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Plans KIU SON 9 7 At/ , • Nails & Beauty Supplies u • • 9105 NE Sandy Blvd. 9 Portland, OR 97220 a Phone: (503) 252 -7041 � \ �� , ,�.,; Fax: (503) 252 -173 tr m r A. S , a' W ' \ �• -�: { kr • ) -t: . • - (.) �-- 30.5 -! /V.1 .. :1 4 ct . ''/ 1 - (4. ....` i 1 z ,/ o . • f : g 14.625" 4, CLASSIC NAIL TABLE g AC 110 -120V, 60 HZ, 12 AMPS •. :: .--- ::.1. ••,, „, ,•:::.r , ,,• , 4.41/45,10 Al . ,: • ' r ',"•:','" - 14, :a I ....' 77"... '' 41Volri 7 74 , ."',# MP. 77- 7 ■11114 , - tg. . :ro. -,, ._;, 0" ;•-• , 1 - • - T '', Reclinina p ,.J SEAT OPERATION ,--,-, - 4/ 0,-_< 4y A. ,„-) ., 4 , ,...,_,04 , -- , v - :---, , ,, 1 / .....-- 4 7; / , , 7 /, , Armrest can be raised up/down -----::----77- / 1 / 7 / il /11/ \\\•.---_4 ,--- - ---.4 / / ‘ / i • C ( 1 "- to t \ I , V .1,1 --------:__/ , t 3 at \ f .\\ _ wo, ---- 4....... i \ ..,_ - - '------,_ I \ RI N -- 1 \\I it ‘ •s„______./1 --_--_ - f r _____—,----347 - '/ , Sliding , IP ------------- \. \ .. F .) ■_.‘.---._.._. •—„,,,. --/____..71 , 1 l .:- ______ ---" r ___—.■ r.-- 7 , g---- .,..; SPA DIMENSiON T 1 I / h 1------/i / 4 I • t----Z--__Z . --1 43" f If ,....1 1 f i > 77 r TY /r _.......... ...........„9// ,,,..., 1 i 1 I A 1 , :\(.... \ 1::: ------- 1 . i 32" - hPX I - --- - --i' -------------- 1 ) ' / _.------ ---------'-%-' ,: 1 ...---- ..._.■-.-------.----- _.....___....._._____...._._.___.._.___—... \ \ ..-, __..---1 , .."---__------ .....--■ . ----- . . 55" . . - ,------ ---------- :/.; * . • •,::'... • ,v` 1, . :;, .:•"' J i EXHIBIT A CHANGES TO THE PLAN AGREED BY OWNER • Store Front: May re -use entire existing storefront, which already has high quality river stone. May simply replace the signage with a pin- mounted sign per the drawings and in accordance with Washington. Square's sign criteria. _• Reception Desk: May delete andsubstitute with a prefabricated reception desk of owner's choice. • Crown Molding: May delete • Base Molding: May delete the specified base molding and substitute with paint grade base molding of any type. However, size must be at least 6 inches. • Chair Molding: May delete altogether. • Paint Specified paint maybe deleted and substituted with brand owner's choice. However, all specified colors must be adhered to. • Flooring: May substitute with` $2'psf ceramic tile. ▪ Lighting Fixtures' May delete chandelier and all decorative lighting. All may be local contractor grade, provided they are compliance with applicable code and Mall requirements (e.g., malt-required compact fluorescent lighting may not be substituted). • Mirrors: Deleted • Cabinetry: All specified custom cabinetry deleted. Owner may use whatever cabinetry he or she wishes. • Waterfall: Deleted. • - Plumbing Fixtures: May use local contractor -grade sinks, faucets, wash basins, etc. Note that fixtures must nevertheless be ADA compliant. • Countertops (& other services, horizontal or vertical): May delete all granite and substitute with Formica of any grade. Owner Signature: Contractor Signature: Print name: Print Name: Date: Date: Li s t-.'• ‘; , .. F-LE.- SAVE THE- M.A,NUAi . FOR FUTURE REFERENCE TM FOOT-SPA ____, Ki .---- c,1 ------------ „ ,------- -.....,,,, \ , . \\\\ 7 .T= t \ \ Chair 9500 Chair 9700 \ , _ __.s. ■ 1/"...- /r - _____.- , oeit'°aulil■ )) ----_- 1 1mi 0 1) 1111 p Chair 9600 111110.1._____ ...„4•08 11111-1411■1; ---..„----.4 7.. ,,ill lio " ili . 1 iftlimil ' , i; ' , Vg A I , ) Clki .,.., . , 4. iz ,1 I N STALLATI ON S , -T • Plumbing Connections Gravity Drain Power Drain Or Air , . . .,__ ._ _._ c er "' - � CCU _ -- �� a � r C�'� ___... , 0 1.„,_„„ low t*-1‘ 401111111110111 IMI 4 0. ..___,,.. Hot & Cold '/2" Fitting r; , • °' Fitting Drain Pump .■ . P-Trap rap Not provided .,/, 1. Discharge pump may be connected to an existing sink drain or floor drain. It can also pump up to 7 ft high, but this will increase the length of the drain time. The drain connection is at the rear of the unit by a'/?" fitting. 2. Gravity drain uses a standard gravity drain. A floor drain is recommended. Connection via a P -Trap is supplied. 3. Hot and cold water supply connections are located at the rear of the unit ( fittings). Please be advised that the hot and cold water supply lines are not fitted with optional back flow Preventers unless ordered at initial sale. 4. Have a qualified licensed electrician to install the wiring according to local codes. The Cleanjets are 1/10 hp, 120V, 1.2 AMP 600HZ. A 15 amp.GFI protected circuit must be used to supply pow er to the unit. The roller back massage chair uses a 115V supply. 5. Spa base should be anchored securely to the floor. The base may be anchored through the opening in the back of the base wherever access is convenient for the installer. FAILURE TO ANCHOR THE BASE MAY RESULT IN PERSONAL INJURY OR DAMAGE TO THE UNIT. DAMAGE AS A RESULT WILL VOID THE WARRANTY. 1! 1 y . `ur TYPICAL FOOT-SPAS !root-spa #1 Center WALL CLEARANCE 60" Clearance Center :4° 16' Foot-spa #2 t 28'. ------- \ ---1:' 1 • 1 1 1 1, ,,,, • I - --1 i ---- 1 ,,,. r ______ I - 1 : ,___•••._ i gf,_-_-_,j ,,._—•v> ,i i • ,.._t i___ _ ...---- • , , ,_„ . 7", • ( — -- — ' -----) - ,, -,'"--- •I'' ./' •( • : U (- v '` ; --) rt ,: : , 7ie 1 1433 Skippack Pike, Suite 1R Blue Bell, Pennsylvania 19422 Phone: 610.277.4953 Fax: 610.277.4954 Owner: Craig P Lennox, CCPM, CCI, CI -II E -mail: cplennox@verizon.net • www.lennoxdesignstudios.com Lennox Design Studios Memorandum 13 April 2009 Mr. Dan Nelson City of Tigard Building Services Division 13125 SW Hall Blvd Tigard, OR 97223 Re: Tigard Permit Application BUP2009 -00030 Signature Day Spa 9751 SW Washington Square (Washington Square Mall) The purpose of this letter is to address the issues noted by Dan Nelson, dated March 18, 2009 regarding our plan submission for the above noted project. In addition to this letter additional construction documents are being submitted as requested. The construction documents have been modified accordingly: Comment 1 and 2: Please provide engineered design for the grid ceiling supports, including seismic struts..... a. All acoustical tile ceiling systems within this space that are greater than 144 Sq. Ft. are existing ceiling systems that were installed in 2007 in accordance with the OSSC guidelines. b. New acoustical tile ceiling systems are being installed in several locations but are each less than 144 Sq. Ft. and are not required to have seismic struts per OSSC guidelines. c. All new ceiling systems will be installed in accordance with the attached details, provided by Northwest Wall and Ceiling Bureau per OSSC guidelines. d. Acoustical ceiling heights within the Reception 103, Manicure 104, Nail Dry 105 and Pedicure 107 areas are to remain as existing at 11' -10 ". Comment 3: Provide calculation and construction details for all walls.... a. See attached structural calculations for all interior non load bearing partitions from The Kachele Group, structural engineers. The main storefront wall is an existing wall and is not being modified as part of this project. b. All interior "full height" partitions, labeled B, and C on Sheet A -502 are to extend to a height of 14' and receive seismic bracing as indicated on the attached structural detail sheets. Partition D is also a 14' high partition but is mechanically fastened to an existing full height, extends entirely to the metal deck above, therefore additional bracing is not required. Interior partitions are non load bearing. Comment 4: Provide calculations and construction details for the soffits... a. See attached details and calculations from The Kachele Group, structural engineers. File Name: Memo Tigard 4- 7- 09.doc Comment 5: Please provide drawing showing compliance with Table 403.3 OMSC..... a. Drawing M101 previously submitted indicates the following exhaust system to be installed: 2,000 CFM of exhausted air for the entire suite broken down as follows: 900 CFM of exhausted air to be provided within Manicure 104, which holds 8 manicure stations and is open to the Children's Area 102, which has 3 pedicure stations, for a total of 11 stations requiring a minimum of 550 CFM in accordance with OMSC 403.3. The Children's Area 102 is also supplemented with an additional 100 CFM of exhaust. 900 CFM of exhausted air to be provided within Pedicure 107 which holds 13 pedicure stations requiring a minimum of 650 CFM in accordance with OMSC 403.3. 100 CFM of exhausted air within Treatment 101 which holds no odor producing station. b. In addition to the exhaust system we have also included two Tjrenlund Santek Air Filtration Units to assist in the elimination of odors and other airborne contaminants. Each unit circulates 1200 CFM of air up to 14,400 cubic feet of air per hour. Specification sheets are attached for review. Should you have any questions or need additional information please do not hesitate to contact me. Thank You / c6 Craig P Lennox File Name: Memo Tigard 4- 7- 09.doc FIELD TECHNICAL INFORMATION Application recommendations for work at the wall or ceiling 401 Suspension Systems for • OREGON REVISED 4/07 Acoustical Lay -in Ceilings This document has been reviewed by the State of Oregon, Building Codes Division. In all buildings, other than structures classified as occupancy category III and IV, suspended ceilings installed in accordance with the ►// prescriptive provisions of the 401- OREGON document are deeme by the State of Oregon, Building r Codes Division to comply with the 1 statewide code interpretation. This document provides the IBC- : • referenced standards for the instal- lation of suspension systems for General Recommendations • Referenced sources per hierarchy: 2006 IBC (International Building Code), acoustical lay - ceilings. Incorpora American Society of Testing Materials (ASTM C 635, ASTM C 636), Ameri- tion of this document will provide a can Society of Civil Engineers (ASCE 7 -05) and Ceilings and Interior Systems Construction Association (CISCA). more uniform standard for installation • Partitions that are tied to the ceiling and all partitions greater than 6 feet in and inspection. This document is height shall be laterally braced to the structure. Bracing shall be independent of the ceiling splay bracing system. Source me secno'1 1621.1 designed to accomplish the intent of • For further information on bracing of non -load bearing partitions refer to the International Building Code (IBC) NWCB technical document #201. with regard to the requirements for • All main beams are to be Heavy Duty (HD).: c; . seismic design category D, E and F for • All cross tees shall be capable of carrying the design load without exceeding deflection equal to 1/360 of its span..'" suspended ceilings and related items. • These recommendations are intended for Unless supported by engineering, the suspended ceilings including grid, panel or tile, light fixtures and air terminals weighing suspension system shall be installed no more the 4 lbs. per square foot, sou , c,: per the requirements for Seismic De " maximum 3" • All wire ties are to be three tight turns sign Category (SDC) D, E and F per (76mm) 1 around itself within three inches. Twelve the IBC. Manufacturers' recommen r ( gage Hanger wire spaced 4 foot on center I (figure 1). Sour co AS rm c iii aeon 2 3. dations should be followed. • Changes in ceiling planes will require posi- tive bracing. figure 1 figure 2 Lateral Force Bracing (figures 2 and 3) Lateral force Bracing • Ceilings constructed of lath and plaster or gypsum board, screw or nail attached to suspended members that support a ceiling on one level extending from wall to wall shall be exempt from the lateral force bracing requirements. ) , (, , - . i 45° or lase ' / 45° or l e8s • Lateral force bracing is the use of vertical struts (compression posts) and splay • . wires (see figure 2). • Lateral force bracing is required for ceilings over 144 square feet and not - - - splayed 2 gage required for ceilings less than 144 square feet provided they are surrounded by 5° or less brace four walls and braced to structure. s(,rl •� s: -,r, -e or.z,Ycn no.,,i,. n,._: ; ),;, -,-,•, 45° Or less Wires • Lateral Force Bracing shall be 12 feet on center (maximum) and begin no farther than 6 feet from walls. sour:::-.. crsc4 sv 10; , Cross tee Main be am • Seismic splay wires are to be four 12 gage wires attached to the main beam. Wires are arrayed 90° from each other and at an angle not exceeding 45° from the plane of the ceiling..1r, 2 ,,.<, (.!22 ,1 So,::.,,,(; . ° o figure 3 • Seismic splay wires shall be attached to the grid and to the structure in such Maximum Recommended Lengths for a manner that they can support a design load of not less than 200 pounds or Vertical Struts the actual design load, with a safety factor of 2, whichever is greater (figure 6b). EMT CONDUIT • "Powder driven shot -in- anchors" when used for seismic application as part of Yz" EMT conduit up to 5'10" the prescriptive path in Seismic Design Categories D, E and F shall have an ICC -ES approval for seismic applications and shall require "special inspection" 3/4" EMT conduit up to 7' 8" irrespective of the type of occupancy category the structure is in. Anchors for kicker wires (splayed wires installed for purposes other than seismic restraint) are 1" EMT conduit up to 9' 9" exempt from this requirement. sor;r(.r s ('i o',y or,. (i;; ; Co, METAL STUDS • Splay wires are to be within 2 inches of the connection of the vertical strut to suspended ceiling. c•',2 y: :;,.':,',,,• z. ,:s 2 - -7 Single 1 /8" metal stud (20 gauge) up to 1 2 ' 0" • Rigid bracing may be used in lieu of splay wires.:;:;..".. i.2,'( :: . • ., Back -to -back 1 /e" metal stud up to 15'0" • Ceilings with plenums less than 12 inches to structure are not required to have (20 gauge) lateral force bracing, = -> „(_' (',,,r,, (rl,, ii;' ",r Single 2 /2" metal stud (20 gauge) up to 13' 6” • Vertical struts must be positively attached to the suspension systems and the structure above. (is..,t ., -.r Back -to -back 2' " metal stud up to 15' 0" • The vertical strut may be EMT conduit, metal studs or a proprietary compression (25 gauge) post (see figure 3). t, "vr r'o 1:, "4! •r`- r:,r, r. l',r r -,, r. �; ,.:■,:,,;: •r.;, n° �, ;.t,;r,,; Wall Moldings (figures 4a and 4b) • Wall moldings (perimeter closure angles) are required to have a horizontal Flange 2 inches wide. One end of the ceiling grid shall be attached to the wall mold - figure 4a ing, the other end shall have a 3/4 inch clearance from the wall and free to slide. - Attached Wall Molding Requirements • Where substantiating documentation has been provided to the local jurisdiction, perimeter clips may be used to satisfy the requirements for the 2 -inch closure TBt1TY1 n 8 (202 mm) WALL angle. `201 rr. , s!, , rh r C " "po", B„ .1,1r ri C'r s i;°. , ,, „ • The grid shall be attached at two adjacent walls (pop rivets or approved method). o ' -0 0 -0 Soffits extending to a point at least level with the bottom plane of the grid and ` independently supported and laterally braced to the structure above are deemed ` to be equivalent to walls, scLrrc ' State or orego Li hiding Codes Urosron 2 - .',,L • There shall be a minimum 3/ inch clearance from the end of the grid system at , un- attached walls. Soiree. ,i SCE , sex-flue t) 2.2.6 2 2 ■e ^, (; figure 4b Spreader Bars (figure 4b) Unattached Wall Molding Requirements • Spreader (spacer) bars shall be used to prevent the ends of the main beams and cross tees at perimeter walls from spreading open during a seismic event, / Perimeter wires shall not be in lieu of spreader bars - . "' ° "' " " "' 8'1202 m "" WALL • Spreader bars are not required at perimeters where runners are attached directly to closure angles. ® ` Sp bar • Wire tying is an acceptable alternative to spreader bars. 0 d Whet suitable % ° eyom"POa moaom '° • Spreader bars are not required if a 90 degree intersecting cross or main is within minimum j pononls Ir c ep,epd 0 apart 8 inches of the perimeter wall. ;r1r50 mm, . at unattached walls ' ^ 0.10 • Where substantiating documentation has been provided to the local jurisdiction, `0, , perimeter clips may be used to satisfy the requirements for spreader bars. Sot cc' Slam or Oregon Budding Gcdos (7ro,s,on N J 4 . i I ' ' , i I ;. I . . ; : 1 ' _ . I . ' s ' . , n.I -il .... ;I�, l- I _; . -1 I.,- ,_..I'_ , I...' I:vs.; Hanger (Suspension) Wires (figures 5a and 5b) figure 5a plume 1/5 • Hanger and perimeter wires must be plumb within 1 in 6 unless (figure 5a) counter sloping wires are provided (figure 5b). so,rcc: AS sour, .1.1 • Hanger wires shall be 12 gage and spaced 4 feet on center or 10 gage spaced 5 feet on center. source: AS ru C bad .• Any connection device at the supporting construction shall be capable of carrying not less than 100 pounds. Source: COCA 'zones 3 -4 m..mum • Powder driven shot -in- anchors are an approved method of attachment for hanger wires. Source: State of Oregon, Building Codes Division ■ • Terminal ends of each main beam and cross tee must be supported within 8 inches of each wall with a perimeter wire (see figure 4 & 5 b). S ource: C/SCA.ronrms 3 -4 • Wires shall not attach to or bend around interfering material or equipment. A figure 5b • Countersioping trapeze or equivalent device shall be used where obstructions preclude direct suspension. Trapeze suspensions shall be a minimum of back -to -back 11/4 inch . cold - rolled channels for spans exceeding 48 inches. sr in_,• (-v ?,;.1.:, -,:,, - -1 l„ 3.,78„,„,, Electrical fixtures :a�': 'r�r' k A . �`` ,5•a e ' • Light fixtures weighing less than 10 pounds shall have one 12 gage hanger wire �� connected from the fixture the This wire may - . e u e to t o structure above. h s wl e ay be slack.. F Cr CA Sr:nmir, roods 3 -4 • Light fixtures weighing more than 10 pounds and less than 56 lbs. shall have two 12 gage wires attached at opposing corners of the light fixture to the structure above. These wires may be slack. Source. CISCA Seismic zones 3 - 1. • Light Fixtures weighing more than 56 lbs. shall be supported by directly from the figure 6a structure above. These wires must be taut. Source: COCA Seismic zones 3 -4 Vertical hanger wire attachment • Pendant mounted fixtures shall be directly supported from the structure above using a 9 gage wire or an approved alternate support without using the ceiling Shot -in ancho !; 3/4' suspension system for direct support. Sotir,..,i' olscs sersmh !not; 3-4 . Structural concrete Ceiling clip • S Tandem fixtures may utilize common wires. mix III Mechanical Services 3 turns • Terminals or services weighing 20 lbs. but not more than 56 lbs. must have two 12 gage wires connecting them to the ceiling system hangers or the structure Vertical hanger wire above. These wires may be slack. Source: CISCA ,,anrrc zows 3-4 • Terminals or services weighing more than 56 lbs. must be independently sup- figure 6b ported directly from the structure above. These wires must be taut. source: efsCA Splayed seismic bracing wire attachment Se,srnic zones 3 -4 dnll -in expansion anchor Seismic Separation Joints (figure 7) • For ceiling areas exceeding 2,500 square feet, a seismic separation joint or full Structural concrete height wall partition that breaks the ceiling shall be provided unless analyses are Steel strap 1' wide x 2' long x 12 gage minimum performed of the ceilings bracing system, closure angles and penetrations to provide sufficient clearance. Source' ASC;t' 7 -05 item 9 6.2 5.2.2 d 3 turns Splayed seismic bracing wire • The layout and location of the seismic separation joint shall be per the designer of record and noted on the plans. If a seismic separation joint is required by the designer, the designer may use the generic joint detailed in this document or a proprietary joint. The amount of free movement (gap design) shall be a minimum figure 7 of 3/4 inch. scrrrrc.t• State of Crown, Building Codes Urvisrou • In lieu of seismic separation joints, the ceiling may be divided into areas less than 2500 square feet by the use of partitions or soffits as follows: partitions shall extend a minimum of 6 inches above the level of the plane of the grid and shall be inde- ti ti pendently braced to the structure above. Soffits shall extend to a point at least level ` I I with the bottom plane of the grid and shall be independently supported and laterally Ci braced to the structure above. Source: State of Oregon Building Codes avrsron V • Other than partitions and soffits, seismic joints may not be used as part of a fire rated ceiling assembly unless substantiating documentation is provided. Source: I " — — I State of Oregon Building Codes Division — ° t r i' rj Flange era `LpL' Pop minimum Rivet • Naia :dart ?<'sr.11ilr..lil., =. 1, _' • : - : : ".,. , e:.,'I sir .;Cd.r`.'I. ",: IAIi N, _:t Sprinklers For ceilings without rigid bracing, sprinkler head penetrations shall have a 2 inch oversize ring, sleeve or adapter through the ceiling tile to allow free . movement of at least 1 inch in all horizontal directions. Flexible head design that can accommodate 1 inch free movement shall be permitted as an alternate. -r-.; P b , a„ , 0 GLOSSARY FOR THIS DOCUMENT (regional terminology may vary) CROSS TEES LATERAL FORCE BRACING PERIMETER WIRES The cross member that interlock with the The bracing method used to prevent ceil- Hanger wires placed within eight inches of main beams, also known as cross runners ing uplift or restrict lateral movement during the surrounding walls. or cross T -bars. a seismic event. Lateral force bracing consists of vertical struts and splay wires. PLENUM DIFFUSER The space above a suspended ceiling. A circular or rectangular metal grill used MAIN BEAM for the passage of air from a ducted The primary suspension member sup- SLACK WIRE system. ported by hanger wires, also known as the A 12 gage wire that is not tight or taut. main runner, carrying tee, carrying runner SPREADER or SPACER BAR ESSENTIAL SERVICE BUILDINGS or mains. Any buildings designed to be used by A bar with notches to prevent the suspen- public agencies as a fire station, MOLDING /CLOSURE ANGLE sion system from separating, also called a police station, emergency operations A light gauge metal angle or channel fas- stabilizer bar. center, State Patrol office, sheriff's tened to the perimeter wall or partition to SPLAY WIRES office, or emergency communication support the perimeter ends of an ac Wires installed at an angle rather than dispatch center, coustical ceiling grid. perpendicular to the grid. GRID PERIMETER CLIPS VERTICAL STRUTS The main beams and cross tees of the Proprietary angle bracket attached directly The rigid vertical member used in lateral suspension system. to the wall molding /closure angle which force bracing of the suspension s s allows for 3 /" movement in the event of g p y HANGER WIRE tem. Also known as compression posts, seismic activity and interlocks properly with 10 or 12 gage soft annealed wire used as ends of grid system, seismic pods, seismic struts. Common primary support for the grid system. Also materials are electrical conduit (EMT), called suspension wires. metal studs or proprietary products. The NWCB has been serving the construction industry for over forty years. It is recognized as a technical authority, educational body and spokes - � person for the wall and ceiling industry. It provides Wall and services to architects and the construction commu- Ceiling nity on all matters relating to the diversified wall and Bureau NWCB - Oregon ceiling industry. Phone: (503) 295 -0333 As the industry's development and coordination Fax: (503) 295 -2733 organization, the NWCB saw the need to establish 1032 -A NE 65th St. a document to provide clarification and the intent B.C. Wall and Ceiling Association of NEHRP (National Earthquake Hazards Reduction Seattle, WA 98115 Phone: 604 597-7180 Phone (206) 524 - 4243 Phone: ( 604) Program) an agency of FEMA (Federal Emergency Fax: (604) 597 -7208 Management Agency). It is meant to serve as a set Fax (206) 524 - 4136 of recommendations and is not intended for any • Toll Free (800) 524 -4215 Alberta Wall and Ceiling Association specific construction project. info @nwcb.org Phone: (403) 250 -7045 The NWCB makes no express or implied warranty www.nwcb.org Fax: (403) 291 -9515 or guarantee. • ALASKA • IDAHO • OREGON • WASHINGTON • ALBERTA • BRITISH COLUMBIA • SASKATCHEWAN 3 18 GA. CSW EXIST DECK (3) NO 12 -14 SCREWS. TYP / 6" 18 GA CSW STUB BY (3) NO 12 -14 DIETRICN OR APPROVED EQUAL SCREWS. TYP AT 48" 0/C 3 IBGA CSW � �(2) NO 12 -14 SCREWS. TYP \ 3R" 20 GA METAL TOP ►� CNANNEL AT TOP OF PARTITION. TYPICAL — �� NEW ACT CEILING SYSTEM. ►� SECURE TO TOP CHORD OF STEEL TRUSSES ABOVE. PROVIDE SEISMIC STRUTS AS REQUIRED. SEE DETAILS ► SOUND ATTENUATION BATT INSULATION N �1 C w1 Z kn 0. Q F 0. w w w N ►� > $" GWB. BOTH SIDES cT_ 35 20 GA METAL STUDS AT 16" O.C. 3g" 20 GA METAL BTM ►� CNANNEL. SECURE TO EXISTING FLOOR DECK WALL BASE AS NOTED PARTITION TYPE B 3 18 GA. CSN L EXIST DECK / (3) NO 12 -14 SCREWS. TYP 6" 18 GA CSN STUB BY (3) NO 12 -14 DIETRICN OR APPROVED EQUAL SCREWS. TYP -+ AT 48 0/C 3 18GA CSN „ -(2) NO 12 -14 SCREWS. TYP 3g" 20 GA METAL TOP CHANNEL AT TOP OF PARTITION. TYPICAL — NEW ACT CEILING SYSTEM, SECURE TO TOP CHORD OF STEEL TRUSSES ABOVE. PROVIDE SEISMIC STRUTS AS REQUIRED. SEE DETAILS z Q J d • W W N z U Q d J 0_ ~ W W a J > �g GWB. BOTH SIDES a- w _ 38" 20 GA METAL STUDS AT 16" O.C. 38" 20 GA METAL BTM CHANNEL. SECURE TO EXISTING FLOOR DECK WALL BASE AS NOTED PARTITION TYPE C- JOB . C//, i6 "T''l)W. D' '1 pA THE KACHELE GROUP SHEET NO I OF - Consulting Engineers CALCULATED BY DATE y J 7,1 G 9 CHECKED BY DATE , SCALE , , 1 ! ! I 1 - -! i_ ..�.._... - 1 11 . 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Secure using (2) NO 12 -14 screws 1 LExiStirl metal deck ti 3g" 20 go CSW metal stud diagonally at 48" o/c w /(2) NO 12 -14 screws at each stud 3g" 20 go CSW metal stud E horizontally w /(2) NO 12 -14 screws at each stud X a El N T Ceiling system J x c a a N � I "xl" Flat wood trim atop O I "x3" flat wood trim atop I "x6" Flat wood trim at cornice 7 3g" 20 go metal stud at 16" E 0/c. Extend to deck above a F g" gwb typical at walls and ceilings 5" gwb band 1 I "x2" trim band c 10 0 a_ tll tll 3 TYPICAL SOFFIT DETAIL ° A502 SCALE: I" = I' -0" . . , , L J JRN • D cD • SANTEK Electron A Cleaners , ..r 4. ; ..; .rii;s' ;, �j ,: j 1 ,� _ ^" ^'�` `' s" fi fi r , , �, § , v [ "-' ,, =�. � Q 1 "' M1 r."'.- , + r 3 ( ti i T 1 d 4 ' 1 ` r • v .', $ ''s ° r a. 4" � 7, '�Pl ., « . , : Vi i. < *.r�. �'' n f - , �' r ,, •�•'� ', '.� � r x s 1 P ,�"+� I r,`` r `, I ,�, +�� . �_ • �. , rte. _"' 1 y z ' t ,, f • ' I ,,',. 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An effective electronic air cleaner helps protect • your employees, customers and bottom line - Indoor air quality affects Electronic air cleaning is a everyone wise investment We spend up to 90% of our time indoors and are Controlling indoor air quality has many health surrounded by natural and man -made pollutants and financial related benefits including: that threaten our comfort and health. Tighter • Healthier employees constructed buildings seal out weather, but also • Higher productivity seal in pollutants such as pollen, tobacco and • Happier customers cooking smoke, dust, mites, dander, spores, virus- • Reduced cleaning of office equipment and es and off - gassing from building materials and facilities furnishings. • Lower facility heating and equipment maintenance costs Santek Electronic Air Cleaners provide a breath of fresh air There's a model to fit your requirements [ r.--- . -,,,,:;,,, ‘77:41 ! SD -1000 SX -2000 SP -1200 - Efficiency Up to 95% clean air in a 12,000 cubic Up to 95% clean air in a 24,000 cubic Up to 95% clean air in a 14,400 cubic ft space at 5 air changes /hour. (ACH) ft space at 5 air changes /hour. (ACH) ft space at 5 air changes /hour. (ACH) Air Flow Up to 1,000 cubic feet per minute (CFM) Up to 2,000 cubic feet minute CF Up to 1,200 cubic feet per minute CFM • Capacity P P ( P per ( P P (CFM) 1 ionizing collecting cell made of 2 ionizing collecting cells made of 2 ionizing collecting cells made of Collecting heavy duty .040" aluminum for long heavy duty .040" aluminum for long heavy duty .040" aluminum for long Cells life life life 1 aluminum mesh prefilter; 2 aluminum mesh prefilter; 1 polyester 22% efficient prefilter; Filters 1 activated charcoal for odor control 2 activated charcoal for odor control 2 activated charcoal for odor control Blower Speed 3 -speed 500/750/1000 CFM, 3 -speed 1000/1500/2000 CFM, Variable speed 500 -1200 CFM, Motor Specs 2.92 Amps, 1085 RPM, PSC 2 @ 2.92 Amps, 1085 RPM, PSC 2 Amps 115 V, 60 Hz, 350 Watts, Solid state 115 V, 60 Hz, 650 Watts, Solid state 115 V, 60 Hz, 240 Watts, solid state Power 6,000 VDC power supply, 6' power 6,000 VDC power supply, 6' power 6,000 VDC power supply, 6' power cord cord cord Control LED indicator light shows proper LED indicator light shows proper LED indicator light shows proper Panel operation operation operation Physical 70 lbs. ship, Ceiling or Wall mount 120 lbs. ship, Ceiling mount. 110 lbs. ship, Flush in Ceiling mount. 9 Description options. 13 "H, 22 1/4 "W, 16 1/2 "D 14" H, 24" W, 32 1/4" D 1/2 "H, 22 3/4 "W, 46 3/4" L . Finish 16 gauge steel black finish 16 gauge steel black finish 18 gauge off white textured Santek electronic air cleaners remove particles 88,000 - times smaller than the period at the end of this sentence. • 4 -stage filtration removes dust, smoke Standard air filters clean only a and odors that standard filters can't small percentage of the air we breathe. Smoke, dust, pollen, bacteria and other contaminants ' '› ` f I flow through and are recirculated i . 1: _ into the air. Using a 4 -stage filtra tion process, Santek electronic air • °;'�' cl eaners remove up to 95% of all * , .} y I I. r 1 contaminates. / \ -------.....................,...... Stage 1: Stage 2: Stage 3: Stage 4: Aluminum mesh or polyester pre- Remaining particles go Collecting cells with oppositely Activated charcoal filter adsorbs most of filter removes larger particles to through ionizing section charged electronic plates the remaining particles, removing resid- reduce electronic collecting cell where they receive an attract and collect charged ual odors before finally recirculating 95% maintenance and to extend life electrical charge. particles like a high powered cleaner air back into interior space. of activated charcoal filter. electromagnet. Airborne Particle Removal Efficiency Chart 95 Efficient. Sante °Elect nic Alr C eane Some things you're Filters standard probably glad you Filter don't see every day! % of Airbourne Particles 5% 90% 5% } s j.40-1m S -- R Y+ '4'.7,t7 .. Smoke wow 46. 1 - and Smo Cookingf Grease Smoke' Oil Smoke Smog Dust Mite & Debris — .5 to 60 microns Household Dust Dust Animal Dander , � *., a . , t a . A - 1 EMI � es l +. Metallurgical Dust & Fumes - ,' , } . y� . f a � Pollen Plant Spores Pollen Living 3 to 100 microns Airbourne Fungi Spores Organisms Viruses • Particle 100 10 1.0 0.5 0.1 0.01 0.001 size in Microns Visible I Visible I Visib ' - Bacteria with with Light with Electron .1 to 30 microns Naked Eye Microscope Microscope Santek Air Cleaner Sizing Typical applications where Santek The first step in selecting the proper Santek air cleaner is to deter Air Cleaners help clear the air of mine the volume of air that needs to be filtered. Volume is deter- mined by multiplying the length x width x height to arrive at cubic common pollutants feet. The cubic footage is divided by 60 to arrive at the CFM (Cubic feet per minute) necessary for one complete air cleaning per hour. Bette St Ses step is to cleanings 1 per hour to arrive at total CFM neces- Applications Oa °�S pos c � °K��9 J S a t eI"a sary to properly clean the air in the establishment. Restaurants/Bars • • • • Example: Conference room measuring 20' x 25' with an 8' ceiling. Bingo Halls • • • • (20 x 25 x 8) x 8 Desired Air Cleanings per hour = 533 CFM Printing /Photo 60 Finishing • • • The selected air cleaner would need a minimum capacity of at least 533 CFM to clean the room 8 times per hour. Beaut P Sallons • • • Examples of guidelines for recommended air changes per hour: Offices • • • • Recommended Common Pollutant Air Changes Daycare/ Applications Concentration Per Hour Classrooms • • • Homes & Offices Average 5 -7 Retail Stores/ Restaurants & Mtg. Rooms Above Average 8 -10 Showrooms • • • Bars & Smoking Areas Heavy 10 -12 Pet Stores/ • • • • A Proper maintenance schedule is a must Vet Clinics Regular cleanings of prefilter screen and collecting Health Clubs/ • • • • cells are necessary for proper operation. In installa Locker Rooms tions where there is a high level of pollutants like Computer cigarette smoke, cleanings should be more frequent. Rooms • • A non - alkaline based detergent or cleaning solution Medical/ should be used to properly clean cells for extended Dental Labs • • • life and peak efficiency. Santek has manufactured - electronic air cleaners for over 30 years and many early models are still operating under peak efficiency with proper maintenance. Accessory items also available [ .. , . Prefilters should be cleaned or replaced and .. activated charcoal filters should be replaced on a - 11 f i pi. regular basis for consistent odor removal. Santek activated charcoal filters are matched with Santek air cleaners to deliver optimum performance and fresh air. Ceiling or wall mount kits also available. Assistance is just a phone call away Distributed by: For complete application information or assistance in sizing the proper Santek Air Cleaner for your application, call Tjernlund Products at 1- 800 - 255 -4208 or visit our web site at www.tjernlund.com. • .am�� N1Y°0 r TJERNLUND PRODUCTS, INC 1601 Ninth Street White Bear Lake, MN 55110 -6794 Phone: 651.426.2993 800.255.4208 Fax: 651.426.9547 Visit our web site: www.tjernlund.com Copyright © 2005 Tjernlund Products, Inc. All rights reserved P/N 8500001 Rev. 13 09/05