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Halma Ampac TITANUS MICRO-SENS, Technical Manual

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MAN3186 - TITANUS MICRO

•

SENS®

187

7.6 Function test

If the TITANUS MICRO·SENS® cannot be calibrated, check its functionality
using the test pipe, digital fine pressure gauge with adapter, service PC and
diagnostic software.

The following describes the complete function test with digital fine pressure
gauge type GDH 01 AN. A limited function test is also possible without a
digital fine pressure gauge.

7.6.1 Preparing for the function test

► Make sure that the TITANUS MICRO·SENS® is in operation for at least

30 min.

► Disconnect the pipe system from the TITANUS MICRO·SENS®. After

expiration of the adjusted air flow fault delay time, the device should
report a fault. If no air flow fault is detected, the device is defective.

► Connect the test pipe.

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Summary of Contents for Ampac TITANUS MICRO-SENS

Page 1: ...Fire detection and evacuation solutions that save lives Aspirating smoke detector TITANUS MICRO SENS Technical Manual MAN3186...

Page 2: ...24 3 2 2 Device 25 3 2 3 Reset circuit board 28 3 2 4 Diagnostic tool 29 3 2 5 Detector box 30 3 2 6 Network module 34 3 2 7 Remote display 36 3 2 8 Response indicator 37 3 3 Pipe system 38 3 3 1 Enti...

Page 3: ...cting to an FDCP with reset button 119 6 5 Inserting and connecting the reset circuit board 119 6 6 Inserting and connecting the reset and disconnect button circuit board 123 6 7 Inserting and connect...

Page 4: ...78 7 2 5 Setting the pre alarm threshold optional 178 7 2 6 Activating or deactivating the memory fault display 178 7 2 7 Activating or deactivating dynamic air flow 179 7 2 8 Activating or deactivati...

Page 5: ...ements of air filter type LF AD x 211 8 8 Replacing the filter elements of special filter type SF 400 650 212 8 9 Checking the air flow sensor calibration 213 8 10 Checking ROOM IDENT and response ind...

Page 6: ...ers service technicians etc who have expertise in the field of fire alarm technology but might be working with this device for the first time WAGNER Group GmbH shall not be liable for any damages or l...

Page 7: ...s not avoided WARNING Type and source of hazard indicates a possibly dangerous situation that leads to light or minor injuries if it is not avoided CAUTION Type and source of hazard indicates a possib...

Page 8: ...ion paid to the instructions regarding project planning installation commissioning and maintenance Improper use Insufficient monitoring of wear parts Improperly executed repairs Unauthorised construct...

Page 9: ...transport conditions protecting it from damage until it is installed Do not remove the packaging until shortly before installation 100 environmentally friendly materials were used for the packaging D...

Page 10: ...to ensure the system remains functional Such tests are an integral part of the system documentation and must be set out by the installer of the system in accordance with the system parameters Any phy...

Page 11: ...control panel FDCP Sensitivity The TITANUS MICRO SENS has a response sensitivity main alarm of up to 0 1 or 0 5 light obscuration m By means of smoke level indication a display sensitivity of 0 01 to...

Page 12: ...using VisuLAN T for example An integrated data logger allows the data to be stored on a memory card over a longer period of time and analysed later on The TITANUS MICRO SENS can also be integrated in...

Page 13: ...These not only allow convenient assembly but also prevent whistling background noises A further advantage is the quick and simple checking and detection of the aspiration aperture diameters Extensive...

Page 14: ...ed or where their use is limited e g areas to be protected with high fire risks with contaminated air where filter elements are required which are difficult to access and where point detectors are dif...

Page 15: ...lings Tunnels channels difficult to access cavities Warehouses refrigerated warehouses lift shafts Museums cultural facilities Hotel rooms hospital rooms offices prison cells train compartments Image...

Page 16: ...suspended ceilings in IT rooms e distributor rooms transformer cells on air conditioning units on air conditioning ducts in the bypass Image 2 Principle of room monitoring with air conditioning e g ai...

Page 17: ...o be used for very early fire detection in rooms with special air conditioning High quality goods and systems can be reliably monitored thanks to the high sensitivity level The TITANUS MICRO SENS is t...

Page 18: ...NS is the sensitive detection unit It comprises the aspiration unit for transporting the air samples the smoke sensor unit for detecting the smoke aerosols the integrated air flow sensor for monitorin...

Page 19: ...d to the sensitive detection unit Detection Depending on the set response sensitivity 0 1 or 0 5 up to 2 light obscuration m of the detection unit used the TITANUS MICRO SENS triggers the main alarm w...

Page 20: ...en installed in the device base In addition calibration by means of a diagnostic tool is possible This can be used to carry out air pressure dependent or independent air flow calibration To adjust the...

Page 21: ...itted Functional monitoring The detection unit is monitored for contamination and signal faults Faults are displayed on the TITANUS MICRO SENS and transmitted to any connected FDCP Fire site localisat...

Page 22: ...to the alarm state as a result of a rise in the concentration of smoke particles typical of a fire the alarm is triggered Units where the function Main alarm according to ROOM IDENT is activated start...

Page 23: ...rging of the pipe system the direction of flow is reversed again and the time it takes for smoke particles to penetrate the detection unit is measured Based on this time the location of the smoke sour...

Page 24: ...circuit board can be optionally used if in case of operation of the TITANUS MICRO SENS via a fire detection control panel with collective detection lines alarm and fault messages are reset simultaneo...

Page 25: ...etwork module 1 16 Reset circuit board 1 17 Additional housing 1 18 Relay module RU 1 1 19 Relay module RU 2 1 1 optional The components illustrated in the overview can be used optionally 3 2 2 Device...

Page 26: ...optional Image 10 Displays and connections Item Function Description 1 Cable gland for fire alarm cable 6x M25 2 Cable gland for fire alarm cable 8x M20 3 Connection for air return pipe For air return...

Page 27: ...indicator Bar graph 10x yellow LED 1 Current smoke level 2 5 Operation green LED Operating indicator 6 Main alarm red LED 100 smoke level 7 Pre alarm red LED 1 66 smoke level 8 Fault yellow LED Fan fa...

Page 28: ...in case of resetting of a collective detection line via a fire detection control panel The reset circuit board can only be used if the terminating resistor of the detection line is activated by an oh...

Page 29: ...tored and current device state as well as fault messages of the TITANUS MICRO SENS on the PC or laptop Data is transmitted to the diagnosis interface via the infrared interface on the TITANUS MICRO SE...

Page 30: ...MICRO SENS The detector box can be used in order to set up dual detection dependency be able to localise the branch with smoke in a multi branch pipe system increase the response sensitivity in a mult...

Page 31: ...Aspiration aperture The detector box consists of the following components Device base Connections for 25 mm pipe air inlet and air outlet with filter Cable glands Connection terminals Detection unit...

Page 32: ...e for diagnostics Image 16 Detector box 1 Detector box 2 Cable glands 8x M20 3 Cable glands 6x M25 4 Front film sheet 5 Pipe connection 6 Membrane cable entries 1x M20 enclosed with device base pack 7...

Page 33: ...Current smoke level 2 3 Operation green LED Operating indicator 4 Main alarm red LED 100 smoke level 5 Pre alarm red LED 1 66 smoke level 6 Fault yellow LED Pipe system fault detector module fault or...

Page 34: ...er Data logger Refrigerated applications NU 2 X X X NU 2 D X X X X NU 2 DO X NU 2 D F X X X X X NU 2 DO F X X Table 3 Network module versions TCP IP With the TCP IP Ethernet standard transmission prot...

Page 35: ...odules with an integrated web server it is possible to display current data and status information for each device as a website The user interfaces are easily accessible via a standard web browser Aft...

Page 36: ...on the device base of the TITANUS MICRO SENS A remote display can be connected from up to a distance of 1000 m If another remote display is connected after the first display it can be 1000 m away fro...

Page 37: ...r Image 20 Response indicator type DJ TM When using the TITANUS MICRO SENS with localisation of the fire site up to five addressable response indicators can be used via the indicator bus The response...

Page 38: ...5 6 25 26 7 24 8 23 9 10 22 11 21 12 20 13 14 15 16 17 19 18 3 3 Pipe system The pipe system serves to take air samples from the monitoring area 3 3 1 Entire overview of available pipe components Imag...

Page 39: ...14 Aspiration reducing film sheet 15 Aspiration reduction1 16 Sleeve for aspiration reducing film sheet 17 Aspiration reduction2 18 Plastic clip for aspiration reduction2 19 End cap 20 Silencer 21 Air...

Page 40: ...e of dust particles or freezing is to be expected it may be necessary to purge the pipe system and its aspiration apertures with compressed air Depending on the frequency of blockages the pipe purging...

Page 41: ...NUS MICRO SENS 41 Image 22 Manual air purge system with 3 way ball valve made of ABS or PVC 1 TITANUS MICRO SENS 2 Pipe system 3 3 way ball valve ABS PVC A Compressed air B Air flow for purging 1 2 3...

Page 42: ...186 TITANUS MICRO SENS 42 Image 23 Manual air purge system with metal 3 way ball valve 1 TITANUS MICRO SENS 2 Pipe system 3 3 way ball valve metal A Compressed air B Air flow for purging 1 2 3 A B C A...

Page 43: ...US MICRO SENS 2 Pipe system 3 2 2 way valve shut off valve complete 4 Valve controller 5 To FDCP 6 2 2 way valve compressed air valve complete 7 Aspiration pipe 20x1 5 mm 8 Reducer 9 Quick action coup...

Page 44: ...is a 10 mm drill hole in the aspiration pipe which is covered with an aspiration reducing film sheet with the required opening diameter The size of the aspiration reducing film sheet depends on the p...

Page 45: ...t suitable for application in low temperature areas Aspiration reducing clips must be used in such areas instead 3 3 3 2 Aspiration reducing clips Image 26 Aspiration reducing clips for areas with exc...

Page 46: ...piration reducing clips with appropriate aspiration reductions NOTE The aspiration reducers with plastic clips are to be preferred to aspiration reducing film sheets with sleeves for project planning...

Page 47: ...ed ceilings is possible if concealed installation of the pipe system is required for room monitoring Ceiling feed throughs are placed in the suspended ceiling According to the pipe project planning th...

Page 48: ...ust not be purged NOTE Image 28 Ceiling feed throught with upstream aspiration reducing film sheet 1 Pipe system 2 T piece pipe hood 3 Aspiration reducing film sheet 4 Hose nozzle 5 Capillary hose 6 S...

Page 49: ...nections and filter elements is used as a standard air filter The air filter is automatically monitored for dirt blockage by the air flow monitoring of the TITANUS MICRO SENS If air filters are soiled...

Page 50: ...ed until the end of the filter s service life Type Application Examples SF 400 Fine filter for separating particles approx 1 m As with LF AD Additionally fine dusts in high concentrations SF 650 Fine...

Page 51: ...ple aspiration branches To extend maintenance intervals one air filter can be installed in each outgoing branch instead of one in the main aspiration branch The same project planning specifications as...

Page 52: ...ose the main aspiration branch must be partitioned into two or several branches and each equipped with the same air filter or air filter combination The individual branches can then optionally be join...

Page 53: ...le of the air return 1 Pipe system 2 TITANUS MICRO SENS 3 Air return If the TITANUS MICRO SENS and pipe system are installed in two areas P1 and P2 with different air pressure return of the suction ai...

Page 54: ...piration pipe 2 TITANUS MICRO SENS 3 Air return 4 Direction of flow The air return pipe is mounted in the conical pipe connection for the air return of the TITANUS MICRO SENS A secure hold is ensured...

Page 55: ...ction of flow 3 Silencer type SD 1 By using the silencer type SD 1 the noise level can be reduced by up to 10 dB A for use in areas in which low noise emissions of the TITANUS MICRO SENS are required...

Page 56: ...densate separators are used in monitoring areas with Heavily fluctuating temperatures high air humidity Fresh air monitoring Image 36 Condensate separator type KA DN 25 1 Aspiration pipe 2 Bracket 3 4...

Page 57: ...e separator type KA 1 2 Aspiration pipe 3 TITANUS MICRO SENS 4 Air filter type LF AD x Automatic condensate separation is possible due to a capillary effect thanks to an integrated cotton wick The con...

Page 58: ...with bar graph1 mA 140 160 180 205 Housing dimensions Weight Outputs Sound pressure level IP rating Impact resistance Housing UL fan voltage 1 without extension modules W x H x D mm 140 x 220 x 70 kg...

Page 59: ...Max 95 non condensing Design Axial Fan service life 12 V 60 000 h at 24 C Operation Green LED Alarm Red LED Pre alarm1 Red LED Collective fault Yellow LED Bar graph1 Smoke level 1 10 10x yellow LED A...

Page 60: ...nse sensitivity Supply voltage Ue V 15 30 Nominal supply voltage V DC 24 H x W x D mm 70 x 140 x 222 kg 0 8 IP code in accordance with IEC EN 60529 IP54 In accordance with IEC EN 62262 EN 50102 IK04 M...

Page 61: ...ge Displays on the device Connections 1 optional Supply voltage Ue V 15 30 Nominal supply voltage V DC 24 H x W x D mm 70 x 140 x 200 kg 0 6 IP code in accordance with IEC EN 60529 IP54 In accordance...

Page 62: ...refer to an ambient temperature of 20 C and a supply voltage of 24 V RU 1 standby mode mA 6 RU 1 alarm state mA Max 36 RU 2 standby mode mA 13 RU 2 alarm state mA Max 36 Dimensions Temperature range M...

Page 63: ...emperature of 20 C and a supply voltage of 24 V mA Max 50 Temperature range 4 3 Pipe system Max pipe length 25 mm m 50 Max number of aspiration apertures 8 Max length of aspiration hose per ceiling fe...

Page 64: ...This must be considered at the start of special project planning There are various technical solutions to be selected from depending on the project planning criteria Project planning Project planning...

Page 65: ...uidelines Observe the national laws standards and guidelines For Australian installations the requirements of AS 1670 1 Fire detection warning control and intercom systems System design installation a...

Page 66: ...planning guidelines of this chapter while taking the following points into consideration Pipe configurations 4 types of pipe layouts can be selected depending on the room geometry Pipe configuration...

Page 67: ...MAN3186 TITANUS MICRO SENS 67 Image 38 Pipe configurations I pipe system U pipe system M pipe system Double U pipe system Device Device Device Device...

Page 68: ...d be as evenly distributed as possible in the respective branches 3 0 3 0 3 6 4 0 3 0 3 0 3 6 4 0 Image 39 Examples of symmetrical and asymmetrical U pipe system The previous figure shows an example o...

Page 69: ...tures for a short branch The diameters of the aspiration apertures for an asymmetrical U pipe system two branches should be determined The short branch comprises three aspiration apertures and the lon...

Page 70: ...f direction in the pipe system can increase the flow resistance A gentle change of direction e g by means of 90 elbows is already permissible in the scope of project planning in accordance with AS ISO...

Page 71: ...tivity of the air flow sensor can be set from 10 50 in increments of 1 We recommend to always select the highest possible trigger threshold permissible according to the national standards AS ISO 7240...

Page 72: ...O 7240 20 also meet the requirements of the lower classes Class Description Application example A Aspirating smoke detector with very high sensitivity Very early detection Heavy smoke dilution via air...

Page 73: ...pe detector in accordance with the respective national standards A maximum of eight aspiration apertures are possible for each TITANUS MICRO SENS A maximum of five intake openings are possible for loc...

Page 74: ...in the annex 5 2 1 Determination of necessary pipe accessories Due to the fact that accessory components e g filters have a certain influence on the dimension of pipe project planning the accessories...

Page 75: ...arate condensate from the pipe system Manual operation KA 1 To collect and separate condensate from the pipe system Manual operation Automatic operation also possible for areas with heavy condensation...

Page 76: ...er Project planning with air filter LF AD Project planning with air filter LF AD 1 Project planning with air filter LF AD 2 Project planning with air filter SF 400 SF 650 In order to improve the detec...

Page 77: ...termined 2 Selection Selection of the number of aspiration apertures in the project planning table Result The achievable sensitivity class for the selected number of aspiration apertures is determined...

Page 78: ...with VSK and detector box I 9 40 40 40 U 9 50 50 50 50 50 50 M 9 50 50 50 50 50 50 Doppel U 9 50 50 50 50 50 50 50 50 Classi ca on of TITANUS MICRO SENS and MICRO SENS LSNi Project planning with air...

Page 79: ...x 50 m overall pipe length M pipe system with fan voltage 9 V max 50 m overall pipe length Double U pipe system with fan voltage 9 V max 50 m overall pipe length 5 2 4 Determination of aspiration aper...

Page 80: ...0 B 4 4 3 6 C 4 0 D Table 19 Diameter of aspiration apertures U pipe 1 Punching diameter of the aspiration reducing film sheet 5 2 4 3 M pipe system TITANUS MICRO SENS Image 45 M pipe system Number of...

Page 81: ...system TITANUS MICRO SENS Image 46 Double U pipe system Number of aspiration apertures 4 8 aspiration aperture mm 1 4 4 3 0 A 3 8 B Table 21 Diameter of aspiration apertures double U pipe 1 Punching...

Page 82: ...air return 5 3 1 Project planning with single hole monitoring The following system parameters apply to the detection of an individual or a particular number of blocked aspiration apertures depending o...

Page 83: ...n voltage 9 0 V pipe 25 mm 30 m Min distance between two aspiration apertures d 4 m Max distance between two aspiration apertures d 10 m Max number of aspiration apertures n 5 units Table 22 Limit val...

Page 84: ...re 25 15 10 2 blocked aspiration apertures O O 20 15 3 blocked aspiration apertures O O O O 4 blocked aspiration apertures O O O O 5 blocked aspiration apertures O O O O detected with main air flow se...

Page 85: ...ith fan voltage 9 0 V pipe 25 mm 40 m Min distance between two aspiration apertures d 4 m Max distance between two aspiration apertures d 10 m Max number of aspiration apertures n 8 units Table 25 Lim...

Page 86: ...O 20 15 10 3 blocked aspiration apertures O O 25 20 4 blocked aspiration apertures O O O 30 5 blocked aspiration apertures O O O O 6 blocked aspiration apertures O O O O 7 blocked aspiration apertures...

Page 87: ...all pipe length with fan voltage 9 0 V pipe 25 mm 40 m Min distance between two aspiration apertures d 4 m Max distance between two aspiration apertures d 10 m Max number of aspiration apertures n 6 u...

Page 88: ...ation aperture 25 10 2 blocked aspiration apertures O 25 3 blocked aspiration apertures O O 4 blocked aspiration apertures O O 5 blocked aspiration apertures O O 6 blocked aspiration apertures O O Tab...

Page 89: ...all pipe length with fan voltage 9 0 V pipe 25 mm 40 m Min distance between two aspiration apertures d 4 m Max distance between two aspiration apertures d 10 m Max number of aspiration apertures n 8 u...

Page 90: ...O not feasible Example If blockage of three aspiration apertures of a total of eight aspiration apertures should be detected the air flow monitoring setting must be set to 20 using the diagnostic tool...

Page 91: ...mm 30 m Min distance between two aspiration apertures d 0 1 m Min distance between two aspiration apertures d for localising the fire site 3 m Max distance between two aspiration apertures d 4 m Max...

Page 92: ...ength with fan voltage 9 0 V pipe 25 mm 40 m Min distance between two aspiration apertures d 0 1 m Max distance between two aspiration apertures d 4 m Max number of aspiration apertures n per pipe sys...

Page 93: ...ith fan voltage 9 0 V pipe 25 mm 40 m Min distance between two aspiration apertures d 0 1 m Max distance between two aspiration apertures d 4 m Max number of aspiration apertures n per pipe system 8 u...

Page 94: ...ngth with fan voltage 9 0 V pipe 25 mm 40 m Min distance between two aspiration apertures d 0 1 m Max distance between two aspiration apertures d 4 m Max number of aspiration apertures n per pipe syst...

Page 95: ...age 55 Examples of project planning with stubs as I pipe system here The project planning configurations shown in the diagram for the I pipe system are to be transferred to the individual branches of...

Page 96: ...nd the critical length of the branches lbranch 1 lbranch 2 Example Determination of the critical length lcrit for pipe systems with more than one branch double U pipe system here Icrit lsupply 1 lsupp...

Page 97: ...ation apertures as well as for the intervals between the T piece and the first aspiration aperture of the following stub Table 42 Permissible intervals between the aspiration apertures If the maximum...

Page 98: ...etween a T piece as outlet of a stub and the last aspiration aperture of the connected stub The maximum stub length may not exceed 2x dmax maximum distance between two aspiration apertures Image 60 Ma...

Page 99: ...optimum response characteristics Low speed systems High speed systems Flow speed m s Max 6 10 10 Duct cross section High Low Pressure differential along the direction of flow Low High Table 43 Differ...

Page 100: ...east 3x minimum duct diameter If it is absolutely necessary to attach the pipe system directly behind silencers air baffles or bends the main flow speed areas have to be monitored Image 62 Change in d...

Page 101: ...must be observed when installing pipe systems in air conditioning ducts Air return see following diagram must be planned for since the TITANUS MICRO SENS and the pipe system are located in different...

Page 102: ...amfered at an angle of 45 The distances of the aspiration apertures to each other and to the wall of the duct are listed in the following table Duct cross section 0 5 m Duct cross section 0 5 m Distan...

Page 103: ...aspiration apertures must be arranged against the air flow Note for the project planning that the air conditioning ducts for the installation of the pipe system are often only accessible from two side...

Page 104: ...th aspiration hose the length of the aspiration hose must be multiplied with the respective factor b and deducted from the permissible overall pipe length Factors for determining the influence of aspi...

Page 105: ...overall pipe length must be considered Air return with a 40 mm pipe does not have any influence and can be planned and or retrofitted without reducing the overall pipe length Consideration of air ret...

Page 106: ...current consumption is decisive for selecting the energy supply Refer to the chapter Technical data for the current consumption values of the TITANUS MICRO SENS Alarm state Alarm current In the event...

Page 107: ...nt current consumption of accessories 1 Number of accessories i A Standby current current consumption of accessories i To be able to calculate the charging current the required minimum capacity of the...

Page 108: ...ider the following criteria Available nominal battery capacities Possible nominal battery capacities according to the energy supply manufacturer Restrictions due to energy supply device approvals Vari...

Page 109: ...ble drop in voltage on the device supply line To calculate the maximum cable length the wire cross section has to be calculated first Variable Unit Description mm Conductor cross section mm Wire diame...

Page 110: ...ct planning apply The following must be observed when installing the TITANUS MICRO SENS Interventions changes and modifications to equipment must be avoided If adjustments are required these must be a...

Page 111: ...ening areas e g doors the displays are clearly visible the installation background is dry and level no surrounding components e g wall projections obstruct the air inlet or air outlet In deep freeze a...

Page 112: ...accordingly by 180 Bottom air outlet Make sure that air outlet of the device is not obstructed Maintain a distance of at least 10 cm between the air outlet and surrounding components e g wall projecti...

Page 113: ...NUS MICRO SENS 113 Rotating the cover or detection unit Image 68 Rotate the cover of the detection unit Loosen the four screws Rotate the detection unit by 180 Fasten the detection unit again with the...

Page 114: ...rill the holes according to the size of the suitable installation material screws plugs Tighten the four screws by hand It must be ensured that the device is installed mechanically stress free Insert...

Page 115: ...n the device base 1 Aspiration pipe connection 2 Device base 3 Terminal block Break through the necessary number of cable glands on the device base e g with a screwdriver Insert the M20 or M25 cable e...

Page 116: ...t contacts can be used e g for connection to an FDCP or for controlling signalling devices control systems etc It is also possible to connect a remote display or response indicators to the indicator b...

Page 117: ...ICRO SENS 117 Additional housing To install accessory modules a prefabricated mounting plate is screwed into the additional housing Image 72 Position of the mounting plate in the device base of the ad...

Page 118: ...he mounting plate of the additional housing 1 Network module 2 Remote display 3 Mounting base for cable ties 4 Relay circuit board RU 1 or RU 2 5a b Max two reset circuit boards 6 Reset and disconnect...

Page 119: ...ed in the TITANUS MICRO SENS An additional housing is required for the installation of the reset circuit board It must be installed right next to the TITANUS MICRO SENS If several TITANUS MICRO SENS a...

Page 120: ...t Termination resistor The reset circuit board emulates the detector line termination resistor It is recalculated and installed on the reset circuit board connection X1 If no acknowledgement is achiev...

Page 121: ...ing Use a screwdriver to loosen the four screws on the additional housing Insert the calculated termination resistor termination resistor is not supplied power W into connection terminal X1 Fix the re...

Page 122: ...must be calculated Resistors are dependent on the connected FDCP The reset circuit board must be installed after the last device on the line Detector line Resetting Reset circuit board Image 76 Connec...

Page 123: ...isconnect button circuit board into the additional housing To install the reset and disconnect button circuit board proceed as follows Use a screwdriver to loosen the four screws on the additional hou...

Page 124: ...on the device cover Indicator bus Detection unit device base Additional housing Reset and disconnect button circuit board Resistors are dependent on the connected fire detection control panel Micro t...

Page 125: ...An additional housing is required to install each of the relay modules It must be installed right next to the TITANUS MICRO SENS Image 79 Inserting the relay module into the additional housing To ins...

Page 126: ...lisation Localisation Localisation Room 1 Room 2 Room 3 Room 4 Room 5 Perform the wiring according to one of the following circuit diagrams Observe the permissible cable diameters of the screw connect...

Page 127: ...type RU 2 Fasten the cover again with a screwdriver by tightening the four screws on the device cover Indicator bus Detection unit device base Additional housing or relay module to the next remote di...

Page 128: ...ard is an exception NOTE All network modules are allocated the same IP address by the manufacturer Ensure that the standard IP address 192 168 1 5 has not been allocated in the network as this can oth...

Page 129: ...MAN3186 TITANUS MICRO SENS 129 Image 82 Inserting the network module into the additional housing To install the network module proceed as follows Loosen the four screws on the additional housing...

Page 130: ...bases and cable ties are supplied with the additional housing Open the required pre stamped cable glands max 8x M20 and 6x M25 in the additional housing Use a screwdriver if required Attach cable entr...

Page 131: ...1 5 mm2 through the prepared cable entries The cable s are secured by the mounting base s and cable tie s Connect the network module as indicated in the following connection diagram Make sure to fast...

Page 132: ...isplay A maximum of two remote displays can be connected to the device Image 85 Remote display To connect the remote display proceed as follows Loosen the four screws on the housing cover Feed the fir...

Page 133: ...TANUS MICRO SENS 133 Indicator bus Detection unit device base Remote display housing Next remote display housing Perform wiring according to the following circuit diagram Image 86 Connecting the remot...

Page 134: ...the same information as the TITANUS MICRO SENS must be ordered and installed 6 10 Connecting and addressing the response indicator Response indicator A Response indicator B Response indicator C Respo...

Page 135: ...ICRO SENS 135 Indicator bus Detection unit device base Response indicator housing Next response indicator housing Perform wiring according to the following circuit diagram Image 89 Connection of the r...

Page 136: ...anent light Response indicator A Response indicator B Response indicator C Response indicator D Response indicator E Permanent or flashing light Image 90 Example of addressing the response indicators...

Page 137: ...s of the circuit boards without an anti static set NOTE 6 11 Inserting the detection unit in the device base Image 92 Inserting the detection unit To insert the detection unit proceed as follows Inser...

Page 138: ...system The following pipes aspiration hoses as well as the related fittings are to be used to configure the pipe system Outside diameter Inside diameter ABS Inside diameter UPVC Aspiration pipe 25 mm...

Page 139: ...0 08 mm m C ABS 0 101 mm m C For example a temperature change of 10 C on an ABS pipe with a length of 10 m causes a length change of 10 1 mm Image 93 Pipe clip type NG 23 For the first clip in the pip...

Page 140: ...ints for fixing the pipe Position 1 first engaging Locks the pipe allowing length extension used in deep freeze applications Position 2 second engaging Fixes the pipe and does not allow pipe extension...

Page 141: ...ning guidelines see section Project planning Minimise the pipe lengths and changes of direction Angles have extremely high flow resistance Therefore they are only to be used where they cannot be avoid...

Page 142: ...s with end caps After completing the pipe system check for the following Leaks e g due to damage Incorrect connections Correct aspiration aperture project planning Risk of injury due to flammable liqu...

Page 143: ...14 Installation of the aspiration pipe Image 96 Installation of the aspiration pipe 1 TITANUS MICRO SENS 2 Direction of flow 3 Aspiration pipe Insert the aspiration pipe into the pipe connection prov...

Page 144: ...vings from the cut edges Remove dirt and grease from the bonding surfaces using Tangit cleaner Glue the aspiration hose transitions so they are airtight with the respective fittings using Tangit glue...

Page 145: ...the position and size of the aspiration apertures in the pipe system according to the project specifications and taking the project planning guidelines into account see chapter Project planning Use a...

Page 146: ...elect the size of the aspiration reducing film sheet according to the project planning guidelines Adhere the aspiration reducing film sheet to the centre of the drill hole Secure the aspiration reduci...

Page 147: ...clips Use aspiration reducing clips for refrigerated areas and when using air purge systems For all other applications use aspiration reducing film sheets Drill a hole with a 10 mm drill at right angl...

Page 148: ...MAN3186 TITANUS MICRO SENS 148 Fasten the aspiration reducer clip centrally over the drill hole The diameter of the opening in the aspiration reducing film sheet must not be changed...

Page 149: ...length of the aspiration hose per ceiling feed through is limited to a maximum of 1 m 6 18 1 Mounting ceiling feed through for suspended ceilings Image 99 Overview of ceiling feed throught components...

Page 150: ...ling feed through Before gluing remove dirt and grease from the bonding surfaces with Tangit cleaner Glue the hose connection with the respective T piece to the aspiration pipe using Tangit glue Drill...

Page 151: ...tion reducing film sheets are upstream in T pieces pipe hoods NOTE 6 18 2 Installation of the ceiling feed through for special applications Image 100 Ceiling feed throught with upstream aspiration red...

Page 152: ...se connection with the respective T piece to the aspiration pipe using Tangit glue Drill a 12 mm hole in the suspended ceiling for each ceiling feed through Determine the required length for the aspir...

Page 153: ...chapter Project planning with forced air flow 6 19 1 Detection of supply and exhaust air openings If air is sampled in forced air flows e g by means of ventilation or air conditioning systems the aspi...

Page 154: ...planning and Project planning for forced air flow Image 102 Positioning the air return using the air conditioning duct bypass as an example 1 Air conditioning duct 2 Air flow 3 Aspiration apertures 4...

Page 155: ...ameter max 4 mm Head diameter 5 7 mm Insert the aspiration pipe in the provided pipe connection of the bottom part of the housing Please note that the aspiration pipe must not be glued together with t...

Page 156: ...e size of the suitable installation material screws plugs Tighten the four screws by hand It must be ensured that the device is installed mechanically stress free In case of strong temperature fluctua...

Page 157: ...screw connections on the filter ends To achieve the appropriate wall distance 45 angles must be installed In front of and after the mounting position the pipe system must be fastened with clamps Glue...

Page 158: ...hen using special filter and air filter in combination the air filter must be installed downstream of the special filter viewed from the TITANUS MICRO SENS Image 107 Installing air filter and special...

Page 159: ...ided for this purpose A secure hold is achieved because the air return pipe fits precisely into the pipe connection Fasten the aspiration pipe for air return firmly in front of the TITANUS MICRO SENS...

Page 160: ...ration pipe in the provided pipe connection of the bottom part of the housing Please note that the aspiration pipe must not be glued together with the pipe connection for service purposes or for the r...

Page 161: ...of the suitable installation material screws plugs Tighten the four screws by hand It must be ensured that the device is installed mechanically stress free In case of strong temperature fluctuation f...

Page 162: ...ystem with compressed air or to close off the pipe system and simulate a blocked pipe 6 23 1 3 way ball valve ABS PVC Image 112 Installing a 3 way ball valve made of ABS PVC open closed 1 Compressed a...

Page 163: ...ball valve use the three union nuts Observe the assignment of connections see diagram during assembly Install the pipe system on connection C Install the TITANUS MICRO SENS on connection A or B Instal...

Page 164: ...closed 1 Compressed air connection 2 3 way ball valve 3 Pipe system 4 Air filter optional 5 Device Switching is done between fire detection 0 position and purging 180 position To install or remove th...

Page 165: ...MAN3186 TITANUS MICRO SENS 165 Install the TITANUS MICRO SENS on connection A or B Install the compressed air supply on the remaining connection A or B...

Page 166: ...6 24 Installation of the condensate separator The condensate separators are used to collect and drain precipitated water vapour and condensate from the pipe system 6 24 1 Condensate separator type KA...

Page 167: ...r type KA DN 25 Install the condensate separator at the lowest point of the pipe system and upstream of the air filter optional and the TITANUS MICRO SENS Prepare the pipe system with two 45 angles ea...

Page 168: ...nstallation of test adapter A test adapter must be installed upstream of the air inlet of a TITANUS MICRO SENS The test adapter must always be closed in normal operation and is only opened for mainten...

Page 169: ...IP 7 Commissioning You will find information about commissioning in this section 7 1 Commissioning the detection unit Check the pipe system for completeness and functionality Check the device base for...

Page 170: ...f calibration against the test record Insert the detection unit into the device base Pay attention to the mechanical coding which prevents the TITANUS MICRO SENS from being twisted Air flow calibratio...

Page 171: ...ENS from being twisted When using the diagnostic software on the service PC for the first time install the software see chapter Installing the diagnostic software Before connecting the diagnostic inte...

Page 172: ...c tool to transfer and read out device data 1 TITANUS MICRO SENS 2 Bracket 3 Diagnostic interface in case 4 Case 5 Connection cable 6 CD ROM A Infrared interface The diagnostic software must be instal...

Page 173: ...diagnostic tool case or using a file from the Intranet download section of the WAGNER Group GmbH Make sure that you have admin rights on the service PC In the Driver or DiagInterfaceDriver subfolder...

Page 174: ...O SENS is detected and the diagnostic software goes to the following screen via the current unit number Image 121 States of the detected unit If necessary select the correct COM interface To do this g...

Page 175: ...O SENS 175 7 2 Making settings using the diagnostic software All settings are made via the diagnostic software In the Settings menu the currently set values of the TITANUS MICRO SENS are displayed Ima...

Page 176: ...values Image 124 Making settings 7 2 1 Selecting the sensitivity MA Detection unit Sensitivity light obscuration m Default setting light obscuration m Setting levels light obscuration m DM TMx xx 10...

Page 177: ...to run The signal is only forwarded when the delay period comes to an end if the smoke level persists This means that a false alarm can be prevented in case of short term loads e g dust Detection uni...

Page 178: ...x xx 50 x 30 s 60 min 100 1 Table 54 Fault warning delay 7 2 5 Setting the pre alarm threshold optional Changing the pre alarm threshold for the option Main alarm after ROOM IDENT is possible as a per...

Page 179: ...ed see chapter Activating or deactivating main alarm after ROOM IDENT optional Otherwise there is no localisation of the fire site Detection unit ROOM IDENT activated Default setting DM TMx xx 10 x of...

Page 180: ...ting DM TMx xx 10 x off on off DM TMx xx 50 x off on off Table 60 Main alarm after ROOM IDENT 7 2 11 Setting the height above sea level The altitude value corresponds to the height of the TITANUS MICR...

Page 181: ...etting levels V DM TMx xx 10 x 9 13 5 9 0 1 DM TMx xx 50 x 9 13 5 9 0 1 Table 61 Fan voltage 7 3 Calibration of air flow sensor Air flow initialisation of the TITANUS MICRO SENS is successfully comple...

Page 182: ...hapter Annex 7 3 1 Air pressure independent calibration The air pressure independent adjustment of the TITANUS MICRO SENS is carried out completely automatically each time the detection unit is insert...

Page 183: ...electronic GmbH is required for this type of calibration In the Settings tab press the lower button Set to be able to adjust the values Image 125 Diagnostic software button Create under Settings Deter...

Page 184: ...e Make sure that the air flow is not affected during the initialisation phase Image 126 Diagnostic software button Initialize under Settings Make sure that the operating LED on the unit is flashing Ma...

Page 185: ...e unit Make sure that the alarm LED is flashing during the set delay time Make sure that the alarm LED is permanently illuminated after the set delay time has elapsed If this is not the case check whe...

Page 186: ...ftware and service PC Blockage Check the detection of a blockage Block the aspiration apertures with adhesive tape Check that the fault LED on the unit goes from flashing to permanent light and that t...

Page 187: ...with digital fine pressure gauge type GDH 01 AN A limited function test is also possible without a digital fine pressure gauge 7 6 1 Preparing for the function test Make sure that the TITANUS MICRO S...

Page 188: ...measurement hose 7 Adapter 8 Digital fine pressure gauge example Connect the pressure measurement hose of the test pipe to the adapter connection B When performing a limited function check without a d...

Page 189: ...MAN3186 TITANUS MICRO SENS 189 On the Settings tab change the following settings Image 128 Settings for function test top...

Page 190: ...he function test Save the settings of the TITANUS MICRO SENS via the device log text file or make note of the settings Close all the test pipe aspiration apertures with adhesive tape Make sure that th...

Page 191: ...ENS 191 Make sure that the device reports the following faults within 30 s Detector module fault Air flow too low static evaluation Image 130 Tab Fault messages Open the 4 6 and 4 2 mm aspiration aper...

Page 192: ...t LEDs have gone out Initialisation is complete Close the 4 2 mm aspiration aperture on the test pipe with adhesive tape Make sure that the fault LED begins to flash after approx 5 s Make sure that th...

Page 193: ...lit up permanently after approx 35 s Make sure that the device reports the fault Air flow too high static evaluation Make sure that the air flow value is approx 85 Close the 7 0 mm aspiration aperture...

Page 194: ...ire site ROOM IDENT is put into operation using the diagnostic software Commissioning of ROOM IDENT does not differ for the ROOM IDENT and Fire alarm after ROOM IDENT functions Press the Train button...

Page 195: ...ved in the TITANUS MICRO SENS and used for every localisation procedure If the voltage of the purge fan is set too low the purge time may not be sufficient to purge the pipe system This can cause a fa...

Page 196: ...ing to the following table intermediate values next higher value Add 1 s to the respective purge time for each pipe bend or elbow Pipe length m Purge time s 10 80 15 97 20 113 25 130 30 147 35 163 40...

Page 197: ...spiration fan must be selected in such a way that a running time difference of min 2 s is maintained between two aspiration apertures located in succession during fire site localisation As the air flo...

Page 198: ...sure that the smoke is available at the aspiration aperture for another 10 to 15 s after the pre selection time has elapsed Use the smoke level indicator to check that there is no smoke in the aspirat...

Page 199: ...cator The alarm site indicator of the selected aspiration aperture turns green and the determined time is entered The teach in mode for the selected aspiration aperture is now complete Repeat the proc...

Page 200: ...S MICRO SENS 200 7 8 Commissioning response indicators The response indicators are commissioned using diagnostic software Press the Testing button to be able to select a response indicator Image 135 T...

Page 201: ...ab ROOM IDENT response indicators Check that the correct response indicator is flashing or illuminated at the installation location Repeat the process for all other aspiration apertures Before exiting...

Page 202: ...sion Checking the detection unit and alarm signal transmission Checking the pipe system Pipe system check Checking the air flow calibration Checking the air flow sensor calibration Testing ROOM IDENT...

Page 203: ...der the Fault messages tab of the diagnostic software Image 137 Tab Fault messages detection unit Visually check the detection unit for dirt or damage on the outside and replace the unit if necessary...

Page 204: ...apertures of the pipe system for blockage in monitoring areas where dust particles or icing are possible If the aspiration apertures are blocked the pipe system must be purged see chapter Purging the...

Page 205: ...Compressed air connection 2 3 way ball valve 3 Pipe system 4 Air filter optional 5 TITANUS MICRO SENS Make sure that a compressed air supply is available at the 3 way ball valve Move the lever of the...

Page 206: ...onnected from the pipe system and the compressed air supply Wait approx 20 s The dust and dirt stirred up in the pipe system settles and thus cannot be drawn in via the TITANUS MICRO SENS Move the lev...

Page 207: ...1 Compressed air connection 2 3 way ball valve 3 Pipe system 4 Air filter optional 5 Device Make sure that a compressed air supply is available at the 3 way ball valve Move the lever of the ball valve...

Page 208: ...o the 0 setting within 10 s Make sure that the purged pipe system is connected to the TITANUS MICRO SENS again 8 5 Replacing the detection unit Image 140 Replacing the detection unit Unfasten the four...

Page 209: ...carry out another air pressure dependent calibration using the diagnostic software after replacing the detection unit Make sure that the air flow is not affected during the initialisation phase Make s...

Page 210: ...ment 3 Filter element Unfasten the four cover screws of the detection unit using a screwdriver Lift the detection unit out of the device base Pull both air filter brackets out of the device base Remov...

Page 211: ...ng cover Remove the filter elements Visually check the filter elements for dirt and replace them if necessary The filter elements can be cleaned if the dirt level is low Carefully clean off any dust d...

Page 212: ...ew connections 4 TITANUS MICRO SENS 5 Screw in plugs 6 Filter element 7 Filter housing Loosen the two PVC transition screw connections on the special filter Remove the special filter from the pipe sys...

Page 213: ...as the actual and target values The limits correspond to the preset air flow range The current air flow value may deviate from the target value not only due to a fault in the pipe system breakage or b...

Page 214: ...pters Commissioning and Checking the air flow monitoring and fault signal transmission Restore the original configuration of the pipe network if it has been changed during troubleshooting Make sure th...

Page 215: ...MAN3186 TITANUS MICRO SENS 215 8 10 Checking ROOM IDENT and response indicators Open the ROOM IDENT tab in the diagnostic software Press the Testing button Image 144 ROOM IDENT tab...

Page 216: ...e Make sure that the Measuring active and Test mode active buttons are illuminated Go to the corresponding aspiration aperture quickly Supply test smoke to the aspiration aperture before the selected...

Page 217: ...ng the air flow monitoring and fault signal transmission A breakage or blockage of the pipe system is displayed in the diagnostic software under the Fault messages tab on the outside of the TITANUS MI...

Page 218: ...nt Alarm location display LED to indicate the localised fire site on the device for a maximum of five separate monitoring areas A E See also Fire site localisation Alarm state Condition of a fire alar...

Page 219: ...fire alarm system Dual detection dependency Measure for the verification of alarm statuses The fire alarm is only triggered after the response of two detectors or multiple response of one detector Wi...

Page 220: ...RD Comprehensive air flow monitoring package that reliably detects faults such as breakage or blockage of aspiration apertures Plug and play Function that enables the aspirating smoke detector to be e...

Page 221: ...is reached Single hole monitoring Detection of changes in the diameter e g blockage of every single aspiration aperture Smoke aerosol See Aerosol Standby current Current on the detection line in the...

Page 222: ...MAN3186 TITANUS MICRO SENS 222 Appendix See also Project planning tables with air filters 234 Test record 239...

Page 223: ...C 1 4 B B C C C C 1 5 B B C C C C 1 6 B C C C C C 1 7 B C C C C 1 8 B C C C C 1 9 B C C C C 2 B C C C Number of aspiration apertures Pipe shape Fan voltage V 1 2 3 4 5 6 7 8 without pipe accessories...

Page 224: ...C C C C C 1 2 B B C C C C 1 3 B C C C C C 1 4 B C C C C 1 5 B C C C C 1 6 B C C C C 1 7 B C C C 1 8 B C C C 1 9 B C C C 2 B C C C Number of aspiration apertures Pipe shape Fan voltage V 1 2 3 4 5 6 7...

Page 225: ...B B C C C C C 1 2 B B C C C C 1 3 B C C C C C 1 4 B C C C C 1 5 B C C C C 1 6 B C C C 1 7 B C C C 1 8 B C C C 1 9 B C C C 2 B C C Number of aspiration apertures Pipe shape Fan voltage V 1 2 3 4 5 6 7...

Page 226: ...C C 1 1 B C C C C C 1 2 B C C C C 1 3 B C C C C 1 4 B C C C 1 5 B C C C 1 6 B C C C 1 7 B C C 1 8 B C C 1 9 B C C 2 B C C Number of aspiration apertures Pipe shape Fan voltage V 1 2 3 4 5 6 7 8 withou...

Page 227: ...0 6 C C 0 7 C 0 8 C 0 9 C 1 C 1 1 C 1 2 C 1 3 C 1 4 1 5 1 6 1 7 1 8 1 9 2 Number of aspiration apertures Pipe shape Fan voltage V 1 2 3 4 5 6 7 8 without additional accessories p e r m i s s i b l e t...

Page 228: ...rops off after delay time Signal transmission to fire detection control panel Cause rectified LED off Relay picks up after threshold is undershot Cause rectified LED saved Relay remains dropped for mi...

Page 229: ......

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