functional unit acoustic test extent/comments required daps/metro north-west... · music ensemble...

WA Schools PPP Project Part I

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Functional Unit Acoustic test required

Extent/comments

Airborne Sound Isolation

In each building block test one example of each type of space to all adjacent spaces.

Impact Sound Isolation

Test Impact intrusion to the same Source Rooms selected for Airborne Sound Isolation testing only if the suspended floor above is of a different construction type compared to Learning Areas, workshops, laboratories and studios found to comply elsewhere.

Music Ensemble Rooms/Practice Rooms

Indoors Sound Levels

Test all

Reverberation Times

Type test one of each size/volume provided they have the same extent of acoustic treatment. Where volumes or acoustic treatments vary, test all.


Test one Music Ensemble Room and one smaller Music Practice Room to all adjacent spaces, including via lobby to corridor.

In multi-level buildings, test the Music Ensemble Room and one Music Practice Room to a relevant habitable space above/below the separating floor construction.


If different to Learning Area, workshop, laboratory or studio suspended slab floor construction systems, test at least one example of each floor type/construction arrangement.

Film/TV/Audio Recording Studio


Test all

Reverberation Times

Type test one of each size/volume provided they have the same extent of acoustic treatment. Where volumes or acoustic treatments vary, test all.


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Extent/comments


Test one Film/TV/Audio Studio to all adjacent spaces, including to Control Room and via entry lobby to adjacent occupiable space.

In multi-level building blocks, test one studio to a relevant habitable space above/below the separating floor construction.


For suspended slabs over studio spaces test at least one example of each floor type/construction arrangement.

Lecture Theatre Indoors Sound Levels

Test all

Reverberation Times

Test all


Test to all adjacent occupiable spaces (Receiver Rooms), including corridor.


For suspended slabs over a Lecture Theatre space test at least one example of each floor type/construction arrangement.

Drama/Dance Auditorium

(Teaching Spaces 1 and 2)


Test all

Reverberation Times

Test all


Test to all adjacent occupiable spaces (Receiver Rooms) not including stores, including wet areas and corridor.


For suspended slabs over a Drama/Dance Auditorium test at least one example of each floor


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Extent/comments

type/construction arrangement.

Dance Studio Indoors Sound Levels

Test all

Reverberation Times

Test all


Test to all adjacent occupiable spaces (Receiver Rooms) not including stores, including corridor.


For suspended slabs over a Dance Studio test at least one example of each floor type/construction arrangement.

Sports Hall Indoors Sound Levels

Test all

Reverberation Times

Test all


Test to adjacent habitable spaces where the wall design rating is at least Rw 45.


(Planning should avoid this arrangement)

For a Sports Hall with a suspended slab over habitable spaces, test at least one example of each floor type/construction arrangement. To include any ‘gym’ type space that accommodates activities involving fitness equipment, weights or aerobic activity.

Hydrotherapy Pool


Test all

Reverberation Times

Test all

Wet Areas with common wall to a habitable space -


For one representative scenario in each Functional Area or building, separately test the level of hydraulic


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Extent/comments

with fittings on the common wall.

See Part G, Section G4 (Hydraulic Services) of this Schedule 26 (Design Brief). Test to be based on operation of a fitting located on the separating wall.

noise intrusion to an adjacent Learning Area, studio or laboratory resulting from i) water supply pipe flow and ii) cistern flush/fill cycle. (Test to an alternative habitable room where no Learning Area, studio or laboratory is available, but not to stores, corridors or other wet/services areas).


Where relevant, test the dividing wall applicable to the tests scenario above.

Wet areas above habitable spaces (in multi-level buildings)


See Part G, Section G4 (Hydraulic Services) of this Schedule 26 (Design Brief)

For one representative scenario in each Functional Area or building, separately test the level of hydraulic noise intrusion to a Teaching or Activity Area below, resulting from i) water supply pipe flow and ii) waste water discharge from cistern flush/fill cycle. (Test to an alternative habitable room where no Learning Area, studio or laboratory is available, but not to stores, corridors or other wet/services areas).


Where relevant, test the dividing floor construction applicable to the test scenario above.


For wet areas located over habitable spaces, test at least one example of each floor type/construction arrangement.

I1.4.5 Electrical services

(a) Project Co must inspect and test each element of the electrical services works including:

(i) electrical primary voltage system;

(ii) emergency mode operation for safety services;

(iii) LV switchboards;

(iv) LV distribution boards;

(v) ELV distribution cabling;

(vi) LV distribution cabling;


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(vii) DC system and associated cabling;

(viii) LV earthing system;

(ix) LV earthing system;

(x) mechanical services, hydraulic services and Vertical Transportation switchboards;

(xi) general lighting system and controls;

(xii) emergency lighting systems;

(xiii) transient voltage surge suppressors;

(xiv) incoming power supply quality;

(xv) variable speed drives;

(xvi) grounding and ground fault systems;

(xvii) residual current and other protection devices;

(xviii) LV bus-way;

(xix) local devices (including switches and outlets);

(xx) lightning protection;

(xxi) EMS including all metering and monitoring points;

(xxii) MATV system;

(xxiii) power factor correction unit;

(xxiv) UPS system;

(xxv) automatic operation under fire evacuation mode; and

(xxvi) testing of all override control systems.

(b) Project Co must:

(i) (LV distribution system)

(A) test the main switchboard and all distribution boards to demonstrate operational functionality;

(B) test safety switches and RCDs;

(C) test earth loop impedance on every circuit;

(D) check that all interlock circuits function correctly;

(E) carry out insulation tests;

(F) check that all circuit breakers function correctly;


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(G) check that spare fuse cartridges and other spare parts have been supplied and are fitted in racks provided;

(H) check that all operating handles and other loose items have been supplied and are in the correct storage positions;

(I) touch up cabinet scratches and polish off any dirty marks; and

(J) vacuum out all switchboard and control panel cabinets and refit removed covers;

(ii) (LV distribution system thermo-graphic scan)

(A) provide a thermo-graphic scan of the entire electrical (power) installation including interiors of switchboards as carried out by qualified personnel. Two scans must be carried out at a time to be mutually agreed with the State (test 1 within 4 weeks of Commercial Acceptance); and

(B) provide a comprehensive report is to be submitted within 2 weeks following the completion of each scan;

(iii) (lighting system)

(A) demonstrate correct operation of all control circuits for all switching for day and night mode;

(B) check time settings on all control circuits are correctly programmed;

(C) demonstrate coverage and operation of control devices such as occupancy sensors; and

(D) demonstrate that recorded lighting levels measured and recorded are in accordance with AS1680 or AS1158 as applicable; and

(iv) (energy management system) including all metering and monitoring systems

(A) demonstrate calibration of all meters by comparison to independent, calibrated meter over a minimum 48 hour period.

(B) demonstrate calibration and connection of EMS and remote reading system by comparison of readings over a period of no less than 2 weeks, including no less than 4 simultaneous readings. Errors must be less than the specified error rating of the meter at each reading and shall be no more than 2% of the total read value.

I1.4.6 Fire safety systems

(a) Project Co must inspect and test each element of the fire safety systems works including:

(i) fire hydrant system with water supply;

(ii) fire brigade boosting facilities;

(iii) fire detection and alarm systems;

(iv) control and indicating equipment;

(v) pump set systems (if installed);


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(vi) portable fire equipment;

(vii) general egress (including panic hardware and door release);

(viii) SSISEP;

(ix) fire and smoke door sets;

(x) passive fire protection (including fire collars, joint sealing, intumescent coatings and fire barrier installations);

(xi) interface testing between the fire detection system and others (including mechanical services and Security Systems);

(xii) connection to the direct brigade alarm; and

(xiii) system interconnections and interfaces.

(b) Project Co must submit to the State, a statement from an accredited fire engineer who:

(i) holds accreditation as a Fire Engineer Registered Building Practitioner under a State based accreditation system for fire engineers (together with a Bachelor of Engineering and Graduate Diploma (or higher) in Fire Safety Engineering); or

(ii) from a person listed on the National Professional Engineers Register (NPER) specifically in the field of fire engineering;

that the requirements of the fire safety system documented in the Fire Engineering Report, have been met.

(c) Project Co must submit to the State a statement from a building certifier accredited by the Western Australian Building Commission, stating that the completed Works for the relevant Stage complies with all relevant Quality Standards and Laws, including the NCC. Where appropriate reliance can be made on the fire safety engineer’s certificate required under the previous paragraph.

I1.4.7 Hydraulic services

(a) Project Co must inspect and test each element of the hydraulic services works including:

(b) (hydraulic services external works)

(i) fire service main and fire hydrants;

(ii) potable water service main;

(iii) natural gas supply;

(iv) building stormwater drains (interface with civil);

(v) sewerage reticulation main;

(vi) sewerage pumping stations;

(vii) sanitary waste and sewage systems;


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(viii) fire pumps;

(ix) potable water pumps and

(x) backflow prevention devices.

(c) (hydraulic services internal works)

(i) sanitary fittings (including showers, baths, basins and sinks); and

(ii) toilet flushing, storage and pumping.

(d) Commissioning and testing of hydraulic services must include:

(A) water testing of all sewer drainage and trade waste drainage systems;

(B) water testing of all sanitary plumbing systems;

(C) water testing of all downpipes systems for leaks;

(D) pressure testing of all cold and heated water pipe lines;

(E) testing of temperature control at all hot water outlets;

(F) operation of all fixtures, taps and points of demand;

(G) testing of flow rates all fixtures fittings and points of demand;

(H) operation of all water pumps;

(I) operation of all sewerage pumps;

(J) operation of all rainwater pumps;

(K) operation and testing of control panels;

(L) testing of thermostatic mixing valves;

(M) testing of pressure reducing valves;

(N) operation and testing of temperature settings of hot water generation systems;

(O) operation and testing of rainwater tanks (including leak, lining and similar);

(P) operation and testing of potable cold water tanks (including leak and lining and similar); and

(Q) testing of all valves, backflow devices, pressure devices temperature and controls and systems under operational conditions;

(e) All testing must be carried out in accordance with relevant Quality Standards including AS3500 all parts, AS2419 and AS5601 respectively.

I1.4.8 Mechanical services

(a) Project Co must inspect and test each element of the mechanical services works including:


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(i) ducted air handling systems (supply and exhaust);

(ii) other air conditioning plant including direct expansion (DX) systems and multi-split systems;

(iii) boilers and other hot water generating plant;

(iv) gas heaters;

(v) auto temperature control system, thermometers and gauges;

(vi) vibration isolation;

(vii) duct silencers;

(viii) heating systems;

(ix) chemical water treatment systems;

(x) smoke control systems, fire and smoke/fire dampers;

(xi) automatic operation of mechanical services under fire mode;

(xii) variable speed drives;

(xiii) pumps;

(xiv) cold rooms and freezers;

(xv) mechanical ventilation systems;

(xvi) evaporative cooling systems;

(xvii) ceiling fans;

(xviii) natural ventilation systems;

(xix) air conditioning systems;

(xx) kitchen exhaust systems;

(xxi) dishwasher exhaust systems;

(xxii) industrial dust extraction systems;

(xxiii) general exhaust systems;

(xxiv) air balancing of all air handling systems, grilles and diffusers;

(xxv) air pressurisation in all areas where a designated amount of air pressurisation is required or where a pressure gradient is required from one area to another;

(xxvi) water balancing of all water circulation systems;

(xxvii) systems flow and pressure testing;

(xxviii) high-efficiency particulate air filter and housing testing and filter and housing fumigation testing;


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(xxix) room temperature logging and testing;

(xxx) room air quality logging and testing;

(xxxi) fire and life safety system and components testing and other essential services testing;

(xxxii) controls testing;

(xxxiii) fail safe systems testing;

(xxxiv) chemical treatment testing;

(xxxv) test pressures and flow at all gas outlets;

(xxxvi) testing of all safety controls to gas systems;

(xxxvii) metering and sub-metering testing;

(xxxviii) central plant performance on each major plant item in order to verify manufacturers’ performance data; and

(xxxix) IP Network and BMS communication, where applicable.

(b) The mechanical services installation must achieve full operational modes and zoning control and performance requirements as a pre-requisite to Commercial Acceptance. Evidence must be presented to the State for all installed mechanical services systems to demonstrate compliance with this requirement. All commissioning must be undertaken in accordance with the requirements of either the CIBSE Commissioning Codes or the ASHRAE Guideline 1 and Standard 111 (whichever imposes the higher or greater standard or requirement).

(c) (Acceptance testing) Project Co must:

(i) commission, test and balance each of the mechanical services installed;

(ii) ensure testing and balancing is carried out under the supervision of an accredited representative of the manufacturer or supplier of the particular item of Project Co FF&E;

(iii) ensure that commissioning personnel:

(A) are correctly certified;

(B) have valid experience in the particular field applicable; and

(C) have verified the results in accordance with the Design Requirements.

(d) (Pipework) Project Co must ensure that:

(i) (pressure pipework) as pipework proceeds, and before pipes are hidden or lagged, testing of the various systems hydrostatically to twice the maximum working pressure, as set out in AS 4041, is undertaken;

(ii) (other piping) as pipework proceeds and before pipes are hidden or tagged, testing of the various systems hydrostatically at 1.5 times the working pressure or 1 MPa (whichever is the greater) for at least 24 hours continuously;


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(iii) test pressures are maintained for not less than 4 hours prior to inspecting all joints; and

(iv) equivalent tests are carried out on each system when all pipework has been completed.

(e) (Water quantities) Project Co must conduct water balancing tests and submit results, regulate and adjust the volume control valves on all piping systems to achieve the water quantities nominated and to the satisfaction of the State.

(f) (Authorities) Project Co must:

(i) perform, at appropriate times during the Development Phase, all tests required by Authorities who may from time to time have jurisdiction over the work, and obtain the necessary certificates of approval; and

(ii) lodge all these certificates of approval to the State and Independent Certifier.

(g) (Automatic controls) Project Co must effect and maintain the setting and calibration and labelling of all automatic controls, to achieve correct operation of the systems.

(h) (Independent commissioning review) Project Co should consider the engagement of an independent NATA-certified commissioning agent to review and sign off all commissioning results for all mechanical services works. Commissioning checks may not be independently signed off by the installation Subcontractor.

I1.4.9 Structural works

(a) Project Co must inspect and test each element of the structural works including:

(i) piles, including ultimate and serviceability testing must be in accordance with AS2159;

(ii) pile caps and footings;

(iii) columns and walls;

(iv) floor slabs – reinforcement and concrete;

(v) lift cores, stair shafts and other vertical and horizontal structural elements;

(vi) steelwork;

(vii) precast concrete elements;

(viii) block walls and other masonry elements; and

(ix) timber elements.

(b) Project Co must provide:

(i) evidence of inspections by a Chartered Professional Engineer to confirm compliance with the Design Requirements;

(ii) evidence that the materials used and construction undertaken comply with the Design Requirements; and


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(iii) evidence that all variations and alterations made to the certified Design Documentation have been evaluated and approved.

I1.4.10 Vertical transportation services

(a) Project Co must inspect and test each element of the vertical transportation services works including:

(i) lift cars and doors, including door dwell times, safety tests;

(ii) lift motor room equipment;

(iii) lift controls (including priority recall);

(iv) lift car security systems, including EACS interfaces;

(v) escalators;

(vi) test of trailing cables, including those for use by other trades of State;

(vii) operational speeds;

(viii) ride quality;

(ix) emergency mode;

(x) automatic operation under mains failure;

(xi) trapped person alarm;

(xii) security key access testing;

(xiii) IP Network and BMS communication;

(xiv) external monitoring;

(xv) emergency intercommunications; and

(xvi) demonstration of compliance with NCC requirements, including voice announcements.

(b) Project Co must provide:

(i) ‘safe to operate’ self-certification;

(ii) evidence of registration with WorkSafe WA for each lift and escalator; and

(iii) a statement of compliance for each lift and escalator with the traffic study submitted during the Design Phases.

I1.4.11 ICT systems

(a) Project Co must inspect and test each element of the ICT systems including:

(i) structured cabling system (copper and fibre optic), including link, continuity, light and power and ODTR testing, pressure testing where blown fibre used;

(ii) wired networking;


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(iii) all network equipment such as switches and routers;

(iv) all storage area network equipment including data storage and backup tapes;

(v) all ICT active equipment provided by Project Co;

(vi) public address system;

(vii) intercommunications systems, including tone all functional tests;

(viii) master clock system;

(ix) BMS interface;

(x) provision of full documentation of all manufacturer tests or independent testing, such as testing of pre-terminated cabling and hardware factory tests; and

(xi) testing of any other ICT hardware, software, applications, systems and other components to be demonstrated and tested.

(b) Project Co must demonstrate that each ICT system delivered as part of the Works is correctly functioning and otherwise meets the Design Requirements.

(c) (Structured cabling system) Project Co must:

(i) ensure the ICT systems commissioning process is closely coordinated with the ICT Subcontractor, those State associates installing the ICT related State FF&E and the Engineering Services commissioning. ICT systems commissioning stages must include:

(A) programming;

(B) factory acceptance testing, including integration testing with other Engineering services;

(C) deployment of hardware;

(D) on-site testing;

(E) testing of carrier interfaces, local area networks and wide area networks links;

(F) patching;

(G) wireless network testing and configuration; and

(H) user acceptance testing.

(ii) during ICT systems testing and commissioning, demonstrate that the Design Requirements and the other requirements of the Deed have been met, including;

(A) conducting performance testing of all terminations and outlets in accordance with AS/NZS 3080, AS/NZS 3087, the system manufacturer’s requirements, and compliance with Class-E;

(B) performing testing as per the vendor’s requirement; and


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(C) providing copies of the test result and the vendor’s certification.

(d) (Communications testing personnel) Project Co must:

(i) ensure that the ICT Subcontractor provides all specialist testing personnel for testing ICT equipment and systems; and

(ii) closely coordinate with Department representatives to ensure that all ICT occupancy issues are coordinated with the ICT services commissioning and relevant ITPs.

(e) (PA system) Project Co must:

(i) demonstrate functionality and control;

(ii) demonstrate clear output and no hum, cross-talk and noise;

(iii) demonstrate correct PA system zoning;

(f) (Communications contractor manual) Project Co must:

(i) include in the draft Commercial Acceptance Report a manual prepared by the ICT Subcontractor including:

(A) all relevant data relating to the ICT systems and their interfaces;

(B) details of the configuration and programming of equipment, including where electronic records are stored;

(C) information on operation and maintenance of the ICT systems; and

(D) cabling infrastructure drawings (including all cables installed by Project Co) including the following details:

(1) fibre optic cabling infrastructure;

(2) horizontal cabling;

(3) patching records;

(4) cable risers;

(5) building distributor rack layouts and rack elevations; and

(6) rack layouts and elevations; and

(ii) ensure that the manual is in plain English and able to be understood by non-technical personnel.

I1.4.12 Building Management System

Where a BMS is installed, Project Co must inspect and test all functions, connections, interfaces and control mechanisms supported by the BMS including:

(a) field equipment (sensors, valves, actuators, analogue points etc.) input and output testing;

(b) cable testing;


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(c) automatic controls hardware;

(d) all software/software points;

(e) all communication between subsystems;

(f) hardware power up and self-diagnostic checks;

(g) power down checks;

(h) point-to-point communication testing;

(i) testing of control strategies;

(j) calibration testing;

(k) temperature control and monitoring of thermal systems and air conditioning;

(l) electrical services interfaces monitoring and alarms via individual dedicated PLC systems, including UPS and standby generators;

(m) staging of thermal and cooling plant load management, control and monitoring;

(n) alarming to BMS front end;

(o) front end graphics;

(p) high level interfaces;

(q) fire mode operation;

(r) monitoring of auto changeover procedures;

(s) supplied mobile devices;

(t) testing of trending capabilities and accreditation capabilities (to meet the ESD Requirements, KPIs and other accreditation requirements).

(u) factory acceptance testing of central equipment, including servers, and storage, including failover of redundant components and links, of links, power supplies, servers, load testing/soak testing, coordinated with ICT Systems testing;

(v) functional demonstrations, including alarm and event management, report generation, scenarios and automation, operator control and interface;

(w) integration testing, including full testing and demonstration of life safety system integration and other high priority functions; and

(x) failure mode testing, including failure of single components, simultaneous failures and failures of single subsystems (multiple failure scenario).

I1.4.13 Security systems

(a) Project Co must inspect and test each element of the security systems including

(i) all elements of the security systems, equipment and devices in accordance with the manufacturers' recommended test procedures;


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(ii) factory acceptance testing of security systems central equipment, including servers, storage links, power supplies, servers, load testing and soak testing, coordinated with ICT systems testing;

(iii) function and operation of each and every point and device;

(iv) alarm response and annunciation of each point and device;

(v) logging and recording of activity for each alarm point and device;

(vi) required interfaces with other systems for each alarm point and devices including off site dial out;

(vii) systems to ensure and otherwise demonstrate:

(A) each element of the security systems is time synchronised; and

(B) all interlocking doors function as required, including all override commands;

(viii) with respect to the security systems, conduct all testing necessary to ensure and otherwise demonstrate:

(A) that all high and low level interfaces within the security systems are functional and interface correctly with the all systems;

(B) testing the security reporting interface and exportability;

(C) testing of all high and low level interfaces within the security command and control system to ensure that they function and interface correctly, including:

(1) EACS;

(2) intruder detection system;

(3) CCTV system;

(4) fire detection and alarm system; and

(5) lifts (if installed).

(ix) with respect to the EACS, conduct all testing necessary to ensure and otherwise demonstrate:

(A) control for the monitoring of all door functions and alarms;

(B) the functionality of each component associated with a door;

(C) the ability of the EACS to allow an operator to acknowledge an event and review all associated data, including external systems;

(D) the ability of the EACS to control User access based on the stated restrictions;

(E) the ability of the EACS to remain fully operational in the case of a loss of communication to the master panel;


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(F) the ability of Project Co Staff to create and program access control cards; and

(G) testing that audit trails and system event logs record all system event history;

(x) with respect to the intruder detection system, conduct all testing necessary to ensure and otherwise demonstrate:

(A) control for the monitoring of all alarms and off site dial out functionality;

(B) the functionality of each component associated with an alarm;

(C) the ability of the intruder detection system to allow an operator to acknowledge an event and review all associated data, including external systems;

(D) the ability of the intruder detection system to control Users based on the stated restrictions; and

(E) the ability of the intruder detection system to remain fully operational in the case of a loss of communication to the master panel; and

(xi) with respect to the CCTV system, conduct all testing necessary to ensure and otherwise demonstrate:

(A) the CCTV system architecture allows all cameras to be controlled, monitored and recorded simultaneously without any slowing of the system;

(B) each camera has been adjusted and commissioned in the environment it is installed;

(C) each camera achieves the view required and can perform its to its requirements under all conditions;

(D) the recording system can provide footage of the quality, speed and time periods requested;

(E) the recording system is capable of providing redundant storage as specified;

(F) the monitors utilised provide an accurate reproduction of the camera outputs;

(G) all CCTV cameras are accessible from the GUI and offsite accessibility via secured protocol;

(H) flat panel display screens are configured and numbered correctly, adjusted to similar brightness and contrast settings;

(I) recordings are stored at resolution and frame rate for evidentiary purposes, watermarked for certification;

(J) the command and control operator(s) can perform all functions; and

(K) all audit trails and system event logs record all system event history.

(b) Project Co must:


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(i) test the security systems on a component by component basis and as a complete system to demonstrate compliance with the requirements set out in Schedule 26 (Design Brief) of the Deed; and

(ii) test the security systems to demonstrate that all elements of the security systems, including equipment, are fully functioning, configured correctly and interface correctly with other systems in accordance with the requirements set out in Schedule 26 (Design Specifications) of the Deed.

I1.4.14 Project Co FF&E

Project Co must inspect and test all Project Co FF&E and must ensure that each item of Project Co FF&E, including loose Project Co FF&E, is:

(a) correctly located;

(b) unpackaged and clean;

(c) new;

(d) not damaged and not showing any signs of wear and tear;

(e) functioning as intended; and

(f) otherwise in accordance with the Design Requirements and satisfies the FFP Warranty.

I1.4.15 Specialty works

Project Co must inspect and test all specialty works including:

(a) all pools, hydrotherapy pools and other aquatic systems, including interfaces with the BMS and compliance with relevant Quality Standards and Laws, including the Health (Public Buildings) Regulations 1992 (WA); and

(b) all areas designated for storage of hazardous substances for compliance with relevant Laws, including the Dangerous Goods Safety Act 2004 (WA) and the associated Dangerous Goods Safety Regulations 2007 (WA).

I1.4.16 Integrated systems testing

(a) Project Co must carry out integrated systems testing, spanning across all Engineering Services, architecture, acoustics and other disciplines, including:

(i) power fail testing demonstrating the correct fail over operation, functionality and interfaces functionality of all systems;

(ii) emergency and fire mode testing demonstrating:

(iii) the correct operation, functionality and interfaces of all systems in each emergency and fire mode;

(iv) compliance with all emergency egress requirements; and

(v) integrated monitoring and control systems, including automated scenarios and controls.

(b) (Integrated Testing) Without limiting paragraph (a), Project Co must carry out integrated systems testing, at a minimum, in respect of:


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(i) critical operational tests of installations including computer rooms, control rooms, emergency generators, back-up system operation and alarming, essential services systems; and

(ii) performance testing of systems or situations that cover more than a single discipline, including energy testing, load tests on mechanical services and boiler systems, failure simulation tests, running of services systems over the unoccupied testing period and integrated AV Systems testing with lighting systems, mechanical services and other systems.

(c) (Systems are operational) Integrated systems testing must demonstrate that all systems and interfaces between systems are operating correctly, ensuring the operation of the system as a whole is successful.

(d) (Phases) Project Co must carry out integrated systems testing in phases to be agreed with the State.

(e) (Artificial loads) Project Co must provide any artificial loads (including heat and electrical) required for a full load testing.(Completed systems) Integrated systems testing must only be carried out on completed systems.

(f) (Engineering systems) During integrated systems testing, the running of engineering systems must be logged and controlled at the building management system

I1.4.17 Other requirements

(a) (Re-inspection) Any plant rooms commissioned for construction must undergo a second inspection prior to Commercial Acceptance. Any lifts commissioned as construction lifts must undergo a subsequent lift inspection prior to Commercial Acceptance.

(b) (Software and firmware) Unless otherwise approved by the State, Project Co must demonstrate that all software and firmware used on all systems is the latest version available, with all manufacturer’s updates fully installed.

(c) (Alarms) During the commissioning period, Project Co must undertake a review of alarm logs for all systems to check for and then rectify any re-occurring alarms or high false alarms.


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I2. ROOM DATA SHEETS – PRIMARY SCHOOLS

(a) Whilst every care has been taken to populate Schedule 20 (Schedules of Accommodation) Schedule 23 (FF&E) and Appendix I2: Room Data Sheets as comprehensively as possible, these have been compiled in the absence of a design for the new School Facilities and there may be additional requirements that go beyond those noted in this Section.

(b) The onus is on Project Co to provide the quantities and types of FF&E in accordance with the RDS, Schedule 20 (FF&E), Schedule 26 (Design Brief) and the Deed to ensure that the School Facilities are Fit for Purpose.

I2.1 Administration Block

PS-ADM-01 Foyer and Waiting / Reception and General Office

PS-ADM-02 Business Manager's Office

PS-ADM-03 Principal’s Office

PS-ADM-04 Deputies Offices

PS-ADM-05 Interview Room

PS-ADM-06 Staff Office

PS-ADM-07 Staff Room

PS-ADM-08 Conference Room

PS-ADM-09 Medical Room

PS-ADM-10 Reprographics Room

PS-ADM-11 Secure Store

PS-ADM-12 Cleaners Bulk Store

PS-ADM-13 Communications Room

PS-ADM-14 Electrical Cupboard

PS-ADM-15 Female Staff Toilets

PS-ADM-16 Male Staff Toilets

PS-ADM-17 Universal Access Toilet Type 0

functional unit acoustic test extent/comments required daps/metro north-west... · music ensemble...

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