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MP 200
Installation and
Maintenance Manual
BUS Control Unit
IS0084-CQ
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Table of Contents
Related Manuals for Elkron MP 200
Summary of Contents for Elkron MP 200
- Page 1 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 1 2 3 1 2 3 4 MP 200 Installation and...
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Page 2: Table Of Contents
1.1 SYSTEM FEATURES ......................2.0 SYSTEM COMPONENTS ......................2.1 MP 200/64 CONTROL UNIT ....................2.2 MP 200/256 CONTROL UNIT ....................5 2.3 I/O CONCENTRATORS (REMOTE UNITS) ................5 2.4 KP 200D KEYPAD ......................... 5 2.5 DK 4000M READERS ......................5 2.6 DZ 4/4000M SPLITTERS ...................... -
Page 3: General Characteristics
1.0 General Characteristics • The MP200 is a multifunction, multi-user system that can be remote controlled and is based on a family of expandable control units on a serial Bus line, with a shared range of devices for managing the system (concentrators, keypads, key readers, etc.). -
Page 4: System Components
2.0 System Components 2.1 MP 200/64 CONTROL UNIT • 8 alarm zones, expandable to 64 using I/O concentrators (for 8 or 4 zones) connected to serial lines. As well as alarm zone inputs there is also a tamper input and an electromechanical key input. -
Page 5: Mp 200/256 Control Unit
2.2 MP 200/256 CONTROL UNIT Differs from the MP200/64 control unit as follows: • expandable up to 256 zones using the I/O concentrators connected to the serial lines • the board manages 3 RS485 serial lines of which 2 are serial connections (one integrated on the base plate and the other on a IT485 module), whils the third is an optional via a further IT485 module. -
Page 6: Dz 4/4000M Splitters
2.6 DZ 4/4000M SPLITTERS • These devices work in association with DK 4000M readers and are used for partial activation/deactivation of associated sectors. They fit 4 keys, each of which is associated to a system sector, and 4 LEDs for signalling sector status (see User Manual details). They are addressed by rotary switches whose use is described in the Functions and Programming Manual, Para. -
Page 7: Control Unit Configuration
3.0 Control Unit Configuration 3.1 MP 200/64 CONFIGURATION TELEPHONE LINE OPTIONAL MODEM 3 RELAY OUTPUTS 8 ELECTR. OUTPUTS OPTIONAL SERIAL LINES ADDRESSABLE ADDRESSABLE 8 ZONE 8 ZONE SERIAL SERIAL CONCENTRATOR CONCENTRATOR ADDRESSABLE ADDRESSABLE 4 ZONE 4 ZONE SERIAL SERIAL CONCENTRATOR... -
Page 8: Mp 200/256 Configuration
3.2 MP 200/256 CONFIGURATION TELEPHONE LINE OPTIONAL MODEM OPTIONAL SERIAL LINES ADDRESSABLE ADDRESSABLE ADDRESSABLE 8 ZONE 8 Z O N E 8 Z O N E SERIAL SERIAL SERIAL CONCENTRATOR CONCENTRATOR CONCENTRATOR ADDRESSABLE ADDRESSABLE ADDRESSABLE 4 Z O N E... -
Page 9: Control Unit Board Description
4.0 Control Unit Board Description 4.1 MP 200/64 BOARD RS232 9-WAY MALE CONNECTOR RS232 RS232 SV108 MODULO OPZIONALE SINTESI VOICE IT485 SYNTHESIS VOCALE IT485 BUS 2 SV108 BUS 2 MODULO OPZIONALE MODULO OPZIONALE MODEM STM200 M O D E M... -
Page 10: Mp 200/256 Board
4.2 MP 200/256 BOARD RS232 9-WAY MALE CONNECTOR SV108 IT485 VOICE SYNTHESIS NOTE: BUS 2 Active connection points for optional modules IT485 shown by the BUS 3 symbol STM200 MODEM RESET BUTTON DO NOT TOUCH 4.3 JUMPER DESCRIPTION JP2: Jumper for connecting the anti-tampering micro. -
Page 11: Fuse Description
4.4 FUSE DESCRIPTION A 250V LBC F1: 2A 250V protection for non-self-powered sirens F2: 1A 250V sensor power supply A 250V LBC F3: 2A 250V power supply self-powered sirens HPS+ A 250V LBC F4: 1A 250V BUS 1 line protection F5: 3A15 250V battery charging protection A 250V LBC A15 250V LBC... -
Page 12: Dip Switch Description
4.6 DIP SWITCH DESCRIPTION • Default Setting: double balancing zone, Italian parameters ZONE MODES NON BALANCED ZONES SINGLE BALANCING ZONE DOUBLE BALANCING ZONE LANGUAGE PARAMETERS OFF OFF OFF ITALY OFF OFF FRANCE OFF ON OFF U.K. OFF SPAIN OFF OFF ON PORTUGAL OFF ON GERMANY... -
Page 13: Terminal Board Description
4.7 TERMINAL BOARD DESCRIPTION M1 TERMINAL BOARD Supplementary electrical ouptut negative Electrical output, programmable, protected. Max current = 10 mA Electrical output, programmable, protected. Max current = 10 mA Electrical output, programmable, protected. Max current = 10 mA Electrical output, programmable, protected. Max current = 10 mA Electrical output, programmable, protected. - Page 14 M6 TERMINAL BOARD Positive sensor power supply Negative sensor power supply Zone 7: programmable input Zone 8: programmable input Tamper/self-protection input balanced positive via an R =15Kohm. M7 TERMINAL BOARD Positive sensor power supply Negative sensor power supply Zone 4: programmable input Zone 5: programmable input Zone 6: programmable input M8 TERMINAL BOARD...
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Page 15: Installation Procedures
5.0 Installation Procedures • The MP200 control unit must be located in a sufficiently large and suitably air-conditioned room where there are no strong electromagnetic fields. The environment must not be subject to excessive changes in tempera- ture. We recommend fitting the unit at an easy to reach height so that it is accessible for installation and maintenance operations. - Page 16 5.1.1 Device lay-out in the cabinet Power Supply Connections GROUND CONNECTION PS28 FUSE 230V~ PS28 The PS28 is fitted with a type F safety fuse: 3A15/ 250V LBC on the 230V mains input. Please do not open the PS28 power supply unit U9-R1A U10-R1A U11-R5A...
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Page 17: Wall Attachment Of System In Om Case
5.2 OM CABINET WALL MOUNTING Case fastener Mounting To JP2 hole connector on Mounting Mounting central board hole hole ANTI-REMOVAL (see paragraph MICROSWITCH 4.3 “Description (SEE BELOW) of jumpers”) Wiring hole Mounting hole INSTALLING THE CABINET ANTI-TAMPERING SWITCH Connect anti-removal micro switch wires to “+”... -
Page 18: Component Position On Case Base - Power Connections
5.2.1 Devices lay-out in the cabinet Power Supply Connections CONCENTRATOR (OPTIONAL) PS28 FUSE The PS28 is fitted with a type U9-R1A U10-R1A U11-R5A POWER SUPPLY U4 U5 U6 U7 U8 +BATT- F safety fuse: 3A15 250V LBC on the 230V mains input. -
Page 20: Connections And Modes
6.0 Operation modes and connections • The control unit zones may operate in one of the following three modes: - Non Balanced Zones (NC): when at rest they must be closed directly in the positive direction (+12V). In this way they can indicate only that they are being opened, but will not indicate tampering. - Single Balanced Zones: when at rest they are closed in the positive direction (+12V), via a 15K resistance so that the voltage level is kept below that at which the zone is held to be open. -
Page 21: Connections To A Pc And / Or A Printer
• Serial transmission parameters are the following: data bits: 8 bit, parity: no stop bit: 1 bit, baud-rate:1200 bps 7.3 SERIAL ALARM MANAGEMENT The MP 200 is capable of sending different types of alarms, in real time, through a direct RS232 connection to a dedicated PC with the Fast Link being run. -
Page 22: Maintenance Procedure
8.0 Maintenance procedure Maintenance procedure is useful whenever the installer must open one or more tampering systems of any device, including CU, to perform operations such as repair, replacement, etc. without generating tampering alarms. In this condition, also a possible temporary disconnection of one or more serial connections is not generating any tampering alarms. -
Page 23: Troubleshooting
The MP 200 treats these interruptions/ recoveries as temporary events. If the power failure exceeds an hour the event is considered to be a breakdown. • In the case of temporary mains interruption/recoveries, the sequence of events managed by the MP 200 is as follows: - when power fails: LED L1 on the control unit switches off. - Page 24 • If the mains power supply failure continues: - after one hour with no power: Switching of Breakdown programmed outputs. A spontaneous message appears on the keypad display: “Message” + details. The red LED flashes rapidly on any key configured readers. “Mains Not OK”...
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Page 25: Conductor Sizing
10.0 Conductor Sizing 10.1 SECTION SIZING OF CONDUCTORS SUPPLYING A SENSOR OR AN ACTUATOR (IN D.C.) • The purpose of this paragraph is to offer a method for calculating the section of cables that supply a sensor or an actuator. As well as defining the battery capacity and defining the current to be supplied by the power supply unit, the correct size for cable section ensures that devices receive the best voltage values, in line with criteria laid down by the manufacturer. -
Page 26: Normogram For Sizing Cables
The method described may also be used quite successfully to size a more complex power supply network, with ramifications, such as that shown below: In this case it will be sufficient to identify the points of connection, beginning at the source and calculating for each single section that is included between the two points. - Page 27 OBSERVATIONS: 1. The graphical use of the normogram is bilateral. In fact, the aforementioned examples show how it is possible to begin with the parameters shown on the left (line length and cable section) to then arrive at the voltage drop and vice versa, which is to say unless we wish to accept a maximum voltage drop with an established circulating current, it is possible to find which cable section S is required with respect to the length L.
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Page 28: Gauging Batteries And Power Suppy Unit
11.0 Batteries and Power Supply Unit sizing 11.1 CALCULATING SYSTEM AUTONOMY • The purpose of this paragraph is to offer a method for calculating the consumption of a system and as a consequence pinpoint actual self-sufficiency during a mains 230V~power failure. •... -
Page 29: How To Calculate Power Supply Unit Size
11.3 HOW TO CALCULATE POWER SUPPLY UNIT SIZE • The sizing of the power supply unit is essential if the system is to operatore correctly. Often the problems encountered on security systems are caused by sizing errors in batteries and power supply units. •... -
Page 30: Installation Phases
12.0 Installation Phases • The following is a list & order of the fundamental phases that must be followed when starting up a new system. NOTE: points 1 to 7 must be carried out with the control unit powered down. Jumper control and setting for the anti-removal micro on the control unit board: see Paragraph 4.3. -
Page 31: Technical Characteristics
13.0 Technical Characteristics NOTE: for Safety Instructions: see the bottom of page 2 in this manual!!! CONTROL PANEL - Supply voltage ............230V~ 50Hz +10-15% - Maximum power consumption at rated voltage ... 500mA - Control unit board power consumption at 12V- ..210mA (at ON with NC inputs at +) – MP200/64 board - Control unit board power consumption at 12V- .. - Page 32 In this respect, remember that for every 200m of 2x0.75 mm cable with 100mA of consumption, account for approximately 1V of drop. ELKRON S.p.A. Via Carducci, 3 - 10092 BEINASCO (TO) - ITALY TEL. +39.011.3986711 - FAX +39.011.3499434 www.elkron.it e-mail info@elkron.it...