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T-Link Application G..

1. Primary CPM3 FL Backup CPM3 IP Address Ol Ol Ol D IP Address Ol Ol Ol 0 Cmd 1024 Cmd 1024 E Au 1030 Password auon 1030 Password printer 1027 wem Printer 1027 ans Set port number to zero for not connecting with this port 13 T Link Application Guide Section 3 T Link TL 250 300 Installation 3 1 General T Link installation consists of the following steps 1 Get DRL3 IP Information and Network information from Central Station See Appendix A Network Data Worksheet on page 44 Determine TL 250 Operating Mode Mode 1 Bell Follower Mode 2 Stand alone 4 Zone Mode 3 Stand alone 12 Zone Mode 4 PC4020 PC5020 Mode 5 DVACS Install T Link Mode 1 Bell Follower See Mode 1 Bell Follower Configuration on page 18 Mode 2 Stand alone 4 zone See Mode 2 4 zone Stand alone Configuration on page 18 Mode 3 Stand alone 12 zone See Mode 3 12 zone Stand alone Configuration on page 19 Mode 4 PC4020 PC5020 See Mode 4 Standard Configuration on page 21 Mode 5 DVACS See Mode 5 DVACS Installation on page 25 TL300 Simulated Telephone See TL300 Simulated Telephone Installation on page 27 For Modes 1 2 3 5 and TL300 simulated telephone Program The TL 250 with T Link Console Software T Link Console Software on page 10 Program The TL 250 with PC4020 or PC 5020 Keypad See Keypad Programming on
2. T Link Application Guide This page is intentionally left blank System Overview Section 2 System Overview 2 1 Introduction The T Link series of Network Communicators are intended to transmit Alarm information via Local Area Network LAN T Link modules must operate within an Ethernet LAN WAN Constant monitoring provides a fully supervised environment The minimum LAN requirements are a router firewall e g D Link 704D and broadband modem Cable ADSL PCs with DLS SA System Administrator software and or T Link Console software Network addresses for the T Link Router Firewall and PCs can have Dynamic DHCP or static addresses Figure 2 1 Simple System Configurations Simple Local Network Configuration PE Se o PC with T Link TL 250 DLS SA 4 Zone Inputs a Software E om 00000 11 Simple Internet Connection to Central Station 4 Zone Inputs AI See o T Link TL 250 System III Receiver with DRL3 IP Line Card 0000000 000 0 0 BE DIODDODDDODDOOOOOO omen In the simple network configuration Mode 2 the T Link functions as a stand alone 4 zone panel Alarm information is transmitted to a System III receiver located at the Central monitoring station via the customer LAN This system can be expanded to 12 zone coverage wi
3. CE Installations 23 3 6 9 IWER eh ET 23 3 6 6 Programming MaxsyS PC4020 aa en re nd iii la na EE a et vis Ee 23 GT sp Mode 5 DVACS Installation 25 3 7 1 DVACS Panel Installation 21525 IT 2 EE DVACS Events acce 25 98 24 TL300 Simulated Phone Installation sise 27 3 8 1 T Link TL300 Panel Installation sisi 27 3 8 2 T Link TL300 Operation el Section 4 e e ET d e DEE 28 AR System lll DRE3 IP Programming 2 inaa a nent den en tn a nt nent 28 42 REI reel Tun KEE 29 E DN EE T Link Console Software Programming civic bcn 32 Aa Keypad Programming ccoccccocccccncnanananccn 32 4 8 8 PC5108 assise 32 Aime MAXSYS PC4020 Programming 30 44 1 Keypad Pr gramming EE 30 442 D S Programming WEE 30 T Link Application Guide Section 4 Programming Cont db en PoWerSeries PG5020 Programming Ate 31 4 6 T Link TL 250 300 Programming 4 6 1 Keypad For Maxsys Accessing 32 4 62 ate ass T Link Console Software on LAN WAN occccccccccononcnncncnnnncononn crac EREA ranas 32 4 6 3 T Link Console Software direct connection ss 32 Section 5 T Link Programming OptiONnS ssnnenennnnensennennennnnennenenneenees 33 Section 6 Testing amp Troubleshooting s menennnnnneennenneees 39 BI Testing Ea 0 a e Model Bell Follower Configurati
4. Example 2 DVACS with receiver set as 3 digits line number Printer 01 Nov 2004 13 51 03 01 02 SG 01 001 0456 Medical Alm Zn001 Computer 3011 0456MA 001 Additional Events If the T Link TL250 transmitter does not receive polls response from the panel the T Link will generate the events pre viously generated by the SG DVL2A for DVACS panel and restoral SIA Printer 01 Nov 2004 13 50 51 01 02 SG 01 1 001 Account Absent Computer 3011 0001YC 000 Printer 01 Nov 2004 13 50 51 01 02 SG 01 1 001 Account Present Computer 3011 0001YK 000 Standard Printer 01 Nov 2004 13 50 51 01 02 SG 01 1 001 IDcde IncResp Computer 1011 001 A OA Printer 01 Nov 2004 13 50 51 01 02 SG 01 1 001 IDcde Restore Computer 1011 001 ROA NOTE The SG DRL3 IP will use 10 digit account identifications in it s IP table for DVACS transmitters The first four digits represents the receiver and line number originally used on the SG DVL2A and are programmed as the first four digits of the T Link account refer to appendix F of SG DRL3 IP Installation Manual NOTE lf the automation protocol in the form of 1RRL 3RRL is required when using the DRL3 IP in the DVACS configuration set DRL3 IP Option 11 1 and CPM3 Options 10 amp 11 03 26 T Link TL 250 300 Installation 3 8 3 8 1 3 8 2 TL300 Simulated Phone Installation T Link TL300 Panel Installation 12V
5. If downloading is used with the T Link module you must program the system as stated in section 13 Downloading The T Link module will not connect with DLS via user call up DLS call back or periodic DLS The downloading connection must be established from the computer without call back enabled 23 T Link Application Guide Step 1 Program the hex digits CAAA in the telephone number that will be used for T Link com Step 1 munications section 0004000000 Communicator Main Items Phone Numbers NOTE You must delete the D in the telephone number first this is the dial tone detection Step 2 Program YES for T Link Enabled option section 000401 Communication Toggles If using DLS communication over T Link then program YES for DLS Enabled in section Step3 1000300 DLS Section DLS Toggles Step 4 Program the dialer direction options for the phone number that has been programmed to Step 4 send T Link communications in section 000400XX02 where XX telephone number 00 02 in the Communicator Main Options Step 5 Step 5 Enter section 000406 for T Link module programming options Step 6 Step 6 Program the IP address for the T Link module in section 001 Step 7 Step 7 Program the subnet mask for the T Link module in section 002 Step 8 Program the receiver IP address DRL IP line card or the PC running the Reporter IP ene software in section
6. T Link Application Guide 1 2 1 3 1 4 1 5 1 6 1 7 Panel Connection Mode 4 The T Link module and the control panel are connected with a cable that snaps onto the PC Link header on the T Link module and the control panel Screw terminals on the unit provide the connection for the 12VDC from the panel The T Link module will draw 250mA in normal operation and 275mA when the PGM output is active Secure IP Environment The IP communication from the T Link module to the central station is a secure polling environment If the unit is replaced substituted tampered or damaged the central station will either receive a signal from the panel over the backup phone line and or have an indication that the account is not present on the network If a network user tries to block or mimic hack the signals from the T Link module the SG DRL3 IP receiver line card will report the tampering to the automation software Call Directions The T Link module is intended to be the primary means of communication to the receiver central station However the call direction options are functions of the panel that the unit is attached to Modes 4 5 only If the T Link module fails to communicate the event to the central station the panel will redirect the call via its digital dialer Because the panel sees the T Link module as just another phone number to call all programming options regarding telephone backup and call directions are still available
7. 2 3 6 T Link Operating Modes Five configurations are available for the T Link All T Link configurations can be programmed remotely using T Link Console software or locally direct connection using T Link Console software Limited programming of the T Link can be performed with the keypad of the associated control panel in mode 4 Refer to T Link Programming on page 29 for details Mode 1 Bell Follower TL250 Only The Mode 1 Bell follower configuration is intended for use with any control panel with a Bell Follower Output The T Link TL 250 decodes the Bell Output cadence and transmits the corresponding Fire or Burglar alarm reporting code to the central station Refer to Mode 1 Bell Follower Configuration on page 18 for installation details NOTE Mode 1 Does not meet the requirements for UL or ULC listed installations Mode 2 4 zone Stand alone TL250 and TL300 In the Mode 2 4 zone Stand Alone configuration the T Link performs the function of the control panel The 4 zone inputs can be programmed for normally open NO or normally closed NC contacts in any of 8 preset zone input defi nitions Refer to Mode 2 4 zone Stand alone Configuration on page 18 for installation details Mode 3 12 zone Stand alone TL250 and TL300 Mode 3 12 zone Stand Alone configuration performs similarly to Mode 2 described above If the T Link TL250 TL300 detects a PC5108 zone expander module on power up it will automatically
8. DSC T Link TLe 50 300 T Link Application Guide Related Documents Surgard System III Installation Manual PN 29034500 Surgard System lll Console Software Help File PN 29034574 SG DRL3 IP Line Card Installation Manual PN 29034630 T Link TL 250 TL300 Installation Manual PN 29034631 PC5108 Zone Expander Installation Instruction PN 29001758 Compatible Control Panels amp Hardware Power864 PC4020 v3 3 or higher Rev04B hardware MAXSYS PC5020 v3 x or higher Rev03 hardware Any Control Panel with Bell Follower output Any Control Panel with Telephone Tip Ring output TL300 only PC5108 Zone Expander See Appendix B T Link Compatibility Chart Compatible Software T Link Console Software DLS 2000 with T Link Driver Pack DLS SA with T Link Driver Pack Agency Listings UL AA High Line Security Residential and Commercial Fire 8 Burg ULC Level 4 Residential and Commercial Fire 8 Burg DSC has received ULC Level 5 for Internet monitoring using the T Link TL250 TL300 and Sur Gard System III communication solution the first in the industry to achieve this ULC has contested all test reports from competi tors stating that they do not comply with the Canadian requirements of ULC S304 for Level 3 DSC has worked closely with ULC in developing a high standard for security and reliability to ensure that Internet communication is a valid and reliable medium The T Link TL250 TL300 and Sur Gard System III Internet monitoring
9. Supervision The panel T Link and the central station are in constant communication with each other By using network status checks or normal signals the communication path is confirmed This provides the panel or the central station receiver if using the SG DRL3 IP a complete picture of the status of the site and the communications If any point is broken the panel will display the trouble on the keypad and report a trouble using the dialer and the central station will flag the missing account Programming The only programming required on the unit is the IP configuration This is done from the control panel s keypad or T Link Console software When the T Link is programmed it should not require changes All other programming is in the control panel and can be programmed from a keypad or through DLS Remote functions The connection to the panel uses the PC Link header all DLS communications commands and events are available Using the SA software the end user has the ability to administer the panel s over the network remotely Introduction Specifications Requirements The maximum allowable current draw from a compatible DSC panel on the Aux terminal Output is 500 mA 12VDC Operational current draw of the T Link TL250 TL300 is 250 mA The T Link TL250 TL300 module has 2 switched nega tive programmable outputs 50 mA 12 VDC Table 1 3 T Link Specifications Input e EE 12 Voc ef deift 250 mA 275 mA with PGM
10. 003 Step 9 If the receiver DRL IP or Reporter IP software is on a different network segment to the T Link module the gateway address associated with the T Link module must programmed in section 004 This is an optional step please discuss with the network administrator if this is required Step 9 Step 10 After all T Link module programming is complete you must restart the module so the programming changes will take effect To restart the T Link module enter the digits 55 in T Link programming section 999 and wait 15 seconds for the module to reboot Once complete press the key to exit T Link programming Step 10 IMPORTANT If you are using a telephone line to back up communication ensure that the phone number you want to use as a backup is programmed in the dial direction option in section 0004010 Communication Toggle Options DSC recom mends programming T Link communication to transmit first because it is faster than land line communication If the land line communication is programmed to communicate first then the T Link communication will be delayed for the duration of the land line call about 30 45 seconds 24 T Link TL 250 300 Installation 3 7 3 7 1 Mode 5 DVACS Installation DVACS Panel Installation Remove power from the control panel before wiring connections to the T Link TL250 module Connect the 12VDC and GND terminals to the panel auxiliary power output Con
11. 360mA UL Listed Power Supply or Panel Aux 12VDC Secure the T Link module to the side of the cabinet of the control panel or install the T Link TL300 in a DSC enclo sure model PC5003C Refer to Appendix B T Link TL300 Compatibility Chart for a list of panels supported With AC power and battery disconnected removed from the control panel connect the T L300 to the RJ31 phone jack from the panel to the RJ31 connector on the T Link Wire the panel s 12VDC and GND terminals of T Link or Power unit with a 12VDC 225 mA UL Listed Power supply Wire the panel s Tip and Ring terminals to the T1 and R1 terminals of T Link TL300 Apply AC and DC to the main control panel Both the T Link and the panel should power up Do the necessary programming that is required SPD ACT LNK T Link TL300 D000000000000000000 12V GND TX RX GND RED BLK YEL GRNPGMIPGM2 INi GND IN2 IN3 GND ING EARTH TI R1 To Tip and Ring on Alarm Panel Connect to Alarm Panel Configure zone as zone definition 98 see section 036 047 Option 98 D D D 1 PC5108 i Connect PGM1 to panel zone to indicate network loss configure as TLM or FTC H optional i Refer to alarm panel manufacturers documentation H GA Metal Conduit P 20 ft 6m max ET EE ENEE A See E A eh e IA D Temporary connection of Keypad for programming LCD5500 Note Do NOT connect the alarm panel or T link TL300 to telephone line of T Link during first 30 seconds of power up shown K
12. and wait 15 seconds for the module to reboot Once complete press the key to exit T Link TL250 programming Maxsys V3 5 Only CAAA Receiver 0 CCCC Receiver 2 CBBB Receiver 1 CDDD Receiver 3 4 4 2 If the panel sends events to Receiver 0 the T Link will perform backups automatically to IPs from Receiver 1 and Receiver 2 If the panels sends events to specific receivers then the panel will be responsible for all backup alternate dial functions NOTE The IP Receiver addresses are programmed in the T Link TL250 DLS Programming NOTE When a DLS or SA session begins communicating with a T Link account trough the DRL IP the communication sta tus window will be displayed on the DLS or SA computer During the communication time the DRL IP will display a message on the bottom LCD indicating that a DLS session is in progress Example L01 1234 RB RM PRG BEGIN DLS 30 Programming 4 5 Once the DLS or SA software has successfully downloaded or uploaded a message will be displayed on the bottom LCD of the DRL IP indicating that the DLS session has finished the remote communication Exam ple L01 1234 RS RM PRG END DLS PowerSeries PC5020 Programming NOTE PC5020 software version 3 2 or higher required Rev03 hardware Programming Steps Step 1 Step 2 Step 3 Step 4 Step 5 Step 6 Step 7 Step 8 Step 9 Program the hex digits DCAA in the telephone number that will be used for T Link TL
13. console software PC has the IP address 10 20 30 40 and is to be connected to the DRL3 IP through port 3060 the static options should be programmed as follows e Option 14 0B e Option 15 F4 e Option 16 OA e Option 17 14 e Option 18 1E e Option 19 28 T Link Programming T Link DVACS Programming Obtain the following information from the station monitoring the DVACS alarm panel Step 1 Step 2 Step 3 1 The SG DVL2A Receiver number and line number that the DVACS panel is connected to 2 The DVACS panel ID Account Number 3 The programmed value of the SG DVL2A extended format option 07 for step 2 below Program the Account Number of the DVACS control panel in the DVACS account option of the T Link option 067 The T link will use this number to supervise the control panel and poll for DVACS signals from the panel NOTE Alarms generated by the DVACS panel will be sent using the T Link account Program the T Link DVACS extended option 068 so that it is identical to the SG DVL2A extended option 07 Program the T Link Account option 003 To use the DVACS account number for alarm reporting program the T Link account option with this value When an alarm is sent from the DVACS control panel to the central station the account number is expanded to a 10 digit value The first four digits emulate the line number and receiver number on the MLR2 DVL2A These four digits overwrite the SG DRL3 IP receive
14. one LAN can be connected to other LANs over any distance via telephone lines and radio waves A system of LANs connected in this way is called a wide area network WAN MAC Short for Media Access Control address a hardware address that uniquely identifies each device of a network The address is not pro grammable by the user and the manufacturer of the device must register with IEEE before receiving an assigned group of addresses Mime Multipurpose Internet Mail Extensions a specification for formatting non ASCII messages so that they can be sent over the internet Network Two or more computer systems connected together Packet A piece of a message transmitted over a packet switching network One of the key features of a packet is that it contains the destination address in addition to the data SSL Secure Sockets Layer A security protocol developed by Netscape 42 Glossary Subnet A portion of a network that shares a common address component On TCP IP networks subnets are defined as all devices whose IP addresses have the same prefix Dividing a network into subnets is useful for both security and performance reasons Subnet Mask A mask used to determine to what subnet an IP address belongs TCP Abbreviation of Transport Control Protocol and pronounced as separate letters TCP is one of the main protocols in TCP IP networks Whereas the IP protocol deals only with packets TCP enables two devices to establish a co
15. or PC5108 Dimensions sise senior cc 3 25 x 5 25 8 3 cm x 13 3 cm Operating Temperature oonoonncnnnnncnonnonanannnaconanonanannacnanccnnnarano nono n nano nanen narra ron aran n cane nr r eran arc ra rna nena n caes 32 122 F 0 49 C Output Protocols UDP IP 10 100 BaseT half duplex TCP IP for Console and DLS communications Input Protocols se an nine en ire on a nee traiter PC Link SIA format DVACS V1 10 and higher Digital lN puts ssn aa aaaea Eee EN 4 digital inputs can be increased to 12 using the PC5108 Connectors 4 pin header for the PC Link and RJ 45 for Ethernet DVACS adaptor DVACS kit only Le LCTO DEE Panel keypad or remote T Link console NetWork AEE T ATE man tente das AR etre tee Estate Ethernet LAN WAN 10 BaseT or 10 100 BaseT E mail oo ee sends alarm messages to maximum 2 E mail addresses NOT available for DVACS installations Downloading Support for DSC Panels DLS 2002 DLS2000 and or System Administrator software Multiple Central Stations primary and backup via phone line NOT available for DVACS installations Call Direction Options primary or backup communicator using panel call direction NOT available for DVACS installations Approval Listings FCC IC CEUL Grade of Service AA Encrypted Line Security ULC Signal Channel Security Level 4 5 Network Load
16. solution also have UL AA listing for high line security of Fire and Burg applications DSC has also received UL and ULC approval of the DPU 414 serial parallel printer for Commercial Fire and Burg applications This printer can now be used in any central station application or as a panel event printer where required for UL ULC FCC Part 15 IC CE CISPRR22 Class B EN50120 4 1995 EMI Technical Support 1 800 387 3630 Canada 8 US 905 760 3036 Web Site www dsc com Revision Record List of Effective Pages Revision Record Retain these records in front of manual On receipt of revision insert revised pages in manual and enter revision number date inserted and initial Revision Revision Revision Revision Date Filled Number Date Date Filled By Number Date By List of Effective Pages Subject Page Date Title Page T 1 Oct 11 2005 Section 5 33 Oct 11 2005 A page A Oct 11 2005 T Link Programming Options 34 Oct 11 2005 B page B Oct 11 2005 35 Oct 11 2005 C page C Blank Oct 11 2005 36 Oct 11 2005 TOC i Oct 11 2005 Oct 11 2005 i Oct 11 2005 37 Oct 11 2005 38 Oct 11 2005 Section 1 1 Oct 11 2005 Section 6 39 Oct 11 2005 Introduction 2 Oct 11 2005 Testing and Troubleshooting 40 Oct 11 2005 3 Oct 11 2005 41 Oct 11 2005 4 Blank Oct 11 2005 Section 2 5 Oct 11 2005 Glossary 42 Oct 11 2005 System Overview 6 Oct 11 2
17. this input is violated the panel will immediately communicate to the central station SIA Reporting Code FA FH 11 Standard 24 hr Burglary When this input is violated the panel will immediately communicate to the central station SIA Reporting Code BA BH 16 24 hr Panic Input If this input is violated when the system is either armed or disarmed the panel will report to the central station SIA Reporting Code PA PH 21 24 hr Tamper When this input is violated the panel will immediately communicate to the central station SIA Reporting Code TA TH 23 Maintained Keyswitch Arm Input Input 2 Only When this input is violated the system will arm When this input is secured the system will disarm All instant type inputs have force arming support SIA Reporting Code CS OS 99 24 hr Bell Follower Input Input 1 can only be programmed to follow the Bell output for burg fire monitoring Connect Input 1 to the Control Panel Bell output This will disable signal sending when arm and disarm squawks are generated See Options 055 059 36 T Link Programming Options Table 5 1 T Link Programming Options Cont 2 a o Sect Description Default ol E p o 59 9 8 gt 0 00 O el CECR 048 Input 1 Configuration Default 0 0 Normally Open Viv vi Set to 0 for normally open inputs Set to 1 for normally closed inputs NOTE Select thi
18. trouble conditions enabled in the T LINK Trouble Toggle Options are present It will deactivate when all the selected trouble conditions are cleared NOTE If a trouble condition occurs that is not enabled in the T LINK Trouble Reporting option the PGM will not turn on for that trouble condition nor will it be required to turn off the PGM PGM The PGM1 output is dedicated for T LINK TL250 trouble indi cations and T Link TL300 network loss indication The PGM2 output is dedicated as an input follower for the T LINK TL250 If a control panel is not monitoring the T LINK TL250 an LED or a buzzer can be connected between this terminal and the RED terminal for trouble indication The PGM terminal switches low from an open collector state NOTE The PGM output can sink 50mA max For UL installations use DSC RM 1 Relay Module 036 Digital input 1 12 configuration for T Link modules kW lw IViv Iw 047 Program a 2 digit code for the definition of the inputs Selecta def inition from the list below 00 Null Input The input is vacant Unused inputs should be programmed as Null inputs Any activity on this input is ignored 03 Instant Input This input type will only report if the T Link is armed it also supports force arming When forced armed the T Link will arm even if the input is open Once the input is closed it will be treated as a normal instant input SIA Reporting Code BA BH 08 Standard 24 hr Fire Input When
19. using DLS communication over T Link then program YES for DLS Enabled in section 000300 DLS Section DLS Toggles Program the dialer direction options for the phone number that has been programmed to send T Link communications in section 000400XX02 where XX telephone number 00 02 in the Communicator Main Options NOTE Auto report SIA section 000401 must be enabled in order for the T Link TL250 to communicate The communication format must be programmed for SIA 000400XX01 Enter section 000406 for T Link module programming options Program the static IP address for the T Link module in section 001 Program 000 000 000 000 for DHCP Program the subnet mask for the T Link module in section 002 This option will be ignored if the unit is set for DHCP Program the receiver static IP address DRL3 IP line card or the PC running The Reporter IP software in section 007 If the receiver DRL3 IP is on a different network segment than the T Link module the gateway address associated with the T Link module must be programmed in section 008 This is an optional step determine if this is required with the network administrator Step 10 Program the T Link s account number in section 003 Step 11 After all T Link TL250 module programming is complete you must restart the module so the programming changes will take effect To restart the T Link module enter the digits 55 in T Link programming section 999
20. with an LCD 5500 keypad Corresponding version numbers for SG DRL3 IP and T Link Console are required to ensure compatibility e g SG DRL3 IP v1 10 and T Link Console v1 10 are required for corresponding T Link TL250 v1 10 Table 1 1 T Link Version Differences Feature Version Version Version Version 1 00 1 10 1 20 1 30 Mode 1 Bell Follower Y e e e Mode 2 A zone v i Vv Vv Y Mode 3 12 zone Wi Vv Wi Wi Mode 4 Standard Maxsys PowerSeries x V v W Mode 5 DVACS x x ech All versions v1 1 and higher v1 2 and higher v1 3 and higher Account Codes All versions v1 1 and higher v1 2 and higher v1 3 and higher 6 digit 10 digit 10 digit 10 digit Telephone Simulation x x Y e Default Installer Code x x V W Zone 98 support Panel Absent x x W Wi T Link TL250 is supported by two installation kits The TL250 TL300CE hardware also includes a ferrite core for EMI suppression and an RJ 45 to RJ 45 connector mounted on a mounting bracket to facilitate internal external connection to a LAN WAN Table 1 2 Installation Kit Parts List TL250 TL250 TL300CE TL300 T Link TL250 module Qty 1 T Link TL250 module T Link TL300 module Qty 1 Standoffs A Standoffs oo eee StandOMs ccoo Qty 4 Ground Wire Kit Ground Wire Kit Ground Wire Kit Qty 1 TL250 Network Protection Qty 1 RJ45 to RJ45 Mounting Plate Qty 1 Refer to Appendix D for installation details Figure 1 1 T Link Module
21. 00 Software Dynamic DHCP or Static IP PC with T Link Console Software Hub Optional Dynamic DHCP Dynamic DHCP or Static IP or Static IP PC with PC with DLS System III Software Console Software Router FireWall e g D Link704D LAN WAN Broadband Modem Receiver 3 optional 3rd party logging application Static IP ONLY Table 1 Port Usage Static IP ONLY System Ill Receiver 1 with DRL3 IP Line Card Static IP ONLY HHH System IIl Receiver 2 with DRL3 IP Line Card Description pr Programming Location T Link TL250 T Link Source Port 3060 Section 009 T Link Options from Keypad T Link Destination Port 3061 Section 010 T Link Options from Keypad SG DRL3_IP T Link Port 3061 Section 0B 0C from Console Software DLS 2000 Port 3062 Section 0D OE from Console Software DLS SA Port 3063 Section 11 12 from Console Software T Link Console Software Port 3064 Section 14 15 from Console Software DLS2002 DLS 2000 Port 3062 Modem Configuration Options DLS SA DLS SA Port 3063 Modem Configuration Options T Link Console Software T Link Console Software Port 3064 T Link Console Software TFTP Firmware Upgrade 69 Back of System Overview System Overview 2 3 2 3 1 2 3 2 2 3 3 2 3 4 2 3 5
22. 005 43 Ge 115005 7 Foldout Oct 11 2005 j ct 11 2005 8 Blank Oct 11 2005 Appena A re Oct 11 2005 9 Oct 11 2005 ppenal Oct 11 2005 10 Oct 11 2005 Appendix C 46 Oct 11 2005 11 Oct 11 2005 Appendix D 47 Oct 11 2005 12 Oct 11 2005 Appendix E 48 Oct 11 2005 13 Oct 11 2005 Section 3 14 Oct 11 2005 Installation 15 Oct 11 2005 16 Oct 11 2005 17 Oct 11 2005 18 Oct 11 2005 19 Oct 11 2005 20 Oct 11 2005 21 Oct 11 2005 22 Oct 11 2005 23 Oct 11 2005 24 Oct 11 2005 25 Oct 11 2005 26 Oct 11 2005 27 Oct 11 2005 Section 4 28 Oct 11 2005 Programming 29 Oct 11 2005 30 Oct 11 2005 31 Oct 11 2005 32 Oct 11 2005 33 Oct 11 2005 T Link Application Guide This page intentionally left blank Table of Contents Table of Contents Section Description Page Section 1 Introduction siisii rene done dee EENS EENS NEE Ee 1 VA NEIER ee 1 ARAN Panel Connection Mode Mii a aiii 2 L AAA Secure IP Environment e Vds Call Directions vimos a a aia AA SUP IVISION A AAA AA cee vee ni i ee er ae pt RRON MG ci ree Programming LETTRE Remote functions sai 18 east Ale Specitications Requirementst2 22e Ne een nee MN da ARE 3 Section 2 System Overview sise an narada an me aaa aaen ahenea nianon aka aiian kaapihan taai deineann E LE ite ele ee GE DD Eee Network Loading Bandwidth Impact 2 eeg
23. 1 Alarm YC0001 FTC1 Restoral YKO001 FTC2 Alarm YC0002 FTC2 Restoral YK0002 PC5108 Tamper Alarm ES0000 PC5108 Tamper Restoral EJ0000 PC5108 Absent ETO002 PC5108 Restored ER0002 Keyswitch Arm CS0000 Keyswitch Disarm OS0000 Remote Programming Start RB0000 Remote Programming End RS0000 Local Programming Start LB0000 Local Programming End LS0000 Internal Comm Error YC0000 46 Appendix D Network Protection Appendix D Network Protection INSTALLATION of CAT 5 Ethernet Cable Important CAT5 Ethernet Cable The following requirements for installation of CAT5 ethernet cable must be observed for correct operation of connected equipment To Network vi Do NOT strip off cable sheathing more than required for proper termi nation Es Do NOT kink or knot cable Do NOT crush cable with cable ties To T Link Do NOT splice cable Ferrite Network Do NOT bend cable at right angles or make any other sharp bends DSC PN 10000089 Connector Note Note All cable bends must have a minimum 2 50mm radius Install the ferrite inside the control panel as Do NOT untwist CAT5 pairs more than 1 2 12mm O Pear connector ag Do NOT exceed maximum 6 150mm from center of ferrite to T Link sg 6 150 mm max from center of ferrite to the Network Connector network connector INSTALLATION of RJ45 to RJ45 Mounting Plate Note Drilling Template 1 Remove the knockout located on the top
24. 2 T Links 698 941 440 610 467 840 Network Utilization 512 T Links 0 650 0 065 0 560 0 056 Data Transmission amp Acknowledge ACK 1 Event Bytes 190 177 10 Events Bytes 1 900 1770 1 Event 512 T Links 97 280 90 624 10 Events 512 T Links 972 800 906 240 The number of Alarm events varies depending on the specific installation Actual Alarm Events are typically less than 1 event per day Periodic Test typically will generate 5 events per day if enabled Opening Closing reporting typically will generate 2 events if enabled Section 2 System Overview Figure 2 2 System Overview Dynamic DHCP or Static IP Mode 1 Bell Follower Configuration Generic Control Panel with o Bell Follower output Zone 1 Input Mode 2 4 Zone Stand Alone Configuration T Link TL 250 CH 4 Zone Inputs De 0sm CF O del D Mode 3 12 Zone Stand Alone Configuration T Link TL 250 m 7 en E 8 Zone Inputs Mode 5 DVACS Configuration DVACS Panel U 5 S Dynamic DHCP or Static IP PC with T Link Console Software CAT 5 Ethernet Cable terminated with RJ45 PC with T Link Console Software Dynamic DHCP or Static IP PC with DLS SA Software SS Hub Optional Router FireWall e g D Link704D G LAN WAN PC with DLS SA 20
25. 250 communications section 301 to 303 Telephone Phone Number Programming NOTE The leading digit D in the telephone number for dial tone detection is already programmed Program the communication format as SIA FSK format in section 350 and Auto SIA option 3 in section 381 has to be OFF Program the call direction options in section 351 to 376 for the phone number being used to communicate using T Link TL250 Section 382 Option 5 PC Link Active option must be ON to enable T Link TL250 communication Enter section 851 for T Link TL250 module programming options NOTE Option 5 in Section 382 must be enabled to access this section Program the static IP address for the T Link TL250 module in section 001 Program 000 000 000 000 for DHCP Program the subnet mask for the T Link TL250 module in section 002 This option will be ignored if the unit is set for DHCP Program the static IP address of the receiver DRL3 IP line card in section 007 If the receiver DRL3 IP is on a different network segment than the T Link TL250 module the gateway address asso ciated with the T Link TL250 module must be programmed in section 008 This is an optional step verify with the net work administrator if this is required 31 T Link Application Guide 4 6T Link TL 250 300 Programming 4 6 1 Keypad For Maxsys Accessing Step 1 Program the static IP address for the T Link TL250 TL300 module in sect
26. 65 Fire Pulse Count 00 x 02 Y The Fire Pulse Count is used with Digital Input 1 when configured for Bell Follower mode The pulsed count will be the minimum number of pulses high and low forming 1 cycle before the T Link will con sider it an alarm state 066 SIA ACK Time 00 x 02 The SIA ACK Time option is the maximum wait time for a response from a receiver for messages sent to the receiver 067 DVACS Account VW The T Link uses this number to receive DVACS signals from the con trol panel and to supervise the panel 068 DVACS Extended 01 enabled Vv Some software versions support group arm disarm option If a value other than 00 is programme here The T Link will poll the control panel to get the the transmitter group number arm disarm status change and the user number This information is combined then sent to the receiver This allows the automation software to keep track of partition arm disarm Status 069 TL300 Contact ID Kiss off Duration 08 vi Some control panels may require a different kiss off duration than the default of 800ms Program this option for the duration of the Contact ID kiss off provided to the panel Each unit has increments of 100 ms in hex from 100 ms to a maximum of 8 1 seconds For example 08 800 ms OA 1000 ms 1 second NOTE Kiss off durations greater than 1 5 seconds may not be compatible with some alarm panel This may be required for special applications Kiss
27. CP IP configurable e Additional zone inputs using PC5108 e Program locally using PowerSeries keypad IP Communication Routing Receiver e Supports 1024 accounts maximum 512 accounts can be supervised e Static IP required for DRL3 IP Downloading Software e Required CD from distributor or free download from dsc com with a valid password Maxsys PC4020 V3 3 with TCP IP support Driver Pack e Required e Free download from dsc com with a valid password Power864 PC5020 V3 2 DLS 3 Driver DLS 3 SA V1 3 e Required e Free download from dsc com with a valid password System Administration Software e Required e Kit with modem or PC4401 from distributor DLS 3 SA V1 3 Service Pack 1 for Maxsys V3 31 support e Required e Included in the kit or free download from dscsec com dis3drivers htm DLS 3 SA V1 3 Service Pack 2 for Power864 v3 2 support T Link Console V1 10 e Required e Included in the kit or free download from dscsec com dis3drivers htm Configuration Software e Required e Free download from dsc com with a valid password NOTE The DLS software can only be used with UL Listed installations when service personnel are on site 45 T Link Application Guide Appendix C T Link Events T Link events sent to the central station Description SIA Event Code Panel Absent ETO001 Panel Restored ER0001 FTC
28. SG DRL3 IP receiver module can monitor up to a maximum of 512 supervised accounts and up to 1024 unsu pervised accounts for a total of 1024 accounts SG DRL3 IP line card features include the following e Provides higher line security then conventional dial up panels with the polling feature e Provides fast transmission dialing or handshaking not required e The control panel is the originator of the signals and as such will be the one requesting the ACK from the central station e Network trouble detection is displayed on LCD printer automation software e Disconnect trouble detection e Static IP for programming of network protocols e Data network polling environment for replacement of an existing DVACS network Meets the 90 second ULC requirement for this option SIA event descriptors are used when transmitting information to the central station from the control panel through the PC Link connection e A security function communicates to the central station when a module is removed and replaced NOTE The SG DRL3 IP receiver line card will only receive data from a T Link TL250 or higher network communicator The SG DRL3 IP is NOT compatible with the T Link TL100 System III Console Software The Sur Gard System III Console Software is intended for use with the Sur Gard System III receiver The Console soft ware provides primary support for the SG DRL3 and SG DRL3 IP modules DSP Options CLASS ANI Caller ID and DNIS table a
29. an be configured for Bell Follower Input Mode 1 This Zone can be set for NC or NO inputs independently of zones 2 3 amp 4 See Programming Section 048 GND Return for Zone Inputs IN2 IN4 Zones 2 3 4 are collectively configured for Normally Open NO or Normally Closed NC Chassis Ground EARTH Must be connected to cabinet in the Bell Follower and Standard configurations Earth Connect to Earth ground in stand alone configurations CONS RJ45 Connector Connects T Link to the Local Area network STATUS LEDs STAT Status blinking at 5 second intervals indicates normal No Troubles The Status LED will blink a number of times as per table with a one second pause before restarting the sequence if a trouble is present If more then one trouble is present the LED will blink at a rate that is equal to the highest priority See Trouble shooting on page 40 SPD Speed Status Speed Status Off indicates 10BaseT network connection On indicates 100BaseT network connection ACT Activity Network Traffic Status blinking indicates network activity LNK Link Status activates when network is present blinks when there is network activity 15 T Link Application Guide 3 2 1 KEYBUS Wiring The KEYBUS connects the PC5108 8 zone expander module to the T Link TL250 TL300 in the Mode 3 12 zone stand alone configuration and connects the PC4020 or PC5020 to the T Link in Mode 3 Standard configuration The KEY BUS is NOT co
30. ated the Transmitter will send the message in a UDP IP Ethernet frame and pass it along to the Receiver encrypted When an alarm message is received from the Transmitter panel the Receiver will strip off the UDP IP Ethernet frame and decrypt the message It will then send an appropriate response ACK or NAK back to the Transmitter panel The timing will follow the standard timing requirements of the panel If the message was a valid alarm event the event will be buffered in the printer and automation buffers until they have been successfully retrieved by the CPM3 on the CPM3 to line card poll and sent to the appropriate output device s The Receiver receives heartbeats from all network supervision enabled Transmitters periodically This allows the Receiver to determine whether the Transmitters are still online The Receiver maintains a table of all installed Transmit ters and monitors their status presence absence installed software versions MAC addresses for swap detection pur poses and other network statistics The Receiver can be programmed with various configuration parameters and options including Receiver IP address Receiver sub net mask and default gateway address Configuration parameters are password protected The default password can be changed during initial installation for maximum security The receiver is programmed with a globally unique MAC address during production This MAC address is NOT re pro grammable NOTE Each
31. ble program option 035 as 01 Required for modes 2 and 3 Figure 3 3 PGM Wiring Trouble indication for Modes 1 2 and 3 12V GND TX RX GND RED BLK YEL GRN PGM1 PGM2 INT GND IN2 IN3 GND IN4 EARTH LED output with current limiting resistor e CE TT To external power supply PGM2 is dedicated as an Input follower that triggers on all input alarms including Bell Follower It does not trigger on Keyswitch zones 17 T Link Application Guide 3 3 Mode 1 Bell Follower Configuration Install the T Link TL250 in a DSC enclosure model PC5003C when used in a Bell Follower configuration Refer to section 036 99 Connect the 12VDC and GND terminals to the external 12V power source NOTE Bell Follower mode can not be used in UL or ULC listed installations Figure 3 4 Bell Follower Installation 12V GND YX RX GND RED YEL GRN PGMIPGM2IN1 GND IN2 IN3 GND IN4 EARTH elelelelelelelelelelelelelelelele Relay Alternate connection for Control Panels where Bell S S S switches High BELL BELL Refer to options 062 through 065 3 4 Mode 2 4 zone Stand alone Configuration Install the T Link TL250 TL300 in a DSC enclosure model PC5003C when used in a stand alone configuration or with the PC5108 module Connect the 12VDC and GND terminals to the external 12V power source NOTE For UL Listed installations the power supply used mus
32. configure itself for 12 zone stand alone operation with normally open NO contacts Refer to Mode 3 12 zone Stand alone Configuration on page 19 for installation details Mode 4 Standard Mode TL250 only In Mode 4 Standard configuration the T Link TL250 is connects directly to a Power864 PC5020 CF or MAXSYS PC 4020 CF via the PC Link header All DLS programming monitoring functions and all alarm data troubles etc commu nication to the central station can be performed in this format Refer to Mode 4 Standard Configuration on page 21 for installation details Mode 5 DVACS Mode V1 10 or later TL250 Only In the Mode5 DVACS configuration the system is configured as a communicator with a compatible DVACS alarm panel Refer to Mode 5 DVACS Installation on page 25 for installation details Refer to Appendix B T Link Compati bility Chart on page 45 for a list of compatible DVACS panels and modules NOTE T Link TL250 zone events are transmitted using the standard T Link SIA protocol DVACS generated events are trans mitted using the DVACS protocol NOTE DVACS Mode 5 is used in ULC listed installations DVACS is a registered trademark of Electro Arts Ltd Scarborough Ontario Canada Telephone Simulation TL300 only The T Link TL300 connects directly to the telephone output of a control panel and simulates a telephone connection providing a IP connection that sends predefined Contact ID codes to
33. dard Wiring Connections sisi 21 CC REN Battery and AC Power Lead Routing for UL Listed Commercial Fire Systems ON 3 10 Standard DVACS Installation ii A A A A E ee 25 DH eg Fink TE250 DVAG S TE EE 25 4 1 Link Console SoftWare EE 32 List of Tables Table Description Page Table 4 13 Link Version Ru Le EE 1 Table 1 2 2 Installation Kit Parts Let iia A E A a de ane 1 Table1 3 Link Specifications iia A EER 3 Table 2 1 T Link Console Software Functions 10 abl 2 25 DES Ve AA A O O A A AS 11 Table 5 1 TLink Programming Options aa 33 Table 6 1 Status Indicators Introduction Section 1 Introduction 1 1 The T Link TL250 300 modules are network internet communicators that sends alarm system information to a DSC Surgard System III central station receiver The module is pre programmed with the most commonly used settings for quick installation Default options can be custom programmed using T Link Console software if required T Link Version Differences The TL250 version 1 0 supports 4 operating modes and is compatible with all versions of T Link Console software and all versions of the SG DRL3 IP receiver line card The TL250 CE version 1 10 supports DVACS panel conversion Can ada only The TL300 Version 1 20 supports Modes 2 3 4 and simulated telephone communication for third party con trol panels The TL300 also has a new zone type 98 Panel Absent and supports direct programming
34. e Number Programming Step 1 NOTE The leading digit D in the telephone number for dial tone detection is already programmed Step 2 Program the communication format as SIA FSK format in section 350 and Auto SIA option 3 i in section 381 Step 3 Program the call direction options in section 367 to 374 for the phone number being used to communi ep cate using T Link Step 4 Section 380 Option 5 PC Link Active option must be ON to enable T Link communication Step 5 Enter section 851 for T Link module programming options p NOTE Option 5 in Section 382 must be enabled to access this section Step 6 Program the IP address for the T Link module in section 001 Step 7 Program the subnet mask for the T Link module in section 002 Step 8 Program the IP address of the receiver SG DRL3 IP module or the PC running the Reporter IP software in H section 003 If the receiver DRL IP or Reporter IP software is on a different network segment to the T Link Step 9 module the gateway address associated with the T Link module must programmed in section 004 This is an optional step please discuss with the network administrator if this is required After all T Link module programming is complete you must restart the module so the program Step 10 ming changes will take effect To restart the T Link module enter the digits 55 in T Link pro P gramming section 999 and wait 15 seconds for the module to reboot Once complete press t
35. e putra era era i ae oia ent 238 at apr T Link Operating Modes n LEA PRE Mode 1 Bell Follower TL250 Only LE NE Mode 2 4 zone Stand alone TL250 and TL300 zi 2 98 ue Mode 3 12 zone Stand alone TL250 and TL300 iii PAS e ear Mode 4 Standard Mode TL250 only iii LID Mode 5 DVACS Mode V1 10 or later TL250 Only ef 2 3 6 Telephone Simulation TLS00 ONIY ue ae a deco 24 asset RE BL ee ENEE PC Le ed Local and Remote Programming PA o ses ts DLS DLS SA Software A hosel Sur Gard System Ill 23 2 6 1 SG DRLS IP Lin Card vmvciriomtitn a O A nav rte nr ren a nets 2 62 sis Systemilll Console Softwares mien eege EE aire eae A na era IEEE Section 3 Installation seit eee Oil at re General Bi Wiring 3 2 1 wees KEYBUS Wiring vats dese dE Zone Input Wiring ii RR RR rre RE PGM WiN WEE CCE Mode 1 Bell Follower Configuration 5 JA esse Mode 2 4 zone Stand alone Configuration usines JB rires Mode 3 12 zone Stand alone Configuration sise 3 6 Mode 4 Standard Configuration ooooonnccinnncinc omm m Eo AA Power864 and Maxsys Panel Setup and Installation A ek Standard Connection with PC4020 CF PC5020 CF Sin 3 6 3 Wiring T Link to a DSC Compatible Control Panel sise 3 64 Bak sen Programming the PC5020 V3 2 for T Link Communication sisi 22 3 6 5 Programming Steps ei cede dee EENG SEENEN 23 3 6 7 MaXSYS ooeec 23 3 6 8
36. ections 9 Program ming Descriptions Simulate Burglar and Fire Zone violation on the alarm panel Verify that the T Link TL250 transmits the events to the central station 6 1 2 Mode 2 4 zone Stand alone Configuration Simulate Inputs violations in accordance with the settings outlined in Sections 9 Programming Descriptions Verify that the T Link module transmits the events to the central station 6 1 3 Mode 3 12 zone Stand alone Configuration Simulate Inputs violations in accordance with the settings outlined in Sections 9 Programming Descriptions Verify that the T Link module transmits the events to the central station 6 1 4 Mode 4 Standard Configuration Ensure that the PC5040 or PC5020 panel is programmed to use the T Link TL250 in accordance with the settings out lined in section 8 Programming Guide Simulate Burglar and Fire Zone violation on the DSC alarm panel Verify that the T Link TL250 transmits the events to the central station 6 1 5 Mode 5 DVACS Configuration Simulate Inputs violations in accordance with the settings outlined in Sections 9 Programming Descriptions Verify that the T Link TL250 transmits the events to the central station 6 1 6 T Link TL300 Telephone Simulation Simulate Burglar and Fire Zone violation on the alarm panel Verify that the T Link TL300 transmits the events to the central station 39 T Link Application Guide 6 2 Troubleshooting The T Link modules and the Syst
37. em III Receiver can be connected directly With an Ethernet crossover cable An Ethernet crossover cable can be made by taking a standard Ethernet cable which will have wires attached to pins 1 2 3 and 6 only on the 8 pin RJ 45 connector and swapping pin 1 with pin 3 and also swapping pin 2 with pin 6 on one end of the cable only This effectively reverses the transmit and receive pairs and allows two hosts to communicate without the use of a network hub See Appendix E CAT5 Ethernet Cross Over Cable Schematic on page 48 Upon T Link power up without the Ethernet cable connected LED2 will blink periodically approximately once every 12 seconds This indicates the T Links attempt to send a connection request to the receiver The T Link module will try to connect to the receiver until it succeeds The Activity and Link LED s are normally OFF in their default state after power up i e when no Ethernet cable is con nected and there are no packets being transmitted or received respectively Refer to the Status Indicator table below for details There are 4 LEDs on the board to indicate connection traffic and trouble conditions e LK LED Link Status will turn on when the network is present and will blink when there is network activity e ACT LED Activity Network Traffic Status will blink to show network activity SPD LED Speed Status will remain off for 10BaseT network connection and will be on to indicate 100BaseT net work con
38. er WAN network this is the IP address of the local gateway The IP address of the gateway must also be a valid IP address for the local subnet 009 Receiver 1 T Link Source Port Number 3060 010 Receiver 1 T Link Destination Port Number 3061 011 Receiver 2 IP Static IP address for the second receiver Enter the 000 000 000 000 IP address of the second receiver S YSIS 012 Receiver 2 Gateway 000 000 000 000 If the T Link must communicate through a local gateway to connect with the second receiver WAN network this is the IP address of the local gateway The IP address of the gateway must also be a valid IP address for the local subnet 013 Receiver 2 T Link Source Port Number 3065 S 014 Receiver 2 T Link Destination Port Number 3061 De 33 T Link Application Guide Table 5 1 T Link Programming Options Cont 2 a 2 Sect Description Default o E 4 S ps s b o 29 9 68 el gt 0 OI 0 O O sl O A Z Z Z Z Z FP 015 Receiver 3 IP Static IP address for the third receiver Enter the IP 000 000 000 000 viv address of the third receiver 016 Receiver 3 Gateway 000 000 000 000 viv If the T Link must communicate through a local gateway to connect with the third receiver WAN network this is the IP address of the local gateway The IP address of the gateway must als
39. eypad T Link TL300 Operation Communication events between the panel T Link and the Central Station receiver are as follows When an alarm triggers the panel goes off hook The T Link module sends a dial tone to the panel The Panel dials the telephone number of the central station The T Link detects the DTMF dialing and stops sending the dial tone The T Link sends a request to the Receiver The Receiver responds with the command to the T Link to generate the corresponding handshake After receiving the handshake the Panel transmits the alarm message in DTMF Contact ID format The T Link decodes and transforms DTMF digits into an IP packet and sends it to the Receiver over IP The Receiver acknowledges alarm and sends command to the T Link to generate a corresponding kiss off signal After the T Link generates kiss off the Panel goes on hook if no more alarms need to be sent 27 T Link Application Guide Section 4 Programming The following information is required Before programming the T Link TL250 TL300 modules The static IP address for the T Link module Section 001 The subnet mask for the T Link module Section 002 The static IP address of the receiver Section 007 The static IP address of the static gateway for the LAN that the T Link module is connected to in a WAN configura tion Section 008 PONS NOTE For DHCP networks the above items are not required Consult your network administer for i
40. g and power lim ited wiring Figure 3 8 PC4020 PC5020 Standard Wiring Connections 3 6 3 PC LINK DH I H CES Network Connection STAT mss EEEE Use only CAT5 cable Baag 1000ft 303m max W BR Supervised SUPERVISED E E 2222222 Sa E SE Network CONTROL PANEL PC LI WARNING Do not connect transformer to receptacle controlled by a switch The transformer must be UL Listed and have a restraining means GE dadana SUPERVISED S WI Se 120V 60Hz UL LISTED T UL Listed Class II Transformer 16 0VQ40VA V 12VDC Recommended DSC PTD1640U 250mA 275mA with PGM or PC5108 re z RED4 4 BLK BATTERY 12Vocmin 2x7Ah Battery charge current is 350mA Battery capacity for standby is at least 24 hours Recommended battery Wiring T Link to a DSC Compatible Control Panel Secure the T Link module to the side of the cabinet using the supplied standoffs e With AC power and battery disconnected removed from the DSC control panel wire the T Link to the panel using 4 wires from the PC Link of the panel to the PANEL connector on the T Link e Wire the panel s AUX and to 12VDc and GND terminals of T Link Apply AC a
41. g the unit out of the rack for 10 seconds and then pushing it back into the rack to be powered up The new parameters will be loaded into the system and T Link communications will now be enabled 4 1 1 CPM3 Keypad Programming Information required e The IP address for the DRL3 IP options 03 06 e The subnet mask for the DRL3 IP options 07 0A e The gateway of the DRL3 IP if the DRL IP is connected through a gateway options 20 23 Example To program the IP address of 10 20 30 40 the appropriate options should be set as below e Option 03 OA e Option 04 14 e Option 05 1E e Option 06 28 4 1 2 System Il Console Programming Step 1 Configure the console software to communicate with a selected DRL3 IP by setting the System Type to DRL3 IP 28 Programming 4 2 4 2 1 Step 2 Select the COM port used to connect to the receiver based on your PC configuration Step 3 Set the Line Number to the line number of the DRL IP that is being programmed Step 4 Refresh the system The console is on line when the color of the selected module changes from red to green When using the TCP IP network to connect the System III Console Software to the receiver for programming ensure that the console IP address and the console port number have been programmed in the DRL IP static options 14 19 Refer to the SG DRL3 IP STATIC OPTIONS in the System lll Installation and Operation Manual Example If the
42. he key to exit T Link programming IMPORTANT If you are using a telephone line to back up communication it is important to note that only phone number one has a backup phone number Phone number 3 It is recommended that T Link communication be programmed to transmit first as it is faster than land line communication If the land line communication is programmed to communicate first then the T Link communication will be delayed for the duration of the land line call about 30 45 seconds 3 6 6 Programming Maxsys PC4020 Programming the PC4020 V3 31 for T Link Communication T Link TCP IP Communications The T Link module can be used as a backup or primary communicator The T Link module can also be used as a secondary or primary downloading source The T Link module uses a TCP IP network on a LAN WAN to communicate to a receiver or DLS 3 software The module is connected to the PC Link header on the PC4020A board NOTE PC Link and T Link cannot be used at the same time The following sections must be pro grammed for T Link communications The T Link uses the same telephone numbers as the land line communicator refer to section 12 1 Telephone numbers Any phone number that the T Link uses must be programmed with CAAA to program this remove the dial tone search D and enter 5 2 2 2 in the phone number area The T Link option must also be enabled in the communicator toggle options refer to section 12 4 T Link Enabled
43. ing AA See Section 2 2 Network Loading Bandwidth Impact Page 6 NOTE This manual shall be used with the Installation Manual of the associated Alarm Controller for installation NOTE For UL Listed fire installations shared on premises communication equipment is required to be UL Listed for Information Technology Equipment The communication medium between protected property and communications service provider must be for the exclusive use of the protected property and not shared with other communications service provider subscriber NOTE When a hub or router gateway is used on the premises with the T Link TL250 TL300 24 hr standby power is required for these devices e UL listed UPS battery backup NOTE This equipment T Link TL250 TL300 shall be installed and used within an environment that provides the POLLU TION DEGREE MAX 2 and OVERVOLTAGES CATEGORY II NON HAZARDOUS LOCATIONS indoor only The equip ment must be FIXED and permanently connected and is intended to be installed by SERVICE PERSONS e having the appropriate technical training and experience necessary to be aware of hazards which that person may be exposed to in performing the task and of measures to minimize the risks to that person or other persons CAUTION NOTE Ethernet communication lines must be connected to an approved acceptable to local authorities type NID Network Interface Device before leaving the premises e g UL installations UL60950 Listed NID
44. ing is done via TCP IP The Console connects to the T Link IP programmed for the T Link account This can be used to connect remotely or locally through a reversed cable This method also allows programming an encryption key if required by the user An encryption Key of all zeroes 0 s disables encryption The T Link and the T Link Console must have the same encryption key for valid communication DLS DLS SA Software DLS downloading software is intended for use by a system installer or central station personnel DLS allows the user to program monitor and control all DSC Panels and their associated modules Using DLS software the user can perform many of function on a DSC control panel and associated modules that can be performed on the system keypad In addition The user can create templates that can be downloaded to quickly program alarm systems in predetermined configurations and create batch files to perform repetitive tasks Refer to the the associated DLS Software Helpfile for details Table 2 2 DLS Functions e Login e Account Maintenance e Account Searching e Accounts General e System Options e Operations Log e User Maintenance e Language Maintenance e Accounts General e Account Editing e Accounts Editing Controls e Accounts Modules Accounts Event Buffer e Accounts Status e Communications e Printing Automatic DLS e Error Checking e Miscellaneous Sur Gard System Ill The SG System III is a digita
45. ion 001 Program 000 000 000 000 for DHCP Step 2 Program the subnet mask for T Link TL250 TL300 in section 002 if required This option will be ignored if the unit is set for DHCP Section 001 Step 3 Program the static IP address of the receiver DRL3 IP line card in section 007 Step 4 If the receiver DRL3 IP line card is on a different network segment than the T Link TL300 module Program the gate way address associated with the T Link TL250 TL300 in section 008 NOTE This step is optional Verify with the Network Administrator if this step is required Step 5 If a specific dial tone is required for the panel connected to T LinK TL 300 T1 R1 refer to section 071 4 6 2 T Link Console Software on LAN WAN Refer to the T Link TL250 TL300 Console Software Helpfile for programming details 32 T Link Programming Options Section 5 T Link Programming Options Table 5 1 T Link Programming Options a a 2 Sect Description Default ol E e P gt 2 o ilS 90 a ala el gt 9 OI OI OI OI el DO S SS 2 Er 001 Module IP Static IP address for the T Link module 192 168 000 099 Vv Unique IP address for the module The network administrator will pro vide this information For DHCP set to To enable DHCP program the address as 000 000 000 000 000 000 000 000 002 Subnet Mask 255 255 000 000 De Must equal the subnet mask for the local subnet For any single sub net there is only one valid
46. l receiver intended for use by a Central Station for remote monitoring of commercial fire and burglary alarm systems over telephone lines or a LAN WAN network Received alarm data is transmitted to a cen tral station computer via 10 100BaseT Ethernet connection or RS232 port The System III receiver can be configured to use SG DRL3 linecards for telephone communication SG DRL3 IP line cards for LAN WAN Internet communication or a combination of the two Refer to the System III Installation Manual for additional information 11 T Link Application Guide 2 6 1 2 6 2 SG DRL3 IP Line Card The SG DRL3 IP Receiver Module functions as a LAN or WAN server to many remote clients the Transmitters The Receiver receives alarm events from the transmitter panel or from the transmitter when the transmitter is in standal one mode and forwards them to the CPM3 for subsequent output to the printer and automation outputs After a Receiver has been configured and installed it will run on a predefined port and await communications from Transmitters which have been configured to connect to that specific Receiver When communication has been estab lished the Transmitter will enter its normal operating mode waiting for panel polls transmit heartbeat signals alarm messages and DLS SA download messages The Receiver will log the connection and generate the appropriate con nection event for forwarding to the CPM3 When an alarm message is gener
47. lled in Cabinet ULC Listed Installati RRLLL 02345 ee IP Account 010A000034 RJ 45 to PC Link Adaptor System Ill Receiver with DRL3 IP Line Card ID 34 D Account 010A000034 less 1 RRLL 010A Loam Alternate DVACS Automation Protocol SIA Automation Protocol Power Supply l 1 Digit 101A 034 1 Digit S025 000034 For Decimal Account ULC Listed Power Supply l 2 Digits 1010A 034 2 Digits S0245 000034 Account 010A000056 e with Battery Backup l 3 Digits 10100A 034 3 Digits S02345 000034 DVACS Events DVACS events generated on DVACS panels connected through the T Link TL250 follow the same protocols used on the SG DVL2A module Refer to Appendix C for T Link Events that are sent to the central Station See Appendix C T Link Events on page 46 for a list of DVACS events DVACS Alarms Examples Example 1 DVACS with receiver set as 1 digit line number Printer 01 Nov 2004 1 1 38 22 01 02 SG 01 1 001 Burgl Alm Zn 02 Computer 1011 001 A 02 25 T Link Application Guide Example 2 DVACS with receiver set as 3 digit line number Printer 01 02 SG 01 001 014 Burgl Alm Zn 13 Computer 101001 014 A 13 SIA DVACS Alarms Examples Example 1 DVACS with receiver set as 1 digit line number Printer 01 Nov 2004 13 50 51 01 02 SG 01 1 0456 Fire Alm Zn999 Computer 3011 0456FA 999
48. mally closed NC switch across TAM and BLK If the tamper is not being used connect a piece of wire across TAM and BLK to remove the trouble condition NOTE There is a built in tamper switch on the expander module located in the top left corner of the circuit board If the cab inet where the PC5108 Zone Expander is mounted has the hardware required to depress this tamper switch DO NOT con nect anything to the TAM terminal VAUX Used to provide power for devices Maximum current draw must not exceed 100 mA Connect the positive lead of powered devices to VAUX and the negative to BLK or any COM terminal KEYBUS The 4 wire KEYBUS connection is used by the panel to communicate with the module Connect the RED BLK YEL and GRN terminals to the KEYBUS terminals on the PC5009 Z1 Z8 Wire the zones according to the description found in the control panel Installation Manual Switch Settings Switch SW1 SW6 Switch Settings SW1 through SW6 determine which zones will be assigned to the expander Expander Zones Switch Sw1 SW6 System Zones Assigned Group A Zones 1 4 2 Group A Zones 5 8 5 Zones Disabled Not used Zones Disabled Default Settings a aoe ON ON OFF Zones 17 21 OFF ON OFF Zones 21 24 Not used ON OFF OFF Zones 25 28 OFF OFF OFF Zones 29 32 To Add Hard wired Zones to a Control Panel Connect module to the KEYBUS with the panel powered down Set the jumpers on the module Power up the sy
49. nd DC to the main control panel Both the T Link and the panel should power up Do the necessary programming that is required 21 T Link Application Guide NOTE If a Bell Siren will not be used wire the Bell Siren terminals on the panel with a 1000 ohm resistor For Commercial Fire installation when a bell siren is used in the application it should be connected to the DSC module PC4702BP Refer to the PC4020 Installation manual The keypad or any other accessory connected to the COMBUS shall be connected within 3 feet 0 9 m and in conduit Figure 3 9 Battery and AC Power Lead Routing for UL Listed Commercial Fire Systems 3 6 4 FO LINK CONTROL PANEL INSTALL BATTERY AND AC WIRING AS SHOWN ABOVE IMPORTANT A minimum 14 7mm separation must be maintained at all points between battery primary AC wiring and all other wiring and connections T Link board must be mounted on the side of the cabinet Refer to the mounting instructions in the associated Installation Manual Programming the PC5020 V3 2 for T Link Communication Communicator Programming 301 304 Communicator Telephone Numbers the panel can call 3 different tele phone numbers for communication to central station The first telephone number is the primary number the second telephone number is the secondar
50. nd System code uploading SG DRL3 IP Options and Settings must be changed through the CPM3 manually or using System III Console v2 0 and higher Software Refer to the System III Installation Manual for detailed programming information and System III SG DRL3 IP programming in Section 4 2 12 System Overview Additional features include the following e Full Windows 98 ME NT 4 0 or higher 2000 XP integration e TCP IP connectivity to the System Ill e Provides an alternate printer connection for the System III through a TCP IP connection e Provides the capability to view and change individual options e Provides an interface for grouping the active line cards into hunt groups or line pools e Support for the storage and programming of the static and dynamic options of the DRL3 line cards e Support for the storage and programming of the C L A S S table of the DRL3 line cards e Provides interactive communication with the entire system for status messages and hardware software queries e Provides CPM3 status verification e Displays and set CPM3 Debug Flags e Time and date synchronize from the PC with the CPM3 modules e Configuration and control of all redundancy options in the CPM3s e Restarting of the CPM3 s for verification of redundancy Figure 2 3 System III Console Software rASystem III Console CPM3 Configuration Receiver 1 CPM3 Logging Line Cards
51. nect the DVACS cable from the T Link TL250 Adaptor on the PC Link header to the DVACS connector on the control panel Connect the e ground to a proper earth ground connec tion In a typical DVACS Installation a DVACS panel is connected to an F1 F2 subset that communicates the alarm informa tion to the central station comprising an SG MRL2 receiver with an SG DVL2A module installed Figure 3 10 Standard DVACS Installation DVACS RS 232 MLR2 DVACS Panel TX RX GND with DVL2A DVACS Cae reso II Subset F1 F2 Installed in Cabinet ULC Listed Installation To send DVACS Alarm information over the internet the T Link TL250 performs the equivalent functions of the F1 F2 subset and the polling function of the SG DVL2A DVACS alarm information is sent to the T Link TL250 by connecting the existing RJ 45 terminated cable to the PC Link Header on the TL250 module with an RJ 45 to PC Link adaptor The T Link transmits DVACS alarm information in the DVACS protocol and T Link Alarm information in the SIA protocol over the internet to a System IIl Receiver with SG DRL3 IP line card installed Figure 3 11 T Link TL250 DVACS Installation 3 7 2 Typical T Link TL250 DVACS Installation DVACS cable must be run in metal conduit 8 terminated with an RJ 45 connector DVACS Panel que f SES 3 LANWAN VAN J es peed RNA internet ANA AAAA Se ES Internet mem L Insta
52. nection e STAT Status LED will normally blink once every 5 seconds If a trouble is present the LED will blink a number of times as per table with a one second pause before restarting the sequence If there is more then one trouble present the LED will blink at a rate that is equal to the highest priority The transmitter has a number of individually maskable trouble conditions that report various troubles present on the transmitter For the corresponding trouble toggle option refer to section 033 and 034 Options 033 and 034 can be set to ignore for any or all trouble conditions Once a trouble is ignored it will no longer generate a signal or have any affect on the Status LED Example The network is not present and inputs are in alarm The LED will blink once with a one second pause When the network trouble is cleared the LED will blink five times with a one second pause Table 6 1 Status Indicators Status Get Description Network Absent VE Invalid Account 2 The transmitter account code is still set to the default value of FFFFFF Receiver 1 Absent 3 The transmitter is not receiving Receiver Heartbeat commands from the receiver Panel Absent 4 The transmitter is not receiving polls from the DSC 4020 5020 or DVACS panel through the PC Link interface Generic panels are not supervised by the transmitter Input Alarms 5 There are inputs on the T Link which are in alarm condi
53. nformation about the DHCP settings Important If a telephone line is used to back up communication program the phone number you want to use as a backup or dial direction option in section 000401 Communication Toggle Options If using a PC4020 or a PC5020 380 option 5 enables 3rd number to backup DSC recommends programming the T Link module to transmit first for faster communication If the land line communication is programmed to communicate first then the T Link commu nication will be delayed for the duration of the land line call 30 45 seconds This also applies when using the phone line for backup only 4 1 System lll DRL3 IP Programming Step 1 With power applied to the System III insert the SG DRL3 IP Line card module into the rack while simultaneously press ing the ACK and SELECT buttons 4 seconds minimum required Refer to the SG DRL3 IP Installation Manual and the System III Installation Manual NOTE Note This will cause a Cold Boot and load the default software Step 2 Program the static IP options for each line card using the CPM 3 Keypad or System III Console Software You will need to obtain IP addresses from the Network Administrator Refer to the DRL IP STATIC OPTIONS in the nstallation and Operation Manual for detailed descriptions of each option Step 3 When all the options have been programmed wait 35 seconds for the programming changes to take effect then reset the line card by pullin
54. nk setup and or operation T Link does NOT support TLS SSL connections ISP s not using Open Relay in their SMTP E mail setup require that either the FROM address or the TO address is part of the domain address To ensure correct operation use the following formats Rogers com is the ISP From anybody Rogers com to anybody anywhere com From anybody anywhere com to anybody Orogers com The following format will only work with Open Relay Insecure Relay or 3rd Party Relay From anybody anywhere com to anybody anywhere com This option can only be programmed with console software 34 T Link Programming Options Table 5 1 T Link Programming Options Cont Sect Description Default Dynamic IP Static IP Mode 1 Mode 2 Mode 3 Mode 4 Mode 5 TL300 The following is an example of the information contained in an E mail from the T Link module For more details on the SIA reporting codes refer to the control panel Installation Manual From T Link 123456 To recipient address com Subject T Link v1 0 30 123456 Event Report Message 6789I Nri0 LS000 The account number in the Subject line is the T Link s account num ber The account number in the message body is from either the orig inator of the signal In this example it the originator was the panel connected on the PC LINK with account number 6789 If the T Link would have been
55. nnected in Modes 1 2 or 5 Connect the RED BLK YEL and GRN terminals of the T Link Module to the corresponding terminals of the PC5108 8 zone expander module or PC4020 PC5020 with 22AWG hookup wire The distance of the wire run shall not exceed 1000 305m Refer to the control panel Installation Manual for wire run details Figure 3 2 KEYBUS Wiring 3 2 2 KEYBUS Terminal Functions RED 5 Supply voltage A A Supply voltage VE Clock CnN Data Zone Input Wiring The four T Link zones can be configured for Normally Open NO contacts or Normally Closed NC contacts in two groups Group one consists of Input zone 1 programmed in section 048 and group 2 consists of Inputs zones 2 3 and 4 programmed in Section 049 Single End of Line SEOL and Double End of Line DEOL resistor terminations are not supported The eight PC5108 zone expander zones are limited to Normally Closed NC contacts Panel zones in Modes 1 4 and 5 are be programmed in accordance with the associated panel Installation manual The following Zone definitions apply to the T Link and to the PC5108 Zone definitions are programmed in Sections 036 047 with the 2 digit code indicated e 00 Null Input Inputs on these zones are ignored Program unused inputs as Null Input e 03 Instant Input This input type send a report code if the T Link is armed This input supports forced arming When forced armed the t Link will arm even if the inpu
56. nnection and exchange data TCP guarantees delivery of data and also guarantees that packets will be delivered in the same order in which they were sent TFTP Trivial File Transfer Protocol A version of the FTP protocol that has no directory or password capability Most commonly used protocol to upgrade firmware of network devices TLS Transport Layer Security A security protocol developed by IETF that is based on the SSL protocol TLS uses security certificates to authenticate users UDP User Datagram Protocol A TCP IP protocol which allows for connectionless communications between two network hosts Retries are not handled and packet delivery is not guaranteed Packets may also arrive out of sequence WAN A computer network that spans a relatively large geographical area Typically a WAN consists of two or more local area networks LANs Computers connected to a wide area network are often connected through public networks such as the telephone system They can also be connected through leased lines or satellites 43 T Link Application Guide Appendix A Network Data Worksheet T Link e Static IP Address Sect Subnet Mask ect Tink 001 D O PA SP A O O O A O S LI 002 O DA O PO O O SP O O IN Address Default 1 92 168 000 000 255 255 000 000 DHCP 000 000 000 000 000 000 000 0 0 0 T Link 003 LIL 1 ee Defaul
57. o be a valid IP address for the local subnet 017 Receiver 3 T Link Source Port Number 3066 viv 018 Receiver 3 T Link Destination Port Number 3061 viv 019 Console Port Number 3064 viv 020 TFTP Port 69 vv Port used for remote flash upload and direct connection of PC with T Link Console software to the T Link Module 021 DLS Port Number DLS2000 3062 vv 022 SA Port Number DLS SA 3063 vv 023 T Link Supervision Enable Disable 0 Viviviv iv iv When set to 1 the T Link is supervised by the central station receiver 024 Receiver Failure Debounce Time 0x0078 VviVviviv iv iv The amount of time that must elapse with no heartbeat responses from the receiver before the T Link will generate a Receiver 1 absent condition NOTE For UL Installations set to B4H 180 seconds For Security Level 4 set to 5AH 90 Seconds For Security Level 5 set to 4BH 70 Seconds 025 Receiver Restoral Debounce Time 0x003C VIVIVIV IV The amount of time that must elapse with heartbeat responses from the receiver before the T Link will generate a Receiver 1 restoral condition 026 E mail Address 1 64 characters max NULL ViVviviv iv iv The T Link can send alarm messages to two E mail addresses The T Link only supports SMTP to transmit E mails in the MIME format T Link does not support UUENCODE message formats The T Link will not accept any incoming messages NOTE Some steps taken by ISP providers to combat SPAM may affect T Li
58. of network bandwidth with a transmission occurring every ten seconds actual alarm events produce negligible traffic Supervision of 512 T Link Accounts results in a total transfer of less than 700 Mbytes in a 24 Hr period Alarm Data Openings Closings reporting Periodic Test for 512 T Link Accounts is Typically less than 1 Mbyte per 24 hour period The following tables outline the average daily bandwidth required to bring T Link modules on line and provide TCP IP communications for a maximum installation of 512 supervised and 512 unsupervised totalling 1024 T Link accounts per receiver line card Overhead Bytes IP 20 Bytes UDP 8 Bytes Ethernet 14 Bytes 42 Bytes Supervision Encrypted 42 Bytes Overhead 37Bytes Heartbeat 79 Bytes Unencrypted 42 Bytes Overhead 27Bytes Heartbeat 69 Bytes Alarm Data Encrypted 42 Bytes Overhead 69 Bytes SIA Data 111 Bytes Unencrypted 42 Bytes Overhead 58 Bytes SIA Data 100 Bytes RX ACK Encrypted 42 Bytes Overhead 37Bytes ACK 79 Bytes Unencrypted 42 Bytes Overhead 35 Bytes ACK 77 Bytes Encrypted Unencrypted Supervision 10 Mbps 100 Mbps 10 Mbps 100 Mbps Bytes Per Second 15 8 13 8 Bits Per Second 126 4 110 4 Daily Transfer Bytes 1 T Link 1 365 120 1 192 320 Network Utilization 1 T Link 0 001264 0 0001264 0 001104 0 0001104 Daily Transfer Bytes 51
59. off durations higher than 8 1 seconds will not be accurate and may not match the duration programmed 37 T Link Application Guide Table 5 1 T Link Programming Options Cont a a e Sect Description Default ol E 4 gt Bs S o 59 9 3 3g el gt 0 0 0 O O sl OJ A Z 22 Sit 070 TL300 Contact ID Handshake Selection 2D vw 1400Hz or Dual tone Handshake can be selected Enter 2D for Dual Tone or Enter 14 for 1400Hz 071 TL300 Dial tone Selection 00 Vv Enter the 2 digit code corresponding to country indicated in the table below Code Country Code Country 00 United States Canada 08 Norway 01 The Netherlands 09 Sweden 02 United Kingdom OA Switzerland 03 South Korea 0B Australia 04 Taiwan DC France 05 Italy DD Belgium 06 Brazil OE Future Use 07 Germany OF Future Use 901 Current T Link IP Address 00 x 00 viv The Current T Link IP Address is not a programmable options but rather a read only option If this option is selected through the panel programming the T Link module will respond with the current IP address of the T Link module and display it on the keypad for the user 38 Testing amp Troubleshooting Section 6 Testing amp Troubleshooting 6 1 Testing 6 1 1 Model Bell Follower Configuration Ensure that the T Link TL250 Input 1 is programmed in accordance with the settings outlined in S
60. on sise 39 6 1 2 Mode 2 4 zone Stand alone Configuration sise 39 6 1 3 Mode 3 12 zone Stand alone Configuration 39 6 1 4 Mode 4 Standard Configuration 39 6 1 5 aera Mode 5 DVACS Configuration 39 A Troubleshooting ossee 40 D eet ase Resetting to Factory Defaults 41 6 3 1 Modes 1 2 3 and 5 cocconococcccccccnanonancnnnnss 41 6 3 2 Mode 4 and TL300 Simulated Telephone aset d ita en terne ten aire tn retiennent 41 GIOSSArV EE 42 App A Network Information Work Sheet sn ieenneennneneensnnennens 44 App B T Link Compatibility Chart cssesccsssecesseeeenseeeessneeeeseeeessaeeeeseeesesaeseeseaesensneessaaeseseeeeesseaeensnaees 45 App T LinK Events ii 46 App D Network Protections co eege 47 App E Cat5 Crossover Cable isninnennnnennnnnnnenneneensnnennnnneensnnensnnnennneneennnnnennnnee 48 List of Illustrations Figure Description Page NNER AAA E 1 21 cence Simple System Configurations coria dee EE tn PU De Re But 5 E ua 7 ER EE System III Console Software 13 Bil lounge Controls Indicators 15 RO KEYBUS Wiring 16 BIS cane gc PGM Wiring ecce we AE C eo Bell Follower Installation 18 BD 4 4242 4 zone Stand alone Installation 18 GG state 12 zone Stand alone Installation 19 Cy Aare PG5108 Expandi Module gt Rd tail 19 Bicis PC4020 PC5020 Stan
61. or the web browser 032 E mail Account Password 20 characters max None viv Some e mail servers will require a password as with the account name to allow outgoing messages to be sent Contact your Internet service provider or system administrator for this information NOTE This option can only be programmed via the console software or the web browser 033 Trouble Toggle Option Section 1 Options 033 and 034 set the trouble reporting toggles To enable specific troubles toggle option ON To disable toggle option OFF 1 Network Trouble ON 2 Invalid Account set as FFFFFF ON 3 Receiver 1 Absent ON 4 Panel Communication Trouble 5 ON 5 Input Alarm OFF 6 FTC to Receiver 1 OFF 7 PC5108 Absent OFF 8 PC5108 Tamper OFF NOTE Note Options 6 7 8 must be set to ON for UL ULC Installations 35 T Link Application Guide Table 5 1 T Link Programming Options Cont 2 a 2 Sect Description Default o E 4 gt y b o 29 9 8 el gt 0 O 0 O OI sl DO SS 2 St 034 Trouble Toggle Option Section 2 1 FTC to Receiver 2 OFF 2 Keyswitch Arm Disarm Reporting OFF 3 T Link Remote Programming OFF 4 T Link Local Programming OFF 5 Receiver 2 Absent OFF 6 8 Future Use OFF 035 PGM1 Enable Disable Enabled VIVIVIVIVI This PGM can be enabled 01 or disabled 00 When the PGM is enabled the output will activate when any of the
62. ot supervised Connect to Fire Burg PGM1 Trouble Outputs Alarm Panel 12V 275mA UL Listed Power Supply J6 i rit PC5108 JUMPER Ji J2 J3 SETTINGS I J1 On ahs PC5108 Metal J2 Off Conduit J3 On 20ft max Ja Off ieeleleoeleleoeeleleeclele J5 Of SES GEL Se J6 On A Z1 Z8 Inputs NO NC Not supervised NOTE In modes 2 amp 3 the connections between the PC5108 inputs or T Link inputs and the alarm control unit outputs relay contacts shall be done in metal conduit within 20 ft Stand alone operation will still require the inputs to be programmed with the desired alarm types Specifications e Module Current Draw 35 mA e Auxiliary Current 100 mA PTC protected fuseless design Figure 3 7 PC5108 Expander Module CON Tamper Switch O o Switches SW1 SW6 OFF position shown 12900000 0 0000 TAM VAUX RED BLK YEL GRN Z1 COM Z2 Z3 COM Z4 Z5 COM Z6 Z7 COM Z8 To COM To Devices Requiring Power 12VDC Limited 100mA Keybus to preceding expansion module or control panel Keybus to additional expansion modules 19 T Link Application Guide Terminal Descriptions TAM This can be used to provide tamper protection for the cabinet where the PC5108 is mounted Connect a nor
63. page 31 Verify Communication with Central Station See Testing on page 39 For Mode 4 Program The TL 250 with PC4020 or PC 5020 Keypad See Keypad Programming on page 31 Program the PC4020 or PC5020 system with keypad See MAXSYS PC4020 Programming on page 30 or PowerSeries PC5020 Programming on page 31 as required Program the PC4020 or PC 5020 system DLS2002 SA Software 5 Verify Communication with Central Station See Testing on page 39 14 T Link TL 250 300 Installation 3 2 Wiring Figure 3 1 Controls Indicators 3 25 83 PCLINK 8 625 220 mm gt SPD ACT LNK LNK LED Link Status activates when network is present blinks when there is network activity o ACT LED Activity Network Traffic Status blinking indicates network activity SPD LED Speed Status Off indicates 10BaseT network connection On indicates 100BaseT network connection STAT LED Status blinking at 5 second intervals indicates normal No Troubles Blinking Should a trouble be present the LED will blink a number of times as per table with a one second pause before restarting the sequence Should there be more then one trouble present the LED will blink at a rate that is equal to the highest priority E QO i 4 i OOOOOODOGODOOODOGHDO 12V GND TX RX GND RED BLK YEL GRNPGM1PGM2 INT GND IN2 IN3 GND IN4 EARTH PC Board Mounting plate f 2 Po
64. r and line number before being sent to the printer and computer This allows existing DVACS accounts to be sent to the automation software without alteration and account duplication on the same SG DRL3 IP line card using a different line and or receiver number NOTE If a new account is created the first four digits must be programmed as 0000 29 T Link Application Guide 4 4 4 4 1 MAXSYS PC4020 Programming Keypad Programming NOTE PC4020 v3 3 or higher required Rev04B hardware DSC recommends changing the reporting code transmission delay from 20s to 40s on the PC4020 Step 1 Step 2 Step 3 Step 4 Step 5 Power down the MAXSYS panel Power up the MAXSYS panel Enter installers programming 8 Installers Code within the first 10 minutes of power up Scroll to Diagnostics 04 and press Scroll to Binary Programming 01 and press Enter the address of the address location 03044 and change the value to 40 seconds 0x28 Programming Steps Step 1 Step 2 Step 3 Step 4 Step 5 Step 6 Step 7 Step 8 Step 9 Program the Hex digits CAAA in the telephone number that will be used for T Link TL250 communications section 0004000000 Communicator Main Items Phone Numbers NOTE You must delete the D in the telephone number first this is the dial tone detection Program YES for T Link Enabled option section 000401 Communication Toggles If
65. right hand side of the cabinet 2 Drill 2 holes in cabinet location using the drill template and 2 5mm 3 16 drill bit 3 1 401 R 3 Secure the mounting plate externally to the cabinet using the 6 Type F self tapping screws provided 4 Connect RJ 45 cables observing the Caution indicated above 5 Verify operation 47 T Link Application Guide Appendix E CAT5 Ethernet Cross Over Cable Schematic This cable is required for direct local connection of a PC with T Link console software to the T Link TL250 TL300 module Straight Through CAT5 Ethernet Cable CAT5 Ethernet Cross Over Cable RJ 45 RJ 45 RJ 45 Ru 45 TX 1 White Orange he di TX 1 1 TX TX 2 Orange White 2 TX TX 2 2 TX RX 3 White Green 3 RX RX 3 3 RX 4 Blue White notused 4 4 4 5 White Blue not used 5 5 5 RX 6 Green White 6 RX RX 6 6 RX 7 White Brown not used 7 7 7 8 Brown White not used 8 8 8 48 49 1 TLink TL250 TL300 Application Guide II II DSC June 2007 29007044R00
66. s option only if Normally Closed NC detection devices or contacts are being used on Input 1 049 Input 2 to 4 Configuration Default 0 0 Normally Open viviviv Set to 0 for normally open inputs Set to 1 for normally close inputs 050 SIA Reporting Input viviviv 061 If 00 is entered central station reporting is disabled All other actions for PGM outputs and status are still activated If FF is entered default reporting codes are enabled using the input definitions with the hard coded input number All programming between 01 and 99 will supersede the hard coded default value 062 Fire On Time Default 05 05 Y The Bell Pulse On Time is used with Digital Input 1 when configured for Bell Follower mode The Bell Pulse On Off Time is the time of the pulse width This option is programmed in hex times 100 millisec onds 063 Fire Off Time Default 05 05 De The Bell Steady On Time is used with Digital Input 1 when config ured for Bell Follower mode This the minimum time in 100ms incre ments that the bell must be active sounding before it will be considered a steady on state and generate the Burglary Alarms This option is programmed in hex times 100 milliseconds 064 Restoral Delay Time 00 Y The Restoral Delay Time is used with Digital Input 1 when config ured for Bell Follower mode It is the minimum time the bell must be INACTIVE before it will be considered a Fire Burglary Restoral 0
67. sition mounting plate circuit board mounting Stand off holes over standoffs Press firmly on board to lt d snap in place Re C binet Mounting Plate 1 Insert Stand off into cabinet mounting plate mounting hole in the desired location Press firmly to snap in place Control Indicator Pin Function CON1 CON2 Factory Programming CON3 PCLINK Connects to the PC LINK connector on Power864 PC4020 and MAXSYS PC5020 control panels in Mode 3 Operation CON4 Terminal Strip 12V From ULC Listed Power Supply or from Control Panel GND Return TX RX Future Use GND Return KEYBUS RED KEYBUS 12 Voc The Red Black Yellow and Green terminals form the KEYBUS BLK KEYBUS Return Connects to corresponding connection on PC5108 for Mode 3 operation YEL Clock Connects to corresponding connections on PC5108 for Mode 3 operation GRN Data Connects to corresponding connections on PC5108 for Mode 3 operation PGMs PGM1 Switched negative programmable outputs 50 mA 12 VDC This programmable output is dedicated to T Link Trouble Indications To enable Program Option 035 as 01 Required for for modes 2 and 3 PGM2 Programmable Output This programmable output is dedicated as an Input Follower that triggers on all input alarms including Bell Follower It does not trigger on Key Switch Zones Zones IN Zone 1 input This is the only zone input that c
68. stem Enter section 902 and wait 1 minute Enter section 903 to verify that the module is supervised Define the zones in section 002 OaPons 20 T Link TL 250 300 Installation 3 6 3 6 1 3 6 2 Mode 4 Standard Configuration Power864 and Maxsys Panel Setup and Installation Refer to the PC4020 CF or PC5020 CF Installation Manuals for control panel installations Mount the T Link on the side wall of the PC4050C or PC4050CR cabinet Refer to appendix C for Network Protection installation instructions Remove power from the control panel before any connections are made to the T Link TL250 Connect the 12VDcC and GND terminals to the panel auxiliary power output Connect the supplied cable from the T Link TL250 white connector to the PC Link header of the control panel The black wire of the PC Link cable is pin 1 on the PC Link header for the PC5020 v3 2 or higher control panels The PC Link header is polarized on the PC4020 v3 31 or higher control panel Connect the e ground to a proper earth ground connection Standard Connection with PC4020 CF PC5020 CF NOTE All circuits are supervised and power limited Refer to section 5 4 UL Listed Commercial Fire Systems diagram for wire routing Do NOT route any wiring over the circuit boards Maintain at least 1 25 4mm separation between circuit board and wiring A minimum of 1 4 7mm separation must be maintained at all points between non power limited wirin
69. subnet mask all nodes on the same sub net will use the same subnet mask The network administrator will provide this information NOTE If DHCP is enabled then this section will be ignored 003 T Link Account Code OOOOFFFFFF viv The account number is used by the central station to distinguish between transmitters There is one account numbers programmable for the T Link This account number is only used when transmitting signals from the inputs or internal troubles Any signal received on the PC LINK will utilize the panel s account number NOTE Account code FFFFFF and 000000 are not valid accounts 004 004 005 Encryption Password 32 Hex characters max 0000000000000000 Once programmed the T Link will use this data to encrypt and decrypt Disabled all receiver and DLS messages The user can program a value from 1 to 8 bytes long in each sections To disable the encryption program both sections with zeros If the encryption key does not match the central station key then the communication will FTC NOTE E mail messages are not encrypted 006 T Link Installer Code CAFE This code is used when using the T Link Console to remotely or locally program the T Link 007 Receiver 1 IP Static IP address for the receiver Enter the IP 000 000 000 000 De address of the central station receiver 008 T Link Gateway 000 000 000 000 Vv If the T Link must communicate through a local gateway to connect with the receiv
70. t 0 0 0 0 F FFF FEE Code Rx 1 Static IP Address Receiver Gateway Address Address Sect Sect y 007 O O PA OS PO O O O DS O OS LI 008 O DA O PO O O SP A O O IA Default 000 000 000 000 Default 000 000 000 0 0 0 Source Port Destination Port 009 __I__I__I__I O 010 O OS PS O O PA Default 0000 3 0 6 0 Default 0000 3061 Rx 2 Static IP Address Receiver Gateway Address Address Sect Sect y 011 O O PA O A OS O O O O LI 012 O DS O PO O O SP PA O A IN Default 000 000 000 000 Default 000 000 000 0 0 0 Source Port Destination Port 013 O O PS A O O PA 014 L O DS A O O PO Default 00003065 Default 0000 3 0 6 1 Rx 3 Static IP Address Receiver Gateway Address Address Sect Sect y 015 O O PA SP OS O O DS OS LI 016 O DA O PA O O SP O O O IA Default 000 000 000 000 Default 000 000 000 0 0 0 Source Port Destination Port 017 018 CP SP O LL Default 0000 3 0 6 6 Default 0000 3 0 6 1 44 Appendix B T Link Compatibility Chart Appendix B T Link Compatibility Chart Compatible Control Panels MAXSYS PC4020 e Software V3 31 or higher e Hardware Rev 04B Power864 PC5020 e Software V3 2 or higher e Hardware Rev 03 DVACS Panels T Link TL250 TL300 SG DRL3 IP DLS2002 DV1660 LCD V5 03 DV1660 LED V3 01 DV4420 V1 11 DVCOM DVAT PC5400DV PC4400DV PC4401DV IP Communicator e 10 100 BaseT e TCP IP communication module e Static or DH
71. t be UL Listed for the application Figure 3 5 4 zone Stand alone Installation Fire Burglary Alarm Panel PC5003C Cabinet Outputs E Sus E A E D Zz EE LINK TL250 ber Kee Metal Conduit eleielelkelelelelelekeleleleleleielel E 20ft max TE D AKGND REDBIK YELGAN T aus Te We RE Ges INA IN4 Zi h Input Not supers En PGM1 Trouble Output 12V 275mA UL Listed Power Supply Note Wiring between the control panel and the T Link TL250 must be enclosed in metal conduit CAT5 Cable shielded 10 100 BaseT Network 18 T Link TL 250 300 Installation 3 5 Mode 3 12 zone Stand alone Configuration Connecting a PC5108 module to T Link adds up to 8 additional hard wired zones to the T Link for a total of 12 stand alone zones To expand from the 4 zone inputs a PC5108 must be connected to the T Link Connect the KEYBUS from the PC5108 to the KEYBUS of the T Link TL250 TL300 Any devices that require 12VDC motion detectors glass break detectors etc will require an external 12VDC power supply Figure 3 6 12 zone Stand alone Installation PC5003C Cabinet PC LINK Dog oe E TT mom T LINK TL250 Hr Cat5 Network ajaja Gel 10 100 BaseT CH 3O LE IN IN4 Inputs NO NC N
72. t is activated e 08 Standard 24 Hr Fire When this input is violated the panel immediately communicates SIA reporting code FA FH to the central station 11 Standard 24 Hr Burglary When this input is violated the panel immediately communicates SIA reporting code BA BH to the central station s 16 24 Hr Panic Input Regardless of whether the system is armed or unarmed when this input is violated the panel immediately communicates SIA reporting code PA PH to the central station e 21 24 Hr Tamper Regardless of whether the system is armed or unarmed when this input is violated the panel immediately communicates SIA reporting code TA TH to the central station 16 T Link TL 250 300 Installation e 23 Maintained Keyswitch Arm Input Input 2 Only When this input is violated the the system will arm When this input is secured the system will disarm This input supports forced arming SIA reporting code CS OS is sent to the central station e 98 24 Hr Panel Absent When this input is violated the T Link immediately communicates to the central station SIA Reporting Code CS OS 99 24 Hr Bell Follower Input This Input is only valid for Input 1 This input follows the Bell Output for burg fire monitoring Connect Input 1 to the control panel Bell output 3 23 PGM Wiring The T Link TL250 TL300 has two PGM outputs PGM1 is a switched negative programmable output dedicated to T Link Trouble indications To ena
73. th the T Link mode 3 configuration or can be connected to an alarm panel to provide all of the features available by telephone connection Refer to Figure 2 2 System Overview T Link modules can be configured as a static or dynamic DHCP IP address The number of T Link modules that can be connected to a LAN WAN network is limited only by the network data traffic capacity T Link Application Guide 2 2 Network Loading Bandwidth Impact The following data is required by the Network Administrator to assess T Link communication impact on the existing net work NOTE To ensure that alarm communications do not mix with other traffic on the network T Link communications should occur on a dedicated subnet If multiple layers of security are required individual traffic patterns may be more or less than those identified in the following tables The following traffic calculations are based on the minimum layers of security necessary to support T Link communications Network utilization is determined by upon the following factors the number of T Links connected on the network e the presence or absence of a logging receiver e the amount of alarm traffic per T Link e the amount of E mails sent 1Kbyte per E mail e the enabling disabling of network supervision e the enabling disabling of encryption e the speed of the network 10Mbps 100Mbps Supervision of accounts for the greatest use
74. the central station The T Link TL300 on board zones can be used as in mode 2 4 zone stand alone and mode 3 12 zone stand alone Modes 1 and 5 are not sup ported T Link Application Guide 2 4 T Link Console Software T Link Console Software is a stand alone application that provides remote and local support for the configuration of T Link TL250 300 devices and IP Receiver line cards T Link Console generates and deploys unique encryption keys and protocols for communication between T Link Console and T Link modules summary of features is listed below Stand alone application e Generation and deployment of unique encryption keys to IP Receivers e User management e Software upgrades via network e Advanced T Link search and management e Local and remote programming of T Link options Remote setup control and TCP IP configuration of the SG DRL3 IP and T Link accounts Management of of the IP receivers T Link tables e Three operational modes Database backup restore Database repair compact e Windows 98 NT 2000 XP 2003 compatible e Multiple database support Refer to the T Link Console User Manual for details SG DRL3 IP Options and Settings Line card must be changed through the CPM3 or using System III Console v2 0 and higher Software The System III Console software provides additional support for different types of line cards including SG DRL3 and SG DRL3 IP e The T Link Console V1 0 updates T Link mod
75. the originator the account number in the message body would match the account number in the Subject line 027 E mail Address 2 See Section 026 Null ViVviviv iv iv 028 E mail From VIVIVIVIVI The E Mail From option is used for the FROM field in E mails sent out by the T Link module If the option is not programmed all 0 s then the from field of the T Link module will look as follows T Link AAAAAA where A is the account code of that T Link module If the option is programmed with any ASCII character string the from field will be what is programmed in the option 029 DNS Server Address 000 000 000 000 Vv In order to communicate to a T LINK via a host name program the IP address of the DNS server The DNS lookup for the T LINK module will only work for T LINK modules with Static IP addresses Dynamic DNS is not supported 030 SMTP Server Name 64 characters max None viv A valid outgoing e mail server is required to send e mail to the Inter net Contact your Internet service provider or system administrator for this information NOTE This option can only be programmed via the Console software or the Web browser 031 E mail Account 64 characters max None viv Some e mail servers will require an account name to allow outgoing messages to be sent Contact your Internet service provider or sys tem administrator for this information NOTE This option can only be programmed via the console software
76. the user DHCP Dynamic Host Configuration Protocol a protocol for assigning dynamic IP addresses With dynamic addressing a device can have a different IP address every time it connects to the network In some systems the device s IP address can even change while it is still connected DHCP also supports a mix of static and dynamic IP addresses Dynamic addressing simplifies network administration because the server keeps track of IP addresses rather than requiring an admin istrator to manage the task This means that a new computer can be added to a network without the hassle of manually assigning it a unique IP address Encryption The translation of data into a secret code usually based on a key Encryption is the most effective way to achieve data security To read an encrypted file you must have access to a secret key or password that enables you to decrypt Ethernet A local area network LAN protocol developed by Xerox Corporation in cooperation with DEC and Intel in 1976 Ethernet uses a bus or star topology and supports data transfer rates of 10 Mbps A newer version of Ethernet called 100BaseT or Fast Ethernet supports data transfer rates of 100 Mbps The newest version Gigabit Ethernet supports data rates of 1 Gigabit 1 000 Megabits per second IEEE Abbreviation of Institute of Electrical and Electronics Engineers pronounced I triple E Founded in 1963 the IEEE is an organization composed of engineers scientists and st
77. tion FTC 1 6 T Link failed to communicate with Receiver 1 PC5108 Absent 7 The PC5108 Module is not responding to the transmitter PC5108 Tamper 8 The PC5108 Module Tamper has been activated FTC 2 9 T Link failed to communicate with Receiver 2 Keyswitch Arm 10 The system was armed by the keyswitch zone T Link Remote Programming 11 T Link is being programmed remotely T Link Local Programming 12 T Link is being programmed locally Receiver 2 Absent 13 The transmitter is not able to connect to Receiver 2 on power up 40 Testing amp Troubleshooting 6 3 Resetting to Factory Defaults 6 3 1 Modes 1 2 3 and 5 e Remove Power from the T Link TL250 TL300 module disconnect battery and control panel if applicable e Disconnect all wiring from the PGM1 and IN1 terminals Connect a jumper wire between the PGM1 and IN1 termi nals e Apply power to the system Remove power from the system e Reconnect all original wiring and reapply power to the system e Test System refer to section 2 2 NOTE A restart is required for the programming changes to take effect Allow up to 15 seconds for a restart 6 3 2 Mode 4 and TL300 Simulated Telephone Enter section 999 of the T Link TL250 e Enter 00 to default the unit to factory settings Enter 55 to restart the unit 41 T Link Application Guide Glossary Console A PC application program which can connect to the receiver and provide diagnostic and programming abilities to
78. udents The IEEE is best known for developing standards for the computer and electronics industry IETF Internet Engineering Task Force IETF develops and promotes Internet Standards with the W3C and ISO IEC standard bodies Intranet A network based on TCP IP protocols belonging to an organization usually a corporation accessible only by the organization s mem bers employees or others with authorization IP Abbreviation of Internet Protocol pronounced as two separate letters IP specifies the format of packets and the addressing scheme Most networks combine IP with a higher level protocol called Transport Control Protocol TCP which establishes a virtual connection between a destination and a source IP by itself is something like the postal system It allows you to address a package and drop it in the system but there s no direct link between you and the recipient TCP IP on the other hand establishes a connection between two devices so that they can send messages back and forth for a period of time IP Address An identifier for a computer or device on a TCP IP network Networks using the TCP IP protocol route messages based on the IP address of the destination The format of an IP address is a 32 bit numeric address written as four numbers separated by periods Each number can be zero to 255 LAN A computer network that spans a relatively small area Most LANs are confined to a single building or group of buildings However
79. ules using TFTP session e The T Link accounts table and data encryption keys will be stored in the local database Refer to the T Link Console User Manual tor details T Link Console software functions in three operational modes Operator Mode Unattended Mode and Database Absent Mode Operator mode includes Supervisor Administrator and User access levels listed below Table 2 1 T Link Console Software Functions T Link Console Functions Supervisor Administrator User Add Accounts Edit Accounts Delete Accounts T Link Template T Link Accounts Local Programming Remote Programming Update Receivers Import Accounts Export Accounts Add Receivers Edit Receivers Delete Receivers Receiver T Link Table IP Receivers Add User Edit User Delete User Change Password User Management RASS 2 2 2 III X X X X KXXX KARK SSSR View Logs Only Delete Log Entry View Logs Delete All Logs Logs Export To Excel Only Access Settings x Configuration Serial Settings x SSO OOO CD DO ODO OOOO RORY 10 System Overview 2 4 1 2 5 2 6 Local and Remote Programming Local programming is done via the CAT 5 cross over cable connected to the RJ45 connector on the computer running T Link Console software and the RJ45 connection on the T Link TL250 TL300 The T Link TL250 TL300 can be locally programmed by connection of a LCD5500 keypad to the keybus terminals Remote programm
80. y number and the third telephone number will back up the first telephone number if enabled NOTE The third telephone Number will NOT back up the second telephone number If Alternate Dial is enabled the panel will alternate between the first and third telephone numbers when attempting to call the central sta tion If disabled the panel will only attempt to call the third telephone number after failing to communicate on the first telephone number NOTE For Alternate Dial to work properly the third telephone number must be both enabled and programmed Telephone numbers can be up to 32 digits which will allow you to add special digits if required To pro gram the telephone number enter numbers 0 through 9 as required To communicate events over a LAN or WAN net work using the T Link module program the desired phone number with DCAA This allows the panel to send events to the T Link module in the SIA format via the PC Link connection NOTE To perform DLS functions via the T Link module Option 1 Section 401 must be enabled or the number of rings in section 406 must be programmed Option 2 Section 401 applies to DLS via T Link as well Options 3 and 4 Section 401 cannot be used with T Link 22 T Link TL 250 300 Installation 3 6 5 Programming Steps Program the hex digits DCAA in the telephone number that will be used for T Link communications sec tion 301 to 303 Telephone Phon

T-Link Application G..

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