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alphatronics AlphaVision New Generation Installation Manual

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Installation
Manual
Alphatronics bv * Watergoorweg 71* 3861MA Nijkerk * Tel.: 033-2459944 * Fax.: 033-2453149 * info@alphatronics.nl

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Summary of Contents for alphatronics AlphaVision New Generation

  • Page 1: Installation Manual

    Installation Manual Alphatronics bv * Watergoorweg 71* 3861MA Nijkerk * Tel.: 033-2459944 * Fax.: 033-2453149 * info@alphatronics.nl...

  • Page 2: Table Of Contents

    TABLE OF CONTENTS INTRODUCTION ..........................5 ........................5 URPOSE OF THIS MANUAL ............................5 UIDELINES INSTALLING THE ALPHAVISION NG CONTROL PANEL...........6 ............................7 INPUTS ........................8 NPUTS WITHOUT ......................8 SE A K RESISTOR OR NOT ......................8 POWER DETECTOR LOOP ............................9 UTPUTS ......................9 PSTN NTEGRATED DIALER ............................9 RS-485 ........................11...
  • Page 3 ..............37 NITIATING REMOTE PROGRAMMING DOWNLOAD ................38 1: P PTION ROGRAMMING THE CONTROL PANEL ..........................38 SCREEN 1 ..........................42 SCREEN 2 ..........................43 SCREEN 3 ..........................43 SCREEN 4 ..........................44 SCREEN 5 ..........................44 SCREEN 6 ..........................45 SCREEN 7 ..........................46 SCREEN 8 ..........................50 SCREEN 9 USER CODES ..........................55 ............................55 SER CODES...
  • Page 4 .......................77 AUTOMATIC TIMER SWITCH ................79 F23# P (RTC) ROGRAM AUTOMATIC TIMERSWITCH ......................80 F24# P ROGRAM OVERTIME ....................81 F25# P ROGRAM VACATION SCHEDULE ........................82 REALARM FUNCTION ............82 MPORTANT NOTES ON USING THE AUTOMATIC TIMER SWITCH ...................82 F26# P RTC C ROGRAM ORRECTIONFACTOR ........................83 F27# MAINTENANCE...

  • Page 5: Introduction

    INTRODUCTION Purpose of this manual The purpose of this manual is to guide the installer step by step through the installation and programming processes of the AlphaVision NG control panel. This manual intends to make the installer familiar with the way the AlphaVision NG control panel is built up and works with the several available components.

  • Page 6: Installing The Alphavision Ng Control Panel

    INSTALLING THE ALPHAVISION NG CONTROL PANEL The AlphaVision NG control panel PCB is supplied with an internal analogue modem dialler, an RS-485 bus connection for connecting the other, external AlphaVision components, 8 inputs (zones 1 – 8) and 9 outputs. The 9 outputs consist of 1 potential free relay contact (NO/NC), 7 open collector (max.

  • Page 7: Eol Inputs

    The control panel gets its power from a switching power supply, which can give a continued 3A, and is supplied with a connection for a back up battery (7 Ah/17 Ah). The control panel checks itself and its components constantly. With the AlphaVision NG control panel, you can speak of a true integration with all connected components.

  • Page 8: Inputs Without Eol

    Useful hint: Alphatronics can also supply magnetic contacts with built-in EOL resistors! Zone inputs of the AlphaVision NG control panel and its expansion modules can also be used as a Key Switch input (see screen 1 in the programming, page 34). Also in this case the End of Line resistors are used.

  • Page 9: Outputs

    Because there is no PTT transformer on the circuit board any more, it is not possible to use a conventional audio amplifier. To solve this, Alphatronics developed a special audio amplifier for the AlphaVision NG control panel. On the AlphaVision NG circuit board a 3-pins header is placed (JP7), onto which the AlphaVision NG audio amplifier can be connected.
  • Page 10 However, the maximal distance for the cable decreases. How much it decreases depends on the situation. When using star connections, we recommend keeping the total bus cable length below 500 meters. The ohmic resistance of the RS-485 cable delivered by Alphatronics (008654) is about 10 Ohm for each 100 meters.

  • Page 11: Control Panel Fuses

    Control panel fuses The AlphaVision NG control panel has one glass fuse and five semi conductor fuses. The glass fuse F4 (standard 1A slow) is for the outgoing +12V (the four +12V clamps above the “Power” print). The five semi conductor fuses become high ohm when the drawn current exceeds the limited value.

  • Page 12: I/Omodule (Ng) Fuses

    I/O module (NG) fuses The AlphaVision NG I/O module circuit board has 5 semi conductor fuses. The five semi conductor fuses become high ohm when the drawn current exceeds the limited value. When the current drain drops below the limit, the fuses will become low ohm again and will restore automatically. Next to each semi conductor fuse a red LED is placed, which lights as long the fuse is activated.

  • Page 13: Keypad Installation

    KEYPAD INSTALLATION For the AlphaVision NG control panel two keypads are available. These are the LCD and the LED keypads. The LCD keypad can also be delivered with an integrated proximity reader, for arming/disarming the system with a proximity tag. Connections and dipswitch settings of the AlphaVision LCD/PROX keypad are identical to the regular LCD keypad.
  • Page 14 The “1” on the display tells you that this keypad is set to address 1. In this way it is possible to check the address setting of the keypad. Also when the system is powered up, this message will appear in the display for a few seconds.

  • Page 15: Access Control Installation (Proximity Reader)

    ACCESS CONTROL INSTALLATION (PROXIMITY READER) With software version 2.0 of January 2003 it is made possible to implement an access control system in the AlphaVision NG system. The required hardware to do this exists of one or several AlphaVision NG Proximity Readers, in combination with the corresponding software version in the AlphaVision NG control panel (version 2.0).

  • Page 16: Address Settings On The Alphavision Ng Proximity Reader

    each other, make sure the signals of one reader are blocked by a sheet of metal. Do not forget to use a spacer between the metal plate and the reader. Address settings on the AlphaVision NG Proximity Reader The NG Proximity Reader is connected to the RS-485 bus. It also obtains its power from the RS-485 bus. Every NG Proximity Reader must be set to a unique address.

  • Page 17: Expansion Modules Installation

    EXPANSION MODULES INSTALLATION Input + 8 OC module The Input + 8 OC module is connected to the RS-485 bus. It also gets its power supply from the RS-485 bus. Set the address to the first available free address. See appendix B “Expansion modules dipswitch settings” for the correct address settings.

  • Page 18: I/Omodule Ng

    I/O module NG The AlphaVision NG I/O module has its own power- and back up power supply. Therefore the I/O module does not use the RS-485 bus for its power supply. Set the address of the NG I/O module to the first available free address. For the correct dipswitch settings see appendix B “Expansion modules dipswitch settings”.

  • Page 19: Wireless Interface (Wireless Detectors)

    The tamper switch can be bypassed by shorting the pins of JP2. Please make sure the shorting is removed when all wiring and programming are finished. When this is not done, opening the cabinet will no longer result in a tamper alarm. Attention: When wiring the RS-485 bus to the I/O module circuit board, the +12V clamp is for the outgoing RS-485 bus.

  • Page 20: Relay Output Module (Ro)

    Alarm information and status information, such as low battery, supervision and tamper reports, are being passed on to the control panel. When for instance one of the detectors gives a low battery report, this will show up on the display with the correct zone number en name. For programming the wireless interface or learning the ID’s of the wireless transmitters into the memory of the wireless interface, see chapter “Programming the wireless interface”.

  • Page 21: Wiring Diagram Ro (Relay Output) Module

    dipswitch 5 is used. When more than one RO module is programmed to the same address, make sure the dipswitch of one of the RO modules is set to ON (reply) and that the dipswitches of the other RO modules are set to OFF (do not reply).

  • Page 22: Ro Module With Power Supply In Cabinet

    EXTERNAL BUZZER(12VDC / 50mA) DOOROPENER Via OC output of proximity reader 12VDC / 1A 12V DC OUT For dooropener PROXIMITY READER With OC output POWER 15V / 1A TO OTHER MODULES FROM ALPHAVISION PANEL BATTERY 12V / 1,2 AH Drawing 12. Wiring diagram RO module with power supply in cabinet RO module with power supply in cabinet On the front of the RO module with power supply the following parts can be found: Pushbutton ‘manual battery test’.

  • Page 23: Printer Module

    Attention: It is possible to connect several RO modules, but keep in mind that the maximum number of modules connected to the RS-485 bus is 32. When a system consists of a control panel, 8 keypads, 11 expansion modules (Input + 8 OC and I/O modules), an AlphaCom, a printer module and a DLM-100 (23 modules), 9 RO modules can be connected (or 4 RO modules and 4 NG Prox Readers).

  • Page 24: Dlm-100 Gsm Dialler

    The AlphaCom II dialler can be delivered as a circuit board, or in a metal casing with power supply. The AlphaCom II has, besides the RS-485 connection for the AlphaVision control panel, 8 digital inputs for direct control, so the AlphaCom II can also be used on an “alien” control panel. The AlphaCom II dialler can be used in situations where the ISDN connection is not near the control panel.

  • Page 25: Synoptic Interface

    Synoptic interface Synoptic interfaces are controlled by an I/O or input + 8OC module, using three OC outputs. There are three different versions available, which can be used to show the status for each zone (open, closed or alarm – memory), using LED’s.
  • Page 26 Figure 13. Wiring diagram synoptic interface (004444) and an I/O module AlphaVision NG installation manual Rev. 2.0 27-08-2003 Blz. 26/101...
  • Page 27 Figure 14. Wiring diagram Synoptic tablet with 48 LED’s (004440) and an I/O module. AlphaVision NG installation manual Rev. 2.0 27-08-2003 Blz. 27/101...

  • Page 28: Eprom's Used With Synoptic Interfaces

    OC activated For special situations different EPROM’s are available. These EPROM’s will make the outputs work differently. For more information, please contact the Alphatronics Sales department. AlphaVision NG installation manual Rev. 2.0 27-08-2003 Blz. 28/101...

  • Page 29: Current Drain And Battery Calculation

    Attention: Every I/O module can be used to control one or more interfaces! CURRENT DRAIN AND BATTERY CALCULATION Power consumption With large installations it is very important to calculate the current drain, to avoid an overload of the control panel in an alarm situation. Also keep in mind that when the mains power supply fails, the connected battery should have enough capacity to supply the installation with enough power for the required number of hours.

  • Page 30: Maximum Distance Between Modules And Power Supplies

    Example 2 AlphaVision NG control panel (130mA) with 8 detectors (8 x 15mA), 1 LED keypad (8mA), 1 LCD keypad (9mA), 1 Input + 8 OC module (58mA) with 4 magnetic contacts and 4 detectors (4 x 15mA) and 1 wireless input module (43mA): total current drain in idle state is 428mA.
  • Page 31 Detectors The detectors are connected with a 4 or 6 wire cable to the inputs of the control panel, I/O module or input + 8OC module. When using the EOL line principal, a 4 wire cable will do, otherwise a 6 wire cable must be used.
  • Page 32 100mA + 10mA). An I/O module can only supply about 2,6A (3,0A minus the maximal battery charging current and the I/O circuit board current drain). When LED’s are connected to these outputs, you should place a 1K resistor in series with the LED. Through this, the current drain of each connected output is reduced to 10mA.

  • Page 33: Battery Test And Mains Power Failure

    BATTERY TEST AND MAINS POWER FAILURE The automated battery test of the control panel and the modules with their own power supplies is done in two different ways. Every 3 seconds a light battery test is done, and a thorough battery test is done every 18 hours.

  • Page 34: Introduction

    For computers using DOS, the software program TERMPRIV is available. This program can be downloaded from the Alphatronics website, www.alphatronics.nl. Installing and functioning of the TERMPRIV software is not discussed in this manual, but is nearly identical to the WINTERM software.
  • Page 35 The installer code can be made up of 4, 5 or 6 digits. The default setting is 6 digits and the default installer code is 123456. When the installer code is unchanged but the number of digits of the user codes has been set back to 4, the default installer code will be 1234.

  • Page 36: Programming Menu

    Programming menu INSTALLATIONS DATA: ALPHAVISION NG v1.1 -- date 1. Program control panel and modules 2. Display historical overview 3. Program usercodes 4. Set control panel and modules back to default values 5. Set control panel back to default values 6.

  • Page 37: Initiating Remote Programming (Up/Download)

    Attention: When the programming is changed, do not forget to execute option 0, to save the changed settings into the control panel, before shutting down or saving the programming into the computer. Attention: To use programming files with the AlphaManager software, all files must be saved as .BIN files! Option 8 is used to copy programming files from the computer to the control panel.

  • Page 38: Option 1: Programming The Control Panel

    "<" Go back one screen (hold Shift key) ">" Go forward one screen (hold Shift key) Alt X End program Space Delete value (e.g. “x”.) Option 1: Programming the control panel When in the main menu option 1 is selected (Programming control panel + I/O modules), the following screen appears: SCREEN 1 INSTALLATIONS DATA: ALPHAVISION NG...
  • Page 39 Zone type 2 (tamper) is only used to secure a separate tamper loop, such as the tamper switch of a flash light or sirene. The tamper switches of regular detectors are secured by the EOL detection (see page Fout! Bladwijzer niet gedefinieerd.
  • Page 40 Zone type SIA codes Meaning Burglary zone BA BB BR BT BU Tamper zone TA TB TR TT TU Holdup zone HA HB HR HT HU Fire zone FA FB FR FT FU 5 technical Technical alarm zone UA UB UR UF UU 5 medical Medical alarm zone MA MB MR MT MU...
  • Page 41 A zone must be programmed as a direct, delayed or 24-hour zone. It is also possible to program a zone as an instant and delayed zone. In this case the zone functions as a follower zone. A follower zone is delayed when arming the system for the duration programmed at the follower delay time.

  • Page 42: Screen 2

    SCREEN 2 INSTALLATIONS DATA: ALPHAVISION NG v1.1 -- date IO01 IO02 IO03 IO04 IO05 IO06 IO07 IO08 IO09 IO10 IO11 Burglary A 19 Burglary B 19 Burglary C 19 Burglary D 19 Burglary E 19 Burglary F 19 Burglary G 19 Burglary H 19 Sabotage...

  • Page 43: Screen 3

    SCREEN 3 INSTALLATIONS DATA: ALPHAVISION NG v1.1 -- date IO01 IO02 IO03 IO04 IO05 IO06 IO07 IO08 IO09 IO10 IO11 Hold-up A 00 Hold-up B 00 Hold-up C 00 Hold-up D 00 Hold-up E 00 Hold-up F 00 Hold-up G 00 Hold-up H 00 Fire...

  • Page 44: Screen 5

    SCREEN 5 INSTALLATIONS DATA: ALPHAVISION NG v1.1 -- date IO01 IO02 IO03 IO04 IO05 IO06 IO07 IO08 IO09 IO10 IO11 A 00 B 00 C 00 D 00 E 00 F 00 G 00 H 00 Buzzer A 00 Buzzer B 00 Buzzer C 00...

  • Page 45: Screen 7

    At fail to comm you can program an output that will be activated when the dialler cannot call out. This output will only be activated when the dialler cannot detect a dial tone, and not after three failed dial attempts. At Fail 230V/batt you can program an output that will be activated when the mains voltage is cut off, or when one of the back-up batteries is malfunctioning.

  • Page 46: Screen 8

    : 123456 Name of the installingcompany : Alphatronics BV_ At output time the activated times for each output of the control panel and the I/O and input + 8 OC modules are programmed. This time is programmed in minutes (0 to 255 minutes). When the programmed time has passed, the output will automatically be deactivated.
  • Page 47 Entering the value 000 minutes means that the output is never armed and entering the value 255 minutes means that the output stays activated until a section is disarmed. When you also program a delay time, the output will be activated after the delay time has passed. The delay time is also programmed in minutes (000 to 255 minutes).
  • Page 48 Every three seconds, together with the battery test, the telephone line is tested. This setting is set by default to 001, so after the first time the telephone line is noticed to fail, an alarm is given. When this setting is set to e.g.
  • Page 49 <*> and <#> keys are pressed simultaneously, the programmed output will be activated and, when the SIA- HS protocol is used, an ambush report will be transmitted to the monitoring station. When a Yes is programmed at Alarm after 6x wrong code, and the SIA-HS protocol is used, a special tamper report will be transmitted to the monitoring station when 6 times in a row a wrong code has been entered.

  • Page 50: Screen 9

    SCREEN 9 INSTALLATIONS DATA: ALPHAVISION NG v1.1 -- date TELEPHONENUMBER ACCOUNTNUMBER DIALATTEMPTS PUL/TON PROTOCOL 1: ________________ ____ 0 = Scancom 2: ________________ ____ 1 = SIA-HS 3: ________________ ____ 2 = SIA 4: ________________ ____ 3 = Private 5: ________________ ____ 4 = Private 6: ________________ ____ 5 = Sematone...
  • Page 51 The protocol can be programmed as: Scancom 1600Hz SIA High Security protocol (default, Alphatronics protocol) SIA level 2, without data encryption Private reporting with TDK reset possibility Private reporting (reserved for future use, do not use) Sematone reporting Semadigit reporting...
  • Page 52 SIA LEVEL 2 (protocol 2) The “regular” SIA protocol is a default American protocol. The information transmitted to the monitoring station is nearly identical to the information send by the SIA-HS protocol, only the SIA protocol does not send the programmed zone name along. The protocol itself is completely different. The transmitted data is not encrypted and the handshake consists of single tones.
  • Page 53 of another alarm, the control panel will start calling out again, starting with the first programmed telephone number. Placing the DTMF plug on board The DTMF plug on board is placed on the 6 pins header JP5, above the RS-232 programming cable connection (see figure 1).
  • Page 54 times the control panel tries to connect with it, the dialler will stop calling and considers the call as failed. It will not try the other telephone numbers programmed. We recommend programming the number of dial attempts to 9, the maximum. If there is an alarm in a zone belonging to both section A and section C, the dialler will call the first telephone number first, and then, after the receiving party accepted the message, or when the number of dial attempts has passed, call the third programmed telephone number to report the burglary in section C.

  • Page 55: User Codes

    User codes User codes The AlphaVision NG control panel is controlled with user codes. Up to 98 different user codes can be programmed. It is also possible to use proximity keys (only in combination with LCD/PROX keypad). With the proximity keys, the 6 digit user code is factory programmed in the proximity key.

  • Page 56: Notice Against Double User Codes

    Level 1 can only be used to arm the assigned sections. It is not possible to disarm any sections with a level 1 code. The assigned sections are linked to each other, meaning that the assigned sections can only be armed simultaneously.

  • Page 57: Program User Codes With The Pc

    Program startdate of summer/wintertime code level 4, 5 or 6 Program usercodes code level 5 Start programming at PC for installer code level 6 Call the 9th telephone number for up/downloading code level 5 Display historical overview on keypad code level 4, 5 or 6 F10# Print historical overview via printermodule code level 4, 5 or 6...
  • Page 58 019 AAAA 000000 xxxxxxxx xxxxxxx 020 AAAA 000000 xxxxxxxx xxxxxxx At this screen you can program the user codes 01 to 20. The “>” and “<” keys are used to go one page forward or backward. The <END> key will bring you immediately to the last page, and the <HOME> key will bring you back to the first page.

  • Page 59: Program User Codes With An Lcd Keypad

    Attention: At the days indication, the days are displayed in the following sequence: Sunday, Monday, Tuesday, Wednesday, Thursday, Friday, Saturday, since a week officially starts at Sunday. Program user codes with an LCD keypad Programming and/or changing user codes with an LCD keypad goes as follows: Press <?>...

  • Page 60: Program Proximity Keys With An Lcd/Prox Keypad

    01: 111111 lev 4 ab..SMTWTFS Attention: The characters representing the sections turn to lower case letters, and the characters representing the days of the week now become capital letters. This means that the days are now selected and ready to be edited.
  • Page 61 01: ------ lev 0 abcdefgh smtwtfs Present the proximity key to the internal proximity reader. The internal reader is placed between the four LED’s, behind the VisAccess sign. The keypad automatically converts the unique code of the proximity key to a 6 digit user code. When you have done this, press the <#> key to confirm. The LCD display will change 01: 114165 lev - abcdefgh smtwtfs Now enter the desired user code level (1, 2, 3, 4, 5, or 7), followed by pressing the <#>...
  • Page 62 For clarification and for a better understanding of the AlphaVision NG control panel we clarify the memory control of the AlphaVision NG control panel. When the AlphaVision NG control panel is completely dead, so when both the 230V and the back up battery are disconnected, the RAM work memory is empty, since a RAM chip cannot store data without power.
  • Page 63 Menu option chosen to receive the programming of the connected product and to store this programming into a file on the PC. Enter now a file-name, in which this programming will be saved. A file-name can consist of maximum 8 characters followed by a point and followed by 3 characters (DOS), e.g.

  • Page 64: Programming The Wireless Interface

    Show historical overview All events of the AlphaVision NG control panel are saved into an historical overview. The AlphaVision NG control panel actually has two historical overviews; one which can be shown on the LCD keypad, which holds up to 100 events, and one which can only be shown using Winterm or Termpriv software, which holds up to 250 events.
  • Page 65 The first four dipswitches have a double function: they are used for the address setting on the bus (which is the normal position when functioning), and for selecting the wireless zone when learning new detectors into the memory of the interface. When all wireless components have been programmed into the memory of the interface, the first four dipswitches have to be set back to the address setting.
  • Page 66 If you wish to program another wireless transmitter, set the dipswitches 1-4 to the desired zone address, and execute the learn procedure again. When a zone was already occupied with an ID code, and a PowerCode transmission is initiated, a 3 second alert tone is sounded.
  • Page 67 On some of the wireless transmitters the PowerCode ID code is printed on a sticker, which is placed on t of the IC in the transmitter. This is an 8 digit code. If the code is on the sticker, you can use this code to rogram the transmitter into the wireless interface.
  • Page 68 means that the tamper switch is closed, transmitter is in alarm, low battery, this was no .AB..s supervision report, transmitter not capable of sending restore reports, supervision reports enabled. The field strength of the transmitters is displayed with a number between 00-99. Indication between 30 –50 is good, above 60 is very good and below 10 is critical.

  • Page 69: Controlling The Alphavision Ng

    CONTROLLING THE ALPHAVISION NG The AlphaVision NG control panel can be armed and disarmed with an LCD, an LCD/Prox and an LED keypad. Also one or more keyswitches can be used. The difference between the LCD and the LCD/Prox keypad is that the LCD/Prox keypad has an internal proximity reader. Besides the possibility to arm and disarm the system with a proximity key, the LCD/Prox keypad functions similar to the LCD keypad.

  • Page 70: Arming Using User Codes

    failure, telephone line monitoring failure) the messages will be deleted only when the tamper or system failure has been solved. Alarm restore reports will only be send to the monitoring station when function 22 has been executed and when the information has been erased with the <#> key. Tamper and trouble restore reports will only be send when the tamper or trouble has been solved, function 22 has been executed, and the message has been erased.

  • Page 71: F3# Adjust Date

    The AlphaVision NG control panel can be programmed to work with a doorbell function. The doorbell function is only active when the system is in the disarmed state. The user can activate or deactivate the doorbell function by executing function 2. Press <?>...

  • Page 72: F8# Start Remote Programming

    Press the <#> key to confirm. F8# Start remote programming To start remote programming, function 8 can be executed. This will make the analogue dialler of the AlphaVision NG call the 9th callback telephone number, which should dial to the service number of the installation company.

  • Page 73: F10# Print Historical Overview

    Press the <*> key to exit the event log. F10# Print the historical overview When a printermodule has been connected to the AlphaVision NG control panel, the contents of the event log can also be printed on a printer using function 10. Press <?>...

  • Page 74: F15# Print Installation Overview Part 2

    Inst. overview being printed. F15# Print installation overview part 2 Function 15 prints out the second part of the installation overview. Press <?> <1> <4> <#>, followed by the installer code. The following message will appear on the display: Inst. overview being printed.

  • Page 75: F20# Walktest

    Walktest: enter zone number: -- Now enter the number of the zone you wish to test, followed by the <#> key. When no number is entered and only the <#> is pressed, zone 01 is tested. To end the zone test, press the <*> key. Next, the current status of the detector is shown in the display.

  • Page 76: F21# Display Open Zones

    The first 8 inactivated zones are now showed. The display will automatically go on with the next 8 inactivated zones, until all inactivated zones are shown. Pressing the <↓> key again will show the inactivated zones separately again. It is possible to set more keypads to the walktest mode, which is useful with large installations, in which several keypads are used.

  • Page 77: Automatic Timer Switch

    AUTOMATIC TIMER SWITCH The AlphaVision NG control panel is supplied with a timer switch (RTC = Real Time Clock) for automatic arming and disarming of the system. The user can program up to 4 different timer switches. Each timer switch can be programmed to arm and disarm twice a day and is valid for one or more sections. For example, the user can program one timer switch to disarm and arm section A, and program the second timer switch to disarm and arm section B.

  • Page 78: Timer Switch Flow Chart

    Timer switch flow chart For each timer switch, the disarm- and arm times can be programmed separately for each day. For each day, two disarm and arm times can be programmed. The two different times are marked as T1 (first disarm and arm times) and T2 (second disarm and arm times).

  • Page 79: F23# Program Automatic Timerswitch (Rtc)

    When a zone is open while the RTC tries to arm the system, the control panel will try to bypass the zone automatically. When bypass fails or is prohibited (see explanation screen 1 of the programming), the control panel will NOT be armed. When the zone can be bypassed, this will be reported to the monitoring station (only when SIA HS protocol is used), and will be saved in the historical overview.

  • Page 80: F24# Program Overtime

    Enter the disarm and arm times using the numerical keys of the keypad. When you start entering the first time (disarm time), and the first character is a “1”, the display will change to: RTC 1 T1 OFF/ON: Su 1_:__ / 00:00 Now enter the disarm and arm times for time block 1 (T1) .

  • Page 81: F25# Program Vacation Schedule

    RTC 1 ABCDEFGH overtime: . hour RTC 1 shows this is timer switch 1. The characters ABCDEFGH represent the sections this timer switch applies to (programmed with function 23). Enter the number of hours (1-9) the next arm time should be delayed, followed by the <#> key. Attention: When a timer switch is programmed with two time blocks on a day, for instance T1 08.00/12.30 and T2 13.30/18.00 (disarm at 08.00, arm at 12.30, disarm again at 13.30 and arm again at 18.00), the delay for the evening must programmed after 13.30 hours.

  • Page 82: Prealarm Function

    A holiday scheme can contain up to 1 turning of the year. When a holiday scheme is programmed from 25/12/2001 to 02/01/2003, this will not be accepted. The control panel ignores the value 000000 - 000000. The same dates can be used in several holiday schemes. It also possible to program the same start and end date, e.g.

  • Page 83: F27# Maintenance

    When the clock runs ten seconds slow, the correction factor should be PLUS 10, when the clock runs 25 seconds fast, the correction factor should be MINUS 25. Press <?> <2> <6> <#>, followed by a level 5 or 6 code. The following message will appear in the display: RTC Correction factor: ..

  • Page 84: F28# Program Zone Settings On The Lcd Keypad

    When a section is armed when the control panel is in the maintenance mode, and a detector in the armed section is activated, the same alarm report will appear on the LCD display as if the control panel would function normally. The programmed alarm outputs and dialler remain inactivated. When a logprinter is used, the reports will be printed out and the reports will be added to the historical overview.

  • Page 85: F29# Programming The Access Control System (Proximity Reader)

    If you wish to change another setting of this zone, press <#> to continue to the next setting. If this setting must be changed, use the <↑> and <↓> keys to change the setting. If the desired setting is visible, press the <#>...
  • Page 86 sections Press the <#> key to change the sections this Proximity Reader is programmed to, or press the <↑> or the <↓> keys to choose another option (outputs, features). When the <#> key is pressed, the following will appear in the display: NGPR2 sections <1-8>...
  • Page 87 NGPR2 OC output 0: not used Now enter the desired function (0, 1, 2 or 3) of the Open Collector output of the Proximity Reader. This OC output can function in one of the following ways: Programming: Function: Not used Dooropener Entry/ Exit buzzer Valid TAG...

  • Page 88: Meaning And Functioning Of The Ng Proximity Reader Programming

    When NO must be changed to YES, press the <↑> key. Then press the <#> key to accept the current programming. The display will now return to the main option menu: NG Prox Reader features Scroll up or down with the <↑> and <↓> keys to select a programming option (sections, outputs, features), or press the <*>...
  • Page 89 When the OC output of the Proximity Reader is programmed as entry/exit buzzer, the OC output will function identically to a keypad’s buzzer. When the output is connected to a buzzer, the buzzer will function for the programmed sections, similar to a keypad’s buzzer. OC output NG Proximity reader as valid Tag When the OC output of the Proximity Reader is programmed to function as a valid Tag indication, the functioning will nearly the same as when the OC output is programmed as door opener, with the only...

  • Page 90: Application Examples Access Control System (Proximity Reader)

    Application examples access control system (Proximity Reader) Example 1: residential The most simple application for the NG Proximity Reader is a simple access control system for a residential site. On the front door a magnetic contact is placed (MC1, delayed, section A, zone 1).
  • Page 91 PIR4 PIR3 OFFICE 2 section B OFFICE 1 section A HALL OFFICE 3 section ABC section C PIR1 PIR2 Installation description ‘new’ situation At the front door, a magnetic contact is placed (MC1, delayed, section ABC, zone 1). Next to the front door, a Proximity Reader (PR1, section ABC, OC output not used, triggers entry delay YES, last door function YES) is placed.

  • Page 92: Up/Downloading Via Isdn

    The major difference between the former and the new situation is that Employee B is now attended by the buzzer of keypad 2, thus preventing many false alarms! When the employees leave the premises, they use the last door function. When Employee B leaves, he presents his Tag (level 7, section B) to keypad 2, making the control panel arm section B.

  • Page 93: Install The Winterm Software

    CP-508LCD or AlphaVision control panels, AlphaCom ISDN diallers, DL-500PC diallers and RC-4001 receiver equipment. The DOS version of the Winterm software, TERMPRIV can be downloaded from the Alphatronics website, www.alphatronics.nl. The functionality of the Termpriv software is nearly identical to the Winterm software.
  • Page 94 The program will start with a white terminal screen. The communication ports can easily be set with F1 to F4 for COM1 to COM4. De latest settings will be saved. When the laptop or PC is connected to the Alphatronics product with the RS-232C program cable, the programming can be started.
  • Page 95 It is possible with various Alphatronics products to save the program files of an installation on your PC or laptop. Always make sure the programming is saved in the device itself before you save it on your PC or laptop. Select the option Save programming in computer. On your screen will appear the directory AV96.

  • Page 96: Ppendix A: Dipswitch Settings And Keypad Address Instructions

    APPENDICES Appendix A: Dipswitch-settings and keypad address instructions Adres 5 Adres 1 For address setting, the first THREE dipswitches are used. The fourth dipswitch should be in the OFF position. Adres 2 Adres 6 In later production models, the fourth dipswitch is being used to control the internal buzzer volume.
  • Page 97 Appendix B: Expansion modules dipswitch settings Expansion modules are each set to a different Adres 1 Adres 7 address with 4 dipswitches. The RO modules and Wireless interface modules Adres 2 Adres 8 have more than 4 dipswitches. With these modules, the left four dipswitches are used for address settings.

  • Page 98: Appendix C: Sia Codes

    The regular SIA protocol is conform the American standard protocol, the SIA HS protocol however, has a completely different modem connection. Alphatronics did this because the regular SIA protocol is public, not secured and slow. The SIA HS protocol is encrypted, has an expanded handshake procedure and is much faster.
  • Page 99 Description Text message Definition code Unbypass of a fire Fire Unbypass zone name zone nr. user nr. alarm zone Hold-up alarm zone name zone nr. Hold-up Alarm Bypass of a hold- Hold-up Bypass zone name zone nr. user nr. up alarm zone Restore of a hold- Hold-up Restoral up alarm zone after alarm or...
  • Page 100 Battery Trouble The contents of the text block can be transmitted only when using Alphatronics' SIA-HS protocol, not when using the American SIA protocol. The additional ID information can be transmitted only when using Alphatronics' SIA-HS protocol, not when using the American SIA protocol.

  • Page 101: Appendix D: Release Notes

    2.0 When the reset jumper is shorted (on the control panel PCB) the date and time stays saved. Manual: version 2.0 August 2003 [CPR] Translation: N. Pegtol Copyright: Alphatronics b.v. AlphaVision NG installation manual Rev. 2.0 27-08-2003 Blz. 101/101...

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