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FAAST 8251BPI and 8100  
INSTALLATION AND MAINTENANCE INSTRUCTIONS

  

 

Items Included with Unit 

  FAAST XM device 

  Mounting bracket 

  Mounting nuts (2) and washers (2) 

  3-pin terminal block  

6 (8251BPI)

  

9 (8100)

 

  4-pin terminal block  

2 (8251BPI)

  

1 (8100)

 

 

47KΩ EOL Resistor 

 

2 (8100 only) 

  Installation and Maintenance Instructions 

  PipeIQ  software  and  a  comprehensive  instruction  manual. 

An  advanced    networking  white  paper  may  be  downloaded 
at www.systemsensor.com/faast 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Figure 1: Wall Mounting Plate 

 

 

 

 
 
 
 
 
 
 
 

INTRODUCTION 

Scope of this Manual 

This  manual  is  intended  as  a  guide  for  technicians  to 
install, set up and provide  preliminary system checks for 
the  FAAST  (Fire  Alarm  Aspiration  Sensing  Technology) 
aspirating  smoke  detection  system.  Before  installing, 
please  read  the  Comprehensive  Instruction  Manual  for 
the  FAAST  aspiration  detection  system  (available  on 
PipeIQ  CD  or  at  SystemSensor.com/faast),  which 
provides detailed information on pipe design and system 
configuration. 

WARNING

 

The performance of the system depends on the designed 
pipe  network  for  the  site.  Any  alteration  to  the  pipe 
network  will  alter  the  performance  of  the  system  and 
must  be  verified  by  a  technician.  The  PipeIQ®  design 
tool  can  be  used  to  verify  the  suitability  of  any  pipe 
network  design  and  subsequent  alterations.  The  PipeIQ 
software program is available from your distributor or can 
be downloaded from systemsensor.com/faast. 

DESCRIPTION 

The  8000  Series  FAAST  XM  aspirating  smoke  detection 
system  is  an  advanced  particulate  detection  system  for 
use in early warning and very early warning applications. 
The  system  continuously  draws  air  from  the  controlled 
environment  through  a  series  of  sampling  holes  to 
monitor the environment for smoke particulate. 
FAAST  system  conditions  are  displayed  at  the  user 
interface  and  at  a  fire  alarm  control  panel  via  relays. 
System conditions can also be displayed remotely in two 
ways  through  the  network  interface:  integrated  Web 
server  or  PipeIQ  software.  The  display  provides  a  clear 
indication  of  the  system  status,  particulate  levels,  alarm 
levels, air flow and faults.  Additionally,  e-mail notification 
can  be  sent  upon  status  changes.  These  can  all  be 
discerned  by  monitoring  the  user  interface  at  either  the 
local or remote display. 

Features 

  Clip intelligent protocol (8251BPI only) 

  Advanced  detection  using  blue  LED  and  IR  laser 

technology 

  Monitors  up  to  1000m

2

  (dependant  on  local  code  and 

ordinances) 

  Wide sensitivity range of 0.0015% to 20.5% obs/m. 

  Programmable alarm thresholds and delays 

 

Six (8251BPI) 

or 

eight (8100)

  sets of relay contacts 

  Advanced dust discrimination for reduced false alarms 

  Air filtration 

  Particle separation for increased filter life 

  Electronic filter life monitoring 

  Ultrasonic air flow sensing 

  Field service access door 

  Easy access filter maintenance door 

  Event, service and trend logs 

  PipeIQ pipe modelling software 

  Acclimate  mode  operation  for  auto-adjustment  of 

sensitivity 

  Remote monitoring via Ethernet/IP 

  Remote reset/dry contact input 

  Multi-lingual support 

 

Email notification of alarm, fault or isolate conditions

 

INSTALLATION 

This  equipment  must  be  installed  in  accordance  with  all 
local and national codes and regulations. 

Pipe Installation 

The  pipe  layout  is  designed  using  the  PipeIQ  software 
package. Refer to the Comprehensive Instruction Manual 
that  comes  with  the  PipeIQ  software  package  to  design 
the pipe network. All pipe must be installed in accordance 
with local and national codes and regulations.  
The pipe network should be complete before proceeding 
with the physical and electrical system installation. 

Physical Unit Installation 

 

Make  sure  that  there  are  no  pipes  or  electrical  wires 
within the wall before drilling any mounting holes. 

Securing the Mounting Bracket 

The typical mounting location for the FAAST unit is on a 
wall.  The  unit  is  mounted  to  the  wall  using  the  enclosed 
mounting  plate.  Figure  1  shows  the  wall  mounting  plate. 
For  easier  access  to  the  FAAST  unit,  it  is  preferred  to 
position  the  mounting  plate  in  an  easily  accessible 
location.  
1. 

Place  the  mounting  bracket  on  the  wall  in  the  desired 
location  and  use  it  as  a  template  to  locate  the  necessary 
mounting holes. 

2.  Mark  the  hole  locations  and  remove  the  bracket.  It  is 

recommended  to  secure  the  bracket  using  the  4  outer 
mounting holes. 

3.  Using  a  drill  and  the  proper  size  bit  for  your  mounting 

hardware, drill the necessary holes. 

4.  Use  appropriate  fasteners  to  accommodate  the  mounting 

surface and FAAST device weight. 

5.  Secure the bracket to the wall. 

WARNING

Содержание 8251BPI

Страница 1: ...ximum single pipe length 80m External pipe diameter 25mm Internal pipe diameter 15 21mm Specifications 1 Introduction 2 Scope of this Manual 2 Description 2 Features 2 Items Included with Unit 2 Insta...

Страница 2: ...all be discerned by monitoring the user interface at either the local or remote display Features Clip intelligent protocol 8251BPI only Advanced detection using blue LED and IR laser technology Monit...

Страница 3: ...xhaust pipe into the output port ensuring a snug fit DO NOT glue these pipes Wiring Before working on the FAAST system notify all required authorities that the system will be temporarily out of servic...

Страница 4: ...N C T7 22 Fire 2 COM 21 Fire 2 N O 20 Fire 1 N C T6 19 Fire 1 COM 18 Fire 1 N O 17 Action 2 N C T5 16 Action 2 COM 15 Action 2 N O 14 Action 1 N C T4 13 Action 1 COM 12 Action 1 N O 11 Alert N C T3 10...

Страница 5: ...he unit Table 1b FAAST 8100 Terminal Designations Notes a the Terminal Blocks are numbered with T11 to the top and T1 at the bottom b Terminal Block T2 is unused SLC Number Name Terminal Block 35 Ext...

Страница 6: ...ard must be installed on the front panel of the FAAST aspirating smoke detection system For installation first slide the card into the bottom pocket then beneath each of the mounting tabs If necessary...

Страница 7: ...segment is lit in amber Labels Detector faults are labelled adjacent to the indicators on the Air Flow Fault graph User Interface Buttons The User Interface has three buttons shown in Figures 9a 8251B...

Страница 8: ...a configuration fault occurs during the initial configuration or the device is unable to operate due to the configuration the Urgent Fault relay will be set The device must be re configured using Pipe...

Страница 9: ...the FAAST system resets the Fault and Alarm relays It then sets the Isolate relay and the ISOLATE Fault indicator illuminates on the user interface In this mode the fan switches off and the device do...

Страница 10: ...ice returns to its previous state Once the passcode is accepted the locked out button s become active After 45 seconds of inactivity the Fault indicator begins to blink green After an additional 15 se...

Страница 11: ...ice loses power for more than 72 hours the device sets the TIME fault indicating the time needs to be updated Logs Event Log The FAAST system is equipped with internal memory that can be configured to...

Страница 12: ...of its peripherals and cannot function correctly Urgent Fault 7 Aspirator The Fan has stopped operating and requires immediate attention Urgent Fault 8 Filter 8251BPI Device Filter is clogged and requ...

Страница 13: ...nt log viewer Email Notification The FAAST system has the ability to send e mail notifications to an individual or organization Up to 6 different email addresses may be stored for notification Each em...

Страница 14: ...est and fans speed test retrieve and view logs in graph and tabular form control test and monitor FAAST aspirating detectors A comprehensive Help Menu is available from the Menu Bar to guide the user...

Страница 15: ...ing updated ii b ii above Right click the device and select Get Configuration for an existing detector being maintained Section C CONFIGURING FAAST XM 8000 Series in PipeIQ A Configuration the followi...

Страница 16: ...ces using PipeIQ software the default Password is password Caution if a Default Password is changed and then lost there may be a delay before Pertronic can identify the password so that it can be acce...

Страница 17: ...Lock Out Test initiates the self test mode and simulates a Fire 2 Alarm condition The Alarm relays are also latched after the programmed delay Reset to Reset latched Alarms and Defects Isolate initiat...

Страница 18: ...Target Sensitivity for each of the activation levels Alert Action 1 Action 2 Fire 1 and Fire2 the Target Sensitivity represents the sensitivity at the Sampling Point and equates to the sensitivity of...

Страница 19: ...he Sensitivity settings used by VEWFD EWFD or SFD to identify appropriate settings for the system being configured then apply settings suitable to the CUSTOM constraints vi accept any advisory notices...

Страница 20: ...e Day values simply by pressing the arrow viii Select the device from the tree right click and select Device Information record the following details in Section H FAAST XM System Validation Form a Fan...

Страница 21: ...Configuration Sensor the Threshold Levels are converted to five Activations Levels in the panel ALERT ACTION 1 ACTION 2 FIRE 1 and FIRE2 Set the Sensitivity for each Activation Level per the Table bel...

Страница 22: ...activate as a Smoke Alarm or ACTION2 FIRE 1 and one of the pre Alarm thresholds ALERT ACTION 1 or ACTION 2 may be combined on a single circuit on the F16e provided the circuit is configured for Reside...

Страница 23: ...onitor Live Events as they occur Search for Live Events Produce Reports in pdf doc or xls format Clear Live Events Stored Events Retrieve Stored Events Search for Stored Events produce Reports in pdf...

Страница 24: ...ual holes meets the minimum performance requirements for individual points Note that this may require reference to the approval compliance notes for the particular ASD system and should also take into...

Страница 25: ...cating smoke has been detected this is the Transport Time for this Sample Point the Maximum Transport Time shall be less than the maximum time specified within the design documentation engineering spe...

Страница 26: ...erify the settings are suitable for the site refer to Section C Device Details F2g System Handover During the commissioning all results shall be recorded These along with all configuration data shall...

Страница 27: ...34 1 64 1 65 34 3 35 1 68 1 70 35 3 36 1 73 1 75 36 4 37 1 78 1 80 37 4 38 1 83 1 85 38 4 39 1 88 1 90 39 5 40 1 92 1 95 40 5 41 1 97 2 00 41 6 42 2 02 2 05 42 6 43 2 07 2 10 43 6 44 2 12 2 15 44 7 4...

Страница 28: ...lterations occurring after the date of manufacture In no case shall the Company be liable for any consequential or incidental damages for breach of this or any other warranty expressed or implied what...

Страница 29: ...umber Loop Address Contact Person Customer Name Facility Name Facility Location Device Location Site Address Night Mode Start Time End Time Daylight Saving Starts On Ends On Time Format 12 Hour 24 Hou...

Страница 30: ...Action 1 Action 2 Fire 1 Fire 2 Urgent Isolate Minor AirFlow Flow Boundary Flow Delay Sec User Interface Button Activation Passcode Button Lock Out Test Reset Isolate ModBus Passcode Address System T...

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