Potter Control Panel Manual

8/11/2019 Potter Control Panel Manual

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PFC-6075R Fire Alarm

Control Panel

Installation, Operation & Programming Manual

Manual #5403594–Rev C

2/13

Potter Electric Signal Company, LLC

St. Louis, MO

Customr Sric: (866) 240-1870 • Tchnical Support: (866) 956-1211 • Fax: (314) 595-6999

www.pottersignal.com



PFC-6075R • 5403594 • Rev C • 2/13

Potter Electric Signal Company, LLC5757 Phantom Drive Ste 125 • St. Louis, MO 63042 • 314-595-6900 • 800-325-3936

WARRANTY INFORMATION

Th ssntial purpos of any sal or contract for sal of any of th products listd in th POTTeR catalog or

pric list is th furnishing of that product. It is xprssly undrstood that in furnishing said product, POTTeR

dos not agr to insur th Purchasr against any losss th Purchasr may incur, n if rsulting from thmalfunction of said product.

POTTeR warrants that th quipmnt hrin shall conform to said dscriptions as to all afrmation of

fact and shall b fr from dfcts of manufactur, labling and packaging for a priod of on (1) or

(5) yar(s), dpnding on th product, from th inoic dat to th original purchasr, proidd that

rprsntati sampls ar rturnd to POTTeR for inspction. Th product warranty priod is statd on

th xtrior of th product packag. Upon a dtrmination by POTTeR that a product is not as warrantd,

POTTeR shall, at its xclusi option, rplac or rpair said dfcti product or parts throf at its own

xpns xcpt that Purchasr shall pay all shipping, insuranc and similar chargs incurrd in connctionwith th rplacmnt of th dfcti product or parts throf. This Warranty is oid in th cas of abus,

misus, abnormal usag, faulty installation or rpair by unauthorizd prsons, or if for any othr rason

POTTeR dtrmins that said product is not oprating proprly as a rsult of causs othr than dfcti

manufactur, labling or packaging.

The Aforesaid Warranty Is Expressly Made In Lieu Of Any Other Warranties, Expressed Or Implied, It

Being Understood That All Such Other Warranties, Expressed Or Implied, Including The Warranties Of

Merchantability And Fitness For Particular Purpose Are Hereby Expressly Excluded. In No Event Shall

Potter Be Liable To Purchaser For Any Direct, Collateral, Incidental Or Consequential Damages InConnection With Purchaser’s Use Of Any Of The Products Listed Herein, Or For Any Other Cause Whatsoever

Relating To The Said Products. Neither Potter Nor Its Representatives Shall Be Liable To The Purchaser

Or Anyone Else For Any Liability, Claim, Loss, Damage Or Expense Of Any Kind, Or Direct Collateral,

Incidental Or Consequential Damages Relative To Or Arising From Or Caused Directly Or Indirectly By Said

Products Or The Use Thereof Or Any Deciency, Defect Or Inadequacy Of The Said Products. It Is Expressly

Agreed That Purchaser’s Exclusive Remedy For Any Cause Of Action Relating To The Purchase And/or Use

Of Any Of The Products Listed Herein From Potter Shall Be For Damages, And Potter's Liability For Any And

All Losses Or Damages Resulting From Any Cause Whatsoever, Including Negligence, Or Other Fault, Shall

In No Event Exceed The Purchase Price Of The Product In Respect To Which The Claim Is Made, Or At The Election Of Potter, The Restoration Or Replacement Or Repair Of Such Product.



PFC-6075R • 5403594 • Rev C • 2/13

Table of Contents

Section 1: Introduction ............................................................................................................................. 1-1

Purpos of This Manual ..........................................................................................................................1-1

System Overview ....................................................................................................................................1-1

Systm Faturs ......................................................................................................................................1-1

P-Link Accessories ............................................................................................................................1-2

SLC Loop Accessories .......................................................................................................................1-2

Addressable Sensors .........................................................................................................................1-2 Addressable Modules ........................................................................................................................1-2

How to Us this Manual .........................................................................................................................1-3

Common Trminology ............................................................................................................................1-3

Section 2: Before You Start Installation .................................................................................................. 2-4

Systm Spcications .............................................................................................................................2-4

enironmntal Spcications .................................................................................................................2-4

Systm Congurations / Appliancs .......................................................................................................2-4

elctrical Spcications ..........................................................................................................................2-5

Systm Siz Spcications .....................................................................................................................2-5

Main Board Wiring Spcications ..........................................................................................................2-6

Circuit Separation .............................................................................................................................2-6

Wiring Types ......................................................................................................................................2-6

Cabint Dimnsions ................................................................................................................................2-7

Cabint Wiring Connctions ...................................................................................................................2-8

Battery Circuit Calculations ....................................................................................................................2-9

Battry Calculation Workshts ............................................................................................................2-10

SLC Currnt Draw Worksht ..............................................................................................................2-11

Isolator Dic Load Calculation .........................................................................................................2-12

Scenario 1: Class A Loop – Isolated Devices Conguration ..........................................................2-12

Scenario 2: Class B Loop – Isolated Branch Conguration ..........................................................2-13

Battery Connections ..............................................................................................................................2-14Main Supply Circuit ..............................................................................................................................2-14

Section 3: Installation ............................................................................................................................. 3-15

Signaling Line Circuit (SLC) Installation ............................................................................................. 3-15

SLC Wiring Requirements ...............................................................................................................3-15

Class B, Style 4 Wiring Conguration ............................................................................................3-15

Class A, Style 6 Wiring Conguration ............................................................................................3-16

Class A, Style 7 Wiring Conguration ............................................................................................3-16

Conncting Analog Dtctors ...............................................................................................................3-17

Conncting Addrssabl Moduls .........................................................................................................3-17

Conventional Initiating Zones (CIZM-4) Class A ...........................................................................3-17

Conventional Initiating Zones (CIZM-4) Class B ...........................................................................3-17

Single Contact Module – 4 inch Mount (SCM-4) ...........................................................................3-18

Dual Contact Module – 4 inch Mount (DCM-4) ............................................................................3-18

Twin Relay Module – 4 inch mount (TRM-4) ..................................................................................3-19

Monitored Output Module – 4 inch mount (MOM-4) .....................................................................3-19

Analog Sounder Base (ASB) ...........................................................................................................3-20

Analog Relay Base (ARB) ...............................................................................................................3-20

Single Action / Dual Action Pull Station (APS-SA / APS-DA) ........................................................3-21

Addrssing SLC Dics ......................................................................................................................3-22



PFC-6075R • 5403594 • Rev C • 2/13

Notication Applianc Circuits Installation .......................................................................................... 3-24

NAC Wiring .....................................................................................................................................3-24

NAC Maximum Wiring Impedance Formula ..................................................................................3-24

NAC Wiring Congurations ...........................................................................................................3-24

NAC as Rlasing Dic Circuit .........................................................................................................3-26

Maximum Wire Impedance Formula ...............................................................................................3-26

I/O Circuit Conguration ......................................................................................................................3-27

I/O Circuits as Inputs ......................................................................................................................3-27 I/O Circuits as Outputs ...................................................................................................................3-27

I/O Maximum Impedance Formula .................................................................................................3-27

Reverse Polarity Communication Line Circuit .....................................................................................3-28

Municipal Box Connction ...................................................................................................................3-29

Rlay Output Wiring .............................................................................................................................3-29

CA-6075 Class A expandr Installation ...............................................................................................3-30

P-Link Dics ......................................................................................................................................3-31

Conguration Characteristics ........................................................................................................3-31

Maximum Wire Resistance Formula ...............................................................................................3-31

P-Link Addresses .............................................................................................................................3-32

Rmot Annunciators Installation (RA-6500R / RA-6500 and RA-6075R / RA-6075) ......................3-33LeD Annunciators Installation (LeD-16) ............................................................................................. 3-33

LeD Drirs Installation (DRv-50) .....................................................................................................3-34

Rlay Board Installation (RLY-5) .........................................................................................................3-36

Fir Communications Bridg Installation (FCB-1000) .......................................................................3-37

Fibr Intrfac Bridg Installation (FIB-1000) .....................................................................................3-38

FIB-1000 Wiring .............................................................................................................................3-39

Serial Parallel Gateway Installation (SPG-1000) .................................................................................3-40

DACT Installation .................................................................................................................................3-41

Section 4: Operation ............................................................................................................................... 4-43

Control Panel Basic Operation ..............................................................................................................4-43 LCD Display ...................................................................................................................................4-43

Menu Navigation Keys ....................................................................................................................4-44

Numeric Keypad..............................................................................................................................4-44

Function Pushbuttons .....................................................................................................................4-44

Status LEDs .....................................................................................................................................4-45

Control Panl Mnu Tr ......................................................................................................................4-46

Section 5: Programming ......................................................................................................................... 5-47

Programming Options ...........................................................................................................................5-47

Programming Overview ........................................................................................................................5-50

Th Programming Cycl .......................................................................................................................5-50Softwar Installation .............................................................................................................................5-50

LeARN Programming ..........................................................................................................................5-51

Conncting th Computr and Panl ..................................................................................................... 5-51

Transfrring Data ..................................................................................................................................5-53

Uploading from Panel to Computer ................................................................................................5-54

Downloading Conguration Fil to Panl ............................................................................................5-55

Enable Remote Access ....................................................................................................................5-55

File New ..........................................................................................................................................5-56

File Save / Save As ..........................................................................................................................5-56

Audit Errors ....................................................................................................................................5-56



PFC-6075R • 5403594 • Rev C • 2/13

Uploading History ents & Dtctor (Snsitiity) Status Rports .....................................................5-58

History Reports ...............................................................................................................................5-58

Detector Sensitivity Status Reports .................................................................................................5-59

Printing Reports ..............................................................................................................................5-60

Panl Softwar Oriw .....................................................................................................................5-61

Window Regions / Areas..................................................................................................................5-61

Program Icons .................................................................................................................................5-62

Programming Functions Oriw .......................................................................................................5-63

Rmot Accss Cod .............................................................................................................................5-64

User Name / Password ....................................................................................................................5-64

Gnral Systm Functions ....................................................................................................................5-65

Job Details ......................................................................................................................................5-65

General Options ..............................................................................................................................5-65

Day/Night Sensitivity Mode and Holiday Scheduling .....................................................................5-66

User Codes ......................................................................................................................................5-67

Systm e-mail Functions ......................................................................................................................5-68

P-Link E-mail Notication Requirements .......................................................................................5-69

Connecting the Panel to a Network ................................................................................................5-69 E-mail Sent from Panel ...................................................................................................................5-70

E-mail Report Requested from PC ..................................................................................................5-71

Receiving E-mail Status Reports .....................................................................................................5-73

Creating E-mail Reminders ............................................................................................................5-75

System Programming ............................................................................................................................5-76

Mapping Zones Overview ...............................................................................................................5-76

Single Zones ....................................................................................................................................5-76

Multiple Zones ................................................................................................................................5-76

Mapping Terminology .....................................................................................................................5-77

Zone Types / Styles ..........................................................................................................................5-77

Zone Attributes ................................................................................................................................5-78

Releasing Zone Attributes ...............................................................................................................5-80

Creating Zones ................................................................................................................................5-80

Conguring Zones ...........................................................................................................................5-81

Conguring Points ..........................................................................................................................5-81

NAC Functions ................................................................................................................................5-82

SLC Functions .................................................................................................................................5-83

Adding Points to Zones ...................................................................................................................5-86

Group by Area .................................................................................................................................5-88

Cross Zon Congurations ...................................................................................................................5-89

Rlasing Zon Congurations .............................................................................................................5-90 Releasing Fields ..............................................................................................................................5-90

Single Interlock (One Count) Releasing Application ......................................................................5-92

Cross Zone / Two Count (Double Interlock) Releasing Application ...............................................5-92

Two Count Releasing Application with Abort Switch .....................................................................5-93

Cross Zone Releasing Application with Abort Switch ....................................................................5-93

Programming Moduls ..........................................................................................................................5-94

CA-6075 Class A Converter Module ..............................................................................................5-94

Remote Annunciators (RA-6500R/RA-6500 and RA-6075R/RA-6075) ..........................................5-95

LED Annunciators (LED-16) ..........................................................................................................5-95



PFC-6075R • 5403594 • Rev C • 2/13

LED Driver (DRV-50) .....................................................................................................................5-96

Relay Board (RLY-5) .......................................................................................................................5-96

Fire Communications Board (FCB-1000) ......................................................................................5-97

Serial Parallel Printer (SPG-1000) ................................................................................................5-98

Fiber Interface Bridge (FIB-1000) .................................................................................................5-99

DACT (UD-1000) ..........................................................................................................................5-100

Section 6: PSN-1000 / PSN-1000(E) – Installing, Operating & Programming................................ 6-102Board Spcications ...........................................................................................................................6-102

Cabint Dscriptions ...........................................................................................................................6-102

enironmntal Spcications .............................................................................................................6-102

elctrical Spcications ......................................................................................................................6-102

Wiring Spcications ..........................................................................................................................6-102

Circuit Separation .........................................................................................................................6-102

Wiring Types ..................................................................................................................................6-103

Cabint Dimnsions ............................................................................................................................6-103

Cabint Installation .............................................................................................................................6-104

Cabint Wiring Connctions ...............................................................................................................6-105

Rchargabl Battry Circuit ..............................................................................................................6-106Battery Circuit Calculation .................................................................................................................6-106

PSN-1000/PSN-1000(e) Battry Calculation Worksht ...................................................................6-107

Notication Applianc Circuits (NACs) .............................................................................................6-108

NAC Wiring ...................................................................................................................................6-108

NAC Wiring Congurations ..........................................................................................................6-108

PSN-1000/PSN1000(e) as Rlasing Dic Circuit .........................................................................6-109

Input Circuits ......................................................................................................................................6-110

Conguration Characteristics ......................................................................................................6-110

Wiring to Control Panel .........................................................................................................................6-110

Repeater Output .................................................................................................................................. 6-111

Conguration Characteristics ...................................................................................................... 6-111

Maximum Wire Resistance Formula ............................................................................................. 6-111

Municipal Box Connction .................................................................................................................6-112

Conguration Characteristics ......................................................................................................6-112

Relay Outputs......................................................................................................................................6-112

PSN-1000/PSN-1000(E) Operations ..................................................................................................6-113

Status LEDs ...................................................................................................................................6-113

PSN-1000/PSN-1000(E) Programming ..............................................................................................6-114

Adding a Power Supply .................................................................................................................6-114

Deleting a Power Supply .............................................................................................................. 6-115

Section 7: IP Communication .............................................................................................................. 7-116Programming th IP Communicator ...................................................................................................7-117

Appendix A: Basic Operating Instructions............................................................................................ A-1

Appendix B: Modem Connectivity Setup ...............................................................................................B-1

Appendix C: System Maintenance and Testing..................................................................................... C-1

Appendix D: PSN-1000/PSN-1000(E) Maintenance and Testing......................................................... D-1

Appendix E: Compatible Devices Table ..................................................................................................E-1

Appendix F: Troubleshooting Tips ..........................................................................................................F-1

Appendix G: Control Panel Menu .......................................................................................................... G-1


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PFC-6075R • 5403594 • Rev C • 2/13

Section 1: Introduction

Th Modl PFC-6075R is a listd and approd, microprocssor basd addrssabl r control panl and complis with UL-864,

NFPA-12, NFPA-12A, NFPA-13, NFPA-15, NFPA-16, NFPA-17, NFPA-17A, NFPA-72, NFPA-750, NFPA-2001 and CSFM.

Th PFC-6075R systm softwar is compatibl with Windows XP, Windows vista and Windows 7 Oprating Systms;

additionally, th latst rsion of Microsoft .NeT Framwork is rquird. Th systm softwar incorporats conntional

shortcuts, and proids grat xibility in ffctily programming indiidual or groups of dics. Th oprational mod

bhaior of th four (4) on-board circuits (NACs 1 and 2, and Input/Outputs 1 and 2) can b customizd. This xibility nablsconguration of systm points to maximiz protction throughout controlld sit(s).

Purpose of This Manual

This manual is intndd to assist in th installation and programming th PFC-6075R Fir Alarm Control Panl. Rfr to this

manual to proprly install and program th PFC-6075R. It is rcommndd that th usr follows th procdurs as outlind in

this manual to assist in propr installation and prnt damag to th control panl and associatd quipmnt.

System Overview

Th PFC-6075R systm is dsignd for us as a r control panl for lif safty applications, as a rlasing panl for pr-action

and dlug, watr-basd xtinguishing systms or for agnt xtinguishing systms. It may also b usd as a stand-alon r

control panel.

System Features

Th PFC-6075R faturs a built in signaling lin circuit (SLC), and is capabl of supporting 75 Pottr/Nohmi protocoly

dics.

5.0 Amp 24dc Powr Supplyy

Two (2) Notication Applianc Circuits (NACs) ach ratd at 3.0 Amps maximum.y

Powr Limitdy

Built in Syncy

Cadnc Pattrnsy

Auxiliary Powr y

Rlasing Solnoid Outputy

Two (2) Input/Output Circuits ach ratd at 1.0 Amps maximum.y

Powr Limitdy

Built in Syncy

Cadnc Pattrnsy

Auxiliary Powr y

Contact Inputy

Rrs Polarity Drir y

Rlasing Solnoid Outputy

Support for all major synchronization pattrns.y

Potter y

Gntx®y

CooprWhlock®y

Systm Snsor®y

Built-in ethrnt port for programming and ntwork connctiity.y

Built-in -mail support to communicat systm status and nt information.y

Customizabl Rmindr e-mails.y

P-Link RS-485 bus supports systm accssoris.y

1,000 nt non-olatil history buffr.y

Larn mod nrolls connctd snsors and moduls for fcint systm programming.y

99 Softwar Zonsy



PFC-6075R • 5403594 • Rev C • 2/13

Dad-front Cabint Dsigny

2 X 16 charactr LCD displayy

Ddicatd Alarm, Suprisory and Troubl Form C Rlaysy

Analog / Addrssabl Snsing Tchnologyy

Drift Compnsationy

Drift Alrty

NFPA 72 compliant calibratd smok tst built-iny

P-Link Accessories

RA-6500R, RA-6500 or RA-6075R, RA-6075 Rmot Annunciator – Maximum of 31 pr systm in any combinationy

UD-1000 Dual Lin Fir Communicator – Maximum of 1 pr systmy

CA-6075 Class A conrtr modul – Maximum of 1 pr systm allows for Class A wiring of th SLC circuit, P-Linky

communication bus and th two (2) built-in NAC circuits

PSN-1000 / PSN-1000(e) Intllignt Powr Supply expandr – An accssory to th panl proiding tn (10) amps ofy

additional powr, with four (4) input points, six (6) notication circuits, and a P-Link intrfac

LeD-16 Annunciator modul - Maximum of 10 total pr systm (y the total may be any combination of LED-16 and

DRV-50 LED modules) allows for up to 16 zons alarm, suprisory and troubl conditions to display, and 5 non-

programmabl systm LeDs that display systm's orall condition

DRv-50 LeD Drir modul - Maximum of 10 total pr systm (y the total may be any combination of LED-16 and DRV-50

LED modules) allows output to up to 50 LeDs, 4 dry contact inputs, and 5 non-programmabl systm LeDs that display

systm's orall condition

RLY-5 Rlay Board modul - Maximum of 31 pr systm proids (5) Form-C rlay outputsy

FCB-1000 Fir Communications Bridg modul - An accssory that proids a rmotly-locatd IP connction to th panly

FIB-1000 Fibr Intrfac Bridg - An accssory to th panl that conrts th standard 4-wir P-Link bus to and from opticy

cabl capabl of Class A opration; maximum of 30 total pr systm

SPG-1000 Srial Paralll Gatway - An accssory to th panl that proids a srial or paralll printr connction;y

maximum of 31 pr systm

SLC Loop Accessories

Addrssabl Snsors•

Photolctric Smok Dtctor (PSA)y

Photolctric/Hat Smok Dtctor (PSHA)y

Fixd Tmpratur Hat Dtctor (FHA)y

Rat of Ris/Fixd Tmpratur Hat Dtctor (RHA)y

Addrssabl Isolator Bas (AIB)y

Addrssabl Rlay Bas (ARB)y

Addrssabl Soundr Bas (ASB)y

Addrssabl Pull Station (APS)y

Addrssabl Moduls•

Miniatur Contact Modul (MCM)y

Singl Contact Modul (SCM-4)y

Dual Contact Modul (DCM-4)y

Twin Rlay Modul (TRM-4)y

Monitord Output Modul (MOM-4)y

Conntional Input Zon Modul (CIZM-4)y

Short Circuit Isolator (SCI)y



PFC-6075R • 5403594 • Rev C • 2/13

How to Use this Manual

Rfr to this manual bfor contacting Tchnical Support. Th information in this manual is th ky to a succssful installation

and will assist you in undrstanding propr wir routing, systm rquirmnts, and othr guidlins spcic to th PFC-6075R

system.

Common Terminology

Th following tabl proids you with a list of trms and dnitions usd with th PFC-6075R systm:

TerminologyTable 1:

Term Denition

PFC-6075R Cabint Enclosure

eOLD or Diod Assmbly end of Lin Diod Assmbly

EOLR end of Lin Rsistor Assmbly

Rmot Annunicator LCD typ Rmot Annunicator

NAC Notication Applianc Circuit

SLC Signaling Line Circuit

DACT Digital Alarm Communicator Transmittr (UD-1000)



PFC-6075R • 5403594 • Rev C • 2/13

Section 2: Before You Start Installation

This sction addrsss information that will hlp you in complting a succssful installation, such as th PFC-6075R cabint

layout, spcications, nironmntal considrations, and calculating th battry circuit and SLC currnt draw rquirmnts.

System Specications

Cabinet Description

Sixtn (16) gaug sht stl with hingd, rmoabl lockd door yenclosur dimnsions – 16" x 17" x 3-7/8"y

Visual Indicators

LCD (2 x 16 alphanumric charactr display)y

LeD indicators (Rd, Grn, Ambr)y

LCD Description

Alarm, Suprisory and Troubl conditions display applicabl condition, status and circuit for ach corrlating conditiony

Environmental Specications

Mount indoors only.y

Tmpratur 32° to 120°F, humidity 93% non-condnsing.y

vrify panl is proprly groundd.yRmo all lctronic assmblis prior to any drilling, ling, raming, or punching of th nclosur. Whn possibl, maky

all cabl ntris from th sids, bottom, or rar of th cabint. vrify that thy will not intrfr with th battris or othr

components.

Th panl and systm must b tstd and maintaind in accordanc with all local and national cods and ordinancs.y

System Congurations / Appliances

System Congurations / AppliancesTable 2:

Model Description LocalReleasing

ServiceAuxiliary

Remote

Station

Central

StationProprietary

PFC-6075R Main Board/Panl Assmbly Y Y Y Y Y Y

CA-6075 Class A expandr O O O O O O

UD-1000 DACT N N N Y Y Y

RA-6500R / RA-6500

or RA-6075R / RA-6075LCD typ rmot Annunciator O O O O O O

PSN-1000 or

PSN-1000(E)Intllignt Powr Supply expandr O O O O O O

LeD-16 LeD Annunciator O O O O O O

DRv-50 LeD Drir O O O O O O

RLY-5 Rlay expandr O O O O O O

FCB-1000 Fir Communications Bridg O O O O O O

FIB-1000 Fibr Intrfac Bridg O O O O O O

SPG-1000 Serial/Parallel Gateway O O O O O O

3005013 end of lin rsistor assmbly Y Y Y Y Y Y

3005012 end of lin rsistor and diod N Y Y N N N

Y = Ys, rquird for applicabl sction

N = No, not rquird for applicabl sction

O = Optional, may or may not b usd, has no affct on th applicabl sction.



PFC-6075R • 5403594 • Rev C • 2/13

Electrical Specications

Plas rfr to th tabl blow for lctrical spcications:

System Panel Electrical SpecicationsTable 3:

Panel # NACsRating

per NAC

I/O Circuits

(As Outputs)SLC Power Notes Style and Class

PFC-6075R

2 up to 4 if

both I/O circuits

congurd as

NACs

3 Amp 1 AmpMaximum Load

of 56.055 mA

Maximum of 75

addrssabl points

SLC – Class A or B

NAC – Class A or B

P-Link – Class A or B

I/O – Class B only

All ar Low voltag

and Powr Limitd

System Size Specications

Plas rfr to th tabl blow for systm siz spcications:

System Size SpecicationsTable 4:

Accessories/Subassemblies Maximum System Size

PFC-6075R

On (1) built-in SLC Loop with 75 addrssabl points•

Two (2) notication/rlasing circuits on th main board•

Two (2) I/O circuits•

UD-1000 On (1) DACT



PFC-6075R • 5403594 • Rev C • 2/13

Main Board Wiring Specications

Thr ar sral wiring rquirmnts to considr before conncting circuits to th main board: (1) th circuit sparation,

and (2) wiring typs.

Circuit Separation

Propr sparation btwn th diffrnt typs of circuits must b maintaind btwn Powr Limitd, Non-Powr Limitd, and

High voltag wiring to rduc lctrical intrfrncs, transint oltag or oltag ratings.

Sparations btwn th diffrnt wiring typsy must b maintaind by at last ¼ inch and th wir insulation must b for th

highr oltag.

Th control panl cabint has sufcint knockouts locatd around th priphry allowing th installr to maintain sparationy

btwn powr limitd and non-powr limitd connctions.

Wiring Types

Wiring spcications must b followd to prnt damag or othr consquncs.

Rfr to tabl blow for a brakout of th diffrnt wiring rquirmnts shown by circuit typ:

Main Board Circuit Wiring TypesTable 5:

Wiring Type

Type of Circuit Voltage Power

AC Connction High voltag Non-Powr Limitd

Battery Connection Low voltag Non-Powr Limitd

Troubl Rlay Low voltag Non-Powr Limitd

Supervisory Relay Low voltag Non-Powr Limitd

Alarm Rlay Low voltag Non-Powr Limitd

I/O Circuits Low voltag Powr Limitd

Notication Dic Circuits (NACs) Low voltag Powr Limitd

P-Link RS-485 Connctions Low voltag Powr Limitd

Signaling Line Circuit Low voltag Powr Limitd

Phon Lin – DACT High voltag Non-Powr Limitd



PFC-6075R • 5403594 • Rev C • 2/13

Cabinet Dimensions

PFC-6075R Cabinet DimensionsFigure 1.

D O

O R = 1 6 . 7

8 "

B A C K

B O X = 1 6 . 5

6 "

DOOR = 16.07"

BACKBOX = 15.77"

3.75"DEPTH =

DEPTH = 3.84"

TOP

LEFT SIDE RIGHT SIDE

BOTTOM

DWG #593-1



PFC-6075R • 5403594 • Rev C • 2/13

Cabinet Wiring Connections

PFC-6075R Cabinet WiringFigure 2.

POWER

EARTH FAULT

SILENCED

ALARM

SUPERVISORY

TROUBLE

SILENCE

ACK

RESET

DRILL

1 2 3

4 5 6

7 8 9

0ENTER ESC

18Ahr 12Volt 18Ahr 12Volt

DWG #593-2

Non-power

limited battery

connection

120VAC 50Hz-60Hz240VAC 50Hz-60Hz

Connect to separate

unswitched AC circuits

High voltage

phone connections

Non-power

limited relay

connection

Optional

UD-1000 DACT

Optional CA-6075

Class A Expander

Power limited

wiring

1 2 0

2 4 0

120/240 VAC

Jumper Position



PFC-6075R • 5403594 • Rev C • 2/13

Battery Circuit Calculations

Bfor slcting th battry, it is important to dtrmin th minimum siz battris for standby and alarm tims dsird for ach

application and SLC currnt draw. If th wrong battris ar installd in a spcic application or incorrct currnt draw usd, th

propr standby and minimum alarm tim will not b prsnt.

Th battry circuit is ratd for 8 to 55 AH battris and will oprat th panl alarm for at last 24 hours and 5 minuts. Th

cabint will hous up to two (2) 8 AH or two (2) 18 AH battris.

Plas us th workshts listd blow to calculat th battry siz and currnt draw rquird for ach application and th SLC:

Battery Calculation Worksheet 1.

SLC Current Draw Worksheet 2.



PFC-6075R • 5403594 • Rev C • 2/13

Battery Calculation Worksheets

Description QuantityStandby

(mA)

Total

Standby (mA)

Alarm

(mA)

Total

Alarm

(mA)

Main board (PFC-6075R) 1 130 130 220

LCD Rmot RA-6075R or RA-6075 20 25

LCD Rmot RA-6500R or RA-6500 20 50

CA-6075 Class A expandr 12 44

UD-1000 DACT 16 23

PSN-1000/e Powr expandr 15 15

LeD-16 P-Link

LeD-Currnt (if applicabl, s Not 6)

25

15

25

210

DRv-50

LeD-Currnt (if applicabl, s Not 6)

25

10

25

215

RLY-5

Rlay Currnt (if applicabl, s Not 6)

25

10

35

135

FCB-1000 25 25

FIB-1000 30 30

SPG-1000 40 40

NAC 1

NAC 2

I/O 1

I/O 2

SLC Currnt Draw - (rfr to "SLC Current Draw

Worksheet" for calculation)

Total (ma) Total (ma)

Conrt to Amps x 0.001 Conrt to Amps x 0.001

(*Rfr to maximum allowabl standby currnt) Total A: Total A:

Multiply by standby hours x____

60 minuts pr hour

Alarm tim (minuts)

Example:

5 minute alarm: enter 12

10 minute alarm: enter 6

÷ ____

Total Standby AH Total Alarm AH

+Total Standby AH

Total AH

efcincy Factor ÷ 0.85

Required AH

*Maximum Allowabl Standby Currnt

(UL 24-Hour standby tim)

7 AH .230 A

18 AH .619 A

33 AH 1.151 A

55 AH 1.930 A

Important Notes:

1) FACP nclosur can hous up to two (2) 18 AH battris. Largr battris rquir accssory

nclosur, part #SSU00500.

2) NFPA 72 rquirs 24 hours of standby powr followd by 5 minuts alarm actiation.

3) NFPA 12, 12A rquirs 24 hours and minuts of alarm actiation.

4) Door holdr circuits congurd to disconnct upon AC loss nd not b includd in th

battry standby calculation sinc thy will not draw powr during that tim. Door holdrs

will contribut to standby currnt draw whn AC is prsnt.

5) Total currnt must not xcd powr supply rating (5A).

6) LeD/Rlay currnt must b accountd for in th battry calculation for th supplying sourc.



PFC-6075R • 5403594 • Rev C • 2/13

SLC Current Draw Worksheet

Device Type QtyStandby

(mA)

Total

Standby

(mA)

Alarm

(mA)

Total

Alarm

(mA)

Analog photo smok dtctor (PSA) 0.325 0.325

Analog photo DUCT smok dtctor (DSA) 0.325 0.325

Analog photo smok / xd hat dtctor (PSHA) 0.325 0.325

Analog xd hat dtctor (FHA) 0.325 0.325

Analog combo hat dtctor (RHA) 0.325 0.325

Conntional initiating zon modul - 4 inch mount (CIZM-4) *Not 1 0.325 1.000

Miniatur contact modul (MCM) 0.325 0.325

Singl contact modul - 4 inch mount (SCM-4) 0.325 1.000

Dual contact modul - 4 inch mount (DCM-4) 0.325 1.000

Monitord output modul - 4 inch mount (MOM-4) *Not 2 0.325 1.000

Twin rlay modul - 4 inch mount (TRM-4) 0.325 1.000

Short circuit isolator (SCI) 0.325 2.34

Analog soundr bas (ASB) *Not 3 0.325 0.325

Analog rlay bas (ARB) *Not 4 0.325 0.325

Isolator bas (AIB) 0.325 2.34

SLC alarm LeD Currnt n/a n/a n/a 27.0

SLC Standby

Current

SLC Alarm

Current

* Not 1: CIZM rquirs 24vDC powr sourc. Standby currnt Styl D = 4.90 mA, Styl B (8.5 mA). Alarm Currnt = 50.0 mA

* Not 2: MOM rquirs 24vDC powr sourc. Standby currnt = 1.60 mA. Alarm Currnt = 1.60 mA

* Not 3: ASB rquirs 24vDC powr sourc. Standby currnt = 5 mA. Alarm Currnt = 100 mA

* Not 4: ARB rquirs 24vDC powr sourc. Standby currnt = 5 mA. Alarm Currnt = 50 mA



PFC-6075R • 5403594 • Rev C • 2/13

Isolator Device Load Calculation

This sction cors th distinction btwn an addrssabl snsor and an isolator to corrctly calculat th total SLC dic load.

A dic uss an addrss and consums powr. Whras, an isolator dos not us an addrss, but dos consum powr.

Th following scnarios xplain how to calculat th currnt dic load basd on th SLC conguration.

Scenario 1: Class A Loop – Isolated Devices Conguration

In this conguration, ach snsor and isolator dic / modul counts as on (1) whn calculating th total dic load.

Formula: Total # addressable devices + Total # isolators = Total power unit allocations (or device load)

Example of a Class A Loop – Isolated BranchesFigure 3.

Conguration Summary:

Total addressable devices = 8 (sensors only) out of 75 possible addressable points.

Total device load = 17 (calculated as follows: 8 sensors + 9 isolators) out of 127 power unit allocations.

Example: If a conguration uses 75 sensors, up to 52 isolators may be supported.

Solution: 127 - 75 = 52

LEGEND:

ISO Module/

Device

Sensor

PANEL

Total addressable

devices = 8

Total isolators = 9

DWG # 593-4



PFC-6075R • 5403594 • Rev C • 2/13

Scenario 2: Class B Loop – Isolated Branch Conguration

In this conguration, thr ar 4 sparat branchs ach with an isolation dic / modul and 1 or mor snsors. each snsor

rquirs an addrss, as shown in Scnario #1 (isolators do not rquir an addrss). Howr, in this scnario, ach isolator

consums powr qual to 8 dics. To calculat th total dic load, rfr to th following rul:

Device Load Rule for Branch Congurations

Count all dics, including isolators, on th branch.

If th count is <=8, allocat 8 as th dic load.•

If th count is >8, allocat th actual dic count numbr.•

Example of a Class B Loop – Isolated BranchesFigure 4.

Conguration Summary:

Branch #1 has 3 dics = 8 powr allocations




Total addressable devices = 15 (sensors only) out of 75 addressable points.

Total device load = 34 out of a possible 127 power unit allocations.

LEGEND:

ISO Module/

Device

Sensor

BRANCH #1

BRANCH #2

BRANCH #3

BRANCH #4

PANEL

Total devices = 3

Total devices = 2

Total devices = 10

Total devices = 4

DWG #593-3



PFC-6075R • 5403594 • Rev C • 2/13

Battery Connections

Th battry charging circuit is locatd on th main panl in th lowr lft portion of th board. Th maximum battry charging

circuit is 1.0 amp DC; th charging oltag is approximatly 27.3 vDC and is suprisd.

Note: Th battry should b clarly labld as “Sald Lad Acid Battry” or quialnt UL listd or UL Rcognizd.

Connct th battry wir lads to th trminal connctions, as shown. Battris should b rplacd ry (5) yars or soonr

dpnding on annual tsting.

PFC-6075R Battery ConnectionsFigure 5.

Panel

ConnectionsBATTERY

- +

12 VBattery

- +

12 VBattery

- +

DWG # 593-5

Main Supply Circuit

Th AC trminals ar locatd in th uppr lft hand portion of th main board. Th main board supriss th main AC powr and

proids indication that th AC powr is absnt.

PFC-6075R AC TerminalsFigure 6.

Th trminals ar ratd at 120 vAC/240 vAC 50/60 Hrtz and ar markd accordingly on th board. Th arth ground connction

is markd as “G” and is th furthst connction from th lin oltag connction.

Th AC input powr ratings ar as follows:

Maximum of 3A at th nominal 120 vAC rating.•

Maximum of 2A at th nominal 240 vAC rating.•

DWG #593-6

B W G

AC120V/ AC230V,50/60Hz

AC POWER

BlackWhite

Ground

120VAC 50/60 Hz

240VAC 50/60 HzConnect to separate

Unswitched AC circuit



PFC-6075R • 5403594 • Rev C • 2/13

Section 3: Installation

This sction addrsss installation procdurs for SLCs, NACs and optional moduls, including th DACT (UD-1000),

Class A Card, and Rmot Annunciators. Wiring rquirmnts and conguration xampls ar includd throughout this sction.

Instructions for addrssing SLC dics which must b compltd bfor programming your systm ar also includd. Plas

rad this sction carfully bfor installing dics and/or moduls to insur propr installation.

Note: Instructions for installing the PSN-1000/PSN-1000(E) and/or the IP Dialer accessories are located in

Sections 6 and 7, respectively.

Signaling Line Circuit (SLC) Installation

Th SLC panl proids powr and communication to ach of th snsors and moduls connctd. Th SLC is polld by th

systm ry 4–5 sconds. This panl has a loop capacity of 75 addrssabl points, which may b congurd in any combination

of smok snsors, hat dtctors, and input or output moduls.

SLC Wiring Requirements

Th wiring paramtrs listd blow MUST b followd to nsur propr installation:

Maximum wiring rsistanc btwn two (2) Short Circuit Isolators (SCIs)• must b lss than 10 ohms.

Total rsistanc must b blow 50 ohms.•

Maximum wir rsistanc must b calculatd basd on 0.1 ohm pr SCI.•

Maximum loop capacitanc must b 0.5 micro farads.•

All SLC wiring is low oltag and powr limitd.•

Class B, Style 4 Wiring Conguration

Example of SLC Wiring - Class B, Style 4Figure 7.

S- S+ C NO(NC)

Potter Electric Signal CompanyMiniatureContact ModuleModel No.MCM

Ser.No.xxxxxxDocument: TN51314edate: XX.XX.2009WARNING:All Terminals arepower limited

Address No.

SIGNALING

LISTED

LU

FIREALARMEQUIPMENTXXXX

Address No.

Potter Electric Signal Company

F I R E A L A R M E Q U I P ME N T

X X X X

24- 2 4+ S - S+

B- B+ A- A+

Conventional InitiatingZoneModuleModel No.CIZM-4

Ser.No.xxxxxx

Document:TN51313edate:XX.XX.2009Compatibility Identifier:INTE01

WARNING :Power supply for terminals 24+ and 24- mustbepower limitedAll Terminals arepower limited.

S I G N A L I N G

L I S T E D

L U

PFC-6000Series

SLC Loop (Class B) Terminal Connections

3

6

7

8

5.1kΩ

5.1kΩ

DWG # 593-7A

All dics rquir an addrss prior to conncting to th

control panl. Rfr to “ Addressing SLC Devices” locatd

latr in this sction for dtails.



PFC-6075R • 5403594 • Rev C • 2/13

Class A, Style 6 Wiring Conguration

Example of Class A, Style 6 Requiring CA-6075Figure 8.

Notes:

Th Class A, Styl 6 conguration dos1. not proid th ll of protction as Class A, Styl 7.

Class A, Styl 7 rquirs installation of a CA-6075.2.

Th us of a SCI or AIB is3. not rquird.

Th SLC connction rquirs that th wirs ar sparatd 10’, installd in conduit or othr mchanical protction.4.

Maximum wiring rsistanc must not xcd 50 ohms.5.

Class A, Style 7 Wiring Conguration

Example of SLC Wiring - Class A, Style 7 Requiring CA-6075Figure 9.

Address No.



X X X X

Address No.



X X X X

2 4- 2 4 + S - S +

B- B+ A- A+


Ser.No.xxxxxx


WA RNING :Power supply for terminals 24+ and 24- mustbepower limitedAll Terminals arepower limited.

S- S+

Z2 C2 Z1 C1NO2

(NC2)NO1

(NC1)

Dual Contact ModuleModel No.DCM-4

Ser.No.xxxxxx

Document:TN51316edate:XX.XX.2009

WA RNING :All Terminals arepower limited.

S I G N A L I N G

L I S T E D L

U

S I G N A L

I N G

L I S T E D L

U

PFC-6000Series

SLC Loop (Class A Style 7) Terminal Connections

5.1kΩ 5.1kΩ

5.1kΩ

Address No.



X X X X

S-1 S+1

Short Circuit IsolaterModel No.SCI

Ser.No.xxxxxx


WA RNING:All Terminals arepower limited.

S I G N A L

I N G

L I S T E D L

U

S-2S+2Address No.



X X X X

S-1 S+1


Ser.No.xxxxxx



S I G N A L

I N G

L I S T E D L

U

S-2S+2

Address No.



X X X X

S-1S+1


Ser.No.xxxxxx



S I G N A L I N G

L I S T E D L

U

S-2S+2Address No.



X X X X

S-1S+1


Ser.No.xxxxxx


WA RNING:All Terminals arepower limited.

S I G N A L I N G

L I S T E D L

U

S-2S+2

DWG #593-9

SCI SCI

SCI SCI

Notes:

Th Class A, Styl 7 rquirs installation of an isolator clos nippl connctd to ry modul or snsor.1.

Isolators may b ithr a SCI or an AIB addrssabl bas.

Class A, Styl 7 rquirs installation of a CA-6075.2.

Th SLC connction rquirs that th wirs ar sparatd by a minimum of 10’ and installd in conduit or othr3.

mchanical protction.

Maximum wiring rsistanc must not xcd 50 ohms.4.

S- S+ C NO(NC)

Potter Electric Signal CompanyMiniatureContact ModuleModel No.MCM

Ser.No.xxxxxxDocument: TN51314edate:XX.XX.2009WARNING:All Terminals arepower limited

Address No.

SIGNALING

LISTED

LU

FIREALARMEQ UIPMENTXXXX

Address No.

Potter Electric Signal Company S I G N A L I N G

L I S T E D L

U


X X X X

24-Address No.



X X X X

Address No.



X X X X

Address No.



X X X X

Address No.



X X X X

2 4+ S - S +

Monitored Output ModuleModel No.MOM-4

Ser.No.xxxxxx

A- A+


WAR NI N G:Power supply for terminals 24+ and 24-mustbepower limited.All Terminals arepower limited.

N C2 C 2 N O 2 N C 1 C 1 N O1

S-

Twin Relay ModuleModel No.TRM-4

Ser.No.xxxxxx


WAR NI N G: Terminals S+,S-arepower limited. Terminals NO1,C1,NC1,NO2,C2,NC2arenon power limited

S+

SingleContact ModuleModel No.SCM-4

Ser.No.xxxxxx


WAR NI N G:All Terminals arepower limited.

S - S +

Z NO C

2 4- 2 4+ S - S +

B- B+ A- A+


Ser.No.xxxxxx


WAR NI N G:Power supply for terminals 24+ and 24-mustbepower limitedAll Terminals arepower limited.

S - S +

Z2 C2 Z1 C1NO2

(NC2)NO1

(NC1)

Dual Contact ModuleModel No.DCM-4

Ser.No.xxxxxx


WAR NI N G:All Terminals arepower limited.

S I G N A L I N G

L I S T E D L

U

S I G N A L I N G

L I S T E D L

U

S I G N A L I N G

L I S T E D

L U

S I G N A L I N G

L I S T E D

L U

PFC-6000Series

SLC Loop (Class A) Terminal Connections

3

6

7

8

5.1kΩ 5.1kΩ 5.1kΩ 5.1kΩ 5.1kΩ 5.1kΩ

5.1kΩ

5.1kΩ

DWG #593-8



PFC-6075R • 5403594 • Rev C • 2/13

From FACP or the previous

addressable device on the SLC loop To the next addressable device

S+ S+

S- S-

DWG #593-10

Connecting Analog Detectors

Whn installing analog dtctors, such as a photolctric smok snsor (PSA), photo smok/xd hat dtctor (PSHA), hat

dtctor (FHA), or an analog combination typ hat dtctor (RHA), us dtctor bass (i.e. AB-6 ). An analog dtctor actiats

its rspons LeD whn actiatd. An xampl of wiring an analog dtctor is shown blow.

Analog Detector Wiring ExampleFigure 10.

Connecting Addressable Modules

This sction proids xampls of wiring addrssabl moduls, including Conntional Initiating Zons (CIZM-4), Miniatur

Contact (MCM), Singl Contact (SCM-4), Dual Contact Modul (DCM-4), Twin Rlay (TRM-4), Monitord Output (MOM-4),

Analog Rlay (ARB), Analog Soundr Bas (ASB), and Addrssabl Pull Station (APS) moduls.

Conventional Initiating Zones (CIZM-4) Class A

CIZM-4, Class AFigure 11.Note: The resistance of external wiring shall be less that 100Ω.

The capacitance of external wiring shall be less than 1 micro farads.From FACP or

Previous Module

To Next Module

From FACP

or Previous Module

To NextModule

24-

24+

S-

S+

SLC Loop

LED

JP1Select Style D

Conventional

Detector

_

+

_

+

_

+

Conventional Initiating Zone ModuleModel No. CIZM-4

A-

A+

B-

B+

DWG #593-11

Notes:

Th rsistanc of xtrnal wiring shall b lss than 100 ohms.1.

Th capacitanc of xtrnal wiring shall b lss than 1 micro F.2.

In this styl, th opn circuit “3. trouble condition” of IDC is latchd at th control panl until systm is rst.

Thrfor, th systm MUST b rst at th control panl aftr claring th opn circuit condition at th sit.

Rfr to th CIZM data sht for information on compatibl dics.4.

Conventional Initiating Zones (CIZM-4) Class B

CIZM-4, Class BFigure 12.

Conventional Initiating Zone ModuleModel No. CIZM-4

Note: The resistance of external wiring shall be less that 100Ω. The capacitance of external wiring shall be less than 1 micro farads.

From FACP orPrevious Module

To Next Module

From FACP orPrevious Module

To Next Module

24-

24+

S-

S+

A-

A+

SLC Loop

LED

JP1ConventionalDetector

5.1KΩ 1/2WEOLR

_

+

_

+

_

+B-

B+

Select Style B

DWG #593-12



PFC-6075R • 5403594 • Rev C • 2/13

Miniature Contact Module (MCM)

Rfr to th gur shown blow for a MCM wiring xampl.

MCM Wiring ExampleFigure 13.

COM

NO

S-

S+

5.1KΩ 1/2W EOLR

SLC Loop

To Next Module

From FACP or Previous Module

Note: The resistance of external wiring shall be l ess that 100Ω. The capacitance of external wiring shall be less than 1 micro farads.

Mini Contact ModuleModel No. MCM DWG #593-13

Note: If MCM is locatd in an lctrical box, it should b scurd using crw tabs or othr mthod to prnt momnt.

Single Contact Module – 4 inch Mount (SCM-4)

Rfr to th gur shown blow for a SCM-4 wiring xampl.

SCM-4 Wiring ExampleFigure 14.

COM

NOS-

S+

SLC Loop

To Next Module


Single Contact ModuleModel No. SCM-4

5.1KΩ 1/2W EOLR


Z

LED

DWG #593-14

Dual Contact Module – 4 inch Mount (DCM-4)

Rfr to th gur shown blow for a Class A DCM-4 wiring xampl.

DCM-4 with One Class A CircuitFigure 15.

S-

S+

SLC Loop

To Next Module


Dual Contact ModuleModel No. DCM-4

LED


JP1

Select Style 6

NO1

C1

Z1

NO2

C2

Z2

DWG #593-15

Note: In this conguration, th DCM-4 oprats as a singl point Class A modul.



PFC-6075R • 5403594 • Rev C • 2/13

Whn conguring a Class B, th DCM-4 has two (2) addrsss. If addrss No.1 is st, input circuit No.1 (NO1, C1) will b

addrssd as No.1, and input circuit No.2 (NO2, C2) will automatically b addrssd as No.2. Rfr to th gur blow for an

xampl of wiring a Class B DCM-4.

DCM-4 with Two Class B CircuitsFigure 16.

S-

S+

SLC Loop

To Next Module


Dual Contact ModuleModel No. DCM-4

LED


JP1

Select Style 4

NO1

C1

Z1

NO2

C2

Z2

Address #

Address #+1

DWG #593-16

Twin Relay Module – 4 inch mount (TRM-4)

Th TRM-4 has two (2) contacts that ar acti simultanously whn TRM-4 is in th acti mod. Normal output is nonpowr-

limitd, unlss th powr supply connctd to th TRM-4 is powr-limitd and th circuits ar powr-limitd.

Example of TRM-4 WiringFigure 17.

S-

S+

SLC Loop

To Next Module


Twin Relay ModuleModel No. TRM-4

LED

NO1

C1

NC1

NO2

C2

NC2

Contact Rating:24VDC / 2.0A125VAC / .5A Normally Open 1

Common 1

Normally Closed 1

Normally Open 2

Common 2

Normally Closed 2

DWG. #593-17

Monitored Output Module – 4 inch mount (MOM-4)

If th powr supply connctd to th MOM-4 is powr limitd, thn th outputs ar powr limitd. Th MOM-4 modul may b

wird as a rlasing dic. exampls of a MOM-4 wird as a conntional and a rlasing application ar proidd hr.

Example of MOM-4 with NAC ConnectionsFigure 18.

Monitored Output ModuleModel No. MOM-4


To Next Module


To Next Module

24-

24+

S-

S+

A-

A+

SLC Loop

LED

JP1Select DC

Notification Appliance

5.1KΩ 1/2W EOLR

_

+

_

+

_

+

Output Rating:24VDC / 2.0A

DWG #593-18



PFC-6075R • 5403594 • Rev C • 2/13

Example of MOM-4 Wiring as a Releasing DeviceFigure 19.

Analog Sounder Base (ASB)

Example of Analog Sounder Base WiringFigure 20.

Notes:

Th supply powr must b codd in ordr for th output to b codd.1.

ASB dos not gnrat a codd output. It will track th pattrn dlird to its 24 vDC input.2.

Analog Relay Base (ARB)

Example of Analog Relay Base WiringFigure 21.

Monitored Output ModuleModel No. MOM-4


To Next Module


To Next Module

24-

24+

S-

S+

A-

A+

SLC Loop

LED

JP1Select DC

Output Rating:24VDC / 2.0A

ReleasingDevice

End of Line Device5.1Kohm 1/2WPart#3005012

Note:EOL Device shall be installed in the sameelectrical enclosure as the releasing device

DWG #602-35

Analog Sounder BaseModel No. ASB

S-

S+

S+

S-

TB1

24+

24-

S-

S+

SLC Loop

24 VDC-

24 VDC+

From FACP or

Previous Module

SLC Loop

24 VDC+

24 VDC- To Next Module

DWG #593-19

To Next Module

Analog Relay BaseModel No. ARB

S-

24+

S+

24-

S+

S-

NO2

NO1

NC1

C1(8A)

C2(2A)

NC2

TB1 TB2

SLC Loop

24 VDC+

24 VDC-

From FACP or

Previous Module

SLC Loop

24 VDC+

24 VDC-

LED

NO2

NO1

NC1

C1(8A)

C2(2A)

NC2

TB2

8.0A / 240VAC8.0A / 30VDC

2.0A / 240VAC2.0A / 30VDC

DWG #593-20



PFC-6075R • 5403594 • Rev C • 2/13

Single Action / Dual Action Pull Station (APS-SA / APS-DA)

Th APS-SA/DA addrssabl pull stations ar non-codd that proid an addrssabl point to th panl. Th APS pull stations

ha trminals that allow th SLC to b wird dirctly to th dic and thn xit to th nxt dic in th loop. Rfr to th

wiring xampl shown blow.

Example of Addressable Pull Station WiringFigure 22.

DWG #593-36

FACTORY WIRED

CONTACTS


To Next Module

SLC Loop

S-S+CNO

Model No. APS-SA/DA

Addressable Pull

Station - Single Action/

Dual Action



PFC-6075R • 5403594 • Rev C • 2/13

Main Menu

1=viw History

2=enabl/Disabl

3=St Dat/Tim

4=Walk Tst

5=System Tools

1=SLC Tools

1=SLC Pinpoint

2=SLC Stats

3=SLC Addr Prog

1=Singl dic

2=Mltp dic

Addressing SLC Devices

Bfor dics can b programmd, thy must b assignd a uniqu addrss. Thr ar two (2) mthods to addrss dics:

(1) You may us a hand-held address setting device or (2) Us th panl's System Tools – SLC Addr Prog option. Only authorizd

systm usrs may accss th Systm Tools options. You may squntially addrss indiidual dics or groups of dics and

assign diffrnt numrical rangs (i.e., #1-15, 30-50, and 60-75) as necessary.

To address devices via a hand-held address device:

Connct th dic to th bas on th hand-hld addrss dic or to th trminals with a pair of wirs to connct moduls.1.Us th buttons on th dic to st th addrss, and prss2. Enter to complt addrssing dic.

Rpat stps for ach dic.3.

Note: Th "R22" LeD is slctd by dfault; if th "R22" LeD is not lit, prss Power until it is rslctd.

To address devices from the Panel:

Press1. ENTER to display Main Menu.

Press2. 5 to access System Tools (or prss th down arrow to display 5=System Tools).

Pressy ENTER to slct. Th “Enter Code” prompt displays.

entr th applicabl usr cod on kypad to continu.y

Note: Usr cod displays **** (asterisks) on LCD panl.

Thy System Tools menu displays.

Press3. 1 to select SLC Tools.

Press4. 3 to select SLC Addr Prog. Th prompt “Enter key will Shutdown System”

displays on LCD panl, and mits bping until acknowldgd.

Press5. ENTER to shutdown (or prss ESC to xit SLC Addr Prog).

Th SLC Addr Prog menu displays:

3=SLC Addr Prog

1=Singl dic

2=Mltp dic

Nxt, you must connct th dic's cabl to th panl's SLC PGM terminals (as shown below).

Example of Control Panel Showing SLC Program TerminalsFigure 23.

POWER

EARTH FAULT

SILENCED

ALARM

SUPERVISORY

TROUBLE

SILENCE

ACK

RESET

DRILL

1 2 3

4 5 6

7 8 9

0ENTER ESC

DWG #593-21

SLC Program

Terminals



PFC-6075R • 5403594 • Rev C • 2/13

For a Single Device:

From th1. SLC Addr Prog menu, press 1 to addrss a Single device.

Attach connctor wirs to2. SLC PGM trminals, if not alrady don. Th “Connect Device” prompt displays.

Connct dic.3. Th “Found Address: xx” prompt displays.

Modify nw addrss, if ndd, or prssy ENTER to continue.

Thy “Writing Addr: XX” prompt displays, and th systm bps thr (3) tims whn compltd.

Whn addrssing is compltd, th “Found Addr: XX, New Addr: XX” prompt displays.

Disconnct dic, and continu with nxt dic.y

Rpat stps, as ndd.y

Press4. ESC whn nishd.

For Multiple Devices:

From th1. SLC Addr Prog menu, press 2 to addrss Mult device.

Th “• Start Address: XX” prompt displays.

Modify starting addrss, if ndd, and prss• ENTER .

Th prompt• “Connect Device” displays.

Connect 12. st dic. Th “Addr = XX Next = XX Remove” prompt displays.

Disconnct th dic, connct nxt dic. Addrssing is compltd whn th panl mits a sris of • three (3) beeps.Th• “Addr = XX Next = XX Remove” prompt displays.

Continu with nxt dic, following prompts.•

Notes:

Th prompt• “Addr = XX” rfrs to th currnt dic numbr, and “Next = XX” is th nxt squntial addrss numbr.

Whn conguring a• Class B DCM-4, prss th UP ARROW to skip th nxt squntial numbr. Th Class B DCM-4

rquirs 2 addrsss; if this isn't don, th nxt aailabl addrss will b assignd to a diffrnt dic and th DCM-4

will oprat as a singl point dic.

Press3. ESC whn nishd.



PFC-6075R • 5403594 • Rev C • 2/13

Notication Appliance Circuits Installation

Thr ar two (2) NAC circuits proidd on th PFC-6075R ratd as continuous 3 amps at 24 vDC. Th NAC circuits may b

congurd for Class A or Class B. (Please refer to the Class A and B wiring examples located in this section.)

NAC Wiring

Outputs ar suprisd and rgulatd.y

Circuits ar powr limitd.y

Typ of NAC output is slctabl, and may b congurd for strob synchronization with Pottr/AMSeCO, CoopryWhlock®, Gntx®, or Systm Snsor® strob dics. Rfr to th listing of compatibl modls locatd in th

“NAC Compatibility Document”, Potter #5403592, for this information.

Th CA-6075 Class-A expandr may b programmd to allow for opration of th NACs. Th xpandr adhrs to thy

sam circuit rating, suprision and rgulation as othr circuits.

NAC Maximum Wiring Impedance Formula

Th maximum impdanc is a function of th load placd on th circuit. To calculat th maximum lin currnt impdanc, us

th following formula:

(Alarm Current of Notication Appliances) x (Wire Resistance) < 3 Volts

NAC Wiring Congurations

exampls of Class B and Class A Wiring follow.

NAC Class B Wiring ExampleFigure 24.

NAC 1 NAC 2

- + - +

5.1k EOL

Potter Part #3005013

Notification Appliance

Notes:

Th Pottr part numbr for th listd nd of lin assmbly is #3005013 eOL Rsistor Assmbly.1.

Th panl has ground fault dtction on th NAC circuits. Th impdanc to ground for ground fault dtction is 0 ohms.2.

DWG #602-4A



PFC-6075R • 5403594 • Rev C • 2/13

NAC Class A Wiring ExampleFigure 25.

NAC 1 NAC 2

- + - +

Notification

Appliance

NAC 1 NAC 2

- + - +

DWG #602-5A

CA-6075 Class A card



PFC-6075R • 5403594 • Rev C • 2/13

NAC as Releasing Device Circuit

Th rlasing dic circuit is typically a NAC programmd to control a rlasing dic, such as a solnoid or squib. It is fully

suprisd and powr limitd.

NAC Releasing Circuit Wiring with EOLD AssemblyFigure 26.

ReleasingDevice

End of line device

5.1k ohm 1/2W

Part #3005012

Panel

ConnectionNAC 1 NAC 2

- + - +

Note: Whn a NAC is congurd as a rlasing circuit, th End of Line Diode (EOLD) assmbly must b installd.

Th Pottr eOLD part numbr is 3005012; it must b installd in accordanc with th installation manual.

Whn th Control Panl is congurd as a rlas systm and installd according to NFPA 12A or NFPA 2001, th systm must

includ a mchanical mans to manually rlas th agnt.

Maximum Wire Impedance Formula

Th maximum wiring impdanc is a function of th load bing applid. Calculat maximum rsistanc as follows:

(Total current of all connected devices) x (Wire resistance) <2.05 volts

DWG #594-1A



PFC-6075R • 5403594 • Rev C • 2/13

I/O Circuit Conguration

Th PFC-6075R is quippd with two (2) I/O circuits that may b congurd as ithr input or output dics. Th panl has

ground fault dtction on th I/O circuits. Th impdanc to ground for ground fault dtction is 0 ohms.

Note: Th I/O circuits only operate as Class B. Rfr to th gur shown blow for a wiring xampl of an I/O circuit

conguration.

Example of I/O Circuit WiringFigure 27.

I/O 1 I/O 2

- + - +

5.1k EOL


Notification

Appliance

5.1k EOL


Normally Open

Dry Contact

I/O Circuits as Inputs

Whn congurd as inputs, th I/O circuits ar usd as a dry contact monitoring input.

Input Conguration Characteristics:

Maximum allowabl wir lngth is 10,000 ft.y

Th slction of th contact input functions ar th sam as th MCM and SCM-4 moduls.y

I/O Circuits as Outputs

Whn congurd as outputs, ach I/O circuit is ratd for on (1) amp continuous currnt at 2.4 vDC.

Output Conguration Characteristics:

Suprisd and rgulatd by th main panl board.y

Reverse polarity upon activation.y

Circuits ar powr limitdy

Typ of output is slctabl. Strobs can b synchronizd with all compatibl strob dics, including Pottr/AMSeCO®,y

Coopr Whlock®, Gntx®, or Systm Snsor®.

I/O Maximum Impedance Formula

Th maximum impdanc is a function of the load placd on th circuit. To calculat th maximum impdanc, us th following

formula:


DWG #602-7A



PFC-6075R • 5403594 • Rev C • 2/13

Reverse Polarity Communication Line Circuit

Only I/O 1 and I/O 2 on th PFC-6075R can b programmd as rrs polarity circuits. Th short circuit currnt is ratd at

24 VDC and 14 mA maximum. Plas rfr to th gur blow for an xampl of wiring a rrs polarity communication lin

circuit.

Reverse Polarity Communication Line Circuit WiringFigure 28.

Notes:

Th panl has ground fault dtction on rrs polarity circuits; impdanc to ground for ground fault dtction1.is 0 ohms.

Th short circuit currnt is powr limitd and suprisd by a Kltron TTM-RPS transmittr modul.2.

Whn congurd for rrs polarity, th PFC-6075R will indicat alarm and troubl nts to a rmot sit.3.

Th4. Alarms override troubl conditions.

DWG #602-8A

Panel

ConnectionI/O 1 I/O 2

- + - +

Keltron

TTM-RPS

+

-

Note: IO circuit must configured as a Reverse Polarity circuit.

This connection is limited to same room installation . This connection shall be

limited to 20 feet and enclosed in conduit or equivalently protected against

mechanical injury .



PFC-6075R • 5403594 • Rev C • 2/13

Municipal Box Connection

Whn programmd as a municipal box connction, th circuit powr is limitd, suprisd for opn and short circuit conditions,

and proids a local nrgy connction.

Municipal Box Wiring ExampleFigure 29.

Notes:I/O circuits and/or NAC Circuits can be used as Municipal

Box connection .

The EOL device shall be installed in the same electrical enclosure as the Municipal Box.

Panel

ConnectionI/O 1 I/O 2

- + - +

Municipal

Box

+

-

End of line device

5.1k ohm 1/2W

Part #3005012

Notes:

Th trip currnt for NAC1 and NAC2 is thr (3) Amps, and on (1) Amp for I/O1 and I/O2.1.

Th maximum oltag rating is 24 vDC.2.

Th panl has ground fault dtction on municipal box connction circuits. Th impdanc to ground for ground fault3.

dtction is 0 ohms.

Relay Output Wiring

Th panl has thr (3) ddicatd common rlays. Th ddicatd troubl rlay is a fail saf troubl rlay that changs position

anytim a troubl condition occurs.

Rlays ha a contact rating of 24vDC / 3.0A, 125vAC / 3A, and Powr Factor of 1.0. Ths outputs ar non-power limited and

not supervised .

Note: If th powr supply connctd to th dics is powr-limitd, thn th outputs ar powr limitd.

Relay OutputsFigure 30.

TROUBLE

NC COM NO

SUPERVISORY

NC COM NO

ALARM

NC COM NO

DWG #602-9A

DWG #593-26



PFC-6075R • 5403594 • Rev C • 2/13

CA-6075 Class A Expander Installation

Th Class A conguration rquirs th us of th CA-6075. Onc th card is installd, th additional trminals ar proidd for

th rturn loop of th NAC. Th CA-6075 proids th trminals for both NACs, SLCs, and P-Link. Rfr to th gurs blow for

xampls of installing and wiring a Class A xpandr card.

Notes:

On (1) CA-6075 Class A xpandr may b installd pr panl.1.

Th CA-6075 proids th trminals for NACs, P-Link, and SLCs.2.

Examples of Installing and Wiring a Class A Expander CardFigure 31.

DWG #602-5A

CA-6075

Class A Expander

#6-32 x 7/8 screws

5050793 bracket

#6-32 x 1/4 screws

guide pins

DWG #593-27

NAC 1 NAC 2- + - +

Notification

Appliance

NAC 1 NAC 2

- + - +

CA-6075 Class A card



PFC-6075R • 5403594 • Rev C • 2/13

P-Link Devices

Accssory dics, such as rmot and LeD annunciators, and th rlay xpansion board (RLY-5), ar connctd to th main

control panl utilizing th four-wir P-Link bus for powr and communication. This panl supports a maximum of 64 P-Link

devices, which can b connctd using a Class B or Class A wiring styl (xampls ar proidd throughout this topic).

Note: If you ha chosn to install an optional PSN-1000/PSN-1000(e) powr xpansion board, rfr to Section 6:

PSN-1000/PSN-1000(E) – Installing, Operating & Programming, for instructions on installing this applianc.

Conguration Characteristics

P-Link currnt rating is on (1) amp.y

P-Link oltag rating is 24 vDC.y

Th maximum wir lngth is 6,500 ft.y

Maximum Wire Resistance Formula

Th maximum rsistanc is basd on th load placd on th circuit. To calculat th maximum wir rsistanc, us th

following formula:

(Total Annunciator Alarm Current) x (Wire Resistance) < 6 Volts

P-Link Class B Wiring ExampleFigure 32.

To the next device

-

+

A

B

Expansion

Device -

+

A

B

P-LINK

- + A B

PanelConnection

Expansion

DeviceDWG #602-11A



PFC-6075R • 5403594 • Rev C • 2/13

Example of P-Link Class A Wiring Requiring a CA-6075Figure 33.

P-Link Addresses

each P-Link dic has a position dip switch which is usd to program th dic addrss ranging from on (1) to thirty-on

(31). Us th chart blow to rfrnc Dip Switch Sttings:

Note: Whn assigning dip switch addrsss, ach dic must ha a uniqu numbr within ach dic typ group. For

xampl, a group of LCD annunciators may b assignd 1-10, and PSN-1000/PSN-1000(e) powr xpansion boards may also

b assignd 1-10.

DWG #602-12A

Annunciator

Address

Dip Switch Settings

SW-1 SW-2 SW-3 SW-4 SW-5

1 On Off Off Off Off

2 Off On Off Off Off

3 On On Off Off Off

4 Off Off On Off Off

5 On Off On Off Off

6 Off On On Off Off

7 On On On Off Off

8 Off Off Off On Off

9 On Off Off On Off

10 Off On Off On Off

11 On On Off On Off

12 Off Off On On Off

13 On Off On On Off

14 Off On On On Off

15 On On On On Off

16 Off Off Off Off On

Annunciator

Address

Dip Switch Settings

SW-1 SW-2 SW-3 SW-4 SW-5

17 On Off Off Off On

18 Off On Off Off On

19 On On Off Off On

20 Off Off On Off On

21 On Off On Off On

22 Off On On Off On

23 On On On Off On

24 Off Off Off On On

25 On Off Off On On

26 Off On Off On On

27 On On Off On On

28 Off Off On On On

29 On Off On On On

30 Off On On On On

31 On On On On On

-

+

A

B

ExpansionDevice

-

+

A

B

P-LINK- + A B

P-LINK

- + A B

Panel

Connection

CA-6075Connection

Expansion

Device



PFC-6075R • 5403594 • Rev C • 2/13

Remote Annunciators Installation (RA-6500R / RA-6500 and RA-6075R / RA-6075)

Th panl supports up to thirty-on (31) annunciators in any combination may b connctd to th main r control panl. Th

RA-6500R/RA-6500 proids a 4 x 40 charactr LCD display. Whras, th RA-6075R/RA-6075 proids a 2 x 16 charactr

LCD display, along with standard function and numric kys. All annunciator modls listd ar dsignd to b mountd on a at

non-condnsing surfac or lctrical box.

Setting Addresses

An annunciator's addrss is st by dip switch S1, which is locatd on th back of th annunciator. Th addrss must b st in

th rang of on to thirty-on (1–31) to b rcognizd by th panl. (Refer to chart on the previous page for P-Link DIP switch

programming.)

Annunciator Back Panel ViewFigure 34.

LED Annunciators Installation (LED-16)

Th panl supports up to tn (10) LeD-16 annunciators, which display alarm, suprisory, and troubl conditions for up to

16 zons pr LeD-16. It also proids Silnc and Rst functionality. Blank zon labls ar proidd for us with th LeD

annunciator to labl ach zon nam or idntir. Th labls may b typd or writtn on th supplid card-stock, and thn insrtdinto th back of th front panl as shown in th right-most gur blow.

Note: This panl supports up to tn (10) LeD-16 annunciators and/or DRv-50 drirs in any combination.

LED-16 Module & BoardFigure 35.

DWG #608-4 DWG #608-5

Zone labels

will display here

Labels are inserted

here as needed

DIP SWITCH

A

B

+

-

DWG #593-31

S1

P-Link

Connections



PFC-6075R • 5403594 • Rev C • 2/13

Th LeD-16 is controlld or th 4-wir P-Link connction. Th highr currnt rquird for th LeD outputs can b proidd

by th panl, or from an auxiliary powr sourc as shown blow. Th auxiliary powr can b any 24vDC sourc, and is fully

suprisd.

Examples of Wiring LED-16 Module to Control Panel or Auxiliary Power SupplyFigure 36.

Setting Addresses

Th LeD-16's addrss is st by dip switch S1, which is locatd on th back of th annunciator. Th addrss must b st in th

rang of on to thirty-on (1–31) to b rcognizd by th panl. (Refer to the "P-Link Addresses" table shown earlier in this section for DIP switch programming.)

LED-16 Back Panel Showing Dip Switch LocationFigure 37.

LED Drivers Installation (DRV-50)

Th panl supports up to tn (10) DRv-50s. each DRv-50 proids programmabl LeD outputs and 4 programmabl dry-contact

inputs, which can b indiidually mappd to any zon. Th DRv-50 is controlld or th 4-wir P-Link connction, and is

installd onto a mounting brackt as shown blow. This can thn b mountd into any of th compatibl r nclosurs, or in

ithr of th Ae-8 or Ae-14 accssory cabints.

Note: This panl supports up to tn (10) DRv-50 drirs and/or LeD-16 annunciators in any combination.

DRV-50 BoardFigure 38.

LED PWR P -Link

- + - + A B

P-Link from

control panel

Example:

Powered by

control panel

LED PWR P -Link

- + - + A B

P-Link from

control panel

Example:

Powered by

aux supply

Power from

auxiliary

supplyDWG #608-6

DWG #608-23

P-Link

Connections

S1

Dip

Switches

DWG #608-7



PFC-6075R • 5403594 • Rev C • 2/13

Th 50 programmable LED outputs ar locatd on connctors P1-P5, ach containing tn (10) LeD outputs and two (2) 5vDC

outputs. Th system LEDs and PZT control outputs ar locatd on connctor P6. LeDs ar wird as shown blow; no xtrnal

rsistor is rquird. All outputs ar powr limitd.

DRV-50 "P1-P5" and "P6" ConnectorsFigure 39.

Note: All connctions to P1-P6 ar limitd to sam room installations.

Th 4 programmable dry-contact inputs ar locatd on connctor P7. All input circuits ar powr limitd and us a 5.1k

eOL rsistor. Th inputs can b programmd for any of th contact input functions aailabl for othr input circuits aailabl

on th panl. Inputs I1-I4 ar Class B dry contact inputs only. All contact inputs ar fully suprisd, and ground fault dtction

impdanc is 0 ohms.

DRV-50 "P7" Dry-Contact InputsFigure 40.

Note: All contact inputs ar fully suprisd. Ground fault protction impdanc is 0 ohms.

Th highr currnt rquird for th LeD outputs can b proidd by th panl, or from an auxiliary powr sourc as shown blow.

Th auxiliary powr can b any 24vDC sourc, and is fully suprisd.

Examples of Wiring DRV-50 from Control Panel or Auxiliary Power SupplyFigure 41.

TRB

SUP

ALRSIL

EARTH

PWR

PZT-

LED+

LED1

LED10

LED+

LED+

Programmable LED

Connectors P1-P5

System LED and PZT

Connector P6 DWG #608-8

LED PWR P -Link

- + - + A B

P-Link fromcontrol panel

Example:Powered bycontrol panel

LED PWR P -Link

- + - + A B


Example:Powered byaux supply

Power fromauxiliarysupply

DWG #608-6

Dry Contact Inputs (P7)

I 1

I 2

I 3

I 45.1k

5.1k

5.1k

5.1k

P7

DWG #608-9

Max. wiring rsistanc = 100 ohm

Max. wiring capacitanc = 1 uF

Max. wiring lngth = 10,000 ft.

Max. IDC oltag = 24 vDC

Max. IDC currnt = 5 mA



PFC-6075R • 5403594 • Rev C • 2/13

Setting Addresses

Th DRv-50's addrss is st by dip switch S1, which is locatd on th back of th board. Th addrss must b st in th rang of

on to thirty-on (1–31) to b rcognizd by th panl. (Refer to the "P-Link Addresses" table shown earlier in this section for DIP

switch programming.)

DRV-50's Back Panel View Showing Dip Switch LocationFigure 42.

Relay Board Installation (RLY-5)

Th panl may b quippd with thirty-on (31) RLY-5 (Rlay Board) moduls. each RLY-5 proids 5 programmabl output

rlays, which can b indiidually mappd to any zon. Th RLY-5 is controlld or th 4-wir P-Link connction. Th RLY-5

mounts in a mounting brackt as shown blow, and thn installd into th panl cabint, or in ithr of th Ae-8 or Ae-14 accssory

cabints.

RLY-5 Board Showing Mounting BracketFigure 43.

Th RLY-5 highr currnt rquird for th rlay outputs can b proidd by th panl, or from an auxiliary powr sourc as shown

blow. Th auxiliary powr can b any 24vDC sourc, and is fully suprisd.

RLY-5 Wiring to Control Panel or Auxiliary Power Supply Examples & RLY-5 Showing Normally Open / Normally Closed ContactsFigure 44.

DWG #608-10

DWG #608-22Dip SwitchP-Link

ConnectionsS1

RLY PWR P -Link

- + - + A B


Example:Powered bycontrol panel

-Link

- + - + A B


Example:Powered byaux supply

Power fromauxiliarysupply

RLY PWR P

NC (Normally Closed)

C (Common)

NO (Normally Open)

NC C NORELAY 1

NC C NORELAY 2

NC C NORELAY 3

NC C NORELAY 4

NC C NORELAY 5

DWG #608-10C

DWG #608-8



PFC-6075R • 5403594 • Rev C • 2/13

Setting Addresses

Th RLY-5's addrss is st by dip switch S1, which is locatd on th back of th board. Th addrss must b st in th rang of

on to thirty-on (1–31) to b rcognizd by th panl. (Refer to the "P-Link Addresses" table shown earlier in this section for

DIP switch programming.)

Relay Board Back Panel View Showing Dip Switch LocationFigure 45.

Fire Communications Bridge Installation (FCB-1000)

This panl supports on (1) Fir Communications Bridg accssory. This modul proids an optional rmot IP connction for

IP rporting functionality. Th FCB-1000 is controlld or th 4-wir P-Link connction. This thn can b mountd insid th

Ae-8 or Ae-14 accssory cabints, or th optional rack-mount kit (FCB-1000RM). Th FCB-1000RM includs a standard 19

inch rack-mount nclosur, which can thn b installd dirctly into th IT quipmnt rack.

Note: Th ethrnt IP connction is limitd to sam room installation. This connction shall b limitd to 20 ft and nclosd in

conduit or quialntly protctd against mchanical injury.

FCB-1000 Board & FCB-1000RM Showing Rack MountFigure 46.

FCB-1000 Wiring to Control Panel ExampleFigure 47.

DWG #608-13 DWG #608-14

DWG #608-21Dip Switches

P-Link

Connections S1

DWG #608-26

P-Link

- + A B

P-Link from

control panel

Example:

Powered by

control panel



PFC-6075R • 5403594 • Rev C • 2/13

Setting Addresses

Th FCB-1000's addrss is st by dip switch S1. Th addrss must b st in th rang of on (1) to thirty-on (1–31) to b

rcognizd by th panl. (Refer to the "P-Link Addresses" table shown earlier in this section for DIP switch programming.)

FCB-1000 Back Panel View Showing Dip Switch LocationFigure 48.

Fiber Interface Bridge Installation (FIB-1000)

Th panl supports up to thirty (30) FIB-1000s (Fibr Intrfac Bridg), which nabls th 4-wir P-Link bus to b conrtd to

and/or from th br optic cabl.

Utilizs multimod 62.5/125 micron br optic cabl•

Cabl Lngth up to 2000 mtrs or 6500 ft•

Installd in pairs (• refer to the "FIB-1000 Wiring" heading for details)

Th rst installd FIB-1000 can b mountd into any of th compatibl r nclosurs, in ithr of th Ae-8 or Ae-14, or th

optional rack-mount kit (FIB-1000RM). Th FIB-1000RM includs a standard 19 inch rack-mount nclosur, which can thn binstalld dirctly in an quipmnt rack. Th scond installd FIB-1000 must b installd in a PSN-1000e cabint as illustratd in

th following drawings.

FIB-1000 Bridge & FIB-1000RM Rack MountFigure 49.

DWG #608-11 DWG #608-12

Dip Switch

DWG #608-20

P-Link

Connections

S1



PFC-6075R • 5403594 • Rev C • 2/13

FIB-1000 Wiring

FIB-1000s ar installd in pairs. ( Please refer to Diagrams #1 & 2 shown below to properly wire the two FIB-1000s.) Th rst

FIB-1000, rfrrd to as "FIB-1000 (A)" blow can b installd in any of th compatibl r alarm nclosurs, or th FIB-

1000RM. It is connctd ia th 4-wire P-Link connection. Set S2 on FIB-1000 (A) to the "OFF" position, which proids an

outgoing ber option connection. That br optic connction can b connctd as Class A or Class B to th scond FIB-1000,

rfrrd to as "FIB-1000 (B)" blow.

Th scond FIB-1000 (B) is installd in a PSN-1000E ( shown in Diagram #2 below). Set S2 on FIB-1000 (B) to the "ON"

position. It thn proids an outgoing P-Link connection. Connct th 4-wire P-Link on the FIB-1000 (B) to th P-Linkconnection on the PSN-1000E.

To powr th FIB-1000 (B), connct th 24VDC "+" and "-" terminals on PSN-1000E ( shown in Diagram #2 below) to th

isolated P -Link 24 VDC "+" and "-" terminals. Th PSN-1000E's isolated P-Link can now b usd to connct any othr

P-Link applianc, including th RA-1000, LeD-16, and PSN-1000/PSN-1000e.

Diagram #1: FIB-1000 Wiring Diagram Showing DetailFigure 50.

Diagram #2: FIB-1000 Wiring Diagram Shown Installed in PSN-1000E CabinetFigure 51.

Master Panel or PSN1000E

P-LINK

PSN-1000

BA+-

BA+-

To Additi

P-Link De

B

A

+-

S1S2

ON OFF

-

+

A

B

S2

S1

ONOFF

FIB-1000 (A)

Upstream FIB

S2 = OFF

S2 = OFF

FIB-1000 (B)

Downstream FIB

S2 = ON

ON

R x 2

T x 2

R x 1

T x 1

T x 1

R x 1

T x 2

R x 2

Fiber Optic

Cable

OUT

IN

DWG #608-25B

PSN-1000E

BA+-

BA+-

T1R1R2 T2

BA+-

FIB-1000 (B)

To Additional

P-Link Devices

Fiber In

DWG #608-25A



PFC-6075R • 5403594 • Rev C • 2/13

Setting Addresses

Th FIB-1000's addrss is st by dip switch S1, which is locatd on th back of th board. Th addrss must b st in th rang

of on to thirty (1–30) to b rcognizd by th panl. (Refer to the "P-Link Addresses" table shown earlier in this section for DIP

switch programming.)

FIB-1000 Back Panel Showing Dip Switch LocationFigure 52.

Serial Parallel Gateway Installation (SPG-1000)

An optional SPG-1000 srial/paralll gatway (printr dri) board can b mountd insid th Ae-8 or Ae-14 accssory

nclosur, or th Ae-RM rack mount nclosur kit. Th SPG-1000RM includs a standard 19 inch rack-mount nclosur, which

can thn b installd dirctly in an quipmnt rack. Up to thirty-on (31) printrs may b installd on this panl.

SPG-1000 Serial Parallel Gateway Board & Rack MountFigure 53.

SPG-1000 Wiring to Control Panel ExampleFigure 54.

DWG #608-16DWG #608-15

DWG #608-24Dip Switches

P-Link

Connections

S1

DWG #608-26

P-Link

- + A B


Example:

Powered bycontrol panel



PFC-6075R • 5403594 • Rev C • 2/13

Setting Addresses

A SPG-1000 addrss is st by dip switch S1. Th addrss must b st in th rang of on (1) to thirty-on (1–31) to b rcognizd

by th panl. (Refer to the "P-Link Addresses" table shown earlier in this section for DIP switch programming.)

SPG-1000 Back Panel View Showing Dip Switch LocationFigure 55.

DACT Installation

Phon lins ar high oltag and should b run in a sparat conduit from othr circuits. Th wir conductors conncting th

DACT to th phon systm should b 26 AWG or largr.

Th UD-1000 Digital Alarm Communicator Transmittr proids connctions for two (2) phon lins for communication to a

monitoring station. Th UD-1000 DACT communicats using th SIA-DCS or Admco Contact ID protocols. Only on UD-1000

is allowd pr main control panl, for conninc th UD-1000 is typically programmd as dic ID #01.

Th UD-1000 must b installd prior to any othr tlphon quipmnt in th building to nsur propr opration. An RJ31X

jack can b installd to proid th connction to th tlphon lins, a patch cabl btwn th RJ31X jack and th built in

RJ-11 jacks on th UD-1000 proid a connint connction mthod. Th UD-1000 automatically monitors ach phon lin for

oltag and has th ability to siz th lin and connct with a rmot rcir. Onc th communication is complt, th DACT

will hang up th phon lin.

Th DACT is proidd with an RJ-11 jack for ach phon lin. In ordr for th DACT to work proprly, it must b installd on

a plain old tlphon sric (POTS) or quialnt as dmd by th authority haing jurisdiction. Th DACT must b installd

bfor any othr quipmnt to nsur it can siz th lin and disconnct any othr lins.

P-Link

Connections

Dip Switches

DWG #608-25

S1



PFC-6075R • 5403594 • Rev C • 2/13

Th UD-1000 slids into th guids locatd at th bottom of th panl, and thn scurd with scrws as shown in th following

illustration.

Example of an Installed UD-1000 DialerFigure 56.

P-Link & Dip Switch Locations

Th UD-1000 is connctd to th P-Link bus. A four-wir cabl (P/N 5210514) is supplid with th UD-1000, which should b

usd to connct th P1 on th UD-1000 and th "P" connection on th main panl board (as shown in the illustrations below).

Setting Addresses

Th UD-1000 must b programmd with an addrss btwn on and thirty-on (1–31) to b rcognizd by th panl. (Refer to

the "P-Link Addresses" table shown earlier in this section for DIP switch programming.)

UD-1000 Board Showing Dip Switch & P1 Connector / Main Board "P" ConnectorFigure 57.

Slides in guides under main board.

Screw

DWG #593-32A

UD-1000 DACT

DWG #593-33

Line #2 Line #1

P1 Connector

P Connector on

PFC-6075 main board

DWG #593-32B



PFC-6075R • 5403594 • Rev C • 2/13

SILENCE

POWER

EARTH FAULT

SILENCED

ALARM

SUPERVISORY

TROUBLE

RESET

ACK DRILL

1 2 3

4 5 6

7 8 9

0 ESCENTER

PFC-6075R

11/11 21:20:00

Section 4: Operation

This sction proids an oriw of th control panl’s basic oprations, which includs th status LeDs, function pushbuttons,

and a Control Panl Mnu Tr quick rfrnc sht.

Control Panel Basic Operation

Th control panl is comprisd of a two (2) lin x 16-charactr LCD display panl, arrow kys, push button function kys, status

LeDS, and th numric kypad. A dscription of ach componnt is includd in this sction, and rfr to th gur blow for anxampl.

PFC-6075R Control Panel DisplayFigure 58.

Note: Authorizd systm oprators must us a ky to opn th outr door of th cabint.

LCD Display

Th LCD panl displays th standard Start-up menu as shown blow. Th LCD displays up to thirty-two (32) charactrs of

information displays, proiding important fdback to systm usrs, i.., systm mssags, status information, troubl conditions,

or input changs. Th LCD also proids accss to th Main Mnu for daily systm oprations and spcic programming

functions (refer to “Section 5: Programming – Menu Functions” for details on these topics).

LCD Start-Up ScreenFigure 59.

Note: You may customiz th Start-up scrn to display a spcic job sit nam or othr rlant dscripti txt.

Status

LEDs

Numeric Keypad

Arrow Keys

Function

Pushbuttons

LCD

Display

PFC-6075R

11/11 21:20:00



PFC-6075R • 5403594 • Rev C • 2/13

Th tabl blow proids a brif summary of th pushbuttons:

Control Panel PushbuttonsTable 7:

Pushbutton Description

Press to acknowledge th currntly displayd condition.

Press to silence all outputs programmd as silenceable and buzzr.

Press to reset panel to normal condition.

Prss to bgin a r drill.

Status LEDs

Th control panl’s LeDs communicat systm conditions by illuminating and/or ashing th applicabl green, red or amber

indicators. Ths ar dscribd in th tabl blow.

Control Panel Status LEDsFigure 62.

Status LEDsTable 8:

LED Type LED Color/Action Description

Power Stady GrnPower is present.

Note: If powr is absnt for mor than 5 sconds, LeD will xtinguish.

Alarm Flashing Rd An alarm dic is acti.

Pre-Release Stady Ambr A rlasing zon is in a Pr-discharg mod.

Release Stady Rd A rlas condition is acti.

earth Fault Flashing Ambr A ground fault is prsnt.

Supervisory Flashing Ambr A suprisory condition is prsnt.

Silncd Stady Ambr A fault condition has bn silncd.

Troubl Flashing Ambr A fault condition is prsnt.



PFC-6075R • 5403594 • Rev C • 2/13

Control Panel Menu Tree

This sction proids a rfrnc to mnu options as thy appar on th LCD panl. Appndix G also proids a copy of th mnu

tree.

5=System Tools

3=SLC Addr Prog

1=Single Device 2=Mltp Device

Ethernet Options1=DHCP Settings2=Default IP 3=Default Gateway 4=Default Subnet 5=Alternate IP 6=Alt. Gateway 7=Alt. Subnet Esc=Exit

7=Data Transfer

Select Data 1=Remote Access 2=E-mail Det Stat 3=E-mail History 4=E-mail Confg 5=E-mail Test 6=Server Status Esc=Exit

1=SLC Tools 2=Point Control 3=Ethernet Status 4=DACT Test 5=DACT Reset 6=Erase History 7=Lamp Test 8=App Revisions

6=Programming

1=Username2=Password Esc=Exit

1=LEARN Mode 2=Panel Default 3=IP Settings 4=Dt ID/Pswd 5=Prog ID/Pswd Esc=Exit

Esc=Exit

MAIN MENU

1=SLC Pinpoint2=SLC Stats

TIP: To save time, enter the menu selectionnumber on the keypad to select a function. Forexample, press “3” to select “Set Date/Time”from the Main Menu.

4=Walk Test2=Enable/Disable

MAIN MENU

1=View History 3=Set Date/Time

1=By Point 2=By Zone

Select DeviceInternal SLCInternal PWR

Zone 11=Disable Inputs2=Disable Outputs



PFC-6075R • 5403594 • Rev C • 2/13

Section 5: Programming

This sction addrsss programming options and thir paramtrs, proids an oriw of th programming procss, and

addrsss how to us th two programming mthods: (1) th LEARN function, and (2) th remote computer programming

process.

This sction also includs procdurs on uploading and downloading conguration data using th panel conguration software.

Plas rfr to this sction to larn how to naigat within th softwar, accss and modify programming sttings, such as th

systm clock and day/night mod snsitiity sttings, schduling holidays, displaying nts, and programming optional moduls(i.e., a DACT, remote and LED annunciators, and a Class A card ).

Programming Options

Programming OptionsTable 9:

TopicFeature or

Option

Permitted

in UL (Y/N)Possible Settings

Setting(s) Permitted

in UL864?Comment

MiscIdl LCD

MessageY Ys/No All sttings allowd

Misc Display ents YInitial Event

Newest EventInitial Event

Auto display of

rst nt

Misc SLC Blink Y Normal/Slow/Off All sttings allowd

Misc Alarmvrication Tim

Y 0-60 Sec All sttings allowd

Misc Watrow Dlay Y 0-255 Sec 0-90 sec

Misc AC Rport Dlay Y 0-30 Hours 1-3 Hours For UL864 us 1-3 Hr

MiscDH Low AC

Dropout DlayY

No dlay, 15 sc, 1 minut,

5 minuteAll sttings allowd

Misc Auto Tst Tim Y Tim of Day All sttings allowd

MiscStrobs Acti

Whn SilncdY Ys/No All sttings allowd

Misc 50 Hz AC Y Ys/No All sttings allowd

Misc Display AM/PM Y AM/PM, 24 Hour All sttings allowd

Misc Tim Zon Y 24 Tim Zon Slctions All sttings allowd

Misc DST enabld Y Ys/No All sttings allowd

Misc DST Start Y Month/Day All sttings allowd

Misc DST end Y Month/Day All sttings allowd

To usrs, installrs, authoritis haing jurisdiction, and othr inold

parties:

This product incorporats ld-programmabl softwar. In ordr for th

product to comply with th rquirmnts in th Standard for Control Units

and Accssoris for Fir Alarm Systms, UL 864, crtain programming

faturs or options must b limitd to spcic alus or not usd at all as

indicatd blow.



PFC-6075R • 5403594 • Rev C • 2/13

Programming OptionsTable 9:

TopicFeature or

Option

Permitted

in UL (Y/N)Possible Settings

Setting(s) Permitted

in UL864?Comment

Zone Zon Typ Y

Alarm

Supervisory

Positi Alarm Squnc

Auxiliary

Releasing

Fir Drill

Systm Alarm

System Supervisory

Systm Troubl

All sttings allowd

Zone Alarm Count Y 1-10 All sttings allowd

Zone Silncabl Y Ys/No All sttings allowd

Zone Silnc Inhibit Y Ys/No All sttings allowd

Zone Auto Silnc Y Ys/No All sttings allowd

Zone Auto Unsilnc Y Ys/No All sttings allowd

Zone Rstor Dlay Y 0-300 Sec Full rang allowd

Zone Latching Y Ys/No All sttings allowd

Zone Local Y Ys/No All sttings allowd

Zone Output Pattern Y

Constant

ANSI Tmporal

March Cod

Doubl Tim

All sttings allowd

Zone Day Snsitiity Y 1.1%-3.5% Full rang allowdWithin listd rang

of snsor

Zone Night Snsitiity Y 1.1%-3.5% Full rang allowdWithin listd rang

of snsor

ZoneFixd Hat

Setting

Y 135 F-185 F Full rang allowdWithin listd rang

of snsor

ZoneCombo ROR/

Fixd SttingY 135 F-174 F All sttings allowd

Within listd rang

of snsor

Releasing Abort Typ Y ULI, IRI, AHJ, NYC ULIOnly ULI is prmittd in

UL installations

ReleasingPre-Release

Timr Y 0-60 Sec Full rang allowd

Lngth of tim of

pre-release

ReleasingPre-Release

PatternY

Constant

ANSI Tmporal

March Cod

Doubl Tim

All sttings allowdPattrn from NAC

during Pr-Rlas

Releasing Manual ReleaseTimr

Y 0-30 Sec Full rang allowd Lngth of tim ofPre-Release

ReleasingManual Release

Abort AllowdY Ys/No All sttings allowd

Spcis whthr Man-

Rlas is Cancllabl

Releasing Soak Tim Y 0-20 Minutes Full rang allowd

Lngth of tim th

release circuit is active

post release



PFC-6075R • 5403594 • Rev C • 2/13

Programming Overview

Th LEARN function is aailabl through th control panl, and is an fcint way to automatically congur all systm dics.

LEARN dtcts all connctd dics, assigns a nam and slcts th applicabl dic typ (i.e., module, sensor or P-Link

device). Th systm conguration mirrors a basic r protction systm whr all inputs and outputs ar a on-to-on rlationship.

Th panel conguration software allows custom programming and conguration for all points ia a ntwork or rmot

computr. At th click of a mous, you may n-tun dic bhaior charactristics or crat mapping zons for a mor

sophisticatd r protction systm. By using th systm softwar, you will raliz th powr and xibility of th PFC-6075R

system. (Please refer to “Panel Software Overview” and “Mapping Zones” in this section for details on these procedures.)

The Programming Cycle

Th following is a rcommndd approach to programming th systm:

Install Softwar1.

Addrss and Install SLCs2.

Run LeARN3.

Connct ethrnt Cabl4.

Upload Data to Computr 5.

Program th Systm6.

Download Conguration Fil7.

Note: This approach may liminat programming rrors, howr, ths ar only rcommndations.

Software Installation

It's asy to install th PFC-6075R softwar and rquirs only a fw minuts to complt. Onc don, th program automatically

crats a shortcut icon on your dsktop for asy accss.

Th systm softwar is compatibl with Windows XP, Windows vista and Windows 7 Oprating Systms, and incorporats

conntional shortcuts and faturs (i.e., right click to display short cut menus, drag and drop, etc.). Th softwar’s xibility

nabls you to ffctily program indiidual and/or groups of dics. Sral xampls in conguring a basic r systm ar

proidd latr in this sction undr th “System Programming ” hading.

Note: Th latst rsion of Microsoft .NeT Framwork is rquird.

To install the software:Accss th Pottr wbsit aty www.pottersignal.com, and go to th "Fire Alarm Systems" link, thn click th "Fire Panel

Conguration Software" icon to slct program to download.

Th dfault installation dirctory is:y C:\ProgramFiles\Potter\Potter Fire Panel Programmer.

You may chang th location of th application ls.y



PFC-6075R • 5403594 • Rev C • 2/13

LEARN Programming

Th LeARN mod nabls you to fcintly congur all connctd, addrssd input and output dics. ( Refer to

Section 3: Installation – Addressing SLC Devices, for detailed instructions.) Only authorizd usrs may accss this function.

LeARN gnrats a list of all points, which may b iwd through th Points and Zons functions on a rmot computr .

(Refer to the “Conguring Points” and “Mapping Zones” sections for details.)

To run the LEARN mode:

From th control panl, prss th1. Enter button to display th Main Menu.Press• 6 to select Programming. Th "Enter Code" prompt displays.

entr th usr cod as promptd. Th “• 1 Learn” prompt displays.

Press• 1 to select LEARN. Th "SLC Initializing" prompt displays, and th systm bgins th initialization procss.

Rsults ar groupd by2. device type. If no changs ar dtctd, th prompt “No changes” displays.

Us do• wn arrow to scroll through rsults by dic typ:

1=P-Link Found

2=P-Link Rmod

3=Pts Found

4=Pts Rmod

5=Pts Changd

Esc=exit

Note: Th abbriation “Pts” rfrs to addrssabl SLC points.

Select• Esc whn nishd riwing rsults. Th systm prompts to sa or discard l.

Press3. 1 to save changs; prss 2 to discard changs.

If option• 1 is slctd, th “Accept conrmation” prompt displays.

Press• Enter to accept or Esc to discard.

Press4. Esc to xit programming mnu.

Connecting the Computer and Panel

This sction proids instructions on stting up connctiity btwn a laptop or ntworkd computr and th control panl. Onc

this is achid, you may program your systm using th panl conguration softwar.

Note: Ths instructions ar rlant to all systm congurations. If your PC conncts dirctly to th panl, any

procdural diffrncs ar notd throughout.

Connecting a Computer to the Panel via a Network:

Connct cabl to th ethrnt port on ntwork (or dirctly to th panl if not using a ntwork)1. .

2. Connct ethrnt cabl to port as shown blow.

Control Panel Ethernet PortFigure 63.

POWER

EARTH FAULT

SILENCED

ALARM

SUPERVISORY

TROUBLE

SILENCE

ACK

RESET

DRILL

1 2 3

4 5 6

7 8 9

0ENTER ESC

DWG #593-21

SLC Program

Terminals

Ethernet port



PFC-6075R • 5403594 • Rev C • 2/13

Th following sris of mssags display on th LCD:

Notes:

If th ethrnt cabl is connctd to PC, you will s th• "Initializing IP" message prior to th "Obtaining IP"

message.

If your PC is connctd dirctly to th panl, th• "Obtaining IP" message displays for approximatly 45 sconds,

followd by th "Private IP" message (the " Private IP" message is not shown here).

Note: Th numbr “10.0.5.27” shown abo rprsnts an xampl of a panl’s IP or idntir usd for illustration

purposs only. Th panl’s IP is uniqu to ach computr / ntwork. Writ down th IP address; it is rquird to transfr

programming data btwn th panl and th computr.

3. Th “ IP congured ” and “IP address” prompts altrnatily display until conguration is compltd.

Note: If ethrnt connctiity is lost, th mssag “ Ethernet Lost ” displays on panl. This indicats that th ethrnt cabl

is disconnctd at th panl or ntwork (computr) port.

PFC-6075R

Initializing IP

PFC-6075R

IP Confgured

PFC-6075RObtaining IP

IP address

10.0.5.27



PFC-6075R • 5403594 • Rev C • 2/13

Transferring Data

This sction proids stp-by-stp instructions for complting uploading and downloading data transfrs. Th "Transfer" icons

ar locatd at th top of th Programmer window and ar briy dscribd blow.

Transfer FunctionsTable 10:

Icons Description

Downloads conguration l from computr to panl.

Uploads conguration l from panl to computr.

Uploads history nts l from panl to computr.

Uploads dtctor "snsitiity" status l from panl to computr.

Prints slctd l.

Th Transfers region is locatd at th bottom of th Programmr window and lists all compltd transfrs. This ara displays

transfr dtails, including thir dat and tim. You may also accss th “Transfer” shortcut menu from this location to slct any

of th transfr functions.

Example of Programming Window Showing Transfer Icons and Transfer SectionFigure 64.

The "Transfer" window displays all

completed transfers.

Note: Doubl-click anywhr on th transfr rcord to iw dtails.



PFC-6075R • 5403594 • Rev C • 2/13

Uploading from Panel to Computer

Th Upload Conguration File to Computer transfer icon is usd to upload th conguration l from th panl to th

computr onc th LeARN function is compltd or whnr dics ar addd or rmod from th panl.

To upload programming changes to computer:

Click th1. Upload Conguration File to Computer icon or right click from “Transfers” region as shown blow:

Example of Transfer Shortcut Menu Figure 65.

Note: Click th "Add" option from th shortcut mnu to choos th transfr typ.

Th Transfer dialog box displays.

Example of Transfer Upload Dialog BoxFigure 66.

vrify that2. Upload is slctd in th “Transfer Type” eld.

entr th3. conguration lename in th “Filename” eld or la blank to Autonam.

Example of Transfer – Upload WindowFigure 67.

Notes:

If you do not nam th l, th program automatically nams it using th transfr typ and dat stamp as th•

l nam.

Onc th l has bn sad, and additional programming changs ar mad at a latr dat, click th• Browse button to

locat th l nam to rplac th old l with th updatd conguration changs.

Click here to choose applicable

transfer type, if necessary.

Enter le name or leave blank

to auto-name.

Right click anywhere in the

transfer window to display the shortcut menu.



PFC-6075R • 5403594 • Rev C • 2/13

Enter4. IP address or panel name in th “Transfer Via IP” eld.

Notes:

To captur your panl’s uniqu IP addrss, disconnct th ethrnt cabl from panl. Th mssag• “Ethernet Lost”

displays indicating connctiity is lost. B prpard to writ down th addrss, and rconnct cabl.

If you ar conncting ia a modm, plas rfr to• “ Appendix B: Modem Connectivity Setup”.

Click 5. OK. Th Transfers region displays th uploadd l.

Example of Transfers Download ResultsFigure 68.

Doubl-click on th transfr l to display rsults.•

All points dtctd during th LeARN procss ha bn uploadd to th panl conguration softwar.•

Note: Dtails on iwing and conguring points ar addrssd in dtail latr in th “System Programming –

Conguring Points” topic.

Downloading Conguration File to Panel

Th Download Conguration File to Panel icon allows you to copy all programming changs to th panl.

Notes:

B sur to "• Enable Remote Access" at th panl bfor choosing this option. If your PC is dirctly connctd to th

panl rsus a ntwork, this stp is not ncssary.

vrify that th• Remote User Name and Password match th panl’s usr nam and password. You will rci an

rror mssag whn attmpting to download data to th panl if thy do not match.

Enable Remote Access

To enable remote access:

At control panl, prss1. ENTER to display th Main Menu.

Press2. 7 to select Data Transfer.

Th3. “ENTER CODE” prompt displays. entr th usr cod to continu.

Th4. Select Data option displays. Prss 1 to select Remote Access.

Press5. ESC to return to Main Menu.

Note: Onc nabld, th rmot accss will “tim out” aftr thirty (30) minuts if contact is not stablishd.



PFC-6075R • 5403594 • Rev C • 2/13

Downloading a Conguration File

To download the conguration le:

Click th1. Download Conguration File to Panel icon or right click from th “Transfers” region, thn click “Add”.


Example of Transfer – Download Dialog BoxFigure 72.

vrify that2. Download is slctd in th “Transfer Type” eld.

entr th l nam in th3. “Filename” eld or click th Browse button to slct l nam.

entr th4. IP address in th “Transfer Via IP” eld .

Transfer - Download Dialog BoxFigure 73.

Click5. OK . Th Transfers window displays th transfr progrss.

Example of Transfers Window Showing Download CompletedFigure 74.

Note: To capture the panel’s unique IP address:

Disconnect the Ethernet cable from panel.1.The message “Ethernet Lost" displays indicating2.

connectivity is lost.

Reconnect the cable, and write down the3.

IP address shown.



PFC-6075R • 5403594 • Rev C • 2/13

Uploading History Events & Detector (Sensitivity) Status Reports

Th Upload History File to Computer and Upload Detector (Sensitivity) Status to Computer icons allow you to view

aluabl information that can b ssntial whn analyzing systm oprations. You may choos to print th History and Dtctor

Status rports by using th Print icon. Ths rports may also b schduld to b snt automatically to authorizd -mail

addrsss. Rfr to th "System E-mail Functions" topic locatd latr in this sction for dtails on programming ths -mail

reporting options.

History Reports

Th “Event History” transfer option crats a rport of all nts hld in th panl’s buffr. Up to 1,000 nts ar hld in th

buffr at on tim. This information may b usd to troublshoot rrors or to assss ways to impro th systm conguration.

To transfer event history information:

Click th1. Upload History File to Computer icon or right click from “Transfers” area, and click "Add".


vrify that2. History is slctd in th “Transfer Type” eld, and click OK to display rsults.

Transfer Window ResultsFigure 75.

Doubl-click l to iw rsults.3.

Example of Transfer Results Window Figure 76.

Note: Click th Print icon to print a copy of th rport. Rfr to "Printing Reports" locatd in this sction for

mor dtails.

Click th c4. lose button to close report.

Note: Rfr to "System E-mail Functions - Receiving E-mail Status Reports" locatd in this sction for a sampl of a

History Events Report sent via e-mail.



PFC-6075R • 5403594 • Rev C • 2/13

Detector Sensitivity Status Reports

Th Upload Detector Status File to Computer icon allows you to crat rports showing snsor snsitiity rlatd sttings.

This information may b usd to troublshoot dtctor issus.

To transfer detector (sensitivity) status information:

Click th1. Upload Detector Status File to Computer icon or right click from “Transfers” region, and choos " Add ".

vrify that2. Detector Status is slctd in th “Transfer Type” eld .

Click3. OK . Th Transfers window displays rsults.

Example of Transfer StatusFigure 77.

Doubl-click l to iw rsults.4.

Example of Detector "Sensitivity" Status Report CompletedFigure 78.

Notes:

Click th• Print icon to print a copy of th rport. Rfr to "Printing Reports" locatd in this sction for

mor dtails.

Rfr to "• System E-mail Functions - Receiving E-mail Status Reports" locatd in this sction for a sampl of aDtctor Status Rport snt ia -mail.

Click th5. close button to clos th rport.



PFC-6075R • 5403594 • Rev C • 2/13

Printing Reports

Th Print icon allows you to print History and Dtctor Status rports. Doubl-click th History or Status l listd in th

Transfer window prior to clicking th Print icon. An xampl of th Report window, which displays a History rport, is shown

blow:

Example of the History Report (Print) WindowFigure 79.

To print a History or Detector Status Report:

Doubl-click th History or Status rport listd in th Transfrs window to display th rport.1.

Adjust th width of th "2. Event" column to display th ntir dscriptions othrwis th "ent" information will b truncatd

on th printd rport.

Tip: Doubl-click on th ent column's bordr to automatically xpand th width to accommodat th longst dscription.Rfr to th xampl blow:

Example of the History ReportFigure 80.

Click th3. Print icon, thn click th Report Print icon or CTRL P to opn th print dialog box.

Click th4. Print button.

Move the mouse across the Print

icons to display their descriptions.

Double-click here to adjust the column width

based on the longest event description.



PFC-6075R • 5403594 • Rev C • 2/13

Panel Software Overview

This sction gis you an oriw of th Panl Conguration Softwar. It addrsss naigating through th program windows,

undrstanding th purpos of icons and program faturs, using Window’s conntional diting tchniqus and othr program

shortcuts to fcintly congur your systm.

Window Regions / Areas

What you slct a function from th Panel window locatd on th lft, this dtrmins th information displayd on th right.

Th slctd panl function is highlightd, which hlps dirct your y to th rlatd information shown on th right. Forxampl, whn "Remote Access Code" is slctd, th rmot usr nam and password displays. Plas rfr to th xampls

shown blow.

Panel Menu OptionsFigure 81.

Example of Panel Menu InformationFigure 82.



PFC-6075R • 5403594 • Rev C • 2/13

Program Icons

Th panl softwar uss sral standard Windows’ icons, such as th clos button and scroll bars. Thr ar othrs that ar

uniqu to th panl softwar, such as auto hid, and window position which ar summarizd in th tabl blow:

Panel Conguration IconsTable 11:

Name Icon Description/Function

Window Position

Locatd in th uppr right rgion of som windows.Click th icon to choos an option:

Floating• – window oats or othr windows; right-click titl bar to

rslct dockabl.

Dockable –• default window position; window is “lockd” in plac.

Auto Hide• – window is hiddn whn cursor is mod and “tab”

displays as window placholdr; point to window “tab” to rdisplay

(Window Tab is explained below.)

Auto-Hide

Shortcut to hid a window.

Click• to hid window.

Icon changs to• (insrt window autohid if window is hiddn.

Click• to unhid and dock window.

Window “Tab”

Displays if window is hiddn; aailabl for spcic windows only.

Note: “Tab” name is specic to the hidden window.

Point to “• Tab” to display window.

Point or click in anothr window to hid.•

Example of Zone tab:

Expand / Collapse

Aailabl in Zones and Points windows only.

Click th plus sign to xpand.•

Click th minus sign to collaps.•

Example of expand/collapse icons in Points window:

Tab



PFC-6075R • 5403594 • Rev C • 2/13

Programming Functions Overview

Th tabl blow gis you a snapshot of th mnu ordr along with a brif dscription of ach. Dtails for ths options ar

proidd on th following pags.

Programming Menu OverviewTable 12:

Menu Option Description

Rmot Accss Cod Displays rmot accss “User Name” and “Password”.

Job Dtails Allows sit spcic information to b ntrd.

General OptionsAllows softwar’s gnral panl sttings to b customizd, such as alarm rication tim, and

door holdr low AC dropout dlay.

Zones Dn and congur zon’s charactristics and mapping points.

Cross Zones establish rlationships btwn multipl zons.

Points Dn and iw all addrssabl and non-addrssabl points.

Sensitivity enabl Day/Night Snsitiity, stup Holiday schdul, and othr rlatd snsitiity options.

E-mail ReportingSchdul -mail rports by day and tim; stup -mail addrsss, and slct typ of rport(s) to

snd to ach -mail addrss.

e-mail Rmindrs Crat and schdul customizd daily, wkly, monthly or yarly rmindr -mails.

Usrs Crat up to tn (10) usr cods and passwords, and st accss rights.

LAN Sttings Congur ethrnt connctiity options.

Dialr Add or rmo DACT modul/applianc.

IP Reporting Congur IP rporting options for primary and scondary accounts.

Class A Card Add or rmo Class A card.

Annunciators Add or rmo Rmot Annunciators.

SLC Loop Add or rmo SLC Loops.

Power Supply Add or rmo Powr Supplis.

DRv-50 Add or rmo DRv-50 drir moduls.

LeD-16 Add or rmo LeD-16 Annunciators.

RLY-5 Add or rmo RLY-5 moduls.

FCB-1000 Add or rmo FCB-1000 moduls.

SPG-1000 Add or rmo SPG-1000 moduls.

FIB-1000 Add or rmo FIB-1000 moduls.



PFC-6075R • 5403594 • Rev C • 2/13

General System Functions

Job Details

Sit spcic information, such as company nam, addrss and phon numbrs may b ntrd in this window. This information is

stord in th panl and is usd to idntify th panl whn using -mail rporting options. Plas rfr to th gur shown blow.

To enter site information:

Click th1. Job Details program option. Th Job Details window displays.Job Details WindowFigure 85.

Click in ach applicabl ld to ntr information.2.

Note: You may also prss th TAB key to mo to nxt ld.

General Options

Th General Options window contains a arity of gnral systm sttings, such as th panl’s dfault nam, idl mssag, and

th tim an Autotest will b snt to th monitoring station.

General Options WindowFigure 86.



PFC-6075R • 5403594 • Rev C • 2/13

Day/Night Sensitivity Mode and Holiday Scheduling

Th Sensitivity option allows you to nabl th “Day/Night Sensitivity” fatur, stablish th starting and nding tims for

“ Night ” snsitiity, crat a “ Holiday Schedule”, and choos th days of th wk that th sit is normally occupid.

Note: Th Day/Night Snsitiity option is not slctd or nabld by dfault.

To enable day/night sensitivity and setup holidays:

Click on th1. Sensitivity option. Th Sensitivity window displays.Example of the Day/Night Sensitivity EnabledFigure 87.

Click in “2. Enable Day/Night Sensitivity” slction box to nabl.

Adjust3. start and end times, if ndd.

Click in applicabl days of th wk slction boxs to slct or dslct.4.entr holidays in th5. “Month/Day” eld, as shown:

Note: You may ntr up to fty (50) holidays in th “ Holiday Schedule” eld , which nabls night snsitiity mod on

thos dats.



PFC-6075R • 5403594 • Rev C • 2/13

User Codes

Th Users option allows you to crat up to tn (10) usr cod prols, if ndd. each prol may ha diffrnt accss rights,

which controls th panl functions a usr may accss as wll as th option to connct to th Facility Managmnt Tool.

Note: Plas rfr to th "Facility Management Tool" manual to larn mor about programming, installing and using

this tool.

To create a new user:

Click on th1. Users option. Th User’s Code window displays.

Example of Users Prole WindowFigure 88.

Doubl click in th “2. Name” eld to ntr a dscripti usr nam.

Click in th appropriat ld slction boxs to grant accss to ach panl kypad option applicabl for th usr.3.

Click in th last two (2) lds,4. "PC Connect Unsupervised Multi User" and "PC Connect Supervised Single User" to allow

th usr cod accss to th Facility Management Tool.

Rpat stps for up to 10 usr cods.5.

Note: Th accss rights for th “Default Access” user code can b modid if ndd.

These elds allow the user

access to these panel functions

when selected.

These two elds may

selected to allow the

access to the "Facility

Management Tool ."



PFC-6075R • 5403594 • Rev C • 2/13

System E-mail Functions

Th PFC-6075R coms with built-in -mail capabilitis. Th panl automatically snds status -mails, including Alarms,

Troubls, Suprisory and Tst nts, to th -mail addrsss dsignatd on th " E-mail Reporting" window as shown blow.E-mail Reporting WindowFigure 89.

ent History and Dtctor Status rports may b schduld to b snt on spcic days of th wk, tim or day of th month.

Up to twnty (20) -mail addrsss may b programmd on this scrn. Aftr th “E-mail Reporting” section is compltd and

downloadd into th panl, th panl will start snding -mails according to programming.

Th panl is capabl of snding automatic and on-dmand rports bcaus it has a dsignatd outgoing -mail addrss comprisd

of its modl and srial numbrs. On-dmand rports can b rqustd dirctly from th panl's "Data Transfer" function or

rmotly from a PC, if th usr has a alid -mail addrss programmd on th "E-mail Reporting" window.

Th panl addrss is structurd as: [email protected] whr "PFC6XXXXXXXXXXX" rfrs

to th “panel serial number". Th srial numbr is th sam as th NtBIOS nam, and is locatd on th panl as shown blow.

Note: Outgoing panl -mails ar routd through a ddicatd Pottr srr. You must mak a notation of your panl's outgoing

-mail addrss in ordr to snd -mail rqusts rmotly.

Panel Serial Number LocationFigure 90.

Systm -mail communications and functions ar intndd for informational rporting purposs only. Thy ar intndd to b usd as a

conninc function. e-mail communications should NOT b usd as a primary mans of rporting mrgncy information.

DWG #594-1

Panel Serial

Number

Event History and Detector

Status reports will be sent

based on the weekly schedule,

time and day of the month

indicated here.

Alarm, Trouble, Supervisory

and Test Events are sent

immediately as they occur!



PFC-6075R • 5403594 • Rev C • 2/13

P-Link E-mail Notication Requirements

Th following tabl lists th ncssary hardwar and Intrnt connctiity rquirmnts to us P-Link functions, such as DACT

and -mail notication.

P-Link E-mail Notication RequirementsTable 13:

Item Requirement

Hardwar 10/100 Mbps ethrnt Ntwork

IP Addrss Protocol DHCP or Static IP (factory dfault is DHCP)

Outbound Connctiity

Must ha outbound accss to Intrnt (mail srr connctions only).

Port 10025 for SMTP

Port 110 for POP3

Inbound Connctiity Non rquird or utilizd.

Connecting the Panel to a Network

In ordr to us th -mail fatur, th panl must b connctd to a ntwork with Intrnt connctiity. This is usually accom-

plishd by installing an ethrnt drop nar th panl. Th IP addrss can b st on of two ways:

Th panl has a built in DHCP (Dynamic Host Conguration Protocol) and will ask for an IP addrss from th•

“Host Computer”.

Th installr or th Ntwork Administrator may st th• IP address using th softwar's Static IP function.

Setting the IP AddressFigure 91.



Set the IP address using

the Static IP function

Set the IP address usingthe DHCP function...or



PFC-6075R • 5403594 • Rev C • 2/13

E-mail Report Programming

To setup History and Detector Status reports schedule:

Click on th1. E-mail Reporting option. Th E-mail Reporting window displays.

Click in th2. days of the week’s selection box to choos th days that th History and Detector Status report(s) will b snt.

Adjust3. time, if ncssary.

Select a4. day of the month, if you wish rports to b snt on a spcic day of ach month.

Note: Be sure to select ach rport typ in th nxt e-mail sction for ach rcipint you wish to snd ths rports.

To setup addresses and select events and/or reports:

In th e-mail addrss sction, as shown blow, ntr up to twnty (20) -mail addrsss, if ndd.1.

Slct th2. "Enable E-mail Requests" option if th -mail addrss may rqust rports from th panl.

Note: If "Enable E-mail Requests" is not slctd, th panl will ignor an -mail rqust for an on-dmand rport.

Slct ach typ of nt(s) and/or rport(s) you wish to snd to th applicabl -mail addrss.3.

An “4. ” displays in ach slctd rport typ.

E-mail Reporting showing Enable E-mail RequestFigure 92.

E-mail Sent from Panel

To send a report from the panel:

Slct th1. Data Transfer (Menu Option 7) on th panl mnu.

Slct on of th transfr options as dscribd blow:2.

Data Transfer OptionsTable 14:

Option Description

1=Rmot Accss Usd to nabl rmot accss

2=e-mail Dt Stat Allows usr to -mail a dtctor status l

3=e-mail History Allows usr to -mail a history l

4=e-mail Cong Allows usr to -mail a panl conguration l (.fpcf)

5=e-mail Tst Allows usr to snd a tst -mail

6=Srr Status Allows -mail srr status to b rid

Important Note: The "Enable

E-mail Requests" option must

be selected in order for the

panel to respond to an e-mail

addressee requesting an on-

demand report.





PFC-6075R • 5403594 • Rev C • 2/13

Slct on or mor -mail addrss using on of th following options:3.

Choos "• Use Default” to slct th addrss ntrd in “General Options” (as shown below).

Choos• "Browse List" to scroll through and slct on or mor -mail addrsss ntrd in th “E-mail Reporting” section of th softwar.

Choos• “Specify New” to ntr additional -mail addrsss, if ndd.

Example of the General Options Window - Default Outgoing E-mail AddressFigure 93.

E-mail Report Requested from PC

To request a report from a remote PC:

Open or create a new e-mail.1.

In th2. "To" eld, ntr th panl's -mail addrss as shown blow. (Refer to the "Panel Serial Number Location" shown

earlier in this topic.)

Example of Keywords in E-mail Subject FieldFigure 94.

Enter keyword(s) in

Subject eld.



Use the "Default" outgoing

e-mail address.



PFC-6075R • 5403594 • Rev C • 2/13

In th3. “Subject” eld , ntr on or mor of th following kywords:

History• to snd a currnt nt history rport back to sndr.

Status• to snd a currnt dtctor (snsitiity) status rport back to sndr.

Conguration• to snd a currnt conguration l back to sndr.

Unsubscribe• to stop th currnt -mail sttings for th sndr until panl is rst or that -mail addrss snds a

“Subscribe” to th panl.

Subscribe• to actiat -mail sttings for th sndr.

Note: Kywords ar NOT cas snsiti and mor than on can b ntrd in th subjct lin of th -mail.

Thr ar no rstrictions on contnts ntrd into th body of th -mail.4.

Important Reminders!

Th prson snding th -mail• must b addd to th -mail list in th “E-mail Reporting” section of th softwar as

shown blow. If th sndr is not in th list, th panl will not rspond.

Th• “Enable E-mail Requests” option must also b chckd for th sndr to rci -mails whn rqustd from th panel or a remote PC.

E-mail Reporting WindowFigure 95.



Note: You may choose not to select

specic event types or reports for

e-mail addressees.

If so, choose Browse List from

the Data Transfer panel menu

option. Then scroll through e-mail

addresses and select one or more

recipients.

Sender's e-mail must be in the

e-mail list and the Enable E-mail

Requests box must be checked.



PFC-6075R • 5403594 • Rev C • 2/13

Job Details display here

Receiving E-mail Status Reports

Whn a systm status ( Alarm, Supervisory, Trouble events) -mail is rcid, th body of th -mail contains th information

ntrd in th “Job Details” section of th softwar (as shown below). If nothing is ntrd in th softwar, th body of th -mai

will only indicat th nts that occurrd. Th nts ar listd aftr th “Job Details” information. Thy ar formattd with a

dat/tim stamp showing whn th nt occurrd, nt typ, and th nt dscription or th point information.

Example of Job Details in System Status E-mailFigure 96.

Whn a history or dtctor (snsitiity) status -mail is rcid it contains two attachmnts:

A txt l (.txt)•

A comma sparatd alus (.cs) l•

Example of a Detector "Sensitivity" Status text le (.txt)Figure 97.



Refer to Table 17 – Zone Attributes

in this Section for an explanation of

Day/Night Sensitivity settings.



PFC-6075R • 5403594 • Rev C • 2/13

Potter Electric Signal PFC6800R

Example of Detector "Sensitivity" Status Comma Separated Values le (.csv)Figure 98.

Examples of a History text le (.txt) & History Comma Separated Value leFigure 99.

Refer to Table 17 – Zone Attributes

in this Section for an explanation of

Day/Night Sensitivity settings.





PFC-6075R • 5403594 • Rev C • 2/13

Creating E-mail Reminders

e-mail rmindrs ar fully customizabl -mail mssags that may b snt basd on a prdnd schdul. Th -mail subjct and

body ar dnd by th installr, and thy may choos to attach th History and/or Detector Status reports. Up to ight sparat

-mail rmindrs can b cratd to b snt on a daily, wkly, monthly or yarly schdul.

Example of the Email Reminder WindowFigure 100.

To create Reminder e-mails:

Slct th1. E-mail Reminders option on th panl mnu.

Click a Schdul option, i..,2. Yearly, Monthly, Weekly or Daily.

Slct th spcic schduling frquncy, i..,3. "Days to send" for a Weekly reminder or "Time" for a Daily reminder .

Click in4. "Attach History" and/or "Attach Detector Status" slction box(s), if ndd.Complt th following information:5.

In th• "To" eld , ntr up to 20 addrsss.

In th• "Subject" eld , ntr an applicabl subjct.

In th• "Body" eld , ntr up to 2000 charactrs, if ndd.

Example of Creating a Daily ReminderFigure 101.

Continu stting up additional6. "Reminders" , if ndd.





PFC-6075R • 5403594 • Rev C • 2/13

System Programming

Systm programming inols dning th function of dics and thir rlationships to ach othr, rfrrd to as mapping. You

can dn bhaior charactristics of indiidual or groups of dics, map dics into zons, and furthr customiz your systm

using th panl conguration softwar from a computr.

Th panl conguration softwar faturs includ:

easy to us Windows-basd diting tchniqus, includingy drag and dr op btwn windows.

Flxibility in conguring points into multipl zons promoting sophisticatd mapping rlationships.y

Simpl sorting and grouping by slct lds nhancs iwing and analysis of data.y

Options to iw points by typ, addrss and function or dscription.y

Mapping Zones Overview

Mapping is crating rlationships btwn dics, moduls and snsors and thir bhaior btwn ach othr. Whras, th

“zon” is th framwork in which you group th dics. Ths trms and othr rlatd mapping concpts ar proidd in this

section.

Single Zones

Th LEARN fatur crats or maps a basic, on-to-on rlationship whr all dics ar automatically groupd into one

zone. Whn all dics ar in th sam zon, and an input dic is actiatd, all output dics will actiat. Plas rfr to th

illustration blow for an xampl of a on-to-on dic rlationship:

Mapping all Devices to One ZoneFigure 102.

Zone 1

1 2 3 4

5

P-2 P-1

Symbol Legend:

= Panel Hardware

Multiple Zones

Th panl conguration softwar allows you to customiz th oprational mod bhaior of dics by grouping thm into a

maximum of 99 diffrnt zons. All SLC dics, including th four (4) on-board circuits (I/Os 1 and 2, and NACs 1 and 2),

may b congurd to bha in a spcic mannr. This xibility nabls you to congur systm points to maximiz protction

throughout your sit.

By organizing dics into diffrnt zons, you can crat uniqu rlationships btwn dics for spcic outputs or nts.

Th panl conguration softwar allows you to fcintly group points to follow a squnc of nts producing th sam

combination of outputs into diffrnt zons. This sction addrsss how to accomplish ths tasks.



PFC-6075R • 5403594 • Rev C • 2/13

Mapping Terminology

Th tabl blow proids mapping trms that may b hlpful to you in undrstanding th mapping concpt:

Mapping TerminologyTable 15:

Term Denition

Mapping Crating rlationships btwn dics, moduls and snsors and dning thir bhaior.

Zone

A group of dics.

Zons may rprsnt a group of dics locatd in a spcicy physical ara at th sit.

Example: Zon 1 comprisd of all dics locatd in th main lobby of a hotl, [i.e., pull station #1,

one (1) sounder base, and one (1) strobe-NAC].

Zons may rprsnt a st of dics congurd for a spcic function; thir location may by

scattrd throughout th sit. This group is a “logical” grouping or zon.

Example: Zon 2 comprisd of all dics in Zon 1 as dscribd abo, plus a 2nd pull station

locatd at nd of a hallway and two (2) additional Soundr bass.

Notes:

If all input / output dics ar groupd into on (1) zon, whn any input is actiatd, all outputs1.

activate.

A dic or point may b mappd into mor than on (1) zon.2.

Point Any spcic dic, modul or applianc connctd to panl.

Latching Dic will not automatically rst; dic must b RESET at th kypad to rmo condition.

Non-LatchingDic will automatically rst whn condition is no longr prsnt , i.e., smoke detector resets once

condition clears.

Cross Zoning

Th purpos of crating cross zons is to nsur that two (2) or mor sparat zons ar actiatd bfor

an output zon is triggrd.

Example: Smok dtctor in Zon 1 (R&D Lab), and a hat dtctor in Zon 2 (Main ntranc) ar

actiatd, triggrs an air handlr circuit.

Th rdundancy in this xampl proids rication of an alarm condition by rquiring that bothy

snsors in two (2) diffrnt zons ar actiatd bfor an output occurs.Thr ar no limits to th numbr of cross zons that can b mappd to th sam output; as soon as ay

pair of input dics dtcts an “alarm” condition, th output will b actiatd.

Zone Types / Styles

You may dn or congur ach zon to sr a spcic purpos or to crat spcic output rsults. For procdurs on how to

slct Zon styls, rfr to th “Conguring Zones” sction of this manual. Th following zon styls ar aailabl:

Zone StylesTable 16:

Zone Description

AlarmDefault zone type• .

Sts systm into an Alarm condition whn any input is actiatd.•

Supervisory Usd for all Suprisory inputs.

Positive Alarm Sequence Implmnts Positi Alarm Squnc.

Auxiliary Usd for all “Aux” inputs.

Releasing Ddicatd to handling rlas squnc.

Fire Drill Comprisd of input / output dics that will actiat whn running a Fir Drill.



PFC-6075R • 5403594 • Rev C • 2/13

Zone StylesTable 16:

Zone Description

System Alarm Usd for outputs that will b actiatd upon any alarm.

System Supervisory Usd for outputs that will b actiatd upon any suprisory.

System Trouble Usd for outputs that will b actiatd upon any troubl.

Zone Attributes

Zon attributs ar th sttings that control th orall bhaior of dics within th zon. Th zon may b congurd as

latching or non-latching, silncabl s. non-silncabl, among othr attributs

Tips: Double-click in a eld to modify an applicable eld, i.e., zone name or alarm count. Click in elds with a

selection box to select or deselect the option, i.e., silenceable or latching.

All zons dfault to an “ Alarm” styl or typ whn rst cratd. Th gurs shown blow ar xampls of th dfault attributs of

a " Releasing " zon.

Example of Zone Attributes (Fields 1-10)Figure 103.

Example of Zone Attributes (Fields 11-20)Figure 104.

Rfr to th tabl blow for a brif xplanation of zon attributs:

Zone AttributesTable 17:

Attribute Description

Zone Name

Default = Zone “x”

(where “x” is a sequential number)

Zon nam may b up to sixtn (16) alphanumric charactrs.•

Alarm Count

Default = 1

Dns th numbr of inputs that must b in alarm bfor outputs ar•

actiatd.

Dfault is on (1); up to 10 inputs may b slctd.•

Silenceable / Non-Silenceable

Default = Silenceable

If zon dnd as “• silenceable” allows an oprator to silnc outputs by

prssing th SILENCE button.

Latching / Non-Latching

Default = Latching

Aailabl for on• (1) count zones only.

Latching zon rquirs oprator to prss• Reset.

Non-latching zon will automatically turn off outputs whn condition clars.•

Local / Non-Local

Default = Non-Local

Usd only for “• Report by Zone” option.

Allows a zon to b spcid as a non-rporting zon.•



PFC-6075R • 5403594 • Rev C • 2/13

Zone AttributesTable 17:

Attribute Description

Output Pattern

Default = Constant

Dns th output pattrn of gnral-purpos NAC circuits in th zon that•

occurs during alarm conditions.

Click on drop-down arrow to display and slct an option:•

Constant 24VDC ANSI .5 sec on, .5 sec off, .5 sec on, .5 sec off, 5 sec on, 1.5 sec off

March Code 60 signals per minute

Double Time 120 signals per minute

Day Sensitivity

Default = 3.5%

Rang: 1.1% – 3.5%

Th 3.5% default rprsnts th prcntag of obscuration pr foot for all smok

snsing dtctors.

Th trm “• obscuration” rfrs to th amount of rduction in air transparncy

causd by smok.

Day snsitiity is functional during th tim a building is normally occupid.•

Night Sensitivity

Default = 2.5%

Rang: 1.1% – 3.5%

Th 2.5% default rprsnts th prcntag of obscuration pr foot for all smok

snsing dtctors.

Th trm “• obscuration” rfrs to th amount of rduction in air transparncy

causd by smok.

Night snsitiity is functional during th tims th building is unoccupid,•

i.e., weekends, Holidays.

Heat Sensitivity

Default = 135 F

Range: 135 F – 185 F

Sts alarm thrshold for Fix Tmpratur Hat Dtctors (FHA).

Fixed/ROR Heat Sensitivity

and 15 increase in 1 minute

Default = 135 F

Range: 135 F – 174 F

Sts alarm thrshold for Fixd/ROR Hat Snsor (RHA).

Auto-Silence Timer

Default = 0 minutes

Rang = 0 – 360 minuts

Dns th amount of tim bfor silncabl NACs ar automatically shut down.

Auto-Unsilence Timer

Default = 0 minutes


Dns th amount of tim bfor any silncd NACs ar ractiatd; outputs

only ractiat if panl is still in alarm.

Silence-Inhibit Timer

Default = 0 minutes


Dns th amount of tim you may not silnc an output whn in alarm.

Restore Delay

Default = 0 minutes

Rang = 0 – 300 sconds

Dns th amount of tim bfor dactiating an output whn th panl is rst.



PFC-6075R • 5403594 • Rev C • 2/13

Conguring Zones

Th nxt stp is to customiz a zon’s attributs, which includs changing th nam, slcting typ of zon, and othr

charactristics (i.., constant, double time output pattern, latching or non-latching, silenceable, auto-silence timer, etc.).

To congure a zone:

Doubl-click in th Zon1. ’s “Name” eld to modify dfault nam.

Note: Up to 16 alphanumric charactrs may b ntrd. For xampl: “Main Lobby” or “Server Room.”

Click in “2. Style” eld. Click th drop-down arrow to display zon styls.

.

Choos th applicabl zon styl (3. refer to the Zone Styles Table in this section for descriptions of zone styles).

Continu diting zon’s lds. Rfr to th4. Zone Attributes Table for ld dscriptions.

Conguring Points

This sction addrsss how to dn or congur points through th Points function. each dic may ha a uniqu function

in rlation to th zon as wll as th ntir systm. Th usr dtrmins th Point's rol, spcic bhaior charactristics, and

customizs its nam, if dsird. Th list of aailabl functions is associatd to th dic or modul typ slctd.

Notes:

Points may b congurd from ithr th• Zones or Points functions; howr, for purposs of this manual,

points ar congurd in th Points function.

Points can b congurd indiidually, or by groups or rangs of dics.•

An xampl of th Points window is shown blow.

Example of Points WindowFigure 109.



PFC-6075R • 5403594 • Rev C • 2/13

NAC Functions

Th four (4) on-board circuits (NACs 1&2, I/O Ckts 1&2) ar automatically congurd as “General Purpose”, but may b

rcongurd and rnamd. Th I/O circuits ha additional conguration options sinc thy may b congurd as inputs. Rfr to

th tabls blow for dscriptions of th conguration functions.

NAC & I/O Circuit Conguration FunctionsTable 18:

Function Description

Unusd Circuit is unusd.

General Purpose Gnral purpos NAC; obys zon “output pattern” programming.

Potter Sync Dris Pottr synchronizd horns / strobs.

Gntx Sync Dris Gntx synchronizd horns / strobs.

System Sensor Sync Dris Systm Snsor synchronizd horns / strobs.

Whlock Sync Dris Whlock synchronizd horns / strobs.

Aux Constant Constant DC powr.

Aux Rsttabl Constant DC powr; disconncts powr during systm rst.

Aux Door Holdr Constant DC powr; disconncts whn an alarm occurs.

Aux Door Holdr Low AC Drop Constant DC powr; disconncts on AC Loss or whn an alarm occurs.

Aux ANSI Always on ANSI pattrn usd for ASB pattrn synchronization.

City Ti Municipal box connction

Rlas Solnoid Solnoid output circuit

I/O Circuit FunctionsTable 19:


Input Pull Station Pull Station Input

Input Watr Flow Watr Flow Input obys watr ow dlay as dnd in “General Options”.

Input Supervisory Supervisory Input

Input Tampr Tampr Input rports as suprisory.

Input Fir Drill Fir Drill Input actiats a r drill.

Input Troubl Monitor Troubl Input crats a troubl condition.

Input Aux Aux Input rports as untypd alarm.

Input Abort Abort Input is usd only with rlasing applications.

Input Rlas Followr Rlas Follow Input causs immdiat actiation of rlas solnoid.

Input Reset Reset input initiates system reset.

Input Silence Silence Input initiates system silence.

Triggr IO Rrs Polarity Rrs Polarity Output rport troubl.

Triggr IO Rrs Polarity No Troubl Rrs Polarity Output rport no troubl.



PFC-6075R • 5403594 • Rev C • 2/13

SLC Functions

Th SLC conguration options ar dscribd in th tabl blow:

SLC Conguration FunctionsTable 20:


Unusd SLC point is unusd.

Addr Dtctor Photo Photolctric Snsor (PSA)

Addr Dtctor Photo Hat Combination Photo-Hat Snsor (PSHA)

Addr Dtctor Hat Fixd Fixd Tmpratur Hat Dtctor (FHA)

Addr Dtctor Hat Combo Combination Fixd Tmpratur and Rat-of-Ris Hat Dtctor (RHA)

Addr Rlay Gnral Purpos Addrssabl Rlay Modul (TRM)

Addr NAC Gnral Purpos Monitord Output Modul (MOM)

Addr Zon Modul Two-Wir Conntional Dtctor Modul (CIZM)

Addr Soundr Bas Addrssabl Soundr Bas (ASB)

Addr Rlay Bas Addrssabl Rlay Bas (ARB)

Contact Input Pull Station

Dry contact input options usd with MCM, SCM or DCM moduls; aailabl

for on-board I/O circuits.

Note: Whn using an input modul on an abort function, thr is a 6-sconddlay bfor panl rsponds.

Contact Input Watr Flow

Contact Input Supervisory

Contact Input Tampr

Contact Input Fir Drill

Contact Input Troubl Monitor

Contact Input Aux

Contact Input Abort ( see note)

Contact Input Reset

Contact Input Silence

Contact Input Disabl Inputs

Contact Input Disabl Outputs

Contact Input Disabl Inputs/Outputs



PFC-6075R • 5403594 • Rev C • 2/13

To congure points:

Click on th1. Points function to display th " Points Conguration" window.

Example of a Conguration WindowFigure 110.

Note: Click th columns to sort dics by th ld slctd, i.., "Name", "Alarm Verication" or "Low Temp Trouble" .

Supervisory• – Dsignats a dtctor as a suprisory input instad of an alarm input.

Alarm Verication• – Spcis that a dtctor will utiliz th alarm rication fatur.

Low Temp Trouble• – Indicats that a dic is blow 40 F.

Dics ar listd by “2. Built-in SLC” dic addrsss, followd by th NACs and I/O circuits.

Note: Click on th “Dic” eld to sort th list by PWR Supply followd by SLCs.

To congure a single point:

Doubl-click in “1. Name” eld to ntr a dscripti nam. Th currnt nam is highlightd as shown:

entr a nw nam (up to 16 alphanumric charactrs).2.

Click on drop-down arrow in th3. “Function” eld . Slct a function typ from th list.

Example of Conguring a “Single” PointFigure 111.

Continu conguring othr points, as ndd. 4.



PFC-6075R • 5403594 • Rev C • 2/13

To congure a range of points:

Click th rst point to congur from th1. “Function” eld .

Prss and hold th2. SHIFT key, thn click in “Function” eld of last point.

Example of Conguring a “Range” of PointsFigure 112.

Right-click from3. “Function” eld to display conguration options.

Note: If you right-click outsid of “Function” eld, th rang is dslctd, and only one (1) dic will b congurd.

Click on dic typ from shortcut mnu.4.

Continu conguring othr points, as ndd.5.

To congure a group of selective points:

Click th rst point in1. “Function” eld to congur.

2. Prss and hold th CTRL key, thn click slcti points ( from “Function” eld ).

Example of Conguring “Multiple” Selective PointsFigure 113.

Right-click from3. “Function” eld to display conguration options.

Note: If you slct points or right-click outsid of “Function” eld, th points ar dslctd, and only on (1) dic will b

congurd.



PFC-6075R • 5403594 • Rev C • 2/13

Drag and drop slctd points from th3. Points' window to th “ Device” window. Th slctd points display in th

“Device” window, as shown blow.

Example of Moving Selected Points into a ZoneFigure 117.

To move one or more points into multiple zones:

Slct th applicabl Zons in th1. Zones window, and slct points.

Drag and drop slctd points into2. Device window.Example of Moving Selected Points into Two ZonesFigure 118.

Click3. “+” in Points window to display point assignmnt by Zon(s). Click “–” to collaps point assignmnts.

Example of Expanding Point’s Zone Assignment(s)Figure 119.

Zones 2 & 3 are

selected in this

example.

Points 5, 6 & 12

are selected.

Points 5, 6 & 12are congured into

Zones 2 and 3.



PFC-6075R • 5403594 • Rev C • 2/13

Group by Area

You may group information by diffrnt lds in many of th program windows. This xibility is hlpful whn conguring or

iwing a larg amount of information, such as all dics, zons or rmot annunciators. exampls ar includd for illustration

purposes only.

To group by area (eld):

Click on “1. group bar ” locatd at top of window, if aailabl.

Example of Group Bar in Points WindowFigure 120.

Th2. “group by area” region displays, as shown.

Group by Area FieldFigure 121.

Note: Click on “group bar” at any tim to collaps rgion.

Drag and drop on ld into th3. “group by area” region. Th information displays groupd by slctd ld.

Example of Points Grouped by FunctionFigure 122.

Click4. “+” nxt to th function to iw a complt list of points. Click “-” to collaps list of points, as ndd.

Example of Points Congured as Addr Detector PhotoFigure 123.

Drag ld out of5. “group by area” region to rdisplay itms in original ordr.



PFC-6075R • 5403594 • Rev C • 2/13

Cross Zone Congurations

Th purpos of crating cross zons is to nsur that two (2) or mor sparat zons ar actiatd bfor an output zon is

triggrd.

Although crossing two (2) zons is th most common conguration, up to ight (8) zons may b combind. In this cas, whn all

th zons that ha bn crossd ar acti, th spcid outputs will b actiatd. Sral xampls of rlasing cross zons ar

proidd in th nxt topic, “Releasing Zone Congurations”.

To create a cross zone:

Create two or more (1. “Alarm” or “Supervisory” type) zon(s) and nam appropriatly.

Congur and nam dics.2.

Mo dics into zons.3.

Opn th4. Cross Zones window. Click in th “Enabled” box .

Cross Zones Window Showing EnabledFigure 124.

Note: If th “enabld” option is not slctd, th cross zon rlationship will not b in ffct.

Click on th drop down arrow in th5. “Input Zone 1” eld . All aailabl zons display.

Click to slct input zon.6.

Rpat stps for th nxt ld, “7. Input Zone 2” eld.

Click on drop down arrow in th “8. Output Zone” eld. Slct output zon.



PFC-6075R • 5403594 • Rev C • 2/13

Releasing Zone Congurations

Th xibility of th PFC-6075R systm proids th platform for a arity of rlasing applications. This discussion addrsss

sral rlasing conguration xampls that may b usd for watr and chmical agnt rlasing zons:

On Count or Singl Intrlock •

Cross Zon/Two Count (Doubl Intrlock)•

Cross Zon/Two Count with Abort•

Releasing Fields

Whn dning a Rlasing zon, th following lds ar intgral to conguring th zon’s bhaior.

Releasing Zone FieldsFigure 125.

Tips: Double-click in a eld to modify an applicable eld, i.e., Pre-Release Pattern or Manual Release Timer. Click in elds

with a selection box to select or deselect the option, i.e., Man-Release Abort Allowed.

Th tabl shown blow xplains th function of ths lds.

Releasing Zone FieldsTable 21:

Fields Description

Abort Type

Default = None

Dns th manual input typ, typically a switch, which stops or dlays th xtinguishing agnt from

bing rlasd.

The abort types are:

ULI (1. Undrwritrs Laboratoris Inc.)

If abort switch is prssd during th pr-discharg tim and th tim rmaining is- greater than

(>) 10 seconds, th timr will continu counting down to 10 sconds, and thn stops.

If abort switch is prssd during pr-discharg timr and th tim lft is- less than (<) 10

seconds, th timr will b st to 10 sconds and holds.As long as th abort switch is acti, th timr will not count down.-

If th switch is rlasd, th pr-discharg tim will rsum th countdown.-

Abort squnc can b rpatd as many tims as dsird.-

Troubl is gnratd if th abort switch is prssd whn thr is no pr-discharg occurring.-

NYC (2. Not UL Listd)

If abort switch is prssd during th pr-discharg tim, thn 90 sconds is addd to th-

remaining time. Since manual release time MAX is 30 seconds, and AUTO release time

MAX is 60 seconds, th rsulting maximum value is 150 seconds.

As long as th abort switch is acti, th timr will hold at th nw alu.-

If th switch is rlasd, th pr-discharg tim will rsum th countdown.-

NYC mod is a on-shot opration, cannot b usd mor than onc.-

Troubl is gnratd if th abort switch is prssd whn thr is no pr-discharg occurring.-



PFC-6075R • 5403594 • Rev C • 2/13

Releasing Zone FieldsTable 21:

Fields Description

Abort Type

Default = None

IRI (Industrial Risk Insurers)3.

Abort switch must b prssd bfor any pr-discharg bgins.y

Whn th alarm count is rachd, th pr-discharg tim bgins counting down to 10 scondsy

and holds.As long as th abort switch is hld, th pr-discharg timr will stop and holds at 10 sconds.y

IRI mod is a on-shot opration, but rsts to 10 sconds lik ULI.y

IRI is uniqu in that th usr must prss th abort switch prior to th pr-discharg timry

starting.

AHJ4. (Not UL Listd)

Oprats lik ULI, xcpt th tim is st to 30 sconds whn abort is prssd.y

If abort switch is prssd during th pr-discharg tim and th tim lft isy greater than (>) 30

seconds th timr will continu counting down to 30 sconds, and thn stops.

If abort switch is prssd during pr-discharg tim and th tim lft isy less than (<) 30

seconds, th timr will b st to 30 sconds and holds.

As long as th abort switch is acti, th timr will not count down.y

If th switch is rlasd, th pr-discharg tim will rsum th countdown.y

Abort squnc can b rpatd as many tims as dsird.y

Troubl is gnratd if th abort switch is prssd whn thr is no pr-discharg occurring.y

Pre-Release Timer

Default = 60 seconds

Range = 0 – 60 seconds

This timr counts down prior to th rlas of th xtinguishing agnt; th timr starts whn th

appropriat snsors actiat th rlasing function.

Pre-Release Pattern

Default = Constant

Spcis output pattrn for gnral purpos NAC circuits whn a pr-rlas timr is acti.y

Click on drop-down arrow to display options:y

Constant 24VDC

ANSI/Temporal .5 sec. on, .5 sec. off, .5 sec. on, .5 sec. off, .5 sec. on, 1.5 sec. off

March Code 60 signals per minute Double Time 120 signals per minute

Man-Release Timer

Default = 30 seconds

Range = 0 – 30 seconds

This timr is usd to dlay th rlas of th xtinguishing agnt whn th manual input is initiatd.

Man-Release Abort

Allowed

Default = No

Th dfault condition does not allow manual rlas to b affctd by th abort. To allow manual

rlas to b abortd, click in th "Man-Release Abort Allowed" slction box to ntr a () chck

mark.

Soak Time (Minutes)

Default = 0 minutes

Range = 0 – 20 minutes

This dtrmins th solnoid actiation tim or amount of tim th xtinguishing agnt is rlasd.



PFC-6075R • 5403594 • Rev C • 2/13

Single Interlock (One Count) Releasing Application

This rlasing application rquirs th actiation of one zone or a manual release input within a dsignatd rlasing zon to

start th rlas squnc.

Example of Single Interlock (One Count) Releasing ApplicationFigure 126.

One (1) releasing zone contains two (2) input devices and one (1) output. The output congured as releasing is activated when either the

manual station or a detector in the releasing zone are active.

Zone 1: Releasing

12

Release

Solenoid

Smoke

DetectorManual

Release

Cross Zone / Two Count (Double Interlock) Releasing Application

This rlasing application rquirs th actiation of two zones or a manual release input within a dsignatd rlasing zon to

start th rlas squnc.

Example 1 of Cross Zone / Two Count (Double Interlock) Releasing Application Figure 127.

One (1) releasing zone contains input and output (device or manual release) with an abort switch. In this application, both sensors in the

releasing zone or a manual release within the designated release zone must be activated to start the release sequence.

Zone 1: Releasing

12

NAC Release

Solenoid

Smoke

DetectorHeat Combo

3Manual

Release

1 & 2 to activate solenoid

OR

3 to activate solenoid

Example 2 of Cross Zone / Two Count (Double Interlock) Releasing ApplicationFigure 128.

Three (3) separate zones are created, each containing one point. In this application, one (1) sensor within each of the cross zones or a manual

release within the designated release zone must be activated to start the release sequence.

Zone 1: Alarm

1

Addr Heat

Combo Detector

Zone 2: Alarm

2

Addr Photo

Heat Detector

NAC Release

Solenoid

Zone 3: Releasing



PFC-6075R • 5403594 • Rev C • 2/13

Two Count Releasing Application with Abort Switch

This rlasing application rquirs th actiation of two sensors or a manual release input within a dsignatd rlasing zon

to start th rlas squnc. Th timing of th rlas can b affctd by th opration of an abort input within th dsignatd

rlasing zon.

Actiation of an input modul classid for th abort switch function will initiat th abort typ squnc as slctd in

programming. Th abort switch must b prssd prior to th pr-discharg timr xpirs as programmd.

Note: Any dic bing usd to initiat th abort function should b clarly markd and or labld.Example of Two Count Releasing Application with Abort SwitchFigure 129.

Zone 1: Releasing

12

NAC Release

Solenoid

Smoke

DetectorHeat Combo

Abort Switch

Cross Zone Releasing Application with Abort Switch

This rlasing application rquirs th actiation of at last one sensor within each of th dsignatd “Cross Zones” or a manual

rlas within th dsignatd rlas zon to start th rlas squnc. Th timing of th rlas can b affctd by th opration

of an abort input within th dsignatd rlasing zon.

Actiation of an input modul classid for th abort switch function will initiat th abort typ squnc as slctd in

programming. Th abort switch must b prssd prior to th pr-discharg timr xpirs as programmd.

Note: Any dic bing usd to initiat th abort function should b clarly markd and or labld.

Example of Cross Zone Releasing Application with Abort SwitchFigure 130.

Zone 1: Alarm

1

Addr Heat

Combo Detector

Zone 2: Alarm

2

Addr Photo

Heat Detector

NAC Release

Solenoid

Zone 3: Releasing

Abort

Switch

Symbol Legend:

= SLC Input

= SLC Output

= Panel Input (I/O)



PFC-6075R • 5403594 • Rev C • 2/13

Programming Modules

This sction addrsss how to program optional all P-Link appliancs, including th DACT (UD-1000), RA-6500R, RA-6075R,

CA-6075 Class A xpansion card, LeD-16 annunciators, and othrs.

CA-6075 Class A Converter Module

Th PFC-6075R supports on (1) Class A expandr card.

To add and congure a Class A module:

Slct th1. Class A Card function from th systm panl.

Click th2. Add Device button. Th “Add Device” window displays.

CA-6075 Class A – Add Device WindowFigure 131.

Note: If you attmpt to add mor than on (1) Class A card, an rror dialog box displays, as shown blow:

Unable to Add Dialog BoxFigure 132.

Doubl-click in th3. “SLC Class” eld to slct class typ (A or B).

Doubl-click in th4. “P-Link Class” eld to slct class typ (A or B).



PFC-6075R • 5403594 • Rev C • 2/13

Remote Annunciators (RA-6500R/RA-6500 and RA-6075R/RA-6075)

Th PFC-6075R supports up to thirty-on (31) rmot annunciators in any combination of RA-6500R/RA-6500 and RA-6075R/

RA-6075. each LCD annunciator may b programmd with a uniqu nam to hlp idntify th location of an “off normal”

condition.

To add and congure a remote annunciator:

Select1. Annunciators from systm panl.

Click th2. Add Device button to display th "Annunciator Add Device” window.

Example of the Add Annunciator WindowFigure 133.

Doubl-click in th3. “Name” eld to customiz nam.

Doubl-click in “4. Address” eld to adjust addrss, if ndd.

Rpat stps, as ndd, to continu adding annunciators.5.

LED Annunciators (LED-16)

Th panl supports tn (10) LeD-16s. each LeD annunciator proids sixtn (16) LeDs, which may b assignd to a spcic

zon; whn that zon bcoms acti, th LeD will display th alarm, suprisory or troubl conditions. each LeD annunciator

also proids (5) non-programmabl systm LeDs that annunciat th orall systm condition ( Power, Earth, Silenced,

Alarm, Supervisory and Trouble).


To add and congure a LED annunciator:

Select1. LED-16 from th systm panl.

Click th2. Add Device button. Th “LED-16 Add Device” window displays.

Example of the Add LED-16 WindowFigure 134.



Rpat stps, as ndd, to continu adding LeD-16s.5.



PFC-6075R • 5403594 • Rev C • 2/13

LED Driver (DRV-50)

Th panl supports tn (10) DRv-50s. Th DRv-50 proids up to 50 LeD outputs which may b mappd to any zon. Lik th

LeD annunciator, th LeD drir proids (5) non-programmabl systm LeDs that annunciat th orall systm condition

( Power, Earth, Silenced, Alarm, Supervisory and Trouble). Additionally, th LeD drir has four (4) programmabl suprisd

dry contact inputs.


To add and congure a LED driver:

Select1. DRV-50 from th systm panl.

Click th2. Add Device button. Th “DRV-50 Add” window displays.

Example of the Add DRV-50 WindowFigure 135.



Rpat stps, as ndd, to continu adding DRv-50s.5.

Relay Board (RLY-5)

Th panl supports up to thirty-on (31) Rlay Boards. each RLY-5 proids (5) Form-C rlay outputs which may b

indiidually mappd to any zon.

To add and congure a relay board:

Select1. RLY-5 from th systm panl.

Click th2. Add Device button. Th “RLY-5 Add” window displays.

Example of the Add RLY-5 WindowFigure 136.



Rpat stps, as ndd, to continu adding RLY-5s.5.



PFC-6075R • 5403594 • Rev C • 2/13

Serial Parallel Printer (SPG-1000)

Th SPG-1000 modul allows up to 31 srial and/or paralll printrs to b usd to log systm nts.

Note: Paralll printrs must b connctd to th DB25 (J1) connctor, srial printrs to th DB9 (J2) connection.

To add and congure the SPG-1000:

Select1. SPG-1000 from th systm panl.

Click th2. Add Device button to display th “ Add Device” window.

Example of the Add SPG-1000 WindowFigure 139.


Doubl-click in4. “Address” eld to adjust addrss, if ndd.

Slct th applicabl5. "Parallel / Serial" setting options as dscribd blow:

PARALLEL PRINTERS:

Event Printing Enabled If slctd, systm nts ar loggd to a connctd paralll printr ia th DB25

connector.

Supervise Out of Paper If slctd, th SPG-1000 continuously monitors th connctd printr for an out of

papr condition. Whn this condition occurs, a "Trouble" event is gnratd and is

annunciatd by th panl.

Supervise Off-line This option continuously monitors th connctd printr for an off-lin condition, if

slctd. Whn this condition occurs, a "Trouble" event is gnratd and annunciatd

by th panl.

Off-line time (secs) If this option is slctd, th off-lin tim spcis th amount of tim th condition

must b prsnt bfor a "Trouble" event is gnratd. Dfault tim is 60 sconds.

SERIAL PRINTERS:

Event Printing Enabled If slctd, systm nts ar loggd to a connctd srial printr ia th DB9

connector.

Supervise Port If slctd, th SPG-1000 continuously monitors th connctd printr for th

prsnc of a srial printr; if not connctd, a "Trouble" event is annunciatd.

Baud Rate This option spcis th baud rat usd to transmit data to th connctd printr;

dfault is 9600 baud rate.

Flow Control If slctd, this spcis th ow control mthod whn snding data to th printr.Rfr to spcications of th connctd printr for propr sttings.

Data Bits This option spcis th numbr of data bits usd whn snding data to th printr.

Rfr to spcications of th connctd printr for propr sttings.

Parity This option spcis th parity usd whn snding data to th printr. Rfr to

spcications of th connctd printr for propr sttings.

Stop Bits This option spcis th numbr of stop bits usd whn snding data to th printr.

Rfr to spcications of th connctd printr for propr sttings.

Rpat stps, as ndd, to continu adding and conguring printrs.6.



PFC-6075R • 5403594 • Rev C • 2/13

DACT (UD-1000)

each systm may ha on DACT modul or Digital Alarm Communicator Transmittr. Th DACT proids notication to a

rmot monitoring company whn alarms, troubls and suprisory conditions occur.

Programming options allow you to slct sparat accounts for tst nts and alarm, troubl, and suprisory conditions. You

may st up tlphon paramtrs, such as numbr of rings, whn and whr to snd rports by spcifying phon numbrs and

othr rport output options. An xampl of th Add – Dialer window is shown.

Example of DACT Add-Dialer WindowFigure 141.

Notes:

A daily tst is automatically snt to a rmot monitoring location; th tst tim may b programmd through th1.

General Options program window – “Time to Send Autotest” eld .

If th systm has bn programmd to us a dialr, and two (2) phon lins ar usd, DACT will altrnat btwn2.

lins on ach daily call.

If a DACT (UD-1000) is installd3. and th IP Communicator is programmd, th daily tst call can b snt to both

reporting accounts. (Please refer to Section 7 for more information on the IP Communicator.)

If a DACT is not installd and th IP Communicator is not programmd, th systm will oprat as a local panl.4.

Reporting Accounts

Th “ Reporting Accounts” section is usd to program DACT oprations and to customiz th format of th rporting accounts.

You may choos diffrnt sttings for Alarms, Troubls, and Suprisory conditions. Up to (5) primary and scondary

rporting accounts may b congurd.

Example of Dialer Reporting OptionsFigure 142.

These elds are important! Be sure to

modify # of rings and line prex elds

according to your site's telephone setup!

Refer to procedures on next page.



PFC-6075R • 5403594 • Rev C • 2/13

To add and congure a DACT module:

Slct th1. Dialer function from th systm panl.

Click th2. Add Device button. Th “Add Dialer” window displays.

Example of Add Dialer WindowFigure 143.

In th3. “Phone Line 1 and Phone Line 2” elds, mak any ncssary changs.

Example of Phone Lines OptionsFigure 144.

entr thy number of rings you want th DACT to pickup whn rciing a call.

Note: If you do not chang th dfault from "0", th DACT will never pick up a call!

entr th appropriat lin prx, if any is rquird for your phon lins.y

Example: In th xampl shown abo, th phon lin rquirs that "9" is diald to gt an outsid lin.

Th two ",," (commas) instruct th dialr to paus 2 sconds bfor dialing th rporting account numbrs.

In th4. “Reporting Accounts” section, mak th ncssary slctions for th primary and scondary rporting accounts:

Slct thy Report type(s): Alarms, Troubles, Supervisory

entr th Ay ccounts IDs and Phone Numbers

Slct thy Primary Report By option: Panel, Zone orPoint

Choos thy Primary Format option: CID / SIA

Note: Both SIA-DCS and Admco Contact ID protocols ar supportd.

Example of Report Accounts SetupFigure 145.

The "Primary" account setting

elds are displayed here.

Each "," (comma) creates

a 1-second pause before

the dialer attempts to dial a

reporting account number.



PFC-6075R • 5403594 • Rev C • 2/13

Section 6: PSN-1000 / PSN-1000(E) – Installing, Operating & Programming

Th PSN-1000 and PSN-1000(e) powr supply boards proid powr and communication xpansion capability to th

PFC-6000 sris control panls. Thy proid an lctrically isolatd P-Link rpatr output that supports additional powr

and communications distanc. Th PSN-1000(e)'s largr cabint allows spac for mounting up to six (6) additional P-Link and

xpansion cards (i.e., FIB-1000, etc.).

Board Specications

Cabinet Descriptions

Sixtn (16) gaug sht stl with hingd, lockd doorsy

enclosur dimnsionsy

PSN-1000 – 16" x 17" x 3-7/8" (non-rmoabl door)

PSN-1000(e) – 26" x 17.6" x 3.75" (rmoabl door)

Visual Indicators

LeD indicators (Grn & Ambr)y

Environmental Specications

Mount indoors only.y

Tmpratur 32° to 120°F, humidity 93% non-condnsing.y

vrify panl is proprly groundd.y

Rmo all lctronic assmblis prior to any drilling, ling, raming, or punching of th nclosur. Whn possibl, maky

all cabl ntris from th sids, bottom, or rar of th cabint. vrify that thy will not intrfr with th battris or othr

components.

Th panl must b tstd and maintaind in accordanc with all local and national cods and ordinancs. Rfr toy

Appendix D: PSN-1000/PSN-1000(E) Maintenance and Testing for information on maintnanc and tsting

rcommndations.

Electrical Specications

Plas rfr to th tabl blow for th board's lctrical spcications:

PSN-1000/PSN-1000(E) Board Electrical SpecicationsTable 22:

# NACs Rating per NAC Input Circuits Style and Class

6 3 Amp 1 Amp

Class A or B

NACs ar Powr Limitd

Note: Rfr to th "NACs Wiring" topic locatd in

this sction for Class A wiring rquirmnts.

Wiring Specications

Thr ar sral wiring rquirmnts to considr before conncting circuits to th PSN-1000/PSN-1000(e) board:

1) th circuit sparation, and 2) th wiring typs.

Circuit Separation

Sparations btwn th diffrnt wiring typsy must b maintaind by at last ¼ inch and th wir insulation must b for th

highr oltag.

Th two cabints ha arious conduit knockouts locatd for as of wir installation and allowing th installr to maintainy

powr limitd and non-powr limitd connctions.



PFC-6075R • 5403594 • Rev C • 2/13

Wiring Types

Wiring spcications must b followd to prnt damag and/or othr consquncs.

PSN-1000/PSN-1000(E) Board Circuit Wiring TypesTable 23:

Type of CircuitWiring Type

Voltage Power

AC Connction High voltag Non-Powr Limitd

Battery Connection Low voltag Non-Powr Limitd

Troubl Rlay Low voltag Non-Powr Limitd

Low AC Rlay Low voltag Non-Powr Limitd

Notication Dic Circuits (NACs) Low voltag Powr Limitd

Input Circuits Low voltag Powr Limitd

P-Link RS-485 Connctions Low voltag Powr Limitd

Cabinet Dimensions

PSN-1000(E) Cabinet DimensionsFigure 146.

18.91”

17.60”

2 6 .

0 0

“

2 7 .

3 2

“

4.41

3.75

TOP

RIGHT SIDEDEPTH

LEFT SIDE

DWG #602-21



PFC-6075R • 5403594 • Rev C • 2/13

Cabinet Installation

Th PSN-1000/PSN-1000(e) slids into th guids locatd at th bottom of th panl, and thn scurd with scrws as shown in

th following illustration.

PSN-1000 Panel Installation Showing CabinetFigure 147.

DWG #602-22



PFC-6075R • 5403594 • Rev C • 2/13

Cabinet Wiring Connections

PSN-1000 WiringFigure 148.

DWG #602-23

120VAC 50Hz-60Hz

240VAC 50Hz-60Hz

Connect to separate

unswitched AC circuit

Power limited

wiring

P-Link

Terminals

Non-power limited

relay connection

Non-power limited

battery connection



PFC-6075R • 5403594 • Rev C • 2/13

Rechargeable Battery Circuit

Th battry charging circuit is on th powr supply board proiding trminal connctions to connct th wir lads. Th battry

must b a rcognizd or listd sald lad acid battry or quialnt. It is ratd for 8 to 55 AH battris and will oprat th panl

alarm for at last 24 hours and 5 minuts.

Th battry charging oltag is approximatly 27.3 vDC and th circuit is suprisd. Th maximum battry charging circuit is 1.0

amp DC. Th cabint will hous up to two (2) 18 AH battris.

Battery Circuit Calculation

Bfor slcting th battry, th installr must dtrmin th minimum siz battris for standby and alarm tims dsird for ach

application. If th wrong battris ar installd or incorrct currnt draw usd, th propr standby and minimum alarm tim will not

b prsnt. (Plas us th Battery Calculation Worksheet locatd on th nxt pag to calculat th battry siz and currnt draw

rquird for ach application.)



PFC-6075R • 5403594 • Rev C • 2/13

Notication Appliance Circuits (NACs)

Thr ar six (6) NAC circuits proidd on th PSN-1000/PSN-1000(e) ratd as continuous 3 amps at 24 vDC. Th NAC

circuits may b congurd for Class A or Class B. (Please refer to the Class A and B wiring examples shown in this section.)

Th circuits rrs polarity upon actiation and ar markd accordingly on th board and illustrations.

NAC Wiring

Outputs ar suprisd and rgulatd.•

NAC circuits ar powr limitd.•Typ of NAC output is slctabl, and may b congurd for strob synchronization with Pottr/AMSeCO, Whlock®,•

Gntx®, or Systm Snsor® strob dics. Plas rfr to Pottr documnt “5403592 NAC Compatibility Document”

for this information.

Class-A opration is accomplishd by using a pair of NAC circuits (NAC 1&2, NAC 3&4 and NAC 5&6); this pairing•

proids thr (3) Class A circuits, ach ratd for a continuous 3 amps at 24 vDC.

NAC Maximum Impedance Formula

Th maximum impdanc is a function of th load bing applid to th circuit. In ordr to calculat th maximum impdanc as

follows:


NAC Wiring Congurations

exampls of Class A and B follow.

Class B NAC Wiring ExampleFigure 149.

Notes:


Th panl has ground fault dtction on th NAC circuits. Th impdanc to ground for ground fault dtction is 0 ohms.2.

- I1 + - NAC 1 + - NAC 5 + - NAC 3 + - + A B

5.1k EOL


Notification

Appliance

- I2 + - NAC 2 + - NAC 4 + - NAC 6 + - + A BP-LINK

DWG #602-24



PFC-6075R • 5403594 • Rev C • 2/13

PSN-1000 / PSN-1000 (E) Class A NAC Wiring ExampleFigure 150.

PSN-1000/PSN1000(E) as Releasing Device Circuit

Th rlasing dic circuit is typically a NAC programmd to control a rlasing dic, such as a solnoid or squib. Any of th

PSN-1000/PSN-1000(e) NACs may b programmd as a rlasing circuit. All ar fully suprisd and powr limitd.

PSN-1000 / PSN-1000 (E) Releasing Circuit Wiring ExampleFigure 151.

Note: Whn a PSN-1000/PSN-1000(e) is congurd as a rlasing circuit, th End of Line Diode (EOLD) assmbly

must b installd. Th Pottr eOLD part numbr is 3005012; it must b installd in accordanc with th installation

manual.

DWG #594-16

- I1 + - NAC 1 + - NAC 5 + - NAC 3 + - + A B


ReleasingDevice

End of line device5.1k ohm 1/2W

Part #3005012

Note:

EOL Device shall be installed in the same

electrical enclosure as the releasing device.

DWG #602-25

- I1 + - NAC 1 + - NAC 5 + - NAC 3 + - + A B

Notification

Appliance




PFC-6075R • 5403594 • Rev C • 2/13

Input Circuits

Th panl is quippd with two (2) input circuits, I1 and I2, that ar low oltag, powr limitd, and suprisd. Whn

congurd, th circuits function as dry-contact monitoring circuits.

Note: Ths circuits operate as Class B only. Plas rfr to th gur shown blow.


Maximum allowabl wir lngth is 10,000 ft.•Maximum allowabl wiring rsistanc is 100 ohms.•

Maximum wiring capacitanc is 1 uF.•

Maximum IDC oltag is 24 vDC, and currnt is 15 ma.•

Example of PSN-1000 / PSN-1000(E) Input Circuit – Normal Open Dry ContactFigure 152.

Notes:


Th panl has ground fault dtction on th input circuits. Th impdanc to ground for ground fault dtction is 0 ohms.2.

Th nd of lin rsistor is a 5.1K ohm rsistor.3.

Wiring to Control Panel

Th control panl communicats with and suprviss th PSN-1000/PSN-1000(e) via th main P-Link circuit. This connction

is lctrically isolatd from th rst of th PSN-1000/PSN-1000(e).

P-Link Wiring from Control PanelFigure 153.

- I1 + - NAC 1 + - NAC 5 + - NAC 3 + - + A B

- I2 + - NAC 2 + - NAC 4 + - NAC 6 +

- + A BP-LINK

5.1k EOL


Normally Open

Dry Contact

DWG #602-26

- + A B

P-LINK

P-Link from

Control Panel

DWG #602-27



PFC-6075R • 5403594 • Rev C • 2/13

Repeater Output

Th PSN-1000/PSN-1000(e) rpatr output provids powr which supports additional P-Link dvics, including LCD Annunciators

and/or SLC Loop xpandrs. This is possibl bcaus th P-Link rpatr output rconditions and rpats all P-Link communications.

Rfr to th following gurs for xampls of Class A and B wiring.


PSN-1000 current rating is one (1) amp.y

PSN-1000 oltag rating is 24 vDC.yTh maximum wir lngth is 6,500 ft.y

Wiring is fully suprisd and powr limitd.y

Maximum Wire Resistance Formula

Th maximum rsistanc is basd on th load placd on th circuit. To calculat th maximum wir rsistanc, us th following

formula:

(Total Annunciator Alarm Current) x (Wire Resistance) < 6 Volts

Note: Any connction to ground of 0 ohms will b annunciatd as a ground fault.

P-Link Class B (Repeater) Wiring ExampleFigure 154.

P-Link Class A Wiring ExampleFigure 155.

DWG #602-28

- I1 + - NAC 1 + - NAC 5 + - NAC 3 + - + A B


To the next device

-

+

A

B

Expansion

Device -

+

A

B

ExpansionDevice

- I1 + - NAC 1 + - NAC 5 + - NAC 3 + - + A B


-

+

A

B

ExpansionDevice

-

+

A

B

Expansion

Device

DWG #602-29



PFC-6075R • 5403594 • Rev C • 2/13

Municipal Box Connection

Whn th PSN-1000/PSN-1000(e) is programmd as a municipal box connction, th circuit is powr limitd and suprisd for

opn and short circuit conditions. It also proids a local nrgy connction. Plas rfr to th gur shown blow for a wiring

xampl.


NAC1-NAC6's trip currnt is 3 amps.y

Maximum oltag rating is 24 vDC.y

Notes:

Th panl has ground fault dtction on municipal box connction circuits.1.

Th impdanc to ground for ground fault dtction is 0 ohms.2.

PSN-1000 Congured as Municipal BoxFigure 156.

- I1 + - NAC 1 + - NAC 5 + - NAC 3 + - + A B


Notes:

The EOL device shall be installed in the same electrical

enclosure as the M unicipal B ox.

Municipal

Box

+

-

End of line device

5.1k ohm 1/2W

Part #3005012

Relay Outputs

Th board has two (2) rlay outputs: a ddicatd Trouble relay and a Low AC relay. Th ddicatd Trouble relay is a failsaf

troubl rlay that changs position anytim a troubl condition occurs.

Th rlays ha a contact rating is 24vDC / 3.0A, 125vAC / 3A, and a Powr Factor of 1.0. Ths outputs ar non-power limited

and are not supervised.

Note: If th powr supply is powr-limitd, thn th outputs ar powr limitd.

PSN-1000's Relay OutputsFigure 157.

LOW AC

NC COM NO

TROUBLE

NC COM NO

DWG #602-31

DWG #602-32



PFC-6075R • 5403594 • Rev C • 2/13

PSN-1000/PSN-1000(E) Operations

Th PSN-1000/PSN-1000(e) oprats as a fully intgratd powr xpandr. Th input circuits and/or NAC circuits ar congurd

in th sam mannr as any input circuit or NAC circuit in th systm. Circuit functions and zon assignmnts ar dnd using

th systm softwar.

Status LEDs

Th PSN-1000/PSN-1000(e)'s status LeDs communicat systm conditions by illuminating and/or ashing th applicabl green

or amber indicators. Ths ar dscribd in th tabl shown blow.

PSN-1000/PSN-1000(E) Status LEDsTable 24:

LED Type LED Color/Action Description

AC Powr Stady Grn ON = AC prsnt; OFF = AC not prsnt

Low BatteryStady/ Flashs

Ambr

OFF = No Fault; Flashing = Low Battry conditions

ON = Battry Chargr Failur

Note: Th PSN-1000 transfrs from AC to battry instantly upon AC failur or

brownout. Th troubl rlay on th panl will indicat th low AC condition aftr th

Low AC Rport Dlay has lapsd.

earth Fault Flashing Ambr Indicats that an arth fault is dtctd.

Comm. 1 Flash Grn Flash indicats succssful communication with th NAC control board.

Bulk Comm. Flashing Grn Flash indicats succssful communication with th bulk supply board.

RPTR Comm. Flashing Grn Indicats whn P-Link rpatr communications ar occurring.

Main Comm. Flashing Grn Flash indicats whn P-Link commands ar rcid from th control panl.



PFC-6075R • 5403594 • Rev C • 2/13

PSN-1000/PSN-1000(E) Programming

Th panl can b programmd to support up to thirty-on (31) PSN-1000/PSN-1000(e) Powr expandrs. each powr supply

proids six (6) NAC circuits (3A max), and two (2) dry contact input circuits. Both Class A and B congurations ar supportd;

howr, Class A rquirs that NAC circuits ar paird as follows: NAC 1&2, NAC 3&4 and NAC 5&6, thus proiding thr (3)

Class A circuits.

Adding a Power Supply

To add and congure a power supply:

Slct th1. Power Supply function from th systm panl. Th "Add Device" window displays.

Example of Add Power Supply WindowFigure 158.

Click th2. Add Device button to create a new power supply.

Example of Add Power Supply WindowFigure 159.

Congur th powr supply, as ndd:3.

Doubl-click in thy “Name” eld to chang th dfault nam.

Doubl-click in thy “Address” eld to ntr a diffrnt addrss.

Click on thy "Class" drop-down arrow to slct Class A for th rpatd P-Link circuit.

Example of Power Supply "Class for P-Link" OperationFigure 160.

Power Supply

default name.

Click here to select

Class "A" for the

repeated P-Link circuit.



PFC-6075R • 5403594 • Rev C • 2/13

Notes:

If a powr supply is Class A, slct th applicabl NACs (NAC 1/2, NAC 3/4 or NAC 5/6).y

If a powr supply is Class B, programming is compltd.y

Class-A opration may b indpndntly slctd for th P-Link rpatr output and any of th NAC circuit pairs.y

Rpat stps, as ndd, to continu crating or adding additional powr supplis.4.

Deleting a Power Supply

To delete a power supply:

Slct th1. Power Supply function from th systm panl to display all currnt powr supplis.

Example of Power Supply WindowFigure 161.

Note: The Internal Power Supply may not be deleted as indicated by the message in the following dialog box.

Example of Dialog Box - Showing Internal Power Supply Cannot Be DeletedFigure 162.

Click anywhr in th powr supply's lin itm, thn click th2. "Delete Device" button.

Tip: You may dlt mor than on powr supply in on stp by rst slcting a range or group using Window's SHIFT

CLICK or CTRL CLICK mthods, rspctily.

Click anywhere in power

supply's line to select it.



PFC-6075R • 5403594 • Rev C • 2/13

Section 7: IP Communication

Th systm's built-in, on-board IP Communicator proids notication to a rmot monitoring company whn alarms, troubls,

and suprisory conditions occur. Th IP Communicator is usd with an IP capabl Sur-Guard rcir by mans of th Fibro

protocol.

Note: Th UD-1000 or DACT may also b installd to proid notication to a rmot monitoring company ia

tlphon lins.

Programming options allow you to slct accounts for tst nts and alarm, troubl, and suprisory conditions. You may st up

IP paramtrs, such as whn and whr to snd rports by spcifying IP addrsss and othr rport output options. An xampl of

th Add – IP Communicator window is shown blow.

Example of the IP Reporting WindowFigure 163.

Notes:

A daily tst can automatically b snt to a rmot monitoring location; th tst tim may b programmd through th1. General Options program window – “Time to Send Autotest” eld.

If th systm has bn programmd to us th IP Communicator2. and th UD-1000, th daily tst call can b snt to both

reporting accounts.

If th IP Communicator is not programmd and th UD-1000 is not installd, th systm will oprat as a local panl.3.

Whr th r alarm transmittr is sharing on-prmiss communications quipmnt, th shard quipmnt shall b4.

UL listd.

Scondary powr shall b proidd for all quipmnt ncssary for th transmission and rcption of alarm, suprisory5.

and troubl signals at th protctd prmiss.

Scondary powr shall b proidd for all quipmnt ncssary for th transmission and rcption of alarm, suprisory6.

and troubl signals at th suprising station.



PFC-6075R • 5403594 • Rev C • 2/13

Programming the IP Communicator

IP Reporting Accounts

Th " IP Reporting Accounts" section is usd to program th IP Communicator oprations and to customiz th format of th

rporting accounts. You may choos diffrnt sttings for Alarms, Troubls and Suprisory conditions. Up to (5) primary or

scondary accounts may b congurd.

To add and congure a IP Dialer:

Select1. IP Dialer from th systm panl, and click th Add IP Reporting button.

Th " IP Reporting" window displays.

Example of the IP Reporting WindowFigure 164.

In th2. Reporting Method Priority ld slct th applicabl priority.

Primaryy – IP Rporting account is usd as th rst path of communication to th rmot monitoring station.

Secondaryy – IP Rporting account is usd as th altrnat path of communication to th rmot monitoring station.

In th3. Panel UDP Port eld , click to ntr an ingoing and outgoing UDP Port. Th UDP or User Data Protocol is th

pathway for which data is snt and rcid btwn th panl and th rmot monitoring station.

Note: Th dfault UDP Port is 3060; howr, an altrnat port numbr may b usd. Chck with your Ntwork

Administrator to dtrmin if an altrnat port numbr for FACP IP Rporting should b assignd.

In th "4. IP Reporting Accounts" section, mak th ncssary slctions for th primary and scondary rporting accounts:

Slct thy Report type(s): Alarms, Troubles, Supervisory

Click on thy Report By drop-down arrow to choos an option: Panel, Zone or Point

Click on thy Primary / Secondary Account Settings expand ellipsis icon to display additional stup options, as

shown blow:

The expand ellipses

icon displays all Primary /

Secondary account setting

elds.



PFC-6075R • 5403594 • Rev C • 2/13

Example of Primary Account Settings "Expanded" WindowFigure 165.

Notes:

– Us th scroll bar to display additional lds if not shown on right.

– Click th collapse icon at any time to hid th account stting lds.

entr th Ay ccount ID.

Slct th applicably Primary Format option: CID / SIA

Click in thy Report Test Events selection box to snd Test signals to this account.

Doubl-click in thy Receiver IP eld and ntr th IP addrss proidd by th rmot monitoring station.

Click on thy Protocol drop-down arrow to select Fibro.

Note: Fibro communications is usd with th Sur-Guard rcir.

Doubl-click in thy UDP port eld to ntr th Primary/Secondary port number as proidd by th rmot

monitoring station.

Note: Th UDP port numbr is th pathway for data which th rcir rcis from th systm panl and snds to th

system panel.

Doubl-click in thy Supervision Interval eld to adjust th amount of tim (in seconds) that th panl's IP

Communicator will snd a suprision signal to th rmot monitoring rcir.

– Dfault stting is 20 sconds.

– Contact th rmot monitoring station to rify th corrct stting. Th rcir is programmd with a spcic

window of tim to "s" th suprision signal. If th suprision signal is not sn within th programmd tim, th

receiver generates a Trouble signal aftr six (6) faild communication attmpts.

Doubl-click iny Encryption Key to ntr an applicabl numbr as proidd by th rmot monitoring station.

Click on thy Encryption Method drop-down arrow to slct 128 bit, if applicabl.

Note: If th encryption Mthod is st to " None", thn an encryption Ky is not ndd.

Click on th5. collapse icon to hid th account stting ld whn nishd.

Reminder: Click th expand ellipsis icon to riw or modify th account sttings at any tim.

Rpat stps for ach Primary / Scondary rporting account or to dit an account.6.

Click here to collapse

additional elds.


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PFC-6075R • 5403594 • Rev C • 2/13

Appendix A: Basic Operating Instructions

Ths instructions must b framd and displayd nxt to th PFC-6075R panl in accordanc with NFPA 72 r cod for Local

Protctd Fir Alarm Systms. Tst th systm in accordanc to NFPA 72.

Button FunctionsTable 25:

Button Function

ACK

Arrows

Drill

Esc

Reset

Silence

Operating InstructionsTable 26:

Operation Task

Silnc Alarms, Troubls Prss th SILENCE pushbutton.

Acknowldg Alarms,

TroublsPrss th ACK pushbutton.

Rst Alarms Prss th RESET pushbutton.

viw Alarms, Troubls Press arrows to iw alarms / troubls.

Conduct a Fir Drill Prss th DRILL pushbutton; prss th RESET button to xit Drill mod.

viw Point’s Status

Press• ENTER to display th Main Menu.

Press• 5 – System Tools; ntr panel’s code.

Press• 2 – Point Control.

Scroll• Up/Down to choos Internal SLC / PWR , and prss ENTER.

Enter• Addr / Ckt No. and prss ENTER .

Press• Up/Down to iw prious / nxt points.

Chck Dtctor Snsitiity

Press• ENTER to display th Main Menu.

Press• 5 – System Tools; ntr panel’s code.

Press• 1 – SLC Tools.

Press• 1 – SLC Pinpoint.

Enter• Addr #, press ENTER ; dtctor addrss and typ displays.

Press• ENTER to display currnt usag.

Press• Up to display Day/Night Sensitivity settings.

Press• Up / Down to scroll through point’s day / night snsitiity sttings.


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PFC-6075R • 5403594 • Rev C • 2/13

Appendix B: Modem Connectivity Setup

If your computr uss a modm for connctiity to th panl, choos th Options – Communications menu option. This

inols choosing “Modm” as th transfr mdium, and spcifying th modm com port. In rar instancs, a modm may also

rquir an initialization string. Rfr to your manufacturr’s instructions for this information.

To setup a modem:

Select1. Options – Communication. Th "Communication – Options" dialog box displays.

Example of Modem Communication SetupFigure 166.

Click in “2. Default Transfer Medium” eld and slct “modem”.

Click in “3. Modem Com Port” eld t o slct th applicabl com port. If rquird, ntr th initialization string.

Example of Com Port Modem SetupFigure 167.

Click4. OK to sa changs.


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PFC-6075R • 5403594 • Rev C • 2/13

Appendix C: System Maintenance and Testing

Acceptance Test

Th control panl is rquird to b installd in accordanc with local and stat building cods and NFPA 72 ( National Fire Alarm

Code). At th conclusion of ach original installation or modication of this systm, th control panl and rlatd systm is

rquird to b inspctd and tstd in accordanc with NFPA 72 to rify complianc with th applicabl standards.

Tsting should b conductd by Pottr factory traind r alarm tchnician(s) in th prsnc of a rprsntati of th Authority

Haing Jurisdiction (AHJ) and th building ownrs rprsntati. Rfr to NFPA 72 (National Fire Alarm Code), Inspection

Tsting and Maintnanc.

Periodic Testing and Service

Priodic tsting and maintnanc of th control panl, all initiating dics, all notication appliancs and any othr associatd

quipmnt is ssntial to nsur th systm will oprat as dsignd in mrgncy situations. Sric and tst th control panl

according to th schduls and procdurs outlind in th following documnts:

NFPA 72, Inspction, Tsting and Maintnanc.•

Sric manuals and instructions for any and all priphral dics installd in th systm. It is ry important that any and•

all troubl conditions (or faults) b corrctd immdiatly.

Operational Checks

During intrim priods btwn formal tsting and at rgular intrals th control systm should b subjctd to th following

oprational prformanc chcks. Th Authority Haing Jurisdiction (AHJ) should b consultd for rquirmnts on frquncy ofsystem testing.

Chck that th grn AC powr LeD is lit.•

Chck that all ambr LeD’s ar off.•

Using th systm mnus, prform a Lamp Tst function. vrify that all LeD’s and LCD sgmnts oprat.•

Bfor procding: (1) Notify th r dpartmnt and th cntral alarm rciing station if transmitting alarm status•

conditions; (2) Notify facility prsonnl of th tst so that alarm-indicating dics ar disrgardd during th tst priod;

and (3) Whn ncssary, bypass actiation of alarm notication appliancs and spakrs (if installd) to prnt sounding of

evacuation signals.

Actiat an input dic (• i.e., manual station, heat or smoke detector ), and chck that all notication appliancs function.

Notify Fir Dpartmnt, cntral alarm rciing station and /or building prsonnl whn nishd with tsting th systm.•

Th tst of ground fault must b masurd in blow 10k ohms impdanc.•

AC Fuse

Th control panl has on fus on th board for th AC powr or currnt protction. Th AC fus is ratd at 8A 250vAC Tim-

Lag and scrnd onto th main board as F1.

Battery Maintenance

Th systm has bn dsignd to us maintnanc-fr sald lad acid battris. Ths sald lad acid battris do not rquir

any additional watr or lctrolyt. Th systm will kp all battris fully chargd by th systm's powr supply moduls oat

chargr. A typical dischargd battry will rcharg at 1.0 A and rachs th oat oltag of 27.3 vDC within 48 hours. Th battry

is to rmain in th cabint with nothing on or around th battris.

Replacement and Testing Recommendations

Th battris ar to b rplacd at last onc ry four yars or mor frquntly if spcid by local AHJ and manufacturr

rcommndations. Battris should b datd at th installation. Minimal rplacmnt battry capacity displays on th control

panl marking labl. Th battris ar rquird to b UL Rcognizd battris with a dat of manufactur prmanntly markd

on th battry. Th battry is to b tstd at last annually and if th battry is showing signs of failur, it should b rplacd.

Immdiatly rplac a damagd or laking battry, and always rplac battris in pairs.

Proper Handling / First Aid Procedures

In th nt a battry laks and contact is mad with th Sulfuric Acid, immdiatly ush ys and/or skin with watr for at•

last 15 minuts. Watr and houshold baking soda proids a good nutralizing solution for Sulfuric Acid.

If Sulfuric Acid maks contact with ys, sk immdiat mdical attntion.•

ensur propr handling of th battry to prnt short-circuits.•

Tak car to aoid accidntal shorting of th lads from uninsulatd work surfacs, tools, jwlry and coins.•

If a battry is shortd, th battry and any connctd quipmnt may b damagd. Additionally, a short may injur prsonnl•


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De-Energize Unit Prior to Servicing!

Appendix D: PSN-1000/PSN-1000(E) Maintenance and Testing

Th powr supply board has on fus on th board for th AC powr or currnt protction.

Th AC fus is ratd at 8A 250vAC Tim-Lag and scrnd onto th main board as F1.

Th battris ar to b rplacd at last onc ry four yars. Th battris ar rquird to b UL rcognizd battris with a dat

of manufactur prmanntly markd on th battry. Th battry is to b tstd at last annually and if th battry is showing signs

of failur, it is to b rplacd.

Th battry is to rmain in th cabint with nothing on or around th battris. Only proprly sizd sald lad acid battris

ar to b usd with th control panl. Us of anothr battry or not proiding th propr claranc may rsult in a r or an

xplosions.

Th PSN-1000 is rquird to b installd in accordanc with local and stat building cods and NFPA 72 (National Fir Alarm

Cod).

Th PSN-1000 and rlatd systm is rquird to b inspctd and tstd in accordanc with NFPA 72.


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Appendix E: Compatible Devices Table

This sction proids a listing of all NAC appliancs, two-wir (2-wir) smok dtctors, rlasing and SLC circuit dics,

optional moduls, and othr dic compatibilitis.

Device / Modules CompatibilitiesTable 27:

Module/Device Compatibilities

NAC Appliancs Rfr to Pottr documnt “5403592 NAC Compatibility Document”.

Two-Wir (2-Wir) Smok Dtctors Non listd with th control panl; all dics listd th Conntional Input Zon Modul

(CIZM), plas rfr to CIZM Installation Sht.

Rlasing Circuit Dics

(all 24 vDC Dics, only on dic

per circuit)

FM200 elctric val Actuator – 18481

Minimax MX1230 and MX200 with Minimax 8876677 and 889323

Nohmi – Koatsu R85M14, R85M10-N

Skinnr – 73218BN4UNLvNOC111C2

Skinnr – 73212BN4TNLvN0C322C2

TLX PA0036

victaulic – 753-e Sris

viking – 11591, 11601, 11602, 13843 and 13844

SLC Dics

PSA – Photolctric Smok Dtctor

PSHA – Photolctric/Hat Smok Dtctor

FHA – Fixd Tmpratur Hat Dtctor

RHA – Rat of Ris/xd Tmpratur Hat Dtctor

AIB – Addrssabl Isolator Bas

ARB – Addrssabl Rlay Bas

ASB – Addrssabl Soundr Bas

APS – Addrssabl Pull Station

MCM – Miniatur Contact Modul

SCM-4 – Singl Contact Modul

DCM-4 – Dual Contact Modul

TRM-4 – Twin Rlay Modul

MOM-4 – Monitord Output Modul

CIZM-4 – Conntional Input Zon Modul

SCI – Short Circuit Isolator

DACT/DACR (UD-1000)

UD-1000 DACT – Th DACT transmits in Admco Contact ID and Scurity Industris

Association’s Digital Communication Standards (SIA-DCS). each account may b

congurd for Contact ID or SIA-DCS indpndnt of th othr account’s stting.

Thrfor, som account(s) could b Contact ID and othrs could b SIA-DCS or ic

rsa. Similarly, accounts could b th sam rporting typ.

ReceiversSilnt Knight Modl 9500/9800 (Admco MX8000)

Sur-Gard Systm III – SG-DRL3 (POTS Lin Card), G-DRL3-IPCA (Ntwork Lin Card)

RS-485 Dics

RA-6500R / RA-6500 – LCD Rmot Annunciator

RA-6075R / RA-6075 – LCD Rmot Annunciator

PSN-1000(e) – Intllignt Powr Supply expandr

LeD-16 – LeD Annunciator

DRv-50 – LeD Drir

RLY-5 – Rlay Board

FCB-1000 – Fir Communications Bridg

FIB-1000 – Fibr Intrfac Bridg

SPG-1000 – Serial/Parallel Gateway

Class A expandr CA-6075 Class A expandr

Printers Kltron 90 Sris Fir Alarm Printr or othr UL Listd r alarm printr (Ancillary).


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Appendix F: Troubleshooting Tips

This sction proids basic rror mssags, thir dscriptions and rcommndd actions for ach condition.

TroubleshootingTable 28:

Error Message Error Description/Action

Kypad “##”: MissingTh panl is not abl to communicat with th annunciator.

Action: Check wiring and programming.

SLC “##”: TYPe eRR Dic is not programmd for th corrct function.

Action: Program device for correct function.

SLC “##”: XTRA DevFACP found a non-programmd dic.

Action: Run LEARN or program specic device.

SLC “##”: DUP ADDR FACP found multipl dics with th sam addrss.

Action: Manually reassign address of one of the devices.

SLC LOOP SHORTeDThr is a short on th SLC loop wiring.

Action: Locate short and repair accordingly.

NAC “##”: OPeNThr is an opn on th wiring.

Action: Locate open and repair accordingly.

NAC “##”: ShortdThr is a short on th Notication Circuit’s wiring.

Action: Locate short and repair accordingly.

SLC 1: MissingTh panl is not abl to communicat with a dic.

Action: Check device is currently operating and/or connect device to SLC loop.

SLC “##”: OPeN/PWR

Monitord Output Modul is missing 24 vDC connction.•

Action: Check for 24 VDC to the device.

Back up battris ar missing or nd to b rplacd.•

Action: Connect or replace batteries as needed.


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Appendix G: Control Panel Menu

5=System Tools

3=SLC Addr Prog

1=Single Device 2=Mltp Device

Ethernet Options1=DHCP Settings2=Default IP 3=Default Gateway 4=Default Subnet 5=Alternate IP 6=Alt. Gateway 7=Alt. Subnet Esc=Exit

7=Data Transfer

Select Data 1=Remote Access 2=E-mail Det Stat 3=E-mail History 4=E-mail Confg 5=E-mail Test 6=Server Status Esc=Exit

1=SLC Tools 2=Point Control 3=Ethernet Status 4=DACT Test 5=DACT Reset 6=Erase History 7=Lamp Test 8=App Revisions

6=Programming

1=Username2=Password Esc=Exit

1=LEARN Mode 2=Panel Default 3=IP Settings 4=Dt ID/Pswd 5=Prog ID/Pswd Esc=Exit

Esc=Exit

MAIN MENU

1=SLC Pinpoint2=SLC Stats

TIP: To save time, enter the menu selectionnumber on the keypad to select a function. Forexample, press “3” to select “Set Date/Time”from the Main Menu.

4=Walk Test2=Enable/Disable

MAIN MENU

1=View History 3=Set Date/Time

1=By Point 2=By Zone

Select DeviceInternal SLCInternal PWR

Zone 11=Disable Inputs2=Disable Outputs



Normal Standby Th grn AC POWeR LeD will b illuminatd and th usr dnd mssag on th LCD will b displayd. If

th AC powr is rmod for mor than 5 sconds, th grn AC powr LeD will xtinguish.

Acknowledging Off normal nts ar acknowldgd by prssing th ACK ky whil riwing nts. Aftr all nts ha bn

acknowldgd, th buzzr will dactiat and th associatd LeD will stop ashing and rmain on continuously.

During Positi Alarm Squnc opration th “ACK” ky must b prssd within 15 sconds of th alarm

initiation to actiat th instigation timr.

Alarm Condition Th rd ALARM LeD will b illuminatd anytim an alarm is occurring in th systm. Th LCD will display th

numbr of inputs in alarm, and th buzzr will b actiatd. Th buzzr will rmain acti until all alarms ha

bn acknowldgd, or until th Silnc ky is prssd.

Silencing Alarm Whn th systm is in Alarm, th notication circuits (strobs and horns) can b shut off by pushing th SILeNCe

button.

Resetting Alarm Aftr th condition that causd th alarm has bn idntid and corrctd, th systm may b rst to th Normal

Standby by prssing th ReSeT button.

Supervisory Condition Whn a suprisory condition is dtctd, th ambr SUPeRvISORY LeD will illuminat and th buzzr will

sound. Th LCD display will indicat th numbr of suprisory nts that ar acti. Th local buzzr will

sound until all suprisory nts ha bn acknowldgd.

Restoring Supervisory

Condition

If th Suprisory condition is non-latching, onc th dic is rstord to th normal condition, th suprisory

nt will clar. If th suprisory condition is latching, th dic that was actiatd must b rstord and th

ReSeT prssd.

Trouble Condition Whn a fault condition occurs, th ambr TROUBLe LeD will illuminat and th local buzzr will sound

until th fault is rmod or th ACK button is prssd acknowldging th troubl condition. If th buzzr is

acknowldgd and th fault is not rmod within 24 hours, th buzzr will rsound.

Silencing Trouble(s) Whn a troubl is occurring, th local buzzr will sound until ithr all troubls ha bn acknowldgd or th

SILeNCe button is prssd.

Ground Fault Whn a conductor contacts and arth ground, th ambr eARTH FAULT LeD will illuminat and th LCD

display will proid furthr information of whr th fault is locatd.

Pre-Release Th ambr Pr-Rlas LeD will illuminat whn th systm is in a count down timr for an agnt rlas.

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