Protec Algo-Tec 6600 User manual

Protec Fire Detection plc, Protec House, Churchill Way, Nelson, Lancashire, BB9 6RT, ENGLAND

+44 (0) 1282 717171 www.protec.co.uk [email protected].uk

Algo-Tec™ 6500/6600

INTERACTIVE ADDRESSABLE

FIRE CONTROL SYSTEM

(1-4 LOOPS)

USER MANUAL

Document Revision Details

Issue

Modification Detail

Author

Date

2

Removed technical specifications

PD

25/10/2016

3

Revision of images

Revision of testing section 2

NS

09/12/2016

3.1

Updated screenshots

PD

14/09/2017

3.2

Revision of images

Group sections 13.7 &13.8 updated

Weekly Test section removed

CM

11/12/2017

Notice

This manual may be revised as a result of enhancements to the system software or hardware. Check

for revisions to this manual, and download them, from the website www.protec.co.uk

Table of Contents

DOCUMENT REVISION DETAILS .............................................................................................................. 2

INTRODUCTION ....................................................................................................................................... 6

PROTEC MANUFACTURED ALGO-TEC™ 6000 EQUIPMENT 5 YEAR WARRANTY ................................... 7

1.0 USER RESPONSIBILITIES ............................................................................................................... 8

1.1 Requirements of the Premises Management Named Person ............................................................... 8

2.0 ROUTINE TESTING OF THE SYSTEM .............................................................................................. 9

2.1 Daily Inspection .......................................................................................................................................... 9

2.2 Weekly Test .................................................................................................................................................. 9

2.3 Monthly Test ................................................................................................................................................ 9

3.0 ACCESS LEVELS ............................................................................................................................. 10

3.1 Access Level 1 (General User) .................................................................................................................. 10

3.2 Access Level 2 (Authorised / Trained User) ............................................................................................ 10

3.3 Access Level 3a (Exchange Loop Devices) .............................................................................................. 10

4.0 INDICATIONS AND CONTROLS................................................................................................... 11

4.1 LCD (Liquid Crystal Display) .................................................................................................................... 11

4.2 General Indications .................................................................................................................................. 11

4.3 Status Indications ..................................................................................................................................... 11

4.4 Zone Indications ....................................................................................................................................... 11

5.0 FIRE INDICATIONS ...................................................................................................................... 12

5.1 General Fire Indicator Illuminated ........................................................................................................ 12

5.2 Zone Indicator Flashing Red ................................................................................................................... 12

6.0 FAULT INDICATIONS ................................................................................................................... 13

6.1 System Fault .............................................................................................................................................. 13

6.2 Alarm Fault ................................................................................................................................................ 13

6.3 Power Fault ............................................................................................................................................... 13

6.4 Aux. Supply Fault ...................................................................................................................................... 13

6.5 Network Fault ............................................................................................................................................ 14

6.6 Fire link Fault ............................................................................................................................................. 14

6.7 Fire Protection Fault ................................................................................................................................. 14

7.0 DISABLEMENT INDICATIONS ..................................................................................................... 15

7.1 Alarms Disabled ........................................................................................................................................ 15

7.2 Alarm Routing (Fire link) Disabled ......................................................................................................... 15

7.3 Fire Protection Disabled .......................................................................................................................... 15

8.0 OTHER INDICATIONS .................................................................................................................. 16

8.1 Power ......................................................................................................................................................... 16

8.2 Test ............................................................................................................................................................. 16

8.3 Alarm Routing (Fire Link) Operated ....................................................................................................... 16

8.4 Fire Protection Operated ......................................................................................................................... 16

8.5 Outputs Delayed ....................................................................................................................................... 16

9.0 SYSTEM DELAYS ........................................................................................................................... 17

10.0 COINCIDENCE/DEPENDENCY OPERATION ............................................................................. 18

11.0 RESPONSE TO AN ALARM ........................................................................................................ 19

11.1 Automatic Detection ............................................................................................................................. 19

11.2 Manual Detection ................................................................................................................................. 19

11.3 Coincidence/Dependency Activation .................................................................................................. 19

11.4 Silencing the Alarms ............................................................................................................................. 19

11.5 Resetting the panel after an Alarm .................................................................................................... 19

11.6 New Zone in Alarm ............................................................................................................................... 20

11.7 Activating the Alarms Manually.......................................................................................................... 20

12.0 STATUS DISPLAY & MENU NAVIGATION ................................................................................ 21

12.1 The System Normal Display ................................................................................................................ 21

12.2 Navigating the menus ......................................................................................................................... 22

12.4 Printing .................................................................................................................................................. 23

12.5 Panel Selection ...................................................................................................................................... 24

12.6 Card Selection ....................................................................................................................................... 24

12.7 Loop Selection ....................................................................................................................................... 25

12.8 Device Selection .................................................................................................................................... 25

12.9 Login ...................................................................................................................................................... 26

12.10 The Fault, Disablement and Test Display .......................................................................................... 27

12.11 The Fire Alarm Display ......................................................................................................................... 29

13.0 USER MENUS ............................................................................................................................. 31

13.1 Entering the Menu System .................................................................................................................. 31

13.2 System View ........................................................................................................................................... 32

13.3 Device Detail .......................................................................................................................................... 33

13.4 Algo-Tec Data ........................................................................................................................................ 35

13.5 Panel Summary .................................................................................................................................... 36

13.6 Device State ........................................................................................................................................... 37

13.7 Input Groups ......................................................................................................................................... 38

13.8 Output Groups ...................................................................................................................................... 39

13.9 Disable / Enable .................................................................................................................................... 40

13.10 Current Disablements .......................................................................................................................... 40

13.11 Zone Disablements ............................................................................................................................... 41

13.12 Device Disablement .............................................................................................................................. 43

13.13 Output Group Disablement ................................................................................................................. 44

13.14 Output Disablement ............................................................................................................................. 45

13.15 Disable all fire Links ............................................................................................................................. 46

13.16 Disable all fault Links ........................................................................................................................... 46

13.17 Disable all fire protection outputs ..................................................................................................... 46

13.18 Disable all alarm outputs .................................................................................................................... 46

13.19 Disable all control outputs .................................................................................................................. 46

13.20 Disable all non-fire outputs................................................................................................................. 46

13.21 Settings .................................................................................................................................................. 47

13.22 Set Time / Date ...................................................................................................................................... 48

13.23 Show Configuration ............................................................................................................................. 49

13.24 Clear System Fault ................................................................................................................................ 49

13.25 Software Versions ................................................................................................................................. 50

13.26 Test Menu .............................................................................................................................................. 50

13.27 Lamp / Buzzer Test ............................................................................................................................... 51

13.28 Zone Test ................................................................................................................................................ 52

13.29 Test Options .......................................................................................................................................... 53

13.30 Complete System Test .......................................................................................................................... 54

13.31 History .................................................................................................................................................... 55

13.32 View all fires .......................................................................................................................................... 55

13.33 View all non-fires .................................................................................................................................. 56

13.34 View by type........................................................................................................................................... 57

13.35 Historic Alarm Count ............................................................................................................................ 58

13.36 Printer Menu ......................................................................................................................................... 59

14.0 EXCHANGING LOOP DEVICES .................................................................................................. 61

14.1 Entering the Level 3a Main Menu ....................................................................................................... 61

14.2 Tools menu ............................................................................................................................................ 62

14.3 Loop Tools ............................................................................................................................................. 62

14.4 Exchange Device Menu ........................................................................................................................ 63

15.0 APPENDIX A, RVAV DESCRIPTION .......................................................................................... 68

16.0 STANDARDS, DIRECTIVES AND REGULATIONS INFORMATION............................................ 69

Introduction

This manual applies to the Protec 6500 and 6600 fire alarm control panels however for convenience;

reference will be made only to the ‘6500’. Everything in this manual applies to both the 6500 and 6600

unless stated otherwise.

The Protec 6500 Fire Alarm Control Panel has been designed and manufactured in the United

Kingdom and complies fully with the latest standards dictating fire alarm system design practice

(EN54-2:1997 + A1:2006 and EN54-4:1997 + A1:2002 + A2:2006).

The 6500 is a multi-zone four loop fire alarm control panel that uses digital addressable technology

to communicate with Protec 6000PLUS series loop devices (automatic detectors, Manual Call Points,

sounders, interfaces etc.). Multiple panels may be networked together to create a larger fire alarm

system.

As the integrity and reliability of a fire alarm system is vital, the system continuously monitors all

critical paths for faults. The fire detection / alarm loop devices and wiring are constantly monitored to

check for faults. The integrated power supply regularly performs ‘self-checking’ to ensure it is in full

working order and that the Stand-by batteries are in a good state.

Any faults detected are reported on the front panel display, a fault output is also provided which may

be connected to external systems (a remote monitoring centre, for example) to signal that the system

has a fault and attention is required.

The panel is wall mounted either flush or surface and the generously sized back box allows ample

space for rear or top cable entries.

This equipment and its associated connections must be installed, commissioned and

maintained by a suitably trained skilled and competent person.

This equipment is not guaranteed unless installed and commissioned in accordance

with current national standards

There are no user serviceable parts inside the 6500. A competent person trained to

undertake such work MUST carry out any internal maintenance work. Separate

installation and commissioning manuals are available.

Protec Manufactured Algo-Tec™ 6000 Equipment 5 year warranty

To demonstrate confidence in our product, we provide an extended warranty on our Protec

manufactured Algo-Tec

TM

6000 equipment.

When a Protec maintenance contract is in place, we warrant all the Protec Algo-Tec

TM

6000

equipment we manufacture for 5 years.

If, during a service visit, the Protec Service Engineer suspects any Protec manufactured Algo-Tec

TM

6000 devices are not working properly, they will be replaced at no cost to the client.

Similarly, during the course of a call out, any suspect devices will be replaced at no cost, with only the

normal labour and travelling time charged at standard agreed rates.

Contact Protec Fire Detection for details.

Note that Algo-Tec™ Equipment incorporating a CO sensor is excluded from the

warranty.

1.0 User Responsibilities

The registered owner of the fire alarm system has specific responsibilities regarding the installation,

testing and maintenance of the fire alarm system.

BS5839 Pt 1: 2017 Section 6 states that the user of the fire alarm system must appoint a single named

person to supervise all matters regarding the fire alarm system.

Summarised below are the responsibilities expected of the named person,

It is strongly advised that a full copy of BS5839 Pt 1: 2017 is obtained and thoroughly

read and understood.

1.1 Requirements of the Premises Management Named Person

• Ensure that the fire alarm equipment is checked at least once every 24 hours to ensure

there are no faults on the system. Report any faults to the site maintenance manager.

• Ensure that arrangements are in place for correct testing of the fire alarm system (as

specified in BS5839 Pt 1: 2017 Section 6, the user testing is summarised in section 2.0 of

this document).

• Ensure that the system event log is kept up to date and is available for inspection by any

authorised person when required.

• Ensure that all occupants of the protected premises are trained how to use the system

properly and that they are aware of what action to take in the event of an alarm.

• Ensure that false alarms are minimised.

• Ensure all detectors and manual call points are not obstructed. Detectors must have at

least 500mm clear space preserved in all directions around them.

• Establish a liaison with those responsible for changes in, or maintenance of the building

fabric.

• Ensure that when changes are made to the system, record drawings and operating

instructions are updated.

• Ensure that, where necessary, a suitable zone plan is displayed and kept up to date.

• Ensure that any relevant spare parts for system maintenance are held within the

premises.

2.0 Routine Testing of the System

Recommendations for testing of the system are detailed in BS5839 Pt 1: 2017 (Section 6)

The routine testing is briefly detailed below.

2.1 Daily Inspection

• Check that the Power indicator is illuminated.

• Check for any faults on the system and report these to the site maintenance manager.

2.2 Weekly Test

Perform the daily test recommended in 2.1 and;

During the test you may wish to temporarily place the zone to be tested into test

mode

(Consult section 13)

• Perform an indicator test (lamp test) to check the integrity of the front panel indications,

and internal buzzer.

• Ensure no Manual Call Points or detectors are obstructed.

• Operate a Manual Call Point or detector during normal working hours to ensure the fire

alarm system operates correctly.

• A different Manual Call Point or detector on a different zone should be tested each week,

in this way all the devices on all the zones are tested.

• Ensure the system sounders are operational.

• Ensure the sounders are not operated for longer than 30 seconds during testing. The

occupants of the building can then distinguish genuine alarms.

2.3 Monthly Test

Perform the weekly test recommended in 2.2 and;

• If an automatic generator is used as part of the mains failure back-up system it should be

started up once each month by simulated failure of the normal power supply, and then

run in this mode for at least 1 hour.

• Visually inspect the stand-by batteries and their connections. Check that the batteries are

capable of supplying the alarm sounders.

Note:- Care is necessary to ensure that any person undertaking these tasks is competent to do so safely

and has the relevent technical knowledge and training

3.0 Access Levels

There are three access levels to allow users of different authorisation levels access to various parts of

the system. The access levels and a description of functions available are given in the next sections.

3.1 Access Level 1 (General User)

Access level 1 allows the general user to view the status of the panel at any time. Zone fire,

fault, disablement and test states are clearly displayed as are any current system faults and

disablements.

Full detail of the front panel display is given in the next section.

The following functions may be performed at access level 1.

• Entering code for access level 2 or 3a

• Viewing current fires

• Viewing current faults

• Viewing current disablements

• Viewing current tests

• Accepting current faults or alarms ( Mute Buzzer )

Accepting at access level 1 is only available if the button has been made available

during the commissioning stage

3.2 Access Level 2 (Authorised / Trained User)

Access level 2 allows the authorised user access to various critical system functions.

To enter access level 2 enter the user code using the touchscreen LCD (section 12.8).

Refer to section 13 for the features accessible at access level 2.

3.3 Access Level 3a (Exchange Loop Devices)

Access level 3a allows the maintenance staff access to the loop device exchange function.

To enter access level 3a enter the level 3a code using the touchscreen LCD (section 12.8).

Refer to sections 13 & 14 for the features accessible at access level 3a.

4.0 Indications and Controls

Each panel has a comprehensive front panel display enabling the current state of the system to be

rapidly determined. Figure 5.0 shows the indications and controls.

Figure 5.0 Front panel indications and controls.

4.1 LCD (Liquid Crystal Display)

The LCD gives a clear indication of the current status of the panel. Under normal conditions

the LCD shows the System Normal screen. This screen changes to the status display screen if

the panel has fires, faults, disablements or tests present.

4.2 General Indications

These are the General Fire, Fault, Disablement and Test indicators. These give clear indication

that the panel has at least one Fire, Fault, Disablement or Test condition. It is possible for the

panel to indicate multiple conditions simultaneously.

4.3 Status Indications

These provide important fault and status information at a glance without having to search for

it on the LCD.

4.4 Zone Indications

The zone in fire is always indicated on the LCD however if the fire occurs in one of the first

100 zones (40 zones on a standalone panel) then it is also indicated by the zone indicator

flashing red. If the user touches Accept then the zone indicator will remain on but stop

flashing.

5.0 Fire Indications

The panel displays fire information on the LCD along with the General Fire indicator and the relevant

zone indicators. The following sections detail the meaning of each indicator.

5.1 General Fire Indicator Illuminated

The panel has detected a fire on one of its zones, or has been activated from another panel

via the network.

The building fire plan should be executed immediately

5.2 Zone Indicator Flashing Red

The panel has detected a fire in the zone shown. The General Fire indicator will always

accompany this and the internal buzzer will be fast pulsing.

6.0 Fault Indications

When the panel has detected a fault in any of the critical operating paths of the system it will display

this on the LCD. The internal buzzer will also pulse slowly.

The General Fault indicator will be illuminated and is always accompanied by other indicator(s)

detailing the exact fault.

In general, fault indicators flash until the fault is accepted (by touching the Accept button) the fault

indicator then illuminates steadily and the internal buzzer will be muted. Further faults activate the

buzzer again.

In the event of any fault the following action should be taken:-

• Investigate the fault, and then accept the fault by touching the Accept button.

• Note the fault down in the Logbook and take action to remedy the fault. In all cases expert

advice should be sought.

When the fault has been rectified the fault indicator will automatically extinguish.

Note: - Some faults latch and once rectified must be cleared by pressing Reset. Any faults that have not

been fixed will reappear.

The following sections give descriptions of each fault indication

6.1 System Fault

The panel performs regular self-tests to ensure the software is working correctly. If a fault is

detected in software operation a System Fault is declared. This is a latching fault and can only

be cleared by touching Clear System Fault. If the fault is still present it will then reappear.

6.2 Alarm Fault

A fault has been detected on one or more of the alarm devices connected to the loop or on

one of the sounder circuits. One or more alarm devices may no longer operate correctly.

6.3 Power Fault

A fault has been detected in the panel’s power supply. This may be because the local mains

supply has failed or because the internal stand-by batteries or circuitry are faulty.

6.4 Aux. Supply Fault

A fault has been detected with the Auxiliary 24V supply output of the panel. There may no

longer be an auxiliary supply to external devices or the auxiliary devices are drawing too

much current. The General Fault indicator will be illuminated accompanied by the ‘Aux Supply

Fault’ indicator.

6.5 Network Fault

A fault has been detected on the network connecting the panels together.

6.6 Fire link Fault

A fault has been detected on the monitored fire link path. This may be a wiring fault or a fire

link interface fault. The connection to the fire station link is no longer reliable. Expert advice

should be sought immediately.

6.7 Fire Protection Fault

A fault has been detected on the monitored path to fire protection equipment. This may be a

wiring fault or a fire protection interface fault. The connection to the fire protection

equipment is no longer reliable. Expert advice should be sought immediately.

7.0 Disablement Indications

When a user has disabled a critical feature of the system it will display this on the LCD. The internal

buzzer will also pulse slowly.

The General Disablement indicator will be illuminated and is always accompanied by other

indicator(s) detailing the exact disablement.

In general, the buzzer will sound for disablements until the disablement is accepted (by touching the

Accept button). Further disablements activate the buzzer again.

The following sections give descriptions of each disablement indication

7.1 Alarms Disabled

Activation of outputs designated as ‘alarm’ outputs is prevented. The sounders will not

operate in the event of a fire.

7.2 Alarm Routing (Fire link) Disabled

Activation and faults on the alarm routing output are inhibited. The fire link will not activate in

the event of a fire.

7.3 Fire Protection Disabled

Activation and faults on the fire protection equipment output are inhibited. The fire

protection equipment output will not activate in the event of a fire.

8.0 Other Indications

8.1 Power

This indication illuminates when the panel is powered up from mains or batteries.

8.2 Test

This indication illuminates when part or the whole of the panel is in test mode.

8.3 Alarm Routing (Fire Link) Operated

This indication is illuminated when the fire link path has been activated on this panel. This

does not confirm that the fire event has been sent to a remote monitoring centre unless the

confirmation input option has been programmed and the receiving equipment supports this

confirmation feature.

8.4 Fire Protection Operated

This indication is illuminated when the fire protection equipment path has been activated.

This does not confirm that the fire event has been sent to the fire protection equipment

unless the confirmation input option has been programmed and the receiving equipment

supports this confirmation feature.

8.5 Outputs Delayed

This indicator will be illuminated if the commissioning engineer has programmed the system

in a manner that will delay the alarm outputs, the fire link activation or the fire protection

equipment output if the system detects a fire signal. The alarms, fire link or fire protection

equipment output may not activate immediately in the event of a fire.

9.0 System Delays

Delays may have been programmed into the panel at commissioning time to allow a predetermined

delay time from a zone activation until:-

• The alarm outputs activate

• The fire link activates

• The fire protection equipment output activates

Delays may be used in order to allow time for the cause of the activation to be investigated by the

premises management. If the cause of the activation is found to be legitimate the alarm outputs can

be manually activated. If the cause of the activation is found to be false the system can be silenced

and reset.

The system set-up chart must be consulted to determine exactly which outputs have been delayed,

how the delay time has been set up and what action is taken if the Silence button is touched before a

delay has expired.

In general, delays only apply to automatic detector activations whilst a manual

activation on a zone (Activating a Manual Call Point) overrides delays.

10.0 Coincidence/Dependency Operation

At the time of commissioning, the system may have been programmed to operate in one of three

‘coincidence’ modes where a confirmation signal is required. The confirmation signal is normally the

same or a second device generating a fire signal.

Mode ‘C’ is the standard coincidence mode used in Protec fire alarm systems.

Coincidence operation is used to minimise the effects of false alarms by providing time to investigate

the first fire signal and if found to be an unwanted activation, prevent a full evacuation of the

premises and an unnecessary call to the fire brigade.

Mode ‘A’, also known as Dependency/Coincidence Type ‘A’ indicates the zone in alarm and sounds the

panel buzzer, however it does not light the general fire led and activate the outputs unless there is a

confirmation signal from the same device or an automatic device in the same zone.

Mode ‘B’, also known as Dependency/Coincidence Type ‘B’ indicates the zone in alarm and sounds the

panel buzzer, however it does not light the general fire led and activate the outputs unless there is a

confirmation signal from the same device or an automatic device in any zone.

Mode ‘C’, also known as Coincidence/Dependency Type ‘C’ indicates the fire alarm as normal but does

not activate any outputs until there is a confirmation signal from another device (manual or

automatic) in any zone or a programmed timeout expires.

In general, coincidence only applies to automatic detector activations whilst a manual

activation on a zone (Activating a Manual Call Point) overrides coincidence.

11.0 Response to an Alarm

11.1 Automatic Detection

If a detector (smoke, heat etc.) activates in a zone of the panel this is known as an automatic

activation. The panel responds by;

• Illuminating the ‘General Fire’ indicator.

• Flashing the relevant zone fire indicator and displaying on the LCD.

• Fast pulsing of the internal buzzer.

• Activating alarm outputs as programmed, after any delays have expired.

• Activating the Fire Link output after any programmed delays have expired.

• Activating the Fire Protection equipment output after any programmed delays have

expired.

11.2 Manual Detection

If a Manual Call Point is operated in the zone of a panel this is known as manual activation.

The panel responds by;

• Illuminating the ‘General Fire’ indicator.

• Flashing the relevant zone fire indicator and displaying on the LCD.

• Fast pulsing of the internal buzzer.

• Activating alarm outputs as programmed, after any delays have expired.

• Activating the Fire Link output after any programmed delays have expired.

• Activating the Fire Protection equipment output after any programmed delays have

expired.

It is usual to have no programmed delay for a manual activation.

11.3 Coincidence/Dependency Activation

Please see section 10.0

11.4 Silencing the Alarms

Touching and holding Silence when logged in will silence the alarm

outputs.

11.5 Resetting the panel after an Alarm

After the cause of the alarm has been determined (and entered in the log by the authorised

user) the panel can be reset if required. Manual Call Points, if triggered, must first be reset

locally.

When logged in, touch and hold reset. The panel will reset any latched

devices on its loops. The Reset sequence takes about 20 seconds during

which time the panel will not detect new fires.

11.6 New Zone in Alarm

If a new zone or a previously silenced zone goes into alarm, the panel will re-activate the

alarms and re-sound the internal buzzer.

11.7 Activating the Alarms Manually

Touch and hold Sound Alarms when logged in to evacuate the building.

Output group types will be activated as programmed but the Control and

Fire Link outputs WILL NOT be activated.

If the sound alarms input is set to operate a fire link output this will create a

design error.

Page is loading ...

Protec Algo-Tec 6600, Algo-Tec 6500 User manual

Related papers

Other documents