IEI NETWORK INTERFACE MODEL TS2040

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1 IEI NETWORK INTERFACE MODEL TS2040 INSTALLATION GUIDE Revised! see Protective Earthing Addendum NOTE: This equipment must only be installed and serviced by professional qualified personnel. O O + - D+ D- - + LINE COMMS IEI O O The IEI Network Interface provides an IEI compatible line interface for reporting to a remote monitoring station on the Tecom Direct Line Network. All states, including Partial are supported. Five tone groups are supported ( Wormalds A,B,C & Chubb A,B). The IEI Network interface allows existing IEI panels to report on the Tecom Direct Line Network via an E63 concentrator. The Leader in Innovative Security Technology IEI Network Interface Model TS2040. Issue I Revision II: July

2 Cover: The cover is secured by 4 M3 screws. Mounting: The TS2040 IEI Interface is supplied in a small metal enclosure which can be mounted in a convenient location. Mounting holes are provided in the base. Cable entry points are provided by a Knock-out at one end of the enclosure. An Installation kit is included with all connectors required for operation. Dimensions: 182 x 110 x 45 mm Links: TERM: GND: This termination link is fitted if the unit is the first or last device on the RS485 Sublink LAN. See LAN details on page 5. This Link connects the negative of the supply to the chassis and earth lug and should be left in. LEDs: The TS2040 is equipped with five indicator LEDs; PWR UP DN P R +12VDC power indicator. RS485 UpLink Communications to TS2030 (Link). Indicates Interface is replying to polling from the Network Concentrator Link RS485 DownLink Communications from TS2030 (Link). Indicates Interface is receiving polling data from the Network Concentrator Link IEI Poll Indicator. Indicates polling data being sent to the E63 Concentrator, or E62 Panel. IEI Response Indicator. Indicates E62 Panel responding to polling data. (Either directly, or via E63 Concentrator) When system is operating, the Poll LED will indicate a double flash followed by a double flash from the Response LED after a brief delay. Encryption: The Encryption key has been internally set to TS2040IN.PM5. Issue I Revision II: July 1996

3 DIPSwitch Settings: Addressing: Dipswitches 1 to 4 are used to identify the IEI Network interface number: Dipswitch Number SUB-LINK UNIT No ON OFF OFF OFF 2 OFF ON OFF OFF 3 ON ON OFF OFF 4 OFF OFF ON OFF 5 ON OFF ON OFF 6 OFF ON ON OFF 7 ON ON ON OFF 8 OFF OFF OFF ON 9 ON OFF OFF ON Note: Address 0 is NOT VALID for an external Sublink. (Address 0 is the Sublink number reserved for the main concentrator link) Tone Group Selection: Dipswitches 5 and 6 are used to specify the TONE GROUP used: (Normally left at default setting - both OFF) Dipswitch Number UNIT No. 5 6 Wormald A OFF OFF Wormald B ON OFF Wormald C OFF ON Chubb A OFF OFF Chubb B ON ON Concentrator / Panel Selection: Dipswitch 7 is switched ON if the interface is to communicate directly with an E62 Panel and not via an E63 concentrator. IEI Network Interface Model TS2040. Issue I Revision II: July

4 Revised! see Protective Earthing Addendum SUBLINK LAN SYSTEM & EARTH CONNECTION. Another cable run to other Sublinks RS485 SUBLINK LAN + - D+ D- J12 Comms Network Concentrator LINK TS TERM Link FITTED (1st device on LAN) "TERM" link fitted on first and last devices on the LAN. In a "star" wiring configuration the "TERM" link is only fitted on the devices at the ends of the two longest LAN cable runs. (See page 5) RS485 LAN cable Belden pair twisted shielded data cable. * Earth System Earth + - D+ D- J2 Comms (GND link FITTED) IEI Network Interface SUBLINK TS2040 TERM Link NOT FITTED Earth (GND link FITTED) Separate Earth wire (2.5mm min.) run with LAN cable to connect all Earth terminals. Note that the Shield of each length of Data cable is only connected at one end. * Shield of Data Cable NOT connected at this end. See: LAN & Earthing Details on Page 5. * J12 Comms + - D+ D- Earth Network Concentrator SUBLINK TS2030 TERM Link FITTED (Last device on LAN) (GND link FITTED) 4 TS2040IN.PM5. Issue I Revision II: July 1996

5 LAN connection: The RS485 Sublink LAN is used to connect Network Concentrator Sublinks and IEI Network Interface Sublinks to a main Network Concentrator Link. Sublinks must be connected via a 2 pair twisted shielded data cable (Belden 8723 is recommended) from the LAN connection. The shield of any data cable connected to the Sublink should be connected to earth at one end only. i.e. The Link or Sublink that the other end of the data cable is connected to. It is recommended that where the distance between an IEI Network Interface Sublink and the nearest Link is more than 100 metres, a separate power supply be used to power the Sublink. To power the unit, do not connect + from the LAN. Connect '+' of the local power supply to '+' on the Interface and connect 0 volts from the power supply and 0 volts from the LAN connection to the terminal marked -. See wiring diagrams on page 4. Earthing: The earth terminals on every piece of equipment in the system must be earthed by connecting them all to one common earth point via separate Earth wire run with the LAN cable/s back to the main Network Concentrator Link. The separate Earth wire must be at least 2.5mm5. A heavier guage is recommended for runs of over 500 metres. The "GND" link must remain fitted. The Sublinks must not be connected to a local earth. This method of earthing is the only way to guarantee that the difference in earth potential between any two Network products connected to the LAN remains at an acceptable minimum. See wiring diagrams on page 4. IEI Network Interface Model TS2040. Issue I Revision II: July

6 IEI INTERFACE WIRING ON DIPSwitches 1-8 FINE COARSE TERM LINK EARTH LINK J4 J2 J1 J3 + - D+ D- - + LINE COMMS IEI Shield (If required) Red Black White Green RJ12 line cable Line Connection Options to E63 Concentrator. Twisted pair line cable 2.5mm Earth Wire. System Earth. Run with LAN cable. 2 Pair twisted, shielded data cable. Belden 8723 Figure 8 cable Auxiliary 12Volt supply output. 6 TS2040IN.PM5. Issue I Revision II: July 1996

7 Connections: J1 - IEI PWR Volt DC supply output. 0V Power ground. Line 1 IEI line connection. 2 IEI line connection. J2 - Comms PWR Volt DC supply input connection. 0V Power ground and LAN 0 Volt connection. COMMS D+ Positive and negative data connection of the RS485 LAN. D- Units can be up to 1.5klms from the Main Network Concentrator Link, depending on the cable used. Recommended cable is Belden 8723; 2 pair twisted, shielded, data cable. J3 - Private Line LINE 2 IEI line connection. 3 IEI line connection. J4 EARTH Earth connection. Earth wires from all pieces of equipment must be earthed at one system earth. See details on page 5. Trimpots: Coarse Fine These adjustments are factory set and MUST NOT be altered. IEI Network Interface Model TS2040. Issue I Revision II: July

8 Commands Supported by TS2040 IEI Panel Interface: The TS2040 supports all of the TECOM direct-line command sets. These include the following; AN HKS AN HKSL AN HKSLP RN HKS RN HKSLP RS HKS - Activate the IEI sublink, and all of the panels attached. - Activate a downline (0 or 1) on the IEI intetface, and all of the panels on that downline. - Activate an individual IEI panel - Recall the software version from the IEI sublink. - Recall the software version of the IEI panel. - Recall the status of the IEI sublink. RS HKSL - Recall the status of the downline (0 or 1). RS HKSLP MN HKS MN HKSLP RC HKS PN HKSLP PO HKSLP - Recall the status of an IEI panel. - Set the Mapped Address of the IEI sublink and Activate it. - Set the Mapped Address of the IEI panel and Acticate it. - Recall Comm's errors on with the IEI sublink. - Point ON. Relay Control. / Closing Point Number. *See below. - Point OFF. Relay Control. / Opening Point Number. *See below. All other commands will provide data that is of no use to the user. An understanding of the TECOM direct-line HKSLP numbering systems is necessary to appreciate all of these commands. Page 11 contains a Direct Line Network block diagram which explains the numbering system. *Open / Close reporting Control: Each IEI E62 Panel connected to the TS2040, can be programmed to report Open or Close on a user defined Status number. To distinguish the Open / Close reporting control command from the standard Relay Control command, the status number is prefixed with a "1". Numbers in the range 100 to 109 may be used. Status numbers 100 to 108 may be used to program the Opening and Closing Point Status numbers, while Status number 109 is used to remove the Opening or Closing Point Status number if the facility is no longer required. e.g. To program panel to report a "Close" on Status #0/10, and an "Open" on Status #3, the following commands would be used: PN Report Closing on point status 0 PO Report Opening on point status 3 To program panel to no longer report a closing, the following command would be used: PN TS2040IN.PM5. Issue I Revision II: July 1996

9 IEI Panel Numbering: IEI panels are numbered from 0-9 and A-F. This numbering system has been modified for use with the TECOM Direct-Line and the TS2040. The new numbering system is as follows; IEI panel I.D TECOM I.D 0 HKS00 1 HKS01 2 HKS02 3 HKS03 4 HKS04 5 HKS05 6 HKS06 7 HKS07 8 HKS10 9 HKS11 A HKS12 B HKS13 C HKS14 D HKS15 E HKS16 F HKS17 Relay Control: The Command-Back (Relay Control) function provides a means of switching remote relays as follows; Point ON. PN HKSLP XX Point OFF. PO HKSLP XX Where XX specifies the relay to be switched (XX is the IEI relay number + 1). The relay numbers follow a straight decimal notation as follows; IEI Relay number TECOM relay number A 11 B 12 C 13 D 14 E 15 F 16 IEI Network Interface Model TS2040. Issue I Revision II: July

10 IEI Interface Events: The following table lists the Contact ID Event numbers reported for each of the External Alarm states. System Reset E C001 TROUBLE - System Reset. Alarm State 0 E C010 *ALARM* 10 Alarm State 1 E C001 *ALARM* 01 Alarm State 2 E C002 *ALARM* 02 Alarm State 3 E C003 *ALARM* 03 Alarm State 4 E C004 *ALARM* 04 Alarm State 5 E C005 *ALARM* 05 Alarm State 6 E C006 *ALARM* 06 Alarm State 7 E C007 *ALARM* 07 Alarm State 8 E C008 *ALARM* 08 Activate E C000 TROUBLE - Panel Activate On/Off line E C000 TROUBLE - D/L Panel Polling Exp Module E C000 TROUBLE - Exp Module Failure Power Failure E C000 TROUBLE - Mains Failure Opening E U000 OPENING Closing R U000 CLOSING 10 TS2040IN.PM5. Issue I Revision II: July 1996

11 NETWORK MASTER - DIRECT LINE ADDRESSING CPU CARD TECOM NETWORK MASTER LINE CARD 0 (Hwy 0) LINE CARD 1 (Hwy 1) LINE CARD 2 (Hwy 2) H K S L P Highway LINK Sub-link Line Panel Direct Line Mode. Hkslp 0???? Direct Line Mode. Hkslp 1???? Direct Line Mode. Hkslp 2???? CHALLENGER PANEL Address 0 hkslp Highway 0 Highway 1 Highway 2 CONCENTRATOR LINK. 4 Lines Address 0 hkslp 200?? # Line ? TECOM PARALLEL INTERFACE Address 1 hkslp CONCENTRATOR LINK. 4 Lines Address 0 hkslp 000?? # RS485 Sublink LAN IEI INTERFACE SUB-LINK. Address 1 hkslp 201?? Line E63 CONCENTRATOR. IEI PANEL Panel ID 1 hkslp 20101* IEI PANEL Panel ID F hkslp 20117* IEI INTERFACE SUB-LINK. Address 2 Line hkslp CHALLENGER PANEL Address 1 hk 01 Sublink, Line & Panel digits are not used. 202?? CONCENTRATOR SUB-LINK. 4 Lines Address 3 hkslp 203?? Line 0 Line 1 Line 2 Line 3 * See Page 9: IEI Panel numbering. # A Concentrator Link connected directly to the Highway is given a Sub-link Address of 0. IEI Network Interface Model TS2040. Issue I Revision II: July

12 WARNING: This is a Class A product. In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures. The Challenger is Designed and Manufactured by: Tecom Systems Pty. Ltd. A.C.N Whitehorse Rd MITCHAM VIC 3132 Telephone: Facsimile: C Tecom Systems Pty. Ltd Note: IEI is a trade name of I.E.I Pty. Ltd. 12 TS2040IN.PM5. Issue I Revision II: July 1996

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