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D200-101-01

1

I56-6574-000

INTRODUCTION

The LT-200 FL01 Series is part of the Fire Alarm Aspiration Sensing 

Technology

®

  (FAAST)  family.    FAAST  is  an  advanced  fire  detection 

system for use where early warning and very early warning are a 

requirement. The system continuously draws air from the controlled 

environment through a series of sampling holes to monitor the 

environment for smoke particulate.
The FL01 is the stand-alone version of the FAAST LT-200 range and is 

available in 3 different models:

FL0111E-HS -

 Has single channel capability with one high sensitivity 

smoke sensor.

FL0112E-HS -

 Has single channel capability with two high sensitivity 

smoke sensors in a common chamber for coincidence detection.

FL0122E-HS -

 Has two channel capability with two high sensitivity 

smoke sensors in separate chambers. (One sensor for each channel).
This guide provides information for mounting the unit, basic installation 

and advice on pipe layout designs, together with an overview of 

using the PipeIQ™ software (version 2.9.1 or higher) to achieve 

EN54 compliant designs.  For more complex designs using increased 

functionality (experienced users only) please see the FAAST LT-200 

Advanced Setup and Control Guide - reference D200-100-01.

Important Note

Aspirating Smoke Detectors supplied and installed within the EU must 

conform to the EU Construction Products Regulation (CPR) 305/2011 

and the related European Product Standard EN 54-20. FAAST LT-200 

has been tested and certified to ensure that it conforms to the necessary 

Standards, but strict adherence to this instruction guide is advised to 

ensure that the installation meets the requirements of the CPR.
The PipeIQ™ software (use version 2.9.1 or higher) is a design 

application to help a user create or verify EN54 compliant pipe layouts, 

and to allow configuration of the FAAST LT-200 unit.

Warning

The performance of this system is dependent upon the pipe 

network.  Any extension or modification to the designed installation 

may  cause  improper  operation.  The  operational  effects  of  such 

changes need to be verified using the PipeIQ design software.

This equipment and all associated pipe work must be installed in 

accordance with all relevant codes and regulations.

PARTS LIST

Description 

Quantity

FAAST LT-200 unit 

1

Mounting bracket 

1

3-pin Terminal block  

6

4-pin Terminal block  

1

2-pin Terminal block  

3

47 k-ohm EOL Resistor  

2

USB Cable 

1

Front Panel Labelling Pack 

1

Wiring Diagram Label 

1

Installation Kit USB Pen Drive 

1

Quick Installation Guide 

1

SPECIFICATIONS

Electrical Characteristics

Voltage Range:   

18.5 - 31.5 VDC

Supply Current:  1 Channel: 170mA (typical); 360mA (max) @ 24    

 

VDC 25

o

C (excluding sounders)

 

2 Channel: 270mA (typical); 570mA (max) @ 24    

 

VDC 25

o

C (excluding sounders)

Configurable Input:  

Activation Time: 2s (min)

Relay Contact Ratings: 

2.0 A @ 30 VDC, 0.5A @ 30 VAC

Environmental Ratings

Temperature: 

-10°C to 55°C

Relative Humidity: 

10% to 93% (non-condensing)

Flow Fault: 

± 20% of the reference flow

IP Rating: 

65

Mechanical

Exterior Dimensions: 

See Figure 1

Wiring: 

0.5 mm² to 2 mm² max

Maximum 

Single

 Pipe Length: 100m (Class C)

Maximum 

Branched

 Pipe Length: 160m (2 x 80m, Class C)

Maximum Number of Holes: See Table 1A

Pipe Spec (EN54-20 Compliance): to EN 61386 

 

(Crush 1, Impact 1, Temp 31)

Outside Pipe Diameter: 

25mm (nom) or 27mm (nom)

Shipping Weight: 

6.5kg (inc sensors)

Fire A

larm

 Aspiration Sensing T

echnology

®

FL0111E-HS  FL0112E-HS  FL0122E-HS

STAND-ALONE FAAST LT-200 MODELS

QUICK INSTALLATION GUIDE 

ENGLISH

CONTENTS

Introduction 1

Parts List  

1

Specifications 

1

Physical Installation  

2

Front panel labels 

2

Mounting to the wall 

2

Pipe hole configuration 

3

Exhaust pipe 

4

Wiring Installation  

4

Terminal designations 

5

Relays 5

External reset 

6

Front Panel  

6

Indicators and fault descriptions  7

Buttons 7

Testing 8

Service 8

PipeIQ™ Software 

9

Appendix A -

PipeIQ™ and Pipe System Design  10

Appendix B -

Practical Pipe Designs  

11 

I 56- 6574- 000

Summary of Contents for FAAST FL0111E-HS

Page 1: ...it Warning The performance of this system is dependent upon the pipe network Any extension or modification to the designed installation may cause improper operation The operational effects of such changes need to be verified using the PipeIQ design software This equipment and all associated pipe work must be installed in accordance with all relevant codes and regulations PARTS LIST Description Qua...

Page 2: ... place remove the protector from the bottom of the clear cover to stick the cover down as shown in Figure 3 Figure 5 Mounting Bracket FAAST LT 200 HANGING LUGS INDICATES CENTRE OF ASPIRATING PIPES FIXING HOLE FIXING HOLE USE FOR PLUMB LINE 90 mm 99 mm 59 329 212 mm 144 mm 41 mm mm mm POSITION OF BRACKET PLUMB LINE BASE OUTLINE OUTER DIMENSION OF UNIT 1 2 3 4 5 6 7 8 9 10 1 11213 Minimum clearance ...

Page 3: ...es not used should be kept sealed Note 2 Do NOT glue pipes into the pipe holes Table 1a Maximum Number of Pipe Holes Allowed Per Channel All figures quoted using highest level 1 sensitivity 1 2 3 4 5 6 CHANNEL 1 CHANNEL 2 ONLY FUNCTION ON 2 CHANNEL UNITS CHANNEL 1 NOT USED FOR COMMON CHAMBER UNIT CHANNEL 2 ONLY FUNCTIONS ON 2 CHANNEL AND COMMON CHAMBER UNITS FAAST LT MODEL INLET PIPE HOLE OUTLET P...

Page 4: ...f the unit to lever open the door as shown above SAMPLING AREA SAMPLING AREA Whenever the FAAST LT 200 is installed outside the risk area return of the exhaust air back into the protected area can reduce flow faults due to pressure difference MODULE MOUNT MODULE MOUNT F LT PMB MODULE MOUNT KIT OPTIONAL If required an input output module can be installed into the FAAST LT 200 unit The optional modu...

Page 5: ...CIFICATION MIN MAX UNITS COMMENTS Contact Rating 2 0 5 A A 30 VDC resistive load 30 VAC resistive load Life Time 105 Operations 1N6284CA FAAST LT FAAST LT C L FAAST LT R C L WARNING Switching Inductive Loads Fitting the Terminal Blocks To insert the terminal blocks into the unit use the following method 1 Insert a corner of the block into the slot see a 2 Push the length of the block into the slot...

Page 6: ...A TIO N DIS AB LE SY ST EM S O U N D E R F IL T E R L O W F L O W H IG H F L O W INITIALIZATION LEVEL SMOKE FAULT FAULT POWER ALARM PREALARM 2 10 3 1 4 5 6 7 8 9 TEMPERA TURE INPUT 10b FL0122E HS 2 Channel Detector POWERING UP Using Default Settings 1 Connect a suitable 24VDC supply complying with European Standard EN 54 4 to pins 1 and 2 on terminal block T1 See Table 2 2 Check the voltage at the...

Page 7: ... INITIALIZATION ALARM PREALARM 2 10 3 1 4 5 6 7 8 9 2 10 3 1 4 5 6 7 8 9 INDICATOR ACTION WARNING OR TROUBLE COMMENT ACTION CHANNEL 1 2 ALARM ON Red Channel is in alarm relay is set No delay with default settings 1 BLINK Green when sensor is polled Not in alarm CHANNEL 1 2 PRE ALARM ON Yellow Channel is in pre alarm relay is set SMOKE LEVEL ON Yellow Led number indicates sensor alarm level reached...

Page 8: ...troduce smoke particulates into the system It is recommended that smoke with a particulate life cycle of greater than 120s should be used standard aerosol sprays for point detector testing do not work well on aspirated systems Fault Testing Simulate a fault on the detector for example block the outlet pipe and check that a fault is signalled on both the front panel of the unit and at the CIE Fire ...

Page 9: ...ernal port in the centre of the device to a spare USB port on the PC make sure that the USB connector is pushed fully into the FAAST LT 200 port until it clicks The device will now be in Remote Maintenance mode The USB connection must be made within 5 minutes of entering the Maintenance mode password The first time a PC running PipeIQ is connected to a FAAST LT 200 device the USB port drivers will...

Page 10: ... 45l min 6 Repeat from step 3 adjust hole diameters and fan speed to achieve all the above figures 7 Next check that the sample hole sensitivity is practical for the chosen class i e it is not too sensitive Ideally to avoid false alarms hole sensitivity for a class C system should be 1 m or greater and certainly 0 5 m 8 If necessary change the Alarm level to reduce the sample hole sensitivity The ...

Page 11: ...76 98 60 6 4 4 45 0 6 1 14 3 10 87 98 50 5 4 5 4 5 45 0 62 0 98 3 9 95 44 40 4 4 5 4 5 45 0 76 0 80 3 10 79 53 30 3 5 5 46 0 83 1 29 4 10 78 55 20 2 5 5 5 5 45 0 92 0 97 4 10 71 28 10 1 6 5 6 5 45 1 1 31 5 10 66 37 Non sensing end hole CLASS C PIPE DESIGNS WITH SINGLE SAMPLE HOLE END HOLE SIZE AND 10m SPACING 2 PIPE T FORM Per pipe length Number of holes Hole size End hole Air flow Flow balance Av...

Page 12: ...pe Number of holes Hole size End hole Air flow Flow balance Average sensitivity Alarm level Fan Total hole area m per pipe mm mm I min m mm2 50 3 5 5 45 0 84 0 40 1 4 117 83 40 3 4 5 4 5 46 0 89 0 40 1 5 95 44 30 3 4 4 46 0 93 0 40 1 7 75 41 20 2 5 5 46 0 96 0 40 2 6 78 55 10 1 6 5 6 5 44 1 0 33 3 8 66 37 CLASS B PIPE DESIGNS WITH SINGLE SAMPLE HOLE SIZE Inc SAMPLING END HOLE AND 10m SPACING 1 PIP...

Page 13: ... 83 0 20 1 9 84 83 20 2 6 5 6 5 44 0 94 0 14 1 10 66 37 10 X X No adequate or recommended single sample hole size design CLASS A PIPE DESIGNS WITH SINGLE SAMPLE HOLE SIZE Inc SAMPLING END HOLE AND 10m SPACING 2 PIPE T FORM Each pipe Number of holes Hole size End hole Air flow Flow balance Average sensitivity Alarm level Fan Total hole area m per pipe mm mm I min m mm2 50 3 5 5 45 0 84 0 40 1 4 117...

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