Central Intrusion - DS7200V2 InGuide Installation Guide EnUS 2508503691

8/12/2019 Central Intrusion - DS7200V2 InGuide Installation Guide EnUS 2508503691

1/138

ENInstallation Guide

DS7200V2-EXPControl Panel

DS7200V2- EXP


2/138

Addendum DS7200 Installation Guide

TS50131-3 compliance 2011-09-16

Bosch Secur i t y Syst ems, I nc. | 04/ 12 | F01U253045- 02

Prioritization of signals & indi atorsIncoming signals are prioritized in chronological order. All signals are processed within 10 s.

Indicators displayed individually with text.

The control panel can meet all the options in Table 13, regarding notification outputs in the European standard for Intrusion

Systems.

Zone expandersThe zone expenders should be mounted inside the control panels enclosure for EN-approved systems.

Classifi ationDS7200 meets the Security Grade 2, Environmental Class 2

Current and battery apa ityMax urrent draw(Panel ex luded) Batteryapa ity Re harge time(max) System type400 ma 7,2 Ah 12 hours EN

800 mA 2 x 7,2 Ah 24 hours EN

1 A 18 Ah 48 hours EN

1,2 A 7-18 Ah - Non approved

Code ombinationsThe number of code combinations:

4-digit code allows for 10,000 combinations5-digit code allows for 100,000 combinations6-digit code allows for 1 million combinations7-digit code allows 10 million combinations

The number of free combinations = code combinations number of users

Weight and dimensionsMaterial: 1.0 mm thick cold-rolled steelDimensions (H x W x D): 36.8 x 31.8 x 7.6 cmWeight 5.5 kg


3/138


4/138

DS7200V2-EXP | I nst al l at i on Gui de | Fi gur es EN | 4


FiguresFigure 1: Enclosure Installation .......................................................................................................... 11Figure 2: Control Panel Board Mounting ............................................................................................ 12Figure 3: Standby Battery Connections .............................................................................................. 12Figure 4: RAM Backup Battery ............................................................................................................ 13Figure 5: RJ31X/RJ38X Wiring ............................................................................................................ 13

Figure 6: Ground Start ........................................................................................................................ 14Figure 7: Keypad Jumper Plug Configuration ..................................................................................... 15Figure 8: Keypad to Control Panel Wiring ........................................................................................... 15Figure 9: Keypad to Control Panel Wiring (External Power Supply) .................................................. 16Figure 10: Keyswitch: Tamper Wired Zone Configuration .................................................................... 16Figure 11: Maintained Keyswitch: Single EOL Resistor Configuration ................................................. 17Figure 12: Momentary Keyswitch: Single EOL Resistor Configuration ................................................. 17Figure 13: Keyswitch: Zone Doubled Configuration ............................................................................. 17Figure 14: Keyswitch: No EOL Resistor Configuration ......................................................................... 17Figure 15: Tamper-Wired Zone Configuration ...................................................................................... 18Figure 16: Single Zone Sensor Loop Wiring ......................................................................................... 19Figure 17: On-board Doubled Zone Sensor Loop Wiring ...................................................................... 19Figure 18: Single Zone Sensor Loop Wiring (No EOL) ......................................................................... 20Figure 19: 4-wire Smoke Detector (Tamper-wired) .............................................................................. 20Figure 20: 4-wire Smoke Detector (Single EOL Resistor) ................................................................... 21Figure 21: PO 1 Wiring (PO 1 Jumper Shorted) ................................................................................... 21Figure 22: PO1 Dry Contact Wiring (No PO 1 Jumper) ........................................................................ 21Figure 23: PO 1 Positive Alarm Trigger Wiring ...................................................................................... 22Figure 24: PO 2 to PO 4 Wiring ............................................................................................................ 22Figure 25: RF3227E Address Jumper Settings ..................................................................................... 22Figure 26: RF3227E to Control Panel Wiring ........................................................................................ 23Figure 27: Standard DX2010 Installation Locations ............................................................................. 23Figure 28: Optional DX2010 Mounting Locations ................................................................................. 24Figure 29: DX2010 to Control Panel Wiring .......................................................................................... 24Figure 30: DX2010 to Control Panel Wiring (External Power Supply) .................................................. 25

Figure 31: DX2010 Auxiliary Output Wiring .......................................................................................... 25Figure 32: DX2010 Tamper Input Wiring .............................................................................................. 26Figure 33: DX2010 No Tamper .............................................................................................................. 26Figure 34: DX2010 Tamper-Wired Zone Wiring..................................................................................... 26Figure 35: DX2010 Single EOL Zone Wiring ......................................................................................... 27Figure 36: DX2010 Doubled Zone Wiring ............................................................................................. 27Figure 37: DX2010 DIP Switch Configuration ....................................................................................... 28Figure 38: DX2010 Status LED Location .............................................................................................. 28Figure 39: DX3010 to Control Panel Enclosure Installation ................................................................. 29Figure 40: DX3010 to Control Panel Wiring .......................................................................................... 30Figure 41: DX3010 Output States ......................................................................................................... 30Figure 42: DX3010 to Control Panel Wiring (External Power Supply) .................................................. 30Figure 43: DX3010 DIP Switch Configuration ....................................................................................... 31Figure 44: DX4010i to Control Panel Wiring ......................................................................................... 32Figure 45: DX4010i to Control Panel Wiring (External Power Supply) ................................................. 32Figure 46: DX4010i RPS Direct Connect Address Setting .................................................................... 33Figure 47: DX4010i Direct Connection ................................................................................................. 33Figure 48: DX4010 Direct Connection .................................................................................................. 34Figure 49: P1 Jumper Pin Settings ....................................................................................................... 34Figure 50: DX4010 P2 Jumper Pin Settings.......................................................................................... 35Figure 51: RS-232 Device DIP Switch Setting ...................................................................................... 35Figure 52: DB9 Connector Layout ........................................................................................................ 35


5/138


6/138

DS7200V2-EXP | I nst al l at i on Gui de | Tabl es EN | 6


TablesTable 1: Document Overview .............................................................................................................. 7Table 2: Control Panel Specifications ................................................................................................. 8Table 3: Keypad Address Pin Settings ............................................................................................... 15Table 4: Keypad to Control Panel Wire Length ................................................................................. 15Table 5: DX2010 to Control Panel Wire Length ................................................................................. 24Table 6: DX2010 to External Power Supply Wire Length .................................................................. 24Table 7: Control Panel Locations for DX2010 Address 106 .............................................................. 27Table 8: Control Panel Locations for DX2010 Address 107 (DS7240V2 only) .................................. 27Table 9: DX2010 Address Settings .................................................................................................... 28Table 10: DX2010 DIP Switch Settings ............................................................................................... 28Table 11: DX3010 Wire Lengths .......................................................................................................... 30Table 12: DX3010 Address DIP Switch Settings ................................................................................. 31Table 13: DX4010i/DX4010 Wire Lengths ........................................................................................... 31Table 14: DX4010i/DX4010 Diagnostic LED Functions ....................................................................... 35Table 15: DB9 Pin Configuration ......................................................................................................... 35Table 16: DX4020 Wire Lengths .......................................................................................................... 37Table 17: Ethernet/Serial Status LED Functions ................................................................................. 38

Table 18: DACM Wire Lengths ............................................................................................................. 38Table 19: System Status LED Operation ............................................................................................. 40Table 20: Reserved and Expert Addresses .......................................................................................... 46Table 21: Key/Character Assignments ................................................................................................. 47Table 22: Phone Number Entry Selections .......................................................................................... 50Table 23: Personal Dialing Format Configuration ................................................................................ 52Table 24: Report Tone Selections ....................................................................................................... 52Table 25: Format Field Options ........................................................................................................... 54Table 26: Account Number Addresses/Defaults .................................................................................. 65Table 27: Account Number Entry Selections ....................................................................................... 65Table 28: User Configuration ............................................................................................................... 70Table 29: DS7446KP Keypad Icon Functions ...................................................................................... 73Table 30:

Location Configuration Parameters ..................................................................................... 80

Table 31: Default Zone Function Type Selections ............................................................................... 83Table 32: Location Text Addresses/Defaults ....................................................................................... 84Table 33: Output Configuration Parameters ....................................................................................... 86Table 34: Output Function Types ........................................................................................................ 88Table 35: Output Mode Options .......................................................................................................... 93Table 36: Pulse Mode Configuration ................................................................................................... 95Table 37: One Shot Mode Configuration ............................................................................................. 95Table 38: Sked Configuration Parameters ........................................................................................... 96Table 39: IP Address Entry Selections .............................................................................................. 101Table 40: Control Panel Events and Reporting Formats ................................................................... 109Table 41: Data Bus Address Quick Reference ................................................................................... 122Table 42: Destination 1 Only ............................................................................................................. 123Table 43: Destination 2 Only ............................................................................................................. 123Table 44: Destinations 1 and 2 .......................................................................................................... 124Table 45: Call for Service Details ...................................................................................................... 125Table 46: System Arming/Disarming Functions ................................................................................. 126Table 47: Other System Functions .................................................................................................... 126Table 48: History Log Display Descriptions ....................................................................................... 127Table 49: History Log Communication Status Values ........................................................................ 127Table 50: Standby Battery Calculation .............................................................................................. 128Table 51: Terminal Descriptions ........................................................................................................ 130


7/138

DS7200V2-EXP | I nstal l at i on Gui de | 1. I nt r oducti on EN | 7


1. Introdu tion1.1 Do umentation Conventions1.1.1 Type Styles UsedTo help identify important items in the text, thefollowing type styles are used:

Bold text Indicates important text or termsthat you should note.

Italicized text Refers you to a drawing, table, orother section of this document.

[#][9][1] Bracketed numbers representkeypad keys. When next to oneanother, they represent the keysequence to press for a particularfunction. For this example, pressing[#] followed by [9] and [1] beginsthe keypad test function.

1|6 Numbers separated by a vertical barrepresent output function types.

This example is for Output FunctionType 1|6: Strobe.

1.1.2 Notes, Cautions, and WarningsThroughout this document there are importantnotes that address personal and/or equipmentsafety issues, system operation issues, etc. Theyare set off as follows:

The Important Note identifiesinformation intended for successfuloperation.

The Caution Note identifiesinformation intended to prevent anincident that could prohibit thefunctionality of theprogram/equipment.

The Warning Note identifiesinformation intended to prevent anincident that could prohibit thefunctionality of theprogram/equipment and/or personalinjury.

The No Static Note identifiescomponents that are static-sensitive.Follow anti-static procedures whenhandling these components.

1.1.3 Other ConventionsProgramming parameter titles are identified asfollows:

Programming Parameter Title1.2 S ope of Do umentSee below for an overview of this document andother documents related to theDS7240V2/DS7220V2 Control Panels:

Table 1: Do ument OverviewDo ument PartNumber Des riptionUsers Guide 4998153894 Contains keypad

operation instructionsfor the end-user.Covers use of the LCD(text) keypad and theLED keypad.

InstallersGuide (thisdocument)

4998153893 Contains all wiring andsetup instructions,and basicprogrammingparameters withdescriptions.Troubleshootinginformation alsoincluded.

ExpertProgramming Guide

4998153891 Contains allprogrammingparameters with

descriptions andkeypad programminginstructions.

ReleaseNotes

4998153890 Contains issues withcontrol panel thatwere found afterprinting of thedocumentation.

SystemWorksheet

4998153887 Contains allprogrammingparameter defaultsand space to recordany default changesmade during setup ofthe control panel.


8/138



1.3 Spe ifi ationsTable 2: Control Panel Spe ifi ationsEnvironmental Spe ifi ationsTemperature +32F to +122F (0C to +50C)

Relative Humidity 5 to 85% at 86F (30C) non-condensingVoltage Input to Control PanelPrimary 18 VAC, 50 VASecondary Sealed lead acid rechargeable

battery(12 VDC, 7 Ah or 18 Ah).

Power OutputsContinuous Power Up to 1.2 A at 12 VDC nominal

(continuous supply) total for alldevices and outputs.

Alarm Power 1.85 A for fire and combined

fire/burglary. Applies to all fouroutputs combined.

MinimumOperating Voltage

10.2 VDC

Data Bus 12 VDC nominal. 305 m of 0.8 mm(#22 AWG) cable

KeypadsMaximum Numberper System

8

CompatibleKeypads

DS7445i or DS7445V2 LEDKeypad; DS7447E or DS7447V2Text Keypad; DS7446KP Keypad

1.4 Standard Features1.4.1 Communi atorThe control panel uses a built-in digitalcommunicator to send reports to the receiver. Itcan send reports in Contact ID, SIA 300, SIA 300with Text, Personal Dialing Format, and BasicPager Format.1.4.2 ZonesThe DS7240V2 supports up to 40 zones using on-board and off-board (including input expandersand wireless devices). The DS7240V2 supportsup to 5 DX2010 Input Expanders.

The DS7220V2 supports up to 24 zones using on-board and off-board (including input expandersand wireless devices). The DS7220V2 supportsup to 3 DX2010 Input Expanders.On-board sensor loops are marked L-1 to L-8 onboth control panel types.

1.4.3 Areas and A ountsThe DS7240V2 supports up to 4 independentareas. The DS7220V2 supports up to 2independent areas.All zones can be assigned to a single area, orspread out over the available areas.Users arm and disarm the control panel by area,and can arm and disarm several areas with onefunction. The installer can assign an authoritylevel to a PIN that allows a user to arm an areafrom a remote keypad in another area.Assigning each area its own account numbercreates separate accounts in one control panel.Assigning the same account number to differentareas groups them together into one account.Area options include exit tone and delay,separate fire and burglary outputs and autoopening and closing Skeds (see Sked Parameterson page 96 for more information).Area 1 can be programmed as a common area.SeeArming Options 2on page 63.A First to Open, Last to Close arming option isavailable (seeArming Options 2on page 63).1.4.4 Programmable OutputsFour on-board programmable outputs (PO 1 toPO 4) are available on both control panels.The DS7240V2 supports up to 20 programmableoutputs (4 on-board, 16 off-board using twoDX3010 Output Expanders).The DS7220V2 supports up to 12 programmable

outputs (4 on-board, 8 off-board using oneDX3010 Output Expander).See On-board Output Setupon page 21 and Off-board Output Setup (DX3010)on page 29.1.4.5 UsersThe control panel allows up to 32 individualusers. Each user is assigned a PersonalIdentification Number (PIN) and an authoritylevel. Authority levels determine which functionsusers can perform.1.4.6 Keyswit hUsers can arm and/or disarm any available area

with maintained or momentary closure devicessuch as keyswitches. Zone programmingdetermines the keyswitchs operation.


9/138



1.4.7 Alarm Event MemoryThe system uses alarm event memory to storealarm events for each area. You can view the areaalarm events at a keypad assigned to the area.The control panel clears the areas alarm eventmemory and starts storing new alarm eventswhen you arm the area. Alarm events are

permanently stored in the control panels historylog.1.4.8 History LogThe system stores 254 events from all areas in itsevent log.Events can be stored even if the control paneldoes not send a report for them. You can viewthe log at a text keypad, print it locally using theDX4010i/DX4010 RS-232 Serial Interface Moduleand a serial printer, or upload it to the RemoteProgramming Software (RPS).1.4.9 Wireless (RF) Devi esThe control panel supports a variety of wirelesssensor devices, which can be included in the 40-zone maximum.

1.5 Control Panel AssemblyYou should receive the following parts:Do umentation Pa k DS7200V2 Installation Guide (this document)

(P/N: 4998153893) DS7200V2 Expert Programming Guide

(P/N: 4998153891) System Worksheet (P/N: 4998153887) Release Notes (P/N: 4998153890) Users Guide (P/N: 4998153894)Assembly Control Panel Assembly Red Battery Lead (P/N: 47720B) Black Battery Lead (P/N: 47721B) 2.2 k EOL Resistors (16 total) 3.65 k EOL Resistors (8 total) Tamper Switches

1.6 Listings and Approvals

This product fulfills the requirements ofEN 50131-1, 50131-2, CLC/TS 50131-3

1.7 System Options1.7.1 Arming Devi es DS7445i LED Keypad:LED keypad that

displays up to 16 zones. DS7445V2 LED Keypad:LED keypad in new

faceplate design.

DS7447E LCD (Text) Keypad:Text keypadthat displays system information andprogrammable text.

DS7447V2 LCD (Text) Keypad:Text keypadin new faceplate design.

Door A ess Control Module (DACM):TheDACM grants or restricts access to a doorusing a keypad/credential reader, a Requestto Exit (REX) input, and/or a door contact.Each DACM supervises one door.

1.7.2 Data Bus Devi es DX2010 Input Expander:Provides 8

additional input loops. The DS7240V2supports up to 5 modules; the DS7220V2supports up to 3 modules. Also available:DX2014 (DX2010 with AE20 ABS plasticenclosure).

DX3010 O to-Output Expander:Provides 8independent, programmable Form C relayoutputs. The DS7240V2 supports up to 2modules; the DS7220V2 supports 1 module.

DX3020 Module:The DX3020 is an X-10Interface Module. It can emulate up to 2DX3010 Octo-Output Expanders. One allowed

per system. DX4010i RS-232 Serial Interfa e Module:

DTE RS-232 serial interface module thatprovides a connection point to the system forserial devices such as a printer. Can also beused to create a remote programming directconnection with RPS. It does not occupy acontrol panel address when used this way.One allowed per system

DX4010 RS-232 Serial Interfa e Module:Provides a connection point to the system forserial devices such as a printer. Can also be

used to create a remote programming directconnection with RPS. It does not occupy apanel address when used this way. Oneallowed per system.

DX4020 Network Interfa e Module:Provides bi-directional communication overan Ethernet network. Can also be used forremote programming sessions with RPS. Oneallowed per system. Firmware revision 2.10or greater is required to use the DX4020.

C


10/138


11/138

DS7200V2-EXP | I nstal l at i on Gui de | 2. SystemI nstal l at i onand Set u

EN | 11


2. System Installation andSetup2.1 Control Panel InstallationThe control panel and enclosure are shippedtogether. Hardware to attach the enclosure to thewall is not supplied.

Only qualified, authorized servicepersonnel should install and maintainthis system. Test the entire system atleast once a week, and have aqualified technician check the systemat a minimum of once every threeyears.

As this is permanently connectedequipment, a readily accessibledisconnect device shall be

incorporated into the buildinginstallation wiring.

The control panel contains static-sensitive components and must behandled with care. Follow anti-staticprocedures when handling it.

Touch the control panels earthground terminal to discharge anystatic charge you may be carryingbefore working on it.

2.1.1 Ele tro Magneti Interferen e (EMI)EMI might occur if you install the system or runsystem wires near any of the following: Computer network system Electrical lines, fluorescent fixtures, or

telephone lines Amateur radio transmitter site Heavy machinery and motors High voltage electrical equipment or

transformers PBX telephone system Public service (police, fire, etc.) using radio

communications Radio station transmitter site or other

broadcast station equipment Welding shop

If you think that EMI could be a problem, useshielded cable. The drain wire for the shieldedcable must have continuity from the earth groundterminal on the control panel to the end of thewire run. If continuity is not maintained, theshielded cable can aggravate potential noiseproblems rather than eliminate them.

Connecting the drain wire to ground at any placeother than the control panels earth groundterminal might also create problems. If you cutthe drain wire to install devices, be certain tosplice it together. Carefully solder and tape allsplices.2.1.2 En losure InstallationKnock out the desired wire entrances on the

enclosure.Use the enclosure as a template and mark the topmounting holes on the mounting surface.Pre-start the screws (not supplied) for these

holes.Place the enclosure onto these screws. See

Figure 1.Tighten the screws.Screw in the remaining two screws into thebottom holes. See Figure 1.

Use proper anchor and screw setswhen installing the enclosure onnon-load-bearing surfaces, such asdry wall.

Use the screws provided to secure

the enclosure cover (see Figure 1).

Figure 1: En losure Installation

1- Screws for securing the cover

2- Slide enclosure screws into upper portion of

mounting hole

3- Top holes

4- Bottom holes

1

32

4


12/138


EN | 12


2.1.3 Control Panel Board Installation1. Place the control panel board clips on the

appropriate standoffs in the enclosure. SeeFigure 2.

Figure 2: Control Panel Board Mounting

1- Install support standoffs (0.08mm) here2- Control panel board location3- Place edge of control panel board between

slots

4- Corner of control panel board5- Control panel board clip6- Enclosure standoff7- Completed assembly8- Control panel board terminal block

locations

Slide the control panel board into the slots at thetop of the enclosure, and then secure it with thetwo screws provided. See Figure 2.2.1.4 Ground and Transformer Conne tion1. Connect the green/yellow earth ground wire

from the earth ground stud to the controlpanel as shown in Figure 65 on page 129.

2. Connect the orange and yellow wires fromthe transformer to the control panel as shownin Figure 65 on page 129.

2.1.5 Mains Conne tionMake sure you have a good earthground before completing thefollowing steps.

Follow all electrical codes when routing the ACMains power connection to the control panel.

2.1.6 Standby Battery InstallationHigh current arcs are possible. Thered (+) battery lead and the controlpanels BATT + connector cancreate high current arcs if shorted toterminals or enclosure. Use caution

when working with the red lead andthe control panels BATT +. Alwaysdisconnect the red lead from thebattery before removing the red leadfrom the control panel.

Replace the standby battery every 3to 5 years under normal use.Exceeding the maximum outputratings, or connecting the controlpanel to an outlet that is routinelyswitched off, causes heavydischarges. Routine heavydischarges can lead to prematurebattery failure. Record the date ofinstallation directly on the battery.

When the standby battery and the transformerconnections are made, the control panel chargesthe standby battery as you finish the installation.See Figure 3for details when installing thestandby battery.

Figure 3: Standby Battery Conne tions

1- Standby battery2- Control panel board3- Black (-) line4- Red (+) line

1 2

=

4

5

6

7

3

8

BATT+

BATT-

(+)

(-)

1

2

34


13/138


EN | 13


2.1.7 RAM Ba kup Battery InstallationThe control panel uses a 3 V coin-type lithiumbattery to save system settings, includingdate/time and programming settings.Remove the insulator tab from between thebattery and battery clip before completingsystem installation.

Figure 4: RAM Ba kup Battery

1- RAM Backup Battery2- Battery Clip3- Insulator - REMOVE

2.1.8 Telephone Conne tionsSee System Status LEDon page 40 for a completefunction description.1. To prevent jamming of signals, wire the

RJ31X jack or RJ38X jack to support lineseizure as shown in Figure 5.

2. Install the jack on the street side of thephone switch, wired ahead of any PBXequipment. Line seizure temporarilyinterrupts normal phone usage while thecommunicator transmits data.

3. Confirm that the panel seizes the line,acquires dial tone, reports correctly to thereceiver, and releases the phone line to thein-house phone system.

Figure 5: RJ31X/RJ38X Wiring

1- Outside Telco (PSTN)2- Premises telephone3- RJ31X or RJ38X jack4- Telco connector block5- Phone line connections to control panel6- Bar short removed on Telco connector

block insertion positions 1 & 4 and 5 & 8

4. Connect the telephone cords flying leads tothe telephone terminals (Red to R; Gray toR1; Brown to T1; Green to T). The terminalsare located on the right side of the controlpanel board.

5. Plug the other end of the cord to the RJ31Xjack or RJ38X jack.

AUXILIA RY

2 1

3

3

4

5

6

1 2 3 6 7 8

1 2 3 4 5 6 7 8

R1 T1R T

4 5

T

R

T1

R1

1

2


14/138


EN | 14


2.1.9 Ground StartSome telephone systems require a momentaryground input to initiate a dial tone. To interfacewith a ground start system, wire PO 1 as shownin Figure 6. The PO 1 Jumper must be open.Program PO 1 for Ground Start. SeeProgrammable Output 1 (PO 1)on page 21 for

programming instructions.Connect a proper earth groundreference to the earth groundterminal.

Ground Start is not intended for usein fire or combined fire/burglaryapplications.

Figure 6: Ground Start

1- Place PO1 jumper in OPEN position as

shown

2.1.10 Phone Line FaultThe control panel has a circuit that tests thephone line for voltage. The normal voltage on atelephone line is approximately 48 VDC (24 VDCfor some phone systems). The phone line monitorsenses trouble when the voltage drops lowenough (between 1 and 3 V).If the control panel senses trouble for 40 sec, itbegins a phone line trouble response.Programming determines the response type. SeePhone Line Fault Response Options in theDS7200V2 Expert Programming Guide(P/N:

4998153891) for details.Bad line may test OK:The telephone line testcircuit uses the voltage level to test the status ofthe phone line. In some instances, a giventelephone line might be out of service withoutaffecting the voltage on the line. The phone linemonitor cannot recognize this trouble condition.

2.1.11 Communi ation Failure (Comm Fail)The control panel routes reports to two routingdestinations. Each destination can beprogrammed with two phone numbers or IPaddresses.The numbers in {} are the numbers assigned tocontrol panel events.Communication Attempt Tableson page 123shows the circumstances when CommunicationFailure Events are created. When a Comm Failoccurs, the control panel responds as follows:1. Clear (dump) the initiating report and any

pending reports from the dialer buffer for thedestination where the Comm Fail eventoccurred.

2. Create a Comm Fail {69} or Alternate CommFail {70} report that includes the DestinationNumber (1 or 2). The Alternate Comm Failreport is used when an alternatecommunications path is used (for example,network communication).

3. The Comm Fail, Comm Restoral {71},Alternate Comm Restore {72} reports followthe System Status Reports routing.

4. If the Comm Fail occurred on Destination 1and System Status Reports routing is set toDestination 2 or set to Destination 2 onDestination 1 fail, then send Comm Failreport.

5. If the Comm Fail occurred on Destination 1and System Status Reports routing is set toDestination 1 then send a Comm Restorereport with the next report for destination 1.

6. If the Comm Fail occurred on Destination 2and System Status Reports routing is set toDestination 1, then send Comm Fail report.

7. If the Comm Fail occurred on Destination 2and System Status Reports routing is set toDestination 2 then send a Comm Restorereport with the next report for Destination 2.

8. If a Comm Fail report is sent successfully tothe other destination, a Comm Restore eventshould be sent when there is a successfulcommunication on the failed destination.

BATT+

BATT- ALRM+

PO1L-1

SMK

+ L-2COM L-4COML-3 L-6COML-5 L-8COML-7

T

T1

R1

AUXILIARY

PO1 SELECT

STATUSR

BA

1


15/138


EN | 15


2.2 Arming Devi e InstallationThe Door Access Control Module (DACM) is alsoan arming device. See Door Access Control Module(DACM) on page 38 for more information.2.2.1 Keypad AddressingKeypads 1 to 8 are assigned to Data Bus

Addresses 1 to 8.Table 3shows the correct address setting foreach keypad address.

Table 3: Keypad Address Pin SettingsKeypad Address Pins

KeypadAddress1 2 4 8 16 MODE

0* OFF OFF OFF OFF OFF OFF1 ON OFF OFF OFF OFF ON2 OFF ON OFF OFF OFF ON3 ON ON OFF OFF OFF ON4 OFF OFF ON OFF OFF ON5 ON OFF ON OFF OFF ON6 OFF ON ON OFF OFF ON7 ON ON ON OFF OFF ON8 OFF OFF OFF ON OFF ON

* Address 0 is reserved for the Installer Keypad.This keypad is not intended for permanentinstallation and should remain with theinstaller/service technician.Some keypads use jumper plugs to set the

address. See Figure 7for correct jumper plugorientation.

Figure 7: Keypad Jumper PlugConfiguration

1- Jumper plug ON position2- Jumper plug OFF positions

2.2.2 Keypad InstallationKeypads contain static-sensitivecomponents. Follow anti-staticprocedures when handling thekeypads.

Consult your keypads installation manual for

complete installation instructions. Keypadsconnect to the control panel in parallel as shownin Figure 8.

Figure 8: Keypad to Control Panel Wiring

1- DS7447E/DS7445i Keypads, orDS7447V2/DS7445V2 Keypads

2- Keypad terminal block3- Green data wire4- Yellow data wire5- Red (+12 VDC) wire6- Black (-12 VDC) wire7- Control panel board

You can use either one of the Aux Power (-)terminals and either one of the 12 VDC (+)terminals when connecting devices to the controlpanel.See Table 4for control panel data bus-to-keypadwire length requirements.

Table 4: Keypad to Control Panel Wire Length

0.8 mm(#22AWG)1.2 mm(#18AWG)

Control Panel to Keypad 305 m(1000 ft)

610 m(2000 ft)

Control Panel to Keypadusing an External PowerSupply

305 m(1000 ft)

610 m(2000 ft)

1 2

BATT+

BATT-

7

Data In

Data Out

+12 VDC

Com

1

2 3 4

65

(+)(-)


16/138


EN | 16


See Power Outputson page 8 to determine thetotal power available for your system. You mightneed to add one or more external power suppliesfor the number of keypads you want to use. SeeFigure 9to connect an external power supply to akeypad.

Do not tie the black (-) output toearth ground when using an externalpower supply. A ground faultcondition is reported if black (-) isgrounded.

You can use either one of the Aux Power (-)terminals when connecting to the control panel.Figure 9shows the common from the externalpower supply connected to both the keypadscommon terminal and the control panels AuxPower (-) terminal.

Figure 9: Keypad to Control Panel Wiring(External Power Supply)

1- DS7447E/DS7445i Keypads, orDS7447V2/DS7445V2 Keypads

2- Keypad terminal block3- Red (+12 VDC) wire4- Black (-12 VDC) wire5- Green data wire6- Yellow data wire7- Control panel board8- External 12 VDC power supply

2.2.3 Keypad SupervisionThe control panel supervises communication tothe keypad. If it fails to communicate with thekeypad, it sends a DBus Missing {125} report.

2.2.4 Keyswit h OverviewYou can connect a maintained or momentarycontact arming device to arm or disarm any of theareas in the system. The keyswitch is connectedto an on-board or off-board zones sensor loop.The control panel offers a wide variety ofkeyswitch arming options. The default keyswitchconfiguration is tamper-wired. See ControlledKeyswitch Types in Zone FunctionConfiguration in the DS7200V2 ExpertProgramming Guide(P/N: 4998153891) foralternative keyswitch configurations.Outputs can be programmed to activate LEDs,sound alarm outputs, or activate strobes toindicate arming status for keyswitch armingstations. See Output Parameterson page 86formore information.2.2.5 Keyswit h InstallationKeyswit h Wiring Tamper Wired ZoneConfigurationFor maintained or momentary operation, wire thekeyswitch as shown in Figure 10.

Figure 10: Keyswit h: Tamper WiredZone Configuration

1- Zone input2- Common3- 2.2 kresistors4- Keyswitch

Data In

Data Out

+12 VDC

(+)

(-)Com

(+) (-)

1

23 4

8

5 6

BATT+

BATT-

7

3

1

2

4


17/138


EN | 17


Keyswit h Wiring Single EOL ConfigurationFor maintained switches, connect the EOLresistor for the zone at the keyswitch so that theswitch opens the circuit when it operates. Ashort on the circuit produces an alarm if the areais armed and a trouble if it is disarmed. SeeFigure 11.

Figure 11: Maintained Keyswit h:Single EOL ResistorConfiguration

1- Zone input2- Common3- 2.2 kresistor4- Keyswitch (Open on circuit arms area)

For momentary switches, connect the EOLresistor for the zone at the keyswitch so that theswitch shorts the resistor when it operates. Anopen on the circuit produces an alarm if the areais armed and a trouble if it is disarmed. SeeFigure 12.

Figure 12: Momentary Keyswit h:Single EOL ResistorConfiguration

1- Zone input2- Common3- 2.2 kresistor4- Keyswitch (Short on circuit toggles arming

state)

Keyswit h Wiring Zone DoubledConfigurationFor maintained or momentary operation, wire thekeyswitch as shown in Figure 13.

Figure 13: Keyswit h: Zone DoubledConfiguration

1- Zone input2- Common3- Second zone wiring4- 2.2 kor 3.65 kresistor5- Keyswitch

Keyswit h Wiring No EOL ResistorConfigurationFor maintained or momentary operation, wire thekeyswitch as shown in Figure 14.

Figure 14: Keyswit h: No EOL ResistorConfiguration

1- Zone input2- Common3- Keyswitch

3

1

2

4

3 4

1

2

43

5

1

2

1

2

3


18/138


EN | 18


2.2.6 Silen ing an Alarm with a Keyswit hMomentary Keyswit h:To silence alarms (stopAlarm output), operate the keyswitch. If the areais armed, operating the keyswitch to silence thealarm also disarms the area. If the area isdisarmed, operating a momentary keyswitch tosilence the alarm does not arm the area.Maintained Keyswit h:If the area is armed, turnthe keyswitch to the disarmed position. Thecontrol panel disarms the area and silences thealarm. If the area is disarmed, turn the keyswitchto the armed position (the control panel does notarm) and then return to the disarmed position.2.2.7 Exit Terminator ButtonWhen the Keyswitch Zone Function Options 1parameter (see Options 1, Zone Function ## inthe DS7200V2 Expert Programming Guide[P/N: 4998153891]) is set to 15, the inputfunctions as an exit terminator button. This zone

function activates in the same manner as themomentary keyswitch. When Exit Delay is active,operating the exit terminator button terminatesExit Delay and immediately arms the controlpanel. If Chime Mode is enabled and Exit Delay isnot active, pressing the exit terminator buttonactivates the chime tone and the buttonfunctions as a doorbell.

2.3 On-board Sensor Loop Setup2.3.1 OverviewThe control panel provides eight on-board sensorloops (L-1 to L-8). Each sensor loop operatesindependently and does not interfere with theoperation of the others.

The default End-of-Line (EOL) resistor selectionfor the on-board sensor loops is the single alarmcontact tamper-wired configuration.See Global Zone Configuration in the DS7200V2Expert Programming Guide(P/N: 4998153891) tomodify the on-board sensor loop EOL resistorconfiguration.2.3.2 Tamper-Wired Zone ConfigurationThe on-board sensor loops can be used astamper-wired zones to report tamper conditionswhen the zone has become open or shorted.See Figure 15to wire a sensor loop as a tamper-

wired zone.Figure 15: Tamper-Wired ZoneConfiguration

1- Tamper contact2- Alarm contact3- Multiple alarm contact configuration only

(5 contacts max)

4- 2.2 kEOL resistor5- 2.2 kalarm resistor

3

4

1

2

5


19/138


EN | 19


2.3.3 Single Zone Configuration (Loops 1-8)When wiring the on-board sensor loops in thesingle zone configuration, install the resistor ofthe appropriate value (2.2 kresistors areprovided) at the far end of the sensor loop toprovide a reference for supervision. You canconnect dry contact sensing devices in series(Normally-Closed) and/or in parallel (Normally-Open) to any of these loops (see Figure 16).

Figure 16: Single Zone Sensor LoopWiring

1- Sensor loop terminal2- Common3- Sensor loop terminal4- Common5- 100maximum6- 2.2 kEOL resistor (P/N: 47819)7- Normally-Open contacts8-

Combination of Normally-Open contacts andNormally-Closed contacts

Loop resistance limits the number of Normally-Open and/or Normally-Closed detection devicesthat each sensor loop can supervise. The totalresistance for wire length and contacts, minusthe end-of-line resistor, must not exceed 100 .

2.3.4 Doubled Zone ConfigurationWhen wiring the on-board sensor loops in thedoubled zone configuration, install the resistorsof the appropriate value (2.2 kand 3.65 k) asshown in Figure 17. The control panel can beconfigured to function with either Normally-Openor Normally-Closed contacts. Normally-Closed

contacts are recommended.

Each sensor loop is monitored as aseparate zone.

Figure 17: On-board Doubled ZoneSensor Loop Wiring

1- Common2- Sensor Loop 1 to Sensor Loop 83-

On-board Locations 1 to 84- Alarm Contacts

5- 3.65 kEOL resistor6- 2.2 kEOL resistor7- On-board Locations 9 to 16

5

4

2

3

1

6

7

8

6 5

2

3

1

7

4


20/138


EN | 20


2.3.5 No EOL Zone ConfigurationSee Figure 18when wiring a zone with no EOLresistors.

Figure 18: Single Zone Sensor LoopWiring(No EOL)

1- Sensor loop terminal2- Common3- Sensor loop terminal4- Common5- 100 maximum6- Normally-Open contacts7- Normally-Closed contacts

2.3.6 Four-Wire Smoke Dete torConfigurationA four-wire smoke detector can be connected toany of the control panels on-board sensor loops(L-1 to L-8). A four-wire smoke detector must usea relay module to interrupt power to the detectorin order for the detector to reset.

Configure the output controlling the relay asOutput Function 1|13 Fire Verification (seeOutput Parameterson page 86 for moreinformation).Make loop connections to L-X (where X = Loop #)and COM terminals. See Figure 19, and Figure 20on page 21.

Figure 19: 4-wire Smoke Dete tor(Tamper-wired)

1- Remove jumper plug from PO 1 SELECTjumper

2- 2.2 kalarm resistor3- 2.2 kEOL resistor4- Smoke detector5- AUX (+)6- AUX (-)

5

4

2

3

1

6

7

BATT+

BATT- ALRM+

PO1 SMK

+

PO1 SELECT

4

1

2

3

56

A B COML-1


21/138


22/138


23/138


EN | 23


2.5.2 RF Re eiver to Control Panel WiringThe RF3227E contains static-sensitivecomponents. Follow anti-staticprocedures when handling thismodule.

Wire the RF3227E to the control panel as shown

in Figure 26. When power is applied to thesystem, the red LED at the center of the RF3227Elights.

Figure 26: RF3227E to Control PanelWiring

1- RF3227E terminal block2- Red wire (+) or (R)3- Black wire (-) or (B)4- Green data wire (G)5- Yellow data wire (Y)6- Control panel board

You can use either one of the Aux Power (-)terminals and either one of the 12 VDC (+)terminals when connecting devices to the controlpanel.2.5.3 RF Re eiver ProgrammingSee Data Bus Device Parameterson page 99 forprogramming instructions.2.5.4 RF Re iever SupervisionThe control panel supervises communication tothe RF receiver. If it fails to communicate with

the RF receiver, it sends a DBus Missing {125}report.

2.6 Off-board Sensor Loop Setup(DX2010)2.6.1 DX2010 (DX2014) OverviewThe DS7240V2 supports up to 5 DX2010 InputExpanders. The DS7220V2 supports up to 3DX2010 Input Expanders.

Each DX2010 provides eight sensor loops. SeeLocation ##, Zone Functionon page 83 forinformation on how the DX2010 sensor loops areassigned to zone locations. DX2014 Input Expander:A DX2010 mounted

inside a plastic enclosure with tamper switchfor remote installation.

Current Draw without Aux OutputTerminals:35 mA Standby Current Draw with Aux Output Terminals:

135 mA maximum with 100 mA of connectedaccessories.

2.6.2 DX2010 InstallationThe DX2010 contains static-sensitivecomponents. Follow anti-staticprocedures when handling thismodule.

Up to three DX2010 modules can be installed inthe control panels enclosure (two on interiorside walls of enclosure and one on back wall ofenclosure). See Figure 27and Figure 28forinstallation locations.

Figure 27: Standard DX2010 InstallationLo ations

1- Control panel board location2- Standard DX2010 mounting locations3- DX2010 module4- Enclosure wall5- Screws (supplied with DX2010)

BATT+

BATT-

61

2 3

45

R

G

B

Y

1

34

2

5


24/138


EN | 24


Figure 28: Optional DX2010 MountingLo ations

1- Control panel board location2- DX2010 optional mounting location

Up to five DX2014 modules can be connected tothe DS7240V2 (up to 2 on a DS7220V2). SeeFigure 29for wiring details.2.6.3 DX2010 WiringDo not use twisted pair or shielded cable whenwiring the DX2010.See the following tables for Data Bus wire lengthrequirements.

Table 5: DX2010 to Control Panel WireLength

PowerSour e 08 mm(#22AWG)1.2 mm(#18AWG)

Aux OutputNot Used

ControlPanel

305 m(1007.7 ft)

610 m(2001 ft)

Aux OutputUsed

30 m(98.4 ft)

76 m(249.3 ft)

Aux OutputUsed or Not

Used

ExternalPowerSupply

305 m(1007.7 ft)

610 m(2001 ft)

Table 6: DX2010 to External Power SupplyWire Length08 mm(#22 AWG) 1.2 mm(#18 AWG)

Aux OutputNot Used

305 m(1007.7 ft)

610 m(2001 ft)

Aux OutputUsed

30 m(98.4 ft)

76 m (249.3ft)

Connect the control panels Data and Aux Powerterminals to the DX2010 as shown in Figure 29.

If the DX2010s Aux Output (+Out-terminals) is used as an auxiliarypower source, the DX2010s R andB wires must be home-run toeither the control panel or to anavailable power supply. Do not use adaisy-chain wire configuration.

Figure 29: DX2010 to Control PanelWiring

1- DX2010 module2- Green (G) data wire3- Yellow (Y) data wire4- Black (-) wire5- Red (+) wire6- Control panel board

You can use either one of the Aux Power (-)terminals and either one of the 12 VDC (+)terminals when connecting devices to the controlpanel.

5 6

2

1

BATT+

BATT-

23

45

6

1

+OUT- TMPR 1 COMR B YG


25/138


EN | 25


If you need to power the DX2010 with an external12 VDC power supply, wire it as shown in Figure30.

Figure 30: DX2010 to Control PanelWiring (External Power Supply)

1- DX2010 Module2- Green (G) data wire3- Yellow (Y) data wire4- Black (-) wire5- Red (+) wire6- External 12 VDC power source7- Control panel board

Do not tie the black (-) output toearth ground when using an externalpower supply. A ground fault

condition is reported if black (-) isgrounded.

2.6.4 DX2010 Auxiliary Output WiringThe DX2010 can provide 12 VDC at up to 100 mAfrom the Auxiliary Output (-) OUT (+) terminals topower external devices such as motion detectors.See Figure 31.

Figure 31: DX2010 Auxiliary OutputWiring

1- DX2010 Module2- Motion detectors, photo beams, etc.3- Black (-) wire4- Red (+) wire

The following maximum wire lengthsapply when wiring the DX2010sauxiliary output to remotely powereddevices, such as PIRs and smokedetectors:

15 m (49.2 ft) for 0.8 mm (#22AWG) wire. 30 m (98.4 ft) for 1.2 mm (#18

AWG) wire.

BATT+

BATT-

2 3

4

7

+OUT- TMPR 1 COMB YG

5

(+) (-)

R

6

1

TMPR 1 COMR B G Y+OUT-

2

3

4

1


26/138


EN | 26


2.6.5 DX2010 Tamper Input WiringEach DX2010 module provides an input fortamper devices. The tamper input is in additionto the zone sensor loops. Supervising anenclosure tamper does not occupy a zone. A faulton the tamper input is reported as a tamperevent to which the Data Bus address the DX2010

is set.The tamper input can monitor external Normally-Closed (N/C) tamper switches when wired asshown in Figure 32. The tamper circuit must beclosed to provide proper Input Expander tampersupervision to the control panel. Do not use anEOL resistor.

Figure 32: DX2010 Tamper Input Wiring

1- DX2010 Module2- External tamper switch

The DX2014 configuration includes a tamperspring. Do not use the DX2010 TMPR input in theDX2014 configuration.The DX2010s on-board tamper switch cannot beused when it is mounted inside the controlpanels enclosure (wire the tamper input asshown in Figure 33if installed in the controlpanels enclosure).If neither the tamper input nor the on-boardtamper switch is used, a wire must be placed asshown in Figure 33.

Use either the tamper input or the on-boardtamper switch. Both cannot be usedsimultaneously.

Figure 33: DX2010 No Tamper

1- DX2010 Module2- Tamper Jumper

2.6.6 DX2010 Tamper-Wired Zone WiringFor tamper-wired sensor loop configuration, wireas shown in Figure 34.

Figure 34: DX2010 Tamper-Wired ZoneWiring

1- Tamper contact2- 2.2 kEOL resistors3- Alarm contacts (programmable for either

Normally-Open or Normally-Closed)

1R B G Y+OUT- TMPR COM

1

2

1

2

1R B G Y+OUT- TMPR COM

3 4 5 6 7 8COM COM COM1 2COM

3

11

2 2


27/138


EN | 27


2.6.7 DX2010 Single EOL Zone WiringThe DX2010 supports both Normally-Open andNormally-Closed contacts in the single EOL zoneconfiguration.Use 2.2 kEOL resistors (P/N: 47819) whenwiring as shown in Figure 35.

Figure 35: DX2010 Single EOL ZoneWiring

1- Normally-Closed contacts2- Normally-Open contacts

The Loop Response Time setting inthe Zone Function Configuration hasno effect on the DX2010. Its responsetime is configurable. See DX2010Configuration in the DS7200V2Expert Programming Guide(P/N:4998153891).

The DX2010 cannot be used with two-wire smoke detectors.

2.6.8 DX2010 Doubled Zone WiringFor the doubled sensor loop configuration, wireas shown in Figure 36. The loop response time ofdoubled sensor loops is fixed at 150 ms. Thecontrol panel can be configured to function witheither Normally-Open or Normally-Closedcontacts. Normally-Closed contacts are

recommended.

Each loop is monitored as a separatezone.

Figure 36: DX2010 Doubled Zone Wiring

1- DX2010 Common2- DX2010 input terminals 1 to 83- DX2010 inputs (see Table 7and Table 8)4- 2.2 kEOL resistor5- 3.65 k EOL resistor6-

DX2010 inputs (see Table 7and Table 8)

Table 7: Control Panel Lo ations for DX2010Address 106DX2010 Sensor Loop

EOL 1 2 3 4 5 6 7 83.65

k9 10 11 12 13 14 15 16

2.2 k 17 18 19 20 21 22 23 24

Table 8: Control Panel Lo ations for DX2010Address 107 (DS7240V2 only)

DX2010 Sensor LoopEOL 1 2 3 4 5 6 7 83.65

k25 26 27 28 29 30 31 32

2.2 k 33 34 35 36 37 38 39 40

1 2 3 4 5 6 7 8COM COM COM COM

1

2

2

3

4

1

6

5


28/138


EN | 28


2.6.9 DX2010 AddressingAny time you change the address DIPswitches, cycle the power to themodule OFF and then ON for thechanges to take effect.

Use Table 9to set the address jumpers for all

DX2010s connected to the control panel.Shaded rows only apply to the DS7240V2.

Table 9: DX2010 Address SettingsLo ation StandardSensor Loop* DoubledSensor Loop**1 to 8 Data Bus Addr

101

9 to 16 Data Bus Addr102

Data Bus Addr106

17 to 24 Data Bus Addr

103

Data Bus Addr

10625 to 32 Data Bus Addr

104Data Bus Addr

107

33 to 40 Data Bus Addr105

Data Bus Addr107

* For Standard Sensor Loop, set the locationsDevice parameter to 2. Set the DX2010address as shown in Table 10. See Location ##,Deviceon page 82 for programming details.** For Doubled Sensor Loop, set the locationsDevice parameter to 3. Set the DX2010address as shown in Table 10.

For tamper-wired zones, use Data Bus Addresses101 to105. Set the device type settings to 2(see Location ##, Deviceon page 82).Set the address DIP switches as shown in Table10.Shaded rows apply only to the DS7240V2.

Table 10: DX2010 DIP Swit h SettingsDX2010 DIP Swit h Settings

DIPSwit hes

S1 S2 S3 S4 S5 S6

ModuleAddress 32 16 8 4 2 1101 OFF OFF OFF OFF OFF OFF

102 OFF OFF OFF OFF OFF ON103 OFF OFF OFF OFF ON OFF104 OFF OFF OFF OFF ON ON105 OFF OFF OFF ON OFF OFF106 OFF OFF OFF ON OFF ON

107 OFF OFF OFF ON ON OFFSee Figure 37for proper DX2010 DIP switchconfiguration.

Figure 37: DX2010 DIP Swit hConfiguration

1- OFF position2- ON positionSample address setting shown is for Address102

2.6.10 DX2010 Status LEDSee the following for Status LED operation: One flash per second indicates normal

operation. LED steady ON can indicate any of the

following:- Power, no communication.- G wire is not connected or there is a

communication problem between the

control panel and the DX2010.- No locations (zones) are assigned to the

DX2010 with this address. See Location##, Zone Functionon page 83 for details.

- DX2010 address is not set correctly. LED OFF indicates that there is no power to

the module.

Figure 38: DX2010 Status LED Lo ation

1- DX2010 DIP Switches2- DX2010 Status LED

ON

1 2 3 4 5 6

12

ON

1 2 3 4 5 6

2

1


29/138


EN | 29


2.6.11 DX2010 SupervisionThe control panel supervises communication tothe DX2010. If it fails to communicate with theDX2010, it sends a DBus Missing {125} report.

2.7 Off-board Output Setup(DX3010)2.7.1 OverviewThe DX3010 Octo-Output Expander allows you toadd outputs to your system in groups of eight.The DS7240V2 supports up to 20 programmableoutputs (4 on-board, 16 off-board using twoDX3010 Output Expanders).The DS7220V2 supports up to 12 programmableoutputs (4 on-board, 8 off-board using oneDX3010 Output Expander).The DX3020 X-10 Interface Module allows thecontrol panel to control up to 16 X-10 modules.The DX3020 emulates up to 2 DX3010 modules.

You can assign any of the programmable outputfunctions to the DX3010s individual outputsseparately. See Output Parameterson page 86 forprogramming details.Current Draw: 10 mA Standby plus 40 mA foreach energized output (relay) for a total of 330mA maximum with all eight outputs energized.See the DX3010 Installation Guide(P/N: 49529)for complete installation, addressing andoperating instructions.

2.7.2 DX3010 Relay OutputsOutputs can activate when setting theDX3010s address DIP switches,programming the control panel,resetting the control panel or applyingpower to the control panel.Disconnect equipment connected tooutputs when performing thesefunctions.

The DX3010 relay outputs are notsupervised and cannot be used in fireor combined fire/burglary installationsfor primary indicating devices.

Each DX3010 output provides a Form C drycontact rated for 5.0 A at 28 VDC. Normally-Open, Common, and Normally-Closed terminalsare available for each relay output. When an

individual output is activated, there is continuitybetween the Normally-Open and Commonterminals. When the output is not activated, thereis continuity between the Normally-Closed andCommon terminals.2.7.3 DX3010 Installation

The DX3010 contains static-sensitivecomponents. Follow anti-staticprocedures when handling thismodule.

You can install the DX3010 in the control panelsenclosure with the hardware supplied with the

DX3010. See Figure 39.

Figure 39: DX3010 to Control PanelEn losure Installation

1- Control panel board location2- DX3010 installation locations3- DX3010 terminal block4- Enclosure wall5- Screws (supplied with DX3010)

1

34

2

5


30/138


EN | 30


Distance from the control panel is determined bythe total combined wire length of all devices(including keypads) connected to the controlpanels Data Bus terminals. The combined wirelength must not exceed 305 m (1007.7 ft) using0.8 mm (#22 AWG) wire.2.7.4 DX3010 WiringSee Table 11for Data Bus wire lengthrequirements.

Table 11: DX3010 Wire LengthsPowerSour e 0.8 mm(#22AWG)

1.2 mm(#18 AWG)Control Panel

to DX3010ControlPanel

12.2 m(40 ft)

24.4 m(80 ft)

Control Panelto DX3010

External Power

Supply

305 m(1007.7

ft)

610 m(2001 ft)

External PowerSupply toDX3010

12.2 m(40 ft)

24.4 m(80 ft)


1- DX3010 Module2- Control panel board3- Yellow (Y) data wire4- Green (G) data wire5- Black (-) wire6- Red (+) wire


Figure 41: DX3010 Output States

1- Output activated state2- Output deactivated state

If you need to power the DX3010 from anexternal power supply, connect it to the powersupply and the control panel.


1- DX3010 Module2- Control panel board3- Yellow (Y) data wire4- Green (G) data wire5- Black (-) wire6- Red (+) wire7- External 12 VDC power supply

BATT+

BATT-

NC NOC8

Y

B

R

G

3

5

4

6

2

1

NC NOC

NC NOC

1

2

BATT+

BATT-

NC NOC8

Y

B

G

3

5

4

2

1

+ -

7

6

R


31/138


EN | 31


Do not tie the black (-) output toearth ground when using any externalpower supply. A ground faultcondition is reported if black (-) isgrounded.

2.7.5 DX3010 AddressingAny time you change the address DIPswitches, cycle the power to themodule OFF and then ON for thechanges to take effect.

Each DX3010 module connected to the controlpanel must have its own address DIP switchesset as shown in Table 12.Set the address DIP switches as shown in Table12.Shaded rows apply only to the DS7240V2.

Table 12: DX3010 Address DIP Swit hSettingsData BusAddress DX3010 DIP Swit hes1 2 4 8 16 MODE

150(Outputs5 to 12)OPEN OPEN OPEN OPEN OPEN CLOSED

151(Outputs13 to20)

CLOSED OPEN OPEN OPEN OPEN CLOSED

See Figure 43for DX3010 DIP switch

configuration.

Figure 43: DX3010 DIP Swit hConfiguration

1- OPEN (Up) position2- CLOSED (Down) positionSample address setting shown is for Address

150

2.7.6 DX3010 SupervisionThe control panel supervises communication tothe DX3010. If it fails to communicate with theDX3010, it sends a DBus Missing {125} report.

2.8 RS-232 Serial Interfa e Setup(DX4010i/DX4010)

There are some board layoutdifferences between the DX4010i andthe DX4010. However, the twomodules wire, program, and operatethe same. The figures in this sectionshow the DX4010is board.

2.8.1 OverviewBoth modules are RS-232 serial interfacemodules that connect a standard serial printer, orother serial device, to the control panel. They can

also be used for a RPS local programming directconnection. The DX4010i is a DTE serial interfacemodule. Depending on which device you have,see the DX4010i Installation Guide(P/N:4998141106) or the DX4010 Installation Guide(P/N: 49539) for complete installation,addressing, and operating instructions.2.8.2 DX4010i/DX4010 Wiring

These modules contain static-sensitive components. Follow anti-static procedures when handling thismodule.

Both modules are shipped in a plastic enclosurethat can be placed on a desktop or similarsurface.Distance from the control panel is determined bythe total combined wire length of all devices(including keypads) connected to the controlpanels Data Bus terminals.See Table 13for combined total wire length.

Table 13: DX4010i/DX4010 WireLengthsPowerSour e 0.8 mm(#22 AWG) 1.2 mm(#18AWG)

DX4010i/DX4010

toControlPanel

Control Panel 305 m(1007.7 ft)

610 m(2001 ft)External

Power Supply

OPEN

1 2 3 4 5 6

=

=

1

2


32/138


EN | 32


See Figure 44and Figure 45for power wiringconnections.

Figure 44: DX4010i to Control PanelWiring

1- DX4010i board2- Control panel board3- Black (-) wire4- Green (G) data wire5- Yellow (Y) data wire6- Red (+) wire


If you need to power the module from an externalpower supply, connect it to the power supply andthe control panel as shown in Figure 45.

Figure 45: DX4010i to Control PanelWiring (External Power Supply)

1- DX4010i board2- Control panel board3- Black (-) wire4- Green (G) data wire5- Yellow (Y) data wire6- Red (+) wire7- External 12 VDC power supply

You can use either one of the Aux Power (-)terminals when connecting to the control panel.


BATT+

BATT-

1

4

6

3

5

2

BATT+

BATT-

1

43

5

2

6

(+) ( -)

7


33/138


EN | 33


2.8.3 DX4010i/DX4010 RPS for Dire tConne tionClose the control panels InstallerSwitch before using the remoteprogramming direct connection.

The module allows the user to program thecontrol panel, perform diagnostic functions, andretrieve history in RPS by using a directconnection between the module and the controlpanel.Follow these steps to connect directly to thecontrol panel for an RPS session:1. Set the modules address to Address 0 (zero).

See Figure 46for correct DIP switchplacement. The DX4010 does not use DIPSwitches 7 and 8.

Figure 46: DX4010i RPS Dire t Conne tAddress Setting

1- OFF position2- ON positionSample address setting shown is for Address 0

2. Connect the module to Com Port 1 or 2 (oran available Com Port) with a null modemcable on your computer. The module has aDB9 male serial connector.

3. Connect the module to the control panel:DX4010i:Use the supplied RJ-16 to molex cableto connect the DX4010i to the control panel. SeeFigure 47.

Figure 47: DX4010i Dire t Conne tion

1- Control panel board2- PC Com Port3- DX4010i Module4- Null Modem Cable5- RJ-16-to-molex Cable6- Control panel AUX/Data connector pin

ON

1 2 3 4 5 6 7 8

12

BATT+

BATT-

SER

RxTx

BUS

RxTx

LED

ENABLE

DB9GND

ENABLE

P1

P6

P2

P3

Serial Port

1 2

3

6

5


34/138


EN | 34


DX4010:Wire the flying leads of thecolored cable connector(P/N: 15-04298-000 - included withcontrol panel) to the DX4010s Data Busterminals. See Figure 48.

Figure 48: DX4010 Dire t Conne tion

1- Control panel board2- PC Com port3- DX4010 Module4- Null modem cable5- DX4010 Data Bus cable6- Control panel AUX/Data connector pin

No additional control panel/module (DX4010i orDX4010) programming is required to successfullycommunicate using the direct connection

method.

2.8.4 DX4010i/DX4010 Configuration JumperPinsThe jumpers are located in differentpositions on the DX4010i and DX4010PCBs. However, they function thesame. The figures in this section showthe DX4010is board.

P1 DB9 Cable Ground EnableSome devices connected to the DB9 connectorcan cause a ground fault condition on the controlpanel. If this occurs, removing the plug acrossthe P3 jumper pins can clear the groundcondition.Some devices can cause a ground fault even ifthe P3 jumper plug is removed.

Figure 49: P1 Jumper Pin Settings

1- P3 jumper pin location2- Isolate DB9 Shield3- Connect DB9 Shield to Ground

BATT+

BATT-

1 2

3

4

6Serial Port

5

DB9 GND

ENABLE

P1

1

2 3


35/138


EN | 35


P2 LED EnableUse the diagnostic LEDs for troubleshootingpurposes. See Figure 50to enable/disable theseLEDs.

Figure 50: DX4010 P2 Jumper PinSettings

1- P2 jumper pin location2- Disabled position3- Enabled positionTable 14: DX4010i/DX4010 DiagnostiLED Fun tionsDiagnostiLED Fun tion

BUS RXLED

Data Bus receive data from controlpanel.

BUS TXLED Data Bus transmit data to controlpanel.SER RX LED RS-232 receive data from serial

device.SER TX LED RS-232 transmit data from serial

device.

2.8.5 DX4010i/DX4010 AddressingSet the DIP switch address to 250 when usingthe module to connect serial devices such as aprinter. The DX4010 does not use DIP Switches 7and 8.

Figure 51: RS-232 Devi e DIP Swit hSetting

1- OFF position2- ON positionSample address setting shown is for Address

250

2.8.6 DX4010i/DX4010 SupervisionThe control panel supervises communication tothe module when it is not used for a RPS directconnection. If it fails to communicate with themodule, the control panel sends a DBusMissing {125} report.2.8.7 DX4010i/DX4010 DB9 Conne torThe DB9 pins are configured as shown in Table15and Figure 52.

Table 15: DB9 Pin ConfigurationDB9 Pin Number Pin Configuration

1 DCD2 RxD3 TxD4 DTR5 GND6 DSR7 RTS8 CTS9 RI

Figure 52: DB9 Conne tor Layout

SERRxTx

BUSRx Tx

LEDENABLE

P6

P2

2 3

1

ON

1 2 3 4 5 6 7 8

12

1 2 3 4 5

6 7 8 9


36/138


EN | 36


2.9 Network Interfa e Module(DX4020)Firmware revision 2.10 or greater isrequired to use the DX4020.

2.9.1 DX4020 OverviewThe DX4020 Network Interface Module (NIM)provides bi-directional communication over anEthernet network. It can also be used for remoteprogramming sessions with RPS.2.9.2 DX4020 AddressingSet the DIP Switch address to 134 when usingthe DX4020 for network communication.

Figure 53: Network Communi ation DIPSwit h Setting

1- OPEN (UP) position2- CLOSED (DOWN) positionSample address setting shown is for Address

134

2.9.3 DX4020 InstallationFailure to follow the mountinginstructions in this document canresult in damage to the module.

The DX4020 contains static-sensitivecomponents and must be handledwith care. Follow anti-staticprocedures when handling thismodule.

Mount the DX4020 to the back wall of the controlpanels enclosure (see Figure 54), or to theinterior side walls of the control panelsenclosure (see Figure 55).

Figure 54: Standard DX4020 MountingLo ations

1- Control panel board location2- Standard DX4020 mounting locations3- DX4020 module4- Enclosure wallScrews (supplied with DX4020)

Figure 55: Optional DX4020 MountingLo ations

1- Control panel board location2- Optional DX4020 mounting location

1

34

2

5

5 6

2

1


37/138


EN | 37


2.9.4 DX4020 WiringDistance from the control panel is determined bythe total combined wire length of all devices(including keypads) connected to the controlpanels data bus terminals.

Table 16: DX4020 Wire LengthsPowerSour e 0.8 mm(#22 AWG) 1.2 mm(#18AWG)

DX4020to

ControlPanel



Power Supply

See Figure 56and Figure 57for acceptable powerwiring connections.You can use either one of the Aux Power (-)terminals and either one of the 12 VDC (+)

terminals when connecting devices to the controlpanel.


1- DX4020 board2- Control panel board3- Black (-) wire4- Green (G) data wire5- Yellow (Y) data wire6- Red (+) wire




1- DX4020 board2- Control panel board3- Black (-) wire4- Green (G) data wire5- Yellow (Y) data wire6- Red (+) wire7- External 12 VDC power supply2.9.5 DX4020 Programming

See the DX4020 Installation Guide(P/N: 49522)for instructions on programming an IP address inthe DX4020.See Network Communicationon page 101 forinstructions on programming the control panelfor network communication.

1

BATT+

BATT-

43

5

6

2

1

BATT+

BATT-

43

5

2

6

(+) (-)

7


38/138


EN | 38


2.9.6 DX4020 Ethernet/Serial Status LEDsThe DX4020 has four Ethernet/serial status LEDs.

Figure 58: DX4020 Ethernet/Serial StatusLEDs

1- DX4020 Ethernet/Serial Status LEDs2- LED Enable Pins (P2)3- Disabled position4- Enabled positionTable 17: Ethernet/Serial Status LEDFun tions

LED Color Fun tionBUS-XMIT Red Flashes when the data bus

sends a message.

BUS-RCV Red Flashes when the data busreceives a message.SER-RX Green Flashes every time a

message is received fromthe Ethernet port.

SER-TX Green Flashes every time amessage is sent to theEthernet port.

2.9.7 DX4020 SupervisionThe control panel supervises communication tothe DX4020 when it is used for networkcommunication. If it fails to communicate withthe DX4020, the control panel sends a DBus

Missing {125} report, or a DBus Missing Alarm{187} report.

2.10 Door A ess Control Module(DACM)2.10.1 DACM Overview

The control panel supports up to 8DACMs. However, each DACM addedto the system replaces one keypad. If 8

DACMs are added, you cannot add akeypad. For full system control, makesure at least one text keypad isincluded in the system.

See DACM Configurationon page 105for programming instructions.

The DACM grants or restricts access to a doorusing a keypad/credential reader, a Request toExit (REX) input, and/or a door contact. EachDACM supervises one door.The DACMs door contact input reports thedoors status to the control panel depending onthe DACMs programming. When the door isclosed, the door contact reports as normal. Whenthe door is opened, the door contact reports asfaulted or shorted.

For complete installation,programming, addressing, andoperation instructions, see thedocumentation supplied with theDACM.

2.10.2 DACM WiringDistance from the control panel is determined by

the total combined wire length of all devices(including keypads) connected to the controlpanels data bus terminals.

Table 18: DACM Wire LengthsPowerSour e 0.8 mm(#22 AWG) 1.2 mm(#18AWG)

DACM toControlPanel



Power Supply

See Figure 59, on page 39, and Figure 60, on page39, for acceptable power wiring connections.

1

3 4

2


39/138


EN | 39



Figure 59: DACM to Control Panel Wiring

1- DACM2- Control Panel3- Wire Harness (supplied with DACM)4- Green (G) wire5- Yellow (Y) wire6- Black (-) wire7- Red (+) wire



Figure 60: DACM to Control Panel Wiring(External Power Supply)

1- DACM2- Control Panel3- Wire Harness (supplied with DACM)4- Green (G) wire5- Yellow (Y) wire6-

Black (-) wire7- Red (+) wire

8- External 12 VDC power supply2.10.3 DACM SupervisionThe control panel supervises communication tothe DACM. If it fails to communicate with theDACM, it sends a DBus Missing {125} report.

2

BATT+

BATT-

1

6

7

5

4

3

(+) (- )

8

2

BATT+

BATT-

1

6

7

5

3

4


40/138


EN | 40


2.11 System Power UpThe system shows a trouble upon any power-upbecause the date and time settings are missing.This trouble remains until these settings aremade.

To reduce the occurrence of false

alarms upon panel power-up (orrestoration of power after a completeloss of primary and secondary power),the control panel ignores all zonefaults for approximately 60 sec whilethe devices stabilize.

2.12 System Status LEDFigure 61shows the location of the controlpanels system status LED. Table 19shows theLEDs response to system conditions.

Figure 61: System Status LED

1- Control panel system status LED

Table 19: System Status LED OperationCondition LED Response

System Normal On for 50 ms, off for 1 sec.Battery Missing Off for 200 ms, on for 1 sec.AC Missing Off for 200 ms, on for 200

ms, off for 200 ms, on for 1sec.

Phone Ringing Flickers for 1 sec. As eachring is detected.

Phone Line Seized(control panel usingphone line)

On solid.

Shut Down (systemvoltage below 10.2VDC)

Off for 200 ms, on for 200ms, off 200 ms, on 200 ms,off 200 ms, on for 1 sec.

2.13 Installer KeypadA text keypad can be configured as an InstallerKeypad.This keypad is not intended for permanentinstallation and must remain with theinstaller/service technician.

Use the color-coded keypad wire assemblysupplied with the control panel (P/N: 15-04298-0000) to connect the Installer Keypad to thecontrol panels Aux/Data pins. See Figure 62.

Figure 62: Installer Keypad to ControlPanel Wiring

1- DS7447E/DS7447V2 Text Keypad terminalblock

2- Red (+) wire3- Black (-) wire4- Green (G) data wire5- Yellow (Y) data wire6- Control panel board

The Installer Keypad must be set toAddress 0 (set MODE to OFF) and theInstaller Switch must be closed to usethe Installer Keypad.

BATT+

BATT- ALRM+

PO1L-1

SMK

+ L-2COM L-4COML-3 L-6COML-5 L-8COML-7

T

T1

R1

AUXILIARY

PO1 SELECT

A B

RSTATUS

1

1

2 3

4 5

6

Bat+

Bat-


41/138


EN | 41


2.14 Installer ModeUse of the Installer PIN might berestricted. See Keypad ResponseOptionson page 75 for information onenabling/restricting the Installer PIN.

When all areas configured in the control panel aredisarmed, the Installer Menu can be accessedfrom any LCD keypad by entering [InstallerPIN][#][4][1] or [#][4][1][Installer PIN].The default Installer PIN is 9876.Close the Installer Switch when using an InstallerKeypad.If any area configured in the control panel isarmed, only the Installer Keypad can access theInstaller Menu. After 20 min. of inactivity, theInstaller Menu is automatically exited. The controlpanel resets if it was in programming mode.If the Installer Switch is closed when the controlpanel powers up, the control panel completes itspower up. It then checks if there is an InstallerKeypad. If not, it finds the text keypad with thelowest address. The first keypad found is placedin the Installer Menu with installer rights, and the20-minute timer is started.If [8] is pressed to enter keypad programming,the control panel enters keypad programmingeven if keypad programming is disabled. Whenthe Installer Menu is exited, the control panelreverts to normal operation.

2.15 Installer MenuThe Installer Menu consists of the followingchoices (the numbers preceding the descriptionsrepresent the keypad number key to press):1: Bell Test2: Strobe Test3: Battery Test4: Test Report5: Zone Status6: Output Test7: RF Menu

8: Keypad Program9: Program Key (PK32)0: Call for ServiceThe following sections explain each menu choice.

2.15.1 Bell TestPress [1] to initiate a Bell Test.The control panel activates the Bell Time (OutputFunction Type 1|5) and Alarm Output (OutputFunction Types 1|8 to 1|12, and 8|8) functions for3 sec.For a complete description of output functions,see Output Parameterson page 86.2.15.2 Strobe TestPress [2] to initiate a strobe test.The control panel activates the Strobe Outputfunctions and waits for the installer to press [#]to end the test. If the installer fails to press [#]within 20 min, the control panel automaticallyterminates the strobe test.2.15.3 Battery TestPress [3] to initiate a battery test.The battery test causes the system to run on

battery for 4 min.. If the battery voltage fallsbelow 12.1 V during the 4-minute test, or if thebattery is missing, the system restores AC powerand displays a system trouble at all keypads.2.15.4 Test ReportPress [4] to send a test report.The control panel attempts to send a test report.If there is a system trouble at the time of the test,the control panel sends a Test, Off Normalreport.If the test communication is unsuccessful, thecontrol panel creates a system trouble and a

communication failure.2.15.5 Zone StatusPress [5] to display zone/sensor loop status forthe first location in the system.The location, zone number and electrical status(Open, Short, Normal, or Fault) are shown. SeeZone Parameterson page 80 for a completedescription of the relationship between locations,areas and zones.Press [*] to advance to the status for the nextzone. Press [#] to exit the Zone Status mode.

A closed DACM door contact displaysas Normal. If Use Tamper-WiredProcessing is enabled in DACMGlobal Options(page 107), an opendoor contact displays as Fault. Ifthis option is disabled, an open doorcontact displays as Short.

Central Intrusion - DS7200V2 InGuide Installation Guide EnUS 2508503691

Documents

Transcript of Central Intrusion - DS7200V2 InGuide Installation Guide EnUS 2508503691