FAAST 8251BPI Nstallation And Maintenance Instructions Download Page 1

 

FAAST 8251BPI and 8100 
INSTALLATION AND MAINTENANCE INSTRUCTIONS

  

 

TABLE OF CONTENTS 

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

 

 

 

 

 

 

 

 

 

Document Colour Code Key: 

(refer to Page 24)

 

 

Black: 

applies to both 8251BPI and 8100 Devices 

 

Orange:  applies to 8251BPI FAAST XM Only

 

 

Green:  applies to 8100 FAAST XM Only

 

SPECIFICATIONS: 

Electrical Characteristics 

External Supply Voltage  

18 

– 30V

DC

 

Remote Reset Time  

External monitor must be pulled low for a minimum of 100msec. 

Power Reset  

10 secs (FAAST 8251BPI)

1 sec (FAAST 8100)

 

Average Operating Current  

500mA @ 24V

DC

 

Alarm Current 

650mA 

–  All  relays  active,  all  alarm  levels  displayed.  Voltage  @ 

24V

DC 

Average Loop Driver Operating Current:  

700uA 

Loop Driver Voltage Range:  

15 

– 32V

DC

 

Relay Contact Ratings  

3.0A @ 30V

DC

, 0.5A @ 125V

AC

 

Environmental Ratings

 

Operating Temperature  

0°C to 38°C 

(32°F to 100°F) 

Sampled Air Temperature  

-20°C to 60°C 

(-4°F to 140°F) 

Humidity  

10 to 95% (non-condensing) 

IP Rating  

IP30 

Coverage Area  

1000

m

2

 

(8,000ft

2

Air Movement  

0 - 1,219.2 m/min. 

(0 

– 4,000 ft./min.) 

Mechanical Characteristics 

Exterior Dimensions  

337 x 330 x 127 

H x W x Dmm 

Cable Access  

4 x 25.4mm cable entry holes on top and bottom of unit. 

Wire Gauge  

2.0mm (12 AWG) max to 0.5mm (24 AWG) min. 

Shipping Weight 

5.26 kg, includes packing material 

Nett Weight 

 

Pipe Network Size  

Up to 1000m

2

 

Maximum single pipe length  

80m  

External pipe diameter  

25mm  

Internal pipe diameter  

15 - 21mm 

Specifications:

…………………………………………1 

Introduction

:……………………………………………2 

 

S

cope of this Manual……………………………….2 

Description

:………………………………………….…2 

 

Features……………..………………………………2

 

 

Items Included with Unit.........……………………. 2

 

Installation

:.………………………………………….... 2 

 

Pipe Installation..…..………………………………. 2

 

 

Physical Unit Installation........…………………..... 2

 

 

Securing the Mounting Bracket……………….2 

 

Mounting the 

Detector to the Bracket……….. 3 

 

Connecting the Air Sampling Pipe..…………. 3 

 

Exhaust Pipe……………..……………………. 3 

 

Wiring

........……………………………………...….. 3

 

 

Power Cables…………………………….……. 3 

 

Conduit Usage…………………………………. 3 

 

FAAST 8251BPI Cabling Requirements……....... 4

 

 

FAAST 8251BPI System Powering…….……..….4 

 

FAAST 8100 Cabling Requirements…….………. 5

 

 

FAAST 8100 System Powering …………….….  5 

User Interface:.…..………………………………….... 6 

 

FAAST 8251BPI User Interface……….…………. 6

 

 

FAAST 8100 User Interface……………………….6 

 

User Interface 

Card Installation……………....….. 6

 

 

Particulate Level Display…………………..…....... 6

 

 

Alarm Level 

Display ……………………..……..….7 

 

Alarm Level Programmable Ranges……..…. 7 

 

Air Flow / Fault Display……..…………..……..…. 7 

 

Labels………………………………..…………. 7 

 

User Interface 

Buttons….………………………….7

 

Modes of Operation:……..………….……………....  8 

 

Initialisation…………………………...….………….8

 

 

Startup……………………………………………….8 

 

Configuration…………………………………....…. 8

 

 

Normal Mode………………………………..….......8

 

 

Test Mode………………….……………..……..…. 8 

 

Reset Mode…………..……………...….…………. 8

 

 

Acclimate…………………………………………….9 

 

Setting Acclimate Mode………………………. 9 

 

Day, Night and Weekend Mode……………....…..9

 

 

Isolate………………………………………..…....... 9

 

 

Disable………….………….……………..……..…. 9 

 

User 

Button Alternate Functions…..…………….10 

 

Passcode 

Access……………….…………….10 

 

Address Blink Mode….……………………….10 

 

IP Address Blink Mode……………………….11 

 

Real-

Time Clock..…..………………………..……11

 

 

Logs

........………………………………………......11

 

 

Event Log…………………………………..…. 11 

 

Data Trend Log…………….……………….... 11 

 

Message 

Log…………………………………. 11 

 

External Monitor / Reset

…………………...…..  11

 

 

Ethernet Connection……………………….......  11

 

 

Faults…….…………………………………...….  12 

 

Pipe Network.…………………………………..… 13

 

 

Web Server………………………………….….… 13 

 

Email Notification…….………………………..…. 13

 

 

Canned Smoke Te

sts……………………………. 13 

 

Maintenance……………...............................….. 13

 

 

FAAST XM Detector Base……..…………....….. 13

 

Glossary:…………………..………….……………....14 

 

Key Terms………………………...….……..……. 14

 

 

Document Colour Code Key…………………..  14 

FAAST System Validation Form

….…………….... 15 

Summary of Contents for 8251BPI

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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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