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Cirrus Pro Installation

1. WEFA 321 SERAL NUMBER gy Cirrus Main PCB POWER INPUT 5 gone i Ground Point S dc power F input PowerFault wired to for no fault Fault level at lt 2 5V 93 520 20 Issue 3 3 Page 15 of 60 CirrusPro Engineer s Manual 3 0 Commissioning Before starting to commission any unit it is necessary to verify that all the external wiring and pipe work has been fitted correctly and that the pipe work matches the pipe calculation results The commissioning process is carried out using a PC Most commissioning actions can be carried out with a display panel DP when fitted 3 1 Pre Commissioning 3 1 1 Information Required for Commissioning 1 Details from the contractor should provide information relating to the input and output requirements of the unit or units This information is necessary for the correct operation and settings of each detector 2 Acopy of the pipe calculation results to set the Air Flow and to confirm the transport times 3 1 2 Fitting the Equipment The CirrusPro 100 and 200 are dispatched with the vacuum pump packaged separately This must be fitted prior to the power being connected It is fitted in the lower left hand si
2. E 93 520 20 Issue 3 3 Page 17 of 60 CirrusPro Engineer s Manual 3 2 3 Running CirrusPro Software Having checked that all the connections are correct both pipe work and wiring the system can now be commissioned 1 Apply power to the detector unit The PC can be powered when this occurs but it is usually better that the CirrusPro Software is not running 2 The unit will commence a power up sequence Tunes the pump to find most efficient frequency Checks that the pump can produce the required vacuum Puts the chamber under pressure and checks vacuum retention Starts the blower Checks for water to determine if a water fill is needed Checks that the stored settings match the actual settings Sets the LED current 3 Double click the CirrusPro Icon to start the program This will display the screen as shown below Searching for connected units ES Help Create virtual node Continue unit search E COMTE CO CoOm4 Coma Set the com port Every unit leaves the factory set to Network Number 255 This means that on a network all the units will try to communicate at the same time This is why the RS485 connections need to be disconnected at this time When programmed the connected units are found and listed as below showing all the connected CirrusPro Units and their Network Number Unit search inactive 224 Unit 00000083 255 CirrusPro By default the id
3. If the pipe work is very short the blower speed can be reduced to achieve these values however the transit times of the particles must always be checked See Section 3 2 15 Transport Time 3 2 10 Learn Environment Not available SS 93 520 20 Issue 3 3 Page 21 of 60 CirrusPro Engineer s Manual Sensitivity Settings MM Sensitivity settings Start time 4 Start time E Start time C Fire 3 Gain ls Alarm Fire Cain ls Alarm 00 01 00 01 00 01 00 02 00 03 Copy 00 01 00 02 00 03 Copy 00 01 00 02 00 03 Copy 00 02 00 03 Copy 00 02 00 03 Copy Fire 1 i 00 01 00 02 00 03 Copy Gain E Alarm a sos 00 01 LLELLL LUULEE LEELEE Elle 00 03 LE 00 02 Copy ho H T 1 Eb 4 Use TimeZoneing Prealarm Use BAlgo Tec Paar E Alarm a 203 Latch level The display shows the default Gain and Alarm Thresholds values o Fipe E Pipe 1 is shown changed by selecting the pull down menu If the unit is a non scanning version then the Pipe dialog box will appear grey Select the box to change any of the Gain or Threshold values within limits of two rules 1 Starting from Pre Alarm no gain setting can be higher than any previous value 2 With scanning units 200DSC 200DSC and Pro X4 the gain difference between pipes cannot be greater than 3 Gain is set in the range 1 to 10 10 being the most sensitive Thresholds can be set from 20 to 90 The Algo Tec s
4. Fe Cc When the unit detects the particles at Alarm levels the buzzer sounds a fast pip and the timer stops The buzzer continues until the particles have cleared or Silence is pressed on the unit The test is complete when the particle level is returned below the alarm thresholds The timeout delay will start again until all the points have been tested The times recorded should correspond to the value given on the pipe calculation If they do not check the pipe work and possibly the design The unit should now be assessed for Transport Time Fire Sensitivity and performance compared with that predicted by the pipe flow calculation The operation of all outputs and inputs should be verified When all the tests on a pipe have been completed the last line will show Transport time test complete 93 520 20 Issue 3 3 Page 26 of 60 CirrusPro Engineer s Manual 3 2 16 Print This option will print the current set up to the PC printer selected The standard Windows printer selection form is displayed 3 2 17 Set Security Code Set User Code M Set access level E The default High Security Code is 123456 and User code is 112233 These can be changed by entering the number in the box Enter access level code The User level security code stops unauthorised access to some of the menus These numbers must be noted otherwise access to features will be denied Security Code User Code IS G 3 2 18 Site Info
5. grounding the network Connect this to the ground of the Cirrus Pro Avoid connecting the reference conductor to more than one earth ground point This helps to ensure that signals are correctly interpreted and is sometimes referred to as three wire RS 485 The ground of the transmitting device should thus be at the same level as the ground of the receiving device helping to ensure that the receiver correctly sees the data levels When installing RS 485 networks especially within electrically active areas ensure common ground reference between network points 93 520 20 Issue 3 3 Page 14 of 60 CirrusPro Engineer s Manual Double stacked Terminals for general connection Fault OP1 OP2 OP3 OP4 Changeover contacts All Rated 0 3 A at 125 VAC 1 A at 30V DC Auxiliary VS supply 27V Current limited to 300mA PTC protected IP1 IP2 IP3 IP4 Programmable Inputs 4 monitored inputs for Isolate Silence reset and Sensitivity Change feature Open circuit voltage 16V Max applied voltage 30V Max closed circuit resistance 1500 Ohms Zero Volt connections om dedo ojeom n c amalia OP EN ov or pr N o comjn c w ojcom n c SAA 192 P3 Pa O Screen ideally grounded at a single point sted Pair In Pair In 3
6. 11 22 x 8 47 x 5 51 285mm x 215mm x 140mm 11 22 x 8 47 x 5 51 285mm x 215mm x 140mm 11 22 x 8 47 x 5 51 285mm x 215mm x 140mm 11 22 x 8 47 x 5 51 285mm x 215mm x 140mm 17 32 x 15 15 x 5 51 440mm x 385mm x 140mm 17 32 x 15 15 x 5 51 440mm x 385mm x 140mm The piping diagram for each system will be supplied by Protec Fire Detection Export or an authorized representative This diagram will indicate tubing size as well as approximate lengths to each sampling point 1 10 1 Minimum 5 Intermediate 10 High Note If Fire 3 is set to a Gain of 1 Fire 3 Alarm Level shall not exceed 25 2 _ ___z _ E 93 520 20 Issue 3 3 Page 10 of 60 CirrusPro Engineer s Manual 14 UL and ULC information Pro X4 The following information is required to ensure the units compliance with the UL listing for UL 268 amp CAN ULC S529 02 Detection Principle Maximum Intended Protected Area Maximum Coverage Per Sample Head or Point Number of Zones Maximum Number of Sampling Heads or Points Minimum Number of Sampling Heads or Points Alarm Thresholds Sampling Manifolds Zone Manifold Sampling System DT Transport Time Maximum Allowed 1 Zone System 2 Zone System 3 Zone System 4 Zone System Sampling System DT Transport Time Minimum Allowed Controls Indicators Power Requirements Conta
7. CIRRUS PRO ASPIRATING FIRE DETECTOR Engineers Manual Protec Fire Detection Export Ltd Protec House Churchill Way Nelson Lancashire BB9 6RT Telephone 44 0 1282 717171 Fax 44 0 1282 717273 NOTICE THESE INSTRUCTIONS DO NOT PURPORT TO COVER ALL DETAILS OR VARIATIONS IN EQUIPMENT NOR TO PROVIDE FOR EVERY POSSIBLE CONTINGENCY TO BE MET IN CONNECTION WITH THE INSTALLATION OPERATION OR MAINTENANCE OF CIRRUS PRO SYSTEMS SHOULD FURTHER INFORMATION BE DESIRED OR SHOULD PARTICULAR PROBLEMS ARISE WHICH ARE NOT COVERED SUFFICIENTLY FOR THE PURCHASERS PURPOSES THE MATTER SHOULD BE REFERRED TO PROTEC FIRE DETECTION EXPORT LTD INSTALLATION SHOULD BE PERFORMED BY AUTHORISED PERSONNEL WHO ARE TRAINED AND FAMILIAR WITH INSTALLATION PROCEDURES LIMITED WARRANTY Protec Fire Detection Export Ltd warrants the Aspirating Fire Detector described herein to be free from defects in material and factory workmanship and agrees to repair such instruments which under normal service disclose the defect to be the fault of Protec Fire Detection Export Ltd manufacturing Protec Fire Detection Export Ltd s obligation under this Warranty relates to the original purchaser and is limited to the return of the purchase price or at Protec Fire Detection Export Ltd s sole discretion to the repair or replacement of the detector or any of its parts which in our opinion and upon examination prove to be defective For this Warranty to be in
8. F Fh ne ae bl E iy e rh A a EF pm rm o ot Ln a A iT u Ly eH Phot ot e m m o E ri E n 2 H ct returns to showing all events SS 93 520 20 Issue 3 3 Page 38 of 60 CirrusPro Engineer s Manual 3 4 10 Sensitivity Settings Use Select Sel to highlight the section to be edited and and to increase or decrease its value With scanning versions it is possible to change the pipe number and therefore edit the sensitivity for all pipes If the TimeZone option was checked under the Options menu then the display will also show the time zones These can be altered in the same way by moving around the display with the Select keys and altering the start times and the pipe that the time is relevant for After a sensitivity change the unit will save the parameters before returning to the main options menu sensitivity settings sensitivity settings Won time zoned Time zoned Preidlarm Gain 7 EVE 305 Predlarm Gain 5 Fire 1 Gain 7 pre Fire 1 Gain 5 si S Gain 7 EVE 5 Fire 2 Gain 5 Bases Gain 7 Pe ans Fire 3 Gain 5 Pipe 1 Lay Sun Tine cone 1 Start time 00 01 Fipe Accept Exit TE Accept This data is changed in the same way refer to PC Commissioning for more information Pressing Accept immediately sends the new settings to the unit which then carries out a full reset 3 4 11 I O settings Use Select Sel to highlight the section to be edited and and
9. Pipe 4 Accepted 38 4 Curent 40 42 Difference Tolerance Sir temperature Pipe 1 4 Deg C B2 Pipe 2 8 Deg C Ar Pipe 3 4 Deg C 61 Pipe 4 9 Deg C A3 Ambient Temp N A Average time between fills is 12 days This lists the current values for various readings within the unit If any measurements are close to unacceptable limits corrective action should then be taken See Section 6 for a list of faults and corrective actions Operating the Commissioned button saves this data in the Site Information memory 44 Service Operations As well as confirming the status of the Cirrus Pro unit as shown in the sections above the following Servicing actions must be carried out Clean the airflow board in the manifold Replace the chamber filters Fill fluid bottle using the correct fluid Check all pipes connections oo 93 520 20 Issue 3 3 Page 48 of 60 CirrusPro Engineer s Manual 4 4 1 Cleaning the Airflow Board The airflow board is found in the flow path in the manifold of all models In order to clean the airflow sensors it is necessary to release the manifold and drop it away from the sampling pipe There are two or four screws holding the manifold in place depending on the model Remove the power to the system and then remove the screws Aer Key Recessed Mounting Screw Air flow board Diagram Showing The Three Types of Manifold Mountings The airflow measuring thermistors can
10. VACUUM PIPE WATER PIPE PRESSURE MONITOR PURGE PIPE PURGE FILTER WATER LEVEL THERMISTOR The CirrusPro Cloud Chamber The diagram above shows the physical details of the CirrusPro Cloud Chamber for reference throughout this manual IMM 93 520 20 Issue 3 3 Page 6 of 60 CirrusPro Engineer s Manual CirrusPro 200DSC As CirrusPro 200D but with four scanned sampling pipe inlet ports CirrusPro 200 no display 200D and 200DSC with larger blower for longer pipe runs CirrusPro X4 As CirrusPro 200DSC with up to 40 sampling heads not suitable for 25mm diameter sampling pipe CirrusPro RDP Remote Display Panel Multifunction Quarter VGA back lit LCD and controls T 93 520 20 Issue 3 3 Page 7 of 60 CirrusPro Engineer s Manual 1 2 Factory defaults For Reference Detectors as supplied or after restoring to factory defaults have the following settings If the node text is invalid it is set to CirrusPRO The node number options and number of pipes aren t changed High Security Codes set to 123456 Low Security Codes set to 112233 All pipes are set to latch at pre alarm Airspeed is set to 100 Airflow error level is set to 20 Alarm text is set to Pre alarm Fire 1 Fire 2 Fire 3 Pipe text is set to Pipe 1 Pipe 2 Pipe 3 Pipe 4 External inputs are all set to unused Relay outputs are set to Pre alarm Fire 1 Fire 2 Fire 3 Output delays are 0 All gain
11. to increase decrease or change the value A Settings Input Fault N U 4 Unused N U 3 Unused N D 4 Unused N U Outputs pipe 1 l Prealarm W O0 2 Fire E N D 3 Fire 2 Fire 3 Accept Inputs The CirrusPro has connections for four inputs Each of these can be monitored as Normally Open default or Normally Closed Normally Closed is selected by highlighting the N O and pressing or 93 520 20 Issue 3 3 Page 39 of 60 CirrusPro Engineer s Manual Inputs are be configured as one of the following Unused The input is ignored Isolate Alarm relays are Isolated Reset Reset the sensor from any latched state Disable Shut down the CirrusPro Fault External Fault input that indicates as External Fault Gain set Uses all 4 inputs to set the gain of the unit Battery Fault External Fault input that indicates as Battery Fault Mains Fault External Fault input that indicates as Mains Fault S R Disable The Silence and Reset keys are disabled Outputs Four outputs are available within each unit On scanning systems there is a set of 4 per pipe These are non monitored volt free contacts The pipe number can be selected on a scanning system The outputs will switch at the required alarm level By default Output 1 to 4 are set to Pre Fire Alarm1 Alarm2 and Alarm3 respectively By entering a Delay value greater than zero the output is delayed once the level has been reached for the speci
12. 21 days since the last fill and everything has been checked check if the environment is too cold or humid 9 Airflow Fault The unit has detected an out of range airflow or an out of range airflow has been saved to the unit Via the Commission menu enter the Accept air flow box to identify the airflow The airflow should be 15 85 If it isn t then either the pipework has changed or the airflow was not set correctly during commissioning too little settling time may have been allowed or a pipe has become detached or blocked If the airflow is too high gt 85 and the pipework is correct then reduce the airflow by dropping the output to the blower If the airflow is too low then either the blower is malfunctioning or the unit is out of specification for pipe work and more holes are required in the pipework to increase the airflow After remedial action has been taken transport time and fire testing should be carried out to confirm the operation of the transport system 10 Stack Overflow This is indicated if a problem has been detected with the micro controller program or the Read Only Memory ROM This is a serious failure and usually requires a replacement controller geartray assembly 11 Unit Isolated The units Alarm Relays have been isolated via a monitored input See Section 3 2 12 12 Low Supply Voltage The unit has detected that the power to unit is low less than approx 21 Volt Check the voltage levels at the unit and t
13. MM Clock calibrate If it is found that the unit clock is running fast or slow this can be used to correct the running of the clock By default the unit will be set to zero The range is 31 to 31 Each unit above zero adds 10 7 seconds per day Each unit below zero subtracts 5 35 seconds per day 3 2 20 Saving data to the Unit After commissioning the data must be saved to the unit Commission Data Servi Set detector network number Restore Factory defaults Get information From unit Send information to unit Open the Network option box and click Send information to unit After programming the unit will reset Are vou sure OK Cancel Click OK to send the data Progress bars will be displayed confirming the download Get Information from Unit reloads the settings that are stored on the unit This can be used to check that the data has been stored correctly or to return to the original settings before modification Restore Factory Defaults sets the unit back to the factory defaults detailed in Section 1 2 gt _ _ _EEEEEEEEEEEEEEERSRSERSRSESERSRSRSREEEEERREES 93 520 20 Issue 3 3 Page 29 of 60 CirrusPro Engineer s Manual 3 3 Handling Detector Unit Data The Network Menu 3 3 1 Saving Data Any changes in the set up of a unit must be downloaded to it this has to be done manually from the menu but is prompted when closing the connection where changes have not been saved Any atte
14. T A 45 42 sh 0 LOU ne ee ns Rone ee 46 A o et pe cgsedanwts E E tance E came ede 47 A E E ets oe cease aces A E E E Once eee 47 431 Clear Log rai decir 47 A 32 SONICO IOMA O eea aaa 48 Sarv e Operations airiran A as 48 4 41 Cleaning Me Aim lOw BO da e lee T ad e 49 4 4 2 Replacing the chamber filters coooooonccnnccccnncnncccnoncnnnnonancnnnnnnancnnnnonannnnnonnnnnnnnnonannnnnnonannnnnnss 50 AS ITA Water DO lets A ci 50 AAA Check Pip s ConneclonS sanra a a daa 50 AAS CONTA Opera E O E E E EE 50 NETWORKING santo a A aio coa 51 FAULT FINDING iria 53 FEI r E E E E E E 53 Indicating Fault Codes on the Detector Unit ooccccccoonncccccccoonncnnnononononnnonnonnnonononanonnnnnnnannnnnns 56 DETECTOR SPEGIPICATION uu 57 _ 22 ____ _z z _ __ _ ____ UEM 93 520 20 Issue 3 3 Page 5 of 60 CirrusPro Engineer s Manual 1 0 Introduction This manual details the methods employed to install commission and service the CirrusPro Series Aspirating Fire Detectors Background It is known that particles smaller than the wavelength of visible light occur spontaneously as a material is overheated and in numbers far above those present in a normal ambient environment CirrusPro Detectors utilise the Wilson Cloud Chamber principle to detect the sub micron particles that are generated at the incipient and all other stages of fire A filtered air sample is delivered to the detector via a centrifugal blower a portion o
15. and securely bonded to the earth The illustration on the following page shows the location and signal level details for the Cirrus Pro All connections to third party equipment must be installed to the relevant manufacturers instructions Cirrus Pro network must be wired according to the details given in Section 2 5 below 2 4 Insulation Testing of Cabling Prior to Connection Before connecting any external cables tests should be carried out using a 500V DC insulation tester Megger The insulation readings between each cable core and each cable core and ground must be greater than 10MQ voltage insulation tests are being performed on the cabling The cabling must be completely discharged prior to connection Equipment connected to the cabling during insulation tests will be damaged by the high voltages used invalidating any warranty The CirrusPro or associated devices must not be connected to any cables when high 2 5 RS485 Suggested Cabling Specifications Cable type Twisted pair conductors within a cable shield and jacket Conductor type Stranded cores within insulation Suggested Cable Beldon 8723 2 pair screened data cable 22 AWG or equivalent Maximum Total Length 1km RS 485 network drivers are designed to drive one twisted pair Network topologies such as the star or tree are not recommended by the standard Ground the Shield Screen Using the shield screen as a third conductor for reference is the preferred method of
16. are 1 and 2 respectively uuuh er l SSS 93 520 20 Issue 3 3 Page 32 of 60 CirrusPro Engineer s Manual Pressing SEL moves the highlighting to the next editable section and increment and decrement the values Node Number 128 is the default and can be set in the range 96 to 128 These numbers are for display units only 128 should be included and then the numbers should increment down from 128 The Connect Node is the number of the detector unit that the display is linked to Setting the Connect Node to 000 allows the display to cycle round detector units If an event occurs the display latches onto that detector unit until reset or cleared To assign the display permanently to a detector unit then use the detector network number 255 224 Note that Detector Unit Network numbers cannot be assigned from a display unit only from a PC The number of Displays and the number of Detectors are set up as required For example the default setting is for a single detector unit with an integral display and set up as 128 255 01 01 To exit this display press Exit This will then show all the found devices e g two devices below Note lt can take several minutes for all devices to be found To improve finding of units then powering down and powering up of all units will help Units found on network adds ELRRUS FEO x4 aad Down Up Select accepts the current highlighted device and the display unit request status and displays o
17. during fire and pre alarm events On opening this screen the display shows 0 Use and to increase or decrease the value and Select Sel to add another digit Use no more than 9 digits Note that the first digit cannot be 0 When the required code is displayed press Accept to immediately update the unit It is very important to log this code as it cannot be extracted from the unit Pressing Exit leaves this display without changing the code Select Yes or No Yes to clear the event log after which a confirmation message appears for a short time No to exit and return to the Main Options Menu SS 93 520 20 Issue 3 3 Page 41 of 60 CirrusPro Engineer s Manual Pump pressure 6 6ps TT supply LED Current Unit Temp Airflow SW Y1l Airflow Average time between fills is Acceptable Values Pump Pressure gt 5 7 psi Supply voltage 19V to 30V LED currentis 0 26mA to 5 67mA Airflow Refer to Pipe Calculation Average time between fills Usually 4 to 6 days depends on local conditions 3 4 17 Reset Unit By selecting this option the unit carries out a full reset This is not usually necessary unless the option is flashing indicating that changes have been made that need a reset to be fully implemented This is instantly applied with no opportunity to cancel the action SS 93 520 20 Issue 3 3 Page 42 of 60 CirrusPro Engineer s Manual 4 0 Servicing and Maintenance These sections first
18. during the power up sequence Refer to the Fault Finding in Section 5 Current faults Chamber LED Chamber vacuum Low supply Water fill fault 4 2 Data Menu Service Real time graph AlgoTech status Event log Historic graph 4 2 1 Real Time Graph MW Real time particle view Tine ste Shows the current Cirrus Pro signal levels for a 15 minute period for the selected pipe The data is built up from when the graph is openned and continues while connected to the PC for all pipes Particle levels and how close they are to the alarm levels can easily be monitored SS 93 520 20 Issue 3 3 Page 44 of 60 CirrusPro Engineer s Manual E O gules estamp v tart timestam A timestamp can be added to the gai poz E Real time particle view Pipe Timestamp 4 2 2 Algotech Status This shows the current values of the Algotech time averages and is only applicable when the Algotech option is switched on during the commissioning See Section 3 2 11 Algotech values are based on current levels during power on MM ileoTech status l l Recent changes are reflected in T1 to T3 otherwise the four values will be similar Fipe 1 1 T4 i is the current value Pipe 2 1 T2 and T3 are used to calculate Thist Pipe 3 1 f Thist is the Historic value the calculated background level average Pipe 4 11 Fire Levels are based on Current Leval against Thist 20 above Thist gt a Pre A
19. sample pipe manifold or cloud chamber and replace as necessary 21 Purge Blocked The unit has detected that the purge path is blocked This means that the unit is not purging the unit correctly Remove the purge pipe from the manifold if the fault clears the fault is in the manifold otherwise the cloud chamber or purge pipe is at fault Check the purge pipe manifold or cloud chamber and replace as necessary 22 Pipe Scan Disabled The Pipe Hold function that forces a scanning unit to sample from the selected pipe has been used Units left in this state will show the fault Pipe Scan Disabled See Section 3 2 8 to enable the pipe scan eeEeEeEeeEeeeeeeeeeeeEeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee LLL L _ _ _ _ __ _ _ 93 520 20 Issue 3 3 Page 55 of 60 CirrusPro Engineer s Manual 6 2 Indicating Fault Codes on the Detector Unit The CirrusPro can pulse the Fault LED to indicate fault code of current Faults or the last fault if there are no current Faults When the unit is in Fault press and hold the Silence button The Fault LED will illuminate for 5 seconds then pulse a number of times indicating the fault code When the code is complete the Fault LED will illuminate for 5 seconds The code will repeat or further fault codes will be indicated Faults are indicated in numeric order i e Code 3 before Code 4 etc LED switch on LE
20. settings are set to 5 All alarm levels are set to 30 50 70 amp 90 1 3 UL and ULC information Pro100 200 200 200D 200D 200DSC and 200DSC The following information is required to ensure the units compliance with the UL listing for UL 268 amp CAN ULC S529 02 Detection Principle Cloud Chamber Maximum Protected Area Pro 100 10 000 square feet 929 03 square meters Pro 200 20000 square feet 1858 06 square meters Pro 200 20000 square feet 1858 06 square meters Pro 200D 20000 square feet 1858 06 square meters Pro 200D 20000 square feet 1858 06 square meters Pro 200DSC 20000 square feet 1858 06 square meters Pro 200DSC 20000 square feet 1858 06 square meters IMM 93 520 20 Issue 3 3 Page 8 of 60 CirrusPro Engineer s Manual Maximum Coverage Per Sample Head or Point Number of Zones Pro 100 Pro 200 Pro 200 Pro 200D Pro 200D Pro 200DSC Pro 200DSC Maximum Number of Sampling Heads or Points Minimum Number of Sampling Heads or Points Alarm Thresholds Sampling System DT Transport Time Maximum Allowed Pro 100 Pro 200 Pro 200 Pro 200D Pro 200D Pro 200DSC Pro 200DSC Sampling System DT Transport Time Minimum Allowed Controls Indicators Power Requirements Contact Ratings Outputs 30 x 30 9 144m x 9 144m 1 Zone 1 Zone 1 Zone 1 Zone 1 Zone Field Programmable up to 4 Zones Field Programmable up to 4 Zones 100 2 pe
21. the top right hand corner when connected to a unit will return to this window Network Help Mer acta Open Saye IQODOE 3 Exit Select File and Save to open the windows Save As dialogue box Save in CirusPro o o c EE E Site 1 IND My Recent Documents E Desktop My Documents PE My Computer File name FIND v lt My Network Save as type IFD Network data v Cancel Places Help Enter a filename for the site commissioned and select Save The file extension will be IND At this point all data is uploaded from each detector unit on the network It can take a few minutes due to the amount of data being transferred This file should be returned to Protec for storage and future reference Similarly a file is opened from this menu for examination When a file has been saved or opened the software is no longer connected to the network indicated as Unit search inactive as shown Unit search inactive 254 Unit OOO000B 3 255 CirrusPro Reconnect to the network from the Network Menu Continue unit search Network Help Create virtual node Continue unit search COM Port d oo T 93 520 20 Issue 3 3 Page 31 of 60 CirrusPro Engineers Manual 3 4 Commissioning by Display The units can be commissioned using the internal or remote displays if connected Most of the PC functions are available from display units and are described in detail in the P
22. unit should be confirmed Also check that the outputs change over in accordance with the fire plan E 93 520 20 Issue 3 3 Page 50 of 60 CirrusPro Engineer s Manual 5 0 Networking The Cirrus Pro Network is based on Node Numbers in ranges allocated to specific devices The system allows 1 PC Unit Network Number 1 32 Detector Units Network Numbers 224 to 255 Default 255 32 Display Units Network Numbers 97 to 128 Default 128 Detector Remote 254 Display O i Refer to the example system below Detector Display Display Detector 128 a D 252 125 Detector q a 253 1 A Display Remote Display 124 126 The network will not function correctly until all the devices have been set up It is usual to Connect Node numbers to those housed in the same enclosure though not a necessity Detector 251 Setting Up Detector Nodes Because the devices are manufactured with the default node numbers it is necessary to set these up individually with a direct connection to a PC with the rest of network disconnected See section 3 2 After starting the CirrusPro PC software the unit will be found at Node 255 Select it and enter the high security when prompted 123456 default Data will then be uploaded Select the Network tab and set the network Node number as required See Section 3 2 5 The unit can then be reconnected to the network and the process repeated for all detector units Setting the
23. C commissioning sections The text at the bottom of the display corresponds to the push buttons below the display By holding down a button its function will auto repeat On powering up the display shows the display software version number for a short time then the Logo Menu The unit searches the network for detectors and displays the number found If during operation a detector is disconnected this indicated as shown Systen Normal Network Fault a Ea pe q a a Ute ae 7 F F _ a Temi al al a la F al t ll E ta d Y 4 7 d a lone i L i k 7 k L A i i A f f pm ae 1 i 1 1 al E hal E a y j i g T fae a 5 ee ee A Gi gt RRUS PRO 7 ha J r 1 PIRATIHO FIPE DETI 3 13 E ba l j j p ASF IF Ledo 1 TE E jala L Y pr a E j L Prez q s k 4 r i L yy k 7 k E a bd F k 1 7 E f ne a ho o a a 38 gt 1 detector on network l detector on network detector missing Mer 1 M E 1 J 3 4 1 Network setting display software V 1 10 Pressing Menu lists the units found on the network The Up and Down keys move between the units Units found ont network Mess CIRRUS PRO 4 224 Unit OOO000B3 Down Up Exil Select 0 1 2 WET for code entry i rk et From this Menu to enter the Network Setup menu enter the sequence 112020 using the buttons from the left where the far left button is 0 and Down and Up
24. D CirrusPro 200DSC 200DSC X4 These screen shots show no fault or fire conditions Rectify any faults in the Current Faults window found during the power up sequence Refer to the Fault Finding Section 6 Current faults Chamber LED lf communication has failed a CirrusPro error box is displayed showing Chamber vacuum Couldn t read security code This error indicates that the communications Low supply i Water fill fault connections need checking 3 2 5 The Network Number Clicking on Network on the toolbar displays the following list of items Commission Data Servi E Change detector number EN Set detector network number Enter new detector number 224 255 Restore Factory defaults Get information From unit Send information to unit sisi __ Now the network number should be set Numbers 224 to 255 are available 32 Units With no network this setting can be remain at 255 otherwise enter the required number CirrusPro Node number changed OK Detector Unit Network numbers cannot be assigned from a display unit only from a PC The unit is updated automatically All display units either built in or remote also require Network Numbers assigning This can only be done at the display unit See Section 3 4 93 520 20 Issue 3 3 Page 19 of 60 CirrusPro Engineer s Manual 3 2 6 The Commissioning Menu Clicking on Commission on the toolbar displays the following list of items C
25. D pulsed to LED switch Fault code for 5 seconds indicate fault on for 5 repeated code seconds Fault LED indicating one fault fault code 4 No water On LED switch on LED pulsed to LED switch Next Fault for 5 seconds indicate first on for 5 code fault code seconds displayed Fault LED indicating two fault codes fault codes 3 amp 4 First fault code repeated The sequence will repeat until the Silence Button is released oo T 93 520 20 Issue 3 3 Page 56 of 60 CirrusPro Engineer s Manual 7 0 Detector Specification Physical Data varies with model and are not given here Supply Voltage Humidity Temperature IP Rating Cable Access Cable Termination Pipe ID Alarm Indications Other Indications Sensitivity Range Sensitivity ranges Programmable Inputs Output Relays Auxiliary VS supply Power fault input Event Log Data Retention Sensitivity Settings AlgoTec Airflow Monitoring 19 27VDC UL 1481 Approved 10 95 RH non condensing 0 37 8 C IP30 20mm knock Screw terminal blocks 0 2 2 5mm2 30 12AWG 19 to 25mm preferred OD 25mm Pre alarm Fire 1 Fire 2 Fire 3 Supply Healthy General Fault 20 000 particles per cc to 3 million particles per cc 10 programmable 4 monitored inputs for Isolate Silence reset and Sensitivity Change feature Open circuit voltage 16V Max applied voltage 30V Max closed circuit resistance 1500 Ohm
26. E CirrusPro Site Info x Site Panel Detector type CimusPro 100 MN Information for pipe 1 lx ite _ Detector number ic Or oO nee ees 2222 o Pipe text Pipe Detector software AS Approx length M 122 Commissioned by ae See SHE bp On US wes HZ Soren Number of sample points 1 0 Phone Meter used TER Transport times site Mo as Quiescent current m A Test 1 66 Seconds Alarm current m A Test 2 58 Seconds AS Battery standby Hr Alarm time Ming B Batteries Read AH Ie Batteries installed AH LA Earthing OK p Close Selecting this option gets the data from the panel and displays the above Most fields will be blank apart from some data gathered during commissioning Pipe text software versions transport times which are written in as the option is selected Pipe information is entered after selecting the pipe button The transport times and number of points are set up from the Transport Time test In this case the test was stopped after 2 points Close automatically saves the data back to the unit This data is for information purposes only gt EEES 93 520 20 Issue 3 3 Page 27 of 60 CirrusPro Engineer s Manual 3 2 19 Options Options Buzzer Update Logo Demo Mode Stop Demo Mode a y Buzzer Update logo Demo mode Stop demo mode Hardware MOs Interface Clock calibrate w fone OIP board The Buzzer is functional
27. ONTHS by Protec Fire Detection Export Ltd or an authorised representative Check the Event Log to determine any abnormalities Refill the Water Bottle with distilled or de ionised water Check that all Tubing is properly connected with no kinks Check Inlet integrity Check dc supply voltage level Check Alarm and Gain levels are as per specification Check Vacuum level Check the Sampling System airflow readings Check Transport times at furthest Sampling point on each pipe Check the LED current Check and replace where necessary cloud chamber filters Caution Do not neglect regular filter changes Although a used filter may appear to pass the recommended flow the dust it has trapped can cause an increase in the retention of sub micron fire particles reducing system effectiveness 4 1 3 Annual Checks The following must be performed EVERY TWELVE MONTHS by Protec Fire Detection Export Ltd or an authorised representative e Carry out the three monthly checks as previously described e Inspect and clean if necessary the Flow Thermistors e Inspect and clean if necessary Cloud Chamber and Optics 93 520 20 Issue 3 3 Page 43 of 60 CirrusPro Engineer s Manual IS O Note that most of the following can be carried out from a Display Unit on the CirrusPro network See Section 3 4 See section 3 2 1 to 3 2 4 for initial set up of the PC connection and fault reporting Rectify any faults in the Current Faults window found
28. The internal program memory eeprom does not pass internal tests This could be due to an error during saving data Re commissioning the unit and saving the settings should clear this error If the error persists then replace the geartray assembly 3 Supply Fault The unit has detected that the fault output from the charger has activated It is necessary to look at the charger to determine the cause of the fault 4 No water The unit is out of water Check water supply and refill Force a fill by pressing the hardware reset button A fill will occur within 2 minutes Water should seen to be taken from the bottle lf water is not taken then the water fill path could be blocked or the valve has failed in which case replace the cloud chamber If water is present and the fault persists after unit has been reset see the Water Fill Fault Fault Code 8 5 Chamber Seal The chamber is tested for leaks during the power up tests This fault does not necessarily stop the unit functioning but it must be attended to before complete failure occurs Check LED Photodiode screws seal Tighten the six chamber screws slightly and check the thermistor seal If fault persists replace cloud chamber 6 Vacuum Fault The unit has detected that the vacuum is insufficient to form a cloud lt 5 7psi Check connections to the pump the pump operation and the pipe to sensor on the PCB and from the pump to the cloud chamber Restart the unit to let it re
29. be seen from the top of the manifold A small brush should be used to brush away any accumulated dust particles Refit the manifold and check the airflow See Section 3 2 9 Accept Airflow Save the new accepted values SE 93 520 20 Issue 3 3 Page 49 of 60 CirrusPro Engineers Manual 4 4 2 Replacing the chamber filters The two chamber filters are be found by removing the two large Allen Key plugs on the Cirrus Pro cloud chamber With the unit switched off remove the Allen key plugs and remove the filters Replace with new filters and refit the plugs do not over tighten Although a used filter may appear to pass the recommended flow the dust it has trapped can cause an increase in the retention of sub micron fire particles and therefore reduce system effectiveness With the plugs removed the Cirrus Pro is no longer sampling from the sampling pipes 4 4 3 Fill the Water Bottle The water bottle must be filled during every service visit Unscrew the bottle top and fill the bottle with the triple de ionised water take care not to contaminate the water pipe Refit the bottle top and reattach the bottle if necessary 4 4 4 Check Pipes Connections The above procedures can disturb the pipe connections Check all pipes connections before confirming system operation 4 4 5 Confirm Operation Using a particle source at the furthest sampling point confirm that each pipe works to the design specification the operation of the
30. calibrate itself if it can At this point the Chamber Seal fault may occur if so see Error 5 Change the pump if required gt _ _ __ _ Q gt gt z _ ___ ___ J gt gt gt _ 93 520 20 Issue 3 3 Page 53 of 60 CirrusPro Engineer s Manual 7 LED Fault The unit has detected that insufficient light is being received at the photodiode This probably means that the LED Photodiode or associated wiring has a fault The chamber LED lights when a sample is taken this can usually be seen illuminating through the mounting medium The LED current can be checked in the Service Menu on the PC or display unit fault levels at lt 257uA and gt 5 7mA If the current is high and the LED illuminates remove and clean the LED and Photodiode If the fault persists replace the photodiode first then if not successful replace the LED If the current is high and the LED does not illuminate the wiring or the LED is open circuit 8 Water Fill Fault The unit has detected that the water fill process has been unsuccessful or there has been no water fill for more than 21 days Check the thermistor The two way header to the thermistor has become detached The thermistor is faulty check the resistance of the thermistor approximately 8k at room temperature Replace the thermistor or cloud chamber if necessary If there is no problem with the thermistor the controller PCB should be changed If greater than
31. ct Ratings Outputs 93 520 20 Issue 3 3 Cloud Chamber 43 200 square feet 4013 square meters 4 zones total 10800 square feet 1003 25 square meters per zone 900 square feet 83 604 square meters per sampling head or point 30 x 30 9 144m x 9 144m Field Programmable up to 4 Zones 48 2 per Zone 4 per Zone Minimum 2 per zone Maximum 12 per zone 1 per Zone 120 Seconds 90 Seconds 75 Seconds 60 Seconds 6 Seconds Push Buttons Pre Alarm Fire 1 Fire 2 Fire 3 LED s Power and Fault LED s LCD display for Particle levels Alarm and Fault Text 21 27V dc Unit must be used with a UL 1481 Listed Power supply 1A at 30V dc 4 Alarm relays per zone Non monitored volt free contacts 1 Fault relay Non monitored volt free contact Audible alert RS232 serial computer Interface Page 11 of 60 CirrusPro Engineer s Manual Inputs Data Retention Water Requirements Unit Operating Temperature Relative Humidity Cabinet Air Sampling System Gain Settings Sensitivity Programmable Reset Disable Gain Isolate External Fault Mains Fail Battery Fault 200 events Event Log Historic Particle Graph Distilled replenished as required dependent upon environment Note Low ambient humidity lt 50 R H or high ambient temperature gt 30C conditions will increase the water usage 32 100 F 0 37 8 C ambient 0 95 non condensing ambient 17 32 x 15 15
32. d WARNING INSTALLATION AND MAINTENANCE SHOULD ONLY BE PERFORMED BY PROTEC FIRE DETECTION EXPORT LIMITED OR BY THEIR AUTHORISED DISTRIBUTOR REPRESENTATIVE FAMILIAR WITH THESE SYSTEMS 93 520 20 Issue 3 3 Page 2 of 60 CirrusPro Engineer s Manual First Issue Thus Windows v1 22 Detector v1 23 Display v1 06 1 Corrected Issue 1 to be for Detector Software v1 23 26 04 05 2 Updated to Detector Software v1 24 Windows v1 23 amp Display v1 09 1 06 05 1 Included Section1 3 UL info 2 Included section 1 4 UL information 3 Updated specification table 20 12 05 4 Updated to Detector Software v1 25 Windows v1 25 Display v1 10 1 Added 3 4 1 to add language options 13 02 06 1 References to bellows removed 2 11 12 1 Expanded Installation Section ECN 3366 21 5 13 93 520 20 Issue 3 3 Page 3 of 60 CirrusPro Engineer s Manual 1 0 INTRODUC TION iccioorira AAA 6 1 1 Models and Equipment COVE A a db 7 R2 FAO DEIS ie eae eee cate 8 1 3 UL and ULC information Pro100 200 200 200D 200D 200DSC and 200DSCv 8 1 4 Urana ULC IMOrmauon PO XA ico li clilbic 11 2 0 INSTALLA HON 200 13 21 Eg pmen EA CCOO oia 13 22 INSTanauon rrOCCUUTE nia A AA A A AA 13 2 3 General Cabling REQUIFEMENS cccssccccccssssseeeeccssasseeeccssaueeecessaueseeessaauaueeesssaaasesessaaaeneeessaas 14 2 4 Insulation Testing of Cabling Prior tO CONNECHI0ON oooccccccoconnconccononcnnno
33. de of the unit the pipe is connected from the cloud chamber and the power connector is fitted to the PCB Pump Pipe Vacuum Pump Power Connection Vacuum Pump see Chamber On all models it is necessary to fit the water bottle with the pipe attachment top and attach the water fill pipe The water bottle top has a twist on connector Mounting pads are provided to hold the boitle in place SE 93 520 20 Issue 3 3 Page 16 of 60 CirrusPro Engineer s Manual 3 2 Using the PC Interface 3 2 1 Equipment Required for Commissioning with a PC 1 PC running CirrusPro Windows Software 2 RS232 cable with Gender Changer as required 9 Pin D type female to female wired 1 to 1 See illustration below 3 Fully connected CirrusPro unit or units 3 2 2 Connecting to the PC The CirrusPro Windows Software must be loaded onto the PC The program can be loaded anywhere on the PC but it is usually more convenient if it is on the desktop or if there is a shortcut on the desktop to it Connect the PC to the CirrusPro Unit using the RS232 cable For the purposes of commissioning ensure that any RS485 connection is unplugged or removed RS485 Connector RS232 Cable CirrusPro Control PCB Both ends need to be nine Pin Female D Type connectors and the lead must be wired 1 to 1 This type of lead is not easily obtained so a gender changer is usually required at one end 9 Pin Female 9 Pin Male Gender Changer
34. e set up to latch at any one of the alarm levels This means that once the selected level has been reached it requires manual intervention to reset the unit The default is Latch at pre alarm Any levels attained above the latch level will be retained until reset Pipe 1 Latch at pre alarm Pipe 2 Latch at pre alarm v Pine 3 Latch at fire 3 BEY Latch at fire 2 Pipe 4 Latch at fire 1 Latch at ore alarm 3 2 12 I O Settings W Input Output settings Input settings Input 1 Isolate Normaly closed Input 2 Reset Normaly closed Input 3 Disable Hormaly closed Output settings f Pipe 1 Pipe 2 C Pipe 3 C Pipe 4 Output 1 Prealam Delay 30 Output 2 Fire 1 Delay 0 Sec Sec Mormaly closed Normal closed Output 3 Fire 2 Delay 0 sec Normal closed Output 4 Fire 3 Delay 0 Cancel sec Normaly closed Page 23 of 60 CirrusPro Engineer s Manual 93 520 20 Issue 3 3 Inputs Every CirrusPro has connections for four inputs Each of these can be monitored as Normally Open default or Normally Closed Normally Closed is selected by checking the box adjacent to the Input number See Section 7 for input specification Inputs can be configured as one of the following Unused The input is ignored Isolate Alarm relays are Isolated Reset Reset the sensor from any latched state Disable Shut down the CirrusPro Fault External Fault inp
35. ease its value When Meth Feb 2005 14 24 the required time and date are correct press Accept Accept 93 520 20 Issue 3 3 Page 36 of 60 CirrusPro Engineer s Manual 3 4 7 Airflow Use Select Sel to highlight the section to be edited and and to increase or decrease its value Change the airflow to increase or decrease the blower speed if the airflow is in fault Refer to the pipe calculations for calculated values Pipe air flow With scanning units all the pipes will be shown on Pipe 1 34 Error level mesh It is important to allow at least five minutes for the airflow to settle after the blower speed has been altered before accepting the airflow Otherwise an hirflow 27 airflow fault can occur Always refer to the results of the pipe flow calculation for the pipe installation to ensure the correct blower speed is being used Accept 3 4 8 Unit pipe text The display receives the text from the detector unit Use Up Down and Edit to select the text to be edited Unit Pipe text Unit Frealarn Fre alarn Banesa Pasa a Fire 2 PES PECES PARTE Eime seal PAPES Pipe 2 Pape es Pipe 3 Pipe 4 Pipe 4 Exit Down Up Edit Accept xit Left Right Then use Left Right and Exit keys to select a character To change a character use and to scroll through the symbols and alphabet in the following order PEF amp 0123456789 lt gt ABCDEFGHIJKLMNOPQRSTUVWXYZ _ abcdefghijkimnoparstu
36. effect notification of any material or part alleged to be defective should be made to Protec Fire Detection Export Ltd in writing within 12 months from date of delivery This Warranty shall not apply to a detector which has been 1 subject to misuse negligence or accident 2 connected installed operated or adjusted other than in accordance with instructions furnished by Protec Fire Detection Export Ltd 3 repaired modified or worked on by someone not authorised by Protec Fire Detection Export Ltd so that in our judgement the performance or reliability of the detector has been impaired We reserve the right to make replacement with equivalent merchandise and to make changes at any time in the specification design or construction of the instrument without incurring obligation to make any commensurate changes in units previously delivered Protec Fire Detection Export Ltd assumes no liability for consequential or contingent damages for a defective detector covered by this Warranty failure of delivery in whole or in part or for any other cause This Warranty and the writing to which it is attached constitutes the understanding of the buyer and seller so that no terms conditions or agreements purporting to modify the terms hereof shall be binding unless made in writing and signed by an authorised agent of the home office of Protec Fire Detection Export Ltd All rights reserved Copyright 2005 Protec Fire Detection Export Lt
37. entifier is Network Number followed by the unit Serial Number found on the PCB For example 224 Unit 0O0000B3 The serial number can be replaced under program control to location text as required The PC searches back from unit 255 and waits for a reply This timeout can vary on different PCs so it could take some time to get to the lower numbers if used in isolation Using the higher numbers will speed up the logging of connected units See Networking Section 5 EEES 93 520 20 Issue 3 3 Page 18 of 60 CirrusPro Engineer s Manual 3 2 4 Commissioning Double Click on the unit to be commissioned to display the security code entry MM Set access level E Enter access level code SE After entering the security code all the information from the selected unit will be uploaded and one of the following forms displayed depending on model Cirrus Pro Configuration Full access Cirrus Pro Configuration Full access Detector text Unit 00000083 Version CirrusPRO 1 22 C Detector time Monday 7th Feb 2005 15 28 7th Feb 2005 15 28 Current faults Current fires No faults No fires Gain 5 Detector text SS Version CimusPRO 1 20 C Detector time Monday 7thFeb2005 15 37 7th Feb 2005 15 37 Current faults Current fires Gain 5 Gain 5 Gain 5 Gain 5 _ Delete this node this node _ Silence _ Reset __Delete this node this node _ Silence _ Reset CirrusPro 100 200 200D 200 200
38. eout after a short period 3 Anode found with Fire or Fault event is caught and permanently connected until the event is cleared or the connection is changed by the user Set up the number of Display and Detector units as required Network Faults Wetwork Fault Pin a Any display units missing on the system reports as a Network Fault as shown Check each display to confirm connection 1 detector missing When a detector unit is missing this is indicated towards the bottom of the display Check which detector is missing from the detectors found See Section 3 4 Unit O00000B 3 Lost communication with umit When a display is connected to a specific detector and communications are lost the fault is displayed as above Check the Detector is powered and check both the Display and Detector network wiring 93 520 20 Issue 3 3 Page 52 of 60 CirrusPro Engineer s Manual 6 0 Fault Finding Internal diagnostics monitor for faults that may arise during commissioning service and normal running Network related faults are covered in the previous section 6 1 Fault List Faults have been assigned codes that are used to identify the faults The following is a list of all faults in Fault Code order 1 Processor Fault This is indicated if a problem has been detected with the micro controller or the Read Only Memory ROM This is a serious failure and usually requires a replacement geartray assembly 2 Corrupt Eeprom
39. es changes in the detector unit when necessary Some changes require the unit to be reset before being fully implemented Exit Leaves the current menu Note that some changes remain indicated locally These are not sent to the detector unit until the Accept button is pressed Buttons will auto repeat after being held down for a short time It is recommended that once the detector unit has been reset the programming checked PP 93 520 20 Issue 3 3 Page 35 of 60 CirrusPro Engineer s Manual 3 4 4 Real Time graph Shows a real time graph of the current particle and alarm levels showing about 5 minutes Real tine graph Use and to view other Pipes where available 3 4 5 Unit options Unit Options Use Up and Down to move the options press select to change the option Pipes 1 bala aie skm impo interface connected No zone OP a Select to display Buzzer ON or Buzzer OFF Enables and disables the internal buzzer b Press Select to choose which pipes scan Pipe Scan 1 Scans Pipe 1 Pipe Scan2 Scans Pipes 1 and 2 Pipe Scan3 Scans Pipes 1 to 3 Pipe Scan4 Scans all Pipes 1 to 4 Exit Down Up Select Accept c Select MUX Interface Connected or No MUX Interface as required d Select Zone O P Connected or No Zone O P as required Press Accept to save the settings or Exit to leave the Menu 3 4 6 Set Unit Time Use Select Sel to highlight the section to be edited and and to increase or decr
40. etting uses algorithms built into the unit These have floating thresholds based on current background levels This background compensation corrects for small changes in background levels over time Alarm Threshold values are not relevant in this mode Recommended gain levels for most applications are 5 or 6 This is dependent on the background level of particles Therefore the gain should be set to ensure that the background particle level is between 10 and 15 on the bar chart 93 520 20 Issue 3 3 Page 22 of 60 CirrusPro Engineers Manual Time Zones Start time 4 Start time E Start time C Sun 00 00 00 00 Mon 04 00 03 00 Tue 00 00 09 00 Wed 00 00 09 00 Thu 00 00 09 00 Fri o 00 09 00 LEELEE Sat 0 00 os 00 W Use TimeZoneing Use Algo Tec Latch Levels EREE PREE 00 00 Copy 12 00 Copy 12 00 Copy 15 00 Copy 15 00 Copy 13 00 Copy PEREREE 12 00 Copy H H T in E 4 When using Time Zones each zone has its own set of gain and threshold values for each pipe Each day is split into three time zones the current zone Is indicated by gt gt when the menu is entered The start times for the three zones each day are entered with the required gain and sensitivity levels for that zone The gt gt indication is now used to show which time zone is being edited The copy button copies the times and sensitivity levels to the following day E Latch level E Each pipe can b
41. f which is diverted into a humidifier At approximately 100 relative humidity the sample is directed to the Cloud Chamber where because of cooling due to rapid vacuum expansion water condenses onto the small particles and forms a cloud Consequently the thermally generated particles cause many droplets to form into the cloud which is then detected by the measuring system of the Cloud Chamber The density of the cloud being proportional to the number of particles present The result is a continuous signal that corresponds to the particle concentration This signal is used to provide a staged alarm sequence with four alarm levels The CirrusPro Detectors are self supervised systems that continuously monitor for correct operation Any problem is immediately reported with the front panel Fault LED buzzer and the operation of a Fault relay CirrusPro Series Detectors locally store fault data background particle concentration and event data These can be accessed and plotted with optional Cirrus Windows Software An optional panel display can be fitted that allows configuration options and full data to be displayed This can be mounted local to the detector or remote and networked to up to 32 devices detectors or panel display PHOTO DIODE SAMPLE FILTER HUMIDIFIED SAMPLE VALVE 3 ORANGE SAMPLE VALVE 2 RED VACUUM RELEASE VALVE 1 BROWN WATER VALVE 5 GREEN PURGE VALVE 4 YELLOW SAMPLE PIPE
42. fied time The example shows a 20 second delay before activating output 1 when the pre alarm threshold has been reached Each of these outputs can be set as Normally Open default or Normally Closed Normally Closed is selected by highlighting the N O and pressing or Selecting Unused disables the output 3 4 12 Output Test Use Select Sel to highlight the section to be edited and and to cycle through Normal Pre Alarm Fire 1 Fire 2 Fire 3 Accepting any option other than Normal simulates the selected level on the pipe shown Everything operates exactly as if this threshold has been reached due to particle numbers aja abe E The unit will action lower levels in order with each scan By returning the setting to Normal the unit will carry out a reset so that latched levels are cleared It is very important to return the setting to Normal for all pipes once the output check is complete Accept Scanning systems have all pipes visible on the display oo T 93 520 20 Issue 3 3 Page 40 of 60 CirrusPro Engineers Manual ens AL os 26 02 05 LS 37 da7 Exit Pipe More 3 4 14 Security Code set engineer code Accept 3 4 15 Clear Log Clear log Are You sure The Historic Graph shows a period of about three days with about 10 days stored The amount of data is dependent on what has happened during the recording period The amount of data stored increases
43. he power supply Ensure that all connections are good 13 Algotech Fault The Algotech Thist values are too high Check current levels and change the gain Send the data to set Background level EZEIZA AAA 93 520 20 Issue 3 3 Page 54 of 60 CirrusPro Engineer s Manual 14 Unit Cold Fault The unit internal temperature has been lower than 1 C for 8 hours The water could start to freeze May also get water fill faults as unit too cold to fill 15 Unit Disabled The unit has been shut down via a monitored input See Section 3 2 12 16 Expansion Board Fault A communication problem to expansion PCB has been detected Check ribbon cable connection and power to Expansion PCB Replace if necessary 17 External Fault A monitored input set up for External Fault Monitoring has detected a fault See Section 3 2 12 Check the external equipment and wiring 18 Battery Fault A monitored input set up for External Battery Fault has detected a fault See Section 3 2 12 Check the power supply equipment and wiring 19 Mains Fault A monitored input set up for Mains Fault has detected a fault See Section 3 2 12 Check the power supply equipment and wiring 20 Sample Blocked The unit has detected that the cloud chamber sample route is blocked This means that the unit is not receiving a sample Remove the sampling pipe from the manifold if the fault clears the fault is in the manifold otherwise the cloud chamber or sample pipe is at fault Check the
44. ith about 10 days stored The amount of data is dependent on what has happened during the recording period Stored data increases during fire and pre alarm events MM Historic particle graph ES File Pipe a 1 eee The data is downloaded from the unit 70 7 The graph should be checked for 50 variations in particle levels on all ji pipes The pipe menu allows ee selection of the connected pipes If the signal is constantly at low level it could be that the gain for the unit is set incorrectly In this case check the response from the pipe The time of any deviations can be observed Clicking on the graph will show the time of the deviation Print as Prints the graph to a printer via the standard Windows method 43 Service Menu Clear log graph Service info Manufacturing info 4 3 1 Clear Log Graph Clears the data for both the Log and the historic graph in the unit CirrusPRO Log ES 1 Historic log cleared This operation is confirmed 93 520 20 Issue 3 3 Page 47 of 60 CirrusPro Engineer s Manual 4 3 2 Service Information E Service info Commisioned Chamber pressure OF 6 63 pst Chamber LED current 2 45m 95 Unit supply 26 34 Volts Ar Speed 35 Airflow Fipe 1 Accepted 29 6 Curent 34 5 Difference 5 Tolerance Pipe 2 Accepted 38 0 Current 36 8 Difference Tolerance 8 4 Pipe 3 Accepted bf Current 67 Difference Tolerance
45. iting for timeout Test about to begin Test about to begin Timing transport time Transport time for test 1 on pipe 2 is 66 seconds Waiting for particles to clear Test 2 on Pipe 2 Waiting for timeat Test about to begin Pipe number Points on pipe Delay in seconds Pipe number Points on pipe Delay in seconds z fo fo zs 0 E First test about to begin Second test about to begin The MM Transport time test particles are now presented to the sample point and the timer counts showing the elapsed time _ MM Transport time test FA Test 1 on Pipe 2 Waiting for timeout Test about to begin Timing transport time Transport time for test 1 on pipe 2 is 66 seconds Waiting for particles to clear Test 2 on Pipe 2 Waiting for timeout Test about to begin Timing transport time Transport time for test 2 on pipe 2 is 58 seconds Waiting for particles to clear de Test 1 on Pipe 2 e Waiting for timeout Test about to begin Timing transport time Transport time for test 1 on pipe 2 is 66 seconds Waiting for particles to clear Test 2 on Pipe 2 Waiting hor timeout Test about to begin Timing transport time Transport time for test 2 on pipe 2 is 58 seconds Waiting for particles to clear t Pipe number Points on pipe Delay in seconds Rel O Second test just complete Test 2 particles clearing Pipe number Points on pipe Delay in seconds
46. larm 30 above Thist gt a Fire 1 40 above Thist gt a Fire 2 50 above Thist gt a Fire 3 Thist greater than 30 is a fault oo 93 520 20 Issue 3 3 Page 45 of 60 CirrusPro Engineer s Manual 4 2 3 Event Log The log stores up to 128 of the latest events since the event log was cleared From the log Confirm that water is taken every few days When any fault occurred MM Event log 128 events in log File W Fires W Events Fires amp events 07 82 05 07 82 85 07 82 05 07 02 05 07 82 85 07 82 05 07 82 05 Pipe 1 Pipe Accepted Pipe 2 Pipe Accepted Pipe 3 Pipe Accepted Pipe 4 Pipe Accepted Test fire Test fire Test fire Test fire Set time triggered triggered triggered triggered Airflow fault cleared Airflow fault 4 33 Fault level 2 39 Fault level 3 2 70 Fault level H 2 41 Fault level z 29 30 41 31 67702505 14 19 07 82 85 12 11 07 82 85 11 31 system restart system power off system restart The log can be displayed with just Fires or just Events by selecting the relevant tick boxes The example shows both Fires and Faults are selected to be displayed The File menu allows the printing of the log via the standard windows printing Method Print I T E i E Te o 93 520 20 Issue 3 3 Page 46 of 60 CirrusPro Engineers Manual 4 2 4 Historic Graph The Historic Graph shows a period of about three days w
47. ly detail how the system is checked for correct operations using the PC software Section 4 2 and 4 3 This is followed by the routine maintenance required For equivalent features using the panel display see section 3 4 4 1 Periodic Checks amp Maintenance The CirrusPro continuously adjusts its monitoring functions by means of feedback loops ensuring a minimum of maintenance To ensure continued proper operation the system must be checked Daily by the User Every three months by Protec Fire Detection Export Ltd or an authorised representative Whenever building alterations have been performed which could affect the system s operation Whenever equipment within the protected area has been altered which could affect the system s operation e During a fault condition e After any alarm condition The following are based on average conditions Because of the wide range of possibilities in various applications the frequency of periodic checks and maintenance may have to be adjusted accordingly 4 1 1 Daily Checks The following must be performed EVERY DAY by the system User Check system indicates a healthy condition Any fault indicated should be recorded in the system logbook and investigated Determine the extent of the fault and decide whether special actions such as fire patrols are needed Check that any fault reported previously has been attended to 4 1 2 Three monthly Checks The following must be performed EVERY THREE M
48. mpt to close the PC CirrusPRO program when changes have been made displays a prompt Changes have been made to this units settings These will be lost unless they are transferred to the unit Co vou Wank to lose current changes Mo Selecting Yes will leave the connection without saving the changes To ensure the data is as stored in the unit i e to lose changes Get Information from Unit restart the program or connect to another unit first Any of these force a complete reload of the data Selecting No leaves the system in the program mode so changes can be saved via the Network Menu option Send Information to Unit Commission Data Servi Set detector network number After programming the unit will reset Restore Factory defaults Are you sure Get information From unit Send inf tion to unit e a lined _ Select Send information to Unit After pressing OK the data is transferred to the unit and this action is confirmed CirrusPRO Success Eg Information sent Restore Factory Defaults does this after the warning See Section 1 2 for default settings CirrusPRO This will clear ALL settings back to Factory defaults Do you want to continue o T 93 520 20 Issue 3 3 Page 30 of 60 CirrusPro Engineer s Manual 3 3 2 Closing the connection Data can be saved to file for future reference this is done from the CirrusPro opening window Clicking on the X in
49. ne of the following 24th Feb 2005 10 51 st Mar 2005 14 lt 7 CirrusPra FIFE FIFE NO FAULTS SAIH Silence Reset Exit Menu Silence Reset Exit Menu Four Pipe Detector Single Pipe Detector Showing the current particle levels for the sample pipes SS 93 520 20 Issue 3 3 Page 33 of 60 CirrusPro Engineer s Manual 3 4 2 Network and language settings display software V 1 12 This version of display software introduces foreign language versions and alters the access to the network setting menu Units found on network 255 AAC TEST UNIT 1 abcdEl38 AA Down Up gee il daa o 1H 123 456 Enter Delete Accept Network Setup Language Node number pr EEE Connect node pie trate Total displays roe ba E total detectors EERE On powering up the display shows the display software version number for a short time then the Logo Menu The unit searches the network for detectors and displays the number found If during operation a detector is disconnected this indicated as shown To enter the network setting menu press Setup This will then show the security access screen as shown Enter the sequence 112020 using the buttons Use the and to select the number and press enter When all the digits have been entered press Accept The language option can be altered by scrolling through the language options using and keys and then Sel key to move to the next
50. nnonanonnos 30 SAVIO Di a T 30 3 9 2 CISNE INS CON IN cess a may ceaceseverese aae aeaa Ea 31 0 4 COMMISSIONING DY DISDIAY stl ot are at lt a Le E 32 3 4 1 Network setting display software V 1 10 oooccoonccccccncococonnncocononoconnncononononnnnonononnncnnanonononnnnenannnnnnos 32 3 4 2 Network and language settings display Software V 1 12 oooccccccconccnnccnoncnnncononnnnnnonannnnnnonanenonoos 34 SS Mal OPON S Mena aa 35 3 44 Real Time Oa Is ii ls 36 o 36 A ao aanadincty Sa aathecistoas a a wend 36 347 PAW OW ees resist cee chin A tada 37 O elit th adele 31 349 Event Oi odiada 38 34 10 SENSINVILY SOTINGS erpa n ida 39 SUMA SE o A A PE POTES OE O E A 39 Sa J B hs eer eee ne eR ea 40 S24 FAIS TONIC CaO sere A lo io dio arto sos 41 AS A A A Gabba Ale later sa Apa duel a sac cals 41 E a AA EQC Qa E 93 520 20 Issue 3 3 Page 4 of 60 CirrusPro Engineer s Manual 4 0 4 1 4 2 4 3 4 4 5 0 6 0 6 1 6 2 7 0 AVS Clear LO traen cetcatebos 41 24 16 SErviCe MIOKMAlO Mies E a isa 42 A E A NO 42 SERVICING AND MAINTENANCE cui 43 Periodic Checks amp Maintenance ooccccccccoccnnoccconononnnnonoonnonnnononnnnnnnnnnnnnnnnnnnnnnnnnnnnnannnnnnnrnannnnnnns 43 aa Daily EAS do is leal dues ad 43 4122 Three monthly A o 43 AEAU ONEC mae rene Ne te ome te eRe SU etree en a rete tee eee eC ere Oe MOT Te re 43 IB fe 16291 2 91 epee eee nen me O O a ele eer 44 A e E UE E SUE E Eo O 44 A aa sataced ene
51. nononnnnnnnnnanonnnnnnannnnnns 14 2 5 RS485 Suggested Cabling Specifications ccccccccconnconocooonnoonononononnnnononnnnnnononanennnonnnannnnnnns 14 3 0 COMMISSIONING asas coa 16 el o A 16 3 1 1 Information Required for COMMISSIONINO cccccccccccoonnccnnncnononnnnnnnnnonononnnnnnnnnnnonnnnnnnnnnnnnnnnnnnnnnnnnnss 16 A ae im Po A A 16 32 Using ME PO INOC 2 A A ee 17 3 2 1 Equipment Required for Commissioning with a PC occcccccccccncccnncccnoconnncnnnnncnononnnnnnnnonononannnnnnnnnos 17 3 22 COMMOCIING OE Pd a dedo o e S 17 3 2 3 RUNNING CirrusPro SoftWare encantas 18 324 COMMISSIONING tack ati ela Eel ween cid aise ei S a heels eal aa deeds 19 325 The Network NUMDET sentera a 19 32 0 The Commissioning Melissa stella 20 A A ceelieeseteubameentboasadene 20 Dee FIDE CAIN A A a a aE 20 SLI ACCS DL PAIIOW 6 25 acest ohare ce celta ome A E A eae ees 21 A ae ith aac tie ou caeia chee naan eueaateek came ceustaekoiea ees 21 3212 VO SONGS ace acts O cence ieusenrc ot 23 S2 OA A E A A eleteameeanet 24 AA A cee ieee oe 25 215 Transport TIME aorta 25 se al St ee ere A oe ee ae oe ee 27 3 2 17 Set Security Code Set User COd6 ccccooconccccnccccccooonccnnoconononnncnnnnonononnnnnnnnnononnnnnnnnnnnnnnnnnnnnnnnnns 27 22 18 SINS O A A A a o ti 27 AA A ect Saal cee e lead 2c 28 3 2 20 Saving data O MS UN as 29 3 3 Handling Detector Unit Data The Network Menu ooococcconncnccconconccooconconononnonononnonnano
52. numbers from highest to lowest facilitates finding detectors faster as the system searches the network in reverse order Setting Up Display Nodes Display unit s network numbers are allocated on the display unit from the Network Setup menu and must be consecutive numbered down from 128 128 must be present See Section 3 4 E 93 520 20 Issue 3 3 Page 51 of 60 CirrusPro Engineer s Manual Displays can be set up to connect to a single Detector Node or to monitor all nodes and display information from any detector Setting the Connect Node to 000 allows the display to monitor all the detectors Setting the Connect Node to any value 224 to 255 automatically connects the display to that detector For displays within detector enclosures the Connect Node number is usually set to the associated Detector Node number In the example system Node 128 with have Connect Node 255 Node 126 with have Connect Node 253 Node 125 with have Connect Node 251 With Connect Node Specified 1 The Connect Node is the default node that is displayed on power up 2 A display can connect to any other detector on the network by selecting it from the list of detectors 3 Selecting any other node is permanent until changed by the user or re powered With Connect Node Set to 000 1 The logo screen is displayed on power up 2 A display can connect to any other detector on the network by selecting it from the list of detectors but will tim
53. o automate the process of measuring and recording these times for every sample point on each pipe In all cases set up the number of sampling points on the pipe to be tested This figure is used as the number of times the test is repeated On units with more than one pipe it is necessary to first select which pipe is being recorded The delay before the test starts is set up in seconds This delay is used between each test so ensure there is enough delay to get to the next point to test MM Transport time test Delay in seconds a Points on pipe m Start Before starting the test Pipe number eel MM Transport time test Starting transport time test Test 1 on Pipe Wanting hor timeat Delay in seconds a Points on pipe m During the Delay Timeout Fipe number 2 Transport time test starts from the delay 60 seconds in this case This is used so that the last hole on the pipe can be reached before the transport time is measured Countdown is shown on the display 93 520 20 Issue 3 3 Page 25 of 60 CirrusPro Engineer s Manual The buzzer is used to indicate the test is about to begin This is a slow pip for 10 seconds once the delay is complete The countdown is shown on the display MM Transport time test MM Transport time test Starting transport time test Starting transport time test Test 1 on Pipe 2 Test 1 on Pipe 2 Waiting hor timeout Wa
54. ommission Data Servic set time Fipe scan Accept air Flow sensitivity settings IO settings Output check Edit text Transport time Print Sek security code Set user code Site info Options To complete the commissioning it is necessary to follow this list as shown from top to bottom 3 2 7 Setting the Time Ensure that the PC time is correct before selecting this option When selected the update is automatic setting the unit time to the PC s time with the following confirmation window SUCCESS fx Time set complete Could not set time or in the case of a communication failure 3 2 8 Pipe Scan Allows configuration of the scanning of the CirrusPro 200DSC 200DSC and CirrusPro X4 The Pipe Scan menu should be set up when the unit is manufactured based on the model type However on scanning units the number of pipes must be set to match the installation when not using all four Another feature of this menu is the Pipe Hold function E Pipe scan l that forces a scanning unit to sample from the selected Unit type pipe When a pipe is selected the next and all following samples are from that pipe pressing OK allows the C Pro 100 E particle level to be monitored A unit left in this state will Pro 200 show the fault Pipe Scan Disabled O Po DSC SC xd E Mumber of pipes 3 93 520 20 Issue 3 3 Page 20 of 60 CirrusPro Engineer s Manual 3 2 9 Accept Airflow MS Pipe air flo
55. option The network options should now be set as described in the previous section 3 4 1 When complete press Exit to enter next menu as described in the previous section PP T 93 520 20 Issue 3 3 Page 34 of 60 CirrusPro Engineer s Manual Real time graph Unit options set unit time Air low Lies a ad ex Event log aa pele Presley cs Exit Down Engineers Menu Eo Rear ers Walser IA inst os Papel DEE Historic graph Event log Security code Historic graph Clear log security code Service info Service ineo Reset unit Exit Down Users Menu Only by entering the high security code can the system be commissioned The menu options are limited with the user code as shown on the right Use the Down and Up Keys to move to the required option Down only in User Menu Press Select to move to the highlighted Menu Option Some changes when accepted will cause the Reset Unit option to flash This indicates that the changes are not fully implemented until the detector unit is reset Pressing Exit from this menu will send the changes to the detector unit and return to the particle level display It is then necessary to re enter the security code to return to the Main Options Menu General rules Up and Down Move through the various options available on the menus Select Changes highlighted value or moves to a further menu and Increase and decrease the highlighted value Accept Stor
56. ption other than Normal simulates the selected level on the pipe shown when applied Everything operates exactly as if this threshold has been reached due to particle numbers Mormal Pre Alarm Units will action lower levels in order until the set level is reached Fire 1 Fire 2 By returning the setting to Normal the unit will carry out a reset to clear latched levels 93 520 20 Issue 3 3 Page 24 of 60 CirrusPro Engineer s Manual 3 2 14 Editing Text Ml Edit text E Detector text CirusPra Alarm text Pre alarrn Prealarm Fire 1 Fire 1 Fire 2 Fire 2 Fire 3 Fire 3 Pipe text Piped Pipe 1 Ppe2 Pipe 2 PpeS Pipe 3 Pipetite The text for the unit the pipe text and the alarm text are edited within this menu If the unit is networked to an internal or external Display text will appear on the display Change the text by clicking in the relevant box and editing as required Node text should clearly identify the area covered by the detector e g Computer Room Alarm text replaces the normal defaults as shown in the example and can be used to denote action to be taken when that alarm level is reached e g Pre alarm becomes Local Investigation Pipe text defines the location of that particular pipe e g Floor Void Lower 3 2 15 Transport Time Transport time is the time taken for the particles entering at a point on the pipe to being present at the detector unit This selection helps t
57. r pipe 4 per Zone 120 Seconds 120 Seconds 120 Seconds 120 Seconds 120 Seconds 1 Zone system 120 Seconds 2Zone system 90 Seconds 3 Zone system 75 Seconds 4 Zone system 60 Seconds 1 Zone system 120 Seconds 2Zone system 90 Seconds 3 Zone system 75 Seconds 4 Zone system 60 Seconds 6 Seconds on Multi Zone systems Push Buttons Pre Alarm Fire 1 Fire 2 Fire 3 LED s Power and Fault LED s LCD display for Particle levels Alarm and Fault Text 21 27V dc Unit must be used with a UL 1481 Listed Power supply 1A at 30V dc 4 Alarm relays per zone Non monitored volt free contacts 1 Fault relay Non monitored volt free contact Audible alert RS232 Serial Computer Interface 93 520 20 Issue 3 3 Page 9 of 60 CirrusPro Engineer s Manual Inputs Data Retention Water Requirements Unit Operating Temperature Relative Humidity Cabinet Pro 100 Pro 200 Pro 200 Pro 200D Pro 200D Pro 200DSC Pro 200DSC Air Sampling System Gain Settings Sensitivity Programmable Reset Disable Gain Isolate External Fault Mains Fail Battery Fault 200 events Event Log Historic Particle Graph Distilled replenished as required dependent upon environment Note Low ambient humidity lt 50 R H or high ambient temperature gt 30C conditions will increase the water usage 32 100 F 0 37 8 C ambient 0 95 non condensing ambient 11 22 x 8 47 x 5 51 285mm x 215mm x 140mm
58. s 4 Programmable Fire Relays 1 Fault Relay 4 Additional Pipe on the expansion board for sampling systems All Rated 0 3 A at 125 VAC 1 A at 30 VDC Rated carry current 1 A Max switching voltage 125 VAC 60 VDC Max switching current 1 A 27V Current limited to 300mA Fault level lt 2 5V 128 events stored on FIFO basis 10 day historical graph 7 day programmable settings with 3 time zones per day Environmental learning interactive decision making algorithm software to continuously monitor background particles levels and enable optimum detector sensitivity and alarm thresholds High Airflow and Low Airflow fault monitoring EZEIZA 93 520 20 Issue 3 3 Page 57 of 60 CirrusPro Engineer s Manual BLANK PAGE E IM IEM 93 520 20 Issue 3 3 Page 58 of 60 CirrusPro Engineers Manual BLANK PAGE IMM 93 520 20 Issue 3 3 Page 59 of 60 CirrusPro Engineers Manual Cirrus Pro Series Aspirating Fire Detectors Worldwide Manufacturer PROTEC FIRE DETECTION EXPORT LIMITED Protec House Phone 44 1282 717171 Churchill Way Fax 44 1282 717273 Nelson E mail sales protec co uk Lancashire England BB9 6RT 93 520 20 Issue 3 3 Page 60 of 60 CirrusPro Engineer s Manual
59. sition of the power supply terminal block and input output terminal blocks to ensure sufficient length of tails are left for easy connection 6 Clean the inside of the enclosure removing dust or debris 7 Identify the following connections and cables see next page Power connector Input output connectors for cables Expansion PCB extra outputs on scanning units RS485 Network connector 8 Ensure unit is wired correctly for the power and inputs outputs required for operation Do not connect any power at this time 9 Ensure all airflow pipes are fully home in the manifold and any unused holes are plugged with the bungs provided 10 Remove all packing pieces such as bubble wrap from around the vacuum pump 11 The unit is now ready to be commissioned 12 Follow the pre commissioning instructions in Section 3 _ _2 _ _ __z _ ____ _ __ _ _ __ _ _ ____ gt __ __ gt __ 93 520 20 Issue 3 3 Page 13 of 60 CirrusPro Engineer s Manual 2 3 General Cabling Requirements All wiring associated with the system must conform to the current Wiring Regulations and cabling must conform to the relevant National Standards Specifications Recommended cable separation for electromagnetic compatibility in buildings must be followed Where screened cables are used it is important to ensure that screen continuity is maintained between cable segments Any screen wiring in the panel enclosure must be sleeved
60. ut that indicates as External Fault Gain set Uses all 4 inputs to set the gain of the unit Uses binary Input 1 LSB O0 Normal gt 10 10 Battery Fault External Fault input that indicates as Battery Fault Mains Fault External Fault input that indicates as Mains Fault S R Disable The Silence and Reset keys are disabled Outputs Four outputs are available within each unit On scanning systems there is a set of 4 per pipe These are non monitored volt free contacts A scanning system is shown in the example Pipe Selection is not used for any other case The outputs will switch at the required alarm level By default Output 1 to 4 are set to Pre Fire Alarm1 Alarm2 and Alarm3 respectively By entering a Delay value greater than zero in the box the output is delayed once the level has been reached for the specified time The example shows a 30 second Quiput1 Prealam Delay 30 Sec M Momalyclosed delay before activating output 1 when the pre alarm threshold has been reached Output 2 Fire 1 Delay 0 sec Normal closed Unused ime Delay 0 Sec I Normalycloseg Each of these outputs can be set as Normally Open Output settings fe Pipe 1 Pipe 2 Pipe 3 Pipe 4 default or Normally Closed Normally Closed is Output 4 Delay 0 Sec Normaly closed Selected by checking the box adjacent to the Input number Selecting Unused stops the output from activating 3 2 13 Outout Check Selecting any o
61. vwxyz After editing as required press Exit to return to the Unit Pipe Text display Press Accept when the text has been modified to send the text to the Unit Pressing Exit leaves the menu with the text unchanged even after editting if Accept has not been pressed SS 93 520 20 Issue 3 3 Page 37 of 60 CirrusPro Engineer s Manual 3 4 9 Event Log The Event Log stores the last 128 events on the unit The latest events are displayed first with earlier events displayed by pressing Next 049 100 100 100 Cur 013 100 100 100 CAE Ear restart i A rt m power off TETES level A a ft t EE Ree Eire Terek mi 25 02 05 16 03 Fire level ct PFPrealarnm Pre alarm 16 05 Fire level cl Pressing Fires changes the display to show just Fault events This cycles round Both Fire Fault ran co oy micas S45 Fei sei IO io ia EE Na an 2 Wyo a Pressing Fault PrererFeRr Fe Ln 4 L mM Li oe A A 4 4 Bm Oo t uw UA OL DO A Y ct ct rm A CA a Ph Fh I i ct F mr EX A a IN Ci j A A j ct F T EX A a rR ct E iy e y rh rR co E Ly i m j e Fh i it t 0 en 1 On I wv t gt Mi T PA r O TO L L L L H A Fh H E E Hp ct a i D T I d A a rm E i E par e Fh i it m ot ct Fh in ZA i 7 7 LL
62. w Settings Current differences Pipe 1 EX 20 Faultlevel Ignore Pipe 1 Accepted 36 5 Difference oz Pipe 2 AAPE 20 Faultlevel Ignore Pipe 2 Accepted 420 Difference E Pipe 3 ES 20 Fault level Ignore Pipe 3 Accepted 36 1 Difference m Fipe 4 HT 20 Faultlevel Ignore Pipe 4 Accepted 33 72 Difference EX Air speed 36 E rat If the unit is a Pro 100 or Pro 200 non scanning then only one airflow will be enabled Select Ignore for any pipes not connected The Air Speed should be set to the value given on the Pipe Calculation results except on the CirrusPro X4 where it should always be at 100 On the left are the current values of the airflow monitoring The target values are usually between 30 and 50 accepted values are15 85 These values are given as a percentage of the assumed maximum rate with the blower running at full soeed The Air speed setting should be similar to that suggested by the pipe calculation program The value entered in the Fault Level is the change in airflow that needs to occur before generating an Airflow Fault Airflow Faults are ignored if the Ignore checkbox is checked When the airflow has stabilised after at least 5 minutes to acceptable values the Accept Button is clicked A copy of the current value is copied into the right hand side of the display and a measure of the difference is calculated This can be viewed by using Accept Airflow again
63. when this option is checked E Display logo E Display logo This allows a customised logo to be downloaded to the display unit set to network number 128 To change the logo on multiple units each must be set to 128 in turn The file is opened using the standard Windows file menu Use resolution 224 X 131 1 Colour Send transmits the logo to the display unit This must then be saved by entering the network set up menu on the display unit and pressing exit See Section 3 4 CirrusPro demo mode Demo mode will automatically time out after 72 hours i Demo mode will increase the cycle speed and water usage of the detector Do you want to continue Yes Mo The scanning rate is increased so there are no breaks between scans Note that the PC has no way of knowing a unit is in demo mode so will always offer the same display a A Demo mode stopped OK Selecting this option stop demo mode operation 93 520 20 Issue 3 3 Page 28 of 60 CirrusPro Engineer s Manual Test Mode Not Available Hardware The 2 options MUX Interface and Zone O P Board should be checked if the equipment is fitted These will be set up on manufacture but may be incorrect if a replacement board is being fitted The Zone O P Board is fitted with the CirrusPro 200DSC 200DSC and X4 The MUX interface communicates directly to several models of fire alarm control panels manufactured by Protec Fire Detection PLC Clock Calibrate
64. x 5 51 440mm x 385mm x 140mm The piping diagram for each system will be supplied by Protec Fire Detection Export or an authorized representative This diagram will indicate tubing size as well as approximate lengths to each sampling point 1 10 1 Minimum 5 Intermediate 10 High Note If Fire 3 is set to a Gain of 1 Fire 3 Alarm Level shall not exceed 25 IMM 93 520 20 Issue 3 3 Page 12 of 60 CirrusPro Engineer s Manual 2 0 Installation 2 1 Equipment Received CirrusPro Aspirating Fire Detector Unit Vacuum Pump packed separate with some models Full Water Bottle Triple De lonised Water Water Bottle Top with pipe connector Wall Mounting Template Allen key or door keys on 200 200DSC 200DSC and X4 Engineer s Manual This Manual User Manual 2 2 Installation Procedure Refer to the connection diagram on the following pages 1 Remove the wall mounting template from packing case Drill 3 holes in wall for relevant unit 4 for 200 200DSC 200DSC and X4 2 Prepare the box for the knockouts required for wiring Ensure that metal filings are removed from inside the box as these could cause a short circuit The knockouts should be knocked out rather than drilled 3 Do not remove any pipe work bungs until ready to fit the pipes 4 Mount the case on the wall using the three or four mounting holes Ensure unit is level in all planes 5 Fit all required wiring glands Note the po

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