Elkron MP120 Owner's manual

IS0195-CC
Programming manual
MP120
MP120TG
MP120M
MP12
0M/TG
GB
Remote-control
alarm control unit

The information contained in this document have been collected and checked very carefully. In any case,
Elkron S.p.A. will not be responsible for any errors or omissions.
Elkron S.p.A. reserves the right to make changes or improvements to the products described in this manual at
any time and without advance notice.
In addition, this manual may contain references to or information about products or services i.e. hardware and
software items) that have not been marketed yet. Such references or information will in no case mean that
Elkron S.p.A. intend to market the aforesaid products or services.
Elkron is a registered trademark of Elkron S.p.A.
All the trademarks mentioned in this document are the property of their respective owners.
© Copyright Elkron S.p.A. 2006
All rights reserved. Full or partial printing or copying of this document is permitted only for the purpose of
installing the MP120 System.
Via G. Carducci, 3 – 10092 Beinasco TO) – ITALY
Tel. [phone] – Fax [phone]
www.elkron.it - mailto: [e-mail]

3/76 MP120
TABLE F C NTENTS
F REW RD ................................................................................................................................................................. 6
INTENDED USE OF THE MANUAL .......................................................................................................................... 6
STRUCTURE OF THE MANUAL .............................................................................................................................. 6
SYMBOLS AND REFERENCES ............................................................................................................................... 6
1 – C NTR L ITEMS .................................................................................................................................................. 7
1.1 KEYBOARD ............................................................................................................................................................ 7
1.2 DK2000M INSERTER ......................................................................................................................................... 8
1.3 DK3000M INSERTER ............................................................................................................................................. 8
1.4 SYSTEM STATUS INFORMATION .................................................................................................................... 9
1.4.1 stored break-in alarm displaying .................................................................................................................. 9
1.4.2 STORED tampering alarm DISPLAYING ..................................................................................................... 9
1.4.3 OPEN INPUT DISPLAYING ......................................................................................................................... 9
1.4.4 SYSTEM STATUS DISPLAYING ............................................................................................................... 10
1.5 AUTOMATIC FAILURE DISPLAYING ................................................................................................................... 10
2 – SYSTEM C MMISSI NING ................................................................................................................................ 11
2.1 SYSTEM ACCESS CODES ................................................................................................................................... 11
2.1.1 Predefined codes ........................................................................................................................................ 11
2.1.2 FunCTIONS ACCESSIBLE BY THE VARIOUS CODES ........................................................................... 11
2.2 ENTERING ALPHANUMERIC CHARACTERS THROUGH THE KEYBOARD .................................................... 12
2.3 MENU KEY FUNCTIONS .................................................................................................................................. 12
2.4 LANGUAGE SELECTION .................................................................................................................................. 13
2.5 CHOOSING THE BASE MESSAGE ON THE DISPLAY ...................................................................................... 13
2.6 SOFTWARE RELEASE ......................................................................................................................................... 13
2.7 PROGRAMMING THE INPUTS ............................................................................................................................ 14
2.7.1 TYPES OF INPUTS .................................................................................................................................... 14
2.7.2 Input encoding table ................................................................................................................................... 15
2.7.3 INPUT PROGRAMMABILITY TABLE ........................................................................................................ 16
2.7.4 ProgrammING AN INPUT .......................................................................................................................... 16
2.7.5 ProgrammING THE EXPANSION AUXILIARY INPUT .............................................................................. 17
2.8 PROGRAMMING THE OUTPUTS ........................................................................................................................ 18
2.8.1 Output specialization .................................................................................................................................. 18
2.8.2 OUTPUT ENCODING TABLE .................................................................................................................... 20
2.8.3 OUTPUT PROGRAMMING TABLE ........................................................................................................... 20
2.8.4 ProgrammING AN OUTPUT ...................................................................................................................... 20
2.9 KEYS ................................................................................................................................................................. 22
2.9.1 DK20 ........................................................................................................................................................... 22
2.9.2 DK30 ........................................................................................................................................................... 22
2.10 LPA PROGRAMMING ..................................................................................................................................... 22
2.11 CORRELATING THE SECTORS TO THE INSERTERS ................................................................................. 23
2.12 GENERAL SYSTEM TIMES ............................................................................................................................... 24
2.13 SYSTEM OPTIONS .............................................................................................................................................. 25
2.14 TELEPHONE COMMUNICATOR CONFIGURATION ...................................................................................... 26
2.14.1 ProgrammING THE TELEPHONE NUMBERS ........................................................................................ 26
2.14.2 event CORRELATION .............................................................................................................................. 27
2.14.3 event PRIORITY ....................................................................................................................................... 28
2.14.4 CALL DELAY ............................................................................................................................................ 29
2.14.5 TEST CALL .............................................................................................................................................. 29
2.14.6 CYCLIC CALL .......................................................................................................................................... 30
2.14.7 Telephone options .................................................................................................................................... 31
2.14.8 Telephone line check ............................................................................................................................... 32
2.14.9 vocal message RECORDING .................................................................................................................. 33
2.14.10 vocal message PLAYING ....................................................................................................................... 34
2.14.11 numeric MESSAGE CONFIGURATION................................................................................................. 35
2.14.12 modem TELEPHONE PARAMETERS ................................................................................................... 37
2.15 TIME PROGRAMMER P.O.) ................................................................................................................................. 38
2.15.1 OPERATING PRINCIPLES ...................................................................................................................... 38
2.15.2 TABLE ProgrammING .............................................................................................................................. 39
2.15.3 tabLE ERASING ....................................................................................................................................... 40
2.15.4 CORRELATING THE TABLES TO THE DAYS ....................................................................................... 40
2.16 PROGRAMMING THROUGH THE COMPUTER .................................................................................................... 41

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2.16.1 SYSTEM REQUIREMENTS ..................................................................................................................... 41
2.17 SYSTEM TEST ................................................................................................................................................. 41
2.18 EVENT MEMORY ERASING .......................................................................................................................... 41
3 – SYSTEM MANAGEMENT .................................................................................................................................... 43
3.1 SYSTEM ACTUATION ...................................................................................................................................... 43
3.1.1 FULL ACTUATION THROUGH THE KEYBOARD .................................................................................... 43
3.1.2 FULL ACTUATION THROUGH THE electronic key oR TRANSPONDER KEY........................................ 43
3.1.3 PARTIAL ACTUATION THROUGH THE KEYBOARD .............................................................................. 44
3.1.4 PARTIAL ACTUATION THROUGH THE electronic key OR transponder KEY ......................................... 44
3.1.5 QUICK ACTUATION .................................................................................................................................. 44
3.2 DEACTIVATION ................................................................................................................................................ 45
3.2.1 Full deactivation THROUGH THE KEYBOARD ......................................................................................... 45
3.2.2 Full deactivation THROUGH THE electronic key OR THE transponder KEY............................................ 45
3.2.3 Partial deactivation THROUGH THE KEYBOARD .................................................................................... 45
3.2.4 Partial deactivation THROUGH THE electronic key oR transponder KEY ................................................ 45
3.2.5 DEACTIVATION UNDER Threat ANTI-ROBBERY) ................................................................................. 45
3.2.6 ALARM BLOCK IN PROGRESS ................................................................................................................ 46
3.2.7 ENTERING AN INVALID CODE ................................................................................................................ 46
3.3 ENABLING ........................................................................................................................................................ 46
3.3.1 access code ENABLING ............................................................................................................................ 46
3.3.2 USER CODE Reset .................................................................................................................................... 47
3.3.3 ENABLING THE Installer code ................................................................................................................... 47
3.3.4 time programmer ENABLE ......................................................................................................................... 48
3.3.5 time programmer DISABLE ........................................................................................................................ 48
3.3.6 RESPONDER ENABLE ............................................................................................................................. 48
3.3.7 RESPONDER DISABLE ............................................................................................................................ 49
3.3.8 ENABLING REMOTE CONTROL THROUGH THE MODEM .................................................................... 50
3.3.9 DISABLING REMOTE CONTROL THROUGH THE MODEM ................................................................... 50
3.3.10 ENABLING REMOTE CONTROL THROUGH THE TELEPHONE .......................................................... 50
3.3.11 DISABLING REMOTE CONTROL THROUGH THE TELEPHONE ......................................................... 51
3.3.12 ENABLING SECTOR DEACTIVATION THROUGH remotE CONTROL ................................................. 51
3.3.13 DISABLING SECTOR DEACTIVATION THROUGH remotE CONTROL ................................................ 52
3.3.14 KEY ENABLE ........................................................................................................................................... 52
3.3.15 KEY DISABLE .......................................................................................................................................... 53
3.3.16 Call-Back ENABLE ................................................................................................................................... 54
3.3.17 Call-Back DISABLE .................................................................................................................................. 54
3.4 MODIFYING THE ACCESS CODE .......................................................................................................................... 55
3.5 DATE CHANGE ..................................................................................................................................................... 55
3.6 TIME CHANGE ...................................................................................................................................................... 56
3.7 EVENT MEMORY READING ............................................................................................................................ 56
3.7.1 REFERRING TO THE EVENT MEMORY .................................................................................................. 56
3.7.2 InterpretING THE EVENT DATA ................................................................................................................ 57
3.7.3 ADDITIONAL INFORMATION FROM THE LEDS ..................................................................................... 59
3.8 TELEPHONE COMMUNICATOR................................................................................................................................ 59
3.8.1 ProgrammING A telephone number ........................................................................................................... 59
3.8.2 VOCAL CALL BLOCK ................................................................................................................................ 59
3.9 REMOTE CONTROL USER ...................................................................................................................................... 60
3.9.1 REMOTE CONTROL PROCEDURE ......................................................................................................... 60
3.9.2 bypass answer ............................................................................................................................................ 61
3.10 POSTPONING AUTOMATIC SYSTEM ACTUATION ...................................................................................... 61
3.11 KEYS ............................................................................................................................................................... 62
3.11.1 ProgrammING NEW KEYS ...................................................................................................................... 62
3.11.2 AcquiRING EXISTING KEYS ................................................................................................................... 63
3.11.3 KEY SPECIALIZATION ............................................................................................................................ 64
3.11.4 KEY CHECK ............................................................................................................................................. 65
3.11.5 ERASING ALL KEYS ............................................................................................................................... 65
3.11.6 ERASING ONE SINGLE KEY .................................................................................................................. 66
3.12 INPUT EXCLUSION AND INCLUSION ........................................................................................................... 67
3.12.1 INPUT EXCLUSION ................................................................................................................................. 67
3.12.2 INPUT INCLUSION .................................................................................................................................. 67
3.13 PERIODICAL TESTS ............................................................................................................................................ 68
3.13.1 INPUT TEST ............................................................................................................................................. 68
3.13.2 OUTPUT TEST ......................................................................................................................................... 68

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4 – MENU ................................................................................................................................................................... 69
4.1 INFORMATION ABOUT THE MENUS ................................................................................................................. 69
4.2 MASTER MENU .................................................................................................................................................. 69
4.3 INSTALLER MENU ........................................................................................................................................... 70
5 – FACT RY-SET PARAMETERS .......................................................................................................................... 72
5.1 ACCESS CODES ................................................................................................................................................... 72
5.2 CONTROL UNIT INPUTS ......................................................................................................................................... 72
5.2.1 Correlated functions ................................................................................................................................... 72
5.2.2 Correlations to sectors and areas .............................................................................................................. 72
5.3 EXPANSION INPUTS 1-4) ..................................................................................................................................... 73
5.3.1 Correlated functions ................................................................................................................................... 73
5.3.2 Correlations to sectors and areas .............................................................................................................. 73
5.4 KEYBOARD INPUTS ............................................................................................................................................... 73
5.4.1 Correlated functions ................................................................................................................................... 73
5.4.2 Correlations to sectors and areas .............................................................................................................. 73
5.5 INSERTER INPUTS DK2000M) ............................................................................................................................. 74
5.5.1 Correlated functions ................................................................................................................................... 74
5.5.2 Correlations to sectors and areas .............................................................................................................. 74
5.6 OUTPUTS ......................................................................................................................................................... 74
5.6.1 Output specialization .................................................................................................................................. 74
5.6.2 PROGRAMMABLE ALARMS FOR LPA Low Power Alarm)..................................................................... 75
5.7 SYSTEM PARAMETERS ......................................................................................................................................... 75
5.8 TELEPHONE ALARM CHANNEL EVENTS ...................................................................................................... 75
5.9 TELEPHONE OPTIONS ........................................................................................................................................... 75
5.10 SYSTEM CODES ................................................................................................................................................. 75
5.11 CONTROL UNIT DIP-SWITCHES ...................................................................................................................... 75
5.12 TIME PROGRAMMER ........................................................................................................................................... 75

6/76 MP120
F REW RD
INTENDED USE F THE MANUAL
This manual has been drawn up to be used by installers, in order to provide them with the information required to
design, install and configure an antitheft system making use of the MP120 Elkron control unit.
STRUCTURE F THE MANUAL
This manual is divided into chapters. Some of the chapters may be skipped, depending on one’s knowledge and
expertise. In any case, we recommend that you read the entire manual since the latter contain useful information
that will be valuable even to the most experienced operators.
SYMB LS AND REFERENCES
For the sake of clarity, the following symbols and references are used in this manual:
 separates the various keyboard entries. For instance, 120  K means “type in 120, then press OK”.
The terms written in italic, non-proportional characters indicate that they shall be replaced
with a corresponding value. For instance, if the technical access code is 000000, Technical Code  K
means “type in 000000, then press OK”.
ESC , ,  and ENTER indicate the respective horizontal keys of the keyboard.
A , S , , E indicate the respective vertical keys of the keyboard.
Also pay attention to the symbols below:
This symbol indicates an important warning.
This symbol indicates a useful recommendation.

7/76 MP120
1 – C NTR L ITEMS
1.1 KEYB ARD
N .
Description
Use or indicat
ions provided
Further information
1 System status LED
N steady
= system fully ON
FF = system fully OFF
Slow blinking = system partially ON
1.4.4 SYSTEM STATUS
DISPLAYING
2 Maintenance LED
N steady
= system maintenance in progress
3 Time programmer P.O.)
status LED
N steady
= programmer enabled
FF = programmer disabled
Blinking = system being actuated
«Pre-actuation» will appear
on the display
4 Battery charge and
network voltage LED
N steady
= 230 V~ power supply available and
battery charged
FF = 230 V~ power supply lacking and battery
charged
Blinking = low battery charge
5 Break-in alarm memory
LED
FF
= no break-in alarm stored
Blinking = break-in alarms stored 1.4.1 stored break-in alarm
displaying
6 Tampering memory LED
FF
= no tampering alarm stored
Blinking = tampering alarms stored 1.4.2 STORED tampering
alarm DISPLAYING
7 Open input LED
Blinking
= one or several protected inputs are
open 1.4.3 OPEN INPUT DISPLAYING
8 Disconnected input LED
FF
= no input disconnected
Blinking = one or several inputs are disconnected
9 Keyboard It is used to type in the access code, select
functions, designate inputs and program the
control unit.
10 Programming menu
navigation keys
ESC
: exits the menu same as “EXIT” button)
▼: refers to the available information
►: goes back to the beginning of the list
ENTER: confirms a choice or enters a submenu.
Note: The keyboard are always correlated to all sectors.
1
3
5
10
7
4
6
8
9
2

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1.2 DK2000M INSERTER
No.
Description
Use or indications provided
Further information
1 LED Area 1
N steady
= Area 1 fully ON
FF = Area 1 fully OFF
Blinking = Area 1 partially ON
2 System status LED
N steady
= alarms stored, tampering stored, low
battery, 230 V~ power supply lacking, system faults
Slow blinking = inputs open, key programming phase
Fast blinking = pre-actuation in progress
3 LED Area 2
N steady
= Area 2 fully ON
FF = Area 2 fully OFF
Blinking = Area 2 partially ON
4 LED Area 3
N steady
= Area 3 fully ON
FF = Area 3 fully OFF
Blinking = Area 3 partially ON
5 Keyhole DK20 electronic key insertion hole
Note: Each area may represent the status of one or several sectors up to 8).
1.3 DK3000M INSERTER
No.
Description
Use or indications provided
Further information
1 LED Area 1
N steady
= Area 1 fully ON
FF = Area 1 fully OFF
Blinking = Area 1 partially ON
2 System status LED
N steady
= alarms stored, tampering stored, low
battery, 230 V~ power supply lacking, system faults
Slow blinking = inputs open, key programming phase
Fast blinking = pre-actuation in progress
3 LED Area 2
N steady
= Area 2 fully ON
FF = Area 2 fully OFF
Blinking = Area 2 partially ON
4 LED Area 3
N steady
= Area 3 fully ON
FF = Area 3 fully OFF
Blinking = Area 3 partially ON
5 Transponder Sensor for key to transponder DK30
Note: Each area may represent the status of one or several sectors up to 8).
1
3
4
5
2
1
3
4
5
2

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1.4 SYSTEM STATUS INF RMATI N
When the keyboard LEDs signal any system anomaly, you can get detailed information about the source of the
trouble by following the procedure below. Access to information is free, i.e. no access code is requested.
1.4.1 ST RED BREAK-IN ALARM DISPLAYING
To display a break-in alarm signalled by the LED blinking) in detail, proceed as follows:
1. Press A . The following message will appear on the display:
where “nn” is the identification code of the input that triggered the alarm as regards the input identification
codes, refer to paragraph 2.8.2 OUTPUT ENCODING TABLE).
2. Press key ▼ several times to display other inputs if any) that triggered the alarm. When no stored alarm input
appears on the display any longer, the message below will be shown:
3. To go back to the first input stored, press ►. Press ESC to exit displaying.
Note: If key A is pressed when no alarm stored is found on the display, the «NO DATA » message will appear.
1.4.2 ST RED TAMPERING ALARM DISPLAYING
To display a tampering alarm signalled by the LED blinking) in detail, proceed as follows:
1. Press S .
2. The following message will appear on the display:
where “nn” is the identification code of the input that triggered the alarm as regards the input identification
codes, refer to paragraph 2.7.2 Input encoding table). In case of telephone line tampering, the «Telephone Line
Tampering» message will be displayed; in case of bus tampering, the «Peripheral Line Tampering» message
will appear.
3. Press key ▼ several times to display other inputs if any) that triggered the alarm. When no stored alarm input
appears on the display any longer, the message below will be shown:
4. To go back to the first input stored, press ►. Press ESC to exit displaying.
Note: If key S is pressed when no alarm stored is found on the display, the «NO DATA » message will appear.
1.4.3 PEN INPUT DISPLAYING
To display an open input signalled by the LED blinking) in detail, proceed as follows:
1. Press O .
2. The message below will appear on the display:
where “nn” is the open input identification code as regards the input identification codes, refer to paragraph
2.7.2 Input encoding table).
3. Press key ▼ several times to display other inputs if any) that triggered the alarm. When no stored alarm input
appears on the display any longer, the message below will be shown:
- -
E N D O F D A T A
- -
nn OPEN input name
- - E N D O F DA TA - -
n n M A N i np u t n a m e
- - E N D O F DA TA - -
n n A L L i np u t n a m e

10/76 MP120
4. To go back to the first input stored, press ►. Press ESC to exit displaying.
Note: If key O is pressed when no alarm stored is found on the display, the «NO DATA » message will appear.
1.4.4 SYSTEM STATUS DISPLAYING
To display the system status in detail and know what the active sectors are, proceed as follows:
1. Press ENTER.
2. The following message will appear on the display:
where the dashed line indicates an inactive sector, and the numbers if any) indicate the active sectors.
3. Press ESC to exit displaying.
Note: If the “Masking” function has been set see paragraph 2. 3 System options) and the basic message on the
display is other than “Sector displaying”, the system status will be displayed only if a valid code is entered. For
more information on sector status displaying, refer to paragraph 2.5 CHOOSING THE BASE MESSAGE ON THE
display.
1.5 AUT MATIC FAILURE DISPLAYING
When a system failure occurs, the keyboard buzzers will ring immediately, and the reason for signalling will appear
on the displays. Moreover, all the outputs programmed as “Failure” will be actuated. Since a failure may affect
correct operation of the system, these signals take priority over any other type of signal found on the display. In the
event that several types of failure occur, the individual signals will be displayed again and again by turns.
The writings on the display will disappear only after all the causes that led to failure signalling are removed. The
buzzer sound can in any case be stopped earlier by pressing key F; otherwise, it will stop after 1 minute.
Keyboard display
Failure that led to signalling
Control unit F1 Control unit fuse F1 blown. This is the fuse used to protect the inputs.
Control unit F2 Control unit fuse F2 blown. This is the fuse used to protect output U1.
Control unit F3 Control unit fuse F3 blown. This is the fuse used to protect the bus.
Expansion 1 fuse Expansion 1 fuse blown.
Expansion 2 fuse Expansion 2 fuse blown.
Expansion 3 fuse Expansion 3 fuse blown.
Expansion 4 fuse Expansion 4 fuse blown.
No control unit mains supply No mains supply 230 V~) in the control unit.
No expansion 1 mains supply No self-contained mains supply 230 V~) in expansion 1.
No expansion 2 mains supply No self-contained mains supply 230 V~) in expansion 2.
No expansion 3 mains supply No self-contained mains supply 230 V~) in expansion 3.
No expansion 4 mains supply No self-contained mains supply 230 V~) in expansion 4.
Low battery Control unit booster battery voltage lower than 11.2 V− or no battery at all).
Cont. Unit Sens. Power Supply Poor power supply for the detectors connected to the control unit.
Exp. 1 Sens. Power Supply Poor power supply for the detectors connected to expansion 1.
Exp. 2 Sens. Power Supply Poor power supply for the detectors connected to expansion 2.
Exp. 3 Sens. Power Supply Poor power supply for the detectors connected to expansion 3.
Exp. 4 Sens. Power Supply Poor power supply for the detectors connected to expansion 4.
Expansion 1 auxiliary input Expansion 1 auxiliary input alarm if programmed as generic failure).
Expansion 2 auxiliary input Expansion 2 auxiliary input alarm if programmed as generic failure).
Expansion 3 auxiliary input Expansion 3 auxiliary input alarm if programmed as generic failure).
Expansion 4 auxiliary input Expansion 4 auxiliary input alarm if programmed as generic failure).
The failure status is also signalled by the lighting of inserters red LED.
S t . S e t ._ _ _ _ _ _ __