Comment Sheet No: SPO/18/04107 23 Nov 2018

Bureau Veritas Marine & Offshore O. Mail Ref. : SPO/18/04107

BV Reg. No : 34850H Project : RAMPARTS 2800DF Hull No : PX1098

Shipbuilder(s) : PAXOCEAN ENGINEERING ZHUHAI CO. LTD.

Electricity & Automation – Drawings

Comment
Drawing No Rev. Title Approval stamp
status
TYCO-FDS (00) Fire Detection & Alarm System 01 (01b) Class Cleared

Approval stamp legend :

01 : reviewed
01b : reviewed with comments

Note :

Meaning of comment type

Comment type Meaning
the manufacturer or shipbuilder should reply the issued comments to the satisfaction of our
To be dealt with
attending Surveyor.
the manufacturer or shipbuilder should reply the issued comments to the satisfaction of our Plan
To be re-submitted
Approval Office, without which the survey at works or shipbuilders cannot be completed.
Note For information. No reply expected.

Page 1/5
 Comment Sheet No: SPO/18/04107 23 Nov 2018
Bureau Veritas Marine & Offshore O. Mail Ref. : SPO/18/04107

BV Reg. No : 34850H Project : RAMPARTS 2800DF Hull No : PX1098

Shipbuilder(s) : PAXOCEAN ENGINEERING ZHUHAI CO. LTD.

Fire & Safety – Drawings

Comment
Drawing No Rev. Title Approval stamp
status
TYCO-FDS (00) Fire Detection & Alarm System 01b (01b) Class Pending

Approval stamp legend :

01b : reviewed with comments

Page 2/5
 Comment Sheet No: SPO/18/04107 23 Nov 2018
Bureau Veritas Marine & Offshore O. Mail Ref. : SPO/18/04107

BV Reg. No : 34850H Project : RAMPARTS 2800DF Hull No : PX1098

Shipbuilder(s) : PAXOCEAN ENGINEERING ZHUHAI CO. LTD.

Fire & Safety – Comments on sets of drawings

ID : LPO1443524 Drawings :
Note N° TYCO-FDS (00) Fire Detection & Alarm System
Status : Submitted N° TYCO-GDS 1a' Fixed Gas Detection System
__________________________________________________________________________________
Document Review : (K. Prakash (BV SINGAPORE) on 07 Oct 2018 )
The document has been reviewed within the scope of BV Rules NR 529 Rev.02 (2017), NR 566
Rev.02 and IGF Code MSC.391(95).

Electricity & Automation - Comments on drawings

Drawing number TYCO-FDS Rev (00) Approval stamp : 01 (01b) Class

Fire Detection & Alarm System

Comments created on previous revisions(s)

ID : LPO1443528 G.A Interface Panel(Page No: 208~211) : (K. Prakash (BV SINGAPORE) on 07 Oct 2018 )
To be re-submitted The Title in the drawing, number of sounder circuit etc.. shall be modified in line with 50T BP Dual
Fuelled Harbour Tug Project Single Line Diagram (Refer Page No: 11 of 211).
Status : Cleared
__________________________________________________________________________________
Manufacturer : (Johnson Controls on 16 Oct 2018)
Noted, will revised drawing and re-submit.
__________________________________________________________________________________
LPO : (Krishna Prakash / BV SINGAPORE on 31 Oct 2018)
Please modify the G.A Interface Panel (Page No: 208~211) in line with above comment and same to
be submitted.
__________________________________________________________________________________
Conclusion : (K. Prakash on 22 Nov 2018)
Drawing has been modified. Comment closed.

Page 3/5
 Comment Sheet No: SPO/18/04107 23 Nov 2018
Bureau Veritas Marine & Offshore O. Mail Ref. : SPO/18/04107

BV Reg. No : 34850H Project : RAMPARTS 2800DF Hull No : PX1098

Shipbuilder(s) : PAXOCEAN ENGINEERING ZHUHAI CO. LTD.

Fire & Safety - Comments on drawings

Drawing number TYCO-FDS Rev (00) Approval stamp : 01b (01b) Class

Fire Detection & Alarm System

Comments created on previous revisions(s)

ID : LPO1443525 Fixed Fire Detection and Alarm System (NR 529, Part A-1, 11.7.1) : (K. Prakash (BV SINGAPORE)
on 07 Oct 2018 )
To be re-submitted
A fixed fire detection and fire alarm system complying with the Fire Safety Systems Code shall be
Status : Cleared
provided for the ventilation trunk to the tank connection space and in the tank connection space.
__________________________________________________________________________________
Manufacturer : (Johnson Controls on 16 Oct 2018)
Based on Tyco Design we will supply additional detector for TCS area. See latest design drawing.
Attachments:
- FDS - 50 MT.BP.LNG-FUELLED TUG_H1098.pdf
__________________________________________________________________________________
LPO : (Krishna Prakash / BV SINGAPORE on 16 Oct 2018)
1) Please note that Smoke detectors alone shall not be considered sufficient for rapid detection of a
fire. Fusible plugs are considered as acceptable means for rapid detection of a fire. Please modify the
detection equipment in following areas. (NR 529, Part A-1, 11.7)
a) Fuel preparation rooms (i.e TCS).
b) Enclosed and semi enclosed bunkering stations.

2) Fire Detector shall be provided in the ventilation trunk of the tank connection spaces.
__________________________________________________________________________________
Manufacturer : (Johnson Controls on 23 Oct 2018)
Noted, Tyco existing design include TCS and bunkering stations, we will add device to protect
ventilation trunk of the tank connection spaces also. See attachment file.
Attachments:
- Pax-Ocean - 50T BP Dual Fuelled Harbour Tug - 1098 - FDS - Design drawing.pdf
__________________________________________________________________________________
LPO : (Krishna Prakash / BV SINGAPORE on 23 Oct 2018)
Please note that Smoke detectors alone shall not be considered sufficient for rapid detection of a fire.
Fusible plugs are considered as acceptable means for rapid detection of a fire. Please modify the
detection equipment in following areas. (NR 529, Part A-1, 11.7)
a) Fuel preparation rooms (i.e TCS).
b) Enclosed and semi enclosed bunkering stations.
__________________________________________________________________________________
Manufacturer : (Johnson Controls on 31 Oct 2018)
We are supply multifunction detector here (combined Smoke and heat Detector), and based on manual
page 5 (The detector is designed to detect sudden horizontal draughts of hot air produced by fast
burning fires).
So Tyco confirm existing design for TCS and bunkering stations sufficient enough
Attachments:

Page 4/5
 Comment Sheet No: SPO/18/04107 23 Nov 2018
Bureau Veritas Marine & Offshore O. Mail Ref. : SPO/18/04107

BV Reg. No : 34850H Project : RAMPARTS 2800DF Hull No : PX1098

Shipbuilder(s) : PAXOCEAN ENGINEERING ZHUHAI CO. LTD.

Fire & Safety - Comments on drawings

Drawing number TYCO-FDS Rev (00) Approval stamp : 01b (01b) Class

Fire Detection & Alarm System

- 801PHEx_(APPLICATION & DESIGN INFORMATION).pdf

__________________________________________________________________________________
LPO : (Krishna Prakash / BV SINGAPORE on 31 Oct 2018)
The fire detector as fitted in ventilation trunk to the tank connection space shall be Ex-type. Please
modify.
__________________________________________________________________________________
Conclusion : (K. Prakash on 22 Nov 2018)
Drawing has been modified. Comment closed.

ID : LPO1443526 BV Product Certificate for MX/T2000 : (K. Prakash (BV SINGAPORE) on 07 Oct 2018 )
To be dealt with The BV Product Certificate for Fire Detection and Fire Alarm Control Unit (MX/T2000) shall be
submitted to on-board attending surveyor.
Status : Pending

ID : LPO1443529 Fire Detection and Alarm System (NR 566, Ch 4, Sec 3, 3.1) : (K. Prakash (BV SINGAPORE) on 07
Oct 2018 )
To be re-submitted
The fire detection and alarm system shall be provided in Mezzanine Deck (P & S) - Lower Deck
Status : Cleared
(Category- 6).
__________________________________________________________________________________
Manufacturer : (Johnson Controls on 16 Oct 2018)
Noted, Tyco will add smoke detector for this area only, it is unmanned area. Tyco will not put sounder
there.
Attachments:
- FDS - 50 MT.BP.LNG-FUELLED TUG_H1098.pdf
__________________________________________________________________________________
Conclusion : (K. Prakash on 18 Oct 2018)
Drawing has been modified. Comment closed.

ID : LPO1443530 Type Approval Certificate : (K. Prakash (BV SINGAPORE) on 07 Oct 2018 )
To be re-submitted The type approval certificate for Relay Interface Module (RIM800) shall be submitted.
Status : Cleared __________________________________________________________________________________
Manufacturer : (Johnson Controls on 16 Oct 2018)
Noted, see attachment Certificate for your reference (this BV Certificate just expired@ Aug 2018, now
Tyco on processing renew Certificate). We will submit latest BV certificate once available.
Attachments:
- BV_12830_C2_BV_RIM_HVR_DIM_DDM_30AUG2018.pdf
__________________________________________________________________________________
Conclusion : (K. Prakash on 18 Oct 2018)
Noted. Comment is closed.

Page 5/5
 Type of document Document No.

COVER PAGE TYCO-FDS-001

Hull Date of issue Rev. No. Rev. date Approved by Class
FIRE & SECURITY
MARINE SERVICES SINGAPORE
H1098 06-Aug-17 00 Manoj BV
System Project Name Client.
FIRE DETECTION AND Pax-Ocean - 50T BP Dual Fuelled
ALARM SYSTEM Harbour Tug Pax Ocean

50T BP Dual Fuelled Harbour Tug

FIRE DETECTION AND ALARM SYSTEM

34850H

Singapore, 23-Nov-2018

SEE COMMENT SHEET NO: SPO/18/04107

 BUREAU VERITAS
Tyco Fire & Security Services Pte Ltd
Stamped
document, refer to 1st page
31 International Business Park #03-02
Singapore 609921
Tel: +65-6389-8888
Fax:+65-6389-8999
www.tycoasia.com

Project : 50T BP Dual Fuelled Harbour Tug

Hull Number : H1098

System : Fire Detection & Alarm System

Ship Yard : Pax Ocean

Classification : Bureau Veritas

Designed & Supply By : Tyco Fire & Security Services Pte Ltd
31 International Business Park #03-02
Singapore 609921
Tel. (65) 6389-8756 Fax. (65) 6389-8999
Email : kjyan@tycoint.com;

Issued in Aug 2017

Revision 0

0 03/08/17 Issued for Approval

Rev. Date : Description
 BUREAU VERITAS
Type of document Document No.
Stamped document, refer to 1st page
TABLE OF CONTENTS TYC0-FDS-002
Hull Date of issue Rev. No. Rev. date Approved by Class
FIRE & SECURITY
MARINE SERVICES SINGAPORE
H1098 03-Aug-17 00 Manoj BV
System Project Name Client.
FIRE DETECTION AND
ALARM SYSTEM 50T BP Dual Fuelled Harbour Tug Pax Ocean

02
TABLE OF CONTENTS

NO. TITLE

TYCO-FDS-001 COVER PAGE

TYCO-FDS-002 TABLE OF CONTENTS

TYCO-FDS-003 DESIGN PHILOSOPHY

TYCO-FDS-004 DESIGN DRAWINGS

TYCO-FDS-005 DATASHEETS

TYCO-FDS-006 APPROVAL CERTIFICATES

TYCO-FDS-007 TESTING AND COMMISSIONING FORMS

TYCO-FDS-008 INSTALLATION AND COMMISSING MANUALS

TYC0-FDS-009 OPERATION AND USER MANUALS

TYCO-FDS-010 SERVICE AND MANTENANCE MANUALS

TYCO-FDS-011 STANDARD DRAWINGS

 BUREAU VERITAS
Type of document Document No.
Stamped document, refer to 1st page
DESIGN PHILOSOPHY TYCO-FDS-003
Hull Date of issue Rev. No. Rev. date Approved by Class
FIRE & SECURITY
MARINE SERVICES SINGAPORE
H1098 03- Aug-17 00 Manoj BV
System Project Name Client
FIRE DETECTION AND
ALARM SYSTEM 50T BP Dual Fuelled Harbour Tug Pax Ocean

03
DESIGN PHILOSOPHY
 BUREAU VERITAS
Type of document Document No.
Stamped document, refer to 1st page
DESIGN DATA FIRE DET-DSN
Hull Date of issue Rev. No. Rev. date CLASS Page

H1098 03- Aug-17 0 BV Page 1 of 1

System Subject Ref.

FIRE DETECTING &

50T BP Dual Fuelled Harbour Tug Pax Ocean
ALARM SYSTEM

SYSTEM : FIRE DETECTION & ALARM SYSTEM

DESIGN DATA.

The system is designed to meet the strict requirements specified under the SOLAS (1974 and
amendments) chapter Π/2 regulation 13. All electrical cables used in the installation of the system
will have to comply with the I.E.C. publication 332.3 or I.E.E.E. std-45.The system is divided into
a number of detection/monitoring zones based on the conventional fire/smoke monitoring concept
and strictly complying to the requirements of classification. The following is a list of monitoring
space to be detected:

Loop A – BRIDGE DECK, LOWER ACCOMMODATION PLAN, MAIN DECK

Loop B – MAIN DECK, HOLD PLAN
Loop C – HOLD PLAN
Loop D – FOR MODULE ONLY
 BUREAU VERITAS
Type of document Document No.
Stamped document, refer to 1st page
DESIGN DRAWING TYCO-FDS-004
Hull Date of issue Rev. No. Rev. date Approved by Class
FIRE & SECURITY
MARINE SERVICES SINGAPORE
H1098 02-Nov-17 1b Manoj BV
System Project Name Client
FIRE DETECTION AND
ALARM SYSTEM 50T BP Dual Fuelled Harbour Tug Pax Ocean

04
DESIGN DRAWING
 BUREAU VERITAS
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 BUREAU VERITAS
Type of document Document No.
Stamped document, refer to 1st page
DATASHEET TYCO-FDS-005
Hull Date of issue Rev. No. Rev. date Approved by Class
FIRE & SECURITY
MARINE SERVICES SINGAPORE
H1098 03-Aug-17 00 Manoj BV
System Project Name Client
FIRE DETECTION AND
ALARM SYSTEM 50T BP Dual Fuelled Harbour Tug Pax Oeacon

05
DATASHEET
PSF126UM.qxp 20/03/2006 16:49 Page 1

BUREAU VERITAS

MINERVA® Marine Stamped document, refer to 1st page

MX T2000 Panel Range

Features:

Enhances fire detection and eliminates unwanted

alarms using “fuzzy logic”
Assists fire fighting and training by providing
on-screen risk management information
Helps fire crews by giving smoke density and
temperature readings in the affected areas
Simplifies maintenance by pin-pointing faults
Enables remote fault finding to be carried out
Flexible interfacing with graphic management
systems

MINERVA® Marine Panel Range The decision to sound the alarm is made at the
controller allowing adjustments and compensations
MINERVA® MX is a comprehensive range of fire to be made for changes in environmental conditions.
controllers designed and built to BSEN ISO9001/2 In short, maximum security whilst minimising the risk
and EN54. An advanced proven microprocessor of false alarms.
based system, MINERVA® MX provides conventional
and digital addressable detection for new, refurbished Modular in design MINERVA® MX provides
and refitted detection systems. economical fire detection for small vessels but is also
flexible enough to implement the complex event
A wide range of detectors and ancillaries makes procedures required in larger ones. Detectors are
MINERVA® MX suitable for applications from general controlled in groups of up to 240 zones all software
cargo vessels to large passenger vessels and offshore configurable, so avoiding the expensive need to
installation. hardwire each zone back to the control panel. Further
savings are made possible by harnessing the power of
What should you expect of your fire the latest micro-processing technology to enable a
detection system? single loop of two-core cabling to carry both detection
In broad terms: cost effective reliability and flexibility. and command signals.
In today's vessels under today's conditions you should
also be looking for ease of operation, flexible Backwards compatibility is also achieved by using an
programming, precise fire source pin-pointing and the ancillary module which allows existing fire systems to
kind of circuitry and sensitivity which ensures rapid be updated and extended cost effectively, utilising
activation in the event of a fire. existing wiring where possible and with minimal
disruption. Other ancillary modules offer even greater
MINERVA® MX meets all these system flexibility: short circuit sensing isolation
expectations as a matter of course ensures the T2000 continues in operation, even if a
T2000 is a comprehensive range of fire controllers wiring fault occurs. Local sounder activation further
designed and built to BSEN ISO9001/2 by the reduces wiring costs and switch monitoring allows
world’s leading fire and security company. The T2000 easy interface to a vessels machinery control system.
has been approved by all the major marine authorities.
Further flexibility and installation savings can be made
An advanced proven micro-processor based system using the loop power T2000 options. Loop powered
MINERVA® MX provides conventional as well as T2000 panels allow sounders to be powered from
addressable detection at the price of today's the same loop wires that carry communications and
conventional systems. power to the detectors and other ancillaries.

Fire Detection
PSF126UM.qxp 20/03/2006 16:49 Page 2

BUREAU VERITAS
Stamped document, refer to 1st page
MINERVA® MX Key Functions
Thanks to powerful software each zone can be given a tailor-made The displayed temperature and smoke density reading allows the
response text message to help locate the source of a fire. Software operator to quickly visualise the situation and select the appropriate
configuration and reconfiguration can be carried out on site, with procedures to be implemented.
minimum disruption and the avoidance of system down time. Correct
execution of the software is ensured by twin micro-processors that For management information, a printer can also be connected to the
perform watchdog functions on each other. T2000 providing a hard copy of events. The T2000 has the capacity
to store up to 3000 events in its memory. Finally a weekly test
MINERVA® MX sounders can be set for either continuous, pulse, or a reminder facility can be built in, while a walk-test facility allows truly
combination of two tones via the system software. cost-effective systems checking by a single operative.
To aid the rapid location of fire, remote repeater panels or geographical
mimics can be connected to the controllers for greater monitoring
convenience, as can visual display units.
T2000
The T2000 panels are intelligent EN54 • CPU800 32 bit processor and memory
approved and marine approved sub-panels, card
which can be networked. • Optional network card, additional loop
card(s) and remote diagnostic modem
A test report detailing compliance to naval test
• Optional IOB800 input/output expansion
requirements for Shock , Vibration & EMC
card mounted on the PSB800
(NES814 , NES 1004 Iss 2 & DefStan 59-41)
is available . The panel can also be ordered The panel has a strong cast aluminium front
with a factory test certificate and label which door, which incorporates a modular user
references this test report. interface that fully complies with EN54:pt.2.
The user interface incorporates the ODM800
The T2000 panel is supplied with 2 loops and
operator display module with a 16 x 40-
is expandable to eight loops using additional
character backlit LCD display, simple
loop expansion cards. The panel will support
alphanumeric keypad and 5 softkeys. The
up to 1000 addressable devices.
OCM800 module provides all mandatory
The PSB800MK power expansion kit can operator control keys and LED functions
provide additional power for the extra loops. including Manned/Unmanned switching.
Two control keys and 2 indication LEDs are
The panel consists of a strong stainless steel or provided for vessel-specific functions.
mild steel enclosure containing:
Control keys and LEDs are labelled in English
• PSB800 5A 24Vd.c. battery backed power
according to the default approved
supply and loop booster to EN54:pt.4
functionality. The slide in decals can be
• FIM800 field interface PCB incorporating
reversed and alternative text added.
two MX DIGITAL loops

T2000 Repeaters
The MINERVA® MX full function repeater is an The back box contains the PSM800 power
EN54 Marine approved repeater with optional supply and space for 2 x 7 Ah batteries to
addressable EN54:Pt.4 power supply. The provide 72 h backup.
repeater consists of a stainless steel or mild
steel backbox and cast aluminium front door The T2000 repeater with Power Supply is
which incorporates the ODM800 operator connected to the Panel via the remote bus
display module with a 16 x 40-character (RS485, 1200 m distance). A maximum of 7
backlit LCD display, simple alphanumeric repeaters (including one MX REMOTE
keypad and 5 softkeys. The OCM800 repeater) can be linked to each T2000 panel
operator control module provides all and can provide full repeater functions for all
mandatory operator control keys and LED panels on the system.
functions including Manned/Unmanned
The operator control module (OCM800) can
switching. Two control keys and 2 indication
support up to 80 inputs and outputs in the
LEDs are provided for vessel-specific
form of LED annunciators, IOB800
functions.
input/output modules, XIOM universal I/O
Control keys and LEDs are labelled in English modules or the XIOM 800 LED mimic
according to the default approved module.
functionality. The slide in decals can be
reversed and alternative text added.
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T2000CV
The T2000 panels are intelligent EN54 The panel has a strong cast aluminium front
approved and marine approved panels, door, which incorporates a modular user
designed for commercial vessels where a interface that fully complies with EN54:pt.2.
large networked system is not required. The user interface incorporates the ODM800
operator display module with a 16 x 40-
The T2000CV panel provides three
character backlit LCD display, simple
loops supporting up to 750 addressable
alphanumeric keypad and 5 softkeys. The
devices
OCM800 operator control module provides
The panel consists of a mild steel enclosure, all mandatory operator control keys and LED
containing: functions including Manned/Unmanned
switching. Two control keys and 2 indication
• PSB800 5A 24Vd.c. battery backed power LEDs are provided for vessel-specific
supply and loop booster functions.
• FIM801CV field interface PCB incorporating
one MX DIGITAL loop Control keys and LEDs are labelled in English
• CPU800 32 bit processor and memory according to the default approved
Card functionality. The slide in decals can be
• XLM800 loop expansion card containing reversed and alternative text added.
two MX Digital loops
• Optional remote diagnostic modem
• Optional IOB800 input/output expansion
card mounted on the PSB800

T2000R CV indicating repeater

The T2000R CV indicating repeater is an The T2000R CV indicating repeater is
EN54 Marine approved repeater (24Vdc connected to the Panel via the remote bus
Supply). (RS485, 1200 m distance). A maximum of 7
The repeater consists of a mild steel backbox repeaters (including one MX REMOTE
and cast aluminium front door which repeater) can be linked to each control panel
incorporates the ODM800 operator display and can provide repeater functions for all
module with a 16 x 40-character backlit LCD panels on the system.
display, simple alphanumeric keypad and 5 The repeater can support up to 80 inputs and
softkeys. outputs in the form of LED annunciators,
Operator controls comprise a panel buzzer IOB800 input/output modules, XIOM
silence button , status LED’s are provided for universal I/O modules or the XIOM 800 LED
fire , fault and power on indication. mimic module.
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Interfacing Options

MX Remote
PC
OEM
Interface

Modem

Modem

Max distance between Max distance between

nodes is 1000m using nodes is 3000m using
MICC cable twisted/sheilded pair cable
MX CCU
TLI800

Network
Interface
MX Graph
To PLC
TLO530 TLO530
Fibre Fibre
Interface Interface
Max distance between
nodes is 4000m using
fibre optic cable
VDR

Up to 99 MX/T2000 sub-panels can be linked together provid-

ing unrivalled design flexibility (T2000 Only).

Interfacing to PLCs Peer-to-Peer Interface to 3rd Party Systems

An industrial standard protocol is available to allow the Unique protocol to allow development of peer-to-peer interface
MX/T2000 to communicate with PLCs. This is especially useful (T2000 Only).
in offshore type installations (T2000 Only).
Voyage Data Recorder (VDR)
Remote Diagnostics T2000 and T2000CV panels provide an output for interfacing
Reduces the cost of service and fault finding by using a trained to a VDR , the interface complies with the requirements of
engineer in an office to remotely identify faults and solutions via IEC61162-102.
our unique MX Remote.

Graphical Management Systems

Provides intuitive user friendly graphics for easier incident man-
agement on large passenger vessels (T2000 Only).
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Technical Specifications Detector Bases
Mechanical 801IB Isolator Base
Dimensions (WxHxD) Controller 440 x 320 x 135mm 801RB Relay Base
Colour Dawn Grey (Housing) Pantone - 431C 802SB Loop Powered Sounder Base
(Modules) 5B 5” Universal Base
Installation Surface or Semi-flush Mounted

Command Modules
Environmental SNM800 Sounder Module
Operating Temp. Range _ 8°C to + 55°C RIM800 Relay Module
Storage Temp. Range _ 20°C to + 70°C CIM800 Contact Monitor Module
Humidity Up to 95% RH (Non-condensing) SB520 Sounder Booster Module
Housing Protection To IP42 TM520 Timer Module
DIM800 Conventional Detector Module
Electrical APM800 Power Supply Monitor Module
Mains Supply 120V-240Vac + 10% / -15% at MIM800 Mini Input Module
50/60Hz CP820M Indoor Callpoint
Secondary Supply 24V d.c. Nominal CP830M Outdoor Callpoint
MIO800 Multi-Input Output Module
T2000R CV Indicating Repeater
Input Voltage 24V d.c. Nominal 8 Loop Support (T2000 Only)
SB800MK 8 Loop Power Expansion Kit
Input XLM800 Loop Expansion Card (Loops)
T2000 Panel T2000 8 Loop Mounting Kit
No. of Loops 2, expandable to 8
Addresses per panel 1000 Max

T2000CV Panel
No. of Loops 3
Addresses per panel 750 Max

Output
T2000 Panel & T2000CV
Display 240 Zone
16 x 40 Character
Sounder There are two separate monitored
sounder outputs each rated at 2A.
Alarm Fire _ Relay output rated at 30V d.c.
at 1.0A volt free c/o.
Fault _ Relay output rated at 30V d.c.
at 1.0A volt free c/o.
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The right is reserved to modify or withdraw any product

or service without notice

Technical Information Sheet PSF126UM Issue 2

www.tycosafetyproducts-europe.com
©Tyco Safety Products 2006
 BUREAU VERITAS
Stamped document, refer to 1st page

Rechargeable Sealed Lead-Acid Battery

PS-12170
Power-Sonic rechargeable batteries are lead-
lead dioxide systems. The dilute sulphuric acid
electrolyte is suspended and thus immobilised.
Should the battery be accidentally overcharged
producing hydrogen and oxygen, special one-
way valves allow the gases to escape thus
avoiding excessive pressure build-up. Other-
wise, the battery is completely sealed and is,
therefore, maintenance-free and leak proof.

PS-12170 is air transport approved, and meets

all current requirements set forth by the C.A.B.,
F.A.A., I.A.T.A. and D.O.T.

PERFORMANCE SPECIFICATIONS
Nominal Voltage....................................................................................................................................................... 12 volts (6 cells in series)
Nominal Capacity
20 hour rate (850mA to 10.50 volts) .................................................................................................................................. 17.0 A.H.
10 hour rate (1615mA to 10.50 volts) .................................................................................................................................. 16.15 A.H.
5 hour rate (2890mA to 10.50 volts) ................................................................................................................................. 14.45 A.H.
1 hour rate (10200mA to 09.30 volts) ................................................................................................................................. 10.2 A.H.
Approximate Weight....................................................................................................................................................... 13.56 pounds (6.1 kg)
Energy Density (20 hour rate).............................................................................................. 1.54 Watt-hours/cubic inch (94.0 Watt-hours/l)
Specific Energy (20 hour rate)................................................................................................. 16.5 Watt-hours/pound (36.6 Watt-hours/kg)
Internal Resistance (Fully Charged Battery)................................................................................................... 16 milliohms (approximately)
Maximum Discharge Current ( <
_ 7 Min.).................................................................................................................................... 54 amperes
Maximum Short-Duration Discharge Current ( <_ 10 Sec.)..................................................................................................... 180 amperes
Terminal configurations ............................................................................ PS-12170 NB: Tin plated brass nut and bolt connectors (5mm)
PS-12170 F: Quick disconnect AMP, INC. Faston tabs, 0.250” x 0.032”
Vibration Test (2000 cycles/minute, 0.10 inch excursion, 2 hours)................................................ No loss in capacity or performance
Shelf Life — % of nominal capacity at 68o F (20o C)
1 Month.......................................................................................................................................................................................... 97%
3 Months.................................................................................................................................................................................... 91%
6 Months.................................................................................................................................................................................... 83%
Operating Temperature Range
Charge.................................................................................................................................................................... -4oF (-20oC) to 122oF (50oC)
Discharge............................................................................................................................................................... -4oF (-20oC) to 140oF (60oC)
Case ............................................................................................................................................................................................................ABS
TECHNICAL DATA: BUREAU VERITAS PS-12170
Shelf Life and Storage Stamped document, refer to 1st page
Discharge Characteristics
100 (V)
Charging is not
14.0
Capacity Retention Ratio (%)
necessary unless o o
100% of capacity
Ambient Temperature 20 C (68 F)
is required. 13.0
80 Charging before
5oC

Terminal Voltage
use is necessary 12.0
(41oF) to help recover
full capacity. 11.0
60
Charge may fail 10.0 1.7A 0.85A
40oC
o to restore full 3.4A
30 C
o
20oC capacity. Do not 8.5A
40 (104oF) (86 F) (68oF) let batteries reach 9.0
Final
this state. Voltage
17A
0 8.0
34A
0 2 4 6 8 10 12 14 16 18 20
Standing Period (Months) 1.2 2.4 6 12 24 36 48 1 2 4 6 8 10 20 40
min. hrs.
Discharge Time
Life Characteristics in Stand-By Use
o
Ambient Temperature 20 C (68 F)
o
Discharge Time vs. Discharge Current
100
Retention Capacity (%)

20
80
Float Charging Voltage
15
60 2.25-2.30V/Cell 10

40
5 Final
20 Voltage

hrs.
10.5V
0 2 10.2V
0 1 2 3 4

Discharge Time
Years
1

min.
9.60V
Life Characteristics in Cyclic Use 30
120
9.0V o o
10 40 C (104 F)
100 o o
Retention Capacity (%)

20 C (68 F)
o o
0 C (32 F)
80 5 8.10V

60 Discharge Discharge Discharge

Depth 100% Depth 50% Depth 30%
0.85 1.7 3.4 8.59 17 34
40 Discharge Current (A)
1. Discharge Current 0.2C (Final Voltage 1.7V/Cell)
20 2. Charge Current: 0.1C Physical Dimensions: mm
3. Ambient Temperature: 20oC to 25oC (68oF to 77oF)
12
Button
0 5mm
Terminal
0 200 400 600 800 1000 1200
6mm

Number of Cycles
76mm

CHARGING Threaded
insert: 5mm
Cycle Applications: Limit initial current to 3.0A. Charge until battery 181mm

voltage (under charge) reaches 14.40 to 14.70 volts at 68oF (20oC).

Hold at 14.40 to 14.70 volts until current drops to approximately 180mA.
Battery is fully charged under these conditions, and charger should
either be disconnected or switched to “float” voltage.
167mm

“Float” or “Stand-By” Service: Hold battery across constant volt-

age source of 13.50 to 13.80 volts continuously. When held at this
voltage, the battery will seek its own current level and maintain itself in
a fully charged condition.
NOTE: Due to the self-discharge characteristics of this type of battery,
it is imperative that they be charged after 6-9 months of storage, other-
Tolerances are +/- 1mm and +/- 2mm for height dimensions.
wise permanent loss of capacity might occur as a result of sulphation. All data subject to change without notice.

Tel: 44 (0) 1268 560686 ISO 9002 Registered Company

Power-Sonic Europe Ltd Fax: 44 (0) 1268 560902 BS EN ISO 0992 Cert. No. 4517
3 Buckingham Square email:
Hurricane Way sales@power-sonic.co.uk Rev.6 (01.08.03)
Wickford, Essex, SS11 8YQ UK www.power-sonic.co.uk
PSF257UM:PSF036UM.qxd 21/02/2012 13:28 Page 1

BUREAU VERITAS
Stamped document, refer to 1st page

850/851 Series Fire Detectors - Generation 6

Features:
Choice of heat, optical and heat multi-sensor
or 3oTec triple multi-sensor
Advanced multi-sensor designs
Built-in line isolator
Quick and easy to install
Extended drift compensation
Two way infra-red communication to the
850EMT Engineering Management Tool
Fire, isolate and fault LED indications
Comprehensive range of bases and base
accessories

The Generation 6 fire detectors are designed to be

both adaptable and flexible which means they can be
used in most applications to protect against a wide
range of potential fire risks. They use sophisticated
digital signalling to communicate with the MZX
Technology T2000 fire alarm control panel.

Using the 850EMT Engineering Management Tool,

which communicates with the detector via a two way
infrared link together with a range of bases and
accessories, they are quick and easy to install,
commission and service.

Fire Detection
PSF257UM:PSF036UM.qxd 21/02/2012 13:28 Page 2

BUREAU VERITAS
Stamped document, refer to 1st page

851PH Photo Heat Detector

With the ability to detect a wide range of fires from flaming to smouldering types, the combined optical and heat
multi-sensor detector is the preferred choice for a range of applications. It operates in a number of approved modes
and sensitivities that can be dynamically selected to suit different environmental conditions.

850H Heat Detector

To compliment the range the heat sensor can operate in fixed temperature and rate-of-rise modes with a
number of approved sensitivities. Most often used in areas where high levels of dust are present or where
the environment precludes the use of smoke detectors.

850PC 3oTec Triple Sensor Detector

For life protection and when the environmental conditions are challenging, the 3oTec detector provides
the ultimate in detector performance and false alarm rejection. It is a multi sensor that monitors smoke,
heat and CO levels in concert to accurately determine the presence of fire.

851PCN 3oTec Triple Sensor Detector ExN

Identical to the 850PC except it is ExN ATEX approved for Zone 2 hazardous area applications (used with
the 4B-Ex 4" Detector Base).

851PHN Photo Heat Detector ExN

Identical to the 851PH except it is ExN ATEX approved for Zone 2 hazardous area applications (used with
the 4B-Ex 4" Detector Base).

Detector Bases
The detector bases are designed to screw fix direct to the deck head or onto a deck head mount. A park position allows the detector to be
mechanically attached to the base without making electrical connection to facilitate the testing of electronic free bases. The following versions
are available:-
PSF257UM:PSF036UM.qxd 21/02/2012 13:28 Page 3

BUREAU VERITAS
Stamped document, refer to 1st page
4B 4" Detector Base
The standard 4" Detector Base is used when short circuit isolation is not required.

4B-C 4" Continuity Base

The 4" Continuity Base is for use with the 850/851 Series detectors that have built in line isolators. The
4B-C base provides continuity when the detector is removed.

4BI 4" Isolator Base

A 4" Isolator Base which will provide local short circuit isolation for the 811 Series Fire Detectors.

5BI 5" Isolator Base

A 5" Isolator Base which will provide local short circuit isolation for the 811 Series Fire Detectors.

4B-EN 4" Detector Base

A 4" ATEX Approved Detector Base for use in a hazardous area (used with the 851PCN and the 851PHN
Detectors).

Deckhead Mount
The deck head mount provides an IP55 seal between the mount and the detector base to provide superior
environmental protection. It is available in a diameter of 4" and 5" for use with the 4" and 5" bases.
PSF257UM:PSF036UM.qxd 21/02/2012 13:28 Page 4

BUREAU VERITAS
Stamped document, refer to 1st page

Manual Alarm Break Glass Call Points

An indoor (IP24D) and outdoor (IP67) manual alarm break glass call point with in built isolator.

850 EMT Engineering Management Tool

The 850EMT is a commissioning tool that communicates with Generation 6 fire detectors via a two way
infrared link. It is designed to speed up and simplify installation and commissioning, reduce the possibility
of engineering error and improve health and safety by removing the need for working at height.

Approvals
DEVICE APPROVAL/CLASS
851PH, 850H, 850PC, 851PCN, MED and Class Society Approvals have been applied for.
851PHN, MCP820M, MCP830M Please check the Tyco Fire Protection Products Website for the latest approval status.

Technical Specifications
Item Dimensions mm Weight g Operating Temperature Relative Humidity
851PH Photo Heat Detector Dia 108 x 42H 76 -25°C to +70°C 95% Non Condensing
850H Heat Detector Dia 108 x 42H 81 -25 °C to +70 °C (short- term to +90 °C) 95% Non Condensing
850PC 3oTec Triple Sensor Dia 108 x 42H 94 -10°C to +55°C 95% Non Condensing
Detector
851PCN 3oTec Triple Dia 108 x 42H 94 -10°C to +55°C 95% Non Condensing
Sensor Detector ExN
851PHN Photo Heat Dia 108 x 42H 76 -25°C to +70°C 95% Non Condensing
Detector ExN
4B-C 4" Continuity Base Dia 109 x 25H 64 -25°C to +70°C (+90°C for short periods) 95% Non Condensing
4B 4" Detector Base Dia 109 x 25H 64 -25 °C to +70°C (+90°C for short periods) 95% Non Condensing
4BI 4" Isolator Base Dia 109 x 25H 64 -25 °C to +70°C (+90°C for short periods) 95% Non Condensing
5BI 5" Isolator Base Dia 125.6 x 23.5H 63 -25 °C to +70 °C 95% Non Condensing
4B-EN 4" Detector Base Dia 109 x 25H 64 -25°C to +70°C (+90°C for short periods) 95% Non Condensing
4B-DHM 4" Deck Head Mount 147.5 x 115 x 41.5H 200 -25°C to +70°C 95% Non Condensing
DHM-5B 5" Deck Head Mount 163 x 132 x 40H 200 -25°C to +70°C 95% Non Condensing
MCP820M Indoor Call Point 93 x 89 x 27.5H 110 -10°C to +55°C 95% Non Condensing
c/w Isolator
MCP830M Outdoor Call Point 93 x 97.5 x 73H 240 -25°C to +70°C 95% Non Condensing
c/w Isolator
PSF257UM:PSF036UM.qxd 21/02/2012 13:28 Page 5

BUREAU VERITAS
Stamped document, refer to 1st page

Ordering Information
516.850.055 851PH Photo Heat Detector
516.850.053 850H Heat Detector
516.850.054 850PC 3oTec Triple Sensor Detector
516.850.058 851PCN 3oTec Triple Sensor Detector ExN
516.850.060 851PHN Photo Heat Detector ExN
516.850.900 850EMT Engineering Management Tool
517.050.041 4B 4" Detector Base
517.050.042 4B-C 4" Continuity Base
517.050.043 4BI 4" Isolator Base
517.050.018 5BI 5" Isolator Base
517.050.044 4B-EN 4" Detector Base
517.050.051 4B-DHM 4" Deck Head Mount
517.050.603 DHM-5B 5" Deck Head Mount
514.800.609 MCP820M Indoor Call Point c/w Isolator
514.800.610 MCP830M Outdoor Call Point c/w Isolator
516.800.915 Standard Address Flag

The right is reserved to modify or withdraw any product

or service without notice

Technical Information Sheet PSF257UM Issue 1

www.tycoemea.com
©Tyco International 2012
 BUREAU VERITAS
Stamped document, refer to 1st page

Industrial Audible Signal 106 dB (A)

Series YA40
CS &

Clifford &Snell

E5
> Max sound output
106 db (A) / 1 m
> IP65 rated as standard
> 32 selectable tones meeting E5
international regulations
> Flame retardant ABS enclosure
> Stainless steel fixings
> 2 stage alarm
E5
> Idependently selectable
second stage
> Low current consumption E5
> Robust, reliable and simple to
install

E5
www.stahl.de

E5
Series YA40 E5

14569E00

E5
Yodalarm range
Compact multi-purpose audible signalling device designed for use
in industrial applications.
E5
Approvals
Certificates UL 464

5N93
C22.2 No. 205-M1983
E5

5N93
BS EN 54-3 : 2001 incorporates amendment A 1 : 2002 + A 2 : 2006

0086-CPD-96705
E5
BS EN 54-3 : 2001 incorporates amendment A 1 : 2002 + A 2 : 2006

KM 91259
EN54-3 : 2001 + A1 : 2002 + A2 : 2006 E5
VdS 2504 (12/96), VdS 2203 (03/01), VdS 2344 (12/05), Cert No. G28702

Marine Equipment Directive MED

Module B BSI/MED/A.1/3.53/590299, Module D BSI/MED/PC/590302
E5

E5
WebCode YA40A

E5
2015-11-19·EK00·III·en Signalling Devices E5/1
 BUREAU VERITAS
Stamped document, refer to 1st page

Industrial Audible Signal 106 dB (A)

Series YA40
CS &

Clifford &Snell

Selection Table
Version Enclosure colour Rated operational Order number Art. no. Weight
voltage
kg
YA40 Sounder, red normal (RN) 24 V DC YA40/D/RN/WR 204330 0.250
BS EN 54-3 + MED,
115 V AC YA40/L/RN/WR 204354 0.350
standard devices
230 V AC YA40/N/RN/WR 204364 0.350
YA40 Sounder, red normal (RN) 24 V DC YA40/D/RN/UL 204869 0.250
UL certification
115 V AC YA40/L/RN/UL 211983 0.350
230 V AC YA40/N/RN/UL 211984 0.350
YA40 Sounder, red normal (RN) 24 V DC YA40/D/RN/WR/VDS 211985 0.250
VDS certification
YA40 Sounder, red normal (RN) 24 V AC YA40/I/RN/WR 245154 0.350
general purpose
Note Other voltages and variants are available. Please contact your local sales office for more details

Technical Data
Electrical data
Rated operational voltage 24 or 48 V DC
115 or 230 V AC
Current consumption 24 V DC 37 mA
48 V DC 30 mA
115 V AC 27 mA
230 V AC 21 mA
24 V AC 120 mA
at tone 1
Operational parameters + or - 10% of nominal
Line monitoring 3 wire, 2 stage or 2 wire, single stage: monitor via reverse polarity
2 wire, 2 stage i.e. bi-polar inputs: monitor via threshold (applied voltage < 1 V)
Acoustic data
Volume max. 106 dB (A)
Volume control 18 dB (A) adjustment
Sound stages 2, independently selectable tones
Sound selection via DIL switch
Ambient conditions
Operating temperature Standard variants: -25 ... +55 °C
range
VDS certified variants: -25 ... +40 °C
UL certified variants: -35 ... +66 °C
24 V AC variants: -25 ... +55 °C
Storage temperature -40 ... +70 °C
Max. relative humidity 93% ± 3 at 40 °C
Mechanical data
Material
Enclosure flame retardant ABS
Assembly parts stainless steel fixings
Labels polyester foil, adhesive
Degree of protection IP65 (IEC60529)
Mounting / Installation
Assembly Should be mounted to a reasonably flat wall or bulkhead of suitable material using the internal
fixing holes. The recommended fixing screws are dia. 4.5 mm max. x 20 mm long. To maintain the
integrity of the weather seal, the cable entry must be fitted using a suitable sealed gland.
Connection V DC variants separate input and output 2,5mm2 terminals
V AC variants 2,5mm2 terminals

E5/2 Signalling Devices 2015-11-19·EK00·III·en

 BUREAU VERITAS
Stamped document, refer to 1st page

Industrial Audible Signal 106 dB (A)

Series YA40
CS &

Clifford &Snell

E5
Dimensional Drawings (All Dimensions in mm [inches]) - Subject to Alterations
60,40 [2,38] A = knockout hole
B = drill hole
91,50 [3,60]

30,20
C = knockout hole
E5
5 [0,20]
[1,19]

30,20
91,50 [3,60]

[1,19]
82,50 [3,25]

60,40 [2,38]
[ø 0,20]
ø 50,80

E5
A 1 x M20
C 4 x M5
45°
B 4 x M5

general dimensions
14671E00

mounting dimensions
16547E00
E5

We reserve the right to make alterations to the technical data, dimensions, weights, designs and products available without notice.
The illustrations cannot be considered binding.
E5

E5

E5

E5

E5

E5

E5

E5

E5

E5
2015-11-19·EK00·III·en Signalling Devices E5/3
 BUREAU VERITAS
Stamped document, refer to 1st page

Industrial Audible Signal 110 dB (A)

Series YA50
CS &

Clifford &Snell

E5
> Max sound output
110 db (A) / 1 m
> IP65 rated as standard
> 32 selectable tones meeting E5
international regulations
> Flame retardant ABS enclosure
> Stainless steel fixings
> 2 stage alarm
E5
> Idependently selectable
second stage
> Low current consumption E5
> Robust, reliable and
simple to install

E5
www.stahl.de

E5
Series YA50 E5

06496E00

E5
Yodalarm range
Multi-purpose audible signalling device designed
for use in industrial applications.
E5
Approvals
Certificates UL 464

5N93
C22.2 No. 205-M1983
E5

5N93
BS EN 54-3 : 2001 incorporates amendment A 1 : 2002 + A 2 : 2006

0086-CPD-96705
E5
BS EN 54-3 : 2001 incorporates amendment A 1 : 2002+ A 2 : 2006

KM 91259
EN54-3 : 2001 + A1 : 2002 + A2 : 2006 E5
VdS 2504 (12/96), VdS 2203 (03/01), VdS 2344 (12/05), Cert No. G28702

Marine Equipment Directive MED

Module B BSI/MED/A.1/3.53/590299, Module D BSI/MED/PC/590302
E5

E5
WebCode YA50A

E5
2015-11-19·EK00·III·en Signalling Devices E5/1
 BUREAU VERITAS
Stamped document, refer to 1st page

Industrial Audible Signal 110 dB (A)

Series YA50
CS &

Clifford &Snell

Selection Table
Version Enclosure colour Rated operational Order number Art. no. Weight
voltage
kg
YA50 Sounder, red flame (RF) 24 V DC YA50/D/RF/WR 204881 0.710
BS EN 54-3 + MED,
115 V AC YA50/L/RF/WR 204374 0.810
standard devices
230 V AC YA50/N/RF/WR 204382 0.810
YA50 Sounder, red flame (RF) 24 V DC YA50/D/RF/UL 204387 0.710
UL certification
115 V AC YA50/L/RF/UL 204388 0.810
230 V AC YA50/N/RF/UL 204389 0.810
YA50 Sounder, red flame (RF) 24 V DC YA50/D/RF/WR/VDS 212037 0.710
VDS certification
YA50 Sounder, red normal (RN) 24 V AC YA50/I/RF/WR 245155 0.810
general purpose
Note Other voltages and variants are available. Please contact your local sales office for more details

Technical Data
Electrical data
Rated operational voltage 24 or 48 V DC
115 or 230 V AC
Current consumption 24 V DC 39 mA
115 V AC 23 mA
230 V AC 15 mA
24 V AC 120 mA
at tone 1

Operational parameters + or - 10% of nominal

Line monitoring 3 wire, 2 stage or 2 wire, single stage: monitor via reverse polarity
2 wire, 2 stage i.e. bi-polar inputs: monitor via threshold (applied voltage < 1 V)
Acoustic data
Volume max. 110 dB (A)
Volume control 18 dB (A) adjustment
Sound stages 2, independently selectable tones
Sound selection via DIL switch
Ambient conditions
Operating temperature Standard variants: -25 ... +55 °C
range
VDS certified variants: -25 ... +40 °C
UL certified variants: -35 ... +66 °C
24 V AC variants: -25 ... +55 °C

Storage temperature -40 ... +70 °C

Max. relative humidity 93% ± 3 at 40 °C
Mechanical data
Material
Enclosure flame retardant ABS
Assembly parts stainless steel fixings
Labels polyester foil, adhesive
Degree of protection IP65 (IEC60529)
Mounting / Installation
Assembly Should be mounted to a reasonably flat wall or bulkhead of suitable material using the lugs projec-
ting from the side of the case. The lugs are bored 8 mm on 153 mm centres. The minimum recom-
mended length of fixing screws is 25 mm. To maintain the integrity of the weather seal, the cable
entry must be fitted using a suitable sealed gland.
Connection V DC variants separate input and output 2,5mm2 terminals
V AC variants 2,5mm2 terminals

E5/2 Signalling Devices 2015-11-19·EK00·III·en

 BUREAU VERITAS
Stamped document, refer to 1st page

Industrial Audible Signal 110 dB (A)

Series YA50
CS &

Clifford &Snell

E5
Dimensional Drawings (All Dimensions in mm [inches]) - Subject to Alterations

128 [5,04] 169 [6,65]

153 [6,02]
9 [0,35] 136 [5,35]
E5
136 [5,35]

ø 8 [ø 0,32]

E5
M20 25 [0,98]

14011E00

E5
We reserve the right to make alterations to the technical data, dimensions, weights, designs and products available without notice.
The illustrations cannot be considered binding.

E5

E5

E5

E5

E5

E5

E5

E5

E5

E5
2015-11-19·EK00·III·en Signalling Devices E5/3
 BUREAU VERITAS
Stamped document, refer to 1st page

Industrial Combination Signal 116 dB (A) / 5 Joule

Series YL80
CS &

Clifford &Snell

E5
> Max sound output
116 db (A) / 1 m
> IP65 rated as standard
> 5 Joule strobe E5
> 32 selectable tones meeting
international regulations
> Flame retardant ABS enclosure
> Stainless steel fixings
E5
> 2 stage alarm
> Independently selectable
second stage E5
> Lens available in six different
colours
> Low current consumption
E5
www.stahl.de

E5
Series YL80 E5

14709E00

E5
Yodalight range
High output multi-purpose audible and visual signalling device
designed for use in industrial applications.
E5
Approvals
Certificates UL 1638, UL 464

5N93
N E5
BS EN 54-3 : 2001 incorporates amendment A 1 : 2002 + A2 : 2006

0086-CPD-96705
BS EN 54-3 : 2001 incorporates amendment A 1 : 2002 + A2 : 2006

E5
KM 91259
Note Information for European users of the YL80 combination device:
The optical device/beacon cannot be used as part of a fire alarm system.
Only the sounder has been certified to the relevant EN54 standard.
E5

E5

E5

WebCode YL80A
E5
2014-11-01·EK00·III·en Signalling Devices E5/1
 BUREAU VERITAS
Stamped document, refer to 1st page

Industrial Combination Signal 116 dB (A) / 5 Joule

Series YL80
CS&

Clifford &Snell

Selection Table
Version Enclosure Flash Rated Lens Order number Art. no. Weight
colour energy operational colour
voltage
kg
YL80 Sounder/ red flame (RF) 5J 24 V DC amber YL80/D50/A/RF/WR 204678 3.210
Strobe combination,
red YL80/D50/R/RF/WR 204697 3.210
BS EN 54-3,
standards devices green YL80/D50/G/RF/WR 212022 3.210
opal YL80/D50/O/RF/WR 212024 3.210
blue YL80/D50/B/RF/WR 204684 3.210
clear YL80/D50/C/RF/WR 212025 3.210
115 V AC amber YL80/L50/A/RF/WR 204703 3.580
red YL80/L50/R/RF/WR 204711 3.580
green YL80/L50/G/RF/WR 212026 3.580
opal YL80/L50/O/RF/WR 212027 3.580
blue YL80/L50/B/RF/WR 212028 3.580
clear YL80/L50/C/RF/WR 212029 3.580
230 V AC amber YL80/N50/A/RF/WR 204720 3.580
red YL80/N50/R/RF/WR 204738 3.580
green YL80/N50/G/RF/WR 212030 3.580
opal YL80/N50/O/RF/WR 212061 3.580
blue YL80/N50/B/RF/WR 212062 3.580
clear YL80/N50/C/RF/WR 212063 3.580
YL80 Sounder/ red flame (RF) 5J 24 V DC amber YL80/D50/A/RF/UL 204742 3.210
Strobe combination,
red YL80/D50/R/RF/UL 204743 3.210
UL certification
green YL80/D50/G/RF/UL 212064 3.210
opal YL80/D50/O/RF/UL 212065 3.210
blue YL80/D50/B/RF/UL 212066 3.210
clear YL80/D50/C/RF/UL 212067 3.210
115 V AC amber YL80/L50/A/RF/UL 204744 3.580
red YL80/L50/R/RF/UL 212068 3.580
green YL80/L50/G/RF/UL 212069 3.580
opal YL80/L50/O/RF/UL 212070 3.580
blue YL80/L50/B/RF/UL 212071 3.580
clear YL80/L50/C/RF/UL 212072 3.580
230 V AC amber YL80/N50/A/RF/UL 209673 3.580
red YL80/N50/R/RF/UL 209674 3.580
green YL80/N50/G/RF/UL 212073 3.580
opal YL80/N50/O/RF/UL 212074 3.580
blue YL80/N50/B/RF/UL 212075 3.580
clear YL80/N50/C/RF/UL 212076 3.580
Note Other voltages and variants are available. Please contact your local sales office for more details

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 BUREAU VERITAS
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Industrial Combination Signal 116 dB (A) / 5 Joule

Series YL80
CS &

Clifford &Snell

E5
Technical Data
Electrical data
Rated operational voltage 24 or 48 V DC
115 or 230 V AC
Current consumption 24 V DC 615 mA E5
115 V AC 218 mA
230 V AC 167 mA
at tone 1

Operational parameters + or - 10% of nominal E5

Line monitoring 3 wire, 2 stage or 2 wire, single stage: monitor via reverse polarity
2 wire, 2 stage i.e. bi-polar inputs: monitor via threshold (applied voltage < 1 V)
Acoustic data
Volume max. 116 dB (A)
Sound stages 2 independently selectable E5
Sound selection via DIL switch
Luminous characteristics
Light source Xenon flash tube
Flash energy
Flash rate
5J
1 per second E5
Light intensity Effective candela (cd) Candela Seconds
clear 72.10 14.44
red 8.92 1.186 E5
amber 25.52 5.111
blue 14.09 2.82
green 29.70 5.946
opal 65.78 13.17 E5
Lens colour amber, red, green, opal, blue, clear
Ambient conditions
Operating temperature Standard variants: -25 ... +55 °C
range
UL certified variants: -35 ... +66 °C E5
Storage temperature - 40 ... + 70 °C
Max. relative humidity 93% ± 3 at 40 °C
Mechanical data
Material E5
Enclosure flame retardant ABS
Lens cover polycarbonate, flame retardant
Assembly parts stainless steel fixings
Labels polyester foil, adhesive
Degree of protection IP65 (IEC60529) E5
Mounting / Installation
Assembly Should be mounted to a reasonably flat wall or bulkhead of suitable material using the lugs
projecting from the side of the case. The lugs are bored 10 mm on 250 mm centres. The minimum
recommended length of fixing screws is 30 mm. To maintain the integrity of the weather seal, the

Connection
cable entry must be fitted using a suitable sealed gland.
V DC variants separate input and output 2,5 mm2 terminals
E5
V AC variants 2,5 mm2 terminals

E5

E5

E5
2014-11-01·EK00·III·en Signalling Devices E5/3
 BUREAU VERITAS
Stamped document, refer to 1st page

Industrial Combination Signal 116 dB (A) / 5 Joule

Series YL80
CS &

Clifford &Snell

Dimensional Drawings (All Dimensions in mm [inches]) - Subject to Alterations

159 [6,26]
11 [0,43]

88 [3,46]

57,5 [2,26]
ø 10 [ø 0,39] YL80
□ 219 [□ 8,62]

250 [9,84] 24 [0,94] M20

269 [10,59] 153 [6,02]
14566E00

We reserve the right to make alterations to the technical data, dimensions, weights, designs and products available without notice.
The illustrations cannot be considered binding.

E5/4 Signalling Devices 2014-11-01·EK00·III·en

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Type of document Document No.
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APPROVAL CERTIFICATE TYCO-FDS-006
Hull Date of issue Rev. No. Rev. date Approved by Class
FIRE & SECURITY
MARINE SERVICES SINGAPORE
H1098 03-Aug-17 00 Manoj BV
System Project Name Client
FIRE DETECTION AND
ALARM SYSTEM 50T BP Dual Fuelled Harbour Tug Pax Oeacon

06
APPROVAL CERTIFICATE
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Type of document Document No.
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TESTING AND COMMISSIONING
TYCO-FDS-007
FORM
FIRE & SECURITY Hull Date of issue Rev. No. Rev. date Approved by Class
MARINE SERVICES SINGAPORE
H1098 03-Aug-17 00 Manoj BV
System Project Name Client
FIRE DETECTION AND
ALARM SYSTEM 50T BP Dual Fuelled Harbour Tug Pax Oeacon

07
TESTING AND COMMISSIONING FORM
 BUREAU VERITAS
Type of document Document No.
Stamped document, refer to 1st page
TESTING AND COMMISSIONING TYCO-FDS-007
Hull Date of issue Rev. No. Rev. date Approved by Class
FIRE & SECURITY
MARINE SERVICES SINGAPORE
H1098 03-Aug-17 00 Manoj BV
System Project Name Client.
FIRE DETECTION AND
ALARM SYSTEM 50T BP Dual Fuelled Harbour Tug Pax Oeacon

PRESENT

YARD : ________________________ OWNER : _________________________

CLASS: ________________________ TYCO : _________________________

NO. INSPECTION & TESTING DESCRIPTION TEST

1 Main Supply Fault Test.
2 Battery Supply Fault Test.
3 Alarm Bells Test.
4 Loop A
5 Loop B
6 Loop C
7 Loop D

Remark: _____________________________________________________________________
_____________________________________________________________________
_____________________________________________________________________
_____________________________________________________________________
_____________________________________________________________________

Date : ____________

_______________ _
Sign & Stamp Yard Sign & Stamp Owner

_________________ _
Sign & Stamp Class Sign & StampTYCO
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Type of document Document No.
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INSTALLATION & COMMISSIONING
TYCO-FDS-009
MANUAL
Hull Date of issue Rev. No. Rev. date Approved by Class
FIRE & SECURITY
MARINE SERVICES SINGAPORE
H1098 03-Aug-17 00 Manoj BV
System Project Name Client
FIRE DETECTION AND
ALARM SYSTEM 50T BP Dual Fuelled Harbour Tug Pax Oeacon

08
INSTALLATION & COMMISSIONING MANUAL
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Stamped document, refer to17A-03-I/C
PUBLICATION: 1st page
ISSUE No. & DATE: 3 8/03

DOCUMENT CONTROL NUMBER /

MX RANGE OF ADDRESSABLE FIRE CONTROLLERS

INSTALLATION AND COMMISSIONING INSTRUCTIONS
LIST OF CONTENTS
1. GENERAL INFORMATION 3 2.4.4 INSTALLATION OF ANCILLARIES INTO
1.1 INTRODUCTION 3 MX2 EXPANSION HOUSING 34
1.2 SITING THE EQUIPMENT 3 2.5 AUXILIARY DISPLAY DEVICES 34
1.3 MOUNTING REQUIREMENTS 3 2.5.1 GENERAL 34
1.4 CABLING 19 2.5.2 LOCAL PRINTER 34
1.4.1 CABLE REQUIREMENTS 19 2.5.3 CONFIGURATION PC/MODEM 34
1.4.2 CABLE TYPES 19 2.5.4 REMOTE PRINTERS 34
1.4.3 EARTHING MX1000/4000 19 2.5.5 REPEATERS 35
1.4.4 EARTHING T2000 20 2.6 SYSTEM CONFIGURATION 37
1.4.5 ADDRESSABLE CIRCUIT CABLES 20 2.6.1 GENERAL 37
1.5 MAINS SUPPLY 20 2.6.2 CENTRAL PROCESSOR UNIT 37
1.6 INSTALLATION PROCEDURE 21 2.6.3 MPM800 MULTI-PURPOSE
1.6.1 PREPARING THE MX/T2000 HOUSING 21 I/F MODULES 37
1.6.2 PREPARING THE MX2 HOUSING 21 2.6.4 XIOM800 EXPANSION INPUT/OUTPUT
1.6.3 PREPARING THE MX2 EXPANSION MODULES 38
BOX HOUSING 22 2.6.5 XIOM CONFIGURATION 39
1.6.4 PREPARING THE MX BLACK 2.6.6 IOB800 STANDARD 8IN/8OUT
BOX PANEL 22 EXPANSION BOARD 40
1.6.5 MOUNTING THE HOUSINGS 2.6.7 IOB800 CONFIGURATION 42
(EXCEPT T2000 AND MX BLACK 2.7 SYSTEM COMMISSIONING 42
BOX PANEL) 22 2.7.1 GENERAL 42
1.6.6 MOUNTING T2000 HOUSING 23 2.7.2 MODULE (DEVICE) CONNECTION 42
1.6.7 MOUNTING THE MX BLACK 2.7.3 ADDRESS SETTING 42
BOX PANEL 23 2.7.4 LOOP, ZONE AND ADDRESS
1.6.8 MOUNTING THE ANC-8 ANCILLARY IDENTIFICATION FOR DEVICES 42
HOUSING 18 2.8 COMMISSIONING COMPLETION 44
1.6.9 MOUNTING THE MX2 EXPANSION 2.8.1 MX/T2000CONTROLLER
BOX HOUSING 24 COMMISSIONING 44
1.6.10 MOUNTING OTHER EQUIPMENT 25 2.8.2 MX 4-LOOP CONTROLLER WITH
1.6.11 CABLING 25 PSB800K POWER EXPANSION KIT 44
1.7 INSULATION AND CIRCUIT TESTS 25 2.8.3 MX2 WITH LOOP POWER
1.7.1 INSULATION TESTS 25 EXPANSION KIT 45
1.7.2 CIRCUIT TESTS 25 2.8.4 MX2 CONTROLLER COMMISSIONING 46
1.8 FINISHING OFF 26 2.8.5 DOWNLOADING CONFIGURATION
DATA 46
2.8.6 AUTOCONFIGURATION 47
2. COMMISSIONING 27 2.8.7 PRINTER COMMISSIONING 47
2.1 GENERAL INFORMATION 27 2.9 DEVICE COMMISSIONING 47
2.1.1 WARNINGS AND CAUTIONS 27 2.9.1 INTRODUCTION 47
2.1.2 MAINS ISOLATORS 27 2.9.2 ENTERING ACCESS CODES 47
2.2 EQUIPMENT REQUIRED 27 2.9.3 COMMISSIONING PROCEDURE 47
2.3 COMMISSIONING PROCEDURE 27 2.10 COMPLETION AND HANDOVER TO
2.4 PREPARATION FOR COMMISSIONING 28 CUSTOMER 52
2.4.1 HOUSINGS 28 2.10.1 DATE/TIME SETTING 52
2.4.2 CIRCUIT WIRING 32 2.10.2 TESTING THE SYSTEM 52
2.4.3 INSTALLATION OF ANCILLARIES 2.10.3 TESTING ALARMS 52
INTO ANC-8 HOUSING 33

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2.10.4 TESTING FAULTS 52

2.10.5 HANDOVER PROCEDURE 52

3. ORDERING INFORMATION 53

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1. GENERAL INFORMATION 1.2 SITING THE EQUIPMENT

1.1 INTRODUCTION All equipment must be sited and installed as detailed in the
specification and/or drawings for the system. To ensure
This document describes the procedures for installing and reliability and integrity, good installation practice such as
commissioning an ‘MX’ Addressable Fire Control system. that laid down in the I.E.E. ‘Regulations for Electrical
Installations’ should be followed.
The ‘MX/MX2/T2000’ addressable fire controllers and
ancillaries form a fire detection system, where applicable,
the installation should conform to either:
1.3 MOUNTING REQUIREMENTS
• British Standard BS 5839 Part 1 (1988)
The MX/MX2/T2000 controllers are supplied as complete
‘Fire Detection and Alarm Systems in
Buildings - Code of Practice for System items. Circuit boards and modules for MX1000/MX4000
Design, Installation and Servicing’. are fitted to a chassis plate which is mounted in the
controller housing. Circuit boards and modules for the
or: T2000 are fitted to the backbox.
• S.O.L.A.S. and Marine Classification Rules The MX/T2000 controllers consist of two housings,
and Regulations for a T2000 controller. according to system requirements, which are normally
mounted one above the other.

The majority of the instructions given in this document are The MX2 consists of a single housing.
common to all the controllers in the range, any differences Only the housings for the controllers and battery boxes are
being outlined as appropriate. fitted at this stage, with the other items being fitted into the
Installation of an ‘MX/MX2/T2000’ fire controller system housings during commissioning.
comprises the following: Ensure that the position in which the controller is to be fitted
• Preparing the controller/battery/repeater allows adequate clearance for cables and for opening the
front cover assembly (which is hinged on the right and
housings for mounting, (unpacking and
removal of electronic assemblies). opens to 90o for MX/ T2000 and 180o for MX2). Conduit
knockouts are provided on the general purpose ‘MX/MX2’
• Mounting the controller/battery/repeater controller and battery boxes. Gland plates are provided on
housings. the T2000 and marine battery box.
• Installation and fixing of cables. Figures 1 to 13 give housing and mounting equipment
• Cable continuity and insulation checks.
dimensions.

• Cable resistance, inductance and

The mains supply to the panel must be segregated away
from other field wiring. The mains supply must enter
capacitance checks.
through a separate knock-out, refer to section 1.5.
Normally the battery housing where used, should be
Note:
mounted directly underneath the Controller housing with no
1) The controllers are not suitable for exterior gap.
mounting or direct connection to a mains
If there must be a gap between them, then steel conduit and
supply without appropriate branch circuit
bushes must be used.
protection of no more than 20 amperes.
Side-by-side arrangement of the controller and battery
2) The connection of electrical cables to internal
housings is not recommended. If no other arrangement is
equipment is NOT a part of installation and
possible, then interconnection between the two housings
must not be carried out at this stage.
should be made with 25mm steel conduit, bushes and
Instructions for cable connection are given in
inspection bends.
the appropriate commissioning Section.
3) It is recommended that on receipt of the
controller and ancillary components, the units
be checked visually. Return damaged or
defective items for exchange.
4) The mains supply must be in accordance with
Clause 16.2 of BS5839 Pt1 (1988), where
applicable and provide for a suitable
disconnect or isolator device.

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Fig. 1 MX Controller (Shallow Surface/Flush Housing) - Overall and Fixing Dimensions

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Fig. 2 MX Controller (Deep Surface/Flush Housing) - Overall and Fixing Dimensions

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Fig. 3 17Ah Battery Box (Shallow Surface/Flush Housing) - Overall and Fixing Dimensions

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Fig. 4 38Ah Battery Box (Deep Surface/Flush Housing) - Overall and Fixing Dimensions

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Fig. 5 T2000 C.I.E/Repeater - Overall and Fixing Dimensions

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Fig. 6 T2000 Battery Box - Overall and Fixing Dimensions

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520

480
20

NOTE: THE TWO OUTER HOUSING

SECURING HOLES ARE FOR
USE WITH THE BATTERY BOX
205 170

17.5

14 HOLES 5.6 4 HOLES

COUNTERSUNK 11.0
16.0 x 6.0 DEEP (BULKHEAD MOUNTINGBRACKET
(BULKHESD MOUNTING BRACKET
(BULKHEAD MOUNTING BRACKET TO BULKHEAD)
TO BULKHEAD)
TO T2000 ENCLOSURES)

Fig. 7 Bulkhead Mounting Bracket - Overall and Fixing Dimensions

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Fig. 8 Marine Rack Mounting Brackets - Overall and Fixing Dimensions

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Fig. 9 ANC800 Ancillary Housing - Overall and Fixing Dimensions

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No. of
Depth U V W X Y Z
Modules
3 Deep 152.4 192 177.8 482.6 588 558.8
5 Deep 152.4 192 177.8 749.3 854 825.5

Fig. 10 Rack Mounting Box - Fixing and Overall Dimensions

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441

USE FOR INTERNAL

118.2

ANCILLARY MODULES
A
117.6

USE FOR INCOMING

MAINS SUPPLY

A = 20
B = 25
557.6
390

B
50

150 150
220.5 220.5

USE FOR COUPLING

TO EXPANSION BOX
B

Fig. 11 MX2 Controller (Shallow Housing - Overall and Fixing Dimensions)

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441

USE FOR INTERNAL

ANCILLARY MODULES
198.2 A

USE FOR INCOMING

MAINS SUPPLY
A = 20
B = 25
117.6

A
557.6
390

B
50

150 150
220.5 220.5

USE FOR COUPLING

TO EXPANSION BOX
B

Fig. 12 MX2 Controller (Deep Housing) - Overall and Fixing Dimensions

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DOTTED LINES INDICATE DEEP HOUSING

198.2

A
118.2

TOP AND BOTTOM USE FOR COUPLING

TO MAIN HOUSING
B
31.2
334.6

270

B
33.4

150 150
441

Fig. 13 MX2 Expansion Box Housings - Overall and Fixing Dimensions

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220
215 440

69.5
640

FRONT COVER
FIXING HOLES

CABLE ENTRY CABLE ENTRY

USE THIS FOR INCOMING

MAINS SUPPLY
55

100 240

Fig. 14 MX Blck Box Panel - Overall and Fixing Dimensions

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KEY

MX-GRAPH DET - ADDRESSABLE DETECTOR

FIELD SUPPLY 24V DET* - CONVENTIONAL DETECTOR
MX-Net or IB - ISOLATOR BASE
RESETTABLE 24V FILNet CP - CALLPOINT
TLI800 FILNET
SERIAL DIM - DETECTOR INPUT MODULE
ALARM RELAY PORT 3 RIM - RELAY INTERFACE MODULE
PRINTER REPEATER MIMIC CIM - CONTACT INPUT MODULE
FAULT RELAY LI800 - LINE ISOLATOR
SUPERVISED REMOTE + MPM
TLI800 - NETWORK INTERFACE MODULE
MPM MPM
INPUT BUS -

SERIAL SERIAL
PORT 1 PRINTER

PLANT

Typical System Layout

SOUNDER CIRCUIT 1

SOUNDER CIRCUIT 2
AR+
DET DET IB CP DIM RIM
CONTROLLER AR-
100/255 Va.c. WITH
DET LI800
SERIAL CONFIGURATION DET*
+ PORT 2
24V CONTACT
BATTERY ADDRESSABLE
CIRCUIT A EOL DET*

Fig. 15
EOL
- (NOTE 1)
CIM

DAY/NIGHT
UNSUPERVISED I/P
CHANGEOVER

AL-

AL+

* CONVENTIONAL DETECTORS

PAGE 18 of 55
NOTES:
8/03
17A-03-I/C

1. EACH CIRCUIT MAY BE FITTED WITH UP TO 250 ADDRESSABLE DEVICES.

2. ONLY ONE ADDRESSABLE DEVICE LOOP IS SHOWN FOR CLARITY.
MX

3
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1.4 CABLING
1.4.1 CABLE REQUIREMENTS
All cables should be specified and installed to meet the requirements of BS5839 Part 1 Subsection 17 or local equivalent
standard.
For the Loop circuit wiring, refer to Publication 17A-02-LOOP - MX Digital Loop - Loading Calculation.
The addressable circuit cable screens must be joined within each device on the loop to form a continuous cable screen.
All other cables must be of a sufficient size not to cause an excessive voltage drop (max. 1 volt for a 24 volt circuit) for the
current required.
A schematic diagram for a typical system layout is shown in Fig. 15.

Note: It is an I.E.E. Regulation that fire alarm cables be segregated from all other (non-fire alarm) cables.

1.4.2 CABLE TYPES

The following cable types should be used to comply with EU EMC directive (89/336EEC):
Addressable loops: Refer to Publication 17A-02-LOOP for recommended cabling and loop loading.
Mains: Normal mains cable, MICC, SWA (using a suitable termination
gland) or any ‘foil and drain wire type’ fire resistant cable (terminated
with an SHV or CXT type gland). A ferrite bead must be fitted as shown.

Remote Bus: MICC, SWA (using a suitable termination gland) or any ‘foil and drain
wire type’ fire resistant cable (terminated with an SHV or CXT type gland).
Network: MICC, SWA (using a suitable termination gland) or any ‘foil and drain
wire type’ fire resistant cable (terminated with an SHV or CXT type gland).
CABLE PARAMETERS BETWEEN TLI800s (Max length - 1200m)
38,400 Max resistance 75 ohms per conductor
Max capacitance 0.3µF between conductors
19,200 Max resistance 75 ohms per conductor
Max capacitance 0.6µF between conductors
<19,200 Max resistance 75 ohms per conductor
Max capacitance 1.2µF between conductors

The maximum distance, using shielded twisted pair cable with characteristics within
the parameters above, terminated with an SHV or CXT type gland, is 3000 metres.
Examples are Belden 9460 or 9574.

Serial outputs: Local printer (conduit/MICC).

The following ‘foil and drain wire type’ fire resistant 1.4.3 EARTHING MX1000/4000/MX4000M/MX2
cables are suitable:
All exposed metalwork and cabling conduits must be returned
DAETWYLER Lifeline to earth via a suitable copper conductor back to the controller.
DELTA Firetuff System 0V MUST NOT be connected to earth. The earthing
FABRICA CAVICEL Firecell stud in the top left hand corner of the controller MUST BE
connected to earth.
HUBER & SUHNER Radox FR
PIRELLI FP range The earth conductor of the mains supply to the controller shall
be the protective earth of the system.
DRAKA CALFLEX Calflam
THE PROTECTIVE EARTH TERMINAL AT THE PANEL
RAYDEX FG950
MUST BE WIRED IN AT LEAST 4MM 2 INSULATED
GEC AEI Firetec CABLE EITHER TO THE MAIN PROTECTIVE EARTH AT
TRATOS CAVI Firesafe THE MAINS DISTRIBUTION PANEL OR TO A LOCAL
PROTECTIVE EARTH SPIKE. THE COLOUR OF THE
ALCATEL pyrolyon INSULATION SHOULD BE GREEN/YELLOW.

Note: Earthing should be to I.E.E. Regulations.

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1.4.4 EARTHING T2000 The isolating device:

All exposed metalwork and cabling conduits must be • Must be as close to the incoming supply as
returned to earth via a suitable copper conductor. All cable is practically possible.
screens are to be terminated with a crimp tag and must be
long enough to connect to the gland plate earthing stud.
• Should be secure from unauthorised
operation.
System 0V MUST NOT be connected to earth. The earthing
stud in the top left hand corner of the T2000 controller
MUST BE connected to ship’s earth. WARNING:
The earth conductor of the mains supply shall be the FOR A SITE WHERE THE NEUTRAL OF
protective earth of the system.
THE MAINS SUPPLY CANNOT BE
THE PROTECTIVE EARTH TERMINAL AT THE IDENTIFIED A TWO-POLE ISOLATING
PANEL MUST BE WIRED IN AT LEAST 4MM 2 DEVICE MUST BE USED WHICH
INSULATED CABLE EITHER TO THE PRIMARY DISCONNECTS BOTH POLES
PROTECTIVE EARTH AT THE MAINS DISTRIBUTION SIMULTANEOUSLY.
PANEL OR TO A LOCAL PROTECTIVE EARTH. THE
COLOUR OF THE INSULATION SHOULD BE GREEN/ WHERE THE NEUTRAL OF THE MAINS
YELLOW. CAN BE IDENTIFIED, A SINGLE POLE
ISOLATING DEVICE MAY BE USED WHICH
DISCONNECTS THE PHASE CONDUCTOR.
Note: Earthing should be to SOLAS Regulations.

1.4.5 ADDRESSABLE CIRCUIT CABLES For MX, remove 20mm knock-out in top left hand corner of
controller housing and terminate mains supply to two part
Refer to Publication 17A-02-LOOP - MX Digital Loop - mains disconnect inside controller housing.
Loading Calculation.
In the case of T2000, ensure that the mains supply is to the
far left of the gland plate. Cut a hole in the gland plate so
1.4.5.1 CABLE ROUTING that there is a minimum of 25mm between the edge of this
It is important to ensure the correct routing of cables in order hole and other cable entry holes.
to minimise coupling effects. In particular, power and MX/ In the case of MX2 (see Figs 11 and 12), remove 20mm
T signal cables should NOT be grouped together in the same knock-out at right of housing top face. Terminate mains
conduit or trunking. supply to two part mains disconnect inside controller
housing.

1.4.5.2 REMOTE BUS CABLES Protective earth must be connected using a 4mm blue/
yellow ring terminal to the protective earth stud. Do not
The remote bus is an RS485 differential wire pair remove the existing internal protective bonding cables from
communications bus. The cable used must therefore not the protective earth stud. The top nut and shakeproof
cause loss or attenuation of the signal. Shielded twisted pair washer and plain washer should be removed leaving a nut
should be used. covering the protective bonding cables. The incoming
protective earth should be placed onto the stud next to the
The maximum length of the cable is 1200m.
nut followed by the plain washer, then the shakeproof
The RBUS must be terminated with a 150Ω resistor at the washer and nut. Ensure that the nut is securely tightened.
FIM and a 120Ω resistor at the last device on the RBUS. In the top left hand corner of the housing, above the
PSB800 power supply, the protective earth terminal has a
1.5 MAINS SUPPLY 4mm ISO thread, the size of the nut is 7mm across flats. The
primary protective earth cable should be installed on the
The controller must not be connected to an ‘IT’ mains terminal first and any secondary earth cables added on
circuit as defined in IEC950 and/or the latest version of top. In the case of MX2, the protective earth terminal is
I.E.E. wiring regulations. The mains supply must include a next to the mains disconnect.
termination of the protective earth from the controller.
THE CONTROLLER IS REGARDED AS A FIXED
APPLIANCE AND MUST BE WIRED TO THE MAINS
S U P P LY V I A A S W I T C H E D A N D F U S E D
CONNECTION UNIT RESERVED SOLELY FOR THE
PURPOSE. THE SWITCH SHOULD BE LABELLED
"FIRE ALARM, DO NOT SWITCH OFF".

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1.6 INSTALLATION PROCEDURE 8) Not applicable to T2000. Remove the

transit screw. Loosen the chassis plate
1.6.1 PREPARING THE MX/T2000 fixing screw (see Fig. 17), (DO NOT
HOUSING REMOVE). Using PSB cover, move entire
To prepare the pre-assembled MX Controller, proceed as chassis plate slightly upwards and lift away
follows: from housing - store safely in original
carton.
1) Remove complete assembly from package
by lifting handles on inner sleeve. Lay
inner sleeve on a flat surface with the
handles to the right.
2) Open inner sleeve to reveal either a control
unit and loop label envelope or repeater unit.
3) Place loop label envelope (where
applicable) along with one key fob in empty
carton.
4) Using hexagonal key (part of key fob), undo
the front cover fixing screws - note screws
are captivated - place key fob in carton.

Fig. 17 Chassis Plate Fixing

1.6.2 PREPARING THE MX2 HOUSING

To prepare the MX2 housing:
1) Remove complete assembly from
packaging.
2) Using hexagonal key (on key fob), loosen
the front cover fixing screws. Screws are
captivated and should not be removed from
Fig. 16 Front Cover Removal front cover.

CAUTION:
OBSERVE CORRECT ANTI-STATIC
CAUTION: PRECAUTIONS WHEN HANDLING
OBSERVE CORRECT ANTI-STATIC ELECTRONIC ASSEMBLIES.
PRECAUTIONS WHEN HANDLING
ELECTRONIC ASSEMBLIES.

3) Remove earth lead (Fig. 18) connected to

inside of door by removing and retaining
5) Open front cover and disconnect the ribbon door nut and washer. Remove ribbon cable
cable from the Operator Control Module connection to the DCM PCB on the inside of
(OCM, Fig. 16) to the FIM at plug P5 on the the door.
OCM.
4) Remove the door from the housing by
6) Disconnect the earth cables from the front sliding upwards whilst in the open position,
cover (Fig. 16). disengaging lift-off hinges. Store safely
7) Slide front cover upwards and lift away inside packaging.
from the back box (see Fig. 16), store safely 5) Remove earth lead connecting to chassis
by placing front cover assembly on to the plate by removing and retaining chassis
inner sleeve. Place inner sleeve envelope plate nut and washers. Unclip ribbon cable
and key fobs in carton. from housing side next to PSU. Loosen
chassis plate fixing nut. Move entire chassis
plate upward and lift away from housing.
Store safely inside packing carton.

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EARTH RIBBON
• Earth connector from the inside of the
LEAD CABLE front cover.
• Ribbon cable from the IOB800 Input/
Output Expansion Card to the LED PCB
on the front cover.

ALARM-LEDs

FAULT-LEDs

POWER LED

CHASSIS PLATE
RETAINING NUT

Fig. 18 MX2 Internal View COVER SECURING SCREWS

1.6.3 PREPARING THE MX2 EXPANSION

BOX HOUSING
To prepare the MX2 Expansion Box housing, proceed as
follows:
1) Remove complete assembly from
packaging.
2) Using hexagonal key (on key fob), loosen Fig. 19 MX Black Box Panel
front cover fixing screws. Screws are
captivated and should not be removed from
front cover. 4) Lift the front cover from the backbox and
place in the carton.
3) Remove earth lead connecting to inside of
door by removing and retaining door nut 5) Disconnect the earth cable from the
and washers. Remove door from housing by backbox, disconnect the mains plug and
sliding upwards whilst in opened position, unscrew the transit screw.
disengaging lift-off hinges. Store safely 6) Loosen the chassis plate fixing screw for
inside packing carton. one turn. Push the chassis plate upwards,
4) Remove earth lead connecting to chassis turning the FIM side slightly then the
plate by removing and retaining chassis PSB800 side. Lift the chassis plate from
plate nut and washers. Loosen chassis plate the backbox and place in the carton.
fixing nut. Move entire chassis plate
upward and lift away from housing. Store
safely inside packing carton. 1.6.5 MOUNTING THE HOUSINGS
(EXCEPT T2000 AND MX BLACK
BOX PANEL)
1.6.4 PREPARING THE MX BLACK BOX
To mount the MX Housing proceed as follows:
PANEL
1) Prepare the housing, (refer to para 1.6.1 and
To prepare the MX Black Box Panel, proceed as follows: 1.6.2).
1) Lift the panel and installation kit from the 2) Remove appropriate knockouts.
carton.
2) Using the Allen key from the installation Note: If grommets or bushings are used to secure
kit, release the four securing screws on the the cabling, they must have a flammability
front panel. rating of Class HB or better.
3) Cant the front cover outwards and
disconnect the following:

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3) Ensure that the position in which the 1.6.6.2 RACK/CONSOLE MOUNTING

controller housing is to be fitted allows
adequate clearance for cables and for Proceed as follows:
opening the front cover assembly (which is 1) Remove gland plates and drill as required,
hinged on the right and opens to 90o, 180o before replacing the plate ensure that the
for MX2). gasket is fitted.
4) Determine position for controller housing 2) Fit the two rack mounting brackets to the
on the wall, ensuring that the two bottom housing as shown in Fig. 8, using the 4 screws
fixing holes are horizontal, drill and plug the supplied (the side mounting screws must be
keyhole and bottom fixing hole positions. counter-sunk).
5) Using suitable fixing screws for the 3) Fit the housing to the specified position in the
mounting location, put a screw in the centre rack/console and secure with the four bolts
keyhole position, suspend the panel from supplied.
the keyhole screw and secure the bottom
fixing hole positions.
6) Once mounted ensure that the housing is 1.6.7 MOUNTING MX BLACK BOX PANEL
physically secure. 1) Determine a suitable mounting place on the
7) Remove debris from housing. wall for the backbox.
8) Terminate cables as necessary leaving 2) Using the drilling template, mark out the three
adequate free end tails. These tails should mounting holes (see Fig. 3).
be brought forward and up to allow access 3) Drill the holes and fit the rawl plugs.
for chassis plate assembly.
4) Fit the top screw and screw in approximately
9) Assemble chassis plate into the housing, 5mm.
reversing procedure detailed Para 1.6.1(8)
and 1.6.2 (3). 5) Hang the backbox from the top screw and fit the
remaining screws ensuring that the backbox is
level. Tighten all the screws.
1.6.6 MOUNTING T2000 HOUSING
T h e T 2 0 0 0 c o n t r o ll e r i s su p p l ied a s a c o m p let e 1.6.8 MOUNTING THE ANC-8
assembly. The Housing for T2000 may be mounted in one ANCILLARY HOUSING
of two ways:
To mount the ANC-8 Ancillary Housing, proceed as follows:
• By the use of the ‘H’ frame bulkhead
mounting bracket. 1) Using the Hexagonal key (taped to the rear of
the box) undo the front fixing screws and lift
• To a standard 19" rack/console by two rack- cover away, disconnect earth lead from housing
mounting brackets. stud.

1.6.6.1 BULKHEAD MOUNTING

Proceed as follows:
1) Remove gland plates and drill as required,
before replacing the gland plate ensure that
the gasket is fitted.
2) Either use the ‘H’ frame as a template or
refer to Fig. 7 for the layout dimensions of
the fixing holes.
3) Mount each housing to its ‘H’ frame, using
the 10 screws supplied.
4) Mount the ‘H’ frame and housing to its
fixing holes using the nuts/bolts supplied.
Fig. 20 Chassis Plate Detail

2) Locate transit and fixing screws in chassis

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plate, see Fig. 20. Remove and discard the discarded. If only one module is fitted then
transit s c r e w. Loosen fixing spacing washers must be retained on the
screw. Disconnect chassis plate earth from blanking plate fixing.
housing stud. Move chassis plate slightly
upwards and lift away from housing. 6) When chosen modules/blanking plates are
positioned, module clamp is refitted and
3) Mount the ancillary housing using the secured using shakeproof washer, plain
procedure described in para 1.6.2. washer and nut on each stud.
4) Assemble chassis plate into housing
reversing the procedure detailed in para
1.6.1 (8).
MODULE CLAMP

1.6.9 MOUNTING THE MX2 EXPANSION

BOX HOUSING MODULE/
BLANKING PLATE
1.6.9.1 SURFACE MOUNTED ASSEMBLIES
To mount the MX2 Expansion Box Housing proceed as
follows:
1) Determine position for expansion box on the MODULE/
wall. Insert the top centre fixing into the BLANKING PLATE

wall. If in brick wall a No. 8 x 1½ screw and

raw plug is recommended. Drill hole using a
No. 10 masonry drill.
2) Remove appropriate cable entry knockouts
and hang housing on top centre fixing Fig. 21 Module Clamp Location
(keyhole slot). Where ribbon cables are to be
brought in from an associated MX2 Fire
Controller then the larger 25mm knockout
STUD
should be used. M4 NUT
M4 PLAIN WASHER
3) Align with a spirit level and drill bottom M4 SHAKEPROOF WASHER
fixings. These fixing holes have enough RETAINING
BRACKET
clearance to allow a raw plug to suit a No. 8
screw to be inserted without removal of the 2 OFF M4
housing from the wall. Securely mount the PLAIN
BLANKING PLATE SPACING
housing to the wall. Remove debris from the DOOR SECTION WASHERS
housing.
4) Terminate cables into housing, leaving Fig. 22 Blanking Plate Mounting
adequate free end tails. These tails should be
brought forward and up to allow access for
the chassis plate assembly.
STUD
M4 NUT
M4 PLAIN WASHER
M4 SHAKEPROOF WASHER
RETAINING
CAUTION: BRACKET
OBSERVE CORRECT ANTI-STATIC
PRECAUTIONS WHEN HANDLING
ELECTRONIC ASSEMBLIES. MODULE
DOOR SECTION

Fig. 23 Module Mounting

5) To fit optional door module(s), remove door
module clamp (Fig. 21) by removing and
retaining nuts and washers (Fig. 22). Two
spacing washers are fitted per mounting stud
for each blanking plate fixing. Spacing
washers are NOT required for module
fixings (Fig. 23). Where a blanking plate is
replaced by a module, spacing washers are

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3 8/03

1.6.9.2 FLUSH MOUNTED ASSEMBLIES 1.7 INSULATION AND CIRCUIT TESTS

To mount the MX2 Expansion Box Housing proceed as 1.7.1 INSULATION TESTS
follows:
1) Fit Expansion box flush mount bezel WARNING:
(557.200.210) to housing per ‘Installation BEFORE USING A HIGH-VOLTAGE
Guide for MX2 Flush Mount Bezels’ INSULATION TESTER, SUCH AS A
(included with the Bezel). MEGGER, ENSURE THAT NO DEVICES OR
ISOLATOR BASES ARE FITTED TO THE
2) Mounting arrangements will then need to be CIRCUIT UNDER TEST.
determined on site according to installation
conditions.
For each cable installed, carry out high-voltage insulation
and resistance checks as described below. Firstly between
1.6.10 MOUNTING OTHER EQUIPMENT each pair of conductors and secondly between each
conductor and earth. A 500V insulation tester should be
Refer to the individual Installation/Commissioning
documents inserted at the end of this Manual. used.
a) Check that the insulation resistance exceeds
1M ohm, (It is recommended that the
1.6.11 CABLING reading obtained should be 30M ohm or
greater for MICC. The MX will operate
1.6.11.1 GENERAL with a cable insulation resistance of 1M
It is recommended that a terminal block be provided for ohm, but if a reading of less than 30M ohm
each device or SA6/900 detector shorting adaptors for MUB is obtained then re-check the cable for
bases (not for 800IB Isolating Bases). These blocks fit deterioration or damage).
freely inside the device housings and maintain loop b) Reverse the polarity of the tester and repeat
continuity. the check.
All field wiring entering the housing should be routed to c) Locate and rectify any faults found. If
terminate at the terminal blocks by the shortest distance and necessary, renew any low-insulation cable.
be routed as far away as possible from the incoming mains
supply. d) Record the final readings obtained and leave
a copy of the records inside the controller
The procedure for cabling a system is as follows: housing.
a) Run the cables as required.
b) At the system housings, feed cables through 1.7.2 CIRCUIT TESTS
knockouts or gland plates, as applicable, In order for the system to function correctly, the values of
leaving cable tail lengths of 600mm. Fit the resistance of the addressable circuits MUST not exceed
and connect earthing cable at each housing. resistance specified by the manufacturer of the cable for the
i) Draw cables through knockouts. length of cable used. Table 1 shows the maximum lengths
of cable that can be used.
ii) Gland off as required.
iii) Strip outer insulation back to 150mm.
iv) Strip individual core insulation back to Cable
25mm. Cable type
length
v) Connect the four loop cores to the terminal MICC 2L1.5, 2L2.5, 1H1,5, 2H2.5 1.8 km
block as shown.
Steel Wire Armour (SWA) 1.8 km
Fire resistant ‘foil and drain wire’,
Note: It is ESSENTIAL that continuity of each 2 km
addressable circuit be maintained at all eg, FP200, Lifeline, Firetuff
times. DO NOT cut or disconnect the wire BS6883 marine cable 2 km
loops or make any other connections at this Table. 1
stage.
The resistance of all other circuits must be sufficiently low
Due to the multiplexed nature of the installation, any faults
to limit the voltage drop to 1 volt at the maximum
on the addressable circuits are difficult to locate. The anticipated current consumption.
circuits MUST be checked and found to be free from earth
faults, leakages, etc. using the procedure described in
para 1.7.

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To check each circuit, proceed as follows:

a) Short circuit each conductor pair in turn at one
end of the circuit.
b) Measure the loop resistance. A measured loop
resistance of less than equal to that specified
manufacturer is acceptable.
c) If any faults are found or unacceptable
readings obtained, check the wiring and
repair as necessary.
d) Repeat steps (a) to (c) as necessary until the
installation has been proved satisfactory and
all faults have been eliminated.
e) Remove the shorting wires fitted for the above
checks.
f) Leave a copy of the readings obtained in the
controller housing.

1.8 FINISHING OFF

a) At the controller housing(s) and at all
ancillary components, ensure that metal
chippings, cable snippets, etc., are cleared
away.
b) At each device or sensor, refit the cover plate
with the screws provided (where applicable).
c) Ensure that copies of the cable routing
diagrams and copies of ALL circuit and
insulation tests are left in the controller
housing.

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17A-03-I/C
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3 8/03

2. COMMISSIONING 2.1.2 MAINS ISOLATORS

2.1 GENERAL INFORMATION
2.1.1 WARNINGS AND CAUTIONS WARNING:

A MAINS ISOLATOR LABEL IS TO BE

WARNING: AFFIXED ADJACENT THE CONTROLLER
GIVING THE LOCATION OF THE
PERSONNEL MUST BE FAMILIAR WITH, CONTROLLER ISOLATING DEVICE IF IT IS
AND COMPLY WITH, INSTRUCTIONS NOT READILY ACCESSIBLE.
GIVEN IN PUBLICATION NO. 05A-03-S1
BEFORE ATTEMPTING TO COMMISSION
THIS EQUIPMENT.
WARNING:

WHERE ANY OF THE FOLLOWING

EQUIPMENTS ARE USED TO SWITCH MAINS
WARNING: CIRCUITS, A MAINS ISOLATOR LABEL IS TO
BE AFFIXED TO THE EQUIPMENT, OR, WHERE
In order to prevent TERMINAL DAMAGE THIS IS IMPRACTICAL, ADJACENT THE
to the MX Controller the following rules EQUIPMENT. THE TABLE MUST BE
MUST be strictly followed: COMPLETED BY THE COMMISSIONING
ENGINEER.
1) ENSURE THAT THERE IS NO FAULT IN
RIM800 RELAY INTERFACE MODULE
THE ADDRESSABLE LOOP BEFORE IT IS
HVR800 HIGH VOLTAGE RELAY INTERFACE
CONNECTED TO THE MX
CONTROLLER.
2.2 EQUIPMENT REQUIRED
2) NEVER CONNECT THE ADDRESSABLE In order to successfully carry out the commissioning
LOOP WIRING TO THE MX CONTROLLER procedure, it is recommended that the following equipment
WITHOUT EITHER DISABLING THE is required:
ADDRESSABLE CIRCUIT OR POWERING • A suitable microcomputer with ‘MX
DOWN THE MX CONTROLLER BY USING CONSYS’ software and configuration data.
THE LOOP SHUTDOWN COMMAND.
• A power supply capable of providing 30 -
40V dc with a 100mA current limit.
3) NEVER MAKE ANY CHANGES TO THE
ADDRESSABLE LOOP WIRING WITHOUT
• M3/M4 nut spinners.
EITHER DISABLING THE ADDRESSABLE • Pozidrive  screwdriver.
CIRCUIT OR POWERING DOWN THE MX
CONTROLLER BY USING THE LOOP
• A wide bladed screwdriver.

SHUTDOWN COMMAND. • 800RT detector removal tool.

• 801AP service tool.

CAUTION: • CO field test kit.

ONLY 800 SERIES AND S271+ DETECTORS
CAN BE USED DIRECTLY WITH MX FIRE
• Aerosol Smoke Detector Tester Can.
CONTROL SYSTEMS. CONVENTIONAL • Solo 451 cordless heat detector.
DETECTORS MUST BE INTERFACED VIA A
DIM800 CONVENTIONAL INPUT MODULE. 2.3 COMMISSIONING PROCEDURE
The following steps must be carried out in order to
commission the system:
CAUTION: • Assemble the controller/repeater hardware
BEFORE STARTING THE COMMISSIONING and connect the addressable loop/remote bus
PROCEDURE, ENSURE THAT THE
ADDRESSABLE LOOP IS NOT
• Fit any printers
CONNECTED TO THE SYSTEM. • Fit and connect the devices on the
addressable loop

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• Verify loop wiring with Isolator Bases

connected. CAUTION:
• Program the address into each device on the THE PRINTED CIRCUIT BOARDS
addressable loop(s) using the 801AP Service CONTAIN STATIC-SENSITIVE
Tool. DEVICES. ALWAYS OBSERVE ANTI-
• Download the ‘MX CONSYS’ STATIC PRECAUTIONS WHEN HANDLING.
configuration data from the microcomputer
to the controller.
• Test the above devices. 2.4.1.1 MX/T2000 CONTROLLER
• Final commissioning tests. Proceed as follows:
a) Fit the Front Panel Assembly to the right-
Each of the above steps are fully described in the following hand edge of the back box by its hinge
paragraphs. brackets into slots.
b) Make the connection between the FIM
2.4 PREPARATION FOR (PL13) and the OCM (P5) with the ribbon
COMMISSIONING cable provided.
2.4.1 HOUSINGS c) Connect the mains input wiring to the
mains socket on the side.
The MX controller kit consists of the following circuit
boards, fitting parts, and assemblies: d) Perform a visual check to ensure that all
connections have been made correctly.
• General Purpose Housing.
• Chassis plate containing the Central Fit ferrite bead (28.5mm long, 16mm O.D) to the battery
Processor Unit (CPU), Field Interface cables at the PSB800 and secure with the cable ties
Module (FIM), Power Supply Module and (supplied). Fit the Thermistor lead if required.
XLM800 (MX4000 only).
The PSB has 2 x 24V dc outputs (1 is resettable), if these
• Front Panel Assembly consisting of: outputs are used, it is recommended that the supply is
• Operator Display Module (MX/T2000) distributed via an FB800 Fuse Board. If these outputs are
used with a T2000, two ferrites (13mm long 22mm OD)
• Operator Control Module (MX/T2000)
must be fitted to the 24V output from the fuseboard with
• DCM and optional ANN (MX2) the cable looped once through the torroids and fixed to the
housing using cable ties and tie basses as shown in Fig. 24.
• Battery Box which may have the following
option (not applicable to MX2)s:
2.4.1.2 BATTERY BOX
Front Cover (2 bays)
• Blank covers CAUTION:
• 40-way Alarm/Fault LED display TAKE CARE WHEN HANDLING THE
• 80-way Alarm Led Display BATTERIES. DO NOT CONNECT
BATTERIES THE WRONG WAY ROUND.
• 20-way Status Command module WHEN THE BATTERIES ARE NOT
Back Box CONNECTED, COVER WITH INSULATING
TAPE TO PREVENT ACCIDENTAL SHORT
• Batteries only CIRCUIT.
• Chassis plate with I/O boards
• Chassis plate with Power supply module

• MX2 Expansion Box

• 2 blanking plates
• Chassis plate for I/O modules

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Fig. 24

FIXING HOLES
BRACKET
STUD
RETAINING

STUD RETAINING BRACKET

BATTERY CLAMP STUD 17Ah

BATTERY RETAINING BRACKET 17Ah

BATTERY CLAMP STUD 38Ah

BATTERY RETAINING BRACKET 38Ah

NOTE: NOT TO SCALE

Fig. 25 17Ah and 38Ah Battery Retaining Kits

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Fig. 26 T2000 Battery Retaining Kit

MX/PSB800K T2000
Proceed as follows (refer to Fig. 25): Proceed as follows (refer to Fig. 26):
a) Fit any modules to the chassis plate (if a) Fit any modules to the chassis plate (if
required). required).
b) Fit the chassis plate to the backbox and b) Fit the chassis plate to the backbox and
secure. secure.
b) Where specified, fit battery retaining c) Fit the two side brackets.
clamps as follows else fit the batteries:
d) Fit the two back spacer plates.
c) Fit the stud retaining bracket to the back of
the box. e) Fit the batteries and secure with the
d) Fit the batteries and secure with the battery retaining clamps.
retaining clamps.
2.4.1.3 MX2 CONTROLLER
Note: As standard the batteries do not need to be
restrained. If it is a specific customer Proceed as follows:
requirement a battery retaining kit is available.
a) Fit Front Door assembly to the right hand
edge of the backbox by its lift off hinges.
e) Fit the temperature sensor thermistor, b) Make the connection between the FIM
ensuring that the thermistor is in contact (PL13) and the DCM (CON3).
with the top of the battery (use double sided c) Connect the mains input wiring to the mains
tape to secure the thermistor terminal block socket on the housing base.
to the battery).
d) Fit batteries in space at the bottom of the
Note: If temperature compensation is not required, housing.
then a 2k7 resistor must be fitted at the PSB e) Where specified, fit ancillary module(s) to
Temp terminals (TB3/1 and 2). chassis plate studs above the power supply
(three studs) provided to take M3 stacking
spacers.
f) Attach thermistor end of the lead from the
power supply to the top of a battery using
double sided tape.
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Fig. 27 3 and 5 Tier Modular Housings

2.4.1.4 3 AND 5 TIER MODULAR HOUSINGS the ribbon cable (2) from the FIM to the
OCM.
Proceed as follows (refer to Fig. 27 and Fig. 28):
f) Fit the temperature sensor thermistor,
a) Fit any modules to the chassis plate (if
ensuring that the thermistor is in contact
required).
with the top of the battery (use double
b) Fit the chassis plate to the backbox and sided tape to secure the thermistor terminal
secure. block to the battery).
c) Fit the batteries and secure with the battery
retaining clamps. Note: If temperature compensation is not required,
then a 2k7 resistor must be fitted at the PSB
d) Fit the front door to the backbox. Temp terminals (TB3/1 and 2).
e) Connect the earth cables (1) and (4), connect

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Fig. 28 Modular Housing Battery Retaining Kit

2.4.2 CIRCUIT WIRING The Line Isolator base contains electronics that may be
damaged if continuity testing is performed with a Megger
Proceed as follows: type insulation and continuity tester which generates
a) Fit the 2k7 Sounder EOLs, 10k Supervised voltages greater than 50 volts.
Input EOL.
Note: Continuity checks should not be carried out
Note: with a multimeter on circuits with a Line
Isolator Base connected as this will give an
1) When Local Sounders are not used in the open circuit reading.
system then EOL resistors MUST be fitted
to sounder A & B outputs or they must be The following method should be used:
disabled in MX CONSYS. The Line Isolator Base is not designed to work with line
2) DO NOT make connections to the Alarm voltages above the specified maximum, (see above). This
and Fault relays or the 24V dc supply at this means that continuity testing of the loop wiring shall be
stage. done using a voltage between 20-40V dc. As this voltage
is too high for conventional voltmeters, the following
method may be employed.
2.4.2.1 VERIFYING LOOP CIRCUIT WIRING Connect all 801IB Isolator Bases into the loop circuit.
WITH ISOLATOR BASES FITTED
Connect a power supply capable of providing 30 - 40V dc
with a 100mA current limit to one end of the loop (in
WARNING: correct polarity). A voltmeter shall be connected to the
other end of the loop or any base along the loop to verify
DO NOT MEGGER LOOP WIRING WITH the wiring up to that point.
LINE ISOLATOR BASES CONNECTED.
If there is no voltage out at any measured point, this may be
due to:

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17A-03-I/C
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1) Loop Open Circuit - wiring incomplete to

part of the loop. SOUNDER OPERATION
NORMAL CLASS A
2) Incorrect Polarity - Line Isolator bases will
appear as a short circuit if they are wired JP6 Not fitted Fitted
with incorrect polarity. JP5 Fitted Not fitted
JP4 Fitted Not fitted
3) Loop Short Circuit - If this occurs between
JP3 Not fitted Fitted
two Line Isolator bases, it will isolate that
section of line, which will then appear as an JP2 Not fitted Fitted
open circuit.
JP8: Only fitted for Class A to double output
If this occurs between the supply and the current
first Line Isolator Base, the supply output JP9: Only fitted for Class A to double output
will go low due to the internal current limit. current
Class A no EOLs fitted.
CONNECTORS AND HEADERS
SDR1 +ve return connected to SDR2 +ve.
The following list details the connectors and headers on the
FIM: SDR1 -ve return connected to SDR2 -ve.
PL2: Power In the event of a single open circuit, SDR2 only is active and
PL3: Network power drives both SDR1 +ve output and SDR2 +ve output. The
output current is doubled when header links H18 and H20
PL4: Expansion I/O are fitted.
PL6: COM1 Serial connector
PL8: COM2 Serial connector
PL9: Loop Expansion 2.4.3 INSTALLATION OF ANCILLARIES
INTO ANC-8 HOUSING
PL10: COM3 Serial connector
PL11: Factory test The MX ANC-8 Ancillary Housing can accommodate up to
PL12: Factory test 8 ancillary modules (up to 16 using an STK800 stacking
kit).
PL13: OCM800
PL14: CPU interface To install 800 modules into an ANC-8 Housing proceed as
follows:
PL15: OCM800 (normally used in rack mounting)
H1: Loop A a) Assemble required ancillary PCBs onto
chassis plate as required, fixing as shown in
H2: Loop B Fig. 29.
H3: Sounder1 and Sounder 2 outputs
H4: Supervised input
H5: Unsupervised input
H6: Emergency alarm input
H7: Fault relay
H8: Alarm relay
H9: Remote Bus
H10: Factory test
H11: Factory test
Fig. 29 ANC-8 Housing - PCB Fixing Detail
Headers b) Assemble chassis plate into housing and
JP1: OFF - Ground Fault link OFF secure using fixing screw, see Fig. 30.
ON - Ground Fault link ON
JP7: OFF - Emergency Alarm has no effect on
sounders
ON - Emergency Alarm will turn on
sounders
JP11: Factory test
JP12: Factory test
JP10: Factory test

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• COM820
• ANN840

See Section 1.6.9 for fixing details.

2.5 AUXILIARY DISPLAY DEVICES

2.5.1 GENERAL
Auxiliary display devices which may be connected to the
MX/T2000 range of fire controllers are as follows:
• Local Printers.
• Configuration terminal/modem.

Fig. 30 ANC-8 Housing - Chassis Plate

• Remote printers.
• Repeaters.

c) Connect chassis plate earth lead to housing, • XOM800 Mimics.

see Fig. 30. • XIOM800.
• ANN840/880 refer to Publication
2.4.4 INSTALLATION OF ANCILLARIES 17A-03-ANN.
INTO MX2 EXPANSION HOUSING • COM820 refer to Publication
17A-03-COM.
The MX2 expansion housing is designed to accommodate
the following ancillaries: • IOB800 refer to Publication
• XIOM 17A-03-IOB.

• MPM800
2.5.2 LOCAL PRINTER
• IOB800
The FIM allows for a serial printer to be attached locally
to the controller. Connect the printer to COM1 (PL6).
CHASSIS PLATE RETAINING SCREW
2.5.3 CONFIGURATION PC/MODEM
The configuration PC/ modem is connected to the FIM
COM2 port (PL8).

2.5.4 REMOTE PRINTERS

If it is required to connect a printer at a remote location,
then an MPM800 and a PSM800 must be used. The
MPM800 is set to personality ‘PIB’, its remote bus
address is set as described in para 2.6.3 and the boards
fitted in the standard housing.

IOB800
This MPM800 will then allow for a serial or parallel
XIOM printer to be fitted at the remote location. This printer will
MPM800 operate in conjunction with any local printer.

Fig. 31 MX2 Expansion Box - Chassis Plate Note: IC U2 UART must be fitted which must be
ordered separately.

Connection of the MPM800 is shown in Fig. 32.

The MX2 expansion housing door is deigned to take up to
two modules form:
• MX2 Printer

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c) Fit the stud retaining bracket to the back

of the box.
d) Fit the batteries and secure with the
battery retaining clamps.
e) Fit APM800 power supply monitor
module if required (refer to Publication
17A-03-APM800 or Installation Sheet
120-415-506).

Note: Later AC Repeaters have APM800

pre-installed.
Fig. 32 Connection at an MPM800 for Remote
Printers
2.5.5.2 CONNECTION OF THE REPEATER
Controller 24V Supply
2.5.5 REPEATERS
Refer to Fig. 34, proceed as follows:
Repeaters may be powered from the MX controller or by a
local PSM800 power supply unit (for MX2 repeaters local a) Connect the remote bus and 24V supply
power supply only). from the controller to the repeater
connector plate terminals ensuring correct
A repeater consists of the following boards and assemblies: polarity.
• Chassis plate containing: b) Connect the cable from the repeater
• Repeater connector plate connector plate to the ‘Remote Bus IN’
connector on the OCM800.
• PSM800 Power Supply Unit (Remote local
supply only, may be fitted with an c) Connect the earth lead on the front cover
APM800 Power Supply Monitor to the earth stud on the back box.
module. Not fitted if powered from
controller supply) Local AC Supply
• MX/T2000 front cover consisting of: Refer to Fig. 34, then proceed as follows:
• OCM800 Operator Control Module a) Connect the remote bus from the
• ODM800 Operator Display Module controller to the repeater connector plate
terminals ensuring correct polarity.
b) Connect 24V and 0V from the PSM800
• MX2 front cover consisting of:
24V supply (Fig. 35) to the repeater
• DCM800 (optional ANN881) connector plate terminals, ensuring
correct polarity (prewired in MX2).
In addition, back-up batteries may be fitted.
c) Connect the mains earth lead to the mains
The fitting kit for the repeater (not MX2) comprises a battery earth stud, ensuring that the earth lead is
fitting kit and various connecting cables. 3cm longer the mains leads.
d) Connect the mains leads to the mains
2.5.5.1 FITTING REPEATER ELECTRONICS terminal block on the housing.

All of the items, with exception of the Front Panel Assembly, e) Connect the cable from the repeater
are fitted into a similar housing to the controller. The Front connector plate to the ‘Remote Bus IN’
Panel Assembly is attached to the front of the housing by two connector on the OCM800 (or DCM
hinges (three for MX2). Con7 ‘Power/Remote In’ for MX2).

Referring to Fig. 33, proceed as follows:

a) Fit the chassis plate and secure with the
screws provided.
b) Where specified (not MX2), fit battery
retaining clamps as follows else fit the
batteries:

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Fig. 33 MX Repeater - Internal View Showing Location of Components

Note: Dotted lines indicate local power supply option.

Fig. 34 MX Repeater - Interconnections

f) Ensure that the braided earth strap (EMC, not

required for MX2) and protective earth lead
from the front cover are connected to the
earthing stud on the right hand side of the
housing.
g) Ensure that either the thermistor lead
assembly or a 2k7 resistor is fitted to the
Temp Sensor input on the PSM (prewired in
MX2).

CAUTION:

DO NOT APPLY MAINS POWER OR

CONNECT THE BATTERIES YET.

Fig. 35 PSM800 Connectors

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2.5.5.3 ADDRESS SETTING 2.6.3 MPM800 MULTI-PURPOSE I/F

MODULES
Set the address of the repeater on SW2 on the OCM800
(DCM800 for MX2)as shown in Table. 2. Set the ‘Personalities’ and addresses of any MPM800s
. fitted to the Remote Bus as follows:
SWITCH ADDRESS VALUE
SW2-1 1
SW2-2 2 2.6.3.1 PERSONALITY
SW2-3 4
SW2-4 8 MNEMONIC SW2/5 SW2/6 SW2/7
Table. 2 SW2 - Set address according to site plan OIB OFF OFF OFF
XBB ON OFF OFF
2.5.5.4 BAUD RATE SETTING PIB ON ON ON
Table. 4 MPM800 ‘Personality’
Set the Baud Rate of the Remote Bus on SW2 on the
OCM800 (DCM800 for MX2) as shown in Table 3.
.
2.6.3.2 ADDRESS
Baud Rate SW2/5 SW2/6
.
Auto Baud Not Used SWITCH ADDRESS VALUE
4800 ON OFF
SW2-1 1
9600 OFF ON
SW2-2 2
19200 ON ON
SW2-3 4
Table. 3 SW2 - Baud Rate
SW2-4 8
Table. 5 SW2 - Set address according to site plan
2.5.5.5 PROCESSOR FAULT SENSING
If the Processor Fault Sensing option is required, set SW2/
8 to ON.

2.6 SYSTEM CONFIGURATION

2.6.1 GENERAL
Make a visual check to ensure that all connections to the
controller have been made correctly.
Fit EOL resistors to the following terminals:
1) Sounder1 and sounder 2 (2k7).
2) Supervised Input (10k with 2k resistor
connected to one terminal).

2.6.2 CENTRAL PROCESSOR UNIT

Ensure that no header links are fitted to the CPU.
Header configurations are as follows (see Fig. 41):
H1, H2 and H3 not fitted: Boots firmware on power
up or MX CONSYS
download
H2 only fitted: Boots firmware default
configuration on power up.
Clears battery backup RAM
H3 only fitted: To download MX firmware

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2.6.4 XIOM800 EXPANSION INPUT/OUTPUT MODULES

XIOMs are connected as shown in Fig. 36.

Fig. 36 XIOM Connection

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2.6.5 XIOM CONFIGURATION

Configurations for XIOMs are shown in Fig. 37.

Fig. 37 XIOM Configuration

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2.6.6 IOB800 STANDARD 8IN/8OUT EXPANSION BOARD

2.6.6.1 CONNECTION TO EXPANSION BUS
IOB800s are connected as shown in Fig. 38.

Configuration First Position S2/1 S2/2 Last Position S2/1 S2/2

1 IOB800 OFF ON - OFF OFF

Table. 6 FIM Configuration

Fig. 38 IOB800 to XBus Connections

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2.6.6.2 CONNECTED TO FIM

IOB800s are connected as shown in Fig. 39. IOBs must be mounted to the chassis plate, not the PSB/PSM800.

Configuration First Position S2/1 S2/2 Last Position S2/1 S2/2

1 IOB800 OFF ON -

2 IOB800 OFF ON IOB800 ON ON

3 ANY OTHER LOCAL I/O OFF ON IOB800 OFF ON

BOARD

Table. 7 XBus Configuration

Fig. 39 IOB800 to FIM Connections

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2.6.7 IOB800 CONFIGURATION

IOB800s are configured as shown in Fig. 40.

Fig. 40 IOB800 Configuration

2.7 SYSTEM COMMISSIONING a) Set the correct address on the module.

2.7.1 GENERAL b) Wire the module onto the addressable loop
by disconnecting the pre-wired terminal
The commissioning procedure utilises in-built controller block and connecting the ‘Loop In’ and
functions. It is therefore possible for most commissioning ‘Loop Out’ cables to the correct terminals.
to be carried out by one engineer. Two engineers will be
required only for the final commissioning procedures. c) Proceed to the next module on the circuit.
It is recommended that the commissioning be carried out in
the following order: 2.7.3 ADDRESS SETTING
• Fitting of all addressable devices. Detailed instructions for setting device addresses are given
• Commissioning of auxiliary display in its Installation/Commissioning document at the back of
devices. this document.
• Testing of all addressable devices.
• Additional checks. 2.7.4 LOOP, ZONE AND ADDRESS
IDENTIFICATION FOR DEVICES
• Final Commissioning.
In order to easily identify to which loop, zone and address
a particular device is assigned, self-adhesive coloured
2.7.2 MODULE (DEVICE) CONNECTION labels of the form shown in Fig. 41 are used. These labels
are attached to the devices in the following positions:
2.7.2.1 GENERAL
The detailed procedures for each of the modules is given in
its Installation/Commissioning documentation at the back
of this document. The following procedure is for general
guidance:

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Fig. 41 Circuit/Address/Zone Labels

• MUB Detector Bases.

• CP8xx Callpoints.
• M800 Ancillary Devices - see Fig. 42.

The number on the label indicates the device’s address, whilst

a separate self-adhesive label may be attached on the bottom
of this label to indicate the device’s zone number.

Note: Plain, un-numbered, labels of the same colours

are provided for fixing to SB520 Sounder
Booster modules in order to identify the loop to
which they are connected.

In a MINERVA MX fire controller system, the zoning

arrangements are completely user-definable, ie, ANY point
may be assigned to ANY zone, as required. However, it is
recommended that points are allocated in a logical sequence
wherever possible.

Fig. 42 Loop/Address/Zone Label - Location

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Fig. 43 PSB800K Loop Power Expansion Kit

2.8 COMMISSIONING COMPLETION f) Press the SILENCE BUZZER switch to
silence the internal sounder.
Once all devices have been fitted on the addressable loop,
the next stage of commissioning may be performed. g) On a T2000 controller, connect the 9V
battery cable to P7 on the OCM PCB.
2.8.1 MX/T2000 CONTROLLER
COMMISSIONING 2.8.2 MX 4-LOOP CONTROLLER WITH
Proceed as follows: PSB800K POWER EXPANSION KIT
a) Connect the mains plug from the PSB800 to Proceed as follows:
the fixed mains socket on the side of the a) Connect the mains plug from the PSB800 to
housing. the fixed mains socket on the side of the
b) Connect the mains input cable to the mains housing.
socket, securing the cable with the cable clip b) Connect the mains input cable to the mains
supplied. socket, securing the cable with the cable
c) Connect batteries as follows. clip supplied.
Remove fuse from inter battery cable b) Connect the cables (supplied) as shown in
assembly. Fig. 43.
Connect battery cables to +ve terminal of
battery one and -ve terminal of battery two. b) Connect each PSB800 to its own battery
Connect +ve terminal of battery one to outputs.
PSB800 TB4/1 and battery -ve terminal to b) Connect the APM800 to the loop wiring.
TB4/2.
c) Switch on the mains supply.
d) Switch on the mains supply.
d) Connect the inter battery fused cable.
e) Fit fuse in battery interconnecting lead.

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2.8.3 MX2 WITH LOOP POWER 5) Connect the mains lead from each PSB820
EXPANSION KIT to the 1 to 2 mains connector.
To fit the MX2 loop power expansion kit (Fig. 44 refers), 6) Fit the APM800 to the second PSB820 as
proceed as follows: shown, using the screws supplied.
1) Remove the cover from the fixed part of 7) Connect APM800 J1 to second PSU820
the mains connector (fixed to the housing CON1.
base) and retain. 8) Connect the XLM800 loop power cable to
2) Using the screws supplied, fix the mains 1 P1 on the XLM, connect the two RED
to 2 connector to the housing base using leads the APM AUX+ and th e two
the self-clinch nuts provided. BLACK leads to AUX- on the APM.
3) Remove one of the PSB820 chassis plate 9) Connect BATT+ and BATT- on the second
fixing screws and replace with a 55mm PSU to BATT+ and BAT_ on the first
spacer, repeat for each fixing screw (x PSU.
4). Fit the four 20mm spacers to the 10) Connect the lead between the two PSU
55mm spacers. Synch terminals.
4) Fit the second PSB820 to the 20mm
spacers and secure using the four fixing
screws.

AL+ AL- AR+ AR- BL+ BL- BR+ BR-

H1 H2

BR- BR+ BL- BL+

L14
AR- AR+ AL- AL+ L13

APM800
RL1 RL2 RL3 RL4

PL1

PL2

EXPANSION
LOOP
IN PL16 OUT PL9
JP2

JP1
LOOPB
A W/DOG
LOOP
W/DOG
JP3

ADDRESS
H22 H24 BASE

Fig. 44 MX2 Loop Power Expansion Kit

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Fig. 44 MX2 Loop Power E

Fig. 45 CPU Headers

2.8.4 MX2 CONTROLLER b) Connect the download lead (S/C No.

COMMISSIONING 557.200.118) to the computer serial port and
COM2 on the FIM.
Proceed as follows:
c) Fit Header H3 on the CPU, then press S1
a) Connect the mains plug from the PSB820 to ‘Reset’ until LED (D5) flashes.
the fixed mains socket on the back of the
housing. d) Run ‘MX CONSYS’ (refer to Publication
17A-06-X1), set Comm Port baud rate to
b) Switch on the mains supply. 115,200, select the ‘Transfer’ option from
c) Press ‘SILENCE BUZZER’ switch to the menu bar, then select ‘Firmware’, select
silence the internal sounder. the .DWN file then select ‘Open’, the
firmware will then be downloaded.
d) Connect the batteries as follows:
e) The LCD will display the message
Connect battery cables to +ve terminal of ‘RS-485 COMMS ERROR’ whilst the
battery one and to -ve terminal of battery download is taking place, the internal
two. buzzer will sound and cannot be silenced.
Connect +ve terminal of battery one to
PSB820 Con3 +BT and -ve terminal of f) Once the download is complete, remove
battery two to PSB820 Con3 -BT header H3.

Note: If the controller displays the following

2.8.5 DOWNLOADING CONFIGURATION symptoms, ‘SYSTEM FAULT LED’ on, the LCD
DATA displays ‘RS-485 COMMS ERROR’ and no
keys are operative, the controller may have
2.8.5.1 FIRMWARE entered a safe state. To clear this condition, it
If downloading new firmware (refer to Fig. 45), proceed as is necessary to clear the ‘non-volatile RAM’.
follows: This is achieved as follows:

a) Connect mains power to the controller, the Fit header link H2 to the CPU, press switch S1
Watchdog LED (D5) on the CPU should ‘Reset’ until LED (D5) flashes, wait 15 seconds
light continuously. Press S8 (RESET) on then remove H2 and press S1 again until D5
the OCM800 or SW3 (System Fault Reset) flashes. If the fault persists replace the CPU.
on DCM800 for MX2 to silence the internal
buzzer.

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2.8.5.2 CONFIGURATION DATA Once the self-test has proved the correct operation of the
printer, proceed as follows:
To download configuration data, proceed as follows:
f) Switch the printer OFF.
a) Power up controllers and repeaters.
g) Position the paper perforations at the
b) Connect and power up any repeaters required top-of-form position.
connected to the controller.
h) Switch the printer ON.
c) Remove header H3 if fitted.
d) Load the configuration file, then select the 2.9 DEVICE COMMISSIONING
‘Transfer’ option from the menu bar, then
select ‘Configuration’. 2.9.1 INTRODUCTION
e) On a new system, select the ‘All’ option or The function of module commissioning is to check that
if downloading ‘MX CONSYS’ each device responds correctly to an alarm condition. By
modifications, select ‘Mods’. the use of the controller’s built-in functions, this procedure
may be carried out by one engineer.
f) When the download is complete, select
‘Reset’ to reset the controller.
2.9.2 ENTERING PASSCODES
Note: If problems occur during configuration
download, fit header H2, press S1 ‘Reset’ and The controller’s built-in functions may be accessed by
try downloading again. entering an appropriate Access Code. In order to avoid
unnecessary repetition, the general procedure for entering a
Passcode is given below:
g) Remove header H2 and press S1 ‘Reset’.
h) Press SILENCE BUZZER switch to silence a) Press ‘F3 - Passcode’, enter your ID then
press ‘F5 - Enter’. If the ID is two digits,
internal buzzer.
then the cursor will move automatically to
i) Rectify all displayed faults. the Passcode entry.
b) Enter the 6-digit passcode, the screen will
display the menu options.
2.8.6 AUTOCONFIGURATION
The MX controller has a loop auto-configuration option, 2.9.3 COMMISSIONING PROCEDURE
which, when a loop or spur circuit(s) is working correctly
allows a loop(s) the controller to learn what devices are 2.9.3.1 PRINT POINTS
connected to the loop.
Before testing each device, it is strongly advised to obtain
This auto-configuration contains basic information which a printout of all the addressable points on each circuit, as
may be uploaded into MX CONSYS. this enables a check of all the correct analogue values and
statuses. (If no printer is available, this step may be
ignored). An example of a printout is given in Fig. 46.
2.8.7 PRINTER COMMISSIONING
For each printer connected on the system, check that: Note: A computer may be used instead of a printer
a) The DIP switch settings are correct, baud using the Windows™ Hyper Terminal function.
rate 4800, (9600, 19200, 38400, 57600 as
selected in MX CONSYS), 8 data, 1 stop
and no parity bit. Proceed as follows:
b) The correct connections have been made a) Enter your passcode.
(FIM COM1). b) Select menu option 6.
c) The printer is connected to the mains.
c) The display will show:
d) It has a ribbon fitted.
1 - Pts Isolated
e) It has paper loaded. 2 - Pts Unt./Fld.
Power up the printer in ‘self-test’ mode as described in the 3 - Point Values
printer manual. 4 - View Faults
5 - Loop Point Ctrs

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Panel : 1 ------------------------------------------ Time: 14:37:22 11-May-00 --

Loop A Point Analogue Values
NoseX Address Dev. Real Mode Sens. %Dirt/LTA
-------------------------------------------------------------------------------------
Zone 001 A001 801 PH 801 PH 4 1 --3 (028)
0.0 %/m 028 19 oC 066 ---
Zone 002 A002 801 H 801 H 1 0 ---
--- 19 oC 066 ---
Zone 002 A003 801 I 801 I 0 1 15 (142)
0-0 (Y) 144 003 ---
Zone 003 A004 MIM800 MIM800 0 0 ---
100 --- ---
Zone 004 A005 CP 820 CP 820 0 0 ---
001 --- ---
Zone 004 A006 CIM800 CIM800 0 0 ---
090 --- ---
Zone 004 A009 S271f+ S271f+ 0 0 ---
69 0 ---

Fig. 46 Print Points Output

Where:
‘Address’ - gives zone. loop & point number
‘Dev’ - is the device type
‘Real’ - is the device type read from the device
‘Mode’ - is the mode of operation of a detector
‘Sens.’ - is the sensitivity setting on the detector
‘%Dirt/LTA’ - is the dirtiness/ long term average of a detector

d) Select option 3, then select a device on a loop. Press F5 ‘Enter’,

The device selected will be displayed.
e) Press F5 ‘Enter’ twice to print out the loop information.

Tables 8 and 9 give the detector and ancillary modes and sensitivity levels.

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DETECTOR MODEL/
DETECTOR TYPE ID SENSITIVITY
MODE MODE No.
LEVELS
LAND MARINE
801H 811H A2S 0
20 21 A1R 1 NONE
CR 2
801PH 811PH OPTICAL 0 3 (0 - 2)
10 11 HP0 1 3 (0 - 2)
A2S 2 NONE
A1R 3 NONE
OPTICAL + A2S 4 3 (0 - 2)
HPO + A2S 5 3 (0 - 2)
801CH CO ONLY 0 3 (0 - 2)
30 COMPENSATED CO 1 3 (0 - 2)
-
A2S 2 NONE
A1R 3 NONE
- 811CH
COMPENSATED CO + A1R 0 2 (0 - 1)
31
801I
- IONISATION 0 3 (0 - 2)
40
S271f+/S271i+
FLAME 0
60
Table. 8
DETECTOR VALUES
Heat: -10°C - +100°C
CO: 0ppm - 100ppm
Optical: 0.0% - 6%
Ion: Y = 0.0 - 1.2
A value different to zero may be indicated even if the detector is not dirty. This is because the
value may be influenced by temperature, humidity or air pressure

% dirtiness: 0% - 100% (optical and ion only)

Value indicates how far long term average value has drifted away from its original value
0% = original value = clean detector
100% = dirty detector ie fault message is generated

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ANCILLARY/
MODE ABREVIATION MODE No. SENSITIVITY
ANCILLARY TYPE ID
MIM800 STYLE B, N.O. B,no 0
128 STYLE C, N.O. C,no 1 NONE
STYLE C, N.C. C,nc 2
CIM800 STYLE B, N.O. B,no 0
145 STYLE C, N.O. C,no 1
STYLE C, N.C. C,nc 2
NONE
STYLE D, N.O. D,no 3
STYLE E, N.O. E,no 4
STYLE E, N.C. E,nc 5
DIM800 STYLE B B 0 RESET &
146 STYLE C C 1 VERIFICATION
STYLE D D 2 TIME
STYLE E E 3
DIM800 STYLE B B 0
146 STYLE C C 1
NONE
(INT) STYLE D D 2
STYLE E E 3
RIM800
- - - NONE
161
SNM800 DC SOUNDERS - 0
NONE
177 AC SPEAKERS 1
APM800
162
CP820
129
CP830
130
CP820M
131
CP830M
132
Table. 9

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2.9.3.2 TESTING DEVICES d) Repeat the procedure from a) until all

isolator bases have been checked.
The controller has a built-in function (Walk Test) which
allows the response of devices to an alarm condition to be
tested without actioning a full alarm at the controller. 2.9.3.4 SOUNDER COMMISSIONING
Proceed as follows: Proceed as follows:
a) Enter your password. a) Remove the temporary EOL resistors fitted
b) Select menu option 7. in para 2.4.2, wire the common sounder
circuits (H3) to the FIM ensuring correct
c) Select option 1 (Walk Test). polarity.
d) Select the type of Walk Test to be carried b) Enter the passcode, then select menu option
out, then select the Sector or Zone to be 7, option 1, the LCD will display:
tested.
1 - Point I/P only
e) Press F5 (Enter) then F5 (Start), information
2 - Zone I/P only
will be displayed about the Sector/Zone
selected and the following Walk Test 3 - Zone Detectors
information: 4 - Zone Callpoints
5 - Zone Sounders (not yet implemented)
Covered :
6 - All Inputs
Excluded :
7 - All Detectors
Been Activ. :
8 - All Callpoints
Been Clear :
9 - All Sounders (not yet implemented)
Successfully:
Cur. Active :
c) Select option 9, then press F5
(Start). Check that all sounders are
2.9.3.3 801IB ISOLATOR BASE functioning as required.
COMMISSIONING
Short out the addressable loop between two isolator bases,
after approximately 60 seconds the Controller should Note: Steps b) and c) are not yet implemented, test
respond as follows (using the ‘Fast Fault’ option 4, from the sounders either by forcing the points or by
diagnostics menu will reduce the response time to using the ‘Evacuate’ switch.
approximately 6 seconds):
i) The ‘FAULT’ LED will light. 2.9.3.5 COMPLETION OF CABLING
ii) The fault message:
Wire up the following connections as required:
ADDR LOOP OPEN CCT
H8 Alarm relay N/O, C, N/C, 100nF EOL
will be displayed on the LCD and capacitor for dc loads
NO RESPONSE H7 Fault relay N/O, C, N/C, 100nF EOL
capacitor for dc loads
Messages from devices between the two
isolator bases will be accessible by H6 Emergency alarm I/P 100Ω or less to
scrolling through the log. The number of activate
faults will also be displayed on the Fault H5 Unsupervised I/P any value EOL up to 10kΩ
Counter.
H4 Supervised I/P 6mA maximum @
24V dc nominal. 10kΩ
iii) The internal buzzer will bee.p EOL
Contact 2kΩ in parallel

b) Press the ‘Silence Buzzer’ pushbutton, the 2.9.3.6 BATTERIES

internal buzzer should silence but the Label the batteries with the date of commissioning.
‘FAULT’ LED should remain lit.
c) Remove the short and ensure that after
approximately 45 seconds all fault messages
have cleared and the ‘FAULT’ LED has
gone out.

© 2003 Tyco Safety Products PAGE 51 of 55

Registered Office: First Floor North Building Walden Court Parsonage Lane Bishop’s Stortford Herts CM23 5DB
MX BUREAU VERITAS
17A-03-I/C Stamped document, refer to 1st page
3 8/03

2.10 COMPLETION AND HANDOVER TO Proceed as follows:

CUSTOMER a) Test each loop in turn by setting a device
into fault as follows:
2.10.1 DATE/TIME SETTING
i) for an MUB base, remove the detector;
When initially powered-up or after a complete power loss,
the clock will start running from Wed 01-Jan-92 00:00. In ii) for an ancillary device, disconnect the
order to set the date and time correctly, proceed as follows: EOL resistor or associated circuit.
a) Enter your password.
b) Select option 4, then option 1, the LCD will 2.10.5 HANDOVER PROCEDURE
Display: When the system has been commissioned, hand over the
Date : 01 -Jan-92 installation to the customer in accordance with standard
Time : 00:00:00 Company instructions. In particular, ensure that the
customer is familiar with the operation of the system and is
aware of the implications of the relevant standards.
c) The time can be changed by entering a Ensure that NO documentation is left in the Controller
number or using the ‘+’ and ‘-’ keys. The housing or any other associated housing.
‘>>’ key is used to move the cursor.
d) The Month can be set by entering numbers 1
to 9 equivalent to Jan to Sep.
e) When the date and time are correct, press F5
(Save), the new date and time will
automatically be displayed.

2.10.2 TESTING THE SYSTEM

Test all configured options on the system to ensure that the
system is working correctly.

2.10.3 TESTING ALARMS

Note: In order to prevent excessive travelling
between the controller and devices, it is
recommended that the following procedure be
carried out by two engineers equipped with 2-
way communication devices.

Proceed as follows:
a) Test each loop in turn by setting a callpoint
or other Alert I/P configured device into
alarm as follows:
i) For a Callpoint, insert the test key into the
bottom of the unit.
ii) For a detector, gas it in the approved
manner.

2.10.4 TESTING FAULTS

Note: In order to prevent excessive travelling
between the controller and devices, it is
recommended that the following procedure be
carried out by two engineers equipped with 2-
way communication devices.

PAGE 52 of 55
 EQUIPMENT:
BUREAU VERITAS MX
Stamped document, refer to
PUBLICATION: 1st page
17A-03-I/C
ISSUE No. & DATE:
3 8/03

3. ORDERING INFORMATION MX2-FB Panel/Repeater Flush

Mount Bezel: 557.200.209
C.I.E.s MX2-FBX Expansion Box Flush
MX1000 1-loop C.I.E.: 557.200.001 Mounting Bezel: 557.200.210
MX4000 2 to 4-loop C.I.E. - Shallow: 557.200.003 Ancillary Housing 8: 557.180.096
MX4000 2 to 4-loop C.I.E.- Deep: 557.200.004 Ancillaries Stacking Kit: 557.180.095
MX4000 2 to 4-loop C.I.E. Shallow -
Flush: 557.200.009 C.I.E. MODULES
MX4000M 2 to 4 loop C.I.E. FIM801 1-Loop Field I/F Module: 557.202.000
3 Tier with Window: 557.200.100 FIM802 2-Loop I/F Module: 557.202.001
MX4000M 2 to 4 loop C.I.E. XLM800-MX 2-Loop Expansion Card: 557.202.007
5 Tier with Window: 557.200.101
CPU800 Central Processor Unit: 557.202.002
T2000 2 to 4-loop Marine C.I.E.: 557.200.600
PSM800 Standard Power Supply
MX2-100 1-Loop Shallow Housing: 557.200.200 Module: 557.202.003
MX2-110 1-Loop Shallow Housing PSM800M Marine Standard Power
c/w ANN Annunciator: 557.200.202 Supply Module: 557.202.403
MX2-200 2-Loop Shallow Housing: 557.200.201 PSB800 Power Supply with
MX2-210 2-Loop Shallow Housing Loop Booster: 557.202.005
c/W ANN Annunciator: 557.200.203 PSB800M Marine Power Supply with
MX2-201 2-Loop Deep Housing: 557.200.204 Loop Booster: 557.202.405
MX2-211 2-Loop Deep Housing PSB820 MX2 Power Supply with
c/w ANN Annunciator: 557.200.205 Loop Booster: 557.202.202
MX4000 Black Box 2-4 Loop PSM820 MX2 Standard Power Supply
Network Panel: 557.200.027 Module: 557.202.203
IOB800 8in/8out Expansion Board
with Cable: 557.202.006
Options
MPM800 Multi-Purpose
17Ah Battery & Expansion Box: 557.200.005 Interface Module: 557.202.012
17Ah Battery & Expansion Box - Flush: 557.200.019 OCM800 Operator Control Module
38Ah Battery & Expansion Box: 557.200.006 c/w Blank: 557.202.013
38Ah Battery & Expansion Box - Deep: 557.200.016 DCM800 Display Control Module: 557.202.200
MX Repeater 24V dc: 557.200.012 ODM800 Operator Display Module
c/w Cable: 557.202.019
MX Repeater C/W PSU: 557.200.013
ANN840 40-way Alarm/Fault
MX Repeater 24V dc - Flush: 557.200.017 LED Module: 557.202.021
MX Repeater C/W PSU - Flush: 557.200.018 ANN880 80-way Alarm LED Module: 557.202.022
MXAPSU 17Ah Addressable PSU: 557.200.014 ANN881 MX2 80-Way Zonal
5A PSU 38Ah Addressable PSU: 557.200.015 Alarm Annunciator: 557.202.201
PSB800K Power Expansion Kit: 557.202.040 COM800 20-Way Status/Command
T2000 Marine Repeater: 557.200.601 Module: 557.202.020
T2000 Battery Box: 557.200.602 TLI800 ThornNet Interface and Cable: 557.202.026
T2000 Battery Box c/w Mimics 557.200.603 APM800 Addressable PSU
Monitor Module: 557.202.027
‘H’ Mounting Bracket: 557.180.454
XIOM 16-way I/O Expansion
19” Mounting Kit: 557.180.452 Board with Cable: 557.180.016
T2000 Spare Front Door: 557.200.607 TLI800-G MX-Net/MX Graph I/F
MX2-R Repeater Shallow Housing: 557.200.206 and 240V PSU: 557.200.038
MX2-XBO Expansion Box Shallow: 557.200.207 MX Remote Diagnostic Modem: 557.202.036
MX2-XB1 Expansion Box Deep: 557.200.208 LX-300 9 Pin Dot Matrix Printer: 557.202.037
FB800 15-Way Fuseboard: 557.202.100

© 2003 Tyco Safety Products PAGE 53 of 55

Registered Office: First Floor North Building Walden Court Parsonage Lane Bishop’s Stortford Herts CM23 5DB
MX BUREAU VERITAS
17A-03-I/C Stamped document, refer to 1st page
3 8/03

ANCILLARIES 801RB Relay Base: 516.800.905

MIM800 Mini Input Module: 555.800.001 801SB Sounder Base: 516.800.907
CIM800 Contact Input Module: 555.800.002 802SB Sounder Base: 516.800.910
CIM800 Contact Input Module 901SB Sounder Base: 516.800.911
& Cover: 555.800.032 801RIL Remote LED Indicator: 516.800.908
RIM800 Relay Interface Module: 568.800.003 801HL Remote LED Indicator: 516.800.909
RIM800 Relay Interface Module MP69 Duct Probe Unit: 517.025.036
& Cover: 568.800.033 SMP69 Stainless Steel Duct Probe Unit: 517.025.035
HVR800 High Voltage relay Interface: 568.800.004 800SA Detector Shorting Adaptor: 517.050.002.A/T
HVR800 High Voltage relay Interface 800F Detector Address Flags
Housed: 568.800.034 (Pack 100): 516.800.915
SNM Sounder Notification Module: 577.800.005 Address Flag Labels - Loop A
SNM Sounder Notification Module (White) 516.800.931
& Cover: 577.800.035 Address Flag Labels - Loop B
SB520 Sounder Booster: 577.001.023 (Yellow) 516.800.932
SB520 Sounder Booster: 577.001.033 Address Flag Labels - Loop C
LPS800 Loop Power Sounder Module: 577.800.011 (Purple) 516.800.933
LPS800 Loop Power Sounder Module Address Flag Labels - Loop D
& Cover: 577.800.041 (Green) 516.800.934
DIM800 Detector Input Module: 555.800.012 800RT Detector removal Tool: 516.800.917
DIM800 Detector Input Module 801AP Service Tool: 516.800.918
& Cover: 555.800.042 DHM69 Deckhead Mounting Unit: 517.001.231
LI800 Line Isolator Module: 545.800.001 800EM Euro Mounting Kit: 516.800.921
LI800 Line Isolator Module & Cover: 545.800.031 Spare Ancillary Programming Lead: 516.800.922
APM800 Power Supply Monitor Module: 557.202.028
RSM800 Repeater DC/DC Converter: 557.202.026 CP820 Indoor Callpoint (T/A/Y): 514.800.503
PRN800 Printer Kit: 557-202-024 CP830 Outdoor callpoint (T/A/Y): 514.800.504
BDM800 Beam Detector Module CP820M Marine Indoor Callpoint: 514.800.505.T
c/w Cover: 555.800.066 CP830M Marine Outdoor Callpoint: 514.800.506.T
BTM800 Beam Terminal Module
c/w Cover: 555.800.067
CABLES AND SPARES

DETECTORS/CALLPOINTS FIM Modem Lead: 557.202.116

FIM/MPM Printer Lead: 557.202.117
801PH Optical Smoke + Heat
Detector (T/A/W/Y): 516.800.500 MX CONSYS Download Lead: 557.202.118
801CH CO + Heat Detector (T/A/W/Y): 516.800.501 Blank Half Module - Grey Overlay: 557.201.300
801H Heat Detector (T/A/W/Y): 516.800.502 Standard MX Backbox: 557.201.301
801I Ionisation Detector (T/A/W/Y): 516.800.515 Deep MX Backbox: 557.201.302
811PH Optical Smoke + Heat MX Door c/w Hinge and Bracket: 557.201.305
Detector: 516.800.507 Standard MX Expansion Backbox: 557.201.306
811CH CO + Heat Detector: 516.800.508 Deep MX Expansion Backbox: 557.201.310
811H Heat Detector: 516.800.509 MX Programmer Lead - Spare Pins: 516.800.924
S271f+ MX Digital Addressable MX Service UK - Accessory Kit: 516.800.923
Triple IR Flame Detector: 516.041.003
MX Service Password Management Kit: 516.800.926
S271i+ MX Digital Addressable
100nF EOL Capacitor for
Triple IR Flame Detector: 516.041.004
Alarm/Fault Relays: 125.804.026
Minerva Universal Base: 517.050.001
801IB Isolator Base: 516.800.903

PAGE 54 of 55
 EQUIPMENT:
BUREAU VERITAS MX
Stamped document, refer to
PUBLICATION: 1st page
17A-03-I/C
ISSUE No. & DATE:
3 8/03

SOFTWARE
MX CONSYS Dongle & Licence: 557.203.001
MX Remote Dongle & Licence: 557.203.002
MX Graph S/W Licence A - 1 Node: 508.020.201
MX Graph S/W Licence B - 2 to 5 Node: 508.020.202
MX Graph S/W Licence C - Unlimited: 508.020.203
MX Graph - S/W D Extra Workstation: 508.020.204

JM/jm
14th August 2003

© 2003 Tyco Safety Products PAGE 55 of 55

Registered Office: First Floor North Building Walden Court Parsonage Lane Bishop’s Stortford Herts CM23 5DB
 BUREAU VERITAS
Type of document Document No.
Stamped document, refer to 1st page
OPERATION & USER MANUAL TYCO-FDS-010
Hull Date of issue Rev. No. Rev. date Approved by Class
FIRE & SECURITY
MARINE SERVICES SINGAPORE
H1098 03-Aug-17 00 Manoj BV
System Project Name Client
FIRE DETECTION AND
ALARM SYSTEM 50T BP Dual Fuelled Harbour Tug Pax Ocean

9
OPERATION & USER MANUAL
 BUREAU VERITAS
EQUIPMENT: MX
Stamped document, refer to17A-05-O
PUBLICATION: 1st page
ISSUE No. & DATE: 17 10/09

‘MX’ ADDRESSABLE FIRE CONTROLLERS

OPERATING INSTRUCTIONS FOR VERSION 17

LIST OF CONTENTS

1. INTRODUCTION 5 3.5 ACCEPT EVENTS 18

1.1 KEY FUNCTIONS AND FEATURES 5 3.6 VIEW STATUS 18
3.7 ISOLATE/DE-ISOLATE 20
3.8 TIME/DATE 21
2. OPERATING INSTRUCTIONS 6 3.8.1 SET TIME/DATE 22
2.1 OPERATOR’S INDICATORS 3.8.2 SUMMER/WINTER 22
AND CONTROLS 6
3.9 EVENT LOG 22
2.1.1 GENERAL 6
3.9.1 VIEW EVENT LOG 22
2.1.2 OPERATOR DISPLAY
MODULE 6 3.9.2 PRINT EVENT LOG 23
2.1.3 OPERATOR CONTROL 3.9.3 FILTER 23
MODULE 9 3.10 VIEW/PRINT DATA 23
2.1.4 DCM800 DISPLAY CONTROL 3.10.1 VIEW/PRINT POINTS
MODULE 9 ISOLATED 23
2.2 LCD DISPLAY 11 3.10.2 VIEW/PRINT POINTS
2.2.1 FIRE WINDOW 11 UNTESTED/FAILED 24
2.2.2 STATUS WINDOW 11 3.10.3 VIEW/PRINT POINT VALUES 24
2.2.3 MAIN WINDOW 11 3.10.4 VIEW FAULTS 25
2.2.4 SOFTKEY WINDOW 11 3.10.5 VIEW LOOP POINT COUNTERS 25
2.3 NORMAL OPERATION 12 3.10.6 ACTIVE POINTS 26
2.3.1 EVENT MONITORING 12 3.10.7 BY FUNCTION 27
2.3.2 EVENT DISPLAY 12 3.11 SERVICE 28
2.4 OPERATION IN ALARM 12 3.11.1 WALK TEST 28
2.4.1 SYSTEM RESPONSE 12 3.11.2 MAINTENANCE 30
2.4.2 SOUNDER SILENCING 13 3.11.3 CONFIGURATION 32
2.4.3 RESETTING THE CONTROLLER 14
2.4.4 MULTIPLE EVENTS 14 4. ROUTINE CHECKS 36
2.4.5 PRE-ALARM WARNINGS 14
4.1 GENERAL 36
2.5 OPERATION IN FAULT CONDITION 14
4.2 DAILY CHECKS 36
2.5.1 SYSTEM RESPONSE 14
4.3 WEEKLY CHECKS 36
2.5.2 OPERATOR ACTION 14
2.6 FIRE CONTROL KEYS 15
2.6.1 EVACUATE or FIRE ALARM 15 5. CPD INFORMATION 37
2.6.2 DAY/NIGHT MODE 15
2.6.3 TEST 15
2.7 AUXILIARY DISPLAY DEVICES 15
2.7.1 GENERAL 15
2.7.2 REPEATERS 16
2.7.3 PRINTERS 16
3. CONTROLLER FUNCTIONS 16
3.1 ACCESS LEVELS 16
3.1.1 GENERAL 16
3.2 ENTERING PASSCODES 17
3.3 VALID VALUES 17
3.4 MAIN MENU 18

© 2009 Tyco Safety Products PAGE 1 of 38

Registered Company: Thorn Security Ltd. Registered Office: Dunhams Lane Letchworth Garden City Hertfordshire SG6 1BE
MX BUREAU VERITAS
17A-05-O Stamped document, refer to 1st page
17 10/09

This page intentionally left blank

PAGE 2 of 38
 First Fire 1 2
ABC
3
DEF
Zone 002 B002
1st Floor Corridoor
Room 117
4 5 6
Last Fire 002 GHI JKL MNO

Zone 030 B055

4th Floor
Washroom / Window 7 8 9
PQRS TUV WXYZ
General Information

© 2009 Tyco Safety Products

0

Fig. 1
View More

Registered Company: Thorn Security Ltd.

F1 F2 F3 F4 F5

Registered Office:
GENERAL PROTECTION PANEL

ACTIVATED POWER ON

Dunhams Lane
FAULT MAINS FAULT
FIRE
FAULT DISABLED SYSTEM FAULT
Stamped

DAY MODE POWER FAULT

DISABLED
SOUNDERS SIGNALLING

TEST ACTIVATED ACTIVATED

EQUIPMENT:

FAULT FAULT

MINERVA MX Fire Controller - Front Panel

PUBLICATION:

DISABLED DISABLED
document,

Letchworth Garden City

ISSUE No. & DATE:

I
SILENCE SILENCE/ DAY INVESTIGATE
BUZZER RESET EVACUATE
RESOUND NIGHT DELAY

0
T2000 ONLY
BUREAU VERITAS
refer to
17

Hertfordshire
MX

SG6 1BE
17A-05-O
1st page
10/09

PAGE 3 of 38
MX BUREAU VERITAS
17A-05-O Stamped document, refer to 1st page
17 10/09

ALPHANUMERIC
KEYPAD
Main
Main menu
menu 2 3
1
SYSTEM
SYSTEM 1 2 3
11 -- Accept
Accept Events
Events SCROLL * ABC DEF
Wed,
Wed, 01-Mar-08
01-Mar-08 22 -- View Status
Actual Status * ABC DEF
14:15
14:15 33 -- Isolate/De-Isol
(De-) Isolate UP
44 -- Time / Date
Time / Date 4 5 6
Company
Company Name
Name 55 -- Event Log
Event Log 4 5 6
66 -- View/Print Data
View/Prn Status GHI JKL MNO
General
General 77 -- Service
Service GHI JKL MNO
8 - Configuration
99 -- Test
Test Buzzer,
Buzzer, 7 8 9
LED's
LED's Display
Display 7
PQRS TUV8 9
WXYZ
Alarm
Alarm Count:
Count: 0021
0021 PQRS TUV WXYZ
SCROLL
0000 DOWN
Back
Back SounSIL 0
0

F1 F2 F3 F4 F5
F1 F2 F3 F4 F5
SOFTKEYS

GENERAL
GENERAL PROTECTION SOUNDERS
SOUNDERS SIGNALLING PANEL
GENERAL
GENERAL SYSTEM SOUNDERS
SOUNDERS SIGNALLING CONTROLLER
FIRE ACTIVATED ACTIVATED ACTIVATED POWER ON

FIRE
FAULT
PRE ALARM
FAULT
ACTIVATED
FAULT
ACTIVATED
FAULT
POWER ON
MAINS FAULT
FAULT DAY MODE FAULT FAULT MAINS FAULT
DISABLED DISABLED DISABLED DISABLED SYSTEM FAULT
DISABLED STATUS 1 DISABLED DISABLED SYSTEM FAULT
TEST DAY MODE SYSTEM
TEST STATUS 2

SILENCE SILENCE DAY INVESTIGATE

RESET FUNCTION EVACUATE
BUZZER RESOUND
SILENCE DAY
NIGHT DELAY
SILENCE INVESTIGATE
RESET FUNCTION EVACUATE
BUZZER RESOUND NIGHT DELAY

ZONE DISPLAY
ZONE DISPLAY
1 11 21 31 41 51 61 71
1 11 21 31 41 51 61 71
2 12 22 32 42 52 62 72
2
3 12
13
22
23
32
33
42
43
52
53
62
63 72
73
3
4 13
14 23
24 33
34 43
44 53
54 63
64 73
74
4
5 14
15
24
25
34
35
44
45
54
55
64
65 74
75
5
6 15
16 25
26 35
36 45
46 55
56 65
66 75
76
6
7 16
17 26
27 36
37 46
47 56
57 66
67 76
77
7
8 17
18 27
28 37
38 47
48 57
58 67
68 77
78
8
9 18
19 28
29 38
39 48
49 58
59 68
69 78
79

9
10 19
20 29
30 39
40 49
50 59
60 69
70 79
80

10 20 30 40 50 60 70 80

I
I
0
0

Fig. 2 MX2 Fire Controller - Front Cover

PAGE 4 of 38
 EQUIPMENT:
BUREAU VERITAS MX
Stamped document,
PUBLICATION: refer to 1st page
17A-05-O
ISSUE No. & DATE: 17 10/09

1. INTRODUCTION • Power supply incorporates a 24V DC

charger capable of charging up to 38Ah
The instructions given in this document are common to all batteries to provide up to 72 hours backup
the ‘MX’ range of fire controllers, any differences being and 30 minutes in alarm (BS 5839 : Part 1) or
outlined as appropriate This document is written for 90 hours backup and 15 minutes in alarm.
Firmware Version 17. • Full EN54 compliant control switches and
The MINERVA MX range, form a comprehensive and indicators with keyswitch enable and
compatible range of modular and flexible EN54 approved optional programmable LED indicators and
(the MX2 and MX Black Box Panel are additional MX control switches.
compatible units which are fully EN54 : Part. 2 and Part. 4 • Large backlit 16 line x 40 character LCD
compliant) addressable fire controllers using Tyco MZX display with detailed and precise
TechnologyTM. identification of all sectors, zones and points,
Standard MINERVA MX fire controllers include: comprehensive 95 character emergency
procedure instructions and full system status
• MX1000 – 250 point,16/32/ 40/80/120/160/ indication including counters of number of
200 or 240 zone network capable fire points in alarm, fault, disabled and test
controller – 1 loop controller in compact mode.
designer housing. • Extensive menu driven and password
• MX4000 – 1000 point, 16/32/40/80/120/ controlled operator and engineer functions
160/200 or 240 zone network capable fire including extensive isolate, override, test,
controller - 2 to 8 loop controller in compact service and diagnostic functions.
designer housing. • System manager and engineer functions
• T2000 – 1000 point, 16/32/40/80/120/160/ including editing of point descriptions and
viewing/printing of point values including
200 or 240 zone network capable fire
controller - 2 to 8 loop controller in Marine CO levels, temperatures and detector
approved compact housing. obscuration levels.

• MXR – Fully functional repeater in compact

• Optional self-test and verification of
detectors from the controller.
designer housing.
• T2000 Marine Full Function Repeater.
• Peer-to-peer communication with up to 98
other controllers providing a seamless
• MX2-100 - 250 point, 16/32/40/80/160/200 operator interface to all other relevant
defined controllers on the network.
or 240 zone network capable fire C.I.E. – 1
loop C.I.E. in housing with integral backup • Event log for logging of up to 3000 events
batteries. which can be viewed, selected and printed.
• MX2-200 - 1000 point, 16/32/40/80/160/200 • Constant monitoring of all detectors and
or 240 zone network capable fire C.I.E. - 2 to input circuits and processing of detector
8 loop C.I.E. in housing with integral backup sensor information using standard, CCO and
batteries. FastLogic fuzzy logic algorithms.
• Long term averaging and condition
All variants fully comply with the requirements of EN54 monitoring of smoke detectors with dirty
parts 2 and 4 and may be installed in a system which detector identification.
complies with the requirements of BS 5839 : Part 1. The
Marine versions also comply with the requirements of
• Automatic or manual switching of detector
modes and sensitivities according to changes
S.O.L.A.S. and marine Classification Societies. in occupancy patterns (day mode) and
variations in fire risk.
1.1 KEY FUNCTIONS AND FEATURES • Constant fault monitoring of all hardware
components, power supplies, batteries,
All MINERVA MX controllers are built around common relays, sounder and speaker circuits,
hardware and software modules incorporating the following addressable loops, detectors and addressable
common functions and features: devices, monitored input circuits, remote
•An integral 110-250V ac battery backed and local communication links.
power supply providing 24V dc (nominal) at
up to 5A (alarm load) for powering
• Communication with up to 1000 addresses
on up to 8 detection loops per controller and
conventional detection zone interfaces a combination of up to 1500 auxiliary I/O,
(DIM800/DDM800), conventional sounders controller plus 7 full function repeaters and
and beacons, door release mechanisms and multiple remote printers.
interface relays and remote full function
repeaters.
© 2009 Tyco Safety Products PAGE 5 of 38

Registered Company: Thorn Security Ltd. Registered Office: Dunhams Lane Letchworth Garden City Hertfordshire SG6 1BE
MX BUREAU VERITAS
17A-05-O Stamped document, refer to 1st page
17 10/09

• Signalling, supervision, status and fault

indication of central station alarm signalling
equipment such as BT Redcare STU. 0 Used to enter the number 0
• 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). 1 Used to enter the number 1 or special
symbols
• Default cause and effect providing computer
control of all outputs, sounders, beacons and
speakers in the event of alarm conditions. 2
ABC
Used to enter the number 2 or letters ‘A’,
‘B’ or ‘C’
• Powerful programmable cause and effect
using the flexible and easily configured
MINERVA group based event/action 3 Used to enter the number 3 or letters ‘D’,
programming language. DEF
‘E’ or ‘F’
• Synchronisation and multiple output pulse
patterns for phased evacuation of up to 240
zones using “Bell Mapping”. 4
GHI
Used to enter the number 4 or letters ‘G’,
‘H’ or ‘I’
• Arrangement of points in up to 240 detection
zones per controller.
5 Used to enter the number 5 or letters ‘J’,
JKL
‘K’ or ‘L’
2. OPERATING INSTRUCTIONS
2.1 OPERATOR’S INDICATORS 6 Used to enter the number 6 or letters ‘M’,
AND CONTROLS MNO
‘N’ or ‘O’
2.1.1 GENERAL
ALL operator controls and indicators are mounted on the front 7
PQRS
Used to enter the number 7 or letters ‘P’,
panel. For the MX/T2000, these are provided by the Operator ‘Q’, ‘R’ or ‘S’
Display Module (ODM800 - top module) and the Operator
Control Module (OCM800 - bottom module). The ODM
contains the alphanumeric LCD display, keypad and
8
TUV
Used to enter the number 8 or letters ‘T’,
‘Softkeys’. The OCM contains the ‘ENABLE KEY’, ‘U’ or ‘V’
indicator LEDs and control keys.
For MX2 systems all operator controls and indicators except 9
WXYZ
Used to enter the number 9 or letters ‘W’,
the ‘ENABLE KEY’ are provided by the Display Control ‘X’, ‘Y’ or ‘Z’
Module (DCM800). The ‘ENABLE KEY’ is provided
separately at the bottom of the front panel.
• SCROLL UP and SCROLL DOWN keys -
2.1.2 OPERATOR DISPLAY MODULE used to scroll through a display or log one
entry at a time. These keys will auto-repeat
The Operator Display Module (Fig. 3) contains the following if held down, ie, will scroll continuously.
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 used in conjunction with the
Configuration menu, the UP key switches
when the keyswitch is set to the ‘enable’ to upper case and the DOWN key to lower
position, when a key is pressed or when an case.
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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ALPHANUMERIC KEYPAD

WXYZ
MNO
DEF

9
3

6
ABC

JKL

TUV
8

0
5
2

PQRS
7
GHI
1

SCROLL DOWN
SCROLL UP

More

F5
Information

F4

SOFTKEYS
F3
002
1st Floor Corridoor

Washroom / Window
B055
B002

F2
General
First Fire

Last Fire

4th Floor
Room 117

Zone 030
Zone 002

F1
View

Fig. 3 MX/T2000 - Operator Display Module

© 2009 Tyco Safety Products PAGE 7 of 38

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ALPHANUMERIC
KEYPAD
Main
Main menu
menu 2 3
1
SYSTEM
SYSTEM 1 2 3
11 -- Accept
Accept Events
Events SCROLL * ABC DEF
Wed,
Wed, 01-Mar-08
01-Mar-08 22 -- Actual
Actual Status
Status * ABC DEF
14:15
14:15 33 -- Isolate/De-Isol
(De-) Isolate UP
44 -- Time
Time // Date
Date 4 5 6
Company
Company Name
Name 55 -- Event
Event Log
Log 4 5 6
66 -- View/Print
View/Prn StaData GHI JKL MNO
General
General 77 -- Service
Service GHI JKL MNO
8 - Configuration
99 -- Test
Test Buzzer,
Buzzer, 7 8 9
LED's
LED's Display
Display 7
PQRS TUV8 9
WXYZ
Alarm
Alarm Count:
Count: 0021
0021 PQRS TUV WXYZ
SCROLL
0000 DOWN
Back
Back SounSIL 0
0

F1 F2 F3 F4 F5
F1 F2 F3 F4 F5
SOFTKEYS

GENERAL
GENERAL PROTECTION SOUNDERS
SOUNDERS SIGNALLING PANEL
GENERAL
GENERAL SYSTEM SOUNDERS
SOUNDERS SIGNALLING CONTROLLER
FIRE ACTIVATED ACTIVATED ACTIVATED POWER ON

FIRE
FAULT
PRE ALARM
FAULT
ACTIVATED
FAULT
ACTIVATED
FAULT
POWER ON
MAINS FAULT
FAULT DAY MODE FAULT FAULT MAINS FAULT
DISABLED DISABLED DISABLED DISABLED SYSTEM FAULT
DISABLED STATUS 1 DISABLED DISABLED SYSTEM FAULT
TEST DAY MODE SYSTEM
TEST STATUS 2

SILENCE SILENCE DAY INVESTIGATE

RESET FUNCTION EVACUATE
BUZZER RESOUND
SILENCE DAY
NIGHT DELAY
SILENCE INVESTIGATE
RESET FUNCTION EVACUATE
BUZZER RESOUND NIGHT DELAY

ZONE DISPLAY
ZONE DISPLAY
1 11 21 31 41 51 61 71
1 11 21 31 41 51 61 71
2 12 22 32 42 52 62 72
2
3 12
13
22
23
32
33
42
43
52
53
62
63 72
73
3
4 13
14 23
24 33
34 43
44 53
54 63
64 73
74
4
5 14
15
24
25
34
35
44
45
54
55
64
65 74
75
5
6 15
16 25
26 35
36 45
46 55
56 65
66 75
76
6
7 16
17 26
27 36
37 46
47 56
57 66
67 76
77
7
8 17
18 27
28 37
38 47
48 57
58 67
68 77
78
8
9 18
19 28
29 38
39 48
49 58
59 68
69 78
79

9
10 19
20 29
30 39
40 49
50 59
60 69
70 79
80

10 20 30 40 50 60 70 80

I
I
0
0

Fig. 4 MX2 - Display Control Module

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2.1.3 OPERATOR CONTROL MODULE CONTROLS

The Operator Control Module (Fig. 5) contains the • ‘ENABLE’ keyswitch - a two position
following indicators and controls: keyswitch, with positions ‘normal’ (0) and
‘enable’ (1).
INDICATORS
GENERAL
• Seven control switches:
• ‘SILENCE BUZZER’ - used to silence
• 2 red General ALARM LEDs. the internal buzzer.
• A yellow General Fault LED. • ‘SILENCE/RESOUND’ - used to silence/
• A yellow General Disablement LED. resound external sounders.
• ‘EVACUATE’ (FIRE ALARM T2000) -
• A yellow General Test LED. used to activate external sounders.
• ‘RESET’ - used to reset the system after
PROTECTION an alarm or event has occurred.
• ‘DAY MODE’ - used to set the system
• A red Activated LED.
into the daytime operation mode.
• A yellow LED to indicate Fault. • ‘INVESTIGATE DELAY’ - is used to end
• A yellow LED to indicate Disabled. signalling delay time and start the
investigation time.
• ‘SPARE’ - is configurable to customer
DAY MODE requirements.
• A yellow LED to indicate Day Mode.
2.1.4 DCM800 DISPLAY CONTROL
SIGNALLING MODULE

• A red Signalling Activated LED. The DCM800 (Fig. 4) is used on the MX2 variants to
provide all the functions of the OCM800 and ODM800 as
• A yellow Signalling Fault LED. used in the MX and T2000 variants.
• A yellow Signalling Disabled LED. Indicators and controls are defined as for the ODM800 and
OCM800 modules in Section 2.1.2 and 2.1.3. The
DCM800 includes all indicators and controls listed in these
SOUNDER two sections except for the ‘SPARE’ - FUNCTION KEY
from the ODM800.
• A red Sounders Activated LED.
• A yellow Sounder Fault LED.
• A yellow Sounders Disabled LED.

CONTROLLER
• A green Power ON LED.
• A yellow Mains Fault LED.
• A yellow System Fault LED.
• A yellow Power Fault LED indicates loss of
mains and back up power (T2000 only).

© 2009 Tyco Safety Products PAGE 9 of 38

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 17
MX
17A-05-O

PAGE 10 of 38
10/09

GENERAL PROTECTION PANEL

ACTIVATED POWER ON

FAULT MAINS FAULT

FIRE
FAULT DISABLED SYSTEM FAULT

Fig. 5
DAY MODE POWER FAULT
DISABLED
SOUNDERS SIGNALLING

TEST ACTIVATED ACTIVATED

FAULT FAULT

DISABLED DISABLED

I
SILENCE SILENCE/ DAY INVESTIGATE
BUZZER RESET EVACUATE
RESOUND NIGHT DELAY

MX/T2000 - Operator Control Module

ENABLE CONTROL T2000 ONLY T2000 ONLY
KEYSWITCH SWITCHES (FIRE ALARM) (POWER FAULT
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2.2 LCD DISPLAY

The LCD display is divided into four windows as shown in Fig. 6:
• Fire 19 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

1
1234567890123456789 1
1234567890123456789
2 2
3 Fire 3 Main
4 Window 4 Window
5 5
6 6
7 7
8 8
9
1 0
2 Status 1
3 Window 2
4 3
5 4
S'key 1 S'key 2 S'key 3 S'key 4 S'key 5

Fig. 6

2.2.1 FIRE WINDOW 2.2.2 STATUS WINDOW

The fire window in the quiescent mode will display the The status window displays the number of faults, isolates
product name, date/time and company name. etc.
On detection of an Alarm condition, the fire window will
display ‘First Fire’ and associated information. For
2.2.3 MAIN WINDOW
multiple alarms in the system the fire window will display
the first and last alarms. The main window displays logs, information text, menus
The number of alarms is displayed at the right hand side of and device identification.
line 5 in the fire window.
2.2.4 SOFTKEY WINDOW
First Fire The softkey windows change dependant on the option
Zone 002 B001
1st Floor Corridoor selected.
Room 117
Last Fire 002
Zone 030 B055
4th Floor
Washroom / Window

© 2009 Tyco Safety Products PAGE 11 of 38

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17A-05-O Stamped document, refer to 1st page
17 10/09

2.3 NORMAL OPERATION 2.3.2 EVENT DISPLAY

When the controller is initially powered up, with no faults or The display automatically shows the last event of the
alarms in the system and the ‘Enable’ key in the ‘off’ category with the highest priority. With Scroll keys, it is
position, the following screen is displayed: possible to get all events in this category in chronological
order. With Softkey F5 the user can change to another
category (if available).
MX Panel Important: Category ‘Full Alarm/Alert’ shows only the first
Fri, 17-Mar-09 point of a zone in alarm. If two points of one zone are in
11:57 alarm, only the first one which was in alarm will be
displayed. The second alarm can only be accessed via the
Company Name menu option ‘View Event Log’.
General

2.4 OPERATION IN ALARM

2.4.1 SYSTEM RESPONSE

View Not Clr When a fire condition is detected, the system responds as
follows:
1) The internal buzzer will sound in a
2.3.1 EVENT MONITORING continuous tone.
The term ‘event’ is used to describe a change in system 2) Both red ‘FIRE’ LEDs will light.
status that must be acknowledged and/or generates an 3) The SOUNDERS and SIGNALLING
output. ‘ACTIVATED’ red LEDs will light.
Examples of events include:
• Mains failure Note: If the alarm is initiated by a detector, there may
be a delay of from 1 to 10 minutes before the
• Detection of a fire condition NOTIFICATION STATUS ‘ACTIVATED’ led
• Operation of ‘EVACUATE/FIRE ALARM’ lights. This is to allow time for the alarm to be
investigated and any relevant action taken
key
before signalling is initiated. A Callpoint set to
evacuate will initiate signalling
All events trigger a response, the category of which depends immediately. Refer to Section 2.6.3.
on the event type and will be one of the following (in priority
order):
4) For the MX controllers, the sounders and
• Full Alarm or Alert any other configured outputs will be
• Pre-Alarm
activated.

• Fault
5) The LCD will display a message in the
format:
• Isolation
• Test Mode FirstFirst
Fire Fire
• Warning Zone 002 B002
1st Floor Corridoor
• Information Room 117
001

When an event occurs, it is stored in the event log. The

contents of this log may be displayed in two formats: General Information
• Unaccepted and locally accepted events
• All events in chronological order of
occurrence
Menu Passcode More
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.

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6) For a T2000 controller, the sounders and any

other configured outputs will be THIS OCCURS MOST NOTABLY IN DEEP
activated. If the alarm is not accepted SEATED FIRES IN DENSELY PACKED
within the programmed delay period by MATERIALS, AREAS WHERE FIRES MAY
OCCUR IN CUPBOARDS AND
pressing the ‘INVESTIGATE DELAY’ key, STOREROOMS REMOTE FROM
all other sounder outputs will be activated. DETECTORS AND WHERE SMOKE
IMPERVIOUS BARRIERS EXIST BETWEEN
The message format is as follows: THE SEAT OF THE FIRE AND THE
DETECTOR (SUCH AS WITHIN WALL
Under ‘FIRE’: CAVITIES). THESE FACTORS SHOULD BE
CONSIDERED CAREFULLY BEFORE
The top line shows the Zone and Point number of the DECLARING SAFE ANY AREA WHERE A
device in alarm. CARBON MONOXIDE FIRE DETECTOR
The second line shows the zone description (defined at HAS RAISED AN ALARM.
configuration).
The third line shows the point description (defined at Once the cause of the alarm has been determined and all
configuration). appropriate action has been taken, silence the sounders as
follows:
The fourth line shows the type of alarm.
a) Insert the key into the front panel keyswitch
If no information text is shown:
and turn it clockwise to the ‘enable’
The fifth line shows date and time. position.
The sixth line shows the device type.
b) Press ‘SILENCE/RESOUND’.
The seventh line shows the actual CURRENT
temperature (if heat sensor).
The system will respond as follows:
i) The sounders will be silenced.
Note: The above is only displayed if Extended Alarm
Information has been selected at ii) The ‘SOUNDER ACTIVATED’ LED will
configuration. extinguish.
iii) All other outputs will remain activated.
iv) The LCD display will remain showing the
Under ‘First Fire’: type of alarm and the full zone
The first three lines from ‘FIRE’ are identification. The ‘GENERAL’ display
repeated. window will show ‘Sound SIL’.
The number of alarms is displayed on the
black bar underneath the first fire If it is required to manually resound the sounders, pressing
information. the ‘SILENCE/RESOUND’ key will reactivate the
sounders.

2.4.2 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.

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2.4.3 RESETTING THE CONTROLLER If the detector subsequently shows an alarm condition, an
alarm will be generated, regardless of whether the pre-
Note: alarm warning was accepted.
1) When the system is in a Fire Alarm state,
Silence must be operated before Reset is
possible. This interlock is always present 2.5 OPERATION IN FAULT CONDITION
under Fire Alarm condition, even if all sounders
2.5.1 SYSTEM RESPONSE
are isolated.
2) The controller should also NOT be reset until When a Fault condition is detected, the system will respond
the source of the alarm has been determined as follows:
by the Fire Brigade or the cause otherwise a) The internal buzzer will pulse.
found (and the condition removed).
b) The yellow ‘GENERAL FAULT’ LED will
light.
Once the notes above have been observed, press the
‘RESET’ key. The display will show the following message: c) The LCD backlight will come on and will
display the following type of screen:
Reset
in
MX Panel FAULT
Progress...
* Fri, 17-Mar-09 Zone 000 R10
15:00 System Zone
After 17 to 20 seconds, the LCD will return to the normal Battery Fault IP
Company Name
display (Section 2.3) if no faults or other events are present. BATTERY FAULT
General
17-Mar-00 15:00:00
Flt P 002 Digital Input
2.4.4 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: View Info Not Clr More
a) If the sounders have NOT been silenced, the The message format is as follows:
following will occur:
The top line shows the Zone and point
i) The internal buzzer will continue to sound number in fault condition.
without interruption.
The second line shows the zone description
ii) The LCD will continue to display the (defined in configuration).
alarm message for the FIRST fire alarm
and also the last fire alarm. The third line shows the point description
iii) The alarm count will be incremented. (defined in configuration).
The fourth line shows the type of fault.

2.4.5 PRE-ALARM WARNINGS If no information text is shown:

The fifth line shows the date and time.
If the LCD shows a message including a “warning”
indication, a pre-alarm condition has been detected by the The sixth line shows the device type.
controller. This may be indicated for example, if a detector
identifies a build-up of smoke or heat that might result from The message will continue to be displayed until the
a fire, but the alarm threshold has not yet been reached. The intervention of an operator or the fault is cleared.
internal buzzer will sound but the sounders and visual fire
indicators will remain inactive at this stage. Proceed as
follows: 2.5.2 OPERATOR ACTION

a) Accept the event, (if the option is available), When a Fault condition occurs, proceed as follows:
noting the location of the event. a) Press the ‘SILENCE BUZZER’ key.
b) Initiate action to deal with the condition The internal buzzer will silence, but the
indicated, taking care to determine if the LED and display will continue to operate as
warning was initiated by a fire condition or described.
by a system fault.

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b) Investigate the source of the fault and where 2.6.2 DAY/NIGHT MODE
possible remove.
In night mode the system activates immediately when an
alarm is received, the internal buzzer, all sounders and
Note: If the fault cannot be cured, contact your local alarm signalling outputs operate.
supplier and arrange for a service visit.
In day mode, on receipt of an alarm, only the internal
buzzer and sounders are activated immediately. A delay
The fault information will be displayed until the fault is time is started (default 60 seconds) in which the alarm
cleared. message must be acknowledged (‘Investigate delay’
switch) to start the investigation time. If there is no
2.6 FIRE CONTROL KEYS acknowledgement within this time, the alarm signalling
outputs will be activated.
There are six fire control keys on the Operator Control Module
(or Display Control Module for MX2), namely: The investigation time (default 10 minutes) is the time
remaining for staff to carry out investigation of the alarm
• SILENCE BUZZER source, before the alarm signalling outputs will be
• SILENCE/RESOUND
activated.

• RESET
An evacuate callpoint will initiate an immediate alarm.

• DAY MODE
Signalling is always immediate if sounder faults exist in the
system.
• INVESTIGATE DELAY
• EVACUATE (FIRE ALARM for Marine)
2.6.3 INVESTIGATE DELAY
The ‘INVESTIGATE DELAY’ switch is only active when
Only the ‘SILENCE BUZZER’ key is active without the the controller is in the ‘DAY MODE’ of operation. If a
‘Enable’ key being inserted and turned to the ‘Enabled’ Fire Alert is received at the controller, the signalling output
position. is delayed for 1 minute, if the ‘Investigate Delay’ switch is
pressed during this period a further delay (configurable
The functions of ‘SILENCE BUZZER’, SILENCE/
between 1 and 10 minutes) is initiated. This delay allows
RESOUND’ and ‘RESET have already been described. The
for the alarm to be investigated, if it is a false alarm, the
functions of ‘EVACUATE or FIRE ALARM’,
cause of the alarm can be removed and the controller to be
‘INVESTIGATE DELAY’ and ‘DAY MODE’ are described in
silenced and reset. If the alarm is real, then pressing the
the following paragraphs.
‘EVACUATE/FIRE ALARM’ switch will cause the
signalling output to activate.
2.6.1 EVACUATE or FIRE ALARM
Once enabled by the keyswitch, pressing ‘EVACUATE or
2.6.4 TEST
FIRE ALARM’ will cause the following:
a) The internal buzzer will sound continuously. Pressing 9 ‘Test Buzzer, LEDs & Display’ causes all the
LEDs and internal buzzer to operate for a few seconds. If
b) The red ‘FIRE’ LEDs will light. the system includes a repeater panel, only the panel that is
operated is activated.
c) The sounders and any other configured outputs
are activated.
d) The LCD will display the following type of 2.7 AUXILIARY DISPLAY DEVICES
screen:
2.7.1 GENERAL
FirstFirst
Fire Fire Depending on the configuration of the system, there may
Zone 000 RB002R12 F I R E
be one or more auxiliary display devices fitted. These
System Zone
Evacuate Button devices may be of the following types:
001 • Repeaters
• Printers
General Information
The functions of and operating instructions for these
Not Available devices are given in the following paragraphs.

Menu Info Passcode Not Clr More

© 2009 Tyco Safety Products PAGE 15 of 38

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MX BUREAU VERITAS
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17 10/09

2.7.2 REPEATERS 3.1 ACCESS LEVELS

A repeater allows the controller to be operated from a 3.1.1 GENERAL
remote location and provides remote indications of the
state of the controller. The front panel of the repeater is The access levels available are as follows:
identical to that of the controller (see Fig. 1) and all
controller operations may be performed at the repeater
• Customer Operator 1 to 7 - 4 digits
panel. • Customer Manager 1 - 5 digits
• Customer Manager 2 - 5 digits
2.7.3 PRINTERS
These access levels are described in the following
Refer to the manual supplied with the printer for operating paragraphs. A maximum of 99 Passcodes are available
instructions. which may be split between Access Levels as required.

2.7.3.1 LCD REPEATERS Note: The Customer Operator 1 Access Level is

achieved by turning the ‘ENABLE’ key to the
LCD Repeaters can:
enable position (ie, a Passcode is not
• Display the alarm and fault messages as required).
displayed on the Controller on a backlit 4 x
20-character alphanumeric display.
• Provide an internal log for up to 150 events.
Table 1 contains Access Levels and Menu Options
available at each level.
• 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 MUTE key.

3. CONTROLLER FUNCTIONS
As stated, the MX 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.

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Customer Enable Page

Customer Operator Manager Key No.
1 2 3 4 5 6 7 1 2
Lamp/Buzzer/LCD Test ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ OFF
Unrestored Events ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ OFF
Information Text ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ OFF
View Events (Scrolling) ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ OFF
MAIN MENU ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ ON 18
Accept Events ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ ON 18
View Status ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ ON 18
Isolate/De-Isolate ✔ ✔ ✔ ✔ ON 20
Time/Date ✔ ✔ ✔ ✔ ✔ ON 21
Set time/Date ✔ ✔ ✔ ✔ ✔ ON 21
Summer/Winter ✔ ✔ ✔ ✔ ✔ ON 21
Event log ✔ ✔ ✔ ✔ ✔ ✔ ✔ ON 21
View Event Log ✔ ✔ ✔ ✔ ✔ ✔ ✔ ON 22
Print Event Log ✔ ✔ ✔ ✔ ✔ ✔ ✔ ON 22
Filter ✔ ✔ ✔ ✔ ✔ ✔ ✔ ON 22
View/print status ✔ ✔ ✔ ✔ ✔ ✔ ON 23
Points Isolated ✔ ✔ ✔ ✔ ✔ ✔ ON 23
Points Untested/Failed ✔ ✔ ✔ ✔ ✔ ✔ ON 23
Point Values ✔ ✔ ✔ ✔ ✔ ✔ ON 23
View Faults ✔ ✔ ✔ ✔ ✔ ✔ ✔ ON 24
Loop Point Counter ✔ ON 24
Active Points ✔ ✔ ✔ ON
By Function ✔ ✔ ✔ ON/OFF
Service ✔ ✔ ✔ ON 25
Walk Test ✔ ✔ ✔ ON 26
Maintenance engineer ✔ ✔ ON 28
Fire Alarm Cycle Count ✔ ✔ ON 28
Maintenance Request ✔ ✔ ON 28
Battery Test ✔ ✔ ON 28
Project Numbers ✔ ON 29
Software Versions ✔ ON 29
Menu Points ✔ ON 29
Configuration ✔ ✔ ON 29
Change Text ✔ ✔ ON 30
Table. 1 Menu Options and Access Levels

3.2 ENTERING PASSCODES 3.3 VALID VALUES

In order to avoid repetition, however, the general procedure The following are values which may be entered for each
for entering a PASSCODE is described as follows: option:
i) Turn the ‘ENABLE’ key to the ON
position, press F3 (Passcode), enter your Panel Number 1 - 99
ID (press F5 ‘Enter’ if the ID has only one Zone Number 1-
digit). 240*
Sector Number 1 - 240
RBus Number 0 - 15
Real Point 1 - 24
Pseudo Point 1-8
XBus Point 1 - 96
Local I/O
Real Point 1 - 18
Pseudo Point 1 - 42
IOBus point 1 - 24
Timer Point 1 - 10
User Point 1 - 10

‘*’ depending on the configuration 16/32/40/80/120/160/

200 or 240 zones.

© 2009 Tyco Safety Products PAGE 17 of 38

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3.4 MAIN MENU View Status

MX Panel
When the system is in quiescent mode (ie, displaying the 1 - Point
date and time), entering a passcode affords the user access Wed, 01-Mar-09 2 - Point I/P only
to the main menu. The structure of this menu is shown 14:15 3 - Point O/P only
4 - Zone
below. Company Name 5 - Zone Maps
6 - Network Status
Main menu General
MX Panel
1 - Accept Events
Thu, 26-Jul-07 2 - View Status
00:01 3 - Isolate/De-Isol
4 - Time / Date
Company Name 5 - Event Log Back
6 - View/Print Data
General 7 - Service
8 - Configuration Point - allows the status of any points on the system (both
9 - Test Buzzer, inputs and outputs) to be checked.
LEDs & Display
Point I/P only - allows the status of only input devices to be
Alarm Count: 0021 checked (eg, detectors).
Back Point O/P only- allows the status of only output devices to be
checked (eg, sounders, functional bases, etc.).
The menu shown is for Customer Manager 2 level. Only the
options appropriate to the access level entered will be Zone - allows the total status of all points in a specified zone
displayed. to be checked.

Each of the options available leads to further menus or Zone Maps - a zone map can be displayed for Alarm, Fault,
functions, which are described in the following paragraphs. Test, Isolated Inputs Protection Equipment, Sounders and
Plant Equipment states. A grid of 80 zones is displayed
which can be scrolled between pages.
3.5 ACCEPT EVENTS Network Status - allows the status of panels on the network
to be checked (only if a network is configured).
Allows displayed events to be accepted. Press 1 from the
main menu, the following type of screen will be displayed:
Select the required number from the View Status menu, the
following type of screen will be displayed:
Accept Events
SYSTEM View Status
Thu, 26-Jul-07 Zone 000 R10 MX Panel
14:15 System Zone Point
Battery Fault IP Thu, 26-Jul-07
Company Name 14:15 1 - Loop Point
BATTERY FAULT 2 - RBus Point
General Company Name 3 - Local I/O Point
01-Mar-00 14:15:02
Fault 02 Digital Input General

1000
Back Accept << >>
Back
Use the F4 Key ‘<<’ and F5 key ‘>>’ keys to move between
events. Use F3 ‘Accept’ to accept an event. Select the type of Point or Zone:
1) Loop Point (Addressable Loop).
2) RBus Point.
3.6 VIEW STATUS
3) Local I/O Point.
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: The following type of screen will be displayed:

Note: If the panel is in a networked system, the panel

number will be shown as in the following
example.

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

MX Panel
View Status • Normal

Wed, 01-Mar-08
Point • Fault
14:15 Panel
02
• Active
Company Name Loop
A
Point
001
• PreAlarm
General
Actual Status Output can be in one of the following
conditions:
• On

Back >> - + Enter

• Off

• Loop Point (Addressable Loop)

• Pulse 1
Use the ‘+’, ‘-’ and ‘>>’ keys to select the • Pulse 2
required Loop and Point, then press Enter
key. Selecting Zone will display the following type of screen:
• RBus Point (Remote Bus)
Use the ‘+’, ‘-’ and ‘>>’ keys to select the
View Status
required RBus, Category and Point, then MX Panel
press Enter key. Zone 002
Thu, 26-Jul-07 South Building
• Local I/O Point (Field Interface Module) 14:15 1st Floor Corridoor
Use the ‘+’, ‘-’ and ‘>>’ keys to select the
required Category and Point, then press Enter Company Name Alarm : NO*
key. Fault : NO*
General Isolate : NONE**
The following type of screen will be displayed: Walk Test : NO*

View Status
MX Panel
Point Back _ +
Thu, 26-Jul-07 Zone 006 A007
14:15 Screen display (the asterisks are not shown on the screen):
Zone 06
Company Name Call alarm in room *YES/NO
CP 820
General **NONE/ PARTIAL/ALL
Input Output
Normal Function Keys F3/F4 will decrement/increment the zone
number.

Back
Description
Point Input and Point Output are displayed in the same
format. Alarm Yes One or more devices of a
zone in Alarm Mode
The top line shows the selected option.
The second line shows the Zone and Point number of the Fault Yes One or more devices of the
device. zone in Fault Mode

The third line shows the Sector description (defined at Isolate All All alarm input devices of
configuration). the zone are Isolated
The fourth line shows the Zone description (defined at Isolate Partial At least one, but not all
configuration). alarm input devices are
The fifth line shows the Point description (defined at Isolated
configuration).
Walk Test Yes All alarm input devices of
The sixth line shows the device type. the zone in Walk Test

© 2009 Tyco Safety Products PAGE 19 of 38

Registered Company: Thorn Security Ltd. Registered Office: Dunhams Lane Letchworth Garden City Hertfordshire SG6 1BE
MX BUREAU VERITAS
17A-05-O Stamped document, refer to 1st page
17 10/09

Node Type State of network communication to supervisor

Good In Fault
MX Panel ‘M’ ‘m’
Minerva Panel ‘N’ ‘n’
Other Node, e.g. TXG ‘O’ ‘o’
Unconfigured Node ‘.’
Unexpected Reply From Unconfigured Node ‘?’
Table 1:
For Zone Maps, select:
3.7 ISOLATE/DE-ISOLATE
1 - Alarm 5 - Protection Eqp. The Isolate/De-isolate option allows the following to be
2 - Fault 6 - Sounders isolated/de-isolated:
3 - Test 7 - Plant Equipment • Point Complete 1
4 - Isolated Inputs • Point Input 2
• Point Output 3
View Zone Maps
MX Panel • By Function 4
Alarm • Detectors 1
Wed, 01-Jan-0 Zones 0123456789
14:15 0..A....... • Callpoints
10.......... (also interrupt devices) 2
Company Name 20..........
30.....A.... • Alarm I/Ps 3
General 40..........
50.......... • Sounders 4
60..........
70.......... • Protection Eqp. 5
80. • Extinguishing 6
• Plant Equipment 7
Back >>
• Extinguish Controls F2
Active zones are shown by a letter indicating the type of zone • Fault Signalling F3
map selected.
• Alarm Signalling F4
Selecting 6 Network Status will display the following type of
screen (only available if a network is configured): • All Sounders F5
Press 3 from the Main menu. The following screen will be
displayed:
Network Status
MX Panel
Nodes 0123456789 Isolate/De-Isolate
Wed, 01-Jan-09 0 Mm...... MX Panel
14:15 10 .......... 1 - Point
20 .......... Wed, 01-Mar-09 2 - Point I/P only
Company Name 30 .......... 14:15 3 - Point O/P only
40 .......... 4 - By Function
General 50 .......... Company Name
60 ..........
70 .......... General
80 ..........
90 ..........
Zones 000 A.I/P 000
Sndrs 000
Back

See Table 1 for an explanation of the displayed codes. Back Ext.Ctl Flt Sig Alm Sig All SND

Select the required number from the Isolate/De-Isolate

menu, then select the type of point (as described in Section
3.5):

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• Loop Point (Addressable Loop) The following screen shows an example of Zone isolation:
Use the ‘+’, ‘-’ and ‘>>’ keys to select the
required Loop and Point, then press Enter Isolate/De-Isolate
key. MX Panel Zone Detectors
• RBus Point (Remote Bus) Thu, 26-Jul-07
14:15
Zone 001
Use the ‘+’, ‘-’ and ‘>>’ keys to select the Zone 01
required RBus, Category and Point, then Company Name
press Enter key.
General
• Local I/O Point (Field Interface Module) Isolate
All
Use the ‘+’, ‘-’ and ‘>>’ keys to select the
required Category and Point, then press Isola 003 Successes : 003
Enter key. Matches : 003

Back
CAUTION:
Successes: Number of points that were
Isolating I/O points may break compliance with Isolated
EN54. Caution should be exercised when Matches: Number of points in Zone (detectors)
dealing with mandatory switches and
indicators. Such operations are reserved for The following screen shows an example of All Sounders
authorised trained personnel only. isolation:

Isolate/De-Isolate
The following screen shows an example of Point isolation: MX Panel All Sounders
Wed, 01-Mar-00
Isolate/De-Isolate 14:15
MX Panel Company Name
Point Complete
Wed, 01-Mar-08 Zone 002 B002 General
14:15 South Building
1st Floor Corridoor
Company Name Room 117
801 H Isola 006 Successes : 006
General Iso.S 006 Matches : 006
Status IP: Normal
ISOLATED INPUT Back
Isola 001
2 - De-Isolate Successes: Number of sounders (De-)Isolated
Back Matches: Number of sounders in Zone
Isolation Status Isola: Number of points
In the ‘Customer Operator’ access levels, only points on the Iso.S: Number of isolated sounders
addressable loop can be isolated or de-isolated.
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.

© 2009 Tyco Safety Products PAGE 21 of 38

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17A-05-O Stamped document, refer to 1st page
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3.8 TIME/DATE 3.8.2 SUMMER/WINTER

Press 4 from the Main menu. The following type of screen Press 2 from the Time/Date menu. Select summer, the
will be displayed: following type of screen will be displayed:

Summer/Winter
Time / Date MX Panel Summertime
MX Panel
1 - Set Time/Date Wed, 01-Jan-09 28-Mar-09 +1h
Thu, 26-Jul-07 2 - Summer/Winter 14:15 28-Mar-10 +1h
14:15 28-Mar-11 +1h
Company Name 28-Mar-12 +1h
Company Name 28-Mar-13 +1h
General 28-Mar-14 +1h
General 28-Mar-15 +1h
28-Mar-16 +1h
28-Mar-17 +1h
28-Mar-18 +1h

Back Winter
Back
These screens cannot be changed, use F5 to toggle between
Winter and Summer.
3.8.1 SET TIME/DATE
Dates are not shown on a T2000.
Press 1 from the Time/Date menu. The following type of
screen will be displayed:
3.9 EVENT LOG
Time / Date Press 5 from the Main menu. The following type of screen
MX Panel will be displayed:
Date : 01-Mar-00
Thu, 26-Jul-07 Time : 14:15:17
14:15 Event Log
Company Name MX Panel
1 - View Event Log
General Thu, 26-Jul-07 2 - Print Event Log
00:01 3 - Filter
Company Name
General

Back >> - + Save

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

3.9.1 VIEW EVENT LOG

Note:
This option allows all events in the event log to be viewed
1) When a value has been changed, F5 shows
or printed.
‘Save’, use this key when all editing has been
completed. Select option 1 from the Event Log menu, the following
type of screen will be displayed:
2) Months January to September can also be
entered with the keypad: Event Log
1 = January MX Panel
................... Thu, 26-Jul-07 Zone 000
9 = September 14:15 System Zone
Company Name TEST FINISHED
General 04-Feb-02 19:30:00
- Empty -
Information only

0001/0010
Back << << >> >>
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The latest event is displayed, use the ‘<<’ and ‘>>’ keys to 3.9.3 FILTER
scroll through the log and the ‘|<<’ to move to the back of
Select option 3 from the Event Log menu, the following
the log or the ‘>>|’ key to move to the front of the log.
type of screen will be displayed:
• EventID - Displays the absolute number of Event Log
an event (1 to 65,535). After 65,535 it starts MX Panel
with 1 again. 1 - Fire -
Thu, 26-Jul-07 2 - Gas Alert -
• 0001/0010 - The first number is the actual 14:15 3
4
-
-
Pre Alarm
Supervisory
-
-
position in the event log (1 means it displays Company Name 5 - Fault -
the newest event log entry. The second 6 - Isolate -
number displays the number of entries in the General 7 - Test Mode -
event log (max. 3,000). 8 - Warning -
9 - Information -

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

is entered.
Back View Print

It is possible to view and to print the events of single

3.9.2 PRINT EVENT LOG categories. The category is selected by pressing the
Select option 2 from the Event Log menu, the following appropriate option number. It is also possible to select
type of screen will be displayed: several categories, the selected categories are denoted by a
‘+’ sign.
Event Log Press F4 to view the selected categorie(s) as described in
MX Panel Section 3.8.1 or F5 to print the selected category(s) as
Destination : described in Section 3.8.2.
Thu, 26-Jul-07 Default Printer
14:15
How far back:
Company Name to start: 0010 3.10 VIEW/PRINT DATA
How many entries Allows the following options to be viewed/printed. On
General
required: 0010 networked systems, the status of any panel on the network
may be viewed/printed:
Lowest priority
of interest : 00
Print initiated
• Points Isolated
• Points Untested/Failed (during Walk Test)
Back >> - + Print • Point Values
This menu option is only available if at least one printer is
configured. • View Faults (no print option)
The destination printer can be selected if more than one • Loop Point Counters (no print option)
printer is configured. • Active Points
The priorities available are shown in the following table: • By Function
Lowest Priority Information Only
. Reset/Restarted Select option 6 from the Main menu, the following type of
screen will be displayed:
. Expected Events
. Isolates
. Warnings View/Print Data
. Visible Isolate MX Panel
. Other Faults 1 - Points Isolated
. Critical Faults Wed, 01-Jan-08 2 - Pts Unt./Failed
. Gas Alert 14:15 3 - Point Values
4 - View Faults
. Alarm Threshold Company Name 5 - Loop Point Ctrs
. Non-Life Risk
. Level 12 General 7 - Active Points
8 - By Function
. Life Risk Alarms
Highest Priority General Alarm

It is always printed from the selected priority (eg, Non Life

Risk) to the Highest Priority (eg, Non Life Risk, Level 12, Back
Life Risk Alarm and General Alarm).

© 2009 Tyco Safety Products PAGE 23 of 38

Registered Company: Thorn Security Ltd. Registered Office: Dunhams Lane Letchworth Garden City Hertfordshire SG6 1BE
MX BUREAU VERITAS
17A-05-O Stamped document, refer to 1st page
17 10/09

3.10.1 VIEW/PRINT POINTS ISOLATED Press F5 to print the Untested/Failed points.

Select option 1 from the View/Print Status menu, the Points which are not tested or points which return the wrong
following type of screen will be displayed: condition are then listed.

Points Isolated 3.10.3 VIEW/PRINT POINT VALUES

MX Panel
Input Select option 3 from the View/Print Status menu, the
Thu, 26-Jul-07 Total : 004 following type of screen will be displayed:
14:15
Zone 001 -001 B
Company Name Point Text Point Values
-------------------- MX Panel
General 001 -002 B Panel 02
Point Text
Thu, 26-Jul-07
14:15 Loop Point
A 002
Company Name

Back Output Print General

Note: If the panel is part of a networked system,

another screen is displayed before the above
screen where the panel number may be
selected. Back >> - + Enter

Press F5 ‘Print’ to print a list of all isolated points. Select the panel number (if the panel is part of a networked
system), loop and point number required.
The F2 Key selects either isolated inputs or isolated outputs.
‘>>’ - next field
Points which are completely isolated (input and output) will
‘_’ - the number is decremented
be shown in both lists.
‘+’ - the number is incremented

3.10.2 VIEW/PRINT POINTS UNTESTED/

Pressing F5 displays the following screen:
FAILED
Note: This option only works whilst still in Walktest. Point Values
MX Panel
Select option 2 from the View/Print Status menu, the
Zone 003 A023
Wed, 01-Jan-09
following type of screen will be displayed: 14:15 Zone 03
Heat Sensor Device
Company Name 801 H
Pts Untested/Failed
MX Panel General Real: 801H
Mode: Std R.o.(21)
Thu, 26-Jul-07 Total : 004 Sens: N/A
14:15
Zone 001 -001 B 22 oC (073)
Company Name Point Text
--------------------
General Zone 001 -002 B Back Print
Point Text
Press F5 to print the Point Values of the selected loop (not
only the displayed point).

Back Print

Note: If the panel is part of a networked system,

another screen is displayed before the above
screen where the panel number may be
selected.

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3.10.4 VIEW FAULTS

Loop Point Counters
Select option 4 from the View/Print Status menu, the MX Panel
following type of screen will be displayed: Counter
Thu, 26-Jul-07 Loop : A
View Faults 14:15 PASSED
MX Panel Company Name Configured : 010
Total : 002
Wed, 01-Jan-08 General
14:15 Zone 000 R10
Zone 000 R12
Company Name
General

Flt P 002 Back Details Scan

• Configured - the number of points
configured.
Back
This option is view only. Conditions for ‘PASSED’
• The number of configured points is equal
3.10.5 VIEW LOOP POINT COUNTERS the detected count of points on the loop.

This option is view only. Select option 5 from the View/

• There are no unconfigured points.
Print Status menu, the following screen will be displayed: • Detected points from left, right and both
sides are equal.
Loop Point Counters If all conditions are not satisfied, the ‘ATTENTION’ screen
MX Panel will be displayed showing the relevant counters.
Panel
Thu, 26-Jul-07 02
14:15 Loop Point Counters
Loop
Company Name A MX Panel
Counter
General Thu, 26-Jul-07 Loop : A
14:15 A T T E N T I O N
Company Name Configured : 010
General Conf. & Ident: 009
Back >> - + Enter

Note: Only the Loop will be shown if the panel is not

networked.
Back Details Scan
Select the required panel (only if the panel is networked)
and loop, then press the Enter key. The following message
• Configured - the number of points
configured.
is displayed:
Please Wait...
• Conf & Ident - shows how many points are
connected, identified and configured on the
for approximately 2 minutes until the count is complete, if loop.
no faults are found, the following type of screen will be
displayed:
• 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.
Note: If the value of ‘Conf & Ident’ is different to the
number of installed devices, multiple reserved
address may be the cause.

© 2009 Tyco Safety Products PAGE 25 of 38

Registered Company: Thorn Security Ltd. Registered Office: Dunhams Lane Letchworth Garden City Hertfordshire SG6 1BE
MX BUREAU VERITAS
17A-05-O Stamped document, refer to 1st page
17 10/09

3.10.5.1 DETAILS They are displayed as follows:

Press the ‘Details’ key (F2), the following type of screen
will be displayed:
. Empty (not used)
Loop Point Counters OK: detected from both sides (eg, points 33 and
*
MX Panel 82)
Details
Thu, 26-Jul-07 Loop : A Only detected from left side (eg, points 4 and 21)
14:15 Point 0123456789 l
0 : ......u...
Company Name 10 : ..........
20 : .c........ r Only detected from right side (eg, 60 to 64)
General 30 : ...o......
40 : ..........
50 : .......... Function key F2 scrolls through the loop.
60 : ooooo.....
70 : ..........
80 : ..........
3.10.6 ACTIVE POINTS
Back >>
Select option 7 from the View/Print Status Menu. The
All 250 addresses may be displayed using the ‘>>’ key. following type of screen will be displayed:
The connection detail of each point is shown by the
following symbols: Active Points
MX Panel Current active pts.
o OK: point connected, configured and
Wed, 21-Aug-07 Total : 0
identified (eg, point 33 and points 60 to 64)
08:01
Point was configured but not connected or
c Company Name
identified (eg, point 21)
Point was not configured but connected (eg,
General
u
point 6)
Function key F2 scrolls through the loop.

Back Iso&Act Print

3.10.5.2 SCAN
Press the ‘Scan’ key (F3), the following type of screen will Pressing Iso&Act (F2) will display the following screen:
be displayed:
Active Points
Loop Point Counters MX Panel Isolated active pts
MX Panel Wed, 21-Aug-07 Total : 0
Left / Right Scan 08:01
Thu, 26-Jul-07 Loop : A
14:15 Point 0123456789 Company Name
0 : ....l.....
Company Name 10 : .......... General
20 : .l........
General 30 : ...*......
40 : ..........
50 : ..........
60 : rrrrr.....
70 : ..........
80 : ..*....... Back Iso&For Print
Back >>
The points are shown which were detected from both sides
(Left/Right).

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Pressing Iso&For (F2) will display the following screen: Select option 1 from the Fire Inputs menu, the following
screen will be displayed:

Active Points Active Fire IPs

MX Panel Isolated Forced pts MX Panel
Wed, 21-Aug-07 Total : 0 Panel: 1
Wed, 21-Aug-07 Page : 0/ 0
08:01 08:01
Company Name Company Name
General General

Back All Act Print Back

Select option 2 from the Fire Inputs menu, the following

3.10.7 BY FUNCTION screen will be displayed:

Select option 8 (also available via F1 (View) button) from

the View/Print Status Menu. The following type of screen Fire IPs in Fault
will be displayed: MX Panel
Panel: 1
Wed, 21-Aug-07 Page : 0/ 0
By Function 08:01
MX Panel Company Name
1 - Fire Inputs
Wed, 21-Aug-07 2 - Non-Fire Inputs General
08:01
3 - All Loop O/Ps
Company Name 4 - Sounders
5 - Protection Eqp.
General 6 - Plant Equipment
Back

Select option 3 from the Fire Inputs menu, the following

Back screen will be displayed:
Screens for options 2, 3, 4, 5 and 6 are the same type as for
Isolated Fire IPs
option 1 Fire Inputs. MX Panel
Panel: 1
Wed, 21-Aug-07 Page : 0/ 0
3.10.7.1 FIRE INPUTS 08:01
Company Name
Select option 1 from the By Function menu, the following
screen will be displayed: General

Fire Inputs
MX Panel
1 - Active
Wed, 21-Aug-07 2 - Fault
08:01 3 - Isolated Back
Company Name
General

Back

© 2009 Tyco Safety Products PAGE 27 of 38

Registered Company: Thorn Security Ltd. Registered Office: Dunhams Lane Letchworth Garden City Hertfordshire SG6 1BE
MX BUREAU VERITAS
17A-05-O Stamped document, refer to 1st page
17 10/09

3.11 SERVICE Depending on the selected settings, the display will

change. The following screen is an example of ‘Area’
Press 7 from the Main menu. The following type of screen selected as ‘Point’.
will be displayed:
Walk test
Service MX Panel
MX Panel Panel : 01
1 - Walk Test Thu, 26-Jul-07 Area : Point
Wed, 09-Aug-08 2 - Maintenance 00:01 Type : Input
00:01 Location : Loop
Company Name Zone : 01
Company Name Point : 01
General
General Mode : MANUAL
Multisensor : Part

Back >> + - Start

Back
To start the Walk Test press F5.
Note: The Maintenance and Diagnostics options are
only available at Customer Manager level and
will not be displayed for lower levels. Possible Settings
Panel

3.11.1 WALK TEST Panel selection is only available for panels that are in a
networked system.
When selected, this option allows single or multiple points
to be tested without an alarm being raised. Area
Press 1 from the Service menu.
Only one Walk Test session can be active at one time. • All Walk Test of all elements of a specific type.
(Selection in the field ‘Type’ eg, callpoints).

MX Panel
Walk test • Zone Walk Test of all elements of a specific type
Panel : 01 in a special zone.
Wed, 09-Mar-08 Area : All
00:01 Type
Loop
:
:
Input
All
• Point Walk Test of the input of a single point.
Company Name Type
General • Input Walk Test of all inputs.
Mode : MANUAL • Detectors Walk Test of detectors.
Multisensor : Part
• Alarm I/Ps Walk Test of default inputs covered by
supergroup ‘Fire Alarm Inputs SG’.
• Call Points Walk Test of call points.
Back >> + - Start • Sounders Walk Test of sounders by loop or all
Use the ‘>>’, ‘-’ and ‘+’ keys to select the required loops plus FIM sounders.
options. The Panel number is only displayed when it is part Loop
of a networked system.
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’.
• Loop A point on the loop.

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Zone 3.11.1.1 ALL INPUTS

Only with Area selected as ‘Point’. Select the following settings:
• Loop Selection of a specific zone is possible. • Area: All
• Type: Input
Point
• Loop: All
Only with Area selected as ‘Point’.
Selection of a specific zone is possible. Press F5 to start the Walk Test.
The following screen shows an example for the Walk Test
Mode ‘All Inputs’ option:
MANUAL
Walk test
Detectors to be tested manually. MX Panel
All Inputs
AUTOMATIC Wed, 09-Mar-08
00:01
Only if type selected is ‘detector’
Self test will be carried out by detectors. Company Name
Selected : 007
The following detectors support the self test General Excluded : 000
function: Been Active : 005
TestZ 001 Been Clear : 007
801PH 801PHEx Successful : 005
811PH 811PHExn Curr.Active : 000
801CH 801CHEx
811CH 811CHExn Back Details Settings End
801I
Selected: Number of points selected by the test.
813P Excluded: Number of Points not in Walk Test (ie,
points isolated).
This mode is only available if an 813P detector is Been Active: Number of points which have been
configured. If an 813P detector fails this test, it must be activated during Walk Test.
manually tested to confirm the failure.
Been Clear: Number of points which were not
Multisensor active when starting Walk Test.
Successful: Number of tested points.
• Full Curr.Active:
TestZ:
Points which are currently active.
Number of zones which are in Walk
• Part Test. The pointer is only counted if all
It is only possible to select either ‘Automatic’, ‘Lasertest’ or points in a zone are in Walk Test.
‘Multisensor. The panel itself prevents selection of more
than one option. Press F3 to display details of the Walk Test, press F4 for
more details, press F5 to print details.
Note: If ‘Full’ Walk Test is selected, both modes of the Press F3 to display selected settings.
detector must be activated (eg, both heat and
optical mode for 801PH). Press F5 to end Walk Test.

If ‘Part’ Walk Test is selected, the detector has CAUTION:

to be activated in the mode in which it is
operating (eg, for 801PH optical and heat, both THE FINISHING OF A WALK TEST IS ONLY
modes active, then activation of either the POSSIBLE IF ALL POINTS IN THE WALK
optical or heat will activate the processing. If TEST ARE INACTIVE.
only the heat mode is active, then only
activation of the heat mode will create an
alarm.

© 2009 Tyco Safety Products PAGE 29 of 38

Registered Company: Thorn Security Ltd. Registered Office: Dunhams Lane Letchworth Garden City Hertfordshire SG6 1BE
MX BUREAU VERITAS
17A-05-O Stamped document, refer to 1st page
17 10/09

3.11.1.2 SOUNDERS
CAUTION:
Select ‘Sounders’ in the Type field.
THE FINISHING OF A WALK TEST IS ONLY
No results will be shown on the display. The selected POSSIBLE IF ALL POINTS IN THE WALK
sounders will be activated in a pulsing mode. TEST ARE INACTIVE.

3.11.1.3 POINT
3.11.2 MAINTENANCE
Select the following settings:
Press 2 from the Service menu. The following type of
• Area: Point. screen will be displayed:
• Type: Input (appears automatically).
Maintenance
• Location: Loop (appears automatically). MX Panel 1 - Fire Cycle Count
• Zone: Required number. Wed, 01-Mar-08
3 - Maint. Request
14:15
• Point: Required number. 4 - Battery Test
Company Name
Press F5 to start the Walk Test. 6 - Project Numbers
General 7 - S/W Versions
The following screen shows an example for the Walk Test of
‘Point Input’: 9 - Menu Points

Walk test
MX Panel
Point I/P only Back
Wed, 09-Mar-08 Zone 006 A007
00:01 3.11.2.1 VIEW FIRE ALARM CYCLE COUNT
Zone 06
Company Name Call alarm in room
CP820 When selected, the number of Alarm sequences may be
General viewed.
TestZ 001 Selected : 1 Press 1 from the Maintenance menu. The following type of
Excluded : 0 screen will be displayed:
Activations : 0
Curr.Active : NO
Fire AL.Cycle Count
Back Details Settings End MX Panel
Wed, 01-Mar-08 Count :
• Selected: 1, if point is in Walk test. 14:15
0025
• Excluded: 1, if point is not in Walk Test (ie, if point Company Name
is isolated).
• Activations: 1, if point was activated during Walk General
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 Back
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).
Press F3 for a display of selected settings.
Press F5 to end Walk Test.

PAGE 30 of 38
 EQUIPMENT:
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Stamped document,
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17A-05-O
ISSUE No. & DATE: 17 10/09

3.11.2.2 VIEW/PRINT MAINTENANCE 3.11.2.4 PROJECT NUMBERS

REQUEST When selected, this option allows the project and MZX
When selected, this option displays a list of detectors which CONSYS information to be displayed.
are near the limit of their threshold compensation limit. Press 6 from the Maintenance menu. The following type of
Press 3 from the Maintenance menu. The following type of screen will be displayed:
screen will be displayed:
Project Numbers
Maintenance Request MX Panel
MX Panel Project:
Wed, 01-Mar-06 Queen El. Hospital
Total : 003 00:01
Wed, 01-Mar-08
14:15 Company Name Consys: V17.0
Zone 002 B002 Version: 34
Company Name Zone 004 A126 General Created:
Zone 008 B006 29-Apr-09 10:18
General Downloaded:
27-Jun-09 08:20

Back
Back Print
3.11.2.5 SOFTWARE VERSIONS
Press F5 to print the Maintenance Request.
When selected, the software versions of the following are
displayed:
3.11.2.3 BATTERY TEST • Firmware
When selected, this option allows the state of the battery and
the charger current to be displayed.
• Local I/O

Press 4 from the Maintenance menu. The following type of

• Each Loop
screen will be displayed: • Each MPM
• Network card (if fitted)
Battery Test
MX Panel Press 7 from the Maintenance menu. The following type of
Battery State : screen will be displayed:
Wed, 01-Mar-08 Battery Low
14:15
Battery Voltage : Software Versions
Company Name 20.764 V MX Panel
General Charger Current : -Firmware V 17.0
00.500 A Thu, 26-Jul-07 -Bootrom V 1.2
14:15 -Local I/O V 1.0
-Loop A V 2.1
Company Name -Loop B V 2.1
-OCM00 V 2.0
General -OCM01 V 2.0
Back

Back + Print

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

© 2009 Tyco Safety Products PAGE 31 of 38

Registered Company: Thorn Security Ltd. Registered Office: Dunhams Lane Letchworth Garden City Hertfordshire SG6 1BE
MX BUREAU VERITAS
17A-05-O Stamped document, refer to 1st page
17 10/09

3.11.2.6 MENU POINTS Configuration changes across a network are possible, but
changes to more than one panel at a time MUST NOT be
When selected, this option allows any configured point attempted within one session. When a panels configuration
displayed to be operated by pressing the appropriate number has been changed, it must be restarted using menu option 9
button, this will toggle from OFF to ON and ON to OFF. ‘Restart’.
Press 9 from the Maintenance menu. The following type of Failure to comply with these restrictions may lead to
screen will be displayed: unpredictable effects or system instability.

Menu Points
MX Panel 3.11.3.1 CHANGE TEXT
Menu Point 1: OFF
Wed, 01-Mar-08 Isolate Zone Press 1 from the Configuration menu. The following
14:15
Menu Point 2: ON screen will be displayed:
Company Name Sensit.Change
Menu Point 3: Change Text
General MX Panel
-Unconfigured- 1 - Point Text
Wed, 01-Mar-08 2 - Zone Text
Menu Point 4: 3 - Sector Text
-Unconfigured- 14:15 4 - Panel Text
Company Name 5 - Info Text
Back >> General

3.11.3 CONFIGURATION
Press 8 from the Main menu. The following screen will be
displayed:
Back
Configuration
MX Panel 1 - Change Text 3.11.3.2 POINT TEXT MODIFY
Wed, 01-Mar-08 Press 1 from the Change Text menu. The following screen
14:15
will be displayed:
Company Name
General Point Text Modify
MX Panel
Wed, 01-Mar-08 Loop : A
14:15 Point : 001
Company Name
Back
General
‘Menu option 9- Restart’ will only be displayed if text has
been changed and the changes saved.

RESTRICTIONS ON THE USE OF THE Back >> - + Enter

FOLLOWING OPTION
When using Configuration menu option 1, ALWAYS Select the required loop and point then press Enter. The
commit configuration changes by using ‘Menu option 9 - following type of screen will be displayed:
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.

PAGE 32 of 38
 EQUIPMENT:
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Stamped document,
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17A-05-O
ISSUE No. & DATE: 17 10/09

Selecting F1 ‘Back’ will display the following screen:

Point Text Modify
MX Panel Zone 255 -007 A Configuration
Wed, 01-Mar-08 Old text MX Panel 1 - Change Text
14:15 Callp. alarm room Wed, 01-Mar-08
Company Name New text 14:15
General Company Name
General
9 - Restart

Back >> - + Enter

‘>>’ - copies the ‘old text’ to the ‘New text’ position. Back
‘-’ moves the cursor back one position. Only ‘Change Text’ and ‘Restart’ are available allowing
more points to be changed or using ‘Restart’ to allow the
‘+’ moves the cursor forward one position. changes to take effect.
Modify the old text or insert new text using the
alphanumeric keypad, when finished press Enter. 3.11.3.3 ZONE TEXT MODIFY
Pressing the scroll up key allows text to be entered in Press 2 from the Configuration menu. The following screen
upper case. will be displayed:
Pressing the scroll down key changes to lower case
text. Zone Text Modify
The message ‘Save Data?’ appears and the functions change MX Panel
F4 to ‘Yes’ and F5 to ‘No’. Selecting F5 allows the text Wed, 01-Mar-08
modifications to be changed. 14:15 Zone : 001
Selecting F4 ‘Yes’ displays the message: Company Name
Please wait..... General

then the following screen is displayed:

Change Text Back - + Enter

MX Panel 1 - Point Text
Select the required and press Enter. The following type of
Wed, 01-Mar-08 screen will be displayed:
14:15
Company Name
Zone Text Modify
General MX Panel Zone : 001
Wed, 01-Mar-08 Old text
14:15 Zone 01
Company Name New text
Back General
It is now possible to change the text for another Point.

Back >> - + Enter

‘>>’ - copies the ‘old text’ to the ‘New text’ position.
‘-’ moves the cursor back one position.
‘+’ moves the cursor forward one position.
© 2009 Tyco Safety Products PAGE 33 of 38

Registered Company: Thorn Security Ltd. Registered Office: Dunhams Lane Letchworth Garden City Hertfordshire SG6 1BE
MX BUREAU VERITAS
17A-05-O Stamped document, refer to 1st page
17 10/09

Modify the old text or insert new text using the 3.11.3.4 SECTOR TEXT MODIFY
alphanumeric keypad, when finished press Enter.
Press 3 from the Configuration menu. The following
The message ‘Save Data?’ appears and the function change screen will be displayed:
F4 to ‘Yes’ and F5 to ‘No’. Selecting F5 allows the text
modifications to be changed.
Sector Text Modify
Selecting F4 ‘Yes’ displays the message: MX Panel
Please wait..... Wed, 01-Mar-08
14:15 Sector : 001
Company Name
then the following screen is displayed:
General
Change Text
MX Panel
Wed, 01-Mar-08 2 - Zone Text
14:15
Back - + Enter
Company Name
Select the required sector, then press Enter. The following
General type of screen will be displayed:

Sector Text Modify

MX Panel Sector 001
Back Wed, 01-Mar-08
14:15 Old text
Sector 01
It is now possible to change the text for another Zone.
Company Name New text
Selecting F1 ‘Back’ will display the following screen:
General

Configuration
MX Panel 1 - Change Text
Wed, 01-Mar-08
14:15 Back >> - + Enter
Company Name ‘>>’ - copies the ‘old text’ to the ‘New text’ position.
General ‘-’ moves the cursor back one position.
9 - Restart ‘+’ moves the cursor forward one position.
Modify the old text or insert new text using the
alphanumeric keypad, when finished press Enter.
The message ‘Save Data?’ appears and the function change
Back F4 to ‘Yes’ and F5 to ‘No’. Selecting F5 allows the text
modifications to be changed.
Only ‘Change Text’ and ‘Restart’ are available allowing
Selecting F4 ‘Yes’ displays the message:
more points to be changed or using ‘Restart’ to allow the
changes to take effect. Please wait.....

PAGE 34 of 38
 EQUIPMENT:
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Stamped document,
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17A-05-O
ISSUE No. & DATE: 17 10/09

then the following screen is displayed: Modify the old text or insert new text using the
alphanumeric keypad, when finished press Enter.
Change Text The message ‘Save Data?’ appears and the function change
MX Panel F4 to ‘Yes’ and F5 to ‘No’. Selecting F5 allows the text
modifications to be changed.
Wed, 01-Mar-08 3 - Sector Text
14:15 Selecting F4 ‘Yes’ displays the message:
Company Name Please wait.....
General
then the following screen is displayed:

Change Text
MX Panel

Back Wed, 01-Mar-08

14:15 4 - Panel Text
It is now possible to change the text for another Sector. Company Name
Selecting F1 ‘Back’ will display the following screen: General

Configuration
MX Panel 1 - Change Text
Wed, 01-Mar-08
14:15 Back
Company Name
It is now possible to change the text for another Panel.
General
Selecting F1 ‘Back’ will display the following screen:
9 - Restart
Configuration
MX Panel 1 - Change Text
Back Wed, 01-Mar-08
14:15
3.11.3.5 PANEL TEXT MODIFY Company Name
Press 4 from the Configuration menu. The following screen General
will be displayed: 9 - Restart

Panel Text Modify

MX Panel Panel 00
Wed, 01-Mar-08
Back
14:15 Old Text
ADT
Company Name New Text
General

Back >> - + Enter

Select the required Panel.
‘>>’ - copies the ‘old text’ to the ‘New text’ position.
‘-’ moves the cursor back one position.
‘+’ moves the cursor forward one position.

© 2009 Tyco Safety Products PAGE 35 of 38

Registered Company: Thorn Security Ltd. Registered Office: Dunhams Lane Letchworth Garden City Hertfordshire SG6 1BE
MX BUREAU VERITAS
17A-05-O Stamped document, refer to 1st page
17 10/09

3.11.3.6 INFO TEXT MODIFY 4. ROUTINE CHECKS

This option allows Info Text created in CONSYS to be 4.1 GENERAL
modified. Press 5 from the Change Text menu. The
following screen will be displayed: In order to comply with the requirements of British
Standard BS 5839 Part 1, the installation must be checked
Info text modify on a regular basis by a responsible member of staff to
MX Panel confirm that the controller and all ancillary devices are
operating correctly. The required routine checks are
Wed, 01-Mar-08 described in the following paragraphs.
14:15
For Marine Systems, carry out routine checks in accordance
Company Name Infotext No. : 001 with the customer’s own procedures.
General
4.2 DAILY CHECKS
Proceed as follows:
a) Ensure the front panel of the controller is
Back - + Enter indicating a normal condition (ie, no alarm
or fault LEDs are lit and the LCD is
Using the ‘+’ and ‘-’ keys select the Info Text message to
displaying the date and time).
modify, then press ‘Enter’.
The following type of screen will appear:
Note: If the panel is not indicating a normal condition
record the condition in the log book and take
Info text modify any necessary action.
MX Panel Infotext No. : 001
Wed, 01-Mar-08 This zone is in a
Hazardous Area b) Check that any fault recorded on the
14:15 Special previous day has received attention.
Company Name precautions
are required
General 4.3 WEEKLY CHECKS
These checks would normally be carried out by a
responsible member of the customer’s staff.

Back >> - + Enter

WARNING:
The ‘>>’ key deletes all text.
WARN ALL PERSONNEL THAT THE
The ‘+’ key advances the cursor one space, the ‘-’ key goes
SOUNDERS ARE ABOUT TO BE TESTED.
one space back.
Use the alphanumeric keys to modify the text, when
finished, press ‘Enter’.
The following screen will be displayed: Proceed as follows:
a) If necessary, clean the front panel of the
Info text modify controller with a suitable cleansing agent.
MX Panel Infotext No. : 001 b) Set one device (either a callpoint or
Wed, 01-Mar-08 This zone is in a detector) from one zone into alarm and
14:15 Hazardous Area check that the system responds as follows:
Special
Company Name precautions • The controller’s internal buzzer sounds in
are required a continuous tone.
General
• The two red ‘FIRE’ LEDs on the
controller front panel light.
• The appropriate red ‘FIRE ZONAL’ LED
Save data? flashes (if configured).
Back Yes No • The general and zonal sounders operate.

PAGE 36 of 38
 EQUIPMENT:
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Stamped document,
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17A-05-O
ISSUE No. & DATE: 17 10/09

• The alphanumeric display gives the

location of the alarm.

c) Record the device used to initiate the test in

the site log book and reset the controller.
O786
d) Check the condition of the printout on any
printers attached to the system and replace
Tyco Safety Products
the ribbon if it is becoming feint. Dunhams Lane
e) Ensure that each printer has an adequate Letchworth SG6 1BE
supply of paper. UK
09

Any defect should be recorded in the log book and 0786-CPD-20838

appropriate action taken.
EN 54-2
5. CPD INFORMATION Control and indicating equipment for fire
detection and fire alarm systems for
buildings
MX2
Provided options:
Alarm counter
Fault signals
O786 Delays to outputs
Dependency on more than one
Tyco Safety Products alarm signal
Dunhams Lane Disablement
Letchworth SG6 1BE Test condition
UK Fire alarm devices
Fire alarm routing equipment
09
Automatic fire protection equipment
Fault warning routing equipment
0786-CPD-20840
Standardised I/O interface

EN 54-2
EN 54-4 Installation Instructions 17A-03-I/C
Service Instructions 17A-04-S
Control and indicating equipment for fire
detection and fire alarm systems for Other technical data: see doc. 17A-02-D
buildings held by the manufacturer

MX1000, MX4000

Provided options:
Alarm counter
Fault signals
Delays to outputs
Dependency on more than one
alarm signal
Disablement
Test condition
Fire alarm devices
Fire alarm routing equipment
Automatic fire protection equipment
Fault warning routing equipment
Standardised I/O interface

Installation Instructions 17A-03-I/C

Service Instructions 17A-04-S

Other technical data: see doc. 17A-02-D

held by the manufacturer

© 2009 Tyco Safety Products PAGE 37 of 38

Registered Company: Thorn Security Ltd. Registered Office: Dunhams Lane Letchworth Garden City Hertfordshire SG6 1BE
MX BUREAU VERITAS
17A-05-O Stamped document, refer to 1st page
17 10/09

O786

Tyco Safety Products

Dunhams Lane
Letchworth SG6 1BE
UK
09

0786-CPD-20839

EN 54-2
EN 54-4

Control and indicating equipment for fire

detection and fire alarm systems for
buildings

T2000

Provided options:
Alarm counter
Fault signals
Total loss of power supply
Delays to outputs
Dependency on more than one
alarm signal
Disablement
Test condition
Fire alarm devices
Fire alarm routing equipment
Automatic fire protection equipment
Fault warning routing equipment
Standardised I/O interface

Installation Instructions 17A-03-I/C

Service Instructions 17A-04-S

Other technical data: see doc. 17A-02-D

held by the manufacturer

JM/mm
6th November 2009

PAGE 38 of 38
 BUREAU VERITAS
Type of document Document No.
Stamped document, refer to 1st page
SERVICE & MAINTENANCE MANUAL TYCO-FDS-011
Hull Date of issue Rev. No. Rev. date Approved by Class
FIRE & SECURITY
MARINE SERVICES SINGAPORE
H1098 03-Aug-17 00 Manoj BV
System Project Name Client
FIRE DETECTION AND Pax Ocean
ALARM SYSTEM 50T BP Dual Fuelled Harbour Tug

10
SERVICE & MAINTENANCE MANUAL
 BUREAU VERITAS
EQUIPMENT: MX/MZX
Stamped document, refer to17A-04-S
PUBLICATION: 1st page
ISSUE No. & DATE: 17 10/09

‘MX/MZX’ ADDRESSABLE FIRE CONTROLLERS

SERVICE AND MAINTENANCE INSTRUCTIONS FOR VERSION 17
LIST OF CONTENTS

1. GENERAL INFORMATION 3 3.14 CONFIGURATION 29

3.14.1 CHANGE TEXT 29
3.14.2 INSERT POINT 33
2. ROUTINE CHECKS 4 3.14.3 DELETE POINT 34
2.1 GENERAL 4 3.14.4 MODIFY POINT 34
2.2 WEEKLY CHECKS 4 3.14.5 AUTOCONFIGURATION 35
2.3 THREE-MONTHLY CHECKS 4 3.15 TEST BUZZER/LEDs/
2.4 ANNUAL CHECKS 5 DISPLAY 37
2.5 THREE-YEARLY CHECKS 5
2.6 FOUR-YEARLY CHECKS 5
4. DEFAULT SYSTEM POINTS 38
4.1 LOCAL I/0 (Field Interface Module/
3. CONTROLLER FUNCTIONS 5 CPU) 38
3.1 GENERAL 5 4.2 RBUS 39
3.2 MOVING THE CURSOR 5 4.3 ADDRESSABLE LOOP 37
3.3 ENTERING INFORMATION 5
3.3.1 ENTERING PASSCODES 10
3.4 POINT DEFINITIONS 10 5. DEVICE IDENTIFICATION AND
3.5 VALID VALUES 10 UNIVERSAL ADDRESSES 40
3.6 MAIN MENU 11
3.7 ACCEPT EVENTS 11
3.8 VIEW STATUS 11
3.9 ISOLATE/DE-ISOLATE 13
3.10 TIME/DATE 15
3.10.1 SET TIME/DATE 15
3.10.2 SUMMER/WINTER 15
3.11 EVENT LOG 15
3.11.1 VIEW EVENT LOG 15
3.11.2 PRINT EVENT LOG 16
3.11.3 FILTER 16
3.12 VIEW/PRINT DATA 16
3.12.1 VIEW/PRINT POINTS
ISOLATED 17
3.12.2 VIEW/PRINT POINTS
UNTESTED/FAILED 17
3.12.3 VIEW/PRINT POINT VALUES 17
3.12.4 VIEW FAULTS 17
3.12.5 VIEW LOOP POINT
COUNTERS 18
3.12.6 POINTS FORCED 19
3.12.7 ACTIVE POINTS 19
3.12.8 BY FUNCTION 20
3.13 SERVICE 21
3.13.1 WALK TEST 21
3.13.2 MAINTENANCE 23
3.13.3 DIAGNOSTICS 25
3.13.4 CONFIGURE DDM800 27
3.13.5 RESTART SYSTEM 27
3.13.6 SWITCHES 28

© 2009 Tyco Safety Products PAGE 1 of 40

Registered Company: Thorn Security Ltd. Registered Office: Dunhams Lane Letchworth Garden City Hertfordshire SG6 1BE
MX/MZX BUREAU VERITAS
17A-04-S Stamped document, refer to 1st page
17 10/09

This page has intentionally been left blank

PAGE 2 of 40
 EQUIPMENT:
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Stamped document,
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17A-04-S
ISSUE No. & DATE:
17 10/09

1. GENERAL INFORMATION
WARNING:
This manual is written for firmware Version 17.
ENSURE THAT ANY EXTINGUISHING
As the ‘MX/MZX’ equipment form a fire control system, SYSTEMS ARE “MADE SAFE”
the following periodical checks must be carried out in order (SEE 05A-03-S1) BEFORE CARRYING OUT
to comply with the requirements of BS 5839 : Part 1 and THE DESCRIBED PROCEDURES.
marine customer requirements to ensure the continued
correct operation of the system. ANY AUXILIARY DEVICES CONNECTED TO
The following checks and servicing must be carried out: THE SYSTEM MAY OPERATE DURING THE
FOLLOWING PROCEDURES UNLESS
• Weekly checks of the controller, one DISABLED. NOTIFY THE CUSTOMER
detector per zone and the fire detection PRIOR TO ANY DISABLEMENT.
sounders.
• Three-monthly checks.
• Annual visual, fixture security and zone
checks on all units. Note: The EVACUATE or FIRE ALARM, SILENCE,
• Three-yearly check of all detectors. RESET, DAY/NIGHT and INVESTIGATE
DELAY keys on the front panel are inoperative
• Four-yearly replacement of batteries. until the keyswitch has been turned to the
‘enable’ position.

The following are also described:

• Use of built-in controller functions.
• Recommended spares list.
WARNING:

Wherever possible, faults must be rectified by exchange of

the faulty PCB or other part for a working spare. In order to prevent TERMINAL DAMAGE to the
MINERVA MX Controller the following rules
MUST be strictly followed:

1) ENSURE THAT THERE IS NO FAULT IN THE

ADDRESSABLE LOOP
BEFORE IT IS CONNECTED TO THE
MINERVA MX CONTROLLER.

2) NEVER CONNECT THE

ADDRESSABLE LOOP WIRING TO THE
MINERVA MX CONTROLLER WHILST THIS
UNIT IS POWERED-UP.

3) NEVER MAKE ANY CHANGES TO THE

ADDRESSABLE LOOP WIRING WITHOUT
EITHER DISABLING THE ADDRESSABLE LOOP
OR POWERING DOWN THE MINERVA
MX CONTROLLER.

4) DO NOT LEAVE ANY DOCUMENTATION IN

CONTROLLER OR ANCILLARY HOUSINGS

© 2009 Tyco Safety Products PAGE 3 of 40

Registered Company: Thorn Security Ltd. Registered Office: Dunhams Lane Letchworth Garden City Hertfordshire SG6 1BE
MX/MZX BUREAU VERITAS
17A-04-S Stamped document, refer to 1st page
17 10/09

2. ROUTINE CHECKS • The two red ‘FIRE’ LEDs on the

controller front panel light.
2.1 GENERAL • The appropriate red ‘FIRE ZONAL’ LED
The checks described in the following paragraphs would (if configured) flashes.
normally be carried out at the intervals stated. The Detector • The general and zonal sounders operate.
Condition Monitoring facility checks the condition of 800 • The alphanumeric display gives the
series smoke detectors and will signal a fault when a smoke location of the alarm.
detector reaches the limit of its compensation.
Therefore, if a controller has detector condition monitoring, f) Record the device used to initiate the test in
the following procedure should be carried out: the site log book and reset the controller.
a) At regular intervals, or when a detector g) Check the condition of the printout on any
condition monitoring fault is generated, printers attached to the system and replace
obtain a printout of all points out of the ribbon if it is becoming faint.
compensation (see section 3.13.2.2).
h) Ensure that each printer has an adequate
b) From the data obtained, replace only those supply of paper.
detectors which are out of compensation.

Any defect should be recorded in the log book and

For Marine Systems carry out routine checks in accordance appropriate action taken. On completion of the work,
with the customer’s own procedures. obtain the signature of the customer or his representative for
the Routine Maintenance Visit Record. Leave a copy of
this record with the customer for his files.
2.2 WEEKLY CHECKS
These checks would normally be carried out by a
2.3 THREE-MONTHLY CHECKS
responsible member of the customer’s staff. They should
also be carried out by the service engineer after all routine Proceed as follows:
maintenance checks:
a) Perform the weekly checks as detailed in
section 2.2.
WARNING: b) Check the entries in the log book and carry
out any necessary action.
WARN ALL PERSONNEL THAT THE c) Check the batteries and their connections in
SOUNDERS ARE ABOUT TO BE TESTED. accordance with publication 05A-10-S1.
d) Check all the ancillary functions of the
controller.
e) Check all fault indicators by simulating a
Proceed as follows: FAULT condition in each zone by either:
a) If necessary, clean the front panel of the i) removing a detector from its base, or;
controller with a suitable cleansing agent.
ii) disconnecting the local circuit from an
b) Check all batteries in accordance with ancillary unit, or;
publication 05A-10-S1.
iii) removing the end-of-line resistor from an
c) Service Engineer only - Check the ancillary unit’s circuit.
tightness of all terminal block screws inside
the controller.
d) Using the walk test function (see sections f) Visually check the condition of the
3.13.1), check the operation of at least one controller and other ancillary equipment for
zone. If a printer is available, print out the signs of moisture ingress and other
results of the walk test (see section 3.12.2). deterioration.

e) Set one device (either a callpoint or detector) g) Visually check the installation to ascertain
from one zone into alarm and check that the whether structural or occupancy changes
system responds as follows: have affected the requirements for the siting
of manual callpoints, detectors, line isolator
• The controller’s internal buzzer sounds in base, sounders or sounder bases.
a continuous tone.

PAGE 4 of 40
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17A-04-S
ISSUE No. & DATE:
17 10/09

Note: Any changes must be made the subject of a 2.5 THREE-YEARLY CHECKS
report to the Service Department.
In addition to the normal yearly checks, filters of VESDA™
Aspirating detectors must be changed.
h) Ensure that a clear space of at least 750 mm
is preserved in all directions below heat and
smoke detectors, that they are correctly sited 2.6 FOUR-YEARLY CHECKS
and that all manual callpoints remain In addition to the normal yearly checks, internal standby
unobstructed and conspicuous. batteries must be renewed.
i) Ensure that no physical obstruction has been
placed in the line-of-sight between flame
detectors and the protected area. CAUTION:

TAKE CARE WHEN HANDLING THE

Any defect should be recorded in the log book and BATTERY. DO NOT CONNECT THE
appropriate action taken. On completion of the work, BATTERY THE WRONG WAY
obtain the signature of the customer or his representative for ROUND. WHEN THE BATTERY IS NOT
the Routine Maintenance Visit Record. Leave a copy of this CONNECTED, COVER TERMINALS WITH
record with the customer for his files. INSULATING TAPE TO PREVENT
ACCIDENTAL SHORT CIRCUIT.

2.4 ANNUAL CHECKS

Proceed as follows:
a) Perform the three-monthly checks as 3. CONTROLLER FUNCTIONS
detailed in section 2.3.
3.1 GENERAL
b) Visually check the inside and outside of the
controller and ancillary devices for damage. The ‘MINERVA MX/MZX’ fire controllers have a large
number of built-in functions. These functions allow system
c) Check for damage to, and paint on, heat parameters to be viewed and/or changed and a number of
detectors; check for dirt, grease, etc. on the operations to be performed.
lenses of flame detectors.
As the available functions allow access to system
d) Clean or exchange units as necessary. parameters, it is necessary to restrict the use of these
e) Check for damage and accumulations of dirt functions to trained staff. This is achieved by the use of
on ion-chamber smoke detectors. DO NOT passcodes. In order to gain access to the controller
CLEAN; these units MUST be exchanged functions, the user enters a passcode via the front panel
and returned to the factory for disposal. keypad. The function is then either selected from the menu.
Access to the keypad is gained via the five ‘Softkeys’ on the
Note: The return of ion-chamber smoke detectors is Operator Display Module (see Fig. 1) or MX2/MZX125/
to be carried out in accordance with the latest MZX250 Display Control Module (see Figs. 2, 3 and 4).
company standing instructions for storage and
transportation of radioactive materials.
3.2 MOVING THE CURSOR
f) Check the fixings for the controller and all The cursor is moved through the options using the softkey
detectors, sounders and ancillary equipment associated with the double arrow sign ‘>>’.
which form part of the fire detection system.
g) Check the cable fixings at the controller and
each ancillary device for correct connection. 3.3 ENTERING INFORMATION
h) Test ALL detectors and callpoints for When the cursor is over information that can be changed,
correct operation. either use the ‘+’ or ‘-’and softkeys or enter the number/
letter via the keypad.
Record any defect in the log book and rectify as
required. On completion of the work, obtain the signature Note: For speed, Point Numbers should be entered
of the customer or his representative for the Routine via the keypad.
Maintenance Visit Record. Leave a copy of this record with
the customer for his files.

© 2009 Tyco Safety Products PAGE 5 of 40

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 17
17A-04-S

PAGE 6 of 40
MX/MZX

10/09

ALPHANUMERIC KEYPAD

1 2
ABC
3
DEF
First Fire
Zone 002 B002 SCROLL UP
1st Floor Corridoor
Room 117 4 5 6
GHI JKL MNO
Last Fire 002

Fig. 1
Zone 030 B055
4th Floor
Washroom / Window 7 8 9
PQRS TUV WXYZ
General Information
SCROLL DOWN

View More

Operator Display Module

F1 F2 F3 F4 F5

SOFTKEYS
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17 10/09

ALPHANUMERIC
KEYPAD
Main
Main menu
menu 2 3
1
SYSTEM
SYSTEM 1 2 3
11 -- Accept
Accept Events
Events SCROLL * ABC DEF
Wed,
Wed, 01-Mar-08
01-Mar-08 22 -- Actual
Actual Status
Status * ABC DEF
14:15
14:15 33 -- Isolate/De-Isol
(De-) Isolate UP
44 -- Time / Date
Time / Date 4 5 6
Company
Company Name
Name 55 -- Event
Event Log
Log 4 5 6
66 -- View/Print
View/Prn StaData GHI JKL MNO
General
General 77 -- Service
Service GHI JKL MNO
8 - Configuration
99 -- Test
Test Buzzer,
Buzzer, 7 8 9
LED's
LED's Display
Display 7
PQRS TUV8 9
WXYZ
Alarm
Alarm Count:
Count: 0021
0021 PQRS TUV WXYZ
SCROLL
0000 DOWN
Back
Back SounSIL 0
0

F1 F2 F3 F4 F5
F1 F2 F3 F4 F5
SOFTKEYS

GENERAL
GENERAL PROTECTION SOUNDERS
SOUNDERS SIGNALLING PANEL
GENERAL
GENERAL SYSTEM SOUNDERS
SOUNDERS SIGNALLING CONTROLLER
FIRE ACTIVATED ACTIVATED ACTIVATED POWER ON

FIRE
FAULT
PRE ALARM
FAULT
ACTIVATED
FAULT
ACTIVATED
FAULT
POWER ON
MAINS FAULT
FAULT DAY MODE FAULT FAULT MAINS FAULT
DISABLED DISABLED DISABLED DISABLED SYSTEM FAULT
DISABLED STATUS 1 DISABLED DISABLED SYSTEM FAULT
TEST DAY MODE SYSTEM
TEST STATUS 2

SILENCE SILENCE DAY INVESTIGATE

RESET FUNCTION EVACUATE
BUZZER RESOUND
SILENCE DAY
NIGHT DELAY
SILENCE INVESTIGATE
RESET FUNCTION EVACUATE
BUZZER RESOUND NIGHT DELAY

ZONE DISPLAY
ZONE DISPLAY
1 11 21 31 41 51 61 71
1 11 21 31 41 51 61 71
2 12 22 32 42 52 62 72
2
3 12
13
22
23
32
33
42
43
52
53
62
63 72
73
3
4 13
14 23
24 33
34 43
44 53
54 63
64 73
74
4
5 14
15
24
25
34
35
44
45
54
55
64
65 74
75
5
6 15
16 25
26 35
36 45
46 55
56 65
66 75
76
6
7 16
17 26
27 36
37 46
47 56
57 66
67 76
77
7
8 17
18 27
28 37
38 47
48 57
58 67
68 77
78
8
9 18
19 28
29 38
39 48
49 58
59 68
69 78
79

9
10 19
20 29
30 39
40 49
50 59
60 69
70 79
80

10 20 30 40 50 60 70 80

I
I
0
0

Fig. 2 MX2 Display Control Module

© 2009 Tyco Safety Products PAGE 7 of 40

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 17
17A-04-S

PAGE 8 of 40
MX/MZX

10/09

1 2 3 1 9
* ABC DEF
2 10

4 5 6 3 11
GHI JKL MNO
4 12

Fig. 3
5 13
7 8 9
PQRS TUV WXYZ 6 14

7 15

0 8 16

F1 F2 F3 F4 F5
SILENCE SILENCE DAY INVESTIGATE
RESET EVACUATE
BUZZER RESOUND NIGHT DELAY

0 1 GENERAL PANEL SOUNDERS SIGNALLING PROTECTION

MZX125 Display Control Module

FIRE POWER ON ACTIVATED ACTIVATED ACTIVATED

FAULT MAINS FAULT FAULT FAULT FAULT

DISABLED SYSTEM FAULT DISABLED DISABLED DISABLED

TEST DAY MODE

BUREAU VERITAS
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1 2 3
* ABC DEF

4 5 6
GHI JKL MNO

7 8 9
PQRS TUV WXYZ

0 1
F1 F2 F3 F4 F5

SILENCE SILENCE DAY INVESTIGATE

RESET EVACUATE
BUZZER RESOUND NIGHT DELAY

GENERAL PANEL SOUNDERS SIGNALLING PROTECTION

FIRE POWER ON ACTIVATED ACTIVATED ACTIVATED

FAULT MAINS FAULT FAULT FAULT FAULT

DISABLED SYSTEM FAULT DISABLED DISABLED DISABLED

TEST DAY MODE

ZONE DISPLAY
1 5 9 13 17 21 25 29

2 6 10 14 18 22 26 30

3 7 11 15 19 23 27 31

4 8 12 16 20 24 28 32

Fig. 4 Display Control Module

© 2009 Tyco Safety Products PAGE 9 of 40

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MX/MZX BUREAU VERITAS
17A-04-S Stamped document, refer to 1st page
17 10/09

3.3.1 ENTERING PASSCODES

Supervisor
Engineer

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

i) Press F3 (Passcode), enter your ID (press

F5 ‘Enter’ if the ID has only one digit), Lamp/Buzzer/LCD Test* ✔ ✔ OFF
Unrestored Events ✔ ✔ OFF
then enter your Passcode (press F5 ‘Enter’ Information Text ✔ ✔ OFF
if the ID has less than 6 digits). View Events (Scrolling) ✔ ✔ OFF

MAIN MENU ✔ ✔ ON
3.4 POINT DEFINITIONS Accept Events ✔ ✔ ON
Real point - A physical input/output point
View Status ✔ ✔ ON
Pseudo point - A software derived fault number
eg, Communications Fault or Isolate/De-Isolate ✔ ✔ ON
RAM Fault Time/Date ✔ ✔ ON
Timer - Point activated by user Set time/Date ✔ ✔ ON
(MZX CONSYS) configured timer Summer/Winter ✔ ✔ ON

Menu - Up to 10 points configured for Event Log ✔ ✔ ON

specific site functions View Event Log ✔ ✔ ON
Print Event Log ✔ ✔ ON
Filter ✔ ✔ ON
3.5 VALID VALUES
View/Print Data ✔ ✔ ON
The following are values which may be entered for each Points Isolated ✔ ✔ ON
option: Points Untested/Failed ✔ ✔ ON
Point Values ✔ ✔ ON
View Faults ✔ ✔ ON
Panel Number 1 - 99 Loop Point Count ✔ ✔ ON
Forced Points ✔ ✔ ON
Zone Number 1 - 240* Active Points ✔ ✔ ON
Sector Number 1 - 240 By Function* ✔ ✔ OFF/ON
RBus Number 0 - 15 Service ✔ ✔ ON
Real Point 1 - 24 Walk Test ✔ ✔ ON
Pseudo Point 1-8 Maintenance engineer ✔ ✔ ON
Fire Alarm Cycle Count ✔ ✔ ON
XBus Point 1 - 96 Maintenance Request ✔ ✔ ON
Local I/O Battery Test ✔ ✔ ON
Software Initialisation Count ✔ ✔ ON
Real Point 1 - 18 Project Numbers ✔ ✔ ON
Pseudo Point 1 - 61 Software Versions ✔ ✔ ON
IOBus point 1 - 24 Menu points ✔ ✔ ON
Diagnostics ✔ ✔ ON
Timer Point 1 - 10 Force Device Output ✔ ✔ ON
Menu Point 1 - 10 Force Device Input ✔ ✔ ON
Shutdown/Restart ✔ ✔ ON
‘*’ depending on the configuration 16/32/40/80/120/160/ Single device poll mode ✔ ✔ ON
200 or 240 zones. Change Address ✔ ✔ ON
Calibrate DDM800 ✔ ✔ ON
Restart System ✔ ✔ ON
Switches ✔ ✔ ON
Fast Fault Mode ✔ ✔ ON
Rate of Rise Processing ✔ ✔ ON
Fast Logic ✔ ✔ ON
Noisy Device ✔ ✔ ON
Detector Power Up ✔ ✔ ON

Configuration ✔ ✔ ON
Change Text ✔ ✔ ON
Insert Point ✔ ON
Delete Point ✔ ON
Modify Point ✔ ON
Auto Configure ✔ ON
Table. 1 Menu Options and Access Levels
* Key OFF F1 key ‘View’

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3.6 MAIN MENU

When the system is in quiescent mode (ie, displaying the View Status
MX Panel
date and time), entering a high level passcode affords the 1 - Point
user access to the main menu. The structure of this menu is Wed, 01-Mar-08 2 - Point I/P only
shown below. 14:15 3 - Point O/P only
4 - Zone
Company Name 5 - Zone Maps
6 - Network Status
Main menu General
MX Panel
1 - Accept Events
Thu, 26-Jul-07 2 - View Status
00:01 3 - Isolate/De-Isol
4 - Time / Date
Company Name 5 - Event Log
6 - View/Print Data Back
General 7 - Service
8 - Configuration
9 - Test Buzzer,
LEDs & Display Point Complete - allows the status of all points on the
Alarm Count: 0021 system (both inputs and outputs) to be checked.
Point Input - allows the status of only input devices to be
Back
checked (eg, detectors).
Point Output - allows the status of only output devices to
Each of the options available leads to further menus or be checked (eg, functional bases, sounder etc.).
functions, which are described in the following paragraphs.
Zone - allows the total status of all points in a specified zone
to be checked.
3.7 ACCEPT EVENTS Zone Maps - a zone map can be displayed for Alarm, Fault,
Test and Isolated Inputs states. A grid of 80 zones is
Allows displayed events to be accepted. Press 1 from the displayed which can be scrolled between pages.
main menu, the following type of screen will be displayed:
Network Status - allows the status of panels on the network
to be checked (only if a network is configured).
Accept Events
SYSTEM Select the required number from the View Status menu, the
following type of screen will be displayed:
Thu, 26-Jul-07 Zone 000 R10
14:15 System Zone
Battery Fault IP View Status
Company Name MX Panel
BATTERY FAULT Point
General Thu, 26-Jul-07
01-Mar-00 14:15:02 14:15 1 - Loop Point
Fault 02 Digital Input 2 - RBus Point
Company Name 3 - Local I/O Point
General
1000
Back Accept << >>

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

3.8 VIEW STATUS Select the type of Point or Zone:

1) Loop Point (Addressable Loop).
Allows the status of all points and zones on the system to be
viewed. Press 2 from the Main menu, the following type of 2) RBus Point.
screen will be displayed:
3) Local I/O Point.

© 2009 Tyco Safety Products PAGE 11 of 40

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17 10/09

The following type of screen will be displayed: The fifth line shows the Point description (defined at
configuration).
Note: If the panel is in a networked system, the panel The sixth line shows the device type.
number will be shown as in the following
example. Actual Status IP can be in one of the following states:
• Normal
View Status • Fault
MX Panel
Point • Active
Wed, 01-Mar-08
14:15 Panel
• PreAlarm
02 Actual Status OP can be in one of the following conditions:
Company Name Loop Point
General
A 001 • On
• Off
• Pulse 1
• Pulse 2

Back >> - + Enter Selecting 4 Zone will display the following type of screen:
• Loop Point (Addressable Loop) Screen display (the asterisks are not displayed on the
screen).:
Use the ‘+’, ‘-’ and ‘>>’ keys to select the
required Loop and Point, then press Enter *YES/NO
key.
**NONE /PARTIAL/ALL
• RBus Point (Remote Bus)
Use the ‘+’, ‘-’ and ‘>>’ keys to select the
required RBus, Category and Point, then View Status
press Enter key. MX Panel
Zone 002
• Local I/O Point (Field Interface Module) Thu, 26-Jul-07
14:15
South Building
1st Floor Corridoor
Use the ‘+’, ‘-’ and ‘>>’ keys to select the
required Category and Point, then press Company Name Alarm : NO*
Enter key. Fault : NO*
General Isolate : NONE**
Walk Test : NO*
The following type of screen will be displayed:

View Status
MX Panel _
Point Back +
Thu, 26-Jul-07 Zone 006 A007
14:15
Zone 06 Function Keys F3/F4 will decrement/increment the zone
Company Name Call alarm in room number.
CP 820
General
Description
Input Output Alarm Yes One or more devices of a zone
Normal in Alarm Mode
Fault Yes One or more devices of the
Back zone in Fault Mode
Isolate All All alarm input devices of the
Point Input and Point Output are displayed in the same
format. zone are Isolated
Isolate Partial At least one, but not all alarm
The top line shows the selected option. input devices are Isolated
The second line shows the Zone and Point number of the Walk Test Yes All alarm input devices of the
device. zone in Walk Test
The third line shows the Sector description (defined at
configuration).
The fourth line shows the Zone description (defined at
configuration).

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Node Type State of network communication to supervisor

Good In Fault
MX/MZX Panel ‘M’ ‘m’
Minerva Panel ‘N’ ‘n’
Other Node, e.g. TXG ‘O’ ‘o’
Unconfigured Node ‘.’
Unexpected Reply From Unconfigured Node ‘?’
Table 1:
For Zone Maps, select:

1 - Alarm 5 - Protection Eqp.

2 - Fault 6 - Sounders
3 - Test 7 - Plant Equipment
4 - Isolated Inputs

View Zone Maps 3.9 ISOLATE/DE-ISOLATE

MX Panel
Alarm The Isolate/De-isolate option allows the following to be
Wed, 01-Jan-0 Zones 0123456789 isolated/de-isolated:
14:15 0..A.......
10.......... • Point Complete 1*
Company Name 20..........
30.....A.... • Point Input 2*
General 40..........
50.......... • Point Output 3*
60..........
70.......... • By Function 4*
80.
• Detectors 1**
• Callpoints 2**
Back >>
• Alarm I/Ps 3**
Active zones are shown by a letter indicating the type of zone • Sounders 4***
map selected. • Protection Eqp. 5***
Selecting 6 Network Status will display the following type of • Extinguishing 6***
screen (only available if a network is configured):
• Plant Equipment 7***

Network Status
• Non-LED Outputs 9
MX Panel • Extinguish Controls (all) F2*
Nodes 0123456789
Wed, 01-Jan-09 0 Mm...... • Fault Signalling (all) F3*
14:15 10 ..........
20 .......... • Alarm Signalling (all) F4*
Company Name 30 ..........
40 .......... • All Sounders F5*
General 50 ..........
60 ..........
70 .......... Note: Other options are available for some of the
80 .......... above:
90 ..........
1) * No extra options.
Back 2) ** The following options are available:
1 - All
See Table 1 for an explanation of the displayed codes. 2- In Fault
3 - Active
4 - Not Normal (either In Fault or Active)
3) *** The following options are available:
1 - All
2 - In Fault

© 2009 Tyco Safety Products PAGE 13 of 40

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MX/MZX BUREAU VERITAS
17A-04-S Stamped document, refer to 1st page
17 10/09

Press 3 from the Main menu. The following screen will be The following screen shows an example detector isolation:
displayed:
Isolate/De-Isolate
Isolate/De-Isolate MX Panel Detectors
MX Panel Wed, 01-Mar-09 Zone 001
1 - Point 14:15
Wed, 01-May-09 2 - Point I/P only Zone 01
14:15 3 - Point O/P only Company Name
4 - By Function
Company Name
General Isolate
General All

Isola 003 Successes : 003

9 - Non-LED Outputs Matches : 003
Zones 000 A.I/P 000
Sndrs 000
Back
Back Ext.Ctl Flt Sig Alm Sig All SND
Successes: Number of points that were
(De-)Isolated
Select the required number from the Isolate/De-Isolate Matches: Number of detectors in zone
menu or from the soft keys, then select the type of point (as The following screen shows an example of All Sounders
described in Section 3.7): isolation:
• Loop Point (Addressable Loop)
Use the ‘+’, ‘-’ and ‘>>’ keys to select the Isolate/De-Isolate
required Loop and Point, then press Enter MX Panel All Sounders
key. Wed, 01-Mar-00
14:15
• RBus Point (Remote Bus)
Company Name
Use the ‘+’, ‘-’ and ‘>>’ keys to select the
required RBus, Category and Point, then General
press Enter key.
• Local I/O Point (Field Interface Module) Isola 006 Successes
Matches
: 006
: 006
Use the ‘+’, ‘-’ and ‘>>’ keys to select the Iso.S 006
required Category and Point, then press
Enter key. Back
Successes: Number of sounders (De-)Isolated
The following screen shows an example Point isolation: Matches: Number of sounders in all Zones
Isola: Number of isolated points
Isolate/De-Isolate Iso.S: Number of isolated sounders
MX Panel
Point Complete
Wed, 01-Mar-08 Zone 002 B002 Press 9 from the main menu ‘Non-LED Outputs’, after
14:15 South Building
1st Floor Corridoor selecting ‘Isolate’, the following screen will be displayed:
Company Name Room 117
801 H
General Isolate/De-Isolate
Status IP: Normal
ISOLATED INPUT MX Panel
Non-LED Outputs
Isola 001 Wed, 01-May-09
2 - De-Isolate 14:15 Points ISOLATED
Company Name
Back
General
Isolation Status Timeout: 00:59:58

In the ‘Customer Operator’ access levels, only points on the Isola 020 Success :0020
addressable loop can be isolated or de-isolated. Iso.S 004 Matches :0020

Isolations are counted and displayed (eg, Isol 001). If only Back
the input or output of a point is isolated, this is counted as a
All log and LED outputs are as configured but loop and FIM
complete isolation of the point.
outputs are not switched.

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This is a timed function of one hour, when the time expires Summer/Winter
the mode is automatically ended. The timer can be MX Panel Summertime
extended at any time to the original one hour.
Wed, 01-Jan-09 28-Mar-09 +1h
Local panel only - not available for network. 14:15 28-Mar-10 +1h
28-Mar-11 +1h
Company Name 28-Mar-12 +1h
3.10 TIME/DATE 28-Mar-13 +1h
General 28-Mar-14 +1h
Press 4 from the Main menu. The following type of screen 28-Mar-15 +1h
28-Mar-16 +1h
will be displayed: 28-Mar-17 +1h
28-Mar-18 +1h
Time / Date
MX Panel
1 - Set Time/Date Back Winter
Thu, 26-Jul-07 2 - Summer/Winter
14:15 These screens show the date of change between Summer
Company Name and Winter time and cannot be changed, the information is
configured in MZX CONSYS, use F5 to toggle between
General Winter and Summer.
Dates are not shown on a T2000 Marine panel.

3.11 EVENT LOG

Back
3.10.1 SET TIME/DATE Press 5 from the Main menu. The following type of screen
will be displayed:
Press 1 from the Time/Date menu. The following type of
screen will be displayed:
Event Log
Time / Date MX Panel
MX Panel 1 - View Event Log
Date : 01-Mar-00 Thu, 26-Jul-07 2 - Print Event Log
Thu, 26-Jul-07 Time : 14:15:17 00:01 3 - Filter
14:15 Company Name
Company Name General
General

Back
Back >> - + Save
3.11.1 VIEW EVENT LOG

Use the ‘>>’ key to move the cursor between options, enter This option allows all events in the event log to be viewed or
date and time values via the keypad. printed.
Note: Select option 1 from the Event Log menu, the following
type of screen will be displayed:
1) When a value has been changed, F5 shows
‘Save’, use this key when all editing has been
completed. Event Log
MX Panel
2) Months January to September can also be
entered with the keypad: Thu, 26-Jul-07 Zone 000
14:15 System Zone
1 = January
Company Name TEST FINISHED
...................
9 = September General 04-Feb-02 19:30:00
- Empty -
Information only
3.10.2 SUMMER/WINTER
Press 2 from the Time/Date menu. Select summer, the 0001/0010
following type of screen will be displayed:
Back << << >> >>
© 2009 Tyco Safety Products PAGE 15 of 40
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MX/MZX BUREAU VERITAS
17A-04-S Stamped document, refer to 1st page
17 10/09

The latest event is displayed, use the ‘<<’ and ‘>>’ keys to 3.11.3 FILTER
scroll through the log and the ‘|<<’ to move to the back of Select option 3 from the Event Log menu, the following
the log or the ‘>>|’ key to move to the front of the log. type of screen will be displayed:
• 0001/0010 - The first number is the actual
position in the event log (1 means it displays Event Log
the newest event log entry. The second MX Panel
number displays the number of entries in the
1 - Fire -
Thu, 26-Jul-07 2 - Gas Alert -
event log (max. 3,000). 14:15 3 - Pre Alarm -
4 - Supervisory -
Company Name 5 - Fault -
6 - Isolate -
The newest/last event will be displayed when the Event Log General 7 - Test Mode -
is entered. 8 - Warning -
9 - Information -

3.11.2 PRINT EVENT LOG

Select option 2 from the Event Log menu, the following type Back View Print
of screen will be displayed: It is possible to view and to print the events of single
Event Log categories. The category is selected by pressing the
MX Panel appropriate option number. It is also possible to select
Destination : several categories, the selected categories are denoted by a
Thu, 26-Jul-07 Default Printer ‘+’ sign.
14:15
How far back: Press F4 to view the selected categorie(s).
Company Name to start: 0010
General How many entries
required: 0010 3.12 VIEW/PRINT DATA
Allows the following options to be viewed/printed:
Lowest priority
of interest : 00
Print initiated
• Points Isolated
• Points Untested/Failed (during Walk Test)
Back >> - + Print • Point Values
This menu option is only available if at least one printer is • View Faults (no print option)
configured. • Loop Point Counters
The destination printer can be selected if more than one • Forced Points (no print option)
printer is configured.
• Active Points (no print option)
The priorities available are shown in the following table: • By Function (no print option)
Lowest Priority Information Only Select option 6 from the Main menu, the following type of
. Reset/Restart screen will be displayed:
. Expected Events
. Isolates View/Print Data
. Warnings MX Panel
. Visible Isolate 1 - Pts Isolated
Thu, 26-Jul-07 2 - Pts Unt./Failed
. Other Faults 00:01 3 - Point Values
. Critical Faults 4 - View Faults
. Gas Alert Company Name 5 - Loop Point Ctrs
6 - Forced Points
. Alarm Threshold General 7 - Active Points
. Non-Life Risk 8 - By Function
. Level 12
. Life Risk Alarms
Highest Priority General Alarm
It is always printed from the selected priority (eg, Non Life Back
Risk) to the Highest Priority (eg, Non Life Risk, Level 12,
Life Risk Alarm and General Alarm).

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ISSUE No. & DATE:
17 10/09

3.12.1 VIEW/PRINT POINTS ISOLATED 3.12.3 VIEW/PRINT POINT VALUES

Select option 1 from the View/Print Status menu, the Select option 3 from the View/Print Status menu, the
following type of screen will be displayed: following type of screen will be displayed:

Points Isolated Point Values

MX Panel MX Panel
Input Panel 02
Thu, 26-Jul-07 Total : 004 Thu, 26-Jul-07
14:15 14:15 Loop Point
Zone 001 -001 B A 002
Company Name Point Text Company Name
--------------------
General 001 -002 B General
Point Text

Back Output Print Back >> - + Enter

Note: If the panel is part of a networked system,
another screen is displayed before the above Select the panel number (if the panel is part of a networked
system), loop and point number required.
screen where the panel number may be
selected. After pressing Enter, the following type of screen will be
displayed:
Press F5 ‘Print’ to print a list of all isolated points. Point Values
The F2 Key selects either isolated inputs or isolated outputs. MX Panel
Points which are completely isolated (input and output) will Zone 003 A023
Wed, 01-Jan-09
be shown in both lists. 14:15 Zone 03
Heat Sensor Device
Company Name 801 H
3.12.2 VIEW/PRINT POINTS UNTESTED/ General Real: 801H
FAILED Mode: Std R.o.(21)
Sens: N/A
Note: Note this option only works whilst still in
Walktest. 22 oC (073)

Select option 2 from the View/Print Status menu, the Back Print
following type of screen will be displayed: Press F5 to print Point Values, values for all devices on the
loop will be printed.
Pts Untested/Failed
MX Panel 3.12.4 VIEW FAULTS
Thu, 26-Jul-07 Total : 004
14:15 Select option 4 from the View/Print Status menu, the
Zone 001 -001 B following type of screen will be displayed:
Company Name Point Text
--------------------
General Zone 001 -002 B View Faults
Point Text MX Panel
Total : 002
Thu, 26-Jul-07
14:15 Zone 000 R10
Zone 000 R12
Company Name
Back Print
General
Note: If the panel is part of a networked system,
another screen is displayed before the above Flt P 002
screen where the panel number may be
selected.
Back Print
Press F5 to print the Untested/Failed points.
Points which are not tested or points which return the wrong Press F5 to print.
condition are then listed.

© 2009 Tyco Safety Products PAGE 17 of 40

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3.12.5 VIEW LOOP POINT COUNTERS • Detected points from left, right and both
sides are equal.
This option is view only. Select option 5 from the View/
Print Status menu, the following screen will be displayed: If all conditions are not satisfied, the ‘ATTENTION’ screen
will be displayed showing the relevant counters.
Loop Point Counters
MX Panel Loop Point Counters
Panel MX Panel
Thu, 26-Jul-07 02 Counter
14:15 Thu, 26-Jul-07 Loop : A
Loop 14:15 A T T E N T I O N
Company Name A
Company Name Configured : 010
General
General Conf. & Ident: 009

Back >> - + Enter

Back Details Scan

Note: Only the Loop will be shown if the panel is not • Configured - the number of points
networked. configured in CONSYS.
Select the required panel (only if the panel is networked) and • Conf & Ident - shows how many points are
loop, then press the Enter key. The following message is connected, identified and configured on the
displayed: loop.
Please Wait... • Not Conf. - shows how many points were
identified on the loop but not configured in
CONSYS.
for approximately 2 minutes until the count is complete, if
no faults are found, the following type of screen will be
• Both Sides/Left Side/Right Side - Shows
how many points on the loop are recognised
displayed: by the panel. ‘Left Side’ and ‘Right Side’ is
the count from both sides. ‘Both Sides’
Loop Point Counters means the detection of a closed loop
MX Panel
Counter Note: If the value of ‘Conf & Ident’ is different to the
Thu, 26-Jul-07 Loop : A
14:15 PASSED number of installed devices, multiple reserved
address may be the cause.
Company Name Configured : 010
General 3.12.5.1 DETAILS
Press the ‘Details’ key (F2), the following type of screen
will be displayed:

Back Details Scan Loop Point Counters

MX Panel
• Configured - the number of points Thu, 26-Jul-07
Details
Loop : A
configured in CONSYS. 14:15 Point 0123456789
0 : ......u...
• There are no multiple reserved point Company Name 10 : ..........
addresses. 20 : .c........
General 30 : ...o......
40 : ..........
50 : ..........
Conditions for ‘PASSED’ 60 : ooooo.....
70 : ..........
• The number of configured points is equal the 80 : ..........
detected count of points on the loop.
Back >>
• There are no unconfigured points.

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All 250 addresses may be displayed using the ‘>>) key. 3.12.6 FORCED POINTS
The connection detail of each point is shown by the Select option 6 from the View/Print Status Menu. The
following symbols: following type of screen will be displayed:
o OK: point connected, configured and identified
(eg, point 33 and points 60 to 64) Forced Points
MX Panel Input:
Point was configured (in MZX CONSYS) but Total: 1
c Wed, 01-Jan-99
not connected or identified (eg, point 21)
00:01
Point was not configured but connected (eg, Zone 001 A001
u Company Name CO Device
point 6)
General
Function key F2 scrolls through the loop.

3.12.5.2 SCAN
Press the ‘Scan’ key (F3), the following type of screen will Back Output Print
be displayed:

This option is view only. Pressing F2 will display any

Loop Point Counters forced outputs.
MX Panel
Left / Right Scan
Thu, 26-Jul-07 Loop : A
14:15 Point 0123456789 3.12.7 ACTIVE POINTS
0 : ....l.....
Company Name 10 : .......... Select option 7 from the View/Print Status Menu. The
20 : .l........ following type of screen will be displayed:
General 30 : ...*......
40 : ..........
50 : ..........
60 : rrrrr..... Active Points
70 : .......... MX Panel Current active pts.
80 : ..*....... Total : 0
Wed, 21-Aug-07
08:01
Back >>
Company Name
The points are shown which were detected from both sides
(Left/Right). General
They are displayed as follows:

. Empty (not used) Back Iso&Act Print

OK: detected from both sides (eg, points 33 and
* Pressing Iso&Act (F2) will display the following screen:
82)
Only detected from left side (eg, points 4 and 21)
l Active Points
MX Panel Isolated active pts
r Only detected from right side (eg, 60 to 64) Wed, 21-Aug-07 Total : 0
08:01

Function key F2 scrolls through the loop. Company Name

General

Back Iso&For Print

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Pressing Iso&For (F2) will display the following screen: Select option 1 from the Fire Inputs menu, the following
screen will be displayed:
Active Points
MX Panel Isolated Forced pts Active Fire IPs
Wed, 21-Aug-07 Total : 0 MX Panel
08:01 Panel: 1
Wed, 21-Aug-07 Page : 0/ 0
Company Name 08:01
Company Name
General
General

Back All Act Print

Back

Select option 2 from the Fire Inputs menu, the following

3.12.8 BY FUNCTION
screen will be displayed:
Select option 8 from the View/Print Status Menu. The
following type of screen will be displayed: Fire IPs in Fault
MX Panel
By Function Panel: 1
Wed, 21-Aug-07 Page : 0/ 0
MX Panel 08:01
1 - Fire Inputs
Wed, 21-Aug-07 2 - Non-Fire Inputs Company Name
08:01
3 - All Loop O/Ps General
Company Name 4 - Sounders
5 - Protection Eqp.
General 6 - Plant Equipment

Back

Back Select option 3 from the Fire Inputs menu, the following
screen will be displayed:
Screens for options 2, 3, 4, 5 and 6 are the same type as for
option 1 Fire Inputs.
Isolated Fire IPs
MX Panel
Panel: 1
3.12.8.1 FIRE INPUTS Wed, 21-Aug-07 Page : 0/ 0
08:01
Select option 1 from the By Function menu, the following
Company Name
screen will be displayed:
General
Fire Inputs
MX Panel
1 - Active
Wed, 21-Aug-07 2 - Fault
08:01 3 - Isolated
Back
Company Name
General

Back

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3.13 SERVICE Depending on the selected settings, the display will

change. The following screen is an example of ‘Area’
Press 7 from the Main menu. The following type of screen selected as ‘Point’.
will be displayed:
Walk test
Service MX Panel
MX Panel Panel : 01
1 - Walk Test Thu, 26-Jul-07 Area : Point
Thu, 26-May-09 2 - Maintenance 00:01 Type : Input
00:01 3 - Diagnostics Location : Loop
4 - Calibrate DDM800 Company Name Zone : 01
Company Name Point : 01
5 - Restart System General
General 6 - Switches Mode : MANUAL
Multisensor : Part

Back >> + - Start

Back To start the Walk Test press F5.

3.13.1 WALK TEST Possible Settings

When selected, this option allows single or multiple points Panel
to be tested without an alarm being raised. The selection of panel is only available for panels that are
Press 1 from the Service menu. in a networked system.
Only one Walk Test session can be active at one time.
Area
Walk test
MX Panel
Panel : 01
• All Walk Test of all elements of a special type.
Wed, 09-Mar-08 Area : All (Selection in the field ‘Type’ eg, callpoints).
00:01 Type : Input
Company Name
Loop : All • Zone Walk Test of all elements of a specific type
in a specific zone.
General
Mode : MANUAL • Point Walk Test of the input of a single point.
Multisensor : Part
Type
Back >> + - Start
Select the required option:
• Input Walk Test of all inputs.

Use the ‘>>’, ‘-’ and ‘+’ keys to select the required
options. The Panel number is only displayed when it is
• Detectors Walk Test of detectors.
part of a networked system.
• 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
Only with Area as ‘All’ or ‘Zone’.
Walk Test of all loops or of a specific loop (A, B, C, D, E,
F, G or H).

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Location 2) Multisensor is not available for Sounders or

Only with Area ‘Point’. Callpoints

•Loop Point is on the loop.

3.13.1.1 ALL INPUTS
Zone
Select the following settings:
Only with Area selected as ‘Point’.
• Loop Selection of a specific zone is possible.
• Area: All
• Type: Input
Point • Loop: All
Only with Area ‘Point’. Press F5 to start the Walk Test.
Selection of a special point is possible. The following screen shows an example for the Walk Test
‘All Inputs’ option:
Mode
Walk test
MANUAL MX Panel
Detectors to be tested manually. Panel : 01
Thu, 26-Jul-07 Area : Point
AUTOMATIC 00:01 Type : Input
Location : Loop
Only if type selected is ‘detectors’. Company Name Zone : 01
Point : 01
Self test will be carried out by detectors. General
Mode : MANUAL
The following detectors support the self test
function: Multisensor : Part
801PH 801PHEx
811PH 811PHExn
801CH 801CHEx Back >> + - Start
811CH 811CHExn
801I
813P Selected: Number of points selected by the test.
This mode is only available if an 813P detector is Excluded: Number of Points not in Walk Test (ie,
configured. If an 813P detector fails this test, it must be points isolated).
manually tested to confirm the failure. Been Active: Number of points which have been
activated during Walk Test
Multisensor Been Clear Number of points which were not
active when starting Walk Test
• Full Successful: Number of tested points
• Part Curr.Active: Points which are currently active.
TestZ001 Number of zones which are in Walk
It is only possible to select either ‘Automatic’ or
Test. The zone is only counted if all
‘Multisensor. The panel itself prevents selection of more
points in a zone are in Walk Test.
than one option.

Note: Press F3 to display selected settings.

1) If ‘Full’ Walk Test is selected, both modes of the Press F5 to end Walk Test.
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 processing. If only
the heat mode is active, then only activation of
the heat mode will create an alarm.

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CAUTION:
• TestZ 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
THE FINISHING OF A WALK TEST IS ONLY
detector on the zone is switched off, the
POSSIBLE IF ALL POINTS IN THE WALK
TEST ARE INACTIVE. counter is not decreased. In the case of
Walk Test for one point, the counter is
only decreased if that point is the only
point on the zone).
3.13.1.2 SOUNDERS
Select ‘Sounders’ in the Type field. Press F3 for a display of selected settings.
No results will be shown on the display. The selected Press F2 for details of the Walk Test (see 3.12.5.1, page 16
sounders will be activated in a configuration specified for details).
mode.
Press F5 to end Walk Test.

3.13.1.3 POINT
Select the following settings: CAUTION:

• Area: Point. THE FINISHING OF A WALK TEST IS ONLY

POSSIBLE IF ALL POINTS IN THE WALK
• Type: Input (appears automatically).
TEST ARE INACTIVE.

• Location: Loop (appears automatically).

• Zone Required number. 3.13.2 MAINTENANCE

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

Press F5 to stare the Walk Test. Maintenance Request

MX Panel Total : 000
The following screen shows an example for the Walk Test of
‘Point Input’: Wed, 01-Mar-08
14:15
Walk test Company Name
MX Panel
Point I/P only General
Wed, 09-Mar-08 Zone 006 A007
00:01
Zone 06
Company Name Call alarm in room
CP820
General
Back Print
TestZ 001 Selected : 1
Excluded : 0
Activations : 0
Curr.Active : NO
Back Details Settings End

• 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.

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3.13.2.1 VIEW FIRE ALARM CYCLE COUNT 3.13.2.2 VIEW/PRINT MAINTENANCE

REQUEST
When selected, the number of Alarm sequences may be
viewed. When selected, this option displays a list of detectors which
are near the limit of their threshold compensation limit.
Press 1 from the Maintenance menu. The following type of
screen will be displayed: Press 3 from the Maintenance menu. The following type of
screen will be displayed:
Fire AL.Cycle Count
MX Panel Maintenance Request
Count : MX Panel Total : 000
Wed, 01-Mar-08
14:15 Wed, 01-Mar-08
0025 14:15
Company Name
Company Name
General
General

Back
Back Print

To reset the Fire Alarm Cycle Count, proceed as follows: Press F5 to print the Maintenance Request.

CAUTION: 3.13.2.3 BATTERY TEST

THIS WILL ALSO CLEAR THE EVENT LOG When selected, this option allows the state of the battery
AND RESET THE SOFTWARE and the charger current to be displayed.
INITIALISATION COUNT.
Press 4 from the Maintenance menu. The following type of
screen will be displayed:
a) Open the front panel of the controller.
b) On the CPU, fit a link to header H2, then Battery Test
press and hold switch SW1 until the MX Panel
Watchdog LED flashes. Battery State :
Wed, 01-Mar-08 Battery Low
c) Release SW1, remove the link from H2 then 14:15
press and hold switch SW1 until the Battery Voltage :
Company Name 20.764 V
Watchdog LED flashes.
General Charger Current :
d) Press switch S8 on the Operator Control 00.500 A
e) Module to clear the processor fault.
The Fire Alarm Cycle Count will have been reset to zero.

Back

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3.13.2.4 VIEW/RESET SOFTWARE Press 7 from the Maintenance menu. The following type of
INITIALISATION COUNT screen will be displayed:

When selected, the number of software initialisations (ie, Software Versions

operating program restarts) may be viewed/reset. MX Panel
-Firmware V 17.0
Press 5 from the Maintenance menu. The following type of Thu, 26-Jul-07 -Bootrom V 1.2
screen will be displayed: 14:15 -Local I/O V 1.0
-Loop A V 2.1
Company Name -Loop B V 2.1
Software Init Count -OCM00 V 2.0
MX Panel General -OCM01 V 2.0
-Firmware 28
Wed, 01-Mar-06
14:15
Company Name
General Back + Print

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

Back Reset 3.13.2.7 MENU POINTS

Press F5 to reset the Software Initialisation Count. 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.
3.13.2.5 PROJECT NUMBERS
Press 9 from the Maintenance menu. The following type of
When selected, this option allows the project and CONSYS screen will be displayed:
information to be displayed.
Press 6 from the Maintenance menu. The following type of Menu Points
screen will be displayed: MX Panel
Menu Point 1: OFF
Wed, 01-Mar-08 Isolate Zone
14:15
Project Numbers Menu Point 2: ON
MX Panel Company Name Sensit.Change
Project:
Wed, 01-Mar-06 Queen El. Hospital General Menu Point 3:
00:01 -Unconfigured-
Company Name Consys: V17.0 Menu Point 4:
Version: 34 -Unconfigured-
General Created:
29-Apr-09 10:18
Downloaded: Back >>
27-Jun-09 08:20
3.13.3 DIAGNOSTICS

Back Press 3 from the Service menu. The following type of

screen will be displayed:
3.13.2.6 SOFTWARE VERSIONS
Diagnostics
When selected, The software versions of the following are MX Panel
displayed: 1 - Force Dev.O/P
Wed, 01-Mar-00 2 - Force Dev.I/P
• Firmware 14:15 3 - Shutdown/Rstart
• Boot ROM Company Name
6 - Single. dev.poll
• Local I/O General 7 - Change Address
• Each Loop
• Each MPM
• Network board Commissioning
Back

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On options 3 and 6 when the option is Enabled/Disabled the Select the type of point as described in Section 3.7:
word Commissioning will be displayed, even with the
keyswitch turned to the off position. This will only
• Loop Point (Addressable Loop)
Use the ‘+’, ‘-’ and ‘>>’ keys to select the
disappear when the option is re-enabled/re-disabled. required Loop and Point, then press Enter
Pressing F4 (>>) will show further menu points. key.
• RBus Point (Remote Bus)
Use the ‘+’, ‘-’ and ‘>>’ keys to select the
3.13.3.1 FORCE DEVICE OUTPUTS required RBus, Category and Point, then
Press 1 from the Diagnostics menu. press Enter key.

Select the type of point as described in Section 3.7: • Local I/O Point (Field Interface Module)
Use the ‘+’, ‘-’ and ‘>>’ keys to select the
• Loop Point (Addressable Loop) required Category and Point, then press
Enter key.
Use the ‘+’, ‘-’ and ‘>>’ keys to select the
required Loop and Point, then press Enter
key. Force Device Input
MX Panel
• RBus Point (Remote Bus)
Wed, 01-Mar-00
Zone 002 B007
1st Floor Corridoor
Use the ‘+’, ‘-’ and ‘>>’ keys to select the
required RBus, Category and Point, then 14:15 Room 117
801 H
press Enter key. Company Name
Status: Unforced
• Local I/O Point (Field Interface Module) General
Use the ‘+’, ‘-’ and ‘>>’ keys to select the
required Category and Point, then press 1 - Force ON
Enter key.

Force Device Input

MX Panel Back
Zone 002 B002
Wed, 01-Mar-00 1st Floor Corridoor Press 1 to force the point ON.
14:15 Sounder in 1st Flo.
SNM 800 Press 9 to unforce the point.
Company Name
Status: Unforced
General 3.13.3.3 SHUTDOWN/RESTART
1 - Force ON
2 - Force Pulse 1
3 - Force Pulse 2 Press 3 from the Diagnostic menu, after selecting the
4 - Force OFF loop, the following screen will be displayed:

Back Shutdown / Restart

MX Panel
Select the options as required.
Wed, 01-Mar-00
14:15 Loop A
3.13.3.2 FORCE DEVICE INPUTS Company Name 1 - Shutdown
Press 2 from the Diagnostics menu. General
The following warning screen will be displayed:

Force Device Input

MX Panel Back
Point
Wed, 01-Mar-08 Select the loop using the ‘-’ or ‘+’ keys.
14:15 1 - Loop Point
2 - RBus Point Selecting ‘1 - Shutdown’, removes the loop voltage and all
Company Name 3 - Local I/O Point
devices are switched off.
General
Selecting ‘2 - Restart’, reconnects the loop voltage.
WARNING
Forcing inputs may
activate signalling
Back

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3.13.3.4 SINGLE DEVICE POLL MODE 3.13.4 CALIBRATE DDM800

When selected, this option allows a single device to be This option is used to calibrate a DDM800 when monitoring
polled continuously. a conventional detection circuit using diode bases.
Press 6 from the Diagnostics menu, select the Loop and
Point to be polled then press Enter. The following type of CAUTION:
screen will be displayed:
THIS OPTION SHOULD ONLY BE USED
Single Device Poll UNDER THE FOLLOWING
MX Panel CIRCUMSTANSES:
Zone 002 B002
Wed, 01-Mar-00 South Building
14:15 1st Floor Corridoor 1) ON INITIAL COMMISSIONING WHEN THE
Room 117 CIRCUIT TO BE MONITORED HAS ALL ITS
Company Name 801 H DETECTORS FITTED.
General
2) WHEN CHANGES HAVE BEEN MADE TO
DETECTOR TYPES, ADDITIONAL
DETECTORS OR WIRING CHANGES.

Back Start
Press 4 from the Service Menu, the following screen will be
displayed:
Press F4 to start the device poll, F5 will change to End.
Press F5 to end the device poll. Calibrate DDM800
MX Panel
3.13.3.5 CHANGE ADDRESS Fri, 01-Aug-08 Panel: 01
14:15 Loop: All
When selected, this option allows the address of a device to Point: All
be changed. Company Name
Press 7 from the Diagnostics menu. The following type of General
screen will be displayed:

Change Address
MX Panel
Loop : B Back >> - + Enter
Wed, 01-Mar-00
14:15 Old Address : 017 Select the Panel( if networked), Loop and Point address of
Type : 801H the DDM800 to be calibrated, pressing F5 will store the
Company Name
New Address : 025 returned current value for the DDM800.
General
3.13.5 RESTART SYSTEM
Press 5 from the Service Menu, the following screen will be
displayed:
Back New - + Enter
Restart System
Use the ‘>>’, ‘-’ and ‘+’ keys to select the options. Press MX Panel
Enter when all options have been selected. Thu, 26-Jan-09
00:01
1 - Restart Panel
CAUTION: Company Name
DO NOT SELECT A NEW ADDRESS THAT IS General
ALREADY BEING USED ON THE LOOP.

Back
Pressing 1 will restart the system.

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3.13.6 SWITCHES 3.13.6.3 FAST LOGIC MODE

Press 6 from the Service Menu, the following screen will be Press 3 from the Switches menu. The following screen will
displayed: be displayed:
Switches
MX Panel Fast Logic Mode
1 - Fast Fault Mode MX Panel
Thu, 26-May-09 2 - Rate of Rise Status:
00:01 3 - Fast Logic Mode Wed, 01-Mar-00 AS CONFIGURED
4 - Noisy Devices 14:15
Company Name 5 - Detect.Power Up
Company Name 2 - OFF
General
General

Back
3.13.6.1 FAST FAULT MODE Back
When selected, this option allows faults to be detected in 5 ‘As Configured’ - means that the devices will operate as they
seconds. have been programmed in ‘MZX Consys’.
Press 1from the Switches menu. The following screen will ‘OFF’ - regardless of how the devices have been configured
be displayed: in ‘MZX Consys’ the Fast Logic algorithm is not used.

Fast Fault Mode

MX Panel 3.13.6.4 NOISY DEVICE
Status: Stand.Fault
Wed, 01-Mar-00 Press 4 from the Switches menu. The following screen will
14:15 be displayed:
1 - Fast Fault
Company Name
Noisy Device Fault
General MX Panel Status: ENABLED
Wed, 01-Mar-08
14:15 2 - Disable
Company Name
Back General
Devices that are not configured in Fast Logic mode cannot
be set to the Fast Logic mode from this menu.

3.13.6.2 RATE OF RISE PROCESSING

When selected, this option allows the rate of rise processing Back
to be either standard processing (OFF) or extended
processing before alarm is reported to the panel (ON). If there are a series of large changes in the smoke values
read, this could indicate problems with the device. In some
Press 5 from the Diagnostics menu. The following screen circumstances the panel raises a ‘NOISY DEVICE’
will be displayed: fault. This fault can also be raised when the system is
working correctly if a device is tested with test smoke. This
Rate of Rise Proc. menu option disables the fault monotoring.
MX Panel
Status: OFF The monitoring is also disabled if the panel is in ‘WalkTest’.
Wed, 01-Mar-00
14:15 1 - ON
Company Name
General

Back
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3.13.6.5 DETECTOR POWER UP Configuration changes across a network are possible, but
changes to more than one panel at a time MUST NOT be
Press 4 from the Switches menu. The following screen will attempted within one session. When a panels
be displayed: configuration has been changed, it must be restarted using
menu option 9 ‘Restart’.
Detector Power Up Failure to comply with these restrictions may lead to
MX Panel Status: ENABLED unpredictable effects or system instability
Wed, 01-Mar-08
14:15 2 - Disable 3.14.1 CHANGE TEXT
Company Name Press 1 from the Configuration menu. The following
General screen will be displayed:

Change Text
MX Panel 1 - Point Text
Wed, 01-Mar-08 2 - Zone Text
14:15 3 - Sector Text
Back 4 - Panel Text
Company Name 5 - Info Text
This allows the monitoring of detector removal to be
disabled. General

3.14 CONFIGURATION
Press 8 from the Main menu. The following screen will be
displayed: Back
3.14.1.1 POINT TEXT MODIFY
Configuration
MX Panel 1 - Change Text Press 1 from the Change Text menu. The following screen
Wed, 01-Mar-00 2 - Insert Point will be displayed:
14:15 3 - Delete Point
4 - Modify Point
Company Name Point Text Modify
MX Panel
General 7 - Autoconfig.
Wed, 01-Mar-08 Loop : A
9 - Restart 14:15 Point : 001
Company Name
General
Back
Menu option 9 will only be displayed if an action has been
carried out and saved. The relevant action will only be
carried out after the panel has been restarted.
Back >> - + Enter
After an action has been carried out, not all menu options
from the configuration menu are displayed. Select the required loop and point then press Enter. The
following type of screen will be displayed:
RESTRICTIONS ON THE USE OF THE
FOLLOWING OPTIONS
Point Text Modify
When using Configuration menu options 2 to 4, ALWAYS MX Panel
commit configuration changes by using option 9 ‘Restart’ Zone 255 -007 A
before leaving the panel. Wed, 01-Mar-08 Old text
14:15 Callp. alarm room
Avoid ‘inactivity’ timeouts. Company Name New text
NEVER use the ‘Back’ option from the configuration General
menu if option 9 ‘Restart’ is showing.
If you do not want to commit changes, by using 9 ‘Restart’,
option, turn the keyswitch to ‘OFF’ position to avoid a
timeout situation, do NOT USE the ‘Back’ option.
Back >> - + Enter

© 2009 Tyco Safety Products PAGE 29 of 40

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17 10/09

‘>>’ - copies the ‘old text’ to the ‘New text’ position. 3.14.1.2 ZONE TEXT MODIFY
‘-’ moves the cursor back one position. Press 2 from the Configuration menu. The following screen
will be displayed:
‘+’ moves the cursor forward one position.
Modify the old text or insert new text using the
Zone Text Modify
alphanumeric keypad, when finished press Enter. MX Panel
Pressing the scroll up key allows text to be entered in Wed, 01-Mar-08
upper case. 14:15 Zone : 001
Pressing the scroll down key changes to lower case Company Name
text.
General
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..... Back - + Enter
Select the required and press Enter. The following type of
screen will be displayed:
then the following screen is displayed:

Zone Text Modify

Change Text MX Panel Zone : 001
MX Panel 1 - Point Text Wed, 01-Mar-08 Old text
Wed, 01-Mar-08 14:15 Zone 01
14:15
Company Name New text
Company Name
General
General

Back >> - + Enter

Back
‘>>’ - copies the ‘old text’ to the ‘New text’ position.
It is now possible to change the text for another Point.
‘-’ moves the cursor back one position.
Selecting F1 ‘Back’ will display the following screen:
‘+’ moves the cursor forward one position.
Configuration Modify the old text or insert new text using the
MX Panel 1 - Change Text alphanumeric keypad, when finished press Enter.
Wed, 01-Mar-08 The message ‘Save Data?’ appears and the function change
14:15 F4 to ‘Yes’ and F5 to ‘No’. Selecting F5 allows the text
Company Name modifications to be changed.

General Selecting F4 ‘Yes’ displays the message:

9 - Restart Please wait.....

then the following screen is displayed:

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

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Select the required sector, then press Enter. The following

Change Text type of screen will be displayed:
MX Panel
Wed, 01-Mar-08 2 - Zone Text
Sector Text Modify
14:15 MX Panel Sector 001
Company Name Wed, 01-Mar-08
14:15 Old text
General Sector 01
Company Name New text
General

Back

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

Back >> - + Enter
Selecting F1 ‘Back’ will display the following screen:
‘>>’ - copies the ‘old text’ to the ‘New text’ position.
Configuration ‘-’ moves the cursor back one position.
MX Panel 1 - Change Text ‘+’ moves the cursor forward one position.
Wed, 01-Mar-08
14:15 Modify the old text or insert new text using the
alphanumeric keypad, when finished press Enter.
Company Name
The message ‘Save Data?’ appears and the function change
General F4 to ‘Yes’ and F5 to ‘No’. Selecting F5 allows the text
9 - Restart modifications to be changed.
Selecting F4 ‘Yes’ displays the message:
Please wait.....
Back
Only ‘Change Text’ and ‘Restart’ are available allowing then the following screen is displayed:
more points to be changed or using ‘Restart’ to allow the
changes to take effect.
Change Text
MX Panel
3.14.1.3 SECTOR TEXT MODIFY Wed, 01-Mar-08
14:15 3 - Sector Text
Press 3 from the Configuration menu. The following
screen will be displayed: Company Name
General
Sector Text Modify
MX Panel
Wed, 01-Mar-08 Sector : 001
14:15
Company Name Back
General It is now possible to change the text for another Sector.

Back - + Enter

© 2009 Tyco Safety Products PAGE 31 of 40

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MX/MZX BUREAU VERITAS
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Selecting F1 ‘Back’ will display the following screen:

Change Text
MX Panel
Configuration
MX Panel Wed, 01-Mar-08
1 - Change Text 14:15 4 - Panel Text
Wed, 01-Mar-08 Company Name
14:15
Company Name General
General
9 - Restart

Back
Back It is now possible to change the text for another Panel.
Selecting F1 ‘Back’ will display the following screen:
3.14.1.4 PANEL TEXT MODIFY Configuration
Press 4 from the Configuration menu. The following MX Panel 1 - Change Text
screen will be displayed: Wed, 01-Mar-08
14:15
Panel Text Modify Company Name
MX Panel Panel 00 General
Wed, 01-Mar-08 Old Text 9 - Restart
14:15 ADT
Company Name New Text
General
Back

3.14.1.5 INFO TEXT MODIFY

This option allows Info Text created in Consys to be
Back >> - + Enter modified. Press 5 from the Change Text menu. The
following screen will be displayed
Select the required Panel.
Info text modify
‘>>’ - copies the ‘old text’ to the ‘New text’ position. MX Panel
‘-’ moves the cursor back one position. Wed, 01-Mar-08
‘+’ moves the cursor forward one position. 14:15
Modify the old text or insert new text using the Company Name Infotext No. : 001
alphanumeric keypad, when finished press Enter. General
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.
Selecting F4 ‘Yes’ displays the message:
Please wait.....
Back - + Enter
Using the ‘+’ and ‘-’ keys select the Info Text message to
then the following screen is displayed: modify, then press Enter’.

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The following type of screen will appear:

Point insert
Info text modify MX Panel
MX Panel Infotext No. : 001 Wed, 01-Mar-00
Wed, 01-Mar-08 This zone is in a 14:15
14:15 Hazardous Area Loop A
Special Company Name Point 001
Company Name precautions
are required General
General

Back >> - + Enter

Back >> - + Enter
Select the Loop and Point to be inserted, then press
The ‘>>’ key deletes all text. ‘F5’. The following type of screen will be displayed:
The ‘+’ key advances the cursor one space, the ‘-’ key goes
one space back. Point insert
Use the alphanumeric keys to modify the text, when MX Panel Zone 000 -001 A
finished, press ‘Enter’. Wed, 01-Mar-00
14:15 Device Type / Use:
The following screen will be displayed:
Company Name 801 H
--
Info text modify General
MX Panel Infotext No. : 001
Zone : 80
Wed, 01-Mar-08 This zone is in a
14:15 Hazardous Area
Special
Company Name precautions
are required
General Back >> - + Enter
THE ‘--’ INDICATES THAT THE END OF THE LIST HAS BEEN REACHED
PRESSING ‘+’ WILL MOVE TO THE BEGINNING OF THE LIST

Save data? Use the ‘>>’ key to move between the options, use the ‘+’
and ‘-’ keys to select the type of point and zone number.
Back Yes No
When finished, press ‘Enter’, the message ‘Please wait...’
3.14.2 INSERT POINT will be displayed then:

WARNING: Configuration
MX Panel
ONLY SUITABLY QUALIFIED PERSONNEL Wed, 01-Mar-00 2 - Insert Point
IN INTRINSICALLY SAFE SYSTEMS MUST 14:15 3 - Delete Point
4 - Modify Point
BE ALLOWED TO INSERT INTRINSICALLY
SAFE EQUIPMENT. Company Name
General 7 - Autoconfig.
9 - Restart
Connect the new device(s) to the addressable loop, when a
fault has been generated, ‘Accept’ the fault(s).
Press 2 from the Configuration menu. The following screen
will be displayed: Back
Press ‘9’ to complete the configuration or ‘2’ to insert
another point.

© 2009 Tyco Safety Products PAGE 33 of 40

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3.14.3 DELETE POINT 3.14.4 MODIFY POINT

Remove the device(s) to be deleted from the addressable Remove the device(s) to be modified and replace with the
loop, when a fault has been generated, ‘Accept’ the fault(s). new device(s). When faults have been generated, ‘Accept’
the fault(s)
Press 3 from the Configuration menu. The following
screen will be displayed: Press 4 from the Configuration menu. The following
screen will be displayed:
Point delete
MX Panel Point modify
MX Panel
Wed, 01-Mar-00
14:15 Wed, 01-Mar-00
Loop A 14:15
Company Name Point 001 Loop A
Company Name Point 001
General
General

Back >> - + Enter

Back >> - + Enter
Select the Loop and Point to be deleted, then press Select the Loop and Point to be inserted, then press
‘F5’. The following screen will be displayed: ‘F5’. The following type of screen will be displayed:
Point delete Point modify
MX Panel Zone 001 -001 B MX Panel Zone 001 -001 B
Photo Sensor Device
Wed, 01-Mar-00 Wed, 01-Mar-00
14:15 Device Type / Use: 14:15 Device Type / Use:
811 PH 811 H
Company Name -- Company Name 811H - Heat
General General
Loop : B Loop : B
Phys. Address: 001 Phys. Address: 001
Zone : 01 Zone : 01
Delete from Config?
Back Yes No Back >> <- -> Enter
THE ‘--’ INDICATES THE END OF THE LIST HAS BEEN REACHED Use the ‘>>’ key to move between the options, when the
PRESSING ‘+’ WILL MOVE TO THE BEGINNING OF THE LIST cursor is moved to the next option, key 3 changes to ‘-’ and
Select ‘No’ to return to the previous screen. key 4 changes to ‘+’. Use the ‘+’ and ‘-’ keys to select the
type of point, loop, physical address and zone number.
Press ‘Yes’ to delete the configuration, the message ‘Please
wait...’ will be displayed then: When finished, press ‘Enter’, the message ‘Please wait...’
will be displayed then:
Configuration
MX Panel Configuration
MX Panel
Wed, 01-Mar-00 2 - Insert Point
14:15 3 - Delete Point Wed, 01-Mar-00 2 - Insert Point
4 - Modify Point 14:15 3 - Delete Point
Company Name 4 - Modify Point
Company Name
General 7 - Autoconfig.
General 7 - Autoconfig.
9 - Restart
9 - Restart

Back
Back
Press ‘9’ to complete the configuration or ‘3’ to delete
another point. Press ‘9’ to complete the configuration or ‘4’ to modify
another point.
PAGE 34 of 40
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3.14.5 AUTOCONFIGURATION b)
Autoconfiguration
Note: This option should only be used on a new MX Panel
system with an empty configuration and should
not be for additions to the system. Wed, 01-Mar-00 Panel : 01
14:15 Loop : A
Topology : Loop
Company Name Zone : 001
Press 7 from the Configuration menu. The following screen 015 from left
will be displayed: General 015 from right
015 from both
Autoconfiguration
MX Panel
Wed, 01-Mar-00 Panel : 01
14:15 Loop : A Abort Details Enter
Topology : Loop
Company Name Zone : 001 Pressing F2 (Details) will display the following type of
screen (see also Section 3.11.5, View Loop Point Counters):
General
c)

Autoconfiguration
MX Panel
Counter
Back >> - + Enter Loop : A
Wed, 01-Mar-00
14:15 A T T E N T I O N
Panel will only be displayed if it is part of a networked
system. Company Name Configured : 000
Select the panel, Loop, Topology (Loop or Spur) and Zone General
(the Zone number is selected will be allocated to all Unconfigured: 015
devices), then press F5 ‘Enter’, the following screen will be
displayed.

Note: Autoconfiguration will not configure Back Details Scan

Intrinsically Safe equipment or callpoints.
Pressing F2 (Details) will display the following type of
a) screen:
LoopTest
MX Panel d)
Wed, 01-Mar-00 Autoconfiguration
14:15 MX Panel Details
Please wait... Loop : A
Company Name Wed, 01-Jan-00 Point 0123456789
14:15 0 : ......u...
General 10 : ..........
Company Name 20 : .u........
30 : ...u......
General 40 : ..........
Flt P 015 50 : ..........
60 : ..........
70 : ..........
Abort 80 : ..........
90 : .u....u...
When the ‘Loop Test’ has been completed, the following
type of screen will be displayed: Back >>
The ‘Us’ denote unconfigured devices.
Pressing F2 (>>) will display further point screens.

© 2009 Tyco Safety Products PAGE 35 of 40

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Pressing F3 (Scan from step c) will display the following Pressing F2 (Details) will display the following screen:
type of screen:
g)
Result
e) MX Panel
Loop Point Counters View details of
MX Panel Left / Right Scan Wed, 01-Mar-00
Loop : A 14:15 1 - Added point
Wed, 01-Jan-00 Point 0123456789
14:15 0 : ......*... Company Name
10 : ..........
Company Name 20 : .*........ General
30 : ...*...... Flt P 015
General 40 : ..........
50 : ..........
60 : ..........
70 : ..........
80 : ..*.......
90 : .*....*... Back
Back >> Pressing ‘1’ from the alpha numeric keypad will display the
following type of screen:
The ‘stars’ denote devices that will be configured.
h)
Pressing F2 (>>) will display further point screens. Result
Pressing F5 (Enter from step b) will display the following
MX Panel
Added Points
type of screen: Wed, 01-Mar-00
14:15 Panel : 01
f) Loop : A
LoopScan Company Name Zone : 001
Point : 006
MX Panel Mode : 2
General
Wed, 01-Jan-00 Device Type
14:15 RIM800
Please wait...
Company Name 001/015
General
Back << >> >>|
‘<<‘, ‘>>’ and ‘>>|’ navigate through the points.
Pressing F5 (Save) from step f) will display the following type
of screen:
Abort
i)
When the ‘Loop Scan’ has been completed, the following Result
type of screen will be displayed: MX Panel
Wed, 01-Mar-00
Result 14:15
MX Panel Company Name no errors
015 points added
Wed, 01-Mar-00 General 000 points unchanged
14:15 000 pnt. with error
Company Name no errors
015 points added
General 000 points unchanged Save data?
000 pnt. with error
Yes No
Pressing F4 (Yes) will save the configuration. When the save
is complete, the controller will re-initialise.
Abort Details Save
If errors are detected, the following type of screen will be
displayed:

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8 - Multi-Channel Device
Autoconfiguration There is currently only limited support for Multi-
MX Panel
Channel Devices, any conflict due to a known Multi-
Wed, 01-Mar-00 Points failed Channel Device type will receive this error code. Note
14:15 unless the Device has an entry in the 'Device Uses'
Panel : 00
Company Name Loop : B table, Auto-Configuration will not be aware that it is in
fact a Multi-Channel Device, and Error 4 ('Device Not
General Point : 001 Supported') will be assigned instead.
Device Type: 9 - Change of Device Type Not Allowed
Error : 008
If the Auto-Configuration option 'Only add new' is
Point 001/001 selected, then it is not possible to change the Device
Type of an existing, configured Point.
Back
The following lists the error code descriptions:
3.15 TEST BUZZER/LEDs/DISPLAY
1 - Unknown Error
Selecting option 9 from the Main menu causes the following to
It was determined that there was an Error with the happen for approximately 2 seconds:
associated Point, but it was unable to be classified.
2 - Multiple Devices at Address
• The LCD Backlight to extinguish

It was found that more than one Device responded at • All LEDs to illuminate
the address specified. • Internal buzzer to pulse
3 - Logical Zone Overflow
While adding Points for all the new devices found, WARNING:
thelimit for the maximum number of Points allowed
in a Logical Zone was reached. All new Devices BEFORE LEAVING SITE, ANY FORCED
found after this limit was reached will be assigned INPUT/OUTPUT MUST BE UNFORCED.
this error and will not be added. FAST FAULT, RATE OF RISE PROCESSING
4 - Device Not Supported OR SINGLE DEVICE POLL MODE MUST BE
SET TO THEIR DEFAULT SETTINGS.
For a new Point to be added by Auto-configuration,
any Device found must be allocated an entry in the
'Device Uses Configuration Table'. If a newly
discovered Device does not have such an entry, it will Any non-standard settings will display
be assigned this error code. ‘COMMISSIONING’ on the bottom line of the LCD.
5 - Device Use Not Supported
For a new Point to be added by Auto-configuration,
any Device found must be allocated both an entry in
the 'Device Uses Configuration Table' and have at
least one 'Use' enabled. If a newly discovered Device
is found in the 'Device Use Table' but does NOT have
the appropriate 'Use' enabled, it will be assigned this
error code.
6 - Invalid Address
A new Device was found to be responding at an
Address not currently valid (e.g. '0')
7 - Too Many Points on Loop
While adding in Points for all the new devices found,
the limit for the maximum number of Points allowed
on a Loop was reached. All new Devices found after
this limit are assigned this error, they will not be
added.

© 2009 Tyco Safety Products PAGE 37 of 40

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4. DEFAULT SYSTEM POINTS P24 BAD PACKET CHAN H

P25 FIM BAD PACKET
4.1 LOCAL I/0 (Field Interface Module/
CPU) P26 FIM FAULT
P27 MP ROM FAIL
REAL
P28 MP SYSTEM RAM
R01 SOUNDER 1
P29 MP CLOCK
R02 SOUNDER 2
P30 MONITOR POINT
R03 ALARM RELAY
P31 BATTERY LOW
R04 FAULT RELAY
P32 RBUS CIRCUIT FAULT
R04 FIM PSU MONITOR
P33 STACK OVERFLOW
R06 SUPERVISED INPUT
P34 SYSTEM HEAP ERROR
R07 UNSUPERVISED INPUT
P35 UNSUPERVISED PANEL
R08 EMERGENCY ALARM I/P
P36 RUI CONNECTION
R09 MP EARTH FAULT IP
P39 RBUS FIRMWARE
R10 BATTERY FAULT I/P
P40 LOCAL I/O F/W
R11 MAINS SUPPLY I/P
P42 DELAY POOL FULL
R12 CHARGER FAULT I/P
P43 WALKTEST SOUNDERS
R14 I/O 2
P44 INHIBIT SOUND LED
R15 I/O 1
P45 COMMISSIONING
R16 24V RESET
P46 DOWNLOAD REQUIRED
P47 TEST EQUIPMENT
PSEUDO P48 WALKTEST OUTPUTS
P01 DATA PACKET ERROR P54 FORCE DAY MODE
P02 FIFO FULL P56 ISOLATION FOR TEST
P03 EA FIFO FULL
P04 LNET DATA PATH FLT 4.2 RBUS
P05 LNET MODULE FLT REAL
P06 CONFIGURATION STORE RBxxR01 KEY SWITCH
P07 FIM COMMS FAILED RBxxR06 SILENCE BUZZ BUTTON
P08 LOOP A FAILED RBxxR07 SILENCE/RESOUND BUTTON
P09 LOOP B FAILED RBxxR08 RESET BUTTON
P10 LOOP C FAILED RBxxR09 DAY MODE BUTTON
P11 LOOP D FAILED RBxxR10 INVESTIGATE BUTTON
P12 LOOP E FAILED RBxxR12 EVACUATE BUTTON
P13 LOOP F FAILED RBxxR14 BUZZER
P14 LOOP G FAILED RBxxR15 FAULT LED
P15 LOOP H FAILED RBxxR16 BACKLIGHT INHIBIT
P16 BAD PACKET LOCAL I/O
P17 BAD PACKET CHAN A PSEUDO
P18 BAD PACKET CHAN B RBxxR01 MPIM DISPLAY FAIL
P19 BAD PACKET CHAN C RBxxR02 MPIM ROM FAIL
P20 BAD PACKET CHAN D RBxxR03 MPIM RAM FAIL
P21 BAD PACKET CHAN E RBxxR06 BAD PACKET
P22 BAD PACKET CHAN F RBxxR07 MULTICAST SEQ ERR
P23 BAD PACKET CHAN G RBxxR08 CHAR CHIP CSUM ERR

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XBUS
RBxxX1 - 40 ZONAL x ALARM
RBxxX41 - 80 ZONAL x FAULT
RBxxX81 SIGNALLING ACTIVE
RBxxX82 SIGNALLING FAULT
RBxxX83 SIGNALLING DISABLED
RBxxX84 PROTECTION EQUIPMENT FAULTY
RBxxX85 SOUNDERS ACTIVE
RBxxX86 SOUNDERS FAULT
RBxxX87 SOUNDERS DISABLED
RBxxX88 PROTECTION EQUIPMENT DISABLED
RBxxX89 PROTECTION EQUIPMENT ACTIVE
RBxxX90 DAY MODE ACTIVE
RBxxX91 MAINS FAULT O/P
RBxxX92 LAMP TEST SPECIAL
RBxxX93 FIRE O/P
RBxxX94 FAULT O/P
RBxxX95 DISABLED O/P
RBxxX96 TEST O/P

xx = MPM800 address

4.3 ADDRESSABLE LOOP

PSEUDO
P01 LOOP FAULT

© 2009 Tyco Safety Products PAGE 39 of 40

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5. DEVICE IDENTIFICATION AND

UNIVERSAL ADDRESSES

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9
Z o n e z z z Stand Alone
Z o n e p p . z z z Network
S e c t s s s Stand Alone
S e c t p p . s s s Network

1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9
l n n n Loop Point Standard
l n n n . e e Loop Point Extended
R B r r c n n RBus Points
c n n Main Processor Points
N E T n n n Network Mode
R B u s n n RBus Mode
C O M 1 Device on COM1
C O M 2 Device on COM2
T L I c n n TLI Event

Where: pp = Panel Number

zzz = Zone Number
sss = Sector Number
rr = RBus Node as Source
l = Loop Letter (‘A’, ‘B’, ‘C’, ‘D’, ‘E’, ‘F’, ‘G’ or ‘H’)
c = Category (‘Xbus’, ‘Real’, ‘Pseudo’, ‘Timer’ or ‘Menu’)
nn = Digital Point Number or RBus Node Number (null if don’t care)
nnn = Analogue Point Number or Net Node Number (null if don’t care)
ee = Extended Point Number (null if don’t care)

Examples of Device Identification and Universal Addresses

Z o n e 0 0 1 A 0 0 2
Z o n e 0 7 . 0 0 3 B 0 1 8
S e c t 0 1 5 A 1 0 1 . 0 5
S e c t 1 3 . 1 1 2 C 1 2 3 . 1 2
Z o n e 0 1 . 0 0 1 R B 0 1 X 0 1
Z o n e 0 4 . 1 2 3 R 9 9
Z o n e 0 3 . 1 4 5 A 1 2 3
S e c t 1 7 . 2 3 3 C O M 1
S e c t 2 3 . 0 0 1 T L I P 1 5
S e c t 0 1 . 1 0 0 R B u s 0 2
Z o n e 0 0 2 C 0 2 2
Z o n e 0 1 3 B 0 1 2 . 1 5

JM/mm
5th October 2009

PAGE 40 of 40
 BUREAU VERITAS
Type of document Document No.
Stamped document, refer to 1st page
STANDARD DRAWING TYCO-FDS-011
Hull Date of issue Rev. No. Rev. date Approved by Class
FIRE & SECURITY
MARINE SERVICES SINGAPORE
H1098 03-Aug-17 00 Manoj BV
System Project Name Client
FIRE DETECTION AND
ALARM SYSTEM 50T BP Dual Fuelled Harbour Tug Pax Ocean

11
STANDARD DRAWINGS
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