XR500 Training Course

Transcription

1 XR500 Training Course

2 XR500 Course Outline XR500 ystem Overview Welcome How to use this course Objectives Related Documents XR500 Features XR500 Description Built-In Programmer Keypad Bus 16 Access Dos On-Board Zones Expansion Zones On-Board Outputs Output Expansion 32 Individual Areas hift chedules 10,000 User Codes 12,000 Event Buffer Central tation Communication XR500 Features Bank,afe, Vault operation Panic Button Test Two-Man Rule Early Mning Ambush DIAGnostics Panel Zones XR500 Features Review XR500 Operation XR500 Menus User Menu pecial Keys Command Key Backarrow Key elect Keys Alpha Characters Menu? Alarm ilence ens Reset Outputs On/Off User Codes User Code Add User ames & Profiles XR500 Operation Review OTE:

3 XR500 Hardware / Installation Installation Installation Preparation Basic Tools eeded ite Evaluation Wire Routing Pre-drilling Wire Types and Distances Keeping Documentation Pulling Wire Wire Pulls Wire Tagging Multiple Pulls Documentation pare Wires Installing the Equipment Mounting the Enclosure Mounting Keypads Mounting Expanders Pre-installation Review Wiring the Panel AC Terminals Battery Terminals Earth Ground Battery upervision Power Requirements Bell Output Keypad Bus Connecting the Keypad Data Bus J8 Prog Header moke Power Protection Zones Terminals Operational Parameters Powered Zones 9 & 10 Panel Outputs Dry Contacts Annuciat Outputs Relay Module LX-Bus Expansion J22 LX Header Interface Cards LX-Bus umbering J21 R-232 Connect Description R-232 LEDs J1 Ethernet Connect J1 Ethernet Connect Other Panel Headers OTE:

4 Other Panel Headers J3 Telephone RJ Connect J16 Reset Header J4 Tamper Header XR500 Wiring the Panel Review Finishing Up Addressing Keypads Addressing 690/790 series keypads Addressing 770 series keypads 770 witch ettings Rotary witch ettings Line iezure Answering Machine Bypass Finishing Up Review XR500 Progrmming Part 1- Preparing to Program avigating the Programmer pecial Keys Command Key Backarrow Key elect Keys Alpha Characters Asterisks in Programming Accessing The Programmer XR500 Programming heet Initialization ection Init All Codes chedules Events Zones Areas Outputs Communications/Remote Defaults Preparing to Program Review Part 2- Communication- Dialer Options Communication ection Communication Type one, Digital Dialer, Contact ID econd Line- OE, DD econd Line- CELL, ET Test Frequency Account umber Transmit Delay Tone Dialing Event Manager OTE:

5 Communication ection (cont'd) Defer Test Rept Test Frequency Test Time Test Day Communication- General Review Part 3- Communication- Message Routing Receiver 1 Routing Alarm Repts upervisy and Trouble Repts Opening/Closing and User Repts Test Repts Backup Repts First Phone umber econd Phone umber Receiver 2 Routing Communications- Message Routing Review Part 4- Communication- etwk Options DMP etwk Communication Communication Options Retry Time Remote IP Address Alarm Pt umber ET Backup Modem etup UL AA Disarm Checkin ubstitution Code Checkin Time Fail Time etwk Trouble econd Line- OE, DD econd Line- CELL, ET Test Frequency etwk Options ection DHCP Local IP Address Gateway Address ubnet Mask Programming Pt XR500 etwk Options Review OTE:

6 Part 5- Device etup & Remote Options Device etup DMP Access Control Areas Access-OL Areas Common Areas Profiles User Codes User Code Add User ame & Profile Entry Device etup Programming Device etup ection Device umber Device Type Do ame Access Areas Egress Areas Area Display trike Time Fire Exit Release Output Group chedule Override Remote Options ection Remote Key Manufacturer Authization Armed Rings Disarmed Rings Alarm Receiver ervice Receiver PC Modem Remote Phone umber 984 Command Disarm Device etup & Remote Options Review Part 6- ystem Repts & ystem Options ystem Repts ection Abt Rept Restal Repts Bypass Repts chedule Change Repts Code Change Repts Access Keypads Ambush Repts OTE:

7 ystem Options ection Closing Wait Entry Delays Cross Zone Time Retard Delay Power Fail Hours winger Bypass Trips Reset winger Bypass Video Time Change Hours From GMT ystem Repts & ystem Options Review XR500 Programming Part 2 Output Options ection Bell Cutoff Time Bell Test Bell Action ection Fire Type Burglary Type upervisy Type Panic Type Emergency Type Auxiliary 1 Type Auxiliary 2 Type Output Action ection Cutoff Outputs Cutoff Time Communication Fail Output Fire Alarm Output Fire Trouble Output Ambush Output Entry Delay Output Exit Delay Output Ready Output Phone Trouble Output Late to Close Output Device Fail Output ens Reset Output Output Groups ection Group umber Output umber 1-8 Output Options Review OTE:

8 Part 8- Menu Display & tatus List Menu Display ection Armed tatus Time Display Arm/Disarm tatus List ection Display Keypads ystem Troubles Fire Type Display Burglary Type Display upervisy Type Display Panic and Emergency Zones Auxiliary 1 and 2 Zones Menu Display & tatus List Review Part 9- Printer & Host Log Repts Printer Repts ection Arm/Disarm Repts Zone Repts User Command Repts Do Access Repts upervisy Message Repts Host Log Repts ection Modem etup Arm/Disarm Repts Zone Repts User Command Repts Do Access Repts upervisy Message Repts Printer Repts & Host Log Repts Review Part 10- Area Infmation Area Infmation ection Exit Delay Burglary Bell Output Opening/Closing Repts Closing Check Closing Code Any Bypass Area chedules Early Ambush Area umber Area ame Account umber Account umber Repting Automatic Arming Bad Zone Options OTE:

9 Area Infmation (cont'd) Automatic Disarming Armed Output Late Output Bank, afe and Vault Common Area Two Man Rule Area Infmation Review Part 11- Zone Infmation Basic Zone Infmation Zone umber Keypad Bus Zone umbering LX-Bus Zone umbering Zone ame Zone Type Blank & ight Zones Day & Exit Zones Fire & Panic Zones Emergency & upervisy Zones Auxiliary 1 & Auxiliary 2 Zones Fire Verify & Arming Zones Fire Bell Output Area umber Arming Zone Areas Arming Zone tyle ext Zone? Extended Zone Infmation Wireless? Check In Time Internal Contact End of Line mally Open Alarm Action Zone Conditions Message Output umber Output Action winger Bypass Prewarn Address Entry Delay umber Zone Retard Presignal Address Fast Response Cross Zone Priity Zone Zone umber Program Transmitter Connect Transmitter Zone Infmation Review OTE:

10 Part 12- top & et Lockout Code top Routine IMPORTAT OTE! top Diagnostics et Lockout Code Lockout Code Enter Code top & et Lockout Code Review Part 13- Example ystem Planning the ystem Example ystem Planning your Access Control ystem Example Access ite Area Infmation Programming Device etup Access Areas Egress Areas trike Time, Fire Exit & Output Grp chedule Overrride chedule Programming Types of chedules Do chedules hift chedules Profiles Programming Profiles Options Processing Flow Chart Example ite Review Congratulations OTE:

11 Processing Flowchart This flowchart illustrates exactly what the panel processes when a card user code is entered at a keypad reader Green arrows = E Red Valid arrows Code = Entered? o IVALID CODE Any Device Access areas assigned? User code s Do Access option = E? O AUTHORIT ACCE GRATED Any matches between user code areas and Device Access areas? IVALID AREA User Arm/Dis option = E? Are any matched areas disarmed? ARMED AREA User code s hift = A? Is current time within user code s schedule? IVALID TIME User code s AntiPassback = o? Any matched areas OT previously accessed? FAILED TO EXIT ACCE GRATED ED

12 User Profiles Recd This User Profiles Recd can be used as a tool when programming devices, profiles, areas, and Output Groups. Because these programming options are interrelated, use this sheet to plan the system befe you begin the installation and programming process. Profile # Profile ame Arm/Disarm Area Access Area Output Group Arm/Disarm Alarm ilence ens Reset Do Access Armed Area Outputs On/Off Zone tatus Bypass Zones Zone Monit ystem tatus ystem Test User Profiles User Codes chedules Time Display Events ervice Request Fire Drill Extend chedules Temp User Code Anti-passback hift/time Access

13 XR500 ERIE PROGRAMMIG HEET ame Account umber Date Address City tate Zip OTE: WHE A PAEL PROGRAMMIG I CHAGED, THE TOP ROUTIE MUT BE RU AD AVIG PROGRAM MUT DIPLA O THE KEPAD I ORDER TO AVE THE PROGRAMMIG CHAGE. REFER TO XR500 ERIE PROGRAMMIG GUIDE, ECTIO COMMUICATIO Communication Type: OE DD CID ET Retry Time (3 to 15 secs, default=5) etwk Backup O E Remote IP Address _. _. _. _ Alarm Pt _ Modem etup: UL AA O E Disarm Check-in RD Minutes: (1 to 6 mins.) RD ub Code O E Check-in (0 to 240 mins, default=1) Fail Time (0 to 240 mins, default=1) etwk Trouble O E 2nd Phone Line OE DD CELL D2 ET Test Frequency OE REG 7 30 Account umber _ (1 to 65535, default = 12345) Transmission Delay (0 to 60 secs, default=0) DTMF O E Events Mgr. D DL KEEP Defer Test Time O E If Defer E, FREQ: (1 to 60 days, default = 1 day) Test Time : AM PM (default = 0:00 AM) If Defer O, DA: U MO TUE WED THU FRI AT ALL DEVICE ETUP Device # Type Do ame LT-0678 (5/04) 2004 Digital Moniting Products, Inc. Access Areas (1-32) Receiver 1 Alarm O E upv/trouble O E O/C & User O E Test Rept O E Do Access O E Backup O E First Phone o: econd Phone o: Receiver 2 Alarm O E upv/trouble O E O/C & User O E Test Rept O E Do Access O E Backup O E First Phone o: econd Phone o: ETWORK OPTIO DHCP O E Local IP Address _. _. _. _ Gateway Address _. _. _. _ ubnet Mask _. _. _. _ Programming Pt _ TCP Comm* O E Passphrase* Egress Areas (1-32) Display Areas (1-32) trike Time (0-250 sec.) Fire Output Exit Group 1 TD FIRE OE 2 TD FIRE OE 3 TD FIRE OE 4 TD FIRE OE 5 TD FIRE OE 6 TD FIRE OE 7 TD FIRE OE 8 TD FIRE OE 9 TD FIRE OE 10 TD FIRE OE 11 TD FIRE OE 12 TD FIRE OE 13 TD FIRE OE 14 TD FIRE OE 15 TD FIRE OE 16 TD FIRE OE * TCP Communication feature available on Model XR500 XR500E. Passphrase feature available on Model XR500E only. Over Ride

14 REMOTE OPTIO Remote Key Manufacturer Auth O E Armed Rings (0 to 15, default=0) Disarmed Rings (0 to 15, default=0) Alarm Receiver O E ervice Receiver O E PC Modem O E Remote Phone o Disarm O E TEM REPORT Abt Repts O E Restal Repts O E DIARM Bypass Repts O E chedule Change Rpts O E Code Change Repts O E Access Keypads Ambush O E Panic Test* O E TEM OPTIO Closing Wait O E Entry Delay 1 _ (0 to 250 secs, default=30) Entry Delay 2 _ (0 to 250 secs, default=60) Entry Delay 3 _ (0 to 250 secs, default=90) Entry Delay 4 _ (0 to 250 secs, default=120) Cross Zone Time _ (4 to 250 secs, default=4) Zone Retard Delay _ (0 to 250 secs, default=10) Power Fail Delay Hrs (0 to 15 hrs. default=1) winger Bypass Trps _ (0 to 7, default=3) Reset wngr Bypass O E Video O E Time Change O E Hours from GMT (0 to 23, default=6) Latch upervisy O E OUTPUT OPTIO Bell Cutoff Time (0 to 99 mins, default=15) Automatic Bell Test O E Bell Action... Fire Zones teady Pulse Tempal one Burglary Zones teady Pulse Tempal one upervisy Zones teady Pulse Tempal one Panic Zones teady Pulse Tempal one Emergency Zones teady Pulse Tempal one Auxiliary 1 Zones teady Pulse Tempal one Auxiliary 2 Zones teady Pulse Tempal one Output Action... Cutoff Output Cutoff Time _ (0 to 99 mins, default=0) Comm Fail Output _ (0-10, , D1-16, G1-20) Fire Alarm Output _ (0-6, , D1-16, G1-20) Fire Trouble Output _ (0-6, , D1-16, G1-20) Ambush Output _ (0-6, , D1-16, G1-20) Entry Output _ (0-6, , D1-16, G1-20) Exit Output _ (0-6, , D1-16, G1-20) Ready Output _ (0-6, , D1-16, G1-20) Phone Trouble Output _ (0-6, , D1-16, G1-20) Late to Close Output _ (0-6, , D1-16, G1-20) Device Fail Output _ (0-6, , D1-16, G1-20) ens Reset Output _ (0-6, , D1-16, G1-20) Output ames... umber ame * Panic Test feature available on Model XR500 XR500E. Digital Moniting Products 2 XR500 eries Programming heet

15 OUTPUT GROUP # ame Output umber 1 _ 2 _ 3 _ 4 _ 5 _ 6 _ 7 _ 8 _ 9 _ 10 _ 11 _ 12 _ 13 _ 14 _ 15 _ 16 _ 17 _ 18 _ 19 _ 20 _ MEU DIPLA Armed tatus Time Display Arm/Disarm TATU LIT Display Keypads: ystem Monit Trbl Fire Zones Burglary Zones upervisy Zones Panic Zones Emergency Zones Auxiliary 1 Zones Auxiliary 2 Zones PRITER REPORT Arm/Disarm Repts O E Zone Repts O E User Command Rpts O E Do Access Repts O E upervisy Repts O E HOT LOG REPORT Modem etup: Arm/Disarm Repts O E Zone Repts O E User Command Rpts O E Do Access Repts O E upervisy Repts O E XR500 eries Programming heet Digital Moniting Products 3

16 AREA IFORMATIO Exit Delay _ (0 to 250 secs, default=45) Burglary Bell Output _ (0-10, , D1-16, G1-20) Open/Close Repts O E Closing Check O E Closing Code O E Any Bypass O E Area chedules O E Early AM Ambush* (0 to 15 mins, default=0) Area # Area ame Accnt o. Auto Arm Bad Zones Auto Disarm Armed Output Late Output Bank afe & Vault* Common Area 1 BP FORC REF 2 BP FORC REF 3 BP FORC REF 4 BP FORC REF 5 BP FORC REF 6 BP FORC REF 7 BP FORC REF 8 BP FORC REF 9 BP FORC REF 10 BP FORC REF 11 BP FORC REF 12 BP FORC REF 13 BP FORC REF 14 BP FORC REF 15 BP FORC REF 16 BP FORC REF 17 BP FORC REF 18 BP FORC REF 19 BP FORC REF 20 BP FORC REF 21 BP FORC REF 22 BP FORC REF 23 BP FORC REF 24 BP FORC REF 25 BP FORC REF 26 BP FORC REF 27 BP FORC REF 28 BP FORC REF 29 BP FORC REF 30 BP FORC REF 31 BP FORC REF 32 BP FORC REF * Bank afe & Vault feature available on Model XR500 XR500E. Two Man Rule* Digital Moniting Products 4 XR500 eries Programming heet

17 KEPAD BU ZOE IFORMATIO Keypad Bus Zone Infmation Type Area Fire Bell Assign Disarm condition of T, D, EX, A1, and A2 only Assign Prewarn and Entry Delay f EX only Assign Retard and Presignal f FI, V, A1, and A2 only Zone Type Defaults -- D FI EM A1 FV T EX P V A2 AR 1 to 32 T D EX A1 A2 Wireless Disarmed Open Message A T L - D Action P M F Disarmed ht Message A T L - D Action ight T A 0 - A 0 - Day D T 0 - T 0 - A 0 - A 0 - Exit EX A 0 - A Fire FI 0 T 0 - A Panic P T 0 - A 0 - Emergency EM T 0 - A 0 - upervisy V 0 T 0 - A Auxiliary 1 A1 T 0 - A 0 - T 0 - A Auxiliary 2 A2 T 0 - A 0 - T 0 - A Fire Verify FV 0 T 0 - A 0 - Arming AR TGL * Output Options: 1 to 6, 500 to 599, D1 to D20, G1 to G20. = This function not enabled f this zone type. + = Retard must be E befe selecting presignal. = These functions not available f this zone type. P M F Message A T L - D Armed Open Action P M F Message A T L - D Armed ht Action P M F winger Prewarn 1 to 16 Entry Delay 1 4 Retard Delay Presignal 1 to 16 Fast Response Cross Zone Priity tyle TGL ARM DI TEP MT XR500 eries Programming heet Digital Moniting Products 5

18 Keypad Bus Zone Infmation Type Area Fire Bell Assign Disarm condition of T, D, EX, A1, and A2 only Assign Prewarn and Entry Delay f EX only Assign Retard and Presignal f FI, V, A1, and A2 only Zone Type Defaults -- D FI EM A1 FV T EX P V A2 AR 1 to 32 T D EX A1 A2 Wireless Disarmed Open Message A T L - D Action P M F Disarmed ht Message A T L - D Action ight T A 0 - A 0 - Day D T 0 - T 0 - A 0 - A 0 - Exit EX A 0 - A Fire FI 0 T 0 - A Panic P T 0 - A 0 - Emergency EM T 0 - A 0 - upervisy V 0 T 0 - A Auxiliary 1 A1 T 0 - A 0 - T 0 - A Auxiliary 2 A2 T 0 - A 0 - T 0 - A Fire Verify FV 0 T 0 - A 0 - Arming AR TGL * Output Options: 1 to 6, 500 to 599, D1 to D20, G1 to G20. = This function not enabled f this zone type. + = Retard must be E befe selecting presignal. = These functions not available f this zone type. P M F Message A T L - D Armed Open Action P M F Message A T L - D Armed ht Action P M F winger Prewarn 1 to 16 Entry Delay 1 4 Retard Delay Presignal 1 to 16 Fast Response Cross Zone Priity tyle TGL ARM DI TEP MT Digital Moniting Products 6 XR500 eries Programming heet

19 Keypad Bus Zone Infmation Type Area Fire Bell Assign Disarm condition of T, D, EX, A1, and A2 only Assign Prewarn and Entry Delay f EX only Assign Retard and Presignal f FI, V, A1, and A2 only Zone Type Defaults -- D FI EM A1 FV T EX P V A2 AR 1 to 32 T D EX A1 A2 Wireless Disarmed Open Message A T L - D Action P M F Disarmed ht Message A T L - D Action ight T A 0 - A 0 - Day D T 0 - T 0 - A 0 - A 0 - Exit EX A 0 - A Fire FI 0 T 0 - A Panic P T 0 - A 0 - Emergency EM T 0 - A 0 - upervisy V 0 T 0 - A Auxiliary 1 A1 T 0 - A 0 - T 0 - A Auxiliary 2 A2 T 0 - A 0 - T 0 - A Fire Verify FV 0 T 0 - A 0 - Arming AR TGL * Output Options: 1 to 6, 500 to 599, D1 to D20, G1 to G20. = This function not enabled f this zone type. + = Retard must be E befe selecting presignal. = These functions not available f this zone type. P M F Message A T L - D Armed Open Action P M F Message A T L - D Armed ht Action P M F winger Prewarn 1 to 16 Entry Delay 1 4 Retard Delay Presignal 1 to 16 Fast Response Cross Zone Priity tyle TGL ARM DI TEP MT XR500 eries Programming heet Digital Moniting Products 7

20 www. dmp. com Made in the UA LT-0678 (5/04) 2004 Digital Moniting Products, Inc. ITRUIO FIRE ACCE ETWORK 2500 th Partnership Boulevard pringfield, Missouri

21 TPE OF ERVICE Central tation DACT service may be provided. ee sections uitable f Remote tation PPU DACT ervice. ee sections uitable f manual fire alarm, automatic fire alarm, sprinkler supervisy, water flow alarm. uitable f Grade AA High Line Encrypted Central tation with ET communication. ee sections 23.8 and Grade B may be provided with dialer communication and DMP 350A Enclosure. ee section uitable f Bank afe and Vault ervice with 350A Enclosure. ee section uitable f Household Fire and Grade A Household Burglary. uitable f Grade A Local, Police tation Connect, Mercantile, and Proprietary with dialer direct communication and 350A Enclosure. ee sections 23.3, 23.5, and uitable f Proprietary, PPU, other technologies, (icom XR500 only), local. F UL installations, the Model 327 plug-in transfmers shall be installed in a DMP Model E501 enclosure. The plug-in transfmer shall plug into a 120 VAC 60 Hz outlet not controlled by a switch and all 16 to 18 gauge wire shall run through conduit. DMP Transfmers Model VAC 50 VA Class 2 Plug-in. Model VAC 56 VA Class 2 Wire-in. econdary Power upply 1.0 Amps Max. charging current. Use only 12 VDC rechargeable batteries. DMP Models 365, 366, 367, 368, 369. Replace batteries every 3 to 5 years. * Bell 12 VDC nominal Minimum cutoff time is 5 minutes. 1.5 Amp Max Keypads Model 690/690F 72mA at 8 to 14.5 VDC. Models 790/790F and mA at 8 to 14.5 VDC. Model mA at 8 to 14.5 VDC. Model 630F 60mA at 8 to 14.5 VDC. Battery tart F UL Grade A burglary applications use Ademco Model AB12M bell and bell housing. ee section 11.2 in the XR500 eries Installation Guide (LT-0681) f a complete list of approved 2-wire smoke detects f zones 9, 10, and 715 Zone Expansion Module zones. ee LT-0164 f a list of approved 4-wire smoke detects and power supervision relays Model XR500 eries Wiring Diagram Refer to XR500 eries Installation Guide (LT-0681) f a complete description of wiring connections. Refer to XR500 eries Programming Guide (LT-0679) f complete programming instructions. s s POWER ARMED J3 Phone Line Bell cutoff time range is 5 to 99 minutes, non-coded. * F UL installations, total current combined from Auxiliary (terminals 7, 11, 25, and 27) and Bell Power (terminal 5) cannnot exceed: 1.3 Amp with 50 VA transfmer, 1.0 Amp Max f Auxiliary Power 1.9 Amp with 56 VA transfmer, 1.0 Amp Max f Auxiliary Power and 1.5 Amp Max f Bell AC 16 to 18 gauge wire Maximum AC Wire distance with 16 gauge wire: 70 feet with 18 gauge wire: 40 feet RED BLACK s s s s s s 1k Ohm 1k Ohm 1k Ohm FPA 72 This equipment should be installed in accdance with Chapter 11 of the ational Fire Alarm Code, AI/FPA , (ational Fire Protection Association, Batterymarch Park, Quincy, MA 02269). Printed infmation describing proper installation, operation, testing, maintenance, evacuation planning, and repair service is to be provided with this equipment. POWER LIMITED All circuits on the Model XR500 eries comply with the requirements f inherent power limitation and are Class 2 except the red battery wire and AC terminals. XR500 eries Command Process Panel J4 Tamper Power LED Link LED Power LED R LX J23 J1 Ethernet J21 R-232 J22 LX-Bus J10 J8 PROG Output 1 OVC Output 2 K6 J2 Out1 Out2 * Auxiliary Power Total current combined from terminals 7, 11, 25, and Amp Max UL Listed Resists 1.0k Ohm - DMP Model k Ohm - DMP Model K Ohm - DMP Model 308 AC +B B BELLGD RED EL GR BLK MK GD Z1 GD Z2 Z3 GD Z4 Z5 GD Z6 Z7 GD Z8 Z9+ Z9 Z10+ Z Cold Water Pipe Earth Ground DIARM Bell ARM Use UL Listed Power upervision Relay rated at 12 VDC. s s s s 10k Ohm s 1k Ohm 22 gauge minimum RED 22 gauge minimum 22 gauge minimum moke Detect 22 gauge minimum s s s s s ELLOW GREE BLACK Keyswitch Arming can be connected to any zone. ee LT-0681 ection s s AC Wiring must be in conduit and exit out the left side of the enclosure. Wiring on terminals 5 through 22 must exit right and maintain 1/4" separation from the AC and battery positive wiring. s RED RED Zone 1 Zone 2 K7 J ¼" Outputs 3-6 Zone 3 Zone 4 s = upervised Circuit ELLOW GREE BLACK s 1k 1k Ohm Ohm Zone Expander Model VDC Models 714-8, VDC 1k 1k Ohm Ohm 1k Ohm 1k Ohm 1k Ohm Zone 5 Zone 6 1k 1k Ohm Ohm Fm C Relays (J2) Output Col Code Model 431 Harness Output 2 /C VioletWhite Output 2 Com White/Gray Output 2 /O Orange/White Output 1 /C Violet Output 1 Com Gray Output 1 /O Orange Annunciat Outputs (J11) Output Col Code Output 3 Red Output 4 ellow Output 5 Green Output 6 Black 1k Ohm Zone 7 Zone Expander Model VDC FPA 72 OPERATIG ITRUCTIO The operating instructions found on the last page of LT-0681 must be located adjacent to the control unit keypad. HOUEHOLD FIRE WARIG UL recognized limited energy cable must be used f connection of all initiating, indicating, and supplementary devices. Zone 8 1k 1k Ohm Ohm Verification Zones Zone 9 J16 Reset 3.3k Ohm Resist Zone 10 Zone Expander (up to 8 zones) Model VDC 1k Ohm 3.3k Ohm Resist Front and Rear tamper protection included with Model 350A Attack Resistant Enclosure. Front Tamper Rear Tamper Heat detects, pull stations, any other contact devices listed f Fire Protective ignaling can be connected to zones 9 and 10. Zones 9 and 10 and Model 715 compatibility identifier: A Maximum operating range: 9.7 VDC to 14.0 VDC. Class B (tyle A). Zone Expander Model VDC Models 715-8, VDC 3.3k Ohm 3.3k Ohm 3.3k Ohm 3.3k Ohm WARIG: Increct connections may cause damage to the unit. WARIG THI UIT MA BE PROGRAMMED TO UE A ALARM VERIFICATIO FEATURE THAT REULT I DELA OF THE TEM ALARM IGAL FROM THE IDICATED CIRCUIT. THE TOTAL DELA (COTROL UIT PLU MOKE DETECTOR) HALL OT EXCEED 60 ECOD. O OTHER MOKE DETECTOR HALL BE COECTED TO THEE CIRCUIT ULE APPROVED B THE LOCAL AUTHORIT HAVIG JURIDICTIO (AHJ). LT-0682 (4/04) 2004 Digital Moniting Products, Inc. Control Unit Delay 13.6 sec. Zones 9, 10, and all expanded zones are suitable f Class B (as applicable f the initiating and signaling line circuits per UL 864 Table ). Installation limits under local Authity Having Jurisdiction (AHJ). Using verification delays on zones 9 and 10 is optional. Use the delays marked on the smoke detects. moke Model In all applications where me than one wire is under a terminal, the wire must be cut and OT looped around the screw terminal. Detect Delay sec.

22 APPLICATIO OTE Trouble-Free LX-Bus /Keypad Bus Wiring Introduction There are many facts that lead to a good installation, such as wire type, wire length, noise sources, number of devices, and good connections. Because of these facts, there is not one set of rules that will guarantee a proper installation in every environment. However, if you follow the practices in this application note, your DMP equipment will operate to its full potential. Review the site s blueprints and perfm a though walk-through of the site befe running any wire. Use the proper wire type and gauge (18/4 22/4 unshielded wire). Be sure that the voltage does not drop me than 2.0 VDC between the power source and the device. Add power supplies and 710 Modules f long runs with devices below 11.8 VDC. Avoid running wires in noisy environments, such as high electrical areas and mot rooms. Use 708 Modules to increase bus perfmance and/ f underground runs. Properly ground the system. Proper Installation Techniques A proper installation begins with proper planning. Examine the application befe beginning to run wire install any devices. Discuss possible wire runs with the entire staff of installers. Drawings and chematics Drawings and schematics of the site help to ensure that the proper devices are brought to the site. Drawings can also help you see possible problems you may have with the installation. F example, you may learn that the panel s location is too close to a source of noise befe the installation has actually occurred. Walk-Through After examining the drawings and schematics, perfm a though walk-through. A walk-through can help you spot things that may be possible problems not shown on the drawings. During the walk-through, look f sources of noise, such as those listed in the oise Contributs section of this application note. Also look f the location of the electrical main and other power sources to avoid. Wire pecifications The characteristics of the wire, such as wire type and gauge, greatly affect the perfmance of the DMP LX-Bus and keypad bus. Use the following specifications when selecting and running wire f a DMP system. Wire Type It is recommended to use AWG 4-conduct unshielded wire to ensure the best installation. ome recommended brands of wire are Belden Model 5502UE and Genesis Model WG Do not use twisted pair wire f LX-Bus and keypad bus installations. When using the 708 Bus Extender Modules you may use twisted pair wire between the two 708 modules. ee the 708 Installation heet (LT-0585). Crect Wire Type: 18/4 22/4 Unshielded Wire Figure 1: 18/4 22/4 Unshielded Wire hielded Wire Restrictions Do not use shielded wire except f noisy areas. If you need to use shielded wire to pull wire past a noisy area, use sht wire runs of less than 100 feet. ote: ou may use shielded wire between two 708 Bus Extender Modules. In addition, shielded wire may be used to connect readers to the Wiegand interface of the keypad 733 Module when recommended by the reader manufacturer. The shield must only be connected to the reader. Increct Wire Type Increct Wire Type DMP Bus Wires hield Figure 2: Twisted Pair Wire Increct f DMP Bus Figure 3: hielded Wire Increct f DMP Bus

23 AC APPLICATIO OTE Installation pecifications When planning an LX-Bus and keypad bus installation, keep in mind if these Installation pecifications are not met, the DMP bus may not perfm to full potential. Facts such as capacitance (because of too many devices) round the data wave fm on the wire and impair communication. A wire run that is too long may not perfm crectly because the long wire adds too much resistance and decreases the signal strength. Also, because of wire resistance and the number of devices, power input voltages at the device may be lower than an appropriate level to operate properly. everal facts must be considered to provide optimum operation of your bus: length of wire used, number of devices connected, and voltage at each device. Length of Wire The maximum cumulative distance f wiring one LX-Bus /keypad bus circuit is 2,500 feet, regardless of the gauge of wire. This distance can be in the fm of one long wire run multiple branches with all wiring totaling no me than 2,500 feet. ee Figure 4. Panel Panel Panel LX-Bus and Keypad Bus Wiring Application ote 2 F longer circuits, add a 710 Bus plitter Repeater. When using multiple 710 Modules, the maximum total distance is 15,000 feet. ee the 710 Installation heet (LT-0310) f me infmation. Exceeding the maximum length of wire adding too many devices to one run will cause the voltage to drop. To increase the voltage, add a power supply. ee Device Voltage. Also, the data lines will not be able to carry the necessary infmation to a device on a run that is too long. In this case, you would need to add a 710 Module to improve data perfmance. umber of Devices The maximum number of devices per 2,500 feet LX-Bus circuit is 40 if the voltage does not drop below 11.8 VDC at any device. The me devices on a run, the me likely the voltage will drop below 11.8 VDC. Be sure to add power supplies to runs with any device that has a voltage less than 11.8 VDC. Device Voltage 2.0 VDC is the maximum allowable voltage drop between the Command Process panel and any device connected to the bus. F example, if the voltage across the red and black wires at the panel is 13.8 VDC the voltage measured at each device must be equal to greater than 11.8 VDC. DMP Bus without a Power upply Panel Voltage across red and black here is 13.8 VDC. Voltage of the Red and Black wires at the panel is 13.8 VDC. DMP Bus with a Power upply Panel Do not connect the red wire between the panel and the first device when using an auxiliary power supply VDC Minimum 11.8 VDC 2,500 feet If LX-Bus, 40 devices maximum. If keypad bus, refer to panel's programming guide f maximum number of devices allowed. 1,100 feet 1, ,200 2,500 1,200 feet AC +B -B BELL GD RED EL GR BLK MK GD Z1 GD Z2 Z3 GD 200 feet 2,500 feet T-Tap 714 Figure 4: 2,500 feet Maximum Bus Devices Bus Devices Power upply 710 If keypad bus, refer to panel's programming guide f maximum number of devices allowed (4, 8, 16). 2,500 feet Voltage across red and black at all devices must be 11.8 VDC greater. Voltage across red and black here is 13.8 VDC. Figure 5: Maximum Voltage Drop 2.0 VDC 11.8 VDC Minimum 11.8 VDC Power upply If the voltage at any device is less than the required level, an auxiliary power supply should be added at the end of the circuit. Increasing the gauge of wire used on the circuit can also reduce the voltage drop. The maximum voltage drop rule applies to all DMP LX-Bus and keypad bus circuits. ote: To troubleshoot voltage drop, read the voltage of the last device on the LX-Bus keypad bus. Digital Moniting Products

24 APPLICATIO OTE Wiring Examples ou can install an individual keypad at the end of a gauge wire run up to 1, gauge wire without a 710 Module power supply. ou can install 40 Model 711 Zone Expanders on an LX-Bus without any 710 Modules as long as each 711 is provided with at least 11.8 Volts and the total length of wire does not exceed 2,500 feet. ou can connect two buildings using underground wire as long as a 708 Module is used at each end of the run. Of course the wires must not be in proximity with other non-alarm wiring. ou can T-Tap a bus to create multiple buses if the total cumulative length of wire does not exceed 2,500 feet. ou can use a 710 Module to create a T-Tap that allows three new bus circuits that can each be 2,500 feet long. oise Contributs Electric noise is electricity that is transferred from a source to other wires simply because of the close proximity of the two. F example, wires close to an electric mot become noisy because the noise of the mot is induced onto the wires. DMP bus devices are resilient to electric noise induced onto the bus, but if the electric voltage of noise exceeds the data voltage of the wires, the bus and its devices will not perfm properly. F example, a device on the bus may occasionally show an open condition at the panel when a nearby mot starts. Also, as the voltage at a device decreases because of a long wire run, the chance of induced noise affecting the data increases. Use the following techniques to minimize the chance that noise will be induced onto the data bus wires. Underground DMP does not recommend running LX-Bus keypad bus wires underground because inspection of the run is not possible. If an underground run cannot be avoided, you must use DMP Model 708 Bus Extender Modules to minimize the possibility of any underground noise induction. Place one module at each end of the underground run. ee the 708 Bus Extender Installation heet (LT-0585) f complete infmation. Conduit The DMP bus does not require using conduit f wire runs. If you do use conduit, do not share conduit with other wires that can induce noise. If sharing conduit is unavoidable, use 708 modules at each end of the conduit to help ensure proper operation. To Panel Figure 6: Underground Wiring with 708 Modules Building 1 Building 2 Power upply 708 Earth 708 To Additional Devices Tie Wrapping Do not tie wrap a DMP bus to the exteri of conduit. It is possible that the noise from the wires inside the conduit can negatively affect the perfmance of the DMP bus. Fasten DMP bus wires to objects that will not induce noise, such as I-beams water pipes. Figure 7: Increct Wiring through Conduit Figure 8: Crect Wiring through Conduit Flo Openings Do not run wire through a flo opening with other non-dmp alarm system wires. Figure 9: Increct Tie Wrap Digital Moniting Products Figure 10: Increct Wire Run through flo with other wires LX-Bus and Keypad bus Wiring Application ote 3

25 oise Examples The following items are examples of items that may induce noise upon the DMP bus. To ensure proper operation, do not run an LX-Bus keypad bus near sources of noise such as those listed below. High Voltage Lines Ballasts Pumps Mots Electrical Mains Welders Increct Wire Run Crect Wire Run DMP Bus Wires across mot Mot DMP Bus Wires away from mot Mot Figure 11: Increct Run across Mot Figure 12: Crect Run around Mot Increct Wire Run Overhead Light Fixture Ballast DMP Bus Wires across light ballast Overhead Light Fixture Ballast DMP Bus Wires running around the ballast Crect Wire Run Figure 13: Increct Run Over Light Ballast Figure 14: Crect Run around Light Ballast Increct Wire Run High Voltage Conduit DMP Bus Wires across high voltage conduit Electrical Main DMP Bus Wires around Electrical main and high voltage conduit Electrical Main Crect Wire Run Figure 15: Increct Run ear Electrical Main/High Voltage Conduit Figure 16: Crect Run around Electrical Main/High Voltage Conduit ummary This Application ote has pointed out some tips to ensure a proper installation of DMP LX-Bus and Keypad Bus. If an installation is completed properly, the equipment will operate to its full potential. A proper bus installation begins with planning: Review the site s blueprints and perfm a though walk-through of the site befe running any wire. After properly planning the installation, use the tips explained in this document. Use 18/4 22/4 unshielded wire. Be sure the voltage at each device is above 11.8 VDC. Properly ground the system. Add power supplies and 710 Modules f long runs and many devices. Avoid running wires in noisy environments and underground. Use 708 Modules to increase bus perfmance. pecifications All wiring must be in accdance with EC, AI/FPA 70. Refer to the following documents f complete infmation: 710 Module Installation heet, LT-0310; 708 Modules Installation heet, LT-0585; and all of the panel and device Installation Guides ITRUIO FIRE ACCE ETWORK th Partnership Boulevard Made in the UA pringfield, Missouri LT-2031 (4/03) Digital Moniting Products, Inc.

26 XR500 Documentation XR500 pecification LT 0684 XR500 Installation Guide LT 0681 XR500 Programming heet LT 0678 XR500 Programming Guide LT 0679 XR500 User s Guide LT 0683 XR500 A & E pec LT 0738 otification Circuit Options Application ote LT 2012 Internet Moniting Overview Application ote LT-2019 Internet Moniting Application ote LT 2029 LX-Bus & Keypad Bus Wiring Application ote LT 2031 DMP Current Draw Chart LT 0573 Panel Feature & Product Approval Guide LT 0376 LT-0742 Digital Moniting Products