MINERVA_MZX_125-250_User_Manual.pdf

MINERVA MZX 125/250ADDRESSABLE FIREDETECTION SYSTEMS

USER MANUAL

V1.0/13/11/08

NOTICE

All rights reserved. Reproduction of any part of this manual in any form whatsoever without Thorn Security’s express written permission is forbidden.

The contents of this manual are subject to change without notice.

All effort has been made to ensure that the accuracy of this manual.

However, should any errors be detected, Thorn Security would greatly appreciate being informed of them.

The above not withstanding, Thorn Security can assume no resposibility for any errors in this manual or their consequences.

For further information, see Tyco Safety Product’s web site at:

www.tycoemea.com

MZX 125/250 Fire Detection Systems

Content

1 Guide to this manual ............................................ 6

2 Introduction .......................................................... 62.1 Key function and features ............................................................................ 6

3 Operating Instructions....................................... 103.1 Operator’s indicators and controls ............................................................103.1.1 General ....................................................................................................................................... 103.1.2 Display control module .......................................................................................................... 103.1.3 Indicators ................................................................................................................................... 143.1.4 Switches..................................................................................................................................... 14

3.2 LCD display...................................................................................................153.2.1 Fire window............................................................................................................................... 153.2.2 Status window.......................................................................................................................... 163.2.3 Main window ............................................................................................................................ 163.2.4 Softkey window ....................................................................................................................... 16

3.3 Normal operation .........................................................................................163.3.1 Event monitoring ..................................................................................................................... 173.3.2 Event display ............................................................................................................................. 17

3.4 Operation in alarm .......................................................................................183.4.1 System response ..................................................................................................................... 183.4.2 Sounder silencing .................................................................................................................... 193.4.3 Resetting the controller.......................................................................................................... 203.4.4 Multiple events......................................................................................................................... 203.4.5 Pre-alarm warning ................................................................................................................... 21

3.5 Operation in fault condition........................................................................213.5.1 System response ..................................................................................................................... 213.5.2 Operator action ........................................................................................................................ 21

3.6 Fire control keys ..........................................................................................223.6.1 Evacuate..................................................................................................................................... 233.6.2 Day/night mode....................................................................................................................... 233.6.3 Investigate delay ...................................................................................................................... 233.6.4 Test .............................................................................................................................................. 24

3.7 Auxiliary display devices ............................................................................243.7.1 General ....................................................................................................................................... 243.7.2 Repeaters................................................................................................................................... 243.7.3 Printers ....................................................................................................................................... 243.7.4 LCD repeaters ........................................................................................................................... 24

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4 Controller Functions...........................................254.1 Access levels ............................................................................................... 254.1.1 General ....................................................................................................................................... 25

4.2 Entering passcodes..................................................................................... 26

4.3 Valid values.................................................................................................. 26

4.4 Main menu.................................................................................................... 27

4.5 Accept events.............................................................................................. 28

4.6 View status .................................................................................................. 28

4.7 Isolate/de-isolate ........................................................................................ 31

4.8 Time/date..................................................................................................... 344.8.1 Set time/date ........................................................................................................................... 344.8.2 Summer/winter....................................................................................................................... 35

4.9 Event log....................................................................................................... 354.9.1 View event log.......................................................................................................................... 364.9.2 Print event log .......................................................................................................................... 364.9.3 Filter ............................................................................................................................................ 37

4.10 View/print status......................................................................................... 384.10.1 View/print point isolated....................................................................................................... 384.10.2 View/print points untested/failed ...................................................................................... 394.10.3 View/print point values ......................................................................................................... 404.10.4 View faults................................................................................................................................. 414.10.5 View loop point counters....................................................................................................... 414.10.6 Active points ............................................................................................................................. 444.10.7 By function ................................................................................................................................ 45

4.11 Service.......................................................................................................... 474.11.1 Walk test .................................................................................................................................... 474.11.2 Maintenance............................................................................................................................. 524.11.3 Configuration............................................................................................................................ 55

5 Routine checks ...................................................635.1 General ......................................................................................................... 63

5.2 Daily checks................................................................................................. 63

5.3 Weekly checks ............................................................................................ 63

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MZX125/250 Manual Guide

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1 Guide to this manual

In this documentation keywords and symbols denote warnings, info or instructions (see table 1).

Keyword Symbol Explanation

DANGER Warning.

Imminent danger.

Death or severe injury when disregarded.

WARNING Warning.

Potentially dangerous situation.

Death or severe injury possible when disregarded.

CAUTION Warning.

Potentially dangerous situation.

Minor injury or material damage possible when disregarded.

Helpful information.

Tab. 1: Keywords and symbols in this documentation


Fig.. 1: MZX125

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MZX125/250 Fire Detection Systems

Fig.. 2: MZX250

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2 INTRODUCTION

The instructions given in this document are common to all the ‘MZX125 and MZX250’ fire controllers, any differences being outlined as appropriate This document is written for Firmware Version 14.

The MINERVA MZX 125/250, form a comprehensive and compatible range of modular and flexible EN54 approved addressable fire controllers using Tyco MZX TechnologyTM.

Both variants fully comply with the requirements of EN54 parts 2 and 4 and may be installed in a system which complies with the requirements of BS 5839 : Part 1.

2.1 KEY FUNCTIONS AND FEATURES

The MZX controllers are built around common hardware and software modules incorporating the following common functions and features:

Full EN54 compliant control switches and indicators with keyswitch enable and optional programmable LED indicators and control switches.

Large backlit 16 line x 40 character LCD display with detailed and precise identification of all sectors, zones and points, comprehensive 95 character emergency procedure instructions and full system status indication including counters of number of points in alarm, fault, disabled and test mode.

Extensive menu driven and password controlled operator and engineer functions including extensive isolate, override, test, service and diagnostic functions.

System manager and engineer functions including editing of point descriptions and viewing/printing of point values including CO levels, temperatures and detector obscuration levels.

Optional self-test and verification of detectors from the controller.

Peer-to-peer communication with up to 98 other controllers providing a seamless operator interface to all other relevant defined controllers on the network.

Event log for logging of up to 3000 events which can be viewed, selected and printed.

Constant monitoring of all detectors and input circuits and processing of detector sensor information using standard, CCO and FastLogic fuzzy logic algorithms.

Long term averaging and condition monitoring of smoke detectors with dirty detector identification.

Automatic or manual switching of detector modes and sensitivities according to changes in occupancy patterns (day mode) and variations in fire risk.

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Constant fault monitoring of all hardware components, power supplies, batteries, relays, sounder and speaker circuits, addressable loops, detectors and addressable devices, monitored input circuits, remote and local communication links.

Communication with up to 125 addresses on one detection loop (MZX125) or 250 addresses on one detection loops (MZX250) per controller and a combination of up to 1500 auxiliary I/O, controller plus 7 full function repeaters and multiple remote printers.

Signalling, supervision, status and fault indication of central station alarm signalling equipment such as BT Redcare STU.

Option for one repeater to be provided from a remote PC computer using MX-Remote service and diagnostics software over the public switched telephone network (PSTN).

Default cause and effect providing computer control of all outputs, sounders, beacons and speakers in the event of alarm conditions.

Powerful programmable cause and effect using the flexible and easily configured MINERVA group based event/action programming language.

Synchronisation and multiple output pulse patterns for phased evacuation of up to 16 zones (MZX125) or 32 zones (MZX250) using “Bell Mapping”.

Powerful programmable cause and effect using the flexible and easily configured MINERVA group based event/action programming language.

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3 OPERATING INSTRUCTIONS

3.1 OPERATOR’S INDICATORS AND CONTROLS

3.1.1 GENERAL

ALL operator controls and indicators are mounted on the front panel.

3.1.2 DISPLAY CONTROL MODULE

The Display Control Module (Fig. 3 MZX125 and Fig. 4 MZX250) contain the following indicators and controls:

A 640 character backlit LCD alphanumeric display, arranged in 16 rows of 40 characters. This is used to display information about the system status and alarms. The backlight is on when the keyswitch is set to the ‘enable’ position, when a key is pressed or when an Alarm or Fault is present.

Switches F1 to F5 - used to carry out the functions displayed on the bottom line of the LCD display.

An alphanumeric keypad used for entering access codes, text strings or general information as follows:

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SCROLL UP and SCROLL DOWN keys - used to scroll through a display or log one entry at a time. These keys will auto-repeat if held down, ie, will scroll continuously.

When used in conjunction with the Configuration menu, the UP key switches to upper case and the DOWN key to lower case.

7PQRS

8TUV

9WXYZ

6MNO

5JKL

4GHI

3DEF

2ABC

0

1

Used to enter the number 0

Used to enter the number 1 or special symbols

Used to enter the number 2 or letters ‘A’, ‘B’ or ‘C’

Used to enter the number 3 or letters ‘D’, ‘E’ or ‘F’

Used to enter the number 4 or letters ‘G’, ‘H’ or ‘I’

Used to enter the number 5 or letters ‘J’, ‘K’ or ‘L’

Used to enter the number 6 or letters ‘M’, ‘N’ or ‘O’

Used to enter the number 7 or letters ‘P’, ‘Q’, ‘R’ or ‘S’

Used to enter the number 8 or letters ‘T’, ‘U’ or ‘V’

Used to enter the number 9 or letters ‘W’, ‘X’, ‘Y’ or ‘Z’

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1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16

F1F2

F3F4

F5SI

LENC

EBU

ZZER

SILE

NCE

RESO

UND

RESE

TDA

YNI

GHT

DELA

YIN

VEST

IGAT

EEV

ACUA

TE

PR

OTE

CTI

ON

SIG

NA

LLIN

GS

OU

ND

ER

SPA

NE

LG

EN

ER

AL

AC

TIVA

TED

FAU

LT

DIS

AB

LED

AC

TIVA

TED

FAU

LT

DIS

AB

LED

AC

TIVA

TED

FAU

LT

DIS

AB

LED

PO

WE

R O

N

MA

INS

FA

ULT

SY

STE

M F

AU

LT

DAY

MO

DE

FIR

E

FAU

LT

DIS

AB

LED

TES

T

1 *A

BC2

3 DE

F

45

6G

HI

JKL

MN

O

78

9P

QR

STU

VW

XY

Z

0

01

Fig.. 3: MZX125 Display Control Module

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F1 F2 F3 F4 F5

1* ABC

2 3

4 5 6

7 8 9

0

DEF

GHI JKL MNO

PQRS TUV WXYZ

SILENCEBUZZER

SILENCERESOUND RESET DAY

NIGHT DELAYINVESTIGATE EVACUATE

PROTECTIONSIGNALLINGSOUNDERSPANELGENERALACTIVATED

FAULT

DISABLED

ACTIVATED

FAULT

DISABLED

ACTIVATED

FAULT

DISABLED

POWER ON

MAINS FAULT

SYSTEM FAULT

DAY MODE

FIRE

FAULT

DISABLED

TEST

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

ZONE DISPLAY

0 1

Fig.. 4: MZX250 Display Control Module

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3.1.3 CONTROL CONTROL MODULE

The Display Control Module contains the following indicators and controls:

INDICATORS

GENERAL

A red Fire LED.A yellow Fault LED.A yellow Disabled LED.A yellow Test LED.

PANEL

A green Power ON LED.A yellow LED to indicate Mains Fault.A yellow LED to indicate System Fault.A yellow LED to indicate Day Mode.

SOUNDER

A red Activated LED.A yellow Fault LED.A yellow Disabled LED.

SIGNALLING


PROTECTION


ZONES

One red (Fire) and one yellow (Fault) LED per zone .

SWITCHES

‘ENABLE’ keyswitch - a two position keyswitch, with positions ‘normal’ and ‘enable’.

Seven control switches:

‘SILENCE BUZZER’ - used to silence the internal buzzer.

‘SILENCE/RESOUND’ - used to silence/resound external sounders.

‘RESET’ - used to reset the system after an alarm or event has occurred.

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‘DAY MODE’ - used to set the system into the daytime operation mode.

‘INVESTIGATE DELAY’ - is used to end signalling delay time and start the investigation time.

‘SPARE’ - is configurable to customer requirements.

‘EVACUATE’ - is used to activate external sounders.

3.2 LCD DISPLAY

The LCD display is divided into four windows as shown in Fig. 5:

Fire19 characters x 8 lines

Main 19 characters x 14 lines

Status 19 characters x 5 lines

Softkeys F1, F2, F4 and F5 - 7 characters, F3 - 8 characters

3.2.1 FIRE WINDOW

The fire window in the quiescent mode will display the product name, date/time and company name.

On detection of an Alarm condition, the fire window will display ‘First Fire’ and associated information. For multiple alarms in the system the fire window will display the first and last alarms.

The number of alarms is displayed at the right hand side of line 5 in the fire window.

1234567890123456789 1234567890123456789123 Main4 Window5678901234

123 Fire4 Window5678

12 Status3 Window45

S'key 1 S'key 2 S'key 3 S'key 4 S'key 5

Fig.. 5:

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3.2.2 STATUS WINDOW

The status window displays the number of faults, isolates etc.

3.2.3 MAIN WINDOW

The main window displays logs, information text, menus and device identification.

3.2.4 SOFTKEY WINDOW

The softkey windows change dependant on the option selected.

3.3 NORMAL OPERATION

When the controller is initially powered up, with no faults or alarms in thesystem and the ‘Enable’ key in the ‘off’ position, the following screen isdisplayed:

First FireZone 002 B0011st Floor CorridoorRoom 117Last Fire 002Zone 030 B055 4th Floor Washroom / Window

MX Panel

Fri, 17-Mar-08 11:57

Company Name

General

LED Tst LightNot Clr

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3.3.1 EVENT MONITORING

The term ‘event’ is used to describe a change in system status that must be acknowledged and/or generates an output.

Examples of events include:

Mains failure

Detection of a fire condition

Operation of ‘EVACUATE’ key

All events trigger a response, the category of which depends on the event type and will be one of the following (in priority order):

Full Alarm or Alert

Pre-Alarm

Fault

Isolation

Test Mode

Warning

Information

When an event occurs, it is stored in the event log. The contents of this log may be displayed in two formats:

Unaccepted and locally accepted events

All events in chronological order of occurrence

The events are stored in chronological order with unaccepted events marked as outstanding. The event log may hold up to 3000 events; in the unlikely occurrence of the log filling up, the oldest record will be overwritten.

3.3.2 EVENT DISPLAY

The display automatically shows the last event of the category with the highest priority. With Scroll keys, it is possible to get all events in this category in chronological order. With Softkey F5 the user can change to another category (if available).

Important: Category ‘Full Alarm/Alert’ shows only the first point of a zone in alarm. If two points of one zone are in alarm, only the first one which was in alarm will be displayed. The second alarm can only be accessed via the menu option ‘View Event Log’.

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3.4 OPERATION IN ALARM

3.4.1 SYSTEM RESPONSE

When a fire condition is detected, the system responds as follows:

1 The internal buzzer will sound in a continuous tone.

2 The red ‘FIRE’ LED will light.

3 The SOUNDERS and NOTIFICATION STATUS ‘ACTIVATED’ red LEDs will light.

If the alarm is initiated by a detector, there may be a delay of from 1 to 10 minutes before the NOTIFICATION STATUS ‘ACTIVATED’ led lights. This is to allow time for the alarm to be investigated and any relevant action taken before signalling is initiated. A Callpoint set to evacuate will initiate signalling immediately. Refer to Section 2.6.3.

4 For the MZX controllers, the sounders and any other configured outputs will be activated.

5 The LCD will display a message in the format:

The message format is as follows:

Under ‘FIRE’:

The top line shows the Zone and Point number of thedevice in alarm.

The second line shows the zone description (defined atconfiguration).

The third line shows the point description (defined atconfiguration).

The fourth line shows the type of alarm.

If no information text is shown:

First FireZone 002 B0021st Floor CorridoorRoom 117

General

Menu

First Fire

Passcode More

001

Information

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The fifth line shows date and time.The sixth line shows the device type.

The seventh line shows the actual CURRENTtemperature (if heat sensor).

The above is only displayed if Extended Alarm Information has been selected at configuration.

Under ‘First Fire’:

The first three lines from ‘FIRE’ are repeated.The number of alarms is displayed on the black bar underneath the first fire information.

3.4.2 SOUNDER SILENCING

When a FIRE ALARM is received, investigate the cause of the alarm.

WARNING:

WHEN SEARCHING AN AREA FOR THE SOURCE OF A FIRE ALARM SIGNAL, WHERE A FIRE ALARM HAS BEEN INITIATED BY A ‘CARBON MONOXIDE’ FIRE DETECTOR, IT

MUST BE REMEMBERED THAT A CARBON MONOXIDE FIRE DETECTOR MAY GENERATE AN ALARM BEFORE

OTHER FIRE INDICATORS (SUCH AS SMOKE) ARE PRESENT.

THIS OCCURS MOST NOTABLY IN DEEP SEATED FIRES IN DENSELY PACKED MATERIALS, AREAS WHERE FIRES

MAY OCCUR IN CUPBOARDS AND STOREROOMS REMOTE FROM DETECTORS AND WHERE SMOKE

IMPERVIOUS BARRIERS EXIST BETWEEN THE SEAT OF THE FIRE AND THE DETECTOR (SUCH AS WITHIN WALL CAVITIES). THESE FACTORS SHOULD BE CONSIDERED

CAREFULLY BEFORE DECLARING SAFE ANY AREA WHERE A CARBON MONOXIDE FIRE DETECTOR HAS

RAISED AN ALARM.

Once the cause of the alarm has been determined and all appropriate action has been taken, silence the sounders as follows:

1 Insert the key into the front panel keyswitch and turn it clockwise to the ‘enable’ position.

2 Press ‘SILENCE/RESOUND’.

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The system will respond as follows:

1 The sounders will be silenced.

2 The ‘SOUNDER ACTIVATED’ LED will extinguish.

3 All other outputs will remain activated.

4 The LCD display will remain showing the type of alarm and the full zone identification. The ‘GENERAL’ display window will show ‘Sounder SIL’.

If it is required to manually resound the sounders, pressing the ‘SILENCE/RESOUND’ key will reactivate the sounders.

3.4.3 RESETTING THE CONTROLLER

When the system is in a Fire Alarm state, Silence must be operated before Reset is possible. This interlock is always present under Fire Alarm condition, even if all sounders are isolated.

The controller should also NOT be reset until the source of the alarm has been determined by the Fire Brigade or the cause otherwise found (and the condition removed).

Once the notes above have been observed, press the ‘RESET’ key. The display will show the following message:

Reset

in

Progress...

*

After 17 to 20 seconds, the LCD will return to the normal display (Section 2.3) if no faults or other events are present.

3.4.4 MULTIPLE EVENTS

If, when in alarm condition, a second alarm (of another zone) is received, the system response is dependent on the nature and source of the second alarm as follows:

1 If the sounders have NOT been silenced, the following will occur:

2 The internal buzzer will continue to sound without interruption.

3 The LCD will continue to display the alarm message for the FIRST fire alarm and also the last fire alarm.

4 The alarm count will be incremented.

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3.4.5 PRE-ALARM WARNINGS

If the LCD shows a message including a “warning” indication, a pre-alarm condition has been detected by the controller. This may be indicated for example, if a detector identifies a build-up of smoke or heat that might result from a fire, but the alarm threshold has not yet been reached. The internal buzzer will sound but the sounders and visual fire indicators will remain inactive at this stage. Proceed as follows:

1 Accept the event, (if the option is available), noting the location of the event.

2 Initiate action to deal with the condition indicated, taking care to determine if the warning was initiated by a fire condition or by a system fault.

If the detector subsequently shows an alarm condition, an alarm will be generated, regardless of whether the pre-alarm warning was accepted.

3.5 OPERATION IN FAULT CONDITION

3.5.1 SYSTEM RESPONSE

When a Fault condition is detected, the system will respond as follows:

1 The internal buzzer will pulse.

2 The yellow ‘GENERAL FAULT’ LED will light.

3 The LCD backlight will come on and will display the following type of screen:

The message format is as follows:

The top line shows the Zone and point number in fault condition.

The second line shows the zone description (defined in configuration).

Zone 000 R10System ZoneBattery Fault IP

BATTERY FAULT

17-Mar-00 15:00:00Digital Input

MX Panel

Fri, 17-Mar-08 15:00

Company Name

Flt P 002

General

LED Tst

FAULT

Info MoreNot Clr

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The third line shows the point description (defined in configuration).

The fourth line shows the type of fault.

If no information text is shown:

The fifth line shows the date and time.

the sixth line shows the device type.

The message will continue to be displayed until the intervention of an operator or the fault is cleared.

3.5.2 OPERATOR ACTION

When a Fault condition occurs, proceed as follows:

1 Press the ‘SILENCE BUZZER’ key.The internal buzzer will silence, but the LED and display will continue to operate as described.

2 Investigate the source of the fault and where possible remove.

If the fault cannot be cured, contact your local supplier and arrange for a service visit.

The fault information will be displayed until the fault is cleared.

3.6 FIRE CONTROL KEYS

There are six fire control keys on the Display Control Module, namely:

SILENCE BUZZER

SILENCE/RESOUND

RESET

DAY MODE

INVESTIGATE DELAY

EVACUATE

Only the ‘SILENCE BUZZER’ key is active without the ‘Enable’ key being inserted and turned to the ‘Enabled’ position.

The functions of ‘SILENCE BUZZER’, SILENCE/RESOUND’ and ‘RESET have already been described. The functions of ‘EVACUATE or FIRE ALARM’, ‘INVESTIGATE DELAY’ and ‘DAY MODE’ are described in the following paragraphs.

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3.6.1 EVACUATE

Once enabled by the keyswitch, pressing ‘EVACUATE’ will cause the following:

1 The internal buzzer will sound continuously.

2 The red ‘FIRE’ LEDs will light.

3 The sounders and any other configured outputs are activated.

4 The LCD will display the following type of screen:

3.6.2 DAY/NIGHT MODE

In night mode the system activates immediately when an alarm is received, the internal buzzer, all sounders and alarm signalling outputs operate.

In day mode, on receipt of an alarm, only the internal buzzer and sounders are activated immediately. A delay time is started (default 60 seconds) in which the alarm message must be acknowledged (‘Investigate delay’ switch) to start the investigation time. If there is no acknowledgement within this time, the alarm signalling outputs will be activated.

The investigation time (default 10 minutes) is the time remaining for staff to carry out investigation of the alarm source, before the alarm signalling outputs will be activated.

An evacuate callpoint will initiate an immediate alarm.

Signalling is always immediate if sounder faults exist in the system.

3.6.3 INVESTIGATE DELAY

The ‘INVESTIGATE DELAY’ switch is only active when the controller is in the ‘DAY MODE’ of operation. If a Fire Alert is received at the controller, the signalling output is delayed for 1 minute, if the ‘Investigate Delay’ switch is pressed during this period a further delay (configurable between 1 and 10 minutes) is initiated. This delay allows for the alarm to be investigated, if it is a false alarm, the cause of the alarm can be removed and the controller to be silenced and reset. If the alarm is real, then pressing the ‘EVACUATE/FIRE ALARM, switch will cause the signalling output to activate.

First FireZone 000 RB002R12System ZoneEvacuate Button

General

Menu

F I R EFirst Fire

Information

Not Available

Info Passcode More

001

Not Clr

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3.6.4 TEST

Pressing ‘LED TEST’ causes all the LEDs and internal buzzer to operate for a few seconds. If the system includes a repeater panel, only the panel that is operated is activated.

3.7 AUXILIARY DISPLAY DEVICES

3.7.1 GENERAL

Depending on the configuration of the system, there may be one or more auxiliary display devices fitted. These devices may be of the following types:

Repeaters

Printers

The functions of and operating instructions for these devices are given in the following paragraphs.

3.7.2 REPEATERS

A repeater allows the controller to be operated from a remote location and provides remote indications of the state of the controller. The front panel of the repeater is identical to that of the controller (see Fig. 1) and all controller operations may be performed at the repeater panel.

3.7.3 PRINTERS

Refer to the manual supplied with the printer for operating instructions.

3.7.4 LCD REPEATERS

LCD Repeaters can:

Display the alarm and fault messages as displayed on the Controller on a backlit 4 x 20-character alphanumeric display.

Provide an internal log for up to 150 events.

Provide an internal audible warning of an event.

Allow the event log to be displayed using the scroll keys.

Silence the internal buzzer and external sounder (if fitted) with the key.MUTE

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4 CONTROLLER FUNCTIONS

As stated, the MZX controller has built-in functions. These functions allow the operator to perform such actions as viewing the event log, setting the date and time, etc. The functions are arranged according to sophistication and access to certain of them necessarily needs to be restricted to trained staff.

The control of access has been achieved by assigning functions to Access Levels, each Access Level having an associated numeric passcode. The passcode for a particular Access Level is defined at system configuration.

4.1 ACCESS LEVELS

4.1.1 GENERAL

The access levels available are as follows:

Customer Operator 1 to 7 - 4 digits

Customer Manager 1 - 5 digits

Customer Manager 2 - 6 digits

These access levels are described in the following paragraphs. A maximum of 99 Passcodes are available which may be split between Access Levels as required.

The Customer Operator 1 Access Level is achieved by turning the ‘ENABLE’ key to the enable position (ie, a Passcode is not required).

Table 1 contains Access Levels and Menu Options available at each level.

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4.2 ENTERING PASSCODES

In order to avoid repetition, however, the general procedure for entering a PASSCODE is described as follows:

1 Turn the ‘ENABLE’ key to the ON position, press F3 (Passcode), enter your ID (press F5 ‘Enter’ if the ID has only one digit).

4.3 VALID VALUES

The following are values which may be entered for each option:

EnableKey

PageNo.Customer Operator

CustomerManager

1 2 3 4 5 6 7 1 2Lamp/Buzzer/LCD Test ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ OFFUnrestored Events ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ OFFInformation Text ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ OFFView Events (Scrolling) ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ OFF

MAIN MENU ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ ON 18

Accept Events ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ ON 18

View Status ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ ON 18

Isolate/De-Isolate ✔ ✔ ✔ ✔ ON 20

Time/Date ✔ ✔ ✔ ✔ ✔ ON 21Set time/Date ✔ ✔ ✔ ✔ ✔ ON 21Summer/Winter ✔ ✔ ✔ ✔ ✔ ON 21

Event log ✔ ✔ ✔ ✔ ✔ ✔ ✔ ON 21View Event Log ✔ ✔ ✔ ✔ ✔ ✔ ✔ ON 22Print Event Log ✔ ✔ ✔ ✔ ✔ ✔ ✔ ON 22Filter ✔ ✔ ✔ ✔ ✔ ✔ ✔ ON 22

View/print status ✔ ✔ ✔ ✔ ✔ ✔ ON 23Points Isolated ✔ ✔ ✔ ✔ ✔ ✔ ON 23Points Untested/Failed ✔ ✔ ✔ ✔ ✔ ✔ ON 23Point Values ✔ ✔ ✔ ✔ ✔ ✔ ON 23View Faults ✔ ✔ ✔ ✔ ✔ ✔ ✔ ON 24Loop Point Counter ✔ ON 24Active Points ✔ ✔ ✔ ONBy Function ✔ ✔ ✔ ON

Service ✔ ✔ ✔ ON 25Walk Test ✔ ✔ ✔ ON 26Maintenance engineer ✔ ✔ ON 28

Fire Alarm Cycle Count ✔ ✔ ON 28Maintenance Request ✔ ✔ ON 28Battery Test ✔ ✔ ON 28Project Numbers ✔ ON 29Software Versions ✔ ON 29Menu Points ✔ ON 29

Configuration ✔ ✔ ON 29Change Text ✔ ✔ ON 30

Table. 1 Menu Options and Access Levels

Panel Number 1 - 99Zone Number 1 -

240*Sector Number 1 - 240RBus Number 0 - 15

26 Doc. version 1


‘*’ depending on the configuration 40/80/120/160/200 or 240 zones.

4.4 MAIN MENU

When the system is in quiescent mode (ie, displaying the date and time), entering a passcode affords the user access to the main menu. The structure of this menu is shown below.

The menu shown is for Customer Manager 2 level. Only the options appropriate to the access level entered will be displayed.

Each of the options available leads to further menus or functions, which are described in the following paragraphs.

Real PointPseudo PointXBus Point

1 - 241 - 81 - 96

Local I/OReal PointPseudo PointIOBus pointTimer PointUser Point

1 - 181 - 421 - 241 - 101 - 10

1 - Accept Events2 - View Status3 - Isolate/De-Isol4 - Time / Date5 - Event Log6 - View/Print Data7 - Service8 - Configuration9 - Test Buzzer, LEDs & Display

Alarm Count: 0021

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General

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Main menu

Doc. version 1 27


4.5 ACCEPT EVENTS

Allows displayed events to be accepted. Press 1 from the main menu, the following type of screen will be displayed:

Use the F4 Key ‘<<’ and F5 key ‘>>’ keys to move between events. Usr F3 ‘Accept’ to accept an event.

4.6 VIEW STATUS

Allows the status of all points and zones on the system to be viewed. Press 2 from the Main menu, the following type of screen will be displayed:

Point - allows the status of any points on the system (both inputs and outputs) to be checked.

Point I/P only - allows the status of only input devices to be checked (eg, detectors).

Point O/P only- allows the status of only output devices to be checked (eg, sounders, functional bases, etc.).

Zone - allows the total status of all points in a specified zone to be checked.

Zone 000 R10System ZoneBattery Fault IP

BATTERY FAULT

01-Mar-00 14:15:02Digital Input

SYSTEM

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Company Name

Fault 02

General

Back

Accept Events

1000Accept >><<

1 - Point2 - Point I/P only3 - Point O/P only4 - Zone5 - Zone Maps

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Back

View Status

28 Doc. version 1


Select the required number from the View Status menu, the following type of screen will be displayed:

Select the type of Point or Zone:

1 Loop Point (Addressable Loop).

2 RBus Point.

3 Local I/O Point.

The following type of screen will be displayed:

If the panel is in a networked system, the panel number will be shown as in the following example.

Loop Point (Addressable Loop)Use the ‘+’, ‘-’ and ‘>>’ keys to select the required Loop and Point, then press Enter key.

RBus Point (Remote Bus)Use the ‘+’, ‘-’ and ‘>>’ keys to select the required RBus, Category and Point, then press Enter key.

Local I/O Point (Field Interface Module)Use the ‘+’, ‘-’ and ‘>>’ keys to select the required Category and Point, then press Enter key.

Point

1 - Loop Point2 - RBus Point3 - Local I/O Point

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View Status

Point

Panel02Loop Point A 001

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View Status

>> - + Enter

Doc. version 1 29


The following type of screen will be displayed:

Point Input and Point Output are displayed in the same format.

The top line shows the selected option.

The second line shows the Zone and Point number of the device.

The third line shows the Sector description (defined at configuration).

The fourth line shows the Zone description (defined at configuration).

The fifth line shows the Point description (defined at configuration).

The sixth line shows the device type.

Actual Status Input can be in one of the following states:

Normal

Fault

Active

PreAlarm

Actual Status Ootput can be in one of the following conditions:

On

Off

Pulse 1

Pulse 2

Selecting Zone will display the following type of screen:

PointZone 006 A007

Zone 06Call alarm in roomCP 820

Input Output

Normal

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View Status

Zone 002South Building1st Floor Corridoor

Alarm : NO*Fault : NO*Isolate : NONE**Walk Test : NO*

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Back

View Status

_ +

30 Doc. version 1


Screen display (the asterisks are not shown on the screen):

*YES/NO

**NONE/ PARTIAL/ALL

Function Keys F3/F4 will decrement/increment the zone number.

4.7 ISOLATE/DE-ISOLATE

The Isolate/De-isolate option allows the following to be isolated/de-isolated:

Point Complete 1

Point Input 2

Point Output 3

Zone Detectors 4

Zone Callpoints(also interrupt devices)5

Zone Alarm I/Ps 6

Zone Sounders 7

Zone Controls 8

Zone Extinguish 9

Extinguish ControlsF2

Fault Signalling F3

Alarm Signalling F4

All Sounders F5

Press 3 from the Main menu. The following screen will be displayed:

Description

Alarm Yes One or more devices of a zone in Alarm Mode

Fault Yes One or more devices of the zone in Fault Mode

Isolate All All alarm input devices of the zone are Isolated

Isolate Partial At least one, but not all alarm input devices are Isollated

Walk Test Yes All alarm input devices of the zone in Walk Test

Doc. version 1 31


Select the required number from the Isolate/De-Isolate menu, then select the type of point (as described in Section 3.5):

Loop Point (Addressable Loop)Use the ‘+’, ‘-’ and ‘>>’ keys to select the required Loop and Point, then press Enter key.

RBus Point (Remote Bus)Use the ‘+’, ‘-’ and ‘>>’ keys to select the required RBus, Category and Point, then press Enter key.

Local I/O Point (Field Interface Module)Use the ‘+’, ‘-’ and ‘>>’ keys to select the required Category and Point, then press Enter key.

CAUTION:

Isolating I/O points may break compliance with EN54. Caution should be exercised when dealing with mandatory switches and indicators. Such operations are reserved for authorised trained

personnel only.

The following screen shows an example of Point isolation:

In the ‘Customer Operator’ access levels, only points on the addressable loop can be isolated or de-isolated.

1 - Point2 - Point I/P only3 - Point O/P only4 - Zone Detectors5 - Zone Callpoints6 - Zone Alarm I/Ps7 - Zone Sounders8 - Zone Controls9 - Zone Extinguish

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Isolate/De-Isolate

Alm Sig All SNDFlt SigExt.Ctl

Point CompleteZone 002 B002South Building1st Floor CorridoorRoom 117801 H

Status IP: NormalISOLATED INPUT

1 - Isolate 2 - De-Isolate

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Isola 001

General

Back

Isolate/De-Isolate

Isolation Status

32 Doc. version 1


Isolations are counted and displayed (eg, Isol 001). If only the input or output of a point is isolated, this is counted as a complete isolation of the point.

The following screen shows an example of Zone isolation:

Successes: Number of points that wereDe-Isolated

Matches: Number of points in Zone (detectors)

The following screen shows an example of All Sounders isolation:

Successes: Number of sounders (De-)Isolated

Matches: Number of sounders in Zone

Zone DetectorsZone 001

Zone 01

IsolateAll

Successes : 003Matches : 003

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Isola 003

General

Back

Isolate/De-Isolate

All Sounders

Successes : 006Matches : 006

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Company Name

Isola 006

General

Back

Isolate/De-Isolate

Doc. version 1 33


4.8 TIME/DATE

Press 4 from the Main menu. The following type of screen will be displayed:

4.8.1 SET TIME/DATE

Press 1 from the Time/Date menu. The following type of screen will be displayed:

Use the ‘>>’ key to move the cursor between options, enter date and time values via the keypad or Softkey F3 (‘-’) and F4 (‘+’).

When a value has been changed, F5 shows ‘Save’, use this key when all editing has been completed.

Months January to September can also be entered with the keypad:

1 = January ...................

9 = September

1 - Set Time/Date2 - Summer/Winter

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Time / Date

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Time / Date

>> - +

Date : 01-Mar-00Time : 14:15:17

Save

34 Doc. version 1


4.8.2 SUMMER/WINTER

Press 2 from the Time/Date menu. The following type of screen will be displayed:

These screens cannot be changed, use F5 to toggle between Winter and Summer.

4.9 EVENT LOG


Summertime MX Panel

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Summer/Winter

Winter

1 - View Event Log2 - Print Event Log3 - Filter

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Event Log

Doc. version 1 35


4.9.1 VIEW EVENT LOG

This option allows all events in the event log to be viewed or printed.

Select option 1 from the Event Log menu, the following type of screen will be displayed:

The latest event is displayed, use the ‘<<’ and ‘>>’ keys to scroll through the log and the ‘|<<’ to move to the back of the log or the ‘>>|’ key to move to the front of the log.

EventID - Displays the absolute number of an event (1 to 65,535). After 65,535 it starts with 1 again.

0001/0010 - The first number is the actual position in the event log (1 means it displays the newest event log entry. The second number displays the number of entries in the event log (max. 3,000).

The newest/last event will be displayed when the Event Log is entered.

4.9.2 PRINT EVENT LOG

Select option 2 from the Event Log menu, the following type of screen will bedisplayed:

This menu option is only available if at least one printer is configured.

The destination printer can be selected if more than one printer is configured.

Zone 000System Zone

TEST FINISHED

04-Feb-02 19:30:00- Empty -Information only 0001/0010

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Company Name

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Back

Event Log

<< >>>><<

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Event Log

>> - + Print

Destination :Default Printer

How far back:to start: 0010

How many entriesrequired: 0010

Lowest priorityof interest : 00 Print initiated

36 Doc. version 1


The priorities available are shown in the following table:

It is always printed from the selected priority (eg, Non Life Risk) to the Highest Priority (eg, Non Life Risk, Level 12, Life Risk Alarm and General Alarm).

4.9.3 FILTER

Select option 3 from the Event Log menu, the following type of screen will bedisplayed:

It is possible to view and to print the events of single categories. The category is selected by pressing the appropriate option number. It is also possible to select several categories, the selected categories are denoted by a ‘+’ sign.

Press F4 to view the selected categorie(s) as described in Section 3.8.1 or F5 to print the selected category(s) as described in Section 3.8.2.

Lowest Priority Information Only. Level 2. Expected Events. Isolates. Warnings. Visible Isolate. Other Faults. Critical Faults. Gas Alert. Alarm Threshold. Non-Life Risk . Level 12. Life Risk AlarmsHighest Priority General Alarm

1 - Fire -2 - Gas Alert -3 - Pre Alarm -4 - Supervisory -5 - Fault -6 - Isolate -7 - Test Mode -8 - Warning -9 - Information -

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Event Log

PrintView

Doc. version 1 37


4.10 VIEW/PRINT STATUS

Allows the following options to be viewed/printed. On networked systems, thestatus of any panel on the network may be viewed/printed:

Points Isolated

Points Untested/Failed (during Walk Test)

Point Values

View Faults (no print option)

Loop Point Counters (no print option)

Select option 6 from the Main menu, the following type of screen will be displayed:

4.10.1 VIEW/PRINT POINTS ISOLATED

Select option 1 from the View/Print Status menu, the following type of screen will be displayed:

If the panel is part of a networked system, another screen is displayed before the above screen where the panel number may be selected.

1 - Points Isolated2 - Pts Unt./Failed3 - Point Values4 - View Faults5 - Loop Point Ctrs

7 - Active Points8 - By Function

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View/Print Data

InputTotal : 004

Zone 001 -001 BPoint Text--------------------001 -002 BPoint Text

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Points Isolated

PrintOutput

38 Doc. version 1


Press F5 ‘Print’ to print a list of all isolated points.

The F2 Key selects either isolated inputs or isolated outputs.

Points which are completely isolated (input and output) will be shown in both lists.

4.10.2 VIEW/PRINT POINTS UNTESTED/FAILED

This option only works whilst still in Walktest.


If the panel is part of a networked system, another screen is displayed before the above screen where the panel number may be selected.

Press F5 to print the Untested/Failed points.

Points which are not tested or points which return the wrong condition are then listed.

Total : 004

Zone 001 -001 BPoint Text--------------------Zone 001 -002 BPoint Text

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Pts Untested/Failed

Print

Doc. version 1 39


4.10.3 VIEW/PRINT POINT VALUES


Select the panel number (if the panel is part of a networked system), loop and point number required.

‘>>’ - next field

‘_’ - the number is decremented

‘+’ - the number is incremented

Pressing F5 displays the following screen:

Press F5 to print the Point Values of the selected loop (not only the displayed point).

Panel 02

Loop PointA 002

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Point Values

Enter >> - +

Zone 002 B002South Building1st Floor CorridoorRoom 117 801H

Real: 801 H (020)Mode: 1 Sens.: 0 20 C (032)

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Point Values

Print

o

40 Doc. version 1


4.10.4 VIEW FAULTS


This option is view only.

4.10.5 VIEW LOOP POINT COUNTERS

This option is view only. Select option 5 from the View/Print Status menu, the following screen will be displayed:

Only the Loop will be shown if the panel is not networked.

Select the required panel (only if the panel is networked) and loop, then press the Enter key. The following message is displayed:

Please Wait...

for approximately 2 minutes until the count is complete, if no faults are found, the following type of screen will be displayed:

Total : 002

Zone 000 R10Zone 000 R12

MX Panel

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Company Name

Flt P 002

General

Back

View Faults

Panel02

LoopA

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Loop Point Counters

>> - + Enter

Doc. version 1 41


Configured - the number of points configured.

Conditions for ‘PASSED’

The number of configured points is equal the detected count of points on the loop.

There are no unconfigured points.

Detected points from left, right and both sides are equal.

If all conditions are not satisfied, the ‘ATTENTION’ screen will be displayed showing the relevant counters.

Configured - the number of points configured.

Conf & Ident - shows how many points are connected, identified and configured on the loop.

Not Conf. - shows how many points were identified on the loop but not configured.

Both Sides/Left Side/Right Side - Shows how many points on the loop are recognised by the panel. ‘Left Side’ and ‘Right Side’ is the count from both sides. ‘Both Sides’ means the detection of a closed loop.

If the value of ‘Conf & Ident’ is different to the number of installed devices, multiple reserved address may be the cause.

CounterLoop : A PASSED

Configured : 010

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Loop Point Counters

Details Scan

CounterLoop : A A T T E N T I O N

Configured : 010

Conf. & Ident: 009

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Loop Point Counters

Details Scan

42 Doc. version 1


4.10.5.1 DETAILS

Press the ‘Details’ key (F2), the following type of screen will be displayed:

All 250 addresses may be displayed using the ‘>>’ key.

The connection detail of each point is shown by the following symbols:

Function key F2 scrolls through the loop.

4.10.5.2 SCAN

Press the ‘Scan’ key (F3), the following type of screen will be displayed:

The points are shown which were detected from both sides (Left/Right).

They are displayed as follows:

o OK: point connected, configured and identified (eg, point 33 and points 60 to 64)Point was configured but not connected or identified (eg, point 21)

Point was not configured but connected (eg, point 6)

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Loop Point Counters

>>

DetailsLoop : APoint 0123456789 0 : ......u... 10 : .......... 20 : .c........ 30 : ...o...... 40 : .......... 50 : .......... 60 : ooooo..... 70 : .......... 80 : ..........

c

u

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Loop Point Counters

>>

Left / Right ScanLoop : APoint 0123456789 0 : ....l..... 10 : .......... 20 : .l........ 30 : ...*...... 40 : .......... 50 : .......... 60 : rrrrr..... 70 : .......... 80 : ..*.......

Doc. version 1 43


Function key F2 scrolls through the loop.

4.10.6 ACTIVE POINTS

Select option 7 from the View/Print Status Menu. The following type of screen will be displayed:

4.10.6.1 FIRE INPUTS

Select option 1 from the Active Points menu, the following screen will be displayed:

Empty (not used)

OK: detected from both sides (eg, points 33 and 82)

Only detected from left side (eg, points 4 and 21)

Only detected from right side (eg, 60 to 64)

.

*

l

r

1 - Fire Inputs2 - Non-Fire Inputs3 - Loop Outputs4 - Sounders

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Active Points

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Active Points

Current active pts.Total : 0

Iso&Act Print

44 Doc. version 1


Pressing Iso&Act (F2) will display the following screen:

Pressing Iso&For (F2) will display the following screen:

4.10.7 BY FUNCTION

Select option 8 from the View/Print Status Menu. The following type of screen will be displayed:

Screens for options 2, 3 and 4 are the same type as for option 1 Fire Inputs.

MX Panel

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Active Points

Isolated active ptsTotal : 0

Iso&For Print

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Active Points

Isolated active ptsTotal : 0

Iso&For Print

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By Function

1 - Fire Inputs2 - Non-Fire Inputs3 - Loop Outputs4 - Sounders5 - Protection Eqp.6 - Plant Equipment

Doc. version 1 45


4.10.7.1 FIRE INPUTS

Select option 1 from the By Function menu, the following screen will be displayed:

Select option 1 from the Fire Inputs menu, the following screen will be displayed:



MX Panel

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Fire Inputs

1 - Active2 - Fault3 - Isolated

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Active Fire IPs

Panel: 1Total : 0Page : 0/ 0

MX Panel

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Company Name

General

Back

Fire IPs in Fault


46 Doc. version 1


4.11 SERVICE


The Maintenance and Diagnostics options are only available at Customer Manager level and will not be displayed for lower levels.

4.11.1 WALK TEST

When selected, this option allows single or multiple points to be tested without an alarm being raised.

Press 1 from the Service menu.

Only one Walk Test session can be active at one time.

MX Panel

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Isolated Fire IPs


1 - Walk Test2 - Maintenance

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Service

Doc. version 1 47


Use the ‘>>’, ‘-’ and ‘+’ keys to select the required options. The Panel number is only displayed when it is part of a networked system.

Depending on the selected settings, the display will change. The following screen is an example of ‘Area’ selected as ‘Point’.

To start the Walk Test press F5.

Possible Settings

Panel

Panel selection is only available for panels that are in a networked system.

Area

All Walk Test of all elements of a specific type.(Selection in the field ‘Type’ eg, callpoints).

Zone Walk Test of all elements of a specific type in a special zone.

Point Walk Test of the input of a single point.

Panel : 01Area : AllType : InputLoop : All

Mode : MANUAL

Multisensor : Part

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Walk test

>> + - Start

Panel : 01Area : PointType : InputLocation : LoopZone : 01Point : 01

Mode : MANUAL

Multisensor : Part

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Walk test

>> + - Start

48 Doc. version 1


Type

Loop

Only with Area as ‘All’ or ‘Zone’.

Walk Test of all loops or of a specific loop (A, B, C or D).

Location

Only with Area selected as ‘Point’.

Zone


Point


Selection of a specific zone is possible.

Mode

MANUAL

Detectors to be tested manually.

AUTOMATIC

Only if type selected is ‘detector’

813P

This mode is only available if an 813P detector is configured. If an 813P detector fails this test, it must be manually tested to confirm the failure.

Multisensor

It is only possible to select either ‘Automatic’, ‘Lasertest’ or ‘Multisensor. The panel itself prevents selection of more than one option.

Input Walk Test of all inputs.Detectors Walk Test of detectors.Alarm I/Ps Walk Test of default inputs covered by

supergroup ‘Fire Alarm Inputs SG’.Call Points Walk Test of call points.Sounders Walk Test of sounders by loop or all

loops plus FIM sounders.

Loop A point on the loop.

Loop Selection of a specific zone is possible.

Self test will be carried out by detectors.The following detectors support the self test function:

801PH801CH801I

801PHEx801CHEx

FullPart

Doc. version 1 49


If ‘Full’ Walk Test is selected, both modes of the detector must be activated (eg, both heat and optical mode for 801PH).

If ‘Part’ Walk Test is selected, the detector has to be activated in the mode in which it is operating (eg, for 801PH optical and heat, both modes active, then activation of either the optical or heat will activate the processing. If only the heat mode is active, then only activation of the heat mode will create an alarm.

4.11.1.1 ALL INPUTS

Select the following settings:

Area: All

Type: Input

Loop: All

Press F5 to start the Walk Test.

The following screen shows an example for the Walk Test ‘All Inputs’ option:

Press F3 to display selected settings.

Press F5 to end Walk Test.

CAUTION:

THE FINISHING OF A WALK TEST IS ONLY POSSIBLE IF ALL POINTS IN THE WALK TEST ARE INACTIVE.

Selected: Number of points selected by the test.Excluded: Number of Points not in Walk Test (ie,

points isolated).Been Active: Number of points which have been

activated during Walk Test.Been Clear: Number of points which were not

active when starting Walk Test.Successful: Number of tested points.Curr.Active: Points which are currently active.TestZ: Number of zones which are in Walk

Test. The pointer is only counted if all points in a zone are in Walk Test.

All Inputs

Selected : 007Excluded : 000Been Active : 005Been Clear : 007Successful : 005Curr.Active : 000

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Walk test

Settings End

TestZ 001

50 Doc. version 1


4.11.1.2 SOUNDERS

Select ‘Sounders’ in the Type field.

No results will be shown on the display. The selected sounders will be activated in a pulsing mode.

4.11.1.3 POINT

Select the following settings:

Press F5 to start the Walk Test.

The following screen shows an example for the Walk Test of ‘Point Input’:

Press F3 for a display of selected settings.

Press F5 to end Walk Test.

CAUTION:

THE FINISHING OF A WALK TEST IS ONLY POSSIBLE IF ALL POINTS IN THE WALK TEST ARE INACTIVE.

Area: Point.Type: Input (appears automatically).Location: Loop (appears automatically).Zone: Required number.Point: Required number.

Selected: 1, if point is in Walk test.Excluded: 1, if point is not in Walk Test (ie, if point

is isolated).Activations: 1, if point was activated during Walk

Test.Curr.Active: Yes, if point is currently active.TestZ 001 Number of zones which are in Walk

Test. (The pointer is only counted if all points of a zone are in Walk Test. If one detector on the zone is switched off, the pointer is not decreased. In the case of Walk Test for one point, the pointer is only decreased if that point is the only point on the zone).

Point I/P onlyZone 006 A007

Zone 06Call alarm in roomCP820

Selected : 1Excluded : 0Activations : 0Curr.Active : NO

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Walk test

Settings End

TestZ 001

Details

Doc. version 1 51


4.11.2 MAINTENANCE

Press 2 from the Service menu. The following type of screen will be displayed:

4.11.2.1 VIEW FIRE ALARM CYCLE COUNT

When selected, the number of Alarm sequences may be viewed.

Press 1 from the Maintenance menu. The following type of screen will be displayed:

4.11.2.2 VIEW/PRINT MAINTENANCE REQUEST

When selected, this option displays a list of detectors which are near the limit of their threshold compensation limit.


1 - Fire Cycle Count

3 - Maint. Request4 - Battery Test

6 - Project Numbers7 - S/W Versions

9 - Menu Points

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Maintenance

Count :

0025

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Fire AL.Cycle Count

52 Doc. version 1


Press F5 to print the Maintenance Request.

4.11.2.3 BATTERY TEST

When selected, this option allows the state of the battery and the charger current to be displayed.


4.11.2.4 PROJECT NUMBERS

When selected, this option allows the project and MX CONSYS information to be displayed.


Total : 003

Zone 002 B002Zone 004 A126Zone 008 B006

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Maintenance Request

Print

Battery State :Battery Low

Battery Voltage :20.764 V

Charger Current :00.500 A

MX Panel

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Company Name

General

Back

Battery Test

Project:Queen El. Hospital

Consys: V10.0Version: 34Created:21-Jul-07 10:18Downloaded:27-Jul-07 08:20

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Company Name

General

Back

Project Numbers

Doc. version 1 53


4.11.2.5 SOFTWARE VERSIONS

When selected, the software versions of the following are displayed:

Firmware

Local I/O

Each Loop

Each MPM

Network card (if fitted)


Press F5(+) for additional details of the software versions.

4.11.2.6 MENU POINTS

When selected, this option allows any configured point displayed to be operated by pressing the appropriate number button, this will toggle from OFF to ON and ON to OFF.


-Firmware V 10.0 -Bootrom V 1.2 -Local I/O V 1.0 -Loop A V 2.1 -Loop B V 2.1 -OCM00 V 2.0 -OCM01 V 2.0

MX Panel

Thu, 26-Jul-07 14:15

Company Name

General

Back

Software Versions

+ Print

MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Menu Points

>>

Menu Point 1: OFFIsolate Zone

Menu Point 2: ONSensit.Change

Menu Point 3: -Unconfigured-

Menu Point 4: -Unconfigured-

ON

54 Doc. version 1


4.11.3 CONFIGURATION

Press 8 from the Main menu. The following screen will be displayed:

‘Menu option 9- Restart’ will only be displayed if text has been changed and the changes saved.

RESTRICTIONS ON THE USE OF THE FOLLOWING OPTION

When using Configuration menu option 1, ALWAYS commit configuration changes by using ‘Menu option 9 - Restart’ before leaving the panel.

Avoid ‘inactivity’ timeouts.

NEVER use the ‘Back’ option from the configuration menu if ‘Menu option 9 - Restart’ is showing.

If you do not want to commit changes, by using ‘Menu option 9 - Restart’, option, turn the keyswitch to ‘OFF’ position to avoid a timeout situation, do NOT USE the ‘Back’ option.

Configuration changes across a network are possible, but changes to more than one panel at a time MUST NOT be attempted within one session. When a panels configuration has been changed, it must be restarted using menu option 9 ‘Restart’.

Failure to comply with these restrictions may lead to unpredictable effects or system instability.

4.11.3.1 CHANGE TEXT

Press 1 from the Configuration menu. The following screen will be displayed:

MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Configuration

1 - Change Text

MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Change Text

1 - Point Text2 - Zone Text3 - Sector Text4 - Panel Text5 - Info Text

Doc. version 1 55


4.11.3.2 POINT TEXT MODIFY

Press 1 from the Change Text menu. The following screen will be displayed:

Select the required loop and point then press Enter. The following type of screen will be displayed:

‘>>’ - copies the ‘old text’ to the ‘New text’ position.

‘-’ moves the cursor back one position.

‘+’ moves the cursor forward one position.

Modify the old text or insert new text using the alphanumeric keypad, when finished press Enter.

Pressing the scroll up key allows text to be entered in upper case.

Pressing the scroll down key changes to lower case text.

The message ‘Save Data?’ appears and the functions change F4 to ‘Yes’ and F5 to ‘No’. Selecting F5 allows the text modifications to be changed.

Selecting F4 ‘Yes’ displays the message:

Please wait.....

then the following screen is displayed:

MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Point Text Modify

Loop : APoint : 001

>> - + Enter

MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Point Text Modify

Zone 255 -007 A

Old textCallp. alarm room

New text

>> - + Enter

56 Doc. version 1


It is now possible to change the text for another Point.

Selecting F1 ‘Back’ will display the following screen:

Only ‘Change Text’ and ‘Restart’ are available allowing more points to be changed or using ‘Restart’ to allow the changes to take effect.

4.11.3.3 ZONE TEXT MODIFY


Select the required and press Enter. The following type of screen will be displayed:

MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Change Text

1 - Point Text

MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Configuration

1 - Change Text

9 - Restart

MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Zone Text Modify

Zone : 001

- + Enter

Doc. version 1 57






The message ‘Save Data?’ appears and the function change F4 to ‘Yes’ and F5 to ‘No’. Selecting F5 allows the text modifications to be changed.


Please wait.....


It is now possible to change the text for another Zone.


MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Zone Text Modify

Zone : 001

Old textZone 01

New text

>> - + Enter

MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Change Text

2 - Zone Text

MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Configuration

1 - Change Text

9 - Restart

58 Doc. version 1


Only ‘Change Text’ and ‘Restart’ are available allowing more points to be changed or using ‘Restart’ to allow the changes to take effect.

4.11.3.4 SECTOR TEXT MODIFY


Select the required sector, then press Enter. The following type of screen will be displayed:







Please wait.....

MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Sector Text Modify

Sector : 001

- + Enter

MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Sector Text Modify

Sector 001

Old textSector 01

New text

>> - + Enter

Doc. version 1 59



It is now possible to change the text for another Sector.


4.11.3.5 PANEL TEXT MODIFY


Select the required Panel.




MX Panel

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Company Name

General

Back

Change Text

3 - Sector Text

MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Configuration

1 - Change Text

9 - Restart

MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Panel Text Modify

Panel 00

Old Text ADT

New Text

Enter>> - +

60 Doc. version 1





Please wait.....


It is now possible to change the text for another Panel.


4.11.3.6 INFO TEXT MODIFY

This option allows Info Text created in CONSYS to be modified. Press 5 fromthe Change Text menu. The following screen will be displayed:

MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Change Text

4 - Panel Text

MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Configuration

1 - Change Text

9 - Restart

MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Info text modify

- + Enter

Infotext No. : 001

Doc. version 1 61


Using the ‘+’ and ‘-’ keys select the Info Text message to modify, then press‘Enter’.

The following type of screen will appear:

The ‘>>’ key deletes all text.

The ‘+’ key advances the cursor one space, the ‘-’ key goes one space back.

Use the alphanumeric keys to modify the text, when finished, press ‘Enter’.

The following screen will be displayed:

MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Info text modifyInfotext No. : 001

+ Enter

This zone is in aHazardous AreaSpecialprecautionsare required

->>

MX Panel

Wed, 01-Mar-08 14:15

Company Name

General

Back

Info text modifyInfotext No. : 001

Save data?

Yes No

This zone is in aHazardous AreaSpecialprecautionsare required

62 Doc. version 1


5 ROUTINE CHECKS

5.1 GENERAL

In order to comply with the requirements of British Standard BS 5839 Part 1, the installation must be checked on a regular basis by a responsible member of staff to confirm that the controller and all ancillary devices are operating correctly. The required routine checks are described in the following paragraphs.

5.2 DAILY CHECKS

Proceed as follows:

1 Ensure the front panel of the controller is indicating a normal condition (ie, no alarm or fault LEDs are lit and the LCD is displaying the date and time).

If the panel is not indicating a normal condition record the condition in the log book and take any necessary action.

2 Check that any fault recorded on the previous day has received attention.

5.3 WEEKLY CHECKS

These checks would normally be carried out by a responsible member of the customer’s staff.

WARNING:

WARN ALL PERSONNEL THAT THE SOUNDERS ARE ABOUT TO BE TESTED.

Proceed as follows:

1 If necessary, clean the front panel of the controller with a suitable cleansing agent.

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2 Set one device (either a callpoint or detector) from one zone into alarm and check that the system responds as follows:

• The controller’s internal buzzer sounds in a continuoustone.

• The two red ‘FIRE’ LEDs on the controller front panel light.

• The appropriate red ‘FIRE ZONAL’ LED flashes (ifconfigured).

• The general and zonal sounders operate.

• The alphanumeric display gives the location of the alarm.

1 Record the device used to initiate the test in the site log book and reset the controller.

2 Check the condition of the printout on any printers attached to the system and replace the ribbon if it is becoming feint.

3 Ensure that each printer has an adequate supply of paper.

Any defect should be recorded in the log book and appropriate action taken.

64 Doc. version 1

V1.0/13/11/08

Tyco Safety Products

Dunhams Lane

Letchworth Garden City

Hertfordshire

SG6 1BE

120.415.992

MINERVA_MZX_125-250_User_Manual.pdf

Documents

Transcript of MINERVA_MZX_125-250_User_Manual.pdf