WAGNER TITANUS Technical Manual

Air sampling smoke detection system

TITANUS MICRO·SENS

Technical Manual

Air Sampling Smoke Detection System

TITANUS MICRO·SENS

Rev.a

Technical Manual

WAGNER Group GmbH

Schleswigstraße 1 - 5 D-30853 Langenhagen Telephone +49 (0) 511 / 97383-0 Telefax +49 (0) 511 / 97383-140 E-Mail

Internet www.wagner.de

support@wagner.de

item number:

dated:

supersedes:

69-30-0525 01/09 12/06

Contents TITANUS MICRO·SENS®

0 General 0 – 1

0.1 Introduction 1

0.2 Safety Information 1

0.3 Guarantee 2

0.4 Copyright 2

0.5 Packaging 3

0.6 Disposal 3

1 Product Description 1 – 1

1.1 Characteristics of the TITANUS MICRO·SENS®

aspirating smoke detection system 1

1.2 Areas of Application 3

2 Technical Description 2 – 1

2.1 System Description 1

2.1.1 Function 2

2.2 TITANUS MICRO·SENS® and Accessories 6

2.2.1 Overview 6

2.2.2 TITANUS MICRO·SENS® air sampling smoke detection system 7

2.2.3 Detector Box 9

2.2.4 Diagnostics tool 12

2.2.5 Parallel Displays 13

2.2.6 Reaction Indicator 14

2.3 Pipe system 15

2.3.1 Overview 15

2.3.2 Aspiration apertures for room monitoring 17

2.3.2.1 Aspiration reduction films 17

2.3.2.2 Aspiration reduction clips 18

2.3.3 Ceiling duct for concealed mounting 19

2.3.4 Air filters for dusty areas 20

2.3.5 Air return for pressure differences and air pollution 21

2.3.6 Noise suppressor 22

2.3.7 Steam trap for humid areas 23

3 Technical Data 3 – 1

3.1 TITANUS MICRO·SENS® 1

3.2 TITANUS MICRO·SENS® detection box 3

3.3 Accessories – TITANUS MICRO·SENS® 4

3.4 Pipe System – TITANUS MICRO·SENS® 6

Data: 01/09 MS_A_Inhalt-en-e

TITANUS MICRO·SENS® Contents

Contents

4 Design 4 – 1

4.1 General 1

4.1.1 Regulations 2

4.1.2 Pipe system 3

4.1.3 Air flow monitoring 7

4.1.4 Sensitivity 9

4.1.5 Design Limits 10

4.2 Project planning 11

4.2.1 Project planning guidelines 11

4.2.1.1 Determining the necessary accessories 11

4.2.2 Pipe accessories 12

4.2.3 Sensitivity and pipeline project planning 13

4.2.3.1 Pipeline project planning with pipe accessories 13

4.2.4 Aperture diameter 17

4.3 Special project planning 19

4.3.1 Project planning for individual aperture monitoring 19

4.3.1.1 I-Pipe system 19

4.3.1.2 U-Pipe system 21

4.3.1.3 M-Pipe system 23

4.3.1.4 Double-U-Pipe system 25

4.3.2 Simplified pipe design 27

4.3.2.1 I-Pipe system 27

4.3.2.2 U-pipe system 28

4.3.2.3 M-pipe system 29

4.3.2.4 Double-U-pipe system 30

4.3.3 Design for Forced Air Flow 31

4.4 Power Supply 35

5 Installation TITANUS MICRO·SENS® 5 – 1

5.1 General 1

5.2 Installation site 2

5.2.1 Fitting the TITANUS MICRO·SENS® air sampling smoke detector2

5.2.2 Connecting the air sampling pipe 5

5.3 Incorporation and electrical connection of additional modules 6

5.4 Connection to CFDU, with reset button 9

5.5 Incorporating the reset board 10

5.5.1 Connection to a CFDU, with reset board 12

5.6 Incorporating the reset and isolating button board 13

5.6.1 Function switching plan, reset and isolating button board 14

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Contents TITANUS MICRO·SENS®

Contents

Incorporating the relay board RU-1/RU-2 15

5.7

5.7.1 Function switching plan, relay board RU-1 16

5.7.2 Function switching plan, relay board RU-2 17

5.8 Using TITANUS MICRO·SENS® in the AlgoRex® fire alarm system 18

5.8.1 Collective Connection 18

5.8.2 Function switching plan, collective connection 19

5.8.3 Use of the TITANUS MICRO·SENS® with AlgoRex

5.8.3.1 Installation of AlgoRex® line components

line components 20

into the TITANUS MICRO·SENS

additional housing 20

5.8.3.2 TITANUS MICRO·SENS® and AnalogPLUS technology 21

5.8.3.3 TITANUS MICRO·SENS® and interactive technology 22

5.9 TITANUS MICRO·SENS® in a network 23

5.9.1 Fitting the network module into the

TITANUS MICRO·SENS

additional housing 23

5.9.2 Connecting the Network Module 24

5.10 Parallel displays 25

5.10.1 Connecting the parallel displays to TITANUS MICRO·SENS® 25

5.10.2 Parallel display housing 26

5.10.3 Electrical connection 27

5.11 Reaction indicator 28

5.11.1 Addressing the reaction indicators 28

5.11.2 Connecting the reaction indicator to the

TITANUS MICRO·SENS

5.12 Inserting the detection unit in the device base unit 30

5.13 Settings 31

5.13.1 Detection Unit 31

5.13.1.1 Setting reaction sensitivity 32

5.13.1.2 Delay time for triggering the alarm 32

5.13.1.3 Threshold for air flow monitoring 32

5.13.1.4 Delay time for air flow fault 33

5.13.1.5 Action-Alarm Threshold 33

5.13.1.6 Fault display 33

5.13.1.7 Dynamic air flow 34

5.13.1.8 ROOM·IDENT 34

5.13.1.9 LOGIC·SENS 34

5.13.1.10 Fire Alarm threshold after ROOM·IDENT 35

5.13.1.11 Setting the ventilator voltage 35

5.13.1.12 Inputting the current air pressure 36

5.13.1.13 Inputting height above Normal Sea Level (NN) 36

5.13 Data Logging 37

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TITANUS MICRO·SENS® Contents

Contents

6 Installation Pipe System 6 – 1

6.1 Linear expansion of the pipe system 3

6.2 Patented air sampling points 5

6.3 Ceiling lead through 7

6.4 Monitoring in forced air flow systems (ventilation or climatic applications)9

6.4.1 Detection at air inlets/outlets 9

6.4.2 Detection in bypass systems 9

6.5 Filter 10

6.5.1 Installation of air filter, type LF-AD-x 10

6.5.2 Mounting of the special filter type SF-400/650 11

6.6 Air return 12

6.7 Noise suppressor 13

6.8 3-Way ball valve 14

6.9 Steam trap 15

6.10 Test adapter 16

7 Commissioning 7 – 1

7.1 Commissioning the detection unit 1

7.1.1 Plug and Play Commissioning 2

7.1.2 Commissioning with the diagnostics tool 2

7.2 Installing diagnostics software 3

7.3 Air flow sensor adjustment 5

7.3.1 Air Pressure-Independent Adjustment 5

7.3.2 Air Pressure-Dependent Adjustment 6

7.4 Testing the detection unit and alarm forwarding 8

7.5 Testing air flow monitoring 9

7.6 Testing fault forwarding 10

7.7 Testing the air flow sensory analysis function 11

7.7.1 Preparations for function testing 11

7.7.2 Carrying out function testing 13

7.8 Commissioning fire seat location 15

7.9 Commissioning the reaction indicators 19

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Contents TITANUS MICRO·SENS®

Contents

8 Maintenance 8 – 1

8.1 Visual check 1

8.2 Testing detector and alarm forwarding 1

8.3 Testing pipe system 1

8.4 Exchanging the detection unit 2

8.5 Exchanging the type AF-TM air filter for the device base 3

8.6 Changing the filter on the LF-AD-x air filter 4

8.7 Changing the filter on the SF-400/650 special filter 5

8.8 Pipe system blow through process 6

8.9 Checking the air flow sensor adjustment 7

8.10 Testing fire seat location and the reaction indicators 9

8.11 Testing Air Flow Monitoring 10

8.12 Testing Fault Forwarding 10

8.13 Maintenance Intervals 10

Appendix

Air Pressure Adjustment Tables Projection Tables System Product List Certificate of Approval of Components and Systems EMC Declaration of Conformity Inspection Protocol Glossary Conformity certification pursuant to EU

Data: 01/09 MS_A_Inhalt-en-e

TITANUS MICRO·SENS® Contents

MS_A_Inhalt-en-e Data: 01/09

TITANUS MICRO·SENS® General

0 General

0.1 Introduction

This manual is for installers of air sampling smoke detection systems, in particular for engineers, technicians, and fitters etc. who have technical knowledge in the field of smoke detection technology but who are possibly working with this device for the first time.

For damage and faults resulting from the non-observance of this manual WAGNER Group GmbH, called WAGNER in the following, does not assume liability.

This manual refers to the air sampling smoke detection systems TITANUS MICRO·SENS and very early smoke detection. As the smoke detection systems are from one series, TITANUS MICRO·SENS

. These systems may only be used for early

is described here.

0.2 Safety Information

D The following symbols identify parts of the text in this manual which require special attention so that damage can be avoided and so that operations can run smoothly.

This symbol warns against actions which might cause damage if it is ignored.

ATTENTION

INSTRUCTION

TIP

This symbol warns against actions which could cause operational breakdowns if it is ignored.

Operational improvements can be achieved if this symbol is observed.

MS_A_00-en-e Data: 01/09 0 – 1

General TITANUS MICRO·SENS®

0.3 Guarantee

The manual is subject to technical modification without notice and makes no claim to completeness.

In principle our “Terms and Conditions of Supply and Assembly” apply. No claims under the guarantee or for liability can be made for damage to persons or property if they are based on one or more of the following causes:

• insufficient observance of the instructions about the design, assem- bly of the aspirating smoke detection system, assembly of the pipe system, commissioning and maintenance

• use of the aspirating smoke detection system in contravention of the intended use

• insufficient monitoring of working parts

• improperly executed repairs

• unauthorised constructional changes to the aspirating smoke detec-

tion system

• force majeure

0.4 Copyright

The copyright in this Technical Manual remains with WAGNER. The manual is designed exclusively for the assembler and his col-

leagues. Reproduction of the manual, including extracts, is not allowed. Copying

or distribution of the manual in any form is only allowed with permission in writing from WAGNER.

0 – 2 Data: 01/09 MS_A_00-en-e

TITANUS MICRO·SENS® General

0.5 Packaging

The individual air sampling smoke detection systems are packed in accordance with the anticipated transport conditions. Exclusively environmentally friendly materials were used for the packaging.

The packaging is intended to protect the air sampling smoke detection system from being damaged until it is installed. For that reason, it should only be removed from its packaging shortly before installation.

The packaging material is to be disposed of in accordance with applicable statutory provisions and local regulations.

z Dispose of the packaging materials in an environmentally friendly

manner.

z Observe local disposal regulations.

Packaging materials are valuable raw materials and in many cases can be re-used or expediently processed and recycled. Improper disposal of packaging materials can harm the environment.

INSTRUCTION

0.6 Disposal

If no take-back or disposal agreements have been made, disassembled components are to be taken for recycling:

z Take metal parts for scrapping. z Take plastic parts to be recycled. z Sort the remaining components by material quality and dispose of

them.

MS_A_00-en-e Data: 01/09 0 – 3

General TITANUS MICRO·SENS®

0 – 4 Data: 01/09 MS_A_00-en-e

TITANUS MICRO·SENS® Product Description

1 Product Description

1.1 Characteristics of the TITANUS

MICRO·SENS

detection system

aspirating smoke

TITANUS MICRO·SENS® is the latest generation of the renowned WAGNER smoke detection systems. The TITANUS MICRO·SENS be used for room and equipment protection and for monitoring air conditioning cabinets or air conditioning ducts. Through the innovative ROOM·IDENT process, the system can also locate the site of the fire.

Locating the site of the fire The unique ROOM·IDENT technology makes it possible to determine the

location of a fire when monitoring up to 5 separate areas. So that the emergency services can act as quickly as possible, the seat of the fire can be made known, for example, via reaction indicators which are allocated to the various monitoring areas.

Sensitivity The TITANUS MICRO·SENS

0.1 %/m and 2 %/m light obscuration in steps of 0.1%/m. Using a smoke

level indicator, an indicator sensitivity of between 0.05 %/m and 0.2 %/m light obscuration can be achieved. The HIGH POWER LIGHT SOURCE light source technology used in TITANUS neous reaction behaviour from different types of fire. The device can provide 2 alarm thresholds (pre alarm and alarm). The pre-alarm threshold is adjustable from 10 - 80 % of the fire alarm threshold.

Intelligent signal processing The TITANUS MICRO·SENS

processing for avoiding false alarms. Perfected algorithms based on numerous fire trials and decades of experience ensure a high level of safety in differentiating between a false status and a fire event.

Safe airflow monitoring PIPE·GUARD, the comprehensive package for airflow monitoring,

recognises safe breakdowns such as pipe breakages or blocked detection apertures. Using dynamic airflow monitoring, the TITANUS

MICRO·SENS

thus makes an important contribution to sabotage safety. Airflow monitoring is temperature-compensated and can be set to be air

pressure-dependent.

reacts even to small, quick changes in the airflow and

reaction threshold can be set at between

systems guarantees homoge-

has LOGIC·SENS intelligent signal

can

MS_A_01-en-e Data: 01/09 1 – 1

Product Description TITANUS MICRO·SENS®

Plug and Play Installation and commissioning of the TITANUS MICRO·SENS

are

simple with the Plug & Play function. The device base is pre-assembled on site. By pre-setting the detection

unit for standard applications, the TITANUS MICRO·SENS

is operational

immediately after it is inserted in the device base.

Redundancy

ventilators For maximum safety, the TITANUS MICRO·SENS

can be fitted with redundancy ventilators as an option. During operation of the device with the redundancy ventilator, ROOM·IDENT is not possible.

Network capacity Fitted with a network card, several TITANUS MICRO·SENS® devices can

be linked together in an Ethernet network. From a central point the user can, for example, via VisuLAN T levels, airflow values etc. In addition, the TITANUS MICRO·SENS

monitor the whole plant for smoke

can be integrated via the so-called OPC server into existing hazard and building management systems.

Potential free contacts The TITANUS MICRO·SENS

has one potential free contact each for

alarm and fault. So the smoke detection system can be switched to col-

lective and addressable (FAS). A relay card (optional) can be connected to the TITANUS

MICRO·SENS

in order to connect the potential-free contact for the pre-

recording lines of any central fire alarm systems

alarm to a detector line of a CFDU.

Diagnostics With the DIAG 3 diagnostics device, there is a system available for

commissioning, inspection and servicing which makes it possible to configure the device quickly and easily and contain faults. For diagnostics purposes events are stored in the TITANUS MICRO·SENS

for 72 hours.

Designing detection points The monitoring surfaces of the detection point type for the TITANUS

MICRO·SENS

are to be set to match the point-specific smoke alarms. The detection points can thus be designed similar to point-specific smoke alarms in accordance with the particular national regulations.

Patented detection points Wagner’s patented detection reducing films, clips and banderols make

assembly simple and comfortable and avoid whistling operational noises. An even inflow of air through all the apertures is achieved with a stepped aperture diameter. These are fitted with rapidly checkable identification.

Extensive

pipe accessories Wagner’s extensive range of accessories makes it possible to use the

TITANUS

aspirating smoke detection system even under the most difficult of conditions. Products from various types of air filter from condensate traps to blow through devices raise the serviceable life under extreme dusty, humid and excessively cold environmental conditions.

Via the address module of the particular FAS.

1 – 2 Data: 01/09 MS_A_01-en-e

TITANUS MICRO·SENS® Product Description

1.2 Areas of Application

The TITANUS MICRO·SENS® air sampling smoke detection system is a fire alarm system for the protection of rooms, equipment and air conditioning ducts.

Principle Air samples for a monitoring area are taken through the draw-off holes in

a pipe system and fed to the detection unit. The principle is particularly suitable for areas in which point type alarms

are not used or can only be used to a limited extent. This involves areas in particular …

• where is a high risk of fire,

• where high detection sensitivity is required,

• where false alarms must be avoided,

• which are difficult to access and in which it is difficult to mount and/or

inspect point type alarms,

• where interrupting operations for inspection and servicing must be

avoided,

• which are air conditioned,

• where the height is greater than is allowed for point type alarms,

• where for aesthetic reasons point type alarms are not wanted,

• where there are strong electromagnetic fields,

• which are subjected to high or low temperatures,

• which have a heavy dust load,

• where the fire alarm equipment must be protected against vandalism

or sabotage

MS_A_01-en-e Data: 01/09 1 – 3

Product Description TITANUS MICRO·SENS®

Room protection The TITANUS MICRO·SENS

rooms such as, e.g.

• double floors, intermediate ceilings,

• tunnels, ducts, cavities not easily accessible,

• warehouses, deep freeze stores, lift shafts,

• museums, cultural establishments,

• hotel rooms, hospital rooms, offices, prison cells, railway

compartments.

is suitable, for example, for monitoring

9 8

7 6 5

4 3

2 1

TITANUS MICRO·SENS

10 9 8

7 6

5 4

3 2

TITANUS MICRO·SENS

Fig.. 1.1: Principle of Room Monitoring with TITANUS MICRO·SENS

System

Smoke Detection

1 – 4 Data: 01/09 MS_A_01-en-e

TITANUS MICRO·SENS® Product Description

Room monitoring

with air conditioning Room monitoring takes place

• in server rooms with air conditioning,

• in ventilation ducts,

• in double floors, intermediate ceilings,

• in IT rooms, E-distribution rooms, transformer cells,

• for air conditioning cabinets (see Fig. 1.2),

• at bypass of air conditioning ducts.

Fig. 1.2: Monitoring options for a circulating air conditioning cabinet or an air conditioning

duct (principle representation)

The TITANUS MICRO·SENS® aspirating smoke detection system can also be used for earliest detection of fires in rooms with special air conditioning.

Its high level of sensitivity means goods and equipment can be reliably monitored. The TITANUS MICRO·SENS

is therefore especially suitable

for areas of application.

MS_A_01-en-e Data: 01/09 1 – 5

Product Description TITANUS MICRO·SENS®

z in which because of concentrated high values early intervention is nec-

essary,

z in which equipment must always be operational, z in which highly sensitive detection is required (e.g. in areas where,

because of built-in filter elements, there is a low level of smoke particles in the air)

z in which there are high rates of air change.

Device protection unventilated and force-ventilated equipment / cabinets such as, e.g.

• distribution cabinets, switching cabinets,

• telephone switching equipment,

• measuring, control and regulation equipment.

Fig. 1.3: Equipment monitoring principle using the TITANUS MICRO·SENS

1 – 6 Data: 01/09 MS_A_01-en-e

TITANUS MICRO·SENS® Technical Description

2 Technical Description

2.1 System Description

The TITANUS MICRO·SENS® aspirating smoke detection system comprises a detection unit, device base and pipe system.

The most important components of the TITANUS MICRO·SENS sensitive detection unit for picking up smoke aerosols and the aspiration unit with integrated air flow sensor for transporting air samples and for monitoring the pipe system for breaks and blockages .

The pipe system consists essentially of pipe and fittings, in either PVC or ABS plastics.

are the

Pipe system

Aspiration pipe

ir aspiration

Detection unit

Detection incl. air flow sensor

Device base

spiration a pertures

Accessories

Aspiration unit

9 8

7 6

5 4

3 2

Detection unit

and

Device base

Air outlet

TITANUS MICRO·SENS

Paral lel display

Reaction indicator

Fig. 2.1: Overview of the TITANUS MICRO·SENS® smoke detection system

To guarantee safe operation even under the most difficult conditions (e.g. recycling area), there are extensive accessories available such as, e.g., an integrated air filter, various external air filters or the blow through device. In very cold areas, a deep freeze version of the TITANUS

MICRO·SENS

can be used. A redundancy ventilator can be used for

applications where there are particular safety requirements. When fitted to monitor several monitoring areas and blind spots, there

are reaction indicators for rapid identification of the seat of the fire and an offset parallel display as a status indicator for the detection unit.

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Technical Description TITANUS MICRO·SENS®

2.1.1 Function

Air samples are taken from the area to be monitored via a pipe system with defined aspiration apertures, using the TITANUS MICRO·SENS aspiration unit and these are sent to the sensitive detection unit (see Fig.2.1).

Locating the site of the fire It is possible to locate the site of the fire using ROOM·IDENT with an I-

pipe design for a maximum 5 rooms or pieces of equipment. The operating principle incorporates four phases:

Phase 1 During operating conditions air samples are taken from the pipes cover-

ing the various rooms. The samples are taken via fan to the detector unit and analysed for possible smoke particles.

Fig. 2.2: Phase 1 ROOM-IDENT standard operation

Phase 2 The system will activate an alarm once it has reached an alarm threshold

level due to the rise of typical smoke aerosols. If « Fire alarm after ROOM·IDENT « is enabled, then the localisation process will start after an adjustable Action - Alarm threshold. The system will activate an alarm once the localisation is completed.

Fig. 2.3: Phase 2 ROOM-IDENT Earliest fire detection.

2 – 2 Data: 01/09 MS_A_02-a-en-e

TITANUS MICRO·SENS® Technical Description

Phase 3 In case alarm or at function « Fire alarm after ROOM·IDENT « once the

system has reached the adjustable action the aspiration fan is switched off and a second fan is switched on, blowing out the smoke particles in the opposite direction.

Fig. 2.4: Phase 2 ROOM-IDENT Blow through.

Phase 4 After the pipe system has been freed from smoke, the airflow is reversed

once again and the time it takes for the smoke to reach the detector unit is measured. With this time value the exact location of the smoke source is given and shows which room is affected.

Fig. 2.5: Phase 4 ROOM-IDENT Localisation.

The alarm is indicated on the TITANUS MICRO·SENS® itself, indicated within the monitored area via an optical external alarm indicator. The System with enabled option “Fire alarm after ROOM IDENT » will now activate an alarm.

Detection Depending on the reaction sensitivity of the detection unit used (which

can be 0.1 %/m to 2 %/m light obscuration or 0.5 %/m to 2 %/m light obscuration), the TITANUS MICRO·SENS

triggers the main alarm once the

corresponding light turbidity is reached. The sensitivity can be set in

MS_A_02-a-en-e Data: 01/09 2 – 3

Technical Description TITANUS MICRO·SENS®

steps of 0.1 %/m. The alarm is shown on the device via the alarm display and forwarded to a connected fire alarm system (FAS).

By changing the delay time with the diagnosis tool, the forwarding of alarms and faults can be set.

The intelligent LOGIC·SENS signal processing device serves to blank out fire-like false alarms and ensures high false alarm safety.

Airflow monitoring An airflow sensor checks the connected pipe system for breaks and

blockages. Depending on the design of the pipe system and the setting on the air-

flow sensor, the blockage of just one aspiration aperture can be picked up. The airflow monitoring is temperature-compensated and can be made air pressure-dependent.

At the end of the adjustable delay time, the fault is shown on the smoke detection system and a corresponding message is forwarded to the central fire alarm point via a contact. The monitoring windows can be adjusted to the environmental conditions.

The principle of the airflow sensor signalling process can be seen in

0HFig.

2.6 .

Device monitoring The detection unit is monitored for dirt and signal fault. Any fault which

occurs is displayed at the TITANUS MICRO·SENS

and can be for-

warded to the FAS via a contact.

Signal from the air flow sensor

Airflow too high

Break

Airflow normal

Airflow too low

Delay time Fault message

Fig. 2.6: Example signal pattern in the airflow sensor during faults

Blockage

Airflow adjustment Airflow adjustment on the TITANUS MICRO·SENS

when the detection unit is inserted in the device base, if previously the Jumper X4 had been changed. This plug & play reduces the time needed for commissioning to a minimum. It is also possible, however, to adjust the airflow using the DIAG 3 diagnosis tool. This means the initialisation phase can be carried out in an air pressure-dependent or air pressureindependent manner.

Monitoring window

Time

is fully automatic

2 – 4 Data: 01/09 MS_A_02-a-en-e

TITANUS MICRO·SENS® Technical Description

Resetting through FAS A fault message is reset via the connected FAS. If whilst the TITANUS

MICRO·SENS

is operating an FAS alarm and fault [menages] have to

be reset at the same time as the control line, then as an option a reset

can be inserted in a separate housing. The effect is that when

board there is any short-term switching off of the line voltage, the alarm and fault messages on the TITANUS MICRO·SENS

are automatically reset.

MS_A_02-a-en-e Data: 01/09 2 – 5

The reset board can only be placed in a separate housing and if the idle current on the

line is between 5 mA and 50 mA. The line must be switched to dead for resetting.

Technical Description TITANUS MICRO·SENS®

2.2 TITANUS MICRO·SENS® and Accessories

2.2.1 Overview

Connections

FAS / Pow er s upply

Pipe sys tem s

Air return feed

to the nex t s m ok e

detect ion sy s t em Indicat or bus

Additional housing (opt iona l)

Network interface board (optional)

Line m odule s (opt iona l)

Relay platine RU-2 (opt iona l)

Relay boa rd RU-1 (opt iona l)

Reset board (opt iona l)

Parallel display unit (opt iona l)

Separation and reset button (option al)

TITANUS

Fire al arm cable

Front film (opt iona l)

detector box (option al)

Cable entries M25 (opt iona l)

Cable entries M 20 (opt iona l)

Test pipe (optio nal)

Fig. 2.7: Overview TITANUS MICRO·SENS

Diagnostics tool

Reacti on ind icato r (optio nal)

The components shown in

1HFig. 2.7 can be used by way of option.

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TITANUS MICRO·SENS® Technical Description

2.2.2 TITANUS MICRO·SENS® air sampling smoke detection system

The TITANUS MICRO·SENS® air sampling smoke detection system comprises the following components, device base, detection unit and pipe system:

Device base

z Connections for 25 mm aspiration pipe (in and return) z Cable feeds z Floating contacts for connection to a FAS

Detection unit

z Sensitive detection using the latest technology according to the

principle of optical scattered light indicators with integrated airflow monitoring

z Aspiration unit with improved air feed z Optical displays for smoke levels, main alarm, action alarm, fault, op-

eration and indication of the location of the seat of fire

z Infrared interface for diagnostics

Fig. 2.8: TITANUS

Infrared interface

Fig. 2.9: TITANUS

(For explanation see number 1 in table on next page)

displays and connections (For explanation see table on next page)

E D C B A

Fire location

display variant with smoke levels and fire location

Smoke level

Operation

9 8

7 6 5 4 3 2 1

Fire alarm

Action alarm

Fault

MS_A_02-a-en-e Data: 01/09 2 – 7

Technical Description TITANUS MICRO·SENS®

TITANUS MICRO·SENS

Number

in 2HFig.

2.8

* Smoke level display 1 to 10

Operation (green LED) Operation display Fire alarm (red LED) Smoke level (where main

Action alarm (red LED) Smoke level (Value as

Fault (yellow LED) Pipe system fault or

* Locating the seat of the fire A – E

Infrared interface Commissioning and fault

* optional

Function Explanation

Displays (see to Fig. 2.8

(10 yellow LEDs)

(5 red LEDs)

Air sampling pipe connection for ∅ 25 mm pipe system Cable feed, fire alarm cable for switching

on FAS and/or power supply (in / out) Air return pipe connection for air return Cable feed fire alarm cable 8 x M 20 Cable entries (small) 2 x M 20 for cable with

Cable entries (large) 1 x M 25 for cable with

3HFig. 2.9)

Current smoke level

alarm threshold is set)

per main alarm threshold 10 – 80 % adjustable)

ventilator breakdown or detector module fault

Locating the seat of fire

diagnosis

2 x M 25

∅ of 1 to 13 mm

∅ of 1 to 18 mm

2 – 8 Data: 01/09 MS_A_02-a-en-e

TITANUS MICRO·SENS® Technical Description

2.2.3 Detector Box

External detector boxes can be used in the pipe system in connection with the TITANUS MICRO·SENS

Use The detector box is used …

z to create a two-detector or two-line dependency, z to be able to locate the branch affected by smoke in multi-branch pipe

systems and/or

z to raise the reaction sensitivity in multi-branch pipe systems

Aspiration pipe

Detectionunit

Detector box

Detection inc l. air f low se ns or and A spiration unit

Smoke detectio n system

Air outlet

Fig. 2.10: TITANUS MICRO·SENS

two-line dependency

smoke detection system.

Air aspiration

Aspiration apertures

function principle with detector box for two-detector or

Detector box

Aspiration pipe

Detection incl. air flow sensor and Aspiration unit

Smoke detection system

Air outlet

Detectionunit

Detector box

Detectionunit

Fig. 2.11: TITANUS MICRO·SENS

ing reaction sensitivity

Air aspiration

spiration apertures

function principle with detector box for locating and rais-

MS_A_02-a-en-e Data: 01/09 2 – 9

Technical Description TITANUS MICRO·SENS®

The TITANUS MICRO·SENS

detector box comprises the following com-

ponents: Device base

z Connections for 25 mm aspiration pipe (in and out) z Cable feeds z Potential-free contacts for connection to a FAS

Detection unit

z Sensitive detection with the latest technology according to the principle

of optical scattered light detectors

z Optical displays for smoke level, main alarm, action alarm, fault, op-

eration

z Infrared interface for diagnostics

Fig. 2.12: Detector box displays and connections (For explanation see table, next page)

Operation

9 8

7 6 5 4 3 2 1

Infrared interface

Fig. 2.13: Display variant, detector box with smoke level

(For explanation see number 1 in table)

Smoke level

Fire alarm

Action alarm

Fault

2 – 10 Data: 01/09 MS_A_02-a-en-e

+ 178 hidden pages

WAGNER TITANUS Technical Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Contents

TITANUS MICRO·SENS® General

0 General

0.1 Introduction

0.2 Safety Information

0.3 Guarantee

0.4 Copyright

0.5 Packaging

0.6 Disposal

1 Product Description

1.2 Areas of Application

2 Technical Description

2.1 System Description

2.1.1 Function

2.2 TITANUS MICRO·SENS® and Accessories

2.2.1 Overview

2.2.3 Detector Box