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VESDA VLI Product Guide

VESDA by Xtralis

www.xtralis.com

7.7

Spare Parts

Gray-colored internal components such as the Intelligent Filter, Secondary Foam Filter, Detection Chamber
and Aspirator are field-replaceable.

Table 7-2: Suggested spare parts stock

Part No.

Description

VSP-030

VLI Intelligent Filter

VSP-031

VLI Secondary Foam Filter

VSP-032

VLI Aspirator

VSP-033

VLI Chamber Assembly

Summary of Contents for VESDA VLI

Page 1: ...VESDA VLI Product Guide June 2012 Document 18500_A2 Part Number 29674 ...

Page 2: ......

Page 3: ...quipment damage Xtralis is not responsible and cannot be held accountable for any liability that may arise due to improper use of the equipment and or failure to take proper precautions Only persons trained through an Xtralis accredited training course can install test and maintain the system Liability You agree to install configure and use the products strictly in accordance with the User Manual ...

Page 4: ...nt Convention Description Bold Used to denote emphasis Used for names of menus menu options toolbar buttons Italics Used to denote references to other parts of this document or other documents Used for the result of an action The following icons are used in this document Convention Description Caution This icon is used to indicate that there is a danger to equipment The danger could be loss of dat...

Page 5: ...te or relocate the receiving antenna increase the separation between the equipment and receiver connect the equipment to a power outlet which is on a different power circuit to the receiver or consult the dealer or an experienced radio television technician for help FDA This Xtralis product incorporates a laser device and is classified as a Class 1 laser product that complies with FDA regulations ...

Page 6: ...ed using ASPIRE2 during the design of the sampling pipe network The product is compliant with EN 54 20 flow monitoring requirements provided the following conditions are met The minor low and minor high flow thresholds should be set at 85 and 115 respectively Additional information VESDA VLI was successfully tested and passed the EN 54 20 fire tests with the following configurations l Class C with...

Page 7: ...tandalone VESDA VLI Detector 33 5 2 Connecting to a VESDA VLI on VESDAnet 37 5 3 Access Levels 37 5 4 Commands 38 5 5 Configuration Options 40 5 6 Default Settings 48 6 Commissioning 51 6 1 AutoLearn Smoke 51 6 2 AutoLearn Flow 52 6 3 Commissioning Smoke Test 52 7 Maintenance 53 7 1 Set the Detector to Standby 53 7 2 Remove the Front Cover 54 7 3 Replacing the Intelligent Filter 55 7 4 Replacing t...

Page 8: ...A VLI Product Guide VESDA by Xtralis 2 www xtralis com A 3 Relay Configuration 69 A 4 VESDAnet Interface Card 69 A 5 ASPIRE2 Data 69 A 6 Smoke Test 70 A 7 Air Sampling Test Results 70 B Glossary 71 Index 73 ...

Page 9: ...detector easily interfaces with fire warning and fire suppression release systems and can be integrated into a building management system BMS 1 1 Features The VLI detector contains the following features l Area coverage up to 2000m 21 500ft l Up to four inlet pipes l Total pipe length of 360m 1200ft l Five high intensity status LEDs l Robust absolute smoke detection l Patented Intelligent Filter l...

Page 10: ...rt l Easy cable termination access l Imperial and metric pipe ports l Rubberized finish to external housing 1 1 1 Intelligent Filter The Intelligent Filter is fully monitored fail safe and provides consistent sensitivity over the entire life of the detector The filter significantly reduces the exposure of the internals of the detector to contaminants in the incoming air while providing consistent ...

Page 11: ...d replaceable components A B C D E F G Legend A Front cover E Chamber assembly with tertiary clean air filter B Intelligent Filter F Aspirator C Secondary Foam Filter G Base D Electrostatic Discharge ESD Cover Figure 2 1 Detector components Refer to Chapter 7 for further information regarding maintenance scheduling and availability of spare parts ...

Page 12: ...detector air inlets B the detector measures the split of the airflow ratio as the filter loading increases The detector maintains the sensitivity depending on the flow ratio thus ensuring consistent and reliable operation over time A portion of recombined air sample is then passed through the sub sampling probe inertial separator and secondary foam filter H Larger dust particles are unable pass th...

Page 13: ...ctor is offline Clean Air Zero Process When the user initiates the Clean Air Zero process from within the Xtralis VSC software the following actions occur 1 The main aspirator is turned off 2 The Clean Air Zero aspirator located inside the chamber assembly is turned on This aspirator pumps clean air into the Chamber and removes any contaminated air 3 After a waiting period a smoke reading is taken...

Page 14: ...arm The PRE ALARM LED blinks when the Alert threshold is reached The PRE ALARM LED is lit when the Action threshold is reached Disabled The DISABLED LED is lit when the detector is disabled Fault The FAULT LED is lit when a fault condition is detected Refer to Chapter 8 for information on troubleshooting Power The POWER LED illuminates when the detector is powered up Notes l The LEDs are tested du...

Page 15: ...iated with the detector The aspirator remains active l To disable the detector press and hold the button for approximately 2 seconds until the DISABLED LED illuminates l To re enable the unit press and hold the button for approximately 2 seconds until the DISABLED LED deactivates l While the detector is disabled any faults may be cleared by pressing this button once The button will not operate if ...

Page 16: ... profiles in Xtralis VSC Note The USB port should not be used for continuous monitoring with the Xtralis VSM4 software Monitoring should be performed using a connection made via the Ethernet port Ethernet The Ethernet port is used for configuration and or monitoring purposes It enables direct or routed TCP IP network connection between the detector and a PC or laptop installed with Xtralis VSC or ...

Page 17: ...urces Sampling Pipe Network l Maximum length per single straight pipe 120 m 350 ft l Total pipe length 360 m 1200 ft l Pipe Modeling Design Tool ASPIRE2 l Minimum total airflow 40 l m l Minimum airflow per pipe 20 l m Pipe Size l Internal Diameter 15 21 mm 0 874 inch l External Diameter 25 mm 1 05 inch Relays l 5 relays Fire Fault 3 x Configurable l Contacts rated 2A 30 VDC l Programmable to latch...

Page 18: ... Features Event Log Up to 18 000 events stored on FIFO basis AutoLearn l Minimum 15 minutes l Maximum 15 days 23 hrs 59 minutes l Recommended minimum period 1 day Thresholds are automatically changed from the previously set values to the updated values after the AutoLearn process has completed Referencing Adjustment for external ambient conditions Four Alarm Levels Alert Action PRE ALARM Fire1 ALA...

Page 19: ...A 180 7 08 B 426 5 16 8 C 316 5 12 46 D 70 2 2 76 E 45 1 77 F 149 5 87 G 34 1 34 H 60 3 2 37 I 26 7 1 05 J 70 2 2 76 K 105 4 13 L 206 3 8 11 Figure 2 4 Front Dimensions D E D B C G H F A mm inch A 426 5 16 8 B 316 5 12 46 C 75 2 95 D 88 25 3 47 E 250 9 84 F 96 3 3 8 G 115 2 4 54 H 105 4 13 Figure 2 5 Rear Dimensions ...

Page 20: ...erence detector l connection to additional accessories such as remote displays The VESDAnet enabled VLI detector VLI 885 can be joined to a VESDAnet network and provides a connection point on the VESDAnet for a High Level Interface HLI which is required to connect a PC or laptop to the VESDAnet Alternately the connection point can be used for a hand held LCD Programmer refer to Section 2 8 2 The V...

Page 21: ...that level represents 1 20 of the Fire1 smoke threshold level l The Alert Action and Fire1 smoke threshold indicators provide a visual representation of the programmable alarm thresholds showing how close the smoke level is to triggering the next level of alarm l Fault conditions are indicated by a series of LEDs and an audible tone l The numerical readout can show either the current smoke level i...

Page 22: ...VESDA VLI Product Guide VESDA by Xtralis 16 www xtralis com Legend A LCD Display B Keys Figure 2 7 Hand held LCD Programmer Refer to the LCD Programmer Product Guide for further details ...

Page 23: ...o your authorized representative Depending on the nature of the installation it may be necessary to procure the following items l Screws and inserts for the mounting bracket that are appropriate for the installation location l Type A to Type B USB Interface Lead if configuration of the detector is to be done via the USB interface l Standard Ethernet cable if configuration of the detector is to be ...

Page 24: ...tion must provide for sufficient movement in all pipework air inlet air exhaust and cable pipes to allow pipe ends to be easily fitted and removed Legend A Min 200 mm 8 in below ceiling level B Min 125 mm 5 in from a wall or obstruction Figure 3 3 Mounting location Mount the Detector 1 Horizontally align the mounting bracket A and place the flat side flush against the surface Use appropriate faste...

Page 25: ...VESDA by Xtralis VESDA VLI Product Guide www xtralis com 19 A B C Legend A Detector B Mounting bracket C Locking Mechanism Figure 3 5 Mounting the detector ...

Page 26: ...vent damage to sensitive electronic components within the VLI 3 2 1 Cabling Inlets The VESDA VLI contains four inlets for power relay and network cabling located on the upper and lower sides of the detector base The holes have a diameter of 25 4mm 1 inch Note To maintain the specified IP rating IP54 compliant cable glands must be used Figure 3 6 Cabling Inlets 3 2 2 Power Source There are two sets...

Page 27: ...WR OUT _ _ PWR IN PWR OUT _ _ PWR IN PWR OUT _ _ PSU Figure 3 8 Multiple Detectors powered by a single power supply Compliance It is recommended that the power supply be compliant with local codes and standards required by the regional authority For code specific information refer to Codes and Standards Information for Air Sampling Smoke Detection on page iii 3 2 3 Communication Ports The front co...

Page 28: ...en connecting the VLI to a network switch router or directly to a PC or laptop Note For EMC compliance the Ethernet lead requires a ferrite to be fitted Refer to Figure 3 10 Figure 3 10 Ethernet lead with Ferrite 3 2 4 VESDAnet VESDAnet is a bidirectional data communication network between connected VESDA devices VESDAnet connectivity is available on the VESDAnet enabled VLI detector VLI 885 Refer...

Page 29: ...ESDAnet If the detector is not to be networked with other devices then do not remove the A and B links Note For each VLI 885 detector connected on VESDAnet ensure that the shield link wire supplied is retained as shown by the dotted line in Figure 3 11 The link wires A to B and A to B not shown in the figure but supplied for stand alone operation should be removed On other VESDAnet devices all the...

Page 30: ...nformation Notes l When the detector is disabled or set to standby via the GPI the status cannot be changed through the normal enable disable functions on the Display Module or the LCD Programmer l When the night time thresholds are invoked via the GPI the clock settings for day start and night start are overridden The GPI requires a voltage supply between 5V and 30 VDC from the connected device i...

Page 31: ...e panel with EOL 3 2 9 Typical Wiring to Address Loop Module This wiring example is for wiring VESDA detectors to a typical Input Output Loop module 3 inputs 1 output Note These are example drawings Refer to the appropriate product manual for the exact wiring details of the third party equipment Normally Closed NC NO Common C Normally Open FIRE Normally Closed NC Normally Open NO Common C CONFIGUR...

Page 32: ...ing VLI 885 only The diagram below shows the correct way to configure power supply monitoring with a VLI 885 detector It also shows where an End Of Line EOL resistor is correctly installed Legend A End of Line Resistor 2 7k B External device 1 to N C GPI Pin 1 D GPI Pin 2 Figure 3 15 Power Supply Connection Diagram ...

Page 33: ...ery size a Battery Calculation Sheet is included below Table 3 2 Calculating the size of backup battery Equipment Normal loads 24 V DC Full alarm load 24 V DC Load mA Qty Total Load mA Qty Total Detector 415 440 Remote Display 60 110 Remote Programmer 50 backlight off 80 backlight on Hand held Programmer 50 backlight off 70 backlight on System Relay Module 60 105 Other 24V Loads Total mA Total mA ...

Page 34: ... secured to their terminals and that the polarity is correct On power up l The Power LED illuminates and the detector runs a series of self diagnostic tests l If there is a fault the Fault LED illuminates To identify the fault check the Active Event List for the detector using the Xtralis VSC software l The aspirator starts up and air may be felt flowing out of the exhaust port It is normal for th...

Page 35: ...air pipes firmly connected to the air inlet ports Ensure that the pipes are NOT glued Have the power wires been connected to the correct terminals on the detector If required has the end of line resistor been connected Have the alarm and fault signaling wires been terminated to the correct terminals of the detector Has the plug at the exhaust port been removed Ensure that the exhaust pipe if fitte...

Page 36: ...are The preliminary systems check includes l Configuring the pipes in use setting This option can be found in the Airflow settings tab of the VLI configuration dialog in Xtralis VSC l Normalizing the air flow This command can be found in the Device menu in Xtralis VSC All detectors out of the factory must be normalized l Conducting a basic pass fail smoke test For details on the preliminary system...

Page 37: ... is recommended that minimum hole sizes of 3mm shall be used for these applications Certain industrial applications will require the facility to conveniently blow out Back Flush the pipe network during maintenance regimes Refer to Xtralis document 20016 Pipe Network Back Flush Refer to the VESDA Pipe Network Design Guide for best design practices 4 2 Installation Considerations The following point...

Page 38: ...f Pipes Preferred Pipe Inlet Port to use Pipe 1 Pipe 2 Pipe 3 Pipe 4 1 Inlet 2 or 3 Inlet 2 or 3 2 3 Inlet 1 or 4 Inlet 1 or 4 4 1 2 3 4 Figure 4 1 Pipe inlet port numbering For code specific information refer to Codes and Standards Information for Air Sampling Smoke Detection on page iii 4 4 Managing the Exhaust Air Air is expelled from the detector via the exhaust port at the bottom of the unit ...

Page 39: ...onnecting to a Standalone VESDA VLI Detector Once physical connectivity has been established refer to Section 3 2 3 the Xtralis VSC software can connect to the VLI detector using one of a range of communication protocols Connection methods must be defined and saved for future use within the Connection Manager in Xtralis VSC To define a connection to a standalone VLI detector connected via USB or E...

Page 40: ...n on opening the detector 2 Follow the steps in Section 5 1 3 Select BACnet from the Add Connection dialog box Figure 5 2 4 Select USB then select Next Figure 5 3 Figure 5 3 Select USB 5 Select the detector type from the list of available detectors then select Next Figure 5 4 Figure 5 4 Select Device 6 Accept the pre generated BACnet Device ID number then select Next Figure 5 5 Figure 5 5 Enter a ...

Page 41: ...access only to authorized personnel l The VLI is not secured It is responsibility of the enterprise using VLI detectors to protect them on an Ethernet network for use by authorised personnel only 1 Follow the steps in Section 5 1 2 Select BACnet from the Add Connection dialog box Figure 5 2 3 Select Ethernet BACnet IP then select Next Figure 5 7 Figure 5 7 Select Ethernet BACnet IP 4 Enter a uniqu...

Page 42: ...it is necessary to connect to the VLI using a USB connection and use Xtralis VSC to edit the network settings for the detector Figure 5 8 Enter IP Address 5 Enter a unique BACnet Device ID then select Next Figure 5 9 Figure 5 9 Enter BACnet Device ID 6 Enter a unique name for the Connection then select Finish Figure 5 10 Enter Connection Name Note For specific information relating to network confi...

Page 43: ...sts them in the VESDAnet device list or marks them active if they were manually added 5 3 Access Levels When first accessing the VLI detector via Xtralis VSC or LCD Programmer user functionality is limited For additional privileges the user must log in to the detector using a four digit PIN code In Xtralis VSC select Logon from the Connection menu and enter the PIN Table 5 1 User Access Levels Use...

Page 44: ... the active event list Reset does not enable a disabled detector or reactivate a detector that is in Standby mode Start Air Flow Normalization Starts the air flow normalization process for the selected detector The normalization process determines the reference flow rate The detector can be in normal or disabled mode but not standby mode The aspirator remains on throughout the normalization proces...

Page 45: ... fault relay for 2 minutes Start Alarm Test Simulate full scale smoke level and initiates all alarm activity Alarm relays will energize unless the detector is disabled Start Airflow Fault Test Test the air flow sensing system by shutting down the aspirator Start Relay Test Test the available relays by activating and deactivating as required Start Lamp Test Cycle through each lamp on the detector d...

Page 46: ...he physical location of the device Serial Number The serial number of the device This is factory set and cannot be changed Address This field is contains a unique BACnet address It is based on the serial number and should not be changed IP Address The IP address of the detector for use with Ethernet connections This address must be used when creating a connection profile for the detector in Xtrali...

Page 47: ...gs for night time smoke thresholds The threshold and the delay are used together to decide when to trigger the alarm condition Delay The length of time between the alarm threshold being reached and the relay operation l Cumulative Delay If checked the delay period for alarms is set to cumulative l Instant Fire If checked the time delays are ignored when the smoke level increases rapidly Significan...

Page 48: ...nditions vary significantly it is recommended that the Major High and Major Low parameters are set closer to their limits l Major High The level of air flow considered to be so far above normal as to require urgent attention l Minor High The level of air flow considered to be above normal but not urgent l Minor Low The level of air flow considered to be below normal but not urgent l Major Low The ...

Page 49: ...85 l VESDAnet Card GPI Function Monitored Supported by VLI 885 Latching l If Fault is checked the fault relay is energized during normal operation This means that should the detector suffer a power failure the relay will go to the non energized fault condition This is the recommended setting l If Alarm is checked the alarm relay is energized during normal operation This means that should the detec...

Page 50: ...etector disables l 2 VDC detector reset Inverted Reset VLI 885 only The detector is reset on falling edge 5 VDC to 0 VDC Table 5 3 Unmonitored GPI Operation continued Notes l The signal voltage into the GPI terminals must be between 5 to 30 VDC l When the detector is disabled enabled or set to standby as a GPI function the status cannot be changed through the normal enable disable standby function...

Page 51: ...lt Three additional relays CFG1 CFG2 and CFG3 are fully configurable For example CFG1 could be configured to Alert Fire2 or Minor Fault The normal state of the programmable relays can be set using checkbox in the Normally Energized row for a relay where l checked means the relay is energized l unchecked means the relay is de energized Relay Default State changes Latch Alarm Fire1 Alarm Energizes w...

Page 52: ...ferred VESDAnet port to be used to transmit network data from this device The non preferred port is used if for some reason transmissions on the preferred port fail For best performance in large networks this setting should be randomly distributed between connected devices Loop Open Ended on This Device If checked the network has been wired so no connection will be terminated on this port If the d...

Page 53: ...rs inside the protected area to determine if a rise in smoke levels is due to background pollution or a problem inside the protected area Refer to Section 5 6 for the default settings Figure 5 17 Referencing Options The Referencing configuration options are as follows l Referencing Enabled If checked referencing is enabled l Detector The name of the detector or system which provides the reference ...

Page 54: ...neous Cumulative Adm Instant Fire Disabled Enabled Disabled Adm Change over Times l Day l Night l 07 00 00 l 19 00 00 Two Seconds 11 59 58 Adm Weekend Saturday Sunday Adjust to suit environment Adjust to suit environment Adm Holidays l First Day l Last Day l 1 Jan 90 l 1 Jan 90 Adjust to suit environment Adjust to suit environment Adm Smoke Change l Change by l Min Interval l 0 02 obs m 0 006 obs ...

Page 55: ...l Dilution Delay l 100 l 2 minutes l 1 l 0 minutes l 100 l 15 minutes Adm Detector Comms l Preferred Port l Open ended l A l None l n a l n a l n a l n a DST VESDAnet Comms l Health Check l Network Delay l 45 seconds l 15 seconds l 40 seconds l 10 seconds l 60 seconds l 45 seconds DST Table 5 5 Default Settings continued In default UL mode maximum sensitivity is limited to 4 ft ...

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Page 57: ...rtant that the protected environment is working under normal operating conditions when operating the AutoLearn processes For code specific information see Codes and Standards Information for Air Sampling Smoke Detection on page iii 6 1 AutoLearn Smoke AutoLearn Smoke is initiated by using Xtralis VSC or the LCD Programmer During the AutoLearn Smoke process the detector determines the average smoke...

Page 58: ...f AutoLearn is halted the flow thresholds will be left at the previous settings Conditions experienced during learning are assumed to be representative of normal operating conditions The AutoLearn Flow learning times range from 15 minutes to 16 days with the default being set to 14 days 6 3 Commissioning Smoke Test It is recommended that a smoke test be carried out to verify the integrity of the p...

Page 59: ...s result in less frequent replacement and higher background levels may necessitate more frequent replacement l Maintenance can be conducted by the original installer or an authorized distributor or service contractor l The required frequency of maintenance checks may vary depending upon local codes and standards and the environment of the installation Caution While the detector or zone is disabled...

Page 60: ...e screws It may be removed by turning the screws counter clockwise Caution Electrostatic discharge ESD precautions need to be taken prior to removing the front cover from the detector in order to prevent damage to sensitive electrical components within the VLI detector Remove the Front Cover The front cover is held on by four captive screws and a tether It may be removed by turning the screws coun...

Page 61: ...when compared to the flow of un filtered air Remove the Intelligent Filter 1 Set the detector to Standby mode Refer to Section 7 1 for further information 2 Remove the front cover Refer to Section 7 2 for further information 3 Unclip the Intelligent Filter A by pulling the locking lever outward B 4 Remove the Intelligent Filter A B Figure 7 2 Intelligent Filter Removal Reinstall the Intelligent Fi...

Page 62: ...ence high levels of contamination Remove the Secondary Foam Filter 1 Set the detector to Standby mode Refer to Section 7 1 for further information 2 Remove the front cover Refer to Section 7 2 for further information 3 Remove two secondary foam filter screws A 4 Remove the secondary foam filter B A B Figure 7 4 Secondary Foam Filter Replacement Reinstall the Secondary Foam Filter To reinstall the ...

Page 63: ... Section 7 3 on page 55 for further information Figure 7 5 Intelligent Filter Removal 5 Remove the three Aspirator screws A and the two screws on the exhaust port B 6 Remove the Aspirator C B A C Figure 7 6 Aspirator Replacement 7 Flip the aspirator and disconnect the Aspirator cable Reinstall the replacement Aspirator 1 Ensure that the 24V input is still disconnected 2 Connect the aspirator cable...

Page 64: ...blade screwdriver Remove the Detection Chamber Assembly 1 Set the detector to Standby mode Refer to Section 7 1 on page 53 for further information 2 Remove the front cover Refer to Section 7 2 on page 54 for further information 3 Power down the detector by removing the 24V input Refer to Section 3 2 2 on page 20 for further information 4 Remove the Intelligent Filter Figure 7 7 Refer to Section 7 ...

Page 65: ...screwdriver to press down on the black ring near the secondary filter B whilst simultaneously using the other hand to remove long tube Figure 7 9 Figure 7 9 Remove Long Tube 7 Repeat the step above on the black ring C near the aspirator to remove the shorter tube Figure 7 10 Figure 7 10 Remove Short Tube ...

Page 66: ...ently remove the Chamber To prevent the tube from kinking lift the chamber while removing the tube Figure 7 11 Figure 7 11 Lift Chamber 9 Unlock the connection arms and disconnect the ribbon cable from the main board Figure 7 12 Figure 7 12 Disconnect Ribbon Cable ...

Page 67: ...the ribbon cable from the chamber into the main board Figure 7 12 Ensure that the cable connector is fully in and arms are locked 3 Fold the ribbon cable under the chamber and hook it on the tabs provided Figure 7 13 Figure 7 13 Ribbon Cable Hooks 4 Insert chamber in slots but hold the chamber 20mm from bottom Figure 7 14 Figure 7 14 Insert Chamber ...

Page 68: ...t the short tube into the Cartsick connector under the fan and lower the chamber while inserting Figure 7 15 Figure 7 15 Lift Chamber 6 Insert the short tube until the white tape touches the black ring on the Carstick connector Figure 7 16 Figure 7 16 Insert Short Tube ...

Page 69: ...e tape touches the Carstick connector Figure 7 18 Complete Long Tube Insertion 9 Insert the two chamber screws Figure 7 8 10 Reinstall the Intelligent Filter Refer to Section 7 3 on page 55 for further information 11 Power up the detector by reconnecting the 24 Volt input 12 Wait approximately 10 minutes to ensure that the detector does not report any fault conditions 13 Perform a smoke test and e...

Page 70: ...nal components such as the Intelligent Filter Secondary Foam Filter Detection Chamber and Aspirator are field replaceable Table 7 2 Suggested spare parts stock Part No Description VSP 030 VLI Intelligent Filter VSP 031 VLI Secondary Foam Filter VSP 032 VLI Aspirator VSP 033 VLI Chamber Assembly ...

Page 71: ... interfaced with Fire Alarm Control Panels FACPs or building management systems BMS via relays In such instances the fault relays signal a fault condition to the FACP or the BMS It would be necessary to use an LCD Programmer or Xtralis VSC software to further investigate the fault 8 2 Troubleshooting with Xtralis VSC The Xtralis VSC software displays faults in the active event list as they occur T...

Page 72: ...tion is used and this LED is lit it indicates a fault in the power supply Network A communications fault on VESDAnet Airflow Higher or lower than acceptable levels of air flow through the inlet pipe Filter An air filter requires changing Note It is normal for a new system to indicate airflow faults These are rectified as part of the setup and commissioning process 8 4 Troubleshooting with an LCD P...

Page 73: ...Display Diagnostics 4 Test Relay 1 2 3 4 Client Representative Name 1 Test witnessed by Date Hand Over Documents 1 Copy of this form 2 ASPIRE2 Installation Data Pack 3 ASPIRE2 Bill of Materials 4 Commissioning form or printout from Xtralis VSC or Xtralis VSM4 for each detector 5 Commissioning form or printout from Xtralis VSC or Xtralis VSM4 for each display module 6 Smoke test results 7 Forms req...

Page 74: ... Interface Card or None Alarm Thresholds Significant Smoke Day Action Pre Alarm Instant Fire Enable disable Fire1 Alarm Secondary Foam Filter Service Period Day Night Changeover Enable Disable Reference Detector Address Zone Day starts Dilution Night starts Delay seconds Night Action Pre Alarm Flow Threshold High Major Fire1 Alarm High Minor Delay Action Pre Alarm Low Minor Fire1 Alarm Low Major D...

Page 75: ...uration commissioning form Relay 1 2 3 4 5 Start up Latching Fault Fire Configurable Configurable Configurable D Normally De energized E Normally Energized A 4 VESDAnet Interface Card Table A 5 VESDAnet Interface Card commissioning form VESDAnet Card Installed Yes No Card Serial Number Preferred Port Port A Port B Loop Open Ended on this card Yes No A 5 ASPIRE2 Data Table A 6 ASPIRE2 Data commissi...

Page 76: ...t Results Test Method Type of Smoke Test Date A 7 Air Sampling Test Results Table A 8 Air Sampling Test results commissioning form Pipe 1 Pipe 2 Pipe 3 Pipe 4 Transport Time from End Cap Hole Test 1 Initial Response Action Pre Alarm Fire1 Alarm Peak Smoke Test 2 Initial Response Action Pre Alarm Fire1 Alarm Peak Smoke ...

Page 77: ...e Disables the alarm relay outputs from actuating and indicates a fault This is previously referred to as Isolate E Event Log All VESDA detectors provide internal data logging of events which have occurred in the protected zone F Fire This indicates a serious situation and may lead to automatic generation of a fire alarm Fire Alarm Control Panel FACP A panel which all fire detection products repor...

Page 78: ...ls is due to background pollution or a problem inside the protected area Relay A device on a detector which allows external equipment to be hard wired to it and be triggered when various conditions occur example sounding a siren at Alert threshold S Sampling Network The pipe network constructed to allow the VESDA detector to draw air for sampling Sensitivity Degree of response i e activation of al...

Page 79: ...sioning 67 display relay configuration 69 installation 29 modelling 69 relay configuration 69 smoke test 70 VESDAnet interface card 69 clean air 6 7 Clean Air Zero 7 event 7 commands cancel AutoLearn flow 38 cancel AutoLearn smoke 39 Clean Air Zero 39 disable 38 enable 38 fault test 39 flow test 39 lamp test 39 normalize air flow 38 relay test 39 reset 38 reset aspirator 39 reset intelligent filte...

Page 80: ... GPI 3 24 27 65 69 71 external reset 43 inverted reset 43 isolate 43 mains OK 43 monitored 24 27 71 power supply voltage 24 43 reset isolate 43 standby mode 43 unmonitored 24 43 71 use night time threshold 43 H HLI 71 I intelligent filter 3 6 29 55 64 IP54 3 11 isolate 15 44 69 L LED alarm 8 fault 8 power 8 pre alarm 8 M maintenance check pipe flow 53 check pipe network 53 clean sampling point 53 ...

Page 81: ... 15 24 27 30 44 51 65 66 R referencing 12 49 71 relays 11 24 25 65 69 71 fault 24 69 fire 24 69 remote display 65 reset 8 15 43 69 RS485 10 S sensitivity 71 settings 48 default 48 silence 15 specifications 11 alarm range 11 dimensions 11 weight 11 standby 53 55 58 suction pressure 69 supply voltage 11 T TCP IP 10 temperature 11 threshold action 8 11 12 15 48 51 alert 8 11 12 15 48 51 fire1 8 11 12...

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