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Ropam elektronik OptimaGSM Series Installation Manual

Alarm system withgsm communication and building automation
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OptimaGSM – alarm system withGSM
communication and building automation.
Ropam Elektronik
Tel. +48 12 272 39 71
Faks +48 12 379 34 10
Installation Guide (DTR).
Polanka 301
32-400 Myślenice, Polska
https://www.ropam.com.pl/en
biuro@ropam.com.pl
Document version : 1.0
2017-10-06

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  • Page 1 OptimaGSM – alarm system withGSM communication and building automation. Installation Guide (DTR). Ropam Elektronik Tel. +48 12 272 39 71 Polanka 301 https://www.ropam.com.pl/en Document version : 1.0 32-400 Myślenice, Polska Faks +48 12 379 34 10 biuro@ropam.com.pl 2017-10-06...
  • Page 2 - according to application. The device is a source of electromagnetic waves, so it may interfere with other radio devices in specific configurations. Ropam Elektronik is not responsible for any malfunction of the GSM network and any possible technical problems. WEEE LABELING Waste electrical and electronic equipment must not be disposed of with household waste.

  • Page 3: Table Of Contents

    Advanced configuration of the router................. 21 Providing a fixed IP address..................22 System maintenance......................24 Technical parameters......................24 Version history........................25 EXP-I8-RN ..........................25 General description........................ 25 Properties ........................... 25 Destiny..........................26 © 2017 Ropam Elektronik...
  • Page 4 General description........................ 34 Properties........................... 34 Destiny..........................34 Warnings..........................34 Description of the module ...................... 34 Module versions......................... 34 Construction and description..................... 35 Optical signaling of the state....................36 Requirements, installation..................... 36 © 2017 Ropam Elektronik...
  • Page 5 Construction and description..................... 46 Requirements, installation..................... 47 Basic requirements......................47 Installing the controller....................... 47 Configuration......................... 47 Preparing the system for work................... 47 Configuration: Partner GSM / OptimaGSM Manager._6 ........... 49 © 2017 Ropam Elektronik...
  • Page 6 Construction of the TPR-4 touch panel ................61 Description of connectors and elements..............61 View and dimensioning of the panel................62 Installation and commissioning....................62 Basic requirements......................62 System cabling........................63 Panel connection ........................ 64 © 2017 Ropam Elektronik...
  • Page 7 TPR-4 software update procedure ..................87 TPR-4 panel maintenance ..................... 87 Technical parameters. TPR-4 ....................88 Version history........................89 RHT-AERO ..........................89 General description........................ 89 Properties ........................... 89 Destiny ..........................89 Warnings ..........................89 © 2017 Ropam Elektronik...
  • Page 8 List of devices cooperating with the module..............99 Connection of the entry phone to VAR-1U ..............100 Configuration........................100 OptimaGSM Manager: VAR-1U ................. 100 Changing the parameters of the module..............101 Custom settings......................102 © 2017 Ropam Elektronik...
  • Page 9 Functional description......................123 Tab: SIM card settings......................123 Tab: Zones, phone numbers, e-mail address..............124 Tab: Modules, TPR panels....................124 Touchpad......................... 124 EXP-I8 expander......................125 APx-Aero.......................... 125 PSR-ECO-xx........................127 © 2017 Ropam Elektronik...
  • Page 10 Tab: events.......................... 167 System operation........................168 Basic SMS commands........................ 168 Basic DTMF commands......................170 RopamDroid application......................171 RopamOptima application......................171 Launching ..........................172 Configuration ........................... 173 System demo .......................... 175 © 2017 Ropam Elektronik...
  • Page 11 Set up an e-mail account, OptimaGSM Manager............... 178 Prioritizing sending messages....................179 Email notifications about events....................179 Errors - sending an e-mail......................181 System maintenance....................... 183 Technical parameters......................184 Version history......................... 186 Information........................... 189 © 2017 Ropam Elektronik...

  • Page 12: General Description

    Thank you for choosing Ropam Elektronik products and solutions. We hope that our equipment will meet your requirements and will serve you reliably for years to come. Ropam Elektronik continues to innovate its products and solutions. With the update function products can be enriched with new features and keep up with the modern requirements for the protection of property systems and home automation.

  • Page 13: Appliance

    Appliance. The alarm system built on the basis of the OptimaGSM series alarm panels, TPR-xx touch panels and other additional devices is an ideal solution for residential buildings and small commercial facilities.

  • Page 14: Warnings

    Page 03 Warnings. Ropam Elektronik devices are part of a full alarm system, whose working effectiveness depends on the quality and technical condition of all devices (detectors, signaling devices), cabling, etc. included in the system. The user is obliged to periodically test the operation of the alarm system. It is necessary to check whether the control panel reacts to the violation of individual detectors (PIR, reed switches, etc.) or signaling devices (external and internal) and notifications.

  • Page 15: System Description

    SMS / VOICE / CLIP / GPRS / MMS / E-MAIL, 17VAC / 24VDC, power supply buf. 12V / 2A, TELx8, BIx8-48, BOx8-32, AI, TEMPx4, Aero x16, IQPLC x8, DIN 9M housing GPRS monitoring, ThermostatGSM, KeyGSM, LoggerTemp. LogicProcessor © 2017 Ropam Elektronik...

  • Page 16: Description Of Connectors And Elements

    System description. Page 05 Description of connectors and elements. © 2017 Ropam Elektronik...
  • Page 17 12V battery connection connector (emergency power supply): + BAT (red) = '+' battery - BAT (black) = '-' battery (only OptimaGSM-PS) connector for connecting the LCD panel (local display), MODEM GSM modem, industrial phone GSM / DCS / EGSM © 2017 Ropam Elektronik...

  • Page 18: Optical Signaling Of The State

    • blinking alternately SEND NOTIFICATION by SMS -1 flash = sending SMS to NUMBER 1, ... and INCOM = restoring 8 flashes = sending SMS to NUMBER 8, copies of settings from © 2017 Ropam Elektronik...
  • Page 19 23 - FLASH memory error (serial) 24 - RTC clock chip error 25 - failure of the motherboard inputs 26 - internal error of the MCU microcontroller 27 - blocking SMS / CALL / MMS / E- MAIL, exceeding 24h counter © 2017 Ropam Elektronik...

  • Page 20: Additional Modules And Extensions

    VSR-1 Module for recording and playback 20 seconds of voice message. AMR-1 The audio module allows you to eavesdrop on an object's audio: during an alarm or after making a voice call. © 2017 Ropam Elektronik...

  • Page 21: Ap-Ip

    Android, IOS, Windows Mobile. OptimaGSM and AP-IP control panel is a modern and innovative IoT solution (IoT - Internet of Things), that is access to home appliances, automation control via the Internet. © 2017 Ropam Elektronik...

  • Page 22: Warnings

    PCBs against electrostatic discharge ESD. • In order to meet the requirements of LVD and EMC, the following rules must be observed: power supply, installation, shielding - according to the application. Description of the module. Construction and description © 2017 Ropam Elektronik...
  • Page 23 • no light = lost communication with the control panel (+ possibly shines FAIL) • lights up = wired LAN (ETH) connector works correctly RJ45-Pwr GREEN • no light = no wired LAN communication RJ45-Tx/Rx YELLOW • blinks = signaling of Tx / Rx transmission © 2017 Ropam Elektronik...

  • Page 24: Assembly And Installation

    5. Start the OptimaGSM Manager program (in the version dedicated to a given control panel version), select the COM port for the communication cable, the connection will take place automatically. © 2017 Ropam Elektronik...
  • Page 25 For security reasons, the WPA2 password must be changed on the site unconditionally. 8. After configuring the control panel with the AP-IP module, connect the control panel and the AP-IP module with the 4pin / RJ12 cable: © 2017 Ropam Elektronik...

  • Page 26: Configuration

    - Router Administration Panel (LuCI): TCP port 444 (https: //), - OptimaGSM Manager programming: TCP port 8882 Comments: Ports to the router panel and TCP / IP programming are not recommended to be shared outside the local network. © 2017 Ropam Elektronik...

  • Page 27: Configuration: Optimagsm Manager

    - WPA2-PSK: the field for entering the Wifi password (minimum 8 characters) when working as a Client must be compatible with the password of the access point, Priority of sending e-mail, TCP / IP: - AP-IP - modem GPRS the option sets the default basic connection for TCP / IP communication. © 2017 Ropam Elektronik...
  • Page 28 VLC. In the case of freeze frames, the frequency of images downloading can not be higher than 1 for 5s. The AP-IP module settings window (configuration of access paths for IP cameras). Notification settings window for outputs every 5s or simultaneously (MMS, e-mail). © 2017 Ropam Elektronik...

  • Page 29: Configuration And Status Control: Sms

    1. In the touch panel, in the user menu (main password, from v1.3 panels). 2. During connection with OptimaGSM Manager, programming using AP-IP (the control panel must be in service mode, and the control panel ID must match, TCP / IP key, communication password). 3. SMS commands: © 2017 Ropam Elektronik...

  • Page 30: System Configuration: Tcp / Ip Ap-Ip Module

    - the ability to enter the service mode in the control panel, - the control panel can not be in armed mode (armed mode), - knowledge: ID of the control panel, TCP / IP key, communication password with the PC (or file with the control panel configuration), © 2017 Ropam Elektronik...
  • Page 31 - the OptimaGSM Manager program broadcasts an incoming TCP / IP connection with the control panel ID and usually the connection is established automatically, if the control panel does not respond automatically, the window for entering the control panel IP will be displayed. © 2017 Ropam Elektronik...

  • Page 32: Advanced Configuration Of The Router

    Login to the LuCI administration panel: - port 444 of the web server's IP address, e.g. https://192.168.10.1: 444 - 'router' icon in the user's application: Login data: login: root password: ID of the headquarters (OptimaGSM) (see sticker, file with system configuration) © 2017 Ropam Elektronik...

  • Page 33: Providing A Fixed Ip Address

    In some cases, it is necessary to give a fixed IP for the correct operation of the OptimaGSM system (when there are problems with the assignment of addressing via DHCP). To give a permanent IP for the required interface: Log in to the exchange via the browser: © 2017 Ropam Elektronik...
  • Page 34 System description. Page 23 Go to the "Ustawienia (Settings)" tab: Click the router icon: And choose interface menu to change the IP address: © 2017 Ropam Elektronik...

  • Page 35: System Maintenance

    WiFi 802.11 b / g / n, 2.4 GHz, 150 Mb, 21dB max. Transmit power, antenna modem 'to the housing' (0 dBi) environmental class: II, temp.: 10 ° C ... + 55 ° C Working conditions RH: 20% ... 90%, no condensation Dimensions 54x56x30 WxHxD [mm] © 2017 Ropam Elektronik...

  • Page 36: Version History

    • module on the RopamNET bus, local or elevated work - bus length up to 200mb, • configuration, properties and types of reactions like OptimaGSM inputs, • transmission from EXP-I8-RN inputs: SMS / MMS / VOICE / CLIP / IP. • disconnect terminal connectors. © 2017 Ropam Elektronik...

  • Page 37: Destiny

    Zone expander module (additional 8 zones in the system), communication - RopamNET bus EXP-I8-RN-D4M Zone expander module (additional 8 zones in the system), communication - RopamNET bus, DIN rail housing, width 4 modules Construction and description. View of the EXP-I8-RN module © 2017 Ropam Elektronik...

  • Page 38: Optical Signaling Of The State

    Without condensation) and temperature in the range of -10 ° C to + 55 ° C. It is absolutely necessary to observe the rules of assembly of devices for low-current networks (power supply, data bus, cabling). © 2017 Ropam Elektronik...

  • Page 39: Installation And Connection Of The Module

    4. Perform functional tests, check operation. 5. After completing the installation, perform user training. Comments: It is necessary to keep possible antistatic protection measures to protect electronic circuits on PCBs against electrostatic discharge ESD. Module connection: © 2017 Ropam Elektronik...

  • Page 40: Technical Parameters

    67.5 x 30 x 87 (WxHxD, mm) with mounting studs 71mm x 57.5 x 90.7 (WxHxD, mm) housing for DIN rail, width 4 modules Weight ~50g / ~100g. Version history. Version Date Description 2015.04.02 First version 2015.09.10 Improve performance 2015.11.26 Version with bootloader © 2017 Ropam Elektronik...

  • Page 41: Exp-O8T-Rn

    Code Description EXP-I8-RN Zone expander module (additional 8 zones in the system), communication - RopamNET bus EXP-I8-RN-D4M Zone expander module (additional 8 zones in the system), communication - RopamNET bus, DIN rail housing, width 4 modules © 2017 Ropam Elektronik...

  • Page 42: Construction And Description

    OptimaGSM panel inputs, 0.7A @ 24VDC, GND control Security short-circuit OCP, overload OLP, thermal OHP, OVP overvoltage Tamper external temperature input for the module, status displayed and operated from the OptimaGSM control panel. © 2017 Ropam Elektronik...

  • Page 43: Optical Signaling Of The State

    3. Configure module inputs by needs (parameters identical to those for the OptimaGSM central office 4. Perform functional tests, check operation. 5. After completing the installation, perform user training. Comments: It is necessary to keep possible antistatic protection measures to protect electronic circuits on PCBs against electrostatic discharge ESD. © 2017 Ropam Elektronik...

  • Page 44: System Maintenance

    67.5 x 30 x 87 (WxHxD, mm) with mounting studs 71mm x 57.5 x 90.7 (WxHxD, mm) housing for DIN rail, width 4 modules Weight ~50g / ~100g. Version history. Version Date Description 2015.09.01 First version © 2017 Ropam Elektronik...

  • Page 45: Exp-O8R-Rn

    - according to the application. Description of the module Module versions. Code Description EXP-O8R-RN-D9M Expander module of relay outputs (additional 8 relay outputs in the system), communication - RopamNET bus, housing for DIN rail, width of 9 modules © 2017 Ropam Elektronik...

  • Page 46: Construction And Description

    OptimaGSM control panel inputs, (AC1: 16A / 250V, AC3: 750W 1-phase motor) Montaż DIN-TS35 DIN rail housing, 9 modules wide Tamper External temperature input for the module, status displayed and operated from the OptimaGSM control panel. © 2017 Ropam Elektronik...

  • Page 47: Optical Signaling Of The State

    3. Configure module inputs by needs (parameters identical to those for the OptimaGSM central office 4. Perform functional tests, check operation. 5. After completing the installation, perform user training. Comments: It is necessary to keep possible antistatic protection measures to protect electronic circuits on PCBs against electrostatic discharge ESD. © 2017 Ropam Elektronik...

  • Page 48: System Maintenance

    - communication, no communication environmental class: II temp.:10°C ... + 55°C Working conditions RH: 20% ... 90%, no condensation Dimensions 159.5 mm x 57.5 x 90.2 (WxHxD, mm) housing for DIN rail, 9 modules width © 2017 Ropam Elektronik...

  • Page 49: Version History

    Destiny. The controller, the access point (AP) of the Aero system is intended for the integration of Aero wireless devices with Ropam Elektronik systems through the RopamNET Mastercard. The controller supervises and collects information from Aero wireless devices. © 2017 Ropam Elektronik...

  • Page 50: Warnings

    - range of the radio controller (attenuation of the walls of the room: wood / gypsum - about 5% -20%, brick / ceramics: by 20% -50%, concrete / reinforced concrete: by 50% -80%, metal / steel: by 100%), - assembly optimally centrally in relation to the expected range (radius) of pilots work, © 2017 Ropam Elektronik...

  • Page 51: Installing The Controller

    - Partner GSM program in a version dedicated to a given version of the exchange, version from Partner GSM 4.5 - OptimaGSM manager program: (version from v1.9) OptimaGSM Manager: AP-Aero OptimaGSM program tab; APx-Aero. The controller configuration and the RSSI radio signal level are available. © 2017 Ropam Elektronik...
  • Page 52 AP will generate two series of flashes (blue diode) with the device number in the AP (eg address 2 two series of flashes after two flashes), - repeat point 2 for all detectors, detectors receive system no. According to the order of addition, © 2017 Ropam Elektronik...
  • Page 53 - Learning mode: information on enabling learning mode for Aero devices (detectors, remote controls, modules) during system configuration (on / off) - Noise: the value of the signal noise in the operating range of the Aero system, the limit value for the detection of jamming is -85 [dBm] © 2017 Ropam Elektronik...
  • Page 54 - Delete all remote controls - removes all preprogrammed remotes to Aero. Pilot status window: ID - number of the remote control programmed into the system (1-16), B_A - B_E - control lamp for pressing a button on the remote control (visible in the module programming mode), © 2017 Ropam Elektronik...

  • Page 55: Technical Parameters

    II temp.: -10 ° C ... + 55 ° C Working conditions RH: 20% ... 90%, no condensation Connectors AWG: 24-18, disjointed Dimensions, weight. 80x80x25 (WxHxD, mm), antenna built into the PCB surface-mounted white ABS cabinet with optical signaling, ~ 70g © 2017 Ropam Elektronik...

  • Page 56: Version History

    - The Aero controller or the EXP-I8 local expander can work on NeoGSM systems. Destiny. Keyfob-Aero remote control is designed to work with Aero Ropam Elektronik wireless devices and through them to control the alarm system / building automation or control of selected system functions.

  • Page 57: Pilot Description

    3. Area armed night, the diode blinks once in violet (buzzer 1x), 4. Alarm / Tampering in the zone, the diode blinks ten times red (buzzer 10x tons high), 5. Not ready when arming in the zone, the diode blinks five times in red (buzzer 5x). © 2017 Ropam Elektronik...

  • Page 58: Requirements, Installation

    Preparing the system for work. Depending on whether the remote control is programmed into the system or not - the procedure for configuring the remotes to operate with the selected Ropam Elektronik production system is presented below. © 2017 Ropam Elektronik...
  • Page 59 System description. Page 48 © 2017 Ropam Elektronik...

  • Page 60: Configuration: Partner Gsm / Optimagsm Manager._6

    - Walk Test: information on switching on the Aero system test (detector) during system configuration (on / off), - Learning mode: information on enabling learning mode for Aero devices (detectors, remote controls, modules) during system configuration (on / off), © 2017 Ropam Elektronik...
  • Page 61 - Add remote control No.: Selecting the function adds to the SMS content the pilot / detector number that generated the event. - Send an SMS to: the matrix allows you to specify phone numbers to which SMS messages will be sent. © 2017 Ropam Elektronik...

  • Page 62: Flags For The Pilot In Logic Processor

    In the Logic Processor tab, you can select the flags corresponding to each of the remote control buttons and set the appropriate action for them as needed. Flags in the LP for Keyfob-Aero: - kb1, - kb2, - kb3, - kb4, - kb5 © 2017 Ropam Elektronik...

  • Page 63: Technical Parameters

    - full supervision and status transfer to Aero devices, presence control, link quality, battery status, presence of basic power supply, - unique ID-Aero of each module allows for proper operation within the range of another Aero system, - non-volatile configuration memory, - optical work signaling, © 2017 Ropam Elektronik...

  • Page 64: Destiny

    The IO module of the Aero system is intended for wireless integration of wired devices (detectors, reed switches, etc.) with Ropam Elektronik systems via the wireless Aero system. It allows to extend the functionality of the system with wireless devices in the absence of wired resources (cabling).

  • Page 65: Construction And Description

    - range of the radio controller (attenuation of the walls of the room: wood / gypsum- about 5% -20%, brick / ceramics: by 20% -50%, concrete / reinforced concrete: by 50% -80%, metal / steel: by 100%) © 2017 Ropam Elektronik...

  • Page 66: Description And Operation Of The Io-Aero Module

    8. After completing the installation, perform user training. Module programming procedure: 1. Start the procedure of adding devices in the Aero controller (system work: Partner GSM / OptimaGSM Manager -> AP-Aero-> Enable learning mode, autonomous operation: AP-Aero programming menu). © 2017 Ropam Elektronik...

  • Page 67: Reset Procedure For Lips Factory

    The controller configuration and the RSSI radio signal level are available. Warning: - the zone type should be configured in the entry tab, PIR AER detectors operate modes that are armed (supervision): NORMAL, ORDINARY QUIET, DELAYED, LATE DELAY, COUNTER. © 2017 Ropam Elektronik...
  • Page 68 The detector / module after combining the connection with the AP will generate two series of flashes (blue diode) with the device number in the AP (eg address 2 two series of flashes after two flashes), © 2017 Ropam Elektronik...

  • Page 69: System Maintenance

    The device does not require any special maintenance. During periodic technical inspections, it is necessary to check the condition of screw joints, emergency power supply status, clean the PCB with compressed air. The system should be periodically tested for proper operation and communication. © 2017 Ropam Elektronik...

  • Page 70: Technical Parameters

    Properties TPR-4 series touch panels are touch manipulators that allow you to fully use the resources of alarm systems and building automation based on Ropam Elektronik products. A modern design based on capacitive touch technology and advanced communication algorithms allow the user to easily view and control the system status.

  • Page 71: Destiny

    SMS, VOICE, MMS, e-mail. Warnings Ropam Elektronik devices are part of a full alarm system, whose effectiveness depends on the quality and technical condition of all devices (detectors, signaling devices), cabling, etc. included in the system.

  • Page 72: Construction Of The Tpr-4 Touch Panel

    JT1 fitted = terminating resistor switched on in the RS485 bus JT1 jumper JT1 removed = terminating resistor disconnected from the RS485 bus Assumed = entering the panel update mode, buzzer on - continuous PR jumper signal © 2017 Ropam Elektronik...

  • Page 73: View And Dimensioning Of The Panel

    The devices should be installed in closed rooms with normal air humidity (RH = 20% - 90% max. Without condensation) and temperature in the range -10 ° C ... + 55 ° C. Before starting the installation, a load balance of the power supply should be prepared. Since the system power supply is © 2017 Ropam Elektronik...

  • Page 74: System Cabling

    The system bus connection can be made according to the scheme, with the total length of the RS485 bus should be maximum 1200 m: ÷ OptimaGSM • serial (JT1 jumper found only in TP4 and headquarters) • in series (JT1 jumper found only in TP1 and TP4) ÷ OptimaGSM © 2017 Ropam Elektronik...

  • Page 75: Panel Connection

    (The mounting surface must be smooth, as the deformation of the base will result in a lack of fitting with the external panel.) Attempting to forcefully fit the base and outer panel may damage the TFT display.) 3. Remove the terminal blocks from the PCB © 2017 Ropam Elektronik...

  • Page 76: Configuration Of Tpr-4 Touch Panels

    The programming and configuration of the touch panel can be done: • from the service menu level (locally, each TPR-4 touch panel independently - only selected functions) • from the OptimaGSM Manager program (locally or remotely - RopamBridge, Local server, AP-IP) © 2017 Ropam Elektronik...

  • Page 77: Tpr-4 Configuration: User Menu

    Main menu of the TPR-4 touch panel (default setting of icons): TPR-4 configuration: user menu User screen - OptimaGSM system Window view with user settings for the TPR-4 panel: Set the clock Option to set time and date in the system. Relay time © 2017 Ropam Elektronik...

  • Page 78: Turn On Gong

    After that, if necessary, activate the service mode again. Thermostats Temperature settings for individual thermostats - temperature sensors (4 independent in the OptimaGSM system). The upper temperature values are Tx (a) The lower temperatures are Tx (b) © 2017 Ropam Elektronik...

  • Page 79: Room Thermostats

    This functionality also allows significant energy savings in the building (no space heating during absence of household members, switching on the heating before returning to the rooms, room ventilation function ensures access of fresh air to the building according to a specified schedule). © 2017 Ropam Elektronik...
  • Page 80 During this function, it is possible to manually activate any of the thermostat programs. - the "Schedule priority" function (when enabled) allows you to restore the thermostat to automatic mode after manual activation of any of the functions (eg Wake, Exit, Return, etc.). © 2017 Ropam Elektronik...
  • Page 81 It is also attached after sending an SMS saying "Heating" Heating mode - higher temperaturę. Information: Heating mode included Heating mode - reduced temperature. Night mode, lower room temperature, energy saving. Calendar mode, automatic - according to the settings in OptimaGSM Manager. © 2017 Ropam Elektronik...
  • Page 82 Thermostat settings icon (temperature profiles, weekly program). Changing the settings changes the temperature and calendar parameters according to the settings and saves these settings in the control panel. Thermostat settings from the TPR-4 panel: © 2017 Ropam Elektronik...

  • Page 83: Timers 1-4

    System description. Page 72 Menu for setting temperature profiles: Calendar settings menu for room thermostat: Timers 1-4 Available timing modes for the OptimaGSM system are: - constant - daily - weekly - monthly - one year © 2017 Ropam Elektronik...
  • Page 84 If there is a timer other than a daily or weekly timer in the system, its editing is possible ONLY with the OptimaGSM Manager utility. If you try to edit such a timer using the TPR-4 panel, the following message will be displayed: © 2017 Ropam Elektronik...

  • Page 85: Ussd Codes, Test Sms

    Restart button of the module: in the case when the AP-IP module does not respond to queries for too long, there are problems with the remote connection set-up or problems with reading the network status, you can use the restart function of the AP-IP module (usually the reset takes about 1 min). © 2017 Ropam Elektronik...

  • Page 86: Show Network Status

    The AP-IP module restart option, required when the module does not respond too long. Remote programming Function that provides the ability to remotely program the system via a remote connection to a computer (via GPRS, TCP / IP). © 2017 Ropam Elektronik...

  • Page 87: Tpr-4 Configuration: Service Menu

    The service mode is indicated by the blinking of the red and yellow LEDs. For other windows / keyboards: Window type / Keyboard Confirmation of the function Exit the function Numerical ENTER Full Grafic Window view with service settings for the TPR-4 panel: © 2017 Ropam Elektronik...

  • Page 88: Settings 1

    (s) from the level of the tab: the touch panel. If the system has a touch panel (s) TPR-1x / TPR-2x and other extension modules, an additional tab is available: Touch panel after reading the modules connected to the control panel via the "Loupe" icon. © 2017 Ropam Elektronik...
  • Page 89 System description. Page 78 Main menu of touch panel settings: © 2017 Ropam Elektronik...

  • Page 90: Tab: Touch Panel / Settings

    • 3 incorrect codes = sabotage: entering three incorrect codes will activate the sabotage output, counting is independent for each TP panel. • Tamper housing active: the active option activates the tamper protection of a given TP panel. © 2017 Ropam Elektronik...

  • Page 91: Tab: Touch Panel / Display Options

    SD card in the TPR panel. • Displaying messages from logic processor: when the option is active, information from LogicProcessor is displayed on the bottom bar of the screen in the panel. Tab: touch panel / display options. © 2017 Ropam Elektronik...

  • Page 92: Tab: Editing Screens

    The ability to display any icons on two independent screens allows to increase the functionality of the alarm system / home automation and facilitate the use of simple and advanced system functions (logic functions, process control based on events, etc.). Screen editing menu - OptimaGSM Manager: © 2017 Ropam Elektronik...

  • Page 93: Icon Descriptions And Functions

    - displaying the zone selection screen Disarming the system. Possible (set in OptimaGSM Manager): - selection of zones - displaying the zone selection screen Night time system. Possible (set in OptimaGSM Manager): - selection of zones - required code © 2017 Ropam Elektronik...
  • Page 94 Blocking an input or group of inputs. Set in OptimaGSM Manager: - entry numer - group blocking of zones - code request to confirm the block After disarming the entry system they are unlocked. View the history of events in the system. © 2017 Ropam Elektronik...
  • Page 95 - the number of the exit - status indication according to entry - requiring a code to be attached - indication of the power measured by the IOE-IQPLC module (if present in the system) on the right side of the icon © 2017 Ropam Elektronik...
  • Page 96 - indication of the power measured by the IOE-IQPLC module (if present in the system) on the right side of the icon Attaching the output group. Possible (set in OptimaGSM Manager): - number of outputs / outputs - requiring a code to be attached © 2017 Ropam Elektronik...

  • Page 97: Firmware Update

    The TPR-4 series touch panels have a software update function (firmware). This functionality allows you to change the software to the latest version. The software is updated using the A-USB mini B USB cable and a dedicated update program: TPR_4 update. © 2017 Ropam Elektronik...

  • Page 98: Tpr-4 Software Update Procedure

    If the housing and the touch panel are dirty, clean it using the usual means for LCD computer monitors (it is best to put the panel in the screen cleaning © 2017 Ropam Elektronik...

  • Page 99: Technical Parameters. Tpr-4

    Working conditions environmental class: II T: -10 ° C ... + 55 ° C RH: 20% ... 90%, no condensation) Connectors disjoint AWG: 24-12 Dimensions of TPR-4 122,3x88,3x17,3 mm (WxHxD) TPR-4 weight 175g net © 2017 Ropam Elektronik...

  • Page 100: Version History

    • It is necessary to maintain possible antistatic protection measures to protect electronic circuits on PCBs against electrostatic discharge ESD. • In order to meet the requirements of LVD and EMC, the following rules must be observed: power supply, installation, shielding - according to the application. © 2017 Ropam Elektronik...

  • Page 101: Description Of The Module

    - see technical parameters. Description of the module. Module versions. Code Description RHT - Aero Wireless module of Aero temperature and humidity sensor. Construction and description. Module view: © 2017 Ropam Elektronik...

  • Page 102: Assembly And Installation

    J1 - normal operation - jumper removed, installed - see the installation and programming procedure (deleting the detector from the system). J2- Temperature sensor selection: removed - internal module sensor, installed - external sensor TSR- xx series manufactured by Ropam Elektronik. Connector description: T1 - data from the TSR-xx digital temperature sensor...

  • Page 103: Rht-Aero Flags In Logic Processor

    The function allows you to control the outputs (devices connected to them) depending on the set parameters (temperature, humidity from a given sensor number, in this example the Aero sensor No. 1, temperature test in the ranges of 2m5-30 degrees Celsius): int tw; int M1; int O1; main(){ gbenv(); © 2017 Ropam Elektronik...

  • Page 104: Configuration

    Connect the optional external temperature sensor TSR1-HT according to the polarity. Configuration: OptimaGSM Manager. The system operation module is configured from the control panel level. Requirements: - cooperation with the following systems: OptimaGSM (from v2.4), - OptimaGSM manager program: (version from v2.0) © 2017 Ropam Elektronik...

  • Page 105: Optimagsm Manager: Apx-Aero - Temperature / Humidity Detectors. 5

    These settings allow you to display information about the measured parameter values on the TPR-4 touch panel screen. Below is the settings window from the OptimaGSM Manager utility. The icon allows you to display both parameters at the same time. © 2017 Ropam Elektronik...

  • Page 106: System Maintenance

    -20 ° C to 125 ° C - external sensor TSR1-HT, -20 ° C to 70 ° C, built-in temperature sensor Connectors AWG: 24-18, disjointed Dimensions, weight. 80x80x25 (WxHxD, mm), antenna built into the PCB surface-mounted ABS cabinet white with optical signaling, ~ 70g © 2017 Ropam Elektronik...

  • Page 107: Version History

    • Before proceeding to configuration, read the understanding with the above instructions. • Do not interfere with the construction or carry out independent repairs. • It is necessary to maintain possible antistatic protection measures to protect electronic circuits on PCBs against electrostatic discharge ESD. © 2017 Ropam Elektronik...

  • Page 108: Description Of The Module

    X1 - connection cable of the module with the OptimaGSM control panel Vpp - power supply of doorphones (selected models), Audio - audio line, GND - ground of the system, Data - data line, Description of LEDs: © 2017 Ropam Elektronik...

  • Page 109: Module Versions

    Please refer to the technical documentation and instructions for the specific model of the video intercom that will be connected to the system because its incorrect configuration and connection may result in damage or malfunction of the Ropam Elektronik system or its damage for which Ropam Elektronik bears no responsibility.

  • Page 110: Connecting The Module To The Control Panel

    MT337C-CK2 (2012r.) SAC551C-CK (2011r.) Vidos M670W COMPETITION SAC5C-CK Commax CDV-50N DRC-4CAN Commax CDV-35H DRC-4CAN Abaxo M820C C700C Procomm PRO-4719(4519) PRO-420SA(5846) Procomm PRO-4719(4519) VP-716A-B(4783) Procomm VP-716A-B(4783) VP-716A-B(4783) Eura VDA-06A03 VDA-81A3 Leleen Seria JB-304, V-25 Seria JB-304, No.15(1) © 2017 Ropam Elektronik...

  • Page 111: Connection Of The Entry Phone To Var-1U

    Identification of the module in the system. - OptimaGSM program tab: - choose symbol - the modules connected to the control panel will be identified. - after that a window will appear with the modules found by the control panel. © 2017 Ropam Elektronik...

  • Page 112: Changing The Parameters Of The Module

    Then, in the tab concerning the VAR-1U module, the module configuration options are available: Changing the parameters of the module. Redirection of the call from the module. The function allows you to redirect conversations from a video intercom / doorphone when: © 2017 Ropam Elektronik...

  • Page 113: Custom Settings

    - Attach the sequence pictures to MMS / e-mail: attach a picture or a sequence of photos to the sent message - Time in [s] - the delay with which they will be generated and after that pictures will be sent from the moment the call button is pressed in the doorphone. © 2017 Ropam Elektronik...

  • Page 114: Bolt Control Using Dtmf

    VAR-1U door intercom (we recommend that the redirection time should not be shorter than the message duration in the VSR-1 module). To use the option of opening the bolt using the DTMF code, enter the code (1-4 digits) in the field, and the DTMF code is confirmed by pressing "*" © 2017 Ropam Elektronik...

  • Page 115: Switching Bolt

    II temp.:10°C ... + 55°C Working conditions RH: 20% ... 90%, no condensation Dimensions, weight. 67.5 x 87 x 17.53 (WxHxD, mm), ~ 30g without housing, 71 x 90.2 x 57.5 (WxHxD, mm), ~ 90g housing D4M, © 2017 Ropam Elektronik...

  • Page 116: Version History

    Page System description. Version history. Version Date Description 2016.08.30 First version. © 2017 Ropam Elektronik...

  • Page 117: Installation And Commissioning

    PE circuit in the control panel housing. The RopamNET bus must have a loop architecture and the terminal devices must have a 120Ω termination. For installations made in the star architecture, use 2 pairs of wire and make loops, © 2017 Ropam Elektronik...

  • Page 118: Connection Of The Ropamnet Bus

    1 pair will lead the bus to the device and the other will go out to the next one. Devices with RopamNET bus: Control panel Expander OptimaGSM TPR-1x NeoGSM TPR-2x RF-4x APx-Aero PSR-ECO-5012-xx EXP-I8-RN-xx EXP-O8R-RN-xx Hub-IQPLC-xx © 2017 Ropam Elektronik...
  • Page 119 8V / DC (ie at a minimum battery voltage of 9.5V-10.0V, the drop on the power supply wires can not be higher than 1.5V). Signal to 150m. to 300m. 2x0,5 (1 pair) 2x0,5 (1 pair) 1x0,5 2x0,5 (1 pair) 1x0,5 2x0,5 (1 pair) © 2017 Ropam Elektronik...

  • Page 120: Connecting Devices To Inputs

    - anti-tamper contacts: signaling devices, casings, etc. Device Number of zones Max. Amount in the system OptimaGSM-xx EXP-I8 EXP-I8-RN-xx TPR-xx Input in configuration: NC. Entry in configuration: NO. Input in configuration: EOL (diagram with tamper contact). © 2017 Ropam Elektronik...

  • Page 121: Connecting Devices To The Outputs

    (connection of the siren). potential-free, relay Dedicated to control 230V EXP-O8R-RN-D9M O1-O8: 230VAC / 8A electrical devices. O1- O2, outputs with full potential, transistor OCP short-circuit protection, EXP-O8T-RN-xx O1-O8: OpenDrain GND type / 0.7A overload OLP and OVP overvoltage. © 2017 Ropam Elektronik...
  • Page 122 Notes: O1, O2 require a 2K2 Ohm load at the end of the line for circuit continuity monitoring. O1-O2 output of OptimaGSM board: connection as power supply, eg signaling device. O1-O2 output of the OptimaGSM board: connection of a 12V DC relay. © 2017 Ropam Elektronik...
  • Page 123 The output has an autonomous protection against short-circuit, overload and temperature (automatic return). - + KB, power supply output + 12V / 1A (second terminal = GND) to power touch panels and system devices. The output has an autonomous protection against short-circuit, overload and temperature (automatic return). © 2017 Ropam Elektronik...

  • Page 124: Connecting The Signal To The Ai Input

    The speech synthesizer is connected directly to the VSR connector and after the power is turned on we record messages (built-in microphone). The message is remembered when power is lost (disconnecting the synthesizer). The synthesizer has a MINIJACK output for listening to the recording. © 2017 Ropam Elektronik...

  • Page 125: Connecting The Iqplc System

    AUDIO IN audio signal input (microphone) T+ synthesizer triggering (+ 5Vdc) AUDIO OUT audio signal input, (speaker) +12V – power supply of a speech synthesizer or audio module Connecting the IQPLC system. Connection Hub-IQPLC-D4M for 1-phase installation. © 2017 Ropam Elektronik...

  • Page 126: Connection Of The Ap-Ip Communication Module

    Page Installation and commissioning. Connection Hub-IQPLC-D4M for 3-phase installation (recommended). Connection of the AP-IP communication module. Description of AP-IP. © 2017 Ropam Elektronik...
  • Page 127 3. When using an ETH connection, connect the UTP LAN cable to the ETH connector. 4. Connect the programming cable to the service computer: USB-MGSM or RS232-MGSM (selection depending on available ports in the service computer). © 2017 Ropam Elektronik...

  • Page 128: Connecting The Power Supply To Control Panel

    5. Install the control panel, expanders and modules in the housing, cabinet. a. in the system casing (O-R3x, O-R4x) on pins included in the set with the casing, b. in cabinets, switching stations by means of a clip fastening the DIN housing on the TS35 mounting rail. © 2017 Ropam Elektronik...
  • Page 129 PE ground terminal, do not connect the N ("zero") conductor of the 230VAC mains power supply. Connecting the N to PE cable can damage electronic circuits, GND potential is galvanically connected to PE! if there is no separate electric shock circuit in the facility, the clamp should be left free). © 2017 Ropam Elektronik...

  • Page 130: The Procedure For A Reset To Factory Settings

    5. Turn off power to the control panel and remove the jumper on connector X3. Comments: After the reset, the control panel is reset to factory settings, no modules are in memory. TCP / IP encryption key after reset to factory settings: "ABCDEFGHIJKLMNOP". © 2017 Ropam Elektronik...

  • Page 131: System Configuration

    The control panel is configured via the RS 232 TTL interface and dedicated pre-programming cables. Comments - only the use of dedicated RS232-MGSM or USB-MGSM cables guarantees correct communication and upgrade functions. 1. Turn on the power supply of the control panel. © 2017 Ropam Elektronik...

  • Page 132: Remote Configuration: Tcp / Ip (Gprs)

    - service computer with internet access for TCP / IP mode RopamBridge and for TCP / IP mode local server, fixed IP address and open port (default 8081), - possibility of sending an initiating SMS with the service or main code (see filter, 'SMS control only for numbers from the list'). © 2017 Ropam Elektronik...

  • Page 133: System Configuration: Tcp / Ip Ap-Ip Module

    - start the control panel service mode during connection attempts (20), if the system does not have a programmed touch panel, then the service mode can be started by placing a jumper on connector X3 (third vertical pair from the edge of the PCB), after programming the jumper should be removed! © 2017 Ropam Elektronik...

  • Page 134: Firmware Upgrade

    The description of the function and the configuration method is presented by means of windows, descriptions and program messages. Tab: SIM card settings. SIM card PIN In the "SIM card PIN" field, enter the digits of the PIN code of the SIM card installed in the module telephone. © 2017 Ropam Elektronik...

  • Page 135: Tab: Zones, Phone Numbers, E-Mail Address

    Ask for blocking violated zones: the active option will display a message about blocked zones in the system when the system is armed. Controlling the outputs requires a code: the active option will require the user to enter the code when entering the function of controlling the outputs. © 2017 Ropam Elektronik...

  • Page 136: Exp-I8 Expander

    ID: Device number in the controller -> entry number in the system, e.g. ID 1-> I13 ... ID8-> I20 for NeoGSM, ID1-> Ix for OptimaGSM Type: Aero device type. Violation: state of the detector, motion detection. © 2017 Ropam Elektronik...
  • Page 137 Aero devices (RSSI, Vbat) resulting from the interval. Wireless communication interval: the detector status control interval has three intervals: 30/60/90 s (60s by default). For maximum battery life, select the interval of 90 seconds. The control interval © 2017 Ropam Elektronik...

  • Page 138: Psr-Eco-Xx

    SmartPLC technology from Ropam Elektronik opens a new chapter in building automation and gives so far unavailable options for designers and integrators. SmartPLC is an innovative and unique two-way communication on the power line NN.
  • Page 139 Pout: power consumed by the receiver controlled by a given connector (applies to IOE-IQPC). The power value can be used in LogicProcessor via variables: p1÷p8 1÷2500 power consumption value from IOE-IQPL [W] modules (smart sockets in the SmartPLC system) © 2017 Ropam Elektronik...
  • Page 140 Hub, the MAC number will appear and the line will be highlighted in yellow. 3. Turn on the 230VAC power supply to the next I / O module and wait for the MAC number to appear. © 2017 Ropam Elektronik...
  • Page 141 Hub series series e.g. address 1: ON_200ms / e.g. address 1: ON_200ms / OFF_1000ms. OFF_1000ms. programmed blinks 'fast' blinks 'fast' and no connection to the Hub ON_200ms / OFF_200ms ON_200ms / OFF_200ms © 2017 Ropam Elektronik...

  • Page 142: Fgr-4 Mms

    MMS message is charged for each phone number and e-mail address MMS OPERATOR The tab allows you to select the GSM operator of the card installed in the module. The correct selection allows you to establish a GPRS connection and send MMS messages. © 2017 Ropam Elektronik...
  • Page 143 SMS on / SMS off. and for the full armed system you can enter: SMS on, etc. - Add pilot's number: selecting the function adds to the content of the SMS the number of the pilot who generated the event. © 2017 Ropam Elektronik...

  • Page 144: Exp-I8-Rn

    1: ON = address 2. EXP-O8x-RN (EXP-O8R-RN or EXP-O8T-RN). The system may have two EXP-O8x-RN-xx output expanders. The address of the given EXP-O8x-RN is determined by the first switch DS1: 1: OFF = address 1 1: ON = address 2. © 2017 Ropam Elektronik...

  • Page 145: Ap-Ip

    VDC) depending on the setting of JI7, JI8. EOL - means the input in the PARAMETRIC configuration (one parametric resistor), is triggered by disconnecting the parametric resistor 2.2 kΏ, the resistor must be connected between the input and the system ground. © 2017 Ropam Elektronik...
  • Page 146 (by default set to 0s). Min / max time = 1min / 360min. Warning: - the option is used for limiting the number of notifications and for motion detectors connected to inputs; limiting the number of transmissions from a given source, readability of sent messages, © 2017 Ropam Elektronik...

  • Page 147: Tab: Inputs - Notification

    Selecting the PULSED LINE option causes the control of the armed mode as a "button": the first violation activates the system, the second disarms, etc. (no check = control of armed mode as "switch": violation of the zone: arming the system will return to normal state: disables the partition) © 2017 Ropam Elektronik...

  • Page 148: Tab: Outputs

    It defines which events control the output, selecting several options creates the LOGICAL SUM (OR) of these events (ie the output is active when at least one event has been met), this allows for combining, for example, control: simultaneously SMS and CLIP. © 2017 Ropam Elektronik...
  • Page 149 If you select EVERYONE, the module will control the output when connecting from any number from the network. COMMENTS: - remember that the telephone number from which you want to control the output can not be "restricted". - reactions to an incoming call are configured in the OPTIONS tab. © 2017 Ropam Elektronik...

  • Page 150: Tab: Outputs - Notifications

    Examples of the LogicProcessor configuration can be found in the application notes on the installation CD or at the following website: https://ropam.com.pl/pl/aplikacjeo.html. LogicProcessor: - advanced logic functions, arithmetic functions, counters, time relays, - up to 20 independent logic conditions, (If ... Then ... Else blocks), © 2017 Ropam Elektronik...
  • Page 151 LogicProcessor, functions are executed in a loop according to the scheme. After the restart, the initial values are taken (optional). Then the script retrieves the argument data. Then, up to 20 blocks are executed: If ... Do this ... Otherwise (If ... Then ... Else). © 2017 Ropam Elektronik...

  • Page 152: Logic Functions

    H, assumes a binary value of 0 or 1 0 = temp <(H-hysteresis) tlb1÷tlb4 temperature indicator for threshold B if the selected 1 = temp. <L mode L, assumes a binary value of 0 or 1 0 = temp> (L + hysteresis) © 2017 Ropam Elektronik...
  • Page 153 Keyfob-Aero), assumes a binary value of 0 1 = remote control channel or 1 (button) active (suitable) number of active module pilot (RF-4, Keyfob-Aero) 1÷42: RF-4 1-16: Keyfob Aero connection status with the MSR-1 monitoring station "0" - no connection © 2017 Ropam Elektronik...
  • Page 154 Table of truth logical product: A1 ÷ A8 it is a logic that performs the following functions: the '1' signal appears on the output if and only if all n input signals have a logical value of '1' © 2017 Ropam Elektronik...
  • Page 155 Lx counter Division: A1 ÷ A2 function divides two arguments and writes the result to the Lx counter multiplication: A1 ÷ A2 function multiplies two arguments and writes the result to the Lx counter © 2017 Ropam Elektronik...
  • Page 156 HINT (string, x) or HINT (string) • The inscription covered by the text "text to be displayed max. 20 characters • x additional parameter of the variable to be displayed at the end of the text string © 2017 Ropam Elektronik...
  • Page 157 SMS ("Alarm, high humidity", aiv); M1 = 1; The name of the WAIT(x) function Destiny The function stops the program execution for a given number of ms (1000ms = 1s) Syntax WAIT (x) x delay in ms © 2017 Ropam Elektronik...
  • Page 158 () { while (1) { gbenv (); if (as1 == 1 && as2 == 1) { if (as3 == 0) { ARMF (3); } else { if (as3 == 1) { DISARM (3); © 2017 Ropam Elektronik...
  • Page 159 Function that sets the given control panel output Syntax Seto (x, y) • x number of the output to be switched on / off • y logical value 1 = output switched on 0 = output switched off © 2017 Ropam Elektronik...
  • Page 160 ((== 0 && O1p O1 == 1)) { HINT ("O1 was released"); O1p = O1; Comments Name of the geti(x) function Destiny Function that retrieves the logical state of the selected control panel zone Syntax Geti y = (x) © 2017 Ropam Elektronik...
  • Page 161 The function returns only the total temperature in degrees Celsius If there is no sensor or failure, the function returns -999 Name of the getenv() function Destinz A function that retrieves the value of all system variables. Syntax getenv() © 2017 Ropam Elektronik...
  • Page 162 - variable to which the humidity value from the sensor will be assigned x - sensor number 1-8 An example from the logic wizard Script example Information on the TPR panel with the humidity measured by the humidity sensor. No. 1 int thv; © 2017 Ropam Elektronik...

  • Page 163: Time Relays

    Symbol Parameter Description Trigger triggering signal Time time of the timer, function Reset reset signal Output function output TIMER Timer type type of time / counter function © 2017 Ropam Elektronik...
  • Page 164 Page System configuration. TimeOnDelay DelayKeepOn © 2017 Ropam Elektronik...
  • Page 165 Page System configuration. OneShot TimeOffDelay © 2017 Ropam Elektronik...
  • Page 166 Page System configuration. Blinker MonoBi Delay Alter © 2017 Ropam Elektronik...

  • Page 167: Starting Values

    Page System configuration. SetReset Starting values. In order to avoid transients during the start of the LP script, you can set start values for the script based on the system resources intended for the Logic Processor. © 2017 Ropam Elektronik...
  • Page 168 Page System configuration. © 2017 Ropam Elektronik...

  • Page 169: Preview Of The Script

    Page System configuration. Preview of the script. Simulator. © 2017 Ropam Elektronik...

  • Page 170: Application Notes

    Settings of four independent timers allowing control of system arming, zones, control of outputs. Tab: Communication, tests, counters. Settings of parameters and methods of communication between the control panel and the user, the Internet network. Configuring notifications in the event of a system failure. © 2017 Ropam Elektronik...

  • Page 171: Tab: System Options

    Page System configuration. Tab: System options. Settings of system options of the control panel (counters, times, transmission test, STAN messages, SMS control). © 2017 Ropam Elektronik...

  • Page 172: Tab: Analog Input

    [kPa] - pressure, [° C] - temperature, etc.. WARNING: - in case of sensors with voltage output (linear) in another voltage range, physical values should be calculated as for the linear function y = ax + b. © 2017 Ropam Elektronik...

  • Page 173: Tab: Temperature

    Page System configuration. Tab: Temperature. Parameter settings for temperature sensors in the system (4). - temperature threshold settings, - hysteresis, - notifications © 2017 Ropam Elektronik...

  • Page 174: Tab: Room Thermostats

    (in the place of the physical terminal of the given module output). After clicking the "√" icon will appear and it means the output is activated. Click again, uncheck the indicator and end the activation. © 2017 Ropam Elektronik...
  • Page 175 - telephone number ; - number separator from the content of the SMS yyyyyyyyyy - content of sms (max 20 characters) e.g. +48502636033; This is a test message © 2017 Ropam Elektronik...

  • Page 176: Netmonitor Gsm (Bts)

    0, 0118, 28.9, 2960, 63, 766, 56.6, 609, 255 1,0093,22,36,6e2a, 260,03,6b09 2, 1004, 21.6, 6f0e, 260.03,6b09 3, 0112,21,37, d2fc, 260,03,6b09 4, 0101, 188, 6, 424, 60, 63, 6b09 5, 011, 13.39, d339,260,03,6bc 6, 0102,19,38, d9c8,260,03,6b09 © 2017 Ropam Elektronik...
  • Page 177 2. Identification of cellid (CID), LAC Finding CID: enter the hex cellid number (with h at the end, search type, exact) in: http://btsearch.pl/index.php We filter the results by the operator code and get the BTS data. © 2017 Ropam Elektronik...

  • Page 178: Tab: Events

    Task now has no access to MMS editing. Empty data buffer. File not found. MMS reception error. Error reading MMS from the mailbox. MMS identification error. Unknown MMS error. MMS sending time is over 120 s. (Information from the control panel task). © 2017 Ropam Elektronik...

  • Page 179: System Operation

    'SMS content on / off' = SMS content set to control the given output Turning off output x, where x Output disabled (x) #### offx 5555 lightoff is the output number 'SMS text off' © 2017 Ropam Elektronik...
  • Page 180 Setting or changing the date 5555 time 17, 01, 01, 12, 05 Time set on gg, mi and time 17/01/01 (yy, mm, dd, hh, mi = year, 12:05 month, day, hour, minute) #### restart Restart of control panel 1234 restart © 2017 Ropam Elektronik...

  • Page 181: Basic Dtmf Commands

    OptimaGSM system. Przekierowanie rozmowy po [s] - funkcja umożliwiająca odtworzenie komunikatu z modułu VSR-1 zamontowanego w bramce domofonu VAR-1U (zalecamy by czas przekierowania nie był krótszy niż czas trwania komunikatu w module VSR-1). © 2017 Ropam Elektronik...

  • Page 182: Ropamdroid Application

    - downloading and displaying photos from IP cameras captured by AP-IP (RTSP), - a public and static IP address is not required in RopamBridge mode. Requirements: OptimaGSM control panel v2.3 or higher. Communication module AP-IP version v1.4 or higher. © 2017 Ropam Elektronik...

  • Page 183: Launching

    For correct login it is necessary to define and select the object with which we want to connect (there may be many of them). We touch the "Change" button. A screen with a list of objects will appear: © 2017 Ropam Elektronik...

  • Page 184: Configuration

    The values entered in the fields are checked and in the case when the application determines that the entered value is incorrect, the text in the field will be highlighted in red. Configuration An exemplary configuration using a connection via RopamBridge. © 2017 Ropam Elektronik...
  • Page 185 When in the list of objects we click briefly on a single object, we perform the operation of selecting the object and then we go to the login screen, where the information about the selected object appears. Exporting object settings to a file. The file can be protected with a 16-character password. © 2017 Ropam Elektronik...

  • Page 186: System Demo

    The user code is a four-character code for the OptimaGSM central with the permission to control via SMS / www. System demo The Ropam Elektronik company allows you to connect to the "Demo" object using the RopamOptima application, which allows you to easily find out about the possibilities of the system and check its functionality.
  • Page 187 Page System operation. © 2017 Ropam Elektronik...

  • Page 188: Smtp Settings For Gprs And Ip

    It is necessary for accounts configured in the system to be ACTIVE! That is to say: there should be standard traffic on them (receiving and sending messages), otherwise they will be deleted by the service provider (see regulations on the use of an e-mail account). © 2017 Ropam Elektronik...

  • Page 189: Set Up An E-Mail Account, Optimagsm Manager

    Below is an example configuration of an e-mail account for the OptimaGSM system and sending e- mail notifications through the AP-IP module. Below is an example configuration of an e-mail account for the OptimaGSM system and sending e- mail notifications via GPRS. © 2017 Ropam Elektronik...

  • Page 190: Prioritizing Sending Messages

    The OptimaGSM system has the ability to send e-mails with different types of events in the system: - entry violations - change in the status of outputs - motion detection by PAL cameras (FGR-4 module required) © 2017 Ropam Elektronik...
  • Page 191 Page SMTP settings for GPRS and IP. Configuration of sending an e-mail about the entry violation: © 2017 Ropam Elektronik...

  • Page 192: Errors - Sending An E-Mail

    The e-mail transmission errors for AP-IP are saved in the IP module log -> LuCI). To view the LuCi system log, log in to the AP-IP module via a webserver. After logging in to the webserver, in the "Settings" tab, select the icon: © 2017 Ropam Elektronik...
  • Page 193 Page SMTP settings for GPRS and IP. After the login screen appears: go to the Status -> System Log tab and view the history of errors that require intervention. © 2017 Ropam Elektronik...

  • Page 194: System Maintenance

    The control panel does not require special maintenance. During periodic technical inspections, it is necessary to check the condition of screw joints, emergency power supply status, clean the PCB with compressed air. The system should be periodically tested for proper operation and communication. © 2017 Ropam Elektronik...

  • Page 195: Technical Parameters

    Reverse polarity protection and short circuit protection: 1.6A PTC fuse (reversible) Modem GSM SIM900 (Quad-Band, GPRS class 10, CSD) GSM modem frequency 850/ 900/ 1800/ 1900 MHz (switched automatically) The type of data transmission SMS, VOICE, MMS, GPRS © 2017 Ropam Elektronik...
  • Page 196 156x 88 x 25 [- / + 1] [mm] OptimaGSM-xx-D9M 159.5 x 90 x 58 [- / + 1] [mm] housing DIN 9M Weight: OptimaGSM 125g net OptimaGSM-PS 145g net OptimaGSM-D9M 265g net OptimaGSM-PS-D9M 285g net © 2017 Ropam Elektronik...

  • Page 197: Version History

    - SMS command: [code] connect or [code] connect IP: port - command for establishing connection via RopamBridge server or another server (service computer with fixed IP and open port), option to choose in OptimaGSM Manager 1.4 program © 2017 Ropam Elektronik...
  • Page 198 - added: option: calendar priority in the room thermostat (forces during the time changeover from manual to calendar mode) required OMv1.8 2016.07.12 - the option of sending mms to e-mail addresses has been added (OMv1.9 required) © 2017 Ropam Elektronik...
  • Page 199 OM) - VSR-2 messaging system armed / disarmed by VHF control via DTMF [code] # 1 arms, [code] # 0 disarms 2016.12.29 - improved Toffdelay time relay - improvement of the stability of the RopamNET bus © 2017 Ropam Elektronik...

  • Page 200: 10. Information

    Information. 10. Information. The Ropam Elektronik company is the sole owner of copyrights to the materials contained in the documentation, catalog and website, in particular for photos, descriptions, translations, graphic form, presentation. Any copying of information or technical materials found in catalogs, on websites or otherwise provided by Ropam Elektronik requires written permission.

This manual is also suitable for:

OptimagsmOptimagsm-d9mOptimagsm-psOptimagsm-ps-d9m

Table of Contents