Siemens FDOOT241-A9-Ex User manual

Modernizing fire detection
installations with multiple
protocol detectors in areas at
risk of explosion
Technical Manual
A6V10443621_a_en_-- Building Technologies
2014-09-01 Control Products and Systems

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Technical specifications and availability subject to change without notice.
© 2014 Copyright by Siemens Switzerland Ltd
Transmittal, reproduction, dissemination and/or editing of this document as well as
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Issued by:
Siemens Switzerland Ltd.
Infrastructure & Cities Sector
Building Technologies Division
International Headquarters
Gubelstrasse 22
CH-6301 Zug
Tel. [phone]
www.siemens.com/buildingtechnologies
Edition: 2014-09-01
Document ID: A6V10443621_a_en_--
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Table of contents
1About this document .........................................................................................5
1.1 Technical terms ....................................................................................................7
1.2 Applicable documents ..........................................................................................8
1.3 Download center ..................................................................................................8
1.4 History of changes................................................................................................9
2Principles and conditions of modernization .................................................10
2.1 Using multiple protocol detectors .......................................................................10
2.2 Characteristics of multiple protocol detectors ....................................................10
2.3 Step-by-step modernization ...............................................................................11
2.4 General limitations on modernization .................................................................12
2.5 Limitations on the collective Ex detector family..................................................13
3Point detectors and base adapters ................................................................14
4Undertaking modernization.............................................................................15
4.1 Step 1: Detector modernization..........................................................................15
4.1.1 Base replacement ...............................................................................16
4.1.2 Configuration of detector type.............................................................17
4.1.3 Test the detectors ...............................................................................18
4.1.3.1 Test methods ......................................................................................18
4.1.3.2 Testing detectors without detector exchanger and
tester/detector tester ...........................................................................19
4.1.3.3 Setting the detector zones to 'Test'.....................................................19
4.1.4 Starting up from collective mode ........................................................19
4.2 Step 2: Replacing the control panel and changing over to
FDnet-Ex/C-NET-Ex protocol.............................................................................20
4.2.1 Replacing the control panel or installing a line card ...........................20
4.2.2 Replacing the remaining peripheral devices.......................................20
4.2.3 Converting collective Ex detector lines ...............................................22
4.2.4 Starting up for the first time under FDnet-Ex/C-NET-Ex.....................22
4.2.5 Configuration.......................................................................................23
Index ............................................................................................................................24
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About this document
1
Technical terms
1About this document
Goal and purpose
This document only contains information about modernizing existing collective Ex
detector lines with the following multiple protocol detectors:
Neural fire detector FDOOT241-A9-Ex
Neural fire detector OOH740-A9-Ex
This document does not cover the process of planning new detector lines in areas
at risk of explosion. Please refer to document A6V10324618 for information on this.
You will find details on the individual multiple protocol detectors, such as technical
data, in the following documents:
Multiple protocol detectors
Technical manual
FDOOT241-A9-Ex A6V10346580
OOH740-A9-Ex A6V10367521
See chapter 'Applicable documents [➙ 8]'.
Following the instructions consistently will ensure that the product can be used
safely and without any problems.
Target groups
The information in this document is intended for the following target groups:
Target group
Activity
Qualification
Product Manager Is responsible for information passing
between the manufacturer and regional
company.
Coordinates the flow of information
between the individual groups of people
involved in a project.
Has obtained suitable specialist training
for the function and for the products.
Has attended the training courses for
Product Managers.
Project Manager Coordinates the deployment of all
persons and resources involved in the
project according to schedule.
Provides the information required to run
the project.
Has obtained suitable specialist training
for the function and for the products.
Has attended the training courses for
Project Managers.
Installation personnel Assembles and installs the product
components at the place of installation.
Carries out a performance check
following installation.
Has received specialist training in the
area of building installation technology
or electrical installations.
Commissioning personnel Configure the product at the place of
installation according to customer-
specific requirements.
Check the product operability and
release the product for use by the
operator.
Searches for and corrects malfunctions.
Has obtained suitable specialist training
for the function and for the products.
Has attended the training courses for
commissioning personnel.
Maintenance personnel Carries out all maintenance work.
Checks that the products are in perfect
working order.
Searches for and corrects malfunctions.
Has obtained suitable specialist training
for the function and for the products.
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About this document
Technical terms
Reference document and source language
The source language of this document is German (de).
The reference version of this document is the international version in English.
The international version is not localized.
The reference document has the following designation:
ID_x_en_--
x = version, en = English, -- = international
Document identification
The document ID is structured as follows:
ID code
Examples
ID_ModificationIndex_Language_COUNTRY
-- = multilingual or international
A6V10215123_a_de_DE
A6V10215123_a_en_--
A6V10315123_a_--_--
Date format
The date format in the document corresponds to the recommendation of
international standard ISO 8601 (format YYYY-MM-DD).
Conventions for text marking
Markups
Special markups are shown in this document as follows:
⊳Requirement for a behavior instruction
1.
2.
Behavior instruction with at least two operation sequences
– Version, option, or detailed information for a behavior instruction
⇨Intermediate result of a behavior instruction
⇨End result of a behavior instruction
Numbered lists and behavior instructions with an operation
sequence
[➙ X] Reference to a page number
'Text' Quotation, reproduced identically
<Key> Identification of keys
Supplementary information and tips
The 'i' symbol identifies supplementary information and tips for an easier way of
working.
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About this document
1
Technical terms
1.1 Technical terms
Term
Explanation
EMC Electromagnetic compatibility
EOL End-of-Line
ES Product version
Intrinsically safe Circuit in which the electrical values are limited to such an
extent that there can be no source of ignition which could
lead to an explosion.
The conditions for intrinsic safety are defined in EN 60079-
11.
FDnet/C-NET Addressed detector line
FDnet-Ex/C-NET-Ex
Addressed, intrinsically safe detector line in the area at risk
of explosion
GMT Limit value detection technology
Collective detector line Unaddressed detector line
Collective Ex detector line Non-addressed, intrinsically safe detector line in the area
at risk of explosion
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About this document
Applicable documents
1.2 Applicable documents
Document ID
Title
001204 Principles, applications, installation, maintenance Fire alarm
signal in areas at risk of explosion
001508 Guidelines Connection factors, line resistances and
capacitances for fire detection systems collective, AnalogPLUS,
interactive, FDnet
007227 Technical manual Detector exchanger and tester FDUD292
007228 Data Sheet Test equipment and accessories FDUD291,
FDUD292, FDUD293, RE6, RE7T, RE8ST, RE8STCO, RE10,
FDUM291, FDUM292, FDUL221, Sinteso-Test, FDUD29x-E
008250 Technical Manual Line tester FDUL221
008331 List of compatibility (for 'Sinteso™' product line)
008726 AlgoRex CS1140 Fire detection system Commissioning
hardware EP7F
008843 FS20 Fire detection system - Planning
009078 FS20 Fire detection system - Configuration
009718 Technical Manual Intelligent detector tester FDUD293
A6V10208546 Installation Detector base FDB20x/FDB201-AA,
FDB22x/FDB221-AA, Base attachment FDB291, Detector
designation plate FDBZ291, Dummy detector FDX291
A6V10210362 FS720 Fire detection system - Planning
A6V10210424 FS720 Fire detection system - Configuration
A6V10229261 List of compatibility (for 'Cerberus™ PRO' product line)
A6V10324618
Planning, Mounting/Installation, Commissioning, Maintenance of
fire detection installations with addressed detector lines in
potentially explosive atmospheres
A6V10346580 Technical Manual Automatic fire detector FDOOT241-A9-Ex
A6V10367521 Technical Manual Automatic fire detector OOH740-A9-Ex
Please also observe the documentation for your fire detection system.
1.3 Download center
You can download various types of documents, such as data sheets, installation
instructions, and license texts via the following Internet address:
http://siemens.com/bt/download
Enter the document ID in the 'Find by keyword' input box.
You will also find information about search variants and links to mobile
applications (apps) for various systems on the home page.
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About this document
1
History of changes
1.4 History of changes
The reference document's version applies to all languages into which the reference
document is translated.
The first edition of a language version or a country variant may, for example, be
version 'd' instead of 'a' if the reference document is already this version.
The table below shows this document's history of changes:
Modification index
Edition date
Brief description
a 2014-09-01 First edition
The table below shows the published language versions with the corresponding
modification index:
Modification index
en_--
de_--
fr_--
it_--
es_--
a XXXXX
X = published
– = no publication with this modification index
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Principles and conditions of modernization
Using multiple protocol detectors
2Principles and conditions of modernization
2.1 Using multiple protocol detectors
Multiple protocol detectors for areas at risk of explosion can quickly and efficiently
replace point detectors that are already fitted on collective Ex detector lines.
The point detectors can either be replaced individually or as a complete detector
line.
Installed point detectors can be replaced e.g. during scheduled maintenance visits
by a service technician.
2.2 Characteristics of multiple protocol detectors
The multiple protocol detectors FDOOT241-A9-Ex and OOH740-A9-Ex may
communicate via different detector line protocols.
These detectors automatically recognize the protocol on the detector line
(e.g., FDnet-Ex/C-NET-Ex or collective Ex) and switch to this protocol.
This functionality simplifies detector line commissioning during modernization
because additional measures are not normally needed on the point detector.
Neural fire detector
FDOOT241-A9-Ex
Neural fire detector
OOH740-A9-Ex
Can be used in collective Ex mode Can be used in collective Ex mode
Can be used addressed in the FDnet-Ex
Can be used addressed in the C-NET-
Ex
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Principles and conditions of modernization
2
Step-by-step modernization
2.3 Step-by-step modernization
Step-by-step modernization involves firstly replacing the existing detectors with
ones which support both the current detector protocol – hereinafter referred to as
the alternative protocol – and the FDnet-Ex/C-NET-Ex.
The replaced detectors initially continue to be operated with the alternative
protocol.
If the fire control panel is replaced at the end of the modernization project, the point
detectors automatically change over to the new protocol (FDnet-Ex/C-NET-Ex).
The existing cabling can usually be transferred with ease.
These measures enable out-of-date fire detection installations to be gradually
replaced with modern, sensitive fire detection installations with false alarm
immunity.
This document does not cover modernization via the control panel with a line card
of an alternative protocol, e.g. collective.
Step 1: Replacing the existing point detectors with
multiple protocol detectors
The detectors communicate with the protocol of the installed system
(collective Ex).
No changes are required on the fire control panel.
Step 2: Replacing the existing fire control panel with a control panel
Sinteso FC20xx or Cerberus PRO FC72x
At the same time, all peripheral devices that have not been modernized, such
as manual call points and input/output modules, must be replaced with devices
which can be used on the FDnet-Ex/C-NET-Ex.
As an alternative to replacing the control panel, the existing line card in the fire
control panel can be replaced with a line card (FDnet/C-NET).
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Principles and conditions of modernization
General limitations on modernization
2.4 General limitations on modernization
When planning a modernization, the following limitations must be taken into
account:
The following devices can generally not be replaced with a multiple protocol
device:
– All flame detectors
– All manual call points
Note the information provided in document 001508 relating to installation
(calculation of the capacity layer). See chapter 'Applicable documents'.
All detectors that have not been replaced must be replaced with detectors from
the 'Sinteso' or 'Cerberus PRO' product lines when changing over to
FDnet-Ex/C-NET-Ex.
Limitations exist when connecting external alarm indicators. You will find more
information in chapter 'Limitations on detector families'.
Only the 'stub' topology is permitted in areas at risk of explosion. The following
are not admissible:
– 'Loop'
– 'Sub-stub on loop'
– 'Sub-stub on sub-stub'
– 'Sub-stub on stub'
– Several stub branches from one location.
You will find information about detector compatibility in
documents 008331 (Sinteso) and A6V10229261 (Cerberus PRO).
You will find information about the FDnet/C-NET detector line topology in
documents 008843 (Sinteso) and A6V10210362 (Cerberus PRO).
You will find information about the FDnet-Ex/C-NET-Ex detector line topology in
document A6V10324618.
See chapter 'Applicable documents [➙ 8]'.
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Principles and conditions of modernization
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Limitations on the collective Ex detector family
2.5 Limitations on the collective Ex detector family
WARNING
Replacing an intrinsically safe point detector in an area at risk of explosion
Risk of explosion
●Before replacing the point detector, carry out all necessary safety calculations
and safety assessments.
●Document evidence of explosion protection.
●Please take the information in document 001204 and in the technical manual
for the point detector, as well as national and internal regulations and
standards, into account.
When using a point detector FDOOT241-A9-Ex or OOH740-A9-Ex on a collective
Ex detector line, you must observe the following points:
Only a stub topology is permitted for intrinsically safe collective Ex detector
lines and FDnet-Ex/C-NET-Ex detector lines. You will find more information in
documents 001204 and A6V10324618.
When using an AlgoRex point detector via an FDOOT241-A9-Ex or
OOH740-A9-Ex, the detector base must be replaced. Replace the AlgoRex
detector base with a detector base FDB20x.
Only one external alarm indicator can be connected to an individual point
detector. Only use alarm indicators FDAI9x-Ex. These external alarm indicators
are permitted for use in areas at risk of explosion.
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Point detectors and base adapters
3Point detectors and base adapters
The table below shows which point detectors can be replaced with multiple protocol
detectors:
Detector family
Point detectors
which can be
replaced
Replaced with
Multiple protocol
detectors
Base adapter
Collective Ex:
Siemens/Cerberus
DO1101A-Ex
DT1101A-Ex
DT1102A-Ex
FDOOT241-A9-Ex - - -
OOH740-A9-Ex - - -
The point detectors FDOOT241-A9-Ex and OOH740-A9-Ex may not be installed
using base adapters.
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Undertaking modernization
4
Step 1: Detector modernization
4Undertaking modernization
4.1 Step 1: Detector modernization
The following steps must be taken during each modernization:
1. For information about installing new detector bases FDB20x or FDB22x, see
chapter 'Base replacement [➙ 16]'
2. For information about configuring the detectors, see chapter 'Configuration of
detector type [➙ 17]'
3. For information about carrying out function tests for detectors, see chapter
'Test the detectors [➙ 18]'
WARNING
Work carried out by personnel who are not sufficiently qualified
Risk of explosion
●Work in potentially explosive areas may only be carried out by qualified
specialists or by specially instructed persons, in accordance with the national
and international directives and regulations.
Point detectors that can only be operated in collective mode are replaced with
multiple protocol detectors. The detector lines are still operated in collective mode.
DC1192 SB3 DT1101A-
Ex
DO1101A-
Ex
SB3
DT1102A-
Ex
DC1192
Collective Ex-line
Collective Ex-line
EOL22
(Ex)
EOL22
(Ex)
Non-Ex Area Ex Area
FDOOT241-A9-Ex/
OOH740-A9-Ex
FDOOT241-A9-Ex/
OOH740-A9-Ex
FDOOT241-A9-Ex/
OOH740-A9-Ex
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Step 1: Detector modernization
4.1.1 Base replacement
On collective Ex detector lines, when replacing the point detector with a multiple
protocol detector, the switch can be made to a Sinteso detector base.
Use the following detector bases:
FDB201
FDB202
FDB221
FDB222
WARNING
Using incorrect detector bases in the area at risk of explosion
Risk of explosion
●When modernizing the collective Ex detector line, point detectors
FDOOT241-A9-Ex and OOH740-A9-Ex may only be used with detector bases
FDB20x or FDB22x. Do not use detector bases from the AlgoRex product
range or base adapters.
You will find information about installing the detector bases FDB20x and FDB22x in
document A6V10208546. See chapter 'Applicable documents [➙ 8]'.
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Step 1: Detector modernization
4.1.2 Configuration of detector type
The point detectors FDOOT241-A9-Ex and OOH740-A9-Ex can be set to the
existing detector type using parameter set resistors.
Procedure:
Detector bases FDB20x or FDB22x are installed.
1. Install a point detector FDOOT241-A9-Ex or OOH740-A9-Ex directly in the new
detector base as a replacement for a point detector DO1101A-Ex.
2. If the point detector FDOOT241-A9-Ex or OOH740-A9-Ex is intended to
replace a heat detector: Also install a standard resistor to set another
parameter set.
- Determine the resistance required using the table below.
- Install the resistor as shown in the diagram.
The point detector FDOOT241-A9-Ex or OOH740-A9-Ex is installed and
configured.
Installing the parameter set resistor R in the detector base
+-+-+-
R
Values for the parameter set resistor R (≥ 200 mW)
R
Parameter set
∞Sensitive (when replacing a point detector DO1101A-Ex)
18 kΩ A1R (when replacing a point detector DT1101A-Ex)
10 kΩ BR (when replacing a point detector DT1102A-Ex)
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Step 1: Detector modernization
4.1.3 Test the detectors
4.1.3.1 Test methods
The various detector types can be tested with the following tools:
Detector type
Test method
Tool
DT (thermal) Hot air RE7T
Detector exchanger and tester
or intelligent detector tester
FDUD292, FDUD293
DO (optical) Test gas RE6 with REF8/8S
Detector exchanger and tester
or intelligent detector tester
FDUD292, FDUD293
DOOT (optical, thermal) Test gas RE6 with REF8/8S
Hot air RE7T
Detector exchanger and tester
or intelligent detector tester
FDUD292, FDUD293
You will find more information about the testers in document 007228. See chapter
'Applicable documents'.
WARNING
Using non-intrinsically safe devices in areas at risk of explosion
Risk of explosion
●Do not use the detector exchanger and tester FDUD292 or the intelligent
detector tester FDUD293 in areas at risk of explosion.
WARNING
Using the detector testers RE6 and RE7T in areas at risk of explosion
Risk of explosion
●Detector testers RE6 and RE7T must only be operated in areas that are
not at risk.
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4
Step 1: Detector modernization
4.1.3.2 Testing detectors without detector exchanger and
tester/detector tester
The point detectors are highly resistant to deceptive phenomena. This means that
optical fire detectors, for example, will recognize the immediate occurrence of
smoke (such as that which occurs during testing with test gas) as a deceptive
phenomenon and will not trigger an alarm. This is desirable in normal operation;
however, it does make testing with test gas problematical.
To enable detector testing with test gas or hot air, the detector must be switched to
test mode. Testing with test gas or hot air is performed differently on addressed
detector lines and collective detector lines.
Collective Ex detector lines
On a collective Ex detector line, the detector is not set to test mode if the detector
group is switched to 'Test' on the control panel.
Detectors on a collective Ex detector line are switched to test mode for 3 minutes in
the following cases:
Starting up and resetting the detector line
Inserting the detector
Removing the detector from the detector line and re-inserting it
To trigger a detector using test gas, normally 2…4 gas discharges at intervals of
approx. 2 seconds are required. When the detector is in test mode, activation
takes place after approximately 10 seconds.
4.1.3.3 Setting the detector zones to 'Test'
Collective Ex detector lines
Setting the respective detector zones to 'Test' on the control panel does not result
in a situation where the detectors can be activated at speed.
4.1.4 Starting up from collective mode
When starting up for the first time, you must perform the following:
1. Switch the detector line on.
2. Wait at least 30 s.
3. Read in the detector line until all the detectors installed have been recognized.
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Undertaking modernization
Step 2: Replacing the control panel and changing over to FDnet-Ex/C-NET-Ex protocol
4.2 Step 2: Replacing the control panel and changing
over to FDnet-Ex/C-NET-Ex protocol
4.2.1 Replacing the control panel or installing a line card
During modernization, we would recommend replacing the existing fire control
panel with a control panel Sinteso FC20xx or Cerberus PRO FC72x.
In the case of the 'AlgoRex' and 'SIGMASYS' product lines,
a line card (FDnet/C-NET) can be fitted in the existing fire control panel (E3M141,
FDC).
Control panel
Line card
Order number
AlgoRex E3M141 S54405-A9-A1
SIGMASYS FDC S54230-B150-A2
4.2.2 Replacing the remaining peripheral devices
When changing over to the FDnet-Ex/C-NET-Ex, all peripheral devices on a
detector line which have not been modernized must be replaced. This applies to
the following device groups in particular:
All manual call points
– Replace the manual call points with manual call points FDM233-Ex
The alarm indicators must be replaced with alarm indicators FDAI9x-Ex.
Migrating the detector line from 'Collective' to 'Addressed'
The starting point is a collective detector line in which no multiple protocol
detectors are installed yet (bottom detector line in the diagram) or a detector line
which already has all of or some of the multiple protocol detectors installed (top
detector line in the diagram).
DC1192 SB3
SB3
DC1192
Collective Ex-line
Collective Ex-line
DT1101A-
Ex
DO1101A-
Ex
DT1102A-
Ex
DM1103
EOL22
(Ex)
EOL22
(Ex)
Non-Ex Area Ex Area
FDOOT241-A9-Ex/
OOH740-A9-Ex
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