Polon-Alfa 4000 Operation And Maintenance
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Polon-Alfa 4000 Operation And Maintenance

Inveractive fire detection and alarm system addressable control panel
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POLON 4000
INTERACTIVE FIRE DETECTION AND ALARM SYSTEM
POLON 4100
FIRE DETECTION AND ALARM
ADDRESSABLE CONTROL PANEL
Operation and Maintenance Documentation
ID-E342-001GB
IB Edition

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Pal Anemona
February 28, 2025

How to dezactivate alarm

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1 comments:
Mr. Anderson
February 28, 2025

To deactivate the alarm on the Polon-Alfa 4000 control panel, press the backlit ‘ACKNOWLEDGEMENT’ button. This cancels the fire alarm at the control panel. However, fire alarm signaling cancellation requires at least 2nd level access authorization.

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Summary of Contents for Polon-Alfa 4000

  • Page 1 POLON 4000 INTERACTIVE FIRE DETECTION AND ALARM SYSTEM POLON 4100 FIRE DETECTION AND ALARM ADDRESSABLE CONTROL PANEL Operation and Maintenance Documentation ID-E342-001GB IB 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

    6.4 EKS-4001 monitoring and controlling elements declaration ............36 6.5 EWS-4001 multi-output controlling elements declaration............40 6.6 Multi-output controlling elements declaration ................42 6.7 SAL-4001 acoustic signalling devices declaration ................ 43 6.8 UCS 4000 universal controlling panel declaration ............... 45...
  • Page 4 ID-E342-001GB 6.9 UCS 6000 universal controlling panel declaration ............... 47 6.10 TSR-4000 terminals declaration ....................50 7 FUNCTIONALITY DESCRIPTIONS ....................51 7.1 Alarming ............................51 7.1.1 Alarm types ........................... 51 7.1.2 One-stage alarm (variant 1) ....................52 7.1.3 Two-stage alarm (variant 2) ....................52 7.1.4 One-stage alarm with warning device single reset 40/60 s (variant 3) ........
  • Page 5 11.2 Periodic inspections and maintenance rules ................66 12 PACKING, TRANSPORTATION, STORAGE ................. 66 12.1 Packing ............................66 12.2 Transport rules ........................... 66 12.3 Storage rules ..........................66 13 DESIGNER’S TABLELS ......................67 APPENDIX A – POLON 4000 SYSTEM LINE ELEMENTS ..............72...

  • Page 6: Introduction

    POLON 4100 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 4100 control panel furnishings.

  • Page 9: Technical Specifications

    ID-E342-001GB Servicing manual IO-E342-001 Warranty certificate Control panel package Table 2.2 Item Description Drawing (catalogue) No. Computer keyboard Table 2.3 Item Part description Quantity NANO 3.15 A mini-fuse 1 pcs NANO 630 mA mini-fuse 3 pcs. 3 TECHNICAL SPECIFICATIONS INPUT PARAMETERS Control panel basic power supply voltage –...
  • Page 10 • Maximum number of SAL-4001 acoustic signalling devices in total, connected to control panel • Maximum number of UCS 4000/UCS 6000 universal controlling panels in total, connected to control panel • connected to one detecting line •...

  • Page 11: Design Descriptions

    Programmable inputs – monitoring lines number 2 (LK2, LK3) • Maximum number of zones assigned to outputs (total number of assigns to PK, LS type outputs and EKS-4001, EWS-4001, UCS 4000, 64,000 UCS 6000 line elements) ENVIRONMENTAL PARAMETERS Transportation temperature - 25 °C ...

  • Page 12: Module Arrangement

    ID-E342-001GB All signalling and handling elements are located on the control panel door. Electronic circuit modules and a mains power supply unit are placed inside the cabinet. Round holes are provided (at the control panel back side top) for installation wires introduction. Below, there is a round rubber pass for introducing of mains power supply and grounding wires.

  • Page 13: Control Panel Handling And Signalling Elements

    ID-E342-001GB Fig. 4.2 Signalling and handling elements located on the control panel front panel 4.3.2 Control panel handling and signalling elements Fig. 4.3 Control panel handling and signalling elements...
  • Page 14 ID-E342-001GB NAME INDICATOR – Description PUSH BUTTON – Description ACKNOWLEDGEMENT An active confirmation function Silencing of the buzzer located in the control panel in a fire alarm, technical alarm and fault mode; in the case of two- stage alarming it activates T2 time RESET An active reset (cancellation) Fire alarm reset (cancellation)

  • Page 15: Numeric Keypad And Edition Push Buttons

    ID-E342-001GB NAME INDICATOR – Description PUSH BUTTON – Description TEST Collective of tests being carried out Fast access to test messages continuous signalling – testing switched on TECHNICAL ALARM Collective of technical alarm Fast access to technical alarm messages continuous signalling – a technical alarm is confirmed, flashing signalling –...

  • Page 16: Operation Descriptions

    ID-E342-001GB 0...9 numeric keypad menu control panel main menu display Push Function button current operation aborting enter activation of a currently selected menu option and moving the cursor to the beginning of the next line (during communique/message edition) movement from one menu window to another backspace deleting the character to the left of the cursor and moving the text backwards one character space...
  • Page 17 1 RS-232 serial connector, and 1 USB port to connect a computer or digital monitoring, as well as the RS-485 output to connect the TSR-4000 parallel indication terminals. Additionally, the module produces the following power supply voltage: 1.

  • Page 18: Psc-41 Central Controller Module

    ID-E342-001GB 5.2 PSC-41 central controller module The PSC-41 central controller module is equipped with the μPC (logically identified as μP1) microprocessor circuit that ensures the control panel unfailing operation. The module is furnished with ROM program memory (located in a separated MP-41 module), RAM operational memory, and SETUP configuration memory (a database that determines the equipment environment and system operation arrangement).

  • Page 19: Mls - 41 Line-Controlling Module

    - 1 RS-232 serial port (PORT1) to connect a computer or monitoring station, - 1 USB port (PORT2) to connect a computer or monitoring station, - 1 port to connect a PS2 computer keyboard, - 1 RS-485 serial port to connect the TSR-4000 parallel indication terminals,...

  • Page 20: Addressable Detection Lines

    ID-E342-001GB - 1 power supply output for external devices supply – of 0.5 A load and 24 V voltage, - controlling and power supply monitoring circuits (together with reserve power supply batteries). Fig. 5.3 MLS – 41 line-controlling module 5.4 Addressable detection lines 5.4.1 Detection lines types Type A addressable detection lines –...
  • Page 21 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 22 ID-E342-001GB Fig. 5.4 POLON 4100 control panel exemplary detection lines...

  • Page 23: Addressable Elements Numbering

    ID-E342-001GB 5.4.2 Addressable elements numbering In 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 detecting lines configuration, every addressable element factory number is assigned to a consecutive element number.

  • Page 24: Inputs-Outputs

    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 25: Fire Alarm Transmission Device Output (Type 1)

    ID-E342-001GB Table 5.4 Relay State Relay contacts state No faults, quiescent mode Closed C-NC PK1 (PU) General fault Closed C-NO No actuation criterion Closed C-NC PK2 ÷ PK3 Actuation criterion Closed C-NO Output actuation time parameters Each output: PK relay type (except PU) as well as LS potential one can operate with a given switch-on time program (depending also on the output defined type).

  • Page 26: Fire Alarm Transmission Device Output (Type 2)

    ID-E342-001GB Note: Time elapsing is interrupted (the T3 time is set at 0 in the countdown time) and the alarm device outputs are immediately activated in case the control panels enters the 2 stage alarm mode. If the T3 parameter is settled at the maximum level (10 min.), it is possible to obtain ‘only from the 2 stage alarm’...

  • Page 27: Protective Device Output (Type 3)

    ID-E342-001GB The outputs fault is indicated by a yellow diode in the box: ALARM TRANSMISSION DEVICES – FAULTY. 5.6.5 Protective device output (TYPE 3) Table 5.8 Zone Time Variant Actuation criterion numbers parameters ― The 1 stage alarm at the control panel ―...

  • Page 28: Information Output (Type 5)

    ID-E342-001GB 1 ÷ 40 EKS non-maskable fault inputs 1 ÷ 2 until acknowledgement 1 ÷ 40 EKS technical alarm inputs 1 ÷ 2 until acknowledgement ― Potential outputs fault ― System fault ― Power supply fault ― Potential outputs fault until acknowledgement ―...
  • Page 29 ID-E342-001GB 2. to monitor the external devices functioning, 3. as a technical alarm output. The input status is analysed on the basis of measurement of the detection line specific resistance (Table 5.11). The specific resistance (together with connecting wires resistance) ranges between 2.7 kΩ...
  • Page 30 ID-E342-001GB monitoring input. In case resistance falling into the line technical alarm range is revealed, a technical alarm is evoked. An exemplary application is presented in Fig. 5.7 and Fig. 5.8. Monitoring line outputs programming Table 5.12 Monitored output Monitored output Variant Monitoring type type...
  • Page 31 ID-E342-001GB Fig. 5.7 Exemplary use of a monitoring line assigned to a potential output Fig. 5.8 Exemplary external device joint connection into a monitoring line Fig. 5.9 Exemplary use of a potential line to switch an acoustic signalling device on...

  • Page 32: Serial Ports

    The following connectors are located on the MLS-41 module board: a RS-232 type serial port 9-pin joint and a RS-485 type 2-pin joint: PORT 1 – to connect a computer, PMC-4000 monitoring or a serial printer, USB – to connect a computer or PMC-4000 monitoring, RS-485 –...

  • Page 33: Tsr-4000 Terminal Output

    Department. 5.6.11 TSR-4000 terminal output The MLS-41 module is equipped with one RS-485 type output to connect the TSR-4000 parallel signaling terminals (max 16). Maximum length of the cable laid between the control panel and the last terminal should not exceed 1,200 m.

  • Page 34: Control Panel Interoperation With Battery Panel

    ID-E342-001GB In the case of a 230 V/50 Hz mains voltage outage, the control panel switches over to the reserve power supply from the battery panel automatically, without any disruption in its operation. When mains voltage reappears, the power supply unit charges the batteries until reaching the terminal charge voltage;...

  • Page 35: Addressable Elements Declaration

    4. zone number or logical number: - zone number from 1 ÷ 128 range in the case of a fire warning device, - logical number from 1 ÷ 40 range for EKS-4001, SAL-4001, EWS-4001, EWK-4001, UCS 4000, UCS 6000 element number, 5.

  • Page 36: Eks-4001 Monitoring And Controlling Elements Declaration

    ID-E342-001GB The POLON 4100 control panel ensures a possibility to choose an alarm method for a particular zone, one of 17 available ones. Alarm variants should be matched so that they guarantee early and at the same time dependable fire danger detection.
  • Page 37 Table 6.1 stage – EKS-4001 declaration Parameter Value/Figure Element number 1 ÷ 64 Logical number 1 ÷ 40 Parameter ― OUT continuity control IN 1 actuation control YES (40 s) YES (70 s) YES (130 s) Operation IN 2 actuation control YES (40 s) YES (70 s) YES (130 s)
  • Page 38 ID-E342-001GB ― General non-maskable fault in the control panel ― General technical alarm in the control panel 0 ÷ 40 ‘union’ of faults of assigned EKS inputs 0 ÷ 40 ‘union’ of non-maskable faults of assigned EKS inputs 0 ÷ 40 ‘union’...
  • Page 39 ID-E342-001GB The output activation is performed in the case of a general non-maskable fault occurrence in the control panel or any control panels of the common supervision area. Variant 9 – general technical alarm in the control panel The output activation is performed in the case of a general technical alarm occurrence in the control panel or any control panels of the common supervision area.

  • Page 40: Ews-4001 Multi-Output Controlling Elements Declaration

    ID-E342-001GB the line resistance has changed for the one that corresponds to a non-maskable fault, such a non- maskable fault is not signalled yet. A non-maskable fault is also not signalled if the output is settled at variant 0. After the standard configuration loading and automatic configuration performance, EKS elements are assigned to a special logical number 0, which causes that such an element is inactive.
  • Page 41 ID-E342-001GB 0 ÷ 128 ‘Union’ of 1 stage alarms in assigned zones 0 ÷ 128 ‘Conjunction’ of 1 stage alarms in assigned zones ― General 2 stage alarm 0 ÷ 128 ‘Union’ of 2 stage alarms in assigned zones 0 ÷ 128 ‘Conjunction’...

  • Page 42: Multi-Output Controlling Elements Declaration

    An exemplary drawing showing the EWS-4001 element use of is included in the shown in the document called ‘Fire alarm installation design using the POLON 4000 interactive fire signalling system’, which is available at POLON-ALFA web site, and in the EWS-4001 ‘Installation and Maintenance Manual”.

  • Page 43: Sal-4001 Acoustic Signalling Devices Declaration

    An exemplary drawing showing the EWK-4001 element use of is shown in the document called ‘Fire alarm installation design using the POLON 4000 interactive fire signalling system’, which is available at POLON-ALFA web site, and in the EWK-4001 ‘Installation and Maintenance Manual”.
  • Page 44 ID-E342-001GB The SAL-4001 operation way is a resultant of the element programmed operation mode and the piezoelectric transducer activation variant. The entire EWS-4001 programming process is completed in two stages. Table 6.6 stage – SAL-4001 declaration Parameter Value/Figure Element number 1 ÷...

  • Page 45: Ucs 4000 Universal Controlling Panel Declaration

    , etc. (detailed information is contained in the device I&MM). The UCS 4000 controller is able to interoperate with the POLON 4100 control panel using a detection line (connected to the circuit as any other line element).
  • Page 46 Each UCS type element can be assigned only to one logical number and reversely. The UCS 4000 operation way is a resultant of the P1 main relay actuation variant and individual settings of the keys in the UCS controlling unit.

  • Page 47: Ucs 6000 Universal Controlling Panel Declaration

    The P1 main relay actuation variants are programmed only for a UCS 4000 that possesses a logical number. In the case of variant 2 and variant 5 application, at least one zone should be assigned to the UCS device, whereas in the case of variant 3 and variant 6 application, at least two zones should be assigned.
  • Page 48 ID-E342-001GB The POLON 4100 control panel receives from the UCS 6000 controller the following modes: 1. quiescent mode (also during the UCS active airing function), 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 an alarm from an external inputs), 3.
  • Page 49 ID-E342-001GB panel number = 0 means dependence on an event in any control panel belonging to a common supervision area. panel number > 0 means dependence on an event in a given control panel (provided it belongs to a common supervision area), panel number”―”...

  • Page 50: Tsr-4000 Terminals Declaration

    0, which causes that such an element is inactive. 6.10 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 51: Functionality Descriptions

    ID-E342-001GB 7 FUNCTIONALITY DESCRIPTIONS 7.1 Alarming 7.1.1 Alarm types After triggering a line element installed in an addressable detection line, the POLON 4100 control panel – on a basis of decision algorithms – signals: 1. PRELIMINARY ALARM, 2. 1 STAGE ALARM, 3.

  • Page 52: One-Stage Alarm (Variant 1)

    ID-E342-001GB stage alarm can be preceded by a 1 stage alarm or is generated immediately depending on an alarm variant programmed for a particular zone in an object or the control panel operation mode. The 2 stage alarm calls for immediate fire-fighting action. Simultaneously with the optical signalisation during a fire alarm, the control panel evokes a steady acoustic sound, which can be silenced using a backlit ‘ACKNOWLEDGEMENT’...

  • Page 53: Two-Stage Alarm With Warning Device Single Reset 40/60 S (Variant 5)

    ID-E342-001GB Lack of the same or another warning device actuation in the same zone within 8-min. period, causes that the control panel recognizes the previous actuation as false. The variant described above should be applicable in the cases of momentary occurrence of a fire factor not related to a fire.

  • Page 54: Two-Stage Interactive Alarm (Variant 10)

    ID-E342-001GB Depending on the expected fire types, it is possible to use various combinations of smoke (ionization, optical) and heat detectors. An individual fixed temperature detector actuation in a zone evokes also an alarm in this zone and the 2nd stage fire alarm at this control panel. Note: The 4043 model range detectors (DIO-4043, DOR-4043, DUR-4043, and TUN-4043) are unable to operate in a zone programmed in an interactive alarm variant.

  • Page 55: Two-Stage Alarm With Group Coincidence In Order To Speed Up

    ID-E342-001GB The variant proper performance requires declaring at least one warning device to A and B group (2 warning devices for each group are recommended). The groups created in this way should not be separated with any physical obstacle. Any failure to meet those conditions can result in the alarming warning device continual reset.

  • Page 56: One-Stage Alarm With Temporal Zone Disconnection (Variant 17)

    ID-E342-001GB case of a renewed fire warning device actuation outage in the zone within 8 minutes, the control panel treats the previous warning device actuation as false, and returns to the quiescent mode. Actuation of two or more warning devices in the zone results in an accelerated 2 stage alarm triggering.

  • Page 57: Fault

    ID-E342-001GB 7.2 Fault The POLON 4100 control panel – due to internal self-monitoring circuits – reveals and indicates faults that occur in the detection lines and inside the panel, too. The revealed faults are indicated optically and acoustically. Faults are indicated optically by a steady yellow light of the FAULT collective diode and additionally they are indicated acoustically with a slow interrupted sound of a steady frequency.

  • Page 58: Testing

    - voltage drop below 22 V, - terminal earth fault. i) other faults: - faults in UCS 4000 panels, - faults in UCS 6000 panels. Note: In order to cancel a system fault it is necessary to switch the K6 key of SW1 switch located on PSC board and then perform the active processor reset.

  • Page 59: Eks-4001 Monitoring And Controlling Elements Testing

    ID-E342-001GB The elements switch over for testing in the zone is carried out in accordance with the PM. The zone switch over for testing is signalled by a steady light of the yellow collective TEST diode. After a test alarm signal receipt from a line element, information about the test alarm is displayed on the LCD.

  • Page 60: Pk Relays Disablement/Re-Enablement

    ID-E342-001GB A section of a zone disablement/re-enablement is performed disabling individual addressable in the zone, whereas the whole zone disablement/re-enablement can be performed in much simpler way, carrying out the operation for the whole zone in the ZONES DISABLEMENT option. Disablement of fire warning device or entire zone entails that the control panel does not receive alarm and fault signals from the disabled line elements, therefore automatically switches off fault signalling within this zone, if such signal is sent.

  • Page 61: Event Memory And Alarm Memory

    ID-E342-001GB and an interruption of the fault alarm signalling. After a re-enablement, unless the fault is removed, the fault signalling is restored. 7.5 Event memory and alarm memory 7.5.1 Event memory The POLON 4100 control panel is able to store up to 2,000 latest events in its non-volatile memory. Every event is characterized with a detailed text description and date and time of event (with 1-s accuracy).

  • Page 62: User Configuration Programming

    ID-E342-001GB 3. lack of configuration of controlling, monitoring and signalling elements (EKS-4001, EWS-4001, SAL-4001, UCS 4000, UCS 6000); line elements not assigned, zones are not allotted (empty zone matrix), no variants are set, 4. all user messages are assigned to the logical numbers of EKS-4001, EWK-4001 – of standard type, 5.

  • Page 63: Access Codes

    ID-E342-001GB 9 ACCESS CODES The POLON 4100 control panel is intended to be handled by 4 groups of people of various qualifications. The range of possible operations is divided into 4 levels as per Table 9.1. Access to particular levels (with an exception of the 1 level) can be obtained by entering an access code.

  • Page 64: Power Supply Connection

    ID-E342-001GB Fig. 10.1 Control panel wall mounting 10.1 Power supply connection Three clamps (located in the PZ-41 power supply module) are provided to connect mains cables that supply the control panel. The mains clamps are covered with a special isolation shield with ~230 V/50 Hz description.

  • Page 65: Operation And Maintenance

    ID-E342-001GB Fig. 10.2 Type B radial line elements connection way Fig. 10.3 Type A loop-shaped line elements connection way 11 OPERATION AND MAINTENANCE 11.1 Proper operation rules The control panel unfailing operation depends on maintaining appropriate operating conditions, power supply voltage, battery condition and periodic inspections performance. The periodical inspections should be carried out by an Authorised Service Station that was appointed by the user to perform maintenance works.

  • Page 66: Periodic Inspections And Maintenance Rules

    ID-E342-001GB The following fuses are used in the POLON 4100 control panels (MLS-41 module): F1 / 630 mA NANO type LS signalling line protection, F2 / 630 mA NANO type external devices power supply output protection, F3 / 3.15 A NANO type battery panel circuit protection, F4 / 630 mA...

  • Page 67: Designer's Tablels

    13 DESIGNER’S TABLELS Table 13.1 DETECTION LINES DECLARATION Line No. 1 Line No. 2 Table 13.2 SERIAL PORTS DECLARATION PORT TYPE TRANSMISSION SPEED PORT No. 1 PORT No. 2 Table 13.3 ALARMING DELAY TIMES T1 time T2 time T3 time Table 13.4 PERSONNEL ABSENT MODE CHANGE TIMES PERSONNEL ABSENT mode change time PN1 time...
  • Page 68 ID-E342-001GB Table 13.5 PARAMETERS OF LINE ELEMENTS – FIRE WARNING DEVICES Line Element Operation Zone Factory No. Type Group Mode Table 13.6 ZONES CONFIGURATION Zone No. Alarming variant Message max 32 characters (text line 1) Message max 32 characters (text line 2)
  • Page 69 ID-E342-001GB Table 13.7 EKS – 4001 MONITORING AND CONTROLLING ELEMENTS PARAMETERS Operation mode Continuity Line Element Actuation monitoring Out relay Factory No. logical monitoring monitoring actuation delay Input 1 Input 2 Input 1 Input 2 YES/NO Table 13.8 EKS – 4001 MONITORING AND CONTROLLING ELEMENTS LOGICAL CONFIGURATION User message Actuation Input...
  • Page 70 ID-E342-001GB Table 13.9 RELAYS CONFIGURATION PK Number Zones/EKS Type Variant Delay Table 13.10 SIGNALLING LINES CONFIGURATION LS Number Zones/EKS Type Variant Delay Table 13.11 MONITORING LINES CONFIGURATION Monitored User message Monitored Variant output type output No. PK/LS (only in var.1) Non-maskable fault Technical alarm max 2 x 32 characters...
  • Page 71 ID-E342-001GB Table 13.13 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 DEVICES PARAMETERS AND CONFIGURATION Line Elem. Oper. Output Actuation Factory No. log.

  • Page 72: 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-E342-001GB/10.2011/02.2012...

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