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Sur-Gard System I

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1. Value Output GSM IP Output Panel 00 ten 10 digits as received 01 one 1 digit as received 02 two 2 digits as received 03 three 3 digits as received 04 four 4 digits as received 05 five 5 digits as received 06 six 6 digits as received 07 seven 7 digits as received 08 eight 8 digits as received 09 nine 9 digits as received Example 1 If Option 346 is set to 05 the account number set of 1234567890 will be sent to output as 67890 The panel account code number set will be sent to output as 1234567890 Example 2 If Option 346 is set to 02 the account number set of 1234567890 will be sent to output as 90 The panel account code number set will be sent to output as 1234567890 Example 3 If Option 346 is set to 08 the account number set of 0012345678 will be sent to output as 12345678 The panel account code number set will be sent to output as 0012345678 Option 347 SIM ID Output Default OFF Option 347 is available for use with the DSC GSM transmitter Use this option to send the SIM card number for the GSM transmitter account to the printer and the automation software The output will include the account number up to 10 digits depending on the status of Option 346 and the SIM card number 21 digits The automation software must support the protocol via the Sur Gard output format for this option to work OFF the option is disabled ON SG System I will
2. Item Indicator Control State Pin o Description no Connector 5 LCD Display 40x2 character LCD display Top line displays current Operating Mode Bottom line displays Trouble or received messages in Manual mode Alarm If an alarm is present while the system is in Manual mode the LCD backlight will change to Red overriding the programmed colour and the ACK button will flash In addition a buzzer will sound with each flash of the ACK button Alarms received but not yet displayed are identified by a solid arrow symbol on the far right edge of the LCD 6 DOWN Interface Button Scrolls down through menu options 7 ACK Interface Button FLASHING Indicates unit is in Manual Mode and waiting for acknowledgement LED OFF There are no alarm events requiring acknowledgement The ACK button is used to acknowledge an alarm event in Manual Mode It cannot acknowledge all alarms with one press but must be pressed for each individual alarm 8 UP Interface Button Scrolls up through menu options 9 ENTER Interface Button Selects a menu option 10 AUTOMATION Port DB9 Sends automation messages to central station computer e g heartbeat if no COMI activity NOTE Maximum cable length is 1 8m 6ft Longer cables may impair performance 11 PARALLEL PRINTER DB25 Sends events to local printer DB25 Female Port Female NOTE Maximum cable length is 1 8m 6ft Longer cables may impair performance 12 SERIAL PRINTER Port DB9 RS232 Serial
3. NOTE Do not change this option unless instructed to do so by DSC Technical Support 51 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual 52 Option 11F Debug Option Default 01 Use this option to control the flow of debug messages to the SG System I debug port Option 11F is a bitwise option meaning that more than one of the available settings may be enabled Enabling all settings however is not recommended as it will adversely affect the performance of the unit NOTE Please contact DSC technical support before attempting to access this option Option 125 Phone Line Voltage Select Default 00 for approximately 20V Use this option to program the minimum voltage level of the phone line To calculate the setting use the following formula Phone Line Voltage 2000 Option 125 For example to set the phone line voltage to 15V 2000 15 133 therefore set Option 25 0x85 The debounce to detect a line fault is 5 This option must be between 50 and 250 otherwise the default of 100 0x64 20V will be used Note that it is not advised to decrease the voltage level to 20V as this adversely affects the timing of ring detection and may cause the channel to fail to detect rings Option 127 Caller Source Process Default 05 Use this option to determine how many digits of Caller ID or DNIS dependent on Options 112 212 the SG System I will process Avail able values range fro
4. 13 SUR GARD f M Installation In This Chapter Controls and Indicators on page 15 Set Up and Testing on page 18 CHAPTER TWO INSTALLATION SG System I Operating Manual 2 Controls and Indicators Figure 2 Controls and Indicators ida O au ORO O SG System f ooococoocceso es 0000000020 100 240Vac 0 7A 50 60Hz 000000000000 Aeocococococe JO z 000000000000 6 i N U O ll R CIJ A EO i Ec ee o te je J A 10101 1 B 4 Q Table 3 SG System I Front and Rear Panel Descriptions Item Indicator Control State Pin Description no Connector 1 TELEPHONE Red OFF Both Telphone Lines are Present T ON At least One Telephone Line is Absent LED 2 TROUBLE Yellow FLASHING Two Flashes indicates a Trouble as described below A LED Time Not Set Computer Buffer Full Printer Buffer Full Software Corruption Line Test Active OFF Normal Operation 3 STATUS Orange ON Indicates any System Trouble not related to network or alarm Note that the LED 9 LCD backlight will override the programmed colour and change to Yellow OFF No System Trouble 4 WATCHDOG Blue FLASHING Normal Operation Software watchdog toggles every 200msec LED STEADY SG System I Fault 15 CHAPTER TWO INSTALLATION SG System I Operating Manual 16 Table 3 SG System I Front and Rear Panel Descriptions
5. SUR GARD Sur Gard System I Operating Manual 5 CE version 1 1 WARNING This manual contains information regarding product use and function in addition to manufacturer liability and restrictions pertaining to it The entire manual should be read carefully General Description of the Equipment and Classification SG System I Safety Instructions The SG SYSTEM I equipment is a CLASS 1 DESK TOP MOVABLE OR RACK MOUNTED FIXED STATIONARY EQUIPMENT PLUG GABLE TYPE A using a DETACHABLE POWER SUPPLY CORD it is designed to be INSTALLED OPERATED and MAIANTAINED by SER VICE PERSONS ONLY person having appropriate technical training and experience necessary to be aware of hazards to which that person may be exposed in performing a task and of measures to minimize the risks to that person or other persons The equipment SG SYSTEM I shall be installed in RESTRICTED ACCESS LOCATIONS within an environment that provides the Pollution Degree max 2 and over voltages category II non haz ardous locations indoor only The POWER SUPPLY CORD serves as a means of disconnection from the MAINS The OUTLET used to power the equipment shall be installed near the equipment and shall be easily accessible The equipment must be connected to a socket outlet with a protective grounding electrode conductor WHEN RACK MOUNTED IT IS THE RESPONSIBILITY OF THE INSTALLER TO ENSURE THAT THE FINAL ASSEMBLY that includes SG System I EQUIPMENT IS COM
6. CP IP Printer Failure 001000 20000 NVZ0100 01 000 0000 NVZ0100 TCP IP Printer Failed Console Lead In IP Channel account table 001003 0000 NRB IP IP IP IP 01 003 0000 RB Console Account Port Lead In Console Lead Out IP Channel account table 001003 0000 NRS IP IP IP IP 01 003 0000 RS Console Account Port Lead Out Reset by console NA 01 000 0000 RESET by Console Reset by User NA 01 000 0000 RESET by LCD UI License key entered is incorrect NA 01 000 0000 Invalid License Key Firmware update has been started via TCP NA 01 000 0000 FIRMWARE DOWNLOAD port INITIATED lt TCP gt Firmware update has been started via USB NA 01 000 0000 FIRMWARE DOWNLOAD port INITIATED lt USB gt Firmware update has failed NA 01 000 0000 FIRMWARE UPDATE FAILED IP account table has been set by the con NA 01 000 0000 Console SET IP Account sole application Table 1 IP account table has been requested by the NA 01 000 0000 Console GET IP Account console application Table 1 Specific IP account has been set by the NA 01 003 0000 Console SET IP Account console where XXXXXXXXXX is the XXXXXXXX account number Transmitter has successful had encryption NA 01 003 0000 XXXXXXXXXX NC enabled where IP is transmitters IP and X ENCRYPTION ENABLED IP IP IP IP is the transmitters account The transmitter is not able to support NA 01 003 0000 XXXXXXXXXX YK enc
7. or electronic documentation Any software provided along with the SOFTWARE PRODUCT that is associated with a separate end user license agreement is licensed to You under the terms of that license agreement By installing copying downloading storing accessing or otherwise using the SOFTWARE PRODUCT You agree unconditionally to be bound by the terms of this EULA even if this EULA is deemed to be a modification of any previous arrangement or contract If You do not agree to the terms of this EULA DSC is unwilling to license the SOFTWARE PRODUCT to You and You have no right to use it SOFTWARE PRODUCT LICENSE The SOFTWARE PRODUCT is protected by copyright laws and international copyright treaties as well as other intellectual property laws and trea ties The SOFTWARE PRODUCT is licensed not sold 1 GRANT OF LICENSE This EULA grants You the following rights a Software Installation and Use For each license You acquire You may have only one copy of the SOFTWARE PRODUCT installed b Storage Network Use The SOFTWARE PRODUCT may not be installed accessed displayed run shared or used concurrently on or from differ ent computers including a workstation terminal or other digital electronic device Device In other words if You have several workstations You will have to acquire a license for each workstation where the SOFTWARE will be used c Backup Copy You may make back up copies of the SOFTWARE PRODUCT but You may only
8. 49 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual 50 Option 117 DMP User Length Default 00 Use this option to set the length of user numbers and zone numbers The first digit in the option represents the user number the second digit represents the zone number For example if a value of 24 is set for Option 117 the receiver will output a 2 digit user number and a 4 digit zone number Note that the default value of 00 will generate an arbitrary 2 digit user number and a 2 digit zone number User numbers and zone numbers are limited to four digits in length Values greater than 4x or x4 will use the default 2 digit user number and zone numbers NOTE Option 117 affects DMP Serial 1 format but not DMP Serial 3 Option 118 DMP User Length Default 00 Use this option to determine how the 4 3 format computer output string is formatted Use the first of two nibbles to combine the user and group codes for openings and closings When set as 1x group arming disarming signals will be combined with the user code into one sig nal This will be sent to the computer For example the following information may be sent to the computer Note that the printer output does not change Printer 1234 B01 CloseGrp 1234 416 Close 1234 C02 OpenGrp 1234 532 Open Computer 1234 C1 16 replacing 1234 C 01 and 1234 C 16 1234 O2 32 replacing 1234 O 02 and 1234 O 32 If a user code is not re
9. BLACK 5 6 WHITE RING Primary e Channel RING Back up Channel or 2 way Audio SG System I Operating Manual 20 CHAPTER TWO INSTALLATION 21 Operation In This Chapter Operation on page 23 Active Mode on page 23 Manual Mode on page 23 Program Category on page 24 Top Level Menu on page 25 System Functions Menu on page 25 Miscellaneous LED Indicators on page 26 CHAPTER THREE OPERATION SG System I Operating Manual 3 Operation The SG System I will occupies one of two states Operation or Program Operation consists of Active and Manual modes in either of which the system will spend the vast majoirity of its working time Program consists of the Top Level Menu and the System Functions Menu The Top Level menu includes View Edit Options View Printer System Functions and Edit Programming While in System Functions you can access the System Functions Menu This menu includes System Information Date and Time Default SG System I Reset SG System I User Interface and Exit Menu See Figure 5 Operating States 2 Modes 2 and Menus 2 immediately below Figure 5 Operating States 2 Modes 2 and Menus 2 States 2 Modes 2 and Menus 2 ACTIVE Ope ratiori Note The unit will spend the majority of its working time in one or the otherof these two modes MANUAL Program Lo Top Level Menu 1 View or Change Options 2 View Printer Buffer 3 System Functions
10. 3 1 second delay Option 180 28 hexadecimal 40 decimal 100 msec 4000 msec 4 second delay NOTE This option applies only to the following formats Pulse DTMF SKFSK Robofon Options 181 188 Handshake Selection Defaults see table below Table 24 Defaults Option Number Default Value 181 23 182 14 183 2D 184 0C 185 0E 186 0B 187 00 188 00 The SG System I is a multi format receiver capable of sending several handshakes in the same general time to a dialer or panel You may need to determine in which order handshakes are sent Referring to the two tables below General Handshakes and Specialty Handshakes program Options 181 188 according to your application s requirements NOTE If Option 2D AHS is enabled the AHS handshake will be sent before the handshakes programmed here in Options 181 188 63 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 Table 25 General Handshakes Hexadecimal Value Description 00 No handshake 0B Modem II handshake 0C SIA FSK handshake 0E ITI and Modem IIE handshake 1A Robofon handshake 1B CESA handshake 1C Outel handshake 1D Single Dual Tone handshake 1400 Hz 100 msec pause and 2300 Hz 100 msec tone with a kiss off of 1400 Hz E 1E Scantronics Dual Tone E 1F Vonk no handshake 3 2D Double dual tone handshake 1400 Hz 100 msec pause and 9 2300 Hz 100 msec tone with a kiss off
11. Conversion table from the CLASS field ofthe Con Comm RBUS packet For example In an arbitrary situation value 02 has been selected the DNIS is 99802 Automation software output will b _S99802 1234 NBAOF10 Printer output will be 03 Jun 2007 08 33 33 03 Jun 2007 08 33 32 01 01 SG 99 802 1234 Alarm Zone 43 Options Channels 1 and 2 In This Chapter Channel Option Index on page 45 Steps required to access an option and change its setting or value on page 46 Static Options on page 46 Dynamic Options on page 54 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual Channel Option Index Static Options on page 46 Option 101 Line Card Number on page 46 Option 104 Two Way Activation Time on page 46 Option 105 Pre H S Duration on page 47 Option 109 First Ring Length on page 47 Option 10D Ring Select on page 47 Option 10E Backup Line Option on page 47 Option 111 Hook Flash Enable on page 48 Option 112 Caller Source ID on page 48 Option 113 Caller Source to SG Automation on page 49 Option 114 Caller Source to Printer on page 49 Option 117 DMP User Length on page 50 Option 118 DMP User Length on page 50 Option 119 Fault Call Counter on page 51 Option 11A DNIS Input Sensitivity on page 51 Option 11F Debug Option on page 52 Option 125 Phone Line Voltage Select on page 52 Option 12C Dialer Presence on page 53 Option 12D AHS on page 53 Option 12F Online
12. MODULE AC LOSS DO USER PRESENT 25 TAMPER 7B EXP MODULE SELF TEST D1 RECENT CLOSE FAIL 26 NEAR BURGLARY 7C LOSS SUPERVISORY RF D2 SOUNDER RELAY DISABLED ALARM 27 INTRUSION VERIFIER 7D RESERVED D3 BELL 1 DISABLE 28 GENERAL ALARM 7E RESERVED D4 BELL 2 DISABLE 29 POLLING LOOP OPEN TF RESERVED D5 ALARM RELAY DISABLE 2A POLLING LOOP SHORT 80 RESERVED D6 TROUBLE RELAY DISABLE 2B EXPANSION MODULE 81 RESERVED D7 REVERSING RELAY DISABLE FAILURE 2C SENSOR TAMPER 82 COMMUNICATION D8 NOTIFICATION APPLIANCE 3 DISABLED 103 APPENDIX D PRINTER WORDS D SG System I Operating Manual 2D EXPANSION MODULE 83 TELCO 1 FAULT D9 NOTIFICATION APPLIANCE 4 DISABLED TAMPER 2E SILENT BURG 84 TELCO 2 FAULT DA RESERVED 2F SENSOR SUPERVISION 85 LONG RANGE RADIO DB RESERVED FAILURE 30 RESERVED 86 FAIL TO COMMUNICATE DC RESERVED 31 RESERVED 87 LOSS OF RADIO DD DIALER DISABLED SUPERVISION 32 24 HOUR NON 88 LOSS OF CENTRAL DE RADIO TRANSMITTER DISABLED BURGLARY POLLING 33 GAS DETECTED 89 VSWR DF REMOTE UPLOAD DOWNLOAD DISABLED 34 REFRIGERATION 8A RESERVED EO RESERVED 35 LOSS OF HEAT 8B RESERVED E1 RESERVED 36 WATER LEAKAGE 8C PROTECTION LOOP E2 RESERVED 37 FOIL BREAK 8D PROTECTION LOOP OPEN E3 RESERVED 38 DAY TROUBLE 8E PROTECTION LOOP E4 MESSAGE SHORT 39 LOW BOTTLED GAS 8F FIRE TROUBLE E5 SERVI
13. program Option 17A as 36 To disable the 2 way audio function program Option 17A as 00 NOTE Either Option 104 Audio Time or Option 111 Hook Flash must be enabled to activate the two way audio feature of the line card NOTE Option 17A may be used with any of the formats supported by the receiver Option 17B Three Digit Account Codes To Activate Two Way Radio Default 00 Use this option to determine which 3 digit account codes will be able to activate the 2 way audio feature Use Option 17B to set the first three digits of a desired account code For example To allow all 3 digits account codes between 200 and 3FF to activate the 2 way audio function program Option 17B as 23 To allow all 3 digit account codes between 300 and 6FF to activate the 2 way audio function program Option 17B as 36 NOTE Either Option 104 Audio Time or Option 111 Hook Flash must be enabled to activate the two way audio feature of the line card NOTE Option 17B may be used with any 3 digit account code formats supported by the receiver Option 17C Audio Alarm Code Range Default Use this option to determine the range of alarm codes able to activate the 2 way audio function For Example The receiver can initiate audio by using Options 17A and 17B Option 17C or both If all alarm codes beginning with 6 7 and 8 are to activate 2 way audio program Option 17C as 68 Option 17C may be used with 10 to 40 Baud formats DTMF 4 1 4 2 4 3 format
14. 004A to 01 CTS will need to be set high and print to both HyperTerminal and physical serial printer By setting Option 00A to 02 note that this will be displayed as DCD in programming mode DCD will need to be set high This option affects how the COM2 serial port is supervised and how the data is formatted The default value disables the option blocking the printing of data NOTE The SG System I must be restarted for these changes to take effect Option 00B Serial Baud Rate Default 57600 This option determines the baud rate at which the SG System I will communicate to the serial printer via serial port 2 As a general rule the faster the baud rate the better the unit s performance Valid selections are 1200 2400 4800 9600 19200 38400 and 57600 NOTE The SG System I must be restarted for these changes to take effect Option 00C Serial Data Bits Default 8 This option determines the number of data bits the SG System I will use to communicate to the serial printer via serial port 2 Valid selec tions are seven or eight to indicate seven data bits or eight data bits As a general rule the higher the number of data bits the better the unit s performance NOTE The SG System I must be restarted for these changes to take effect CHAPTER FOUR OPTIONS SYSTEM SG System I Operating Manual 4 Option 00D Serial Printer Parity Default 0 This option determines the parity of serial port 2 0 represents n
15. 01 to decode an 11 or 12 digit DTMF in SCANTRONICS format You can set this option as 02 to decode an 11 or 12 digit DTMF in Scancom 433 format Incoming Format Decoded Format 00 11 digit DTMF Acron 3 8 00 12 digit DTMF Acron 4 8 01 11 digit DTMF Scantronics 2 8 1 01 12 digit DTMF Scantronics 3 8 1 02 12 digit DTMF Scancom 433 4 3 3 FF 73 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual 74 Option 1A1 FBI RS 232 Default 01 You can use this option to enable your computer for FBI Super Fast protocol 00 Disabled 01 Enabled When enabled the computer output will be as shown below JRRLLLssssssAAAATZZEss DCA Refer to the table below for an explanation of the computer output Table 30 FBI Super Fast Protocol Output segment Description J FBI protocol identifier RR Receiver number LLL Line number S Spaces AAAA Account code T Zone type ZZ Zone number in hexadecimal E Event code IfE 0andT 0 Listen in Option 1A2 Digit Replace Default 00 Option 177 works in conjunction with Option 142 When Option 1A2 is enabled and Option 177 is programmed with an ASCII value the receiver will replace or insert an account code digit Option 1A2 is determines how to replace or insert a digit To replace a digit set Option 1A2 to Ox where x is the digit to be replaced To insert a digit set Option 1A2 to 8x where x is the digit in the account c
16. Alarm Systems This equipment shall be installed in the USA in accordance with the requirements of NFPA72 NFPA70 and the authority having jurisdiction In Canada the Equipment is ULC listed for active communication channel security level A4 when used in conjunction with compatible communicators ULC listed for the same level of line security DSC Models T Link TL250 T Link TL300 TL265GS GS2065 TL260GS GS2060 Compatible Communicators ULC Listed e MAS e TL300 e MicroKey e GS3055 e GENESYS e GS3060 e TL150 e TL26X e TL250 e GS206X e BFSM 100M e KNet For this type of application the supervision and encryption features have to be enabled When used in conjunction with digital diallers the receiver can provide passive communication channel security levels P1 P3 For ULC Installations the equipment shall be installed in accordance with the requirements of ULC S561 ULC S301 and the authority hav ing jurisdiction For installations in Japan the power supply cord must be a PSE JET Approved Type power cord with a female end type IEC It must meet fully the DENAN Law Category A equipment and be marked with the diamond PSE logo s UL864 Programming Requirements NOTE To all Users Installers Authorities having Jurisdiction and other involved parties This product incorporates field pro grammable software In order for the product to comply with the requirements in the Standard for Control Units and Accessories for Fire
17. CP IP Printer Failure 001000 20000 NVZ 0100 01 000 0000 NVZ0100 TCP IP Printer Failed Printer Buffer Full POTS Channel 001002 20000 NYB000 1 01 002 0000 YB Printer Buffer Full Computer Buffer Full IP Channel 001003 0000 NYB0002 01 003 0000 YB Computer Buffer Full Computer Buffer Full POTS Channel 001002 0000 NYB0002 01 002 0000 YB Computer Buffer Full Checksum Fail 001000 F0000 NYF0100 01 001 0000 Checksum Failed Call was blocked on channel 1 not answered 01001 0000 ABLOCKEDCALL lt DNIS gt lt ANI gt 01 001 0000 BLOCKED CALL lt DNIS gt lt ANI gt Call was blocked on channel 2 not answered 01002 F0000 ABLOCKEDCALL lt DNIS gt lt ANI gt 01 002 0000 BLOCKED CALL lt DNIS gt lt ANI gt Panel attempted to communicate to the lin ecard but data was not valid 001001 0000 NYNO0101 01 01 SG 01 001 0000 INVALID REPORT Call could not be processed because of bad DNIS structure or no response by the panel channel 1 001001 0000 NYC0101 01 001 0000 COMMUNICATION FAIL Call could not be processed because of bad DNIS structure or no response by the panel channel 1 001002 0000 NYC0101 01 002 0000 COMMUNICATION FAIL Phone line trouble channel 1 primary 001001 0000 NLTO101 01 001 0000 PHONE LINE TROUBLE Phone line restore channel 1 primary 001001 0000 NLRO101 01 001 0000 PHONE LINE RESTORAL Phone line
18. Manual 82 Option 30F Receiver Number Default 01 The receiver number is used for sending signals to the central station software Refer to the manuals for any central station automation soft ware being used to determine if there are any special requirements for this number Also ensure that there are no duplicate receiver numbers used Option 310 Line Card Number Default 03 Use this option to provide each SG System I line card with an identification code A range of hexadecimal numbers from 01 FE can be pro grammed in this option to identify your line cards Option 313 Transmitter Failure Debounce Time Default 120 The time in seconds for which a transmitter configured in supervised mode must be absent before a transmitter failure condition is reported Valid entries range from 30 65535 seconds NOTE T Link Absent Time should not be less than 90 seconds For ULC Installations Security Level A4 this option should be programmed as 90 seconds For UL Installations this option should be programmed as 180 seconds Option 315 Transmitter Restoral Debounce Time Default 60 The time in seconds for which a transmitter must be present before it is registered in the Account Table and the transmitter restoral message is sent Valid entries range from 30 65535 seconds Option 319 Mask Transmitter Restoral Default OFF Use this option to enable or disable the reporting of the transmitter restoral condition on the S
19. NOTE Note that some automation software packages expect the 0 format while other automation software packages expect the S format RS 232 Format S 0 zero protocol number RR Receiver number LLL Line number AAAA Account code always 0000 Nxxyy SIA event 00 Output for all internal signals is SRRL protocol SRRLLL AAAA Nxxyy 01 Output for all internal signals is ORRL Zero protocol ORRLLL ZAAA A Nxxyy 02 Output signals in automation protocol SRRL with leading space in the zone DVACS only 03 Output signals in automation protocol ORRL zero with leading space in the zone DVACS only CHAPTER FOUR OPTIONS SYSTEM SG System I Operating Manual 4 Option 044 System CLASS Field Default 04 Use this option to determine what aspect of CLASS field data is sent to the printer and the automation software Your choices are detailed in the table below Table 11 System CLASS Field Data Value Description 00 Sends zeroes from the CLASS field of the Con Comm RBUS packet 01 Sends the Receiver Line Card Number RRLLL from the CLASS field of the Con Comm RBUS packet 02 Sends DNIS from the CLASS field of the Con Comm RBUS packet 03 Sends Caller ID from the CLASS field of the Con Comm RBUS packet 04 Sends the value Option 012 Caller Source is set to from the CLASS field of the Con Comm RBUS packet 05 Sends the convert data from the DNIS Caller ID combined
20. OFF Condition reported ON Condition not reported masked NOTE Refer to UL864 Programming Requirements on page 10 if changing the default setting Option 021 Mask UPS BAT Default ON Use this option to enable the UPS Battery Shelf 1 trouble mask If enabled trouble conditions are not reported OFF Condition reported ON Condition not reported masked NOTE Refer to UL864 Programming Requirements on page 10 if changing the default setting Option 024 Mask SG TCP IP Default OFF Use this option to enable the SG TCP IP trouble mask If enabled trouble conditions are not reported OFF Condition reported ON Condition not reported masked NOTE Refer to UL864 Programming Requirements on page 10 if changing the default setting Option 025 Mask SG Serial Default OFF Use this option to enable the SG Serial trouble mask If enabled trouble conditions are not reported OFF Condition reported ON Condition not reported masked See UL864 Programming Requirements on page 10 Option 028 Mask TCP Printer Default OFF Use this option to enable the TCP Printer trouble mask If enabled trouble conditions are not reported OFF Condition reported ON Condition not reported masked See UL864 Programming Requirements on page 10 35 CHAPTER FOUR OPTIONS SYSTEM SG System I Operating Manual 36 Option 029 Mask Parallel Printer Default OFF Use this option to enable the Parallel Printer trouble mask If
21. Options appears on the LCD Press the Enter button 7 Use the Up and Down buttons to locate which section of options is valid for your configuration of SG System I CPM Options Channel 1 Options Channel 2 Options Channel IP Options Exit Menu 8 Press the Enter button The options applicable to your system are to available for you to access 9 Navigate to Option XXX Press the Enter button The current value is displayed on the LCD 10 Press the Enter button The value may now be changed 11 Use the Up or Down buttons to scroll to the desired value 12 Having made a selection press the Enter button 13 The LCD will prompt you to accept Y or to decline N your changes 14 Use the Up and Down buttons to select your response Press the Enter button 15 Your changes have been saved IP Options Option 30D Alarm Port Number Default 3061 Use this option to set the Alarm Port connection number for your receiver While the default value will suffice in environments involving just one receiver Option 30D can be used to differentiate receivers in a complex multiple receiver environment If this option is changed IP communication modules connected to the SG System I must be programmed with the new receiver number Communicatiors connected to the receiver will send their signals to this port NOTE The SG System I must be restarted for these changes to take effect 81 CHAPTER SIX OPTIONS IP SG System I Operating
22. Pe aede not supplied Maximum Power Cons mptlOn 2 setis etrceet i ojo ee Ra Ren itin tee b LE EE RE NEUE ena Eee tense aae EH D Fe eed cen osi Eoi aeisi 25 Watts Environmental RETIN STALL A A etayas des TA seep ere Sen d Rte tuens Nera D EE UR 0 49 C 32 120 2 F Humidity aida 9395 RH Non Condensing Dimensions Width asii ES 12in 305mm A RR 12 25in 311mm 1 75in 45mm big T TK RS 7 921bs 3 58 Kg Ethernet Interfaces Automa non POM sooo tias et LR MALA En E MN Ud d t cs 1025 jung D 1027 Command Port Console Interface in ie i iaa islas 1024 banque MT isbn 1030 TETP PO ii A ORE D RETRO RISO OREL EO A E A Ad 69 Account Port Default e R 3064 Accounts Supervised for Communication over PSDN essent nete thinner ene n anar aan naar ennt tn enne 512 MAX UEC Lime Security Levels iii airada do A1 A4 active channels or P1 P3 passive channels Refer to Table 4 Loading Capacities for Hunt Groups on page 18for loading capacities when using Communication over PSTN Printers O Q aeee DMP SCS PTR Seiko DPU 414 RARO Seiko DPU 414 DACT Compatible communication formats ULC passive channels essen enne SIA CID Joi sa
23. Printer Port Sends events to local printer COM2 NOTE Maximum cable length is 1 8m 6ft Longer cables may impair performance 13 Telephone Line Input 2x RJ 11 For connection with PSTN alarm reporting connections using digital diallers DACT Pins 3 and 4 are line in pins 2 and 5 are backup channel line in or two way audio connection CHAPTER TWO INSTALLATION SG System I Operating Manual 2 Table 3 SG System I Front and Rear Panel Descriptions Item Indicator Control State Pin Lcx Description no Connector 14 I O Port Use AWG 18 1 Input UPS AC Failure toggles from ground to open on failure 22 wire 2 Common ground 3 Input UPS DC Failure toggles from ground to open on failure 4 Input Remote ACK button identical functionality to ACK button on LCD 5 Common ground 6 Input Future Use 7 Output R1 Follow Buzzer relay contact closes following Buzzer output activations syn chronized 8 RI Relay Common 9 Output R2 Trouble Output relay contact closes when the Trouble LED activates 10 R2 Relay Common 11 Output R3 Network Status relay contact closes when the Network Status icon appears on the LCD 12 R3 Relay Common 13 Earth ground NOTE Maximum cable length is 1 8m 6ft Longer cables may impair performance The use of shielded cable is recommended NOTE Relays are rated for 12Vdc 100ma NOTE Inputs are rated for 20ma open collector Rx is the relay num
24. Printer Restoral 001000 420000 NVY 0103 01 000 0000 NVY0103 USB Printer Restored SG TCP IP Automation Failure 001000 0000 NNT0100 01 000 0000 NNT0100 SG TCP IP Failed SG TCP IP Automation Restoral 001000 0000 NNRO100 01 000 0000 NNRO100 SG TCP IP Restored Serial Automation Failure 001000 0000 NYC0101 01 000 0000 NYC0101 SG SERIAL Failed Serial Automation Restoral 001000 0000 NYK0101 01 000 0000 NYK0101 SG SERIAL Restored Switch To Active Mode Where is the slot number 03 TCP 01 Serial 001000 0000 NSCOO 01 000 0000 NSCO0 Switching To Active Mode Switch To Manual Mode 001000 0000 NSC0000 01 000 0000 NSC0000 Switching To Man ual Mode Computer Internal communication error Pots Channels 001002 0000 NRT0101 01 002 0000 Internal Communication Error ASCII data output Printer Internal communication error Pots Channels NA 01 002 0000 Internal Communication Error ASCII data output Printer Internal communication error Pots Channels 001002 0000 NRT0101 NA Internal Communication error POTS Channels 001000 0000 NYO0101 01 000 0000 NYO0101 Computer Inter Comm Error Internal communication error IP Channels 001003 0000 NRT0002 01 003 0000 Internal Communication Error ASCII data output Computer Internal communication error IP Channels 001003 0000 NRT0002 01 003 0000 RT Comput
25. Software NYS0102 shelf 01 slot 02 NOTE Refer to UL864 Programming Requirements on page 10 if changing the default setting 53 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual 54 Dynamic Options Options 130 13F 3 1 4 1 Digit 0 F Default Options 130 138 A 139 R 13A A 13B O 13C C 13D Y 13E R 13F T Use these options to enable your computer software to recognise different alarm types The line card uses a unique Sur Gard communication format to transmit data through the System to the central station computer Event codes corresponding to alarm codes in 10 to 40 Baud for mats and DTMF 4 1 to 4 3 formats are used to enable the computer software to determine alarm types The SG System I uses the last digit of data received in 3 1 and 4 1 formats to determine the computer event code The event code will then be transmitted to the central station computer Refer to the Decoding Library for the complete set of event codes used by the line card For Options 130 13F program ASCII codes according to the Decoding Library NOTE Do not use values other than 20 7F ASCII Options 140 14F 3 2 4 2 Digit 0 F Default Options 140 148 A 149 R 14A A 14B O 14C C 14D Y 14E R 14F T Use these options to enable your computer software to recognise different alarm types The line card uses a unique Sur Gard communication format to transmit data through the System to the central s
26. Table 25 CHAPTER THREE OPERATION SG System I Operating Manual 26 P Accounts NOTE The number in parentheses represents the number of times the value has been changed or the size of a particular table To return to System Information while viewing any of the above press the Up and Down buttons simultaneously Pressing the Up and Down buttoms once more will take you to the Top Level menu Change Date and Time Having chosen to enter Change Date and Time by pressing the Enter button the unit s LCD appears as below 1 Changes to the time and date begin at the far left of the screen with the hour and proceed to the right The Up button will increase the value of the digit the Down button will decrease its value 2 Having made a change press the Enter button to advance to the next digit on the right Pressing the Enter button without having made any changes will also move the cursor to the next digit on the right 3 Once the Day has been entered and the Enter button pressed the user will be asked by the SG System I to confirm the changes N for no Y for yes Use the Up and Down buttons to navigate between yes and no 4 Press the Enter button to save your changes NOTE At any point before the time and date have been saved pressing the Up and Down buttons simultane ously will cancel any unsaved changes and return the user to the System Functions Menu Default SG System I When Default SG System I is selected t
27. UPS Low Battery Restore 001000 0000 NYR0102 01 000 0000 NYR0102 UPS Battery Restored UPS Low Battery 001000 0000 NYT0102 01 000 0000 NYT0102 UPS Battery Low Console Session Denied 001000 0000 NRDO001 01 000 0000 NRD0001 Console Session Denied Automation Time amp Date Failure 001000 0000 NRUO000 01 000 0000 NRUO0000 Time amp Date Update Fail System Option Change where XX is the 001000 0000 NLS0101 01 000 0000 NLS0101 Option Change CO option and YY is the new option setting HXX YY Channel 1 Option Change where XX is the 001000 0000 NLS0101 01 000 0000 NLS0101 Option Change C1 option and YY is the new option setting XX YY Channel 2 Option Change where XX is the option and YY is the new option setting 001000 0000 NLS0101 01 000 0000 NLS0101 Option Change C2 XX YY Channel IP Option Change where XX is 001000 0000 NLS0101 01 000 0000 NLS0101 Option Change C3 the option and YY is the new option set XX YY ting Option change from console where C is 001000 0000 NLS0101 00 00 SG 01 000 0000 NLS0101 Option the channel changed 0 7 system 1 2 Change C POTS channels 3 IP channel Printer Buffer Full IP Channel 001003 0000 NYB0001 01 003 0000 YB Printer Buffer Full APPENDIX A EVENTS and MESSAGES SG System I Operating Manual Table 37 Events and Messages A Description Event Automation message Printer message
28. Y DC4 Bit 1 OFF Do not convert to SIA protocol ON convert Modem II to SIA protocol SRRLLL HAAAA EY YZZZ DC4 Bit 2 OFF Do not convert to SIA with Modem II ASCII text blocks ON Convert to SIA protocol with Modem II ASCII text blocks as SRRLLL ZAAAA EY YZZZ DC4 and RRRLLL AAAAJA DC4 Bit 3 OFF Only decode the first 4 digits of Modem II account codes even if more than four are received ON Decode up to 10 digits of Modem II account codes Use the default value of 0x01 to format the output with GRRLLL protocol meaning that it does not convert to SIA does not process Modem II text blocks and only decodes the first 4 digits of Modem II account codes NOTE The lowest bit will also affect the BFSK format decoding NOTE Ensure that the automation software supports settings 02 and 06 if the SIA protocol is desired Option 19E Scantronics Select Default 00 You can set this option as 00 to decode 14 Digit DTMF as Scantronics 4 8 1 with Checksum You can set this option as 01 to decode 14 Digit DTMF as Scantronics 5 8 1 Option 19F Ademco High Speed RS 232 Default 01 You can set this option as 00 to convert the High Speed format signal into 4 2 format automation IRRLLLssssssAAAAsXssY Y DC4 printer RR LLL AAAA YY Alarm CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual 5 You can set this option as 01 to leave the Ademco High Speed fully coded and the received data is passed to the outpu
29. account is a 0 then it will be stripped and replaced with a space For example if 02349 is sent the receiver will output 234 SG System I Operating Manual Option 1A7 Silent Knight FSK2 RS 232 Default 00 Use this option to provide two possible outputs to the computer for the Silent Knight FSK2 format A7 00 SKFSK disabled A7 01 SKFSK enabled for SKFSKI ERRLssssssAAAAY Y ssss DC4 SKFSK2 Protocol 2 CRRLssssAAAAAAYYZZss DC4 A7 02 SKFSK enabled for SKFSK1 ERRLssssssAAAAY Yssss DC4 SKFSK2 Protocol 2 FRRLssssAAAAAAY YZZss DC4 76 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual Option 1A8 1AF Dial Out Number for Two Way Audio Transfer Default 00 You can use these eight options to provide a dial out number if the user wishes to transfer a call to another extension Up to 16 digits may be programmed including any Feature Command digits The values in these options will be sent as DTMF tones on the phone line after the fol lowing sequence takes place 1 The SG System I has recognized the current call as a 2 way audio account and alarm code 2 The calling control panel has finished sending its alarms and switched into 2 way audio mode 3 The channel will perform a Hook flash with the time value as set in Option 11 and then start to dial the programmed digits Options A8 AF must be programmed in the following manner Digits 1 9 are programmed as the numbers 1 9 The digit A must
30. and Telnot formats Option 1B0 must be programmed as 11 hexadecimal This enables bit 0 and bit 4 Option 1B1 DMP Area BIN or DEC Option Default 00 This option is similar to the DMP receiver 00 Area is sent to the automation in BINARY 01 Area is sent to the automation in DECIMAL SG System I Operating Manual The printer outputs remain unchanged Examples Area is sent to the line card as CO BINARY setting Automation P01001 20999 LO480TIMAREA 1 P01001 20999 LO440TIMAREA 2 Printer 00 01 001 20999 Close USR 04 AREA1 TIMAREA 1 00 01 001 20999 Close USR 04 AREA2 TIMAREA 2 DECIMAL setting Automation P01001 20999 L0401 TIMAREA 1 P01001 20999 L0402TIMAREA 2 Printer 00 01 001 20999 Close USR 04 AREA1 TIMAREA 1 00 01 001 20999 Close USR 04 AREA2 TIMAREA 2 78 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual Option 1B2 Format Disable Default 00 You can use this option to avoid unwelcome VoIP issues by forcing your unit to receive only those DTMF formats you have stipulated In this way your receiver will not confuse unwated DTMF formats for those you require This option is bit oriented and so more than one value may be selected Each value will disable the decoding of the accompanying DTMF formats Table 33 DTMF Format Disable Bit Description 0 15 digits DTMF format 1 13 digits DTMF format 2 8 digits DTMF format 3 22 digits
31. break in a fire a storm an earthquake an accident or any kind of construction activity inside or outside the premises The testing should include all sensing devices keypads consoles alarm indicating devices and any other oper ational devices that are part of the system Security and Insurance Regardless of its capabilities an alarm system is not a substitute for property or life insurance An alarm system also is not a substitute for property owners renters or other occupants to act prudently to prevent or minimize the harmful effects of an emergency situation IMPORTANT READ CAREFULLY DSC Software purchased with or without Products and Components is copyrighted and is purchased under the following license terms This End User License Agreement EULA is a legal agreement between You the company individual or entity who acquired the Software and any related Hardware and Digital Security Controls a division of Tyco Safety Products Canada Ltd DSC the manufacturer of the integrated security systems and the developer of the software and any related products or components HARDWARE which You acquired If the DSC software product SOFTWARE PRODUCT or SOFTWARE is intended to be accompanied by HARDWARE and is NOT accompa nied by new HARDWARE You may not use copy or install the SOFTWARE PRODUCT The SOFTWARE PRODUCT includes computer software and may include associated media printed materials and online
32. eg Ee TS 57 Option 173 Input Output Sensitivity a ee an 59 Option 174 Equivalent Line Nuinber ste e eee etel de a m bin oie a eh 59 Option 175 Receiver Number ec 59 Opton 176 Accounts 3 x 94 x uo tet eene e M TR e I e tates dette ie Poe te dd deett 59 Option 177 Digit Replace e eee eee e PEE 60 Opton 178 Maximunmni Intet Digit uet epe HD eR P e o OPEP RI 60 Option 179 Maximum Inter Burst e eee RH e Ee e deepest RU bete HRS 60 Option 17A Four and Five Digit Account Codes To Activate Two Way Radio eere 61 Option 17B Three Digit Account Codes To Activate Two Way Radio sse 61 Option 17C Audio Alarm Code Range cocoocconiccninnnonoononononnconconncnnnon nc nono nn nr nn roer nan enne ts seste stene nennen eerte 61 Option 17D Audio Zone Code ie eaten 62 Option 17E AudioRS 232 A ete ai ates 62 Option 17E Audio Format iiss soe eniti edite a e eR Ee d eese 62 Option 180 Kiss off to SA 63 Options 181 188 Handshake Selection ii e ee ee Re er ER ER Eee YER 63 Options 189 190 Handshake and Kiss off Duration ooooocccnoninonicnnononononncnnnonnconnonnnonnon non eene nnne 65 Option 191 Inter Handshake Duration sessssseeseseeseeneen eene n nn on nro ren nr narran narran nnns 66 Option 192 Pulse Moderado e EEE ESEESE 67 Option 193 Minimum Audio Tone ii see eie t e reed eee eee a 67 Option 1942 Account Digit Stripplng cete eee iii 67 Option 195 Five and Six Digit Pul
33. five digits are being received this option should be set to three This will force the five digits of DNIS DDDDD to overwrite the standard RRLLL 41 CHAPTER FOUR OPTIONS SYSTEM SG System I Operating Manual 42 Option 042 Busy Out Default 00 Enabling this option allows the line card to seize the phone line in case of a checksum error after download or when its internal buffer is full after a loss of communication with the system 00 the line is seized if either of the conditions mentioned above occur 01 the line is not seized if either of the conditions mentioned above occur 04 the line will be seized immediately if the automation computer is absent 05 the line will be seized immediately if the automation computer is absent or there is no communication with the system but only if the internal computer automation buffer is full If there is a loss of a printer s and the printer buffer is also full any new alarms will not be buffered in the internal printer buffer The SG System I has two independent buffers computer and printer NOTE If this option is set to 01 the line card will not buffer any new alarms once the internal buffer is filled Setting option 042 to this value is not recommended NOTE Refer to UL864 Programming Requirements on page 10 if changing the default setting Option 043 System Protocol ID Default 0 Use this option to ensure that your automation software performs as desired
34. in an environment that provides pollution degree max 2 and overvoltages category II indoors in a non hazardous location only The SG System I is intended to be installed operated and maintained by Service Persons only in restricted access locations The equip ment is included within a metallic enclosure that fulfills all of the applicable requirements for a fire enclosure The enclosure cannot be opened without the use of a tool When installing connecting or operating the SG System I take care to observe the following precautions Connect the connection cable to the appropriate socket Ensure that the cables are laid out in such a way that accidents cannot occur Connected cables must not be subject to excessive mechanical strain Use only authorised accessories with this equipment Protect the receiver from moisture dust liquids and vapors Important Safety Guidelines 1 Never install telephone wiring during an electrical storm 2 Read these instructions and save for later reference 3 Follow all warnings and instructions as marked on the product 4 Unplug the receiver from the mains power and telephone line sockets prior to cleaning Use only a soft damp cloth to clean the device Do not use abrasive liquids or chemicals to clean the device 5 Do not place this product on an unstable cart stand or table The receiver may fall causing serious damage to the product and the operator 6 Unplug the receiver from the mains po
35. into an outlet on a circuit different from that to which the receiver is connected Consult the dealer or an experienced radio television technician for help The user may find the following booklet prepared by the FCC useful How to Identify and Resolve Radio Television Interference Problems This booklet is available from the U S Government Printing Office Washington D C 20402 Stock 004 000 00345 4 IMPORTANT INFORMATION This equipment complies with Part 68 of the FCC Rules and the requirements adopted by the ACTA On the side of this equipment is a label that con tains among other information a product identifier in the format USSAAAEQZZTXXXX If requested this number must be provided to the Telephone Company Product identifier US F53ALOIBSYSTEMI USOC Jack RJ 11 Telephone Connection Requirements A plug and jack used to connect this equipment to the premises wiring and telephone network must comply with the applicable FCC Part 68 rules and requirements adopted by the ACTA A compliant telephone cord and modular plug is provided with this product It is designed to be connected to a compatible modular jack that is also compliant See installation instructions for details Ringer Equivalence Number REN The REN is used to determine the number of devices that may be connected to a telephone line Excessive RENs on a telephone line may result in the devices not ringing in response to an incoming call In most but not all areas the sum of REN
36. liability or any other legal theory Such damages include but are not limited to loss of profits loss of the product or any associated equipment cost of capital cost of substitute or replacement equipment facilities or services down time purchaser s time the claims of third parties including customers and injury to property The laws of some jurisdictions limit or do not allow the disclaimer of consequential damages If the laws of such a jurisdiction apply to any claim by or against DSC the limitations and disclaimers contained here shall be to the greatest extent permitted by law Some states do not allow the exclusion or limitation of incidental or consequential damages so that the above may not apply to you Disclaimer of Warranties This warranty contains the entire warranty and shall be in lieu of any and all other warranties whether expressed or implied including all implied war ranties of merchantability or fitness for a particular purpose and of all other obligations or liabilities on the part of Digital Security Controls Digital Security Controls neither assumes responsibility for nor authorizes any other person purporting to act on its behalf to modify or to change this war ranty nor to assume for it any other warranty or liability concerning this product This disclaimer of warranties and limited warranty are governed by the laws of the province of Ontario Canada WARNING Digital Security Controls recommends that the entire syst
37. max 05 5sec max Option 181 188 Handshake Selection 23 14 2D 0C OE 2D 0C Options 181 183 2D 0C Options 184 188 not used Option 189 190 Handshake and Kiss off Duration 100msec 8 1sec 00 1sec 00 1sec Option 191 Inter Handshake Duration 00 09 1 9sec 00 04 1 4sec 00 04 1 4sec Option 313 Transmitter Failure Debounce Time E fd20 30 05A 90sec OSA 90sec 64800sec Option 315 Transmitter Restoral Debounce Time Y 1E FF 30 3C 60sec 3C 60sec 255sec Option 319 Mask Transmitter Restoral N ON OFF OFF OFF Option 31A Mask Transmitter Failure N ON OFF OFF OFF Option 31B Mask Transmitter Swap N ON OFF OFF OFF Option 31C Mask Transmitter Unencrypted N ON OFF OFF OFF Option 31D Mask Invalid Report N ON OFF OFF OFF Option 31E Mask Unknown Account N ON OFF OFF OFF Option 31F Mask Supervised Acc Exceeded N ON OFF OFF OFF For UL and ULC listed applications the following UL ULC listed printers can be used with the System I Parallel Printers Seiko DPU 414 Serial Printers Seiko DPU 414 NOTE Do not use printer cables that have only 1 common ground wire CHAPTER ONE INTRODUCTION SG System I Operating Manual 12 Specifications Table 2 SG System I Specifications Electrical I put Voltage esca eee bee ane mei dpa d ro ET DR Ibn UO eo a t Ue 100 240 VAC 50 60Hz Input Curren MP siais 0 7A Max Backup Power Supply External UPS oia Ia ROO Ee Dire
38. required for this format than for a standard 4 2 format The default value of 00 disables Option 197 Option 198 3 1 Extended Default 01 You can set this option as 01 to combine two round pairs of 3 1 extended or 3 1 partial extended format into 3 2 output for reporting to the computer and the printer For example with this option enabled the security control panel can transmit one of the following sets of information 70 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual 123 3 123 3 333 1 333 1 The SG System I will interpret this information as 123 31 The default value of 01 enables Option 198 when set as 00 the option is disabled Option 199 Ademco Express Default 01 The Ademco 4 1 Express format may cause conflicts with the Sur Gard DTMF 4 3 checksum format or FBI Super fast without checksum You can use this option to inform the line card which of these formats will be used 00 Sur Gard DTMF 4 3 with checksum 01 Ademco 4 1 Express 02 FBI without checksum Option 19A Error Counter Default 00 When you set this option it will configure the number of consecutive bad pulse rounds before the receiver will automatically hang up The default of 00 means this option is disabled and the receiver must wait for the panel to hang up first Option 19B Echo Canceller Default 00 You can use this option to suppress the incidence of echo on a telephone line When Option 19B is enabled and
39. sent to the automation output If set to 01 the automation message for audio will be generated with protocol ID S If set to 02 the automation message will be generated with protocol ID 0 00 No Automation Output 01 Send SRRLLL ZAAAA NLFssoo DC4 02 Send ORRLLL HAAAA NLFssoo DC4 Option 17F Audio Format Default 00 Use this option to enable and disable audio for selected formats A value of 1 in the formats bit position will enable audio A value of 0 in the formats bit position will disable audio Bit 0 Standard 3 digit pulse and DTMF formats Bit 1 Standard 4 and 5 digit pulse formats Bit 2 Standard DTMF formats Bit 3 Contact ID format CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual Bit 4 SIA format Bit 5 Modem II format Bit 6 ITI format Bit 7 Westec format For example to enable audio to work only with 3 digit and SIA formats Option 17F must be set as 11 hexadecimal this enables bit 0 and bit 4 Option 180 Kiss off to Hang up Default 1F You can use this option to determine the delay between the Kiss off acknowledgement of the receipt of data and the release of the line The hexadecimal value set in this option will first be converted to decimal then multiplied by 100 milliseconds to generate the delay For example Option 180 0A hexadecimal 10 decimal 100 msec 1000 msec 1 second delay Option 180 1F hexadecimal 31 decimal 100 msec 3100 msec
40. seri ous nature e g a fire alarm You must deal with alarms generated while the system is in Manual mode It is imperative that time spent by the system in Manual mode must be kept to a strict minimum Note that the alarm printer and automation buffers reside in the SG System I 23 CHAPTER THREE OPERATION 24 Program Category The Program category is accessed in order to program the SG System I or to view its condition Sixteen users in total can have access to the unit User 0 is the Administrator and has full permissions with regard to using and configuring the unit All other users 1 F may view system information only in addition to having the ability to change the time and date displayed on the LCD NOTE All alarms must be acknowledged via the Ack button before entering Program mode from Manual mode Password A password must be entered before the Program category can be accessed Take the following steps 1 Press the Enter button while the unit is in either of the Operation modes Active Manual to call up the password field 2 Enter your 4 digit hexadecimal password on the bottom line use the Up and Down arrow buttons to scroll through the characters Note that the default password is CAFF 3 Press the Enter button to select the desired value and move along to the next digit 4 Continue until the four spaces are filled Pressing the Enter button after selecting the fourth digit will automa
41. to facilitate IP communication hubs routers NID DSL cable modems 24hr backup power is required NOTE When using Private Corporate and high speed data networks network access and domain access policies will be set to restrict unauthorised network access and spoofing or denial of service attacks Select an ISP that provides redun dant servers systems backup power routers with firewalls enabled and methods to identify and protect against these types of attacks i e spoofing DoS 17 CHAPTER TWO INSTALLATION SG System I Operating Manual 18 2 NOTE Firewall protection must be designed in such a way that the Automation software port connected to the SG System I alarm receiver is protected from external attacks e g spoofing DoS Set Up and Testing NOTE Install external devices connected to items 10 16 in the same room as the SG System I Maintain 6 5mm 1 4 of separation between power limited and non power limited circuits Use power limited supervised circuits only Familiarization with the connections and setup of the unit will make the final installation simpler DSC recommends that the user gather all elements of the system and stage a successful trial run before going live The following items are required EC power supply cord CATS Ethernet cable Phone line dialer Hub router or network NOTE When a Hub or Router Gateway is used with the SG System I 24 hr standb
42. without stop or until the reset fallback command is generated from the console in which case it will re try the TCP IP connection Please refer to the Automation Mode workflow diagrams below Automatic IP Fallback 04 This mode is similar to Fallback save that when the TCP IP connection is restored the SG System I will return to the TCP IP port to send events This eliminates the need for the Reset SG Fallback from the SG System I Console Please refer to the Automation Mode workflow diagrams below NOTE The SG System I must be restarted for these changes to take effect CHAPTER FOUR OPTIONS SYSTEM SG System I Operating Manual 4 Figure 6 Loop 00 Automatic IP Fallback 04 Power Up Restart Automatic Falback mode 4 A Manual Re start 4 D Poll from Console lt SG System TCP gt mation Reset Fallback Port Active YES NO Manual Re start E gt ISG Systeml BEN Seal trot Active lt No Figure 7 Fallback 01 Power Up Restart Mannal tal SG System Port Poll MEE 3e Active T1 Automation Reset Fallback i bid YES N SG System Seria 1 Port Active lt Manual Re start from Console ja Reset Fallback Option 030 Printer Mode Default LOOP You can configure this option with an approach similar to the auto
43. 0 Table 22 Accounts 3 x 4 x Value Description Example 00 Disabled If the alarm is reported in 3 1 3 1 extended BFSK 3 2 or 3 8 ACRON IRRLLLsssssssAAAsXsssY DC4 formats a leading space will be placed in front of the 3 digit account codes 01 If the alarm is reported in 3 1 3 1 extended 3 2 or 3 8 ACRON formats a leading 0 IRRLLLssssss0AAAsXsssY DC4 zero will be placed in front of the 3 digit account codes 02 Alarms communicated to the computer If the alarm is reported in 3 1 3 1 extended IRRLLLssssss0DAAAsXssOY DC4A 3 2 or 3 8 ACRON formats a leading 0 zero will be placed in front of the 3 digit account In addition a 0 zero will be placed in front of the 1 digit alarm code for the above formats as well as 4 1 formats 04 Ifthe panel is reported in SIA two leading 00 zeros will be placed in front of the 3 SRRLLL Z00AAAJ NriO FHOO digit account 05 If the alarm is reported in 3 1 3 1 extended 3 2 BFSK SIA 3 8 ACRON formats then a leading 0 zero will be placed in front of the 3 dgit account 06 If the alarm is reported in 3 1 3 1 extended 3 2 BFSK SIA 3 8 ACRON formats then a leading 0 zero will be placed in front of the 3 dgit account and a 0 zero will be placed in front of the 1 digit alarm code 59 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual 60 Option 177 Digit Replace Default 00 Use this option to replace one particula
44. 002 LAN Subnet Mask Address on page 30 Option 003 LAN Gateway on page 30 Option 004 Auto Update Time and Date on page 30 Option 005 Contrast on page 30 Option 006 Password on page 31 Option 007 Automation Baud Rate on page 31 Option 008 Automation Data Bits on page 31 Option 009 Automation Parity on page 32 Option 00A Serial Printer Format on page 32 Option 00B Serial Baud Rate on page 32 Option 00C Serial Data Bits on page 32 Option 00D Serial Printer Parity on page 33 Option 00E AHS Operations Time on page 33 Option 00F B32 Headers on page 33 Option 012 Heartbeat Timer on page 33 Option 013 Buzzer Tone on page 34 Option 014 Receiver Number on page 34 Option 015 Printer Test on page 34 Option 020 Mask UPS AC on page 35 Option 021 Mask UPS BAT on page 35 4 Option 024 Mask SG TCP IP on page 35 Option 025 Mask SG Serial on page 35 Option 028 Mask TCP Printer on page 35 Option 029 Mask Parallel Printer on page 36 Option 02A Mask Serial Printer on page 36 Option 02F Automation Mode on page 36 Option 030 Printer Mode on page 37 Option 031 ACK Wait on page 38 Option 032 Date Format on page 39 Options 037 and 038 License Keys 1 2 on page 39 Option 039 Mask USB Printer on page 39 Option 03A Programmable I O on page 39 Option 03B Last Message On on page 40 Option 03C LCD Backlight Colour on page 40 Option 03D Key Backlight Colour on page 40 Option 040 Number of Channels on page 41 Option 041 Sy
45. 1 800 503 5869
46. 2 gt KO last digit must be a C e CCC2 x2 gt KO first 3 digits must be C 26AF x2 gt KO last digit must be an F FFF2 x2 gt KO first 3 digits must be C 26AC2F2 otherwise decode as 3 1 extended or normal 3 1 and if the first digit is an F it is stripped off 5 digits If the checksum is good decode the 5 digit ADT pulse extended format in the form of 26ACF gt KO second last digit must be a C e CCC27 gt KO first 3 digits must be C 26AFC gt KO second last digit must be an F FFF2D KO first 3 digits must be C 26AC2F2 otherwise decode as 3 1 extended or normal 3 1 and if the first digit is an F it is stripped off otherwise do normal decoding based on options 4 1 4 1 extended 3 1 checksum 3 2 and if the first digit is an F it is stripped off 6 digits If two rounds match decode the 6 digit ADT pulse extended format in the form of F1231F e F1231F gt KO last two digits must be 1F to 8F F12301 e F12301 KO last two digits must be 01 to 06 FI23B2 e F123B2 gt KO last two digits must be BO to BF 1231F01B2 otherwise decode as 4 2 To Strip an Account Code of a 0 Value 02 When Option 194 is set to 02 the leading digit of any account code greater than four digits will be stripped if it is a zero Option 194 will work with the following formats Standard Pulse and DTMF 3 x
47. 4 x and Extended FBI e Ademco Super Fast 4 8 1 4 8 Contact ID CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual ITI SIA Modem II SKFSK For Example Option 194 is set to 02 The panel account code is 0345 104091ssssss0345sXssYZ The new output is as follows 104091sssssss345sXssYZ Option 195 Five and Six Digit Pulse Default 00 Use this option to distinguish between various 5 digit and 6 digit formats The formats 4 1 3 2 and 3 1 with checksum cannot be distin guished because they contain a total of 5 digits The formats 4 2 and 5 1 cannot be distinguished because they contain a total of 6 digits Table 29 Five and Six Digit Pulse Value Five Digit Setting Six Digit Setting 00 Select 4 1 format Select 4 2 format 01 Select 3 2 format NOTEI Select 4 2 format 02 Select 3 1 checksum format Select 4 2 format 03 Select 3 1 checksum format special NOTE2 Select 4 2 format 10 Select 4 1 format Select 5 1 format NOTE3 11 Select 3 2 format NOTEI Select 5 1 format NOTE3 12 Select 3 1 checksum format Select 5 1 format NOTE3 13 Select 3 1 checksum format special NOTE2 Select 5 1 format NOTE3 NOTE 1 The printer messages for the 3 2 format are the same as those used for the 4 2 format NOTE 2 This selects 3 1 checksum for 40 baud panels only responding on the 2300Hz han
48. 47 Option t11 Hook Flash Enable ici eR DERE ERA EPA Wu nes ect 48 Option 112 Caller Source ID eee iere is 48 Option 113 Caller Source to SG Automation sess enne eren nnne nnne ennt nennen enn enne nen 49 Option 114 Caller Source to Printer cheese rhe tee dede ei e ipte e e eee eie eda 49 Option 117 DMP User Letigth 2 a n et a Wessteney eb deii peut iiS 50 Option 118 DMP User Length dc 50 Option 119 Fault Call Goutitet e ete E d E Aa ER WO et eit uta ite Ceritanie edt 51 Option 1 LA DNIS Input Sensitivity esce eee ee eee D CREER Da TER i ee dee 51 Option LIE Debut OPON A ERE RR redi venen 52 Option 125 Phone Line Voltage Select ice eee eet e eene E eere RE ici 52 Option 127 Caller Source Process ren ete re pd rt i aen Hc ee dant Ge D E Ete tens 52 Option 12A Hook Flash Delay eet ai e een 52 Option 12C Dialer Presence bi 53 Opt on I2D AHS tii 53 Option 12F Online Timeouts crt Re He n EGRE A be D ade teste e cadet 53 Dynamic ODLUOBDS A cnn 54 Options 130 13F 3 1 4 1 Digit O F esses eua ase a tne tenente ener inerte tnn nenes 54 Options 140 14F 3 2 4 2 Digit QF cid ii ede ee het heridos 54 Options 150 15E 4 3 Digit O E a ene tup e RO RR e S a ec 54 Options 160 16F Printer Words ecco sie aeg eee tue dece deu eee ded D ER ideada 55 Option 170 Automation Common Event Code sse ener erret eren 55 Option 171 Library Selects ii aida 56 Option 172 SIA O A
49. 9 876sXss YZ Option 177 will not affect SIA Option 178 Maximum Inter Digit Default 00 It is possible that established diallers may have some difficulty in communicating with the line cards Use this option to overcome this diffi culty should it occur When programmed as 00 the inter digit time is determined by the Baud rate of the format being used all other values are in 100 msec increments 00 Automatically determine inter digit by baud rate Default 01 100 msec 02 200 msec 0A 1000 msec Option 179 Maximum Inter Burst Default 00 Itis possible that established diallers may have some difficulty in communicating with the line cards Use this option to overcome this diffi culty should it occur When programmed as 00 the inter burst has a time of 100 msec all other values are in 10 msec increments 00 100 msec default 01 10 msec 02 20 msec etc CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual Option 17A Four and Five Digit Account Codes To Activate Two Way Radio Default 00 Use this option to determine which four and five digit account codes will be able to activate the 2 way audio feature Use Option 17A to set the first two digits of a desired account code For example To allow all account codes between 1000 and 2FFF to activate the 2 way audio function program Option 17A as 12 To allow all account codes between 3000 and 6FFF to activate the 2 way audio function
50. AGREEMENT SHALL BE LIMITED TO THE GREATER OF THE AMOUNT ACTUALLY PAID BY YOU TO LICENSE THE SOFTWARE PRODUCT AND FIVE CANADIAN DOLLARS CAD 5 00 BECAUSE SOME JURISDICTIONS DO NOT ALLOW THE EXCLUSION OR LIMITATION OF LIABILITY FOR CONSEQUENTIAL OR INCIDENTAL DAMAGES THE ABOVE LIMITATION MAY NOT APPLY TO YOU DDISCLAIMER OF WARRANTIES THIS WARRANTY CONTAINS THE ENTIRE WARRANTY AND SHALL BE IN LIEU OF ANY AND ALL OTHER WARRANTIES WHETHER EXPRESSED OR IMPLIED INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTIC ULAR PURPOSE AND OF ALL OTHER OBLIGATIONS OR LIABILITIES ON THE PART OF DSC DSC MAKES NO OTHER WARRAN TIES DSC NEITHER ASSUMES NOR AUTHORIZES ANY OTHER PERSON PURPORTING TO ACT ON ITS BEHALF TO MODIFY OR TO CHANGE THIS WARRANTY NOR TO ASSUME FOR IT ANY OTHER WARRANTY OR LIABILITY CONCERNING THIS SOFTWARE PRODUCT m EXCLUSIVE REMEDY AND LIMITATION OF WARRANTY UNDER NO CIRCUMSTANCES SHALL DSC BE LIABLE FOR ANY SPECIAL INCIDENTAL CONSEQUENTIAL OR INDIRECT DAM AGES BASED UPON BREACH OF WARRANTY BREACH OF CONTRACT NEGLIGENCE STRICT LIABILITY OR ANY OTHER LEGAL THEORY SUCH DAMAGES INCLUDE BUT ARE NOT LIMITED TO LOSS OF PROFITS LOSS OF THE SOFTWARE PRODUCT OR ANY ASSOCIATED EQUIPMENT COST OF CAPITAL COST OF SUBSTITUTE OR REPLACEMENT EQUIPMENT FACILITIES OR SERVICES DOWN TIME PURCHASERS TIME THE CLAIMS OF THIRD PARTIES INCLUDING CUSTOMERS AND INJURY TO PROPERTY WARNING DSC recommends that the entire syst
51. Alarms Systems UL 864 certain programming features or options must be limited to specific values or not used at all as indicated in the table below Table 1 UL864 Programming Requirements l Permittedin Possible Settings Settings Option number and name UL 864 permitted permitted Y N seme UL 864 ULC Option 013 Buzzer Tone N ON OFF ON ON Option 020 Mask UPS AC N ON OFF OFF Option 021 Mask UPS BAT N ON OFF OFF Option 024 Mask SG TCP IP N ON OFF OFF OFF Option 025 Mask SG Serial N ON OFF OFF OFF Option 028 TCP Printer N ON OFF OFF OFF Option 029 Mask Parallel Printer N ON OFF OFF OFF CHAPTER ONE INTRODUCTION SG System I Operating Manual Table 1 UL864 Programming Requirements Permitted in Possible Settings Settings Option number and name UL 864 Pu permitted permitted Y N a UL 864 ULC Option 02A Mask Serial Printer N ON OFF OFF OFF Option 12C Dialer Presence Y 00 01 02 00 01 02 00 Option 12F Online Timeout Y 01 FF 1 255sec 1E 30sec 1E 30sec Option 039 Mask USB Printer N ON OFF OFF OFF Option 040 Number of Channels Y C1 C2 IP C1 C2 C1 C2 C1 C2 IP C1 IP C1 C2 IP C1 IP Option 042 Busy Out N 00 01 04 05 00 00 Option 105 Pre H S Duration Y OA FF 10 0A 10sec 0A 10sec 255sec Option 109 First Ring Length Y 01 FF 1 255sec 05 5sec
52. B BATTERY MISSING DEAD B1 RESERVED 06 RESERVED 5C POWER SUPPLY B2 RESERVED OVERCURRENT 07 RESERVED 5D ENGINEER RESET B3 RESERVED 08 RESERVED 5E RESERVED B4 RESERVED 09 RESERVED 5F RESERVED B5 ACCESS DENIED 0A FIRE ALARM 60 RESERVED B6 ACCESS REPORT BY USER 0B SMOKE 61 RESTORE ALARM B7 FORCED ACCESS oc COMBUSTION 62 OPENING ALARM B8 EGRESS DENIED 0D WATER FLOW 63 CLOSING ALARM B9 EGRESS GRANTED OE HEAT 64 SOUNDER RELAY BA ACCESS OF PULL STATION 65 BELL 1 BB ACCESS 10 DUCT 66 BELL 2 BC ACCESS 11 FLAME 67 ALARM RELAY BD ACCESS 12 NEAR FIRE ALARM 68 TROUBLE RELAY BE RESERVED 13 RESERVED 69 REVERSING BF ARMED STAY 14 PANIC ALARM 6A NOTIFICATION CO KEYSWITCH ARMED STAY APPLIANCE 3 CHECK 15 DURESS ALARM 6B NOTIFICATION C1 RESERVED APPLIANCE 4 CHECK 16 SILENT ALARM 6C RESERVED C2 RESERVED 17 AUDIBLE ALARM 6D RESERVED C3 RESERVED 18 DURESS 6E SYSTEM PERIPHERAL C4 RESERVED 19 DURESS 6F POLLING LOOP OPEN C5 RESERVED 1A RESERVED 70 POLLING LOOP SHORT C6 GROUP CLOSING 1B RESERVED 71 EXPANSION MODULE C7 GROUP OPENING FAILURE 1C RESERVED 72 REPEATER FAILURE C8 EXCEPTION O C 1D RESERVED 73 LOCAL PRINTER PAPER C9 EARLY O C OUT 1E BURGLARY 74 LOCAL PRINTER FAILURE CA LATE O C 1F PERIMETER 75 EXPANSION MODULE DC CB FAIL TO O C LOSS 20 INTERIOR 76 EXPANSION MODULE CC FAIL TO O C LOW BATTERY 21 24 HOUR 77 EXPANSION MODULE CD AUTO ARM FAIL RESET 22 ENTRY EXIT 78 RESERVED CE O C PARTIAL ARMED 23 DAY NIGHT 79 EXP MODULE TAMPER CF EXIT ERROR 24 OUTDOOR 7A EXP
53. BAD AA RESERVED 55 SYSTEM RESET AB CALLBACK REQUEST MADE 104 APPENDIX D PRINTER WORDS 105 SUR GARD E Profiles APPENDIX E PROFILES SG System I Operating Manual E Profiles The SG System I virtual receiver will load unique profiles in order to effectively communicate with control panels A profile is a set of pre programmed line card options unique to a particular DNIS or Caller ID number The DNIS will point to a particular profile which will then be loaded into the line card before the first handshake is sent It is essential that the correct option be programmed for a profile in order to communicate correctly with the control panel Each virtual receiver can have a maximum of 64 profiles 0 to 63 To change the options for a particular profile the System I Console software is provided This software will allow the user operator to edit the profiles Should a signal be received that has a DNIS that is not associated to a profile the receiver will use profile 0 The SG System 1 has a pool of profiles that can be used by either channel Profiles are not reserved to a channel DNIS Dialled Number Identification Service This number represents the dialled number or the number being called ANI Automatic Number Identification This number represents the source of a call and allows the system to determine the handshake proto col Caller ID This number identifies the source of a call DNIS or Calle
54. BFSK only no pulse BF 2300 Hz BFSK only no pulse FB Full duplex CFSK FC Full duplex SIA FE ITI handshake Modem IIE filter Additional Notes When using the Vonk Handshake 1F it is recommended that you program this option first Option 181 When using both Outel 1C and CESA 1B it is recommended that the Outel be programmed ahead in the handshake order 65 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 Options 189 190 Handshake and Kiss off Duration Default 00 Some control panels require handshakes of varying duration Use Options 189 190 to make those adjustments accordingly Each unit is measured in increments of 100 msec from a minimum of 100 msec to a maximum of 8 1sec Table 27 Handshake Kiss off Duration DSC does not recommend programmed handshake kiss off durations of greater than 1 5 seconds as these may not be tolerated by the alarm panel Durations greater than 1 5 seconds may be necessary for special applications but any duration greater than 8 1 seconds will not be accurate and may not match the programmed duration Hexadecimal Duration in msec Value 00 1 second 01 100 msec 02 200 msec k 03 300 msec E E 04 400 msec gt 2 0A 1 second E 0C 1 2 seconds a 2 Etc Etc g amp un a Ep O on NOTE These options will only affect steady tones handshakes Option 191 Inter Handshake Duration Default 00 The default value for th
55. CE LEVEL 3A HIGH TEMPERATURE 90 EXIT ALARM E6 ZONE BYPASS 3B LOW TEMPERATURE 91 PANIC ZONE TROUBLE E7 FIRE BYPASS 3C RESERVED 92 HOLDUP ZN TROUBLE E8 24 HOUR ZONE BYPASS 3D LOSS OF AIR FLOW 93 SWINGER TROUBLE E9 BURGLARY BYPASS 3E CARBON MONOXIDE 94 CROSS ZONE TROUBLE EA GROUP BYPASS 3F TANK LEVEL 95 RESERVED EB SWINGER BYPASS 40 RESERVED 96 SENSOR TROUBLE EC ACCESS ZN SHUNT 41 RESERVED 97 LOSS OF SUPERVISORY ED ACCESS POINT BYPASS RE 42 RESERVED 98 LOSS OF SUPERVISORY EE RESERVED RPM 43 RESERVED 99 SENSOR TAMPER EF UNBYPASS 44 RESERVED 9A RF TRANSMITTER LOW FO RESERVED BATTERY 45 RESERVED 9B SMOKE HI SENSOR F1 MANUAL TRIGGER TEST 46 FIRE SUPERVISORY 9C SMOKE LOW SENSOR F2 PERIODIC TEST REPORT 47 LOW WATER 9D INTRUSION HI SENSOR F3 PERIODIC RF TRANSMISSION PRESSURE 48 LOW CO2 9E INTRUSION LOW SENSOR F4 FIRE TEST 49 GATE VALVE SENSOR 9F SELF TEST FAIL F5 STATUS REPORT TO FOLLOW 4A LOW WATER LEVEL AO OPEN CLOSE F6 LISTEN IN TO FOLLOW 4B PUMP ACTIVATED A1 O C BY USER F7 WALK TEST MODE 4C PUMP FAILURE A2 GROUP O C F8 OFF NORMAL CONDITION 4D RESERVED A3 AUTOMATIC O C F9 VIDEO TRANSMITTER ACTIVE 4E RESERVED A4 LATE O C FA RESERVED 4F RESERVED A5 DEFERRED O C FB FIRE POINT TEST 50 SYSTEM TROUBLE A6 CANCEL FC FIRE POINT NOT TESTED 51 AC LOSS A7 REMOTE ARM DISARM FD INTRUSION ZONE WALK TESTED 52 LOW SYSTEM BATTERY A8 QUICK ARM FE FIRE ZONE WALK TESTED 53 RAM CHECKSUM BAD A9 KEYSWITCH O C FF PANIC ZONE WALK TESTED 54 ROM CHECKSUM
56. DTMF format 4 11 digits DTMF format 5 12 digits DTMF format 6 23 digits DTMF format 7 14 digits DTMF format The values of this option are bit selectable meaning that more than one setting may be enabled Each digit in the eight digit display corre sponds to a particular setting You can use the Up and Down arrow buttons to enable a bit by setting it to 1 or disabled by setting it to 0 After setting one digit the cursor will advance to the next digit to the right For example Table 34 DTMF Format Disable Programming DTMF Display 14 digit DTMF X0000000 23 digit DTMF OX000000 12 digit DTMF OOXOOOOO 11 digit DTMF OOOXOOOO 22 digit DTMF OOOOXOOO 8 digit DTMF 00000X00 13 digit DTMF 000000XO 15 digit DTMF 0000000X 79 Options IP In This Chapter IP Option Index on page 81 Steps required to access an option and change its setting or value on page 81 IP Options on page 81 CHAPTER SIX OPTIONS IP SG System I Operating Manual 6 IP Option Index Option 30D Alarm Port Number on page 81 Option 31E Mask Unknown Account on page 83 Option 30F Receiver Number on page 82 Option 31F Mask Supervised Acc Exceeded on page 84 Option 313 Transmitter Failure Debounce Time on page 82 Option 320 Mask Transmitter Deleted on page 84 Option 315 Transmitter Restoral Debounce Time on page 82 Option 33A Account Port on page 84 Option 319 Mask Transmitter Restoral on page 82 O
57. G System I receiver The default value is appropriate in most situations save those when the transmitter status is expected to fluctuate often due to for example system maintenance OFF Condition is reported ON Condition is not reported masked NOTE Refer to UL864 Programming Requirements on page 10 if changing the default setting Option 31A Mask Transmitter Failure Default OFF Use this option to enable or disable the reporting of the transmitter failure condition on the SG System I receiver The default value is appro priate in most situations save those when the transmitter status is expected to fluctuate often due to for example system maintenance OFF Condition is reported ON Condition is not reported masked NOTE Refer to UL864 Programming Requirements on page 10 if changing the default setting CHAPTER SIX OPTIONS IP SG System I Operating Manual 6 Option 31B Mask Transmitter Swap Default OFF Use this option to enable or disable the reporting of the T Link swap condition on the SG System I receiver The default value is appropriate in most situations save those when the transmitter status is expected to fluctuate often due to for example system maintenance OFF Condition is reported ON Condition is not reported masked NOTE Refer to UL864 Programming Requirements on page 10 if changing the default setting Option 31C Mask Transmitter Unencrypted Default OFF Use t
58. Industry Canada Statement IC 160A SYSTEM1 NOTICE This equipment meets the applicable Industry Canada terminal Equipment Technical Specifications This is confirmed by the registration number The abbreviation IC before the registration number signifies that registration was performed based on a Declaration of Conformity indicating that Industry Canada technical specifications were met It does not imply that Industry Canada approved the equipment L tiquette de l Industrie Canada identifie le mat riel homologu Cette tiquette certifie que le mat riel est conforme certaines normes de protection d exploitation et de s curit des r seaux de t l communications Industrie Canada n assure toutefois pas que le mat riel fonctionnera la satisfaction de l utilisateur Le pr sent materiel est conforme aux specifications techniques applicables d Industrie Canada NOTICE The Ringer Equivalence Nmber REN for this terminal is 01 The REN assigned to each terminal equipment provides an indication of the maximum number of terminals allowed to be connected to a telephone interface The termination on an interface may consist of any combination of devices subject only to the requirement that the sum of the Ringer Equivalence Numbers of all the devices does not exceed five This Class B digital apparatus complies with Canadian ICES 003 L indice d quivalence de la sonnerie IES sert indiquer le nombre maximal de terminaux qui peuvent tre ra
59. P IP IP 01 003 XXXXXXXXXX YN Invalid Report Possible Compromise Attempt IP IP IP IP Possible Compromise Attempt where IP is transmitters IP and X is the transmitters account 001003 XXXXXXXXXX NPC IP IP IP IP 01 003 XXXXXXXXXX PC Possible Com promise Attempt Max Accounts Exceeded where IP is transmitters IP and X is the transmitters account 001003 XXXXXXXXXX NJO IP IP IP IP 01 003 XXXXXXXXXX JO Maximum Accounts Exceeded IP IP IP IP Transmitter Deleted where IP is transmit ters IP and X is the transmitters account 001003 XXXXXXXXXX NJX IP IP IP IP 01 003 XXXXXXXXXX JX Transmitter Deleted IP IP IP IP Unknown Account where IP is transmitters IP and X is the transmitters account 001003 XXXXXXXXXX NXA IP IP IP IP 01 003 XXXXXXXXXX XA Unknown Account IP IP IP IP IP Channel has reached 75 capacity of its table where IP is transmitters IP 001003 0000 NJL IP IP IP IP 01 003 0000 JL Account table 75 full IP IP IP IP AHS Database Full NA AHS write to memory start NA 01 000 0000 AHS Flash Start ACTIVE AHS write to memory done NA 01 000 0000 AHS Flash Done ACTIVE Reset fallback 001000 20000 N Y YOO00 01 000 0000 NY Y0000 Reset SG Fall back Initiated APPENDIX A EVENTS and MESSAGES SG System I Operating Manual Table 37 Events and Messages A Description Event Automation message Printer message
60. PLIANT with the applicable requirements from the point of view of STABILITY the rack mounted equipment must be secured to the building structure before operation all wiring and installation shall be in accordance with electrical codes acceptable to the authori ties that have jurisdiction where the equipment is installed serviced and operated not more than 3 three SG System I units mounted within the same rack shall be powered from the same branch circuit use a different branch circuit for any group larger than 3 three units Inter connecting cables shall be routed in a manner that prevents excessive strain on wire and on terminal connections loosening of terminal connec tions damage of conductor insulation This product used Lithium Batteries Improper handling of lithium batteries may result in heat generation explosion or fire which may lead to personal injury CONNECTION TO THE MAINS Connect the DETACHABLE POWER SUPPLY CORD to the IEC 320 connector located on SG System I equipment CAUTION The Ethernet communication lines must be connected first to an Approved acceptable to the local authorities type NID Network Inter face Device before leaving the premises e g UL Installations UL60950 Listed NID for ULC Installations CAN CSA C22 2 No 60950 1 Listed NID NO REPAIRS IN THE FIELD ARE ALLOWED THE EQUIPMENT SG System I MUST BE RETURNED TO THE MANUFACTURER FOR REPAIRS Safety Considerations The unit is to be installed and used
61. PTER FOUR OPTIONS SYSTEM SG System I Operating Manual 40 Option 03B Last Message On Default Off When enabled this option displays the most recent printer message on the lower line of the unit LCD It will remain there until a new printer message replaces it The automation condition e g mode Active Manual or slot all TCP Serial does not have any effect on this fea ture Option 03C LCD Backlight Colour Default Cyan You can use this option to select the LCD backlight colour Available colours are OFF WHITE GREEN BLUE MAGENTA CYAN ORANGE PURPLE AQUA PINK ROYAL FADE CYCLE When accessing this option the available colours will appear on the LCD as you cycle through them providing a preview of their effect This is done without your needing to exit the menu Table 8 LCD Backlight Colour Colour Description Off Light grey White Royal As per its name Fade A static blend of all available colours from white to royal Cycle Rotates through all available colours from white to royal at one second intervals Yellow Reserved for Trouble mode Red Reserved for Manual mode Option 03D Key Backlight Colour Default Cyan You can use this option to select the LCD backlight colour Available colours are OFF WHITE GREEN BLUE MAGENTA CYAN ORANGE PURPLE AQUA PINK ROYAL FADE CYCLE When accessing this option the available colours w
62. System Functions Menu 4 Exit Programming 1 System Information 2 Change Date and Time Note Items in italicized red text do not appear on the SG System ILCD 3 Default SG System 4 Reset SG System 5 Visual Indicator Test 6 Exit Menu Active Mode Active mode is the most common operating mode The SG System I is in Active mode when any of the automation software ports are present and responding to signals When there are no incoming calls to the unit Active mode will give way to Manual mode On receiving an incom ing call the unit will automatically revert to Active mode Manual Mode Manual mode occurs when automation software is lost or has been programmed out all automation ports have been disabled Switching from Active mode to Manual mode in this case is automatic In Manual mode the SG System I receives signals and attempts to send the first signal in the buffer The unit simultaneously displays the message on the LCD screen activates the buzzer and activates the acknowledge LED To stop the buzzer and the acknowledge LED the Ack Acknowledge button must be pressed and released for every signal not acknowledged in the buffer The LCD messages received in Manual mode are duplicates of the printer messages For messages greater than 39 characters the first 39 characters are displayed Pressing the Enter button will display the remainder of the message You are strongly advised to make note of these messages in case any are of a
63. Timeout on page 53 Dynamic Options on page 54 Options 130 13F 3 1 4 1 Digit 0 F on page 54 Options 140 14F 3 2 4 2 Digit 0 F on page 54 Options 150 15F 4 3 Digit 0 F on page 54 Options 160 16F Printer Words on page 55 Option 170 Automation Common Event Code on page 55 Option 171 Library Select on page 56 Option 172 SIA Option on page 57 Option 173 Input Output Sensitivity on page 59 Option 174 Equivalent Line Number on page 59 Option 175 Receiver Number on page 59 Option 176 Accounts 3 x 4 x on page 59 Option 177 Digit Replace on page 60 Option 178 Maximum Inter Digit on page 60 Option 179 Maximum Inter Burst on page 60 Option 17A Four and Five Digit Account Codes To Acti vate Two Way Radio on page 61 Option 17B Three Digit Account Codes To Activate Two Way Radio on page 61 Option 17C Audio Alarm Code Range on page 61 Option 17D Audio Zone Code on page 62 Option 17E Audio RS 232 on page 62 Option 17F Audio Format on page 62 Option 180 Kiss off to Hang up on page 63 Options 181 188 Handshake Selection on page 63 Options 189 190 Handshake and Kiss off Duration on page 66 Option 191 Inter Handshake Duration on page 66 Option 192 Pulse Mode on page 67 Option 193 Minimum Audio Tone on page 67 Option 194 Account Digit Stripping on page 67 Option 195 Five and Six Digit Pulse on page 69 Option 196 4 1 Extended on page 70 Option 197 4 2 Extended on page 70 Option 198 3 1 Exten
64. able to hear and see the unit s trouble indication in the event of a lost network connection This output is usually active that is relay energised and will deactivate if the Ethernet connection to the unit fails APPENDIX B PORTS 99 Y Compatible IP Formats _ O APPENDIX C COMPATIBLE IP FORMATS SG System I Operating Manual Table 40 Compatible IP Communicators and Formats Transmitter type Version supported Formats supported TL250 v1 00 v1 4X SIA TL250DV v1 10 v1 4X SIA DVAC TL300 v1 20 v1 4X SIA Contact ID four and ten digit account code lengths TL150 v1 00 v1 09 SIA G S3055 v2 XX Contact ID four and ten digit account code lengths GS3060 v3 XX Contact ID four and ten digit account code lengths C 101 SUR GARD Printer Words APPENDIX D PRINTER WORDS SG System I Operating Manual Table 41 Printer Words D Hex Printer Words Hex Printer Words Hex Printer Words 00 MEDICAL 56 PANEL PROGRAM AC SUCCESSFUL DOWNLOAD ACCESS CHANGED 01 PENDANT TRANSMITTER 57 SELF TEST FAILURE AD UNSUCCESSFUL ACCESS 02 FAIL TO REPORT IN 58 SYSTEM SHUTDOWN AE SYSTEM SHUTDOWN 03 RESERVED 59 BATTERY TEST FAILURE AF DIALER SHUTDOWN 04 RESERVED 5A GROUND FAULT BO SUCCESS FULL UPLOAD 05 RESERVED 5
65. ade detection by moving through an area of insufficient cov erage disconnect a warning device or interfere with or prevent the proper operation of the system Power Failure Control units intrusion detectors smoke detectors and many other security devices require an adequate power supply for proper operation If a device operates from batteries it is possible for the batteries to fail Even if the batteries have not failed they must be charged in good condition and installed correctly If a device operates only by AC power any interruption however brief will render that device inoperative while it does not have power Power interruptions of any length are often accompanied by voltage fluctuations which may damage electronic equipment such as a security system After a power interruption has occurred immediately conduct a complete system test to ensure that the system operates as intended Failure of Replaceable Batteries This system s wireless transmitters have been designed to provide several years of battery life under normal conditions The expected battery life is a function of the device environment usage and type Ambient conditions such as high humidity high or low temperatures or large temperature fluctu ations may reduce the expected battery life While each transmitting device has a low battery monitor which identifies when the batteries need to be replaced this monitor may fail to operate as expected Regular testing and maintenance
66. age CP IP Printer Failure 001000 0000 NVZ0100 01 000 0000 NVZ0100 TCP IP Printer Failed Two Way Audio Cancelled channel 1 N A 01 001 XXXX AUDIO CANCELLED Two Way Audio Cancelled channel 2 N A 01 002 XXXX AUDIO CANCELLED COLDBOOT was performed by System 001000 0000 NYE0100 01 000 0000 NYE0100 Coldboot by LCD UI Network Present where IP is receivers net work IP 001003 0000 NNR IP IP IP IP 01 003 0000 NR Network Restoral Network Absent where IP is receivers net work IP 001003 0000 NNT IP IP IP IP 01 003 0000 NR Network Failure Transmitter Restoral where IP is transmit ters IP and X is the transmitters account 001003 XXXXXXXXXX NYK IP IP IP IP 01 003 XXXXXXXXXX YK Transmitter Restoral IP IP IP IP Transmitter Failure where IP is transmit ters IP and X is the transmitters account 001003 XXXXXXXX NYC IP IP IP IP 01 003 XXXXXXXXXX YC Transmitter Failure IP IP IP IP Transmitter Swap where IP is transmitters IP and X is the transmitters account 001003 XXXXXXXXXX NY S IP IP IP IP 01 003 XXXXXXXXXX YS Transmitter Swap IP IP IP IP Transmitter Unencrypted where IP is transmitters IP and X is the transmitters account 001003 XXXXXXXXXX NNC IP IP IP IP 01 003 XXXXXXXXXX NC Transmitter Unencrypted IP IP IP IP Invalid Report where IP is transmitters IP and X is the transmitters account 001003 XXXXXXXXXX NYN IP I
67. an incoming call is anwered the receiver will generate a 2100 Hz tone with 180 degrees of phase reversal every 450 msec for a total length of two seconds 00 Disabled 01 Enabled Option 19C Acron RS 232 Default 01 You can set this option as 00 to convert the Acron Super Fast format signal into the standard 3 2 or 4 2 format IRRLLLssssssAAAAsXssYY DC4 Where 1 protocol number RR receiver number LLL line number SSSSSS spaces AAAA account code X Event Code YY Zone Number And to the printer with the library text as RR LLL AAAA Y Y Text Set this option as 01 to send the Acron Super Fast format to the automation as indicated below 71 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual 72 9RRLLLssssAAAACCCCCCCCC DCA Where 9 protocol number RR receiver number LLL line number SSSS spaces AAAA account code CCCC channel 1 4 CCCC channel 5 8 DC4 terminator And to the printer with no library text as RR LLL AAAA CCCCCCCC Option 19D Modem IT RS 232 Default 01 In order for the SG System I to receive the Modem II formats two of the handshakes should be programmed 0B or OE The Modem II RS 232 option controls how the receiver will output alarms to the automation This option is a bit selectable option meaning more than one bit may be enabled Bit 0 OFF select protocol IRRLLLsssssSAAAAXXYYY Y DC4 ON select protocol GRRLLLsssssSAAAAXXYYY
68. atures Figure 1 SG System I Receiver SG System Software Compatibility The following examples of Central Station automation software are compatible with the SG System I interface MAS DICE SIMS II GENESYS S LS IBS MicroKey ABM Bold Refer to the DSC website http www dsc com index php n MonitoringStations for a comprehensive list of compatible Automation Software Manufacturers NOTE Automation connections are considered supplementary as per UL864 listing Compatibility with central station auto mation software is intended to be handled under a separate UL1981 software and or site certification evaluation CHAPTER ONE INTRODUCTION SG System I Operating Manual 10 Approvals Industry Approvals The System I meets the following standards UL 1610 Central Station Burglar Alarm Units UL 864 Standard for Fire Alarm System Control Units and Accessories UL 1635 Digital Alarm Communicator System Units CAN ULC S304 06 Signal Receiving Centre and Premises Burglar Alarm Control Units CAN ULC S559 04 Equipment for Fire Signal Receiving Centres and Systems EN60950 1 2001 Standard for Information Technology Equipment e AS NZS 60950 1 2003 Information Technology Equipment Safety Part 1 General Requirements CISPR22 Class B Information Technology Equipment Radio Disturbance Characteristics Limits and Methods of Measurements EN50130 4 Immunity requirements for components of Fire Intruder and Social
69. be pro grammed if a zero is needed anywhere in the dial string as the digit zero is used to indicate to the line card that there are no more digits to dial If an asterisk is required e g 70 the transfer command in some PBX PABX switches program a B Similarly if a is needed program a C To get the line card to wait for three seconds in a dial string program a D Table 32 Dial Out Number for Two Way Audio Transfer DTMF Digit Sent DTMF Digit Received 0 End of dialling string 1 1 2 2 3 3 4 4 5 5 6 6 T 7 8 8 9 9 A 0 B C C D Three second pause E E F F For example to transfer a two way audio call to Ext 51386 with a three second pause between the transfer command and dialing Options A8 AF would be programmed as the following A8 B7 A9 AD 77 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 AA 51 AB 38 AC 60 AD 00 AE 00 AF 00 Option 1B0 CCITT Audio Format Enable Bits Default 00 This option is similar to Option 7F Use this option to enable and disable audio for the selected CCITT formats A 1 in the formats bit posi tion will enable the format for audio An 0 in the formats bit position will disable audio for the format Bit 0 Robofon Format Bit1 VONK Format Bit2 Stratel Format Bit3 CESA FOrmat Bit4 Telnot format Bit 5 Outel format Bit6 Not used Bit 7 Not used For example to enable audio to work only for Robofon
70. ber as a rule these outputs are open connections 15 USB Port USB Type B USB Type B The USB port on SG System I is used to connect with a Windows host running the SG Systems Console Software Other operating systems are not supported NOTE Maximum cable length is 1 8m 6ft Longer cables may impair performance 16 LAN Interface Port CAT 5 This interface connects to the local network Also it is through this interface that a connection is made to the console software and the automation software NOTE Maximum cable length is 100m 328ft Longer cables may impair performance 17 Mains Supply Connector 120 240VAC 0 7A 50 60Hz Connection to Interruptible Power Supply UPS recommended with minimum 24 hr standby capability required Refer to Set Up and Testing on page 18 For ULC installations Canada the equipment shall be rack mounted and powered by a permanently wired supply in accor dance with C22 1 Canadian Electrical Code Part 1 Safety Standard for Electrical Installations section 32 Please refer to on page 19 This equipment is intended to utilize the building emergency AC supply system for their standby supply e g UPS batteries in conjunction with engine driven generators NOTE The LED indicators and the LCD can be tested for integrity by accessing the following in the main programming menu item 3 System Functions item 5 Visual Indicators Test NOTE For equipment used at Signal Receiving Centres and intended
71. ccord s une interface t l phonique La terminaison d une interface peut consister en une combinaison quelconque de dispositifs la seule condition que la somme d indices d quiva lence de la sonnerie de tous les dispositifs n exc de pas 5 Cet appareil num rique de la classe B est conforme la norme NMB 003 du Canada Limited Warranty Digital Security Controls warrants the original purchaser that for a period of twelve months from the date of purchase the product shall be free of defects in materials and workmanship under normal use During the warranty period Digital Security Controls shall at its option repair or replace any defective product upon return of the product to its factory at no charge for labour and materials Any replacement and or repaired parts are warranted for the remainder of the original warranty or ninety 90 days whichever is longer The original purchaser must promptly notify Digital Security Con trols in writing that there is defect in material or workmanship such written notice to be received in all events prior to expiration of the warranty period There is absolutely no warranty on software and all software products are sold as a user license under the terms of the software license agree ment included with the product The Customer assumes all responsibility for the proper selection installation operation and maintenance of any prod ucts purchased from DSC Custom products are only warranted to the exten
72. ccount Table You should ensure that a unique number is used for this option NOTE The SG System I must be restarted for these changes to take effect Option 340 Account Password Default CAFE Use this option set a password to restrict access to the receiver account table In order to retrieve or modify the receiver account table any application that connects to it must have the same password You must ensure that these applications and Option 340 share the identical password Applications that connect to the receiver account table include the following T Link Console SG Systems Console v1 1 Table Loader DLS downloading software Option 344 DNIS Replacement of RRLLL Default 00 Use this option to instruct the SG System I to output the RRLLL receiver number and line number or to replace the output of RRLLL with DNIS from a DSC GSM transmitter depending on the type of transmitter you have installed on your site Both values will send the output to the printer and to the automation software 00 SG System I will output the RRLLL 01 SG System I will output the DNIS CHAPTER SIX OPTIONS IP SG System I Operating Manual 6 Option 346 Account Digit Strip Default 00 Use this option to control the output of the account number set from 1 to 9 digits for the GSM IP transmitter and the panel account code The table below lists the possible variations in output Table 35 Account Digit Strip
73. ceived after the group opening closing the message 1234 C1 FF will be sent the FF segment indicates that a user code was not received Use the second of two nibbles to control the user zone number conversion The Sur Gard 4 3 DTMF format is made up of a 4 digit account code a 1 digit event code and a 2 digit hexadecimal zone code or user number Some central station software packages however use a common event code and require user codes in a decimal format This option allows the user codes to be converted from hexadecimal to dec imal in order to meet the needs of their central station software Enter one of the following four values x0 Sends the last two digits as user codes without conversion x1 Converts the last two digits of the user codes to decimal Table 16 DTMF 4 3 Format Output Original User Code User Code after Conversion 00 to 99 00 to 99 BO to B9 100 to 109 CO to C9 110 to 119 DO to D9 120 to 129 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual Table 16 DTMF 4 3 Format Output Original User Code User Code after Conversion E0 to E9 130 to 139 FO to F9 140 to 149 For example if 1234 4B1 is received 1234 C 101 will be sent to the computer x2 Sends the last three digits as the zone code The 5th digit will continue to be used as the event code For example if 1234 161 is received 1234 A 161 will b
74. cesceseeeseeseecaecaeceaeeneceseseeeceseeeeeeaeeeneeaeeenecaeenaees 78 Option 1B1 DMP Area BIN or DEC Option iese en A E A e A E E E NY 78 Option TB2 Kas atatt DIEI o l AAE E E E A A ENERO REPRINTS 79 Chapter 6 Options IP eo tee epit as ode cele ete onere doter eos eufedvas eese 80 TO dd 81 Steps required to access an option and change its setting or value sse 81 IP Ot IS iore EA RA ta de bed ag e o eae Reade i t A ott ROCA AAA 1 Option 30D Alarm Port Number r E R enne enr erinnern innen nre ne nennen nnne enne 81 Option 3 0F Receiver Number aede aa dE 82 Optiom 310 Eme Card Number 45 oie eek node eh eds 82 Option 313 Transmitter Failure Debounce Time sse enne enne nennen nennen nennen nnn 82 Option 315 Transmitter Restoral Debounce Time sse eene eren 82 Option 319 Mask Transmitter Restoral esses eene eere 82 Option 31A Mask Transmitter Failure essere enne enne nennen nennen innert nnne ennt entente eren 82 Option 31B Mask Transmitter SWAD e hee ito iras Gok 83 Option 31C Mask Transmitter Unencrypted sese eene eere nennen nnne nennen nnne ener 83 Option 31D Mask Invalid Report a SIBRI ae hei e de TI iuh 83 Option 31E Mask Unknown Account esesssssseseseeeerenereer enne nennen nennen ener inier rennen nennen tn nnne 83 Optiom31E Mask Supervised Acc Bxceeded ii ERE Re EE 84 Option 320 Mask Transmitter Deleted s
75. compliance with Telecom s Specifications There shall be no more than 10 call attempts to the same number within any 30 minute period for any single manual call initiation and The equipment shall go on hook for a period of not less than 30 seconds between the end of one attempt and the beginning of the next call attempt Automatic calls to different numbers are spaced such that there is not less than 5 seconds between the end of one call attempt and the beginning of another PTC200 8 1 7 a User Instructions automatic call set up This equipment should not be used under any circumstances that may constitute a nuisance to other Telecom customers PTC200 8 1 7 b User Instructions automatic call set up This equipment shall not be set up to make automatic calls to Telecom s 111 Emergency Service Table of Contents Chapter 1 Mtro ducto consi 8 A a a o 9 Software Compatibility E O on Ib RS 9 A 10 Industry Approved a idea 10 UL8S64 Programmune Require ments d A A As 10 For UL and ULC listed applications the following UL ULC listed printers can be used with the System I 11 Specifications A NA 12 Electrical e de do eo a do dla le e e aos ipe do OE rers 12 A e HE tera de Re REG ERR TIER PERSE 12 DIMENSIONS a BI TRIS pet WHERE 12 Ethernet Interfaces ei reete e Renfe Rete et Ae EG Ege Ue Tene alae e LG TNR 12 ALCCO UIS citas eer D EEES tore UP Ree ee hee dee Pose ace TUI Re beets EET neo ee TA Ee eL DOR Ve up eR pe M
76. ct connections only From AC Mains For CE Installations For ULC Installations Main Supply 240Vac 50Hz Main Supply 120Vac 60Hz UPS Output Rating non UL UPS Output Rating 240Vac 50Hz 120Vac 60Hz NOTE Install external devices connected to Items 10 17 in the same room as the SG System I Maintain a 6 5mm 1 4 sep aration between power limited and non power limited circuits All circuits are supervised and power limited with the excep tion of AC input which is non power limited Maximum cable length is 1 8m 6 Longer cables may impair performance NOTE For ULC Installations the equipment must be rack mounted and powered by a permanently wired supply in accor dance with C22 1 Canadian Electrical Code Part 1 Safety Standard for Electrical Installations section 32 This equipment is intended to utilize the building emergency AC supply system for its standby supply UPS batteries in conjunction with engine driven generator Connection to Building Emergency Power Supply UPS recommended with a minimum 24hr standby capability is required For UL Listed Installations use UL Listed UPS Uninterrupted Power Supply for protective signalling systems and listed burglar alarm power supplies as applicable 19 CHAPTER TWO INSTALLATION Figure 4 Wiring Diagram for Backup Channel and Two Way Audio WIRE COLOURS TIP Back up Channel 1 BLUE ies S 2 YELLOW 1 3 GREEN TIP Primay 7 En 4 RED Channel 4 5
77. cted 6 2 CTS 8 3 GRD 5 4 TX 3 5 RX 2 6 DCD 1 7 RTS 7 8 Not connected Not connected 96 APPENDIX B PORTS SG System I Operating Manual B I O Port The I O interface has access to the list of options below These connections are located at the back of the unit using a screwless spring type terminal Relays are used for output switching of the unit There are three outputs and four inputs on the SG Sys tem I unit Figure 11 I O Ports Note Port numbers range from 1 to 13 from left to right See item 14 at Table 3 SG System I Front and Rear Panel Descriptions on page 15 for a list and description of the I O ports I O Ports Detailed Descriptions Input 1 PIN 1 UPS AC Failure This input normally closed is used with backup power supplies that support output activation for the status indica tion When this input is activated the SG System I will indicate a trouble condition for UPS AC Fail Debounce time on this input is set at 250 msec Debounce time is not programmable Input 2 PIN 3 UPS DC Failure This input normally closed is used with backup power supplies that support output activation for the status indica tion When this input is activated the SG System I will indicate a trouble condition for UPS DC Fail Debounce time on this input is set at 250 msec Debounce time is not programmable Input 3 PIN 4 Remote Ack While the unit is in Manual mode this o
78. d or was not transmitted NOTE A nibble is half a byte Of the byte AF A is the high nibble F is the low nibble Option 113 Caller Source to SG Automation Default 00 Use this option to enable the transmission of Caller ID or ANI to the software automation output Possilbe values are as follows Table 14 Caller Source to Automation Protocol Format Description 00 Do not send to the automation software 01 4RRLL Send to the automation software North American Caller ID 02 URRLLL Send to the automation software International Caller ID 04 uRRLL Send ANI information to the automation software 05 uRRLLL Calling Name protocol ID NOTE Option 112 must be programmed for Caller ID 01 or ANI 4X or 2X where X represents the number of DNIS digits Option 114 Caller Source to Printer Default 00 Use this option to enable the transmission of Caller ID or ANI to the printer output Possible values are as follows Table 15 Caller Source to Automation Protocol Format Description 00 Do not send to the printer 01 4RRLL Send to the printer Each alarm will print an extra line display ing the Caller ID North American Caller ID 04 4RRLL Send to the printer Each alarm will print an extra line display ing the ANI number NOTE Option 112 must be programmed for Caller ID 01 or ANI 4X or 2X where X represents the number of DNIS digits
79. de A P AES 128 bit NOTE Do not use printer cables that have only one common ground wire Buffers 1 OA NE 500 events lucc cC 512 events Mim L 50 events Out of Box Verify that you have received the following SG System I L1 SG System I Receiver e TEE O SG Systems Console Software CD eiim i dd dais SESER EEEE Lancia O SG System I Quick Install Guide vais daa L1 Height Adjustable Rubber Feet front O Rubber Feet TEA HCM CHAPTER ONE INTRODUCTION SG System I Operating Manual SG System Rackmount Kit Optional required for UL ULC Listed Installations O Brackets occcninininnninnnnnincrin rra Qty 2 O Rails AS A O CR Qty 4 BS eree O ME M e E Qty 8 L1 Quick Itstall Sheets seed o ee ert e Rete WIRE pe eie tenda AAA WEN Dv er EEUU Qty 1 Additional Equipment Required Not Supplied Cl TEG PowerLine Colas eeu tss A nd opt a tol oce Sp tae eat MED aad Oty 1 O CAT 5 Ethernet Cable for Network Interface Port or USB Cable for Console Communication es Oty 1 O DB9 Terminated RS232 Serial Cable inn eri O DB25 Terminated Parallel Printer Cable aerea O Phone Line Cable with RJ11 Jack minimum 26 AWG
80. decode SIA alarms sent without zone numbers and add 00 before it is sent to the automation software output E g 1234 NriBA becomes 1234 NriBA00 E g 1234 NBA BH becomes 1234 NBA BH00 Bitl Convert SIA Account A s Any account digits received as an A will be converted to 0 E g A123 NriBA01 becomes A123 NriBA01 Bit2 Convert Pulse Formats to SIA All Pulse format printer and computer outputs will be converted to SIA in a two step conversion process The automation output will use the protocol ID of R First the type of alarm is determined by Options 30 5F 70 Second the type of alarm is mapped to a SIA output as per the table below E g 12341 becomes 1234 A 1 then 1234 NBA1 57 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual 58 Values programmed in Options 30 5F 70 elsewhere other than in this table will default to UAxx for Undecoded Alarm Table 21 SIA Conversion Value Code SIA 41 A BA 42 B BA 43 C CL 46 F FA 48 H HA 4F O OP 4D M MA 50 P PA 52 R BR 54 T TA 5C OC 62 b BR 66 f FH 68 h HH 6D m MH 70 p PH 74 t TH 7C l UB Bit3 Convert BFSK format to SIA The BFSK outputs will be converted to SIA The automation output will use the protocol ID of R When this bitwise value is set it has precedence over the BFSK RS232 Option A4 The accounts 3 x to 4 x in Opti
81. ded on page 70 Option 199 Ademco Express on page 71 Option 19A Error Counter on page 71 Option 19B Echo Canceller on page 71 Option 19C Acron RS 232 on page 71 Option 19D Modem II RS 232 on page 72 Option 19E Scantronics Select on page 72 Option 19F Ademco High Speed RS 232 on page 72 Option 1A0 11 12 Digit DTMF Acron Scantronics or Scancom 433 on page 73 Option 1A1 FBI RS 232 on page 74 Option 1A2 Digit Replace on page 74 Option 1A3 D6500 RS232 on page 74 Option 1A4 BFSK RS 232 on page 75 Option 1A5 Sescoa Super Speed on page 76 Option 1A6 ITI Adjust on page 76 Option 1A7 Silent Knight FSK2 RS 232 on page 76 Option 1A8 1AF Dial Out Number for Two Way Audio Transfer on page 77 Option 1B0 CCITT Audio Format Enable Bits on page 78 Option 1B1 DMP Area BIN or DEC Option on page 78 Option 1B2 Format Disable on page 79 NOTE The options available for channels 1 and 2 are identical The only difference is in the prefix channel 1 options begin with the digit 1 e g 102 channel 2 options begin with the digit 2 e g 202 45 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual 46 5 Steps required to access an option and change its setting or value The steps required to access an option and change its setting or value are very nearly uniform from option to option The procedure detailed below will satisfy the majority of options Those it does not will accept clo
82. dshake For all other panels this will be decoded as 4 1 NOTE 3 The printer messages for the 5 1 format are the same as those used for the 4 1 format Automation output IRRLLLssssssAAA AsEsssZ DC4 4 1 IRRLLLsssssssAAAsEssYZ DC4 3 2 IRRLLLsssssssAAAsEsssZ DC4 3 1 IRRLLLsssssSAAAAAsEsssZ DC4 5 1 Printer outputs RR LLL AAAA Z Message 4 1 69 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 RR LLL AAA YZ Message 3 2 RR LLL AAA Z Message 3 1 RR LLL AAAAA Z Message 5 1 Option 196 4 1 Extended Default 00 You can set this option as 01 to enable combining two round pairs of 4 1 extended format into 4 2 output for reporting to the automation and the printer For example with Option 196 enabled the security control panel can transmit one of the following sets of information 1234 3 1234 3 3333 1 3333 1 The SG System I will interpret this information as 1234 31 The default value of 00 disables Option 196 Option 197 4 2 Extended Default 00 You can set this option as 01 to combine two round pairs of 4 2 extended format into 4 3 output for reporting to the computer and the printer Program one of the following Example 1 1234 05 1234 05 0505 16 0505 16 SG System I Operating Manual The SG System I will interpret this information as 1234 516 Example 2 1234 03 1234 03 3333 01 3333 01 The SG System I will interpret this information as 1234 301 Note that a longer online time is
83. e EAR REO eed cs 25 Change Date and Time eee Ree eet ede ie ream eeu utram te ete tee 26 Default SG SystenrT in nni ete bete ie e etre e Sete ae ede aie te e RE OE ein 26 Reset SG Systenm I autero ome Ieri urnas beu ies unite ideas RS 26 Visual Indicator Test sic 2 eie eene ene RE a e RN dei ie hi gleich Dec dee E 26 loq Mu m A e iene dec 26 Miscellaneous LED InGiC ators 0d a t AA Lts 26 View A A A a ve tet test testet 26 Brow DICH 5 PERSE 27 View Network Watchdog i ree RAT adiecta i a hun 27 NIC Wa Statista abuser die PE DECR 27 Chapter 4 Options System ii etam predio re eR e ded eae ea gui 28 System Option ide a is t E e son ps ed eco ets vt SUVs 29 Steps required to access an option and change its setting or value sss 29 System COP COINS aided eec Het eet o ds hae aa alge ink deua e relie A A AAA dt ee eng Us 30 Option 00 LAN TP Address 5 he te RE cda 30 Option 002 LAN Subnet Mask Address sse eene enne enne nnne enne nennen nennen ener 30 Optiom003 EAN Gateway dece qe t er ere a Gi Den ERE ERR ONUS 30 Option 004 Auto Update I1me and Date eee iaa 30 Option 005 Contrast ere EE OR ERE REOR E GU hE I EP SENE A tents 30 Option 006 PassWord tne bsec idi a vett dive IRS tae te ee EE 31 Option 007 Automation Baud Rate coococcnccnicnnoninononnconnnnnonnconnonnnonnno nono ron n ron n nn nono nnne irren nn nn rra rennen nennen terere 31 Option 008 Automation Data Bits ai 31 Option 009 Au
84. e LCD 2 Press the Enter button The value may now be changed 3 Use the Up and Down buttons to scroll to the desired value NOTE As each tone is selected the SG system I will sound that tone for a period of 250 msec allowing the user the oppor tunity to judge each tone as it is selected 4 Having made a selection press the Enter button 5 The LCD will prompt you to accept Y or to decline N your changes 6 Use the Up and Down buttons to select your answer Press the Enter button NOTE Refer to UL864 Programming Requirements on page 10 if changing the default setting Option 014 Receiver Number Default 01 The receiver number is used to identify the receiver or unit when communicating to the TCP IP Automation the Serial Automation and any connected printer This receiver number applies to all traffic unless overridden by another option In the event that such overriding takes place it will most likely be a Fallback Recovery Strategy option Option 015 Printer Test Default ON When this option is enabled a test signal is sent to all active printers at 0500 hrs and 1700 hrs of every day CHAPTER FOUR OPTIONS SYSTEM SG System I Operating Manual 4 Sample printer message 26 Nov 2003 16 41 25 26 Nov 2003 16 41 25 00 00 SG 01 000 0000 Printer Test Message Option 020 Mask UPS AC Default ON Use this option to enable the UPS AC Shelf 1 trouble mask If enabled trouble conditions are not reported
85. e Product Transfer You may transfer all of Your rights under this EULA only as part of a permanent sale or transfer of the HARDWARE provided You retain no copies You transfer all of the SOFTWARE PRODUCT including all component parts the media and printed materials any upgrades and this EULA and provided the recipient agrees to the terms of this EULA If the SOFTWARE PRODUCT is an upgrade any transfer must also include all prior versions of the SOFTWARE PRODUCT f Termination Without prejudice to any other rights DSC may terminate this EULA if You fail to comply with the terms and conditions of this EULA In such event You must destroy all copies of the SOFTWARE PRODUCT and all of its component parts 2 Trademarks This EULA does not grant You any rights in connection with any trademarks or service marks of DSC or its suppliers 3 COPYRIGHT All title and intellectual property rights in and to the SOFTWARE PRODUCT including but not limited to any images photographs and text incorpo rated into the SOFTWARE PRODUCT the accompanying printed materials and any copies of the SOFTWARE PRODUCT are owned by DSC or its suppliers You may not copy the printed materials accompanying the SOFTWARE PRODUCT All title and intellectual property rights in and to the content which may be accessed through use of the SOFTWARE PRODUCT are the property of the respective content owner and may be protected by applicable copyright or other intellectual proper
86. e receiver Two types of tables are available but only one type can be chosen The first type which consists of 10 000 entries is used strictly with DNIS of up to five digits Table type 1 DNIS received Profile to be used DNIS Received Profile to be used 00001 01 00002 03 00003 24 99999 45 Table type 2 The second type is used if ANI Caller ID and or DNIS are received and can consist of up to 5000 entries with Caller ID or DNIS of up to 10 digits Each portion may contain 0 10000 entries with the total of all the entries not exceeding 10 000 The receiver will first check through the Caller ID section if a Caller ID number is received If only a DNIS number is received or Caller ID is received but the Caller ID was not found it will check in the DNIS section On a standard receiver the Automation output would look similar to the following IRRLLLssssssAAAAsYSsZZ DC4 On the System I it will replace the RRLLL which is normally the receiver number and the line card number with the DNIS received or the convert data found in the table This makes possible the duplication of accounts as long as they are dialling different numbers The output will become 1DDDDbDssssssAAAAsYsZZ DC4 Where DDDDD is the DNIS number See Option 044 for more information on how to enable the combined table s 2009 Digital Security Controls LOSES erste aae com A IAM DI Sales 1 888 888 7838 29007499R002 Tech Support Canada amp USA
87. e sent to the computer In the case of individual event codes if 1234 401 is received 1234 C 01 will be transmitted to the computer When common event codes are used if 1234 401 is received 1234 Z 401 will be transmitted to the computer Z is the common event code x3 Sends the last three digits as the zone codes and converts only the user codes to decimal When the first nibble of the option is set to 1 the three digit user codes will be combined with the group number as follows Code received Code sent to computer 1234B01 No transmission 12344B1 1234 C1 101 Option 119 Fault Call Counter Default 00 Use this option to limit the number of Fault Call messages that are sent to the printer and the computer Two choices are available 00 One Fault Call alarm will be sent for every ten Fault Calls received When the SG System I is turned on the channel will send on the first Fault Call received and every ten after that 01 Every fault Call alarm is sent to the automation software and the printer Option 11A DNIS Input Sensitivity Default 00 DNIS noise levels can differ considerably from telephone line conditions resulting in an incorrectly decoded DNIS It may therefore be nec essary to configure the telephone line sensitivity for the reception of DNIS signals Table 17 DNIS Input Sensitivity Value Sensitivity 00 35db OF 42db Odb 3F 35db Odb FF 29db Odb
88. ee ee tus RE We eto AE dove e Re REPE RR eS 38 Option 032 Date Eormat on A dete dt et toe e de P Re Ee ee ree EH he 39 Options 037 and 038 License Keys 1 2 eene en n rro nro netten tnn nennen 39 Option 039 Mask USB Printer eere HER a vet e eee 39 Option 03A Programmable I O lt en a E nennen nennen nerit eerte nennen ener 39 Optiom03B Last Message Oria Reate IRA REUNIR e eii ds 40 Option 03C LCD Backlight Colour neg tee e SER REY E PRI EE Ee ERR DB 40 Option 03D Key Backlight Colour iie a 40 Option 040 Number of Chameleon 41 Option 041 System Number Length eee e edi e eei e e ORT e ede eee a 41 Option 0427 Busy Otis a 42 Option 043 System Protocol ID cid eet ca 42 Option 044 System CLASS Field ien ete e m RR iaa 43 Chapter 5 Options Channels 1 and 2 mettre eren 44 Channel Option Indek ooo cost ala Su cand cnet cun E cuc Lee AM EL bae Au Ses 45 Steps required to access an option and change its setting or value sse 46 Static ODBLODS A ia ad eda dom VN a d e d aee o e Dui A Raa ates 46 Option 101 Eme Card Nudo ii 46 Option 104 Two Way Activation Time ooooncninninnnnoninnnooncnnconncnnnonncn eene nennen neret inneren tests nen nnne nennt nenne nnne 46 Option 105 Pre H S Duration sientes 47 Option 109 First Ring Length as 47 Option 10D Ring Selects cie oet A eee Red de die in 47 Option 10E Backup Line Option eed eet en a RHET i e EE RE Te eee e einen
89. elephone company before this feature can be operational Option settings and descriptions of each are located in the table below Table 13 Caller ID Setting Description 00 Disabled 01 Standard Bellcore Caller ID Ox Receive DTMF DNIS The second digit is the amount of DNIS digits received not including their terminator Valid entries are 4 A 10 Select ETSI DTMF Caller ID In this mode the primary incoming line must be connected to both primary and backup connectors for phone line detection 11 Select ETSI DTMF Caller ID or Bellcore In this mode the primary incoming line must be connected to both pri mary and backup connectors for phone line detection 2X Receive X DNIS and ANI in lt DNIS gt T lt ANI gt T format where T terminator digit any hexadecimal digit B F the low nibble X must be 4 to A 4X Receive ANI and X DNIS in lt ANDT lt DNIS gt T format where T terminator digit any hexadecimal digit B F the low nibble X must be 4 to A General messages other than Caller ID or DNIS may be received and decoded by the receiver Private Call An anonymous indication is received instead of the originating telephone number No Call Number An out of area or unavailable indication is received instead of the originating telephone number CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual Unknown Call The originating telephone number has not been receive
90. em be completely tested on a regular basis However despite frequent testing and due to but not limited to criminal tampering or electrical disruption it is possible for this product to fail to perform as expected Out of Warranty Repairs Digital Security Controls will at its option repair or replace out of warranty products which are returned to its factory according to the following con ditions Anyone returning goods to Digital Security Controls must first obtain an authorization number Digital Security Controls will not accept any shipment whatsoever for which prior authorization has not been obtained Products which Digital Security Controls determines to be repairable will be repaired and returned A set fee which Digital Security Controls has pre determined and which may be revised from time to time will be charged for each unit repaired Products which Digital Security Controls determines not to be repairable will be replaced by the nearest equivalent product available at that time The current market price of the replacement product will be charged for each replacement unit Printed In Canada WARNING Please Read Carefully Note to Installers This warning contains vital information As the only individual in contact with system users it is your responsibility to bring each item in this warning to the attention of the users of this system System Failures This system has been carefully designed to be as effective as possible There are c
91. em be completely tested on a regular basis However despite frequent testing and due to but not limited to criminal tampering or electrical disruption it is possible for this SOFTWARE PRODUCT to fail to perform as expected New Zealand The following is a list of warnings applicable when this equipment is connected to the New Zealand Telecom Network PTC200 General Warning The grant of a Telepermit for any item of terminal equipment indicates only that Telecom has accepted that the item complies with minimum condi tions for connection to its network It indicates no endorsement of the product by Telecom nor does it provide any sort of warranty Above all it pro vides no assurance that any item will work correctly in all respects with another item of Telepermitted equipment of a different make or model nor does it imply that any product is compatible with all of Telecom s network services PTC200 1996 5 4 1 2 General decadic signalling This equipment must not be programmed for decadic pulse dialling because its characteristics are incompatible with the telephone exchanges in New Zealand DTMF tone dialling is considerably faster and is fully compatible PTC200 8 1 3 2 8 1 4 b amp 8 2 1 Automatic Call Setup Some parameters required for compliance with Telecom s Telepermit requirements are dependent on the equipment PC associated with this device The associated equipment shall be set to operate within the following limits for
92. enabled trouble conditions are not reported OFF Condition reported ON Condition not reported masked NOTE Refer to UL864 Programming Requirements on page 10 if changing the default setting Option 02A Mask Serial Printer Default OFF Use this option to enable the Serial Printer trouble mask If enabled trouble conditions are not reported OFF Condition reported ON Condition not reported masked NOTE Refer to UL864 Programming Requirements on page 10 if changing the default setting Option 02F Automation Mode Default Fallback 01 The TCP IP connection is the primary output of the SG System I for automation computer alarms It is expected that sockets may appear and disappear regularly as processes are terminated and reconstituted After five seconds of socket loss a socket loss is declared and automation output is shifted to the next connection level which is the serial automation output connection There are five levels of automation Loop 00 At startup the SG System I will send to the TCP IP until it fails proceed to the RS232 until it fails proceed back to the TCP IP until it fails and so on Please refer to the Automation Mode workflow diagrams below NOTE This value will not generate an automation absent message Fallback 01 If both outputs are present the system will send to the TCP IP connection until it fails proceeding next to the RS232 connection It will continue to send to the serial connection
93. ent te ti Eo 12 A he Roose cade Reine bia hue dade ba cebcc bike r Se ca eee Nae A Toe Page a Rs 12 Brida e e E d nc i aet 12 Qut oL BOX RATA 12 SO pter t MEE EE EIE tess 12 SG System Rackmount Kit Optional required for UL ULC Listed Installations eese 13 Additional Equipment Required Not Supplied ssssssssssseseseeeeer eene 13 Chapter Zatanna do la o e et 14 Controls and Indicators dd 15 Sef Upcand Tesi 1o eese nihi tal vera tani Du Rl dispu d amu has dtes uu Udine 18 The following items are required ii it a de eter eee RIT e d e e eet 18 For UL UTLG Installations ermano Rte 19 For CE Installations Ree Ret ee eee deae eti ba RH TERR eS SR 19 EIDEM E 19 Chapter ODSTIUOD secos die ouo db epa 22 DISCI PE 23 Active Mode oben uod RI Badio uem te bue E teaee 23 Manual M Ode ia Lett b AAA ei ber e Rd e ee RE AA Ue edel 23 Program Category EE 24 PassWord vectes nahen tuv ieget e nth medetur de ee E Ee IONS 24 User Iriterface A RH eei tad dn tte iis ota ie ba afr 24 Top Level MENU A dalla 25 View or Chan pe Options ad EP ERO ee 25 View Printer Butter nea ete a de ap he e ede n ea 25 System FUNCHOMS 4s eee need A E Ht Pe nti el ati o RE Rs 25 Exit Programming iniecit eae d eme t ie E e eee e Te tee EN ER EA Te E 25 System Eunctions Men A fees eer it nl d e re ER EO EVER I MERO Ve en eee ded 25 System Information Ree E DH ERI NIRE RE RA RR e ERR e deed tad e
94. eople or waken someone sleeping if there is an intervening wall or door If warning devices are located on a different level of the residence or premise then it is less likely that the occupants will be alerted or awakened Audi ble warning devices may be interfered with by other noise sources such as stereos radios televisions air conditioners or other appliances or passing traffic Audible warning devices however loud may not be heard by a hearing impaired person Telephone Lines If telephone lines are used to transmit alarms they may be out of service or busy for certain periods of time Also an intruder may cut the telephone line or defeat its operation by more sophisticated means which may be difficult to detect Insufficient Time There may be circumstances when the system will operate as intended yet the occupants will not be protected from the emergency due to their inabil ity to respond to the warnings in a timely manner If the system is monitored the response may not occur in time to protect the occupants or their belongings Component Failure Although every effort has been made to make this system as reliable as possible the system may fail to function as intended due to the failure of a component Inadequate Testing Most problems that would prevent an alarm system from operating as intended can be found by regular testing and maintenance The complete system should be tested weekly and immediately after a break in an attempted
95. er Internal Comm Error 89 APPENDIX A EVENTS and MESSAGES SG System I Operating Manual 90 Table 37 Events and Messages A Description Event Automation message Printer message CP IP Printer Failure 001000 0000 NVZ0100 01 000 0000 NVZ0100 TCP IP Printer Failed Printer Internal communication error IP NA 01 003 0000 Internal Communication Channels Error ASCII data output Printer Internal communication error IP 001003 0000 NRT0002 01 003 0000 RT Computer Internal Channels Comm Error Computer Internal Communication error 001000 0000 NYO0102 01 000 0000 NYO0102 Computer Inter IP Channels Comm Error Operator Log in where is the operator 001000 0000 NLBOO 00 00 SG 01 000 0000 NLBOO User 0 number logging in in hex Local Programming Begins Operator Log out where is the operator 001000 0000 NLDOO 01 000 0000 NLD0000 User Local Pro number logging in in hex gramming Ended Operator access denied where is the 001000 0000 NLXO00 01 000 0000 NLXOO User Local Pro operator number logging in in hex gramming Denied SG SYSTEM I Power Up where 001000 20000 NRR0001 01 000 0000 NRR0001 SG System X XX XXX XXX is the software version information VX XX XX XXX Power Up UPS AC Fail PGM In 001000 0000 NAT0102 01 000 0000 NAT0102 UPS AC Failed UPS AC Restored 001000 0000 NAR0102 01 000 0000 NARO102 UPS AC Restored
96. er button You will return to the View or Change Options level Pressing the Up and Down buttons simultaneously regardless of your place within View or Change Options will take you to the Top Level menu View Printer Buffer The bottom line of the LCD is cleared when View Printer Buffer is entered The oldest message in the buffer including those that have been acknowledged will be displayed first Use the Up button to review the older messages and the Down button to review the newer messages In the case of a lengthy message the first 39 characters will be displayed Press the Enter button to show the remainder of the message This view is available only in Manual mode to review acknowledge messages Pressing the Up and Down buttons simultaneously to go to the Top Level menu System Functions System Functions provides access to the System Functions Menu which consists of System Information Change Date and Time Default SG System I Reset SG System I Visual Indicator Test Exit Menu Exit Programming Pressing the Enter button while in Exit Programming will take the user back to the Active mode or the Manual mode System Functions Menu System Information System Information provides a wealth of detail regarding the user s setup of SG System I These details include Version ID LAN MAC LANIP Gateway IP SW Checksum VHDL Version DSP Checksum DSP Version Manufacture Date Country of Manufacture Code AHS
97. fault value will in most circumstances work satisfactorily Enter a value for the amount of time the system is to wait before establishing a handshake When the line card seizes the line it will wait for this amount of time before sending the first handshake The value set for this option in hexadecimal will be multiplied by 100 msec The minimum value allowed by the system is one second any entered value less than that will use a one second delay by default Option 109 First Ring Length Default 05 The value you set for this option is dependent on the country in which the SG System I is located and the type of ring single vs double employed there by that nation s telephony The value for this option may be reduced if the system has difficulty catching the call Set the value too low however and false calls set of by lightning electrical shorts etc may be encountered In order for the line card to detect an incoming ring the ring signal must be on for a minimum amount of time Use this option to change the minimum amount of time the ring signal must be on before the receiver will detect a valid ring length Minimum ring duration is 200 msec which corresponds to a value of 02 Values of 00 and 01 give a default ring length of one second Programmed values are multiplied by 100 msec Option 10D Ring Select Default 00 Use this option to enables or disable the double ring detection If see as 00 the line card will detect a single
98. for purposes other than those for which it was designed damage from improper maintenance damage arising out of any other abuse mishandling or improper application of the products Items Not Covered by Warranty In addition to the items which void the Warranty the following items shall not be covered by Warranty i freight cost to the repair centre ii prod ucts which are not identified with DSC s product label and lot number or serial number 111 products disassembled or repaired in such a manner as to adversely affect performance or prevent adequate inspection or testing to verify any warranty claim Access cards or tags returned for replacement under warranty will be credited or replaced at DSC s option Products not covered by this warranty or otherwise out of warranty due to age misuse or damage shall be evaluated and a repair estimate shall be provided No repair work will be performed until a valid purchase order is received from the Customer and a Return Merchandise Authorisation number RMA is issued by DSC s Customer Service Digital Security Controls liability for failure to repair the product under this warranty after a reasonable number of attempts will be limited to a replacement of the product as the exclusive remedy for breach of warranty Under no circumstances shall Digital Security Controls be liable for any special incidental or consequential damages based upon breach of warranty breach of contract negligence strict
99. gs for different companies Because of this the individual event codes in Options 130 through 15F cannot accurately represent the alarm condition To overcome this Option 170 may be programmed as indicated below Program Operation 00 Use individual event codes to computer 55 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual 56 5 20 30 39 amp 41 5A Use common event codes space 0 9 A Z When using common event codes DSC recommends that either hexadeci mal code 5A ASCII Z or hexadecimal code 41 ASCH A be used The Space character Hex 20 can be used as the common event code with certain automation software packages to avoid account code database changes when switching over from other brand receivers to the Sur Gard receiver BO DF 0 9 A Z with the most significant bit set This range will function in the same way as 30 39 41 5A with the exception that for the Superfast Ademco Format the Printer Message text will not be output For example 01 002 1234 A4 Option 171 Library Select Default 04 Use this option to determine how to make the best use of the Printer Words options Table 19 Library Select Value Description 00 No printer words 01 Printer words options used for 1 digit reporting code formats only other s will use pre defined library 02 Printer words options used for 2 digit reporting code formats only others will
100. have one copy per license installed at any given time You may use the back up copy solely for archival purposes Except as expressly provided in this EULA You may not otherwise make copies of the SOFTWARE PRODUCT including the printed materials accompanying the SOFTWARE 2 DESCRIPTION OF OTHER RIGHTS AND LIMITATIONS a Limitations on Reverse Engineering Decompilation and Disassembly You may not reverse engineer decompile or disassemble the SOFTWARE PRODUCT except and only to the extent that such activity is expressly permitted by applicable law notwithstanding this limitation You may not make any changes or modifications to the Software without the written permission of an officer of DSC You may not remove any proprietary notices marks or labels from the Software Product You shall institute reasonable measures to ensure compliance with the terms and conditions of this EULA b Separation of Components The SOFTWARE PRODUCT is licensed as a single product Its component parts may not be separated for use on more than one HARDWARE unit c Single INTEGRATED PRODUCT If You acquired this SOFTWARE with HARDWARE then the SOFTWARE PRODUCT is licensed with the HARDWARE as a single integrated product In this case the SOFTWARE PRODUCT may only be used with the HARDWARE as set forth in this EULA d Rental You may not rent lease or lend the SOFTWARE PRODUCT You may not make it available to others or post it on a server or web site e Softwar
101. he LCD will prompt the user to confirm that the entire system is to be returned to its default values Selecting Y for yes will default the system selecting N for no will leave system settings as they are Either of the Up and Down buttons can be used to cycle between answers Reset SG System I When Default SG System I is selected the LCD will prompt the user to confirm that the entire system is to be reset This action may be taken to enable a programming change or to restore an ailing system to working order Selecting Y for yes will reset the system selecting N for no will leave the system as it is Either of the Up and Down buttons can be used to cycle between answers Visual Indicator Test Selecting the Visual Indicator Test turns on all of the LCD pixels and the unit s buzzer to confirm that they are in good working order Exit Menu When in Top Level Menu gt Exit Menu pressing the Enter button will take the user back one level to the Base Active mode or Manual mode level When in System Functions Menu gt Exit Menu pressing the Enter button will take the user back one level to Top Level Menu gt System Functions While in System Functions navigate to Exit Programming Pressing the Enter button will take the user back to the Base Active mode or Manual mode level Miscellaneous LED Indicators View Trouble To enter View Trouble the unit must first be in Active mode or Manual mode and have no events to be acknowledged in Man
102. his option to enable or disable the reporting of the T Link sending an unencrypted event when the SG System I receiver is expecting an encrypted event condition on a SG DRL3 IP receiver The default value is appropriate in most situations save those when a number of unen crypted events are expected to be sent due to for example system testing or maintenance OFF Condition is reported ON Condition is not reported masked NOTE Refer to UL864 Programming Requirements on page 10 if changing the default setting Option 31D Mask Invalid Report Default OFF Use this option to enable or disable the reporting of the invalid report condition The SG System I determines that the signal received is invalid a bad checksum or an encryption key mismatch The default value is appropriate in most situations save those when a number of invalid reports is exapected due to for example system maintenance OFF Condition is reported ON Condition is not reported masked NOTE Refer to UL864 Programming Requirements on page 10 if changing the default setting Option 31E Mask Unknown Account Default OFF Use this option to enable or disable the reporting of an unknown account report condition when the SG System I receiver determines that it is from an invalid account not in the Account table The default value is appropriate in most situations save those when a number unknown accounts are expected to be reported due to for example
103. ill appear on the LCD as you cycle through them providing a preview of their effect This is done without your needing to exit the menu NOTE Please refer to Table 8 LCD Backlight Colour on page 40 CHAPTER FOUR OPTIONS SYSTEM SG System I Operating Manual 4 Option 040 Number of Channels Default C1 C2 Use this option to determine the number of channels to be polled by the SG System I Valid entries range from 01 05 Table 9 Number of Channels Number of channels Description UL864 Cl Only one channel of POTS is used All reporting of trouble status conditions for the sec ond line will be masked and the channel will be indicated as busy C1 C2 Both POTS hcannels are used No IP communication will be possible with this setting UL The Alarm port will be indicated as busy Trouble status conditions will be masked for the IP channel C1 C2 IP Both POTS channels and the IP channel will be polled IP functions will be available UL only if they have first been unlocked C1 IP One POTS channel and the IP channel will be polled IP functions will be available only UL if they have first been unlocked All reporting of trouble status conditions for the second line will be masked and the channel will be indicated as busy NOTE Refer to UL864 Programming Requirements on page 10 if changing the default setting Option 041 System Number Length Default 0A Use this option to determi
104. in no DB25 Signal name Direction Register bit Inverted 1 nStrobe Out Control 0 Yes 2 Data0 In Out Data 0 No 3 Datal In Out Data 1 No 4 Data2 In Out Data 2 No 5 Data3 In Out Data 3 No 6 Data4 In Out Data 4 No 7 Data5 In Out Data 5 No 8 Data6 In Out Data 6 No 9 Data7 In Out Data 7 No 10 nAck In Status 6 No 11 Busy In Status 7 Yes 12 Paper out In Status 5 No 13 Select In Status 4 No 14 Linefeed Out Control 1 Yes 15 nHour In Status 3 No 16 nInitialize Out Control 2 No 17 nSelect Printer Out Control 3 Yes 95 APPENDIX B PORTS Table 38 Parallel Printer Port Pinouts Pin no DB25 Signal name Direction Register bit Inverted 18 25 Ground Serial Printer Port COM2 The serial printer port or serial computer port can be connected to a DB9 connector to act as a printer port Figure 10 Printer Port Data carrier detect Data set ready Receive data Clear to send Data terminal ready Ring indicator Signal ground E Ej a 2 3 gt Qa a p DB 9 female Protective ground RS 232 Serial Automation The serial automation port is used to send automation signals to the automation computer using the Sur Gard Automation pro tocol Only the serial port requires RX TX and GRD SG System I Operating Manual Table 39 Serial Printer Port RJ45 Pinno Description in relation to SG System I DB Pin no 1 Not conne
105. ing a handshake to be used with the ANI a method of identifying the calling party The handshake is sent immediately as it remembers the details of the incoming panel This option increases the speed at which the line card can operate reducing overall system response times Valid AHS values are listed immedi ately below 00 AHS is disabled 01 AHS is enabled ten digits in length 02 AHS is enabled with no limit to its length AHS can also be used in conjunction with with the DNIS to select a predefined profile based on the DNIS table that is stored on the line card The handshake is retrieved from the AHS table with the remainder of the information taken from the DNIS profile Should the panel not respond to this handshake given by the line card the panel will proceed with its handshake sequence from this profile as opposed to the default profile This option would likely be disabled in a small environment one not using Caller ID or DNIS Option 12F Online Timeout Default 1E Use this option to enable or disable the online timeout and if enable to set the time at which the timeout will occur The timeout range can be programmed from 01 to 255 seconds hexadecimal 01 FF or until the call is completed by the panel hexadecimal 00 When the timeout occurs the line card will hang up and generate a signal to both the printer and the automation software SIA identifier SA E g Printer Message DRL Online Time Out Automation
106. ions Channel 2 Options Channel IP Options Exit Menu 8 Press the Enter button The options applicable to your system are to available for you to access 9 Navigate to Option XXX Press the Enter button The current value is displayed on the LCD 10 Press the Enter button The value may now be changed 11 Use the Up or Down buttons to scroll to the desired value 12 Having made a selection press the Enter button 13 The LCD will prompt you to accept Y or to decline N your changes 14 Use the Up and Down buttons to select your response Press the Enter button 15 Your changes have been saved 29 CHAPTER FOUR OPTIONS SYSTEM SG System I Operating Manual 30 System Options Option 001 LAN IP Address Default 10 0 7 200 Enter the IP address of the SG System I The IP address must be entered as a dotted decimal number e g 255 255 001 000 Each three digit segment of the IP address must be within a valid range of 000 to 255 NOTE The SG System I must be restarted for these changes to take effect Option 002 LAN Subnet Mask Address Default 255 255 0 0 Enter the LAN Subnet Mask address of the SG System I The address must be entered as a dotted decimal number e g 255 255 001 000 Each three digit segment of the address must be within a valid range of 000 to 255 NOTE The SG System I must be restarted for these changes to take effect Option 003 LAN Gateway Default 0 0 0 0 Enter the LAN Ga
107. ircumstances however involving fire burglary or other types of emergencies where it may not provide protection Any alarm system of any type may be compromised deliberately or may fail to operate as expected for a variety of reasons Some but not all of these reasons may be Inadequate Installation A security system must be installed properly in order to provide adequate protection Every installation should be evaluated by a security professional to ensure that all access points and areas are covered Locks and latches on windows and doors must be secure and operate as intended Windows doors walls ceilings and other building materials must be of sufficient strength and construction to provide the level of protection expected A reeval uation must be done during and after any construction activity An evaluation by the fire and or police department is highly recommended if this ser vice is available Criminal Knowledge This system contains security features which were known to be effective at the time of manufacture It is possible for persons with criminal intent to develop techniques which reduce the effectiveness of these features It is important that a security system be reviewed periodically to ensure that its features remain effective and that it be updated or replaced if it is found that it does not provide the protection expected Access by Intruders Intruders may enter through an unprotected access point circumvent a sensing device ev
108. is option will force the SG System I to wait for four seconds before sending the next handshake assuming that no acknowledgement signals were received When working with a particularly fast panel s you can program this option with a lower value saving time and telephone line costs When working with a slower panel however you can program this option with a greater value up to a maximum of nine seconds to ensure that sufficient time is allotted to receive an acknowledgement Table 28 Inter Handshake Duration Value Length sec 00 four second interval 01 one second interval 02 two second interval 03 three second interval 66 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual Table 28 Inter Handshake Duration Value Length sec 04 four second interval 05 five second interval 06 six second interval 07 seven second interval 08 eight second interval 09 nine second interval Option 192 Pulse Mode Default 00 00 Standard Pulse Detection 01 50 Baud Pulse Detection 02 Forced AAA Pulse Detection meaning that only PULSE is detected 8x When this bit is enabled it acts as a minimum burst rejection option where x can can range from 1 to F 1msec to 15msec Option 193 Minimum Audio Tone Default 00 Use this option for two way audio tone detection from specific audio panels Leave this option as per the default value unless
109. m 00 0A in hexadecimal This tranlates into an decimal range of 0 10 Option 12A Hook Flash Delay Default 00 Use this option to set the delay after dialling before the receiver will go back on hook This option contains two levels of resolution con trolled by the upper nibble 00 no delay 01 SF 100msec to 9500msec Al AF 10sec to 150sec xx 9500msec Examples If a Hook Flash Delay Time of 500msec is desired program Option 12A to 05 hexadecimal If a Hook Flash Delay Time of 120sec is desired program Option 12A to AC hexadecimal CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual Option 12C Dialer Presence Default 00 With this option you can determine how your SG System I will handle dialer presence that is distinguishing between an animate caller per son and an inanimate caller machine Select from among the three possible values below 00 Disabled 01 The receiver will begin its handshake sequence only when a valid dialer presence tone is received 02 The receiver will begin its handshake sequence after a valid dialer presence tone is received or a timeout occurs Timeout occurs after five seconds NOTE When this option is enabled Option 105 is disabled This is done in order to synchronize the handshakes sent out by the receiver Option 12D AHS Default 00 Use this option to enable or disable Automatic Handshake Selection the process of the line card send
110. mation outputs of Option 02F above except that Fallback 01 and Auto matic IP Fallback 04 are not available Acceptable values are Loop 00 or All 02 Note that Loop 00 transmits printer messages to each port in turn The first port to respond will be used to process subsequent printer messages until it is no longer able to do so at which point the next port in the loop will be employed 4 1 02 transmits printer messages to all ports simultaneously 37 CHAPTER FOUR OPTIONS SYSTEM Figure 8 All 02 Power Up Restart NO i E l EST gt Lee System I ce gt 1 Port Active Pot Active YES YES Poll Automation NOTE The order of sequence is TCP Parallel USB and Serial DSC does not recommend changing the default setting unless using more than one printer NOTE The SG System I must be restarted for these changes to take effect NOTE Refer to UL864 Programming Requirements on page 10 if changing the default setting To set the printer mode take the following steps 1 Navigate to Option 030 Press the Enter button The current value is displayed on the LCD 2 Press the Enter button The value may now be changed 3 Use the Up or Down buttons to scroll to the desired value Select an integer value from 40 to 99 representing 4 0 seconds to 9 9 sec onds For example 63 would represent a value of 6 3 seconds 4 Having made a selection press the Enter butt
111. ne how many digits from the line card number will be sent to the output You can make the option display these digits in hexadecimal or decimal In a small environment with a limited number of receivers the default value will suffice In a large environ ment with a large number of receivers this option provides useful flexibility Possible values are listed in the table below Table 10 System Number Length Value Description 01 Sends a one digit hexadecimal number to the printer or computer output a two digit line card number will have only the first digit sent to the output If using DNIS replace with RRLLL The output will now be three digits of RRL 02 Sends a two digit hexadecimal line card number to the output If using DNIS replace with RRLLL The output will now be four digits of RRL 03 Sends a three digit hexadecimal line card number to the output leading zeroes will be inserted as a suffix to the line card number If using DNIS replace with RRLLL The output will now be five digits of RRL 0A Sends a three digit line card number as entered no conversion If using DNIS replace with RRLLL The output will now be five digits of RRL 0D Sends a three digit line card number in decimal conversion from hexadecimal to decimal Ifusing DNIS replace with RRLLL The output will now be five digits of RRL NOTE This option should always correspond to the number of DNIS digits being received E g If
112. o parity 1 represent odd parity and 2 represent even parity NOTE The number of stop bits can not be changed and will always be 2 NOTE The SG System I must be restarted for these changes to take effect Option 00E AHS Operations Time Default 24 Use this option to program at what time the AHS table will be saved to Flash Backup will occur once every twenty four hours at the stated time When the backup operation is in progress a status message will appear on the LCD above the time and date A text message will be sent to the printer when AHS backup starts stops or fails To set the time on the hour at which AHS backup will take place each day take the following steps 1 Navigate to Option 00E and press the Enter button 2 The LCD will if Option 00E has not previously been altered mark the option s status as OFF Use the Up and Down buttons to scroll to a time of day 3 Select a time of day that you would like AHS backup to begin and press the Enter button The unit will prompt you to save Y or decline N your changes Make the appropriate choice and press the Enter button Option 00F B32 Headers Default 00 This option enables compatibility with MAS B32 Automation Software through TCP IP To enable this option change the value to 01 NOTE The SG System I must be restarted for these changes to take effect Option 012 Heartbeat Timer Default 30 Use this option to determine the time in
113. ode after which will be the inserted digit Option 1A3 D6500 RS232 Default 00 You can use this option to strip hexadecimal digits from the automation software output The line card will emulate the Radionics 6500 RS 232 protocol on pulse formats for Ademco Express and Varitech only CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual Option 1A3 is set to 01 The hexadecimal digit will be stripped for 1 digit reporting codes including Varitech 4 1 Example 1 Code 1 Computer output 104091sssssss022sAsss1 Example 2 Code B Computer output 104091sssssss022sOssss Option 1A3 is set to 02 The hexadecimal digit will be stripped for 2 digit reporting codes including Varitech 4 2 Example 1 Code 21 Computer output 104091sssssss022sAss21 Example 2 Code B1 Computer output 104091sssssss022sOsss1 Option 1A3 is set to 03 The hexadecimal digit will be stripped for 1 and 2 digit reporting codes including Varitech Option 1A3 is set to 04 The hexadecimal digit will be stripped for BFSK Example 1 Code 21 Computer output 604091sssssss022sAss21 Example 2 Code B1 Computer output 604091sssssss022sOsss1 NOTE This option will only work if Option 1A4 is set to 01 Option 1A3 is set to 05 The hexadecimal digit will be stripped for 1 digit reporting and BFSK Option 1A3 is set to 06 The hexadecimal digit will be stripped for 2 digit reporting and BFSK Option 1A3 set to 07 The hexadecimal digit
114. of 1400 Hz 3B Scancom single dual tone handshake 1600 Hz 100 msec iz pause and 2000 Hz 100 msec tone with a kiss off of 1600 Hz A 3C Scancom single dual tone handshake 2300 Hz 100 msec n pause and 1400 Hz 100 msec tone with a kiss off of 1400 Hz 7 8D Single tone DTMF handshake kiss off EC SURTEC handshake FB CFSK full duplex handshake FF Perform inter handshake time no tone frequency sent All other frequencies can be programmed using the first two digits to represent the third and fourth decimal places 01 29 Common Examples 10 1000 Hz 14 1400 Hz 16 1600 Hz 18 1800 Hz 23 2300 Hz 64 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual Table 26 Specialty Handshakes Hexadecimal Value Description 3D Single dual tone handshake DTMF buffering 4D Double dual tone handshake DTMF buffering 5D Single dual tone handshake maximum of 16 digits of DTMF 1400 Hz 100 msec 100 msec pause and 2300 Hz 100 msec tone with a kiss off of 1400 Hz 6D Single dual tone handshake enable Fast DTMF receive mode 1400 Hz 100 msec 100 msec pause and 2300 Hz 100 msec tone with a kiss off of 1400 Hz 7D Double dual tone handshake enable Fast DTMF receive mode 1400 Hz 100 msec 100 msec pause and 2300 Hz 100 msec tone with a kiss off of 1400 Hz 98 Do not perform AHS for this ANI number 99 Immediate hangup AHS has blocked it BE 1400 Hz
115. ompt you to accept Y or to decline N your changes 14 Use the Up and Down buttons to select your response Press the Enter button 15 Your changes have been saved Static Options Option 101 Line Card Number Default Channel Number Use this option to provide a virtual identification code for each SG SYSTEM I module Hexadecimal numbers 01 to FE can be programmed in Options 101 and 201 to identify line cards Option 104 Two Way Activation Time Default 0A Use this option to determine how long in 10 second increments the 2 way audio function will be active once it is initiated At the end of this time the line card will hang up the line Program a value from 01 to FF 1 255 sec Three minutes is the recommended length of time for the 2 way audio activation time To disable the 2 way audio feature program this option as 00 NOTE Enabling 2 way audio will affect NFPA 72 system loading requirements Refer to Par 4 5 3 2 2 2 of NFPA 72 for details NOTE If the alarm panel sends a listen in code activation request and audio is enabled for this format Option 7F or BO the receiver will remain in 2 way voice for a period of 60 seconds even if the activation time is not programmed CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual Option 105 Pre H S Duration Default 0A This option is useful in the case of a system in which the phone line needs time to settle before functioning properly The de
116. on 5 The LCD will prompt you to accept Y or to decline N your changes 6 Use the Up and Down buttons to select your response Press the Enter button SG System I Operating Manual NOTE The SG System I must be restarted for these changes to take effect Option 031 ACK Wait Default 40 Use this option to determine the acknowledgement wait time measured in tenths of a second during which the SG System I will wait for a response to automation software outputs If none is received during this interval the automation software output is retransmitted and the timer reset 38 CHAPTER FOUR OPTIONS SYSTEM SG System I Operating Manual 4 Option 032 Date Format Default DD MM YYYY Use this option to determine the format of the date for printer output Valid entries are 0 and 1 Table 7 Date Format Value Output 0 International DD MM YYYY 1 US MM DD YYYY NOTE The SG System I must be restarted for these changes to take effect Options 037 and 038 License Keys 1 2 The License Key 1 option allows the user to enter a key that will enable IP Channel functionality on the SG System I The License Key 72 option allows the user to enter a key that will enable distinct sellable features on the SG System I NOTE Both keys are required to unlock the IP function To enter the license keys take the following steps 1 Navigate to Option 037 038 Press the Enter button The current value i
117. on 76 may be used to insert a leading 0 to the account code E g 123 NFA1 Bit4 Convert a comma to a forward slash When this bitwise value is enabled any commas will be converted to a forward slash E g 41234 NBA 12 3 becomes 1234 NBA1 2 3 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual Option 173 Input Output Sensitivity Default 13 This option serves a dual purpose in that the DSP input sensitivity and the DSP output level are set The lower nibble of the option will set the output level the high nibble will set the input sensitivity of the DSP NOTE For more information please contact DSC Technical Support Option 174 Equivalent Line Number Default 00 This option is used with the receiver number see Option 175 Receiver Number on page 59 for sending signals to the central station automation software These signals include trouble alarm etc You can use this option to compensate if no DNIS number is being received by the line card Option 175 Receiver Number Default 01 The receiver number is used to send signals to the central station software Please refer to your central station automation software manuals to determine if there are any special requirements for this number In addition check the numbers used for any other receivers in the station to ensure that numbers are not duplicated Option 176 Accounts 3 x 4 x Default 0
118. on software via serial port 1 As a general rule the faster the baud rate the better the unit s performance Older automation software packages can not however manage a fast baud rate and will require a slower baud rate in order to perform at an optimal level Valid selections are 1200 2400 4800 9600 19200 38400 and 57600 NOTE The SG System I must be restarted for these changes to take effect Option 008 Automation Data Bits Default 8 This option determines the number of data bits the SG System I will use to communicate to the automation software via serial port 1 Valid selections are seven or eight to indicate seven data bits or eight data bits As a general rule the higher the number of data bits the better the unit s performance NOTE The SG System I must be restarted for these changes to take effect 31 CHAPTER FOUR OPTIONS SYSTEM SG System I Operating Manual 32 Option 009 Automation Parity Default 0 This option determines the parity of serial port 1 Table 5 Automation Parity Value Degree of Parity 0 No parity 1 Odd parity 2 Even parity NOTE The number of stop bits can not be changed and will always be 2 NOTE The SG System I must be restarted for these changes to take effect Option 00A Serial Printer Format Default 0 This option regulates how data is formatted when sent to a serial printer and how the serial port is supervised By setting Option
119. otherwise instructed by DSC Technical Support Option 194 Account Digit Stripping Default 00 There will be circumstances under which output from the SG System I will not be correctly read by a particular version of automation soft ware most likely an older version Using Option 194 you can remove those characteristics from the output e g padded zeroes filler data to ensure that this problem is avoided The various approaches available to format account codes are detailed below To Disable Option 194 Value 00 To disable Option 94 set the value to 00 To Strip an Account Code of an F Value 01 Standard 4 2 format Output IRRLLLssssssAAAAsXssYZ When Option 194 is set to 01 the leading digit of a four digit panel account code will be stripped if it is an F For Example Option 194 is set to 01 The panel account code is F245 104091ssssssF245sXssYZ 67 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual 68 If Option 194 is set to 01 the F will be replaced by a space 104091sssssss245sXssYZ This setting will also enable the receiver to decode special pulse extended extended formats Please see below Details on special pulse extended formats Option 194 is set to 01 If any ofthe the reporting code digits are an A they will be reported on the computer and printer as an A instead of as an 0 4 digits If two rounds match decode the 4 digit ADT pulse extended format 26AC x
120. output the SIM card number The automation software output will appear as follows sRRLLLAAAAAAAAAASSSSSSSSSSSSSSSSSSSSS 85 CHAPTER SIX OPTIONS IP The output is explained in the table below Table 36 SIM ID Output Character Description s the protocol number RRLLL the receiver and line numbers of the line card that received the event A the 10 digit account number S the SIM number of the transmitter that sent the event SG System I Operating Manual 86 CHAPTER SIX OPTIONS IP 87 A Events and Messages APPENDIX A EVENTS and MESSAGES SG System I Operating Manual Table 37 Events and Messages A Description Event Automation message Printer message CP IP Printer Failure 001000 20000 NVZ0100 01 000 0000 NVZ0100 TCP IP Printer Failed TCP IP Printer Restoral 001000 420000 NVY 0100 01 000 0000 NVY0100 TCP IP Printer Restored Parallel Printer Failure 001000 0000 NVZ0101 01 000 0000 NVZ0101 Parallel Printer Failed Parallel Printer Restoral 001000 0000 NVY0101 01 000 0000 NVY0101 Parallel Printer Restored Serial Printer Failure 001000 F0000 NVZ0K102 01 000 0000 NVZ0102 Serial Printer Failed Serial Printer Restoral 001000 420000 NVY 0102 01 000 0000 NVY0102 Serial Printer Restored USB Printer Failure 001000 0000 NVZ0103 01 000 0000 NVZ0103 USB Printer Failed USB
121. ption 340 Account Password on page 84 Option 31A Mask Transmitter Failure on page 82 Option 344 DNIS Replacement of RRLLL on page 84 Option 31B Mask Transmitter Swap on page 83 Option 346 Account Digit Strip on page 85 Option 31C Mask Transmitter Unencrypted on page 83 Option 347 SIM ID Output on page 85 Option 31D Mask Invalid Report on page 83 Steps required to access an option and change its setting or value The steps required to access an option and change its setting or value are very nearly uniform from option to option The procedure detailed below will satisfy the majority of options Those it does not will accept close intuitive variations of it Please refer to the steps below when programming system options To change an option s setting or value take the following steps 1 Turn on the SG System I 2 Use the Up and Down buttons to select the user User 0 has full administrative powers all other users may only review system set tings in addition to changing the time and date 3 Press the Enter button This initiates the password sequence placing a flashing cursor underneath the first digit of the four digit pass word 4 Use the Up and Down buttons to select the appropriate value Press the Enter button The cursor will advance to the next digit 5 Repeat Step 4 for all four digits If the password you have entered is correct you now have access to SG System I If not re enter your password 6 View or Change
122. ption is used to provide the user with the means of acknowledging an alarm condition from a remote location The Remote Ack input will be available any time the front panel Ack button is available Debounce time on this input is set at 80 msec as will the front panel Ack button The Remote Ack button must accept depress and release before accepting the next depress Input 4 PIN 6 Reserved for Future Use 97 APPENDIX B PORTS SG System I Operating Manual 98 Output 1 PIN 7 Buzzer Follow This output is used to provide the user with the ability to position the receiver in a remote location and continue to be able to hear and see the unit s trouble indication This output is activited in tandem with the buzzer output of the SG Sys tem I Once the buzzer has been silenced or has otherwise ended then output too must also deactivate Output 2 PIN 9 Trouble Output This output is used to provide the user with the ability to position the receiver in a remote location and continue to be able to hear and see the unit s trouble indication This output 1s activated by the trouble status output of the SG System I Any non masked trouble condition on the system will activate the output Once all trouble conditions have been cleared then the output will also deactivate Output 3 PIN 11 Network Status Output This output is used to provide the user with the ability to position the receiver in a remote location and continue to be
123. r ID can be used for profile selection Figure 12 Profiles Receiver DNIS or Caller ID Send String to look up table Corresponding Profile i Use Profile O Yes y Point to Profile v Use options from profile 107 APPENDIX E PROFILES SG System I Operating Manual 108 E Each profile is made up of Static Options Options 101 12F and Dynamic Options Options 130 1B2 The static options are the same for all profiles the dynamic options can be programmed specifically as per hunt groups panel type etc By receiving the DNIS or Caller ID the appropriate profile can be selected through a look up table stored on the line card Profile 0 is the default When no Caller ID or an unknown DNIS is received or when the received number does not point to a profile the default will be used Profiles are used to reduce on line time and for specific customers or panel format types you can have a profile with certain handshakes sent first In addition some formats require certain options and this too can be pre defined Profiles allow for a more customized system Rather than having a line card or the receiver itself devoted to certain customers panel for mat types the System I can handle any format at any time through the use of profiles Each line card holds its own look up table that can be shared through line pools or shared within the entir
124. r digit with another It is provided in order to deal with those panels particularly those working with DTMF that will send a 0 instead of an A It also allows the user to smooth operatons with the automation software which will not always accepts 0 s Option 177 works in conjunction with Option 1A2 When Option 1A2 is enabled and Option 177 is programmed with an ASCII value the receiver will replace or insert an account code digit Option 1A2 determines whether to replace or insert a digit To replace a digit set Option 1A2 to Ox where x is the digit to be replaced To insert a digit set Option 1A2 to 8x where x is the digit in the account code following this digit will appear the inserted digit Example 1 Replacing Option 177 is set to 41 and Option 1A2 is set to 01 the account code is 9876 1RRLLLssssss9876sXss YZ The receiver will remove the first digit Option 1A2 01 of the account code 9 in this example and replace it with the ASCII value of 41 which is an A New output IRRLLLssssssA876sXssYZ Example 2 Inserting Option 177 is set to 2D and Option 1A2 is set to 82 the account code is 9876 1IRRLLLssssss9876sXssYZ The receiver will insert the ASCII value of Option 177 in this case the ASCII value of 2D 2D is a into position two Option 1A2 82 and the account code will shift to the left The account code of 9876 will be converted to 9 876 as indicated below New output IRRLLLssssss
125. ring If set as 01 the line card will detect the double ring Option 10E Backup Line Option Default 00 Use this option to enable or disable each channel s backup line If this option s value is set as 00 the backup is disabled If the option is set as 01 the backup is enabled If a line fault should occur on a primary channel while the option is enabled the line card will switch over to the auxiliary line to allow normal operation If at any time the primary line is restored the line card will complete its online operation if it is communicating with a panel at the time and afterwards switch back to the primary line With this option enabled the LCD line fault messages will change The table below illustrates how the the LCD messages will appear Table 12 Line Fault Messages Primary Channel Auxiliary Channel Line Fault LCD Active Line Not in line fault Not in line fault OFF Primary Not in line fault In line fault OFF Primary In line fault Not in line fault OFF Auxiliary In line fault In line fault ON None 47 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual 48 Line Fault and Line Restoral Messages The line fault and line restoral messages as they appear in the manner of a computer message are identical for a primary line and an aux illiary line Line fault and line restoral messages for a primary line and an auxiliary line a
126. ryption request where IP is transmitters ENCRYPTION NOT SUPPORTED IP and X is the transmitters account IP IP IP IP Transmitter has not successful had encryp NA 01 003 0000 XXXXXXXXXX YK tion enabled where IP is transmitters IP ENCRYPTION SET FAIL IP IP IP IP and X is the transmitters account Transmitter has successful had encryption NA 01 001 0000 XXXXXXXXXX YK disabled where IP is transmitters IP and X ENCRYPTION DISABLED IP IP IP IP is the transmitters account Transmitter has been deleted from account NA 01 003 0000 Console DELETE IP Account table where X is the transmitters account 1 XXXXXXXXXX Transmitter has been added to Account NA 01 000 0000 Console SET IP Account 1 table where X is the transmitters account XXXXXXXX 93 SUR GARD f M B Ports In This Appendix Parallel Printer Port on page 95 Serial Printer Port COM2 on page 96 RS 232 Serial Automation on page 96 I O Port on page 97 APPENDIX B PORTS SG System I Operating Manual B Parallel Printer Port The parallel printer port sends events to the local printer DB25 Female Note Maximum cable length is 1 8m 6ft Longer cables may impair performance Figure 9 Parallel Printer Port 43 2 5 9 9 5 C0 5 5 amp Q amp Q 65 64 63 G2 QD G9 9 9 5 9 5 9 Table 38 Parallel Printer Port Pinouts P
127. s and Contact ID You can set Option 17C as 00 to disable this function Example 4 2 format with account code 1234 alarm code 2 on zone 3 1234 23 61 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual 62 Table 23 Audio Alarm Code Range Option 7A Option 7C Switch Reason to Audio 0 0 1 2 Yes Alarm code 2 falls within the code range 1 2 1 1 0 0 Yes Account code 1234 falls within the range 1 1 2 3 0 0 No Account code 1234 falls outside the range 2 3 0 0 3 4 No Alarm code 2 falls outside the range 3 4 1 2 3 4 No Both option values are valid and alarm code 2 falls outside the range 3 4 3 5 1 3 No Both option values are valid and account code 1234 falls outside the range 3 5 1 4 1 5 Yes Alarm code 2 falls within the code range 1 5 account code 1234 falls within the range 1 4 Option 17D Audio Zone Code Default 00 Use this option to determine the range of zone codes that will activate audio The first digit is the lowest code that will activate radio the sec ond digit indicates the highest zone that will activate audio Option 17D can be used with the following formats 10 to 40 Baud formats DTMF 4 1 4 2 and 4 3 formats Option 17E Audio RS 232 Default 00 Use this option to set the code to be sent to the automation software indicating that two way audio has been initiated If this option is set to 00 there will be no audio initiated message
128. s displayed on the LCD 2 Press the Enter button The value may now be changed 3 Use the Up or Down buttons to scroll to the desired value 4 Having made a selection press the Enter button The cursor will advance to the next digit 5 Repeat Steps 3 and 4 until the full license key has been entered 6 The LCD will prompt you to accept Y or to decline N your changes 7 Use the Up and Down buttons to select your response Press the Enter button NOTE If you enter a license key that is incorrect the receiver will send a Invalid License Key message to the printer A cor rect license key will generate no message at all Option 039 Mask USB Printer Default ON Use this option to enable the USB Printer mask If enabled trouble conditions are not reported OFF Condition reported ON Condition not reported masked NOTE Refer to UL864 Programming Requirements on page 10 if changing the default setting Option 03A Programmable I O Default 00 NOTE SG System l version 1 0 has the inputs and outputs hard set Later versions will permit user access to unit inputs and outputs I O interface connections are located at the back of the unit and employ a screwless spring type terminal There are three outputs and four inputs on the unit Relays are employed for the output switching of the SG System I unit I O functions are described at item 14 of the Table 3 SG System I Front and Rear Panel Descriptions on page 15 39 CHA
129. s should not exceed five 5 0 To be certain of the num ber of devices that may be connected to a line as determined by the total RENs contact the local Telephone Company For products approved after July 23 2001 the REN for this product is part of the product identifier that has the format US AAAEQ TXXXX The digits represented by are the REN without a decimal point e g 03 is a REN of 0 3 For earlier products the REN is separately shown on the label Incidence of Harm If this equipment SG SYSTEM I causes harm to the telephone network the telephone company will notify you in advance that temporary discontinu ance of service may be required But if advance notice is not practical the Telephone Company will notify the customer as soon as possible Also you will be advised of your right to file a complaint with the FCC if you believe it is necessary Changes in Telephone Company Equipment or Facilities The Telephone Company may make changes in its facilities equipment operations or procedures that could affect the operation of the equipment If this happens the Telephone Company will provide advance notice in order for you to make necessary modifications to maintain uninterrupted service Equipment Maintenance Facility If trouble is experienced with this equipment SG SYSTEM I for repair or warranty information please contact the facility indicated below If the equipment is causing harm to the telephone network the Telephone Company may req
130. s they appear on a printer message will differ Printer messages for the auxiliary line differ in that the text LINE 2 will appear in them E g Nov 17 2007 08 08 35 SS OO SG RR LLL 0000 PHONE RESTORE Nov 17 2007 08 08 35 SS OO SG RR LLL 0000 PHONE YROUBLE NOTE If Option 10E is enabled two way radio will not be available through the auxilliary channel If two way audio is required the channel s hookflash operation must be employed Please refer to Option 111 Hook Flash Enable on page 48 Option 111 Hook Flash Enable Default 00 Use this option to enable or disable the ability to hookflash the telephone line You can also use this option to set the duration of the hook flash in increments of ten msec The ability to set the duration of the hookflash allows the the SG System I to be configured to work cor rectly on a wide variety of telephony systems and environments If programmed as 00 the option is disabled If set to any other value multiply the decimal equivalent of the hexadecimal value by 10 msec to arrive at the true duration of the hookflash For example to achieve a hookflash time of 500msec set Option 111 to 32 hexadecimal Option 112 Caller Source ID Default 00 Use this option to allow the line card to receive caller identification data or DNIS that are transmitted from the call source after the first ring of the telephone line Note that the appropriate service must be available and requested from your t
131. se intuitive variations of it Please refer to the steps below when programming system options To change an option s setting or value take the following steps 1 Turn on the SG System I 2 Use the Up and Down buttons to select the user User 0 has full administrative powers all other users may only review system set tings in addition to changing the time and date 3 Press the Enter button This initiates the password sequence placing a flashing cursor underneath the first digit of the four digit pass word 4 Use the Up and Down buttons to select the appropriate value Press the Enter button The cursor will advance to the next digit 5 Repeat step 4 for all four digits If the password you have entered is correct you now have access to SG System I If not re enter your password 6 View or Change Options appears on the LCD Press the Enter button 7 Use the Up and Down buttons to locate which section of options is valid for your configuration of SG System I CPM Options Channel 1 Options Channel 2 Options Channel IP Options Exit Menu 8 Press the Enter button The options applicable to your system are to available for you to access 9 Navigate to Option XXX Press the Enter button The current value is displayed on the LCD 10 Press the Enter button The value may now be changed 11 Use the Up or Down buttons to scroll to the desired value 12 Having made a selection press the Enter button 13 The LCD will pr
132. se Dee e ce c ee E E Eee E ee eerie eda 69 Option 1964 1 Extended sal dt 70 Option 197 4 2 Extended reete tene ete E de I RU eO Hd EI ORE Ree e ded 70 Option IEEE ui Renee et eee en vdd eee ade 70 Option 199 Ademco BXpress ta 71 Option TIA Error Counter x eee Reate sai Ani Ali esa il tis estes 71 Option 19B Echo Canceller esses eee eren enne nennen nennen eren eren ren nee nete reete ner nente 71 Option 19C AcromRS 232 c ere n RP en RISE EE IER tede edis 71 Option 19D Modem IL RS 232 2 arro e e eee etre P OR Ure EO MISERE se 72 Option T9E7Scantronics Select cuida ait ea cte eere teet ien eit diete o 72 Option 19F Ademco High Speed RS 232 sse ener enne nnne enne nennen nennen 72 Option 1A0 11 12 Digit DTMF Acron Scantronics or Scancom 433 sss 73 Option LAT EBERS 232 nee erre terere tee ehe e edd elt totale etes De pere Rea V Tee ees 74 OptiomTA2 Digit Replace x O eet 74 Option TA3 D6500 RS8232 5 e o ninas Ede eee tare terit puce terme dedere NA e L ANE 74 Option IAA BESK RS 232 it a dd 75 Option 1A5 Sescoa Super Speed eene nennen nennen rente ener 76 Option A6 FEI AdjUst oe Sure anni utate ce tts HA ty 76 Option 1A7 Silent Knight FSK2 RS 232 e aaaea airdean enhn nene nre trente eren enenr teniente enne 76 Option 1A8 1AF Dial Out Number for Two Way Audio Transfer seen 77 Option 1B0 CCITT Audio Format Enable Bits 2 0 0 cccccesecsccesceseees
133. sssssssssseseeeeeeeer eren nnne nnn enn 84 Option 33A Account Port cuan annie aceite dtd duy Fe ru Ave e T ERR D EROR 84 Option 340 Account Password MA A EEE RR NEAR RON RR rennen enne enne ee enne 84 Option 344 DNIS Replacement of RRE te ere EM P ARN Pe PENNE REA e eet 84 Option 346 Account Digit Strap A tie pee RS 85 Option 347 SIM ID Output cs 4 iaa 85 Appendix A Events and Messages nieta 88 Appendix B POTIS arican dad qut ta leases ead deett A EGRA 94 Parallel Printer POLL o oie eise A i 95 Serial Prater Port CONE e s ties te do chee hl led 96 RS 232 Seria AULOBIQSHOIE AA tales Tite dea E pe A d n tear 96 TO Port eco ene HUM tabe das E co eod ru e ceu ec tr M eM I ECL NDS 97 D O Ports Detailed Descriptors or rete iia 97 Appendix C Compatible IP Formats eese 100 Appendix D Printer Words A A SS Appendix E Profiles Introduction In This Chapter Features on page 9 Software Compatibility on page 9 Approvals on page 10 Specifications on page 12 Out of Box on page 12 CHAPTER ONE INTRODUCTION SG System I Operating Manual 1 Features The SG System I is a dual phone line IP network receiver intended for the remote monitoring of residential commercial fire and burglary alarm systems The system can be configured for desktop stand alone operation vertical stacking of up to 4 systems or rack mounting see Note below The SG System I can monitor up to 512 IP accoun
134. stem Number Length on page 41 Option 042 Busy Out on page 42 Option 043 System Protocol ID on page 42 Option 044 System CLASS Field on page 43 Steps required to access an option and change its setting or value The steps required to access an option and change its setting or value are very nearly uniform from option to option The procedure detailed below will match satisfy the majority of options Those it does not will accept close intuitive variations of it Please refer to the steps below when programming system options To change an option s setting or value take the following steps 1 Turn on the SG System I 2 Use the Up and Down buttons to select the user User 0 has full administrative powers all other users may only review system set tings in addition to changing the time and date 3 Press the Enter button This initiates the password sequence placing a flashing cursor underneath the first digit of the four digit pass word 4 Use the Up and Down buttons to select the appropriate value Press the Enter button The cursor will advance to the next digit 5 Repeat Step 4 for all four digits If the password you have entered is correct you now have access to SG System I If not re enter your password 6 View or Change Options appears on the LCD Press the Enter button 7 Use the Up and Down buttons to locate which section of options is valid for your configuration of SG System I CPM Options Channel 1 Opt
135. system testing or maintenance OFF Condition is reported ON Condition is not reported masked NOTE Refer to UL864 Programming Requirements on page 10 if changing the default setting 83 CHAPTER SIX OPTIONS IP SG System I Operating Manual 84 Option 31F Mask Supervised Acc Exceeded Default OFF Use this option to enable or disable reporting if the account table limit is exceeded when a new account tries to connect to a SG System I that already has a full account table The default value is appropriate in most situations save those when the account table limit is expected to be reached due to for example system testing or maintenance OFF Condition is reported ON Condition is not reported masked NOTE Refer to UL864 Programming Requirements on page 10 if changing the default setting Option 320 Mask Transmitter Deleted Default OFF Use this option to enable or disable reporting if a GSM IP account is deleted from a table The default value is appropriate in most situations save those when multiple deletions are expected to be undertaken due to for example system testing or maintenance OFF Condition is reported ON Condition is not reported masked Option 33A Account Port Default 3064 decimal 0xX0BF8 hexadecimal Use this option to select a port number on which the SG System I receiver will communicate with the T Link Console software for adminis tration of the T Link A
136. t can be adjusted in both Active and Manual modes CHAPTER FOUR OPTIONS SYSTEM SG System I Operating Manual 4 Option 006 Password Default CAFE Use this option to change or delete SG System I users and their passwords Sixteen users with 4 digit passwords are available for use on the SG System I User 0 is the Master user with complete administrative control over the system Users 1 through F may be assigned to individ uals within your organization these sixteen users are able to review system settings but not change them with the exception of the Time and Date To delete a user program the password for that user to FFFF NOTE User 0 can not be deleted To change your password take the following steps 1 Navigate to Option 006 2 Press the Enter button The user designation e g 0 F is displayed in addition to the current password in the form of XXXX 3 Press the Enter button to begin the process of changing the password 4 Use the Up and Down buttons to make your selection and press the Enter button The cursor advances to the next digit 5 On selecting the fourth digit and pressing the Enter button the unit LCD will will prompt you to accept Y or to decline N your changes 6 Press the Enter button again to accept or to decline your changes Option 007 Automation Baud Rate Default 9600 This option determines the baud rate at which the SG System I will communicate to the automati
137. t that they do not function upon delivery In such cases DSC can replace or credit at its option International Warranty The warranty for international customers is the same as for any customer within Canada and the United States with the exception that Digital Security Controls shall not be responsible for any customs fees taxes or VAT that may be due Warranty Procedure To obtain service under this warranty please return the item s in question to the point of purchase All authorized distributors and dealers have a war ranty program Anyone returning goods to Digital Security Controls must first obtain an authorization number Digital Security Controls will not accept any shipment whatsoever for which prior authorization has not been obtained Conditions to Void Warranty This warranty applies only to defects in parts and workmanship relating to normal use It does not cover damage incurred in shipping or handling damage caused by disaster such as fire flood wind earthquake or lightning damage due to causes beyond the control of Digital Security Controls such as excessive voltage mechanical shock or water damage damage caused by unauthorized attachment alterations modifications or foreign objects damage caused by peripherals unless such peripherals were supplied by Digital Security Controls defects caused by failure to provide a suitable installation environment for the products damage caused by use of the products
138. t use values other than 20 7F ASCII CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual Options 160 16F Printer Words Defaults Table 18 Printer Words Option Default Values Output 160 F2 Periodic Test Report 161 0A Fire Alarm 162 14 Panic Alarm 163 1E Burglary 164 63 Closing 165 62 Opening 166 ES Service 167 00 Medical 168 E4 Message 169 61 Restore 16A F2 Periodic Test Report 16B C6 Group Closing 16C C7 Group Opening 16D E6 Zone Bypass 16E 50 System Trouble 16F A6 Cancel You can use these options to modify the printer output according to the particular requirements of an event code The English Printer Library is provided and can be selected by matching the event codes to the corresponding word For example if the words System Trouble are required when the alarm code 1 is received in 3 1 or 4 1 formats Option 161 must be programmed as 50 Please refer to Printer Words on page 102 for a definitive list of available words NOTE You must enable Option 171 Library Select in order to use Options 160 16F Printer Words Option 170 Automation Common Event Code Default 00 Some central station software packages are unable to process an alarm using the event codes listed in the Decoding Library Where a central station monitors thousands of accounts belonging to different companies the same reporting codes may have different meanin
139. tation computer Event codes corresponding to alarm codes in 10 to 40 Baud for mats and DTMF 3 2 to 4 2 formats are used to enable the computer software to determine alarm types The SG System I will use the first digit following the account code in 4 2 3 1 extended or 3 2 formats to determine the computer event code The event code will then be transmitted to the central station computer Refer to the Decoding Library for the complete set of event codes used by the channel For Options 140 14F program ASCII codes according to the Decoding Library NOTE Do not use values other than 20 7F ASCII Options 150 15F 4 3 Digit 0 F Default Options 150 158 A 159 R 15A A 15B O 15C C 15D 15E R 15F T Use these options to enable your computer software to recognise different alarm types The line card uses a unique Sur Gard communication format to transmit data through the System to the central station computer Event codes corresponding to alarm codes in 10 to 40 Baud for mats and DTMF 4 3 format are used to enable the computer software to determine alarm types The SG System I will use the fifth digit of data received in 4 3 format to determine the message and event code The event code will then be transmitted to the central station computer Refer to the Decoding Library for the complete set of messages and event codes used by the line card For Options 140 14F program ASCII codes according to the Decoding Library NOTE Do no
140. terval measured in seconds the heartbeat transmission is sent to Serial Automation and TCP IP port 1025 The heartbeat times is used to ensure that any communication through Serial Automation and TCP IP is functioning normally when there is no traffic from the receiver Note that any traffic from the receiver will reset the heartbeat timer Therefore the heartbeat trans mission will be sent only if there is no signal sent during the time specified in Option 012 33 CHAPTER FOUR OPTIONS SYSTEM SG System I Operating Manual 34 Option 013 Buzzer Tone Default 00 A tone will sound when the SG System I having received an alarm is unable to forward the alarm message to either the Serial or TCP IP automation paths while in Manual mode You are able to manipulate this tone via Option 013 The tone generated will continue to pulse until all unacknowledged events have been acknowledged by the user this can be done by pressing the Ack button for each event or the unit itself transfers from Manual mode to Active mode If Option 013 is set to 0 or 1 no buzzer tone will sound on receipt of an alarm Any other value will produce a tone Table 6 Buzzer Tones IDX Frequency Hz 20 1490 25 1990 26 2103 30 2650 33 3149 37 3965 38 4270 39 4530 To set the buzzer tone take the following steps 1 Navigate to Option 013 Press the Enter button The current value is displayed on th
141. teway address of the SG System I Take care to ensure that the address is unique to your system The address must be entered as a dotted decimal number e g 255 255 001 000 Each three digit segment of the address must be within a valid range of 000 to 255 The gateway is used in the event that the data being sent is not on the same network as the SG System I The data will need to be sent through a router device This is the address of that router device NOTE The SG System I must be restarted for these changes to take effect Option 004 Auto Update Time and Date Default 0 This option enables the automation to update the SG System I s time via the TCP IP port If the SG System I fails to get the time and date within a twenty four hour period started after the last update is received it will generate a status message to the printer and automation following the internal trouble protocol The Trouble status on the SG System I display will not be affected Printer message Time amp Date Update Fail Automation message 0000 NRU0000 Option 005 Contrast Default 80 Use this option to adjust the level of contrast of the unit s LCD Pressing the Up button will increase the contrast while pressing the Down button will decrease the contrast Alternatively pressing the Up and Enter buttons simultaneously will increase the level of contrast pressing the Down and Enter buttons simultaneously will decrease the level of contrast Contras
142. then answered one at a time CHAPTER TWO INSTALLATION For UL ULC Installations Mains Supply 120VAC 60Hz UPS Output Rating 120VAC 60Hz 2 5A In the USA use UL listed UPS uninterrupted power supply for protective signalling systems and listed burglar alarm power supply as applicable In Canada connection to an emergency power supply UPS with a minimum of 24 hr standby capacity is required For CE Installations Mains Supply 240 VAC 50Hz UPS Output Rating non UL 240VAC 50Hz Warning To reduce the risk of electrical shock the SG System I is equipped with a grounding type power supply IEC receptacle Connect SG Sys tem I using an appropriate IEC cable to a grounded receptacle Connect SG System I to UPS dry contact connections only Do not connect to a receptacle controlled by a switch Figure 3 Wiring Diagram SG System I Operating Manual I O Open Collector 20 mA Max 4 D Use 18 22 AWG 0 5 1 0mm wiring Not supervised Power limited Install the UPS in the same 100 240Vac 0 7A 50 60Hz rack with the receiver or connections shall E be done in the same room and in a protective T Taga Tm metal conduit QQQ0660600006 To SG System I I O To SG System I IEC grounded receptacle Non power limited Pin 1 Pin2 UPS Low Bat normally closed SJ Common UP S UPS AC Trouble normally closed Connect SG System I a to UPS dry conta
143. tically present the pass word to the system for acceptance rejection Assuming that the password is correct the SG System I will enter Program category and generate the corresponding printer and automation signals Should the password be incorrect the unit will produce an error tone and return to a Base category Active mode or Manual mode Press the Enter button once more to return to the Password screen The password can be set in the following manner 1 Enter the Program category 2 Scroll to View or Change Options gt CPM Options gt Option 006 3 Scroll to the user whose password is to be changed Enter the new password Press the Enter button The new password is set User Interface The SG System I unit s LCD and button interface give the user the ability to program the unit and scroll through the printer buffer and the trouble list The upper line displays the device mode in the example below MANUAL The lower line displays the system information in the example below SYSTEM TROUBLE CHAPTER THREE OPERATION Top Level Menu View or Change Options In View or Change Options use the Up and Down arrow buttons to locate the configurable option categories These categories are CPM Options Channel 1 Options Channel 2 Options Channel IP Options Exit Menu Please refer to Chapter 4 for a detailed list of the system options available within each category Select the Exit Menu and press the Ent
144. tomation Parlty esses enne net trennen EENES nre SESE SESE nennt nennen enne 32 Option 00A Serial Printer Format 4 idet HER ER A os 32 Option OOB Serial Baud Rate eerie trennen tenerent nent an narran nr nan en rennen tenen nennen nnne 32 Option00C Serial Data Bits x uro RR I A ERR TREE e RU e ERE 32 Option OOD Serial Printer Parity scini a rn enne ener eren en ren trennen EE t ran ren naar nnne 33 Option 00E AHS Operations Time cuac stie ini re er ER edet pee ette ire ete E HER duo da 33 Option OOF B32 Headers A 33 Option 012 Heartbeat TIME itte tunt RENS PUR Seven a tg teet vede ca ees 33 Opt on 013 Buzzer Tone 5 eg e ero epp omen i er RR ERR UT 34 Option O0 T4 Receiver Number nia mi Ae en RR 34 Option OlS Printer Test at tene eb UR EN EE RR ER 34 Option 020 Mask UPS A Cia 35 Option 021 Mask UPS BAT rennen a a E E EE Ra E E a E E E a de ccoo 35 Optiom024 Mask SG TEPIP ia rte rete eye i eie tape 35 Optiom025 Mask SG Serlal ee eet eee a EE Gc e ORO NR Pe EAE deren n 35 Optiom028 Mask TEP Printer iT RAN T EE RAS EUREN eet Fee ETUR TESTEN 35 Option 029 Mask Parallel Printer sess ener nnne enne nennen tnter enne 36 Optiom0o2A Mask Serial Printer nS tease niu RS AS 36 Option 02F Automation Mode 0 cccccesceesseseeseesecseecsecssenseceeceaecnscssessececeseeeaecaeecaecssesaecneceseseceseeseseaeeaeeeseeseeeaeeseeeaees 36 Option 030 Printer Mode RR ii 37 Option 031 A CK Wait aem tene r
145. trouble channel 2 primary 001002 0000 NLTO102 01 002 0000 PHONE LINE TROUBLE Phone line restore channel 2 primary 001002 0000 NLRO101 01 002 0000 PHONE LINE RESTORAL Phone line trouble channel 1 backup 001001 0000 NLT0101 01 001 0000 PHONE LINE 2 TROUBLE Phone line restore channel 1 backup 001001 0000 NLRO101 01 001 0000 PHONE LINE 2 RESTORAL Phone line trouble channel 2 backup 001002 0000 NLT0102 01 002 0000 PHONE LINE 2 TROUBLE Phone line restore channel 2 backup 001002 0000 NLRO101 01 002 0000 PHONE LINE 2 RESTORAL DSP fault channel 1 001001 0000 NYF0101 01 001 0000 DSP FAULT DSP fault channel 2 001002 0000 NYF0101 01 002 0000 DSP FAULT Communication on line timeout Channel 1 001001 0000 NYS0101 01 001 0000 DRL ON LINE TIMEOUT Communication on line timeout Channel 2 001002 0000 NYS0101 01 002 0000 DRL ON LINE TIMEOUT Two Way Audio Initiated channel 1 001001 XXXX NLF0101 01 001 XXXX AUDIO INITIATED where XXXX is the account code entering two way communication Two Way Audio Initiated channel 2 001002 XXXX NLF0102 01 002 XXXX AUDIO INITIATED where XXXX is the account code entering two way communication 91 APPENDIX A EVENTS and MESSAGES SG System I Operating Manual 92 Table 37 Events and Messages A Description Event Automation message Printer mess
146. ts automation 8RRLLLAAAAsCCCCsCCCCsC DC4 printer RR LLL AAAA cccceccce Where 8 protocol number RR receiver number LLL line number AAAA account code CCCC channel 1 4 S space CCCC channel 5 8 S space C Channel 9 DC4 terminator On the SG System I this option also controls the Scantronics formats 2 8 1 5 8 1 6 8 1 9 digit channels and 2 16 1 3 16 1 4 16 1 5 16 1 6 16 1 17 digit channels Refer to Option AO 11 and 12 digit DTMF for configuring conflicting formats When this option is programmed as 00 the SG System I will convert the outputs in the corresponding 2 2 3 2 4 2 5 2 format automation IRRLLLsssSAAAAAAsXssYY DC4 printer RR LLL AAAAAA Y Y Alarm Wehn this option is programmed as 01 the Scantronics formats will not be decoded and the received data is passed to the outputs automation 8RRLLLAAAAAAsCCCCsCCCCsC DC4 9 digit channels 8RRLLLAAAAAAsCCCCsCCCCsCCCCsCCCCsC DC4 17 digit channels printer RR LLL AAAAAA cccccccce 9 digit channels RR LLL AAAAAA ccccecccecccceccec 17 digit channels The above examples are shown with 6 digit accounts for accounts less than this leading digits are not sent For example 2 8 1 will be output as 8RRLLLAAscccescccesc DC4 RR LLL AA ccecceccec Option 1A0 11 12 Digit DTMF Acron Scantronics or Scancom 433 Default 00 You can set this option as 00 to decode an 11 or 12 digit DTMF in ACRON format You can set this option as
147. ts Please refer to Table 4 Loading Capacities for Hunt Groups on page 18 for maximum capacities when communication over PSTN The receiver can be connected to a USB port or Ethernet port on any computer running SG System Console software for system programming and printer messages The receiver provides several connection options for Serial RS232 printers and Parallel printers The SG System I is a pluggable equipment type A using a detachable power supply cord The SG System I real time clock and calendar stamps receive alarm data which are transmitted to a central station computer via a TCP IP connection and or a Serial port using either a standard COM port and or a USB port System configuration can be undertaken using a PC with SG Systems Console Software v1 1 installed or locally using the scroll buttons and the LCD on the front panel of the unit NOTE System must be rack mounted for UL and ULC Listed Installations SG System I features include the following Dual Telco Interface Independent options list for each channel Remote alarm ACK button Caller ID SG Systems Console Software one software package for SG System I II receivers Ability to call out to other receivers to check the communication path Ability to disable a telephone line Selectable buzzer output tones LCD and keymat can cycle through colours and fade colours in out IP FIBRO communications with alarm panels and transmitters Software controlled fe
148. ty laws and treaties This EULA grants You no rights to use such content All rights not expressly granted under this EULA are reserved by DSC and its suppliers 4 EXPORT RESTRICTIONS You agree that You will not export or re export the SOFTWARE PRODUCT to any country person or entity subject to Canadian export restrictions 5 CHOICE OF LAW This Software License Agreement is governed by the laws of the Province of Ontario Canada 6 ARBITRATION All disputes arising in connection with this Agreement shall be determined by final and binding arbitration in accordance with the Arbitration Act and the parties agree to be bound by the arbitrator s decision The place of arbitration shall be Toronto Canada and the language of the arbitration shall be English 7 LIMITED WARRANTY NO WARRANTY DSC PROVIDES THE SOFTWARE AS IS WITHOUT WARRANTY DSC DOES NOT WARRANT THAT THE SOFTWARE WILL MEET YOUR REQUIREMENTS OR THAT OPERATION OF THE SOFTWARE WILL BE UNINTERRUPTED OR ERROR FREE G CHANGES IN OPERATING ENVIRONMENT DSC shall not be responsible for problems caused by changes in the operating characteristics of the HARDWARE or for problems in the interaction of the SOFTWARE PRODUCT with non DSC SOFTWARE or HARDWARE PRODUCTS K LIMITATION OF LIABILITY WARRANTY REFLECTS ALLOCATION OF RISK IN ANY EVENT IF ANY STATUTE IMPLIES WARRANTIES OR CONDITIONS NOT STATED IN THIS LICENSE AGREEMENT DSC S ENTIRE LIABILITY UNDER ANY PROVISION OF THIS LICENSE
149. ual mode Press the Up and Down buttons simultaneously to enter View Trouble Once there the Up and Down buttons can be used to review the list of CHAPTER THREE OPERATION troubles Should there be no troubles the LCD will flash NO TROUBLE for a few seconds and return to the previous level of operation A list of possible troubles can be found below Trouble List The following trouble and status lists are monitored by the system Individual troubles can be disabled in the Program category Both the trouble list and the status list are fully enabled by default Trouble Parallel Printer Serial Printer TCP Printer USB Printer Serial Automation TCP Automation UPS Battery UPS AC DSP Failed Chl DSP Failed Ch2 Status Line Fault Channel 1 Line Fault Channel 2 System Absent Channel 1 Clock Not Set Printer Buffer Full Checksum Failed Software DSP Checksum Failed View Network Watchdog Please refer to Set Up and Testing on page 18 for detailed Network information View Status Please refer to Set Up and Testing on page 18 for detailed Status information 27 Options System In This Chapter System Option Index on page 29 Steps required to access an option and change its setting or value on page 29 System Options on page 30 CHAPTER FOUR OPTIONS SYSTEM SG System I Operating Manual System Option Index Option 001 LAN IP Address on page 30 Option
150. uest that you disconnect the equipment until the problem is solved This equipment is of a type that is not intended to be repaired by the end user DSC c o APL Logistics 757 Douglas Hill Rd Lithia Springs GA 30122 Additional Information Connection to party line service is subject to state tariffs Contact the state public Customer Premises Equipment and Wiring utility commission public service commission or corporation commission for Network information Providers nian A onu Alarm dialing equipment must be able to seize the telephone line and place a call em oen R11 Jack Li in an emergency situation It must be able to do this even if other equipment tele 3 phone answering system computer modem etc already has the telephone line in P _ E use To do so alarm dialing equipment must be connected to a properly installed J gt Telephone RJ 31X jack that is electrically in series with and ahead of all other equipment Neto T 5 REN attached to the same telephone line Proper installation is depicted in the figure Point Telephone ei A RCM System Telephone below If you have any questions concerning these instructions you should consult your telephone company or a qualified installer about installing the RJ 31X jack and alarm dialling equipment for you
151. use pre defined library 03 Printer words options used for 3 digit reporting code formats only others will use pre defined library 04 Printer words options used for 1 digit and 2 digit reporting code formats only others will use pre defined library 05 Printer words options used for 1 digit 2 digit and 3 digit reporting code formats NOTE Option 171 is disregarded when using SIA ITI Contact ID ACRON MODEM II MODEM IIE MODEM Illa FBI SuperFast BFSK ADEMCO Super Fast and SK FSK1 2 formats CHAPTER FIVE OPTIONS CHANNELS 1 and 2 SG System I Operating Manual Option 172 SIA Option Default 00000 Use this option to convert incoming signals to SIA Security Industry Association protocol in order to read their contents The values of this option are bit selectable meaning that more than one setting may be enabled Each digit in the five digit display corresponds to a partic ular setting You can use the Up and Down arrow buttons to enable a bit by setting it to 1 or disabled by setting it to 0 After setting one digit the cursor will advance to the next digit to the right For example Table 20 SIA Option Action Display Convert comma to forward slash XOOOO Convert BFSK to SIA OXOOO Convert Pulse to SIA OOXOO Convert SIA account A OOOXO Force SIA zone number OOOOX The selectable possibilities are listed below Bit0 Force SIA Zone Number The unit will
152. verloaded electrical circuits children playing with matches or arson Even if the smoke detector operates as intended there may be circumstances when there is insufficient warning to allow all occupants to escape in time to avoid injury or death Motion Detectors Motion detectors can only detect motion within the designated areas as shown in their respective installation instructions They cannot discriminate between intruders and intended occupants Motion detectors do not provide volumetric area protection They have multiple beams of detection and motion can only be detected in unobstructed areas covered by these beams They cannot detect motion which occurs behind walls ceilings floor closed doors glass partitions glass doors or windows Any type of tampering whether intentional or unintentional such as masking painting or spray ing of any material on the lenses mirrors windows or any other part of the detection system will impair its proper operation Passive infrared motion detectors operate by sensing changes in temperature However their effectiveness can be reduced when the ambient tempera ture rises near or above body temperature or if there are intentional or unintentional sources of heat in or near the detection area Some of these heat sources could be heaters radiators stoves barbeques fireplaces sunlight steam vents lighting and so on Warning Devices Warning devices such as sirens bells horns or strobes may not warn p
153. wer and telephone line sockets and refer servicing to qualified service personnel under the following conditions When the mains power cord is frayed or the plug is damaged If liquid has been spilled into the receiver or exposed to rain or water If the receiver does not operate normally when the operating instructions are followed Ifthe receiver exhibits a distinct reduction in performance FCC COMPLIANCE STATEMENT CAUTION Changes or modifications not expressly approved by Digital Security Controls could void your authority to use this equipment This equipment has been tested and found to comply with the limits for a Class B digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference in a residential installation This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio communications However there is no guarantee that interference will not occur in a particular installation If this equipment does cause harmful interference to radio or television reception which can be determined by turning the equipment off and on the user is encouraged to try to correct the interference by one or more of the following measures Re orient the receiving antenna ncrease the separation between the equipment and receiver Connect the equipment
154. will be stripped for 1 digit 2 digit and BFSK Option 1A3 set to 0F The hexadecimal digit will be stripped for 1 digit 2 digit BFSK and Ademco Express 4 1 4 2 NOTE Option 170 must be left as an individual event code when enabling Option 1A3 Option 1A4 BFSK RS 232 Default 00 You can set this option as 00 to report the BFSK format as Radionics 6500 BFSK mode to the computer the protocol identifier will be the numeral 6 Example 1 Code 21 Computer Output 604091 022sAsss1 Example 2 Code B1 Computer Output 604091 022sOsss1 You can set this option as 01 to report the BFSK as a standard 3 1 extended format the protocol identifier will also be changed from 6 to 1 75 CHAPTER FIVE OPTIONS CHANNELS 1 and 2 Example 1 Code 21 Computer Output 104091 022sAss21 Example 2 Code B1 Computer Output 104091 022sOssB1 Option 1A5 Sescoa Super Speed Default 01 Table 31 Sescoa Super Speed Decode 4 2 checksum failed Setting Sescoa Super Speed 4 2 checksum Sescoa as double round kissoff per DRL2A 00 Disabled Enabled Enabled No 01 Enabled Disabled Disabled No 02 Enabled Disabled Disabled Yes 03 Disabled Enabled Disabled No Option 1A6 ITI Adjust Default 00 You can set this option to 01 to convert the ITI account codes to four digits by stripping the last digit For example a panel account of 23459 will become account 2345 If the leading digit of the panel
155. will keep the system in good operating condition Compromise of Radio Frequency Wireless Devices Signals may not reach the receiver under all circumstances which could include metal objects placed on or near the radio path or deliberate jamming or other inadvertent radio signal interference System Users A user may not be able to operate a panic or emergency switch possibly due to permanent or temporary physical disability inability to reach the device in time or unfamiliarity with the correct operation It is important that all system users be trained in the correct operation of the alarm system and that they know how to respond when the system indicates an alarm Smoke Detectors Smoke detectors that are a part of this system may not properly alert occupants of a fire for a number of reasons some of which follow The smoke detectors may have been improperly installed or positioned Smoke may not be able to reach the smoke detectors such as when the fire is in a chimney walls or roofs or on the other side of closed doors Smoke detectors may not detect smoke from fires on another level of the residence or building Every fire is different in the amount of smoke produced and the rate of burning Smoke detectors cannot sense all types of fires equally well Smoke detectors may not provide timely warning of fires caused by carelessness or safety hazards such as smoking in bed violent explosions escaping gas improper storage of flammable materials o
156. y power is required for these devices i e UL listed UPS Battery Backup or engine driven generator Take the following steps 1 Unpack the SG System I components Remove the unit and inspect for shipping damage If any damage is apparent notify the car rier immediately 2 Install the rack mount brackets or the rubber feet in the indents as required 3 Connect telephone 4 Connect the main power using a standard computer IEC cable not supplied See the wiring diagram below 5 The LCD will power up and display internal Troubles printer computer telephone line fault NOTE Internal diagnostics may require more than 60 sec during the power up sequence 6 Send a signal from a control panel to the receiver using PSTN and PSDN communication protocols The signal will be displayed on the LCD Press the Ack button to silence the buzzer and clear the signal from the LCD Table 4 Loading Capacities for Hunt Groups System loading at the supervising 1 2 3 4 5 8 station channel channels channels channels channels Number of initiating circuits with DACR 5000 10 000 20 000 20 000 lines processed in parallel Number of DACTs with DACR lines pro 500 1500 3000 3000 cessed in parallel Number of initiating circuits with DACR 3000 5000 6000 6000 lines processed serially put on hold then answered one at a time Number of DACTs with DACR lines pro 300 800 1000 1000 cessed serially put on hold

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