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Baldwin Boxall OmniCare - User Manual

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OmniCare EVC System
Installation & Commissioning Manual
Manual name: OmniCare
Issue: 1
ECR: 2008
Date of issue: October 2007

Table of Contents

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Summary

Technical Description

1.1 DESCRIPTION

Overview of the OmniCare EVC System, its purpose, and compliance with relevant standards.

1.2 TECHNICAL SPECIFICATIONS

Detailed specifications for control panels and various remote unit types.

1.2.1 Control Panels

Technical specifications for the OmniCare EVC System Master and Slave control panels.

1.2.2 Disabled Refuge Remote Unit (BVOCECP)

Specifications for the Disabled Refuge Remote Unit (BVOCECP).

1.2.3 Advance Disabled Refuge Remote (BVOCA)

Specifications for the Advance Disabled Refuge Remote (BVOCA).

1.2.4 Fire Telephone Remote Unit (BVFHL)

Specifications for the Fire Telephone Remote Unit (BVFHL).

1.2.5 Combined Disabled Refuge; Fire Telephone (BVOCRFC)

Specifications for the Combined Disabled Refuge/Fire Telephone Remote Unit.

1.2.6 Disabled Toilet Alarm (BVOCDTA)

Specifications for the Disabled Toilet Alarm (BVOCDTA).

1.3 CONTROL PANEL LEDS & SWITCHES

Details and functions of the LEDs and switches on the OmniCare EVC System control panel.

1.3.1 Zone Select Button & Status LEDs

Explanation of the Zone Select buttons and associated status indicator LEDs.

1.3.2 System Status & Fault LEDs

Description of the System Status and Fault indicator LEDs on the control panel.

1.3.3 “All Call” and “Speak” Buttons

Functionality of the 'All Call' and 'Speak' buttons on the control panel.

1.3.4 Handset “Speak” Button

Operation of the 'Speak' button on the control panel handset.

Overview of System Design Requirements

2.1 SYSTEM LAYOUT

Information on system layout, ring circuits, and maximum cable lengths.

2.2 USING SLAVE CONTROL PANELS

Guidance on integrating Slave Control Panels into the OmniCare EVC System.

2.3 CABLE SELECTION

Recommendations for selecting appropriate fire-rated cables for system installations.

2.4 CABLING INSTRUCTIONS

Instructions for cabling the OmniCare EVC System, including auto-commissioning features.

2.5 INSTALLATION EXAMPLES

Illustrative examples of typical wiring configurations for different system sizes.

2.5.1 Connection Details - up to 16 Remotes

Wiring example for a system with up to 16 remote units using a single Zone Card.

2.5.2 Connection Details - up to 32 Remotes

Wiring example for a system with up to 32 remote units using two Zone Cards.

2.5.3 Connection Details - up to 48 Remotes

Wiring example for a system with up to 48 remote units.

2.5.4 Connection Details - up to 64 Remotes

Wiring example for a system with up to 64 remote units.

2.5.5 Complex Configuration Example

An example schematic illustrating a complex system configuration with maximum cable lengths.

Hardware Installation

3.1 TOOLS REQUIRED

List of necessary tools for installing OmniCare EVC System equipment.

3.2 INSTALLING THE REMOTE UNITS

Procedures for installing various types of remote units into their back boxes.

3.2.1 Disabled Refuge Remotes (BVOCECP)

Installation steps for the Disabled Refuge Remote Unit (BVOCECP).

3.2.2 Advance Refuge Remotes (BVOCA)

Installation steps for the Advance Refuge Remote (BVOCA).

3.2.3 Fire Telephone Remotes (BVFHL)

Installation steps for the Fire Telephone Remote Unit (BVFHL).

3.2.4 Combined Remotes (BVOCRFC)

Installation steps for the Combined Refuge/Fire Telephone Remote Unit (BVOCRFC).

3.2.5 Disabled Toilet Alarm (BVOCDTA)

Installation steps for the Disabled Toilet Alarm (BVOCDTA).

3.3 INSTALLING THE CONTROL PANEL(S)

Instructions for mounting and installing the OmniCare EVC System control panels.

3.3.1 Minicare Control Panels (8, 16, and 32 zone)

Mounting and installation details for Minicare control panels.

3.3.2 48 and 64 Zone Control Panels

Mounting and installation details for 48 and 64 zone control panels.

3.3.3 80 - 128 Zone Control Panels

Mounting and installation details for 80 to 128 zone control panels.

3.3.4 Connecting the Fire Panel Interface

Procedure for connecting the Fire Panel interface to the control panel.

Testing & Commissioning

4.1 OVERVIEW OF THE COMMISSIONING PROCEDURE

Overview of the steps required for system commissioning.

4.2 TOOLS REQUIRED

List of tools needed for testing and commissioning the OmniCare EVC System.

4.3 INITIAL CABLING CHECKS

Essential initial checks on the system cabling before commissioning.

4.4 COMMISSIONING PROCEDURE

Step-by-step guide for the system commissioning process.

4.4.1 Testing Loop Integrity (Power Cables)

Procedure to test the integrity of power cables within the system loops.

4.4.2 Testing Loop Integrity (Data Cables)

Procedure to test the integrity of data cables within the system loops.

4.4.3 Connecting Batteries

Instructions for connecting the system batteries during commissioning.

4.5 FUNCTIONAL TESTING REMOTE UNITS

Procedures for functionally testing each type of remote unit.

4.5.1 Introduction

Introduction to functional testing of remote units after commissioning.

4.5.2 Disabled Refuge Remote (BVOCECP)

Functional testing procedure for the Disabled Refuge Remote (BVOCECP).

4.5.3 Advance Refuge Remote (BVOCA)

Functional testing procedure for the Advance Refuge Remote (BVOCA).

4.5.4 Fire Telephone Remote Units (BVFHL)

Functional testing procedure for the Fire Telephone Remote Unit (BVFHL).

4.5.5 Combined Remotes (BVOCRFC)

Functional testing for the Combined Refuge/Fire Telephone Remote (BVOCRFC).

4.5.6 Disabled Toilet Alarm (BVOCDTA)

Functional testing procedure for the Disabled Toilet Alarm (BVOCDTA).

4.6 CONTROL PANEL SETTINGS

Configuration settings for the OmniCare EVC System control panels.

4.6.1 Overview

General overview of control panel configuration for Master and Slave units.

4.6.2 Zone Address Settings (JP1, JP2, JP3 PC1233)

Setting zone addresses using JP1, JP2, JP3 jumpers on the control panel.

4.6.3 Setting the Offset and Range & defining the “Master” Switch Panel

Configuring panel offsets, ranges, and defining the Master panel.

4.6.4 Fault Relay Operation (JP2 PC1234)

Setting the jumper for the required Fault Relay state (NO/NC).

4.7 ZONE INSERT LABELS

Guidance on using templates for labelling control panel buttons.

Tone Configuration Options

5.1 INTRODUCTION

Introduction to configuring OmniCare Remote Units using tones and software.

5.2 OVERVIEW OF THE TONE GENERATION SOFTWARE

Explanation of the Tone Generation Software interface and options.

5.3 CONFIGURING REMOTE UNITS

Procedure for configuring remote units using Tone Generation software.

5.4 RE-ADDRESSING REMOTE UNITS

Steps for re-addressing remote units to appear at different control panel locations.

Fault Finding

6.1 FAULT FINDING REMOTE UNITS DURING COMMISSIONING - OVERVIEW

Overview of common commissioning faults and the fault-finding process.

6.1.1 Description of 0 V Continuity Check

Detailed explanation of the 0V continuity check procedure.

6.1.2 Check Terminations on Remote Units

Procedure for checking terminations on remote units for common faults.

6.1.3 Description of Loop Integrity Check (Power Cables)

Procedure to test the integrity of power cables in system loops.

6.1.4 Testing Loop Integrity (Data Cables) & Diagnosing Fault Location

Testing data cables and diagnosing fault locations using commissioning process.

6.2 FAULT FINDING PROCEDURES FOR REMOTE UNITS

Procedures for identifying and locating faults in remote units during commissioning.

6.2.1 Perform a 0 V Continuity Check

Steps to perform a 0V continuity check on the system.

6.2.2 Check Terminations on Remote Units

Checking remote unit terminations for issues like poor or loose connections.

6.2.3 Test the Loop Integrity (Power Cables)

Testing power cable loop integrity by measuring voltage.

6.2.4 Diagnosing the Location of Fault(s) using Commissioning Process

Using the commissioning process to locate faults by reversing the loop.

6.2.5 Diagnosing the Location of Fault(s) using the “System OK” LEDs

Diagnosing faults by checking the 'System OK' LED status on remote units.

6.2.6 Remote Units not found when Cabling appears Correct

Troubleshooting steps when remote units are not detected despite correct cabling.

6.2.7 System Reset and System Configuration

Procedures for system reset and automatic configuration.

6.3 FAULT FINDING - NORMAL OPERATION

Using front panel LEDs for basic fault finding during normal operation.

6.3.1 Remote Unit Fault Indication

Interpreting the yellow Zone Fault LED on the control panel.

6.3.2 System Fault LEDs

Information on system fault LEDs and their meaning.

6.3.3 “SYSTEM OK” Indicators on Remote Units

Understanding the 'System OK' indicators on remote units for status.

6.4 FAULT FINDING - BATTERY CHARGER

Troubleshooting procedures for the battery charger system.

6.4.1 Battery Charger Normal Operation

Description of the battery charger's normal operation and charging cycles.

6.4.2 Battery Condition Monitoring

Monitoring battery condition and fault indicators for the charger.

Maintenance

7.1 APPOINTMENT OF A “RESPONSIBLE PERSON”

Requirement to appoint a named person responsible for system maintenance.

7.2 ROUTINE TESTING

Procedures for routine testing of the OmniCare EVC System.

7.2.1 Daily Check - Fault Indicators

Daily checks to monitor fault indicators on the control panel.

7.2.2 Weekly Functional Test

Performing weekly functional tests on remote units.

7.2.3 Six Monthly Inspection by a “Competent Person”

Six-monthly inspections by a competent person to ensure reliability.

Addendum

A.1 MAXIMUM CABLE LENGTHS AND RESISTANCE VALUES

Table of maximum cable lengths and resistance values for different cable types.

A.2 APPROXIMATE CABLE LENGTH CALCULATIONS

Methods for estimating cable lengths based on resistance readings.

A.2.1 Distance Between Two Remote Units

Estimating distance between remote units using resistance readings.

A.2.2 Readings with Local Unit Disconnected

Measuring resistance with the local unit disconnected for accuracy.

A.2.3 Resistance Readings when using Repeaters

Resistance readings for determining cable length when using repeaters.

A.3 HOW TO CALCULATE CABLE LENGTH

Step-by-step procedure for calculating cable length using resistance measurements.

Baldwin Boxall OmniCare Specifications

General IconGeneral
BrandBaldwin Boxall
ModelOmniCare
CategoryConference System
LanguageEnglish