Attachment 4 - Building Certifier Advice & Flow Pressure Test Results.pdf

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Australian Fire Services Testing # 11647.3

www.firetesting.com.au PH: 1800 347 383

 

Form 72—fire hydrant and sprinkler system periodic testing and maintenance Ves 1 ~ Juv 2014

This form is to be used for the purposes of commissioning water based fire safety installations, as required by the Queensland Development Code
— Mandatory Part (MP) 6.1, which is a building assessment provision under the Building Act 1975, section 30. This form is also to be used in
accordance with the ‘Fire hydrant and sprinkler system commissioning and periodic maintenance procedure’, defined in MP 6.1 as the ‘Relevant
procedure’. Please note that this form does not comprise all maintenance requirements—this form is only for collecting results of

for maintenance for some sections of the Australian Standards referred to and in each case, further testing is required.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Part A—Test details
Site name Noosa Reef Hotel
Site address] 19 Noosa Drive - Noosa
Client Cayas & Ward
Maintenance test 6 monthly test Oo 12 monthly test | b= Syearlytest| O
Testing Test Date: Thursday, 31 July 2025 Fire Hydrant
details Fire Sprinkler Oo
Time of test: 9:00am Combines O
Part B—Hydrant hydrostatic test [| pass | O | —fat——P Oo
Refer to the required pressure specification for either commissioning or periodic testing (as applicableyas per AS2419.1
Boost pressure kPa__| Testpressure kPa
Durati mins | End of test pressure kPa | Loss (if any): | | \/min
Part C—Hydrant test equipment/pressure gauges
If using more devices, provide details in the Notes section below or complete another form. The correction factor must be kPa or a percentage.
Flow measuring device | Orificepartc not required for orifice testing Mechanical Oo | Electromagnetic O
Device 1 Gauge 1 Device 2 Gauge 2 Device 3 | Gauge 3 | Device 4 Gauge 4
Serial number AFSTO3 17786 AFSTO6 31373 AFST08 30974 AFSTO7 30964
Date calibrated 07/09/2024 06/02/2025 23/02/2025 11/02/2025 02/03/2025 | 22/11/2024 | 23/02/2025 09/09/2024
Correction certificate v v v v v v v v
65/100/150 mm face - 100mm - 100mm - 100mm - 100mm
Digital reader v v v v v v v v
Increments (kPa) l/s 1kPa /s 1kPa Is 1kPa /s 10kPa
Part D—Hydrant system flow test PASS | Oo FAIL |
This part relates to section 10.3 of AS2419.1 If pressure/flow rates do not meet the fire system design criteria and there are no on-site problems,
contact the relevant water service provider to ascertain if there are any problems with the water system network. In the table below,
please record the pressure readings obtained during the hydrant system flow test.
Hydrant 1 DHPH located on the South-Eastern side | Hydrant 3
location of site location
Hydrant2 | DHPH located on the North-Eastern side Hydrant 4
location of site location
vecurements 20 /s@ 350 KES orecsure a x00 kPa
Pumped | size/flow rate Hydrant 1 Hydrant 2 Hydrant 3 Hydrant 4 Total Flow
Ssyerem 101/s 270 kPa - 10 I/s
101/s 220 kPa 220 kPa 20 I/s
Mains
Pressure
System achieved: 20 I/s @ 220 kPa

 

 

 

 

 

 

 

 

Page 3

Australian Fire Services Testing # 11647.3

www.firetesting.com.au PH: 1800 347 383
Part E—Pump appliance booster test | PASS | O | FAIL ja

This part relates to sections 10.4 and 10.5 of AS2419.1 If pressure/flow rates do not meet the fire system design criteria and there are
contact the relevant water service provider to ascertain if there are any problems with the water system network. In the tal

 

 

 

  
   

n-site problems,
low, please
record the pressure readings obtained during the pump appliance booster test.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Hrdant locations | ee en | ae | m
System requirements | I/s @ | kPa Static pressure at booster kPa
Pump inlet pressure kPa Booster supply pressure kPa
Boost pressure kPa Calculated frictional loss kPa
Part F—Spripkter hydrostatic test pass | CO | FAIL oO
Sa

Part G—Sprinkler system flow test PASS | O | FAIL x

Sprinkler Requirements 905l/m@185kPa Sprinkler Achieved 810I/m@40kPa

Part H—Compliance

Critical defects Yes | C1 | Give owner/occupier a critical defect notice

identified No 0 | Noaction required in relation to critical defects at this time

Repairs/corrective Yes | O | Attach details (including action and date taken) as part of Licensee's report

actions taken No No action required in relation to repairs/corrective actions at this ime Refer below
System Pass| 0) | Submit Form 72 to Owner / Occupier

Fail | Xl | Submit Form 72 to Owner / Occupier

 

 

 

 

Part I—Signature

 

By signing this Form 72, | confirm that the information contained herein is correct to the best of my knowledge given the information available
and that this Form 72 has been completed in accordance with the relevant standards, codes and regulations.

 

 

 

 

 

 

 

 

 

 

Licensee Bruce Dan Licence no. (BSA/PIC) Licensee SLIIH)
Name M.App.Sc — Fire & Risk Engineering Signature ee
739305
For and on behalf of AFST Pty Ltd
Comments
1. Part D unassisted flow & pressure test fails.
2. Block Plan is defective and needs to be redrawn and replaced — refer page 3
3. One Double head Hydrant is obscured by a tree fern — refer page 4
4. Automatic fire sprinkler system flow and pressure test performed at the alarm valve fails — refer

page 4
5. SeeAFST report 11647.3 Report of street mains testing results

 

 

 

Note: Building owners/occupiers are responsible for ensuring their buildings continuously meet fire safety standards. Where a building owner/occupier becomes aware that their building does not

meet the minimum requirements for water pressure required by any standard applicable under the Queensland Development Code Mandatory Part 6.1 (Maintenance of fire safety installations)

the building owner/occupier should contact the Queensland Fire and Emergency Service.

Definitions “Commissioning test” is a test that is required upon completion of a new system or an extension to an existing system. “Running test” means a two inch waste test installed at the sprinkler
control valve on older systems

Privacy: The information on this form is collected for purposes related to monitoring compliance under the Plumbing and Drainage Act 2002, the Building Act 1975 and the Building Fire

Safety Regulation 2008 (“legislation”). This information may be stored in the department's database and may be used for statistical research, information provision and evaluation of Plumbing Industry
Council and state government services. Your personal information may be disclosed to other government agencies, local government authorities and third parties for purposes related to this
application

Except for these circumstances, personal information will only be disclosed to third parties with your consent or in accordance with the Information Privacy Act 2009.

RTI: The information collected on this form will be retained as required by the Public Records Act 2002 and other relevant Acts and regulations, and is subject to the Right to Information regime
established by the Right to Information Act 2009. If you have any further questions regarding your privacy, please email Building Codes Queensland on [email protected] © The State of
Queensiand.(Deparimentbof,bousing-and: Public: Works) sJilly-2014-Published:bysthe Queensiand-Governmenindtli-201444- George Street» BrisbaneQLD.4000

Page 4

Australian Fire Services Testing # 11647.3

www.firetesting.com.au PH: 1800 347 383

 

Hydrant pictured below is connected to the hydrant booster assembly. This hydrant needs to be
labelled an “Attack Fire Hydrant” so it cannot be confused attempted to be used as a feed

hydrant for the sprinkler booster.

 

Hydrant system Block Plan does not show two external Double Head Pillar Hydrants and new to
redrafted and replaced.

  
  
  
 
  
 
  
 
 
  
  

  

\
‘
NOTES
SYSTEM DESIGN:
20US @ 350kPa - UNASSISTED
Two Double Head Suse TONES “WHEN BOOSTED
ydrants that are ‘ sa
Lege Or lacHesr. HYDRANT ABOVE BOOSTE
not on Blogk Pla YEAR OF INSTALLATION: 2004

   

‘SYSTEM INSTALLED BY: TACOMA PLUMBING & G

LEGEND

DUAL PILLAR HYD 33
65mm HYDRANT VALVE 3

36m FHR @
ISOLATION VALVE 4
STREET HYDRANT oo
ELECTRICAL SWITCH BOARD Lal
BOOSTER CABINET (es)

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Page 5

Australian Fire Services Testing # 11647.3

 

www.firetesting.com.au PH: 1800 347 383

Double head Pillar Hydrant located on Eastern side of site is completely covered by vegetation

WS

       

Sprinkler System Flow & Pressure Testing
Sprinkler Requirements 905l/m (15.1l/s) @185kPa

DESIGN REQUIREMENTS AS.2118.1 1999

BUILDING OCCUPANCY CAR PARK
HAZARD CLASSIFICATION OH.2
STORAGE HEIGHT n/a
DISCHARGE: DENSITY 5 mm/mim/sq.m
AREA OF OPERATION 144 sq.m.
MAX AREA / SPRINKLER 12 sq.m
SPRINKLER DATA 1Sdia K=8
FLOW & PRESSURE REQD Basement 2
MOST REMOTE 905 I/m © 185 kPa

MOST FAVOURABLE
HEIGHT OF HIGHEST SPRINKLER ABOVE CONTROL VALVES — 4.5 m.

Maximum flow at Sprinkler valve set

Building Codes Queensland COTTE}

Department of Housing and Public Works fetal: