output modules Precept Exp 4 and 5 output expansion panels are supplied with or without a C1652 230Vac 5A PSU depending on the output load requirement When fitted the PSU is located on the chassis underneath the output modules For all panels the output voltage is adjustable from 25V to 28 2V via a small trimmer potentiometer on the PCB As the output voltage is factory set however adjustment should not be necessary Details of the PSUs can be found in the Precept manuals Prec en inst doc Prec en app doc Rev 2 Page 30of23 23 12 09 Written by RKP Checked by AJC t 4 Precept Internal Panel Views Cable clip for 3 x enclosure ERA Mains mains cable fixing holes warning primary earth label Removable Secondary earth chassis bar for cable screens Mains terminal block and primary earth connection c peces 3 Removable Motherboard PST chassis A Mains CS transformer DO tud IQ B e o RM J NAE udi
28. sion panel J4 on the C1633 J3 on the C1635 Doc Number Prec en Output exp mod installation amp commissioning Rev 2 Page 11 of 23 23 12 09 Written by RKP Checked by AJC Fire Alarm Control Panel Expansion Panel Internal Connections Schematic Internal en Description O P Description steals in er In Expansion Panel Modules Data out connector on the last Data C1633 C1635 Connector J2 on O P module Ribbon right hand 1 left hand most module most module J6 on C1633 and C1635 Factory fitted en Exp 4 or Exp5 Precept 19 2 with power OR Figure 16 Exp supply C1652 power supply board 28V OV and fault signals from Aux DC J1 power To cable Power in connector on the first C1633 C 1635 module from the left hand side of the expansion panel J4 on the C1633 J3 on the C1635 6 2 4 Installation of the C1630 Output Expansion Interface Warning Observe anti static precautions 1 Ensure that the panel is powered down and the main and standby supplies are disconnected 2 On the fire alarm panel remove the jumper link at J23 located in the upper right hand quarter of the C1627 motherboard and fit a C1630 output expansion interface to connectors J4 and J5 located below the fault routing relay J23 must Connector J5 for C1630 be removed before the interface board can be fitted The board should be held in place by the 12mm high plastic spacer provided See
29. sscesesesecsseeesesssesssesseeesens 15 7 1 3 C1630 OUTPUT INTERFACE CONFIGURATION iret ret trt ete ret ec see 16 7 2 COMMISSIONING PROCEDURE 16 7 2 1 SOUNDER CIRCUITS eee 16 7 2 2 COMMISSIONING POWERED FAULT MONITORED FIRE PROTECTION CONTROL SIGNALS C1635 MODULES CONFIGURED AS FIRE PROTECTION O PS sssseeee 16 7 2 3 COMMISSIONING THE VOLT FREE RELAY FIRE PROTECTION CONTROL SIGNAL C1634 MODULES CONFIGURED AS FIRE PROTECTION O Ps 17 7 2 4 COMMISSIONING C 1633 OPEN COLLECTOR OUTPUTS eee 17 8 CONSTRUCTION PRODUCTS DIRECTIVE 23 List Of Figures FIGURE 1 PRECEPT 16 INTERNAL VIEW SHOWING OPTIONAL SINGLE O P BOARD e 4 FIGURE 2 PRECEPT 16 EXP INTERNAL VIEW 32 ZONE ENCLOSURE WITH TWO OUTPUT BOARDS 5 FIGURE 3 PRECEPT EXP 5 INTERNAL VIEW 6 FIGURE 4 C1633 FIELD WIRING CONNECTIONS 7 FIGURE 5 C1634 FIELD WIRING CONNECTIONS 7 FIGURE 6 C1635 FIELD WIRING CONNECTIONS 7 FIGURE 7 C1627 MOTHERBOARD PCB LAYOUT 12 FIGURE 8 C1633 PCB LAYOUT e 13 FIGURE 9 C1634 PCB LAYOUT 14 FIGURE 10 C1635 PCB LAYOUT 15 FIGURE 11 C1630 OUTPUT EXPANSION INTERFACE PCBs setenta ET 16 Doc Number Prec en Output exp mod installation amp commissioning FIGURE 12 TYPICAL INTERNAL WIRING DIAGRAM FOR PRECEPT 8 16 WITH INTERNAL O P MODULES AND EXP 4 O
30. tection O Ps Ensure any fire protection equipment to be controlled via the Fire Protection output is locked off safe before attempting any connection testing or commissioning Connect the field wiring to the appropriate terminals N O P N C Initiate a fire condition on a zone to operate the output Use a test meter set to continuity or Ohms to confirm the correct relay contact condition can be measured at the remote end of the installation wiring adjacent the fire protection equipment to be controlled Reset the fire alarm panel and with the test meter confirm that the relay contacts have retruned to the deactivated condition Disable the Fire Protection Outputs via the Precept panel see Precept Operating Instructions Initiate a fire condition on a zone to operate the output and check that the output does not operate Reset the 7 2 4 The correct panel and re enable the Fire Protection O Ps after the test Final testing and commissioning of the loop through to the fire protection equipment including test simulated activation of the equipment should be carried out at the appropriate time in conjunction with the engineer responsible for the fire protection System Repeat steps 1 to 6 for the second and any subsequent volt free relay fire protection signal outputs Commissioning C1633 collector outputs open Connect the field signal wires and the common return to the appropri
31. xny O 2 uomeorjdde uoee 10 INO paneo S81 eg snu uonejnojeo peol NSd O or er uoqgu ejeg er 9f uoqqu df meg er vEILD GE9ILO pee JOMOod cS9LO od xnv er cr vr er uoqqu eq 9r 9r uoqq er poni er j ued ue 1de28Jd eu W014 4amod sajnpow v YM o1nsoj oue uoisuedxe d O ew p t dx3 1deoeJg 912 S 912 9q xnv uoqqu ejeq er vof vr od xny pyeoqieuiolN uglde2eud xd 4c910 Lf or uoqqu ea 910 s ojnpow indino Jeuss U YUM aUed_ 9L 10 8 d99a1g Figure 16 Typical internal wiring diagram for Precept 8 16 with internal O P Modules and Exp 4 Output Module Panel with PSU Rev 2 Page220f23 23 12 09 Doc Number Prec en Output exp mod installation amp commissioning Written by RKP Checked by AJC 8 Construction Products Directive 0086 Control Equipment Ltd Hillcrest Business Park Cinder Bank Dudley West Midlands DY2 9AP United Kingdom 09 0086 CPD 555921 EN54 2 Control and indicating equipment for fire detection and fire alarm systems for buildings Provided options e Outputs to fire alarm devices e Outputs to Fire Protection Equipment Output type B e Test condition e Delays to Outputs EN54 4
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