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SILENT KNIGHT MODEL 5207

1. Earth Ground O ALARM MEMORY n 5 SILENCED TROUBLE upervised Phone Line upervised Phone Line wie DC O SETARE Roax _Dialer Failed _ TOUCHPAD 12VDC 100mA Max TB6 S ete bo oeol Active Low 26 on at 5 E En m 47 Stat Model 4180 atus ili Fower limited circuits ooo Auxiliary Relays d Statue 46 Pa 25 Q24V0C Resistive Ground 7 Class A Style tones S 1 TB1 TB 45 Relay 1 Zones 1 2 1 2 5 44 H js eA N O initiating devices 8 4 43 only Max of five _ Class A style D waterflow devices per D 42 OH Relay 2 zones do not zone as per NFPA 72 5 Ad T support smoke Maximum Loop 41 duct detectors Resistance 100 Ohms S 6 40 z D 7 5 39 Relay 3 Class B Style A 8 a 38 Supervised Zones 8 9 Zones 3 8 TB2 S 37 Q7 Ground 10 8 36 A Relay 4 Supervised PAM T Supervised 2 wire D 1144 35112 Notification smoke E Circuits detectore Q 12x 34 Max loop D 13 33 resistance Wa of 30 Ohms S 14 Smoke 32 0 15 Terminale F 31 S 16 52 TB4 30 17 29 ba 5230 Quick 19 onnect 27 smoke 20 TB2 Devices connected detectors LJ to
2. Manufacturer Model Type Faraday 5373B 0 14 24 DC 8 Tone Horn Strobe flush Faraday 5374B 0 14 24 DC 8 Tone Horn Strobe surface Faraday 5375B 0 4 24 DC 8 Tone Horn Strobe ceiling Faraday 5376B 0 14 24 DC 8 Tone Horn Strobe flush Faraday 5377B 0 14 24 DC 8 Tone Horn Strobe surface Faraday 5378B 0 4 24 DC 8 Tone Horn Strobe ceiling Faraday 5405B 0 14 24 DC Sync Control Unit Faraday 5508B 14 24 DC Single Gang Sync Strobe flush Faraday 5521 14 24 DC 4i Square Sync Strobe surface Faraday 5522B 14 24 DC 4i Square Sync Strobe flush Faraday 6126B U 14 24 VDC Horn Strobe Faraday 6223B 0 14 24 DC Horn flush Faraday 6224B 0 14 24 DC Horn surface Faraday 6225B 0 4 24 DC Horn ceiling Faraday 6226B 14 24 DC Horn Strobe flush Faraday 6227 B 14 24 DC Horn Strobe surface Faraday 6228B 4 24 DC Horn Strobe ceiling Faraday 6243B 0 14 24 DC Electron Mechanical Horn flush Faraday 6244B 0 14 24 DC Electron Mechanical Horn surface Faraday 6245B 0 4 24 DC Electron Mechanical Horn ceiling Faraday 6246B 14 24 DC Electron Mechanical Horn Strobe flush Faraday 6247B 14 24 DC Electron Mechanical Horn Strobe surface Faraday 6248B 4 24 DC Electron Mechanical Horn Strobe ceiling Faraday 6300B 0 14 24 DC Mini Horn flush Faraday 6301B 0 14 24 DC Mini Horn surface Faraday 6302B 4 24 DC Mini Horn ceiling Far
3. 7 11 Step 12 Low AC HOUS x2 eee o eg re aE QUADRAT E hae de e oaa 7 11 Step 13 Number of Rings EROS urea n RD Ne Em 7 11 Step 14 Report to Telephone Numbers 00 ccc n 7 12 Step 15 Computer Phone Number unnan eaer 7 13 Step 16 Central Station Phone Numbers 7 13 Step 17 Central Station Account Numbers 5 5 7 13 Step 18 Dialer Format and Number of Attempts 7 14 Step 19 Telephone Line to Use for Accounts 7 14 St p 20 Duration of Delays ee a Pe RP Cea ete 7 15 Step 2 1 Test Time eon a race AA ate s Ps o ae es hed ied e 7 16 Step 22 Secret Codes v soe oe A RM PE ae DH ee 7 16 Step 23 Group Relays and Bells 0 0 ccc ent e 7 17 Step 24 Alarm Relays and Bells by 7 7 19 9tep 25 Zone Aere cR E an and RE VN ERE RC RP CENA 7 20 Step 26 Zone Location Descriptions 0 cee etc n 7 21 Steps 27 and 28 Temporal Patterns 0 ccc n 7 22 150865 Section 8 ited ence ae thea a eee ce en a 8 1 8 1 Notes for All Formats eerte etes ocho ade a nee een E RUE Ca et 8 1 8 2 SIA Format Printed Messages 0
4. 2 3 4 5 6 7 8 9 10 11 2 3 Class A 4 zone Circuit ground 5 Sensors connected to Class B zone Initiating circuit voltage range 15 2 26 9 VDC To any 5207 Loop Power Terminals 12 15 or 18 TB2 Figure 4 14 Connecting Class B Style A Sensor to Class A Style D Panel 4 14 150865 Compatible Product Installation 4 12 Supervised Notification Appliance Outputs Note To reduce the possibility of false alarms and transient damage DO NOT bundle telephone wires together with notification circuit wires The 5207 provides four supervised notification circuit outputs to annunciate alarm conditions For proper operation you must use polarized sounding devices with a 4 7k ohm end of line resistor on each loop Figure 4 15 shows how to connect the notification circuits to the 5207 Notification 34 VJ Device lt 4 7k EOL 1 33 Notification 32 V Device lt 1 4 A 4 7k EOL 31 Notification _ 30 Device lt 4 7k EOL 29 Notification s 28 Device lt 31 4 7k EOL 4 EE 1A max for each notification output Figure 4 15 Supervised Notification Appliance Wiring See Appendix A for a list the UL sounding appliances that can be used with the 5207 Contact Silent Knight if you have any questions about compatible notificatio
5. example continued on next page 150865 7 17 Model 5207 Fire Control Communicator Installation and Operation Manual 7 18 Display Description Step 23 continued 2 Fire condition relays bells are programmed in Step 23 4 a Press 5 to select Bell 1 b Press 6 to select Bell 2 c Press 7 to select Bell 3 d Press 8 to select Bell 4 Your LCD would appear as shown below 3 Trouble condition relays bells are programmed in Step 23 5 a Press 1 to select Relay 1 b Press 2 to select Relay 2 c Press 5 to select Bell 1 d Press 6 to select Bell 2 Your LCD would appear as shown below Pre Alarm Relays and Bells 1 4 Relays that will activate during a pre alarm condition 5 8 Bells that will activate during a pre alarm condition Note Relays or bells selected as Pre alarm will not activate during a test Tamper Alarm Relays and Bells 1 4 Relays that will activate during a tamper alarm condition 5 8 Bells that will activate during a tamper alarm condition Special Auxiliary Alarm Relays and Bells 1 4 Relays that will activate during a special alarm condition 5 8 Bells that will activate during a special alarm condition Note If Sprinkler zone types are used do not connect audible devices to Special Alarm relays Fire Alarm Relays a
6. 150865 Manufacturer Model Type Wheelock LSP 24 HFR Remote Strobe Wheelock LSM 24 VFR Remote Strobe Wheelock LS1M 24 VFR Remote Strobe Wheelock LS3M 24 VFR Remote Strobe Wheelock LSPM 24 VFR Remote Strobe Wheelock MS 24 VFR Remote Strobe Wheelock MS1 24 VFR Remote Strobe Wheelock MS3 24 VFR Remote Strobe Wheelock MSP 24 HFR Remote Strobe Wheelock MB G6 24 R Motor Bell Wheelock MB G10 24 R Motor Bell Wheelock MBS G6 24 W HF R Motor Bell with Strobe Wheelock MBS G10 24 W HF R Motor Bell with Strobe Wheelock MIZ 24 R Mini Horn Wheelock MIZ 24 W Mini Horn Wheelock MIZ 24 LS VFR Mini Horn Strobe Wheelock MIZ 24 LSM VFR Mini Horn Strobe Wheelock MIZ 24 MS VFR Mini Horn Strobe Wheelock MIZ 24 HS W HFR Mini Horn Strobe Wheelock MIZ 24 IS VFR Mini Horn Strobe Wheelock MIZ 24 WS VF R Mini Horn Strobe Wheelock MIZ 24 WS VF W Mini Horn Strobe Wheelock MIZ 24 WH VF W Mini Horn Strobe Wheelock MIZ 24 WM VF W Mini Horn Strobe Wheelock MT 12 24 R Strobe Horn Wheelock MT 24 LS VFR Strobe Horn Wheelock MT 24 LSM VFR Strobe Horn Wheelock MT 24 MS VFR Strobe Horn Wheelock MT 24 IS VFR Strobe Horn Wheelock MT 24 SL VFR Strobe Horn Wheelock MT 24 SLM VFR Synch Multitone Strobe Wheelock MT 24 WM Strobe Wheelock MT 24 WM VF R Horn Wheelock MT 24 WM VFR Horn Wheelock RS 2415 HFR Strobe Wheelock
7. Bell3 30 Bell3 29 GND 24V Bell4 28 2 6 Bell4 27 r limite Connections in this Example 3158 Term 1 2 to Keltron Receiving Equipment 3158 Term to Earth ground Keltron 3158 Term 5 to 5207 Term 26 Receiving 3158 Term 6 to 5207 Term 25 Equipment 3158 Term 7 to 5207 Term 27 3158 Term 8 to 5207 Term 40 amp 42 3158 Term 9 to 5207 Term 29 3158 Term 10 to 5207 Term 30 5207 Term 28 to 5207 Term 39 amp 41 Figure 4 9 Wiring the Keltron 3158 to the 5207 150865 4 9 Model 5207 Installation and Operation Manual 4 9 Model 5230 Remote Annunciator The 5230 performs all system operation It also provides trouble and alarm information and can be used for programming 4 9 1 Setting ID Codes Before permanently installing the Model 5230 Remote Annunciator you must first set its identification codes Each annunciator to be supervised must be given its own identification codes The ID numbers must start at 1 and progress sequentially to 7 7 annunciators max Upon initial power up the address of each annunciator is displayed Annunciators with address 0 will not be supervised On the back of each annunciator is a small 4 position dip switch used to set the ID code Use the chart below to determine the dip switch positions for each possible ID code Table 1 1 Model 5230 Dip Switch Settings Switches ID Number 1 2 3 4 0 Up Up Up Up 1 Down
8. ees 5 5 522 Walk Test Mode 22 sg APER e ART 5 6 5 2 3 Automatic Self Test e hie Seats Dees IRAE os RU Sora 5 6 5 3 Watchdog Circuit o Sepe Seu eg etd 5 6 Section 6 Programming Quick Reference 6 1 Section 7 Programming Step by Step Complete Reference 7 1 7 1 Using St p Programming URDU ele DUREE WERE 7 1 7 1 Programming Examples rr 7 3 7 2 Step Programming Options ER a He PUER eb ee Bee 7 4 Step T Power Up Clear oe ek ee aS EIE E P et ien NATUS 7 4 Step 2 Device Enables 7 4 Step 3 More System teen teen eens 7 5 Step A Display Rate a2 otek ect ace ethics Ok UP he oceans taba awe 7 5 Step 5 Miscellaneous Options e ene t teen eens 7 6 Step 6 Internal Zone Options eeir ean e e e 7 6 Step 7 External Zone Options 0 eh ete 7 9 St p 8 Number of Zones ce ev tb ORE oe a es Wie ERU es 7 10 Step 9 Dialer Options o 2 ees EET tel aes can Unt mentem eA 7 10 Step 10 Total Number of Attempts 0 cence n 7 11 Step 11 Number of Events Before Dialer
9. 1 Remove the rear mounting plate by inserting a 4 flat blade screwdriver into the slots on the bottom edge of the annunciator Gently turn the screwdriver until the mounting plate pulls away from the frame 2 Secure it to the wall using 6 or 8 screws The mounting plate should be oriented so that the word TOP is toward the top of the plate and facing you A square hole is provided in the mounting plate to run the wiring to the annunciator 3 When all of the wires have been connected to the annunciator set the top of the annuncia tor over the tabs on the top of the mounting plate Make sure the wires do not get pinched between the frame and the mounting plate Press each corner of the bottom side onto the annunciator mounting plate until you hear it click You may have to gently squeeze the annunciator top to bottom to align it while snapping the bottom edge into place 4 9 4 Temporary Annunciator Connection If you are using an annunciator for programming or troubleshooting only you can use cable P N 130294 ordered separately to temporarily attach the 5230 at connector P3 Figure 4 11 shows the connections A temporary annunciator must have an ID number 1 or higher but does not need to be enabled through programming BRN iia RED ON ORN YEL Cable assembly PIN 130294 ordered separately im Em E di 1 2 3 4 5230 B
10. This step selects the actual pattern Steps 28 1 28 4 determine the pattern Select a digit for each half second ON de select a digit display shows a dash for each half second OFF Each sub step controls up to four seconds The pattern you create will repeat as long as the bell output is active The default setting is the 32 bit temporal pattern ON ON ON ON ON ON ON OFF ON ON ON ON ON ON ON OFF ON ON ON ON ON ON ON OFF OFF OFF OFF OFF OFF OFF OFF OFF If using the 5541 Y indicates ON and a dash indicates OFF Example 1 Simple two second pattern To create the simple temporal pattern one second ON one second OFF In Step 28 1 you would select a digit for each half second ON and de select a digit for each half second OFF as follows Aog a 1 t J 2 half seconds ON 2 half seconds OFF See Example 1 in Step 27 for setting the length Note If using this step to create a customized temporal pattern both cadenced pulsing option 0 and pulse fire bells option 3 must be enabled in Step 3 Example 2 NFPA 72 required pattern In an NFPA 72 installation the temporal pattern must be ON OFF ON OFF ON OFF OFF OFF Program Step 28 1 as shown below to achieve this pattern 150865 7 23 Model 5207 Fire Control Communicator Installation and Operation Manual 7 24 150865 Section 8 Reporting The following formats can be used to report to Silent Knight receivers and are explained fur
11. Caution Apply AC power before connecting the batteries to the power supply to prevent arcing on battery terminals When using two batteries it is recommended that they be of the same ampere hour AH rat ing The Model 5198 provides two sets of battery leads to connect two 12 VDC batteries in series 1 Connect the first red battery lead to the positive side of battery 1 2 Connect the first black battery lead to the negative side of battery 1 3 Connect the second red battery lead to the positive side of battery 2 4 Connect the second black battery lead to the negative side of battery 2 Note The total current draw on loop power accessory power and notification device outputs must not exceed 6A 3 Mounting the 5207 Read the environmental specifications in 3 2 before mounting the 5207 panel The 5207 cabinet outside dimensions are 26 4 H x 16 W x 4 D 67 1 x 40 64 x 10 16 cm Flush Mounting Dimensions are 25 H x 14 1 2 W x 3 3 8 D 63 5 x 36 83 x 8 57 cm DO NOT flush mount the 5207 cabinet in a wall designated as a fire break The 5207 panel should be located within a secured area where it is accessible to main drop wiring runs and where it can be easily tested and serviced End users responsible for main taining the panel should be able to hear alarms and troubles When selecting a location keep in mind that the panel itself is the main source of alarm and trouble annunciation When mounti
12. Do not mount directly on exterior walls especially masonry walls condensation Do not mount directly on exterior walls below grade condensation Protect from plumbing leaks Protect from splash caused by sprinkler system inspection ports Do not mount in areas with humidity generating equipment such as dryers production machinery When selecting a location to mount the 5207 control panel the unit should be mounted where it will NOT be exposed to temperatures outside the range of 0o 490 320 1200 or humidity outside the range of 10 85 at 300 86 noncondensing See also the mounting recommendations in 3 7 for additional environmental specifications 150865 3 1 Model 5207 Fire Control Communicator Installation and Operation Manual 3 3 Wiring Specifications To avoid induced noise transfer of electrical energy from one wire to another keep input wiring isolated from high current output and power wiring Induced noise can interfere with telephone communication or even cause false alarms Avoid pulling one multiconductor cable for the entire panel Instead separate the wiring as follows 1 4 spacing must be maintained between each of these circuit types as well as between power limited and non power limited circuits Input Output Type Wiring High current AC power speaker and notification devices Low current Annunciator and zone loop wiring Audio Telepho
13. ENTER Clears alarm memory and resets the 4180 This function removes all memory of alarms Reset the dialer 3 ENTER code 0 or 1 3 ENTER code 0 or 1 Resets the dialer aborts a call Initiate download 4 ENTER code 0 or 1 4 ENTER code 0 or 1 Starts the downloading process Exit downloading mode by pressing CLEAR CLEARJ Display alarm 51 ENTER 5 ENTER Displays current alarm memory memory It is recommended that you clear alarm memory after displaying it Display troubles 6 ENTER 6 ENTER Displays trouble conditions Silence troubles or SILENCE code SILENCE If silencing audible signals you alarms OR OR may need to enter a code 7 ENTER code 7 ENTER 150865 Table 5 1 5207 Operation Operation To 5230 Annunciator Built in Touchpad Additional Information Set date 8 ENTER code 0 or 1 8 ENTER See explanation below The SET MODE LED will turn on and the built in touchpad display will flash 8 indicating that you are in SET DATE mode Enter six digits for the date For example to set the date for 08 15 97 enter the following digits 0 8 1 51 9 7 Once you press the last digit of the date the SET TIME LED will turn off and the date will be changed To exit Set Date mode press CLEAR CLEAR Set time
14. The Model 5207 is an 8 zone fire alarm control panel expandable up to 16 zones with a dig ital communicator that meets NFPA 72 requirements The 5207 cabinet can be surface mounted or semi flush mounted 1 1 About This Manual The Model 5207 Fire Control Communicator Installation Manual P N 150865 is intended for those persons involved with the installation and maintenance of the 5207 panel It is a comprehensive guide providing detailed instructions and should be kept for reference As much as possible we have tried to organize the manual chronologically by the tasks that need to be performed This manual is intended to be used with printed circuit board PCB Revision M If you are using a different board contact Silent Knight Security Systems for the appropriate instruc tions IMPORTANT Previous versions of the 5207 were selectable between 12V and 24V This release is 24V only information regarding 12V have been removed from this manual Some versions of the 5207 product documentation were made up of two manuals one for hardware installation and one for programming We have combined both manuals into one With the exception of information about the obsolete 5521 programmer this manual contains all information previously contained in the two manuals Contact Silent Knight if you need this information KEY A clear rectangle represents a key that you press on a touchpad LCD DISPLAY The font
15. cece cette ttt n ene re 8 2 8 3 PSK amp SK Format cit en gu ele ia ehh eth ERU 8 4 8 4 T6 Zone 412 Format eee dep ee tere eer weed ga A ce dete ad ee 8 5 8 5 Radionics BESK Formats eter eee tee VERTRETER eS Usu d ces ed erts 8 6 Section 9 Troubleshooting et ER REX eR ESAE REX REO xA ee Beg a ene 9 1 9 1 Problems With the Model 5198 Power Supply 8 8 ee 9 1 9 1 1 Isolating the Problem a se Ras oce VR 9 1 9 1 2 Measuring Battery Charging Voltage 0 ccc cen n 9 1 9 2 and P4 Earth Ground 8 9 2 9 3 Accu Zone E Troubleshooting Mode 25 0 cect teen 9 2 9 3 L Mode25 Display oie te oe eo eked ie Iesv 9 2 9 4 Troubleshooting and System Messages 8 8 9 4 Appendix A Compatible DEVICES oreet RR RA E ee RARE VOR Rs 1 AA E S 1 Two Wire Smoke Detectors rn 1 Four Wire Smoke Detectors re A 3 AD Not fication Appliarices eee Ves Eg eee ee ones ros UU eas Reged A 3 150865 Model 5207 Fire Control Communicator Installation and Operation Manual iv 150865 Section 1 Introduction
16. loop ESL 425CRT 40 loop 20 loop ESL 425CT 40 loop 20 loop ESL 429C S10A 30 loop 14 loop ESL 429CRT S11A 30 loop 14 loop 150865 A 1 Model 5207 Fire Control Communicator Installation and Operation Manual A 2 Manufacturer Model Name or Number 5207 5210 Base model name or number in parentheses ESL 429CST 5 30 loop 14 loop ESL 429CT S10A 30 loop 14 loop ESL 609U01 11 40 loop 24 loop ESL 609U02 11 40 loop 24 loop ESL 611U 601U or 602U 40 loop 24 loop ESL 611UD 601U or 602U 40 loop 24 loop ESL 611UT 601U or 602U 40 loop 24 loop ESL 612U 601U or 602U 40 loop 24 loop ESL 612UD 601U or 602U 40 loop 24 loop ESL 711U 701E or 701U 25 loop 15 loop ESL 712U 701E or 701U 25 loop 15 loop ESL 713 5U 702E or 701U 25 loop 15 loop ESL 713 6U 702E or 701U 25 loop 15 loop ESL 721 U S10A 30 loop 15 loop ESL 721 UT S10A 30 loop 15 loop Falcon 525 17 loop 8 loop Falcon 525T 17 loop 8 loop Faraday 9374 20 loop 10 loop Faraday 9375 20 loop 10 loop Faraday 9376 20 loop 10 loop Hochiki 24 HS 224D or HSB 224 25 loop 10 loop Hochiki SLK 12 25 loop 10 loop Hochiki SLK 24F HS 224D 25 loop 10 loop Hochiki SLK 24FH HS 224D 25 loop 10 loop Hochik
17. Trouble condition in cold zone 1 16 ZB1 16 COLD BYPASS 1 16 Zone 1 16 has been bypassed ZRI 16 COLD RESTORE 1 16 Alarm or trouble restore in zone 1 16 201 16 COLD RESTORE 1 16 Zone 1 16 that was disabled has been restored RPO AUTO TEST 0 Automatic dialer test occurred RX0 1 MANUAL TEST 0 1 System tested by access code 0 or 1 RX2 99 MANUAL TEST 2 99 System tested by access code 2 99 RTO DATA LOST 0 Previous event could not be reported and the infor mation was lost RSO REMOTE PROG PASS Data has been downloaded successful RUO REMOTE PROG FAIL Problem with downloading data transfer did not occur FX00 FIRE DRILL Fire drill 150865 8 3 Mod el 5207 Fire Control Communicator Installation and Operation Manual 8 3 FSK amp SK 4 2 Format You must use either the FSK or SK 442 format when reporting to the Silent Knight Model 8520 Receiver Since the 8520 has only two digits for alarm codes event type and zone num bers are combined into one message The first digit of the code is the type of report the sec ond digit is the last number of the zone Example Any two digit code beginning with the digit 0 is a fire alarm Code 01 Fire alarm in zone 1 or 11 Code 05 Fire alarm in zone 5 or 15 If you selected the 16 zone report option at Step 14 5 of Step Programming Section 2 of the 5207 programming manual the above information does not apply to you Zone numb
18. events to a remote site Alarms will override trouble conditions and it will not be possible to reset the remote indicator until the condition is cleared and the 5207 panel is reset If an alarm condition occurs the alarm relay will close overriding the trouble condition To install the 5220 for polarity reversal follow the steps below 1 Locate the knockout on the right side of the 5207 cabinet to connect the 5220 using a short piece of conduit must not exceed 20 feet in length 2 Wire the 5220 to the 5207 using the four wire pigtail provided as shown in Figure 4 8 next page This diagram also shows how to connect the 5220 to the remote indicator 3 Program relays as shown in the chart below Step Option Select 23 4 Fire Alarm Relay 2 23 5 Trouble Relay 3 23 6 No Silence Relay 3 and Bell 4 4 Program notification circuit 4 to be non supervised Step 5 and non silencing Step 23 6 Bell 4 Do not select pulsing bells 5 Ifnecessary adjust loop current using potentiometer R10 on the 5220 board Normal loop current is 4 to 8 mA with a 1k ohm remote station receiving unit Maximum loop resis tance is 3k ohm J S Relay 2 N C i System f Relay 2 Common Alarm J Relay 2 N O Eley 9 Relay 3 N C Relay 3 Common j Trouble Relay 3 Relay Model 5207 Remote J Indicator Normally e
19. for this step indicates that both alarms and troubles will be reported to telephone number 1 The phone number to which disabled zones should be reported Select 1 4 for phone numbers 1 4 The phone number to which restores should be reported Select 5 8 for phone numbers 1 4 This step is programmed the same as 14 1 See the explanation for Step 14 1 If you need more information The phone number to which open resets should be reported Select 1 4 for phone numbers 1 4 Not used Do NOT select digits 5 8 Not used Do NOT select digits 1 4 The phone number to which tests should be reported Select 5 8 for phone numbers 1 4 The number to which reports MUST be sent Select 1 4 for phone numbers 1 4 This means that if the dialer is not able to report to this number a failed message will automatically be generated Select 5 8 according to the following 5 Line 1 is Touch Tone 6 Line 2 is Touch Tone 7 Use Touch Tone only 8 Enable 16 zone reporting 7 12 150865 Programming Step by Step Complete Reference Step 15 Computer Phone Number Display Description Example outside line i 1 preceding long distance M 9A1D8885551212 pause 2nd dial tone Enter the phone number the system will dial to up or download system data Entering Phone Numbers Phone numbers are 16 digits maximum Besides numbers you can enter charac
20. you must use a Power Supervision Unit such as Silent Knightis 160150 Standby Current 28 mA 24 V N X Loop Power Class B Zone Input 4 7K EOL Model 7628 N C SK Model 160150 Power Supervision Unit for 12 VDC 24 VDC You must normalize all unused zones For unused class A zones strap out zones 1 2 with a jumper For class B zones use EOL resistors on unused zones Circuit Ground 19 20 Operation Place at end of Initiation zone circuit Do not use T tap wiring Note This wiring diagram is an example only Connections 5207 be made to ANY zone input loop power or circuit ground V on the 5207 panel Figure 4 3 Four Wire Smoke Detector Wiring See Appendix A for a list of four wire smoke detectors that may be used with the 5207 150865 4 3 Model 5207 Installation and Operation Manual 44 Two Wire Smoke Detector Connection Figure 4 4 shows how to connect two wire smoke detectors to class B style A zones 4 7K EOL Model 7628 24 VDC 7 X Standby Current 429CT 1 mA 21 Alarm Current is ij limited by panel NS NP to 60 mA Teel EXT E hen N Class B 11 Zone Input 4 Gy 1 12 Loop EN QU 13
21. 130410 a zo 300552 5 Model 0 ccu High Voltage m m L L1 Disconnect AC battery 120 VAC before servicing 60 Hz power O source 200 watts 5 B1 SN e du Bak f N Black pum S Hl ne 013 jj Red NS PA Black Red Input Voltage 120 VAC 60 Hz 200 Watts Output Voltage 5 A 24 VDC 500 mA Battery 2 Battery 1 Figure 3 5 Power Supply Wiring Warning To reduce the risk of electrical shock make sure that all power has been turned off or disconnected before attempting to connect the Model 5198 power supply Do NOT apply power to this panel until all accessories are properly connected Note All conduit and wiring connected to the 5207 must meet the applicable National Electric Code NFPA Stan dards state and local building code requirements In all cases the authority having jurisdiction takes pre cedence 3 8 150865 Control Panel Installation 3 6 1 Connecting the 5198 to AC Power The Model 5198 is mounted behind the power shield Connect the black wire from the 120 VAC 60 Hz source to terminal 1 on the 5198 Connect the white neutral wire from the 120 VAC 60 Hz AC source to terminal 3 on the 5198 Connect the ground wire from the 120 VAC 60 Hz source to terminal 2 on the 5198 3 6 2 Connecting the 5198 to Batteries The tables in Section 4 will help you determine correct battery size
22. 9 2 P3 and P4 Earth Ground Faults A P3 trouble indicates that the panel has detected a short between earth ground terminal 52 and circuit ground terminals 1 10 20 25 A P4 trouble indicates that the panel has detected a short between any power source and earth ground Some common power sources are terminals 12 15 18 24 26 28 30 32 34 or the batteries To determine the location of the short place a DC volt meter with ground on terminal 1 and positive on terminal 52 The meter should be continuously fluctuating between 0 and 2 5 volts DC Remove and leave off field wiring from the panel until the meter reads in this range You can also use Accu Zone Troubleshooting to determine the location see Section 9 3 9 3 Accu Zone Troubleshooting Mode 25 Accu Zone Troubleshooting allows you to locate shorts and other system troubles including AC power and battery power without using a voltmeter All alarms and troubles are disabled while you are using Mode 25 allowing you to trip sensors adjust wiring and so on You must use the Model 5230 Remote Annunciator for Accu Zone troubleshooting see Table 9 1 To enter troubleshooting Press 2 5 ENTER Code 0 or 1 mode The first line of the display will show the default channel number 3 See Figure 9 1 for an example Press ENTER if you want to view infor mation for channel 3 To move sequentially Press ENTER unti
23. Auxiliary Pro tected Fire Alarm Systems for Fire Alarm Service or Remote Station Protected Fire Alarm Systems Digital Communication or Polarity Reversal the total standby current cannot exceed the amount shown in the last column of the following table Table 3 4 Maximum Battery Standby Load Rechargeable Max Load for 24 hrs Max Load for 60 hrs Largest size battery that can be used Battery Size Standby 5 mins Alarm Standby 5 mins Alarm 17 AH 435 mA 175 mA 34 AH if wired in parallel 873 mA 350 mA Required for NFPA 72 Auxiliary Protected Fire Alarm Systems for Fire Service City Box and Remote Station Protected Fire Alarm Systems Polarity Reversal 6 Ensure that the total current of all items attached to the 5207 including the 5207 itself does not exceed 5 A when the panel is in alarm see Section 3 1 150865 3 7 Model 5207 Fire Control Communicator Installation and Operation Manual 3 6 Power Supply Wiring The Model 5198 power supply delivers 24 VDC at 5A for loop power smoke detector power notification device power and accessory power The Model 6914 is a 12 Volt 17 AH battery Figure 3 5 shows the power supply wiring NA P1 See So a Jumper Cable 898 9 88 Py PIN
24. Class B Style A Zones Zones 3 through 8 are class B style A fire zones Each class B zone consists of a two wire circuit that will detect the occurrence of an open in the loop but may not be able to detect an alarm after such an occurrence The detection of an open will cause the audible trouble signal to sound and the 5207 will report the trouble to the central station if programmed to do so Figure 4 2 shows how to wire a class B style A loop One side of each class B loop connects to a zone input terminal and the other side of each loop connects to loop power For each loop use a 4 7K ohm EOL resistor wired in parallel with the normally open contact farthest from the panel J 4 7 eo Zone 3 Input Loop Power Zone 4 Input Zone 5 Input Loop Power Zone 6 Input OPE Zone 7 Input m Loop Power Zone 8 Input Circuit Ground Figure 4 2 Model 5207 Class B style A Loops Maximum Loop Resistance 30 ohms Maximum Total alarm current for all class B style A zones 1 A Maximum Standby Current per Zone 24V system 2 0 mA Note UL requires all wiring to be at least 18 gauge 4 2 150865 4 3 Compatible Product Installation Four Wire Smoke Detector Connection Figure 4 3 illustrates how UL listed four wire smoke detectors must be connected to class B style A zones When wiring a four wire smoke detector to the class B style A zones
25. D 8 1 4 Note 45 This wiring diagram is an example 46 only Connections can be made S b to ANY zone input loop power or 2 17 circuit ground on the 5207 panel Di 1g Model 6 1 20 ie Figure 4 4 Two Wire Smoke Detector Wiring See Appendix A for a list of two wire smoke detectors that may be used with the 5207 4 5 Model 4180 Status Display Module The Model 4180 Status Display module provides remote annunciation of alarm and trouble status information for each zone The 4180 has 2 connectors each of which has 8 outputs available for annunciation These outputs are active high at 12 VDC Each output can provide up to 100 mA of current with a total limitation of 700 mA The module has 4 normally open non dedicated relays that can be wired to be active with any of the outputs The 4180 is not supervised 4 4 150865 Compatible Product Installation Wire the 4180 as shown in Figure 4 5 Make sure power is OFF at the panel before plugging in the 4180 Maintain a physical separation of one half inch or more between field wires and connection points to prevent damage from transients Note SILENCE does not affect 4180 outputs To reset a 4180 output the alarm or trouble condition must be restored and event memory cleared The 4180 can be used to interface to long range RF systems For UL installations the 4180 must be wired within 30 feet of the 5207 and be located in the same room as th
26. DISABLE code When a zone is disabled there will be an alert tone that cannot be silenced until the zone is enabled Fire drill Begin Begin Complete instructions appear in 2 0 ENTER codeO or1 2 0 ENTER codeO or1 Section 5 2 1 End SILENCE code End SILENCE Walk test Enter Enter Complete instructions appear in 2 2 ENTER code 0 or 1 2 2 ENTER code 0 or 1 Section 5 2 2 Exit SILENCE SILENCE Exit SILENCE SILENCE CLEAR CLEAR CLEAR CLEAR Zone trouble Enter Enter Complete instructions appear in shooting mode 2 5 ENTER code 0 or 1 2 5 ENTER code 0 or 1 Section 9 3 Exit CLEAR CLEAR Exit CLEAR CLEAR Step programming Enter 2 7 ENTER code 0 Not applicable Step programming is explained mode in detail in Section 7 Exit STEP STEP CLEAR CLEAR 150865 Model 5207 Fire Control Communicator Installation and Operation Manual 5 1 1 Built in Touchpad Display Codes The following table briefly describes the codes that are displayed on the built in touchpad For complete information and for 5230 display messages see Section 9 Table 5 2 Built in Touchpad Display Codes Display Meaning 0 Fire drill with Alarm Alarm Memory or Trouble LED 1 16 Zone numbers with Alarm Alarm Memory or Trouble LED Al A4 Trouble with specified bell output AC
27. Low AC condition dC Low battery condition dF Dialer failed after programmed number of attempts have been made dL Data lost during attempt to transmit to the central station This condition occurs after total attempts to communicate have been made E0 Trouble with the dialer E7 Trouble with EEPROM FO 5230 annunciator power trouble Fl F7 Trouble with specified annunciator 1 7 11 12 Phone line fault on specified phone line PO Printer is out of paper Pl Trouble with smoke detector power P2 Accessory power terminal 26 trouble P3 Earth ground fault to circuit ground See Section 9 2 for more information P4 Earth ground fault to power See Section 9 2 for more information 0 Fire drill 2 Walk test 4 Downloading 5 Zone troubleshooting mode 6 Hex programming mode 7 Step programming mode 8 Set Time mode 9 Set Date mode 2 3 etc Prompts indicating that the user needs to enter a code 150865 5 1 2 LED Indicators Six light emitting diodes LEDs appear in the 5207 cabinet window The chart below explains the meaning of these LEDs Operation LED Status Condition ALARM red Off Normal condition On Supervisory and Tamper condition Flashing Alarm SILENCED yellow Off Normal condition On Alarm or trouble condition has been silenced but condition still exists AC DC green On Panel is running on AC normal condition standby battery fully charged Off
28. Output 24 VDC 19 Zone 8 Input class B style A 20 Circuit Ground TB3 21 Remote Silence 22 Annunciator Output 23 Annunciator Input 24 Annunciator Power Output 12 VDC nominal 25 Annunciator Ground 26 Accessory Power 24 VDC TB4 Note Outputs can also be used for polarity revising outputs polarity shown active 27 Notification device output 4 Negative 28 Notification device output 4 Positive lamp max 29 Notification device output 3 Negative 30 Notification device output 3 Positive amp max 3 10 150865 Control Panel Installation Table 3 5 Terminal Strip Description Terminal Terminal Description Electrical Ratings 31 Notification device output 2 Negative 32 Notification device output 2 Positive Lamp tas 33 Notification device output 1 Negative 34 Notification device output 1 Positive ramp max 35 Auxiliary Relay 4 Normally Open Contact 2 5 amp max 36 Auxiliary Relay 4 Common TB5 37 Auxiliary Relay 4 Normally Closed Contact 2 5 amp max 38 Auxiliary Relay 3 Normally Open Contact 2 5 amp max 39 Auxiliary Relay 3 Common 40 Auxiliary Relay 3 Normally Closed Contact 2 5 amp max 41 Auxiliary Relay 2 Normally Open Contact 2 5 amp max 42 Auxiliary Relay 2 Common 43 Auxiliary Relay 2 Normally Closed Contact 2 5 amp max 44 Auxiliary Relay 1 Normally Open Contact 2 5 amp max 45 Auxiliary Relay 1 Common 4
29. expansion trouble restores listed in SIA format Table 8 1 8 6 150865 Section 9 Troubleshooting 9 1 Problems With the Model 5198 Power Supply If you experience problems with the power supply use the troubleshooting techniques described in the following sections There are separate procedures for 12 volt and 24 volt power supplies The following display messages indicate that the power supply and panel voltage selections are not the same Al A2 A3 A4 P1 P2 See programming step 2 Section 7 9 1 1 Isolating the Problem Use this procedure to test the power supply to make sure that it is the device that is causing a problem Remove the power supply connector P1 from the 5207 board Disconnect the battery from the power supply Make all power supply measurements with 120 VAC applied to the power supply Place a 4 7k resistor between pins 1 brown and 3 orange Use a DC voltmeter set to the 50V range to measure the voltage across the resistor The voltage reading should be between 26 and 28 volts Remove all power from the power supply before replacing connector P1 on the panel 9 1 2 Measuring Battery Charging Voltage The power supply puts batteries in series for you Measure from the negative of one set of cables to the positive of the other set One combination should read OV the other combination should read between 27 3 27 5 150865 9 1 Model 5207 Fire Control Communicator Installation and Operation Manual
30. must be taken when determining Model 5207 current ratings 1 Measure the alarm current If only one current rating is listed the draw for that device is the same whether the system is in alarm or standby condition The exception is for notifi cation devices which are rated at alarm current only Standby current for notification devices is 0 mA To detect the actual maximum alarm current measure the current draw with no devices connected to the panel by connecting a DC amp meter in series with one of the batteries Disconnect the AC power source Put the panel in alarm The meter will indicate the alarm current which will be in the range of 120 700 mA Fill in the system alarm current in the Current per Device column of the Current Draw worksheet You can estimate with out measuring the alarm current by filling in the maximum total alarm current of 700 mA For smoke detectors notification devices and devices not mentioned in the manual refer to the device manual for the current ratings The worksheet example shown on the previ ous page provides rough estimates for i worst casei installation Use Table 3 3 to calculate the correct battery AH rating needed for your installation See also the example Figure 3 4 on the next page Note that the calculated rating in Row H cannot exceed the ratings shown in Table 3 4 Table 3 3 Battery Calculations Total Standby Current Total Alarm Curr
31. shown to the left represents messages that you MESSAGE see on a liquid crystal display LCD or the seven seg ment built in touchpad display 1 1 2 3 etc This manual is organized into sections Section numbers are part of the page numbers For example 1 1 means Page 1 of Section 1 150865 1 1 Model 5207 Fire Control Communicator Installation and Operation Manual 1 2 Optional Accessories Table 1 1 Compatible Modules Manufactured by Silent Knight Model What It Does 4180 Status Display Relay Module For remote annunciation of alarm and trouble status information for each zone 5210 Zone Expander Adds 8 zones to the 5207 for a total expansion of the system to 16 zones 5220 Direct Connect Module For direct alarming and trouble transmission from the 5207 to a supervising station 5230 Remote Annunciator For remote annunciation operation and on site programming Quick connect program cable part number 130294 For temporarily connecting the 5230 to the 5207 for programming 5395 Signal Power Expander Notification circuit power for additional notification appliances Provides additional 6A of 24 VDC supervised 5541 Downloading Software For remote programming of the 5207 using a personal computer 5530 Modem Modem for downloading required if the 5541 software is used 7181 Zone Converter Converts a zone from class B to class A or from cla
32. step 14 2 you would press the following sequence of keys STEP 1 2 chart continued on next page 150865 7 1 Model 5207 Fire Control Communicator Installation and Operation Manual Selecting Options Scrolling For most options you enter numbers in the same way as if you were using a calculator The digits appear on the right side of the display and scroll to the left as you continue to enter data Description of option Sub step Step Current selections for this option A digit indicates the option has been selected blank indicates an option ie not selected Toggling In some steps pressing a key will cause the corresponding digit to appear and disappear on the display When a digit appears it indicates that the option is selected A dash indicates that the option is not selected In the following example options 1 5 and 7 are selected Entering numbers greater than 9 Use the SHIFT key as shown below to enter numbers 10 15 Hexadecimal digits in parentheses appear on the screen to represent these numbers SHIFT 1 10 A SHIFT 2 11 B SHIFT 3 12 C SHIFT 4 13 D SHIFT 5 14 E SHIFT 6 15 F 150865 Programming Step by Step Complete Reference Programming Exa
33. then the num ber of the zone you want to change and press ENTER 3 Press ENTER until you reach Zone 5 The first line of the LCD will read 26 5 4 Press L as many times as necessary until the word EAST is dis played on the LCD 5 To add the second word press 2 until you reach OFFICE Press 2 17 ENTER to select Example 2 Adding a New 1 Ifnecessary enter Step Programming mode from the Date Time dis Access Code play by pressing 2L ENTERI then enter your access code 2 Fromthe 1 PWR UP CLR display press 12 12 ENTER 3 Press STEP 4 Press the number of the code you want to add or change Press ENTER ENTER 5 Enter the new access code number Press 150865 7 3 Model 5207 Fire Control Communicator Installation and Operation Manual 7 2 Step Programming Options 7 4 This section is organized in step order and provides complete instructions for each step Step 1 Power Up Clear Display Description The two digits of this step are used to program two options BELL TEST AT RESTORE digit 1 and DEFAULT MODE power up REPORTING digit 2 Digit 1 0 No bell test at restore 8 Bell test will occur at restore Digit 2 0 A report will not be sent if the system e
34. ther in this section i i SIA FSK amp SK 4 2 16 Zone 4 2 Radionics BFSK The following Trouble Conditions may generate a report to the central station i i i 8 1 Low battery Loss of smoke detector power Loss of accessory power Supervised notification device trouble Earth ground fault Dialer trouble Device 0 Annunciator trouble Notes for All Formats The 5207 can report to the formats described in the following sections The following infor mation applies to all formats 1 150865 The 5207 can hold up to 30 alarm events in its memory If more events occur the first event will be replaced with the message DATA LOST 01 Any older events will be replaced by newer events Momentary alarms will report a restore immediately if manually silenced by Alarm Reset Failure of the annunciator bus is not reported or printed but an audible trouble tone will sound and the display will indicate the problem The code FO appears on the built in touchpad display and the LCD reads BUS TROUBLE When a fire drill is reset it will not report an Open Reset 8 1 Model 5207 Fire Control Communicator Installation and Operation Manual 8 2 SIA Format Printed Messages The Security Industry Association SIA format can be used with a Silent Knight Model 9000 receiver Each message is displayed in English followed by the zone number Due to limited space on the 9000 display some mes
35. 4 and so on Use UL listed smoke detectors compatible with the 5207 Refer to Appendix A Use UL listed compatible notification devices Refer to Appendix A qe ihe All notification devices must be UL listed 2 2 2 Requirements for Central Station Fire Alarm Systems 1 The Ground Fault Detection option must be selected programming Step 5 2 The Phone Line 2 Enable option must be selected programming Step 9 3 The Phone Line Monitor Enable option must be selected programming Step 9 4 Set the Total Attempts option for between 5 10 attempts programming Step 10 5 Do not select the Ground Start Option programming Step 9 6 Enable the automatic daily test by selecting a phone number for the Report Test to Phone 1 4 option programming Step 14 4 7 Onclass A style D zones the number of waterflow devices is limited to five 8 Auxiliary relays may not be programmed to activate for Pre Alarm See Section 4 13 150865 Agency Listings and Requirements 2 2 3 Requirements for Auxiliary Protected Fire Alarm Systems for Fire Alarm Service 1 Follow the current load restrictions shown in Section 3 5 2 The Model 5220 Direct Connect module must be installed see Section 4 7 for wiring 2 2 4 Requirements for Remote Station Protected Fire Alarm Systems for Digital Communication or Polarity Reversal 1 Follow the current load restrictions shown in Section 3 5 2 Use the 5207is built in dialer or install the
36. 4 7k EOL 4 Tk EOL 4 7k EOL 4 7k EOL 5 Zone 11 input 4 7k EOL 4 7k EOL 4 7k EOL 4 7k EOL 6 Loop power 7 Zone 12 input 8 Zone 13 input 9 Loop power 10 Zone 14 input 11 Zone 15 input 12 Loop power The last internal zone must be 13 Zone 16 input 14 Circuit ground expansion zones to be recognized programmed to for the IPIE 1 23 5 6 10 11 12 13 14 Figure 4 6 Model 5210 Style A Loops Installation Instructions The 5210 is equipped with a metal bracket To install fit the bracket over the 5198 power supply unit in the 5207 cabinet With panel power OFF use the cable provided to connect the 5210 to its connector P2 on the 5207 Insert screws provided Place the four plastic stand offs into the bracket and snap onto the PC board Then plug the 8 pin cable from the PC board into the P2 connector on the 5207 4 6 150865 Compatible Product Installation 4 7 Model 5220 Direct Connect Module The 5220 Direct Connect module can be used with the 5207 to meet NFPA 72 standards The 5220 requires four connections to the 5207 and provides outputs for city box and polarity reversal applications The 5220 cannot be used for sprinkler supervisory The 5220 provides a current that reverses polarity during alarm or removes current during a trouble condition 4 7 4 City Box Connection This section describes how to connect the 5207 to a municipal fire a
37. 4 FR Strobe Wheelock WS3T 24 FR Strobe Wheelock WST 24 FR Strobe 150865 SILENT MSS KNIGHT 7550 Meridian Circle Maple Grove MN 55369 4927 763 493 6455 1 800 328 0103 Fax 763 493 6475 2003 Silent Knight Part Number 150865 Rev C 04 03
38. 6 Auxiliary Relay 1 Normally Closed Contact 2 5 amp max TB6 47 Dialer Failed Output Active Low 100 mA 12 VDC max 48 House Phone 2 Tip 49 House Phone 2 Ring 50 Telco 2 Tip 51 Telco 2 Ring 52 Earth Ground 53 House Phone 1 Tip 54 House Phone 1 Ring 55 Telco 1 Tip 56 Telco 1 Ring 150865 3 11 Model 5207 Fire Control Communicator Installation and Operation Manual 3 9 Telephone Line Connection The 5207 connects to two separate telephone lines to report data to the central station An RJ31X jack should be installed by the telephone company for each line Figure 3 6 shows how to wire the telephone line interconnect cords not provided to the 5207 Note To reduce the possibility of false alarms and transient damage DO NOT bundle telephone wires together with notification device wires TELCO 1 RING RED TELCO 1 TIP HOUSE 1 RING HOUSE 1 TIP BROWN Earth Ground TELCO 2 RING RED TELCO 2 TIP GREN HOUSE 2 RING GRAY HOUSE 2 Dialer Failed Output Active Low 12VDC 100 mA max Figure 3 6 Telephone Line Connection EU Model 7860 Cord Model 7860 Cord The 5207 has built in dual phone line monitors These circuits will detect any fault in the phone lines by monitoring the DC voltage present on the lines If phone line voltage drops below 3 VDC and is not corrected within approximately 40 seconds an audible trouble signal will sound and the panel will report a line fault trou
39. 7 Unused ee ee 6 8 Pre alarmdelay 0 0 e 6 9 Smoke verification delay 4 6 10 Number of zones that can be disabled 12345678 Begins on Pg 7 6 7 External Zone Options zones 9 16 7 1 24 hour alarm do not change default 90123456 7 2 Select zones to be supervised for trouble 90123456 7 3 Unused do not change default 7 4 Zones will be Normally Open do not change default 90123456 755 Zone response speed 2 or 4 90123456 7 6 Zone response speed 3 or4 sess ener 7 7 Unused ee ee 7 8 Pre alarm delay eee 7 9 Smoke verification delay sss we ee ee 7 10 Number of zones that can be disabled 90123456 Begins on Pg 7 9 8 Total number of zones in system 8 Pg 7 10 9 Dialer Options 1 5 7 Pg 7 10 0 Retry if fail 4 Enable phone line 1 Enable phone line 2 monitor 2 Unused do not select 5 Answer ring detect 3 Ground start do not use 6 Unused do not select in UL installations 7 Up downloading 6 2 150865 Programming Quick Reference Step Option Default Your Selection 10 Total number of dialing attempts 0 Pg 7 11 11 Number of dialing attempts before dialer fail 0 Pg 7 11 12 Low AC hours UL requires range of 6 12 hours 6 Pg 7 11 13 Number of rings to activate downloading 10 Pg 7 11 14 Telephone for reporting 14 1 Report alarms to Report troubles to 1 5 1 Ph 1 5 Ph 1 2 Ph 2 6 Ph 2 3 Ph 3 7 Ph 3 Beg
40. 9 ENTER code 0 or 1 9 ENTER See explanation below The SET MODE LED will turn on and the built in touchpad display will flash 9 indicating that you are in Set Time mode Enter six digits for the time The first digit indicates day of the week 10 indicates time of day 10 AM 1 4 30 p m you would enter 3 1 0 4 3 0 Sunday 1 Monday etc The second digit PM The last four digits are the actual time For example to set the time for Wednesday Once you press the last digit of the time the SET TIME LED will turn off and the time will be changed To exit Set Time mode in the middle of the sequence press CLEAR CLEAR Note If you are powering up the 5207 you will be in Set Time mode with 9 showing on the display In thise case you don t need to press 9 Just enter the six digits for the time Disable Enable zones Disables or enables a zone Zone DISABLE code Zone
41. H CF1 LS 24 Strobe Chime Wheelock CH CF1 MS 24 Strobe Chime Wheelock CH CFI IS 24 Strobe Chime Wheelock CH CF1 LS 24 CFW Strobe Chime Wheelock CH CF1 MS 24 CFW Strobe Chime Wheelock CH CF1 IS 24 CFW Strobe Chime Wheelock CH CF1 WS 24 CF W Strobe Chime Wheelock CH DF1 LS 24 Strobe Chime Wheelock CH DF1 MS 24 Strobe Chime Wheelock CH DF1 IS 24 Strobe Chime Wheelock CH DF1 LS 24 VFR Strobe Chime Wheelock CH DF1 LSM 24 VFR Strobe Chime Wheelock CH DF1 MS 24 VFR Strobe Chime Wheelock CH DF1 IS 24 VFR Strobe Chime Wheelock CH DF1 WM 24 VFR Strobe Chime Wheelock CH DF 1 WS 24 VF R Strobe Chime Wheelock DSM 12 24 Sync Module Wheelock EH DL1 R Electronic Horn Wheelock EH EL1 R Electronic Horn Electronic Horn Wheelock EHS DL1 W VF R Strobe Horn single input Wheelock EHS EL1 W VF R Strobe Horn single input Wheelock EH DL1 WS 24 VF R Strobe Horn dual input Wheelock EH EL1 WS 24 VF R Strobe Horn dual input Wheelock EH DL1 WH 24 VF R Strobe Horn dual input Wheelock EH EL1 WH 24 VF R Strobe Horn dual input Wheelock EH DL1 WM 24 VF R Strobe Horn dual input Wheelock EH EL1 WM 24 VF R Strobe Horn dual input Wheelock HSW 24 HFR Remote Strobe Wheelock HS2W 24 HFR Remote Strobe Wheelock HSPW 24 HFR Remote Strobe Wheelock IS 24 VFR Remote Strobe Wheelock IS1 24 VFR Remote Strobe Wheelock IS3 24 VFR Remote Strobe Wheelock ISP 24 HFR Remote Strobe Wheelock LS 24 VFR Remote Strobe Wheelock LS1 24 VFR Remote Strobe Wheelock LS3 24 VFR Remote Strobe
42. K14 19 1 Telephone options for accounts 1 4 Account 1 19 4 Account 2 0 Unused 3 9000 Direct do not select Account 3 Pg 7 14 1 Use line 1 only 4 9 Unused do not select Account 4 2 Use line 2 only 20 Duration of delays 20 1 Bell shutdown time delay 90 20 2 Unused do not change default 30 20 3 Pre alarm delay 30 20 4 Smoke verification delay 30 20 5 Smoke reset time 2 20 6 Unused do not change default 24 Pg 7 15 21 Test Time 000000 Pg 7 16 22 0 Installeris code access to all functions 123456 Pg 7 16 22 1 Main useris code access to all functions except 1111 programming Pg 7 16 22 2 Other users basic operating functions can reset alarms and blank 22 9 disable zones Pg 7 16 6 4 150865 Programming Quick Reference Step Option Default Your Selection 23 Select relays digits 1 4 and bells digits 5 8 to activate for 23 1 Pre alarm conditions sess eee 23 2 Tamperalarms ee eee 23 3 Special auxiliary alarms 4 23 4 Fire alarms 5678 23 5 Trouble conditions 23 6 Nosilenceconditions J Pg 7 17 24 0 Select alarm relay digits 1 4 and bells digits 5 8 to 24 16 activate by zone 24 0 selects bells and relays to activate during a fire drill Pg 7 19 Steps 24 1 24 16 select bells and relays to activate for alarms in zones 1 16 25 0 1st digit Audible signal 2nd digit Zone t
43. Model 5220 Direct Connect Module see Section 4 7 2 3 California Fire Marshal CFM The CFM approval number for the 5207 is 7165 0559 111 2 4 Factory Mutual The Model 5207 is FM approved under project OQ1A3 AY when used with the Silent Knight Model 9000 Receiver 2 5 Materials and Equipment Board of Acceptance Division MEA The 5207 is approved under MEA Approval was previously given from the City of New York Board of Standards and Appeals BSA the 5207 is still approved under BSA Calendar Number 703 88 SA 150865 2 3 Model 5207 Fire Control Communicator Installation and Operation Manual 2 4 150865 Section 3 Control Panel Installation 3 1 Electrical Specifications Table 3 1 Electrical Specifications Primary AC 120 Vrms at 60 Hz 2A Total DC Load 5A Accessory Power 18 4 V to 27 6 V max Smoke Power 18 4 V to 27 6 V max 1 Battery Charging Voltage 27 3 Battery Charging Current 2 62 A max Class B style A Circuit Current 60 mA max Telephone Minimum Input Sensitivity 45 dB Good Phone Line Voltage 3V Maximum Low Battery Detect 20 4 Minimum Low AC Detect 98 Maximum Watchdog Response Time 4 sec Notification Power 1A max per output 4A total 3 2 Environmental Specifications It is important to protect the 5207 control panel from water To prevent water damage the fol lowing conditions should be AVOIDED when mounting the units
44. Panel has lost all power Flashing Panel is running on battery power only or AC power only MEMORY yellow Off Normal condition On An alarm condition has been reset Alarm memory contains data TROUBLE yellow Off Normal condition On Trouble condition exists SET MODE yellow Off Normal condition REPORT m On System is in a Set Test or Program mode Flashing System is reporting 5 2 System Testing This section describes operation of fire drills zone testing and the 24 hour automatic test 5 2 1 Fire Drills Fire drills can be run from either the built in touchpad or the Model 5230 Remote Annuncia Code 0 or 1 The system will sound an alarm and report a fire test To end the fire drill press SILENCE code tor To initiate a fire drill press 2 o 150865 ENTER 5 5 Model 5207 Fire Control Communicator Installation and Operation Manual 5 2 2 Walk Test Mode 22 The walk test is designed to be used for onsite testing only To enter walk test mode press 2 2 ENTER code 0 or 1 The LCD will indicate that you are in walk test mode When a zone is tripped the 5207 will activate the bell outputs for approxi mately one second and will cycle smoke power off and on for the programmed time interval Pre alarm zones will not be delayed but smoke verification zones will go through the verifi cation delay When smoke power is restored the
45. RSP 2415 VFR Strobe Wheelock RS 241575 VFR Strobe Wheelock RSP 241575 VFR Strobe Wheelock RS 2430 VFR Strobe Wheelock RS 2430 HFR Strobe Wheelock RS 2475 VFR Strobe Wheelock RSP 2475 HFR Strobe Wheelock RS 24110 HFR Strobe Wheelock RSP 24110 HFR Strobe Wheelock SL 24 VFR Synchronized Remote Strobe 150865 Model 5207 Fire Control Communicator Installation and Operation Manual A 8 Manufacturer Model Type Wheelock SLI 24 VFR Synchronized Remote Strobe Wheelock SL3 24 VFR Synchronized Remote Strobe Wheelock SLP 24 VFR Synchronized Remote Strobe Wheelock SLM 24 VFR Synchronized Remote Strobe Wheelock SLIM 24 VFR Synchronized Remote Strobe Wheelock SL3M 24 VFR Synchronized Remote Strobe Wheelock SLPM 24 VFR Synchronized Remote Strobe Wheelock SHW 24 VFR Synchronized Remote Strobe Wheelock SH2W 24 VFR Synchronized Remote Strobe Wheelock SHPW 24 VFR Synchronized Remote Strobe Wheelock SCM 24 R Controller for Synchronized Strobes Wheelock SM 12 24 R Sync Module Wheelock SR 2415 VFR Sync Strobe Wheelock SRP 2415 HFR Sync Strobe Wheelock SR 241575 VFR Sync Strobe Wheelock SRP 241575 VFR Sync Strobe Wheelock SR 2475 VFR Sync Strobe Wheelock SR 2475 HFR Sync Strobe Wheelock SR 24110 HFR Sync Strobe Wheelock SRP 24110 HFR Sync Strobe Wheelock V7001T 12 24 W FR Strobe Horn Wheelock WM3T 24 FR Remote Strobe Wheelock WM3T 24 VFR Remote Strobe Wheelock WSIT 2
46. SILENT KNIGHT MODEL 5207 tr contro communicator Installation Programming and Operation Manual Fa ee C 04 03 Contents Section 1 Introduction sic SU Sie art Mee iced Cheat es et rat cA Lnd 1 1 I 1 About Tlus Manual er Pup er br m Ee rr redes 1 1 L 2 Optional ACCessOfles eB ICI 1 2 Section 2 Agency Listings and Requirements 2 1 2 1 Federal Communications Commission FCC 00 0 cece ccc es 2 1 2 2 Underwriters Laboratories UL 2 0 ttt nent re 2 2 2 2 1 Requirements for All Installations 0 00 t tne n 2 2 2 2 2 Requirements for Central Station Fire Alarm Systems 2 2 2 2 3 Requirements for Auxiliary Protected Fire Alarm Systems for Fire Alarm Service 2 3 2 2 4 Requirements for Remote Station Protected Fire Alarm Systems for Digital Communication or Polarity Reversal 2 3 2 3 California Fire Marshal CFM 000s ec eee cece te te rh hm rn 2 3 2 4 Factory Mutual xn tee i wk Ol PE he ieee 2 3 2 5 Materials and Equipment Board of Acceptance Division 2 3 Section 3 Control Panel Installation eee RI HH I rh 3 1 3 I Electrical Specifications ee Ret ee Seti Eee eee Ad i
47. Term 26 must be Model 5198 TB3 ULlisted for fire and XBUS Power Suppl rated 24V Model 160150 Pp EOL Relay Module 8080008080 212228 24 25 26 c P5 2 1 1 9 lo Model 5230 Remote Silence Keyswitch Annunciator 2210 Zone Use UL listed keyswitch P N O Momentary 24V 25A Min All connections shown in greater detail in appropriate section of manual Figure 3 2 Model 5207 Wiring Reference 150865 3 3 Model 5207 Fire Control Communicator Installation and Operation Manual 3 5 Current Draw Worksheet Table 3 2 Current Draw Worksheet Number of Standby Alarm Device gt Current per Device Devices Current Current For each device use this formula This column X This column Current per number of devices 5207 Control Panel 1 Standby 120 mA 120 mA Alarm 700 mA 700 mA worst case 5210 Zone Expander 1 Standby 40 mA mA Alarm 40 mA mA 5220 Direct Connect 1 Standby 50 mA mA Alarm 50 mA mA 5230 Annunciator Standby 60 mA mA 7 max Alarm 120 mA mA 4180 Status Display Standby 20 mA mA 2 max Alarm 140 mA mA A Current Subtotals mA mA Smoke Detectors Refer to device manual for current ratings See Appendix A for compatible devices Standby mA mA Alarm mA mA Standby mA mA Alarm mA mA Standby mA Alarm mA mA B Current Subtotal mA mA Notific
48. Up Up Up 2 Up Down Up Up 3 Down Down Up Up 4 Up Up Down Up 5 Down Up Down Up 6 Up Down Down Up 7 Down Down Down Up Not supervised Down Off 4 10 150865 Compatible Product Installation 4 9 2 5230 Permanent Connection Wire permanent 5230s as shown in Figure 4 10 When the annunciator powers up it will dis play its ID code and current status of the panel A temporary 5230 can be connected for programming and troubleshooting See Section 4 9 4 for temporary annunciator connection Note Wiring runs should be made using 18 gauge wire 9 not exceed 1000 feet for each 5230 wired Model 5207 Q NL 21 22 23 24 25 26 22 Annunciator Output E 23 Annunciator Input 2 Ch 2 1 2 C 24 Annunciator Power L 2 D 2 25 Annunciator Ground Terminal 24 is rated at 800 mA 12 VDC f P Terminal Block 1 2 9 o L Dip Switches 12 34 x 7 E 5230 Back View Figure 4 10 Model 5230 Connection 150865 Model 5207 Installation and Operation Manual 4 9 3 Mounting the 5230 Remote Annunciator For UL installations the 5230 Remote Annunciators must be mounted on a dual gang electri cal box and all wiring runs must be made using 18 gauge wire or larger To mount the annunciator
49. ack View ne Figure 4 11 Temporary Annunciator Connection 4 12 150865 Compatible Product Installation 4 10 Model 5395 Signal Power Expander The Model 5395 is a notification and auxiliary power expander that provides up to 6 0 amps of regulated 24 volt power for powering notification appliances and auxiliary devices Figure 4 12 shows you how to connect the Model 5395 to the Model 5207 panel See the 5395 installation manual P N 150933 for complete information Model Rar f mpu25 je 10 11 12 13 18 19 Meloe eoe 7 2 A Model 7628 7 4 7k EOL Figure 4 12 5395 Connection to 5207 150865 4 13 Model 5207 Installation and Operation Manual 4 11 Model 7181 Zone Converter The Model 7181 Zone Converter lets you interchange zone types on the 5207 Figure 4 13 and Figure 4 14 show how to make conversions Refer to the Model 7181 Installation Manual P N 150632 for complete information Jumper Blocks Model 7181 OOO 1 2 3 4 5 6 7 8 9 10 11 12 gt 7628 EOL v Circuit To Panel IFCUL To 5207 Ground Class B Loop Power Zone Input Terms 12 15 or 18 Sensors connected to Class A zone Figure 4 13 Connecting Class A Style D Sensor to Class B Style A Panel Jumper Blocks Model 7181 32
50. aday 6310B 0 14 24 DC Mini Horn Strobe Strobe flush Faraday 6311B 0 14 24 DC Mini Horn Strobe Strobe surface Faraday 6312B 14 24 DC Mini Horn Strobe Strobe ceiling Faraday 6320B 0 14 24 DC Sync Mini Horn Strobe 1 gang Faraday 6321B 0 14 24 DC Sync Mini Horn Strobe 1 2 gang Faraday 6322B 14 24 DC Mini Horn Sync Strobe 1 2 gang 4SQ Federal Signal 450 Horn Federal Signal VALS Horn Strobe Gentex GX90 4 Horn Gentex GXS 4 15 1 Strobe Gentex GXS 4 1575 Strobe Gentex GX90S 4 15 Horn Gentex GX90S 4 1575 Horn Gentex HG124 Horn Gentex SHG24 1575 Horn Strobe Gentex SHG24 15 Horn Strobe Gentex GMH 24 X Horn 150865 Manufacturer Model Type Gentex GMS 24 X Horn Strobe Gentex GMS 24 X Horn Strobe Gentex 24 Horn Gentex G0S24 X Horn Gentex WGMS 24 X Horn Strobe System Sensor MASS241 Horn Strobe System Sensor MASS24110ADA Horn Strobe System Sensor MASS2415ADA Horn Strobe System Sensor MASS2475ADA Horn Strobe System Sensor SS4110ADA Strobe System Sensor SS2415ADA Strobe System Sensor SS2475ADA Strobe System Sensor PS2415ADA Mini Horn Strobe System Sensor PS241575ADA Mini Horn Strobe System Sensor PS24110ADA Mini Horn Strobe System Sensor PS2475ADA Mini Horn Strobe Wheelock 46T G4 24 R Bell Wheelock 46T G6 24 R Bell Wheelock 46T G10 24 R Bell Whe
51. antly running pro grams to check inputs and carry out other routine functions If the program should ever stop running the watchdog circuit will automatically detect this and attempt to resume normal operation by resetting the microprocessors Each time the watchdog circuit initiates a reset signal it will also sound the audible trouble signal for approximately four seconds 5 6 150865 Section 6 Programming Quick Reference This section of the manual briefly describes all available programming options and lists the factory programmed default values Section 7 of this manual is a complete step by step guide that provides details including LCD diagrams of each programming step Please read Section 7 thoroughly especially if you have never programmed the 5207 before The quick reference chart can be used for keeping track of how options have been pro grammed for an installation The drawing below explains how to use the quick reference chart Step Option Default Your Selection 1 1st digit 2nd digit 00 Bell Test at Power up Mode Restore Report 0 No test 0 No report Pe 74 8 Test 1 Report sent N B i Fage of manual This column provides a 5207 factory Use this space where this step brief description of the programmed default to record how you have ie described in greater option including meaning programmed detail of each digit options for the installati
52. anufacturer Model Silent Knight SD P24F with SD B4 base Detection Systems DS200 DS200HD MB200 ESL 445 Series 449 Series System Sensor 1851B 2851 2851BTH DH200ADCD A 2 Notification Appliances The chart below lists notification appliances compatible with the 5207 Manufacturer Model Type Faraday 446X 12 24VDC Vibrating Bell Faraday 476X 12 24VDC Vibrating Bell Faraday 477 12 24VDC Single Stroke Bell Faraday 5303B 0 14 DC Chime flush Faraday 5304B 0 14 DC Chime surface Faraday 5305B 0 4 DC Chime ceiling Faraday 5306B 0 14 24 DC Chime Strobe flush Faraday 5307B 0 14 24 DC Chime Strobe surface Faraday 5308 0 4 24 DC Chime Strobe ceiling Faraday 5333B 0 14 24 DC Multi Tone Horn flush Faraday 5334B 0 14 24 DC Multi Tone Horn surface Faraday 5336B 14 24 DC Multi Tone Horn Strobe flush Faraday 5337B 14 24 DC Multi Tone Horn Strobe surface Faraday 5338B 4 24 DC Multi Tone Horn Strobe ceiling Faraday 5343B 0 14 24 DC Single Tone Horn Strobe flush Faraday 5344B 0 14 24 DC Single Tone Horn Strobe surface Faraday 5345B 0 4 24 DC Single Tone Horn Strobe ceiling Faraday 5348B 4 24 DC Single Tone Horn Strobe ceiling 150865 A 3 Model 5207 Fire Control Communicator Installation and Operation Manual A 4
53. ation Appliances Refer to device manual for current ratings See Appendix A for compatible devices mA mA mA mA Current Subtotal mA Additional Devices Standby mA mA Alarm mA mA Standby mA mA Alarm mA mA Standby mA mA Alarm mA mA D Current Subtotal mA mA Total current ratings of all devices in system add A D mA mA E Total current ratings converted to amperes x 001 A A Note Use this information in conjunction with Table 3 3 and Table 3 4 to complete battery calculations 3 4 150865 3 5 1 Worksheet Example Control Panel Installation The Current Draw worksheet is included to help you calculate the amount of current the sys tem draws on standby and in an alarm condition Refer to Table 3 4 for available battery sizes and the maximum standby current load each can support Figure 3 3 is an example of a completed worksheet List the number of devices being used Cross out The maximum number is shown in parentheses The number 1 printed in this column indicates that only one device can be used X N For devices with different standby and alarm currente be eure to do the calculation for each rating Fill in missing current ratings for the devices used Note that some devices have different ratings for standby and alarm conditions N Devi Number of Current per Standby Alarm evice Devices Device Current Current For each device use this formula This column X Th
54. ble over the remaining phone line A situation could occur where both phone lines appear to be good but the dialer cannot get through to the central station on the first line In this case the 5207 will switch phone lines and attempt the call again using the second line Make sure the phone lines are programmed properly see Section 7 Notice To comply with industry standards this product is equipped with line seizure Any time the systemis dialer needs to communicate with the central station it will not be possible to use any telephones that are on the same line s as the system Normally this condition will last approximately one minute but under adverse telephone circuit conditions could last for as long as 15 minutes 3 12 150865 Control Panel Installation 3 10 Cable Connectors Power Supply Connector P1 Connects the 5207 control panel to the 5198 power supply Model 5210 P2 Connects the 5210 zone expander to the 5207 Quick Connect P3 For temporarily connecting a 5230 for programming or troubleshooting Requires cable assembly 130294 not included Status P4 Connects the 4180 display module to the 5207 XBUS Connector P5 A 12 pin connector used to connect the 5221 Desktop Programmer no longer manufactured 150865 3 13 Model 5207 Fire Control Communicator Installation and Operation Manual 3 14 150865 Section 4 Compatible Product Installation This manual refers to fire zone types using t
55. by pressing the zone number so that it is not displayed on the LCD See Table 6 1 Use this step to select the 15 to 20 second or 30 to 40 second response times for zones 1 to 8 Select the numbers of the zones that should have either of these speeds For the 30 40 second speed you should also have entered the zone numbers in Step 6 5 Be sure to de select any zones that should not be displayed in this step See Table 6 1 Programming Zone Response Time Steps 6 5 amp 6 6 There are four possible response times To program the response times select the zone number that should have that response time in Steps 6 5 and 6 6 as follows Table 6 1 Steps 6 5 and 6 6 Programming Desired Speed for Zone Step 6 5 Step 6 6 Explanation 0 094 0 25 seconds Do not select zone Do not select zone Leave the zone number blank in number number both steps for any zones that should have this response time Note This very fast response time can increase the possibility of false alarms since transients and other interference can set off alarm conditions in such a short time span Silent Knight recommends that you do not use this response time unless you have to because for example the installation you are protecting requires this quick a response time even if false alarms could result 3 to 5 seconds Select zone num Donotselect zone 7n Step 6 5 only select the zone ber number n
56. condition Use this step to select the relays and or bells that will activate during an alarm condition in each zone Step 24 0 selects bells and relays to activate during a fire drill Zone 0 Step 24 1 selects bells and relays to activate for an alarm in Zone 1 Step 24 2 selects bells and relays for Zone 2 and so on 1 4 Relays that will activate during an alarm in the zone 5 8 Bells that will activate during an alarm in the zone Note If using the Model 5220 Direct Connect Module for supervision select Relay 3 for Zone 3 See Section 4 7 for more information 150865 7 19 Model 5207 Fire Control Communicator Installation and Operation Manual Step 25 Zone Types Display Description In Steps 25 1 through 25 16 you will program two numbers Digit 1 programs the audible signals for the zone Digit 2 programs the zone type Move through the steps to make sure that all zones in your installation have been programmed the way you want them to be For any zones that require changes follow the steps for changing zone types as described in the examples above You can record zone options in the Quick Reference chart in Section 6 Audible Signal Step 25 Digit 1 0 Bells can shut down 2 Cross alarm delay alarm report delayed until a second alarm occurs on another zone 4 No manual bell silence waterflow zones 8 No automatic bell shutdown fire zones Cross alarm and no shut
57. down Press SHIFT 1 for letter i Zone Types Step 25 Digit 2 0 Fire Drill 1 Fire includes waterflow switches smoke detectors heat etc 3 Panic 5 Tamper 6 Sprinkler supervisory zones 7 Undefined Auxiliary 8 Water Auxiliary for high or low water 9 Heat Cold Press SHIFT 1 for letter i Local not reported Press 5 2 for letter i Bi C Not used Do NOT select Example 1 Suppose you want Zone 1 to be a fire type zone with no automatic bell shutdown At Step 25 1 make sure the digits 181 1 the factory programmed selections are displayed Press 8 if necessary Example 2 Suppose you want Zone 2 to be a fire type zone with cross alarm delayed and no bell shutdown Press 1 to select i for digit 1 cross alarm and no shutdown Press 1 for Digit 2 to select fire type Your LCD would appear as shown below 7 20 150865 Programming Step by Step Complete Reference Step 26 Zone Location Descriptions Display Description The following instructions explain how to select zone descriptions for the 5230 display For Steps 26 1 26 16 the factory programmed default is iWORDSi i WORDS appears on the LCD You can choose one or two word descriptions for each zone from the 5207 word list library sho
58. e any valid operating code code 0 installeris code and code 1 main useris code If the NEED CODE AT PANEL option is selected in programming Step 3 the following operations will require a valid code when using the built in touchpad Silence Reset alarms Clear alarm memory Test Table 5 1 5207 Operation To 5230 Annunciator Built in Touchpad Additional Information Test the system 0 ENTER code 0 ENTER The system will perform a display lamp test a bell test and a communicator test Note Bells or relays programmed to activate on Pre Alarm or Trouble do not activate during a test Reset alarms or smoke detectors 1 ENTER code 1 ENTER If there is no alarm this procedure resets the smoke detectors When a trouble condition occurs and you reset the alarm the trouble condition is stored in memory until you clear the alarm memory If the alarm memory is not cleared the trouble condition is displayed the next time a trouble condition occurs implying incorrectly that more than one trouble condition exists Clear alarm memory 2 ENTER code 2
59. e 4 6 4 7 Model 5220 Direct Connect Module 0 cece cnc he 4 7 4 7 1 City Box Connection elu Ak ie hl toe elo ee A ee Ate tA 4 7 4 7 2 NFPA 72 Polarity Reversal 0 cece cc ccc E E e hh hh 4 8 4 8 Keltron 95M3158 Tones Transmitter Module 00 0c cette es 4 9 4 9 Model 5230 Remote Annunciator 0 0 keene e m 4 10 4 9 1 Setting D Codes aa MI els e ist el ek ete 4 10 150865 i Model 5207 Fire Control Communicator Installation and Operation Manual 4 9 2 5230 Permanent Connection 0 cece ccc hh e e 4 11 4 9 3 Mounting the 5230 Remote Annunciator llle 4 12 4 9 4 Temporary Annunciator Connection 4 12 4 10 Model 5395 Signal Power Expander 8 e 4 13 4 11 Model 7181 Zone Converter 0 cence cnet ence e m 4 14 4 12 Supervised Notification Appliance Outputs 8 t 4 15 4 13 Auxiliary Relays ico ER UENIRE INTR OS eee aS SOARES CEN RUE 4 16 Section 5 UL PET 5 1 5 1 Built in Touchpad and Model 5230 Operation 0 00 cece etna 5 2 5 1 1 Built in Touchpad Display Codes 0 0 ccc cette nent beeen en eee 5 4 SCE2EED Indicators hee bd RC MEER heed bee ee ee ee CEN 5 5 5 2 System Testing setae Sie e tee vet Wasa bugs eh see tet tdem i hehe 5 5 5 2 Fite hel VER uer ies Ge cee ag ogee eie e
60. e 5207 Use 22 gauge wire or larger IMPORTANT Power must be OFF at the panel when making Model 4180 1st um mem connections 14 o gt 4180s be daisychained together to view status of zones 9 16 Model 4180 2nd if used P4 Figure 4 5 Model 4180 Connection 150865 4 5 Model 5207 Installation and Operation Manual 4 6 Model 5210 Zone Expander Wiring The Model 5210 provides the 5207 with eight additional class B style A zones Figure 4 6 shows how to wire the 5210 Use a 4 7k end of line resistor for each class B loop The EOL must be wired in parallel with the normally open contact farthest from the panel See Appen dix A for a list of the smoke detectors that can be used with the 5210 Maximum Loop Resistance 30 ohms Maximum Total Alarm current powered from loop power for all class B style A zones 1 A Maximum Standby Current Per Zone 1 mA Voltage ranges When used with the 5207 24 VDC Model 5210 Identifier 24A 17 8 VDC 27 4 VDC Zz Model 5207 IMPORTANT PY 2 Power must be OFF at P2 the panel when making 1 connections 130408 cable supplied with 5210 J v SIA or SK 4 2 formats must be EH Model 5210 1 Circuit ground used to report alarm and trouble EH 2 Zone 9 input A 3 Loop power conditione on expansion zones 4 Zone 10 input
61. e ect Rd er cts 3 1 3 2 Environmental Specifications cesis eiee a eN E ra 3 1 J3 Wiring Specifications mete eR AU ME a ee Eu t Y 3 2 3 4 Model 5207 Wiring Diagram ace ceseco ees een nen rh 3 3 3 5 Current Draw Worksheet tie se LLL teet te e de e ettet ma 3 4 3 5 L Worksheet Example eeepc Oe Oe Ee E 3 5 3 5 2 Worksheet Requirements nU UEM RT ERU 3 6 3 6 Power Supply LRL es UH ERR MEI wu 3 8 3 6 1 Connecting the 5198 to AC Power rr 3 9 3 6 2 Connecting the 5198 to Batteries eere VLL Res E EUR Ie RR 3 9 3 Mounting the 5207 dt ase uer aum E e cen e a Aa oc 3 9 3 8 Terminal Strip Descripli n iius ese OX RE ERE Due 3 10 3 9 Telephone Line Connections ot cb ELE ee re aree DR Se raton 3 12 3 10 Cable Connectors ur estere ur uc ne coder e AUR Rura er Re RI 3 13 Section 4 Compatible Product Installation ne 4 1 4 1 Glass A Style herr EC e ea etek hec eser age URP EIN E pi einn 4 1 4 2 Glass BStyle A Zones euet ewe A RA e 4 2 4 3 Four Wire Smoke Detector Connection lesse he 4 3 4 4 Two Wire Smoke Detector Connection 0 ccc cece he 4 4 4 5 Model 4180 Status Display Module 20 0 0 oe tenet nent 4 4 4 6 Model 5210 Zone Expander Wiring 0 02 teen
62. e required at the panel If you select this option users will have to enter a code to perform tasks on the built in touchpad 2 Trouble alert tone used for pre alarm sound If you choose this option the built in trouble alert will sound when a trouble condition occurs 3 Pulsing fire bells Select this option if you want fire alarm bells to pulse one second on one second off If you want fire bells to have cadenced pulsing instead of one second on one second off pulsing choose both this option AND cadenced pulsing 4 Trouble alert tone will sound during smoke delays If you choose this option the built in trouble alert sounder will sound when a trouble condition occurs 5 Report fast restores This option causes restores that occur as soon as the alarm situation is corrected instead of waiting for the shutdown time 6 Must be enabled Do NOT de select 7 Time displays in military format If you select this option the system time will display in the 24 hour military format instead of the 12 hour with AM PM format Step 4 Display Rate Display Description The two digits of this step are used to program two options that have to do with the Model 5230 Remote Annunciator Digit 1 The rate that the 5230 LCD displays text that is how long a display stays on the LCD The choices are 0 0 5 sec 1 1 sec 2 1 5 sec 3 3 sec Digit 2 Maximum number of supervised annunciators Ente
63. ecessary modifications to maintain uninterrupted service Warning This device has been verified to comply with FCC Rules Part 15 Operation is subject to the two following conditions 1 This device may not cause radio interference and 2 This device must accept any interference received including interference that may cause undesired operation 150865 2 1 Model 5207 Fire Control Communicator Installation and Operation Manual 2 2 Underwriters Laboratories UL The 5207 is UL Listed as a control unit for use in Central Station Fire Protective Signaling systems If the 5207 and its accessories are to be used as part of a UL installation carefully read the UL requirements in this section The following applicable NFPA 72 standards can be found in more detail in the NFPA 72 National Fire Alarm Code 1993 Edition Chapter 3 Local Protected Fire Alarm Systems Chapter 4 Chapter 4 Central Station Fire Alarm Systems Auxiliary Protected Fire Alarm Systems for Fire Alarm Service City Box Remote Station Protected Fire Alarm Systems Polarity Reversal Proprietary Fire Alarm Systems 2 2 1 Requirements for All Installations General requirements are described below The sections that follow describe additional requirements for the type of installation for example Central Station Fire Alarm systems Local Protected Fire Alarm systems and so on 1 All field wiring must be 18 gauge or larger for example 16 1
64. elock 46T G6 24 WS 24 HF R Strobe Bell Wheelock 46T G10 24 WS 24 HF R Strobe Bell Wheelock 46T G6 24 WH 24 HF R Strobe Bell Wheelock 46T G10 24 WH 24 HF R Strobe Bell Wheelock 700 1T 12 24 W FR Strobe Horn Wheelock 7002T 12 24 W FR Strobe Horn Wheelock AES DL1 R Multitone Horn Wheelock AES ELI R Multitone Horn Wheelock AES DL1 WS 24 VF R Multitone Horn Wheelock AES EL1 WS 24 VF R Multitone Horn Wheelock AES DL1 WH 24 VF R Multitone Horn Wheelock AES EL1 WH 24 VF R Multitone Horn Wheelock AES DL1 WM 24 VF R Multitone Horn Wheelock AES EL1 WM 24 VF R Multitone Horn Wheelock AH 24 R Horn Wheelock AMT 12 24 R Strobe Horn Wheelock AMT 24 LS VFR Strobe Horn Wheelock AMT 24 LSM VFR Strobe Horn Wheelock AMT 24 IS VFR Strobe Horn Wheelock AS 2415 VFR Strobe Horn Wheelock AS 241575 VFR Strobe Horn Wheelock AS 2430 VFR Strobe Horn Wheelock AS 2475 VFR Strobe Horn Wheelock AS 24110 HFR Strobe Horn Wheelock SM 12 24 R Strobe Horn Controller Wheelock DSM 12 24 R Strobe Horn Controller 150865 A 5 Model 5207 Fire Control Communicator Installation and Operation Manual A 6 Manufacturer Model Type Wheelock CF BFI Chime Wheelock CF BFI R Chime Wheelock CH CF1 Chime Wheelock CH CF1 R Chime Wheelock CH CF1 W Chime Wheelock CH DF1 Chime Wheelock CH DF1 R Chime Wheelock CH BF1 WS 24 HF R Strobe Chime Wheelock C
65. ent A Total supervisory current from the Current Draw A Worksheet row E B Number of standby hours 24 and 60 for NFPA 72 H Chapter 1 1 5 2 5 Multiply Lines A and B AH D Total alarm current from the Current Draw worksheet A row E E Alarm sounding period in hours For example 5 H minutes 084 hours F Multiply lines D and E AH Add lines C and F AH Multiply line G by 1 2 AH Total ampere hours required 3 6 Use next size battery with capacity greater than required 150865 Control Panel Installation This calculation is based on the Current Draw worksheet example data From this table the installer would use a 17 AH battery Total Standby Current Total Alarm Current Total supervisory current from the A Current Draw worksheet row E 0 529 a Number of standby hours 24 and 60 for NFPA 72 Chapter 1 1 5 2 5 24 C Multiply lines A and B 9 54 Total alarm current from the Current Draw worksheet row E 4 075 Alarm sounding period in hours B For example 5 minutes 084 hours 084 H F Multiply lines D and E Al AH G Add lines C and F 9 75 AH Multiply line G by 1 2 Total ampere hours required 11 7 AH Figure 3 4 Battery Calculation Example 5 Refer to to verify the battery size you need to provide at least the total standby current you have calculated If the installation must meet requirements for NFPA 72
66. ep and for Step 11 Step 11 Number of Events Before Dialer Failed Display Description Number of dialing attempts before the system locally annunciates a dialer failed condition For a local only system no report to central station select 10 for this step and for Step 10 Step 12 Low AC Hours Display Description Number of hours 6 12 that AC is low before system reports AC TROUBLE UL requires a range of 6 12 hours Step 13 Number of Rings Display Description d Number of rings before panel answers for up downloading Enter a number from 1 to 15 or enter 0 if not used If you are using this option you must also select options 157 and 171 in step 9 150865 7 11 Model 5207 Fire Control Communicator Installation and Operation Manual Step 14 Report to Telephone Numbers Display Description The phone number to which alarms should be reported Select 1 4 for phone numbers 1 4 1 Report alarms to phone number 1 2 Report alarms to phone number 2 3 Report alarms to phone number 3 4 Report alarms to phone number 4 The phone number to which troubles should be reported Select 5 8 for phone numbers 1 4 5 Report troubles to phone number 1 6 Report troubles to phone number 2 7 Report troubles to phone number 3 8 Report troubles to phone number 4 Example Selecting 15
67. eps 27 and 28 Temporal Patterns Display Description Steps 27 and 28 are used together to control the temporal pulsing pattern of the bell outputs You can use these steps to create any temporal pattern you want including the pattern required by NFPA 72 Lu Step 27 determines the length number of bits of the pattern This number can be 1 to 32 allowing for patterns that up to 16 seconds or This step programs the length of 32 half seconds in duration the pattern The default setting is 32 Note If you are using this step to create a customized temporal pattern both cadenced pulsing option 0 and pulse fire bells option 3 must be enabled in Step 3 Example 1 Simple two second pattern Suppose you want to create the simple temporal pattern one second ON one second OFF In Step 27 you would enter i 41 because the length of the pattern 1s four half seconds or two seconds After programming this example your LCD would appear as shown below See Example 1 in Step 28 1 for setting the pattern Example 2 NFPA 72 required pattern In an NFPA 72 installation the temporal pattern must be ON OFF ON OFF ON OFF OFF OFF Program Step 27 as shown below to achieve this pattern length A i c See Example 2 in Step 28 1 for setting the pattern 7 22 150865 Programming Step by Step Complete Reference Display Description
68. ers will report as 1 16 See for more information The 4 2 format repeats after 10 Table 8 2 FSK and SK 4 2 Codes Zones FSK and 4 2 Description Y Last digit of the user ID number Z last number of the zone Fire Codes 0Z Alarm amp Supervisory 20 Disable Restore Fire type zones report as 20 50 Disable Zone Fire type zones report as 50 6Z Trouble 77 Alarm Restore Supervisory Restore and Trouble Restore Other Zones 30 Dialer Test Walk Test Fire Drill 31 Phone Line 1 Trouble 32 Phone Line 2 Trouble 33 Expansion Trouble see Note below 35 Phone Line 1 Restore 36 Phone Line 2 Restore 37 Expansion Restore see Note below 39 Data Lost 60 AC Lost 69 Low Battery 70 AC Restore 79 Battery Restore 9Y Reset Alarm by Code Note Expansion refers to all the expansion troubles and restores listed in the SIA format Section 8 2 8 4 150865 8 4 16 Zone 4 2 Format When selected the FSK1 and SK 4 2 formats will send alarms on zones 1 through 16 as 01 16 All 16 zones have unique alarm codes However there are some limitations Zone troubles and restores cannot be completely distinguished from alarms Zones 9 and 10 share some codes with battery and AC supervision Table 8 3 shows which codes will be reported when the 16 zone 4 2 format is used The codes that will be reported if this option is not selected appear i
69. es an alarm or trouble condition Zone 2 7 21 11 In normal condition the following is true Class A style D 1 Terms 7 and 8 are the same 8 22 11 AND 6 23 6 2 Terms 6 and 9 are the same AND 9 24 6 3 Terms 7 and 8 are not the same as 6 and 9 If any of the conditions is not true it indicates an alarm or trouble condition Zones 3 8 11 19 3 8 8 9 Above 10 Alarm Class B style B Below 6 Trouble Zones 9 16 5210 9 16 8 9 Above 10 Alarm Class B style B Below 6 Trouble Accessory Power 26 30 6 7 Above 12 Trouble Below 8 Trouble Earth Ground 52 31 1 9 Fluctuates continuously from 1 9 in normal condition Notif Circuits 1 4 27 34 25 28 10 11 Above 12 Trouble Below 8 Trouble Smoke Power 12 15 18 29 11 12 Above 12 Trouble Below 8 Trouble 150865 9 3 Model 5207 Fire Control Communicator Installation and Operation Manual 9 4 Troubleshooting and System Messages Table 9 2 shows the messages that may appear on the Model 5230 Touchpad display and the codes that may appear on the 5207 built in touchpad display For troubleshooting you can connect a 5230 temporarily if it is not part of the installation see 4 9 2 Table 9 2 System Messages and Codes 5230 Annunciator Built in Annunciator Display LEDs Explanation System messages 1 Alarm reset Alarm reset code is being entered on the annunciator System m
70. essages 2 Alarm memory has been cleared System messages 3 Dialer being reset 0 ENTER 0 Fire drill or system test in progress Set Mode LED is on CALLING COMPUTER 4 Data is being up or downloaded DATA LOST DL Most common reason for this message is that the communicator has lost data that was being trans mitted to the central station This message could also indicate that alarm mem ory buffer is full Press 2 ENTER code to clear FAILED DF Dialer failed The communicator has failed to report REPORTING Set Time LED flashes An event is being reported to the central station Prompts for input 7 Set Mode LED is on The 5207 is in Step Programming mode System data 5 Set Mode LED is on A zone test is in progress 5230 piezo sounds on and off XXXX ALARM n The alarm memory is being displayed yy n zone number XXXX Alarm type YY Zone number ALARM ZONE 1 16 Alarm in the indicated zone 1 16 ALARM LED If more than one zone is in alarm the top line of Flashing Fire the 5230 will cycle through the status messages for Steady on supervisory each zone BAD EEPROM E7 Problem with EEPROM Replace chip LEDs and 5207 piezo turn on and off When the transmission is completed the 5230 annunciator resets and displays its ID 9 4 150865 Troubleshooting Table 9 2 System Messages and Codes Built in Annunciator 5230 Annunciator Display LED
71. he latest NFPA standard designations Refer to the NFPA 72 National Fire Alarm Code 1993 Edition for additional information Note For purposes of this manual a normally open device s contacts conduct when in an alarm state and do not conduct in a non alarm state 4 1 Class A Style D Zones Zones 1 and 2 are class A style D zones They are intended for use with non powered devices such as waterflow switches Do NOT use smoke or duct detectors on Class A zones Each class A zone is a four wire circuit that allows an alarm to be detected even after a single open or ground fault occurs When a single open or ground fault occurs the audible trouble signal will sound and the 5207 will report the trouble to the central station 1f programmed to report troubles Figure 4 1 shows how to wire a class A style D loop No end of line EOL resistors are needed for these zones These zones must be wired using normally open contacts FON Ne 2 Do use smoke or duct detectors on class A zones di Zone 1 NFPA limits the number of waterflow devices to 5 per zone on class A zones 7 DIX Class A zones are power limited rated at 3 mA 2 VDC gt d H me UL requires all field wiring to be 18 gauge gt 2 A or larger one e A 9 Figure 4 1 Class A style D Supervised Fire Loop Normally Open Sensors Only 150865 44 Model 5207 Installation and Operation Manual 4 2
72. i HS224L Heat Detector base 30 loop 30 loop System Sensor 1100 20 loop 8 loop System Sensor 1100T 20 loop 8 loop System Sensor 1100TB 20 loop 8 loop System Sensor 1151 110LP 20 loop 8 loop System Sensor 1400 20 loop 8 loop System Sensor 1451 B401B 20 loop 8 loop System Sensor 1800 20 loop 8 loop System Sensor 1851B B101B 20 loop 8 loop System Sensor 1851DH DH1851DC 20 loop 8 loop System Sensor 2100 20 loop 8 loop System Sensor 2100T 20 loop 8 loop System Sensor 2100TB 20 loop 8 loop System Sensor 2151 BIIOLP or B110LRP 20 loop 8 loop System Sensor 2300T 20 loop 8 loop System Sensor 2400 20 loop 8 loop System Sensor 2400 DH400 20 loop 8 loop System Sensor 2400AIT 20 loop 8 loop System Sensor 2400AT 20 loop 8 loop System Sensor 2400TH 20 loop 8 loop 150865 Manufacturer Model Name or Number 5207 5210 Base model name or number in parentheses System Sensor 2451 B401B 20 loop 8 loop System Sensor 2451DH DH 400 20 loop 8 loop System Sensor 2451TH B401B 20 loop 8 loop System Sensor 2800 20 loop 8 loop System Sensor 2800TH 20 loop 8 loop System Sensor 2851B B101B 20 loop 8 loop System Sensor 2851BTH B101B 20 loop 8 loop System Sensor 2851DH 20 loop 8 loop System Sensor 2851TH B101B 20 loop 8 loop Four Wire Smoke Detectors M
73. ins 4 Ph 4 8 Ph 4 Pg 7 12 14 2 Report disabled zones to Report restores to 1 5 1 Ph 1 5 Ph 1 2 Ph 2 6 Ph 2 3 Ph 3 7 Ph 3 4 Ph 4 8 Ph 4 14 3 Report open resets to 1 Ph 1 5 8 Not used 2 Ph 2 3 Ph 3 4 Ph 4 14 4 1 4 Not used Report tests to 5 5 Ph 1 6 Ph 2 7 Ph 3 8 Ph 4 14 5 Must Report Select Options 1 Ph 1 5 Line 1 is Touch Tone 2 Ph 2 6 Line 1 is Touch Tone 3 Ph 3 7 Use Touch Tone only 4 Ph 4 8 Enable 16 zone reporting 15 Computer phone number for up downloading blank Pg 7 13 150865 Model 5207 Fire Control Communicator Installation and Operation Manual Step Option Default Your Selection 16 Central station phone numbers 555 16 1 Phone number 1 1234567890 16 2 Phonenumber2 y J e 16 3 Phonenumber3 259J 16 4 Phonenumber4 J e Begins on Pg 7 13 17 Central station account numbers 005207 17 1 Accountnumber ee ee 17 2 Account number ees eee ee 17 3 Accountnumber3 sess ee ee 17 4 Account number 4 18 1 lst digit 2nd digit 10 Account 1 18 4 Number of attempts before Dialer format for Accts 1 4 Account 2 switching to next account 0 SIA8 4 BFSK23 Account 3 Pg 7 14 for Accounts 1 4 1 5 SIA20 Account 4 2 Notused 6 SK4 2 3 BFS
74. is column Current per number of devices d Do not 5207 Control Panel 1 Standby 120 mA 120 mA opie I Alarm 700 mA 700 ma shaded worst case areas 5210 Zone Expander 1 Standby 40 mA AQ mA Alarm 40 mA 40 mA entire row LL 2220 Diseet Cormevemedale LS of any devices not used A Write in emoke detectore notification appliancee etc E 150865 rr 5230 Remote Annunciator 3 7 max Standby 60 mA 180 mA Alarm 120 mA A60 mA 2 ee Current Subtotals ZAO mA 100 mA Smoke Detectors Refer to device manual for current ratings See Tables 6 2 and 6 3 for max per loop Standby 1 50 mA 24 mA Model XYZ 16 Alarm 62 5 mA 1OOO mA Standby mA mA Alarm mA mA Standby mA mA Alarm mA mA Current Subtotals 24 mA 1000__ mA Notification Devices Refer to device manual for current ratings Model ABC 16 Alam 1797 mA 2875 mA NSSS 7 MM MM eS ratings of all devices in system add A D 389 mA 4875 mA Total current ratings converted to amperes x 001 0 4289 mA 4 575 mA For row E add the subtotals from rows A D and multiply by 01 Figure 3 3 Current Draw Worksheet Example 3 5 Model 5207 Fire Control Communicator Installation and Operation Manual 3 5 2 Worksheet Requirements The following steps
75. ither the built in touchpad or the Model 5230 Remote Annunciator 7 segment ALARM MEMORY display codes In normal operation SILENCED TROUBLE the display ie blank except for 2 LEDs that AC DC O SET MODE alternately flash is POBE LEDs ReseT CLEAR DIAL ptSPLAY ALARM MEMO RESET LOAD MEMORY 1 3 s 4 5 E P Key functions DISET A SER ww TEST are basically the 6 7 8 l 9 0 eame ae for the 5230 CLEAR ENTER SILENCE DISABLE Figure 5 1 Built in Touchpad Seven Segment Display a N MODEL 5230 NORMAL TUE AN 15 18 FIRE ALARM ANNUNCIATOR mn mu MEMORY ENTER SHIET_ A E 4 DISABLE a rH Ser SET E Tee De vc Bb esr Gear CNN STEP SILENT KNIGHT 6 7 8 9 0 FIRE SYSTEMS 150865 Figure 5 2 Model 5230 Remote Annunciator Model 5207 Fire Control Communicator Installation and Operation Manual 5 1 Built in Touchpad and Model 5230 Operation Basic operation of both the 5230 and the built in touchpad is described in Table 5 1 Note that if no keys are pressed for 15 minutes while in program mode the system will time out and resume normal operation Notes A valid operating code is required for most functions when using the 5230 In Table 5 1 cod
76. ivate not by zone An excep tion is relays and bells that activate for alarms which can be programmed by zone Use Step 24 to program alarm relays and bells by zone Display Description This step selects bells and relays by type of condition Step 24 is for selecting bells and relays by zone Step 23 is used to select the relays and or bells that you want to activate for particular conditions This means that relays and or bells programmed would activate when the specified conditions occurred in a zone Digits 1 4 select relays Digits 5 8 select bells Step 23 1 selects relays bells to activate for Pre alarm conditions Step 23 2 selects relays bells to activate for Tamper alarm conditions Step 23 3 selects relays bells to activate for Special Auxiliary conditions Step 23 4 selects relays bells to activate for Fire conditions Step 23 5 selects relays bells to activate for Trouble conditions Step 23 6 selects relays bells to activate for No Silence conditions Example Use the steps below to program your system for the following Pre alarm condition Activate Relays 3 and 4 and Bell 1 Fire Activate Bells 1 2 3 and 4 Trouble condition Activate Relays 1 and 2 and Bells 1 and 2 Pre alarm condition relays bells are programmed in Step 23 1 a Press 3 to select Relay 3 b Press 4 to select Relay 4 c Press 5 to select Bell 1 Your LCD would appear as shown below
77. l you arrive at the channel you want to view through the channels To skip to a different step Enter the number of the channel you want to view and press ENTER Channel numbers and the inputs they represent are shown in Table 9 1 To exit troubleshooting Press CLEAR CLEAR mode 9 3 1 Mode 25 Display The first line of the display will show the channel input number followed by six digits known as i step numbersi Although the step numbers are not actual voltage readings they can identify any voltage fluctuations that may have occurred Channe z High Low _ Present Figure 9 1 Mode 25 Display 9 2 150865 Troubleshooting When you momentarily put a zone into alarm the touchpad will display the Present current value along with the High spikes and Low voltage drop values This is also useful in locat ing intermittent connections Step numbers range from 0 to 16 Using Table 9 1 you can determine if the step numbers are within the acceptable range for each input Table 9 1 Significance of Mode 25 Readings Typical Input Term Chan Reading Significance Zone 1 3 17 11 In normal condition the following is true Class A style D 1 Terminals 3 and 4 are the same 4 18 11 AND 2 19 6 2 Terminal 2 and 5 are the same AND 5 20 6 3 Terminals 3 and 4 are not the same as 2 and 5 If any of the conditions is not true it indicat
78. larm box or city box as required by NFPA 72 Auxiliary Protected Fire Alarm systems for fire alarm service The city master box is an enclosure that contains a manually operated transmitter used to send an alarm to the municipal communication center which houses the central operating part of the fire alarm system The maximum coil and wire resistance combined must not exceed 30 ohms To install the 5220 for city box connection 1 Locate the knockout on the right side of the 5207 cabinet to connect the 5220 using a short piece of conduit must not exceed 20 feet in length 2 Wire the 5220 to the 5207 as shown in Figure 4 7 This drawing also shows how to con nect the city box coil to terminals 3 and 4 on the 5220 3 Select notification circuit 4 to be supervised Step 5 but do not install an EOL resistor in the notification circuit terminals Do not select pulsing fire bells It is not possible to reset the remote indication until you clear the condition and reset the 5207 au City Box 2 Model 5207 Bell 4 28 Bell 4 27 KJ C I s Q R10 ORN 3 a lt lt RED 2 CIC Ho Model BRN 4 To gi 5220 D Figure 4 7 City Box Connection 150865 4 7 Model 5207 Installation and Operation Manual 4 8 4 7 2 NFPA 72 Polarity Reversal When the 5220 is wired and programmed for polarity reversal it reports alarm and trouble
79. ld experience difficulty returning to programming mode If this occurs press the following keys rapid ly repeating the sequence several times if necessary ALARM RESET ENTER ENTER code 2117 code ENTER Step 9 Dialer Options Display Description 0 Retry if fail If you want the 5207 to try again to send a report 15 minutes after all previous attempts have failed select 0 1 Enable phone line 2 Choose if using a second phone line with the system 2 Not used Do NOT select 3 Ground start Must be selected for installations using a ground start telephone network Ground start cannot be supervised by the line monitors as there is no DC voltage normally present This option should not be used in UL installations 4 Enable phone line monitor 5 Answer ring detect Select if you want to the panel to answer after the specified number of rings for an up download from a computer The number of rings 1s programmed in step 13 6 Not used Do NOT select 7 Enable up downloading Select this option if you will be using up downloading with the system 7 10 150865 Programming Step by Step Complete Reference Step 10 Total Number of Attempts Display Description 2 Total number of attempts to dial Select a number from 5 15 Fora local only system select 0 for this st
80. me see the explanation at Steps 6 5 and 6 6 Not used Do not select any zones for this option Pre alarm delay Use this step to select a pre alarm delay for zones to 8 When this delay is selected for a zone it means that the panel will not immediately go into alarm Alarm responses and reporting will be delayed for the programmed duration duration programmed in Step 20 3 Any outputs programmed for pre alarm in Step 23 1 will activate At the end of the pre alarm time if the alarm has not been reset the panel will go into alarm 150865 7 9 Model 5207 Fire Control Communicator Installation and Operation Manual Display Description Smoke verification delay Use for smoke detectors only not for manual pull switches to select zones that will be controlled by a smoke detector delay This means that the smoke detector will delay for a specified amount of time before responding to an alarm condition The duration of the delay is programmed in Step 20 4 Can be disabled For zones 9 16 enter the number of zones that can be shunted Step 8 Number of Zones Display Description Enter the total number of zones Do not enter more zones then the installa tion has Doing so will trigger an alarm Note The last internal zone must 8 unless the 5210 is used Entering a larg er number will trigger an alarm condition and you cou
81. minutes Enter 900 divided by 10 i901 Common shutdown times 5 minutes 300 seconds Enter i 30 1 10 minutes 600 seconds Enter i 60 1 15 minutes 900 seconds Enter i 90 1 20 minutes 1200 seconds Enter i 120 i 25 minutes 1500 seconds Enter i 150 1 30 minutes 1800 seconds Enter i 180 1 Step 20 2 is not used Do NOT change the factory programmed setting of i 301 Use this step to program the duration 1 255 sec of the pre alarm delay Use this step to set the duration 1 255 sec of the smoke verification delay Use this step to program the number of seconds 2 7 sec it will take smoke detectors to reset Refer to the manufacturer s specification sheet for the times approved for your smoke detectors Step 20 6 is not used Do NOT change the factory programmed selection of i 24 1 150865 7 15 Model 5207 Fire Control Communicator Installation and Operation Manual Step 21 Test Time Display Description Enter time that automatic daily test should occur using 24 hour military time Enter 6 digits with leading zeros Examples To program the daily test to occur at 2 30 AM enter 000230 11 45 PM enter 002345 Midnight enter 000000 Step 22 Secret Codes Display Description Step 22 is for programming the 4 to 6 digit codes that give access to the system Code 0 prog
82. mmed to report in Radionics BFSK format However if you choose to use more than 8 zones with the Radionics BFSK format it is a good idea to make every 8th zone such as Fire Tamper Sprinkler etc the same zone type such as Fire If you assign the zones in this manner the letter X in will be a digit that represents every 8th zone number as shown below Digit Reported X Zone Numbers 10 11 12 13 14 15 16 18 19 Table 8 4 Radionics BFSK BFSK Radionics BFSK Description Fire Codes X Alarm Zone X Alarm on zone X see chart above for actual number EO Restore Zone 0 Disable restore zone 0 FO Trouble Zone 0 Trouble zone 0 zone disabled was Forced Armed FX Trouble Zone X Trouble zone X see chart above page for actual num ber EX Restore Zone X Alarm or trouble restore zone X see chart above for actual number Other Zones E9 Restore Zone 9 Test restore zone 9 FB Trouble Zone B Phone line fault FC Trouble Zone C Expansion trouble see Note below EB Restore Zone B Phone line trouble restore EC Restore Zone C Expansion restore see Note below E9 Test restore Zone 9 Data lost F0 Trouble Zone 0 AC lost F9 Trouble Zone 9 Low battery Restore Zone 0 AC restore E9 Restore zone 9 Battery restore BY Open zone Code Reset alarm by user code Note Expansion refers to all
83. mpatible with the 5207 5207 5210 Identifier 24D 24A Voltage Range 19 4 28 VDC 17 8 27 4 VDC Notes The maximum number of smoke detectors per zone is determined by both the current draw and the impedance of the smoke detector If too many smoke detctors are used on any zone false alarms could occur Do not mix different models of detectors on any zone false alarms could occur Control unit Smoke Reset Time must be programmed for a number greater than or equal to the maximum reset time of the smoke detector Two Wire Smoke Detectors The table below lists two wire smoke detectors that are compatible with the 5207 The table is organized by manufacturer Information for both 12V and 24V mode and for the 5210 Zone Expander Module is included The columns show the number of detectors per loop that can be used Manufacturer Model Name or Number 5207 5210 Base model name or number in parentheses Apollo 55000 250 45681 200 24 loop 8 loop Apollo 55000 350 4568 1 200 24 loop 8 loop Detection Systems DS200 MB200 2W 24 loop 12 loop Detection Systems DS200HD MB200 2W 24 loop 12 loop Detection Systems DS250 MB2W or MB2WL 18 loop 8 loop Detection Systems DS250HD MB2W or MB2WL 18 loop 8 loop Detection Systems DS250TH MB2W or MB2WL 18 loop 8 loop ESL 425 40 loop 20 loop ESL 425C 40 loop 20 loop ESL 425CR 40 loop 20
84. mples The following examples demonstrate how to use Step Programming The selections you make in each installation will vary depending on each customeris needs The way you move through Mode 27 may also vary from how it is described here Example 1 Programming One Word Display Location Description Names 1 From 1 PWR CLR display press 2 26 1 to go to Step Suppose you want to program the Model 5230 Annunciator to 2 Press ENTER until you reach Zone 3 The first line of the LCD will display meaningful location read 26 3 names for Zones 3 and 5 The words you wish to display are 3 Press L as many times as necessary until the word GARAGE is dis GARAGE for Zone 3 and EAST played on the LCD Press ENTER to select OFFICE for Zone 5 These words are part of the 5230 Two Word Display To program Zone 5 to display EAST OFFICE you will have an additional step since you are programming two words instead of one 1 Ifnecessary enter Step Programming mode from the Date Time dis library of names and can be selected using Step Programming See Table 2 2 for a complete list of words play by pressing 217 ENTER then enter your access code contained in the library 2 Fromthe 1 PWR UP CLR display press 2 18 ENTERI to go to Step 26 1 If you are already in Step 26 just press STEP
85. n Table 8 2 Reporting Important In order to use this format you must select i8i in programming step 14 5 Table 8 3 16 Zone 4 2 Format Zone Code Description Alarm Zone 1 01 ALARM I Alarm Zone 8 08 ALARM 8 Alarm Zone 9 09 ALARM 9 Alarm Zone 10 10 ALARM 10 Alarm Zone 11 11 ALARM 11 Alarm Zone 16 16 ALARM 16 Trouble Zone 1 61 TROUBLE 1 Trouble Zone 8 68 TROUBLE 8 Trouble Zone 9 69 TROUBLE 9 Trouble Zone 10 60 TROUBLE 10 Trouble Zone 11 61 TROUBLE 11 Trouble Zone 16 66 TROUBLE 16 Restore Zone 1 71 RESTORE 1 Restore Zone 8 78 RESTORE 8 Restore Zone 9 79 RESTORE 9 Restore Zone 10 20 RESTORE 10 Restore Zone 11 21 RESTORE 11 Restore Zone 16 26 RESTORE 16 150865 8 5 Model 5207 Fire Control Communicator Installation and Operation Manual 8 5 Radionics BFSK Format Model 5207 can transmit using the Radionics BFSK format with 1400 Hz or 2300 Hz acknowledge The messages that will be printed are listed with the codes for FSK1 and SK 4 2 Radionics BFSK format can only report eight zone codes Zones 9 through 16 report as zones 1 through 8 zones 17 through 24 report as zones 1 through 8 and so on Because of this lim itation programming the 5207 to report in both the Radionics BFSK and either the FSK or SK 4 2 formats is NOT advised Use only if required by the receiver The Radionics BFSK format repeats after 8 It is recommended that you use no more than 8 zones if your system is progra
86. n circuits 150865 4 15 Model 5207 Installation and Operation Manual 4 13 Auxiliary Relays The 5207 provides four programmable auxiliary relay outputs Relays can be programmed to activate for the following conditions either for all zones or by individual zone pre alarm entry delay not acceptable for NFPA 72 Central Station fire alarm auxiliary alarm alarm by zone and system or loop troubles loss of AC low battery failed to communicate phone line troubles and notification circuit troubles Refer to the 5207 programming manual for more information Figure 4 16 shows the relay contact connections using a doorstrike application as an example 46 Relay 1 N C 45 Relay 1 Common AUX Power 44 Relay 1 N O 43 Relay 2 N C Note Magnetic Normally Noise suppression Door Holder energized 42 Relay 2 Common devices such as metal 41 Relay 2 N O oxide varistors MOVs should be used with auxiliary relay outputs 40 Relay 3 N C Relays can be connected in Connect the noise 39 Relay 3 Common normally open N O normally d euppreesion devices closed N C configuratione 38 Relay 3 N O close to the or both auxiliary device Relay contacts are rated at 37 Relay 4 N C 2 5 A 24 VDC 24 VAC 36 Relay 4 Common G 85 Relay 4 N O Figure 4 16 Auxiliary Relays 4 16 150865 Section 5 Operation To operate the 5207 you can use e
87. n device 1 4 back to normal ER36 EXPANSION RESTORE 36 Smoke power back to normal ER37 EXPANSION RESTORE 37 Accessory power back to normal ER38 EXPANSION RESTORE 38 Circuit ground earth fault removed ER39 EXPANSION RESTORE 39 Power earth ground fault removed ORO 99 OPEN RESET ALARM ID 0 99 Alarm reset by access code 0 99 1 16 FIRE ALARM 1 16 Alarm in fire zone 1 16 FT1 16 FIRE TROUBLE 1 16 Trouble condition in fire zone 1 16 1 16 FIRE BYPASS 1 16 Zone 1 16 has been bypassed FR1 16 FIRE RESTORE 1 16 Alarm or trouble restore in zone 1 16 FUI 16 FIRE UNBYPASS 1 16 Zone 1 16 that was disabled has been restored PA1 16 PANIC ALARM 1 16 Alarm in panic zone 1 16 PT1 16 PANIC TROUBLE 1 16 Trouble condition in panic zone 1 16 1 16 PANIC BYPASS 1 16 Zone 1 16 has been bypassed PRI 16 PANIC RESTORE 1 16 Alarm or trouble restore in zone 1 16 PUI 16 PANIC UNBYPASS 1 16 Zone 1 16 that was disabled has been restored 8 2 150865 Reporting Table 8 1 SIA Messages SIA Code 9000 Printer 5207 Status TAI 16 TAMPER ALARM 1 16 Alarm in tamper zone I 16 TT1 16 TAMPER TROUBLE 1 16 Trouble condition in tamper zone 1 16 1 16 TAMPER BYPASS 1 16 Zone 1 16 has been bypassed TRI 16 TAMPER RESTORE 1 16 Alarm or trouble restore in zone 1 16 01 16 TAMPER UNBYPASS 1 16 Zone 1 16 that was disabled has been restored SA1 16 SPRINKLER ALARM 1 16 Alarm in sprinkler zo
88. nd Bells 1 4 Relays that will activate during a fire alarm condition 5 8 Bells that will activate during a fire alarm condition 150865 Programming Step by Step Complete Reference Display Description Trouble Relays and Bells 1 4 Relays that activate during a trouble condition 5 8 Bells that activate during a trouble condition Note Relays or bells selected as Trouble will not activate during a test No Silence Relays and Bells This option is intended for use with applications such as strobes 1 4 Relays that will remain active when the 5207 is silenced Alarm relays always remain active until reset You can use this step to program a trouble relay to remain active after the panel is silenced Select the relay that should remain active in this step 5 8 Outputs that will remain active when the 5207 is silenced You can use this step to make sure that strobes on the system continue to activate when bells and horns are silenced To do this make sure strobes are on separate outputs from horns and bells then select the strobe outputs in this step Note If you are using the 5220 Direct Connect Module for supervision see Section 4 7 for information on programming relays and bells Step 24 Alarm Relays and Bells by Zone Display Description This step selects bells and relays to activate by zone Step 23 is for selecting bells and relays by type of
89. ne 1 16 ST1 16 SPRINKLER TROUBLE 1 16 Trouble condition in sprinkler zone 1 16 SBI 16 SPRINKLER BYPASS 1 16 Zone 1 16 has been bypassed SRI 16 SPRINKLER RESTORE 1 16 Alarm or trouble restore in zone 1 16 501 16 SPRINKLER UNBYPASS 1 16 Zone 1 16 that was disabled has been restored UAI 16 UNDEFINED ALARM 1 16 Alarm in auxiliary zone 1 16 1 16 UNDEFINED TROUBLE 1 16 Trouble condition in auxiliary zone 1 16 UB1 16 UNDEFINED BYPASS 1 16 Zone 1 16 has been bypassed URI 16 UNDEFINED RESTORE 1 16 Alarm or trouble restore in zone 1 16 UUI 16 UNDEFINED UNBYPASS 1 16 Zone 1 16 that was disabled has been restored 1 16 WATER ALARM 1 16 Alarm in water zone 1 16 WTI 16 WATER TROUBLE 1 16 Trouble condition in water zone 1 16 WBI 16 WATER BYPASS 1 16 Zone 1 16 has been bypassed WRI 16 WATER RESTORE 1 16 Alarm or trouble restore in zone 1 16 WUI 16 WATER RESTORE 1 16 Zone 1 16 that was disabled has been restored KAI 16 HEAT ALARM 1 16 Alarm in heat zone 1 16 KT1 16 HEAT TROUBLE 1 16 Trouble condition in heat zone 1 16 KB1 16 HEAT BYPASS 1 16 Zone 1 16 has been bypassed KR1 16 HEAT RESTORE 1 16 Alarm or trouble restore in zone 1 16 KUI 16 HEAT RESTORE 1 16 Zone 1 16 that was disabled has been restored ZA1 16 COLD ALARM 1 16 Alarm in cold zone 1 16 ZT 1 16 COLD TROUBLE 1 16
90. ne wiring DO NOT pull wires from different groups through the same conduit If you must run them together do so for as short a distance as possible or use shielded cable Connect the shield to earth ground at the panel only For the same reasons wiring within the cabinet should be routed around the perimeter of the cabinet It should not cross the printed circuit board where it could induce noise into the sen sitive microelectronics or pick up unwanted RF noise from the high speed circuits High frequency noise such as that produced by the inductive reactance of a speaker or bell can also be reduced by running the wire through ferrite shield beads or by wrapping it around a ferrite toroid Figure 3 1 provides an example To Tel Line Knockout hole ueed for telephone wiring muet not be used for any other purpose To Relays To Zone You must observe the following restrictions when using terminale 55 46 as non power limiting circuits To Bells Due to wire spacing requirements for power limited circuits do NOT use terminal 35 Kun all wiring separately Has ode En in its own conduit 5198 Power Supply To Model 5230 and Ext Silence Output Figure 3 1 Wire Routing Example 150865 Control Panel Installation 3 4 Model 5207 Wiring Diagram Figure 3 2 is a wiring diagram for wiring the Model 5207 panel
91. nergized 4 2425 25 Bell4 28 J Bell 4 27 KJ C 24 red yeu 4 v 25 brn R10 27 yel 3 28 om 2 Model BRN 4 ae EE NE 5220 I I I Figure 4 8 Polarity Reversal Connection 150865 Compatible Product Installation 4 8 Keltron 95M3158 Tones Transmitter Module This section of the manual shows the specific connections you will make when wiring the 5207 to the Keltron 95M3158 Tones Transmitter Module 3158 Refer to the installation sheet shipped with the 95M3158 for complete information Note The 3158 is not available from Silent Knight Note The 3158 Keltron Module must be mounted within 3 feet of the control panel and all wiring must be run in conduit The Keltron Module shall be enclosed in the TBX1 enclosure 1 Wire the 3158 to the 5207 as shown in the figure below 2 Program Relay 3 to activate for all trouble conditions and no silence Relay 2 should be programmed to activate for Alarms 3 Program notification circuit 3 and 4 to be non supervised and non silencing 4 Program Bell 3 as iSpeciali The chart below shows which selections to make in step programming Step Option Select De select 5 Misc Opts Bell 3 and Bell 4 23 3 Special Bell 3 23 4 Fire Alarm Relay 2 and Bell 4 Bell 3 23 5 Trouble Relay 3 23 6 No Silence Relay 3 Bell 3 and Bell 4 Note DO NOT select pulsing bells Relay 2 C 42 Relay 2 NO 41 Model 5207
92. ng on interior walls use appropriate screw anchors in plaster When mounting on concrete especially when moisture is expected attach a piece of 3 4 inch plywood to the concrete surface and then attach the 5207 to the plywood Also mount any other desired com ponents to the plywood 150865 3 9 Model 5207 Fire Control Communicator Installation and Operation Manual 3 8 Terminal Strip Description The terminal strips on the PC board are nonremovable Table 3 5 on the next page lists the function and electrical rating of each terminal See Section 3 4 for the wiring diagram Table 3 5 Terminal Strip Description Terminal Terminal Description Electrical Ratings 1 Circuit Ground 2 Zone input class A style D Loop A Out 3 Zone 1 input class A style D Loop B Out 4 Zone 1 input class A style D Loop B In 5 Zone input class A style D Loop A In 6 Zone 2 input class A style D Loop A Out 7 Zone 2 input class A style D Loop B Out 8 Zone 2 input class A style D Loop B In 9 Zone 2 input class A style D Loop A In 10 Circuit Ground TB2 H Zone 3 Input class B style A 12 Loop Power Output 24 VDC 13 Zone 4 Input class B style A 14 Zone 5 Input class B style A 15 Loop Power Output 24 VDC 16 Zone 6 Input class B style A 17 Zone 7 Input class B style A 18 Loop Power
93. ns for expansion zones 9 16 are programmed in Step 7 Example Suppose you want zones 2 and 3 to be pre alarm delayed Pre alarm delays are programmed at Step 6 8 Press 23 at Step 6 8 24 Hour alarm Zones will be active 24 hours Must be selected for all zones Do NOT change the factory programming for this step Trouble Supervised Select zones that will be supervised for trouble typi cally this is all zones Option not used Do NOT select anything 7 6 150865 Programming Step by Step Complete Reference Display Description Normally Open zones Zones will be Normally Open Must be selected for all zones Do NOT change the factory programming for this step NFPA re quires that all fire zones be programmed as N O supervised Steps 6 5 and 6 6 are for programming zone response time For more information see i Programming Zone Response Timei especially if you have never programmed loop response times with the 5207 Use this step to select the 3 to 4 second or 30 to 40 second response times for Thr canon Zones 1 8 Select the zone numbers of the zones that should have either of these speeds For the 30 to 40 second speed you will have to enter the zone numbers again in Step 6 6 Note that the default for all zones is 3 to 4 seconds You will need to de select any zones that should not have the 3 to 4 or 30 to 40 response times
94. nters power up mode 1 open report will be sent if the system enters power up mode Example 1 If you select 80 for this step a bell test will occur at restore dig it 1 and no report will occur if the system enters power up mode digit 2 Example 2 If you select for this step a bell test will not occur at restore digit 1 and the system will report Open if it enters power up mode digit 2 Step 2 Device Enables Display Description Step 2 allows you to enable the dialer printer and 24 volt smoke power 0 Dialer The dialer must be enabled Do not change the factory program ming 1 Printer Enable the printer if your installation includes a 5260 printer in terface The 5260 is not UL listed for use with the 5207 7 24 V System Enables 24V power Do NOT disable 2 6 Unused These digits are reserved by the manufacturer for future use Leave these blank at all times 150865 Programming Step by Step Complete Reference Step 3 More System Options Display Description Step 3 allows you to select seven system options shown below To select an option press its number 0 Cadenced pulsing of bells If you select this option bells will pulse in the pattern shown below for customizing patterns refer to Steps 27 and 28 3 5 seconds on 5 seconds off 3 5 seconds on 5 seconds off 3 5 seconds on 4 5 seconds off 1 Cod
95. on Figure 6 1 How to Use the Programming Quick Reference Chart Step Option Default Your Selection 1 Ist digit 2nd digit 00 Bell Test at Restore Power up Mode Report Pg 7 4 0 No test 0 No report 8 Test 1 Report sent 2 Enable Devices 0 7 Pg 7 4 0 Dialer 2 6 Unused 1 Printer 7 24 system Do not change factory programming 3 Options ee 6 Pg 7 5 0 Cadenced pulsing of 4 Sound smoke delay bells 5 Report fast restores 1 Code required at panel 6 Do not de select 2 Trouble alert tone for 7 Time displays in pre alarm sound military format 3 Pulsing fire bells 150865 6 1 Model 5207 Fire Control Communicator Installation and Operation Manual Step Option Default Your Selection 4 Ist digit 2nd digit 20 Display Rate 0 7 Max number of Pg 7 5 0 5 sec supervised touchpads 1 1 sec 0 means none 2 1 5 sec 3 3 sec 5 Misc Options 1234567 Pg 7 6 0 Report walk tests 3 Sequential bell test 1 Do NOT de select 4 7 Supervise bells 1 4 2 Detect ground fault 6 Internal Zone Options zones 1 8 6 1 24 hour alarm do not change default 12345678 6 2 Select zones to be supervised for trouble 12345678 6 3 Unused donot change default 6 4 Zones will be Normally Open do not change default 12345678 6 5 Zone response speed 2 or 4 12345678 6 6 Zone response speed3 or4 eee 6
96. panel will go into alarm Smoke verification delay For use with smoke detectors only not for manual pull stations Use this step to select any zones that will be controlled by a smoke detector delay This means that the smoke detector will delay for a specified amount of time before responding to an alarm condition The duration of the delay is programmed in Step 20 4 Can be disabled For zones 1 8 enter the number of zones that can be disabled 7 8 150865 Programming Step by Step Complete Reference Step 7 External Zone Options Display Description 24 Hour alarm Zones will be active 24 hours Must be selected for all zones Do NOT change the factory programming for this step Trouble supervised For zones 9 to 16 enter the number of zones that will be trouble supervised Not used Do NOT select any zones for this option This step sets all expansion zones as Normally Open Do not change the factory programming for this step Use this step to select the 3 to 4 second or 30 to 40 second loop response time for zones 9 to 16 If you need more information about how to program loop response time see the explanation at Steps 6 5 and 6 6 Use this step to select the 15 to 20 second or 30 to 40 second loop response time for zones 9 to 16 If you need more information about how to program loop response ti
97. r 0 7 0 means no annunciators will be supervised Example Entering 14 for this step indicates that all annunciators will display text for 1 second Digit 1 and your installation has 4 1 4 annunciators Digit 2 150865 7 5 Model 5207 Fire Control Communicator Installation and Operation Manual Step 5 Miscellaneous Options Display Description Step 5 is for programming several system options including bell supervision 0 Walk tests will be reported Select this option if you want walk tests reported to the central station 1 A feature that makes the system clock more accurate Do NOT de select 2 Ground fault detection enabled This is required Do NOT de select 3 Sequential bell test Enabling this option means that when a dialer test or power up occurs the four bells will ring sequentially first bell 1 then bell 2 and so on instead of all four at the same time 4 Bell 1 is supervised This option must be enabled if bell 1 is used 5 Bell 2 is supervised This option must be enabled if bell 2 is used 6 Bell 3 is supervised This option must be enabled if bell 3 is used 7 Bell 4 is supervised This option must be enabled if bell 4 is used Step 6 Internal Zone Options Display Description Step 6 is for programming various options for zones 1 8 To select an option for a zone go to the appropriate substep and enter the zone number Optio
98. r Step Programming mode Press 12117 ENTER followed by the code that has been programmed as code 0 the factory programmed value for code 0 is 123456 If you have entered mode 27 correctly the display will show 1 PWR UP CLR Step 1 Power up Clear Press ENTER to make selections for this step Press ENTER again to move to the next step Note If you receive a trouble beep and the message TRY AGAIN appears either you are not using the correct code 0 or the EEPROM could be malfunctioning If the problem is the EEPROM you must obtain a new default EEPROM from Silent Knight Exit Step Programming Press STEP STEP CLEAR CLEAR You will return to normal operation Moving through the Steps and Sub Steps To move sequentially through the options Press ENTER until you reach the step option you want to program To go directly to step If you know the step you want to go to you can save time by moving directly to the step Press STEP STEP Enter the desired step number then press ENTER The new step will be displayed To go to directly a sub step Some steps contain sub steps see the diagram on the next page for an example To go to a particular sub step first go to the step Then press STEP followed by the substep number and press ENTER For example to go to
99. rammed in Step 22 0 is the installer s code This is the only code that can activate all system features This code must be unique from all others See IMPORTANT below Code 1 programmed in Step 22 1 is the main user s code This code can access all system features except programming Codes 2 9 are user codes These codes enable users to bypass zones and reset alarms but they cannot perform a walk test or change programming options The 5207 can have up 100 user codes but the 5230 annunciator can program only 10 codes codes 0 9 If you need more than 10 codes use the 5541 downloading software To change a code type in the new number when you are at the step for ENTER the code you want to change then press IMPORTANT When programming codes make sure that the first four digits of Code 0 are different from the first four digits of all other codes If other codes have the same digits all users could be locked out of programming mode Example Suppose you want to change Code 1 from 1111 to 5982 5 9 8 2 ENTER At Step 22 1 press 7 16 150865 Programming Step by Step Complete Reference Step 23 Group Relays and Bells IMPORTANT You can program relays and bells in either the Group section Step 23 or the By Zone section Step 24 but not both Relays and bells are programmed for the type of condition that causes them to act
100. re is a two second power up delay before the zone will respond to additional test inputs The system will time out and resume normal operation in 15 minutes if no keys are pressed or no zones are tripped during the walk test To exit walk test mode press SILENCE SILENCE CLEAR CLEAR Note The ESL 429 series smoke detectors are NOT compatible when operating the 5207 panel in walk test mode In walk test mode the built in self test on the ESL 429 series smoke detectors may be unreliable If the built in self test is required it should be done in the normal operating mode with the zone speed set to 3 seconds or higher Note that these smoke detectors are incompatible only for walk tests not for any other normal 5207 sys tem operation 5 2 3 Automatic Self Test The Model 5207 lets you select the time of day that the 24 hour automatic test signal will be sent to the central station The Auto Test dialer test sent automatically at specified times Immediately following the test the 5207 also sends all unrestored events as required by UL The events will have no indica tion when they occurred so central station personnel should maintain records of unrestored events or if that is not possible treat all alarms troubles and supervisories that come in dur ing an auto test as if they were new events 5 3 Watchdog Circuit During normal operation the control microprocessor of the 5207 is const
101. s Explanation DISABLED ZONE Panel beeps Press DISABLE Disabled zone Zone descriptions appear only if ZONE DESCRIPTION to see bypassed zone selected during programming Cannot be silenced until zone is restored NORMAL No trouble alarm or other condition exists y Number of zone in pre An alarm condition exists in the indicated zone but XX SEC TO ALARM alarm will not sound and report an alarm until the pre Y Prealarm zone number alarm time has elapsed During prealarm pressing XX countdown seconds RESET ALARM ENTER Code will prevent sound ing and reporting BUS TROUBLE No display Annunciator data wires are shorted or reversed SILENCED SILENCE LED is on A trouble condition exists and has been silenced SMOKE ZONE 1 16 Smoke verification time zone 1 16 SPRINKLER ALARM 1 16 Sprinkler supervisory alarm X zone number X TIME 9 The 5207 is in Set Time mode SET MODE LED is on TROUBLE 1 16 Sprinkler supervisory trouble X zone number X TROUBLE F0 A 5230 annunciators is in trouble KEYSTATION n Trouble LED on TROUBLE AC AC power has been lost Check connection to AC AC TROUBLE LED flashes power source TROUBLE DC Battery power has been lost or polarity has been BATTERY TROUBLE LED on reversed Measure the battery voltage and replace the battery or reverse polarity as needed TROUBLE Al A4 A trouble condition exi
102. sages may be in abbreviated form Table 8 1 shows the information that is printed at the Silent Knight 9000 receiver when the SIA format is used for data transmission Table 8 1 SIA Messages SIA Code 9000 Printer 5207 Status YTO LOW BATTERY 0 System battery is low YRO BATTERY RESTORE 0 Battery voltage is back to normal ATO AC TROUBLE 0 AC power is off or low ARO AC RESTORE 0 AC power is back on LT1 2 PHONE LINE TROUBLE 1 2 Trouble on phone line 1 or 2 LR1 2 PHONE LINE RESTORE 1 2 Phone line 1 or 2 back to normal ETO EXPANSION TROUBLE 0 Dialer trouble ETI EXPANSION TROUBLE 1 Printer trouble ET7 EXPANSION TROUBLE 7 EE memory trouble ET8 EXPANSION TROUBLE 8 XBUS trouble ET17 23 EXPANSION TROUBLE 17 23 Annunciator 1 7 trouble ET32 35 EXPANSION TROUBLE 32 35 Notification device 1 4 trouble ET36 EXPANSION TROUBLE 36 Smoke power trouble ET37 EXPANSION TROUBLE 37 Accessory power trouble ET38 EXPANSION TROUBLE 38 Earth ground fault to circuit ground ET39 EXPANSION TROUBLE 39 Earth ground fault to power ERO EXPANSION RESTORE 0 Dialer back to normal 1 EXPANSION RESTORE 1 Printer back to normal ER7 EXPANSION RESTORE 7 EE memory back to normal 8 EXPANSION RESTORE 8 XBUS back to normal ER17 23 EXPANSION RESTORE 17 23 Annunciator 1 7 back to normal ER32 35 EXPANSION RESTORE 32 35 Notificatio
103. ss A to class B One 7181 per zone to be converted 1 2 150865 Section 2 Agency Listings and Requirements 2 4 Federal Communications Commission FCC 1 Ifrequested by the telephone company the following information must be provided before the 5207 can be connected to the phone lines A Manufacturer Silent Knight Security Systems B Model Number 5207 C FCC registration number AC6USA 65475 AL E Ringer equivalence 0 9B D Type of jack to be installed by the telephone company RJ31X 2 This device may not be directly connected to coin telephone or party line services 3 This device cannot be adjusted or repaired in the field In case of trouble with the device notify the installing company or return to Silent Knight Security Systems 71550 Meridian Circle Maple Grove MN 55369 4927 612 493 6455 800 328 0103 4 Ifthe 5207 causes harm to the telephone network the telephone company will notify the user in advance that temporary discontinuance of service may be required When advance notice is not practical the telephone company will notify the user as soon as possible Users have the right to file complaints if necessary with the Federal Communications Commission 5 The telephone company may make changes in its facilities equipment operations or procedures that could affect the operation of the equipment If this happens the telephone company will pro vide advance notice to allow you to make the n
104. sts on the indicated notifi BELL X TROUBLE LED on cation circuit X bell number TROUBLE P3 and P4 1 An earth to circuit ground fault condition exists POWER 3 TROUBLE LED Use Mode 25 to locate and correct the condition 2 Earth ground shorted to power Use Mode 25 to locate and correct the problem TROUBLE Ll or L2 A trouble condition exists on indicated phone line LINE TROUBLE ZONE 1 16 A trouble condition exists in the indicated zone X TROUBLE LED is on See Section 9 3 for more information about cor recting trouble conditions X zone number 150865 9 5 Model 5207 Fire Control Communicator Installation and Operation Manual Table 9 2 System Messages and Codes 5230 Annunciator Built in Annunciator Display LEDs Explanation TRY AGAIN A keystroke error has been made Press CLEAR and enter the correct keystrokes WALK TEST 2 A walk test is being conducted The top line of the SUN AM 12 19 SET MODE LED is on 5230 display may also show the zone number in a trouble condition 9 6 150865 Appendix A Compatible Devices This section of the manual lists devices smoke detectors and notification appliances that are compatible with the 5207 Contact Silent Knight if you have a question about whether a device not listed here is compatible A 1 Smoke Detectors This section of the manual contains information about smoke detectors that are co
105. ters representing a pause star or asterisk key number sign or pound key and a second dial tone see example To Enter Press LCD Displays Pause SHIFT 1 A SHIFT 2 B SHIFT 3 C 2nd dial tone SHIFT A D Step 16 Central Station Phone Numbers Display Description The 5207 can report to four different central station telephone numbers Two are required Enter the numbers in Steps 16 1 16 4 See Step 15 if you need to know how to select digits and special characters for phone numbers Steps 16 2 through 16 4 are programmed in the same way Step 16 2 is for phone 2 16 3 is for phone 3 16 4 is for phone 4 Default is blank for Steps 16 2 16 4 Step 17 Central Station Account Numbers Display Description Enter central station account 1 If the account number is less than six digits you must enter leading zeros Steps 17 2 through 17 4 are programmed in the same way Step 17 2 is for account 2 17 3 is for account 3 17 4 is for account 4 Default is blank for Steps 17 2 17 4 150865 7 13 Model 5207 Fire Control Communicator Installation and Operation Manual Step 18 Dialer Format and Number of Attempts Display Description Digit 1 Enter the number of attempts for account number 1 This f INED 3 number is how many times the dialer will attempt to report to this account iss number before s
106. umber of zones 1 8 that should have this response time 15 to 20 seconds Do not select zone Select zone num Z7 Step 6 6 only select the zone number ber number of zones 1 8 that should have this response time 30 to 40 seconds Select zone Select zone num J both Steps 6 5 and 6 6 select number ber the zone number of zones 1 8 that should have this response time 150865 7 7 Model 5207 Fire Control Communicator Installation and Operation Manual Example To program an 8 zone installation where you want loop response speeds to be as follows Zone 1 0 094 0 125 sec Zones 2 5 3 4 sec Zones 6 7 15 20 sec Zone 8 30 40 sec Do This In Step 6 5 select zones 2 3 4 5 and 8 Make sure In Step 6 6 select zones 6 7 and 8 Make sure that that zone 1 is not selected Your LCD would appearas zone is not selected Your LCD would appear as shown below shown below Description Not used Do not select any zones for this option Pre alarm delay Use this step to select a pre alarm delay for zones 1 to 8 When this delay is selected for a zone it means that the panel will not immediately go into alarm Alarm responses and reporting will be delayed for the programmed duration duration programmed in Step 20 3 Any outputs programmed for pre alarm in Step 23 1 will activate At the end of the pre alarm time if the alarm has not been reset the
107. witching to the next number If only one account number is used this number must be the same as Step 10 Digit 2 Enter the reporting format to be used for account number 1 Formats described in Section 8 Options 0 SIA8 1 FSK1 2 Not used do NOT select 3 BFSK14 4 BFSK23 5 SIA20 6 SK 4 2 Steps 18 2 18 4 are programmed in the same way Step 18 2 is for account 2 18 3 is for account 3 18 4 is for account 4 Step 19 Telephone Line to Use for Accounts Display Description Program options for account number 1 1 Use line 1 only 2 Use line 2 only 3 9000 Direct line no dial tone do not use 0 and 4 9 are not used Do NOT Select If two lines are programmed the panel automatically switches from line 1 to line 2 Use this step only if you have two different types of phone lines for example line 1 is loop start and line 2 is a PBX that requires a i91 or other number before to dial out Steps 19 2 19 4 are programmed in the same way Step 19 2 is for account 2 19 3 is for account 3 19 4 is for account 4 7 14 150865 Programming Step by Step Complete Reference Step 20 Duration of Delays Display Description Bell Shutdown Time 1 255 Divide by 10 and enter the number indicating the time that you want audio alarms to be active Example Suppose you want audio alarms to be active for 900 seconds or 15
108. wn below Note You cannot customize the library using the 5230 annunciator If you want to use words other than those contained in the library you must use the 5541 downloading software The step numbers correlate to zone numbers For example Step 26 1 is where you program a zone description for Zone 1 Step 26 2 is for Zone 2 and so on Read the examples below to learn how to select zone descriptions Example 1 Programming a One Word Description Suppose you want to program Zone 3 to display GARAGE At Step 26 3 press until the word GARAGE displays on the LCD Press ENTER to select Example 2 Programming a Two Word Description Suppose you want to program Zone 5 to display EAST OFFICE Because EAST OFFICE is a two word display an additional step is required At Step 26 5 press 1 until you reach the word EAST i Press 12 until you read the word OFFICE Press ENTER to select 150865 Table 6 1 Zone Description Words First Word Second Word FRONT HEAT FLOOR 2ND FLR BACK FIRE HALL 3RD FLR NORTH VALVE ROOM 4TH FLR SOUTH WATERFLOW OFFICE WINDOW EAST SPRINKLER DOOR BATH WEST PULL STATION VALVE SAFE LOBBY IST SMOKE GLASS BASEMENT 2ND HEAT LEVEL GARAGE 3RD WATERFLOW TEMP WAREHOUSE 4TH SPRINKLER RM MEZZANINE WHSE IST FLR DR SMOKE 7 21 Model 5207 Fire Control Communicator Installation and Operation Manual St
109. ype 81 Use space on next page to record 25 16 options 0 Bells can shut down 0 Fire drill 2 Cross alarm delay 1 Fire 4 No manual bell sound 3 Panic 8 No auto bell shutdown 5 Tamper Cross alarm and no shut 6 Sprinkler Pg 7 20 down 7 Undefined auxiliary 8 Water 9 Heat A Cold B Local C Unused do not select 26 1 Zone location descriptions See Table 6 1 for list WORDS Use space on next page to record 26 16 options Pg 7 21 27 Length of temporal pulsing pattern 32 Use space on next page to record options Pg 7 22 28 Cadence pattern used with step 27 Use space on next page to record options 28 1 First group of 8 bits 12345678 28 2 Second group of 8 bits Each substep controls up to 12345678 28 3 Third group of 8 bits four seconds 12345678 28 4 Fourth groupof8bits 1 ee ee Pg 7 22 150865 6 5 Model 5207 Fire Control Communicator Installation and Operation Manual Zone Audio Type Zone Type Bells Relays to Activate in Alarm Location Descriptions 10 11 12 13 14 15 16 6 6 150865 Section 7 Programming Step by Step Complete Reference The Model 5230 Remote Annunciator is for programming the 5207 panel You must be in Step Programming Mode also known as mode 27 to program the panel See the following sections for details 7 1 Using Step Programming Ente

SILENT KNIGHT MODEL 5207

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