urmet domus 1068/005A Installation And Programming Manual
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urmet domus 1068/005A Installation And Programming Manual

Remote managed alarm control panels
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DS1068-044
REMOTE MANAGED ALARM CONTROL PANELS
Ref. 1068/005A
Through the following QR Code, it is possible to download the eventual new version of the manual.
Ref. 1068/010A
Ref. 1068/005A
Ref. 1068/010A
http://qrcode.urmet.com/default.aspx?prodUrmet=164750&lingua=en
http://qrcode.urmet.com/default.aspx?prodUrmet=165029&lingua=en
INSTALLATION AND PROGRAMMING MANUAL
Mod.
1068
LBT21165

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Summary of Contents for urmet domus 1068/005A

  • Page 1 Mod. 1068 DS1068-044 LBT21165 REMOTE MANAGED ALARM CONTROL PANELS Ref. 1068/005A Ref. 1068/010A Ref. 1068/005A Through the following QR Code, it is possible to download the eventual new version of the manual. http://qrcode.urmet.com/default.aspx?prodUrmet=164750&lingua=en Ref. 1068/010A http://qrcode.urmet.com/default.aspx?prodUrmet=165029&lingua=en INSTALLATION AND PROGRAMMING MANUAL...

  • Page 2: Table Of Contents

    INTRODUCTION .................................. 8 Conformity with Standard EN50131-1 ......................... 8 How the manual is organised ............................9 CONVENTIONS ................................9 GLOSSARY ................................10 THE 1068/005A AND 1068/010A SYSTEMS ......................12 Main characteristic ............................12 System Architecture ............................13 1.2.1 Architecture ................................13 1.2.2...
  • Page 3 Example of connection diagram of 1068/010A control panel with N.C. inputs ..........70 3.14 Example of connection diagram of 1068/005A control panel with single BAL. inputs ........71 3.15 Example of connection diagram of 1068/010A control panel with single BAL. inputs ........72 3.16...
  • Page 4 How to select the language ........................... 86 LCD Info ................................ 86 Date and time setting ............................ 86 Zones programming ............................87 Wired input programming ..........................87 5.9.1 Wired input encoding .............................. 88 5.9.2 Input types ................................88 5.9.3 Wired input customisation ............................89 5.9.4 Isolable ...................................
  • Page 5 5.17.1 Operating principles ............................. 113 5.17.2 Programming ................................ 114 5.17.3 Deleting a command ............................114 5.18 System Test ..............................115 5.18.1 Input test ................................115 5.18.2 Output test ................................115 5.18.3 Control panel battery test ............................. 115 5.18.4 Call or SMS test ..............................115 5.18.5 Push notification sending test ..........................
  • Page 6 9.13.9 Replacing the battery ............................151 9.14 Turning off the entire system ........................151 TECHNICAL SPECIFICATIONS ..........................152 10.1 1068/005A Control panel ..........................152 10.2 1068/010A Control panel ..........................153 10.3 1067/092 Supplementary power supply with repeater ................154 10.4 1068/021 Command Keypad LCD ......................
  • Page 7 10.10 1068/002 IP interface ..........................157 1068/027 7”touch screen KEYPAD ....................... 157 10.11 DS1068-044 LBT21165...

  • Page 8: Introduction

    INTRODUCTION CONFORMITY WITH STANDARD EN50131-1 The EN50131-1 standard calls for the installation of a grade four intrusion alarm system, based on the level of risk determined in function of the type of environment, of the value of the goods to be protected, and the typical intruder expected. Grade 1: Low risk It is expected that the intruders have little knowledge of intrusion alarm systems and have a limited range of tools that can be easily obtained.

  • Page 9: How The Manual Is Organised

    HOW THE MANUAL IS ORGANISED This manual is divided into chapters with topics organised sequentially to accompany each phase, from the design to the system installation, programming and its successive maintenance, step by step. Chapter 1 describes the 1068A series systems, theirs architecture and the devices that constitute it. Chapter 2 provides useful information for designing and dimensioning alarm system components.

  • Page 10: Glossary

    GLOSSARY A logical function that requires that all the terms of the operation be true in order for the result to be true. An input is open when it receives a signal from a detector that is no longer in stand-by, for example, because an Open attempted intrusion has been detected.
  • Page 11 IMPORTANT! The factory control panel is released in operating mode according to EN50131-1. The 1068A series control panels have been built and designed to comply with the requirements of the EN50131 standard. 1) The JP4 jumper must be closed in order to obtain the operating mode compliant with EN50131 grade 1.

  • Page 12: The 1068/005A And 1068/010A Systems

    THE 1068/005A AND 1068/010A SYSTEMS This chapter describes the 1068A series systems. More specifically, the following are analysed: • The main characteristics of the system; • The system architecture and the maximum dimension possible; • The connectivity of system towards the outside;...

  • Page 13: System Architecture

    1.2.1 Architecture The following figure shows the devices that can be managed from the control panels 1068/005A and 1068/010A. For the dimensioning of the system (combinations of devices and their maximum number) see the paragraph 1.2.3 Maximum system size. TOUCH SCREEN KEYPAD...

  • Page 14: Maximum System Size

    Maximum limits are indicated for each single device and combined together when the system includes similar devices. Example: the maximum number of readers that can be installed is 8, whether you use a single type or a mixed combination. 1068/005A Control panel 1068/010A Control panel...

  • Page 15: System Connectivity

    SYSTEM CONNECTIVITY The alarm system can be connected to the external environment in different ways, sending signals and receiving commands. Possible connection methods are: • Mobile network (GSM). Requires optional 1068/458 interface. • Internet or Ethernet - WiFi Domestic Network. Requires optional 1068/013 interface. The tables below illustrate the functions available according to the means of communications used.
  • Page 16 Means of communications used Description of Internet and LAN information received (Incoming calls and (Incoming calls (Secure App and (Incoming SMS) answering machine) at no cost) 1068set App) Zone/s setting/unsetting ■ ■ command Controlled output ■ ■ ■ ■ activation command Controlled output ■...

  • Page 17: Connection With Remote User

    1.3.1 Connection with remote user 1068/458 1068/005A 1068/010A 1068/021 1068/021 Figure 2 - Diagram of connection with remote user From the control panel towards the remote user The control panel, via outgoing calls, can: • Send alarms and vocal signals (GSM network).

  • Page 18: Remote User Connection Via Urmet Secure App (Android - Ios)

    Remote user connection via Urmet Secure APP (Android – IOS) 1.3.2 1068/013 1068/005A 1068/010A 1068/013 1068/005A 1068/010A From the control panel towards the remote user: The control panel can send: • Alarms and alerts with "Push" notifications. From the remote user towards the control panel The user through mobile devices and/or tablets with Urmet Secure App can: •...

  • Page 19: Remote User Connection Via A Tablet With 1068Set Android App

    1.3.3 Remote user connection via a Tablet with 1068set Android App 1068/013 1068/005A 1068/010A From the control panel towards the remote user From the control panel, via outgoing notifications, alarms and signals can be sent directly to the tablet. From the remote user towards the control panel The user via mobile devices and/or tablets with 1068set App can: •...

  • Page 20: Connection With An Alarm Reception Centre

    1.3.5 Connection with an alarm reception centre 1068/013 1068/005A 1068/010A 1068/458 GPRS 1068/005A 1068/010A 1. With the IP 1068/013 interface, the control panel sends alarms and signals to the centre using the IDP/IP protocol. 2. With the GSM/GPRS 1068/458 module, the control panel sends alarms and signals to the centre using the IDP and IDP/IP protocols.

  • Page 21: System Components

    SYSTEM COMPONENTS 1.4.1 1068/005A Control panel Control panel with a programmable bus to control the system, capable of managing signals relative to intrusion, sabotage, and technological events separately. The control panel is equipped with: • 5 inputs; • 1 balanced SAB input;...

  • Page 22: 1068/010A Control Panel

    1.4.2 1068/010A Control panel Control panel with a programmable bus to control the system, capable of managing signals relative to intrusion, sabotage, and technological events separately. The control panel is equipped with: • 10 inputs (20 in Double Input mode); •...

  • Page 23: 1068/021 Lcd Command Keypad

    1.4.3 1068/021 LCD Command Keypad Keypad with LCD display for interiors. It enables to control and program the 1068A series system and is equipped with: • Backlit LCD 128 x 64 pixel display with contrast and brightness adjustment; • 3 system-state warning LEDs; •...

  • Page 24: Housing Box For Expansion Module 1067/017

    1.4.5 Housing box for expansion module 1067/017 Housing box for the 1067/008A expansion module. It comes equipped with a tamper device against opening and removal and makes it possible to maintain EN50131 Grade 3 compliant for the 1067/008A expansion module. Compliant with EN50131: Grade 3 - Class II.

  • Page 25: 1067/332 Additional Keys Kit

    1099 billion possible combinations. They can be programmed: • Up to 16 keys for the 1068/005A control panel • Up to 32 keys for the 1068/010A control panel Moreover, each key may be individually enabled or disabled and provided with an identification name.

  • Page 26: 1068/432 Proximity Key Kit

    4 billion possible combinations. They can be programmed: • Up to 16 keys for the 1068/005A control panel • Up to 32 keys for the 1068/010A control panel Moreover, each key may be individually enabled or disabled and provided with an identification name.

  • Page 27: 1068/458 Gsm/Gprs Module With Vocal Synthesis

    1.4.11 1068/458 GSM/GPRS module with vocal synthesis Interface for connecting the 1068A series control panels to the mobile phone network (GSM) for sending alarm notifications and receiving remote commands. The interface features a speech synthesis with messages that can be recorded by the user. The module is equipped with two-band GSM transmitter/receiver (900/1800 MHz) and it includes an antenna to be placed inside the control panel.

  • Page 28: 1068/017 Radio Interface On Bus

    1.4.14 1068/017 Radio interface on Bus Optional radio interface that makes it possible to integrate, radio devices as infrared detectors, magnetic contacts, sirens, remote controls radio keypads in the wired 1068A control panels series. The radio interface is connected to the control panel via bus and is equipped with an antenna and 868 MHz receiver/transmitter apparatus for two-way radio communication with the combined radio devices.

  • Page 29: 1068/002 Ip Poe Interface

    1.4.16 1068/002 IP POE Interface The interface Ref.1068/002 is a Ethernet board with 4 switch ports, one of which is PoE capable of supplying power to a PoE device. The board is connected to the power supply provided by the control panel and therefore can operate even in the absence of mains power.

  • Page 30: Design: Calculations And Tests

    The system must be sized so as to guarantee, in case of a blackout, the minimum time of autonomy. Therefore, in order to guarantee minimum duration of the battery, the system powered directly by the control panel must comply with the following requirements. 1068/005A control panel with 7.2 Ah battery Absorption allowed...

  • Page 31: Calculation Of The Total Absorption Of The System

    2.1.2 Calculation of the total absorption of the system Before proceeding with the installation, it is necessary to calculate the total absorption of the system in order to be able to size the power supply units and batteries. The calculation procedure is as follows: •...

  • Page 32: Sizing Of The Power Supply Cable

    2.2.2 Sizing of the power supply cable The cross-section of the cables must be selected so that the voltage of the power supply to various devices is correct, for the purpose of obtaining stability, efficiency, and immunity from disturbances. The cross-section must be calculated after having taken into account the most critical situation of the system power supply, which is equal to a blackout and back-up battery at the hibernation voltage (11.4 V⎓).

  • Page 33: Sizing The Power Supply And Data Transmission Bus

    2.2.3 Sizing the power supply and data transmission bus The bus connects the various devices and guarantees their power supply and data transmission. The total length of the bus must be as short as possible and, in any case, the extension, i.e. the sum of all the stretches of bus must not exceed 400 metres.

  • Page 34: Extending The Bus With The Repeater

    2.2.4 Extending the bus with the repeater The 400-metre length limit of the bus can be overcome with the use of the 1067/092 supplementary power supply unit. Indeed 1067/092 power supplies, in fact, in addition to serving as supplementary power supplies, they make the repeater function available.

  • Page 35: Sizing Of Input/Output Connections

    2.2.4.3 System with multiple supplementary power supply repeaters 1068/010A Figure 7 - Diagram with 7 supplementary power supply repeater Sum of stretches of each BUS (primary BUS = secondary BUS) = 400 m Distance BUS point/point = (primary BUS + secondary BUS) = 1200 m Sum of the stretches of all the BUSSES = 3200 m...

  • Page 36: Restoration Of The Mains Power Supply

    2.3.3 Restoration of the mains power supply Once the mains power supply is restored, the green power supply LEDs of the keypad control panel stop flashing after 10 seconds and remain on while the system restarts a time count. Once 5 minutes have passed, if the power has been continuously present: •...

  • Page 37: Installation

    INSTALLATION This chapter will explain the procedures to follow to install the entire system, from the wiring to the assembly of the devices, from the installation of various options and interfaces in the control panel to bus connections and those of detectors and output devices. INSTALLATION PROCEDURE To install an alarm system with the 1068A series control panels in the shortest possible time, while ensuring the best result, follow the steps below:...

  • Page 38: Preparing The 1068/005A - 1068/010A Control Panel

    PREPARING THE 1068/005A – 1068/010A CONTROL PANEL IMPORTANT! During installation of the control panel, be very careful not to accidentally damage the mother board. To prepare the control panel for installation, proceed as follows: Open the cover of the control panel using a Phillips screwdriver (PH 0x60).
  • Page 39 Secure the control panel bottom to the wall by means of screws and plugs (not provided). Use Ø 6mm plugs depending on the type of material making up the wall with TCB screw DIN 7981 3.9 x 32. For a firm fastening, it is necessary to use at least 3 holes. To ensure the "removal"...

  • Page 40: Installation Of The 1068/005A - 1068/010A Control Panels

    INSTALLATION OF THE 1068/005A – 1068/010A CONTROL PANELS 3.4.1 Description of the main parts of the 1068/005A control panel Detail Terminal / Detail Description Input +14.4 V⎓ power supply (at the positive pole of the power unit) –PS Input power supply (at the negative pole of the power unit) Power supply unit control signal (battery test) BUS - Power supply (13.8 V⎓...
  • Page 41 2 Sensor positive power supply –V2 3 Sensor negative power supply Alarm input n. 1 Alarm input n. 2 Alarm input n. 3 Alarm input n. 4 Alarm input n. 5 Input 24h (for system self-protection). It must always be BALANCED and closed with a 2.7 kΩ...

  • Page 42: Description Of The Main Parts Of The 1068/010A Control Panel

    3.4.2 Description of the main parts of the 1068/010A control panel Terminal / Detail Detail Description Input +14.4 V⎓ power supply (at the positive pole of the power unit) –PS Input power supply (at the negative pole of the power unit) Power supply unit control signal (battery test) BUS - Power supply (13.8 V⎓...
  • Page 43 4 terminals block for detectors positive power supply –V2 4 terminals block for the negative power supply of the detectors Alarm input n. 1 Alarm input n. 2 Alarm input n. 3 Alarm input n. 4 Alarm input n. 5 Alarm input n.

  • Page 44: Installing The 1068/011 Radio Module

    Follow the instructions below for the installation: Insert the module into the three holes B. 1068/010A Control panel 1068/005A Control panel IMPORTANT! The connection and disconnection of the optionals and accessories must always be done while the control panel is disconnected from all power supplies (both mains and battery).

  • Page 45: Installing The 1068/002 Ip Poe Interface

    3.4.5 Installing the 1068/002 IP POE interface Proceed as follows to mount the interface inside the 1068A series control panels: Remove the motherboard. Insert the Ref.1068/002 in the space provided and fix it to the bottom in the holes provided (C) using the 4 screws (A) inserted in the supplied spacers.
  • Page 46 3.4.5.1 Description of the main parts of the 1068/002 interface Positive power supply (13.8 V⎓) Negative power supply (Gnd) LED power present LED logical power +3V5 present (+3.5V⎓) TAMPER Terminal for tamper protection ------ Holes for fastening ETH2,3,4 RJ45 Ethernet connectors ETH1-POE RJ45 POE Ethernet connector POE status LED...

  • Page 47: Installing The 1068/458 Gsm/Gprs Module With Vocal Synthesis

    Installing the 1068/458 GSM/GPRS module with vocal synthesis The GSM module enables the 1068/005A or 1068/010A control panel to communicate with the outside world via vocal messages, SMS and audio numerical protocol. The GSM/GPRS module allows communication via numerical data protocols.
  • Page 48 Installation of the GSM antenna on the 1068/005A – 1068/010A control panel 3.4.6.1 Insert the GSM antenna provided in the specific compartment (see figure below). When, due to the position of the control panel, the internal antenna provided with the package should not guarantee adequate signal levels, use the remote 1067/014 GSM external antenna.
  • Page 49 3.4.6.4 Inserting the SIM Card IMPORTANT! The insertion / removal of the SIM must be carried out while the control panel is not connected to any power supply (mains power supply and battery disconnected), or provided that the GSM network has been disabled for the time necessary to complete the operation.

  • Page 50: Installation Of The 1067/008A Expansion

    INSTALLATION OF THE 1067/008A EXPANSION The 1067/008A expansion should be installed inside a 1067/017 housing box (Grade 3 compliant). The tamper of the housing box must be connected to the SAB of the expansion. The expansion has terminals for connecting the power supply, detectors, ad signalling devices, etc.

  • Page 51: Installation Of The 1068/017 Radio Interface

    INSTALLATION OF THE 1068/017 RADIO INTERFACE The 1068/017 radio interface is supplied with a plastic case. The interface has terminals for connecting it to the data BUS and the LEDs that signal the functioning of the electronic board. The tamper of the container must be connected to the SAB of the expansion. Ref.

  • Page 52: Installation Of The 1068/021 Keypad

    INSTALLATION OF THE 1068/021 KEYPAD The 1068/021 keypad is equipped with a programmable auxiliary input. The 1068/021 keypad can be installed on the wall or above a built-in rectangular box with 3 spaces or a 60-mm round box. To install the keypad, follow the instructions below: Open the keypad with a flat screwdriver by pressing gently on the point indicated in the image to release the latch and lift the cover.
  • Page 53 Holes for fastening the Ø 60 mm box Holes for fastening to 3-place box Fixing hole for anti-removal protection Holes for cable routing Pre-cut holes for trunkings Refer to the following image for the keypad board: DS1068-044 LBT21165...

  • Page 54: Installation Of The 1068/027 Keypad

    Detail Terminal / Detail Description BUS for keypad power input via Bus Data transmission/reception BUS – BUS for keypad power input via Bus Auxiliary input 1 – Auxiliary input 1 negative reference Tamper Tamper anti-tamper Keypad tamper exclusion jumper (Jumper inserted = tamper excluded) 5.

  • Page 55: Installation Of The 1068/435 Reader

    • Fix the wall bracket with the appropriate screws supplied. • Connect the keypad via the network cable to the POE connector.  . • Move the keypad close to the bracket by centring the special fixings and slide it down to reach its stop •...

  • Page 56: Installation Of The 1067/092 Supplementary Power Supply (Available Only With 1068/010A Control Panel)

    3.10 INSTALLATION OF THE 1067/092 SUPPLEMENTARY POWER SUPPLY (AVAILABLE ONLY WITH 1068/010A CONTROL PANEL) IMPORTANT! During installation of the control panel, be very careful to not accidentally damage the board. 3.10.1 Fastening to the wall 1067/008A 1067/008A T Holes for fastening to the wall. Use Ø 6mm plugs depending on the type of material making up the wall with TCB screw DIN 7981 3.9 x 32.

  • Page 57: The 1067/092 Board

    3.10.3 The 1067/092 board The 1067/092 electronic board has two distinct sections: BUS IN and BUS OUT, galvanically isolated to guarantee better immunity to RF disturbances. In the BUS IN section there is an 1067/008A integrated expansion (E). In the BUS OUT section there is an integrated repeater function (R) and power supply (P). Figure 10 - 1067/092 Board 3.10.3.1 The Expansion...
  • Page 58 Terminal board Group Description Connection / Function Tamper Connector for connection of the tamper TAMPER Jumper for the exclusion of the tamper (Jumper inserted = tamper excluded) PROG Button and LED Button and LED (yellow) for programming Green LED to signal operation The electric outputs U2 and U3 can be individually configured as “positive reference”...

  • Page 59: Connections

    3.10.3.3 Power supply The power supply circuit controls the power supply and the power supply outputs, and also manages the battery. More specifically, when the battery is charging, it carries out the efficiency test and, when there is a blackout, it disconnects the battery when the voltage to the battery terminals reaches about 10.5 V, thereby protecting it from the deep discharge.

  • Page 60: Mains Power Supply Line

    The control panel has double isolation and does not need earth connection (PE). The earth connection is required only for the connection to the telephone line. 1068/005A Control panel (F) Point where power cables are fastened with the tie. Connect the mains power supply cables to the 2 terminals of the control panel power supply.

  • Page 61: Connecting The Data Bus

    1068A/xxx Control panel IMPORTANT! The system must be powered by the mains only after all devices are installed correctly, making it possible to proceed with their acquisition. For safety purposes, close the control panel casing before powering it up. 3.11.2 Connecting the data Bus Connect the terminals +, +D, D and ─...

  • Page 62: Connecting Ip Poe Interface

    3.11.3 Connecting IP POE interface The board can be connected to the “+” and “‒” terminals of the bus line both of the 1068A series control units or of an supplementary power supply Ref. 1067/092. The connection with the IP interface Ref. 1068/013 inside the control panels must take place exclusively via the cable supplied (Length = 50cm), which must be positioned as shown in the Figure below (A - B).

  • Page 63: Connecting The Supplementary Power Supplies/Repeater

    3.11.4 Connecting the supplementary power supplies/repeater To understand which the length limits of the bus and how to calculate them, read paragraph 2.2.4 Extending the bus with the repeater. 3.11.4.1 Connection of the detectors to the expansion module of the 1067/092 For the connection of the inputs of the various typologies (NC –...

  • Page 64: Connecting Inputs

    3.11.5 Connecting inputs The type of inputs is determined by the way in which the detectors are connected. Instead, their customisation is defined with the programming. The type of inputs is specified during programming and it is possible to create a system with different types of inputs. Based on the type of connection, the inputs are divided into: •...
  • Page 65 IMPORTANT! Each sensor must be powered by the device that controls it (control panel, expansion, keypad, or reader). The balancing resistors must be connected to the negative of the power supply of the same device. Connections with different power supplies may cause false alarms. IMPORTANT! •...

  • Page 66: Connecting Outputs

    3.11.6 Connecting outputs Alarm devices (sirens and flashing lights), signalling devices (LEDs or Buzzers), or even other devices that operate automatically upon the activation of a detector can be connected to system outputs. IMPORTANT! Never exceed the current or voltage supported by the outputs (see the technical characteristics of individual products). IMPORTANT! Connect only operating circuits with SELV voltage.
  • Page 67 3.11.6.3 Output stand-by: N.H. and N.L. The stand-by status of each output is programmable as either N.H. or N.L. The tables below illustrate how the various outputs appear when in stand-by and when they are ON. N.H. programmed output (positive safety) Stand-by RELAY OUTPUT ELECTRICAL OUTPUT...

  • Page 68: Connecting The Cable For The Service Keypad

    3.11.7 Connecting the cable for the service keypad The service keypad can be connected to the control panel. The purpose is to be able to program the control panel more easily, without having to use one of the keypads already installed elsewhere.

  • Page 69: Example Of Connection Diagram Of 1068/005A Control Panel With N.c. Inputs

    3.12 EXAMPLE OF CONNECTION DIAGRAM OF 1068/005A CONTROL PANEL WITH N.C. INPUTS CONTROL PANEL 1068/005A IMPORTANT! Each detector must be powered by the device that controls it. DS1068-044 LBT21165...

  • Page 70: Example Of Connection Diagram Of 1068/010A Control Panel With N.c. Inputs

    3.13 EXAMPLE OF CONNECTION DIAGRAM OF 1068/010A CONTROL PANEL WITH N.C. INPUTS CONTROL PANEL 1068/010A IMPORTANT! Each detector must be powered by the device that controls it. DS1068-044 LBT21165...

  • Page 71: Example Of Connection Diagram Of 1068/005A Control Panel With Single Bal. Inputs

    3.14 EXAMPLE OF CONNECTION DIAGRAM OF 1068/005A CONTROL PANEL WITH SINGLE BAL. INPUTS CONTROL PANEL 1068/005A IMPORTANT! Each detector must be powered by the device that controls it. The balancing resistors must be connected to the negative of the power supply of the same device.

  • Page 72: Example Of Connection Diagram Of 1068/010A Control Panel With Single Bal. Inputs

    3.15 EXAMPLE OF CONNECTION DIAGRAM OF 1068/010A CONTROL PANEL WITH SINGLE BAL. INPUTS CONTROL PANEL 1068/010A IMPORTANT! Each detector must be powered by the device that controls it. The balancing resistors must be connected to the negative of the power supply of the same device. DS1068-044 LBT21165...

  • Page 73: Example Of Connection Diagram Of 1068/005A Control Panel With Double Bal. Inputs

    3.16 EXAMPLE OF CONNECTION DIAGRAM OF 1068/005A CONTROL PANEL WITH DOUBLE BAL. INPUTS CONTROL PANEL 1068/005A IMPORTANT! Each detector must be powered by the device that controls it. The balancing resistors must be connected to the negative of the power supply of the same device.

  • Page 74: Example Of Connection Diagram Of 1068/010A Control Panel With Double Bal. Inputs

    3.17 EXAMPLE OF CONNECTION DIAGRAM OF 1068/010A CONTROL PANEL WITH DOUBLE BAL. INPUTS CONTROL PANEL 1068/010A IMPORTANT! Each detector must be powered by the device that controls it. The balancing resistors must be connected to the negative of the power supply of the same device. DS1068-044 LBT21165...

  • Page 75: Example Of Connection Diagram Of 1068/010A Control Panel With Double Inputs

    3.18 EXAMPLE OF CONNECTION DIAGRAM OF 1068/010A CONTROL PANEL WITH DOUBLE INPUTS CONTROL PANEL 1068/010A IMPORTANT! Each detector must be powered by the device that controls it. The balancing resistors must be connected to the negative of the power supply of the same device. DS1068-044 LBT21165...

  • Page 76: Example Of Connection Diagram Of 1067/008A Expansion With Nc Inputs

    3.19 EXAMPLE OF CONNECTION DIAGRAM OF 1067/008A EXPANSION WITH NC INPUTS IMPORTANT! Each detector must be powered by the device that controls it. DS1068-044 LBT21165...

  • Page 77: Example Of Connection Diagram Of 1067/008A Expansion With Single Bal. Inputs

    3.20 EXAMPLE OF CONNECTION DIAGRAM OF 1067/008A EXPANSION WITH SINGLE BAL. INPUTS IMPORTANT! Each detector must be powered by the device that controls it. The balancing resistors must be connected to the negative of the power supply of the same device. DS1068-044 LBT21165...

  • Page 78: Example Of Connection Diagram Of 1067/008A Expansion With Double Bal. Inputs

    3.21 EXAMPLE OF CONNECTION DIAGRAM OF 1067/008A EXPANSION WITH DOUBLE BAL. INPUTS IMPORTANT! Each detector must be powered by the device that controls it. The balancing resistors must be connected to the negative of the power supply of the same device. DS1068-044 LBT21165...

  • Page 79: Commissioning

    COMMISSIONING This chapter contains explanations for all the operations to be carried out for the commissioning of the alarm system, after having fastened the devices and made the connections. Once the operations described in this chapter have been concluded, the system can then be programmed. SYSTEM POWER SUPPLY Before powering up the system, it is necessary to check that the connections are all correct.

  • Page 80: Acquisitions Of Bus Devices

    ACQUISITIONS OF BUS DEVICES 4.2.1 Position of the programming buttons For the acquisition of the bus devices, use their programming buttons (PROG). The images below demonstrate where these buttons are positioned. 1067/092 EXPANSION RADIO EXPANSION To acquire the keypad during the first start-up phase, press the key associated with the F1 symbol that appears on the display. 4.2.2 Procedure for acquiring the first keypad IMPORTANT!

  • Page 81: Procedure For Acquiring Bus Devices (Expansions And Readers)

    4.2.3 Procedure for acquiring bus devices (expansions and readers) See paragraph 9.2.1 Procedure for acquiring bus devices (expansions, readers and radio interfaces). USING THE SERVICE KEYPAD For system acquisition and programming operations, it is possible to use a keypad connected to the Bus as the other ones, but not acquired.

  • Page 82: System Commissioning

    SYSTEM COMMISSIONING This chapter describes the structure of the various menus of the 1068/005A and 1068/010A control panels, how to access them and how to navigate them through the LCD keypad, ref. 1068/021. The programming needed to commission the alarm system at the end of installation is also described. Programming can be carried out using a system keypad, a service keypad or a tablet featuring the 1068set Android App and connected to the control panel via an IP interface.

  • Page 83: How To Access Menus

    The following step-by-step programming and configuration procedures show the keys to be pressed and what appears on the display. Text is limited to the essential minimum. The concerned function, the parameters to be configured, what the parameters are for and the possible values are described before each procedure.

  • Page 84: Main Menu

    5.1.3 Main Menu The main menu is the first menu that is accessed after logging in. From the items in this menu you can access all the various M = Master – I = Installer – T = Technical Manager – U = User submenus.

  • Page 85: How To Enter Alphanumeric Characters

    HOW TO ENTER ALPHANUMERIC CHARACTERS The keypad can be used to enter alphanumeric characters to store descriptive names for users, zones, outputs etc. Each name can be up to 24 characters long. Press the keys to select several characters cyclically as shown on the following table. A cursor will blink on the display at the entry point of the new character.

  • Page 86: How To Select The Language

    HOW TO SELECT THE LANGUAGE The first configuration to be carried out is the selection of the language displayed. The default language is Italian, but you can choose between: English, French , German . Proceed as follows to access the language selection function: Access the MASTER menu by entering the access code.

  • Page 87: Zones Programming

    Prevention of setting: a zone programmed in this way cannot be activated, without the explicit enabling by the user if any assigned inputs are open. If the system is in EN50131 Grade 1 (Ref. 1068/005A) or EN50131 Grade 2 (Ref.

  • Page 88: Wired Input Encoding

    Not Used: electric signal variations (including opening and tamper) of the input are ignored. Programming an input as "Not Used" additionally means avoiding the need to close the unused inputs with a jumper. The 1068/005A system manages up to 21 inputs, the 1068/010A system manages up to 66 inputs. All the control panel inputs are pre-set by default.

  • Page 89: Wired Input Customisation

    • Roller: this causes an alarm indication to trip when the electric circuit is opened and closed for the number of times equal to the programmed sensitivity in a given time. The following 2 statuses are recognised and managed: Closed; Open.
  • Page 90 FIRST ENTRY/LAST EXIT It is suggested to use this configuration in general to allow delayed inputs and outputs when the control unit with which the system is activated/deactivated is inside the protected area. In particular, it is recommended to adopt it when the path crossing time is important or variable and it is necessary to set a significant delay time.

  • Page 91: Isolable

    The customisations listed below are not compliant with EN50131: TECHNOLOGICAL SUSTAINED The opening of the input generates a Technological Sustained event regardless of the zone activation status. The input is active 24 hours (24/7). Technological sustained inputs must be assigned (by means of the zones) to at least one technological sustained output.

  • Page 92: Auxiliary Functions Of Intrusion Inputs (Gong, Courtesy Light And Door Opener)

    5.9.5 Auxiliary functions of intrusion inputs (Gong, Courtesy light and Door opener) Auxiliary functions can be associated to the inputs defined as intrusion. The auxiliary functions are not mutually exclusive (each input can be associated with more than one). See Alarm system design manual for more details on the single functions. These functions are not EN50131 compliant because they are not described in the standard.

  • Page 93: Input Programming Procedure

    5.9.8 Input programming procedure IMPORTANT! Changes to the default customisations of the control panel inputs could cancel EN50131 compliance. Proceed as follows to program the inputs: Enter the INSTALLER menu by entering the access code. Press to confirm; Select "System Settings" by pressing the key associated with the symbol.

  • Page 94: Wired Input Programming

    5.10 WIRED INPUT PROGRAMMING The 1068A series system manages the following number of general use outputs: • up to 10 outputs, 1068/005A control panel • up to 28 outputs, 1068/010A control panel. See the paragraph 1.2.3 Maximum system size for more information and connections.

  • Page 95: Output Types

    5.10.2 Output types For each output consider a number of elements that will then determine their functionality. The elements are: • Electrical and therefore wiring characteristics (paragraph 5.10.4 Electrical characteristics of the outputs). • Functional customisation (paragraph 5.10.5 Output customisations). 5.10.3 Output assignment Each output may be assigned to the entire system, i.e.
  • Page 96 OUTPUT INTRUSION + TAMPER The duration of the activation is defined by the "Intrusion Alarm Time" or "Tamper Alarm Time" (depending on the event that caused the output to be activated). OUTPUT INTRUSION + TAMPER + PRE-ALARM The duration of the activation is defined by the "Intrusion Alarm Time" or "Tamper Alarm Time" or "Pre-alarm Alarm Time" (depending on the event that caused the output to be activated).
  • Page 97 OUTPUT COURTESY LIGHT The Courtesy light output is activated if an intrusion input is opened and at least one Courtesy light complementary function has been enabled (Courtesy light with active system or Courtesy light with inactive system). The duration of the activation is defined by the "Courtesy Light Time".

  • Page 98: Output Behaviour When The System Is Being Serviced

    5.10.6 Output behaviour when the system is being serviced The following shows the behaviour of the customised outputs when the system is being serviced: Customised output Behaviour in maintenance Intrusion It does not switch Pre-alarm It does not switch Tampering It does not switch Intrusion + Pre-alarm It does not switch...

  • Page 99: Output Programming Procedure

    5.10.7 Output programming procedure IMPORTANT! Changes to the default customisations of the control panel outputs could cancel EN50131 compliance. Proceed as follows to program the outputs: Enter the INSTALLER menu by entering the access code. Press to confirm; Select "System Settings" by pressing the key associated with the symbol.

  • Page 100: Keypad Programming

    16. Press the key associated with the symbol , on the display the indication in the right column will change status from to indicate the change of configuration. 17. Press to confirm, press to return to the upper level menu. The "Assignment type"...

  • Page 101: Zones Assignment

    Proceed as follows to adjust the buzzer volume: Access the MASTER / INSTALLER / TECH. MANAGER / USER menu by entering the access code. Press to confirm. Select "Keypad settings" by pressing the key associated with the symbol. Press to confirm; Select "Set buzzer"...

  • Page 102: Exit Time

    5.11.5 Exit time Enter the INSTALLER menu by entering the access code. Press to confirm; Select "System Settings" by pressing the key associated with the symbol. Press to confirm; Select "Programming" by pressing the key associated with the symbol. Press to confirm;...

  • Page 103: Reader Programming

    5.13 KEYS The 1068A series system is able to manage the following number of electronic and proximity keys. • up to 16 keys, 1068/005A control panel • up to 32 keys, 1068/010A control panel Moreover, each key may be individually enabled or disabled and provided with an identification name.

  • Page 104: Key Acquisition

    5.13.1 Key acquisition Proceed as follows to acquire an electronic or proximity key: Access the MASTER / INSTALLER menu by entering the access code. Press to confirm; Select "System Settings" by pressing the key associated with the symbol. Press to confirm; Select "Settings"...

  • Page 105: Advanced Programming

    5.14 ADVANCED PROGRAMMING 5.14.1 Remote control system code The code which identifies the system must be set both in the 1068/005A and in the 1068/010A control panels in order to control it remotely using the 1068set app. The code may be selected as required by the installer and must be eight digits long (factory value 99999999).

  • Page 106: General System Parameters (Timings)

    5.15 GENERAL SYSTEM PARAMETERS (TIMINGS) The general system parameters are used to manage alarms and indications. Some of these parameters can be configured as shown in the table below: Time Description Alarm / Event Default Intrusion alarm Duration output activation Instantaneous input alarm.

  • Page 107: Programming Procedure Times And Parameters

    5.16 PHONE DIALER AND IP INTERFACE IMPORTANT! The information contained below implies that the 1068/005A or 1068/010A control panel is connected to at least one GSM phone network (via the 1068/458* module) and/or is connected to a local area network or the Internet (via the 1068/013 module).

  • Page 108: Sms Text Messages

    Proceed as follows to download the personal vocal messages: Enter the INSTALLER menu by entering the access code. Press to confirm; Select "System Settings" by pressing the key associated with the symbol. Press to confirm; Select "Communicator" by pressing the key associated with the symbol.

  • Page 109: Gsm Field Test

    5.16.7 GSM field test The 1068/005A and 1068/010A control panels can periodically check the GSM field to ensure that the connection is fully functional. The presence of the GSM/GPRS field is monitored and sent to the central unit following a transmission request, or every 5 minutes.
  • Page 110 5.16.8.2.2 Configuration Enter the INSTALLER menu by entering the access code. Press to confirm; Select "System Settings" by pressing the key associated with the symbol. Press to confirm; Select "Communicator" by pressing the key associated with the symbol. Press to confirm; Select "IP parameters"...

  • Page 111: Idp Protocol

    Proceed as follows to select configuration type from IP parameters: Enter the INSTALLER menu by entering the access code. Press to confirm; Select "System Settings" by pressing the key associated with the symbol. Press to confirm; Select "Communicator" by pressing the key associated with the symbol.

  • Page 112: Advanced

    5.16.11 Advanced 5.16.11.1 Advanced parameter programming procedure Incoming rings (0 ÷ 8): If 0, the answering machine is disabled. Otherwise, it defines the number of rings it must receive before it can automatically answer incoming calls. It should be borne in mind that the voice-over function is always present and always enabled. Proceed as follows to select the Answering machine: Enter the INSTALLER menu by entering the access code.

  • Page 113: Time Scheduler

    Module supervision: If disabled, the module is not supervised, otherwise, a lack of response to polling generates a tamper signalling. Proceed as follows to select Module supervision: Enter the INSTALLER menu by entering the access code. Press to confirm; Select "System Settings" by pressing the key associated with the symbol.

  • Page 114: Programming

    5.17.2 Programming Fill in the respective tables before starting to program the time scheduler (see paragraph 8.5 Time scheduler configuration): your work will be enormously simplified. IMPORTANT! The time and date must be right for correct operation of the time scheduler (see paragraph 5.7 Date and time setting). The following parameters must be configured during programming: •...

  • Page 115: System Test

    5.18 SYSTEM TEST Check correct operation of the system as a whole after having installed and configured the devices. The main tests are: • Inputs • Outputs • Control panel battery • Call or SMS • Push notification sending • GSM field •...

  • Page 116: System Diagnostics

    5.18.9 System diagnostics There is a menu allowing the user to diagnose any operating problems on the control panel and to display in real time the following information: • Voltage values of the control panel inputs • Voltage value PS (Ref. 1061/515) •...

  • Page 117: Programming With Tablet

    PROGRAMMING WITH TABLET This chapter illustrates how to program the system using a Tablet with Android 1068set App. IMPORTANT! Depending on the cases, programming via tablet may not be EN50131 compliant. PREREQUISITES 6.1.1 Tablet Requirements The tablet must have at least the following configuration: •...

  • Page 118: Saving Data On Micro Sd Card

    IMPORTANT! Never remove the Micro SD card or disconnect the control panel from the power supply while the red DL6 LED located on the 1068/005A and 1068/010A control panels mother board is blinking. 6.1.5 How to restore data on the control panel Proceed as follows to restore data stored on the Micro SD card on the control panel: Insert the Micro SD card into the SD CARD slot on the control panel board (see image paragraph 3.4.1 - letter N);...

  • Page 119: Maintenance Menu

    MAINTENANCE MENU The maintenance operations which do not require to operate physically on the system are described in this chapter. HOW TO VIEW DEVICE ADDRESSES Proceed as follows to check the address of a given bus device in the system: Enter the INSTALLER menu by entering the access code.

  • Page 120: Updating System Firmware From Keypad

    To upgrade the system firmware from the keypad it is necessary to: Download, from the installers' area of the official Urmet website (www.urmet.com), the .bin file for the system you want to upgrade (for example 1068/005A); Save the downloaded file in the root folder of a micro SD card;...

  • Page 121: System Firmware Upgrade From 1068Set App

    • download, from the installers' area of the official Urmet website (www.urmet.com), a *bin file for the system you wish to upgrade (for example 1068/005A). • save the downloaded file in the root folder of a micro SD card or (if you do not have a micro SD card) in the internal memory of the mobile device on which the 1068set app is run.

  • Page 122: Reset Default

    At the end, the control panel restarts, resetting the factory settings. SYSTEM LOG 1068/005A Control panel The System Log stores the last 500 events (setting, unsetting, alarm, tamper etc.) which concerned the system. The events are stored from the most recent to the oldest, i.e. the most recent event is the one with the lowest identification number.

  • Page 123: How To Interpret Viewed Data

    7.6.1 How to interpret viewed data Event information is stored on the event Log and displayed as follows: where: • 001: is the number of the event (001 is the most recent event, 500 is the oldest). • 03/04: is the date of the event. •...

  • Page 124: How To Browse The En50131 Event Log (Available Only With 1068/010A Control Panel)

    7.6.3 How to browse the EN50131 Event log (available only with 1068/010A control panel) Proceed as follows to browse the EN50131 Event log: Enter the INSTALLER menu by entering the access code. Press to confirm; Select "System Settings" by pressing the key associated with the symbol.

  • Page 125: Tables

    (available only whith 1068/010A control panel) Communicator failure Opening external communicator fault input. (available only whith 1068/010A control panel) Test message Sending a test message. Table 9 - Vocal messages and SMS for 1068/005A and 1068/010A control panel DS1068-044 LBT21165...

  • Page 126: Alarm Sending Types

    ALARM SENDING TYPES One or more sending modes can be selected according to the alarm type to be sent. 1068/005A Control panel Transmission mode Sending Event PUSH priority Vocal IDP/IP notification ■ ■ ■ ■ ■ Hold UP ■ ■...
  • Page 127 Below is a table associating events / alarms with the sent codes: Subscriber Code FIXED Qualification Event Group Code or input ID Where: Block Code Description Subscriber Code xxxx These are the last four digits of the subscriber code This indicates the beginning of an event or deactivation Qualification This indicates the end of an event or activation Event...
  • Page 128 Input detector failure. CCC indicates the logical number of the input. Radio tamper. CCC indicates the device identification. Setting/Unsetting from key. CCC indicates the key. Setting/unsetting from user code. CCC indicates the user. Setting/unsetting from Time Scheduler. CCC always 0. Setting/unsetting from remote with DTMF code or App.

  • Page 129: Factory Settings

    System code (for android 1068set App) 99999999 8.4.2 Zones Zones number Type of setting (No EN compliant mode) Standard Type of setting (EN compliant mode) Prevention of setting 8.4.3 Users 1068/005A Default Name Enabled Assigned zones 1068/010A Installer Installer 0000 Installer Power ON SYSTEM Tech.

  • Page 130: General Parameters And Times

    GSM failure time 10 min GSM network connection time 2 min Time scheduler notice time 30 min Battery test time 24 h 8.4.6 Control panel inputs 1068/005A Control panel Isolable Attrib. Assignment type Zones assignment Customisation First Entry/ Path Immediate Fault Detectors...

  • Page 131: Control Panel Outputs

    … … … … … … … … Name Physical address In10 8.4.7 Control panel outputs 1068/005A Control panel Zones assignment SYSTEM SYSTEM SYSTEM SYSTEM Intrusion [No EN compliant mode] Customisation Intrusion / Tamper Intrusion / Tamper Zone status Faults...

  • Page 132: Expansion Module Inputs

    8.4.8 Expansion module inputs Isolable Attrib. Assignment type Zone assignment Customisation Immediate Immediate Immediate Immediate Immediate Immediate Immediate Immediate Type N.C. N.C. N.C. N.C. N.C. N.C. N.C. N.C. … … … … … … … … Name Physical address 8.4.9 Expansion outputs Zones assignment SYSTEM...

  • Page 133: Keypad Inputs

    8.4.10 Keypad inputs Isolable Attrib. Assignment type Zone assignment Customisation Immediate Type Not used … Name Physical address 8.4.11 Radio module/interface inputs For further details and information, refer to the dedicated manual. 8.4.12 Radio module/interface outputs (sirens) For further details and information, refer to the dedicated manual. 8.4.13 Reader inputs Isolable Attrib.

  • Page 134: Keypad Parameters

    8.4.14 Keypad parameters Keypads Assigned zones Name Exit time Entry time … Keypad 1 System Keypad … … System … Keypad 8 System 8.4.15 Reader- zones assignment LED 1 LED 2 LED 3 Readers Name Masking Assigned zones Assigned zones Assigned zones …...

  • Page 135: Communicator Parameters

    8.4.17 Communicator parameters Hold UP Instrusion Pre-alarm Zones On/Off Tampering Wrong code Emergency Fault start Fault end Loss of mains Event Mains restored Maintenance start Maintenance end Isolation/inhibition start Isolation/inhibition end Battery fault start Battery fault end Technologicals SIM expiration date Test message Sending type Vocal...

  • Page 136: Time Scheduler

    8.4.18 Time scheduler The time scheduler is deactivated by default. TIME SCHEDULER CONFIGURATION Days Type Monday Tuesday Wednesday Thursday Friday Saturday Sunday Working day Pre-holiday Holiday Note: only one type may be selected for each day. WORKING DAY COMMANDS Number Time Type DS1068-044...
  • Page 137 PRE-HOLIDAY DAY COMMANDS Type Time Type HOLIDAY COMMANDS Number Time Type DS1068-044 LBT21165...

  • Page 138: Maintenance

    MAINTENANCE This paragraph describes the procedure to be followed to carry out system maintenance: add new devices, replace a malfunctioning device, eliminate a device, restore default settings to devices, and troubleshooting, etc. MAINTENANCE PROCEDURE The maintenance procedure is useful each time it is necessary to intervene on the system and therefore open the tamper of the control panel and any device, or disconnect peripheral devices, without creating tamper events.

  • Page 139: End Of Maintenance

    9.1.2 End of maintenance If you have started maintenance without opening the tamper, you can end it by doing one of the following actions: • Exit the keypad maintenance menu • Installer logout from keypad or 1068set App • Dedicated key in the "Maintenance" page of the 1068set App If you are in maintenance with at least one tamper open, you must close them all.

  • Page 140: Keypad Acquisition

    9.2.2 Keypad acquisition To acquire a new keypad (from another acquired or service keypad), proceed as follows: If the device is already connected to the BUS, go directly to step 4, otherwise turn off the system completely; Connect the keypad to the bus and power the system; Wait for the just connected keypad to display.
  • Page 141 By pressing the "CLOSE" key, the list of identified interfaces will be displayed. To acquire the touch keypad on the control panel it is necessary to set the control panel in Maintenance mode. Then, select the interface you want to connect to from the keypad. In this way, the keypad will communicate with the control panel and carry out the acquisition.

  • Page 142: Replacing A Radio Device

    If the system is still in Maintenance mode, the keypad will be inhibited. To enable the keypad you need to exit Maintenance mode. At the end of the acquisition, the main screen (Home page) of the keypad will be displayed. REPLACING A RADIO DEVICE It allows you to replace a device by assigning to the new one the same address and configuration of the previous one.

  • Page 143: Replacing A Bus Device

    REPLACING A BUS DEVICE 9.4.1 Replacing the Bus devices (expansions, readers and radio interfaces) It allows you to replace a device by assigning to the new one the same address and configuration of the previous one. To replace a device, follow the instructions below: Switch off the system completely;...

  • Page 144: Searching For And Identifying A Device

    9.5.2 Searching for and identifying a device To identify a specific device on the bus, follow the instructions below: Enter the INSTALLER menu by entering the access code. Press to confirm; Select "System Settings" by pressing the key associated with the symbol.

  • Page 145: Enabling/Disabling The 1068/011 Radio Module

    ENABLING/DISABLING THE 1068/011 RADIO MODULE Proceed as follows to enable a radio module: Enter the INSTALLER menu by entering the access code. Press to confirm; Select "System Settings" by pressing the key associated with the symbol. Press to confirm; Select "Maintenance” by pressing the key associated with the symbol.

  • Page 146: Configuring Radio Parameters

    9.10 CONFIGURING RADIO PARAMETERS The following parameters describe the steps for changing the default configuration of the radio module parameters. 9.10.1 Device supervision 1. Enter the INSTALLER menu by entering the access code. Press to confirm; 2. Select "System Settings" by pressing the key associated with the symbol.

  • Page 147: Enable

    9.10.3 Enable 1. Enter the INSTALLER menu by entering the access code. Press to confirm; 2. Select "System Settings" by pressing the key associated with the symbol. Press to confirm; 3. Select "Maintenance” by pressing the key associated with the symbol.

  • Page 148: Reset Factory Settings

    9.13 RESET FACTORY SETTINGS The table below indicates the various possibilities for resetting the control panel and system devices to default values as needed. Reset software Reset hardware Radio Installer Factory Wired Partial Total Codes module code settings devices PARAMETERS IN THE CONTROL PANEL MEMORY ■...

  • Page 149: Codes Software Reset

    9.13.2 Codes software reset To reset user codes, Master code, Installer code or Technical Manager code to their default value, proceed as follows: Access the MASTER / INSTALLER menu by entering the access code. Press to confirm; Select "System Settings" by pressing the key associated with the symbol.

  • Page 150: Wired Keypad Hardware Reset

    9.13.8 Wired keypad hardware reset The deletion of any keypad in the system and connected to the bus must be done according to the procedure described in paragraph 9.6 Deleting a bus device. Only in special cases, for example if a device has already been acquired by another control panel or following a “Hardware reset to factory settings"...

  • Page 151: Replacing The Battery

    9.13.9 Replacing the battery When a battery can no longer maintain its charge, it must be replaced with a similar one in order not to compromise the correct functioning of the system. To replace the battery, follow the instructions below: 1.

  • Page 152: Technical Specifications

    10 TECHNICAL SPECIFICATIONS 10.1 1068/005A CONTROL PANEL Nominal power voltage ..............................230 V~ ; 50/60 Hz Max absorption power at 230 V (1061/515) ............................. 0.6 A Power unit output nominal voltage 1061/515 - Type A power unit ....................14.4 V⎓ 1061/515 power unit max current deliverable ............................1.5 A Ripple max 1061/515 ............................

  • Page 153: 1068/010A Control Panel

    10.2 1068/010A CONTROL PANEL Nominal power voltage ..............................230 V~ ; 50/60 Hz Max absorption power at 230 V (1061/515) ............................. 0.6 A Power unit output nominal voltage 1061/515 - Type A power unit ....................14.4 V⎓ 1061/515 power unit max current deliverable ............................1.5 A Ripple max 1061/515 ............................

  • Page 154: 1067/092 Supplementary Power Supply With Repeater

    10.3 1067/092 SUPPLEMENTARY POWER SUPPLY WITH REPEATER Section - BUS IN Mains power supply ........................13.8 V⎓ (supplied by control panel BUS) Expansion operating voltage ............................... 9 V⎓ to 15 V⎓ Nominal current absorbed at 12 V⎓ (with relays energised, default condition) ..................50 mA stand-by with balanced inputs (with relays de-energised) ...........................

  • Page 155: 1068/021 Command Keypad Lcd

    10.4 1068/021 COMMAND KEYPAD LCD Nominal power voltage ......................13,8 V⎓ (taken through communication bus) Keypad operating voltage ..............................9 V⎓ ÷ 15 V⎓ Nominal current absorbed at 13,8 V⎓: in stand-by, only LED for presence mains supply..........................17 mA operative, with backlighting at minimum level ..........................22 mA operative, with backlighting at maximum level and all LEDs ON .....................93 mA Max total length of control panel-peripheral -serial Bus line ......................

  • Page 156: 1067/008A 8-Input Expansion Module

    10.7 1067/008A 8-INPUT EXPANSION MODULE Nominal power voltage ..........................13.8 V⎓ (taken through bus) Expansion operating voltage .............................. 9 V⎓ ÷ 15 V⎓ Nominal current absorbed at 12 V⎓ .............. 30 mA in stand-by (with energised relay, default condition) ................................18 mA max with relay de-energised Nominal voltage on the +V1 terminal ............................13.2 V⎓...
  • Page 157 10.10 1068/002 IP INTERFACE Nominal power voltage ................................13.8 V⎓ ⎓ ⎓ Operating voltage ................................10 V ÷ 14,5 V ⎓ Nominal current absorbed at 13.8 V (without LAN connections) ....................48 mA ⎓ Max absorbed current at 13.8 V (PoE and LAN connections) ......................1.2 mA ⎓...
  • Page 158 DIRECTIVE 2012/19/EU OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL of 4 July 2012 on waste electrical and electronic equipment (WEEE) The symbol of the crossed-out wheeled bin on the product or on its packaging indicates that this product must not be disposed of with your other household waste.
  • Page 159 DS1068-044 LBT21165...
  • Page 160 DS1068-044 LBT21165 Area tecnica URMET S.p.A. servizio clienti +39 011.23.39.810 10154 TORINO (ITALY) http://www.urmet.com VIA BOLOGNA 188/C e-mail: info@urmet.com Telef. +39 011.24.00.000 (RIC.AUT.) +39 011.24.00.300 - 323 MADE IN CHINA DS1068-044 LBT21165...

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