AS 2118 10 1995 automatic fire sprinkler systems approval

Title AS 2118.10-1995 Automatic fire sprinkler systems - Approval documentation Licensee Licensed to LUU MINH LUAN on 25 Feb 2002 Conditions of use This is a licensed electronic copy of a document where copyright is owned or managed by Standards Australia International Your licence is a single user licence and the document may not be stored, transferred or otherwise distributed on a network You may also make one paper copy of this document if required Web Check-up Licensed to LUU MINH LUAN on 25 Feb 2002 Single user licence only Storage, distribution or use on network prohibited AS 2118.10—1995 Australian Standard Automatic fire sprinkler systems Part 10: Approval documentation This Australian Standard was prepared by Committee FP/4, Automatic Sprinkler Installations It was approved on behalf of the Council of Standards Australia on March 1995 and published on June 1995 The following interests are represented on Committee FP/4: Asset Services—Department of Administrative Services Australian Building Codes Board Australian Chamber of Commerce and Industry Australian Chamber of Manufactures Australian Fire Authorities Council Australian Water and Sewerage Authorities Commonwealth Fire Board Licensed to LUU MINH LUAN on 25 Feb 2002 Single user licence only Storage, distribution or use on network prohibited CSIRO—Division of Building, Construction and Engineering Department of Defence Fire Protection Industry Association of Australia Institution of Engineers, Australia Insurance Council of Australia Master Plumbers and Mechanical Services Association of Victoria Melbourne Water New Zealand Fire Equipment Association Telecom Australia Testing Interests The Association of Consulting Engineers, Australia Review of Australian Standards To keep abreast of progress in industry, Australian Standards are subject to periodic review and are kept up to date by the issue of amendments or new editi ons as necessary It is important therefore that Standards users ensure that they are in possession of the latest editi on, and any amendments thereto Full detail s of all Australian Standards and related publi cati ons wil l be found in the Standards Australi a Catalogue of Publications; this information is supplemented each month by the magazine ‘The Australi an Standard’, which subscribing members receive, and which gives detail s of new publications, new edit ions and amendments, and of withdrawn Standards Suggesti ons for improvements to Australian Standards, addressed to the head off ice of Standards Australi a, are welcomed Notif ication of any inaccuracy or ambiguit y found in an Australi an Standard should be made without delay in order that the matter may be investigated and appropriate action taken This standard was issued in draft form for comment as DR 92189 AS 2118.10—1995 Australian Standard Licensed to LUU MINH LUAN on 25 Feb 2002 Single user licence only Storage, distribution or use on network prohibited Automatic fire sprinkler systems Part 10: Approval documentation PUBLISHED BY STANDARDS AUSTRALIA (STANDARDS ASSOCIATION OF AUSTRALIA) THE CRESCENT, HOMEBUSH, NSW 2140 ISBN 7262 9743 AS 2118.10— 1995 PREFACE This Standard was prepared by the Joint Standards Australia/Standards New Zealand Committee on Automatic Sprinkler Installations FP/4 to supersede in part AS 2118 —1982, SAA Code for Automatic Fire Sprinkler Systems This Standard is the result of a consensus among representatives on the joint committee to produce it as an Australian Standard The revisions to AS 2118 have included Standards Australia’s requirements to keep product and installation Standards separate When complete the series will comprise: Licensed to LUU MINH LUAN on 25 Feb 2002 Single user licence only Storage, distribution or use on network prohibited AS 2118 4118 Automatic fire sprinkler systems Part 1: Standard Part 2: Wall wetting sprinklers (Drenchers) Part 3: Deluge Part 4: Residential Part 5: Domestic Part 6: Combined sprinkler and hydrant Part 9: Piping support and installation Part 10: Approval documentation Fire Part Part Part Part Part Part Part Part Part sprinkler systems 1.1: Components—Sprinklers and sprayers 1.2: Components—Alarm valves (wet) 1.3: Components—Water motor alarms 1.4: Components—Valve monitors 1.5: Components—Deluge and pre-action valves 1.6: Components—Stop valves and non-return valves 1.7: Components—Alarm valves (dry) 1.8: Components—Pressure reducing valves 1.9: Components—Accelerators and exhausters Part 2.1: Piping — General The terms ‘normative’ and ‘informative’ have been used in this Standard to define the application of the appendix to which they apply A ‘normative’ appendix is an integral part of a Standard, whereas an ‘informative’ appendix is only for information and guidance  Copyri ght STANDARDS AUSTRALIA Users of Standards are reminded that copyright subsists in all Standards Austr alia publi cati ons and software Except where the Copyri ght Act all ows and except where provided for below no publications or soft ware produced by Standards Australi a may be reproduced, stored in a retr ieval system in any form or transmitt ed by any means without prior permission in writ ing from Standards Australi a Permission may be condit ional on an appropri ate royalty payment Requests for permission and information on commercial software royalt ies should be directed to the head offi ce of Standards Austr alia Standards Austr alia wil l permit up to 10 percent of the technical content pages of a Standard to be copied for use exclusively in-house by purchasers of the Standard without payment of a royalty or advice to Standards Austr alia Standards Austr alia wil l also permit the inclusion of its copyright materi al in computer software programs for no royalt y payment provided such programs are used exclusively in-house by the creators of the programs Care should be taken to ensure that materi al used is from the current editi on of the Standard and that it is updated whenever the Standard is amended or revised The number and date of the Standard should therefore be clearly identif ied The use of materi al in print form or in computer software programs to be used commercially, with or without payment, or in commercial contracts is subject to the payment of a royalty This policy may be vari ed by Standards Austr alia at any ti me 3 AS 2118.10— 1995 CONTENTS Page SECTION SCOPE AND GENERAL 1.1 SCOPE 1.2 APPLICATION 1.3 NEW DESIGNS AND INNOVATIONS 1.4 REFERENCED AND RELATED DOCUMENTS 1.5 DEFINITIONS 4 4 SECTION REQUIREMENTS 2.1 STANDARD SYSTEMS 2.2 WALL WETTING SPRINKLER (DRENCHER) SYSTEMS Licensed to LUU MINH LUAN on 25 Feb 2002 Single user licence only Storage, distribution or use on network prohibited APPENDICES A STANDARD SYSTEM COMPLETION CERTIFICATE 11 B WALL WETTING SPRINKLER (DRENCHER) SYSTEM COMPLETION CERTIFICATE 14 Originated as part of AS CA16— 1939 Previous editi on AS 2118— 1982 Revised and redesignated in part as AS 2118.10— 1995 AS 2118.10— 1995 STANDARDS AUSTRALIA Australian Standard Automatic fire sprinkler systems Part 10: Approval documentation S E C T I O N S CO P E A N D G E NE R A L 1.1 SCOPE This Standard specifies requirements for the information to be provided for the approval of standard fire sprinkler systems in accordance with AS 2118.1 and automatic wall wetting sprinkler (Drencher) systems in accordance with AS 2118.2 Licensed to LUU MINH LUAN on 25 Feb 2002 Single user licence only Storage, distribution or use on network prohibited 1.2 APPLICATION This Standard is intended for use by the specifiers, designers and installers of fire sprinkler and wall wetting sprinkler (Drencher) systems 1.3 NEW DESIGNS AND INNOVATIONS Any alternative materials, designs, methods of assembly, and procedures, that not comply with specific requirements of this Standard, or are not mentioned in it, but that give equivalent results to those specified are not necessarily prohibited Advice on such matters can be sought from Standards Australia, but the specified approval remains the prerogative of the regulatory authority 1.4 REFERENCED AND RELATED DOCUMENTS The following documents are referred to in this Standard: AS 2118 2118.1 2118.2 Automatic fire sprinkler systems Part 1: Standard Part 2: Wall wetting sprinkler (Drencher) 2484 2484.1 2484.2 Fire—Glossary of Terms Part 1: Fire tests Part 2: Fire protection and firefighting equipment 3500 3500.0 National Plumbing and Drainage Code Part 0: Glossary of Terms 2941 Fixed fire protection installations—Pumpset systems 1.5 DEFINITIONS For the purpose of this Standard, the definitions given in AS 2484.1, AS 2484.2, AS 3500.0, AS 2118.1, AS 2118.2, and that below, apply 1.5.1 Regulatory authority—a Minister of the Crown, a government department, or other public authority having power to issue regulations, orders, or other instructions in respect of any subject covered by this Standard COPYRIGHT S E C T I O N 2.1 AS 2118.10— 1995 R E Q UI R E M E N T S STANDARD SYSTEMS 2.1.1 At the preliminary stage A general specification of the proposed protection including water supplies shall be provided to the regulatory authority The specification shall include a block plan of the premises showing— (a) the class or classes of system to be installed according to the hazard class in the various buildings or sections of the buildings; (b) the extent of the sprinkler protection; (c) the construction and occupancy of each building; and (d) a cross-section of the full height of each building indicating the height of the highest sprinkler with respect to a stated datum level Licensed to LUU MINH LUAN on 25 Feb 2002 Single user licence only Storage, distribution or use on network prohibited 2.1.2 Prior to commencing installation 2.1.2.1 General Prior to commencing installation, the necessary approvals shall be obtained from the appropriate regulatory authority empowered to approve the installation of the standard sprinkler system (the installation approving authority) and from the local water supply authority 2.1.2.2 Detailed requirements Detailed working drawings and all relevant documentation of the protection, giving the information listed below, shall be provided to the installation approving authority The drawings shall be on an indicated scale not less than 1:100 (in exceptional cases a scale of 1:200 may be accepted) They shall include the following information: (a) Name of occupier and owner (b) Address and location of premises (c) Point of compass (north point) (d) A key to all symbols used (e) The class or classes of system according to hazard class (f) Occupancy of each building (g) Constructional details of ceilings and roofs and exterior walls and walls separating sprinklered and non-sprinklered areas (h) Sectional elevations of each floor of each building indicating the distance of sprinklers from ceilings and structural features which affect the sprinkler layout or distribution from the sprinklers (j) Location and size of concealed roof or ceiling spaces, offices and other enclosures ceiled at a level lower than the roof or ceiling All unprotected areas such as stairways, voids (lower levels of lift shafts) and toilets shall be indicated on each applicable drawing (k) Location of trunking, stagings, platforms and other equipment such as machinery, fluorescent light fittings and heaters, which may adversely affect the sprinkler distribution (l) Type and temperature rating of each sprinkler (m) Location and details of any water flow alarm switches or electric alarm pressure switches (n) The type of system, location of each control assembly and water motor alarm COPYRIGHT AS 2118.10— 1995 (o) Location and size of any tail-end air valves, subsidiary stop valves (where permitted) and drain valves (p) For installations erected on the dry or alternate wet and dry systems, the direction of the drainage slope of the piping (q) The details of the location and specification of any orifice plate (r) Information relative to the mode of calculation to be used as follows: (i) Licensed to LUU MINH LUAN on 25 Feb 2002 Single user licence only Storage, distribution or use on network prohibited (ii) Partially pre-calculated systems following shall be provided: For partially pre-calculated systems the (A) Identification reference letters for the design points of each array on the floor concerned, from which the distribution piping back to the control assemblies is to be calculated hydraulically (B) A summary of the pressure loss calculations for the distribution piping, at the rate of flow for the respective hazard class, set out on a form similar to Figure 2.1 (C) For light and ordinary hazard systems, the total pressure loss from each design point to the control assembly shall be related to the maximum pressure loss allowed, ignoring static head loss Any permitted increase in these losses due to the difference in static pressure between the level of the sprinkler in the top storey shall be shown as x in Column of Figure 2.1 (D) For high hazard systems using the piping arrangements of Tables 11.4.2.2(A) to 11.4.2.2(C) in AS 2118.1, the total pressure loss in the various runs of distribution piping between each design point and the control assembly shall be related to the residual pressure available from the water supply when tested under the appropriate flow rate The pressure required at the design point and the static head loss due to the height of the highest sprinkler, in the particular array, above the control assembly shall be included in these calculations Fully hydraulically calculated systems Fully detailed and dimensioned working drawings shall be provided All drawings shall include the following information: (A) A node or pipe reference scheme which provides unique identification of pipes, junctions, sprinkler heads and any pipe fittings which require hydraulic consideration (B) The position of the hydraulically most unfavourable assumed area of operation (C) The position of the hydraulically most favourable assumed area of operation Not required for unboosted town main water supply (D) Two or four sprinklers upon which the average density of discharge is based (E) The height of each identified pressure value above datum Where required, a line diagram(s) shall be supplied and include the following information: (1) Node or pipe reference numbers (2) Distribution pipes under consideration (3) Range pipes under consideration (4) Sprinkler heads under consideration COPYRIGHT Licensed to LUU MINH LUAN on 25 Feb 2002 Single user licence only Storage, distribution or use on network prohibited AS 2118.10— 1995 (5) Identification of the four hydraulically most unfavourable sprinkler heads (6) Flow through each pipe section and sprinkler head (7) Pressures at each end of each pipe section and at the entry to each sprinkler assumed to be operating (s) A schedule listing the number of sprinklers, medium and high velocity sprayers and the area of protection (t) A summary schedule which states— (i) the total area served by each control assembly; (ii) the height of the highest sprinkler served by each control assembly; and (iii) the type of system, i.e wet, dry or alternate wet and dry system, and the size of main stop valves (u) Independent accredited certifier’s endorsement (v) An undertaking that the water supplies comply with, and that the system has been designed and will be installed in accordance with, AS 2118.1 (w) A detailed drawing of water supplies and piping from these to the control assembly, indicating the position and type of stop and back-pressure valves and pressurereducing valves, water meters, water locks and orifice plates, and any connection other than those for sprinklers Where the water supplies include a water main, the nominal diameter is to be given and also the relevant pressure and flow characteristics and whether the main is dead-end or circulating; if dead-end, details are required of the nearest circulating main Where a compression-ignition engine drive pump is installed it shall be confirmed that the engine is capable of operating continuously on full load at the site elevation for a period of h and that the conditions governing the heating and ventilation of the engine room specified in AS 2118.1 are complied with Where automatic pumps form one or both of the supplies, pump characteristic curves shall be provided showing the estimated performance of the pumps under installed conditions 2.1.2.3 To water supply authority Details of all water supplies upstream of the alarm valve, including pumps and tanks, shall be submitted for approval to the water supply authority 2.1.3 On completion of installation When the installation has been completed and final tests have been carried out, the installer shall provide the installation approving authority with a certificate indicating that the work has been completed and the necessary tests of the water supplies have been carried out in accordance with AS 2118.1 NOTE: The form of completion certification to be used is shown in Appendix A 2.1.4 Compliance requirements When the installation has been completed and acceptance tests have been carried out in accordance with Clause 2.1.3, the installer shall provide the building owner with a certificate from an independent authorized inspector certifying that the work has been completed in accordance with this Standard and the relevant regulatory authorities COPYRIGHT AS 2118.10— 1995 2.2 WALL WETTING SPRINKLER (DRENCHER) SYSTEMS 2.2.1 At the preliminary stage A general specification of the proposed protection including water supplies shall be provided to the regulatory authority The specification shall include a block plan of the premises showing— (a) the extent of the protection; (b) the elevation of all protected faces indicating the height of the highest wall wetting sprinkler with respect to a stated datum level; and (c) full details of exposure hazard required for calculation 2.2.2 Prior to commencing erection 2.2.2.1 General Prior to commencing erection, the necessary approvals shall be obtained from the regulatory authority empowered to approve the installation of a wall wetting sprinkler system, and the water supply authority 2.2.2.2 Detailed requirements Complete detailed working drawings and all other relevant documentation for the protection, giving the data listed below and other information set out in this Section, shall be provided to the installation approving authority Licensed to LUU MINH LUAN on 25 Feb 2002 Single user licence only Storage, distribution or use on network prohibited The drawings shall be on an indicated scale not less than 1:100 (in exceptional cases a scale of 1:200 may be accepted) They shall include the following information: (a) Name of occupier and owner (b) Address and location of premises (c) Point of compass (north point) (d) A key to all symbols used (e) Construction details of all relevant portions of exterior walls of the faces to be protected (f) Type and temperature rating of drenchers to be installed (g) Location and type of main control valves and position of alarm motor and gong (h) For installations erected on the dry or alternate wet and dry systems, the direction of the drainage slope of the pipework (i) The details of the test facility (j) Identification reference letters for the design points at each array on the system, from which the distribution piping back to the control valves is to be calculated hydraulically (k) A summary of the pressure loss calculations for the piping (l) A schedule of the number and type of wall wetting sprinklers (m) A summary schedule which states— (i) the total number of wall wetting sprinklers in each installation; (ii) height of the highest wall wetting sprinklers in each installation; and (iii) type of installation, i.e wet, dry, or alternate wet and dry system, and size of main stop valves (n) An undertaking that the water supplies comply with, and the system has been designed and will be installed in accordance with, this Standard (o) A detailed drawing of the water supplies and piping from these up to the installation control valves and indicating the position and type of stop and non-return valves COPYRIGHT AS 2118.10— 1995 Where the water supplies include a town main, the nominal diameter shall be given and also the relevant pressure/flow characteristics and whether the main is dead-end or circulating; if dead-end, details shall be given of the nearest circulating main Where a compression-ignition engine driven pump is installed, it shall be confirmed that the engine is capable of operating continuously on full load at the site elevation for a period of h and that the conditions governing the heating and ventilation of the engine room laid down in AS 2941 are complied with Where automatic pumps form one or both of the supplies, a pump characteristic curve(s) shall be provided showing the estimated performance of each pump under installed conditions 2.2.2.3 To water supply authority Details of all water supplies up to the alarm valve, including pumps and tanks, shall be submitted for approval to the water supply authority 2.2.3 On completion of installation When the installation has been completed and final tests have been carried out, the installer shall provide the installation approving authority with a certificate indicating that the work has been completed and the necessary tests of the water supplies have been carried out in accordance with AS 2118.1 Licensed to LUU MINH LUAN on 25 Feb 2002 Single user licence only Storage, distribution or use on network prohibited NOTE: The form of completion certificate to be used is shown in Appendix B 2.2.4 Compliance requirements When the installation has been completed and acceptance tests have been carried out in accordance with Clause 2.2.3, the installer shall provide the building owner with a certificate from an independent authorized inspector certifying that the work has been completed in accordance with this Standard and the relevant regulatory authorities COPYRIGHT AS 2118.10— 1995 10 Licensed to LUU MINH LUAN on 25 Feb 2002 Single user licence only Storage, distribution or use on network prohibited HA ZAR D GROU P: Ordinary Hazard—Design Flow Rate: 1800 L/min NA ME AND ADDR ES S: A.B Company, See Lane, Ending Distribution pipe from valves to design point (letter) Pipe size Pipe length Number of turns Equiv pipe length of turns Total equiv length of pipe Pressure loss per metre of pipe Total pressure loss at design flow rate* mm m m m kPa/m kPa A—Floor 65 80 100 3.5 49 — — — — 3.5 55 10.3 4.7 1.3 Total × = Diff= 36.05 32.9 71.5 140.45 140.45 B—Floor 65 80 100 1.9 20 — — — — 1.9 23 10.3 4.7 1.3 Total × = Diff= 72.1 8.93 29.90 110.93 110.93 C—Floor 65 80 100 4.1 16.9 28.3 — — — — 4.1 16.9 34.3 10.3 4.7 1.3 Total × = Diff= 42.23 79.43 44.59 166.25 38 128.73 D—Floor 65 80 100 8.8 10 16.3 — — — — 8.8 10 19.3 10.3 4.7 1.3 Total × = Diff= 90.64 47 25.09 162.73 38 124.73 E—Floor 65 80 100 10.5 12.8 2.5 — — — — 10.5 12.8 2.5 10.3 4.7 1.3 Total × = Diff= 108.15 60.16 3.25 171.56 76 95.56 F—Floor 65 80 100 8.9 9.9 2.5 — — — — 8.9 12.9 2.5 10.3 4.7 1.3 Total × = Diff= 91.67 60.63 3.25 155.55 76 79.55 * Including pressure losses across any orifice plates (high hazard systems only) NO TE: In all sections the pressure loss in the distribution pipe is less than 150 kPa FIGURE 2.1 TYPICAL STATEMENT OF DISTRIBUTION PIPE LOSSES BETWEEN THE VARIOUS DESIGN POINTS AND THE CONTROL ASSEMBLY (FOR PARTLY PRE-CALCULATED SYSTEMS ONLY) COPYRIGHT 11 AS 2118.10— 1995 APPENDIX A STANDARD SYSTEM COMPLETION CERTIFICATE (Informative) We (name of installer) of hereby certify that we have completed on (date) a (name of system) automatic sprinkler installation/s extension/s designed and erected in accordance with AS 2118, Automatic fire sprinkler systems, Part 1: Standard Name of client Address of protected premises Premises known as, or occupied by Licensed to LUU MINH LUAN on 25 Feb 2002 Single user licence only Storage, distribution or use on network prohibited Type of system Buildings or areas protected Hazard class* Installation No Number of heads installed Total† heads on installation Highest head m * The hazard class will normally have been determined by the owner in consultation with the authority having jurisdiction before the installation is designed † Excluding those in concealed spaces The maximum number of sprinklers in any one separate risk is Building Installation No High piled storage (type, height, location and design density of discharge) Direct brigade alarm is/is not connected to Fire brigade station Date of connection Portions of building(s) not protected and not requiring protection under the Code Variations of the Code previously agreed to Date of placing sprinklers in full commission COPYRIGHT AS 2118.10— 1995 12 WATER SUPPLIES The following water supplies have been provided: Town main (1)*: Diameter mm Supply pipe diameter mm Town main (2)*: Diameter mm Supply pipe diameter mm Elevated private reservoir*: Construction Capacity litres Gravity tank*: Construction Capacity litres Suction tank*: Construction Capacity litres * These supplies have been tested in accordance with the procedures laid down in Clause 4.14 of AS 2118.1 Standard, and at the date of test met/did not meet the minimum requirements for particular hazard classes Particulars are set out in the attached Data Sheet Licensed to LUU MINH LUAN on 25 Feb 2002 Single user licence only Storage, distribution or use on network prohibited Rate of replenishment by town main L/min Pumps † Motive power Nominal rating litres/min kPa Drawing water from Pressure tanks† Total capacity litres Ratio: Air-to-water Required air pressure (taking into account any losses referred to below): † The pressure loss under the flow conditions for the respective hazard class in the pipework and fittings, back pressure valves and alarm valves, between the pump or pressure tank and the various installation pressure gauges, are calculated to be as follows: Installation No Pressure loss kPa Flow rate L/min Remarks (Signature): (Date): COPYRIGHT 13 AS 2118.10— 1995 WATER SUPPLIES TEST DATA SHEET Accompanying CO MP LETION CER TIFICA TE in respect of sprinkler systems completed on: Name of Client: Address of protected premises: Test apparatus (type, size): Inst No Water Supply Licensed to LUU MINH LUAN on 25 Feb 2002 Single user licence only Storage, distribution or use on network prohibited Hazard Class Flow (L/m) Alarm times — Diesel Inst No Test results (kPa) Test Requirements at Pressure (kPa) A B Pump Cut-in (kPa) C D Alarm times— Electric Highest head (m) Static Loss* (kPa) E Alarm times (if required) 15 mm Test Valve (sec) Remote Test Valve (sec) 15 mm Test Valve (sec) Remove Test Valve (sec) 15 mm Test Valve (sec) Remote Test Valve (sec) Gong Gong Gong Gong Gong Gong DB A DB A DB A DB A DB A DB A Remarks: A B C is measured at the installation gauge; is measured at the pump discharge gauge; is measured at the pump suction gauge; D diesel pump; E electric pump * Where an installation comprises more than one hazard class, the loss to be stated shall be that between the installation gauge and the highest sprinkler in the particular hazard class or, where advantage is taken of the static pressure gain, it shall be the height of the sprinkler used for the purpose of sizing the distribution pipework for the particular installation Completed by: Date: COPYRIGHT AS 2118.10— 1995 14 APPENDIX B WALL WETTING SPRINKLER (DRENCHER) SYSTEM COMPLETION CERTIFICATE (Informative) We (Name of installer) of hereby certify that we have completed on (date) a (name of system) wall wetting sprinkler installation/s extension/s designed and erected in accordance with AS 2118.2 wall wetting sprinkler (Drencher) Name of client Address of protected premises Premises known as, or occupied by Licensed to LUU MINH LUAN on 25 Feb 2002 Single user licence only Storage, distribution or use on network prohibited Type of system Buildings protected Installation No Number of sprinklers installed Highest sprinklers m The maximum number of wall wetting sprinklers assumed to be operating simultaneously Installation No Direct brigade alarm is/is not connected to Fire Brigade Station Date of connection Variations of the Code previously agreed to Date of placing sprinklers in full commission COPYRIGHT 15 AS 2118.10— 1995 WATER SUPPLIES The following water supplies have been provided: Town main (1)*: Diameter mm Supply pipe diameter mm Town main (2)*: Diameter mm Supply pipe diameter mm Elevated private reservoir*: Construction Capacity litres Gravity tank*: Construction Capacity litres Suction tank*: Construction Capacity litres Rate of replenishment by town main L/min * These supplies have been tested to verify the flow and pressure requirements in AS 2118.2, Wall wetting sprinklers (Drenchers), and at the date of test met/did not meet the minimum requirements for particular hazard classes Particulars are set out in the attached Data Sheet Licensed to LUU MINH LUAN on 25 Feb 2002 Single user licence only Storage, distribution or use on network prohibited Pumps † Motive power Nominal rating litres/min kPa Drawing water from † The pressure loss at the design system flow in the piping and fittings, non-return valves and control valves, between the pump(s) and the installation pressure gauge, are calculated to be as follows: Installation No Pressure loss kPa Flow rate L/min Remarks (Signature): (Date): COPYRIGHT AS 2118.10— 1995 16 WATER SUPPLIES TEST DATA SHEET Accompanying CO MP LETION CER TIFICA TE in respect of sprinkler systems completed on: Name of Client: Address of protected premises: Test apparatus (type, size): Inst No Water Supply Licensed to LUU MINH LUAN on 25 Feb 2002 Single user licence only Storage, distribution or use on network prohibited Hazard Class Flow (L/m) Alarm times — Diesel Inst No Test results (kPa) Test Requirements at Pressure (kPa) A B Pump Cut-in (kPa) C D Alarm times— Electric Highest head (m) Static Loss* (kPa) E Alarm times (if required) 15 mm Test Valve (sec) Remote Test Valve (sec) 15 mm Test Valve (sec) Remove Test Valve (sec) 15 mm Test Valve (sec) Remote Test Valve (sec) Gong Gong Gong Gong Gong Gong DB A DB A DB A DB A DB A DB A Remarks: A is measured at the installation gauge; B is measured at the pump discharge gauge; C is measured at the pump suction gauge; D diesel pump; E electric pump * Where an installation comprises more than one hazard class the loss to be stated shall be that between the installation gauge and the highest sprinkler in the particular hazard class or, where advantage is taken of the static pressure gain, it shall be the height of the sprinkler used for the purpose of sizing the distribution pipework for the particular installation Completed by: Date: COPYRIGHT ... prohibited AS 2118.10—1995 Australian Standard Automatic fire sprinkler systems Part 10: Approval documentation This Australian Standard was prepared by Committee FP/4, Automatic Sprinkler Installations... to be provided for the approval of standard fire sprinkler systems in accordance with AS 2118.1 and automatic wall wetting sprinkler (Drencher) systems in accordance with AS 2118.2 Licensed to... Standard was prepared by the Joint Standards Australia/Standards New Zealand Committee on Automatic Sprinkler Installations FP/4 to supersede in part AS 2118 —1982, SAA Code for Automatic Fire Sprinkler