PROEL PROEVAC EVO EV PROM5Z User And Installation Manual
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PROEL PROEVAC EVO EV PROM5Z User And Installation Manual

PROEL PROEVAC EVO EV PROM5Z User And Installation Manual

En54-16 voice alarm system
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PROEVAC EVO
EN54-16 Voice Alarm System
USER AND INSTALLATION MANUAL

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Summary of Contents for PROEL PROEVAC EVO EV PROM5Z

  • Page 1 PROEVAC EVO EN54-16 Voice Alarm System USER AND INSTALLATION MANUAL...
  • Page 2  This page is intentionally left blank...
  • Page 3 Firmware revision: 1.10.12.13 Document: USRM_PROEVAC EVO_IT_14 Rev. 0.01 Issued by: Checked by: Approved by: Revision History Rel. Data Author - Modifications 1.00 10/10/15 Translation from mother language manual Rev 3.00 Certified Quality Management System ISO9001:2008 Reg. N. 50 100 5745...
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  • Page 5: Table Of Contents

    CONTENTS GENERAL DESCRIPTION 1.1 Introducion 1.2 List of main features and functions 1.3 System access 1.4 Explanation of symbols SAFAETY INSTRUCTIONS AND CARE OF THE PRODUCT VISUAL IDENTIFICATION OF CONNECTIONS AND USER KEYS 3.1 EV PROM5Z Master unit 3.2 EV PROS8Z Slave unit 3.3 EV MCL1Z Line-A main controller module 3.4 EV MCL2Z Line-B redundant controller module 3.5 Micriphone stations...

  • Page 6: General Description

     GENERAL DESCRIPTION 1.1 Introduction Proevac is a modular, digitally controlled, voice alarm system. It’s main purpose is to send spoken, live or recorded, voice evacuation messages. Proevac was designed and certified according to EN 54-16 specification in order to grant a high quality and high intelligibility sound.

  • Page 7: List Of Main Features And Functions

    1.2 List of main features and functions  Digitally controlled and configurable voice alarm and public address audio system; up to 108 zones  4 lines matrix arrangement  2x independent messages for each zone stored inside a mass memory on the EV MCL1Z module ...

  • Page 8: Explanation Of Symbols

     1.4 Explanation of symbols In addition to the symbols that identify the persons allowed to operate the system, below are some icons that will focus on important aspects and features related to the system. USEFUL INFORMATION This symbol identifies an information that may be useful in the use or configuration of the system. This symbol identifies a tip or an application example.

  • Page 9: Safaety Instructions And Care Of The Product

    2. SAFETY INSTRUCTIONS AND CARE OF THE PRODUCT These instructions are for use by qualified service personnel that shall perform the installation and servicing of the units of the Proevac system. Please, read carefully this user manual and the safety instructions related to the product. Keep these instructions and the product user manual Heed all indications contained herein and in the user manual ELECTRIC SHOCK...

  • Page 10: Visual Identification Of Connections And User Keys

     3. VISUAL IDENTIFICATION OF CONNECTIONS AND USER KEYS EV PROM5Z Master unit EV PROM5Z Front panel EV PROM5Z Rear panel 6 7 8 11 12 13 16 17 Dot-matrix display. Navigation keyboard to access menus and system functions Status leds: “POWER” indicates that the system is powered and operational, “VOICE ALARM indicates that the system is in a voice alarm state and that he is playing and evacuation message, “FAULT”...

  • Page 11: Ev Pros8Z Slave Unit

    EV PROS8Z Slave unit WG -ESU08 Front panel EV PROS8Z Rear Panel Status leds: “POWER” indicates that the unit is powered and operational, “FAULT” indicates that a fault is present in the system itself or in another device of the voice alarm system connected to it (i.e. power amplifiers, loudspeaker lines, mic stations and wires) Zone modules slots (EV MCL1Z, EV MCL2Z) o for future use.
  • Page 12  3.4 Line controller module (line B) EV MCL2Z EV MCL2Z connections LED “BUSY”: indicates the zone is playing and audio content LED “FAULT”: indicates a fault related to the loudspeaker line. 100V power input (connect to power amplifier output). 100V loudspeaker line output Mircophone stations Microphone stations rear panel view- all models...
  • Page 13 Status leds indicate the status of the system “TALK” pushbutton engages the bus and the loudspeaker lines to forward the audio content previously selected with 3) keys. Zone selection keys on which the microphone channel is opened. The keys are assigned to the zones (or groups) through a configuration in the BEST software.

  • Page 14: Description Of Connection And System Assembly

     4. DESCRIPTION OF CONNECTIONS AND SYSTEM ASSEMBLY This entire section is dedicated to installer/maintainer only 4.1 Power supply connection The EV PROM5Z master and EV PROS8Z slaves (if present) must be powered by a 24dv power source coming from an certified EN54- 4 power supply and according to the diagram here below.
  • Page 15 4.2 Installation of the line modules inside the Master EV PROM5Z and Slave EV PROS8Z units The Master unit has five vertical slots on the back to be fitted with EV MCL1Z and/or EV MCL2Z line controllers. It is essential that the slots are filled, starting from the left, in the order shown on the figure below.
  • Page 16  APPLICATION NOTE – 8 ZONES SYSTEM An 8 zones system (with lines A only) is a significant case of study since it is possible to configure Proevac in different ways according to the requirements of the voice alarm equipment for a specific building. The requirements may be in favor of the best effort in case of a failure, or look after the best cost/performance ratio.
  • Page 17 In case we want to minimize the risk of rupture of the main amplifiers by providing one spare for each main amplifier, the system should be setup with one master, seven slaves each fitted with one zone controller and a spare amplifier: ...
  • Page 18  4.3 Connection of the EV PROM5Z master unit to one or more EV PROS8Z slaves The wiring between the master and slave units achieved through the pairs of a UTP CAT 5 cable, pin-to-pin wired on RJ45 plugs and without crossing Audio-Link and Data-Link on connection between the units.
  • Page 19 The Slave units will require to close a line termination on the data bus to allow a proper communication. The EV PROS8Z slave units is delivered from the factory with the jumper OPEN. It is required to close the jumper on the last slave unit of the chain, or in other words, the most “distant” from the master, when: ...
  • Page 20  4.4 Spare amplifier wiring on EV PROM5Z master and EV PROS8Z slave unit. If a spare amplifier is used, it shall be connected to the plug on the back-panel labelled “Spare Amplifier Input/Output”. Please refer to section 3.1 and section 3.2 for proper identification. The connection scheme in the figure below is the same for both master and slave unit.
  • Page 21 The system is compatible with power amplifiers having a floating 100V loudspeaker output; i.e. the output is not referred to the input ground. The amplifier input shall be balanced (differential). The system can handle up to 500W power. The line module can monitor loads starting from approximately 30W. The term “approximately” is appropriated since, during the calibration process, the module will first drive the power amplifier so that its output is 100V on the loudspeakers line, then it will measure the load impedance and the nominal power absorbed by the load at 1KHz and at 18KHz so that all other measurements will not be hearable by the residents in the building.

  • Page 22: Wiring The Line A Module

     4.6 Wiring the EV MCL2Z Line B module The EV MCL2Z module allows to configure a system with two redundant loudspeaker lines (line A + B) feeded by the same power amplifier, thus keeping the independency of the load’s parameters monitoring (impedance and absorbed power). Functionally, the EV MCL1Z module will manage the power amplifier, will perform the monitoring of the main amplifier, of the loudspeaker line A and will read the state of the input contacts that will trigger the alarm messages on the zone.
  • Page 23 When configuring the system for a Line A and line B zone, the installer must wire the EV MCL1Z and EV MCL2Z according to the figure below. The 100V output of the amplifier has to be tied to both modules, so that each of them shall perform the monitoring of the loudspeaker line connected to it.

  • Page 24: Wiring And Configuring The Microphone Stations

     4.7 Wiring and configuring the microphone stations Proevac has two separate and independent busses dedicated to the microphone stations. Each bus can accommodate up to 54 stations for a total of 108. The functions of the microphone stations, the assignments to the zones or groups and related broadcasting rules, are configured via software to BEST.
  • Page 25 this the call station will not be powered from the bus and a local power supply is needed. A microphone stations should be powered locally in case:  15 or more stations are connected to the bus. All stations after the tenth should be powered by their own mains adapter ...
  • Page 26  The table here below shows the dip-switch configuration according to the assigned bus ID of the microphone station. The bus ID must be set accordingly to the configuration designed on the BEST software. WARNING: identical IDs are not allowed on the same bus.

  • Page 27: Replacing The Clock Battery

    Dip Switch n. 7 selects on which bus, 0 or 1, the microphone station is assigned in the BEST project. Set the switch position accordingly. WARNING: A bus assignement that is not coherent to the connection of the microphone station to the master unit, will return a fault warning.

  • Page 28: Usd Memory Card Installation

     4.9 uSD Memory card installation The EV PROM5Z master unit has a uSD memory card on the mainboard. The uSD stores the recorded messages and system configuration. To load the uSD card, you should first insert the card into a PC and download the files through the BEST configuration software.

  • Page 29: Desdcription And Identification Of The System Status

    5. DESCRIPTION AND IDENTIFICATION OF THE SYSTEM STATUS Proevac was designed to manage several operational conditions according to the EN54-16 soecifications. The current state of the system is displayed by the leds on the master unit, slave units and microphone stations. Additionally the dot-matrix display on the master unit shows all details.

  • Page 30: Menu Navigation

     6. ACCESSING THE SYSTEM and MENU DESCRIPTION This section discusses the menu structure of the system through a series of screenshots that show all related functions and features. Some menus are password protected and access is allowed according to the credentials of the operator as reported in sections 1.3. The menu navigation is controlled by the keyboard of the master’s front panel as described herein.

  • Page 31: Menu Tree

    6.2 Menu tree This page shows the complete menu tree fo the system PASSWORD PROTECTED PASSWORD PROTECTED PASSWORD PROTECTED...
  • Page 32  6.3 Decription of the system menu ZONE ACTIVITY Menu ZONE ACTIVITY menu indicates the status of the zones configured on the system. The areas are identified by the name assigned during the configuration with the BEST software. The state is identified by the following icons on the right of the screen: : a general announcement is being played on the zone : an alarm message is being played (or spoken) on the zone : background music is enabled on the zone...
  • Page 33  LINE SHORT TO GROUND / Load disconnected Indicates that a ground fault was detected on the loudspeaker line (impedance between the loudspeaker ground is less than 50 Ohm). Under this condition, the system will disconnect the loudspeakers from the amplifier in order to prevent a damage.
  • Page 34   USE ZONE AMP This command forces the line module to switch to main zone amplifier. This command should be used in case the zone module has previously switched to the backup amplifier (due to a main amplifier fault detection), or it can be used as a reset of the loudspeaker line status after a short circuit or a ground leackege detection.
  • Page 35 INPUT CONTACTS sub-menu This sub-menu gives detailed information about each input. The selected input is identified according to its address as follows:: Unit-id.Slot.Input  Unit-id Is the Master or Slave unit where the EV MCL1Z module (that has the inputs onboard) is installed: 1= Master, 2= first Slave in the chain, 3= second slave in the chain, etc…...
  • Page 36  This screenshot summarizes the details of the selected log Please refer to the LOGS TABLE for further details Pop-Up in LOG DETAIL sub-menu If the system is in access level 2 or 3, it is possible to cancel the log list by pressing the OK key once in logs details sub-menu.

  • Page 37: Logs Table

    6.4 LOGs Table and System Troubleshooting This table describes the system logs and the troubleshooting actions; each log is time-stamped as seen previously Fault Display indication Log details – press OK key to Description Troubleshooting access System power-on System power ON Indicates the system has been powered up SD/MMC failure SD/MMC Communication fail...
  • Page 38  Use spare **nome** LMM1 use spare amplifier The indicated line module has switched to the backup Position: MSU5 slot-x power amplifier. Position: ESU8-y slot-x Zone name: xxxxx Own amp. **nome** LMM1 release spare amp. The line module switched back to its main amplifier Position: MSU5 slotx Position: ESU8-y slot-x Zone name: xxxxx...
  • Page 39 The location of the message is described as follows: ESU8-y slot-x in-z MSU05, slot nr “x”, input nr “z”; or ESU08 nr “y” in the chain, slot “x”, input nr “z” Alarm message STOP Alarm message STOP The system ended to play an alarm recorded message MM4Z slot-i in-m triggered by an input contact.

  • Page 40: Operations And Procedures

     7. OPERATIONS AND PROCEDURES This section discusses the procedures that can be performed on the system through the commands entered on the EV PROM5Z master unit. All operations described herein are mainly about the diagnostics and the reporting of the state of the system. All information about the configuration, design of the system setup and operating rules of the system are performed through the BEST software.

  • Page 41: Background Music Volume

    If a failure is detected on a main power amplifier, the system will switch to the spare amplifier if this is installed and if it is not being used on another line. After the main amplifier has been replaced or serviced, it is necessary to tell the system to switch back to the main amplifier.
  • Page 42  TECH NOTE: calibration and continuous monitoring of loudspeaker line and power amplifier During the design of the Proevac, a great attention was given to the monitoring of the loudspeaker line and power amplifier. The monitoring is performed independently on each line and amplifier inside the EV MCL1Z and EV MCL2Z modules. Their primary function is not only to feed the lines with the audio programs, but keeping under strict control all audio path outside the system.
  • Page 43 When a change of state is identified (fault warning), the system will not report it when the first out of range measurement is detected, but will repeat a series of close readings and the fault warning is validated only if all them are comparable. This makes the system extremely robust and reliable against of any false error and fault reporting.

  • Page 44: Using The Microphone Stations

     8. USING THE MICROPHONE STATIONS The microphone call stations are the appendix and external devices of the Proevac system. Through the microphone stations is possible to control the recorded message players, both alarm or generic, and speak live messages, over the selected zones.

  • Page 45: Ev Bme1T

    8.2 EV BME1T Microphone station The EV BME1T has just the TALK key and the status leds. The assignment is done through the BEST software. The audio content is broadcasted by pressing the TALK key. When configuring the system through the BEST software, it is possible to define the unit as a fire alarm call station.

  • Page 46: Ev Bme10T

     A WG-MTU06 call station has been configured as follows: Key 1: Chime, then live announcement on the “Restaurant” zone Key 2: Chime, then live announcement on the “Hall” zone Key 3: Chime, then live announcement on the “Fitness” zone Key 4: not configured Key 5: not configured Key 6: Recorded message on all zones (Reastaurant + Hall + Fitness)
  • Page 47 Quick selection keys MSG-1 MSG-2 MSG-3 The EV BME10T has 3 direct-dial selection keys; their operating principle is the same as seen for the selection keys of the WG-MTU06 call station. To broadcast the associated audio content, first select one of the three, then press the TALK key.

  • Page 48: Technical Specifications

     9. TECHNICAL SPECIFICATIONS EV PROM5Z MASTER UNIT General Layout Rack mountable steel enclosure with module slots on the rear panel. EN 50102 IP protection: IP30IK4 width: 19” – heith: 2U – depth: 195,5mm Dimensions Net weight 4,10 Kg Front panel user interface 6x navigation keys, LCD graphic160x64 displau, 3x status leds USB Device port Power Supply...
  • Page 49 EV PROS8Z SLAVE UNIT Generale Layout Rack mountable steel enclosure with module slots on the rear panel. EN 50102 IP protection: IP30IK4 width: 19” – heith: 2U – depth: 195,5mm Dimensions Net weight 3,90 Kg Front panel user interface 2x status leds Alimetnazione Input voltage +24Vdc (min 22Vdc, max 28Vdc)
  • Page 50  EV MCL1Z REDUNDANT LINE-B CONTROLLER MODULE General Layout PCB Open Frame, with mounting bracket for EV PROM5Z or EV PROS8Z. EN 50102 IP protection: n.a. Dimensions 85x35x125 Weight 0,11 Kg Line B Management – Needs matching to EV MCL1Z Description The unit managest the reduntant loudspealer line together with the main line controller EV MCL1Z.
  • Page 51 EV BME10T MICROPHONE CALL STATION Generale Layout Steel chassis with brushed and anodized top panel EN 50102 IP protection: IP31IK4 225x190x50 – Gooseneck length 330mm Dimensions Weight 1,6 Kg Description Dynamic microphone digitally controlled call station. Mic gain settable by dedicated trimmer, automatic compressor/limiter, continuous monitoring of the microphone capsule 250Hz –...

  • Page 52: Certifications

     10. CERTIFICATIONS The following table lists the options with requirements implemented by the Proevac system according to EN54-16:2008 Annex B, Table B1 Option Clause/subclause Implementation Audible Warning Delay(s) to entering alarm condition Phased evacuation Manual silencing of the voice alarm condition 7.6.2 Manual reset of the voice alarm condition 7.7.2...
  • Page 53 068-CPD-xxx/2014 Proel Spa Via alla Ruenia 37/43, 64027 Sant’Omero (TE) – Italy Year In which this marking was affixed: 201a EN 54-16:2008 PROEVAC EVO Voice alarm control and indicating equipment for use in fire detection and fire alarm systems installed in buildings.
  • Page 54  DISLCAIMER Proevac is manufactured by Sotis Engineering Srl in compliance with international standards in terms of safety, performance and in compliance with the requirements of the European Community. For proper and effective use of the product, it is important to be aware of its features and its operating procedures described in this manual, especially the safety notes.

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