Eltek Delta OP User Manual
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Eltek Delta OP User Manual

Operating panel
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(KTG
5CHGV[
FLUSH VERSION
351204.013

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Summary of Contents for Eltek Delta OP

  • Page 1 (KTG 5CHGV[ FLUSH VERSION 351204.013...
  • Page 2 P.O. Box 3514 N-3007 DRAMMEN Norway Tel.: +47 32 24 48 00 Fax: +47 32 24 48 01 E-mail (Product Dept.): product@eltek.no E-mail (all departments): fire.safety@eltek.no Visit our Web site on the Internet at: Home page: www.eltek-fs.no 7HFK=RQH Technical Personnel Area:...

  • Page 3: Graphic Display

    1 Welcome 4XLFN 5HIHUHQFH *XLGH FXW RXW '(/7$ 23 Front Key s and LED ’s in )XQFWLRQ NH\V )$8/7 (9$&8$7( 6&52// ',63/$< DQG 087( %8==(5 7(67 6<67(0 )$8/7 '\QDPLF µ6RIW¶ .H\V 32:(5 *UDSKLF GLVSOD\ 4. — $/$50 75$160,77(' 08/7,3/( $/$506 ²...
  • Page 4 1 Welcome 4XLFN UHIHUHQFH JXLGH FXW RXW +RZ WR LVRODWH D GHWHFWRU +RZ WR UHVHW DODUPV If you want to disconnect an addressable detector When the operating panel system reports an alarm — for example detector ‘0245’ — you must press —...

  • Page 5: Table Of Contents

    1 Welcome 7DEOH RI &RQWHQWV :HOFRPH About this Manual ....................7 Glossary and Abbreviations ..................7 %ULHI 'HVFULSWLRQ RI '(/7$ 23 .H\ )HDWXUHV  %ORFN 'LDJUDP   &RPPXQLFDWLRQV 3RUWV   COM1 and COM2......................10 '(/7$ 1HW Communications Port — eBus ............... 10 Kit for OP, DA: eBus Communication Board...........
  • Page 6 1 Welcome 7HFKQLFDO 6SHFLILFDWLRQ $SSHQGL[ :KDW V D )LUH $ODUP 6\VWHP"   '(/7$ 7HFKQRORJ\ ² GHILQLWLRQ   Documentation Chart for '(/7$ 7HFKQRORJ\............34 HDFA Detection Line — Fire Brigade Output ............35 '(/7$ 1HW......................35 Intelligent DELTA /RJLF ..................36 Individual Adjustment of Alarm Limits ............
  • Page 7 Congratulations on your purchase of the '(/7$ 23 module, — a new and elegant operating panel developed for both centralised and decentralised operation of Eltek’s fire alarm systems. '(/7$ 23 enables you to hide cabinets with DA modules, batteries, terminals, etc.
  • Page 8 2 Brief Description of DELTA OP  %ULHI 'HVFULSWLRQ RI '(/7$ 23 '(/7$ 23 is a micro processor-based operating panel designed for connection to the '(/7$ and $1; families of fire alarm systems. The '(/7$ 23 panel is the interface between you and the system and represents the vital nerve centre of the fire alarm system.
  • Page 9 2 Brief Description of DELTA OP %ORFN 'LDJUDP The block diagram below — )LJXUH  — shows the main functions of '(/7$ 23. is the heart of €vp…‚Ãp‚‡…‚yyr… the system and represents the †’†‡r€ €hv intelligence of 9@GU6ÃPQ is stored in p‚qr...
  • Page 10 2 Brief Description of DELTA OP &RPPXQLFDWLRQV 3RUWV The '(/7$ 23 panel has 3 communications ports for integrating the panel with other network equipment. The communications ports support several protocols, which can be selected by configuring the panel or by using plug-in circuit cards.
  • Page 11 2 Brief Description of DELTA OP 7\SLFDO &RQILJXUDWLRQV The '(/7$ '$ module can be used in both compact and distributed solutions. In the compact solution — all-in-one cabinet — the '(/7$ 23 and '(/7$ '$ modules form a complete centralised fire alarm system: '(/7$ &RPSDFW.
  • Page 12 3 How to Operate DELTA OP  +RZ WR 2SHUDWH '(/7$ 23 This chapter has been written to provide '(/7$ 23 users with fundamental information about how to operate the panel. 7KH '(/7$ 23 2SHUDWLQJ 3DQHO '(/7$ 23¶V front panel has a standardised design —manufacturer independent—...

  • Page 13: Modes Of Operation

    3 How to Operate DELTA OP *UDSKLF 'LVSOD\ The graphic display is an important part of the fire alarm system’s user interface, and is divided in following specific areas: • *UDSKLFV $UHD² OLQHV  The two upper lines display the actual type of alarm, if any.
  • Page 14 3 How to Operate DELTA OP )URQW .H\V DQG /('¶V '(/7$ 23 incorporates an elegant and user-friendly front panel with well arranged keys and indicators, as shown below. )XQFWLRQ .H\V (not in use) Six programmable membrane keys — three of them are pre-programmed for: w (9$&8$7( (general alarm;...
  • Page 15 3 How to Operate DELTA OP )$8/7 6,/(1&( $/$50 When the system is in $ODUP 0RGH, press this key to Pulsing yellow LED indicates a fault alarm silence alarm bells and internal buzzer; press this key again to reactivate the alarm 6<67(0 )$8/7...

  • Page 16: Normal Mode

    3 How to Operate DELTA OP %DVLF 2SHUDWLRQ You can control the whole fire alarm system from '(/7$ 23 panel. The primary operation is based on activation of the main function keys, for example the 6,/(1&( $/$50 key, the 5(6(7 KEY, etc.
  • Page 17 3 How to Operate DELTA OP 1RUPDO 0RGH A fire alarm system is in QRUPDO PRGH of operation when neither fault nor fire alarms are reported. Also, the system is not to be in WHVW PRGH and none of the detector, input or output devices are to be isolated &21752/ 3$1(/ ,1 1250$/ 02'( 2) 23(5$7,21...
  • Page 18 3 How to Operate DELTA OP 3UHDODUP 0RGH A fire alarm system is in SUHDODUP PRGH when the control panel reports a pre- alarm from an analogue monitor connected to any loop in the system (analogue values normally above 45 a.u.).

  • Page 19: Led Test

    3 How to Operate DELTA OP )LUH $ODUP 0RGH A fire alarm system is in ILUH DODUP PRGH when the control panel indicates a fire alarm situation reported from a monitor or detector connected to any loop in the system; normally the alarms are caused by smoke, heat, manual activation, etc.
  • Page 20 3 How to Operate DELTA OP +2: 72 3(5)250 6<67(0 7(676 )LUH $ODUP 6\VWHP¶V 5HVSRQVH <RX &DUU\ 2XW )ROORZLQJ Fire alarm system is in QRUPDO PRGH — Unlock '(/7$ 23 and only the green 3RZHU LED is ON press following keys on the keypad: (PDLQ PHQX) ì...
  • Page 21 3 How to Operate DELTA OP )LUH $ODUP 7HVW The control panel =RQH 7HVW facility enables you to test whether the detectors assigned to a zone are operative. Using test gas sprays you can test the correct operation of the detectors in the zone.
  • Page 22 3 How to Operate DELTA OP 7KH 2SHUDWLQJ 0HQXV You can control the whole fire alarm system from the '(/7$ 23 panel. Primary operation is based on activation of the main function keys such as the 6,/(1&( $/$50 key, the 5(6(7 key, etc.

  • Page 23: Access Levels

    3 How to Operate DELTA OP 8VHU 0HQXV 2YHUYLHZ This chapter will provide you with an overview of the hierarchical structure of the XVHU PHQXV — access level 2. The user menus of '(/7$ 23 are built up around the PDLQ PHQX. You can access the PDLQ PHQX by pressing the key on the keypad.

  • Page 24: 6\Vwhp ,Qirupdwlrq

    3 How to Operate DELTA OP Ã VT@SÃH@IVT CD@S6S8CD86GÃPW@SWD@X € " G@W@GÃ G@W@GÃ G@W@GÃ G@W@GÃ G@W@GÃ Fault € ó Show Fault / Isolation Isolations ì Zones Isolated € Alarm Transmitter € ì Zone Extinguishing € ÞÞÞÞÕ ó ö De-Isolate Detector Fault O/P ì...

  • Page 25: Version Number

    3 How to Operate DELTA OP 6\VWHP ,QIRUPDWLRQ '(/7$ 23 incorporates the facility to access legible system information via software menus. The following type of system information can be accessed: • Adjusting the system clock, regarding time, date, year and day of the week.
  • Page 26 3 How to Operate DELTA OP 6\VWHP /RJ '(/7$ 23 recalls in its electronic memory the most recent 1,500 to 2,000 events, faults, pre-alarms, fire alarms, operations on the panel’s keyboard, etc. Further control panel activity will also be saved, but it will overwrite the oldest messages in the memory.
  • Page 27 3 How to Operate DELTA OP 7KH )LUH $ODUP &RXQWHU '(/7$ 23 stores in its electronic memory the number of fire alarms reported since the panel was assembled in factory. á For security reasons, resetting the number of reported fire alarms is considered as DFFHVV OHYHO .

  • Page 28: Dynamic Histogram

    3 How to Operate DELTA OP • 3UHDODUP /HYHO DSSUR[  DX Analogue values over 45 — adjustable from 30 to 55 — represent smoke densities and/or temperatures high enough to indicate a pre- alarm. Non-analogue devices have no 3UHDODUP /HYHO.
  • Page 29 3 How to Operate DELTA OP 6HWWLQJ $ODUP /LPLWV Due to environmental pollution, (e.g. dust, cigarette smoke, etc.) the monitors’ response may be gradually altered, producing higher analogue values. In order to reduce the occurrence of false alarms, '(/7$ 23 incorporates the facility of individually adjusting the pre-alarm and alarm limits of the monitors.
  • Page 30 3 How to Operate DELTA OP 'LVSOD\LQJ 'HWHFWRU 7H[WV '(/7$ 23 incorporates the facility of displaying a pre-programmed customer specified text of maximum 40 characters for each addressable detector and conventional loop. Usually, this text information indicates which area of the building a conventional detector loop protects or where an addressable monitor is installed.
  • Page 31 3 How to Operate DELTA OP 3URJUDPPLQJ D 0DFUR To program a macro select KLGGHQ option 5 from the PDLQ PHQX. á For security reasons, macro programming is considered as access level 3, and requires a password. Only authorised personnel may have access.
  • Page 32 4 Technical Specification  7HFKQLFDO 6SHFLILFDWLRQ This chapter provides you with technical specification about '(/7$ 23 &RPPXQLFDWLRQ &KDQQHOV PROGRAMMABLE TYPE APPLICATION &20 Serial RS232C RS485 is used for communications with control panels in 0DVWHU6ODYH networks. or RS485 9-pins D-Sub male &20 Serial RS232C RS232C is used for communications with...
  • Page 33 5 Appendix  $SSHQGL[ :KDW V D )LUH $ODUP 6\VWHP" (OWHN¶V fire alarm system principally consists of an LQWHOOLJHQW control panel (or several panels in a network) which provides visual warnings of alarm situations in various ways and activates the control panel’s DODUP DQG FRQWURO RXWSXWV This is done on the basis of information about the development of smoke, heat, flames, etc., from FRPSRQHQWV on the loops.
  • Page 34 (Commissioning, fault-finding procedures, etc.) ◊ $VVHPEO\ *XLGH '(/7$ &RPSDFW ◊ .LW IRU &RPSDFW $VVHPEO\ &DEOHV Installation Guide DELTA OP ◊ User's Guide DELTA OP FLUSH ◊ ◊ ,QVWDOODWLRQ *XLGH '(/7$ '$ Delta Compact ◊ 8VHU V *XLGH '(/7$ '$ Installation Guide DELTA OP/Flush ◊...
  • Page 35 5 Appendix +')$ 'HWHFWLRQ /LQH ² )LUH %ULJDGH 2XWSXW In today’s modern, software-based systems, if the microprocessor stops and the internal ZDWFKGRJ electronics do not manage to start it again, the system will not function satisfactorily. +')$: In order to avoid this — and other communication faults on the network or +ardware 'etection detector loops —...

  • Page 36: Automatic Environmental Compensation

    5 Appendix ,QWHOOLJHQW '(/7$ /RJLF In order to make secure and stable operation of fire alarm installation easier and to prevent undesired alarms, even in difficult environments, (OWHN )LUH 6DIHW\ has developed '(/7$ /RJLF, a further development of our )LUHJXDUG /RJLF system. '(/7$ /RJLF is collective expression used to cover the environmental adaptation features on offer with the DELTA concept, and incorporates the three main functions set out below.
  • Page 37 5 Appendix $XWRPDWLF (QYLURQPHQWDO &RPSHQVDWLRQ This detector function automatically compensates for environmental influences, e.g. dust, pollution. 8‚€ƒr†h‡v‚ÃGr‰ry All 'LVFRYHU\ smoke detectors include compensation Alarm Threshold for sensor drift as part of the internal signal- processing algorithm. The algorithm will compensate Raw Analogue Value for changes in sensor output caused, for example by 8‚€ƒr†h‡rqÃ6hy‚tˆrÃWhyˆr...
  • Page 38 5 Appendix $GGUHVVLQJ 5XOHV IRU 1HWZRUNHG 6\VWHPV 1HWZRUN ² $GGUHVV 5DQJHV (OWHN¶V distributed fire alarm system usually consists of a Example of s\VWHP XQLWV¶ QXPEHUV network of LQWHOOLJHQW fire alarm panels, operating panels and other modules — '(/7$ '$ 23 $1; $1;(, eNode etc.
  • Page 39 5 Appendix )LUH =RQHV ² 'HILQLWLRQ A ILUH ]RQH is the defined area of a building or property to be fire protected. All the fire detectors monitoring this area are assigned to the ILUH ]RQH. A ILUH ]RQH maybe monitored by one or more detectors or by all the detectors on a loop. Fire zones mainly define natural fire cells in the building, and are divided into VXE ]RQHV in order to be able to implement various control requirements within the same fire zone.
  • Page 40 5 Appendix /RRS &RPSRQHQWV ² $GGUHVV 5DQJHV In (OWHN¶V fire alarm system all ORRS FRPSRQHQWV (detectors, manual call points, Zone Monitors, DIO units, etc.) are connected to the control panel’s detector loops. Every DGGUHVVDEOH ORRS FRPSRQHQW in a fire alarm network must be coded with a unique address in a random sequence.
  • Page 41 5 Appendix .H\(QWU\ IRU 1XPEHUV $ERYH  Some of (OWHN¶V fire alarm systems use hexadecimal figures (just two digits) to show and refer to the V\VWHP XQLW¶V QXPEHUV, ORRS FRPSRQHQW¶V QXPEHUV and ILUH ]RQH QXPEHUV. If you have to program one of these fire systems with numbers higher than 99, for example ‘system unit 140’...
  • Page 42 We therefore request your kind assistance. <RXU &RPPHQWV DERXW '(/7$ 23 You can contact us via our Internet pages, www.eltek-fs.no, if you have any comments about this product regarding technical specifications, design, maintenance or service. Also whether this manual and other documents live up to your wishes and expectations.
  • Page 43 6 Feedback to Eltek User’s Guide '(/7$ 23 Art. No. 351204.013 v2-022000...
  • Page 44 (OWHN )LUH 6DIHW\ $6 32 %R[  1 '5$00(1 1RUZD\ 3KRQH      )D[      $UW 1R   (0DLO product@eltek.no ,VVXH  )HEUXDU\  ,QWHUQHW www.eltek-fs.no...

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