System Sensor FAAST LT-200 Setup Manual
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System Sensor FAAST LT-200 Setup Manual

System Sensor FAAST LT-200 Setup Manual

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CONTENTS
Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1
The FAAST LT-200 Functional State Diagram . . . . . . . . . . . . . 1
An Introduction to PipeIQ™ . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
FAAST LT-200 Alarm Mode (Loop Based Versions Only)

INTRODUCTION

The FAAST LT-200 aspirating smoke detector is an advanced
smoke sensing 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 . A range of sensing,
operating and output facilities can be configured in the FAAST LT-
200 unit by the end user . This is accomplished by programming
and downloading control parameters from a PC running the
proprietary software application, PipeIQ™ . Note: Only PipeIQ™
version 2.9.1 or higher can be used with a FAAST LT-200. Other
versions of PipeIQ will not work with this detector . (See Appendix E
for PipeIQ™ and PipeIQ™ download and set-up details .)
(Power-ON)
INITIALIZATION
Cover
Close
SERVICE
MODE
D200-100-01
ADVANCED SET-UP AND CONTROL GUIDE
Maintenance Timeout or after TEST + RESET + DISABLE (When Device Configuration has been Changed)
RESET + Password Enter (During Auto Speed Procedure)
Maintenance Timeout or after
TEST + RESET + DISABLE
(No Need for Device to Initialize)
NORMAL
RESET +
Password Enter
RESET +
DISABLE
Cover
Open
DISPLAY
FAN
SPEED
FAAST LT-200
FIRE ALARM ASPIRATION SENSING TECHNOLOGY
Further PipeIQ™ Capabilities . . . . . . . . . . . . . . . . . . . . . . . . . . 5
2
Appendices
2
3
3
Configuration Parameters
3
Default Set-Up Values - Stand Alone Versions
3
Default Set-Up Values - Loop Based Versions
4
B: FAAST LT-200 Fault Codes . . . . . . . . . . . . . . . . . . . . . . . . .14
4
C: Example Pipe Configurations . . . . . . . . . . . . . . . . . . . . . . . .16
4
D: Which PipeIQ™ Software to Use . . . . . . . . . . . . . . . . . . . . .19
4
4
F: PipeIQ™ and Pipe System Design . . . . . . . . . . . . . . . . . . .21
Keep this document for future reference

THE FAAST LT-200 FUNCTIONAL STATE DIAGRAM.

In operation, the device can be in one of 6 possible states:
Initialization
Normal
Maintenance
Remote Maintenance
Service Mode
Power Out Of Range state
The routes in and out of these states are shown in the diagram
below .
MAINTENANCE
Cover Open +
USB
Disconnected
Connected
+ Cover Close
REMOTE
MAINTENANCE
1
Power in Correct Range
Power < 18V
Power > 32V
USB
POWER OUT OF
RANGE STATE
®
5
5
5
5
6
10
12
I56-3888-010

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Summary of Contents for System Sensor FAAST LT-200

  • Page 1: Table Of Contents

    Creating a Project The FAAST LT-200 Functional State Diagram . . . . . . . . . . . . . 1 Designing a Pipe Layout...

  • Page 2: Password Procedure (To Enter Maintenance Mode)

    . The front panel buttons are enabled for maintenance performance of pipe network solutions, configure the design functions and the FAAST LT-200 unit can be linked to a PC . (See parameters to suit local fire codes and standards and generate Remote Maintenance state) .

  • Page 3: Preparing To Configure Or Monitor A Faast Lt-200 Device

    PC USB port, PipeIQ™ must be running a project (.mdf file) that pressing the Apply to Configuration button in the PipeIQ™ Pipe matches the type of FAAST LT-200 device being used . If no project Design mode, which will automatically set the new airflow limits.

  • Page 4: Sending A Configuration To A Faast Lt-200 Device

    LEDs or alarm relay activation will be performed . Also, when the FAAST LT-200 device is in Module The time and date clock in the FAAST LT-200 device is set up Alarm Mode the alarm latching options are not allowed .

  • Page 5: Further Pipeiq™ Capabilities

    . If the keyword is used in more than one topic, a dialog box is displayed so you can select The FAAST LT-200 device must be connected and communicating the topic to view, and then click Display or double-click the topic .

  • Page 6: A: Faast Lt-200 Config. Parameters And Default Set-Up Values

    FAAST LT-200 CONFIGURATION PARAMETERS AND DEFAULT SET-UP VALUES A1: FAAST LT-200 CONFIGURATION PARAMETERS All the FAAST LT-200 configurable parameters are described in Table A1 below . The default values set into the unit at manufacture are listed in Tables A2 and A3. The user can change parameter values using the PipeIQ™...
  • Page 7 PARAMETER PARAMETER DESCRIPTION COMMENTS RANGE Channel 1 alarm is YES/NO NO: When alarm condition is reached, the   latched device activates the alarm relay . When the alarm condition is removed the alarm relay is Channel 2 alarm is YES/NO ...
  • Page 8 PARAMETER PARAMETER DESCRIPTION COMMENTS RANGE Auxiliary relay set on YES/NO User chooses the event(s) that will It is possible to have more than one   low/high temperature activate the auxiliary relay . event set the Aux relay . If any one alert NO: not used of the chosen events occurs, the...
  • Page 9 PARAMETER PARAMETER DESCRIPTION COMMENTS RANGE Monday is holiday YES/NO Allows use of different alarm and pre-  alarm levels on one or more days of the Tuesday is holiday YES/NO  week Wednesday is holiday YES/NO NO: Device will change between day and ...
  • Page 10 A2: FAAST LT-200 DEFAULT SET-UP VALUES All the default value settings are listed in the following two tables . Table A2 refers to Stand Alone units, whilst Table A3 refers to Loop Based (addressable) units . X means that a parameter is Not Applicable .
  • Page 11 1 Channel 1 Channel 2 Channel PARAMETER PARAMETER RANGE 1 Sensor 2 Sensor 2 Sensor Auxiliary relay set on flow fault YES/NO Auxiliary relay set on sensor YES/NO communication fault Auxiliary relay set on power restart YES/NO alert Auxiliary relay is latched YES/NO External input normal state OPEN, SHORT...
  • Page 12 Table A3: Loop Based (Addressable) Versions 1 Channel 1 Channel 2 Channel PARAMETER PARAMETER RANGE 1 Sensor 2 Sensor 2 Sensor Maintenance Password 1111 - 9999 3111 3111 3111 Current configuration number 0..255 Current configuration date DD/MM/YY HH:MM:SS Channel 1 enabled YES/NO Channel 2 enabled YES/NO...
  • Page 13 1 Channel 1 Channel 2 Channel PARAMETER PARAMETER RANGE 1 Sensor 2 Sensor 2 Sensor External input normal state OPEN, SHORT OPEN OPEN OPEN External input triggers fault YES/NO External input silences sounders YES/NO External input reset device YES/NO External input disables ASD YES/NO External input ASD disabling time 1..1440 min...

  • Page 14: B: Faast Lt-200 Fault Codes

    APPENDIX B FAAST LT-200 FAULT CODES Below is the list of fault codes that can be generated by the FAAST SA denotes a Stand Alone unit LT-200 unit . They will be displayed in the Event Log (up to 2244 LB is a Loop Based (addressable) unit events can be recorded before being overwritten) .
  • Page 15 FAULT / SHORT NAME DESCRIPTION NOTES ALERT Alert [A005] Device temperature is TEMPERATURE under the limit. ALERT Alert [A006] LOW POWER Device supply voltage is Check the voltage. Changing the FAAST LT unit ALERT under 21 V (nominal). parameter, it is possible to monitor either the main or both power supplies Alert [A007] POWER RESTART...

  • Page 16: C: Example Pipe Configurations

    APPENDIX C EXAMPLE PIPE CONFIGURATIONS - 1 CHANNEL (can be duplicated for 2 channel units) D200-100-01 I56-3888-010...
  • Page 17 Hole 8 Hole 7 Hole 6 Hole 5 Hole 4 Hole 3 Hole 2 Hole 1 Hole 10 Hole 11 Hole 12 Hole 13 Hole 14 Hole 15 Hole 16 Hole 17 D200-100-01 I56-3888-010...
  • Page 18 EXAMPLE PIPE CONFIGURATIONS USING EXTERNAL FILTER Example Pipe Configuration 1 Channel Single Pipe With Filter - Class C Flow = 43 l/min, Balance = 0.72, Alarm level 1 End hole (Hole 8) Hole 5 Hole 1 Hole 2 Hole 3 Hole 4 Hole 6 Hole 7...

  • Page 19: D: Which Pipeiq™ Software To Use

    APPENDIX D WHICH PipeIQ SOFTWARE TO USE? ™ There have been a number of different PipeIQ software versions available over time . Table D1 shows the correct software to connect with the different versions of FAAST LT . The product part numbers associated with the different devices are shown in Table D2 .

  • Page 20: E: Accessing, Installing And Running The Latest Pipeiq

    3) For a new project, choose a file name and Save it .     4) Read and acknowledge the disclaimer and click OK: The latest versions of System Sensor pipe design software PipeIQ     can be found at:  ...

  • Page 21: F: Pipeiq™ And Pipe System Design

    APPENDIX F PipeIQ AND PIPE SYSTEM DESIGN ™ PipeIQ is a design application to help a user create EN54 compliant Pipe Design Methodology Flow Chart PIPE DESIGN METHODOLOGY FLOW CHART pipe layouts . Generating a suitable working design will require some thought and understanding of the interacting variables in an Start Project aspirating system .
  • Page 22 System Sensor Europe Pittway Tecnologica S.r.l. Via Caboto 19/3 34147 TRIESTE Italy http://www.systemsensoreurope.com D200-100-01 I56-3888-010...

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