Shortform Configuration Guide - FIRE ALARM...

Interactive Fire Alarm System Release 3

Shortform Configuration Guide

AutroSafe Configuration Tool

Protecting life, environment and property...

P-ASAFE-SH/VE Rev. B, 010531

For the AutroSafe Demo Board

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Shortform Configuration Guide, AutroSafe Interactive Fire Alarm System, Release 3 P-ASAFE-SH/VE Rev. B, 010531, Autronica Fire and Security AS

COPYRIGHT ©

This publication, or parts thereof, may not be reproduced in any form, by any method, for any purpose. Autronica Fire and Security AS and its subsidaries assume no reponsibility for any errors that may appear in the publication, or for damages arising from the information in it. No information in this publication should be regarded as a warranty made by Autronica Fire and Security. The information in this publication may be updated without notice. Product names mentioned in this publication may be trademarks. They are used only for identification.

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Table of Contents

Shortform Configuration Guide, AutroSafe Interactive Fire Alarm System, Release 3, P-ASAFE-SH/VE Rev. B, 010531, Autronica Fire and Security AS

Table of Contents

1. Introduction..................................................................... 5 1.1 About the Guide.................................................................................5 1.2 Read This! .........................................................................................5 1.3 Reference Documentation .................................................................6

2. What You Must Know ..................................................... 7 2.1 Menu Choices in the Edit Menu.........................................................7

2.1.1 General....................................................................................7 2.1.2 Adding......................................................................................7 2.1.3 Deleting....................................................................................7 2.1.4 Connecting ..............................................................................8 2.1.5 Disconnecting ..........................................................................8

2.2 Views .................................................................................................9 2.3 Zonal Definitions ................................................................................10

2.3.1 General....................................................................................10 2.3.2 Detection Zone (DZ) ................................................................10 2.3.3 Alarm Zone (AZ) ......................................................................10 2.3.4 Operation Zone (OZ) ...............................................................10

3. The Configuration Example............................................ 12 3.1 Ilustration ...........................................................................................12 3.2 Description.........................................................................................13 3.3 Configuration Reference Table..........................................................14

5. Step-by-Step Procedure ................................................. 15 5.1 Introduction ........................................................................................15 5.2 Starting the AutroSafe Configuration Tool .........................................16 5.3 Opening a New Configuration............................................................16 5.4 Step 1: Adding Hardware in System View

(Physical Appearance).......................................................................17 5.5 Step 2: Adding Detection Zones to Operation Zone

in Operation Zones View....................................................................20 5.6 Step 3: Adding Alarm Zones in Alarm Zones View............................21 5.7 Step 4: Connecting Points to Detection Zones

in Detection Zones View ....................................................................22 5.8 Step 5: Connecting Fire Alarm Devices to

Alarm Zones in Alarm Zones View ....................................................23 5.9 Step 6: Connecting Detection Zones to

Alarm Zones in Alarm Zones View ....................................................24 5.10 Step 7: Connecting BS-320 to Operation Zone in

Operation Zones View .......................................................................25 5.11 Step 8: Connecting Fire Protection Equipment (FPE) to Points /

Detection Zones in System View .......................................................26

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Introduction


6. Generating Configuration Files...................................... 30

7. Downloading and Commissioning of the Demo Board .......................................................... 32

7.1 Introduction ........................................................................................32 7.2 Startup Procedure - Standalone System ...........................................33

7.2.1 Introduction..............................................................................33 7.2.2 Preparations Before Startup ....................................................33

7.3 Alternative Download Tools ...............................................................41 7.4 Communication Setup .......................................................................41 7.5 Downloading Procedure.....................................................................42

7.5.1 Step 1 – Get Topology.............................................................42 7.5.2 Step 2 – Delete Existing Configuration Data / Reboot.............43 7.5.3 Step 3 – Verify Topology .........................................................44 7.5.4 Step 4 - Locate Configuration Files .........................................44 7.5.5 Step 5 - Start Programming.....................................................45 7.5.6 Step 6 – Reboot the System....................................................46 7.5.7 Normal Operation ....................................................................48

8. Verifying System After Download.................................. 49

9. Reader’s Comments ....................................................... 51

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Introduction


1. Introduction

1.1 About the Guide This shortform configuration guide is intended to give a short step-by-step instruction on how to configure the AutroSafe Demo Board. As the step-by-step procedure is based on a concrete example, it must only be used as a guideline when you configure your customer-specified system. The guide also includes information on downloading of configuration data and commissioning, which is only an extract from the AutroSafe Commissioning Handbook. Note that this information is insufficient for the commissioning of customer-specified systems. For information on commissioning of such systems, always use the Commissioning Handbook.

1.2 Read This! The guide is intended to be used by personnel who are responsible for the configuration of the AutroSafe Interactive Fire Alarm System. We assume that you understand and are comfortable using the Windows operating system. We also assume that you have the necessary basic knowledge of the system and its terminology. Before you start configuring a system using the step-by-step procedure, please take time to become familiar with the following terms, views and zonal definitions:

Terms • Add / Delete • Connect / Disconnect

Views • System View • Grid View • Operation Zone View • Detection Zone View • Alarm Zone View

Zonal Definitions • Detection Zone • Alarm Zone • Operation Zone

These terms, views and definitions are described in the next chapter of this guide. If you already are familiar with the terms, views and definitions, skip the next chapter and go directly to chapter 3.

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Introduction


For detailed information on the AutroSafe Configuration Tool and the configuration of the system, refer to the Configuration Tool Help System which is an integrated part of the tool.

1.3 Reference Documentation In addition to this handbook, Autronica Fire and Security offers the following documentation:

Handbook Item Number System Specification P-ASAFE/XE Installation Handbook, Fire Alarm Control Panel (BS-310/320) / Controller (BC-320) P-ASAFE-FA/DE Installation Handbook, Operator Panel (BS-330) P-ASAFE-OP/DE Installation Handbook, Repeater Panel (BU-320) / Information Panel (BV-320) P-ASAFE-RI/DE Installation Handbook, Battery Cabinet (SY-310) P-ASAFE-BC/DE Commissioning Handbook P-ASAFE/EE Operator’s Handbook, Fire Alarm Control Panel (BS-310/320) / Operator Panel (BS-330) P-ASAFE-FO/FE Operator's Handbook, Repeater Panel (BU-320) P-ASAFE-FB/FE Operator's Handbook, Information Panel (BV-320) P-ASAFE-IN/FE Shortform User Guide P-ASAFE-SH/LE Wall Chart P-ASAFE-WE/LX Wall Chart P-ASAFE-CH/LX Menu Structure P-ASAFE/MX User Guide, Loop Diagnostic Tool, AS-2000 P-ASAFE-AS/FE User Guide, Loop Simulator Tool P-ASAFE-LS/FE User Guide, Loop Calculator Tool P-ASAFE-LC/FE User Guide, Merge Tool P-ASAFE-MT/FE User Guide, Power Calculator Sheet P-ASAFE-PC/FE

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What You Must Know


2. What You Must Know

2.1 Menu Choices in the Edit Menu

2.1.1 General

The Edit Menu contains standard windows menu choices. In addition to the ones you might find in the edit menu in other programs, the edit menu also contains choices for Add, Delete, Delete All Below, Connect and Disconnect. Please take time to become familiar with these terms before you start configuring.

2.1.2 Adding

The Add command is used to add a new unit below the selected one. The relationship between the selected unit and the added unit will be parent - child. Example: • You can add a Loop Driver Module

BSD-310 to the Fire Alarm Control Panel BS-320

2.1.3 Deleting

The Delete command is used to delete the selected unit. Example: • You can delete a Loop Driver Module

BSD-310 that has been added to the Fire Alarm Control Panel BS-320

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What You Must Know


2.1.4 Connecting

The Connect command is used to connect two units already existing in the database. Example: • You can connect a detector to a Detection

Zone.

2.1.5 Disconnecting

This command is used to disconnect two units which have been connected with the previous command . Example: • You can disconnect a detector that has

been connected to Detection Zone.

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What You Must Know


2.2 Views All the different views are found in the View Menu, including:

• System View • Information View • Operation View • Detection View • Network View

• Grid: DZ - Point View • Grid: AZ-FAD • Grid: Loops • Grid IO Equipment

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What You Must Know


2.3 Zonal Definitions

2.3.1 General

To describe the functional hierarchy of the system we use the term "zone". Assigning system components to zones enables hierarchical control from detection to activation of alarm. This hierarchy consists of the following zones: • Detection Zone (DZ) • Alarm Zone (AZ) • Operation Zone (OZ)

2.3.2 Detection Zone (DZ)

A Detection Zone (DZ) is defined as a zone with one or more points (detectors or manual call-points) that logically belong together, determined by geographical/functional parameters (for example, the sales department on the second floor).

2.3.3 Alarm Zone (AZ)

An Alarm Zone (AZ) is activated by one or several detection zones. Within the same alarm zone, alarm sounders give the same audible signal. Example: An alarm from one of the devices in DZ3 will activate sounders in AZ1. Geographically associated alarm zones can be defined as neighbour zones, such that these can operate outputs for alarm zones adjacent to the incident.

2.3.4 Operation Zone (OZ)

An Operation Zone (OZ) defines the Operator Panel's scope. The Operation Zone can cover one floor or one building, and is designed to restrict the operators’ sphere of influence on the system as a whole. At least one Fire Alarm Control Panel / Operator Panel should have the overall control of the system. Input / Output units (for example, Door Control Units, Sprinkler Control Units etc.) can be controlled from an Operation Zone. An Operation Zone given these properties and necessary parameter settings is referred to as a Control Operation Zone. Different day / night operation for different areas (i.e. detection zones) requires the use of several Operation Zones / sub-operation zones with different Day / Night Operation). An Operation Zone given these

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What You Must Know


properties and necessary parameter settings is referred to as a Day / Night Operation Zone.

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The Configuration Example


3. The Configuration Example

3.1 Ilustration The configuration example used in this guide is based on the AutroSafe Demo Board configuration, and it looks like this:

Operation Zone 1

SALES OFFICEDetection Zone 2

Alarm Zone 1

CORRIDOR SOUTHDetection Zone 3

Alarm Zone 2

BD-300 BH-300

BF-300

BBR-200

BH-320

Output 1 To FAR

EO

utput 2 To Sounders in Alarm Zone 2

Output 3 To FPE

Output 4 To FW

RE

Autro nica

A utronic a

Sounder

Sounder

Operation Zone 1

Operation Zone 1

Operation Zone 1

Operation Zone 1

Power

Fire Brig. Signalled

Function Delayed

Function Disabled

0

ALARM

i

C

987

654321

Mute Panel

Silence Alarms

Reset

More Events

Testing

Fire Brig. Disabled

System Fault

Alarms Disabled

Fire Brig. Fault

Faul t

��

��

Alarms Fault

AUTROSAFESelfVerify

19:23

CANTEENDetection Zone 1

Alarm Zone 2

A0002 LSI-2

A0003 LSI-3

A0004 LSI-4

A0005 LSI-5

A0001 LSI-1

BS-320

PRESS H ER ETRYK K HERK NUS GLA S SE T

B REA K GLASS

Operation Zone 1

BSD-310

BSB-310

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3.2 Description The building is divided into three sections, the CANTEEN, the SALES OFFICE and the CORRIDOR SOUTH, each section defined as a Detection Zone (1, 2 and 3).

The system is divided into two Alarm Zones (1 and 2). The Electronic Sounder in Alarm Zone 1 is triggered when alarms are activated in Detection Zone 2, and the sounders (Fire Alarm Devices) in Alarm Zone 2 are triggered when alarms are activated in Detection Zone 1 and 3.

One Operation Zone defines the scope of the Fire Alarm Control Panel BS-320, including all Detection Zones, Alarm Zones, plus Fire Alarm Routing Equipment and Fire Warning Routing Equipment.

The BS-320 provides one Loop Driver BSD-310. All Loop Units are connected to this loop. The BS-320 also provides one Output Module BSB-310 with monitored outputs for Fire Alarm Routing Equipment (FARE), Fire Alarm Devices (FAD), Fire Protection Equipment (FPE) and Fault Warning Routing Equipment (FWRE).

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3.3 Configuration Reference Table

Detection Zone Number and

Name of Detection Zone.

Alarm Zone Number of Alarm Zone

and type of FAD.

Oper-ation Zone

OZ1 is the only Opera-

tion Zone in

this config-uration.

LSI (Loop

Sequence Index) A loop

specific index telling the exact Loop

Unit order on the loop

(sequencially numbered).

Loop Unit Type

Detector, Manual Call-

point, Electronic Sounder, I/O-unit or

other interface.

Tag Name A short system

unique description assigned to

the Loop Unit location.

1 CANTEEN 2Au tronica

Sounder triggered by Detection Zone

1 and 3

1 LSI-1 BD-300

Heat

Detector

A0001

1 CANTEEN 2Au tronica


1 and 3

1 LSI-2 BH-300

Optical Smoke

Detector

A0002

2 SALES OFFICE

1

Electronic

Sounder LSI-4 triggered by

Detection Zone 2

1 LSI-3 BH-320

MultiSensor

A0003

2 SALES OFFICE

1

Electronic

Sounder LSI-4 triggered by

Detection Zone 2

1 LSI-4 BBR-200

Electronic Sounder

A0004

3 CORRIDOR SOUTH

2Au tronica


1 and 3

1 LSI-5 BF-300

PRE SS H ER ETR YK K HERK NUS GLAS SET

B REA K GLA SS

Manual

Call-point

A0005

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5. Step-by-Step Procedure

5.1 Introduction If you are familiar with the terms, views and zonal definitions, you can now start the configuration tool and configure your system. In this example the configuration consists of 8 steps, starting with Step 1 in the next chapter. The configuration example is based on a very small configuration. There are several ways to configure the AutroSafe System. You can use different views, do the configuration in different sequences, etc. The size and complexity of the system will often determine which way is the preferable one. All configurations will however consist of the following main procedures: • Add all the system hardware • Add all Detection Zones • Add all Alarm Zones • Connect Loop Units (points) to Detection Zones • Connect Fire Alarm Devices to Alarm Zones • Connect Detection Zones to Alarm Zones • Connect the Fire Alarm Control Panel to the Operation Zone • Connect Fire Protection Equipment (FPE) to Points/Detection

Zones

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Step-by-Step Procedure


5.2 Starting the AutroSafe Configuration Tool • To start the Configuration Tool, double-click on the

AutroSafeConfig icon.

5.3 Opening a New Configuration • In the File menu, open a new configuration. • Enter the required information in the appropriate fields.

• Click OK.

• Choose Save As in the File menu, enter a file name (project name),

then click Save. • The is highlighted on screen, and you are ready to add

all physical units in your configuration (Step 1).

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5.4 Step 1: Adding Hardware in System View (Physical Appearance)

Step Highlighted on Screen

Click if necessary to highlight on screen

What You Add

Press Insert, then add the hardware

in the dialog box

What You See on Screen

1 First, add the Domain Network

2 (To Domain Network): Add one BS-320 (Fire Alarm Control Panel)

Note that, although this handbook deals with the standalone Fire Alarm Control Panel BS-310 (the standalone Demoboard), you have to select BS-320 when adding the panel to the Domain Network.

3 (To BS-320): Add one BSD-310 (Loop Driver Module)

4 (To BSD-310): Add one Closed Loop (=double loop)

5 (To Closed Loop): Add Heat Detector Tag Name: A0001

6 (To Closed Loop): Add Optical Detector Tag Name: A0002

7 (To Closed Loop): Add MultiSensor Tag Name: A0003

8 (To Closed Loop): Add Loop Sounder (Electronic Sounder) Tag Name: A0004

Continues on next page…..

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What You Add

Press Insert, then add the hardware

in the dialog box


9 (To Closed Loop): Add Manual Call-point Tag Name: A0005

10 (To BS-320): Add one BSB-310 (Output Module, monitored)

In our example, the monitored outputs circuits on the Output Module BSB-310 are used as follows (similar to the physical order on screen): Output circuit 1: used for Fire Alarm Routing Equipment (FARE) Output circuit 2: used for Fire Alarm Devices (FAD) Output circuit 3: used for Fire Protection Equipment (FPE) Output circuit 4: used for Fault Warning Routing Equipment (FWRE) Fault Warning Routing Equipment (FWRE) must always apply output 4 on the BSB-310 Output Module (monitored), as only this output can be inverted as required.

11 (To BSB-310, ouput 1): FARE

12 (To BSB-310, ouput 2): Bell (Sounder output 2)

13 (To BSB-310, output 3): BN-310; Dig Out

14 (To BSB-310, ouput 4): FWRE

• To save the file, press Ctrl+S.


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Now you have completed Step 1, and the following physical appearance of the system installation is shown on screen in System View:

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5.5 Step 2: Adding Detection Zones to Operation Zone in Operation Zones View



What You Add

Press Insert, then add Detecion Zone name

in the dialog box


1 CANTEEN DZ-1

2

SALES OFFICE DZ-2

3 CORRIDOR SOUTH DZ-3

• To save the file, press Ctrl+S. • Now you have completed Step 2, and the following is shown on

screen in Operation Zones View:

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5.6 Step 3: Adding Alarm Zones in Alarm Zones View



What You Add

Press Insert, then add the Alarm Zone and name

in the dialog box


1 Alarm Zone 1

2

Alarm Zone 2

• To save the file, press Ctrl+S. Now you have completed Step 3, and the following is shown on screen in Alarm Zones View:

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5.7 Step 4: Connecting Points to Detection Zones in Detection Zones View



What You Connect

Press F11, then connect the Loop Unit

in the dialog box


1 (To CANTEEN DZ-1): Heat Detector A0001

2 (To CANTEEN DZ-1): Optical Detector A0002

3 (To SALES OFFICE DZ-2): MultiSensor A0003

The Electronic Sounder (Loop Sounder) in the SALES OFFICE is defined as a Fire Alarm Device (FAD), and is therefore not added in this view, but in the Alarm Zones View.

4 (To CORRIDOR SOUTH DZ-3): Manual Call-point A0005


Now you have completed Step 4, and the following is shown on screen in Detection Zones View:

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5.8 Step 5: Connecting Fire Alarm Devices to Alarm Zones in Alarm Zones View



What You Connect

Press F11, then connect the Fire Alarm Device (FAD)

in the dialog box


1 (To Alarm Zone 1): Electronic Sounder (Loop Sounder, A0004)

2

(To Alarm Zone 2): Bell (Sounder Output 2)

• To save the file, press Ctrl+S. Now you have completed Step 5, and the following is shown on screen in Alarm Zones View:

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5.9 Step 6: Connecting Detection Zones to Alarm Zones in Alarm Zones View



What You Connect

In the Acitvating DZ's window to the right, click Connect and choose the Detection Zone in the dialog box that appears


1 (To Alarm Zone 1): Detection Zone 2




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5.10 Step 7: Connecting BS-320 to Operation Zone in Operation Zones View



What You Connect

Press F11, then connect Operator Panel

in the dialog box


Note that, although this handbook deals with the standalone Fire Alarm Control Panel BS-310 (the standalone Demoboard), you have to select BS-320 when connecting the panel to the Operation Zone. By choosing BS-320, it will be easier to reconfigure and perform a future upgrade to a network solution.

1 Fire Alarm Control Panel (BS-320)


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5.11 Step 8: Connecting Fire Protection Equipment (FPE) to Points / Detection Zones in System View

Output circuit 3 on the Output Module BSB-310 is used for fire extinguishers in our example (indicated as BN-310 Dig Out on screen). In the example, we want fire extinguishers to release in the following events: • both detectors in the CANTEEN are in alarm state (coincidence 2) or • the manual callpoint in CORRIDOR SOUTH is in alarm state

(coincidence 1).



What You Add / Connect


1 (In the Activating Groups window to the right): Click Add to define an Activating Group, overwrite name, for example, Group 1.

In the bottom field, state the # of coincidence (in this example 2). As we have chosen coincidence 2 in the example, these two detectors (points) must be set to Coincidence Action in System View (see the last step on page 26).

In this example two Activating Groups are defined; Group 1 and Group 2.


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2 (In the Activating Groups window to the right):

Click Add to define an Activating Group, overwrite name (Group 2).

In the bottom field, state the # of coincidence (in this example 1).

3 (In the Group Content window to the right):

Click Connect, then choose the Detection Zones and/or Points to be connected to Group 1. In this example we have chosen Heat Detector (A0001) and Optical Smoke Detector (A0002). If the entire detection zone CANTEEN was chosen, Qualified Action must have been ticked off.

In this example we have chosen POINT ALARM in the Activation Alarm State field (default state when points have been chosen).

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4 (In the Group Content window to the right):

Click Connect, then choose the Detection Zones and/or Points to be connected to Group 2.

In this example we have chosen Detection Zone 3, CORRIDOR SOUTH.

The Activation Alarm State is Alarm (default state when detection zones have been chosen).


Click to highlight on screen

DZ Action Value

5 As we have chosen coincidence 2 for group 1 in this example, Detection Zone 1; CANTEEN (where the two detectors are located) must be set to Coincidence Action.

In the DZ Action field for Detection Zone 1 (in this example; CANTEEN), click on the arrow-down button and choose Coincidence Action.


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Congratulations! You have now completed the configuration of the standalone AutroSafe Demo Board. Now you can generate the necessary configuration files.

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Generating Configuration Files


6. Generating Configuration Files The AutroSafe Configuration Tool generates three configuration files that are to be downloaded to target (in this case to the standalone Fire Alarm Control Panel BS-310). The generation of files is done in the Generate Menu The Download Menu includes four steps that are to be performed. It also includes a command for validating the data.

Note. If the default setup is used in the Tool Option Menu, step 1-3 in the Generate Menu can be skipped when generating configuration files. Note that step 1; "Allocate Network" is identical to "Build Network". It will only be necessary to perform step 4; Generate.

• To generate these three configuration files, select

Step 4: Generate.

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Generating Configuration Files


A screen picture, Generate Log, will appear, showing the progress.

Three configuration files will be generated. These files are automatically located in a subdirectory under the main directory you have already created (in this example, DemoBoard) together with the original mdb-file (in this example, Standalone1.mdb).

In the subdirectory Installation /Config_Bin /BS-320_01_00 you will fnd:: • bsrFlash.bin • EacEeprom.bin • EacFlash.bin The complete directory structure after generating the configuration files may appear as follows:

The downloading of configuration files and commissioning of the Demo Board is shown in the next chapter.

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Downloading and Commissioning of the Demo Board


7. Downloading and Commissioning of the Demo Board

7.1 Introduction The information on downloading of configuration data and commissioning in this chapter is only an extract from the AutroSafe Commissioning Handbook. Note that this information is insufficient for the commissioning of customer-specified systems. For information on commissioning of such systems, always use the Commissioning Handbook.

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7.2 Startup Procedure - Standalone System

7.2.1 Introduction

Before performing the startup procedure, make sure that the system has been properly verified.. The necessary preparations before startup are described in the following chapter.

7.2.2 Preparations Before Startup

The necessary preparations before startup are described in the steps below.

Consult the illustrations on the next pages and follow the steps: ✔

1 Connect the mains inlet on the Power Supply (BSS-103A/02) to the external source.

2 Measure the voltage (230V) across X2-X3 on the Power Supply (BSS-103A/02).

3 Verify the jumper position X17on the Display Board BSR-310

4 Verify that all rotary switches are set in position 0.

5 Verify the jumper position JP1 on the Processor Board EAC-300.

6 Insert the Serial Communication Board onto the Processor Board EAC-300. (Note that this board is required only when using the ConfigDownload Tool (refer to Downloading Configuration Files in this handbook).

7 Connect the ribbon cable to the connector J4 on the Serial Communication Board EAU-321 Board with the red wire pointing down.

Connect the other end of the cable to one of the serial ports on the computer.

8 Re-place fuse F1 and F2 on the Power Supply (BSS-103A/02).

9 If you have internal mounted batteries;

Connect the battery leads to the correct battery poles. Connect the + and -- connections to the Connection Module (BSF-310B).

Note: Be careful to avoid short-circuiting battery circuits!

10 If you have an external battery connection;

10a) Check polarity of wires - (color code or numbering).

10b) Re-place the battery fuses on the connection block in the battery cabinet.

10c) Check the temperature sensor connection to the Power Supply (BSS-103A/02)- (twisted wire pair, no polarity).

Note: Be careful to avoid short-circuiting battery circuits!

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230 V AC

230 V AC

Power Supply

Power Supply

1

2

Protective Earth

Protective Earth

F3

F3

X3 X2 Measure the voltage (230V) across X2 - X3

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Display Board BSR-310

Operator Board BSZ-310

3 4

Display Board BSR-310: S102 S101 Operator Board BSZ-310: S17 S16

Verify that all rotary switches are set in position 0.

•

Verify the jumper position X17 on the Display Board BSR-310.

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Mounting the Serial Communication Board, EAU-321 To use the ConfigDownload Tool (see Downloading Configuration Files), the Serial Communication Board EAU-321 is required. This board has to be mounted directly onto the Processor Board EAC-300 inside the Fire Alarm Control Panel BS-310. • Power OFF! • Insert the Serial Communication Board onto the LON Interface

Board EAU-310/B • Note that jumpers J9, J10 and J11 must be set in position 7, and

jumper J8 must be set in position 7 and R. • Note that jumper J7 must be set in position A and B.

5

Verify the jumper position JP1 on the Processor Board EAC-300.

6

Jumper JP1

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Computer Connections A cable (XJA-033 Communication Cable EAU-321 / Computer) is used for the connection between the computer and the EAU-321 board.

• Connect the ribbon cable to the EAU-321 Board, connection J4

(P4) (the upper left ribbon cable connector), with the red wire pointing down.

• Connect the other end of the cable to one of the serial ports on the computer.

7

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+ -

+-

Re-place fuse F1 and F2.

8

F3 F2 F1

Power Supply

24V / 12Ah Battery

+ +- -- +

To Power Supply

9

Connection Module BSF-310B

Internal Battery Connection

NOTE: If the cabinet is to be placed in an environment with high humidity, an appropriate type of grease should be applied on the battery poles to avoid possible development of verdigris.

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+ -

Connector on BSF-310B in Fire Alarm Control Panel BS-320 or Controller BC-320.

Battery Cabinet SY-310

10a External Battery Connection

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Battery Cabinet

External Temperature Sensor

Fasten cable with strips

Temperature Sensor Connection

Power Supply BSS-103A/02 in Fire Alarm Control Panel or Controller

10b

10c

Re-place battery fuses.

Battery fuses in Battery Cabinet

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7.3 Alternative Download Tools The necessary configuration files have been generated by means of the AutroSafe Configuration Tool. To download these files, you can use either the ConfigDownload Tool or the AS Download Tool. The downloading procedure for the AS Download Tool is in principle similar to the procedure for downloading of system software (using system software files).

7.4 Communication Setup The ConfigDownload Tool is already installed on your service computer and will appear as an icon on screen. • Double-click the ConfigDownload icon and the communication

setup menu will appear on screen.

• Select the communication port that is used. • Click OK. • Place the cursor inside the popup box that appears, and enter the

password, then click OK.

The procedure in this chapter deals with the use of the ConfigDownload Tool.

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7.5 Downloading Procedure • To be able to download the configuration files to all boards in the

standalone system, click on the All Panels / Boards button. (It is also possible to download files to a selected board. In this case, you have to select Single Board).

7.5.1 Step 1 – Get Topology

• Click on the Get Topology button on the ConfigDownload screen. The baudrate and protocol version, plus the Panel Type, Ring ID and System ID will appear on screen (example).

The active panel, in this case the Fire Alarm Control Panel BS-310, will appear in the shell window. If not, click on the Reboot System button, then click on the Get Topology button once more. Perform the necessary actions.

NOTE: If configuration files have been downloaded to your system previously, perform all the following steps. If not, go directly to step 3 (Verify Topology) in the procedure.

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7.5.2 Step 2 – Delete Existing Configuration Data / Reboot

• Click on the New Configuration button. The following warning will appear:

• If your sure you want to delete all configuration data from the

system, click Yes to reboot the system. The following will appear on screen (example):

Followed by:

You are now ready to receive new configuration data.

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7.5.3 Step 3 – Verify Topology

Three configuration files have been generated by means of the AutroSafe Configuration Tool. These files are found in the AutroSafeConfig directory, under the subdirectory Installation /Config_Bin /BS-310_01_00. The three files are: bsrFlash.bin, EacFlash.bin and EacEeprom.bin • To verify the Topology, click on the Get Topology Button (if not, an

application error will appear on screen). The progress is shown on screen (example):

7.5.4 Step 4 - Locate Configuration Files

• Use the scrollbar on the left side of the screen to locate the Config_Bin folder.

The following information will appear on screen (example):

If there is no mismatch, the following message will appear in the lower right hand corner:

You are now ready to start the downloading of configuration files.

Note that all the configuration files in the BS-310 folder will be allocated automatically to the corresponding boards (BSR-310 and EAC-300, respectively).

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7.5.5 Step 5 - Start Programming

• To download the three configuration files, simply click on the Start button.

• Observe the progress (0-100%) on the status lines shown on the

screen. (File Completion / Total Completion).

When the download is ended, the following message will appear:

• Click OK.

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7.5.6 Step 6 – Reboot the System

• To reboot the system, click on the Reboot Button.

At this stage you will no longer need the ConfigDownload Tool. • On the Fire Alarm Control Panel's display, verify the communication

between the circuit boards; If the time (hours/minutes) is shown in the upper right hand corner of the display, communication has been successfully established.

The following display picture will appear:

15:10Starting Panel

Paneltype = BS-310

System SW version = 1.2.0.2

Config interface version = 1.3.0

AutroSafe will start initialization in 60 seconds

1: Initialize AutroSafe

• Press 1 on the front panel: "Initialize AutroSafe".

After approximately 40 seconds, the display picture will change, and an automatic initialization will start.

PANEL IS NOTINITIALIZED

Access level 2 entered

15:10

It is, however, recommended that a manual initialization is performed instead, as you can easier follow the progress on screen. • Continue following the procedure for the manual initialization

described on the next page.

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Step Actions to be taken Display Indication

1 To enter the Main Menu from normal Operation Mode, press

�

2 To select SYSTEM, press 4.

3 To select ACCESS LEVEL 3, press 3.

4 To enter ACCESS LEVEL 3, press 1.

5 Enter the password, then press

twice.

19:23MAIN MENU1 SHOW STATUS2 DISABLE3 ENABLE4 SYSTEM5 SERVICE6 OUTPUT CONTROL

19:23MAIN MENU1 SHOW STATUS2 DISABLE3 ENABLE4 SYSTEM5 SERVICE6 OUTPUT CONTROL

SYSTEM1 DATE AND TIME2 INFORMATION3 ACCESS LEVEL 34 PRINTER5 CHANGE LANGUAGE6 INITIALIZE7 DAY/NIGHT TIMERS

19:23SYSTEM1 DATE AND TIME2 INFORMATION3 ACCESS LEVEL 34 PRINTER5 CHANGE LANGUAGE6 INITIALIZE7 DAY/NIGHT TIMERS

19:23

SYSTEMACCESS LEVEL 3

1 ENTER ACCESS LEVEL 32 LEAVE ACCESS LEVEL 33 SET PASSWORD

19:23SYSTEMACCESS LEVEL 3

1 ENTER ACCESS LEVEL 32 LEAVE ACCESS LEVEL 33 SET PASSWORD

19:23

SYSTEMACCESS LEVEL 3/ENTER ACCESS LEVEL 3

Enter password:

19:23SYSTEMACCESS LEVEL 3/ENTER ACCESS LEVEL 3

Enter password:

19:23

SYSTEMACCESS LEVEL 3/ENTER ACCESS LEVEL 3

Enter password: ****

Successfully Completed

19:23SYSTEMACCESS LEVEL 3/ENTER ACCESS LEVEL 3

Enter password: ****

Successfully Completed

19:23

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Step Actions to be taken Display Indication

6 To leave this menu, press

twice.

7 To select INITIALIZE, press 6 on the system menu.

8 To start the manual initialization, press

9 To leave the menu and return to the idle display,

press , then � .

7.5.7 Normal Operation

You are now able to follow the initialization progress on the Fire Alarm Control Panel's display. When the initialization is completed, the AutroSafe Interactive Fire Alarm System will enter normal operation. This may take up to 20 minutes for a panel with 100 detectors on one loop. Note that the number of loops will not affect this time.

AUTROSAFESelfVerify

15:14

• Disconnect the computer cable, and close the front panel.

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Verifying System After Download


8. Verifying System After Download To ensure that the system works properly during normal operation, the whole system (control panel, detectors, control functions) should be verified after download.

Step Description ✔

1 Test the panel indicator lights and internal buzzer by pushing the Mute button more than 5 seconds.

2 Test all operating keys by pressing each key:

The following buttons will give a short "Beep" when pressed:

All the alphanumeric buttons, plus;

the red Silence Alarms , Cancel C , Enter , Help i , Close

The green Reset button should reset the system (requires access level 3), or start the lamptest (access level 1), by pressing it for more then 5sec.

The Menu button �

should allow you to switch between Menu Mode and Operation Mode.

3 Perform a visual and functional inspection of manual call-points and automatic detectors.

4 Activate the alarm system. Test all sounders by activating an alarm from a corresponding manual call-point.

5 Test all control functions.

6 Disable any alarm transference to the fire service/alarm control panel (Fire Alarm Routing Equipment -FARE output).

7 Activate alarms from at least one detector/manual call-point in each zone and a check that all respective outputs are activated.

8 Test the action of any auxiliary operating functions (disabling, cancelling and resetting buttons).

9 Check the alarm transference outputs by connecting from outgoing outputs (potential free relay and 24V output) activated by alarm in a zone.

10 Check the fault warning function from detector zones by removing a detector in each zone.

Activate a fault (remove battery fuse) and observe: - the Fault indicator starts to blink - a fault warning is displayed - the internal buzzer is turned on - the Fault Warning Routing Equipment (FWRE) output is activated (if any)

11 Verify all conditions, i.e.: - Fire Alarm condition - Fire Warning condition - Fault Warning condition - Disablement condition - Test condition

12 On completion of checks, ensure that only the green "Power" indicator is on when the panel is in its idle state (normal operation).

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Reader’s Comments


9. Reader’s Comments Please help us to improve the quality of our documentation by returning your comments on this manual: Title: Shortform Configuration Guide, The AutroSafe Demo Board AutroSafe Interactive Fire Alarm System, Release 3 Ref. No.: P-ASAFE-SH/VE Rev. B, 010531

Your information on any inaccuracies or omissions (with page reference):

Please turn the page

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Reader’s Comments


Suggestions for improvements

Thank you! We will investigate your comments promptly. Would you like a written reply? ❑ Yes ❑ No Name: ------------------------------------------------------------------------------------------------ Title: ------------------------------------------------------------------------------------------------ Company: ------------------------------------------------------------------------------------------------ Address: ------------------------------------------------------------------------------------------------ ------------------------------------------------------------------------------------------------ ------------------------------------------------------------------------------------------------ Telephone: ------------------------------------------------------------------------------------------------ Fax: ------------------------------------------------------------------------------------------------ Date: ------------------------------------------------------------------------------------------------

Please send this form to: Autronica Fire and Security AS N-7483 Trondheim Norway Tel: + 47 73 58 25 00 Fax: + 47 73 58 25 01

www.autronicafire.com/

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Reader’s Comments


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Autronica Fire and Security AS is an international company, based in Trondheim, Norway and has a world-wide sales and service network. For more than 40 years Autronica’s monitoring systems have been saving lives and preventing catastrophes on land and at sea. Autronica Fire and Security’s most important business area is fire detection & security. Autronica Fire and Security stands for preservation of environment, life and property.

Quality Assurance Stringent control throughout Autronica Fire and Security assures the excellence of our products and services. Our quality system conforms to the Quality System Standard NS-EN ISO 9001, and is valid for the following product and service ranges: marketing, sales, design, development, manufacturing, installation and servicing of: • fire alarm and security systems • petrochemical, oil and gas instrumentation systems for monitoring and control

In the interest of product improvement, Autronica Fire and Security reserves the right to alter specifications according to current rules and regulations.

Autronica Fire and Security AS Fire and Security, Trondheim, Norway. Phone: + 47 73 58 25 00, fax: + 47 73 58 25 01. Oil & Gas, Stavanger, Norway. Phone: + 47 51 84 09 00, fax: + 47 51 84 09 99.

Autronica Industrial Ltd., Watford, United Kingdom. Phone: 1923 23 37 68, fax: 1923 22 55 77.

Visit Autronica Fire and Security's Web site: http://www.autronicafire.com/

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