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<br /> STATE OF CALIFORNIA STATE OF CALIFORNIA STATE OF CALIFORNIA STATE OF CALIFORNIA . U
<br /> COMMISSIONING - CONSTRUCTION DOCUMENTS COMMISSIONING - CONSTRUCTION DOCUMENTS ALM COMMISSIONING - CONSTRUCTION DOCUMENTS COMMISSIONING - CONSTRUCTION DOCUMENTS , W
<br /> CEC:-NRCC-CXR-02-E(Revised 12/16) CALIFORNIA ENERGY COMMISSION CEC-NRCC-CXR-02-E. Revised 12/16) CALIFORNIA ENERGY COMMISSION CEC-NRCC-CXR-02-E(Revised 12/16) CALIFORNIA ENERGY COMMISSION CECT-NRCC-CXR-02-E(Revised 12/16) CALIFORNIA ENERGY COMMISSION
<br /> CERTIFICATE OF COMPLIANCE NRCC-CXR-02-E CERTIFICATE OF COMPLIANCE NRCC-CXR-02-E CERTIFICATE OF COMPLIANCE NRCC-CXR-02-E CERTIFICATE OF COMPLIANCE NRCC-CXR-02-E
<br /> Commissioning-Construction Documents / Cl (Page 1 of 9) Commissioning Construction Documents (Page 2 of 9) Commissioning-Construction Documents (Page 3 of 9) Commissioning-Construction Documents (Page 4 of 9)
<br /> Project Name: TRU BY HILTON Date Prepared: 03-06-1-I Project Name: Date Prepared: Project Name: Date Prepared: Project Name: Date Prepared:
<br /> CV V
<br /> A. General Information Design Reviewer Designer Response Design Reviewer Designer Response Design Reviewer Designer Response
<br /> o Climate Zone: 12 Building Type: LOP61NO Conditioned Floor Area
<br /> (ft): 38,695 a, � y N � � :r 0 a, � ,� v � a `o " ., � y � � � 0
<br /> Code Q o > m cu a, a R 2 0 Code •a o m g a, -° 2 Code Q ° -' a, @; a, o o QED ING ARCHITECTS
<br /> Reviewer's Name: Reviewer's Agency: Measure £ z a 3 _� a, Measure £ z a ;r Q 0 3 a, Measure E z a ;o ;; - 0.
<br /> g y Y Co. o Section o E U Z z Section O E Y z
<br /> J Section O Ln E d u U ., 1i 0 u y O y to £ ° a+ C u y ° y £ C .. ° i J STREET,MODE5TO,GA 65354
<br /> u C ° -O m E c x __, v O o O m c = y - .. O ° O m o = y - .. 206.522.8000
<br /> z Note:Design Review for each system/subsystem must be submitted o u a` t.°i - a, +, o e " u a u - z '� " a u - z
<br /> Enforcement Agency: Permit Number: v° 3 z z N } 3 z z
<br /> oCITY OF LATHROP LIGHTING DAYLIGHT CONTROLS Daylight dimming controls are properly SEAL:
<br /> All skylit daylit zones, primary sidelit daylit Best integrated with emergency fixtures, using
<br /> Q Enforcement Agency Use:Checked by Enforcement Agency Use: Date LIGHTING CONTROLS Practice separate ballasts for dimming and CES, COMPLIES
<br /> LU zones and secondary sidelit daylit zone are p ARC
<br /> a Accessible, independent switching or a control shown on plans.Controls of skylit and sidelit emergency backup. SSE
<br /> v 130.1(a) device is included for all areas enclosed by ceiling ® N/A (D Daylight zones that penetrate more than one C,� �pE BU)y
<br /> zones are independent and provide multi- p � J F �
<br /> height partitions. row o cxtures `rom the windows have the , oP
<br /> B. Design Review Checklist 03-06-19 ® 1.30.1(d)2 level lighting in accordance with Table 130.:1- �� N/A ® © © Best ff
<br /> General lighting is controlled separaltely from all A. Plans should indicate that general lighting fixtures closer to the windows receiving a EY:ES::,:�OMPLIES
<br /> z Design Reviewer Designer Response 130.1(a)4 Q N/A (D © (� g g g Practice
<br /> y other lighting systems. power is reduced by a minimum of 65% lower light command to create a more even
<br /> a, Y Y N w 0 General lighting of enclosed spaces 100 ftz or larger when daylit illuminance is 150%of design lighting and save energy. REN.
<br /> LJ Code E o r CoU °' `� with a li 7htin load that exceeds 0.5 W/ftz, have The ballastspecified is able to turn down as J'j 03-31-21 �P
<br /> Measure E z a 3 „ lighting The q
<br /> Section o tn E a, a. u rx Best T O
<br /> Q c 0 a c C v Y multi-level lighting controls from at least one of the ® �� © (� The locations of all photo sensors are shown Practice low as the specified daylight dimming YES, COMPLIES FOFCA\-\F
<br /> } 0 0 u 3 z 0 N 130.1(b) following methods: manual dimming, lumen N/A on the plans. Height and position criteria are system.
<br /> maintenance,tuning,automatic daylighting controls, Best I To save energy, dimming specifications
<br /> 4 also shown. Photo sensors are not installed in EYES, COMPLIES gy,
<br /> ENVELOPE demand responsive lighting controls.Control steps Practice direct sunlight nor in direct light of lighting require that the illumination during night
<br /> JOINTS AND OTHER OPENINGS fixtures. J
<br /> are in accordance with Table 130.1-A. Best time shall be acl•usted to be greater than or BETTER PRAGTIGE
<br /> Plans indicate that joints, penetrations and other openings in the p f
<br /> Shut off controls are controlled with occupant S eci ccotion defines the amount of light to Practice equal to 20%lower than the daytime target;
<br /> N g
<br /> sensing r_ontrols,automatic time-switch control, ® �1 © (^, be gathered b the photo sensor in relation since the apparent illumination at night will CONSULTANT:
<br /> X 110.7 building envelope shall be sealed to limit infiltration and © N/A 0 © © 130.1(c)1 N/A J 9 y p
<br /> signal from another building system or other control to its location or the lighted surface and this appear higher.
<br /> exfiltration. f 9 f -
<br /> and are shown for all indoor lighting systems.
<br /> Best matches the application. For example:if 5 FC � OUTDOOR LIGHTING CONTROLS AND EQUIPMENT
<br /> 120 7 Roof/ceiling,wall,floor and soffit insulation must meet © N/A �� O O Offices 2.50 ftz or smaller; multipurpose rooms of Practice on the horizontal floor is the maintained OES NOT EO��F:3L
<br /> requirements identified in this section. less than 1,000 ft ,and classrooms and conference Outdoor incandescent lighting rated over
<br /> 130.1(c)5 ® N/A (D © (� lighting level and the sensor is mounted 15 ft 130.2(x) O N/A O Q
<br /> rooms of an size,shall beequipped with occu ant 100 watts is controlled) by a motion sensor.
<br /> INSULATION AND ROOFING PRODUCTS y p off the ground, the sensor must be capable of
<br /> LU sensor(s)to shut off the lighting. detecting 5 FC from floor at that distance. All outdoor lighting is Controlled by
<br /> Roofing products for low-sloped roofs meet minimum aged solar Lighting in corridors and stairwells shall be 130.2 c)1 hotocontrol or outdoor astronomical time- © N/A O 0
<br /> N reflectance of 0.63 and minimum thermal remittance of 0.75 OR Daylight dimming zones have consistent ( p
<br /> 2 140.3(a)1.A © N/A �� O © 130.1(c)6 controlled by occupant sensing controls that 0 N/A �� O (� window/glazing types and orientation(e.g., a switch control.
<br /> minimum Solar Reflectance Index of 75.Steep-sloped roofs meet separately reduce lighting power in each space by at Best single zone should not include east and south Outdoor lighting where bottom of luminaire
<br /> requirements of 0.20 and 0.75 OR 16, respectively. least 509/6 when the area is unoccupied. Practice facing glass or have a section of tall window- �OES NOT COMPLY is mounted 24 ft or less above the ground is
<br /> Exterior roofs/ceilings,and exterior walls,floors and soffits must For buildings greater than 10,000 ft',demand wall and another wall section of smaller controlled by mlotion sensors or other � © N/A O 0
<br /> 140.3(a)1.A- y U-factor no greater than the applicable pp © /A C� O O 130.1 e response controls should be included to reduce total N/A/ �� © (D windows). 130.2(c)3 controls that are capable of reducing the
<br /> B have an overall assembl
<br /> value in TABLE 140.3-B, C or D. building lighting power by a minimum of 15%. Specifications state that sensor and dimming lighting power of each luminaire by 40 to
<br /> MOTES DAYLIGHT AREA Best settings are set up and calibrated afterEOES 80%in response to the area being vacated.
<br /> NOT GOMPLl' Automatic lighting controls shown on Tans
<br /> Practice furniture,final finishes and all lighting g g p
<br /> In Climate Zones 2 through a onditioaylight areas equipment are installed and operational. for building fagade,ornamental hardscape or
<br /> required for conditioned,or unconditioned,spaces / - 130.2(c)55 outdoor dining lighting includes part-night � 0 N/A 0
<br /> z •moi( ® /D © (� A complete step by step sequence ofg p g
<br /> 140.3(c) greater than 5,000 ft of roof area and with ceiling IIIJJJ N/A \
<br /> height greater than 15 ft are shown on building operation is included defining the lighting lighting control„ motion sensor control,or
<br /> Best levels(max and min) zones interaction with time-based control.
<br /> plans and meet the requirements of this section. BETTER PRACTICE
<br /> Practice occupants, interaction with occupancy and NOTES
<br /> time-clock controls, and interaction with
<br /> _ lighting on-off or dimming switches.
<br /> Interface with BAS or other lighting control
<br /> Best systems is defined and is fully compatible for
<br /> all features of the sequence required. [ETTER PRAGTIGE
<br /> Practice Interface!shown on lighting and controls
<br /> drawings. r u
<br /> CA(Building Energy Efficiency Standards-2016 Nonresidential Compliance December 2016 CA Building Energy Efficiency Standards-2016 Nonresidential Compliance December 2016 CA(Building Energy Efficiency Standards-2016 Nonresidential Compliance December 2016 CA(Building Energy Efficiency Standards-2016 Nonresidential Compliance December 2016
<br /> by HILTON'"
<br /> STATE OF CALIFORNIA STATE OF CALIFORNIA STATE OF CALIFORNIA STATE OF CALIFORNIA
<br /> COMMISSIONING - CONSTRUCTION DOCUMENTS COMMISSIONING - CONSTRUCTION DOCUMENTS COMMISSIONING - CONSTRUCTION DOCUMENTS ink COMMISSIONING - CONSTRUCTION DOCUMENTS
<br /> CEC:NRCC-CXR-02-E(Revised 12/16) CALIFORNIA ENERGY COMMISSION CEC;NRCC-CXR-02-E(Revised 12/16) CALIFORNIA ENERGY COMMISSION CEC-NRCC-CXR-02-E:(Revised 12/16) CALIFORNIA ENERGY COMMISSION CEC-NRCC-CXR-02-E Revised 12/16) CALIFORNIA ENERGY COMMISSION Q
<br /> L
<br /> RTIFICATE OF COMPILIANCE NRCC-CXR-02-E CERTIFICATE OF COMPILIANCE NRCC-CXR-02-E CERTIFICATE OF COMPLIANCE NRCC-CXR-02-E CERTIFICATE OF COMPILIANCE NRCC-CXR-02-E Z
<br /> mmissioning-Constlruction Documents (Page 5 of 9) Commissioning-Constlruction Documents (Page 6 of 9) Commissioning�-Construction Documents (Page 7 of 9) Commissioning-Constlruction Documents (Page 8 of 9)
<br /> ject Name: Date Prepared: Project Name: Date Prepared: Project Name: Date Prepared: Project Name: Date Prepared: LL
<br /> J
<br /> FDesign Reviewer Designer Response Design Reviewer Designer Response Design Reviewer Designer Response Design Reviewer Designer Response
<br /> VI al C ' C VI al C ' C a) C ' C _ ' C
<br /> al .. +.' of •a1 M aJ ° 41 ... +. en a! o .. ... 'r a) ' al O N ... .. H a) = y O
<br /> Code Co. o (r �u a) a m -a M Code •a 0 T v au v to a' Code Co. o > (, 0) a to Code a o > a, a -0 M v
<br /> Measure E z ° m Tz 3 0 3 a+ Measure E z a L2 3 o a v Measure E Z a Q a o 7 y Measure E Z a a 3 0 3 a,
<br /> m u fa m u L m u IS
<br /> N U V U W Section o E a, u u U m
<br /> Section o E v �� x Section o E a`, m Section o E a, .,
<br /> vi 0 �a U C x vi D ° E L) C K a+ vi D 0 u �_ x +-' ca vi O CL U v +-' m
<br /> > 0 3z z°O t% > o - z CA > 0 3z z° L% > `0 3z z° v+
<br /> u u � z u v
<br /> HVAC ZONING Each wall mounted thermostat is located away from potential DEMAND CONTROL VENTILATION DCV
<br /> ;SERVICE HOT WATER HEATING _ (DCV)
<br /> SHW systems with circulating pumps or with electrical heat trace �^,� 1 Zone each air handler to serve only areas with common loads to sources that would adversely affect the reading(close to copiers, HVAC systems that have an economizer,serve a space with a design
<br /> ( ) y g p V © / CJ ® ® aggressive g p f Best Practice direct sunlight, below or above a supply air diffuser or convector, OYES, COMPLIES occupant density greater than or equal to 25 people per 1,000 ftz,
<br /> 110.3 c 2 have automatic controls that turn off the s stem during unoccupied N A Best Practice allow more a 1 ressive control strategies and improve comfort. YES, COMPLIES p Y g i p p p •
<br /> periods. etc.).Any thermostats mounted on exterior walls are installed in
<br /> p Have differeni`AHU s serving core vs.perimeter areas. and are:either a single zone system with any controls or multiple
<br /> - sealed and insulated junction boxes. zone system with DDC controls to the zone level must have dennand
<br /> o Pipe insulation for space conditioning and service water-heating The design accommodates partial occupancy energy savings when - -
<br /> 120.3 with fluid temperatures listed in Table 120.3-A have insulation © N/A C' ® © the owner's requirements or narrative describe any possibility cif Best Practice Corner offices should always have their own thermostats, air N/A control ventilation controls.The following must be met:
<br /> levels as specified in subsection (a)and (b). Best Practice partial occupancy, by zoning air handlers by floor or by part of a =YES, COMPLIES terminal boxes or fin-tube radiators. �_ - 120.1(c)3-4 A. C:Oz sensors installed in each room served by systems with O © N/A Q
<br /> NOTES
<br /> floor, or by incorporating controlled floor dampers, or VA air Multiple air terminal boxes in a single large open space are served DC\/controls W
<br /> terminals going totally shut when not occupied, etc. by a single thermostat; or multiple thermostat signals are polled B.C:Oz sensors are located between 3 ft and 6 ft above the floor
<br /> Best Practice C. CO concentrations maintained at less than orequal to 600
<br /> CONTROLS and altered, to prevent fighting of terminals and simultaneous N/A z
<br /> heating and cooling. pain plus outdoor ppm
<br /> Each zone is controlled by an individual thermostatic control. D. During hours of expected occupancy,controls maintain the
<br /> Control sequences are listed for equipment operated by stand-alone
<br /> O 120.2(a)and Controls are capable of setting temperatures to 55'F for comfort O o 0 © ® Best Practice YES, COMPLIES system ventilation rate
<br /> I packaged controls. Unoccupied sequences should be included. . �
<br /> (b) heating, 85°F'for cooling and provide a temperature deadband of at - - ALL HVAC SYSTEMS-ECONOMIZERS
<br /> OControl sequences exist for each piece of equipment listed in the
<br /> least 5"F if controlling both heating.and cooling. Each cooling fan system that has a design mechanical cooling
<br /> equipment schedule that is monitored or controlled by the building W
<br /> Best Practice BETTER PRAGTIGE
<br /> HVAC DESIGN-ALL BUILDINGS automation system(BAS). Unoccupied sequences should be 140.4(e)1 capacity over 54,000 Btu/h has an air economizer or a water
<br /> Each space conditioning system is e_quippe_d with controls to shut and 3 economizer.Air economizers must comply with the high limit O © O © O
<br /> O HVAC EQUIPMENT the system off during periods of nonuse and will temporarily included. p Y g G�
<br /> 120.2(e) ® C) Outside air temperature sensors should be in a commercially shutoff controls shown in Table 140.4-6.
<br /> O Equipment meets efficiency requirements.of Tables 110.2-A operate the system to maintain setback and setup temperatures © CI Q
<br /> s
<br /> 110.2(a) ) designed solar shield located on a north wall or some other location Plans indicate integrated economizer controls are set up such that
<br /> O © � �� © © while keeping ventilation dampers closed. Best Practice
<br /> through 110.2'.-K. z out of direct sunlight and away from building exhaust or heat BETTER PRACTICE 140.4(e)2.B partial Cooling is provided by the economizer even when additional Q © �)
<br /> Systems serving multipurpose rooms less than 1,000 ft and lfl
<br /> O All air-cooled, unitary, DX units(packaged,split-system, heat rejection equipment. mechanical cooling is required. EE N TE 11
<br /> s
<br /> 120.2(i) pumps VRF with economizers are equipped with Fault ► classrooms, conference, auditorium or meeting center rooms - -
<br /> ( ) p p ) © � �� © © z VENTILATION RATES Z
<br /> � greater than 750 ft have occupancy sensors that interface with Economizer dampers are specified to be driven by direct drive
<br /> Detection and Diagnostics systems. The outdoor air-ventilation nate and air-distribution assumptions Best Practice actuators rather than rod linkages, which can be a major cause o SEE NOTE #1 Q
<br /> � HVAC control!;to automatically setup the cooling setpoint by 210F or p g 1 f
<br /> O Pipe insulation for space conditioning and service water-heating 120.2(e)3 more,setback:the heating set point by 211:or more and 0 © o © 120.1(x)2 made in the design of the ventilating system are clearly identified © © O © © economizer malfunction.
<br /> 120.3 with fluid temperatures listed in Table 120.3-A have insulation `f� O �) �� O on the Tans.
<br /> p automatically reset the minimum required ventilation rate.These p Barometric relief is used, if possible.. If not, relief fans(rather than
<br /> levels ars specified in subsection (a)and (b). p Each space is designed to have natural ventilation OR mechanical Best Practice return ) BETTER PRACTICE
<br /> occupant senior ventilation control devices must meet the fans are used in most cases. Z
<br /> Mechanical heating and cooling equipment are the smallest size ventilation that is no less than the larger of conditioned floor area - Q
<br /> requirements of section 120.1(c)5. 120.1(b) © © C) © 10 Outdoor and return air sensors are,properly selected,properly
<br /> within the available options of the desired) equipment line, times the requirements in Table 120.1-A or 15 cfm timers the �
<br /> Outdoor air supply and exhaust equipment shall be installed with located'to provide accurate and repeatable measurements for
<br /> 140.4(x) necessary to meet the design heating and cooling loads of the 0 o o 0 © 120.2(f) © CI O © O expected number of occupants. Best Practice BETTER PRACTICE
<br /> dampers that automatically close upon fan shutdown. controlling economizer operation.Averaging sensors cover the
<br /> building,as calculated according to the requirements of Section Best Practice The minimum and maximum outdoor air rates for each air handler OYES, COMPLIES entire duct or coil face areas. _ V
<br /> 140.4(b)• Each space conditioning system serving multiple zones with a are listed on the equipment schedules. _ _ DUCT DESIGN Z
<br /> HVAC motors for fans that are less than 1 hp and 1/12 hp or 120.2(g) combined conditioned floor area of more than 25,000 ft shall be Q © Q( o o The outdoor air-ventilation rates are based on planned owner ~
<br /> greater are ECM or have a minimum motor efficient All air distribution system ducts and plenums must be installed, Q
<br /> 140.4(c)4 g y of 70% © C) C) © © designed, installed, and controlled to serve isolation areas. Best Practice occupancy as defined in owners design intent and are not based on EYES, COMPLIES 120.4(a) ® CI o © © v J
<br /> Motors also have means to adjust rnotor speed for balancing or maximum egress occupancy,rates. sealed and insulated as required by 120.4(a).
<br /> remote control. 120.2(h) HVAC systems with DDC to the Zone level shall be programmed to 0 © )0( 0 © Heat recovery is specified orfan systems where the design outside - - 140.4(I) Plans indicate duct sealing leakage rates. ® 0 Q
<br /> allow centralized demand shed for non-critical zones.
<br /> Electric:resistance heating systems are not provided for space O 0 0 © © Best Practice air flow rate is greater than 70%and design supply air flow rate is BETTER PRAGTIGE p g Identify REVISIONS:
<br /> - 140.4(g) I Ducts utilize low static pressure design. Idents the most restrictive
<br /> heating for cases were exceptions are not allowed. Zone controls prevent reheating, recoolingamand simultaneous greater than 5,000 cfm.
<br /> c= 140.4(d) O Cl O ® O - - branch from the fan to the last air terminal unit. Identify possible
<br /> In drier climates and when large outdoor air fractions are required, provisions of heating and cooling to the se zone. Best Practice means of significantly reducing the pressure drop. Branch duct YES, COMPLIES ZL PLANNING 10/05/2018
<br /> E Best Practice evaporative pre-cooling packages were evaluated to pre-cool CN/A ' systems are designed for equal pressure drop, when possible. _ A H I LTON 10/18/2018
<br /> outside air and cool the air flowing over the DX condensing unit. - Duct branches with significantly differing static pressure
<br /> � Best Practice In semi-arid climates, two-stage evaporative cooling has been
<br /> Best Practice requirements have volume control strategically placed to aid in TAB YES, COMPLIES �3 HILTON 02/O�/201q
<br /> evaluated in lieu of mechanical refrigeration. N/�` work.
<br /> CA(Building Energy Efficiency Standards-2016 Nonresidential Compliance December 2016 CA(Building Energy Efficiency Standards-2016 Nonresidential Compliance December 2016 CA Building Energy Efficiency Standards-2016 Nonresidential Compliance December 2016 CA Building Energy Efficiency Standards-2016 Nonresidential Compliance December 2016
<br /> N
<br /> STATE OF CALIFORNIA STATE OF CALIFORNIA
<br /> COMMISSIONING - CONSTRUCTION DOCUMENTS COMMISSIONING - CONSTRUCTION DOCUMENTS
<br /> s CEC-NRCC-CXR-02-E(Revised 12/16) CALIFORNIA ENERGY COMMISSION CEC-NRCC-CXR-02-E(Revi;;ed 12/16) CALIFORNIA ENERGY COMMISSION AS
<br /> < CZRTIFICAT•E OF COMPLIANCE NRCC-CXR-02-E CERTIFICATE OF COMPLIANCE NRCC-CXR-02-E
<br /> C
<br /> ommissioning-Construction Documents (Page 9 of 9) Commissioning-Construction Documents (Page 10 of 9) RED PROJECT # 18050
<br /> Project Name: )ate Prepared: Project Name: Date Prepared:
<br /> HILTON # 18-428ND
<br /> Design Reviewer Designer Response DOCUMENTATION AUTHOR'S DECLARATION STATEMENT PLANNING # SPR-I8-102
<br /> O N 1. 1 certify that this Certificate of Compliance documentation is accurate and complete.
<br /> Y N a) w O Documentation Author Name: Documentation Author Signature: PERMIT -
<br /> Code c o > v a, a m 0
<br /> O Measure E z a m " 3 L ;
<br /> APN # Iq6-2-70-23
<br /> Section O ^ E m Co. Z �+ Company: Signature Date:
<br /> L! 0 C x a,
<br /> } u a u 3Z 0 in Address: CEA/HERS Certification Identification(if applicable): DATE: 03.06.1 cl
<br /> u
<br /> o Fans discharge into duct sections that remain straight for as long as City/State/Zip: Phone: DRAWN: H.GOLLINS
<br /> Best Practice possible(ideally 10 duct diameters)to reduce fan inefficiencies from YES, GOMPLIESGHEGKED: J.MILLER
<br /> RESPONSIBLE PERSON'S DECLARATION STATEMENT
<br /> system effects.
<br /> - I certify the following under penally of perjury,under the laws of the State of California:
<br /> O Duct velocities are generally below 2,000 fpm for ducts in ceiling 1. The information provided on this Certificate of Compliance is true and correct.
<br /> Best Practice plenums, 1500 fpm for exposed ducts and 3500 fpm in mechanical YES GOMPLIES 2. 1 am eligible under Division 3 of the Business and Professions Code to accept responsibility for the building design or system design
<br /> C rooms and non-noise sensitive shafts. identified on this Certificate of Compliance(responsible designer). SHEET TITLE:
<br /> n Duct friction rates are generally less than 0.25"WC per 100 lineal 3. The energy features and performance specifications,materials,components,and manufactured devices for the building design or system CAL GREEN
<br /> feet nearer the fan 0.15 to 0.20"in the main ducts and 0.08 to design identified on this Certificate of Compliance conform to the requirements of Title 24,Part:1 and Part 6 of the California Code of
<br /> N Regulations. COMMISSIONING
<br /> Best Practice 0.12"WC/100'nearer the end of the system. Designs over these YES, GOMPLIES 4. The building design features or system design features identified on this Certificate of Compliance are consistent with the information
<br /> rates should be questioned. Very energy efficient design can lower" provided on other applicable compliance documents,worksheets,calculations,plans and specifications submitted to the enforcement MEASURES
<br /> these values by up to 40%. agency for approval with this building permit application.
<br /> O Ensure that drawings are sufficiently detailed to ensure that 5. 1 will ensure that a completed)signed copy of this Certificate of Compliance shall be made available with the building permits)issued for the
<br /> distribution system design intent is adequately conveyed. If building,and made available to the enforcement agency for all applicable inspections.I understand that a completed signed copy of this
<br /> O Certificate of Compliance is required to be included with the documentation the builder rovide s to th buil in owner at occupancy.
<br /> � E3est Practice sufficient detail is not included in drawings, installations may result YES, COMPLIES p• q p _ g
<br /> � in significantly higher pressure drops and hence higher energy Responsible Person Name: Responsible Person Signature:
<br /> DAVID BURKETT
<br /> consumption and other operating issues. _ Company: Date signed:
<br /> ACCEPTANCE AND COMMISSIONING RED ING. ARGHITEGTS
<br /> Address: License:
<br /> 120.5(a) Acceptance requirements clearly identified in construction © N/A O © © 121-1 J STREET G33260 SHEET NO.:
<br /> documents. city/State/zip: Phone:
<br /> MODESTO, GA. 65354 206-522-8600
<br /> Commissioning measures or requirements are reflected) in the
<br /> 120.8(e) © N/A Q
<br /> �n construction documents.
<br /> (g) Requirements for functional performance tests are reflected in the
<br /> 120.8 construction documents. G
<br /> N/A
<br /> NOTES
<br />
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