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<br /> KAER
<br /> PER ANENTE
<br /> Project
<br /> Kaiser Permanente Everett
<br /> ir Medical Clinic Expansion
<br /> OPERATIONS INC. -cam.III��v - Y OMPAPONS 2929 PINE STREET
<br /> OPERATIONS INC. h ONRAT1CIJ3 INC, �t INC.�b o � EVERETT,WA 98201
<br /> Aerosol Injection Port Assembly ;� Prepared for
<br /> Aerosol Injection Port Assembly Aerosol Injection Port Assembly Aerosol Injection Port Assembly KAISER FOUNDATION
<br /> AIIMetal) (All Metal) Installation Instructions HEALTH PLAN, INC.
<br /> Bottom Side View Installed i Kit contents Installation template Misled Installation Installed Duct Connection Mate
<br /> Kit Contents Topside view Installed
<br /> CL.RM.A CL.RM.B r -Miar
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<br /> Port Installation Instructions Duct connection PlateInstallation Instructions
<br /> 1.Choose injection port location in the ceiling based
<br /> on desired location and access to filter duct work 1.Locale the duct that hods the HEPA filter you wish
<br /> above the ceiling.Preferably outside of the clean to challenge.
<br /> Where it Is Installed Benefits room- 2.Remove insulation from the duct in the area you
<br /> The Injection port can be installed just about 2.Uzrng the installation template(on back side of will mount the duct connection plate making sure a
<br /> anywhere in the facility.For a typical installation 0 One time installation Kit Contents Usage Instructions Kit Contents this sheet)measure and mark the ceiling or ceiling tie is facing the aerosol snjcctton port installed In the Q
<br /> we will assume a deanroom with a Gown or Ante Streamlines certification actwitles 1-Stainless Steel Injection port Once Installation is complete the system can be utilized. Usage Instrlletions to mount the rejection ports be sure to keep the ceiling and there is a clear route for the tubing. Hellmuth,oblate&KassabaUm,Inc.
<br /> room attached.For a system like this the ports Eliminates the need to cut out caulked in ceiling 1-Stainless steel injection port plug The steps are as follows. 1-Stainless Steel Injection port Once installation is complete the system can be utilized. template straight 3.Choose me location to introduce the aerosol into + 1218 Third Avenue,Suite 1315
<br /> would be mounted m the ceiling of the Ante room • tiles each service 1-90"elbow 1-Stainless steel injection port plug The st s are as follows. 3.usin a 1%'hole saw drill out the center hole for the duct work al fir upstream as halite to insure - A"a' Seattle,WA 98101 USA
<br /> or outside of the area completely.%"PEX Tubing 1. Remove the plug from the port to allow access. M g p° Tor
<br /> No cress above the ceiling means no worries 1-threaded nipple 1 90'elbow thread to barb L Remove the plug from the port to allow access. each port. proper mixing of the aerosol Making sure it n a * r s t+1 206 493 1771 f+1 206 493 1778
<br /> (sold separately)would then be routed from the PP a 2.Thread a stainless steel%"NPT 12"nipple into the port
<br /> with refection control 1-straight thread to barb 2.Thread a stainless steel er NPT o t nipple into the port. m insert the of into the hale end double check the dedicated.Maka duct[o the HEPA fitter.
<br /> port to the duct line that feeds each individual 2-%Thread to ProPEX connectors 3. Connect the aerosol generator to the nipple via%" pp p p '
<br /> fitter A W hole would be drilled into the duct and a Eliminates exposure of non-filtered air into the 3-1%'1Ox24 Stainless screws 3.Connect the aerosol generator to the nipple via%" mounting hales still align and using a 3/16'drill lid 1.Mark and drill the hole for the duct connection All raProd�oson a mtellacmal ProParty rielns rasan ad
<br /> 3-1%"I01124 Stainless screws flexible PVC tubing.
<br /> tole
<br /> 3 1"Stainless flange washers dfill the holes for the there mounting screws. ate using a 7 8"hole saw
<br /> the inducted threaded stemless mounting late n clean apes g flexible PVC tubing- 8 W 8 / . In Assoclanon with
<br /> g p 3-1"Stainless flange washers 4.Turn on air compressor to generate the aerosol and 3-Stainless Will g
<br /> Installed.A%'thread to ProPEX fitting It threaded Cuts certifcation time in hail leading to nylock nuts 0.Turn on air compressor to generate the aerosol and 5.Mount the injection port using the 3-1%'stainless S.Mount the ouct connection plate using the 1-%" � e
<br /> into the stainless plate and the 3-Stainless 1Ox24 nylock nuts forte It through the tubin u through the port and into �_�l
<br /> Pecs tubing Is substantial annual savings g & P g P 1-Stainless duct connection plate force it through the tubing,up through the port and into screws,flange washers,and 1Ox24 nylock nuts. mounting screws provided. �"
<br /> connected to the barb fitting.This makes the a Allows the facilityto choose where the 1-Stainless duct connection plate the ductwork,to the filter being challenged. tapping screws GeortenSon
<br /> ports air B B 2-%"Stainless son to the ductwork,to the filter being challenged. Making sure to not over tighten. 6.thread the straight to barb fitting onto the duct .t General Contractor
<br /> connection from the port in the ceiling to the installed to create an owner controlled testing 2-%"Stainless self tapping screws S. Scan the HEPA filter using an aerosol photometer •%"Flexible tubing not included' S.Scan the HEPA filter using an aerosol photometer. 6 Attach the 90'elbow to the Wp side of the connection plate.
<br /> ductwork
<br /> that feeds the fitteriof choke.All •%'Flexible PEX tubing not included' 6. Remove the 12"nipple from the port. injection port farnng in the direction of the HEPA 7.Attach tubing(not included)to the barb fining on 10230 NE Points Drive,Suite 300
<br /> planPP P 6.Remove the 12"nipple from the port. 1.E� Kirkland,WA 98033
<br /> injection ports are installed in this manner and filter duct(see photo above) the aerosol injection port and the other end to the s-#'_
<br /> labeled with the faker th service.One for each 7.Replace the plug into the port. 7.Replace the plug into the port.
<br /> 0Y
<br /> filter in the system. Construction 7.label each port with name of the the filter it will be aerosol injection pa using zip ties. T►:
<br /> .er
<br /> fssditttNe,tt[osdm. - -e ConXtech,Inc
<br /> Each port is constructed completely of 304 QPAep>non«<rt.o r to,s<z:.on>uuasm
<br /> A- -� Structure)Fabricator
<br /> nnNaDmrr rverurinwiv ruU
<br /> (rN 4r>o-,Jna uror,..w n oms.0 aeon stainless Steel.3"in diameter at the face and afar sr<,,,, 6701 Koll Center Parkway,Suite 150
<br /> Pr,nwn:ehw Du iDwar4 air.: Patent Pending """ - Pleasanton,CA 94566
<br /> .>w aPAzs,ro" 1.5"tall.All fittings and mounting hardware .,
<br /> are 304 stainless steel or brass.The port is Patent Pending
<br /> ..oD.r,eom.mr u4o a t>w sh.uM>:ou erne r
<br /> completely cleanable making it suitable for sr P>i+urna nw�.xl9Pwutuu 'I�`fir KPFF Consulting Engineers
<br /> n..w CFMrFsrw. {,� Civil+Structural Engineering
<br /> pharmaceutical applications. 1601 Fifth Avenue,Suite 1600
<br /> P PP n:.uu•hay",t a um,ao u.n m Seattle,WA 98101
<br /> DN 1909;9}}l3[a 11f 9fAe2H]t/
<br /> wnv uPAtist.ram
<br /> AEROSOL SYSTEM REFERENCE MOUNTING DETAIL
<br /> Mazzetti
<br /> MEP+FP Engineering
<br /> 2013 4th Avenue,Suite 200
<br /> Seattle,WA 98121
<br /> Key Plan
<br /> PEF-1 PEF-2
<br /> PHARMACY
<br /> EXH FAN EXH FAN
<br /> 2,100 CFM
<br /> �6 ROOF
<br /> M M
<br /> U U
<br /> RAV -
<br /> 800 CFM 7J
<br /> Professional Seals
<br /> REHEAT COIL PROJECT ACCEPTANCE CRITERIA: sZ4 GF 1TAS
<br /> �w
<br /> (RHC)TYP. RHC A Temperature m Control-minimum bend period 5 days. Fe o
<br /> 1. Not more than one'temperature event'per 2,000 sq.ft.per day,averaged across a period up to % z
<br /> RHC 800 CFM RHC orbs month(Sx10'event/sq.Ft.-day),where a'lamperalure event"s any zone where
<br /> CAV 1,120 CFM temperature is 3 degrees or more away from setpoint for 150 minutes or more.An additional 112 24672 9
<br /> 7A CAV "temperature event'is incurred la each 75 minutes beyond the initial 150 minutes. 'CISTEt'
<br /> 1,750 CFM 7-2 1,480 CFM B Pressure in Control all G
<br /> CAV CAV ( card hours,95% f rooms)-minimum re s period of 5 days TONAL
<br /> 1- During unocwpred nouns,95%d all room differential pressure observations shall be as follows:
<br /> 7-1 RAV RAV 7J
<br /> a. HD Negative pressure roams Between 0.01'wo and 0.03'w.c.
<br /> No. Description Date
<br /> EAV 1,020 CFM 7-2 ,
<br /> 7-1 1230 CFM
<br /> O. NHD Positive Pressure room.Between 0-02'W.L-l0 0.05'W.C. SCHEMATIC DESIGN 2020/01/24
<br /> ELgl 7-4 DESIGN DEVELOPMENT 2020105115
<br /> C. Ante ROOM IO work Brea.Between 0 02'wL and Up.sampled every 15 minUleS. DESIGN DEVELOPMENT ADDENDUM 2020/06/08
<br /> 2. During occulted hours,l of all room differential pressure readings shall be within the ranges 50%CONTRACT DOCUMENTS 2020/07/31
<br /> EAV Shown above,sampled ewe 15 minUleS. 75%CONTRACT DOCUMENTS 2020/09/25
<br /> ply every PERMIT SET 2020/11/13
<br /> 7-2 3. In response to all door-opening events,pressure shall return to the control ranges as shown ISSUED FOR CONSTRUCTION 2021/03/19
<br /> above within 10 seconds. A door-opening event includes the opening and closing of Me door:
<br /> EAV response lime shall be measured from the moment of completed door closure. Minimum
<br /> demonstration period one hour with 10 door opening events.
<br /> 7 1 F C. Humidity in Control-minimum tend period 5 days-
<br /> 295 CFM 295 CFM 290 CFM 290 CFM 290 CFM 290 CFM 280 CFM 280 CFM 280 CFM 280 CFM 295 CFM 295 CFM 300 CFM 295 CFM 295 CFM
<br /> EAV 1. Not more man one'humidity event per 2,000 sq.R.per day,averaged across a period of up to
<br /> CD-RA CD-SA CD.SA CD-SA CD-RA 7-3 48X24 46X24 48X24 48X24 48X24 48X24 48X24 48X24 48X24 46X24 46 24 48X24 48X24 48X24 48X24 CEILING one month(500'1 event/sq.FL-clay);where O'humiddy event'is any zone where humidity is
<br /> more than 65%RH or less than 20%RH for 48 hours or more.An additional 112'humidity event'
<br /> rs nwrre f each 24 nouns beyond ale bast hours.Nigh limit humidity events are
<br /> applicable;no low humidity events shall be assessed-no humidifiers are required for this RTU,
<br /> D. Fan Failure Response.
<br /> 1. Fan failure alarm shall occur within 45 seconds.Minimum one test per fan,
<br /> E- Biological Safety Cabinet(BSC)failure response.
<br /> RM#moo RM#4fi00 RM#4601
<br /> RM BUFFER
<br /> RM-HD B 1. Hood failure alarm shall occur within 45 seconds Minimum one test PHARMACY RECEIVING,PHARMACY HD BUFFER RM HA-ISO] ANTE ROOM-ISO] NON-HD BUFFER E.ISO] per hood.
<br /> TOTAL AIRCFMHANGES:] TOT156 CFMHANGE8:12 TOTAL AIRCFMHANGE5:45 TOT AL AIRCHANGE8:45 TOTsL 5T7AIR CFM
<br /> F. Running after rloss-pie test fors stem.
<br /> OA:156 CFM OA 158 CFM OA:fi82 CFM OA:437 CFM OA:57/CFM 9 �¢ y
<br /> SA:400 CFM $A:400 CFM u :1,120 CFM SA:1480 CFM
<br /> RA:300 CFM RA:Me CFM LL U RA:1,020 CFM 1. Test system in response to a simultaneous loss of power to all BSC and fans Upon restoration
<br /> Ek 0 CFM EA:0 CFM U RA O CFM 0 EA:0 CFM EA:0 CFM FM of power,items A through C shall be resumed within 20 minutes. No variable shall be outside
<br /> TA 0 CFM TA:-100 CFM TA:250 CFM TA:100 CFM TA:250 CFM controlled ranges for more than 45 seconds.
<br /> RM DP RELATIVE TO RM OP RELATIVE TO m RM OP RELATIVE TO o RM DP RELATIVE TO RM DP RELATIVE TO G. Control DIE
<br /> ANTE RM:-0.02' ANTE RM:-0.02" ANTE RM:-0.02" GEN PHARMACY:+0.02" ANTE RM:+0.02" play-
<br /> RM DP ALARM:NIA RM DP ALARM:N/A RM DP ALARM:+0.01• RM DP ALARM:+0.01"
<br /> U RM DP ALARM:A.01" U U U U U 1. For tlesigns that include control integrations,all room pressures,fan status,hood status,and
<br /> to damper position points shall be displayed on the operator workstation in a single screen.
<br /> m to to
<br /> 550 CFM 750 CFM m
<br /> TA-250 CFM (��TA-250 CFM
<br /> BSC-1 BSC-2
<br /> TA-100 OFM KP Project No: CAP020407
<br /> ALL WALL LOW LOW�( LOW LOW HOK Project No: 19.05002.03
<br /> WALL WALL WALL WALL Sheet Tide:
<br /> EA EA RA RA RA LEVEL4
<br /> AIRFLOW DIAGRAM
<br /> a
<br /> DIAGRAMS - PHARMACY AIRFLOW Dri
<br /> ginal is 30 x 42.Do not scale ors or tins drawing.
<br /> M513 NONE Sheet Number
<br /> M M513
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