Solution-8248 Installation Manual ISSUE 1.16

Transcription

1 Solution-8248 Installation Manual ISSUE 1.16

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3 MA880I Solution This page has been included for you to cut out and insert into the spine of the folder Installation Manual ISSUE

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5 Solution 8248 Installation Manual Copyright 2000 by Detection Systems Inc, CHRISTCHURCH NEW ZEALAND Document Part Number MA8248Q DOCUMENT ISSUE 1.16 Printed 04 September 2002 This documentation is provided to suit the Solution 8248 control panel (CC8248) Firmware Revision 1.10 Hardware Revision A Software required = WDSRP 2 Control Panel Software Version 4.00 = S8248_V4+ Copyright Notice All rights reserved. No part of this publication may be reproduced, transmitted or stored in a retrieval system in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without the prior written permission of Detection Systems Inc. Trademarks Throughout this document trademark names may have been used. Rather than put a trademark symbol in every occurrence of a trademark name, we state that we are using the names only in an editorial fashion and to the benefit of the trademark owner with no intention of infringement of the trademark. Notice of Liability While every precaution has been taken in the preparation of this document, neither Detection Systems Inc nor any of its official representatives shall have any liability to any person or entity with respect to any liability, loss or damage caused or alleged to be caused directly or indirectly by the information contained in this book. Detection Systems Inc reserves the right to make changes to features and specifications at any time without prior notification in the interest of ongoing product development and improvement.

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7 Solution-8248 Installation Manual 7 Warranty Statement Detection Systems Limited warrants this product to be free from defects in material and workmanship for a period of three years from the date of manufacture as indicated by the date stamp and /or the serial number on the product. Defective units returned by the purchaser at their own expense during this period will be repaired or replaced at the option of the manufacturer. The repair or replacement will be free of charge provided that the defects were not incurred during shipping or handling, or the damage was not due to causes beyond the control of Detection Systems Limited, such as lightning, excessive voltage, mechanical shock or damage arising out of abuse, alteration or improper application of the equipment.

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9 Table of Contents Solution Installation Manual...5 Copyright Notice...5 Trademarks...5 Notice of Liability...5 Warranty Statement...7 Table of Contents...9 Introduction...15 Introduction...17 Programming...19 Introduction...21 Programming Modes...21 Using The Panel With Factory Default Values...22 Resetting Panel Back To Factory Defaults...23 To Exit Programming Mode...23 Understanding Programming...24 System Functions...27 Personal Identification Numbers (PINs)...29 The Master Codepad...32 Codepad Error Displays...35 Testing Your System...37 User Reference Chart...40 General Control...41 General Control...43 Zones...45 Zone And Zone Types...47 Zone Inputs...47 Zone Programming...48 Zone Functions...50 Zone Assignment...56

10 10 Solution-8248 Installation Manual Zone Partition Assignment...57 Zone Type...58 Zone Function Bypass...60 System Options...61 Custom Arming...63 Reserved...64 Receiver Configuration Address...65 Force Arming & Ground Fault Detect...66 Commercial Fire Mode...67 Outputs...69 Panel Outputs...71 Output Partition Assignment...74 Octal Relay...75 Output Function...84 Octal Relay Partition...88 Output Function Partition...89 Codepad...91 Codepad Type...93 Backlight Option...94 Codepad Partition...95 Emergency Keys...96 Reporting...99 Open / Close Report Open / Close & Alarm Report Report Control ARDIS Reporting ARDIS Reporting Phone Number General Control Phone Number Format Ring Count Phone Numbers Reporting Format Partitioning Partition Control General Authority Arming Warning...123

11 Solution-8248 Installation Manual 11 Account Codes Quick Arming PIN Length Systems Options RS-232 Interface Control Printer Baud And Parity Phone Line / Bell Monitor Test Report Remote Programmer Call Back Time Test Report And Remote Programmer Call Back Interval Printer Control Entry And Exit Delay Siren Cut Off AC Fail Report Delay Pager Timer Delay RF Detection Level Installers Code Master Code Alpha Programming Alpha Programming Programming MUX Devices Introduction Installing A Multiplex Device Wireless Introduction Zone Functions Zone Or Keyfob Assignment Zone Or Keyfob Partition Assignment Zone Type Option Key Output Partition Assignment Output Function Receiver Configuration Address Codepad Assignment Codepad Partition Assignment Emergency Keys Programming Wireless RF Devices...177

12 12 Solution-8248 Installation Manual UL Listing Solution 8248 UL Listings Installation Considerations Programming the Solution General System Requirements Optional Equipment DS DS7420I DS EID DS DS CP DS DS DS DS SID DS DID DS SOD DS DS DS DS MX MX280TH MX280THL MX MX MX MX MX MX RF Trouble Shooting Specifications Specifications Wiring Diagrams...219

13 Solution-8248 Installation Manual 13 System Worksheets System Worksheet Programming Sheets General Control & Zone Restorals Zone Functions Zone Assignment Partition Assignment Zone Type Zone Function Bypass Custom Arming Reserved Receiver Address Force Arming & Ground Fault Commercial Fire Outputs Octal Relay Outputs Output function Octal Relay Partition Output Function Partition Codepad Type Codepad Partition Emergency Keys Reporting Phone Numbers Reporting Continued Partitions Account Codes Systems Options Two Partition Alpha Character Zone Characters Index...297

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15 Introduction This Section Includes The Following Introduction

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17 Solution-8248 Installation Manual 17 Introduction Congratulations on selecting the Solution-8248 control panel for your installation. So that you can obtain the most from your unit, we suggest that you take the time to read through this manual and familiarise yourself with the numerous outstanding operating and installation features of this control panel. You will notice that in all aspects of planning, engineering, styling, operation, convenience and adaptability, we have sought to anticipate your every possible requirement. Programming simplicity and speed have been some of the major considerations and we believe that our objectives in this area have been more than satisfied. This installation manual will explain all aspects of programming the Solution-8248 control panel from factory default to final commissioning. All system parameters and options are detailed, however, suitability is left up to the individual. Every control panel can be tailored to meet all requirements quickly and easily. The programming simplicity will make your installation quick, accurate and rewarding each and every time. The Solution range of control panels has proven very popular amongst thousands of people throughout many countries of the world, all who have various levels of technical aptitude and ability. We have tried to aim this installation manual to all levels of readers. As the Solution control panels have continued to advance over the years, they have become very powerful and extensive. Some of its early first-time users have advanced to true "power users" and we need to address their needs too, while maintaining the simplicity of the manual and the product.

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19 Programming This Section Includes The Following Introduction Programming Modes Using The Panel With Factory Default Values Resetting Panel Back To Factory Defaults To Exit Programming Mode Understanding Programming

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21 Solution-8248 Installation Manual 21 Introduction The programming options of this control panel are stored in a non volatile Eprom. This memory will hold all the relevant configuration and user specific data even during a total power loss. The data retention time is as long as ten years without power, therefore, no reprogramming will be required after powering the control panel down. The data can be altered as many times as required without the need for any additional specialised equipment. This memory is laid out in numerous locations, each of which holds the data for a specific function. In general, the entire programming sequence will consist of nominating the location number required and then entering or altering the data. You will repeat this procedure until all the data has been programmed to suit your requirements. The factory default settings have been selected for reporting in the Contact ID Format. Programming Modes There are two programming modes Installer's Programming Mode Operator s Programming Mode Both programming modes have individual access codes and these two codes must always be programmed differently. The Master Code, as well as being able to arm and disarm the system, gives access to the Operator s Programming Mode. The Installer s Code only gives access to the Installer s Programming Mode and does NOT arm and disarm the system.

22 22 Solution-8248 Installation Manual Using The Panel With Factory Default Values The following steps will enable you to use the Solution-8248 control panel with the factory default values. Connect the AC plug pack to the control panel. Codepad will illuminate, with the Message DSI Version # Copyright year. This message will extinguish and come up with Ready To Arm Area 1 Check to see the LED above the AC connection on the printed circuit board is on. In normal operation the LED will illuminate. The lead acid back-up battery should now be connected. The lead acid rechargeable back-up battery should be rated at 12v 6.5 Ah minimum. Enter the factory default Installers code + [#] + [0]. The panel is now in programming mode. If however you do not enter this within 60 seconds the panel will automatically go into alarm (zone 8 default as 24hr fire). Enter the factory default Master code followed by the off Button [1234] + [OFF] to silence the panel. Then go into installers mode from there (step 3). Once you are in the programmer s mode, to read back the value of a Location, enter that Location followed by [#]. Each Data Digit is displayed one Data Digit at a time. To view the second Data Digit, enter the # button again. The display will look like this: To enter a value in the Location, enter the Location, then enter the value for each Data Digit, then enter [#] to save it and move on to the next Location. Entering Data Digit 1 will increment you to the next Data Digit. The display will show the Location and will display the value of each Data Digit after you enter it. The data will be programmed (saved) when you press the [#] key. The control panel will automatically increment to the next Location. If you wish to program that next address, enter the necessary information If you wish to read back the value of that address, press the [#] key If you wish to program a different address, press the [*] key two times and enter the Location you wish to program If you make a mistake at any time, press the [*] key two times (before pressing the [#] key). This will clear the display, allowing you to enter the Location you wish to work with.

23 Solution-8248 Installation Manual 23 Some Data Digit values will be higher than 9. These values must be programmed by pressing the [*] key followed by some other number. These values will display as HEX characters (A - F) when entered. Example: entering *0 at the codepad will display an A. The HEX character values are Data Digit Displayed on Codepad A B C D E F Value to Enter *0 *1 *2 *3 *4 *5 15 is the maximum value that can be programmed into any location Numbers 10, 11,12, 13, 14, & 15 are represented by A, B, C, D, F, & E Resetting Panel Back To Factory Defaults Entering [0] [1] [#] in Location 4058 will immediately reset the control to the factory default. Any programming already done by the installer will be erased. This action cannot be reversed. Only enter [0] [1] [#] in Location 4058 when you are completely sure you want to erase all installer programming To Exit Programming Mode To exit the programming mode simply hold the [*] key for 2 seconds and the Solution-8248 will go back out of programming mode to resume normal operation. If in programming mode and the panel has not received any commands for 30 minutes then the panel will automatically step out of programming mode.

24 24 Solution-8248 Installation Manual Understanding Programming Locations Example At Location 0001 (Zone Function 1) Location 0001 DD1 DD2 Zone Function Each Location has a 4 digit Location code a location description 2 or more Data Digits Factory defaults are shown in the Data Digit boxes in grey italics in both the installation manual and programming sheets In this example the Location is 0001, the location description is Zone Function 1 and the factory default for DD1 is 3 and for DD2 is 3. Programming Charts There are three types of charts. Select Option Chart Select which option you want and enter the corresponding Data Digit in the DD box for the appropriate location. DD1 Select Option 0 Disabled 1 Burglar Alarm 2 Fire Alarm 3 Burglar & Fire Alarm In this example it is possible to have an option anywhere between 0 and 3. If you wanted burglar & fire alarm you would enter 3 in the DD1 box for the appropriate location.

25 Solution-8248 Installation Manual 25 Add Option Chart Select the add options that you want, add the corresponding Data Digits together, and enter the resulting number in the DD box for the appropriate location. DD1 Add Options 1 Partition 1 Quick Arm Enabled 2 Partition 2 Quick Arm Enabled 4 Partition 3 Quick Arm Enabled 8 Partition 4 Quick Arm Enabled In this example it is possible to have a resulting number anywhere between 1 and 15. If you wanted partitions 2 and 3 to have quick arm enabled then you add 2 and 4 together and enter the resulting number, being 6, in the DD1 box for the appropriate location. Multi Select Then Add Option Chart Select which option you want from each select chart. Add the corresponding digits together and enter the resulting number in the DD box for the appropriate location. Example Equation A Invisible Alarm 0 Silent Alarm 1 Steady Alarm 2 Pulsing Alarm 3 Equation B Alarm On Short / Alarm On Open 0 Alarm On Short / Trouble On Open 4 Alarm On Open / Trouble On Short 12 Total Equation Of A & B DD1 Equation A & B = DD1 6 In this example if you wanted a steady alarm and an alarm on short / trouble open then you would select 2 and 4, add them together, and enter the resulting number, being 6, in the DD1 box for the appropriate location.

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27 System Functions This Section Includes The Following Personal Identification Numbers (PINs) The Master Codepad Codepad Error Displays Testing Your System User Reference Chart

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29 Solution-8248 Installation Manual 29 Personal Identification Numbers (PINs) General Information PINs A Personal Identification Number (PIN) is the 4 or 6 digit code users must enter at the codepad to gain access to the system. Your system has the capability to assign up to 200 PINs, each four or six digits long. PINs should never be programmed with common sequences such as , , or because they are easily violated User Numbers A User Number is the number that identifies each person using the system. There are 200 possible User Numbers available for use (001 through 200). One PIN may be assigned to each User Number. Attempting to assign the same PIN to multiple User Numbers will result in the threebeep error tone, and the entry will not be made. User Number 001 is designated as a Master code. It can be used to add, delete, or change other PINs. It will always have access to all partitions regardless of how it is programmed. User Number 001 is shipped from the factory with the PIN of If your system has been reprogrammed for 6-digit PINs, the PIN for User Number 001 will be The User Number 001 PIN should be changed to one of your personal preference and must be programmed with a Master Authority Level Authority Levels An authority level is assigned to a user to determine which functions that user will be able to perform. The available authority levels are: 0 = Master Can enter all commands, add or change PINs in assigned partitions, change the time and date, bypass, arm, disarm, perform system tests, system reset and view history. User Number 001 must have the Master authority level. Any or all PINs can behave as a Master Code. 1 = Unlimited Can enter all commands, bypass, arm, disarm, system reset and perform system tests. It cannot change PINs. 2 = General

30 30 Solution-8248 Installation Manual Can bypass, arm and disarm. It cannot change PINs, system reset, enter [#] [7] or any of the [#] [8] functions. 3 = Arm Only Can arm the system with [PIN] + [ON] arming sequence only. It can not perform any other functions, including disarming. 4 = Temporary Valid only for a specified time (the PIN will disappear upon expiration date). It can arm and disarm the system, but can not perform any other functions. If this is done from a Master Codepad, you must be in Single Partition Mode. If access is assigned to more than one partition, you must enter a Temporary PIN expiration date for all assigned partitions (see Changing the Expiration Date for Temporary PINs). 5 = Duress When the system is disarmed using the duress code, a silent report is sent to your monitoring service. The Duress code is intended to be used when the user is forced to disarm the system. 6 = Access Code When a PIN with an Access Code is entered, any output programmed for Access Output (i.e. door strikes) will pulse on for 10 seconds (works when the system is armed or disarmed).

31 Solution-8248 Installation Manual 31 Programming PINs PINs can only be added, changed, or removed in Master Programming Mode, so they are not programmable from a RF (wireless) codepad. You should write down your entries before you enter the Master Code Programming Mode and have them with you as you begin programming. Make your entries promptly. If a long delay occurs in your entries, the 3-beep error tone occurs and exits you from the programming mode. It is recommended that all PIN programming procedures be performed at a CP7447 codepad since this codepad will provide visual prompts throughout the programming sequence. No visual clues will be given from a RF3341 codepad. When the programming sequence is successfully completed, the CP7447 codepad will signal the successful completion with a long beep. To Add Or Change A PIN Enter Master Programming Mode (press [Master PIN] + [#] [0]) Enter a 0 for PIN Setup programming (press [0]) Enter the User Number (enter a 3-digit number from 001 to 200) Enter the Authority Level (enter a number from 0 to 6) Enter the Area(s) (Partitions) to which this user will have access (press [1], [2], [3], [4], [5], [6], [7], and/or [8] followed by [#]) Enter the PIN (do not press [#]) Enter the PIN again followed by [#] To Set The Expiration Date For An Existing Temporary PIN Enter Master Programming Mode (press [Master PIN] + [#] [0]) Enter a 3 for Date of Code Expiration Setup programming (press [3]) Enter the Expiration Month (press [0] [1] for January through [1] [2] for December) Enter the Expiration Day (press [0] [1] through [3] [1]). The Temporary PIN will expire at Midnight on the day selected Enter the Year (enter the last two digits of the year followed by [#]) Entering the command sequence [Master Code] [#] [0] [3] [#] will cause the CP7447 codepad to read back the temporary code expiration date To Remove A PIN Enter Master Programming Mode (press [Master PIN] + [#] [0]) Enter a 0 for PIN Setup programming (press [0]) Enter the User number of the PIN to be cancelled, followed by [#] (enter a 3-digit number from 001 to 200, then press [#]) User Number 001 can not be disabled in this manner

32 32 Solution-8248 Installation Manual The Master Codepad General Information Your system may include a Master codepad. A Master codepad is a CP7447 codepad programmed to give a user access to all the partitions the user has access to, not just the partition in which the Master codepad is located. This is different from a Standard codepad in that Standard codepads only give access to the single partition in which they are located. Commands entered at the Master codepad will affect all the partitions to which the user has access. If this is not desirable, the Master codepad can also be used to control each partition individually; this is called Single Partition Mode. Single Partition Mode allows a user to control any or all of the partitions the user has access to on an individual (one-by-one) basis. In order to use the Master codepad, your PIN must be assigned to the partition in which the Master codepad is located.

33 Solution-8248 Installation Manual 33 Master Codepad Displays Master codepad displays will differ slightly from Standard codepads. The Master codepad display will scroll the status of each partition, followed by the partition number. For example If all partitions are armed, the Master codepad will scroll through the following displays Armed Armed Armed Armed Armed Armed Armed Armed Area 1 Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 If only partitions 1, 2, 3, 4, 6, and 8 are armed, the Master codepad will scroll through the following displays Armed Armed Armed Armed Ready to Arm Armed Ready to Arm Armed Area 1 Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 Single Partition Mode Single Partition Mode is used to control partitions on a one at a time / one by one basis from the Master codepad. To Enter The Single Partition Mode Enter your [PIN] Press the [#] key twice - this will call up the first partition you have access to Enter the command sequence you wish for this partition To move on to the next partition you have access to, press the [#] key twice To exit the Single Partition Mode hold the [*] key down for 2 seconds The system will also automatically drop out of Single Partition Mode after 40 seconds without a codepad entry Example of accessing Single Partition Mode Enter [1] [2] [3] [4] your PIN Press [#] [#] Ready to Arm Cafeteria - the first partition you have access to [#] [ON] command sequence for this partition Press [#] [#] to move to the next partition you have access to Ready to Arm. Office. Complete the command sequence you wish for this partition Press [*] for 2 seconds - to exit Single Partition Mode

34 34 Solution-8248 Installation Manual Arming From The Master Codepad To Arm All The Partitions To Which You Have Access [PIN] + any Arming Command Sequence This will arm all the partitions to which you have access even if they are already armed. To Arm Only Some Of The Partitions To Which You Have Access [PIN] + [#] + [#] - this puts you into Single Partition Mode The first partition to which you have access is displayed: Ready to Arm. Cafeteria. Enter the Arming Command Sequence you want for this partition [#] + [#] opens the next partition to which you have access The next partition to which you have access is displayed: Ready to Arm. Office. Enter the Arming Command Sequence you want for this partition After arming any or all partitions to which you have access, you may exit Single Partition Mode by holding the [*] key for at least two seconds. The system will also drop out of Single Partition Mode after 40 seconds without a codepad entry Disarming From The Master Codepad To Disarm All The Partitions To Which You Have Access [PIN] + [OFF] This will disarm all the partitions to which you have access even if they are already disarmed. To Disarm Only Some Of The Partitions To Which You Have Access [PIN] + [#] + [#]. This puts you into Single Partition Mode The first partition to which you have access is displayed: Armed. Cafeteria. If you wish to disarm this partition, enter [OFF]. If not, go to the next step [#] + [#] opens the next partition to which you have access The next partition to which you have access is displayed: Armed. Office. If you wish to disarm this partition, enter [OFF]. If not, go to the next step After disarming any or all partitions to which you have access, you may exit Single Partition Mode by holding the [*] key for at least two seconds. The system will also drop out of Single Partition Mode after 40 seconds without a codepad entry

35 Solution-8248 Installation Manual 35 Codepad Error Displays General Information Error Displays can only be read when the control is disarmed. Some Control Panel Errors, such as battery trouble and any RF troubles, will cause the codepad sounders to beep every 10 seconds. CP7447 There is an error if Control Trouble is displayed To identify the error Enter PIN + [#] + [8] + [7] The different types of errors identify themselves as follows CP7447 AC power failure Battery trouble Communicator Err System fault Codepad fault Codepad tamper Multiplex BUS Aux power fault Zone trouble RF Dirty Chamber Meaning There is a power failure and the panel is operating on backup battery If the system has just been through a power failure, wait at least 2 hours for the battery to recharge then enter [PIN] +[System Reset] to perform a battery test The communicator failed to communicate with the central station There is an internal error in the control circuitry See System Faults section below One of the codepads is not responding to the control panel One of the codepad housings has been opened The multiplex BUS is defective or has been shorted The auxiliary power has been shorted One of the zones if not responding to the control panel This may also be displayed during power up - if so ignore it Indicates that there is a problem with an RF (wireless) zone One of the multiplex smoke detectors has failed the sensitivity test and may require cleaning or replacement The codepad beep may be cleared by entering [PIN] + [OFF] To Silence Codepad Sounders [PIN] + [OFF] The sounders will continue to resound until the problem is fixed.

36 36 Solution-8248 Installation Manual To Clear A Display [PIN] + [System Reset] Clear the Error Display only on the advice of your installing company or if you are certain the problem has been remedied System faults may be read from any codepad because they are system-wide. All other Error Displays are limited to the partition the standard codepad is in. If you are on a Master codepad, you may read Error Displays one partition at a time System Faults System faults are designated as follows [#] + [8] + [9] [#] + [8] + [7] System fault 01 RAM fault System fault 02 ROM fault System fault 03 EEPROM fault System fault 04 Ground fault System fault 10 2Ph / bell fault Loss of communication to DS7420i System fault 11 Line 1 fault DS7420i phone line 1 fault System fault 12 Line 2 fault DS7420i phone line 2 fault System fault 13 Bell fault DS7420i bell circuit fault System fault 14 Aux relay fault DS7420i auxiliary relay fault System fault 20 Oct relay fault Loss of communication to DS7488 System fault 50 Reserved for older panels System fault 51 AR IB queue full Modern buffer full System fault 52 AR host down Network data switch down System fault 53 AR unreg modem Modem not registered System fault 54 AR power fail Power source below defined threshold System fault 55 AR network lost Loss of network System fault 56 AR modem HW err Modem hardware error System fault 57 AR modem SW error Modem software error System fault 58 AP opt BUS error Loss of communications to ARDIS module System fault 59 AR corrupt MSG Message error Event History The History Buffer stores the last 400 events in memory. The CP7447 can display all of these events. If this test is performed from a Master codepad, it must be in Single Partition Mode. The RF3341 cannot display history events.

37 Solution-8248 Installation Manual 37 To Readback The Event History Buffer Press [PIN] + [#] [8] [9]. On a CP7447 codepad, the last event to take place will be displayed. Scroll through the events using the [9], [6], and [#] keys as follows To begin scrolling back through the events line by line, press the [#] key The [9] key will scroll you back in reverse chronological order by event A [6] will scroll you back up through the events (toward the most recent) by event Each event consists of two or three lines or display screens. The first line/screen will be the event title and user. The second line/screen will be the date of the event or the change being made. If there is a third line/screen, it will be the date of the change. When performing this from a Master codepad, each partition will display its own history To exit the Event History Mode, press the [*] key or wait 20 seconds and the codepad will exit automatically Testing Your System Zone (System Walk) Test The Zone Test is used to confirm that detectors will report alarms to the codepad. A Zone Test works on all zones, except 24-hour zones and fire zones. While the codepad is in a Zone Test, no control panel alarms will activate an alarm, except 24-hour zone alarms and fire alarms; these will override the Zone Test function. To initiate A Zone Test Press [PIN] + [#] [8] [1] The CP7447 displays Test Zone followed by the zone number of any zones that have not been tested, then Now Testing followed by the zone number of the zone that is currently being tested; as each zone is tested, the display returns to Test Zone and indicates the remaining untested zones Test each zone as instructed by your installing company. To Exit A Zone Test Press [PIN] + [#]

38 38 Solution-8248 Installation Manual Battery Tests You may perform a test of the battery and the local sounder or just test the battery. If these tests are performed from a Master codepad, it must be in Single Partition Mode. System Tests are not available from RF (wireless) codepads. To Initiate A Local Battery / Sounder Test Press [PIN] + [#] [8] [5] All codepad LEDs will turn on. The codepad sounder and all alarm sounding devices will operate for two seconds. If the test fails, the control panel will indicate a control problem. If power in your building has been off recently, wait two hours for the battery to recharge and then try again To Initiate A Battery Test Press [PIN] + [System Reset] The control panel will perform a battery test. The control panel will report a Low Battery or a Low Battery Restoral if necessary. Communicator Test This test is available only if the system transmits alarms and system information to a monitoring service, and has been programmed by the security installing company to permit communicator tests. This test can be performed from a Master Codepad. The account code for partition #1 will be used. System Tests are not available from RF (wireless) codepads. To Initiate A Communicator Test Press [PIN] + [#] [8] [2] A long beep will sound. A Test report is sent to the monitoring service. If the test fails, the codepad sounder will sound continuously. To silence the sounder, press [System Reset]. This test may take several minutes to complete because the control panel will try ten attempts

39 Solution-8248 Installation Manual 39 Fire Walk Test This test is used to confirm that Smoke detectors will report alarms to the codepads. The Fire Walk Test tests all fire zones, including verified fire and waterflow. At the start of the Fire Walk Test a Fire Walk Test report, if programmed, is sent to the central station. Fire alarm reports are not sent to the central station during the Fire Walk Test. A Fire Walk Test restoral is sent upon completion of the Fire Walk Test. The Fire Walk Test is enabled for 20 minutes once it is started. The test time is extended to 20 minutes every time another zone is tested. When a fire zone is tested, any output programmed to follow that zone will activate for 5 seconds. To Initiate A Fire Walk Test Press [PIN] + [#] [9] [1] The CP7447 displays Fire Test followed by the zone number of any zones that have not been tested Fire Testing followed by the zone number of the zone that is currently being tested As each zone is tested, the display returns to Fire Test and indicates the remaining untested zones. Test each zone as instructed by your installing company. To Exit A Fire Walk Test [PIN] + [#] A Fire Walk Test will prevent the system from sending any Fire Reports during the test

40 40 Solution-8248 Installation Manual User Reference Chart Description Normal Arming + Quick Arming + Disarming System + Command at Codepad Perimeter Instant Arming + + Perimeter Arming with Delay + Custom Arming + + Set Delay Arming + + Automatic Arming + + Extend Automatic Arming + (Delayed for 30 mins) Automatic Disarming + + Force Arming + Zone Bypass + + (Zone Number) Chime Mode + System Walk Test + Read Event History + Battery Test + Communicator Test + Fire Reset + Remote Program Dial-Out + Remote Program Answer + Battery / Sounder Test + Error Display + Error Display Reset + Fire Walk Test + To Silence a Fire Trouble / Alarm + To Clear a Fire Trouble Display + Access Control + Volume Control Hold + or Backlight Control Hold + or Changing The Date + + Setting the Clock + + Adding and Deleting a PIN + + Changing Expiration date for a Temporary PIN + + Reading different partitions from the Master codepad +

41 General Control This Section Includes The Following GeneralControl

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43 Solution-8248 Installation Manual 43 General Control Location 0000 Location 0000 DD1 DD2 General Control 1 3 General Control programming defines the system-wide general operating parameters. Table For Zone Functions Data Digit 1 DD1 Add Options 1 50 Hz on (if not selected 60 Hz) 2 Disable Perimeter, Instant & Maximum Arming 4 Closing Ring-Back 8 Siren on Communication Fail Select from Equation A Restore zone when sounder silence 0 Restore zone when zone restores 1 Restore zone when system is disarmed 2 Select from Equation B Allow swinger shut, send bypass reports 3 Allow swinger shut without bypass reports 6 Total Equation of A & B Equation A & B = DD2 DD2 Normal Arming [PIN] + [On] If programmed, arms the entire system while allowing entry delays for entry / exit zones. Perimeter Instant Arming - [PIN] + [No Entry] [Perimeter Only]: If programmed, arms only the perimeter of the system and does not allow entry delays for entry / exit zones. Perimeter Arming [PIN] + [Perimeter Only] If programmed, arms only the perimeter of the system while allowing entry delays for entry / exit zones. Custom Arming [PIN] + [#] [4] If programmed, allows custom arming of the system and bypasses the zone functions specified in locations Maximum Security Arming [PIN] + [No Entry] [On] If programmed, arms the entire system and does not allow an entry delay for entry/exit zones.

44 44 Solution-8248 Installation Manual General Authority By Partition A general (level 2) authority can be programmed to have arm only authority; arm and bypass authority; arm and disarm authority; or arm, disarm, and bypass authority by partition. This is done at locations Arm only authority by partition allows someone with a General Authority to arm zones in a partition he can not disarm. This level can still be used to arm, disarm, and bypass zones in the other partitions that it has access to. Closing Ring-Back If programmed, the keypad sounders and Bell will activate for 2 seconds after the system is armed and the closing report is successfully sent. This requires Closing Ring-Back and Closing Report to be programmed. If a closing report is not programmed, the control will test for a dial tone when the system is armed. If the test passes, the system will arm normally. If the test fails, the system will arm, but will indicate a trouble condition. The DS7447 keypad will display Communication Err after PIN [#] [8] [7] is entered. Siren On Communication Fail For Silent Zone If programmed, a silent zone will sound the alarm outputs if the zone is in an alarm condition and the system fails to communicate with the central station. Restore When Sounders Silence If programmed, a zone sends a restoral report and is ready to activate again only after the burglary bell cutoff time expires or the bells are silenced. The zone can alarm multiple times per armed period. Restore When Zone Restores If programmed, a zone sends a restoral report and is ready to activate again as soon as it physically restores. This zone can alarm multiple times per armed period. Restore When System Disarms If programmed, a zone sends a restoral report when the system is disarmed. It can only alarm once per armed period. Allow Swinger Shunts If programmed, a zone can only alarm or trouble up to three times per armed period. After the third alarm or trouble, the zone will be bypassed and a bypass report will be sent.

45 Zones This Section Includes The Following Zone And Zone Types Zone Inputs Zone Programming Zone Functions Zone Assignment Zone Partition Assignment Zone Type Zone Function Bypass

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47 Solution-8248 Installation Manual 47 Zone And Zone Types Zones are defined as the physical devices and their interface to the security system. The 8 inputs on the control board are zones 1 through 8. Each zone is programmed with its partition (each zone is assigned to one and only one partition). Zone types have no direct connection to anything physical. Each zone is programmed with its zone type number (a zone is assigned to one and only one zone type). Zones from more than one partition can be assigned to the same zone type. Zone Inputs The following inputs are provided on the control board. All zones respond at 300ms and will allow an extra 300 ohms of loop resistance. All zones will restore an unlimited number of times unless swinger shunting or no restore is programmed. The zones will be pulled up to +5Vdc through 2200 ohms. 0 to 1 volt is considered a short, 2 to 3 volts is supervised (OK) and 4 to 5 volts is open. 1 to 2 volts and 3 to 4 volts are no mans land (indeterminate state). Zone 1 Thru Zone 8 2k2 ohm end of line resistor supervised 2 wire 25ma commercial fire zone. Can be programmed as a fire zone or burg zone. When programmed for burg, an alarm results on open or short when the control is armed. If trouble is programmed a trouble report is generated on open, and the zone is considered Not Ready, only when the control is disarmed. For fire zone operation, see the fire zone description. DS Zone Expansion Module Provides 8 additional hardwired zones identical to zones 1 thru 8 above. This allows for up to 16 zones of commercial fire protection. Can also be programmed as burg zones. Attaches directly to the multiplex bus and always occupies zone addresses 9 thru 16. These zones are addressed as if they were four 2 input multiplex zones

48 48 Solution-8248 Installation Manual Zone Programming In zone programming, each zone is defined according to it s input function (single or multiple zone input, or a DS7465) and its zone function (1-30) or output function (1-24). The DS7465 s relay is the only device that will follow the output functions; its input loop will follow a zone function. All single and multiple zone inputs will follow a zone function. Zone A Zone is an input to the Solution-8248 Control/Communicator. There are 8 hardwired zones on the main circuit board. Additional zones may be added by using the DS7433 (8 zone expansion module), the DS7430 (multiplex loop module), and/or other modules. Single Zone Input This is an individual zone such as the on-board zones and multiplex contact zones. Multiple Zone Input This is a zone connected to one of the 8-Input Modules (DS7432 or DS7433) or to a Dual Zone Module (DS7460). The inputs are programmed separately. When using the Dual Zone Module (DS7460), loop A is always programmed as an odd numbered Location (ending in 1, 3, 5, 7, or 9). Loop B is the even numbered Location that follows loop A. Single Output Device (SOD) This is the input zone or the output relay on a DS7465. The DS7465 (SOD) occupies two zones The odd numbered zone of the zone pair is the input zone The even numbered zone of the zone pair is the output relay The output relay follows an output function Multiplex Smoke This is a multiplexed input zone (zones 9-248) that is used with a MX280 series smoke detector. This zone must have a Zone Function of Fire Zone and Trouble on Open applied to the multiplex smoke zone.

49 Solution-8248 Installation Manual 49 Multiplex Smoke With Low Temperature This zone is used with the MX280 series smoke detectors with a low temperature alarm. Making this selection requires the programming of two following 2 zones. Smoke Alarm This must be the odd numbered zone of the zone pair required for these devices. The zone must be programmed with a zone function that is set for Fire Zone and Trouble on Open. Low Temperature Alarm This must be the even numbered zone of the zone pair required for these devices. This zone must be programmed with a zone function that is set as Supervisory and Trouble on Open.

50 50 Solution-8248 Installation Manual Location Zone Functions Location DD1 DD2 Zone Function A zone function is the description of how a zone will behave. Up to 30 different zone functions may be programmed. You may use the default values (which are already programmed into the panel), change the defaults, or add new zone functions. Table For Zone Functions Data Digit 1 Equation A Invisible Alarm 0 Silent Alarm 1 Steady Alarm 2 Pulsing Alarm 3 Equation B Alarm on short / Alarm on open 0 Alarm on short / Trouble on open 4 Alarm on open / Trouble on short 12 Total Equation of A & B Equation A & B = DD1 DD1 Add together equation a & b to give you the total value of Data Digit 1. Invisible Alarm When this zone alarms all alarm outputs programmed for this partition will not activate. The bell cut-off timer should start, in case the zone restorals are sent when the bells time-out. If the alarm output is already activated (either pulsing or steady) it will not be affected. If a second alarm occurs while the cut-off timer is running, it should be reloaded with the appropriate cut-off value for the alarm type (burg or fire), unless that value is less than the time remaining on the timer. There is to be no display of this zone alarm or violation on the codepad. This type of zone is used for hold-up switches and money clips. Silent Alarm When this zone alarms all alarm outputs programmed for this partition will not activate. The bell cutoff timer should start, in case the zone restorals are sent when the bells time-out. If the alarm output is already activated (either pulsing or steady) it will not be affected. If a second alarm occurs while the cutoff timer is running, it should be reloaded with the appropriate cutoff value for the alarm type (burg or fire), unless that value is less than the time remaining on the timer. Steady Alarm When this zone alarms all alarm outputs programmed for this partition will come on steady, unless it is already pulsing then it will remain pulsing. The bell cutoff timer should start. The alarm outputs will continue to be activated until the bell cutoff timer times out or is reset and then they will silence. If a second alarm occurs while the cutoff timer is running, it should be reloaded with the appropriate cutoff value for the alarm type (burg or fire), unless that value is less than the time remaining on the timer.

51 Solution-8248 Installation Manual 51 Pulsing Alarm When this zone alarms all alarm outputs programmed for this partition will come on pulsing (1 second on and 1 second off). The bell cutoff timer should start. The alarm outputs will continue to be activated until the bell cutoff timer times out or is reset and then they will silence. If a second alarm occurs while the cutoff timer is running, it should be reloaded with the appropriate cutoff value for the alarm type (burg or fire), unless that value is less than the time remaining on the timer. The zone functions for RF zones must always be set for Alarm on short or Alarm on open Do not program the zone functions for Trouble on short Trouble on open only when disarmed When armed this becomes Alarm on open or Alarm on short for non-24 hour zones Multiplex contacts (DS7450 & DS7452) should not be programmed for Trouble on open Table For Zone Functions Data Digit 2 DD2 Select Option 0 Interior delayed 1 Perimeter instant 2 24-Hour 3 Entry / exit delay 1 4 Entry / exit delay 2 5 Interior entry / exit Handover 6 Interior home / away 7 Interior instant 8 Day monitor 9 Keyswitch DD1 Keyswitch Option *0 (a ) Fire zone with verification 0 Single Partition - No force arm *1 (b ) Fire zone without verification 1 Single Partition - Can force arm *2 (c ) Waterflow 2 All Partitions - No force arm *3 (d ) Supervisory 3 All Partitions - Can force arm *4 (e ) Entry / Exit delay cancel 1 *5 (f ) Entry / Exit delay cancel 2 Note: If data digit 2 = 9 (keyswitch) use this table for data digit 1 Interior Delayed An interior delayed zone will not alarm during the exit delay and if an entry / exit zone is violated first it will also not alarm during the entry delay if the loop is faulted while the control is armed an alarm will result. If the control is disarmed no alarms will result but the status of the zone will show on the codepads. Perimeter Instant A perimeter zone will alarm during the exit delay and the entry delay. If the loop is faulted while the control is armed an alarm will result. If the control is disarmed no alarms will result but the status of the zone will show on the codepads. Perimeter zones are armed for Level 1, 2, 3, 4, 5 and 6 arming.

52 52 Solution-8248 Installation Manual 24 Hour Zone This zone is active and will alarm all 24 hours of the day regardless of the arming state of the control. An alarm results on open or short unless the zone is programmed for trouble and then an alarm is short and a trouble is open. An alarm on a 24 hour zone will be silenced by entering a disarm code whether the control is armed or not. If the 24 hour zone restores and alarms again the alarm will sound again. If a 24 hour zone is programmed for trouble an open during the armed period will send a trouble report and not an alarm, if not programmed for trouble an open will be an alarm. 24 Hour zones are never swinger shunted. All 24 hour zones that have alarmed and are not restored will show as "Not Ready". They will prevent arming if the partition is not force armed, however, they cannot be force bypassed. 24 Hour zones that have been bypassed manually using BYPASS will remain so until un-bypassed, even if the partition is armed and disarmed. Entry / Exit Delay 1 An entry / exit delay zone is ignored during the exit delay and entry delay. If the zone is faulted while the control is armed and not in exit delay then an entry delay will be started, and a continuous entry tone is sounded at the codepads. If the control is not disarmed by the end of the entry delay, an alarm will result. There are no codepad tones during the exit delay unless Codepad audible During Exit Delay is programmed. If an entry delay is running and another entry delay zone is faulted then the entry delay timer should be set to the shorter of the two times (the entry delay for the zone that was faulted or the currently running timer). If, at the exact end of an exit delay, an entry / exit delay zone is faulted, an exit error condition will result. The entry delay will begin as above, and any outputs programmed to follow burg zone alarms will activate. If the control is not disarmed by the end of the entry delay, an alarm will result, and an exit error report will be sent to the central station (following the alarm report if programmed). Any outputs on during the exit error will deactivate. If the control is disarmed during the entry delay, no reports will be sent to the central station and any outputs on during the exit error will deactivate. The exit error report does not follow the dialler delay. Uses entry delay 1 and exit delay 1. Entry / Exit Delay 2 Works just like Entry / Exit Delay 1 except that entry delay 2 and exit delay 2 are used. Interior (Entry / Exit Handover) An interior zone will not alarm during the exit delay and if an entry / exit zone is violated first it will also not alarm during the entry delay. If the loop is faulted while the control is armed an alarm will result. If the control is disarmed no alarms will result but the status of the zone will show on the codepads. Interior zones are armed only for Level 1, 4, 5 and 6 arming. They are automatically bypassed for Level 2 and 3 arming. Interior (Home / Away) An interior home / away zone acts the same as an interior zone if an exit / entry zone is not violated. If an exit / entry zone is violated during the exit delay then after the exit delay expires the interior zone bypass on this zone is removed and any violation of this zone there after will cause an alarm. Interior home / away zones are automatically bypassed for Level 2 and 3 arming. Interior Instant An interior zone will alarm during the exit delay and the entry delay. If the loop is faulted while the control is armed an alarm will result. If the control is disarmed no alarms will result but the status of the zone will show on the codepads. Interior zones are armed only for Level 1, 4, 5 and 6 arming. They are automatically bypassed for Level 2 and 3 arming. Day Monitor A day monitor zone will act the same as a perimeter instant zone when the partition is armed. When the partition is disarmed a violation of one of these zones will cause the codepad sounders to sound continuously until a users code with disarm authority is entered. While disarmed there will be no central station reports sent for a day monitor violation. The alarm outputs also will not operate. A day monitor violation will be recorded in the alarm history the same as a 24 hour zone would be recorded.

53 Solution-8248 Installation Manual 53 Keyswitch Input When a zone is programmed for keyswitch arming then that zone is the input for a momentary keyswitch. Every time the keyswitch shorts across the zone EOL resistor for more than 300 ms the arming state of the control will toggle. No zone alarms will be generated on that zone. There is no other programming required to activate the keyswitch. Fire Zone This zone is active and will alarm all 24 hours of the day regardless of the arming state of the control. An alarm results on open or short unless the zone is programmed for trouble and then an alarm is short and a trouble is open. An alarm on a fire zone will be silenced by entering a disarm code whether the control is armed or not. When a disarm code is used to silence a fire alarm, all codepads in the partition in which the code was entered must display Sounder Silenced. This display will remain active until a fire reset is performed, or until the sounders re-initiate due to a new alarm. If the fire zone restores and alarms again the alarm will sound again. If a fire zone is programmed for trouble, an open during the armed or disarmed period will send a trouble report and not an alarm. Fire zones are never swinger shunted. All fire zones that have alarmed will show as "Fire Alarm XXX" on all codepads in all partitions until a fire reset is performed, even if they have physically restored. During this time they will prevent arming if the partition is not force armed, however, they cannot be force bypassed. Fire zones that have been bypassed manually using BYPASS will remain so until un-bypassed, even if the partition is armed and disarmed. Fire Verification If a fire zone alarms and it is programmed for verification, pulse any outputs programmed for Pulse for 10 seconds when SYSTEM RESET is entered for 10 seconds. Also pulse the smoke power control line on the panel. During the 10 second power interruption, ignore all zone status on all fire zones and ignore all zone status (fire and burg) on zones 1 thru 16. During the next five seconds after smoke power has been restored, stop doing normal multiplex bus scans, and send a reset command to every fire multiplex zone. Then, poll every fire multiplex zone to get updated status. After five seconds, monitor all fire zones for two minutes. If any fire zone returns to alarm within the two minute window create a fire alarm. If a fire zone does not go into alarm within the two minute window forget that a fire alarm occurred. If another alarm occurs on a fire zone with verification after the two minutes, start the process over. After any fire zone (or waterflow zone) is in alarm, all subsequent fire zones are treated as instant (no verification) until the next fire reset. This same procedure should be performed when a fire reset (SYSTEM RESET) is entered, except that the two minute instant alarm monitoring period is not observed. Waterflow Zone This zone is identical to a fire zone with the following exceptions: Waterflow zones are limited to the first 4 zones. (Not true. Any zone can be a water flow zone, but only zones 1 through 4 may be programmed as delayed water flow). Each waterflow zone has its own verification timer. A single verification delay will be programmed for all waterflow zones. If the delay is programmed to 0, then the zone is to be processed as a non-verified fire zone. Otherwise, the timer will begin counting up from zero to the delay value when a waterflow zone is shorted. When the delay value is reached, the zone is considered in alarm. If the zone returns to supervised during the up-count, the timer should begin counting back down to zero. Once the alarm has occurred, it is treated like an alarm on any other fire zone. After the zone has gone into alarm, the timer is used again for the restoral process, starting with the first time the zone returns to a supervised state. Unlike normal verified fire zones, waterflow zones always use their verification timer. They are never instant unless the timer is programmed to 0. An alarm on a waterflow zone can be manually silenced the same as a fire zone, and all codepads in the partition in which the code was entered must display Sounder Silenced. However, the sounders cannot time-out automatically if any waterflow zone is still in alarm.

54 54 Solution-8248 Installation Manual Supervisory Zone This zone is active all 24 hours of the day regardless of the arming state of the control. A supervisory condition results on open or short unless the zone is programmed for trouble, and then a supervisory is short and a trouble is open. A supervisory condition will cause a fire trouble beep at all codepads in all partitions. A supervisory condition is cleared by entering a disarm code whether the control is armed or not, however, it cannot be cleared until all supervisory zones have physically restored. Supervisory zones are never swinger shunted. A supervisory condition will show as "Supervisory XXX" at all codepads in all partitions and cause a fire trouble beep until cleared, even if they have physically restored. During this time they will prevent arming if the partition is not force armed, however, they cannot be force bypassed. Supervisory zones that have been bypassed manually using BYPASS will remain so until un-bypassed, even if the partition is armed and disarmed.

55 Solution-8248 Installation Manual 55 Zone Function Factory Defaults Location Zone Function Default Values =Steady alarm output, alarm on short and open 3=Entry / exit delay = Steady alarm output, alarm on short and open 4= Entry / exit delay = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 5= Interior entry / exit Handover = Steady alarm output, alarm on short and open 6= Interior home / away = Steady alarm output, alarm on short and open 7= Interior instant = Steady alarm output, alarm on short and open 2= 24-Hour = Pulsing alarm output, alarm on short, trouble on open *0= Fire zone with verification = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant

56 56 Solution-8248 Installation Manual Zone Assignment Location Location DD1 DD2 Zone Assignment 0 0 A zone function is assigned to a zone. Factory default values of zone functions are listed in the Zone Function Factory Defaults table. Enter the zone function (1-30) into Data Digits 1 & 2. For example, DD1 DD2 Value of zone function 5 would be entered as: 0 5 DD1 DD2 Value of zone function 23 would be entered as: 2 3 Wireless zones start at zone 137 The DID occupies two zones The odd numbered zone of the zone pair is the input zone The even numbered zone of the zone pair is the output relay The output follows an output function

57 Solution-8248 Installation Manual 57 Zone Partition Assignment Location Location DD1 DD2 Zone Partition Assignment 0 0 In Zone Partition Assignment, each zone is assigned to a partition. The partition assignment for odd numbered zones is programmed in the first data digit of these addresses. The partition assignment for even numbered zones is programmed in the second data digit of these addresses. By default, all zones are assigned to partition 1. Table For Zone Partition Assignment DD Select Option 0 Partition 1 1 Partition 2 2 Partition 3 3 Partition 4 4 Partition 5 5 Partition 6 6 Partition 7 7 Partition 8 For example, to assign zone 1 to partition 1 and zone 2 to partition 2, location 0287 as 01.

58 58 Solution-8248 Installation Manual Zone Type Location Location DD1 DD2 Zone Type Each zone is defined according to its input (single or multiple zone input, or a SOD) and its Zone Function or output function (1-24). All single and multiple zone inputs will follow a zone function. The SOD s relay is the only device that will follow the output functions while the input loop will follow a zone function. Each location defines two zones Table For Zone Types Single Zone Input DD Select Option 0 Single zone input 1 Multiple zone input 2 SOD (DS7465) 3 Multiplex smoke detector 4 Multiplex Smoke detector with low temperature 5 Keyfob Zones 1-8 on the control, multiplex contacts, sensors, or a Single Input Device (SID). Multiple Zone Input Any zone that is on a Remote Eight Input Device (EID), or a Dual Input Device (DID). SOD Connections The input zone & the output relay on a SOD. The SOD occupies two zones. The 1 st zone (odd numbered) of the SOD zone pair is the input, the 2 nd zone (even numbered) of the SOD zone pair is the output relay If Data Digit 1 is a 2 (SOD) then Data Digit 2 must also be a 2 (SOD) Multiplex Smoke Detector This is a multiplexed input zone (zones 9-248) that is used with a MX280 series smoke detector. This zone must have a Zone Function of Fire Zone and Trouble on Open applied to the multiplex smoke zone.

59 Solution-8248 Installation Manual 59 Multiplex Smoke Detector With Low Temperature The MX280THL occupies two zones. The odd numbered zone of the zone pair is the smoke detector. The even numbered zone of the zone pair is the low temperature alarm. If Data Digit 1 is a 4 Multiplex Smoke detector with low temperature Then Data Digit 2 must also be a 4 Multiplex Smoke detector with low temperature Keyfob Two or four button remotes (RF3332 or RF3334). When using RF Zones are reserved Wired zones cannot reside in zones as they are reserved as RF zones ONLY

60 60 Solution-8248 Installation Manual Zone Function Bypass Location Location DD1 DD2 Zone Function Bypass Zone bypass programming determines which zone functions can be bypassed. Zone functions that can not be bypassed cannot be force armed. Fire zones can never be manually bypassed, but can be force armed. The Default of [0] means those zone functions can be bypassed. This programming item does not affect Custom Arming programming (location ) or Swinger Shunt Bypass Tables For Zone Function Bypass Location 2721 DD1 Add Options DD2 Add Options 1 Zone function 1 cannot be bypassed 1 Zone function 5 cannot be bypassed 2 Zone function 2 cannot be bypassed 2 Zone function 6 cannot be bypassed 4 Zone function 3 cannot be bypassed 4 Zone function 7 cannot be bypassed 8 Zone function 4 cannot be bypassed 8 Zone function 8 cannot be bypassed Location 2722 DD1 Add Options DD2 Add Options 1 Zone function 9 cannot be bypassed 1 Zone function 13 cannot be bypassed 2 Zone function 10 cannot be bypassed 2 Zone function 14 cannot be bypassed 4 Zone function 11 cannot be bypassed 4 Zone function 15 cannot be bypassed 8 Zone function 12 cannot be bypassed 8 Zone function 16 cannot be bypassed Location 2723 DD1 Add Options DD2 Add Options 1 Zone function 17 cannot be bypassed 1 Zone function 21 cannot be bypassed 2 Zone function 18 cannot be bypassed 2 Zone function 22 cannot be bypassed 4 Zone function 19 cannot be bypassed 4 Zone function 23 cannot be bypassed 8 Zone function 20 cannot be bypassed 8 Zone function 24 cannot be bypassed Location 2724 DD1 Add Options DD2 Add Options 1 Zone function 25 cannot be bypassed 1 Zone function 29 cannot be bypassed 2 Zone function 26 cannot be bypassed 2 Zone function 30 cannot be bypassed 4 Zone function 27 cannot be bypassed 4 Reserved 8 Zone function 28 cannot be bypassed 8 Reserved

61 System Options This Section Includes The Following Custom Arming Reserved Receiver Configuration Address Force Arming & Ground Fault Detect Commercial Fire Mode

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63 Solution-8248 Installation Manual 63 Custom Arming Location Location DD1 DD2 Command For Custom Arming If programmed, [PIN] +[ #] + [4] may be used to custom arm the system by arming only certain zone functions. For example, all interior zones plus some perimeter zones may be bypassed while leaving some of the perimeter armed. Tables For Custom Arming Location 2725 DD1 Add Options DD2 Add Options 1 Bypass Zone Function 1 1 Bypass Zone Function 5 2 Bypass Zone Function 2 2 Bypass Zone Function 6 4 Bypass Zone Function 3 4 Bypass Zone Function 7 8 Bypass Zone Function 4 8 Bypass Zone Function 8 Location 2726 DD1 Add Options DD2 Add Options 1 Bypass Zone Function 9 1 Bypass Zone Function 13 2 Bypass Zone Function 10 2 Bypass Zone Function 14 4 Bypass Zone Function 11 4 Bypass Zone Function 15 8 Bypass Zone Function 12 8 Bypass Zone Function 16 Location 2727 DD1 Add Options DD2 Add Options 1 Bypass Zone Function 17 1 Bypass Zone Function 21 2 Bypass Zone Function 18 2 Bypass Zone Function 22 4 Bypass Zone Function 19 4 Bypass Zone Function 23 8 Bypass Zone Function 20 8 Bypass Zone Function 24 Location 2728 DD1 Add Options DD2 Add Options 1 Bypass Zone Function 25 1 Bypass Zone Function 29 2 Bypass Zone Function 26 2 Bypass Zone Function 30 4 Bypass Zone Function 27 4 Reserved 8 Bypass Zone Function 28 8 Reserved

64 64 Solution-8248 Installation Manual Reserved Location Location DD1 DD2 Reserved 0 0

65 Solution-8248 Installation Manual 65 Receiver Configuration Address Location 2731 Location 2731 DD1 DD2 Receiver Configuration Address 0 0 The Solution control panel can accept 1 or 2 receivers on the multiplex bus. The panel must be programmed for the number of receivers used and which zones are assigned to each receiver. Do not program two receivers if you are not programming zones to both receivers Do not install a second receiver if it is not properly programmed Tables For Receiver Configuration Address DD1 Select Option DD2 Select Option 0 No Receiver 0 One Receiver 2 One Receiver 4 Two Receivers Receiver # 1 = Zones Receiver # 2 + Zones Receiver # 1 = Zones Receiver # 2 + Zones Receiver # 1 = Zones Receiver # 2 + Zones Receiver # 1 = Zones Receiver # 2 + Zones Receiver # 1 = Zones Receiver # 2 + Zones Receiver # 1 = Zones Receiver # 2 + Zones Receiver # 1 = Zones Receiver # 2 + Zones Receiver # 1 = Zones Receiver # 2 + Zones Receiver # 1 = Zones Receiver # 2 + Zones Receiver # 1 = Zones *0 Receiver # 2 + Zones Receiver # 1 = Zones *1 Receiver # 2 + Zones Receiver # 1 = Zones *2 Receiver # 2 + Zones Receiver # 1 = Zones *3 Receiver # 2 + Zones

66 66 Solution-8248 Installation Manual Force Arming & Ground Fault Detect Location 2732 Location 2732 DD1 DD2 Force Arming & Ground Fault Detect 1 1 Force Arming programming defines how many zones may be force armed using an arming sequence followed by the [Bypass] key. If programmed, all violated zones (up the programmed limit) will automatically be force armed (bypassed). When force arming, the user must enter the usual arming command followed by the [Bypass] key. This automatically bypasses zones that are violated and programmed as bypassable. Fire zones, supervisory zones, keyswitch zones, waterflow zones, and nonbypassable zones can not be force armed Force arming is not available in UL Listed systems Ground Fault Detect programming determines whether or not the system will detect a ground fault condition. This function is required for fire panels and will be forced on when the panel is in the commercial fire mode. Tables For Forced Arming (Data Digit 1) DD1 Select Option 0 Do not allow forced arming 1 Allow up to 1 zone to be force armed 2 Allow up to 2 zones to be force armed 3 Allow up to 3 zones to be force armed 4 Allow up to 4 zones to be force armed 5 Allow up to 5 zones to be force armed 6 Allow up to 6 zones to be force armed 7 Allow up to 7 zones to be force armed 8 Allow up to 8 zones to be force armed 9 Allow up to 9 zones to be force armed Tables For Ground Fault Detect (Data Digit 2) DD2 Option 0 Ground fault detection off 1 Ground fault detection on

67 Solution-8248 Installation Manual 67 Commercial Fire Mode Location 2733 Location 2733 DD1 DD2 Commercial Fire 0 0 In commercial fire mode a fire trouble condition can also be caused by a ground fault. This type of fire trouble differs from above in that will show as "Fire Trouble" (no zone number) on all codepads in all partitions until cleared, even if it has physically restored. The same conditions for silencing, etc., apply. In commercial fire mode the Ground Fault detect will be forced on. When in commercial fire mode any Control Trouble will activate the trouble sounder. If the violation is restored the sounder is still activated and has to cleared with a PIN off. In commercial fire mode the panel automatically sets the AC frequency to 60Hz (this is not adjustable). Table For Data Digit 1 Select Option A Commercial fire mode disabled 0 Local Commercial fire mode enabled 1 Central station commercial fire mode enabled 7 Select Option B 10 second delay on waterflow zone 1 20 second delay on waterflow zone 2 30 second delay on waterflow zone 3 40 second delay on waterflow zone 4 50 second delay on waterflow zone 5 Equation A & B Equation A+ B = Data Digit 1 DD1 Local Commercial Fire Mode When this is chosen, address 4021 (DS7420i Dual Phone Line/Bell Supervision Module Output Programming), will be forced to a value of 3, 4, or 5. (Turns the Bell Monitor feature ON and the Alarm Output on Line Fault feature OFF) Central Station Commercial Fire Mode When this is chosen, address 4021 (DS7420i Dual Phone Line/Bell Supervision Module Output Programming), will be forced to a value of 5. All Commercial Fire Modes Regardless of which Commercial Fire Mode is chosen, the following parameters will be forced when exiting local programmer s mode Zone Function 12, address 0012, will be a 7 *0 (Alarm on Short, Trouble on Open, Pulsing Fire with verification) Zone Function 13, address 0013, will be a 7 *1 (Alarm on Short, Trouble on Open, Pulsing Fire without verification) Zone Function 14, address 0014, will be a 7 *2 (Alarm on Short, Trouble on Open, Pulsing Water Flow) Zone Function 15, address 0015, will be a 7 *3. (Alarm on Short, Trouble on Open, Pulsing Supervisory) Zone Bypass address 2722 will not allow zone functions to be bypassed

68 68 Solution-8248 Installation Manual Emergency Key, address 3147, data digit 1, will become a 3 if programmed previously as a 2. Data digit 2 will become a 2 if programmed previously as a 3 Panic Key, address 3148, data digit 1, will become a 2 if programmed previously as a 3. Fire Bell Cutoff, address 4032: If less than 5, set to 5, otherwise untouched. The AC Fail Report delay will be random between 6-12 hours regardless of the delay time programmed in Also, the AC Fail Report will not be sent as a tag-along. Delay on Waterflow Zone This is the amount of time a water flow zone must be violated before the control panel will initiate an alarm. The delay is necessary to accommodate normal changes in water pressure. If the water flow initiating device incorporates its own time delay, do not program the control panel unit to exceed 120 seconds combined time delay. Table For Data Digit 2 Select Option A Bell & Aux. Activate on Fire 0 Bell and Aux activate on burglary 3 Select Option B Pulsing fire alarms 1 sec on 1 sec off 0 Pulsing fire alarms use California march time 1 Pulsing fire alarms use temporal cadence 2 Equation A & B Equation A + B = Data Digit 2 DD2 Pulsing Fire Zone This is a zone programmed to output a pulse for a fire alarm in the normal manner (one second ON, one second OFF). California March Time This is a zone programmed to output a pulse for a fire alarm in the California Time cadence (ten 1/2 second pulses, followed by one second of quiet time). Temporal Cadence This is a zone programmed to output a pulse for a fire alarm in the Temporal cadence (three 1/2 second pulses, followed by one second of quiet time).

69 Outputs This Section Includes The Following Panel Outputs Output Partition Assignment Octal Relay Output Function Octal Relay Partition Output Function Partition

70

71 Solution-8248 Installation Manual 71 Panel Outputs Location Location 2734 DD1 DD2 Bell Output 6 3 Location 2735 DD1 DD2 Output Location 2736 DD1 DD2 Output Output programming defines the event, partition, and type of alarm (burglary or fire) that will trigger each of the three physical outputs on the control panel Table For Panel Outputs DD1 Event Select Option Select DD2 from Table 0 Any Zone Alarm A 1 On During Entry & Exit Delay A 2 On for 10sec after pressing [system reset] A 3 On When System is Armed B 4 Ground Start A 5 System Status (ready to arm) A 6 Zone Alarm A 7 Zone Alarm Delayed by 20 sec. A 8 Codepad Sounder Output A 9 Access Output (10sec. Pulse) A *0 Keyfob Remote C *1 Panic/Duress output A *2 Reserved *3 On during Battery test A *4 Reserved *5 Reserved DD2 Select Option DD2 RF3334 Select Option DD2 Select Option 0 Disabled 0 Disabled Disabled 0 Disabled 1 Burglar Alarm 1 Momentary Button on keyfob 1 Armed Full 2 Fire Alarm 2 Toggle Button on keyfob 2 Armed Partial 3 Burglar & Fire Alarm 3 Momentary Button on keyfob 3 Armed Any Table A 4 Toggle Button on keyfob Table B Table C Any Zone Alarm This is an output programmed to activate upon any zone alarm (including invisible zones) and will latch until the system has been disarmed. If this output is programmed to respond only to a fire zone, it will remain latched until the fire reset command is performed. On During Entry And Exit Delay This is an output programmed to activate when an entry/exit zone is violated while the system is armed. It will remain activated until the system is disarmed, or until the entry delay time has expired.

72 72 Solution-8248 Installation Manual On For 10 Seconds After Pressing [System Reset] This is an output programmed to activate for 10 seconds after the fire reset command is entered at the codepad or if a Fire Zone with Verification activates. This output is intended to be used to power 4-wire smoke detectors or any other device that requires a power interruption to reset an alarm condition. When Programmable Output 2 is programmed this way, it will normally supply auxiliary power and will turn OFF for 10 seconds when the fire reset command is entered On When System Is Armed This is an output programmed to activate when the system is armed. It will remain activated until the system is disarmed. Ground Start This is an output programmed to activate for 3 seconds when the phone line is seized. It is intended for use with ground start phone systems that require a momentary short to ground to obtain a dial tone. Connect a separate 12 VDC, DPDT relay Connect both relay contact commons to ground Connect the Normally Open of each contact to terminal positions 13 and 16 (one to terminal 13, the other to 16) of the Solution This output follows all partitions regardless of how data digit 2 of the output programming address is programmed. Not intended for UL Listed systems Not for use with phone line monitors System Status (Ready To Arm) This is an output programmed to follow the Status LED of the codepad. It will activate when the system is ready to arm with no zones violated. Zone Alarm This is an output programmed to activate when a zone is in an alarm condition. It will remain activated until the system is disarmed or the bell cut-off time expires. This output is intended to activate alarm bells and sirens. This will not activate from Silent or Invisible Zones. Zone Alarm Delayed By 20 Sec This is an output programmed to wait 20 seconds after a zone enters an alarm condition to activate. It will remain activated until the system is disarmed or the bell cut-off time expires. This output is intended to activate alarm bells and sirens, but provides a delay to allow the user to silence the system before it activates. Codepad Sounder Output This is an output programmed to follow the codepad sounder. It activates during the entry pre-alert and during any day monitor alarm. It does not follow momentary codepad beeps such as keystrokes, chimes, etc.

73 Solution-8248 Installation Manual 73 Access Output This is an output programmed to activate for 10 seconds when an access control PIN is entered at the codepad. Not UL Listed for Access Control (UL294) Keyfob This allows the output to follow any commands from the keyfob (RF3334). Panic / Duress Output All outputs, including the three on-board outputs, the Octal Relays, and the Output Functions, support a Panic/Duress function. This output will follow Duress activations, Codepad Emergency Keys B and C, and Invisible and Silent Zone alarms. It will only be reset by a user acknowledgment and will not reset after the burglary bell time-out occurs. Duress activations will latch until acknowledged by a user. On During Battery Test This allows the output to follow battery test [PIN] + [System Reset]. Note that Programmable Output 1 (PO1) switches low (1A) Programmable Output 2 (PO2) switches high (500mA)

74 74 Solution-8248 Installation Manual Output Partition Assignment Location Location 2737 DD1 DD2 Bell Partition & Output 1 Partition 8 8 Location 2738 DD1 DD2 Output 2 Partition & Keyfob Chirp 8 0 In Output Partition Assignment each on-board output is assigned to a partition. By default, outputs are assigned to all partitions. Table For Output Partition Assignment DD Select Options DD2 Keyfob Chirp Select Options 0 Belongs to Partition 1 0 Chirp Disabled 1 Belongs to Partition 2 1 Bell Output 2 Belongs to Partition 3 2 Programmable Output 1 3 Belongs to Partition 4 3 Programmable Output 2 4 Belongs to Partition 5 5 Belongs to Partition 6 6 Belongs to Partition 7 7 Belongs to Partition 8 8 Follows All Partitions

75 Solution-8248 Installation Manual 75 Octal Relay Location Location (Even) DD1 DD2 Octal Relay Type Group A 1 3 Location (Odd) DD1 DD2 Octal Relay Option Group B 0 6 The Octal Relay Module provides 8 form C relay outputs in addition to the Programmable Outputs on board the Solution It connects to the Solution-8248 via the options BUS. There can be a maximum of 2 Octal Relay Modules connected to the Solution-8248, using addresses The module with the lower address is relays 1-8, the higher address relays The outputs are fully programmable and can be activated by several system events. The outputs operate individually to each other for complete flexibility. Programming Octal Relays Each Octal Relay consists of 2 locations each with 2 Data Digits. The first location and it s associated Data Digits has been labelled group A while the second location and it s associated Data Digits have been labelled group B. Group A Data Digit 1 This determines the type of follow event. There are 4 types of follow events. Group A Data Digit 2 Group A DD1 Select Option 1 Follow Action 2 System Wide Event 3 Follow Functions 4 Follow Zone This determines what the system will do for the follow event. Group B Data Digit 1 and 2 This will follow group A s event.

76 76 Solution-8248 Installation Manual Table for Follow Action DD1 DD2 DD1 DD2 1 Group A Group B Location Octal Relay Location Group A Group B DD1 Select Option DD1 DD2 Follow Action Select Option 1 Follow Action 0 0 Latch on after zone alarms 0 1 On during entry pre-alert 0 2 On for 10sec. After pressing [system reset] DD2 Select Option 0 3 On for any armed state 0 Disabled 0 4 Ground start 1 Burglary Alarm 0 5 System status (ready to arm) 2 Fire Alarm 0 6 Zone alarm 3 Burg & Fire Alarm 0 7 Zone alarm delayed by 20 seconds 0 8 Codepad sounder output 0 9 Access output (10 sec. Pulse) 0 *0 Reserved 0 *1 Panic / Duress output 0 *2 On when system is partial 0 *3 On when system is fully armed Latch On After Zone Alarms This is an output programmed to activate upon any zone alarm (including invisible zones) and will latch until the system has been disarmed. If this output is programmed to respond only to a fire zone, it will remain latched until the fire reset command is performed. On During Entry And Exit Delay This is an output programmed to activate when an entry / exit zone is violated while the system is armed. It will remain activated until the system is disarmed, or until the entry delay time has expired.

77 Solution-8248 Installation Manual 77 On For 10 Seconds After Pressing [System Reset] This is an output programmed to activate for 10 seconds after the fire reset command is entered at the codepad or if a Fire Zone with Verification activates. This output is intended to be used to power 4-wire smoke detectors or any other device that requires a power interruption to reset an alarm condition. When Programmable Output 2 is programmed this way, it will normally supply auxiliary power and will turn OFF for 10 seconds when the fire reset command is entered On For Any Armed State This is an output programmed to activate when the system is armed. It will remain activated until the system is disarmed. Ground Start This is an output programmed to activate for 3 seconds when the phone line is seized. It is intended for use with ground start phone systems that require a momentary short to ground to obtain a dial tone. Connect a separate 12 VDC, DPDT relay Connect both relay contact commons to ground Connect the Normally Open of each contact to terminal positions 13 and 16 (one to terminal 13, the other to 16) of the Solution This output follows all partitions regardless of how data digit 2 of the output programming address is programmed. Not intended for UL Listed systems Not for use with phone line monitors System Status (Ready To Arm) This is an output programmed to follow the Status LED of the codepad. It will activate when the system is ready to arm with no zones violated. Zone Alarm This is an output programmed to activate when a zone is in an alarm condition. It will remain activated until the system is disarmed or the bell cut-off time expires. This output is intended to activate alarm bells and sirens. This will not activate from Silent or Invisible Zones. Zone Alarm Delayed By 20 Sec This is an output programmed to wait 20 seconds after a zone enters an alarm condition to activate. It will remain activated until the system is disarmed or the bell cut-off time expires. This output is intended to activate alarm bells and sirens, but provides a delay to allow the user to silence the system before it activates. Codepad Sounder Output This is an output programmed to follow the codepad sounder. It activates during the entry pre-alert and during any day monitor alarm. It does not follow momentary codepad beeps such as keystrokes, chimes, etc.

78 78 Solution-8248 Installation Manual Access Output This is an output programmed to activate for 10 seconds when an access control PIN is entered at the codepad. Not UL Listed for Access Control (UL294) Panic / Duress Output All outputs, including the three on-board outputs, the Octal Relays, and the Output Functions, support a Panic/Duress function. This output will follow Duress activations, Codepad Emergency Keys B and C, and Invisible and Silent Zone alarms. It will only be reset by a user acknowledgment and will not reset after the burglary bell time-out occurs. Duress activations will latch until acknowledged by a user. On When System Is Partial This is an output programmed to activate when the system is armed during the partial arm only. It will remain activated until the system is disarmed. On When System is Fully Armed This is an output programmed to activate when the system is in a fully armed state. It will remain activated until the system is disarmed.

79 Solution-8248 Installation Manual 79 Table For System Wide Events DD1 DD2 DD1 DD2 2 Group A Group B Location Octal Relay Location Group A Group B DD1 Select Option DD1 DD2 System Wide Events Select Option 2 System Wide Event 0 0 Disabled 0 1 AC Power Fail 0 2 Low Battery DD2 Select Option 0 3 Communicator Failure 0 Disabled 0 4 System Fault 1 Burglary Alarm 0 5 Codepad Supervision Fault 2 Fire Alarm 0 6 Multiplex Bus Fault 3 Burg & Fire Alarm 0 7 RF Receiver Fault 0 8 Aux Power Fault 0 9 Fire Zone Trouble 0 *0 Supervisory 0 *1 Zone Trouble 0 *2 Duress 0 *3 Battery Test 0 *4 Reserved 0 *5 Reserved

80 80 Solution-8248 Installation Manual System Faults A list of possible system faults follows RAM fault ROM fault Bell / Line monitor fault (DS7420i) Line 1 fault Line 2 fault Bell fault Auxiliary power fault Octal relay fault Serial module fault (DS7412) Serial transmit fault Serial receive fault Auxiliary relay fault ARDIS fault RF receiver tamper RF receiver jammed RF receiver trouble Printer offline

81 Solution-8248 Installation Manual 81 Table For Follow Function DD1 DD2 DD1 DD2 3 Group A Group B Location Octal Relay Location Group A Group B DD1 Select Option DD1 DD2 Follow Action Select Option 3 Follow Function 0 0 Disabled 0 1 Follow Output Function Follow Output Function 2 DD2 Select Option 0 3 Follow Output Function 3 0 Disabled 0 4 Follow Output Function 4 1 Burglary Alarm 0 5 Follow Output Function 5 2 Fire Alarm 0 6 Follow Output Function 6 3 Burg & Fire Alarm 0 7 Follow Output Function Follow Output Function Follow Output Function 9 0 *0 Follow Output Function 10 0 *1 Follow Output Function 11 0 *2 Follow Output Function 12 0 *3 Follow Output Function 13 0 *4 Follow Output Function 14 0 *5 Follow Output Function Follow Output Function Follow Output Function Follow Output Function 18

82 82 Solution-8248 Installation Manual Table For Follow Zone DD1 DD2 DD1 DD2 4 Group A Group B Location Octal Relay Location Group A Group B DD1 Select Option DD1 DD2 Follow Zone Select Option 4 Follow Zone Program the HEX Value of DD2 Select Option the Zone from the Table of Zone Hex Values on 0 Disabled following page 1 When Zone is Shorted & Panel & Armed* 2 When Zone is Shorted or Opened & Panel Armed* 3 When Zone is Shorted & Panel Disarmed* 4 When Zone is Shorted or Opened & Panel Disarmed* 5 When Zone is Shorted & Panel is Armed or Disarmed* 6 When Zone is Shorted or Opened & Panel is Armed or Disarmed* Add 7 to any of the DD2 values to latch the output

83 Solution-8248 Installation Manual 83 Table Of Zone HEX Values Zone HEX Values Zone HEX Zone HEX Zone HEX Zone HEX * *3 187 *1* *4 188 *1* *5 189 *1* *1* *1* * * * * * * * * *2 74 4* * *3 75 4* * *4 76 4* *0 200 * *5 77 4* *1 201 * * *2 202 *2* * *3 203 *2* *4 204 *2* *5 205 *2* *2* *2* * * * * * * * * *2 90 5* * *3 91 5* * *4 92 5* *0 216 * *5 93 5* *1 217 * * *2 218 *3* * *3 219 *3* *4 220 *3* *5 221 *3* * *3* * *3* * * * * * * * * * * * * * * * *0 168 * * * *1 169 * * * *2 170 *0*0 232 * * *3 171 *0*1 233 * *4 172 *0*2 234 *4* *5 173 *0*3 235 *4* *0*4 236 *4* *0*5 237 *4* * *4* * *4* * * * * * * * * * * * * * * * *0 184 * * * *1 185 * * * *2 186 *1*0 248 *58

84 84 Solution-8248 Installation Manual Output Function Location Location DD1 DD2 Output Function Group A 0 0 Location DD1 DD2 Output Function Group B 0 0 Location DD1 DD2 Output Function Group C 0 0 Group A Group B Group C DD1 DD2 DD1 DD2 DD1 DD2 Event Address Enter The Zone Number of First Zone to Follow Enter The Zone Number of Second Zone to Follow See See See Table for Group A DD1 and Table for Group A DD2 Table For Group A DD1 Table of Zone HEX Values Table of Zone HEX Values DD1 Event Select Option Select DD2 from Table 0 Any Zone Alarm A 1 On During Entry Pre-alert A 3 On When System is Armed B 6 Zone Alarm A 7 Zone Alarm Delayed by 20 sec. A 8 Codepad Sounder Output A 9 Access Output (10sec. Pulse) A *0 Keyfob Output C *1 Panic/Duress output A *2 Follow System Status Event D *3 Follow a Single Zone E *4 Follow 2 Zones When Either Zone Changes State E *5 Follow 2 Zones When Both Zones Change State E

85 Solution-8248 Installation Manual 85 Tables For Group A Data Digit 2 DD2 Table A Options DD2 Table D Options DD2 Table E Options 0 Disabled 1 AC Power Failure 1 Zone Shorted Panel Armed* 1 Burglar Alarm 2 Low Battery Zone Shorted or Opened 2 2 Fire Alarm 3 Communications Failure Panel Armed* 3 Bug/Fire Alarm 4 Systems Fault Zone Shorted Panel 3 5 Codepad Supervision Fault Disarmed* 6 Multiplex Bus Fault Zone Shorted or Opened 4 7 Radio Receiver Fault Panel Disarmed* DD2 Table B Options 8 Aux Power Fault Zone Shorted Panel Armed or 5 0 Disabled 9 Fire Trouble Disarmed* 1 Full Arm *0 Supervisory Zone Shorted or Opened 6 2 Partial Arm *1 Zone Trouble Panel armed or Disarmed* 3 Any Armed *2 Duress PIN DD2 Table C Options 0 Disabled 1 Momentary Key 2 Toggle Key 3 Momentary Key 4 Toggle Key Add 7 to any of the DD2 values to latch the output (does not apply to Octal Relay outputs programmed to follow Output Functions) Any Zone Alarm This is an output programmed to activate upon any zone alarm (including invisible zones) and will latch until the system has been disarmed. If this output is programmed to respond only to a fire zone, it will remain latched until the fire reset command is performed. On During Entry And Exit Delay This is an output programmed to activate when an entry / exit zone is violated while the system is armed. It will remain activated until the system is disarmed, or until the entry delay time has expired. On For 10 Seconds After Pressing [System Reset] This is an output programmed to activate for 10 seconds after the fire reset command is entered at the codepad or if a Fire Zone with Verification activates. This output is intended to be used to power 4-wire smoke detectors or any other device that requires a power interruption to reset an alarm condition. When Programmable Output 2 is programmed this way, it will normally supply auxiliary power and will turn OFF for 10 seconds when the fire reset command is entered On For Any Armed State This is an output programmed to activate when the system is armed. It will remain activated until the system is disarmed.

86 86 Solution-8248 Installation Manual Zone Alarm This is an output programmed to activate when a zone is in an alarm condition. It will remain activated until the system is disarmed or the bell cut-off time expires. This output is intended to activate alarm bells and sirens. This will not activate from Silent or Invisible Zones. Zone Alarm Delayed By 20 Sec This is an output programmed to wait 20 seconds after a zone enters an alarm condition to activate. It will remain activated until the system is disarmed or the bell cut-off time expires. This output is intended to activate alarm bells and sirens, but provides a delay to allow the user to silence the system before it activates. Codepad Sounder Output This is an output programmed to follow the codepad sounder. It activates during the entry pre-alert and during any day monitor alarm. It does not follow momentary codepad beeps such as keystrokes, chimes, etc. Access Output This is an output programmed to activate for 10 seconds when an access control PIN is entered at the codepad. Not UL Listed for Access Control (UL294) Keyfob This allows the output to follow any commands from the keyfob (RF3334). Panic / Duress Output All outputs, including the three on-board outputs, the Octal Relays, and the Output Functions, support a Panic/Duress function. This output will follow Duress activations, Codepad Emergency Keys B and C, and Invisible and Silent Zone alarms. It will only be reset by a user acknowledgment and will not reset after the burglary bell time-out occurs. Duress activations will latch until acknowledged by a user.

87 Solution-8248 Installation Manual 87 Table Of Zone HEX Values Zone HEX Values Zone HEX Zone HEX Zone HEX Zone HEX * *3 187 *1* *4 188 *1* *5 189 *1* *1* *1* * * * * * * * * *2 74 4* * *3 75 4* * *4 76 4* *0 200 * *5 77 4* *1 201 * * *2 202 *2* * *3 203 *2* *4 204 *2* *5 205 *2* *2* *2* * * * * * * * * *2 90 5* * *3 91 5* * *4 92 5* *0 216 * *5 93 5* *1 217 * * *2 218 *3* * *3 219 *3* *4 220 *3* *5 221 *3* * *3* * *3* * * * * * * * * * * * * * * * *0 168 * * * *1 169 * * * *2 170 *0*0 232 * * *3 171 *0*1 233 * *4 172 *0*2 234 *4* *5 173 *0*3 235 *4* *0*4 236 *4* *0*5 237 *4* * *4* * *4* * * * * * * * * * * * * * * * *0 184 * * * *1 185 * * * *2 186 *1*0 248 *58

88 88 Solution-8248 Installation Manual Octal Relay Partition Location Location DD1 DD2 Octal Relay 1 16 Partition 8 8 Table For Octal Relay Partition DD Select Option 0 Belongs to Partition 1 1 Belongs to Partition 2 2 Belongs to Partition 3 3 Belongs to Partition 4 4 Belongs to Partition 5 5 Belongs to Partition 6 6 Belongs to Partition 7 7 Belongs to Partition 8 8 Follows all Partitions For example, to assign octal relay 1 to partition 1 and octal relay 2 to partition 2, location 2844 as 01.

89 Solution-8248 Installation Manual 89 Output Function Partition Location Location DD1 DD2 Output Function 1 24 Partition 0 0 Locations For Output Function Partition Assignment Location 2852 Function 1 Function 2 Location 2853 Function 3 Function 4 Location 2854 Function 5 Function 6 Location 2855 Function 7 Function 8 Location 2856 Function 9 Function 10 Location 2857 Function 11 Function 12 Location 2858 Function 13 Function 14 Location2859 Function 15 Function 16 Location 2860 Function 17 Function 18 Location 2861 Function 19 Function 20 Location 2862 Function 21 Function 22 Location 2863 Function 23 Function 24 Table For Addressing Output Function Partition Data Digits 1 & 2 DD Select Option 0 Belongs to Partition 1 1 Belongs to Partition 2 2 Belongs to Partition 3 3 Belongs to Partition 4 4 Belongs to Partition 5 5 Belongs to Partition 6 6 Belongs to Partition 7 7 Belongs to Partition 8 8 Follows all Partitions

90

91 Codepad This Section Includes The Following Codepad Type Backlight Option Codepad Partition Emergency Keys

92

93 Solution-8248 Installation Manual 93 Codepad Type Location Location DD1 DD2 Codepad 1 15 Type 1 0 The type of codepad must be programmed. Each location ( ) programs the codepad type for two codepads. For example, for location 3131, data digit 1 is for Codepad 1, data digit 2 is for codepad 2. Table For Codepad Type DD 1 & 2 Select Option 0 Disabled 1 Alpha (LCD) Codepad 2 LED Codepad 3 Master Codepad Master Codepad A Master codepad can be used to access all the partitions. It will display the arm / disarm status of all the partitions and can be used to individually control each partition (see section 7.6). A Master codepad can be assigned to any of the partitions. Any number of the 15 allowable codepads can be a Master codepad. When using the common area, it is suggested that a Master codepad be used and that it is assigned to the common area. Codepads are connected to the Options BUS If the DS7412 is connected to the Options BUS at address 13 or 14, the address used is then unavailable for codepads or octal relays Similarly, if the DS7420I is connected to the Options BUS at address 15, codepad 15 is unavailable; and if the DS7488 is connected to the Options BUS at codepad address 11 15, the corresponding codepad (s) is (are) unavailable If only using one partition, do not program codepad as a Master Codepad Only program for a Master Codepad if you need to view multiple partitions from a single codepad

94 94 Solution-8248 Installation Manual Backlight Option Location 3138 Location 3138 DD1 DD2 Codepad 15 Type & Backlight Option 0 0 Table For Backlight Option (all Codepads) DD2 Select Option 0 LCD back light always on 1 LCD back light off until key pressed

95 Solution-8248 Installation Manual 95 Codepad Partition Location Location DD1 DD2 Codepad 1 15 Partition 0 0 The partition a codepad is assigned to must be programmed. Each location ( ) programs the partition assignment for two codepads. For example, for location 3139, data digit 1is for the partition assignment of codepad 1, data digit 2 is for the partition assignment of codepad 2. Users must have access to the partition the codepad is assigned to in order to use the codepad Table For Codepad Partition Assignment DD Option 0 Belongs to Partition 1 1 Belongs to Partition 2 2 Belongs to Partition 3 3 Belongs to Partition 4 4 Belongs to Partition 5 5 Belongs to Partition 6 6 Belongs to Partition 7 7 Belongs to Partition 8 Data Digit 2 at address 3142 is not used so therefore must be a 0

96 96 Solution-8248 Installation Manual Emergency Keys Location Location 3147 DD1 DD2 Codepad Fire & Emergency 0 0 Location 3148 DD1 DD2 Codepad Panic & Reserved 0 0 Emergency key programming disables or activates the emergency keys located on the codepads and / or keyfobs. It also determines whether it is a silent, pulsed, or steady alarm. Fire Key The emergency key (key A) at the bottom left of the codepad entry area is the Fire Key. If programmed, the key will activate a fire alarm when pressed for 2 seconds. It may be programmed for a steady or pulsed alarm. Special Emergency Key The emergency key (key B) at the bottom centre of the codepad entry area is the Special Emergency Key. If programmed, the key will activate a supplementary or an auxiliary type alarm when pressed for 2 seconds. It may be programmed for a silent, steady, or pulsed alarm. Panic Key The emergency key (key C) at the bottom right of the codepad entry area is the Panic Key. If programmed, the key will activate a panic alarm when pressed for 2 seconds; nothing will display at the codepad to indicate an alarm. It may be programmed for a silent, steady, or pulsed alarm. Do not label these keys if they are not programmed Only the A key may be programmed and labelled as the Fire key These keys are not intended to substitute for Listed manual pull boxes

97 Solution-8248 Installation Manual 97 Table For Emergency Codepad A Key DD1 Select Option 0 Fire key = Disabled 1 Fire key = Disabled 2 Fire key = Steady alarm 3 Fire key = Pulsed alarm The Fire Key will generate the fire alarm sounders in the partition that activated the Fire Key Any other partitions in use will only have their codepad sounders activated All codepad displays will be the same Table For Emergency Codepad B Key DD2 Select Option 0 Special Emergency key = Disabled 1 Special Emergency key = Silent 2 Special Emergency key = Steady alarm 3 Special Emergency key = Pulsed alarm The Special Emergency Key will generate the alarm sounders only in the partition of the codepad that activated that Key Table For Emergency Codepad C Key DD1 Select Option 0 Panic key = Disabled 1 Panic key = Silent 2 Panic key = Steady alarm 3 Panic key = Pulsed alarm Data Digit 2 at location 3148 is not used therefor it must be programmed as a 0 The Panic Key will generate the alarm sounders only in the partition of the codepad that activated that Key

98

99 Reporting This Section Includes The Following Open / Close Report Open / Close & Alarm Report Report Control ARDIS Reporting ARDIS Reporting Phone Number General Control Phone Number Format Ring Count Phone Numbers Reporting Format

100

101 Solution-8248 Installation Manual 101 Open / Close Report Location 3149 Location 3149 DD1 DD2 Open / Close & Delay Closing Report 8 0 Table For Data Digit 1 DD1 Select Option 0 Do not report open or closes 1 Report opens and closes in partition 1 2 Report opens and closes in partitions 1 & 2 3 Report opens and closes in partitions 1 thru 3 4 Report opens and closes in partitions 1 thru 4 5 Report opens and closes in partitions 1 thru 5 6 Report opens and closes in partitions 1 thru 6 7 Report opens and closes in partitions 1 thru 7 8 Report opens and closes in partitions 1 thru 8 9 Report first to open, last to close Report Opens and Closes If programmed, these reports are sent when the system is armed or disarmed. They may be sent independently for the opening and closing of each partition, or the first partition to open and the last partition to close may send the reports. When using option 9, all partitions must have the same account code. Table for Data Digit 2 DD2 Select Option 0 Send closing and bypass reports at close 1 Send closing and bypass reports after exit delay Send Closing And Bypass Reports At Close If programmed, a trouble report will be sent for each zone bypassed when the system is armed.

102 102 Solution-8248 Installation Manual Open / Close & Alarm Report Location 3151 Location 3151 DD1 DD2 Open / Close & Alarm Reports 0 0 Data Digit 1 determines which phone number will send open and close reports. Data Digit 2 determines which phone number will send zone alarm, zone restoral, and zone trouble reports. Table For Data Digit 1 DD1 Select Option 0 Alternate between both phone numbers 1 Report to phone number 1 2 Report to phone number 2 3 Report to phone number 1 & 2 Alternate between both Phone Numbers If programmed, open and close reports will be sent to phone number one first. If phone number one does not pick-up, the control panel will alternate to phone number two. If phone number two does not pick-up, the control panel will alternate back to phone number one. It will alternate between both phone numbers until successful. Table For Data Digit 2 DD2 Select Option 0 Alternate between both phone numbers 1 Report to phone number 1 2 Report to phone number 2 3 Report to phone number 1 & 2 Alternate between both Phone Numbers If programmed, alarm reports will be sent to phone number one first. If phone number one does not pick-up, the control panel will alternate to phone number two. If phone number two does not pick-up, the control panel will alternate back to phone number one. It will alternate between both phone numbers until successful.

103 Solution-8248 Installation Manual 103 Control Reports Location 3152 Location 3152 DD1 DD2 Control Reports & Reserved 0 0 Table For Data Digit 1 DD1 Select Option 0 Alternate between both phone numbers 1 Report to phone number 1 2 Report to phone number 2 3 Report to phone number 1 & 2 Alternate between both Phone Numbers If programmed, control reports will be sent to phone number one first. If phone number one does not pickup, the control panel will alternate to phone number two. If phone number two does not pick-up, the control panel will alternate back to phone number one. It will alternate between both phone numbers until successful. Table For Data Digit 2 DD2 Select Option 0 Must use this option

104 104 Solution-8248 Installation Manual ARDIS Reporting Location 3153 Location 3153 DD1 DD2 ARDIS Report O/C & Zone Reports 3 3 If location 3155 is programmed to Try ARDIS network first, the locations 3153 and 3154 can be used to control report routing. If location 3155 is set to Send alarms via both ARDIS and digital, this will force alarms to go to the phone even if the Phone/ARDIS report routing for alarms does not specify phone usage. Not Available in New Zealand Tables For Data Digits 1 and 2 DD1 Options DD2 Options 1 Use Phone 1 Use Phone 2 Use ARDIS 2 Use ARDIS 4 Use Both 4 Use Both 8 Try Phone First 8 Try Phone First

105 Solution-8248 Installation Manual 105 ARDIS Reporting Location 3154 Location 3154 DD1 DD2 ARDIS Report System & Phone First Count 3 0 This value is used to control the number of attempts made on the phone line before switching to the ARDIS network. This value is only referenced if the Use Phone, Use ARDIS, and Try Phone First options are all selected. If the value is less than or equal to 2, or more than 5, two attempts will be made on the phone before trying ARDIS if the Phone First option is selected Not Available in New Zealand Tables For Data Digits 1 and 2 DD1 Options DD2 Options 1 Use Phone 0 O Attempts 2 Use ARDIS 1 1 Attempt 4 Use Both 2 2 Attempts 8 Try Phone First 3 3 Attempts 4 4 Attempts 5 5 Attempts 6 6 Attempts 7 7 Attempts 8 8 Attempts 9 9 Attempts *0 10 Attempts *1 11 Attempts *2 12 Attempts *3 13 Attempts *4 14 Attempts *5 15 Attempts

106 106 Solution-8248 Installation Manual Phone Number General Control Location 3155 Location 3155 DD1 DD2 Phone Number General Control 2 0 Tables For Data Digits 1 and 2 Equation A Table Equation C Table Dial Pulse on All Phone Numbers 0 Dialler Delay of 15 Seconds on non 24hr Burglar Alarms Only 1 Dial Pulse on All Phone Numbers & Enable Dialler Delay of 15 Sec. On 24Hr 1 Remote Call Back Burglar & Fire Alarms Only 2 Dial Tone, Switch to Pulse if Required 2 Send Alarms via Either ARDIS or Digital 0 Dial Tone, Switch to Pulse if Required & Enable Remote Call Back 3 Send Alarms via Both ARDIS & Digital 4 Dial Tone on all Phone Numbers 4 Dial Tone on all Phone Numbers & Enable Equation D Table 5 Remote Call Back Use 100 Baud Comm. For WDSRP 0 Use 300 Baud comm. For WDSRP 8 Equation B Table Try ARDIS Network First 6 DD2 Table DD2 DD1 Table Equation Total A + B = DD1 DD1 Equation Total C + D = DD2 ARDIS Option is Not Available in New Zealand Enable Remote Programmer Callback If programmed, when the remote programmer tries to initiate a session with the panel, the panel will hang up and call the remote programmer phone number. Ensures the correct remote programmer is initiating the call. Dial Pulse On All Phone Numbers If programmed, the panel will dial phone number 1, 2, and the remote programmer phone number 3 using the pulse format. Dial Tone On All Phone Numbers If programmed, the panel will dial phone number 1, 2, and the remote programmer phone number 3 using the tone format.

107 Solution-8248 Installation Manual 107 Phone Number Format Location Location 3156 DD1 DD2 Phone Number 1 Format & Speed 0 0 Location 3157 DD1 DD2 Phone Number 2 Format & Speed 0 0 Tables For Data Digits 1 and 2 DD1 Select Option DD2 Select Option 0 Phone Number Disabled 1900Hz. Data/1400 Hz. Acknowledge 0 1 3/1 (no extended required) 10 Pulses per Second 2 3/1E (extended reporting) 1800Hz. Data/2300 Hz. Acknowledge 1 3 3/1 with Parity BFSK, SIA, Contact ID. 10 Pulses per Sec. 4 3/1E with Parity 1900Hz. Data/1400 Hz. Acknowledge 2 5 4/1 20 Pulses per Second 6 4/2 1800Hz. Data/2300 Hz. Acknowledge 3 7 BSFK 20 Pulses per Second 8 SIA110 Baud 1900Hz. Data/1400 Hz. Acknowledge 4 9 Contact ID 40 Pulses per Second *0 SIA 300 Baud 1800Hz. Data/2300 Hz. Acknowledge 5 *2 Personal Dialling 40 Pulses per Second *5 Pager When using the ARDIS communications module Location 3156 as data digit 1 = 9, data digit 2 = 1. Location 3157 as data digit 1 = 9, data digit 2 = 1. ARDIS Option is Not Available in New Zealand

108 108 Solution-8248 Installation Manual Table Of Digital Alarm Communicator Receivers and Formats that are compatible with the Solution Contact your central station to find out which format to use and whether a special line card is required Receiver Format ADEMCO: Model 685 3/1, 3/1E(extended), 3/1w/Parity, 3/1Ew/parity, 4/1, 4/2, BSFK, CID. F.B.I.: Model CP-220 3/1, 3/1E(extended), 3/1w/Parity, 3/1Ew/parity, 4/1, 4/2, BSFK, CID. I.T.I. : Model CS /1, 3/1E(extended), 4/1, 4/2, BSFK. Osborne Hoffman: Model II 3/1, 3/1E(extended), 3/1w/Parity, 3/1Ew/parity, 4/1, 4/2, BSFK, CID, SIA Radionics : Model /1, 3/1E(extended), 3/1w/Parity, 3/1Ew/parity, BSFK. Radionics : Model /1, 3/1E(extended), 3/1w/Parity, 3/1Ew/parity, 4/1, 4/2, BSFK. Radionics : Model /1, 3/1E(extended), 3/1w/Parity, 3/1Ew/parity, 4/1, 4/2, BSFK, CID, SIA Silent Knights : Model /1, 3/1E(extended), 3/1w/Parity, 3/1Ew/parity, 4/1, 4/2, BSFK, SIA. Varitech : Model V-300 3/1, 3/1E(extended), 3/1w/Parity, 3/1Ew/parity, 4/1, 4/2, BSFK.

109 Solution-8248 Installation Manual 109 Ring Count Location 3158 Location 3158 DD1 DD2 Ring Count 0 0 Tables For Data Digits 1 and 2 DD1 Select Option When Armed DD2 Select Option When Disarmed 0 Don t Answer Phone 0 Don t Answer Phone 1 Answer phone on 1 st Ring 1 Answer phone on 1 st Ring 2 Answer phone on 2 nd Ring 2 Answer phone on 2 nd Ring 3 Answer phone on 3 rd Ring 3 Answer phone on 3 rd Ring 4 Answer phone on 4 th Ring 4 Answer phone on 4 th Ring 5 Answer phone on 5 th Ring 5 Answer phone on 5 th Ring 6 Answer phone on 6 th Ring 6 Answer phone on 6 th Ring 7 Answer phone on 7 th Ring 7 Answer phone on 7 th Ring 8 Answer phone on 8 th Ring 8 Answer phone on 8 th Ring 9 Answer phone on 9 th Ring 9 Answer phone on 9 th Ring 0 Answer phone on 10 th Ring *0 Answer phone on 10 th Ring *1 Answer phone on 11 th Ring *1 Answer phone on 11 th Ring *2 Answer phone on 12 th Ring *2 Answer phone on 12 th Ring *3 Answer phone on 13 th Ring *3 Answer phone on 13 th Ring *4 Answer phone on 14 th Ring *4 Answer phone on 14 th Ring *5 Answer phone on 15 th Ring *5 Answer phone on 15 th Ring All odd numbers activate answer machine bypass The panel will answer on the first ring of the second call made within one minute Answering Machine Bypass This feature allows the panel to answer incoming calls when answering machines are used. If the line rings, stops ringing, then rings again within one minute, the panel will seize the phone line on the first ring. Phone Answering Programming The panel can be programmed to answer the phone after a selected number of rings for remote programming access. It can also be programmed to answer the phone after a different number of rings when in armed or disarmed states. This can be used to call the panel location and determine its arming state.

110 110 Solution-8248 Installation Manual Location 3159, 3175, 3191 Phone Numbers Location 3159 Phone Number 1 DD1 DD2 DD3 DD4 DD5 DD6 DD7 DD8 DD9 DD10 DD11 DD12 DD13 DD14 DD15 DD16 DD17 DD18 DD19 DD20 DD21 DD22 DD23 DD24 DD25 DD26 DD27 DD28 DD29 DD30 DD31 DD32 Location 3175 Phone Number 2 DD1 DD2 DD3 DD4 DD5 DD6 DD7 DD8 DD9 DD10 DD11 DD12 DD13 DD14 DD15 DD16 DD17 DD18 DD19 DD20 DD21 DD22 DD23 DD24 DD25 DD26 DD27 DD28 DD29 DD30 DD31 DD32 Location 3191 Phone Number 3 DD1 DD2 DD3 DD4 DD5 DD6 DD7 DD8 DD9 DD10 DD11 DD12 DD13 DD14 DD15 DD16 DD17 DD18 DD19 DD20 DD21 DD22 DD23 DD24 DD25 DD26 DD27 DD28 DD29 DD30 DD31 DD32 Table For Data Digits 1 to 32 DD Select Option for Phone Number *0 Reserved *1 * *2 # *3 Three Second Pause *4 To Wait for Dial Tone Disable Phone Number (enter at first *5 digit) The phone line that the control panel is connected to should not have a call waiting If it must have call waiting, program the code to disable call waiting and add a 3 second delay before the phone number This will prevent incoming calls from interrupting a communication Note that a zero dials a zero Tip. After entering phone number press # to finish and advance to next location.

111 Solution-8248 Installation Manual 111 Location Reporting Format Location 3207 DD1 DD2 Codepad Fire Report 0 0 Location 3208 DD1 DD2 Codepad Fire Restoral 0 0 Location DD1 DD2 Zone Type 1 30 Alarm Report 0 0 Location 3239 DD1 DD2 Codepad Emergency Report 0 0 Location 3240 DD1 DD2 Codepad Panic Report 0 0 Location DD1 DD2 Zone Type 1 30 Restorals 0 0 Location DD1 DD2 Zone Type 1 30 Trouble 0 0 Location DD1 DD2 Zone Type 1 30 Restorals 0 0 Location 3331 DD1 DD2 Open Report 0 0 Location 3332 DD1 DD2 Close Report 0 0 Location 3333 DD1 DD2 Duress Report 0 0 Location 3334 DD1 DD2 Partial Close 0 0 Location 3335 DD1 DD2 First Open After Alarm 0 0 Location 3336 DD1 DD2 Low Battery 0 0 Location 3337 DD1 DD2 Low Battery Restoral 0 0 Location 3338 DD1 DD2 AC Failure 0 0 Location 3339 DD1 DD2 AC Restoral 0 0 Location 3340 DD1 DD2 Auto Test (System Normal) 0 0

112 112 Solution-8248 Installation Manual Location 3341 DD1 DD2 Remote Programming Success 0 0 Location 3342 DD1 DD2 Remote Programming Failure 0 0 Location 3343 DD1 DD2 Local Programming Success 0 0 Location 3344 DD1 DD2 Local Programming Failure 0 0 Location 3345 DD1 DD2 System Trouble 0 0 Location 3346 DD1 DD2 System Trouble Restoral 0 0 Location 3347 DD1 DD2 Auto Test (System Off Normal) 0 0 Location 3348 DD1 DD2 Exit Error 0 0 Location 3349 DD1 DD2 Recent Closing 0 0 Location 3350 DD1 DD2 System Test 0 0 Location 3351 DD1 DD2 System Test Restoral 0 0 Location 3352 DD1 DD2 Fire Walk Test 0 0 Location 3353 DD1 DD2 Fire Walk Test Restoral 0 0 Location 3354 DD1 DD2 Low Temperature 0 0 Location 3355 DD1 DD2 Low Temperature Restoral 0 0 Location 3356 DD1 DD2 Dirty Smoke Chamber 0 0 Location 3357 DD1 DD2 Dirty Smoke Chamber Restoral 0 0 Location DD1 DD2 Zone Function 1 30 Bypass 0 0 Location DD1 DD2 Zone Function 1 30 Bypass Restoral 0 0 Location 3418 DD1 DD2 Codepad Tamper 0 0 Location 3419 DD1 DD2 Codepad Tamper Restoral 0 0

113 Solution-8248 Installation Manual 113 Table Of Recommended Values For Pager Format Pager Format With Reports and Restorals Description Report Restoral Trouble Troub. Rest. Bypass Bypass Rest. Location Value Location Value Location Value Location Value Location Value Location Value Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Zone Function Low Battery Open AC Fail Close System Trouble Partial Close Codepad Fire Cancel Alarm System Walk Test Exit Error Fire Walk Test Recent Closing Low Temperature Codepad Emerg Dirty Smoke Chamber Codepad Panic Remote Prog. Un-succ Duress Local Prog. Un-success Remote Prog. Success Local Prog. Success The Pager format allows the control panel to dial a digital pager and leave a numeric message that includes an account ID and report type. The telephone number is dialled when a report is available. At the completion of the telephone dialling, a time delay equal to 10 seconds occurs. This delay allows time to connect with the pager service, while skipping over any voice announcement. When the delay has ended, the numeric message is sent. This message includes the account number followed by up to 5 reports. If a delay time greater than 10 seconds is required, see Programming Address 4038 to adjust the delay time. In addition, increments of 3 seconds can be added by programming the *3 character (3 second delay) at the end of the phone number in address 3159 or 3175.

114 114 Solution-8248 Installation Manual For example, if you call pager number and it takes 20 seconds after you finished dialling before you are allowed to enter the message, the following digits should be programmed in address 3159: *3 *3 *3 *3. This will give you an overall delay of 22 seconds. For Pager Format, it is not advisable to use the HEX character values (*0 = A, *1 = B, *2 = C, *3 = D, *4 = E, *5 = F) in locations 3207 through 3419 These characters could cause unpredictable results when sent to a pager system that only expects numeric characters between 0-9 This is the reason that this format will not allow an associated user number with an open and close report The Pager format is an open-loop format which has no acknowledge tone As there is no indication at the control panel that the signal has been sent the Pager format is not recommended as the primary communication method

115 Solution-8248 Installation Manual 115 Table Of Recommended Values For SIA Format Reports SIA Event Code SIA Data Field Reports SIA Event Code SIA Event Field Burg alarm for a zone B A Zone # AC failure restoral A R None Fire alarm for a zone F A Zone # Octal relay fault report E T None Waterflow alarm for a zone S A Zone # Octal relay restoral E R None Supervisory for a zone S S Zone # Exit error report E E None Keypad fire (A) F A 000 Recent closing report C R None Keypad fire restoral (A) F R 000 System start walk test report T S None Keypad Emergency (B) Q A None System end walk test report T E None Keypad panic (C) P A None Fire walk test report F I None Burg restoral for a zone B R Zone # Fire walk test restoral F K None Fire restoral for a zone F R Zone # Dirty smoke chamber M C Zone # Waterflow restoral for zone S R Zone # Dirty smoke restoral M O Zone # Supervisory restoral for zone S J Zone # Mux smoke low temp M F Zone # Burg trouble for a zone B T Zone # Muxsmoke low temp restoral M R Zone # Burg trouble restoral B J Zone # Auto system normal test R P None Fire trouble for a zone F T Zone # Manual com test report R X None Fire trouble restoral F J Zone # Remote pro successful R S None Waterflow trouble for zone F T Zone # Remote pro. unsuccessful R U None Supervisory trouble for zone F T Zone # Local pro successful Y G None Burg zone bypass B B Zone # Local programming failure Y F None Burg zone bypass restoral B U Zone # Communication failure Y C None 24 hour bypass B B Zone # Communication restore Y K None 24 hour bypass restoral B U Zone # Eprom or codepad super fault E T None Keypad tamper E X None Eprom or codepad super restore E R None Keypad tamper restoral E R None Mux BUS fault E T None Tamper RF zone T T Zone # Mux BUS restore E R None Tamper, alarm RF zone B A Zone # Radio receiver tamper X S RF # Tamper restoral RF zone B R Zone # RF tamper restore X J RF # Low battery RF zone X T Zone # Radio receiver jam X Q RF # Low battery restoral RF zone B R Zone # RF receiver jam restore X H RF # Open report O P Zone # RF trouble X Q RF # Close report C L Zone # RF trouble restore X H RF # Duress report H A 000 RF zone missing T T RF # Partial close report C G User # Aux. Power fault Y P None Alarm cancel report O R None Aux. Power restore Y Q None Low battery Y T None Ground fault U T None Low battery restoral Y R None Ground fault restore U J None AC failure A T None Auto off normal test R P None Line 1 fault L T None RAM fault E T None Line 1 restoral L R None RAM restoral E R None Line 2 fault L T None ROM fault E T None Line 2 restoral L R None ROM restoral E R None ARDIS fault Y S Error Serial interface fault V T None ARDIS restore Y K Error Serial interface restore V R None

116 116 Solution-8248 Installation Manual Reports SIA Event Code SIA Data Field Reports SIA Event Code SIA Event Field Bell fault E T None Aux relay fault E T None Bell restore E R None Aux relay restore E R None DD2 SIA Explanation Report 1 PA Panic Alarm 2 PR Panic Restore 3 QA Emergency Alarm 4 QR Emergency Restore 5 TA Tamper Alarm 6 TR Tamper Restore 7 UA Untyped Zone Alarm 8 UR Untyped Zone Restore 9 UT Untyped Zone Trouble *0 UJ Untyped Trouble Restore *1 YP Power Supply Trouble *2 YQ Power Supply Restore *3 YX Service Required

117 Solution-8248 Installation Manual 117 Table Of Recommended Values For CID Format Reports CID Event Code CID Data Field Reports CID Event Code CID Event Field Fire Alarm 110 Zone Phone Line 1 Fault 351 None Codepad Fire Phone Line 2 Fault 352 None Water Flow 113 Zone ARDIS Fault 353 Gen Sy Duress Report Communication Failure 354 None Codepad Emergency 122 None Tamp Restoral RFZone 370 Zone Codepad Panic 123 None Burglary Trouble 370 Zone Burglary 130 Zone Fire Trouble 373 Zone Tamper RF Zone 130 Zone Water Flow Trouble 373 Zone Mux Smoke low Temp 159 Zone RF Missing 381 Zone Supervisory 200 Zone Tamper RF Zone 383 Zone Aux. Power Fault 300 None Low Bat. RF Zone 384 Zone AC Fail 301 None Dirty Smoke Chamber 385 Zone Low Battery 302 None Open Report 401 User RAM Fault 303 None Close Report 401 User ROM Fault 304 None Recent Close Report 405 None Panel Program Altered 306 None Cancel Alarm Report 406 None Ground Fault 310 None Remote Prog. Success 412 None Aux. Relay Fault Remote Prog. Fail 413 None Bell Fault Partial Close 456 User Octal Relay Fault Exit Error 457 None Codepad Supervision 330 None Burglary Zone Bypass 573 Zone Multiplex Bus Fault 333 None 24 Hour Zone Bypass 573 Zone Radio Receiver Fault 333 Rec # Manual Com. Test 601 None Serial Interface Fault 336 None Automatic Test 602 None Codepad Tamper 341 None Fire Walk Test 604 None Radio Receiver Tamper 341 RF # System Walk Test Start 607 None RadioReceiver Jammed 344 RF#

118 118 Solution-8248 Installation Manual 4+2 Format With Reports and Restorals Description Report Restoral Trouble Troub. Rest. Bypass Bypass Rest. Location Value Location Value Location Value Location Value Location Value Location Value Zone Function A Zone Function A Zone Function A Zone Function A Zone Function A Zone Function A Zone Function A Zone Function A Zone Function A Zone Function A A A A A A A Zone Function A B B B B B B Zone Function A C C C C C C Zone Function A D D D D D D Zone Function A E E E E E E Zone Function A F F F F F F Zone Function A F F F F F F Zone Function A F F F F F F Zone Function A F F F F F F Zone Function A F F F F F F Zone Function A F F F F F F Zone Function A F F F F F F Zone Function A F F F F F F Zone Function A F F F F F F Zone Function A F F F F F F Zone Function A F F F F F F Zone Function A F F F F F F Zone Function A F F F F F F Zone Function A F F F F F F Zone Function A F F F F F F Zone Function A F F F F F F Low Battery Open AC Fail Close System Trouble Partial Close Codepad Fire Cancel Alarm System Walk Test Exit Error Fire Walk Test Recent Closing Low Temperature Codepad Emerg Dirty Smoke Chamber Codepad Panic Remote Prog. Un-succ F F Duress Local Prog. Un-success 3344 F F Remote Prog. Success 3341 E F Local Prog. Success 3343 E F

119 Partitioning This Section Includes The Following Partition Control General Authority Arming Warning Account Codes Quick Arming PIN Length

120

121 Solution-8248 Installation Manual 121 Partition Control Location 3420 Location 3420 DD1 DD2 Partition Control 0 0 Partition Control programming defines the number of partitions in use and the common area. Common area can only be partition 1. Tables for Data Digits 1 and 2 DD1 Select Option DD2 Select Option 0 Use 1 Partition 0 No common area 1 Use 2 Partitions 1 Partition 1 common to 2 & 3 2 Use 3 Partitions 2 Partition 1 common to Use 4 Partitions 3 Partition 1 common to Use 5 Partitions 4 Partition 1 common to Use 6 Partitions 5 Partition 1 common to Use 7 Partitions 6 Partition 1 common to Use 8 Partitions Partition Control Programming Up to eight partitions may be used. They are assigned (Location 3420) in order. For example, when using only one partition, it is partition one. When using three partitions, they are partitions one, two, and three. Partitioning allows the system to act as up to 8 different systems. Zones, codepads, outputs, and other items may be assigned to particular partitions. Access to partitions may be through each partition s codepad or through a Master codepad (see the User s Guide for more details). Common Area Partition 1 can be programmed as a common area, that is, common to other partitions. This allows it to be used in an installation with one common entry area such as a foyer or vestibule. When Partition 1 is programmed as a common area, it will only arm when all the partitions it is common to are armed. The common area will disarm when any of the partitions it is common to are disarmed - only if the user has access to the common area. When using a common area, a Master codepad should be used and assigned to the common area.

122 122 Solution-8248 Installation Manual General Authority Location Location 3421 DD1 DD2 General Code Control Partition 1 & Location 3422 DD1 DD2 General Code Control Partition 3 & Location 3423 DD1 DD2 General Code Control Partition 5 & Location 3424 DD1 DD2 General Code Control Partition 7 & This allows for a user with a General Authority level to Arm, Disarm and Bypass specified zones. A general (level 2) authority can be programmed to have arm-only authority; arm and bypass authority; arm and disarm authority; or arm, disarm, and bypass authority by partition. Arm-only access by partition allows someone with a General Authority to arm zones in a partition but not disarm. This level can still be used to arm, disarm, and bypass zones in the other partitions that it has access to. Table for Data Digits 1 and 2 DD Option 0 General Code Can Arm, Disarm & Bypass 1 General Code Can Arm & Bypass 2 General Code Can Arm & Disarm 3 General Code Can Arm

123 Solution-8248 Installation Manual 123 Arming Warning Location Location 3425 DD1 DD2 Arming Warning Control Partition 1 & Location 3426 DD1 DD2 Arming Warning Control Partition 3 & Location 3427 DD1 DD2 Arming Warning Control Partition 5 & Location 3428 DD1 DD2 Arming Warning Control Partition 7 & Arming Warning programming defines whether the codepad will be audible during the exit delay and auto arm period. If programmed, the codepad sounder will activate once every 5 seconds during the exit delay. At 10 seconds and 5 seconds remaining, the codepad sounder will activate 3 times. During auto arming, a pre-arming period will begin 15 minutes before the system arms automatically. The codepad sounders will pulse five times every minute. During the last five minutes before arming, these sounders will be on steady. Table for Data Digits 1 and 2 DD Select Option 0 No Codepad Sounder During Exit Delay 4 Codepad Sounder During Exit Delay

124 124 Solution-8248 Installation Manual Account Codes Location Location 3429 DD1 DD2 DD3 DD4 Partition 1 Phone # 1 Account Code Location 3431 DD1 DD2 DD3 DD4 Partition 1 Phone # 2 Account Code Location 3433 DD1 DD2 DD3 DD4 Partition 2 Phone # 1 Account Code Location 3435 DD1 DD2 DD3 DD4 Partition 2 Phone # 2 Account Code Location 3437 DD1 DD2 DD3 DD4 Partition 3 Phone # 1 Account Code Location 3439 DD1 DD2 DD3 DD4 Partition 3 Phone # 2 Account Code Location 3441 DD1 DD2 DD3 DD4 Partition 4 Phone # 1 Account Code Location 3443 DD1 DD2 DD3 DD4 Partition 4 Phone # 2 Account Code Location 3445 DD1 DD2 DD3 DD4 Partition 5 Phone # 1 Account Code Location 3447 DD1 DD2 DD3 DD4 Partition 5 Phone # 2 Account Code Location 3449 DD1 DD2 DD3 DD4 Partition 6 Phone # 1 Account Code Location 3451 DD1 DD2 DD3 DD4 Partition 6 Phone # 2 Account Code Location 3453 DD1 DD2 DD3 DD4 Partition 7 Phone # 1 Account Code Location 3455 DD1 DD2 DD3 DD4 Partition 7 Phone # 2 Account Code Location 3457 DD1 DD2 DD3 DD4 Partition 8 Phone # 1 Account Code Location 3459 DD1 DD2 DD3 DD4 Partition 8 Phone # 2 Account Code Account Code programming defines the number transmitted to the central station that identifies this panel. It also identifies which partition is reporting from this panel.

125 Solution-8248 Installation Manual 125 Account Codes are programmed from left to right. If programming a 3 digit Account Code, the fourth digit of the address must be 0 For example, if the Account Code is 121, program 1210 in the programming address If you wish to send a zero 0, enter it as *0 (this does not apply to the added zero in a three digit Account Code) For example, if the Account Code is 101, program 1*010 in the programming address If the Account Code is 3050, program 3*05*0 in the programming address

126 126 Solution-8248 Installation Manual Quick Arming Location 3477 Location 3477 DD1 DD2 Quick Arming 0 0 Quick Arm Control programming defines which partitions can be armed without requiring a PIN to be entered. Tables for Data Digits 1 and 2 DD1 Add Option DD2 Add Option 1 Partition 1 quick arm enabled 1 Partition 5 quick arm enabled 2 Partition 2 quick arm enabled 2 Partition 6 quick arm enabled 4 Partition 3 quick arm enabled 4 Partition 7 quick arm enabled 8 Partition 4 quick arm enabled 8 Partition 8 quick arm enabled

127 Solution-8248 Installation Manual 127 PIN Length Location 3478 Location 3478 DD1 DD2 PIN Length 0 0 PIN Length programming defines the length of the PINs that are assigned to each user. PINS can be programmed to have a length of 4 or 6 digits. Table for Data Digit 1 DD1 Select Option 0 4 Digit PIN 1 6 Digit PIN Data Digit 2 must be 0

128

129 Systems Options 2 This Section Includes The Following RS-232 Interface Control Printer Baud And Parity Printer Baud And Parity Test Report Remote Programmer Call Back Time Test Report and Remote Programmer Call Back Interval Printer Control Entry And Exit Delay Siren Cut Off AC Fail Report Delay Pager Timer Delay RF Detection Level Installers Code Master Code

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131 Solution-8248 Installation Manual 131 RS-232 Interface Control Location 4019 Location 4019 DD1 DD2 RS-232 I/F Device Type & Print Control 0 7 RS232 Interface Control Programming allows you to enable or disable the DS7412 and to select which history events are sent to the printer as they occur. Selecting No Events will cause the history to be printed only on command. To print the History Buffer starting from the most recent event, enter the Master Code followed by [#] [0] [8]. To stop printing, enter Master Code [#] [0] [8] again. Tables for Data Digits 1 and 2 DD1 Select Option DD2 Select Option 0 DS7412 Disabled 0 No Events 1 DS7412 Enabled 1 Alarms, Troubles & Restorals 2 Open & Closes 4 All Other Events 8 Reserved

132 132 Solution-8248 Installation Manual Printer Baud And Parity Location 4020 Location 4020 DD1 DD2 RS-232 I/F Baud & Parity, S/B Flow Control 0 0 RS232 Interface Configuration Programming allows you to configure the DS7412 for your printer. Most printers will operate using the default values for the DS7412. Some printers may operate more efficiently using optional program values. Consult the operating guide provided with your printer to be sure that its configuration matches the one programmed here. If using the WDSRP Direct Connection option for programming/interfacing Location 4019 Data Digit 1 must be a 1 and Data Digit 2 must be a 0 and Location 4020 Data Digit 1 must be a 2 and Data Digit 2 must be a 5 Tables for Data Digits 1 and 2 DD1 Select Option Equation A for DD2 A Baud Software Flow Control Baud Hardware Flow Control Baud Baud Equation B for DD2 B Baud 8 Data Bits No Parity 1 Stop Bits Baud 8 Data Bits No Parity 2 Stop Bits 2 8 Data Bits Odd Parity 1 Stop Bits 4 8 Data Bits Even Parity 2 Stop Bits 6 Total of Equation A & B A & B = Data Digit 2 DD2

133 Solution-8248 Installation Manual 133 Phone Line / Bell Monitor Location 4021 Location 4021 DD1 DD2 Phone Line / Bell Monitor 0 0 Dual Phone Line / Bell Supervision Module (1 per system). The Solution allows the control to be used in NFPA 72 installations. It provides two supervised 12.0 VDC signalling outputs, one Class A (Style D) input zone, and dual phone line transmission and supervision. Current Draw = 20 ma Standby; 140 ma Alarm. Table for Data Digit 1 DD1 Select Option 0 Disabled 1 Phone Line 1 Monitor 2 Phone Line 1 & 2 Monitor 3 Bell Monitor 4 Bell & Phone Line 1 Monitor 5 Bell, Phone Line 1, & 2 Monitor 6 Phone Line 1 Monitor with Alarm 7 Phone Line 1 & 2 Monitor with Alarm 8 Bell & Line 1 Monitor with Alarm 9 Bell, Phone Line 1 & 2 Monitor with Alarm Data Digit 2 must be 0

134 134 Solution-8248 Installation Manual Test Report Location Location 4022 DD1 DD2 Test Report Hours 0 0 Location 4023 DD1 DD2 Test Report Minutes 0 0 Test Report programming allows you to define the time that the test report is sent. The default time for the Test Report to be sent is midnight Table for Data Digits 1 and 2 DD DD1 DD2 DD1 DD2 Option (Time) Actual Required Hour of the Day (Tens Digit) Actual Required Hour of the Day (Units Digit) Actual Required Minute of the Day (Tens Digit) Actual Required Minute of the Day (Units Digit) The time is always in 24 hour clock format For example, if the test report is to be sent to a monitoring company at 2:30am the programming sheets would read Location 4022 DD1 DD2 Test Report Hours 02 Location 4023 DD1 DD2 Test Report Minutes 30

135 Solution-8248 Installation Manual 135 Remote Programmer Call Back Time Location Location 4024 DD1 DD2 Remote Programmer Call Back Hours 0 0 Location 4025 DD1 DD2 Remote Programmer Call Back Minutes 0 0 Remote Programmer Call Back programming allows you to define the time for the control to call the Remote Programmer. The default time for the control to call the Remote Programmer is midnight Table for Data Digits 1 and 2 DD DD1 DD2 DD1 DD2 Option (Time) Actual Required Hour of the Day (Tens Digit) Actual Required Hour of the Day (Units Digit) Actual Required Minute of the Day (Tens Digit) Actual Required Minute of the Day (Units Digit) The time is always in 24 hour clock format

136 136 Solution-8248 Installation Manual Test Report And Remote Programmer Call Back Interval Location 4026 Location 4026 DD1 DD2 Test Report & Call Back Interval 0 0 Tables for Data Digits 1 and 2 DD1 Test Report DD2 Remote Programmer Call Back DD1 Select Option DD2 Select Option 0 Do Not Send A Test Report 0 Do Not Call The Remote Programmer 1 Send Test Report Every Sunday 1 Call the Remote Programmer Every Sunday 2 Send Test Report Every Monday 2 Call the Remote Programmer Every Monday 3 Send Test Report Every Tuesday 3 Call the Remote Programmer Every Tuesday 4 Send Test Report Every Wednesday 4 Call the Remote Programmer Every Wednesday 5 Send Test Report Every Thursday 5 Call the Remote Programmer Every Thursday 6 Send Test Report Every Friday 6 Call the Remote Programmer Every Friday 7 Send Test Report Every Saturday 7 Call the Remote Programmer Every Saturday 8 Send Test Report Every 24 Hours 8 Call the Remote Programmer Every 24 Hours 9 Send Test Report Every 8 Days 9 Call the Remote Programmer Every 8 Days *0 Send Test Report Every 28 Days *0 Call the Remote Programmer Every 28 Days *1 Send Test Report Every hour *2 Send Test Report Every 12 Hours

137 Solution-8248 Installation Manual 137 Printer Control Location 4027 Location 4027 DD1 DD2 Printer Control 0 0 The Printer Control allows you to choose between sending carriage returns/line feeds or spaces to the DS7412 module. This is only used when location 4019 Data Digit #2 is programmed with the numbers 1 through 7 Table for Data Digit 1 DD Option 0 Send CR/LF 1 Send Spaces Data Digit 2 must be 0

138 138 Solution-8248 Installation Manual Entry And Exit Delay Location Location 4028 DD1 DD2 Entry Delay (0 to 255 Seconds) 0 9 Location 4029 DD1 DD2 Entry Delay (0 to 255 Seconds) 0 9 Location 4030 DD1 DD2 Exit Delay 0 51 (0 to 255 Seconds) 1 2 Entry & Exit timers are in 5 second increments. The maximum delay time is 255 Seconds. For example, DD1 DD2 5 Seconds 01 DD1 DD2 40 Seconds 08

139 Solution-8248 Installation Manual 139 Siren Cut Off Location Location 4032 DD1 DD2 Fire Alarm Cut Off 0 99 Minutes 0 4 Location 4033 DD1 DD2 Burg Alarm Cut Off 0 99 Minutes 0 4 Alarm time cut offs are in one minute intervals. The maximum siren run time is 98 minutes. For example, DD1 DD2 5 Minutes 05 DD1 DD2 12 Minutes gives a siren cut off time of 30 seconds

140 140 Solution-8248 Installation Manual AC Fail Report Delay Location 4034 Location 4034 DD1 DD2 AC Fail Report Delay 00 thru FF 0 0 The AC Fail Delay Times are programmed as hexidecimal values. Data Digit 1 is in 16 Minute increments Data Digit 2 is in 1 Minute increments For example, DD1 DD2 5 Minute Delay 0 5 DD1 DD2 30 Minute Delay 1*4 *0 - *5 are Hex values They will display as A through F at the codepads 00 will send an AC Fail with the next test report

141 Solution-8248 Installation Manual 141 Pager Timer Delay Location 4038 Location 4038 DD1 DD2 Pager Timer Delay 0 99 Seconds 1 0 When using the Pager Dialling Format (selected in locations 3156 and 3157), you may insert a delay time after the phone number is dialled and before the reports are sent to the pager system. This delay can be used to allow for greeting and instruction messages in the pager system. This delay will not affect any other report formats. Units are in one second intervals For example, DD1 DD2 5 Seconds 05 DD1 DD2 40 Seconds 40

142 142 Solution-8248 Installation Manual RF Detection Level Location 4039 Location 4039 DD1 DD2 Detection Level RF Receiver #1 & #2 Jam 6 6 The jamming threshold determines what noise level above the ambient noise will cause a jammed RF receiver trouble condition. A high offset will ignore greater amounts of noise, but may cause the loss of valid alarms. Tables for Data Digits 1 and 2 Receiver 1 Detection Level Receiver 2 Detection Level DD1 Select Option DD2 Select Option 0 Offset = 15 0 Offset = 15 1 Offset = 4 1 Offset = 4 2 Offset = 6 2 Offset = 6 3 Offset = 8 3 Offset = 8 4 Offset = 10 4 Offset = 10 5 Offset = 12 5 Offset = 12 6 Offset = 15 6 Offset = 15 7 Offset = 18 7 Offset = 18 8 Offset = 21 8 Offset = 21 9 Offset = 24 9 Offset = 24 *0 Offset = 28 *0 Offset = 28 *1 Offset = 32 *1 Offset = 32 *2 Offset = 36 *2 Offset = 36 *3 Offset = 40 *3 Offset = 40 *4 Offset = 50 *4 Offset = 50 *5 Offset Off *5 Offset Off

143 Solution-8248 Installation Manual 143 Installers Code Location 7589 Location 7589 DD1 DD2 DD3 DD4 DD5 DD6 Installer s Code Installers Code programming defines what the installer s code will be. This code is used to enter the programming mode from the codepad. Although the Solution Control / Communicator is shipped with a 6 digit codes capability it is shipped with a 4 digit PIN length default The default codes for the Installer s Code will be 4 digits unless you have reprogrammed for a 6 digit PIN length Master Code Location 7592 Location 7592 DD1 DD2 DD3 DD4 DD5 DD6 Master Code Master Code programming defines what the master code will be. This code is the highest authority level for a PIN. Although the Solution Control / Communicator is shipped with a 6 digit codes capability it is shipped with a 4 digit PIN length default The default codes for the Master Code will be 4 digits unless you have reprogrammed for a 6 digit PIN length If the Master Code is lost, this location may be used to program a new one Otherwise, the Master Code Programming Mode should be used to create PINS that have a Master Code authority level Master Code for user number 001 has an authority level fixed at level 0 It will always have access to all partitions User numbers 002 through 200 must be programmed from the Master Code Programming Mode

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145 Alpha Programming This Section Includes The Following Alpha Programming

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147 Solution-8248 Installation Manual 147 Alpha Programming Location & Location & Partition 1 8 & Zone Characters 1-16 Location Location Location Location Location Location Location Location Location Location Location Location Location Location Location Location Alpha Description Programming allows up to 16 characters to be programmed for the description of each partition or zone (e.g. J. Hill s Office ). Once programmed, the descriptions will be displayed on the alpha codepads. Words are created one character at a time Each character uses two data digits If a description is less than 16 characters, leave the remaining locations blank For example, Character Character Character Character Character Character Character Character C H E M I C A L * *2 4 DD1 DD2 DD1 DD2 DD1 DD2 DD1 DD2 DD1 DD2 DD1 DD2 DD1 DD2 DD1 DD2 Table Of Locations For Partition Alpha Numeric Programming Partition Location Partition Location Partition Partition Partition Partition Partition Partition Partition Partition

148 148 Solution-8248 Installation Manual Table Of Locations For Zone Alpha Numeric Programming Zone Location Zone Location Zone Location Zone Location Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone Zone

149 Solution-8248 Installation Manual 149 Table Of Character Values DD1 DD2 Letter DD1 DD2 Letter DD1 DD2 Num DD1 DD2 Special Char 1 4 A 1 6 a Space 2 4 B 2 6 b ! 3 4 C 3 6 c D 4 6 d # 5 4 E 5 6 e $ 6 4 F 6 6 f % 7 4 G 7 6 g & 8 4 H 8 6 h I 9 6 i ( *0 4 J *0 6 j ) *1 4 K *1 6 k *0 2 * *2 4 L *2 6 l *1 2 + *3 4 M *3 6 m *2 2, *4 4 N *4 6 n *3 2 - *5 4 O *5 6 o * P 0 7 p *5 2 / 1 5 Q 1 7 q *0 3 : 2 5 R 2 7 r *1 3 ; 3 5 S 3 7 s *2 3 < 4 5 T 4 7 t *3 3 = 5 5 U 5 7 u *4 3 > 6 5 V 6 7 v *5 3? 7 5 W 7 7 w *0 8 5 X 8 7 x 9 5 Y 9 7 y *0 5 Z *0 7 z

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151 Programming MUX Devices This Section Includes The Following Introduction Installing A Multiplex Device

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153 Solution-8248 Installation Manual 153 Introduction Before installing a multiplex device, its location and other information must be programmed into the control panel. If using a DS7436 Multiplex Expansion Module, programming must be done using the A BUS Installing A Multiplex Device Program The Control Panel Refer to Zone Programming sections which allow you to define the Multiplex Zone s Location (zone number) the Multiplex Zone s type (single or multiple zone input device, a DS7465, a Multiplex Smoke or a Multiplex Smoke with a Low Temperature Alarm) which zone or output function it will follow (1-24) the Multiplex Zone s partition (1-8) For example, to program zone 9 to be a single zone input device (MX950) that follows zone function 1 and is in partition 1 Enter the programmer s mode Enter Location 0039 Enter the data digits as [0] and [1] followed by the [#] key Enter Location 0291 Enter the data digits as [0] and [0] followed by the [#] key Exit the programmer s mode Program The BusLoc Feature At this point, you must decide whether or not to use the BusLoc feature. BusLoc is a proprietary method of tying the multiplex zones to the control panel to prevent the system from being taken over. Using BusLoc will program an invisible identification code into the multiplex zones. If you choose to use the BusLoc feature Program a 5-digit code at programming address 9999 It is very important to save this code under lock and key. If you need to replace the control panel, you will have to program it with the same BusLoc code as the previous panel or the multiplex devices will not match codes with the new control panel. For example, to program the BusLoc code to be Enter the programmer s mode Enter location 9999 Enter the data digits as [5], [4], [3], [2], and [1] followed by the [#] key Exit the programmer s mode If using the DS Input Remote Module or the DS Input Direct Module, the BusLoc feature can not be used

154 154 Solution-8248 Installation Manual Program The Multiplex Devices Disconnect all multiplex devices from the DS7430 Program the multiplex devices through the control panel Enter the programmer s mode Enter the multiplex programming mode Do this by entering [9] [9] [9] [5] followed by the [#] key The control will then take a few seconds to check the multiplex connection to confirm nothing is connected to it. The display will show the following The display will then call-up the first zone you have pre-programmed to be a multiplex zone. To access a different zone, press the [Reset/*] key, then enter the three digit value of the zone you want. The display will show the following Reconnect the multiplex device (that coincides with the displayed zone) to the multiplex bus of the DS7430. For DS7465s and Multiple Input devices, pressing the [#] button now will program these devices to the control panel. Remember, these devices take up two locations. When address 009 (for example) is a DS7465, pressing the [#] button now will program both locations 009 and 010 For Single Input devices, press the [#] button to continue programming. The display asks whether you are programming a sensor or a contact and will show the following If you are programming a sensor press the [4] button to program these devices to the control panel If you are programming a contact, press the [6] button to program these devices to the control panel If the device is successfully programmed, the keypad will sound a single beep and increment to the next zone (if there is one) pre-programmed as a multiplex zone Disconnect the device you just programmed and connect the next device (that belongs to the displayed zone) to the multiplex bus of the DS7430 and press the [#] button. Continue programming.

155 Solution-8248 Installation Manual hour zones will alarm when you exit the programmer s mode Alarm reports for these zones will be sent if they have been programmed If you do not want these reports sent, disconnect power from the system now by unplugging the transformer and removing the red battery lead Do not reconnect power until all zones have been installed and connected to the multiplex bus If no other zones have been pre-programmed, the display will show the following Exit the multiplex programming mode by pressing the [*/Reset] button for 2 seconds. This brings you back to the programmer s mode Exit the programmer s mode by pressing the [*/Reset] button for 2 seconds If the zone is unsuccessfully programmed, the keypad will sound a three-beep error tone To disable or remove a multiplex point set the Location to 00

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157 Wireless This Section Includes The Following Introduction Zone Functions Zone Or Keyfob Assignment Zone Or Keyfob Partition Assignment Zone Type Option Key Output Partition Assignment Output Function Receiver Configuration Address Codepad Assignment Codepad Partition Assignment Emergency Keys Programming Wireless RF Devices

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159 Solution-8248 Installation Manual 159 Introduction Any zones used by RF devices must be programmed as RF zones before the wireless devices can be activated. To install an RF (Wireless) device Program RF zones on the Solution Control Panel Install the RF device(s) according to its installation instructions Program the RF devices Add the RF zones Test the RF zones This section covers how to program a zone on the Solution Control/Communicator and covers defining the RF (Wireless) zones location (zone number) it s type (always a single input zone, selection 0) which zone or output function it will follow (1-30) it s partition (1-8) The Zone Functions for RF zones must always be set for Alarm on Short or Alarm on Open DO NOT program the zone functions for Trouble on Short

160 160 Solution-8248 Installation Manual Zone Functions Location Location DD1 DD2 Zone Functions A zone function is the description of how a zone will behave. Up to 30 different zone functions may be programmed. You may use the default values (which are already programmed into the panel), change the defaults, or add new zone functions. The Zone Functions for RF zones must always be set for Alarm on Short or Alarm on Open DO NOT program the zone functions for Trouble on Short Table For Zone Functions Data Digit 1 Equation A Invisible Alarm 0 Silent Alarm 1 Steady Alarm 2 Pulsing Alarm 3 Equation B Alarm on short / Alarm on open 0 Alarm on short / Trouble on open 4 Alarm on open / Trouble on short 12 Total Equation of A & B Equation A & B = DD1 DD1 Add together equation a & b to give you the total value of Data Digit 1. Invisible Alarm When this zone alarms all alarm outputs programmed for this partition will not activate. The bell cut-off timer should start, in case the zone restorals are sent when the bells time-out. If the alarm output is already activated (either pulsing or steady) it will not be affected. If a second alarm occurs while the cut-off timer is running, it should be reloaded with the appropriate cut-off value for the alarm type (burg or fire), unless that value is less than the time remaining on the timer. There is to be no display of this zone alarm or violation on the codepad. This type of zone is used for hold-up switches and money clips. Silent Alarm When this zone alarms all alarm outputs programmed for this partition will not activate. The bell cutoff timer should start, in case the zone restorals are sent when the bells time-out. If the alarm output is already activated (either pulsing or steady) it will not be affected. If a second alarm occurs while the cutoff timer is running, it should be reloaded with the appropriate cutoff value for the alarm type (burg or fire), unless that value is less than the time remaining on the timer.

161 Solution-8248 Installation Manual 161 Steady Alarm When this zone alarms all alarm outputs programmed for this partition will come on steady, unless it is already pulsing then it will remain pulsing. The bell cutoff timer should start. The alarm outputs will continue to be activated until the bell cutoff timer times out or is reset and then they will silence. If a second alarm occurs while the cutoff timer is running, it should be reloaded with the appropriate cutoff value for the alarm type (burg or fire), unless that value is less than the time remaining on the timer. Pulsing Alarm When this zone alarms all alarm outputs programmed for this partition will come on pulsing (1 second on and 1 second off). The bell cutoff timer should start. The alarm outputs will continue to be activated until the bell cutoff timer times out or is reset and then they will silenced. If a second alarm occurs while the cutoff timer is running, it should be reloaded with the appropriate cutoff value for the alarm type (burg or fire), unless that value is less than the time remaining on the timer. The zone functions for RF zones must always be set for Alarm on short or Alarm on open Do not program the zone functions for Trouble on short Trouble on open only when disarmed When armed this becomes Alarm on open or Alarm on short for non-24 hour zones Multiplex contacts (DS6450 & DS7452) should not be programmed for Trouble on open Table For Zone Functions Data Digit 2 Option Data Digit 2 Value 0 Interior delayed 1 Perimeter instant 2 24-Hour 3 Entry / exit delay 1 4 Entry / exit delay 2 5 Interior entry / exit Handover 6 Interior home / away 7 Interior instant 8 Day monitor 9 Keyswitch DD1 Keyswitch Option *0 (a ) Fire zone with verification 0 Single Partition - No force arm *1 (b ) Fire zone without verification 1 Single Partition - Can force arm *2 (c ) Waterflow 2 All Partitions - No force arm *3 (d ) Supervisory 3 All Partitions - Can force arm *4 (e ) Entry / Exit delay cancel 1 *5 (f ) Entry / Exit delay cancel 2 Note: If data digit 2 = 9 (keyswitch) use this table for data digit 1 Interior Delayed An interior delayed zone will not alarm during the exit delay and if an entry / exit zone is violated first it will also not alarm during the entry delay if the loop is faulted while the control is armed an alarm will result. If the control is disarmed no alarms will result but the status of the zone will show on the codepads.

162 162 Solution-8248 Installation Manual Perimeter Instant A perimeter zone will alarm during the exit delay and the entry delay. If the loop is faulted while the control is armed an alarm will result. If the control is disarmed no alarms will result but the status of the zone will show on the codepads. Perimeter zones are armed for Level 1, 2, 3, 4, 5 and 6 arming. 24 Hour Zone This zone is active and will alarm all 24 hours of the day regardless of the arming state of the control. An alarm results on open or short unless the zone is programmed for trouble and then an alarm is short and a trouble is open. An alarm on a 24 hour zone will be silenced by entering a disarm code whether the control is armed or not. If the 24 hour zone restores and alarms again the alarm will sound again. If a 24 hour zone is programmed for trouble an open during the armed period will send a trouble report and not an alarm, if not programmed for trouble an open will be an alarm. 24 Hour zones are never swinger shunted. All 24 hour zones that have alarmed and are not restored will show as "Not Ready". They will prevent arming if the partition is not force armed, however, they cannot be force bypassed. 24 Hour zones that have been bypassed manually using BYPASS will remain so until un-bypassed, even if the partition is armed and disarmed. Entry / Exit Delay 1 An entry / exit delay zone is ignored during the exit delay and entry delay. If the zone is faulted while the control is armed and not in exit delay then an entry delay will be started, and a continuous entry tone is sounded at the codepads. If the control is not disarmed by the end of the entry delay, an alarm will result. There are no codepad tones during the exit delay unless Codepad audible During Exit Delay is programmed. If an entry delay is running and another entry delay zone is faulted then the entry delay timer should be set to the shorter of the two times (the entry delay for the zone that was faulted or the currently running timer). If, at the exact end of an exit delay, an entry / exit delay zone is faulted, an exit error condition will result. The entry delay will be begin as above, and any outputs programmed to follow burg zone alarms will activate. If the control is not disarmed by the end of the entry delay, an alarm will result, and an exit error report will be sent to the central station (following the alarm report if programmed). Any outputs on during the exit error will deactivate. If the control is disarmed during the entry delay, no reports will be sent to the central station and any outputs on during the exit error will deactivate. The exit error report does not follow the dialler delay. Uses entry delay 1 and exit delay 1. Entry / Exit Delay 2 Works just like Entry / Exit Delay 1 except that entry delay 2 and exit delay 2 are used. Interior (Entry / Exit Handover) An interior zone will not alarm during the exit delay and if an entry / exit zone is violated first it will also not alarm during the entry delay if the loop is faulted while the control is armed an alarm will result. If the control is disarmed no alarms will result but the status of the zone will show on the codepads. Interior zones are armed only for Level 1, 4, 5 and 6 arming. They are automatically bypassed for Level 2 and 3 arming. Interior (Home / Away) An interior home / away zone acts the same as an interior zone if an exit / entry zone is not violated. If an exit / entry zone is violated during the exit delay then after the exit delay expires the interior zone bypass on this zone is removed and any violation of this zone there after will cause an alarm. Interior home / away zones are automatically bypassed for Level 2 and 3 arming. Interior Instant An interior zone will alarm during the exit delay and the entry delay. If the loop is faulted while the control is armed an alarm will result. If the control is disarmed no alarms will result but the status of the zone will show on the codepads. Interior zones are armed only for Level 1, 4, 5 and 6 arming. They are automatically bypassed for Level 2 and 3 arming.

163 Solution-8248 Installation Manual 163 Day Monitor A day monitor zone will act the same as a perimeter instant zone when the partition is armed. When the partition is disarmed a violation of one of these zones will cause the codepad sounders to sound continuously until and a users code with disarm authority is entered. While disarmed there will be no central station reports sent for a day monitor violation. The alarm outputs also will not operate. A day monitor violation will be recorded in the alarm history the same as a 24 hour zone would be recorded. Keyswitch Input When a zone is programmed for keyswitch arming then that zone is the input for a momentary keyswitch input. Every time the keyswitch input is shorted to ground for 300 ms the arming state of the control will toggle. No zone alarms will be generated on that zone. There is no other programming required to activate the keyswitch. Fire Zone This zone is active and will alarm all 24 hours of the day regardless of the arming state of the control. An alarm results on open or short unless the zone is programmed for trouble and then an alarm is short and a trouble is open. An alarm on a fire zone will be silenced by entering a disarm code whether the control is armed or not. When a disarm code is used to silence a fire alarm, all codepads in the partition in which the code was entered must display Sounder Silenced. This display will remain active until a fire reset is performed, or until the sounders re-initiate due to a new alarm. If the fire zone restores and alarms again the alarm will sound again. If a fire zone is programmed for trouble, an open during the armed or disarmed period will send a trouble report and not an alarm. Fire zones are never swinger shunted. All fire zones that have alarmed will show as "Fire Alarm XXX" on all codepads in all partitions until a fire reset is performed, even if they have physically restored. During this time they will prevent arming if the partition is not force armed, however, they cannot be force bypassed. Fire zones that have been bypassed manually using BYPASS will remain so until un-bypassed, even if the partition is armed and disarmed. Fire Verification If a fire zone alarms and it is programmed for verification, pulse any outputs programmed for Pulse for 10 seconds when SYSTEM RESET is entered for 10 seconds. Also pulse the smoke power control line on the panel. During the 10 second power interruption, ignore all zone status on all fire zones and ignore all zone status (fire and burg) on zones 1 thru 16. During the next five seconds after smoke power has been restored, stop doing normal multiplex bus scans, and send a reset command to every fire multiplex zone. Then, poll every fire multiplex zone to get updated status. After five seconds, monitor all fire zones for two minutes. If any fire zone returns to alarm within the two minute window create a fire alarm. If a fire zone does not go into alarm within the two minute window forget that a fire alarm occurred. If another alarm occurs on a fire zone with verification after the two minutes, start the process over. After any fire zone (or waterflow zone) is in alarm, all subsequent fire zones are treated as instant (no verification) until the next fire reset. This same procedure should be performed when a fire reset (SYSTEM RESET) is entered, except that the two minute instant alarm monitoring period is not observed. Waterflow Zone This zone is identical to a fire zone with the following exceptions: Waterflow zones are limited to the first 4 zones. (Not true. Any zone can be a water flow zone, but only zones 1 through 4 may be programmed as delayed water flow). Each waterflow zone has its own verification timer. A single verification delay will be programmed for all waterflow zones. If the delay is programmed to 0, then the zone is to be processed as a non-verified fire zone. Otherwise, the a timer will begin counting up from zero to the delay value when a waterflow zone is shorted. When the delay value is reached, the zone is considered in alarm. If the zone returns to supervised during the up-count, the timer should begin counting back down to zero. Once the alarm has occurred, it is treated like an alarm on any other fire zone. After the zone has gone into alarm, the timer is used again for the restoral process, starting with the first time the zone returns to a supervised state. Unlike normal verified fire zones, waterflow zones always use their verification timer. They are never instant unless the timer is programmed to 0.

164 164 Solution-8248 Installation Manual An alarm on a waterflow zone can be manually silenced the same as a fire zone, and all codepads in the partition in which the code was entered must display Sounder Silenced. However, the sounders cannot time-out automatically if any waterflow zone is still in alarm. Supervisory Zone This zone is active all 24 hours of the day regardless of the arming state of the control. A supervisory condition results on open or short unless the zone is programmed for trouble, and then a supervisory is short and a trouble is open. A supervisory condition will cause a fire trouble beep at all codepads in all partitions. A supervisory condition is cleared by entering a disarm code whether the control is armed or not, however, it cannot be cleared until all supervisory zones have physically restored. Supervisory zones are never swinger shunted. A supervisory condition will show as "Supervisory XXX" at all codepads in all partitions and cause a fire trouble beep until cleared, even if they have physically restored. During this time they will prevent arming if the partition is not force armed, however, they cannot be force bypassed. Supervisory zones that have been bypassed manually using BYPASS will remain so until unbypassed, even if the partition is armed and disarmed.

165 Solution-8248 Installation Manual 165 Zone Function Factory Defaults Location Zone Function Default Values =Steady alarm output, alarm on short and open 3=Entry / exit delay = Steady alarm output, alarm on short and open 4= Entry / exit delay = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 5= Interior entry / exit Handover = Steady alarm output, alarm on short and open 6= Interior home / away = Steady alarm output, alarm on short and open 7= Interior instant = Steady alarm output, alarm on short and open 2= 24-Hour = Pulsing alarm output, alarm on short, trouble on open *0= Fire zone with verification = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant = Steady alarm output, alarm on short and open 1= Perimeter instant

166 166 Solution-8248 Installation Manual Zone Or Keyfob Assignment Location Location DD1 DD2 Zone or Keyfob Assignment A zone function is assigned to a zone or keyfob. Factory default values of zone functions are listed in the Zone Function Factory Defaults table. Enter the zone function (1-30) into Data Digits 1 & 2. For example, Table For Data Digit 2 For Keyfobs ONLY DD1 DD2 Value of zone function 5 would be entered as: 0 5 DD1 DD2 Value of zone function 23 would be entered as: 2 3 DD2 Add Options Keyfob ONLY 1 Single Partition No Forced Arming Allowed 2 Single Partition Forced Arming is Allowed 3 All Partitions No Forced Arming Allowed 4 All Partitions Forced Arming is Allowed If the system is using two receivers the coverage of the keyfob is limited to the assigned receiver because keyfobs are assigned to a zone and zones are assigned to a receiver Wireless zones start at zone 137 The DID occupies two zones The odd numbered zone of the zone pair is the input zone The even numbered zone of the zone pair is the output relay The output follows an output function

167 Solution-8248 Installation Manual 167 Zone Or Keyfob Partition Assignment Location Location DD1 DD2 Zone or Keyfob Partition Assignment 00 In Zone or Keyfob Partition Assignment, each zone is assigned to a partition. The partition assignment for odd numbered zones is programmed in the first data digit of these locations. The partition assignment for even numbered zones is programmed in the second data digit of these locations. By default, all zones are assigned to partition 1. Table For Zone Partition Assignment DD Select Option 0 Partition 1 1 Partition 2 2 Partition 3 3 Partition 4 4 Partition 5 5 Partition 6 6 Partition 7 7 Partition 8 For example, to assign zone 205 to partition 4 and zone 206 to partition 2, the data digits would be 31.

168 168 Solution-8248 Installation Manual Zone Type Location Location DD1 DD2 Zone Type Each Zone Type is assigned to a zone Table For Zone Types Single Zone Input Any RF input device. Keyfob DD Select Option 0 Single zone input 5 Keyfob Two or four button remotes (RF3332 or RF3334). When using RF Zones are reserved Wired zones cannot reside in zones as they are reserved as RF zones ONLY For RF devices this is always a single input zone selection 0 or a keyfob, selection 5 Keyfobs are zone inputs They do not require Codepad Assignment programming Each RF3332 (2-Button) or RF3334 (4-Button) or RF3502 (Panic) Keyfob occupies 1 RF zone It is possible to have up to 120 Keyfobs on a system The RF3334 Keyfob can also operate programmed outputs

169 Solution-8248 Installation Manual 169 Option Key Location Location 2734 DD1 DD2 Bell Output 6 3 Location 2735 DD1 DD2 Output Location 2736 DD1 DD2 Output Table For Data Digit 2 DD2 RF3334 Select Option 0 Disabled Disabled 1 Momentary Button on keyfob 2 Toggle Button on keyfob 3 Momentary Button on keyfob 4 Toggle Button on keyfob Data Digit 1 must be a 0

170 170 Solution-8248 Installation Manual Output Partition Assignment Location Location 2737 DD1 DD2 Bell & Output 1 Partition 8 8 Location 2738 DD1 DD2 Output 2 Partition & Keyfob Chirp 8 0 In Output Partition Assignment each on-board output is assigned to a partition. By default, outputs are assigned to all partitions. The outputs may be assigned to follow the Option Key in one or all partitions in the Output Partition Assignment Addresses Outputs may also be programmed to Chirp (a 1/2 second sounder output when the panel is armed or two 1/2 second sounder outputs when the panel is disarmed). Table For Output Partition Assignment DD Select Options DD2 Keyfob Chirp Select Options 0 Belongs to Partition 1 0 Chirp Disabled 1 Belongs to Partition 2 1 Alarm Output 2 Belongs to Partition 3 2 Programmable Output 1 3 Belongs to Partition 4 3 Programmable Output 2 4 Belongs to Partition 5 5 Belongs to Partition 6 6 Belongs to Partition 7 7 Belongs to Partition 8 8 Follows All Partitions

171 Solution-8248 Installation Manual 171 Output Function Location Location DD1 DD2 Output Function Table For Data Digit 2 Action Keyfob DD2 Disabled 0 Momentary Option Key 1 Toggle Option Key 2 Momentary Auxiliary Key 3 Toggle Auxiliary Key 4 Data Digit 1 must be a 0

172 172 Solution-8248 Installation Manual Receiver Configuration Address Location 2731 Location 2731 DD1 DD2 Receiver Configuration Address 0 0 The Solution control panel can accept 1 or 2 receivers on the multiplex bus. The panel must be programmed for the number of receivers used and which zones are assigned to each receiver. Tables For Receiver Configuration Address Do not program two receivers if you are not programming zones to both receivers Do not install a second receiver if it is not properly programmed DD1 Select Option DD2 Select Option 0 No Receiver 0 One Receiver 2 One Receiver 4 Two Receivers Receiver # 1 = Zones Receiver # 2 + Zones Receiver # 1 = Zones Receiver # 2 + Zones Receiver # 1 = Zones Receiver # 2 + Zones Receiver # 1 = Zones Receiver # 2 + Zones Receiver # 1 = Zones Receiver # 2 + Zones Receiver # 1 = Zones Receiver # 2 + Zones Receiver # 1 = Zones Receiver # 2 + Zones Receiver # 1 = Zones Receiver # 2 + Zones Receiver # 1 = Zones Receiver # 2 + Zones Receiver # 1 = Zones *0 Receiver # 2 + Zones Receiver # 1 = Zones *1 Receiver # 2 + Zones Receiver # 1 = Zones *2 Receiver # 2 + Zones Receiver # 1 = Zones *3 Receiver # 2 + Zones

173 Solution-8248 Installation Manual 173 Codepad Assignment Location Location DD1 DD2 Codepad Assignment 0 0 Codepad Assignment Programming is where you assign the codepad type. Table For Data Digits 1 & 2 DD Select Option 0 Disabled or Wireless Codepad 1 Alpha (LCD) Codepad 2 LED Codepad 3 Master Codepad Data Digit 1 defines the first codepad in the location Data Digit 2 defines the second codepad in the location If using wireless codepads please note that There must be at least one wired codepad in the system If only one wired codepad is used it must be codepad #1 Wireless codepads must not be assigned as master codepads The system may have a maximum of 5 wireless codepads Wireless codepads can only be assigned as codepads 1-5 Both a wired and a wireless codepad may be assigned to the same location If both a wired and a wireless codepad are assigned to the same location, select the option for the appropriate wired codepad in locations If a wireless codepad without a wired counterpart is desired assign the wireless codepad as 0 (disabled) Wireless codepads may be assigned to any partition Installing the RF3341 Codepad Set the Supervision Jumper to ON if the codepad will be supervised by the control panel Select ON (Supervised) only if the codepad will always be in radio range of the control panel receivers If the codepad is moved beyond the range of the receivers, a codepad fault condition will be displayed at the wired codepads Select OFF (Unsupervised) if the codepad will be removed from the premises 3 Volt Battery OFF Supervision Jumper ON

174 174 Solution-8248 Installation Manual Codepad Partition Assignment Location Location DD1 DD2 Codepad Partition Assignment 0 0 Codepad Partition Assignment is where both wired and wireless codepads are assigned to a partition. Table For Data Digits 1 & 2 DD Select Option 0 Belongs to Partition 1 1 Belongs to Partition 2 2 Belongs to Partition 3 3 Belongs to Partition 4 4 Belongs to Partition 5 5 Belongs to Partition 6 6 Belongs to Partition 7 7 Belongs to Partition 8 Data Digit 1 defines the first codepad in the location Data Digit 2 defines the second codepad in the location Wireless codepads may only be codepads 1-5 Wireless codepads may be assigned to any partition

175 Solution-8248 Installation Manual 175 Emergency Keys Location Location 3147 DD1 DD2 Emergency Codepad A & B Keys 0 0 Location 3148 DD1 DD2 Emergency Codepad C Key 0 0 Once the Codepad Assignment Programming and Codepad Partition Assignment Programming have been completed, the wireless codepads may be programmed into the system. Emergency key programming disables or activates the emergency keys located on the codepads and / or keyfobs. It also determines whether it is a silent, pulsed, or steady alarm. The codepads will appear as zones 130 (for codepad #1) through zone 134 (for codepad 5) The A, B and C keys will only be operational if programmed in your control / communicator Fire Key The emergency key (key A) at the bottom left of the codepad entry area is the Fire Key. If programmed, the key will activate a fire alarm when pressed for 2 seconds. It may be programmed for a steady or pulsed alarm. Special Emergency Key The emergency key (key B) at the bottom centre of the codepad entry area is the Special Emergency Key. If programmed, the key will activate a supplementary or an auxiliary type alarm when pressed for 2 seconds. It may be programmed for a silent, steady, or pulsed alarm. Panic Key The emergency key (key C) at the bottom right of the codepad entry area is the Panic Key. If programmed, the key will activate a panic alarm when pressed for 2 seconds; nothing will display at the codepad to indicate an alarm. It may be programmed for a silent, steady, or pulsed alarm. Do not label these keys if they are unprogrammed Only the A key may be programmed and labelled as the Fire key These keys are not intended to substitute for Listed manual pull boxes

176 176 Solution-8248 Installation Manual Table For Emergency Codepad A Key DD1 Select Option 0 Fire key = Disabled 1 Fire key = Disabled 2 Fire key = Steady alarm 3 Fire key = Pulsed alarm The Fire Key will generate the fire alarm sounders in the partition that activated the Fire Key Any other partitions in use will only have their codepad sounders activated All codepad displays will be the same Table For Emergency Codepad B Key DD2 Select Option 0 Special Emergency key = Disabled 1 Special Emergency key = Silent 2 Special Emergency key = Steady alarm 3 Special Emergency key = Pulsed alarm The Special Emergency Key will generate the alarm sounders only in the partition of the codepad that activated that Key Table For Emergency Codepad C Key DD1 Select Option 0 Panic key = Disabled 1 Panic key = Disabled 2 Panic key = Steady alarm 3 Panic key = Pulsed alarm Data Digit 2 at location 3148 is not used therefor it must be programmed as a 0 The Panic Key will generate the alarm sounders only in the partition of the codepad that activated that Key

177 Solution-8248 Installation Manual 177 Programming Wireless RF Devices All wireless RF devices, codepads, keyfobs, PIRs, smoke detectors and contact points must be programmed into the Solution panel in order to be recognised. Each wireless device will have a unique ID code attached to the device in the form of a two part bar code sticker or a number set as shown below. It is suggested that you keep one part of the sticker for your records and leave the second part attached to the device or To Enter A Wireless Device After The Solution Control / Communicator Has Been Programmed For RF Zones Enter the installer s code + [#][0] If no keystrokes are detected for thirty minutes, the panel will automatically exit the programmer s mode Enter the RF programming mode by entering [9] [9] [9] [0] + [#] button You may exit the RF programming mode at this time by pressing the Off key If no RF zones have been programmed into the panel the following message will appear No RF Zones Press Off If the panel has been programmed with RF zones the RF Installer s Menu will then appear Add RF Zone? Press 1 Test RF Zone? Press 2 Remove RF Zone? Press 3 To Add A RF Zone Select Add RF Zone by pressing the [1] key If all of the RF zones have been added, the following message will appear Last RF Zone Press Off If zones are ready to be added, the following display will appear Add Zone ### Press # The zone number shown will be the lowest number zone available to be added. You may step forward to other programmed and ready to be added zones by pressing the [ON] key on the codepad. If you step through all the zones and the message Last RF Zone - Press [OFF] appears, you may return to the first available zone for programming by pressing the [ON] key. You cannot step backward through the zones - only forward

178 178 Solution-8248 Installation Manual When the desired zone number is shown in the display, press the [#] key to accept that zone number and display the following Enter ID Zn ### Enter the 9 digit code from the ID sticker on the device followed by [#] The system will confirm acceptance of the device with a single beep from the codepad and display the following message Added Zone ### Press On Pressing the [ON] key at this time will prompt the system to the next zone ready to be added to the system or display the message No Zones To Add Press Off if there are no zones to be added A three beep tone from the codepad will indicate that the device was not accepted by the system for one of the following reasons The following message indicates that the sensor code has already been added to the system. The sensor shown can be removed from the system or another sensor may be added to the system Duplicate Zn ### Press # The following message indicates that the device ID number was not entered correctly ID Entry Error Press # Pressing the [OFF] key will exit the Add RF Zone mode. The system will pause while the RF zones are configured Configuring RF Please Wait To Test A RF Zone Select Test RF Zone by pressing the [2] key Test RF Zone? Press 2 If there are no RF zones programmed into the system or if the zones have not been Added, the display will read Last RF Zone Press Off If RF zones are programmed into the system and the sensors have been Added, the display will show the first RF sensor available for testing Test Zone ### Press # Test the zone shown by pressing the [#] key or advance to another zone by pressing the [ON] key. When a zone is selected you will be prompted to activate the point. You may activate the point by creating an alarm or tamper condition. Zone XXX Activate Point

179 Solution-8248 Installation Manual 179 The test values will now be displayed. The following information is displayed Zn XXX XXXXXXXX P:XX L:XXX A:XXX Good Marginal Relocate Zone Number Packet count P When transmitting information the transmitter sends the same information 4 or 8 times in Packets and the receiver must receive at least 1 of these packets. The number of packets sent depends on the device sending the information and the type of information. The number of packets does not reflect the actual strength of the signal The relative signal strength above the ambient noise L as a value of 0-99 Good Marginal or Relocate will also appear depending on the relative signal strength. If the signal is Good, the codepad will beep 8 times, 4 times for a Marginal signal and only once for a Relocate signal The ambient noise level A as a value of 0-99 Pressing the [ #] key will allow you to select another zone Pressing the [OFF] key exits the test mode To Remove A RF Zone This is a two step process Remove the zone from the receiver Select Removing RF Zones by pressing the [3] key Remove RF Zone? Press 3 If no RF zones have been programmed or Added, the following message will be displayed No RF Zones Press Off If there are RF zones that may be removed, the first available zone will be displayed Remove Zone ### Press # Select the zone displayed or advance to another zone by pressing the [ON] key. If the [#] key is selected at this time, the panel scans the receiver to remove the ID for the specified sensor. When completed, the display shows the following message Zone Removed ### Press # Press the [#] key to see the next zone that can be removed Press the [OFF] key to exit the Remove Zone mode Remove the zone from its zone location ( ) by setting the appropriate zone location to 00

180 180 Solution-8248 Installation Manual RF Troubles RF Zone Troubles will only appear on the display after a user code followed by [#] [8] [7] has been entered into the codepad. One or more of the following messages will appear if there is a problem with a RF Zone Missing Zone indicates that the sensor zone failed to receive a report from the sensor during the supervisory period of 4 or 12 hours Missing Zone ### (Zone Text) Trouble Zone indicates that the RF sensor has determined that there is some type of trouble with itself. Not all types of sensors have the capacity to report troubles Trouble Zone ### (Zone Text) Zone Trouble may indicate a shorted sensor zone Zone Trouble ### (Zone Text) Tamper Zone indicates that the cover tamper has been violated on the sensor Tamper Zone ### (Zone Text) Low Battery indicates that the sensor battery is low Low Bat Zone ### (Zone Text) Receiver Trouble Displays Receiver #1 refers to the receiver with the lower zone numbers. Receiver #2 refers to the receiver with the upper zone numbers. The Codepad displays may show the following receiver troubles RF Receiver Tamper indicates that one of the receiver s covers have been removed or tampered with. Control Trouble Tamper RF Rcvr # RF Receiver Jammed indicates that the receiver may be getting interference from outside sources. Interference may be caused by older Cell Phones, multichannel cordless phones, some business / police / fire band radios and Walkie Talkies. Control Trouble Jammed RF Rcvr # RF Receiver Trouble indicates that the receiver has not received any supervisory signals from any of the sensors during the supervision interval. Check the receiver antennas and test all the sensors. If the sensor tests are unsuccessful, then the problem is likely to be in the receiver. Control Trouble Trouble RF Rcvr #

181 Solution-8248 Installation Manual 181 RF Receiver Communications indicates that the receiver is not communicating with the multiplex interface module at the control panel. Check for open, shorted, reversed or mis-wired connections between the multiplex interface module and the receiver. Be sure the receiver has +12 VDC power from the control panel. The multiplex module or the receiver may also be at fault. Control Trouble Radio RX# Comm

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183 UL Listing This Section Includes The Following Solution UL Listings Installation Considerations Programming the Solution General System Requirements

184

185 Solution-8248 Installation Manual 185 Solution 8248 UL Listings Household Fire Alarm, UL Standard UL985 Commercial Fire Alarm, UL Standard UL864 Type Service - Local, Central Station, Remote Station Type Initiating - Automatic, Manual, Sprinkler Supervisory, and Waterflow Household Burglary Alarm, UL Standard UL1023 Police Station Connection Grades AA and A, UL Standard UL365 Central Station Burglary Alarm Grades AA, A, B, and C; UL Standard UL1610 Proprietary Alarm Units Grades A and AA, UL Standard UL1076 The control panel should be installed in accordance with UL Standard UL681, Installation and Classification of Mercantile and Bank Burglar Alarm Systems or UL Standard UL1641, Installation and Classification of Residential Burglar Alarm Systems and NFPA 72 for Household and Commercial Fire installations.

186 186 Solution-8248 Installation Manual Product UL System Configurations The following table shows the Solution system configuration for the various types of fire and burglar alarm service for which the product is UL Listed. CST- D CSF- D/RF LF CSB- A PP- AA UL Application CSB- B/C PP-A LB-A PSCB -D-A CC8248 R R R R R R R R R R R Standard Enclosure N/A N/A N/A N/A N/A N/A N/A 1 Attack Enclosure R R R R R R R 1 AE-TR16 Enclosure R R R N/A N/A N/A N/A N/A N/A N/A N/A DS7410 N/A R N/A R R N/A N/A N/A N/A R N/A DS7420I R 4 R 4 4 N/A N/A N/A N/A 4 N/A DS DS DS CP DS DS7480 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A R DS7481 N/A 4 N/A 4 4 N/A N/A N/A N/A 4 N/A DS AB12 Bell Housing N/A N/A N/A R R R R R R R N/A PSCB -RF- A Key To Application Codes Configuration Codes CSF-D Central station fire w/datc (digital Alarm Communications Transmitter / Indicator R Required CSF-D/RF Central station fire w DACT and Radio (ARDIS System) 0 Optional LF Local Fire N/A Not Applicable CSB-A Central station burglary, Grades AA & A 1 Standard or Attack enclosure maybe used PP-AA Propriety Grade AA 2 Either enclosure maybe used. Device must be mounted to the enclosure cover or within 6 metres with wiring in conduit CSB-B/C Central station burglary, grades B & C 3 Either enclosure maybe used PP-A Propriety grade A 4 Either the DS7420i or the DS7481 must be used to monitor the phone line input to the control unit. LB-A Local burglary grade A PSCB-D- A Police station connected burglary w/dact grade A PSCB-RF- A Police station connected burglary w/radio AAGARD system- DS7416) grades AA & A HF/B House Hold (residential) fire & burglary HF/B

187 Solution-8248 Installation Manual 187 Installation Considerations Failure to install and program the control in accordance with the requirements in this section voids the listing mark of Underwriters Laboratories, Inc. The maximum standby battery capacity is VDC The total nominal standby current must not exceed 1.5 A nor 2.5 A when in alarm The control must be mounted indoors and within the protected area Enclosure tamper switches (if used) must be connected to a 24-hour zone Grounding must be in accordance with article 250 of the NEC (NFPA 70) At least one UL Listed codepad with zone display must be connected Zones must be connected to UL Listed, compatible devices 50 Hz. AC input cannot be used in UL Listed Requirements The ground wire provided with the enclosure must be connected to the Earth GND connection on the control and the enclosure tab The codepad panic alarm output must follow the corresponding zone function s programming (e.g. fire = pulsing [or steady if not a combination], burglary = steady). In all cases, the special emergency keys must be silent The ground start feature shall not be programmed Programming the Solution 8248 When used in UL Listed Requirements, the control must conform to certain programming requirements. The following is a list of the required program entries and required accessories for specific UL Listed Requirements. Household Fire Alarm Using Digital Alarm Communicator Transmitter With Local Bell The control must be installed in accordance with NFPA 72. Required Accessories At least one Detection Systems, Inc. Model DS250 Series smoke detector with an MB Series base, DS280 Series, MX280 Series, or another Listed compatible smoke detector At least one DS7480 Bell Supervision Module One Wheelock 46T-G10-12 bell or 34T-12 horn (will provide 85db for UL985 and NFPA 72 requirements; other listed compatible devices with a voltage range of 10.2 to 14.0 V may be used) is required and must be installed inside the protected area The standard control enclosure can be used At least one CP7447 Codepad must be used Four-wire detectors must be used with listed power supervision devices. A compatible listed 4-wire detector is the Detection Systems, Inc. DS250 in an MB4W base. A compatible listed EOL relay is the Detection Systems, Inc. EOL200 All zones must be used with the EOL resistor (P/N 25899), provided Report Programming Fire Zone Report must be programmed Low Battery Report (Location 3336) must be programmed AC Failure Report (Location 3338) must be programmed Timer Programming Bell Cutoff Times (Locations 4032 and 4033) must be programmed for not less than 4 minutes Zone Function Programming For household fire installations only, the output signal may be pulsed or steady. For a combination system, see the selection below on alarm output programming

188 188 Solution-8248 Installation Manual Alarm Output Programming Location 2734 must be programmed as: Data Digit 1= 6, Data Digit 2= 3 General Control Programming Location 2732 must be programmed as: Data Digit 1= 0, Data Digit 2= 0 Grade A Household Burglary Alarm Using Digital Alarm Communicator Transmitter With Local Bell The control must be installed in accordance with UL Standard UL1641. Required Accessories At least one Wheelock 46T-G10-12 bell or 34T-12 horn (other listed compatible devices with a voltage range of 10.2 to 14.0 V may be used) is required for this application The standard SOLUTION-8248 enclosure can be used. Report Programming Burglar Zone Reports must be programmed for those zones used Low Battery Report (Location 3336) must be programmed AC Failure Report (Location 3338) must be programmed Timer Programming Bell Cutoff Times (Locations 4032 and 4033) must be programmed for not less than 4 minutes Entry Delay Timer (Locations 4028 and 4029) must be programmed for not longer than 60 seconds Exit Delay Timer (Location 4030) must be programmed for not longer than 45 seconds General Control Programming Location 0000, Data Digit 2 must be programmed for NO Swinger Shunts (enter 0, 1, or 2) Location 2732 must be programmed as: Data Digit 1= 0, Data Digit 2= 0 Alarm Output Programming Location 2734 must be programmed as: Data Digit 1= 6, Data Digit 2= 3 Location 2737 must be programmed as: Data Digit 1= 8 In a system that includes both fire alarm and burglar alarm devices, the system must produce distinct sounds for fire and burglar alarm conditions either by using different indicating appliances or by using distinct cadences for the same appliance General System Requirements Applies to the following grades only Local Burglary Grade A using Digital Alarm Communicator Transmitter (DACT) Police Station Grades AA and A using DACT and ARDIS interface module Grade A using DACT and local Bell. Central Station Grades AA and A using DACT and ARDIS interface module Grade B using DACT and local bell Grade C using Digital Alarm Communicator Transmitter only The controls must be installed in accordance with UL Standards UL681 and UL609 for all grades of service. Report Programming Burglar Zone Reports must be programmed for those zones used Low Battery Report (Location 3336) must be programmed AC Failure Report (Location 3338) must be programmed Open Report (Location 3331) must be programmed Close Report (Location 3332) must be programmed 24-Hour Check-In Reports (Location 3340 and 3347) must be programmed

189 Solution-8248 Installation Manual 189 General Control Programming The control must not be programmed for auto disarm Must be programmed for no swinger shunts and closing ringback - Location 0000 data digit 2, enter 0, 1, or 2 Location 2732 must be programmed as: Data Digit 1= 0, Data Digit 2= 0 Zone Function Programming The Burglar alarm signal (whether pulsed or steady) must be different from the Fire alarm signal Alarm Output Programming Location 2734 must be programmed as: Data Digit 1= 6, Data Digit 2 = 3. Location 2737 must be programmed as: Data Digit 1= 8 Local Burglary Alarm Grade A Installations using Digital Alarm Communicator Transmitter with local bell Follow General System Requirements. Required Accessories The control must be in the Detection System s model AE3CC enclosure with a cover actuated tamper switch installed An Ademco Model AB-12 bell/housing Timer Programming Bell Cutoff Times (Location 4032 and 4033) must be programmed for not less than 15 minutes Entry, Exit Delay Times (Location ) must be programmed for not longer than 60 seconds Police Station Connection Follow General System Requirements. Required Accessories The control must be in the Detection Systems model AE3CC enclosure with a cover actuated tamper switch installed An ARDIS (or DataTAC) interface module The ARDIS module and antenna should be mounted within the protected area The Detection Systems model DS7481 Phone Line Monitor Timer Programming Entry, Exit Delay Times (Location ) must be programmed for not longer than 60 seconds Grade A Installations Using Digital Alarm Communicator Transmitter With Local Bell Follow General System Requirements. Required Accessories The control must be in the Detection System s model AE3CC enclosure with a cover actuated tamper switch installed The Ademco Model AB-12 bell/housing Timer Programming Bell Cutoff Times (Location 4032 and 4033) must be programmed for not less than 15 minutes Entry, Exit Delay Times (Location ) must be programmed for not longer than 60 seconds

190 190 Solution-8248 Installation Manual Central Station Burglary Alarm and Proprietary Grades AA And A And Proprietary Grade AA Installations Using An ARDIS Interface Module Follow General System Requirements. Required Accessories The control must be in the Detection Systems model AE3CC enclosure with a cover actuated tamper switch installed An ARDIS (or DataTAC) interface module The ARDIS module and antenna should be mounted within the protected area The Detection Systems model DS7481 Phone Line Monitor The Ademco Model AB-12 bell/housing Timer Programming Entry, Exit Delay Times (Location ) must be programmed for not longer than 60 seconds Grade B Installations Using Digital Alarm Communicator Transmitter With Local Bell Follow General System Requirements. Required Accessories The control must be in the Detection Systems model AE3CC enclosure with a cover actuated tamper switch installed The Ademco Model AB-12 bell/housing Timer Programming Bell Cutoff Times (Location 4032 and 4033) must be programmed for not less than 15 minutes Entry, Exit Delay Times (Location ) must be programmed for not longer than 60 seconds Grade C And Proprietary Grade A Installations Using Digital Alarm Communicator Transmitter Only Follow General System Requirements. Required Accessories The control must be in the Detection System s model AE3CC enclosure with a cover actuated tamper switch installed Timer Programming Entry, Exit Delay Times (Location ) must be programmed for not longer than 60 seconds Commercial Fire Alarm Central Station (DACT) and Local The control must be installed in accordance with NFPA 72.

191 Solution-8248 Installation Manual 191 Required Accessories DS7420i Dual Phone Line/Bell Supervision Module For Local Commercial Fire Alarm: A listed notification appliance such as a Wheelock 46T-G10-12 bell or 34T-12 horn If not using the phone line supervision, it must be disabled AE-TR16 Transformer Housing At least one CP7447 must be used and assigned as codepad 1. If only one is used, it may be connected to the codepad bus if the codepad is mounted to the front of the box or within the same room as the control equipment and the wire is run in conduit (or equivalently protected against mechanical injury) within 20 ft. (6.1 m) of the control equipment. If multiple codepads are used, one codepad only must be used on the options bus and assigned as codepad and meet the same requirements as in single codepad use 50 Hz. operation and ground start are automatically forced to the disabled state when central station fire mode is selected Report Programming Burglar Zone Reports must be programmed for those zones used Fire Zone Reports must be programmed for those zones used Low Battery Report (Location 3336) must be programmed AC Failure Report (Location 3338) must be programmed Open Report (Location 3331) must be programmed Close Report (Location 3332) must be programmed 24-Hour Check-In Reports (Location 3340 and 3347) must be programmed Timer Programming Bell Cutoff Times (Location 4032 and 4033) must be programmed for not less than 5 minutes Entry, Exit Delay Times (Location ) must be programmed for not longer than 60 seconds General Control Programming Must be programmed for no swinger shunts (Location 0000 data digit 2, enter 0, 1, or 2) Location 2732 must be programmed as: Data Digit 1=0, Data Digit 2= 0 Commercial Fire Mode Programming Local (Location 2733, data digit 1, enter as a 1 through 6) Central Station (Location 2733, data digit 1, enter as a 7 through *2) The codepad panic functions are not intended to be a substitute for Listed manual pull boxes

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193 Optional Equipment This Section Includes The Following DS7412 DS7420I DS EID DS7433 DS7436 CP7447 DS7450 DS7452 DS7455 DS SID DS DID DS SOD DS7480 DS7481 DS7488 DS7489 MX280 MX280TH MX280THL MX835 MX775 MX794 MX934 MX938 MX950 RF3222

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195 Solution-8248 Installation Manual 195 DS7412 RS232 Serial Interface module. The DS7412 module allows the panel to send event information, in an ASCII format, directly to a serial printer or computer. In addition, the interface allows the direct connection of a computer to the panel for programming via the WDSRP programming software. Current Draw = 25 ma; 35 ma with LEDs on DS7420I Dual Phone Line/Bell Supervision Module - 1 per system. The DS7420i allows the control to be used in NFPA 72 installations. It provides two supervised 12.0 VDC signalling outputs, one Class A (Style D) input zone, and dual phone line transmission and supervision. Current Draw = 20 ma Standby; 140 ma Alarm DS EID Remote Eight Input Device (EID) - up to 30 per system. The DS7432 provides a means of monitoring conventional Normally Open or Normally Closed contacts. It reports their status to the control panel as multiplex addresses. It occupies eight multiplex zones on the system and can monitor up to eight separate loops. It will support 4-wire smoke detectors. Current Draw = 10 ma; Standby. 10 ma, Alarm DS7433 Eight Input Direct Module - 1 per system. Cannot be used with DS7436 Multiplex Expansion Module. The DS7433 provides a means of expanding the system to include eight additional hard-wired zones. Each zone can support up to twenty 2-wire smoke detectors (can also support 4-wire smoke detectors). Current Draw = 65 ma, Standby; 80 ma, Alarm (add 15 ma for each additional zone in alarm) DS7436 Multiplex Expansion Module - 1 per system. The DS7436 provides two two-wire multiplex buses for the connection of up to 120 remote points. It also supplies 250 ma per bus. Current Draw = 130 ma, Standby or Alarm CP7447 Control Station. The CP7447 is an Alpha-Numeric LCD codepad. It displays information on various control panel functions. A built-in sounder is used as an interior warning device and to annunciate keystroke entries. Current Draw = 100 ma, Standby; 100 ma, Alarm Codepad Access Output - the CP7447 Alpha Codepad will provide a ten (10) second access relay output if equipped with the optional K800 Relay. The relay will energise at the codepad if the user has a master, unlimited, general, or access PIN. The output will change only if the user has access to the partition assigned to the codepad.

196 196 Solution-8248 Installation Manual DS7450 Flush Mount Single Multiplex Contact Point. The DS7450 is intended as a replacement for conventional dry contacts, and to report an actual multiplex address to the control panel. Occupies 1 zone. Current Draw = 350 ma, Standby; 350 ma, Alarm DS7452 Surface Mount Single Multiplex Contact Point. The DS7452 is intended as a replacement for conventional dry contacts, and to report an actual multiplex address to the control panel. Occupies 1 zone. Current Draw = 350 ma, Standby; 350 ma, Alarm DS7455 Surface Mount Single Multiplex Contact Point. The DS7455 is intended as a replacement for conventional dry contacts, and to report an actual multiplex address to the control panel. Occupies 1 zone. Current Draw = 350 µa, Standby; 350 µa, Alarm DS SID Single Input Device. The DS7457 provides a means of monitoring conventionally Normally Open or Normally Closed contacts. It reports their status to the control panel as multiplex addresses. It occupies one multiplex zone on the system and can monitor one loop. It also includes a tamper loop. Current Draw = 350 ma, Standby; 350 ma, Alarm DS DID Dual Input Device - up to 60 per system. The DS7460 provides a means of monitoring conventional Normally Open or Normally Closed contacts. It reports their status to the control panel as multiplex addresses. It occupies two multiplex zones on the system and can monitor up to two separate loops. Current Draw = 1 ma, Standby; 1 ma, Alarm DS SOD Single Output Device - up to 60 per system. The DS7465 provides a Form C relay that may be programmed to activate on system events, and an input loop to monitor conventional Normally Open or Normally Closed contacts. It reports their status to the control panel as multiplex addresses. Occupies 2 zones. Current Draw = 1 ma Standby; 1 ma with relay energized

197 Solution-8248 Installation Manual 197 DS7480 Bell Supervision Module - 1 per system. The DS7480 provides a means of monitoring bells. It provides a supervised (polarity reversing) output relay to activate the bell. It also provides a Form C Bell Fault Output to be connected to the control panel. Current Draw = 7 12 VDC, Standby; VDC, Alarm DS7481 Single Phone Line Monitor - 1 per system. The DS7481 provides a means of monitoring a single phone line for fault conditions. When a fault is detected, the DS7481 automatically closes its Normally Open relay contacts to provide a means of signalling the fault. Current Draw = 20 ma, Standby; 20 ma, Alarm DS7488 Octal Relay Module - 2 per system. The DS7488 provides 8 Form C relay outputs for addition to the system. The outputs are fully programmable and can be activated by system events. Each output operates individually of the other 7 outputs for complete flexibility. Current Draw = 10 ma + 40 ma for each relay when energized DS7489 Solid State Output Module - 2 per system. The DS7489 is a Solid State Octal Driver Module that provides 8 open collector transistor outputs. The outputs are fully programmable and can be activated by system events. Each output operates individually of the other 7 outputs for complete flexibility. The DS7489 Module has not been investigated by Underwriters Laboratories, Inc. Current Draw = 10mA Outputs- provides a current sink (the output shorts to common (-) when activated). The maximum current draw for all 8 outputs combined cannot exceed 750 ma MX280 Multiplexed Photoelectric Smoke Detector - up to 120 detectors may be used per system. Detects smoke and automatically determines the detector s sensitivity using the Detection Systems Chamber Check feature. The MX280 Detector has not been investigated by Underwriters Laboratories, Inc. Occupies one multiplex zone. Current Draw = 500 ma, Standby; 560 ma, Alarm MX280TH Multiplexed Photoelectric Smoke Detector with a 135 F heat sensor - up to 120 detectors may be used per system. Detects smoke and is equipped with a 135 F heat sensor for high temperature alarms. The Detection Systems Chamber Check feature automatically determines the detector s sensitivity. The MX280TH Detector has not been investigated by Underwriters Laboratories, Inc. Occupies one multiplex zone. Current Draw = 500 ma, Standby; 560 ma, Alarm

198 198 Solution-8248 Installation Manual MX280THL Multiplexed Photoelectric Smoke Detector with a 135 F heat sensor and a 45 F freeze alarm - up to 60 detectors may be used per system. Detects smoke and is equipped with a 135 F heat sensor for high temperature alarms and a 45 F sensor for freeze alarms. Freeze alarms are reported separately from smoke and high temperature alarms. The Detection Systems Chamber Check feature automatically determines the detector s sensitivity. The MX280THL Detector has not been investigated by Underwriters Laboratories, Inc. Occupies two multiplex zones. Current Draw = 500 ma, Standby; 560 ma, Alarm MX835 TriTech Microwave/PIR Intrusion Detector with Pet Avoidance technology and a standard range of 35 by 35 feet (10.7m by 10.7 m). Occupies one multiplex zone. Current Draw = 6 ma, Standby; 35 ma in Trouble and Walk Test mode MX775 Multiplex Passive Infrared (PIR) Intrusion Detector with (DS7470) a standard range of 50 by 50 feet (15 m by 15 m). Occupies one multiplex zone. Current Draw = 200 ma, Standby; 2 ma in Walk Test mode MX794 The MX794 is a Long Range Multiplex PIR intrusion (DS7474) Detector with Self-test. The standard ranges are 80 ft. by 50 ft. (24.0 m by 15.0 m) and 200 ft. by 10 ft. (61.0 m by 3.1 m). Occupies one multiplex zone. Current Draw = 800 ma, Standby; 2 ma, Alarm MX934 Multiplex Passive Infrared (PIR) intrusion detector with (DS7471) a standard range of 35 by 35 feet (10.7 m by 10.7 m). Occupies one multiplex zone. Current Draw = 200 ma, Standby; 2 ma in Walk Test mode MX Ceiling Mount Multiplex PIR Intrusion Detector (DS7472) with a 60 foot (18.3 m) diameter range. Occupies one multiplex zone. Current Draw = 200 ma, Standby; 2.5 ma in Walk Test mode

199 Solution-8248 Installation Manual 199 MX950 Multiplex TriTech Microwave / PIR Intrusion Detector (DS7476) with motion monitor and antimask features and with a standard range of 50 by 50 feet (15 m by 15 m). Occupies one multiplex zone. Current Draw = 6 ma, Standby; 35 ma in Trouble and Walk Test mode. RF zone Wireless Receiver.- pp to two receivers may be used per system. Requires DS7436 Multiplex Expansion Module. Current Draw = 30 ma

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201 Trouble Shooting

202

203 Solution-8248 Installation Manual 203 Symptom Problem Cause Possible Solution Entry Error: Please Re-enter will Two or more codepads share the a) Install codepad jumper display on codepad. A three beep error tone will sound continuously. same address. The DS7430 or DS7433 is installed in the wrong pins. properly in back of codepads. b) Be sure the DS7430 or DS7433 Codepad displays Not Programmed, See Install Guide, sounder is on and the codepad does not operate. a) The codepad not addressed properly. b) The codepad is not programmed properly. c) Codepads are not properly configured. The codepad is programmed as a Master codepad is installed properly. a) Install the codepad jumper properly in the back of the codepad. b) Check codepad programming addresses c) Check codepad addresses System will only see codepads on the options bus. Codepad displays Ready to arm, partition 1 when using only one partition. Codepad displays System Fault, sounder is on, and the codepad does not operate. a) Codepad wiring error. b) Codepad(s) assigned to wrong or non-existent partition. c) The microprocessor isn t running Master codepads can only be used on multi-partition systems. Program the codepad as a standard codepad. a) Check wiring. b) Assign the codepad(s) to correct partition. If none of the codepads are correctly assigned, reenable codepad 1 by shorting the program contacts in the lower right corner of the main panel board. This will force program mode and assign codepad 1 as alpha, nonmaster to partition 1. c) Disconnect battery and any aux. power load. If the microprocessor has shut down, aux. power will read approx VDC. If the EEProm chip has been fieldreplaced, power down AC and battery, and check for bent or misinserted pins; Otherwise, replace the panel. Codepad alpha display is locked up, but the keys still function. Can t read back history with # 89 input. The codepad is enabled, but as an LED codepad. a) Entering from Master codepad. b) Not using a PIN with test authority. Formats display information Enter the program mode at the codepad and input the correct sequence to re-enable it as an alpha codepad. Care must be taken, since there will be no visual feedback to verify programming until the codepad is properly enabled. a) First enter Single Partition Mode. b) Use a PIN with test authority. Discrepancy exists in the definition

204 204 Solution-8248 Installation Manual Symptom Problem Cause Possible Solution regarding the B and C keys differently. In Contact ID: In history, the Read-back for the A, B, and C keys shows: A = Fire B = Emergency C = Panic But, the Central Station transmissions display B as Silent Panic and C as Audible Panic In SIA: A = Fire B = Silent Panic C = Audible Panic A = Fire B = Emergency C = Panic Can not perform a zone test (#81). a) Entering from a Master codepad. of these keys in the two formats. Whatever the keys are programmed for in the panel, that is what will be sent. a) Zone test is not available from a Master codepad. Chime Mode (#7) does not work when a zone is faulted. Some functions won t work on a Master codepad. b) Not using a PIN with test authority. a) Not activating for interior zones. b) The codepad is not assigned to the same partition as the zone being activated. Some functions require you to enter single partition mode when using a Master codepad. b) Use a PIN with test authority. a) Chime mode only activates for perimeter zones - Chime mode must be programmed. Also, if the perimeter zone has trouble enabled (trouble on open), the chime won t work if that zone is opening. b) Chime mode will only activate the sounder on codepads that are assigned to the same partition as the zone. The following commands require that you are in Single Partition Mode when entering from a Master codepad: History read-back Chime mode Checking zone status Checking zone trouble status (after #87 - Master codepad will show only partition name) Bypassing zones Won t send open or close reports. Not programmed correctly. Check addresses: 3331, 3332, 3334, and Reports for partitions 2-8 are being sent with partition 1 s reporting ID. The account codes for 2-8 are not programmed or are not Check addresses: programmed correctly. Not getting AC power fail reports. a) AC power fail messages are sent only with other reports, such as low battery. b) Check AC report offset (3338). If 00, AC report will work like above, if another number, AC report will be delayed. a) Try forcing another report to send when AC is not present. b) Wait until the delay times out or set to a lower number if desired. Panel never transmits history to WDSRP. a) Not programmed to send history. b) Time and date not set. a) Check programming. b) Verify that the time in the panel is set. The communicator test report is not being sent. a) Report not programmed properly. a) Check programming addresses 4022, 4023, 4026, and 3340.

205 Solution-8248 Installation Manual 205 Symptom Problem Cause Possible Solution b) There was a control problem at the time the report should have been sent. If this is the case, the communicator test report will not be sent. Instead, the control will send the System Off Normal report. b) Program System Off Normal report in address Fire Alarm displays on codepad but no zone numbers are displayed. Every other zone displays Not Ready. Zones 9 and above show Not Ready, Zone Trouble. Note: Never disconnect the power when in the programming mode. Always disconnect the Multiplex Bus or have the DS7430 or DS7436 in the disable programming mode when powering up or down. In Commercial Fire Mode, fire alarms must be silenced before the zone number will display. Zone Programming is incorrect. a) The multiplex expansion module is not installed properly. b) Multiplex wiring is missing or is not installed properly. c) 8-Input remote module DIP switches are not set properly. d) 8-Input remote module covers are removed. e) The BusLoc code is set incorrectly or has not been programmed into modules. f) Zone Programming is incorrect. g) Multiplex module not programmed. h) Multiplex Bus voltage is 12VDC or greater. (Normal is approximately 8 to 10VDC.) Enter a valid disarm PIN and press #, then enter a valid disarm PIN and press # again to display the zones. Program as a multiple zone input for DS7432 or DS7460, a single zone input for contacts and sensors, or program as a DS7465. a) Make sure the multiplex expansion module is seated properly in the upper pins on the Solution-8248 circuit board. b) Check wiring and perform a system reset. c) Correctly set the DIP switches for the 8-Input remote modules. d) Replace covers or install the tamper bypass jumper. e) BusLoc can not be used with 8-Input remote modules. If using 8-Input modules, remove the BusLoc code. OR If using two-input remote modules or the DS7465, be sure to use BusLoc when programming. If not using BusLoc, be sure to remove the BusLoc code from address f) Program as a multiple zone input for DS7432 or DS7460, a single zone input for contacts and sensors, or program as a DS7465. g) Program the module. h) Two modules are programmed with the same address. The problem will only occur when both modules are off normal. Isolate the duplicate module by disconnecting sections of the bus and performing a [PIN] + [System Reset]. Reprogram modules.

206 206 Solution-8248 Installation Manual Symptom Problem Cause Possible Solution i) Multiplex Bus voltage is OR 5VDC or less. (Normal is approximately 8 to 10VDC.) The system is in the programming mode. Exit the programming mode. OR Zones have been added to a system protected by Busloc. Clear Busloc. i) There is a short on the multiplex bus. OR There is a bad module on the bus. OR One or more modules on the bus are connected backwards - reverse polarity. Invisible or silent zone activates alarm output. Codepad displays Fire Trouble, but does not indicate any zones. Codepad displays Not Ready, but no zone number is displayed. Fire Alarm displays on codepad but no zone numbers are displayed. The output is programmed as latch on alarm (0). A ground fault condition exists. An invisible zone is not ready. In Commercial Fire Mode, fire alarms must be silenced before the zone number will display. Program the output to follow zone alarms (6). See system trouble: Ground fault. Press [PIN] + [OFF] to display the zone number of the invisible zone that is not ready. Enter a valid disarm PIN and press #, then enter a valid disarm PIN and press # again to display the zones. Every other zone displays Not Ready. Power LED is flashing, codepad displays Control Trouble Press #87. #87 display = Oct. Relay Fault #89 display = System Fault 20 Zone Programming is incorrect. A control trouble exists. a) The octal relay module (DS7488) is defective or the wiring to the module is defective. b) There is no DS7488 or a DS7488 has been removed from the system. Program as a multiple zone input for DS7432 or DS7460, a single zone input for contacts and sensors, or program as a DS7465. Press PIN #87 to determine the trouble condition. a) Check the wiring to the module. b) Enter, then exit programming mode. This will re-scan the options bus and clear the problem. #87 display = Multiplex Bus Fault The Multiplex Bus is defective or shorted. Can t reset to factory default. Codepad programming access is set to PARTIAL from Remote programmer. #87 display = RAM Fault #89 display = System Fault 01 or #87 display = ROM Fault #89 display = System Fault 02 Check wiring for shorts. Change setting to FULL from the Remote programmer. a) An E-Prom fault can be caused by disconnecting power from the control while it is in program mode. In this case, enter then exit program mode to clear. b) Try to clear the error at the codepad by entering a PIN then

207 Solution-8248 Installation Manual 207 or Symptom Problem Cause Possible Solution Reset. #87 display = EEProm Fault #89 display = System Fault 03 c) Remove AC and battery power, then re-apply. Remember that event history will be lost and time/date will have to be re-set. #87 display = Communicator Err #89 display = Report Failure X The control has failed to communicate. d) If error persists, return the panel to factory default programming by setting Location 4058 to 01. If the error clears, reprogram the panel. e) If error still persists, replace the panel. Check history #89 to determine the source: Report Failure 1 = Phone number 1 Report Failure 2 = Phone number 2 Report Failure 3 = Phone number 3 (remote programmer) Report Failure 4 = ARDIS Network #87 display = 2Ph/Bell Fault #89 display = System Fault 10 a) The dual phone line/bell supervision module (DS7420i) is defective or the wiring to the module is defective. a) Check the wiring to the module. #87 display = Line 1 Fault #89 display = System Fault 11 #87 display = Line 2 Fault #89 display = System Fault 12 #87 display = Bell Fault #89 display = System Fault 13 #87 display = Aux. Output Fault #89 display = System Fault 14 b) There is no DS7420i or a DS7420i has been removed from the system. There is a phone line fault on line 1. There is a phone line fault on line 2. The bell circuit on the DS7420i is open or shorted. The auxiliary circuit on the DS7420i is open or shorted. #87 display = Aux Power Fault The auxiliary power output has been shorted. #87 display = Codepad Fault a) The codepad wiring is defective. b) A codepad is missing. b) Enter, then exit programming mode. This will rescan the options bus and clear the problem Check phone line 1 for proper operation. Check phone line 2 for proper operation. If you wish to monitor only one phone line, location Check the bell circuit wiring. Be sure that the end-of-line resistor is in place. If you don t wish to use the bell circuit, place an end-of-line resistor across the bell terminals Check the auxiliary circuit wiring. Be sure that the end-of-line resistor is in place. If you don t wish to use the auxiliary circuit, place an endof-line resistor across the auxiliary terminals. If you wish to use the auxiliary circuit but do not wish to supervise it, cut the auxiliary supervision jumper on the DS7420i. Remove wiring from auxiliary power and check for shorts. a) Check codepad operation and wiring.

208 208 Solution-8248 Installation Manual Symptom Problem Cause Possible Solution c) A codepad has been programmed, but is not intended in this system. b) Install a codepad. c) Remove from programming ( ). #87 display = Ground There is a short to ground somewhere in the system.. Fault #89 display = System Fault 04 Disconnect field wiring from each terminal while watching the codepad display. When the codepad power LED stops flashing, you have found the wire that is causing the ground fault. Note: The LED will not stop flashing if there is another system fault present. If there is no codepad nearby, or another control problem exists, you can use a volt-meter to find the ground fault: 1) Connect the negative lead of a volt-meter to the panel ground terminal. 2) Connect the positive terminal to the Aux Power terminal. You should read -4.5 to -7.5 Volts DC. A reading considerably higher or lower indicates a ground fault. Disconnect field wiring from each terminal while watching the meter. When the voltage reading returns to between -4.5 and -7.5 VDC, you have found the wire that is causing the ground fault. Printer can cause ground faults on DS7412 See Location 2732 DD2 #87 display = AR IB Queue Full #89 display = System Fault 51 #87 display = AR Host Down #89 display = System Fault 52 #87 display = AR Unreg. Modem #89 display = System Fault 53 #87 display = AR Power Fail #89 display = System Fault 54 #87 display = AR Network Lost #89 display = System Fault 55 The message queue in the RF modem is full and no messages can get out to the radio network The central station receiver has ceased to be available to the network. The modem is not registered through all parts of the network. There is a possible problem with the ARDIS Module unit. The ARDIS Module has lost contact with the radio network. Check RF coverage of the unit and check for RF noisy environment. Contract the central station and notify of status. Contact the network administrators or technical service. Return for service Check the location and coverage of the unit. #87 display = AR Modem HW Err #89 display = System Fault 56 There is a possible problem with the radio modem. Replace the unit.

209 Solution-8248 Installation Manual 209 Symptom Problem Cause Possible Solution #87 display = AR Modem SW Err #89 display = System Fault 57 The ARDIS Module is having some trouble communicating with the radio modem. Check for noisy environment and replace the unit if the problem continues. #87 display = AR Opt. Bus Err #89 display = System Fault 58 The panel can no longer communicate with the ARDIS Module. Check the wiring between the Solution-8248 and the ARDIS Module. #87 display = AR Corrupt MSG #89 display = System Fault 59 The communication between the panel and the ARDIS Module is getting corrupted. Unable to arm the system. a) Zone(s) faulted. b) If an AC failure exists, you must force arm. #87 display = Battery Trouble a) The battery failed a battery test. b) The battery is defective. Check for noisy environment, and check the wiring between the Solution-8248 and the ARDIS Module. a) Determine the cause of the problem and clear the indicated zone(s). b) Enter an arming sequence, then press the Bypass key during a 5 second beep. a) If there has just been a power failure, wait at least two hours for the battery to recharge then perform a System Reset to retest the battery and clear the error. b) Replace the battery. #87 display = Zone Trouble c) The wiring to the battery is disconnected. a) A zone is not responding to the control panel. b) The zone is programmed for Trouble on Open and the loop is open. There is a power failure and the panel is operating on battery backup. If there is a general power failure, wait for the power to return. If there is not a general power failure in the building. c) Check wiring. a) Check wiring to the zone. or If the zone is not to be used, remove from programming. b) If using Normally Closed contacts, re-program zone for alarm on open. or If using Normally Open contacts and trouble on open is desired, check for opens in the loop. Remove wiring and place an EOL resistor across the zone to eliminate a problem with the control. If the trouble goes away, the problem is in the wiring or in a contact connected to the zone. #87 display = AC Power Failure There is a power failure and the panel is operating on battery backup. If there is a general power failure, wait for the power to return. If there is not a general power failure in the building.

210 210 Solution-8248 Installation Manual Symptom Problem Cause Possible Solution Fire Alarm displays 000. Fire Trouble, no zone number. Fire Trouble zone number. Dirty Chamber zone number. a) The transformer is unplugged. b) The wiring from the transformer is defective. c) The circuit to the transformer is off or defective. d) The transformer is defective. e) In some cases, the transformer may be connected to a circuit controlled by a switch or a circuit breaker that is periodically turned off. The Fire Alarm was caused by the A key. When in Commercial Fire Mode, a ground fault causes this display. Fire zone wiring problems. A multiplex smoke detector has failed its internal sensitivity test. a) Plug the transformer in. b) Check the wiring. c) Check the circuit and circuit breakers. d) Replace the transformer. e) Connect to a circuit that is not controlled this way. Use the System Reset command to clear the display. See #87 Ground Fault display for solution. If you try to disable the zone by reprogramming it, you need to reset the control by either entering then exiting programmer s mode, or removing then restoring power to the control panel. Clean or replace the dirty smoke detector or chamber. DO NOT USE WATER TO CLEAN THE CHAMBER.

211 Specifications This Section Includes The Following Specifications

212

213 Solution-8248 Installation Manual 213 Specifications Enclosure Housing The standard enclosure is manufactured from 20 Gauge., cold-rolled steel, and measures 31.8 cm. wide, by 36.8 cm high, by 7.6 cm deep. A keyed lock is included, and this enclosure has provision for an optional tamper switch (required for commercial burglary applications) for monitoring the door. Temperature Storage and Operating Temperature 0 C to 49 C Power The total current output capacity for all auxiliary devices, including codepads and smoke detectors = 1.5 A standby, 2.5 A alarm. The total combined output cannot exceed the maximum load current. The following ratings are maximum values. Input power 18 VAC, 50 VA, 50 Hz./60 Hz Auxiliary regulated power 12 VDC, 1.0 A max UL Listed Auxiliary power 12 VDC, 1.0 A max UL Listed Alarm Power Output 12 VDC, 1.75 A max Auxiliary power voltage range 12 V special application Optional Standby battery (P334) 12 V, 7.0 Ah - 35 Ah max Control panel current draw 175 ma, Standby 250 ma, Alarm Outputs Alarm Output 12 VDC, 1.75 A output. Can be programmed for steady or pulsed output. Programmable Solid state current sink (1.0 A max.) Shorts to Aux. negative when activated. Connect device to Aux. power positive. Can be used for alarm, arming state, or access control.** This output is generally programmable. Programmable Solid state voltage source (500 ma max.) Can be used for alarm, arming state, or access control.** This output is generally programmable for use with such compatible devices as the Listed DS250 with a 4-wire base. * = Current draw should be subtracted from either maximum auxiliary or maximum alarm current draw. ** = Not investigated to the requirements of UL294. Zones 8 on-board zones Up to 248 total zones with expansion modules Zone Response Time 300 ms

214 214 Solution-8248 Installation Manual Codepads Maximum # of codepads 15 Codepads Maximum wire length each 305m Maximum wire length total 1830 m in system Wire type 4 conductor, unshielded, 0.5 mm Telephone quad or 1.0 mm quad wiring can be home-run or daisychained No more than 2 codepads 0.5 or 3 codepads 1.00 mm are recommended on any 305 m run Shared cable is not recommended for codepad, multiplex, options bus, telephone, or siren wiring Communicator Will report to two phone numbers with full single, double and backup reporting. Communicates in SIA (110 or 300 baud), 3/1, 3/1 Ext., 3/1 with Parity, 3/1 Ext. with Parity, 4/1, 4/2, BFSK, Contact ID, and Pager formats FCC Registration Number ESVUSA AL-E The ringer equivalence 0.1B Commercial Fire CSFM Listing Number :113 Residential Fire CSFM Listing Number :114 Partitions The system has the capacity for 8 independent partitions One partition may be a common area Users The Solution-8248 Ver 4+ system allows up to 200 individual users Each user will have his own PIN number (the 4- or 6-digit code entered at the codepads) and his own authority level (to determine which functions he may perform) Lightning Protection MOVs and spark gaps provide protection from lightning surges and static discharges Burglar / Fire Zone Inputs Number of circuits: 8 Circuits on-board End-of-line resistor: 2.2 kw (P/N 25944, provided) Loop resistance tolerance: 60 ohms

215 Solution-8248 Installation Manual 215 Fire Signal Initiating Circuit (2-wire mode) Fire circuit will work with 2 or 4-wire detectors and has optional alarm verification. Number of circuits: 8 Circuits on-board Type of circuit: Class B, latching End-of-line resistor: 2.2 kw (P/N 25944, provided) Supervisory current: 5.5 ma Maximum short circuit current: 22 ma Maximum line resistance: 60 ohms Circuit voltage range: 8.5 to 14.1 VDC Total detector standby current: 2.5 ma Multiplex Bus Wiring Requirements 0.5 mm. Up to 610m per system 1.0 mm. Up to 1525 m per system Multiplex Zone Loop Wiring Maximum wire length not to exceed 150m regardless of the wire gauge Option Bus Wiring Requirements Maximum wire length 305 m per home-run Max Load Currents Maximum Load Current Standby Alarm UL Installations 1.5A 2.5A Non UL Installations 2.0A 2.5A Aux. Power & codepad (combined) 1.0A 1.0A Option power 1.0A 1.0A Bell output X 1.75A Programmable output ma 500 ma Loop power ma 500 ma

216 216 Solution-8248 Installation Manual Backup Battery Calculation The following table is to calculate the standby battery capacity required by NFPA when using the Solution Device Qty Standby Current Total Standby Current Alarm Current Solution Control Panel 240mA 315 ma ARDIS Communication Module 127mA 127mA DS7412 RS232 Serial Interface Module 35mA max 35mA max DS7420I Dual Line / Bell Supervision 20mA 140mA DS7430 Multiplex Expansion 65mA 65mA DS7432 Input Remote 10mA 10mA DS7433 Input direct 65mA 80mA* DS7436 Dual Multiplex Module 130mA 130mA CP7447 Codepad 100mA 100mA DS7450, DS7452, DS Contact Points 350µΑ 350µΑ DS7457 Single Zone Multiplex Input 350µΑ 350µΑ DS7460 Dual Zone 1mA 1mA DS7465 Input / Output 1mA 1mA DS7480 Bell Supervision 7mA 50mA DS7481 Single Line Monitor 20mA 20mA DS7488 Octal Relay** 10mA + 40mA** 10mA + 40mA** DS7489 Solid State Output Module 10mA 750mA max*** MX280 Series - Multiplex Smoke Detectors 500µΑ 560µΑ MX540 (DS7473) - PIR Detector 800µΑ 800µΑ MX835 - TriTech Microwave / PIR Detector 6mA 35mA MX775 (DS7470) - PIR Detector 200µΑ 200µΑ MX794 (DS7474) - PIR Detector 800µΑ 800µΑ MX934 (DS7471) - PIR Detector 200µΑ 200µΑ MX938 (DS7472) - Ceiling Mount PIR 200µΑ 200µΑ MX950 (DS7476) - TriTech Microwave / PIR 6mA 35mA RF Wireless Receivers 30mA 30mA 2 Wire Smoke Detectors 4 Wire Smoke Detectors Bells, Horns etc Other Sensors Other Total Alarm Current Total * Add 15mA for each additional zone in alarm ** When calculating standby and alarm current for the octal relay module, use 10mA plus 40ma for each activated relay *** Maximum current draw if using Solution panel power supply. Total of all outputs cannot exceed 750mA

217 Solution-8248 Installation Manual 217 Standby Current Load Battery Ah 20% storage Ah alarm The following table is the derated battery / (hours control standby) Rechargeable Maximum standby for battery size 4 hours 8 hours 24 hours 48 hours 60 hours 72 hours 80 hours 7Ah 1.0A 470mA X X X X X 8Ah 1.2A 580mA X X X X X 14Ah 1.5A 1.1A 270mA X X X X 15Ah 1.5A 1.2A 300mA X X X X 17.2Ah 1.5A 1.5A 380mA 100mA X X X 21Ah 1.5A 1.5A 500mA 160mA 100mA X X 28Ah 1.5A 1.5A 740mA 280mA 190mA 130mA 100mA 30Ah 1.5A 1.5A 800mA 310mA 210mA 150mA 120mA 35Ah 1.5A 1.5A 987mA 400mA 280mA 200mA 170mA

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219 Wiring Diagrams

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221 Solution-8248 Installation Manual 221