Page 1 System technical manual for the installer...
Page 2: Table Of Contents
Contents MT124-032D Version 1.4.0 Introduction ............................... 6 IPerCom devices and functions offered by the system ................7 Call Module 1060/12-13-17-18 ......................8 Entry Panel 1060/71-74-75........................ 8 Entry Panel 1060/21 .......................... 8 MAX 1717/31-32-33-34-41 ........................ 8 Audio Door Phone 1160/3 ......................... 9 Relay actuator 1060/84 v.
Page 3 .. 62 6.3.3.6 Mode 4: One MAX monitor with configurator in "Acquisition" mode ........ 63 6.3.3.7 Adding a Gateway IPerCom-2Voice on a stair node ............66 6.3.4 Contacts ........................... 70 6.3.4.1 Allowing calls from Audio Door Phones and/or Call Modules to MAX monitors and Audio Door Phones ......................
Page 4 6.3.5 Activations ..........................89 6.3.5.1 Activation for events on Entry Panel ................... 93 6.3.5.2 Activation for events on Call Module .................. 97 6.3.5.3 Key Reader activations ......................99 6.3.5.4 Activations for topological events ..................101 6.3.5.5 Activations for topological events with 2Voice audio/video Door Phones ....... 111 6.3.5.6 Automation events: input/output association ..............
Page 5 RTSP camera .............................. 232 APPENDIX B: Differences of functions between 2Voice and IPerCom audio/video Door Phones ....234 APPENDIX C: Differences of functions between 2Voice and IPerCom devices with IPerCom Switchboard . 235 APPENDIX D: IPerCom priority calls ....................... 235 APPENDIX E: Template of the list of devices installed in the system ............
Page 6: Introduction
Unlike the other serverless systems on the market, IPerCom can be fully configured without having to access all the devices of the system; this is one of the typical advantages of a server-based system that is maintained on IPerCom. MT124-032D...
Page 7: Ipercom Devices And Functions Offered By The System
Call forwarding to Android and iOS (Apple) Smartphones/tablets. IPerCom supports a maximum of 1000 IP devices on the entire system, including a maximum of 16 devices between MAX monitors and Audio door phones per apartment and a maximum of 10 Switchboards.
Page 8: Call Module 1060/12-13-17-18
In addition to allowing normal video door phone functions, the MAX monitor can also be used to forward calls to a smartphone using the CallMe app (for Android and iOS). The MAX monitor can be used to configure the IPerCom system. MT124-032D...
Page 9: Audio Door Phone 1160/3
It also has an input available for local door opening. 2.9 Switchboard 1060/41 The IPerCom system implements the concierge function using a PC and the specific Switchboard application software. It is possible to connect the door phone 1060/41 (via a USB port of the PC and the mini-jack audio connectors).
Page 10: Ipercom Clock Module 1060/85
2.10 IPerCom Clock Module 1060/85 The IPerCom Clock Module 1060/85 is a device which provides the time to an IPerCom system if no MAX monitors are installed in it. The minimum duration of the battery is 3 years. 2.11 Gateway IPerCom-2Voice 1083/59...
Page 11: Basic Concepts
In IPerCom each topological node is assigned a two-digit alphanumeric code from “01” to “ZZ”, which is automatically assigned by the system when defining the system topology.
Page 12: Topological Path And Topological Group
The 10-digit code that identifies the generic topological node in the system topology is called “topological code”. Each IPerCom device must be placed (installed) in a specific topological node (site, block, stair, floor or apartment). For example, MAX monitors are normally placed in an apartment, Call Modules are installed in a stair or block.
Page 13: Applications Of The Concepts Of Topological Path And Topological Group
3.3 Applications of the concepts of topological path and topological group The above concepts can be applied to quickly and unambiguously define the operation of the main services offered by the IPerCom system. The following services are linked to the topological group concept: ...
Page 14: Propagation Of Contacts In Address Book Of Monitors Max And Audio Door Phones
3.3.2 Propagation of contacts in address book of monitors MAX and Audio Door Phones A (public) contact created on a node is propagated on all MAX monitors and Audio Door Phones contained in the topological group of the node in question. For example, a contact created on a stair node will be automatically propagated in the address books of all MAX monitors and Audio Door Phones placed within the topological group of that stair.
Page 15: Resident Access (With Key Code And Door Code) To Doors/Gates Of The System
The Call Module placed on node ‘’Block 1’’ has in its address book all the residents of the underlying apartments, that is the 12 apartments of its topological group. The Call Modules placed on the nodes ‘’Stair 1’’ and ‘’Stair 2’’ have in their address book only the apartments of their corresponding topological groups, that is six apartments each.
Page 16: Practical Example Of Application Of The Topological Path Concept
Call Module A, as its topological path does not intercept the single Switchboard present in the system. 3.3.9 Summary table Below is a summary table of what has been written above regarding the main services offered by the IPerCom system and which concepts they are connected to (whether topological group or topological path): Topological Group...
Page 17: Main And Secondary Call Modules
Call Modules. 3.5 Security and configuration distribution IPerCom has been designed by paying utmost attention to IT security. As a consequence, two security levels with relevant passwords have been defined: ...
Page 18: System Installation
(the maximum bandwidth during a single video call session is 2 Mb/s). A necessary condition for the correct functioning of the IPerCom system is that at least one device with an internal clock is installed in the system, that is either a MAX monitor or an appropriately configured IPerCom Clock Module or a Gateway IPerCom-2Voice.
Page 19: Ip Network Structure
24 POE ports, just 3 levels are sufficient to reach the maximum number of 1000 devices supported by IPerCom. Note (large systems): In large systems it is important to pay attention to the fact that the number of switches can greatly reduce the passband of the network.
Page 20: Maximum Distances And Sections Cables
Note 3: The cable must be up to the following standards: EIA/TIA 568-B.2 o EIA/TIA 568-C.2, EN50288 3-1, IEC 61156-5 In presence of a Gateway IPerCom-2Voice Ref. 1083/59 for the maximum distances and cable section of the 2Voice side, follow the instructions in the 2Voice technical manual, section 7 ‘’Gateway Ipercom-2Voice’’...
Page 21: Device Firmware Upgrade
IPerUpgrade application for MS Windows, available on website www.urmet.comwww.urmet.com. From version 1.3 of IPerCom the possible presence of devices and / or applications not aligned with the last performed software update or, in general, the presence of a misalignment between the software versions...
Page 22 Note 2: in absence of MAX monitors in the system, the possible presence of devices and / or applications with different software versions is signaled both by the IPercom Installer Tools application and by the concierge switchboard (that is from the Switchboard application). In the last case, however, no list of devices with a different software version than that expected is reported.
Page 23: System Configuration
These settings can be accessed using the configuration menu on MAX monitors of the system or on IPerCom Installer Tools for Windows PC. The MAX monitor and IPerCom Installer Tools offer the same system configuration possibilities and are therefore entirely equivalent.
Page 24: The Configuration Menu On The Max Monitor
6.1 The configuration menu on the MAX monitor The configuration menu of the MAX monitors allows configuring IPerCom. There are two ways to access this menu: 1. via the start screen with QR code on devices not yet configured 2. using the “Top Page” button in case of closed start screen or for devices already configured Mode 1: Accessing the configuration menu from the start screen of non-configured devices MAX monitors not configured upon starting show a screen with the QR code of the device.
Page 25 The window shows a list from which to select the desired language: once you have made your selection, it will be immediately applied to the device. For example, if you select the English language, the start screen will change as follows: Figure 11: Starting screen translated in English From this screen it is possible to access the configuration menu using the “CONFIGURATION”...
Page 26 This will display the settings menu: Figure 13: Settings menu (part 1) Figure 14: Settings menu (part 2) The configuration menu can be accessed by selecting “IPerCom Configuration” (see Figure 14). MT124-032D...
Page 27 Regardless of how you access the configuration menu, you will be prompted to enter the Urmet “1937” password in case of unlocked system or the administrator password in case of blocked system. Figure 15: Entering the password to access the configuration menu After having entered the password, you will be asked to change the date and time of the system (see paragraph 6.3.1 Date and time setting): Figure 16: How to set date and time...
Page 28 After setting date and time the configuration menu will appear as shown in the following figure: Figure 17: The configuration menu The configuration menu is divided into two sub-menus: “System configuration” and “SD card projects management”. The sub-menu “System configuration” is structured as follows: Figure 18: “System configuration”...
Page 29 4. import the configuration from SD card; 5. start the “acquisition mode” (described in 6.3.3paragraph Adding devicesAdding devices); 6. check the status of the configuration distribution to the IPerCom devices on the IP network; 7. export the system configuration to SD card;...
Page 30 Figure 20: “SD card projects management” sub-menu This sub-menu allows you to: 1. modify IPerCom configuration projects on SD card 2. create a project to be saved directly on SD card. These operations allow you to use the MAX monitor as a configuration editor regardless of which system is installed.
Page 31: The Configurator
6.2 The configurator The configurations are created and edited using the IPerCom Configurator software, also known as the configurator. The configurator can be accessed from the MAX monitor through the configuration menu, as explained in paragraph:6.1 The configuration menu on the MAX monitor.
Page 32 As mentioned in the paragraph "The configuration menu" the configurator can also be opened as a configuration editor, so not only to create or modify the current configuration of the system. In this case you can launch the programme by opening a project from SD Card or by creating a project on SD Card.
Page 33 IPerCom Configurator has been designed to offer a simple and efficient user interface. Therefore, great importance was placed on minimizing the number of steps required to configure the system. The configurator consists of three main components, shown in the following figure:...
Page 34 If the configurator is opened, by changing the current configuration, the “Project” screen will appear as follows: Figure 25: “Project” screen of the configurator when changing the current configuration Two buttons are shown on the left: “Apply”, that allows saving and applying the modified configuration to the entire system, and “Exit”, that allows exiting the configurator yet losing the last applied changes.
Page 35 Figure 27: Recovering an unsaved configuration on MAX Monitor The IPerCom Configurator is also released for Android tablets. The graphic user interface of the program on Android tablet is similar to that of the configurator open in editor mode for MAX.
Page 36: Configurator Installation On Android Tablets
6.2.1 Configurator installation on Android tablets The version of IPerCom Configurator for Android tablet (starting from Android 6.0) can be downloaded from the website www.urmet.com, download area (Software -> Technical SW -> Communication -> IPerCom System). MT124-032D...
Page 37: System First Configuration
6.3 System first configuration This section describes the steps to be followed when configuring an IPerCom system for the first time. When doing this, all devices must have the factory settings; otherwise, it is necessary to reset to the factory settings (see chapter Restoring the factory settings).
Page 38: Date And Time Setting
6.3.1 Date and time setting The first step of the system configuration is to set the correct date and time. Date and time are used to identify configuration files and determine which one is the most up-to-date during the automatic distribution between devices; therefore, as already mentioned, it is essential to set them before proceeding with the following steps.
Page 39 First set the time zone. Select the desired item from the convenient drop-down menu in the section highlighted with red edge, as shown in figure: Figure 30: Choose of time zone Press the "CONFIRM" button to confirm the selection of the time zone and enable the section highlighted with the blue border to set the date and time is enabled.
Page 40 In fact, once the changes have been applied, date and time settings will be applied automatically also to all other devices of the system. The time zone setting will be applied only to the current device. The time zone of the whole system is selected during configuration, as shown in paragraph 6.3.8 System parameters.
Page 41: Creation Of A New Configuration: Definition Of The System Topology
After confirming the request, the screen for creating a new project will open, as shown in Figure 21. Creating a new project on Android Tablet, requires the launching of the "IPerCom Configurator” app. In the menu, press the “New” button, as shown in figure:...
Page 42 The screen for creating a new project will look like the following one: Figure 34: Selecting the plant model when creating a project The following data are required to create a new project:  project name;  installer password;  plant model.
Page 43 Once all the fields have been filled in and the desired model has been selected, by pressing “OK” a basic project will be created and the “Topology” tab will be displayed. Figure 35: The “Topology” tab of a “Multiple Stairs” configuration The shown screen is related to the case in which the Multiple Stairs topology was chosen during the project creation phase.
Page 44 When creating the topology, it must be taken into account that IPerCom supports a maximum number of 99 blocks, a maximum number of stairs per block of 30, and a maximum number of floors per stair of 1000.
Page 45 The installer can use the "Change" button in "Project" field of the "Details" tabs to change the system model. Press the button to open a dialogue box in which you can select the desired new model. Figure 38: Changing the system model If you go from a simpler model to a more complex one (e.g.
Page 46: Villa Kit (One-Household) Systems
6.3.2.1 Villa Kit (one-household) systems The Villa Kit (one-household) systems are those systems with one floor and only one apartment where up to 10 MAX monitors and/or Audio Door Phones can be installed. Figure 39: “Topology" tab for Villa Kit (one-household) system In a Villa Kit system, the addition of other apartments is not allowed and the Call Module, Door Speaker Unit and Switchboard devices can only be certified on the floor.
Page 47: Single Stair Systems
This mode is also suitable for two-family systems. On this system it is possible to have any number of apartments and floors on which IPerCom devices will be placed. By selecting Single Stair as plant model, a stair with a floor and a single apartment is created automatically.
Page 48: Multiple Stairs Systems
6.3.2.3 Multiple Stairs systems If the system topology consists of several stairs within the same block, a Multiple Stairs configuration can be created. In this case a block is automatically created with one stair, one floor and a single apartment. Figure 42: “Topology"...
Page 49: Multi Block Systems
6.3.2.4 Multi Block systems The last type of plant model supported by the configurator is the Multi Block one, that allows creating a project with any number of blocks/stairs/floors/apartments. The selection of Multi Block as plant model automatically leads to the creation of a site without blocks, as shown in the following figure: Figure 44: “Topology"...
Page 50: Adding Devices
Once the system topology has been defined, it will be possible to add the devices making up the system in the configuration. Each device is associated to a defined topological node. Regardless of the complexity of the system topology, generally any type of IPerCom device can be added to each topological node. The only exceptions are: ...
Page 51: Mode 1: Installer Uses Only Max Monitors For The System Configuration
Cons: It requires you to enter the installer password and open the configurator from a device at a time; it requires knowledge of the MAC addresses of Audio Door Phones, Key Readers, Relay Actuators, RTSP cameras, Gateways IPerCom-2Voice, Entry Panels, Private Call Modules, Clock Module, Call Modules and Switchboards.
Page 52 The following selection screen will be displayed, allowing to choose the type of device to add. Figure 48: Selecting the type of device to add If you want to add a MAX monitor, select “MAX 1717/31-32-33-34-41”: the following screen will open: Figure 49: Entering device parameters The "Name”, "MAC Address”, "Device Code", and "Location"...
Page 53 If you press in fact this button, a dialog box will appear: Figure 50: Selecting the MAC Address of the current device Pressing the "This Device" button to automatically set the MAC address of the MAX monitor. Press "Scan (…/…)" to display a list of devices (with respective MAC address) which are present on the system but which have not yet been added to the configuration, as shown in the next step.
Page 54 Once the first MAX monitor has been added, you need to add all other devices, like Audio Door Phones, Key Readers, Relay Actuators, RTSP Cameras, Gateways IPerCom-2Voice, Entry Panels, Private Call Modules, Clock Module, Call Modules and Switchboards installed in the system.
Page 55 At the end of the configuration distribution, a MAX monitor and other devices such as Audio Door Phones, Key Readers, Relay Actuators, RTSP cameras, Gateways IPerCom-2Voice, Entry Panels, Private Call Modules, Clock Module, Call Modules and Switchboards correctly updated to the current configuration.
Page 56 Once IPerCom Configurator is opened on the new device and the installer password is entered, it is possible to see all the parameters of the previously set up configuration and add the current MAX monitor to the same configuration: the steps are the same as described previously for the first MAX monitor.
Page 57: Mode 1.1: The Installer Creates The Configuration In The Laboratory On The Max Monitor/Pc/Android Tablet And Adds The Devices To The Configuration Via The Max Monitor
6.3.3.2 Mode 1.1: The installer creates the configuration in the laboratory on the MAX monitor/PC/Android tablet and adds the devices to the configuration via the MAX monitor Application case: The devices are already installed on the plant, but not yet configured. There is a basic configuration on SD Card in which the topology has been defined but the devices have not been added yet Pros: The advantages are the same as in MODE 1 plus the convenience of creating the...
Page 58: Mode 2: The Installer Creates The Configuration In The Laboratory On The Max Monitor/Pc/Android Tablet But Adds The Devices Via Android Tablet
Cons: An Android tablet is required The following mode takes advantage of the IPerCom devices feature to show a QR Code that contains its MAC address: in the case of MAX monitors the QR Code is displayed when not configured, whereas in other devices it is shown frontally on a label.
Page 59 At this point, as already described, you select the type of device to add and fill in the fields shown on the screen, as usual: the only difference is the possibility, for Android tablets, to enter the MAC address by scanning the QR Code of the device, by pressing the "QR Code”...
Page 60 Note (configuration file extension): To save the configuration you must assign a name to the newly created file. By default, the file name is "ipercom.ccf", but can be changed at will by the user with the recommendation to add extension ".ccf" at the end of the name (otherwise the configuration will not be imported by the MAX monitor).
Page 61: Mode 3: The Installer Creates The Configuration In The Laboratory On The Max Monitor/Pc/Android Tablet And Adds At The Same Time The Devices That Are Not Yet Installed
6.3.3.4 Mode 3: The installer creates the configuration in the laboratory on the MAX monitor/PC/Android tablet and adds at the same time the devices that are not yet installed Application case: The devices are still in stock (therefore neither installed in the system nor configured): the configuration is created entirely in the laboratory taking note of the position of the devices and their MAC address.
Page 62: Mode 3.1: The Installer Creates The Configuration In The Laboratory On The Max Monitor/Pc/Android Tablet And Adds At The Same Time The Previously Installed Devices
(product model number, e.g. 1060/18);  the MAC address of the device (e.g. 00:1E:E0:00:01:02), reported manually or by applying the label provided with QR code available on each IPerCom device;  the topological location (e.g. Block 01, Stair 02, Floor 04, Apartment 04).
Page 63: Mode 4: One Max Monitor With Configurator In "Acquisition" Mode
MAX monitor and the same MAX monitor and all other devices (Audio Door Phones, Key Readers, Relay Actuators, RTSP Cameras, Gateways IPerCom-2Voice, Entry Panels, Private Call Modules, Clock Module, Call Modules and Switchboards) have been added. Pros: All MAX monitors can be added to the configuration via an automatic procedure that can be followed at the same time by several people (the presence of more people speeds up the configuration creation).
Page 64 The following window will open: Figure 59: Acquisition mode The selected MAX monitor then sets to the "Acquisition" mode where it waits for all non-configured MAX monitors to communicate their position in the system. In fact, as soon as this mode is started, all the other MAX monitors of the system not yet configured will display the following window: Figure 60: Entering the topology node in non-configured MAX monitors during acquisition mode No selections can be made in the Villa Kit type projects in the window shown in figure.
Page 65 “Number of devices acquired" field, press "SEND TO CONFIGURATOR”. Figure 61: Updating acquisitions from non-configured MAX monitors IPerCom Configurator will then be opened (after entering the installer password), showing the automatically updated configuration, with all the MAX monitors of the system added in the relevant topological nodes.
Page 66: Adding A Gateway Ipercom-2Voice On A Stair Node
6.3.3.7 Adding a Gateway IPerCom-2Voice on a stair node If a Gateway IPerCom-2Voice 1083/59 has been added on a stair node with one of the methods described above, the configurator has some differences compared to the addition of other devices. The addition of a Gateway IPerCom-2Voice 1083/59 on a stair node highlights the fact that on that stair node you want to install a riser column of 2Voice audio / video apartment stations.
Page 67 On the stair node where the Gateway IPerCom-2Voice was added, it is possible to add new devices. On the contrary, if a gateway is added on a stair node under which several IPerCom devices are placed, these will be deleted (excluding those placed on the stair node itself):...
Page 68 Pressing on the numerical value "0" opens the following window: Figure 66: Window where enter apartment code By entering an allowed value and pressing ‘’OK’’, the last 7 dip-switches in the image below are automatically positioned on the right position, so as to represent the previously entered number in binary format.
Page 69 It is also possible to act directly on the dip-switches (pressing on the related image) to set the desired 2Voice code. The setting of the dip-switches must be reported on apartment stations of the 2Voice riser column. The first dip-switch (starting from the left) must not be modified as regards the setting of the physical code of the 2Voice users.
Page 70: Contacts
6.3.4 Contacts In the "Topology” tab, through the “Address Books” item, it is very easy to create:  the contact list in the address book of the MAX monitors (most common use),  the contact list associated with the call buttons of the Audio Door Phones (most common use); ...
Page 71: Allowing Calls From Audio Door Phones And/Or Call Modules To Max Monitors And Audio Door Phones
The following paragraphs describe the procedures for creating contacts according to the needs shown above. As a common example we take a Multi Block project whose topology is shown in the figure: Figure 68: Example of system topology for the creation of the address book The system consists of two blocks with two stairs each, three floors per stair and three apartments per floor.
Page 72 You can create a contact in a topological node using the configurator on the "Address books" tab of the topological node itself. If you want to add the dental practice as a contact in the address book of the MAX monitor of apartment "0101010102", simply position the navigation unit on the concerned topological node and select the "Address books"...
Page 73 The following table shows the meanings of the four fields: Name Name of contact Scope Scope of the contact. This shows the node in which you are creating the contact; if the topological node is different from the apartment, you can establish whether the contact should be public or private (it is public by default).
Page 74 Figure 72: Target selection As previously mentioned, you can select only one device of the dental practice as target (i.e. only the MAX monitor or the only Audio Door Phone) or both devices referred to the concerned apartment. In the latter case, select "All Door Phones Door Phones on node Apartment".
Page 75 Figure 74: Visibility filter set-up Press the "OK" button to create the contact and update the list on the screen in Figure 69. Figure 75: List of contacts with the new element created In this manner, the new contact "Dental Practice" will appear in the address book of the MAX monitor of apartment "0101010102"...
Page 76 open the "Address books" screen at the floor node and proceed as described above to fill in the "Name", "Target" and "Visibility Filter" fields. Figure 76: Adding the desired contact to the floor The "Scope" field, instead, confirms the "PUBLIC" selection so that the contact will appear in the address books of all MAX monitors of the nodes which belong to the floor node, i.e.
Page 77 Similar considerations apply to extend the "Dental Practice" contact to all MAX monitors of the system. Simply create the public type contact on the site. Figure 78: Creating the required contact on the site Since in each apartment in the example there are a MAX monitor and an Audio Door Phone, you can allow the Audio Door Phone of the whole site to call the "Dental Practice"...
Page 78 To make this contact also visible in the address books of Call Modules of the entire site, simply select the "Call Modules" option in the "Visibility Filter" field. Figure 80: Adding a contact to the address books of Call Modules of the whole site With this setting, the Call Module in the site and the one in block "0101######"...
Page 79: Allowing Calls From Max Monitors, Audio Door Phones And/Or Call Modules To Switchboards
6.3.4.2 Allowing calls from MAX monitors, Audio Door Phones and/or Call Modules to Switchboards In the example in Figure 68 there is a Switchboard on block "0102######". Automatically, all MAX monitors the topological path of which intercept the switchboard, will have a button in the video door phone application that can be used to call the respective Switchboard.
Page 80 After assigned meaningful name to the contact as "Switchboard", you should choose the target by pointing to the topological node in which the Switchboard is located. Figure 82: Selecting the target of the "Switchboard" contact In the case of Switchboards, the following choices are possible: •...
Page 81 Select the "MAX" option in the field "Visibility Filter" field and confirm the "PUBLIC" selection in the "Scope" field, to make the contact appear in the address book of all MAX monitors of the topological nodes which belong to block "0101######". Figure 84: Setting of "Scope"...
Page 82 To ensure that the Audio Door Phone in various apartments of block "0101######" can call the Switchboard, simply select the "Audio Door Phone by mean of button T1" option to call the "Switchboard" by pressing button T1 of the Audio Door Phone. At the same way select "Audio Door Phone by mean of button T2"...
Page 83: Auto-On Function On Door Speaker Units, Call Modules And Rtsp Cameras From Max Monitors Outside Their Competence
6.3.4.3 Auto-on function on Door Speaker Units, Call Modules and RTSP cameras from MAX monitors outside their competence. The MAX monitors can automatically make autoinsertion on Entry Panels, Call Modules and RTSP cameras only if they are on the topological path of the monitors. If one of the devices listed above is not on the topological path of the MAX monitor, you can still enable auto-on by using the "Address books"...
Page 84 Assign a meaningful name to the contact, e.g. "Call Module Block B1", because the target must be able to select the desired Call Module. Figure 89: Selecting the target of the "Call Module Block 01" contact Pressing the "OK" button will update the contact creation screen, as shown in the following figure: Figure 90: Target data updated contact creation screen MT124-032D...
Page 85 Select the "MAX" option in the field "Visibility Filter" field (the only option available in this case) and confirm the "PUBLIC" selection in the "Scope" field, to make the contact appear in the CAMERAS list of all MAX monitors of the topological nodes which belong to block "0102######". Figure 91: Setting of "Scope"...
Page 86: Contacts In System With Gateway Ipercom-2Voice
6.3.4.4 Contacts in system with Gateway IPerCom-2Voice If one or more gateways are present in an IPerCom system, the 2Voice apartment stations can carry out:  intercom calls (to other apartment stations of the system);  calls to switchboard; ...
Page 87 If you want to add the dental practice as a contact in the address book of a 2Voice audio / video apartment stations, this is prevented by the configurator: in fact, positioning on a stair node with Gateway IPerCom- 2Voice, the ‘’Address Books’’ tab disappears (up to the 2Voice apartment nodes):...
Page 88 In order that 2Voice apartment stations can call the dental practice, they must call the switchboard, the switchboard call the dental practice and then make a call transfer. In general, IPerCom and 2Voice devices do not always behave in the same way with regard to the most important services offered by the IPerCom system.
Page 89: Activations
The "activation rules" (more briefly "activations") allow defining the behaviour of the relay outputs in relation to events that can occur within the IPerCom system. The devices that provide the control relays are the so-called Relay Actuators and have 2 completely Independent relay outputs and 2 inputs.
Page 90 Open the device configuration page in step 1 for device events. For example, if the system has the following devices on the site node: Figure 96: Devices present on site node simply press the "Edit" button of the Call Module. The "Activations" button is located at the bottom of the screen and can be used to build the activation rule as explained below.
Page 91 For topological events, press the "Activations" tab on the "Topology" page and navigate the topological structure of the system to the node where you want to create the activation rule: Figure 98: "Activations" tab to connect topological events to outputs For automation events, press "Automation"...
Page 92 The following summary table groups the possible events according to the source (device) or type of event itself: DEVICE/EVENT TYPE EVENTS Entry Panel (1060/21-22- Outgoing call, auto-on. 71-74-75) Call Modules Outgoing call, auto-on, sabotage alarm, duress function alarm, code activation. Key Reader Sabotage alarm.
Page 93: Activation For Events On Entry Panel
6.3.5.1 Activation for events on Entry Panel The Entry Panels configuration screen (1060/21-22-71-74-75) can be used to create activation rules by means of the "Activations" button (at the bottom of the screen). Figure 100: "Activations" button for Entry Panel 1060/74-75 Press this button to open a screen containing a list of the set activation rules, if any.
Page 94 To create a new activation, press the "Add New” button. The following screen opens in which you can set all the parameters needed to build the activation rule: Figure 102: Screen for creating an activation with event on Entry Panel The "Trigger"...
Page 95 The "Description" field can be used to give a meaningful name to the activation you are creating. The "Time Profile" drop-down menu can be used to associate a previously created time profile with the activation rule. In this way, the rule will only be active within the selected time profile. For example, having selected the auto-on event and given a meaningful name to the activation, the screen that appears is as follows: Figure 104: Partial activation creation...
Page 96 "ACTIVATE" command is available. In the other case, the available commands are "ON", "OFF" and "SWITCH". For more details, see APPENDIX A: Configuration parameters for IPerCom devices. Press the "OK" button to add the set output as shown below: Figure 106: List of outputs associated with the activation rule Different outputs can be associated with the same event by pressing "Add New Output"...
Page 97: Activation For Events On Call Module
With the settings shown in the example above, the second output of the Relay Actuator is automatically activated every time an auto-on is performed in the Entry Panel. 6.3.5.2 Activation for events on Call Module The Call Modules configuration page can be used to create activation rules using the "Activations" button (at the bottom of the screen).
Page 98 The same view page will open to create activations with event on Entry Panel that can be used to set all the parameters necessary for building the activation rule: Figure 110: Screen for creating an activation with event on Call Module The "Trigger"...
Page 99: Key Reader Activations
6.3.5.3 Key Reader activations The Key Readers configuration screen can be used to create activation rules using the "Activations" button: Figure 112: "Activations" button for Key Readers Once this button is pressed, the following screen will open: Figure 113: “Activations Tables” MT124-032D...
Page 100 Press the "Add New" button to create a new activation. The same view screen opens for creating of activations with event on Entry Panel that can be used to set all the parameters needed to build the activation rule. Figure 114: Screen for creating an activation with event on Key Reader The “Trigger”...
Page 101: Activations For Topological Events
In this example, we will assume a Relay Actuator positioned on the stairs configured to have two monostable outputs (see APPENDIX A: Configuration parameters for IPerCom devices) The activation rule can be set at a specific topological point of the system, i.e. on site, block, staircase, floor or apartment level.
Page 102 To create the activation rule, press the "Add New Activation" button on the "Activations" screen. The same view screen opens for creating of activations with event on Entry Panel that can be used to set all the parameters needed to build the activation rule. Figure 117: Screen for creating an activation with a topological event The “Trigger”...
Page 103 as shown on the respective screens: Figure 118: List of events for MAX monitors (first part) Figure 119: List of events for MAX monitors (second part) MT124-032D...
Page 104 For example, having selected the incoming call event and given a meaningful name to the activation, the following screen will appear: Figure 120: Description of the activation rule To add outputs to the activation rule, proceed as described for creating activations for Entry Panels. For example, a screen of this type will appear: Figure 121: List of outputs associated with the activation rule Once all the outputs have been added to the activation rule and a possible time profile has been selected,...
Page 105 Figure 122: List of activation rules for the "Stair 01" topological node If instead "User Activation - MAX" is chosen as the event, the following screen will appear. Set the name of the activation list button in the "Description" field (the one which appears on the MAX monitor) to be associated with the activation rule.
Page 106 By selecting an apartment in the navigation module, in correspondence of the "Activations” tab we will see the activation applied by the stair node, as shown in the following figure: Figure 124: Activation "inherited" from the apartment The activation is greyed out to show that it was created on the stairs node, not on the apartment node. Therefore, it can only be modified by going to on the stairs node and not to the current topological node.
Page 107 Once a user activation rule has been set on the monitor, a new "ACTIVATION LIST" button with a "yellow light bulb" icon will appear on the "Video Door Phone System" screen of the MAX monitor in these apartments. Figure 126: “ACTIVATION LIST” button By pressing this button, the list of available activations will be displayed, showing the previously created element.
Page 108 The following figure shows an activation rule to be associated with Audio Door Phone button T1. Figure 128: Activation rule associated to T1 button of an Audio Door Phone In this way, whenever button T1 of a generic Audio Door Phone is pressed, the outputs selected in step of creating the actuation rule will be controlled.
Page 109 Pressing this icon to send the "Up" or "Down" command to the lift. Figure 130: Lift “Up” and “Down” commands MT124-032D...
Page 110 The "Open Door" and "Open Gate" events can refer to any door or gate in the system. If you choose one of these two events, the "any" (default) events will appear, as shown in the image below: Figure 131: Open door/gate activation Alternatively, you can choose a precise entrance (door or gate) using a special drop-down menu.
Page 111: Activations For Topological Events With 2Voice Audio/Video Door Phones
6.3.5.5 Activations for topological events with 2Voice audio/video Door Phones Activations for topological events also apply to topological stair nodes with 2Voice Gateway with the following differences: 1. There are no User Activations - MAX, Lift Down and Lift Up events in the activation list: Figure 132: List of events for audio/video Door Phone 2Voice 2.
Page 112 If set on site or block level, the activation rule is inherited by the 2Voice apartments and by apartments with IPerCom Door Phones. It is always light grey (to highlight that it was not created in the apartment node): Figure 133: Activation "inherited" from 2Voice apartment...
Page 113: Automation Events: Input/Output Association
To program the inputs and outputs of the Relay Actuator, follow the instructions on the device configuration page (APPENDIX A: Configuration parameters of IPerCom devices). Note: Input programming is only possible on Relay Actuators with firmware version 3.04 or higher supported from IPerCom version 1.3 or higher.
Page 114 Relay Actuators and to set their times correctly, so that the inputs and outputs are easily identifiable during the rule building phase. Go to the device configuration page to do this (see APPENDIX A: Configuration parameters of IPerCom devices). MT124-032D...
Page 115 Figure 134: "Automation" page, "Activation Rules" tab Press "Add New’’ to open the following page: Figure 135: Creating a new activation On this page, you can:  give a meaningful name to the new activation in the "Name" field;  associate a time profile (previously created) with the activation using the "Time Profile"...
Page 116 The input selection "Add" button opens the following screen: Figure 136: List of available inputs If the default names of the inputs were still used for each Relay Actuator (i.e. Input 1 and Input 2, instead of the previously assigned meaningful names), it would have been difficult to identify the input with which to associate the rule you want to build.
Page 117 For example, if you choose the "Short press" event, it will be highlighted with a different colour from the previous one: Figure 138: Events that can be selected with press time other than zero Note 2: If a time equal to zero is set on the concerned input, the displayed events would have been"ON"...
Page 118 The "Delete" button allows you to delete the rule on the newly created input (by means of a confirmation pop-up). At this point, as shown in the table, you must choose the output to be controlled. If with the "Short press" event you want to control only one "Garden Path light 1"...
Page 119 Go to the topological node of the Relay Actuator 2, select the concerned device, then choose the output and set the respective command: Figure 142: Topological structure navigation for relay actuator search, output selection and respective command Press the "OK" button to open the following screen with a summary of the choice made regarding the output: Figure 143: Selected output and respective command The buttons in the "Edit"...
Page 120 Press the OK button again to go back to the main screen where the name of the activation, the input and the relative event are shown: Figure 144: Activation created The buttons in the "Edit" and "Delete" columns can be used to modify or delete the newly created rule (via confirmation pop-ups), respectively.
Page 121 Using the same input of the first Relay Actuator, the one named as "Garden Path Light Switch Input", it is possible to switch on both the first and the second light (outputs linked to the second Relay Actuator). So it is possible taking advantage of the second event linked to the programming of the input, that is the "Long press"...
Page 122 Figure 147: Summary of created activations Note 1: Once an output has been added to the rule, it is no longer re-submitted by navigating the topological structure of the system to add more outputs. The buttons in the "Edit" and "Delete" columns can be used to modify or delete the newly created rule (via confirmation pop-ups), respectively.
Page 123 The following table summarises this regarding the automation event (three Relay Actuators are needed to have one input and six outputs): Rule Inputs (Relay Actuator A) Event Outputs (Relay Actuator) Rule 1 Input 1 Short press Light 1 - ON - Relay Actuator A Light 2 - ON - Relay Actuator A Light 3 - ON - Relay Actuator B Light 4 - ON - Relay Actuator B...
Page 124 First of all, you need to give a meaningful name to the group of commands, then add the outputs you want them to be part of the group. To do this, press the "Add a New Output" button. A screen will open. Go to the topological node of the Relay Actuator, select the concerned device, then choose the output and set the respective command: Figure 150: First output selection with scenario command...
Page 125 After adding the other five outputs with their command and having given a meaningful name to the scenario, press "OK" to open the following screen: Figure 152: Scenario creation The buttons in the "Edit" and "Delete" columns can be used to modify or delete the newly created scenario (via confirmation pop-ups), respectively.
Page 126 Then, press the "Add" button to add the newly created group (by selecting it): Figure 154: Selecting a group of commands Then press "OK" to open this screen that summarises the choices made: Figure 155: Selecting a group of commands MT124-032D...
Page 127 After giving a name to the activation, press the "OK" button to open the following screen: Figure 156: Activation with created group of commands Note: It is advisable to give a meaningful name to the created rule so that you can quickly identify that the concerned rule controls a group of outputs.
Page 128 6.3.5.6.3 Adding a time profile to the activation Each activation created can be associated with a time profile, i.e. establish a time interval within which the activation is valid. The "Time Profiles" tab allows you to do this. The following page will appear: Figure 158: Page for creating a time profile Press "Add New’’...
Page 129 After having given a name to the time profile you want to create, the buttons can be used to create a time interval for each day of the week within which the activation will be valid (through the following screen): Figure 160: Creating a time profile The scrolling menus in the figure above allow you to define the start and end of validity of the time profile for each day of the week.
Page 130 The "Copy" and "Paste" buttons allow you to quickly copy the time interval just created for all the other days of the week. You can press the "Copy" button on Monday which will enable the "Paste" buttons on the other days to do this. The following page will appear: Figure 162: Time profile created for the entire week Press the "OK"...
Page 131 At this point, in a previously created or new activation, the "Time Profile" drop-down menu allows you to add a time profile, as shown in the following image: Figure 164: Time profile associated with activation Press the OK button, to see the newly created activation with the associated time profile in the activation list: Figure 165: Time profile with activation The buttons in the "Edit"...
Page 132 6.3.5.6.4 Sending alarms to the Switchboard via relay actuator inputs It is possible to use the ON, OFF, long press and short press events to send one or more alarm signals to the Switchboards of the system through one or more sensors connected to the Relay Actuator inputs. The alarm signal is sent when the sensor generates the programmed event.
Page 133 Press the button to choose which event on this input generates the alarm. If the press time was configured with a value equal to zero (paragraph APPENDIX A: Configuration parameters of IPerCom devices), the possible events are as follows: Figure 168: Available events with press time set to zero The ON and OFF events are used to generate instantaneous alarms.
Page 134 The Short press and Long press events are used to generate non-instantaneous alarms. For example, if the input has been set to normally closed, a sensor connected to a door that is left open for a time longer than the time set at the input triggers a Long press event and then generates an alarm. We will assume that the input has been configured with a time equal to zero and choose the "ON"...
Page 135 Figure 172: Available alarms - second part For example, if you select the "Forced Door" alarm, press the "OK" button to see the list of inputs on the screen. Then press "OK" again to see what you have just created: Figure 173: Alarm associated with the input The buttons in the "Edit"...
Page 136 6.3.5.6.5 Creation of relay actuator activations and alarms The activation and alarm generation rules seen in the previous paragraphs can also be created on the configuration page of the relay actuator in the section dedicated to inputs. Note that the input programming method described in the previous paragraphs is only possible on relay actuators with firmware version 3.04 or higher.
Page 137 Press the "Add New’’ button to open the following page: Figure 176: Screen to create activation on a single input The “Trigger” drop-down menu allows you to select the event to be associated with the input, in this case "ON" or "OFF": Figure 177: Possible events on the input MT124-032D...
Page 138 After having selected an event (e.g. "ON") and given a meaningful name to the activation, associated it with a time profile if required and added one or more outputs, the following screen will appear: Figure 178: Event output settings The final result is what we saw in the previous paragraphs, as well as for the creation of alarms. MT124-032D...
Page 139: User Management
6.3.6 User management If the four possible plant models (Villa Kit, Single Stair, Multiple Stairs, Multi Block) the management of the users is implemented in the relevant "Users" tab, as shown in the following figure: Figure 179: “Users” tab The screen shows 4 different types of users, described in the dedicated paragraphs: “Residents”, “Not Residents”, “Groups”, “Switchboards”.
Page 140: Residents
6.3.6.1 Residents Residents are associated with the apartments, so to be able to add residents it is necessary to access the navigation window on one of the created apartments. Let’s suppose you want to create a Multi Block project, as shown in the following figure: Figure 180: Newly created Multi Block Configuration In the configuration, no topological node has yet been entered, so the "Users"...
Page 141 If you want to add a block, with a stair, a floor and 3 apartments to the topology: go through the navigation module to one of the apartments, you will see the "Add" button in the "Residents” tab, as shown in the following figure: Figure 182: “Residents"...
Page 142 Figure 184: Creating a new resident - second part The following table helps you to understand the meaning of the fields Surname or Surname of the resident or company name. Maximum length: 32 Company Name characters. Name/Other Resident name or other information. Maximum length: 32 characters. information Telephone Telephone number associated to the resident.
Page 143 Note 1: residents may also be associated with 2Voice apartments as described above. These residents will appear in the address books of the IPerCom Call Modules and will have access to the respective gates within their competence and not via Proximity Keys or Door Codes which may have a time limit or not.
Page 144: Not Residents
6.3.6.2 Not residents The IPerCom system can manage the controlled access to the residential structure also for external personnel (maintenance technicians, suppliers, etc.). The "not resident" is not associated with any apartment of the system: in fact, by going to the tab "Not Resident"...
Page 145 Figure 188: Creating a non-resident - second part The following table helps you to understand the meaning of the fields: Surname or Surname of the resident or company name. Maximum length: 32 characters. Company Name Name/Other Resident name or other information. Maximum length: 32 characters. information Telephone Telephone number associated to the not resident.
Page 146 Figure 189: Period of validity of the Key Codes and of the Door Codes Basically, the validity period is not set, so access is always guaranteed for non-residents; to set a validity period, press the edit icons indicated by the red rectangle. The date and time selection screen will open. Figure 190: Selection of date and time of the period of validity After selecting the year, month, day, hours and minutes and pressing the "OK"...
Page 147 Figure 191: Set validity period An important difference is noted on the operation of the Door Codes and Key Codes. While for residents, the Door Codes and the Key Codes automatically open the doors associated with the Call Modules and Key Readers which are on the topological path of the apartment, for non-residents the doors, which the respective Proximity Keys and Door Codes can open as specified in an external table.
Page 148 To associate an access profile to a non-resident, press the relevant name: the access profile will move from the list of available profiles to that of the selected profiles. To delete the association, press the same item in the list of selected profiles. In conclusion, the creation of non-residents allows giving access (through Proximity Keys or Door Codes) to external personnel only at the relevant access points with or without time limit.
Page 149: Groups
6.3.6.3 Groups The "Groups” screen allows you to quickly create groups of residents and/or non-residents who have special access needs to certain doors, possibly at specific times. For example, there could be a "Swimming pool" group to which all those with access to the pool must be added.
Page 150 To add, for example, residents to the group, simply select them in the list on the left and they will be moved to the list on the right. Figure 196: Adding users to a group Then simply give the group a meaningful name and description and confirm with the "OK” button: the group will be added to the list of user groups.
Page 151: Switchboards
6.3.6.4 Switchboards Through the "Switchboards” tab of the "Users” tab it is possible to manage the users of the switchboards in the system. Figure 198: “Switchboard" screen The '’Add'' button allows adding new users of the switchboards. Press it to open the following screen: Figure 199: Creation of a new user MT124-032D...
Page 152 Once all fields have been edited appropriately and the "OK” button has been pressed, another user is added to the user list. Figure 200: List of the switchboard users The buttons in the columns "Edit" and "Delete" allow you to modify the data or delete each user created, respectively (through confirmation pop-up).
Page 153: Access Control
6.3.7 Access control The IPerCom system integrates an access control service, which allows the opening of gates (doors, gates, barriers, etc.) by recognising proximity keys or entering door codes. Call Modules, Entry Panels 1060/21 and Key Readers can be used to open the access. Call Modules and Entry Panels 1060/21 integrate a Proximity Key reader.
Page 154 All residents of Stair "02" are automatically enabled to open the accesses associated with the main Call Module and the Key Reader with a key code and a door code (both the Call Module and the Key Reader are on the topological path of these residents). Figure 203: User setting screen If you want to give the residents of Stair "02"...
Page 155: Access Profiles
6.3.7.1 Access profiles The "Access Profiles” screen is the same as the one that appears when you open the "Access Control" tab. Figure 204: “Access profiles” screen Access profiles allow to group a set of accesses that a group of users needs to open in a single rule even if these accesses are not on the topological path of the apartments of these users.
Page 156 It is necessary to give a name to the access profile that is being created in the "Name" field at the top left, and then select the access points that are part of it by simply pressing on the relevant record (the flag is selected automatically).
Page 157 In the “Access profiles” screen, the buttons in the columns "Edit" and "Delete" allow you to modify the data or delete each access profile created, respectively (through confirmation pop-up). Each resident/non-resident can be assigned an access profile during the user creation/editing phase. Figure 208: Resident editing screen Press the "Edit Access Table"...
Page 158 Assuming you want to select the previously created access profile, you get the following: Figure 210: Selection of an access profile Press the "OK” button to automatically associate the access profile with the created user: Figure 211: Associating an access profile with a resident Note: An access profile must be associated with a resident or non-resident or user group in order to be effective.
Page 159: Time Profiles
6.3.7.2 Time Profiles A time profile is a set of time intervals for the validity of accesses. To manage time profiles go to the "Access Control” tab, then click on the "Time Profiles” tab. The following screen will open: Figure 212: “Time profiles” screen By pressing the “Add New"...
Page 160 To create a new time interval, press button to open the following screen: Figure 214: Creation of a time interval After setting the time interval and pressing the "OK" button, the interval will be added to the selected day, as shown in the following figure: Figure 215: Time interval added in the selected day MT124-032D...
Page 161 The "Copy" and "Paste" buttons allow you quickly copying the time interval just created for all the other days of the week. You can press the "Copy" button on Monday, which will enable the "Paste" buttons on the other days to do this. For example, copying the time interval set for Monday ("MON") and pasting it in the line corresponding to Thursday ("THU"), the result will be as follows.
Page 162 If you want to associate the time profile “Weekly Swimming Pool Access" to the previously saved access profile, simply reopen the latter in edit mode and select the created time profile, as shown in the following figure: Figure 218: Selection of the new time profile in the saved access profile A time profile may also be associated with a single access as well as an access profile if the concerned access has particular time restrictions.
Page 163 To associate a previously created one, click on the respective drop-down menu to open a screen with all the created time profiles. After selecting one and pressing the "OK" button, the following screen will appear: Figure 220: Set time profile If a time profile is associated with a generic access, it appears with an asterisk when creating an access profile: Figure 221: Door with associated time profile...
Page 164: Holidays
6.3.7.3 Holidays Holidays allow you to define one or more particular dates of the year (e.g. Christmas) on which to alter a previously created time profile. In other words, they allow you to create exceptions in a weekly schedule. To create a holiday, go to the "Access Control" page and then press the "Holiday" tab. The following page will appear: Figure 222: ‘’Holidays’’...
Page 165 If, for example, you want to set a public holiday on the 25th December of each year, the choices to make are as follows: Figure 223: Set holiday Press "OK" to see a summary of the choices made: Figure 224: Created holiday MT124-032D...
Page 166 At this point, the following screen will appear when opening a previously created time profile, for example, where you can set a new time profile for the 25th of December of each year, as seen in the previous paragraph: Figure 225: Time profile with holiday Press "Add Holiday’’...
Page 167 Assuming you want to create a single interval from 8 to 10, the following page will appear: Figure 227: Additional holidays with timetables The "OK" button confirms the changes made. In this way, the time profile followed on the day of the week coinciding with December 25th will be the one set in the newly created holiday, i.e.
Page 168: Door Groups
6.3.7.4 Door groups The door group is a set of doors that must obey the same rules, have the same temporal validity and the same temporal profile. The Doors Group function is useful if a group of people needs to access a group of doors in the same way.
Page 169 To create a group of doors, it is necessary to assign a name and select the desired doors: these are moved to a list on the right to form the desired list of doors. Figure 230: Selection of desired doors To delete a door from the list, simply select it: it will be moved back to the list on the left.
Page 170 If you want to use the "Swimming pool doors" door group in the previously saved access profile, simply open it again and select as door group the group “Swimming pool doors” instead of the previously selected Key Readers. Figure 232: Selection of the new door group in the saved access profile MT124-032D...
Page 171: Door Profiles
6.3.7.5 Door profiles A Door Profile is a set of parameters that define the behaviour of a generic door. This functionality is useful if there are several doors in the system which must comply with the same rules. Instead of applying the set of rules several times to different doors, it is sufficient to create the set of rules once and then apply it to the individual doors.
Page 172 For the meaning of the various parameters, see "APPENDIX A: Configuration parameters of IPerCom devices". An example of configuration is shown below: Figure 235: Setting parameters for an access Press "OK" to create the access profile: Figure 236: Creating an access profile Once the access profile has been created, it can be applied to several doors.
Page 173 To do this you need to go to the "Topology" page, then to the "Devices" tab: Figure 237: Devices on which to load the access profile Press the "Edit" button of the first Key Reader to open the following screen where "Custom" appears next to the concerned access (i.e.
Page 174 Click on "custom" to choose the previously created access: Figure 239: Selecting an door profile Press the "OK" button to load the door profile on the concerned door: Figure 240: Loading the access profile The loaded parameters are greyed out to highlight the fact that they come from a previously created access profile.
Page 175: Trade
6.3.7.6 Trade The trade function allows opening the pedestrian door and/or the driveway (if enabled) directly from the Call Modules keypad during a time period set during the creation of the trade itself. The application can be useful if external personnel needs to access the residential complex in pre-set time intervals.
Page 176 Figure 242: Trade creation screen In the screen above you need to select the access profile created as a trade. After assigning a name to the trade, pressing the ‘’ OK ’’ button the trade is created and added to the list of available trades. Figure 243: List of created trades The buttons in the columns "Edit"...
Page 177: System Parameters
6.3.8 System parameters The "System" tab allows setting some global parameters relating to the system, which are useful for its performance. All values can be selected from a drop-down menu. The following screen will open: Figure 244: “System" tab (part 1) Figure 245: “System"...
Page 178 Figure 246: “System" tab (part 3) The meaning of the single items is shown in the following table: System Language Language used by IPerCom devices with display Time Zone Time zone selected for time management. Default value: “Europe/Rome”. Addressing type Method used to determine the addressing in the call codes.
Page 179: Selection Of The Addressing Type
Maximum Guaranteed Guaranteed communication time. Min 1s, Max: 90s (in steps Communication Time (s) of 10s). With at least one IPercom 2Voice Gateway in the system, the maximum value decreases to 70s. Door Time (s) Door opening time. Default value: 3 s.
Page 180 Figure 247: "Settings" screen for topological addressing The "Topological Code" field shows only the part of the topological code related to the topological node in which you are positioned in the navigation module. The "Name" field (if not modified) shows the topological code of the node where you are positioned (starting from the block node).
Page 181 As for the type of logical addressing, it is an alphanumeric code to associate to each apartment, as shown in the following figure: Figure 249: “Description" screen in case of logical addressing The last type of addressing, mainly used in the English market, is the numerical with blocks and in this case, to call an apartment: ...
Page 182: Setting Of Call Forwarding
6.3.9 Setting of call forwarding Call forwarding allows receiving a call from a Entry panel or a Call Module in the apartment and on a Smartphone/tablet. Call forwarding requires:  that the installer provides the connection to the system network of a router that can allow the connection to the Internet;...
Page 183 To set the user name registered on the SIP server for an apartment, select the "Topology" tab and, in the "Settings " screen for the desired apartment, fill in the " Call Forwarding Cloud URI " field. Figure 252: Setting the SIP user name for an apartment If the user name is not yet available (e.g.
Page 184: Search Function
6.3.10 Search function The function allows a quick search of the items in the system. Press on the main screen of the configurator to open the following screen (relating to a generic system): Figure 253: Search Function Screen You can search for the following items or only one of them: ...
Page 185 For example, the search by node shows only the nodes of the system with the corresponding topological code (block, scale, floor and apartment): Figure 254: Search by nodes The links in the "Description" column take you to the "Settings" page of the corresponding topological node.
Page 186 The device search shows the various devices present in the system with the corresponding topological code (block, scale, floor and apartment), device code (column "D") and device type: Figure 256: Setting a site node If the device is located on the site node, the table above only shows the device code and not its topological path.
Page 187: Configuration Distribution
6.3.11 Configuration distribution The configuration is always distributed via MAX Monitor, and can be done in two ways:  directly from the configurator (if you are changing the configuration from a MAX Monitor connected to the system);  from the configuration menu by importing from SD card (if you have a configuration saved on SD card).
Page 188 To import a configuration from SD card, access the configuration menu, then select the option "Import configuration from SD card": the window shown in the figure will open. Figure 258: Configuration distribution by importing from SD card The window shows all the configuration files saved on the SD card: once the desired file has been selected and the configuration distribution request has been confirmed, it will be applied to all the system devices.
Page 189 This window shows in sequence  the “Devices with the same configuration”, i.e. devices that at that moment have the same configuration present on the current device;  the “Devices not in configuration”, i.e. devices that have not been included in the configuration present on the current device;...
Page 190: Exporting The Configuration To An Sd Card
6.3.12 Exporting the configuration to an SD card It is recommended to make always a copy of the configuration on a file by means of export to SD card. To this purpose, in the configuration menu, in the sub-menu "System configuration” there is the function "Export configuration to SD card", which allows saving the current configuration to the SD card.
Page 191: Securing The System
6.3.13 Securing the system Once the system configuration has been completed and distributed to all the devices, i.e. while the system is running, it is possible to secure the system by setting an administrator password in addition to the installer password. In practice this means that the installer can only make changes to the configuration and the system by requesting the administrator password.
Page 192 Once the password is entered, you will have to wait for the distribution of the administrator password to all the devices of the system: you can monitor the distribution status in the dialog box shown below. Figure 263: Password distribution status As soon as the value of the last two fields is zero, the password distribution will be completed.
Page 193: Changing The System Configuration
6.4 Changing the system configuration Once the first configuration of a system has been created, all the devices that make it up work as set in the configuration and any changes are made after entering the administrator password. In fact, if all the steps of the first configuration have been carried out correctly, the system must have been properly blocked at the end of the procedure.
Page 194: Unlocking A System
6.4.1 Unlocking a system To unlock a previously blocked system, open the configuration menu from a MAX monitor belonging to the system, then select "System configuration" and then "Password management": the following screen will open. Figure 265: “Password management" screen in case of blocked system By selecting "Unlock system"...
Page 195: How To Change The Configuration
6.4.2 How to change the configuration The configuration of a system can be changed in different ways: 1. by updating the users from the Switchboard program installed on the system; 2. by opening the configurator from the configuration menu of a MAX monitor installed in the system; 3.
Page 196 The modification of the current configuration from a MAX monitor and that made via the Switchboard affect the current configuration of the system. If on the other hand you decide to use the last mode, i.e. changing the configuration in the office via MAX monitor/PC/Android tablet, you must take into account that the change is not applied to the current configuration of the system, but on the latest version exported to SD card.
Page 197 The last step at this point consists in importing the modified configuration on a MAX monitor of the system; then select the configuration menu, and in the "System configuration” sub-menu choose the option "Import configuration from SD card": the following screen will open: Figure 269: Importing the configuration from SD Card Once the installer password is entered, the imported configuration will be distributed throughout the system.
Page 198: Changing The Administrator Password
6.4.3 Changing the administrator password The administrator-level security of the IPerCom system has only two statuses: blocked and unlocked. To change the administrator password of a blocked system, it will therefore be necessary to unlock it and as soon as this operation is completed, lock the system again with the new administrator password.
Page 199: Max Monitor Factory Reset
6.4.4.1 MAX Monitor factory reset To perform the factory reset of the MAX monitors it is first necessary to access the settings menu. Figure 271: Settings menu Select the "Maintenance" option, then "Factory Reset". After entering the administrator password (or Urmet password if the system is not locked), the MAX monitor will start the factory reset process and restart.
Page 200: Factory Reset Of Audio Door Phones
6.4.4.2 Factory reset of Audio Door Phones To restore default parameters of an Audio Door Phone after entering programming mode, hold button T1 pressed for longer than 5 seconds, hold buttons pressed for longer than 5 seconds. The device will generate 2 long beeps and reboot. Figure 273: Audio Door Phone For more information, see the Audio Door Phone 1160/3 paragraph in APPENDIX A and the user manual of the device (Ref.
Page 201: Factory Reset Of Call Modules
6.4.4.3 Factory reset of Call Modules The factory reset of the Call Modules can be carried out in two different steps: 1. during device startup 2. when the device is started and configured Figure 274: Call Module In the first case, during the startup phase, the following screen is shown for five seconds: Figure 275: Call Module start screen If during this time the buttons "X”...
Page 202 In the second case it is assumed to have a configured Call Module already started, as shown in the figure: Figure 276: Main screen of a configured Call Module In this case, press the "0" button twice in rapid succession. A screen will be shown where you can enter the administrator password (if the system is blocked, otherwise you need to enter the Urmet password).
Page 203 Once the password has been entered and the "OK" button pressed, a screen opens where to select "CALL MODULE”: press "OK” again to access the following Call Module maintenance menu. Figure 278: Call Module maintenance menu By selecting "RESET ALL SETTINGS" and pressing the "OK” button, you will be asked to confirm the action. Figure 279: Factory reset confirmation screen Press the "OK”...
Page 204: Factory Reset Of The Door Speaker Units
6.4.4.4 Factory reset of the Door Speaker Units To perform a factory reset of a Door Speaker Unit, press the entrance hall button and at the same time the second button of the keypad (the lowest button) for 20 seconds. Figure 280: Door Speaker Unit After 20 seconds, the device emits a beep before restarting;...
Page 205: Factory Reset Of Ipercom 2Voice Gateway
6.4.4.5 Factory reset of IPerCom 2Voice Gateway Figure 281: IperCom 2Voice Gateway 1083/59 To perform a factory reset on a gateway, press the Reset button five times in a row (less than 1s in between). The device will be reset to default parameters; all configurations will be lost. Hold same button pressed for more than 10 seconds to make an hardware reboot the device.
Page 206: Factory Reset Of Entry Panel 1060/21
6.4.4.6 Factory reset of Entry Panel 1060/21 Figure 282: Entry Panel 1060/21 To perform a factory reset on an Entry Panel Ref. 1060/21, the following operations must be carried out in sequence:  Switch the device off.  Hold the call button and the hall button pressed. ...
Page 207: Factory Reset Of Private Call Module 1060/22
6.4.4.7 Factory reset of Private Call Module 1060/22 Figure 283: Floor Entry Panel 1060/22 To perform a factory reset on a Floor Entry Panel Ref. 1060/22, the following operations must be carried out in sequence:  Switch the device off. ...
Page 208: Appendix A: Configuration Parameters Of Ipercom Devices
APPENDIX A: Configuration parameters of IPerCom devices Call Module 1060/12-13-17-18 Figure 284: Screen of settings for Call Module (part 1) Figure 285: Screen of settings for Call Module (part 2) MT124-032D...
Page 209 Figure 286: Screen of settings for Call Module (part 3) Figure 287: Screen of settings for Call Module (part 4) MT124-032D...
Page 210 The following table shows the meaning of the fields for Call Module 1060/12-13-17-18. GENERAL SETTINGS Name Meaningful name of the Call Module. MAC Address MAC address associated to the Call Module. IP Address IP address associated to the Call Module. Field visible only if manual network configuration is set in system parameters.
Page 211 Gate settings Gate Used If the box is checked, the call module can handle a driveway. In this case, the following options are shown, marked with a symbol (#). Gate Profile (#) This allows you to associate a previously created access profile to the concerned gate.
Page 212: Entry Panel 1060/71-74-75
Entry Panel 1060/71-74-75 Figure 288: Screen of settings for Door Speaker Unit (part 1) Figure 289: Screen of settings for Door Speaker Unit (part 2) MT124-032D...
Page 213 Figure 290: Screen of settings for Door Speaker Unit (part 3) Figure 291: Screen of settings for Door Speaker Unit (part 4) MT124-032D...
Page 214 The following table shows the meaning of the fields for Entry Panel 1060/71-74-75. GENERAL SETTINGS Name Meaningful name of the Entry Panel. MAC Address MAC address associated with the Entry Panel. IP Address IP address associated with the Entry Panel. Field visible only if manual network configuration is set in system parameters.
Page 215 Gate settings Gate Used If this box is checked, the Entry Panel can handle a driveway. In this case, the following options are shown, marked with a symbol (#). Gate Profile (#) This allows you to associate a previously created door profile to the concerned vehicle gate.
Page 216: Entry Panel 1060/21
Entry Panel 1060/21 Figure 292: Screen of settings for Entry Panel (part 1) Figure 293: Screen of settings for Entry Panel (part 2) MT124-032D...
Page 217 Figure 294: Screen of settings for Entry Panel (part 3) The following table shows the meaning of the fields for the Entry Panel 1060/21. GENERAL SETTINGS Name Meaningful name of the Entry Panel. MAC address MAC address associated with the Entry Panel. IP address IP address associated with the Entry Panel.
Page 218 Max Door Opening Time (s) (#) The maximum opening time of the door after which an open door notification is sent to the Switchboard. Door Under Secret (#) If selected, pressing the door opener button may activate the electric lock of the Entry Panel only if in speech and video connection or waiting for an answer.
Page 219: Max 1717/31-32-33-34-41
MAX 1717/31-32-33-34-41 Figure 295: Screen of settings for MAX monitors The following table shows the meaning of the fields for "MAX 1717/31-32-33-34-41”. Name Meaningful name of the MAX monitor. MAC Address MAC address associated with the MAX monitor. IP Address IP address associated with the MAX monitor.
Page 220: Audio Door Phone 1160/3
Audio Door Phone 1160/3 Figure 296: screen of settings of Audio Door Phone (part 1) Figure 297: screen of settings of Audio Door Phone (part 2) MT124-032D...
Page 221 The following table shows the meaning of the fields for the "Audio Door Phone 1160/3". Name Meaningful name of the Audio Door Phone. MAC address MAC address associated with the Audio Door Phone. IP address IP address associated with the Audio Door Phone. Field visible only if manual network configuration is set in system parameters.
Page 222: Relay Actuator 1060/84 V. 3.04/V. 02.07
Relay actuator 1060/84 v. 3.04/v. 02.07 Figure 299: Screen of settings for Relay Actuator versions 3.04 and 2.07 (part 1) Figure 300: Screen of settings for Relay Actuator versions 3.04 and 2.07 (part 2) MT124-032D...
Page 223 Figure 301: Screen of settings for Relay Actuator versions 3.04 and 2.07 (part 3) Figure 302: Screen of settings for Relay Actuator versions 3.04 and 2.07 (part 4) MT124-032D...
Page 224 The following table shows the meaning of the fields for the Relay Actuator 1060/84 and the version for which the field is present. GENERAL SETTINGS v. 3.04/v. 02:07 Name Meaningful name of the Relay Actuator. MAC Address MAC address associated to the Relay Actuator. IP Address IP address associated to the Relay Actuator.
Page 225: Key Reader 1060/82
Key Reader 1060/82 Figure 303: Screen of settings for Key Reader (part 1) Figure 304: Screen of settings for Key Reader (part 2) MT124-032D...
Page 226 The following table shows the meaning of the fields for “Key Reader 1060/82”. Name Meaningful name of the Key Reader. MAC Address MAC address associated with the Key Reader. IP Address IP address associated with the Key Reader. Field visible only if manual network configuration is set in system parameters.
Page 227: Switchboard 1060/41
Switchboard 1060/41 Figure 305: Screen of settings for Switchboard The following table shows the meaning of the fields for Switchboard 1060/41. Name Meaningful name of the Switchboard. MAC Address MAC address associated with the PC on which the Switchboard programme is installed. IP Address IP address associated to the PC on which the Switchboard programme is installed.
Page 228: Ipercom Clock Module 1060/85
IperCom Clock Module 1060/85 Figure 306: Screen of settings for IperCom Clock Module The following table shows the meaning of the fields for "IperCom Clock Module 1060/85”. Name Meaningful name of the IperCom Clock Module. MAC Address MAC address associated with the IperCom Clock Module.
Page 229: Ipercom-2Voice Gateway 1083/59
Position in system topology. Table 29: General settings for Gateway Note 1: The guaranteed conversation time set on the IPerCom system and on the 2Voice secondary stations connected to the Gateway must be the same for the system to work correctly.
Page 230: Private Call Module 1060/22
Private Call Module 1060/22 Figura 308: Schermata delle impostazioni per Posto Esterno al piano (parte 1) Figura 309: Schermata delle impostazioni per Posto Esterno al piano (parte 2) MT124-032D...
Page 231 The following table shows the meaning of the fields for the Floor Entry Panel 1060/22. Name Meaningful name of the Entry Panel. MAC address MAC address associated with the Entry Panel. IP address IP address associated with the Entry Panel. Field visible only if manual network configuration is set in system parameters.
Page 232: Rtsp Camera
RTSP camera Figure 310: Screen of settings for RTSP Camera (part 1) Figure 311: Screen of settings for RTSP Camera (part 1) MT124-032D...
Page 233 The following table shows the meaning of the fields for “RTSP Camera”. Name Meaningful name of the RTSP Camera. MAC Address MAC address associated with the RTSP Camera. Recommended IP Recommended IP address to be associated with the RTSP Camera. Field Address visible only if manual network configuration is set in system parameters.
Page 234: Appendix B: Differences Of Functions Between 2Voice And Ipercom Audio/Video Door Phones
The operator can call back the concerned apartment. (#): Only with some Door Phone buttons and in particular conditions (see booklets for individual 2Voice Door Phones). (##): Unlike IPerCom Door Phones, 2Voice Door Phones ring when an emergency call is sent from the Switchboard. MT124-032D...
Page 235: Appendix C: Differences Of Functions Between 2Voice And Ipercom Devices With Ipercom Switchboard
APPENDIX C: Differences of functions between 2Voice and IPerCom devices with IPerCom Switchboard The following table shows the differences in functions between the 2Voice and IPerCom devices with an IPerCom Switchboard. Function 2Voice device IPerCom device 2Voice secondary stations IPerCom stations...
Page 236: Appendix E: Template Of The List Of Devices Installed In The System
APPENDIX E: Template of the list of devices installed in the system If the installer adds the devices via Mode 3.1 during the configuration phase, it is necessary that the basic information of each device (type and MAC address) as well as its topological location are written down during the installation of the system.
Page 237 DEVICE TYPE MAC ADDRESS TOPOLOGICAL LOCATION MT124-032D...
Page 238 MT124-032D...
Page 239 MT124-032D...
Page 240 MT124-032D...

urmet domus IPerCom System Technical Manual For The Installer

1 Introduction

2 Ipercom Devices and Functions Offered by the System

3 Basic Concepts

4 System Installation

5 Device Firmware Upgrade

6 System Configuration

APPENDIX A: Configuration Parameters of Ipercom Devices

APPENDIX B: Differences of Functions between 2Voice and Ipercom Audio/Video Door Phones

APPENDIX C: Differences of Functions between 2Voice and Ipercom Devices with Ipercom Switchboard

APPENDIX D: Ipercom Priority Calls

APPENDIX E: Template of the List of Devices Installed in the System

Quick Links

Need help?

Questions and answers

Related Manuals for urmet domus IPerCom

Summary of Contents for urmet domus IPerCom

Table of Contents