Polon-Alfa POLON 4000 Operation And Maintenance Documentation
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Polon-Alfa POLON 4000 Operation And Maintenance Documentation

Interactive fire detection and alarm system; fire detection and alarm addressable control panel
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POLON 4000
INTERACTIVE FIRE DETECTION AND ALARM SYSTEM
POLON 4200
FIRE DETECTION AND ALARM
ADDRESSABLE CONTROL PANEL
Operation and Maintenance Documentation
ID-E300-001GB
VF Edition

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Summary of Contents for Polon-Alfa POLON 4000

  • Page 1 POLON 4000 INTERACTIVE FIRE DETECTION AND ALARM SYSTEM POLON 4200 FIRE DETECTION AND ALARM ADDRESSABLE CONTROL PANEL Operation and Maintenance Documentation ID-E300-001GB VF Edition...
  • Page 2 Any nonconformity with the instructions contained in the manual may be harmful or may cause violation of the law in force POLON-ALFA bears no responsibility for any damage resulting from usage inconsistent with the manual. A waste product, unsuitable for further use, shall be passed to a waste electric and electronic equipment collection point.

  • Page 3: Table Of Contents

    ID-E300-001E CONTENTS 1 INTRODUCTION ......................6 1.1. Documentation contents ....................6 1.2 Control panel application..................... 6 1.3 Safety conditions ......................... 6 1.3.1 Electric shock protection ........................ 6 1.3.2 Installation and equipment safety ....................6 1.3.3 Repairs and maintenance ....................... 7 1.3.4 Fuse replacement ...........................
  • Page 4 ID-E300-001GB 7.3 Assigning alarm parameters to zones ................. 37 7.4 EKS-4001 monitoring and controlling elements declaration ..........38 7.5 EWS-4001 multi-output controlling elements declaration ........... 42 7.6 EWK-4001 multi-input monitoring elements declaration ............ 44 7.7 SAL-4001 acoustic signalling devices declaration ..............45 7.8 UCS 4000 universal controlling panel declaration ...............
  • Page 5 12.2 Periodic inspections and maintenance rules ..............68 13 PACKING, TRANSPORTATION, STORAGE ..............68 13.1 Packing ........................... 68 13.2 Transport rules ........................ 68 13.3 Storage rules ........................68 14 DESIGNER’S TABLES ....................69 APPENDIX A – POLON 4000 SYSTEM LINE ELEMENTS ............77...

  • Page 6: Introduction

    POLON 4200 fire detection and alarm control panel which constitute a part of the POLON 4000 system. The OMD contains information necessary for the panel proper installation, servicing and operation as well as may be helpful in fire detection and alarm system designing.

  • Page 7: Repairs And Maintenance

    Maintenance works and periodic inspections should be executed by skilled personnel employed by companies authorised or trained by Polon-Alfa. Any repairs must be carried out by the manufacturer. Polon-Alfa bears no responsibility for the operation of any apparatus being serviced or repaired by unauthorised personnel.

  • Page 8: Device Completeness

    POLON 4000 system digital monitoring (PMC-4000) A digital monitoring protocol applicable in POLON 4000 control panels. 2 DEVICE COMPLETENESS Table 2.1 lists the set of items which compose the POLON 4200 control panel furnishings.

  • Page 9: Technical Specifications

    ID-E300-001E Table 2.2 Item Part description Quantity Melt fuse F3,15L250V 1 pc Melt fuse F1L250V 3 pcs Melt fuse F500L250V 1 pc Melt fuse F630L250V 1 pc Table 2.3 Item Description Drawing (catalogue) No. PAR-4800 battery container A/E270-140.00.00-1 Hanger B/E300-70.00.00-1 Computer keyboard 3 TECHNICAL SPECIFICATIONS Control panel supply voltage, mains 50 Hz...
  • Page 10 ID-E300-001GB Minimum insulation resistance between wires in installation 100 kΩ Addressable detection line operation circuits: – loop-shaped, with a possibility to eliminate one break or short circuit in detection line wires (A type detection line), – radial without loop (B type detection line) Number of addressable elements in one line, depending on total quiescent current, but not higher than: –...

  • Page 11: Design Descriptions

    External devices interoperation: – computer keyboard, – personal computer, – POLON 4000 system (PMC-4000) digital monitoring system, – interoperation of the control panel with the TSR-4000 terminal: – maximum number of terminals connected to one control panel 4 DESIGN DESCRIPTIONS 4.1 Overall control panel description...

  • Page 12: Handling And Signalling Elements

    ID-E300-001GB 4.3 Handling and signalling elements 4.3.1 Optic LED indicators The signalling and handling elements are placed on the control panel door, which is called the TSO- 4200 signalling and operating board or, in other words, the operator’s console. Fig. 4.2 presents the signalling and handling elements arrangement.

  • Page 13: Control Panel Handling And Signalling Elements

    ID-E300-001E Fig. 4.2 Signalling and handling elements located on the control panel front plate 4.3.2 Control panel handling and signalling elements Fig. 4.3 Control panel handling and signalling elements...
  • Page 14 ID-E300-001GB 1 – ACKNOWLEDGEMENT a) indicator – active acknowledgement function, b) push button – to silence the control panel buzzer in the fire alarm, technical alarm or fault mode; in the two-stage alarm it actuates the T2 time. 2 – RESET a) indicator –...

  • Page 15: Numeric Keypad And Edition Push Buttons

    ID-E300-001E 11 – DISABLEMENT a) indicator – collective of a disablement: – steady light – a disablement switched on. b) push button – quick access to disablement messages. 12 – TESTING a) indicator – collective of testing: – steady light– testing switched on. b) push button –...

  • Page 16: Operation Descriptions

    ID-E300-001GB 0 ÷ 9 – numeric keypad. MENU – control panel main menu display. Esc – current operation aborting. ↵ ↵ ↵ ↵ Enter – approval of a currently selected menu option and moving the cursor to the beginning of the next line (during message edition)).

  • Page 17: Tso-4000 Operator's Console

    ID-E300-001E Fig. 5.1 POLON 4200 block diagram 5.2 TSO-4000 operator’s console The board TSO-4200 consists of the following main parts: • liquid crystal display (LCD), • PS-49 signalling devices board, • PO-42 operation panel (keypad + signalling diodes), • DR-48 printer. The LCD is connected (mechanically and electrically) with the PSC-43 central controller board located on the control panel door.

  • Page 18: Module Signalling And Handling Elements

    ID-E300-001GB 5.3.1 Module signalling and handling elements On the PSC-43 module left inner edge there are two illuminating diodes that indicate the module operation service status. A mini-switch, marked as Reset μPC, located in the board back, is used to perform the μPC microprocessor’s restart (by a short button pressing).

  • Page 19: Msl-1M-42 Line Module

    The MSL-1M-42 line module is provided for controlling and supporting the detection lines in which the POLON 4000 system addressable line elements are installed. Any addressable detection line can operate as a loop-shaped A type circuit or radial B type one (open line).
  • Page 20 ID-E300-001GB Note: In case the ADC-4001M adapter with a grounded intrinsically safe barrier is applied in a side line, it is necessary to disable the earth fault signalling by removing the S4 jumper on the MSL-1M-42 module. The MSL-1M-42 module communicates with the PSC-43 module receiving information about the current configuration of addressable elements in detection lines and about commands to be accomplished (switch an element or line on/off, reset an element, etc.), in return transmitting processed data concerning addressable elements and detection line status.

  • Page 21: Ppw-42 Programmable Outputs/Inputs Module

    5.5 PPW-42 programmable outputs/inputs module 5.5.1 General description The programmable outputs/inputs module enables connection of external devices to the control panel, transmission of alarm and fault signals, other devices operation supervision, etc. Extensive outputs software makes this module flexible, ensuring any configuration of installation. The PPW-42 module is furnished with the following outputs: •...
  • Page 22 ID-E300-001GB Output actuation time parameters Every output: both PK relay output (except for PU) and LS potential output can operate with a defined actuation time program (also depending on the defined output time). It may depend on the global parameters (T1, T2 and T3), individual parameters (Top) or a combination of these parameters, depending on the programming types and variants.

  • Page 23: Output To Fire Alarm Devices (Type 1)

    ID-E300-001E Specification of the LS supervised potential output lines The potential outputs are defined as supervised outputs, i.e. they are tested by measuring the characteristic resistance of a potential line during quiescent mode in order to detect line faults with the reversed polarisation (negative) of the output voltage.

  • Page 24: Output To Protecting Devices (Type 3)

    ID-E300-001GB Table 5.4 Time Variant Zone Nos Actuation Criterion Parameters ― T1, T2 stage fire alarm at control panel 0 ÷ 256 T1, T2 stage fire alarm in assigned zones At any time, the outputs to fire alarm transmission devices may be disabled and re-enabled (excluding outputs permanently program disabled) at an appropriate access level by using the push button on the control panel front panel marked: ALARM TRANSMISSION DEVICES –...
  • Page 25 ID-E300-001E General non-maskable fault at control panel until ― acknowledgement General technical alarm at control panel until ― acknowledgement 0 ÷ 256 Fault in zone 1 ÷ 50 EKS 1 ÷ 2 inputs fault 1 ÷ 50 EKS 1 ÷ 2 inputs non-maskable fault 1 ÷...

  • Page 26: Information Output (Type 5)

    ID-E300-001GB 5.5.7 Information output (TYPE 5) The information output can be programmed to transmit information about the system (control panel and line elements) condition, not being the fire alarm or fault mode. Table 5.7 Time Variant Actuation Criterion Parameters ― Disablement mode ―...
  • Page 27 ID-E300-001E Technical Quiescent mode Technical alarm alarm 2k7< R < 16 k R <0.9 k R > 30 k R – characteristic resistance of detection lines together with connecting cables Monitoring inputs programming variants Variant 1: A monitoring line input can be assigned to one of the previously declared outputs: relay or potential, defined as TYPE-1, TYPE-2, TYPE-3.
  • Page 28 ID-E300-001GB Fig. 5.6 Exemplary use of monitoring line assigned to relay output Fig. 5.7 Exemplary use of monitoring line assigned to potential output Fig. 5.8 Exemplary connection of external device contact into monitoring line...

  • Page 29: Port 1 And Port 2

    POLON 4200 control panel configuration special software. Transmission speed 9600 b/s. PORT TYPE – 2 Used for interoperation with a monitoring station utilizing the POLON 4000 system PMC-4000 digital monitoring protocol. Declared transmission speed: 2400 b/s, 4800 b/s, 9600 b/s.

  • Page 30: Tsr-4000 Terminal Output

    ID-E300-001GB 5.5.11 TSR-4000 terminal output The PPW-42 module is equipped with one output of the RS-485 standard (galvanic isolated from the control panel) to connect the TSR-4000 parallel signalling terminals (up to 16 pieces). The terminal connection consists in connection of the clamps marked with ‘A’ and ‘B’, located on the PPW-42 module, with appropriate clamps placed on the TSR-4000 terminal.

  • Page 31: Printer

    ID-E300-001E 5.6 DR-48 Printer The DR-48 thermal printer is used to register (in a printout form, on a paper band) the events which take place when a facility is monitored by the POLON 4200 control panel. The following occurrences are considered as events: - alarms;...

  • Page 32: Power Supply Module

    ID-E300-001GB ----- ALARMU RESET ----- 2007-01-30 17:25:17 The printer is equipped with a thermal paper roll (width 80 mm and max. diameter Ø 50 mm). On a board at the back of the printer, two mono-stable push buttons (PAPER and RESET) are located - used for the following operations: - printer paper out feed using the PAPER push button;...

  • Page 33: Control Panel Interoperation With Battery Cluster

    ID-E300-001E - AC 230 V/50 Hz – as the basic power source; - DC 24 V – a reserve power source (battery cluster). The MZ-4212 power supply module (nominal voltage at 30 V/2 A) is equipped with a mains switch. It is designed as a separate block located in the right lower corner of the control panel and supplies all control panel modules and facilitates operation with the battery cluster.

  • Page 34: Addressable Detection Lines

    If the side line appears indispensable, it is advised to decrease as much as possible (less than a dozen) the number of the line elements installed in this line. The POLON 4000 system detection lines should be routed as follows: 1. radial lines without branches, 2.

  • Page 35: Addressable Elements Numbering

    300 nF. 6.2 Addressable elements numbering In the POLON 4000 system each addressable element possesses a unique 12-digit number, which is also called the factory number, whereas the control panel in its normal operation refers to the addressable elements using a short number (the short number – a figure from 1 ÷ 64 range). During a detecting line configuration, every addressable element factory number is assigned to a consecutive element number.

  • Page 36: Design Guidelines

    4043 and 4046 model range detectors. It is recommended to use screened wires in the POLON 4000 system. In the installation design process it is important to meet all requirements contained in technical specifications, it is necessary to pay special attention to the detection line capacity.

  • Page 37: Addressable Elements Declaration

    ID-E300-001E 7.2 Addressable elements declaration The control panel receives information and control operation of addressable elements, which are declared (operationally assigned) by the user. In the standard configuration (that is received by the user with the control panel) no addressable element is declared. Until declaration, no signal concerning type and status of line elements is being received but every 2 minutes the control panel checks coherence of the elements installed in the addressable detection line with the declared ones and –...

  • Page 38: Eks-4001 Monitoring And Controlling Elements Declaration

    ID-E300-001GB executed also in the case of a manual call point (ROP) actuation since such a situation is treated in different way than signals by other addressable element – the control panel evokes the 2 fire alarm without any delay. The program alarm variants assignment to zones should be carried out together with the user message declaration according to the PM.
  • Page 39 ID-E300-001E a set of assigned inputs of other EKS elements if it is required by a given variant (or own • inputs if the variant permits it) – the range of assigned EKS elements: 1 ÷ 50, EKS inputs range: 1 ÷ 2); a set of assigned EWK inputs if it is required by a given variant (range of assigned EWK •...
  • Page 40 Table 7.1 Zones/EKS/EWK Variant Actuation Criterion Numbers ― inactive output ― stage general alarm 0 ÷ 256 ‘union’ of 1 stage alarms in assigned zones 0 ÷ 256 ‘conjunction’ of 1 stage alarms in assigned zones ― stage general alarm 0 ÷...
  • Page 41 ID-E300-001E The output activation is performed in the case of a 2 stage alarm occurrence in the control panel. Variant 5 – ‘union’ of 2 stage alarms in assigned zones The output activation is performed in the case of a 2 stage alarm occurrence in at least one zone that is assigned to this relay.

  • Page 42: Ews-4001 Multi-Output Controlling Elements Declaration

    0, which causes that such an element is inactive. An exemplary drawing showing the EKS-4001 element use is included in the document called ‘Fire alarm installation designing using POLON 4000 interactive fire alarm system’ and in the EKS-4001 ‘Installation and Maintenance Manual”.
  • Page 43 ID-E300-001E The EWS-4001 relay output activation variants Table 7.2 lists the EWS output programming possibilities. For variants with additional zone dependencies: the zone number = 0 means a dependence on a ‘unit’ or ‘ intersection’ (depending on the variant) of events within all zones in a selected control panel. Table 7.2 Zones Variant...

  • Page 44: Ewk-4001 Multi-Input Monitoring Elements Declaration

    ID-E300-001GB Output relay actuation variants are programmed only for a EWS that possesses a logical number. In the case of variant 2 and variant 5 application, at least one zone should be assigned to the EWS, whereas in the case of variant 3 and variant 6 application, at least two zones should be assigned. Variants 1 and 4 do not require any zone assignation.

  • Page 45: Sal-4001 Acoustic Signalling Devices Declaration

    ID-E300-001E - variant (see below); - fire alarm zone (if required by the variant); - technical alarm message (if required by the variant). The EWK-4001 input monitoring variants Variant 0 Means inactive input (no signals from the input are received). Variant 1 –technical alarm input The input activation by specific resistance closing or opening (depending on the input set operation mode) causes technical alarm evoking in the...
  • Page 46 ID-E300-001GB The operation mode is defined by the following element parameters (standard mode in bold print): sound pattern – type1 or type2 or type3; battery power supply monitoring (YES or NO); internal power supply monitoring (YES or NO). The set of parameters defining an operation mode is directly connected with the line element and is programmed while declaring the SAL element as a line element.

  • Page 47: Ucs 4000 Universal Controlling Panel Declaration

    (PSU-4000 module), o rain/wind sensor power supply (fuse) fault (PSU-4000 module), o fault of lack of declaration of the PSU-4000 module. 7. modes of the addressable module provided for communication with the POLON 4000 system: o EEPROM memory fault,...
  • Page 48 ID-E300-001GB o short circuit isolator switching off, o short circuit isolation, o lack of communication between the line processor and UCS. The POLON 4200 control panel – depending on a programmed variant accomplishment – sends to the UCS controlling unit a signal that actuates the P1 main relay (and other inputs individually dependent on this signal).

  • Page 49: Ucs 6000 Universal Control Panels Declaration

    ID-E300-001E ― stage general alarm 0 ÷ 256 ‘union’ of 2 stage alarms in assigned zones 0 ÷ 256 ‘conjunction’ of 2 stage alarms in assigned zones Variant 0 Means the lack of the relay actuation criterion (permanently non-activated output). Variant 1 –...
  • Page 50 ID-E300-001GB 2. fire alarm (active RPO – manual smoke exhaust button connected to the UCS dedicated input, an alarm from a conventional detection line connected to the UCS controller, or possibly an alarm from an external input), 3. technical alarm – output actuation confirmation in the UCS as a result of an fire alarm from the control panel, 4.
  • Page 51 ID-E300-001E panel number ”―” enables actuation dependence on evens in a local control panel only. In the case of variants with additional zone dependence, zone number = 0 means dependence on a ‘union’ of all events from all zones in a given control panel belonging to the common supervision area.

  • Page 52: Tsr-4000 Terminals Declaration

    0, which causes that such an element is inactive. 7.10 TSR-4000 terminals declaration The TSR-4000 terminal is a remote device for the POLON 4000 system control panels’ state indication. Up to 16 terminals can be connected to one control panel; transmission is provided utilizing an RS-485 serial interface.

  • Page 53: One-Stage Alarm (Variant 1)

    ID-E300-001E The 1 stage alarm is indicated internally and it always requires the attending personnel appearance and the alarm acknowledgement by pressing the ACKNOWLEDGEMENT push button within the T1 period) and recognition of a danger in the premises (during T2 period). In the case of lack of appropriate reaction by the personnel on duty to the 1 alarm, the 2 stage alarm is evoked.

  • Page 54: One-Stage Alarm With Warning Device Single Reset 40/60 S (Variant 3)

    ID-E300-001GB 8.1.4 One-stage alarm with warning device single reset 40/60 s (variant 3) After a warning device actuation, the control panel waits for 40 s for actuation of another warning device in the same zone. If it happens, the control panel evokes the 2 stage alarm.

  • Page 55: Two-Stage Alarm With Coincidence Of Two Warning Devices (Variant 8)

    ID-E300-001E 8.1.9 Two-stage alarm with coincidence of two warning devices (variant 8) After a warning device actuation, the control panel resets the warning device and indicates a preliminary alarm mode. In case the same (reset) warning device is re-actuated and at least one more warning device is actuated in the same zone within the following 8 minutes, the control panel evokes the 2 stage alarm and the alarming process is continued as in the variant 2.

  • Page 56: Two-Stage Alarm With Group-Time Coincidence (Variant 12)

    ID-E300-001GB separated with any physical obstacle. Any failure to meet those conditions can result in the alarming warning device continual reset. 8.1.13 Two-stage alarm with group-time coincidence (variant 12) After an actuation of warning devices belonging to one of the A or B group, the warning devices from one group are initially reset the control panel indicates the preliminary alarm mode.

  • Page 57: Two-Stage Alarm With Preliminary Zone Reset And Two Warning Devices Coincidence In Order To Speed Up 2 Nd Stage Alarm (Variant 16)

    ID-E300-001E Note: The variant proper performance requires declaring at least two warning devices (more is recommended) in the zone. 8.1.17 Two-stage alarm with preliminary zone reset and two warning devices coincidence in order to speed up 2 stage alarm (variant 16) After an actuation of a warning device belonging to the zone, the control panel measures out a 40-s period and automatically resets the zone then.

  • Page 58: Fault Signalling

    ID-E300-001GB The operation mode switchover is performed after the PERSONNEL ABSENT push button pressing and is indicated by illumination of the diode located in the button. The control panel operation mode change is available from at least the 2 access level. The PERSONNEL ABSENT operation mode switchover is executed automatically if one of four times that automatically changes the operation mode for the PERSONNEL ABSENT, is programmed.

  • Page 59: Testing

    ID-E300-001E - switched on short circuit isolator, - EEPROM memory fault, - EKS input line fault, - EKS WE1 input line fault, - EKS WE2 input line fault, - EKS WE1 non-maskable fault, - EKS WE2 non-maskable fault, - EWS relay fault, - SAL battery or external power supply unit fault.

  • Page 60: Tso-4200 Table Signalling Elements Testing

    ID-E300-001GB 8.3.1 TSO-4200 table signalling elements testing During signalling elements test execution, consecutive optical diodes are lit and acoustic signals are switched on. After the test, the control panel automatically returns to normal operation. A testing process is automatically interrupted in the case of a fire alarm signal receipt by the control panel, it is impossible to switch to the test mode during a fire alarm signalling.

  • Page 61: System Elements Disablement/Re-Enablement

    ID-E300-001E 8.4 System elements disablement/re-enablement The control panel software enables disablement of line elements, zones, outputs controlled by the PPW module or EKS-4001 monitoring and controlling elements. Any disablement is indicated by the control panel with a steady light of the DISABLEMENT collective yellow diode.

  • Page 62: Ewk-4001 Monitoring Elements Disablement/Re-Enablement

    ID-E300-001GB off and an interruption of the output fault signalling. After a re-enablement, unless the fault is removed, signalling is restored. After a re-enablement, unless the fault is removed, signalling is restored. 8.4.7 EWK-4001 monitoring elements disablement/re-enablement The EWK-4001 monitoring elements disablement/re-enablement is executed in the EWK ELEMENT DISABLEMENT option as a logical device.

  • Page 63: Standard Configuration

    ID-E300-001E 9 STANDARD CONFIGURATION The POLON 4200 control panel is delivered to the user with initial operation conditions programmed by the manufacturer, what is called the standard (default) configuration. Pursuantly to the standard configuration, the control panel is programmed as follows: 1.

  • Page 64: Access Codes

    ID-E300-001GB The standard configuration loading can be completed by restarting the μPC micro-processor in the PSC-43 module, if the K1 key of the SW1 switch is turned on. The factory access codes loading can be completed by restarting the μPC micro-processor in the PSC- 43 module, if the K1 key of the SW1 switch is turned on.

  • Page 65: Power Supply Connection

    ID-E300-001E Ambient temperature should not be lower than 0 °C and higher than + 40 °C. In the case of high noise level, outdoor acoustic signalling devices should be applicable, controlled by signalling line or the PPW module relay contacts. The control panel should be fixed to a wall using a special frame delivered with the device (Fig.

  • Page 66: Control Panel Inputs And Outputs

    ID-E300-001GB Fig. 11.2 Type B radial line elements connection way Fig. 11.3 Type A loop-shaped line elements connection way 11.4 Control panel inputs and outputs Terminal Contacts marking Location Description block – + P1 MSL-1M-42 Detection loop 1 return – + L1 „...

  • Page 67: Operation And Maintenance

    ID-E300-001E – + P4 „ Detection loop 4 return – + L4 „ Detection line/loop 4 output 1 + – „ Signalling line output (of 0.5 A load in alarm) 2 + – „ Signalling line output (of 0.1 A load in alarm) 1 + –...

  • Page 68: Periodic Inspections And Maintenance Rules

    ID-E300-001GB BZ1/3.15 A of F3,15L250 V type battery cluster circuit protection, BZ2/1 A of F1250 V type +24 V control panel power supply circuit protection BZ3/1 A of F1250 V type +24 V auxiliary external device power supply circuit protection In the MSL-1M-42 module: B1/500 mA of F500L250 V MSL-1M-42 module protection...

  • Page 69: Designer's Tables

    ID-E300-001E 14 DESIGNER’S TABLES Table 15.1 MSL-1M-42 MODULE DECLARATION LINE NO. 1 : ....MSL- 1M- 42 module LINE NO. 2 : ............. LINE NO. 3 : ....LINE NO. 4 : ....Table 15.2 SERIAL PORTS DECLARATION PORT TYPE TRANSMISSION SPEED PORT No.
  • Page 70 ID-E300-001GB Table 15.5 PARAMETERS OF LINE ELEMENTS – FIRE WARNING DEVICES Line Element Operation Factory No. Type Zone Group Mode...
  • Page 71 ID-E300-001E Table 15.6 ZONES CONFIGURATION Zone No. Alarming variant Message max 32 characters (text line 1) Message max 32 characters (text line 2)
  • Page 72 ID-E300-001GB Table 15.7 EKS – 4001 MONITORING AND CONTROLLING ELEMENTS PARAMETERS Operation mode Continuity Output Line Element Actuation Monitoring Factory No. logical monitoring relay monitoring method actuation Input 1 Input 2 Input 1 Input 2 YES/NO delay...
  • Page 73 ID-E300-001E Table 15.8 EKS – 4001 MONITORING AND CONTROLLING ELEMENTS LOGICAL CONFIGURATION User message Actuation Input logical Assigned zones Variant Non-maskable fault Technical alarm max 32 characters max 32 characters max 32 characters max 32 characters...
  • Page 74 ID-E300-001GB Table 15.9 RELAYS CONFIGURATION PK Number Zones/EKS Type Variant Delay Table 15.10 SIGNALLING LINES CONFIGURATION LS Number Type Zones/EKS Variant Delay...
  • Page 75 ID-E300-001E Table 15.11 MONITORING LINES CONFIGURATION Monitored Monitored User message Variant output type output No. PK/LS (only in var.1) Non-maskable fault Technical alarm max 2 x 32 characters max 2 x 32 characters ...........................................................................
  • Page 76 ID-E300-001GB Table 15.13 EWK-4001 MULTI-INPUT MONITORING ELEMENTS PARAMETERS AND CONFIGURATION Input Line Elem. Input Factory No. log. monitoring Technical alarm message variant Table 13.14 SAL – 4001 ACOUSTIC SIGNALLING DEVICE PARAMETERS AND CONFIGURATION Line Elem. Oper. Output Actuation Factory No. log.

  • Page 77: Appendix A - Polon 4000 System Line Elements

    600 µA UCS 6000 universal fire controlling unit 600 µA maximum current drawn by element from detection line/loop of POLON 4000 system control panel. signalling device without additional power supply must be provided with line/loop current for alarming. ID-E300-001GB/10.2011/06.2012...

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