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Plans (6) M EC2017 - 00282 go * 'ver+—T�t A A • 9 • COb i A N Ec9- 177,00S ��, � P OUTSIDE AIR VENTILATION SCHEDULE MECHANICAL LEGEND ck -9-\WC1- I :� w r,��9 67/ ,--- - 2014 OSMG Table 403.3 • f .-/ ...-":„.I-'Cond. Default Occ. Actual CFM People Area Area Req'd DUCTWORK FITTINGS (DOUBLE/SINGLE LINE) AND CONTROLS ABBREVIATIONS - " "- .01#0(.."0- ` Area Occ. Load No.of per or Fixture Outdoor Outdoor OSA • " crop �r 5 e� Ste# System Application (SF) Density Occ.or Occ. or Outdoor Airflow Airflow (CFM) DOUBLE LINE DUCTWORK SINGLE LINE DUCTWORK Oft A.CAZ' # per No. of Fixture Airflow (CFM/SF) (CFM) AFF ABOVE FINISHED FLOOR EXPIRES 12/31/17 1000 SF Fixtures (CFM) Da —e —0 SUPPLY AIR ELBOW UP BDD BACKDRAFT DAMPER RTU-1 Oster Bar 479 100 48 24 7.5 180 0.18 86 _ 266 [ —IA —14 RETURN/EXHAUST AIR ELBOW UP BTU BRITISH THERMAL UNIT Dining Area 1,418 70 99 51 7.5 382.5 0.18 255 638 CFM CUBIC FEET PER MINUTE TOTAL REQ'D OSA CFM 904 i —0 —4) OUTSIDE AIR ELBOW UP (E) EXISTING RE TOTAL REVD OSA CFM IN BREATHING ZONE 904 y1 r x .,—. —3 SUPPLY AIR ELBOW DOWN ESP EXTERNAL STATIC PRESSURE RECEIVED TOTAL PROVIDED OSA CFM 904 EXH EXHAUST AIR APR 2 b 2017 RTU-2 Private Dining 571 70 40 33 7.5 247.5 0.18 103 350 i, v' 3 RETURN/EXHAUST AIR ELBOW DOWN GPM GALLONS PER MINUTE Bar and DiningArea Bar 727 100 73 17 7.5 127.5 0.18 131 258 rr�� HP HORSEPOWER CITY OF TIGARD (Bar) 7.5165 0.18 103 268 ''� i_,J �""� OUTSIDE AIR ELBOW DOWN toUlDING DIVISION Bar and Dining Area (Dining Area) 570 70 40 22MA MAKE—UP AIR cI cl 1111111111 N Office and Restroorns 77 ��n+ FLEXIBLE DUCT MBH 1000 BTU PER HOUR TOTAL REQ'D OSA CFM 876 oi TURNING MFR MANUFACTURER r OFFICE COPY TOTAL REVD OSA CFM IN BREATHING ZONE 876 VANE —1 SQUARE ELBOW (N) NEW TOTAL PROVIDED OSA CFM 876 .<- OSA OUTSIDE AIR -- --.) RADIUS ELBOW PSI POUNDS PER SQUARE INCH -- R=1.5D RA RETURN AIR c) I- t::::::=1 = ACOUSTICALLY LINED DUCT SA SUPPLY AIR (SIZES SHOWN ARE NET INSIDE) can. M id ceSUPPLY AIR DIFFUSER WITH THROW DIRECTION REFERENCE o o EI °w F- CONNECT TO EXISTING AT THIS POINT. D — - l _ I SUPPLY AIR SIDEWALL REGISTER -- � VERIFY LOCATION, SIZE, AND CONDITION. .- N M a1 SHEET NOTE RETURN/EXHAUST AIR CEILING REGISTER Zti` AM EQUIPMENT MARK NUMBER RAN '----I RETURN/EXHAUST AIR SIDEWALL REGISTER XI SEE SCHEDULES A ENGINEERING, INC. / REVISION Tiga+s Integrated 5 • MVD MANUAL VOLUME DAMPER 9615 S.W.Men Blvd.,Suite 107 Beaverton,Oregon 97005 © MD MOTORIZED DAMPER 20x10)OBD A DIFFUSER/REGISTER MARK NUMBER F .ar {5503)72 7 500 E-mail: �wengf�rweng.wm 6 —� FSD 6 FIRE SMOKE DAMPER NECK SIZE ��SCHEDULED E-mail:No.:rwen atwe7AD1 Q/QS THERMOSTAT/SENSOR MOUNTED @ 48" AFF 20x10 A TYPE Contact JOHN BROOKS VAV-1 WITH UNIT SERVED NOTED 500 OBD CFM � -OPPOSED BLADE DAMPER NOTE: NOT ALL SYMBOLS OR ABBREVIATIONS CONTAINED IN THIS LEGEND WILL APPEAR ON DRAWINGS. DIFFUSER,REGISTER, AND GRILLE SCHEDULEfi5 61 TYPE DESCRIPTION MFR/MODEL NOTES A SUPPLY REGISTER DUCT MOUNTED TITUS / 300RL B SUPPLY DIFFUSER CEILING MOUNTED — LAY—IN TITUS / 300 TDC C RETURN REGISTER WALL OR DUCT MOUNTED TITUS / 350RL • 15895 SW 72ND AVE SUITE 200 I PORTLAND, OREGON 97224 TEL : 5 0 3 . 2 2 6 . 1 2 8 5 FAX : 5 0 3 . 2 2 6 . 1 6 7 0 CONDENSING UNIT SCHEDULE www . C I D A I N C . c 0 IA MARK NUMBER CU-1 SYSTEM WINE COOLER Ill TYPE SPLIT SYSTEM ( ) CAPACITY (TONS) 1 MIN. EFF. (SEER) 23.1 MAIN DUCT ELECTRICAL (MCA) 7 0 I MAXIMUM 24" ELECTRICAL (V—PH) 208/230 —1 DUCT TAP (TYP) LONG FLEX DESIGN WEIGHT (LBS) 81 • MANUAL VOLUME DUCTWORK FOR CC 6 DAMPER USE ELBOW ENTRY FINAL ALIGNMENT MANUFACTURER/MODEL MITSUBISHI / MUY—GL12NA WHERE SPACE ONLY ALLOWSIlli NOTE: CONDENSING UNIT TO BE LOCATED ON ROOF FOR DUCT DIAMETER SEE "e` Li_O N 1/8n SHEET METAL MECHANICAL L- Cl) O N ��SCREWS ALL FLOOR PLAN AIR CONDITIONER SCHEDULE N W 1."..1 ° AROUND (T '1 PANDUIT w 0MARK NUMBER AC-1 o a Q R=D SYSTEM WINE COOLER A aT (/) I� N I z TYPE SPLIT SYTEM — WALL MOUNT Z m ci '� AIRFLOW (CFM} 399 ■■■�� Z Q Q \__.FULL PERIMETER 1 FAN MOTOR (W) 30 A ¢ IA SPONGE RUBBER z - GASKET (TYP) CEILING CEILING2 CONDENSATE PUMP BLUE DIAMOND X87 115/230V I— r— i— DIFFUSER TOTAL COOLING CAP. (MBH) 12 M ALTER TYPE ENZYME ALTER MAC-408FT—E 06N ELECTRICAL (V—PH) 208/230-1 1 1 REGISTER MOUNTING DETAIL 2 DIFFUSER DETAIL _ DESIGN WEIGHT (LBS) 22 CO M.01 NOT TO SCALE MNV–DIFF-02 x111.01 NOT TO SCALE M –DIFF-02 MANUFACTURER/MODEL MITSUBISHI / MSY—GL12NA >m a DRAWING INDEX M0.1 MECHANICAL LEGEND, SCHEDULES AND DETAILS M1.0 FLOOR PLAN HVAC MECHANICAL LEGEND M3.0 MECHANICAL SPECIFICATIONS SCHEDULES AND DETAILS REFERENCE ONLY NOT APPROVED WITH THIS PER flTMO 1 160254.01 02916 anti P.C./Ct& AEI.rams RESERVED Mill i1 I,F4DEGAA .V I TION,SCE-IEDULE EMPLOYEE LOCKERS • L 1 • 1 1 ssi ___..�r. 10X6 A I , �,V : 'r 'z / K i25 � .0 , es 414 4Pt 4c, ill _ ? CO- m-- �' .�' A. �—� - - - - - - - - -- - - -- — 8" — 8"0 - - - 10X6 A i -- -- -- - - - - - - - - - - - - - - - - - - _ _ — — - _ _ _ _ — __ - - - - -- - - _ _ _ - - -- - I EXPIRES 12/31/17 2 _.---7-,--2. 12J STORAGE11 . FF1Ct 112 113 ; H _ 8 I I T. � . � � g"� 149 TYP.4 0 ; fi A - n i_ 1 12 I N a I N _ _ _ _ — - - - - -- - - _ _ _— _ _ _— _ __ _ _ _ O M 0 fl4"0 p f12"O 10n� _' i r � I i _ (..w—y(-6-' d _ ; I Q n I I ��' 360= ` C PRIVATE DINING 1 -+� d — i 109 r I I I F 14"0 �10"0 c� Lij �' I 0 0 I I --- w-� 12x12 B 1 1 i 14"O - 1 �� 1 © 225 TYP.4 PREP = . Qtd ¢ z o 0 cc 0 U- -y---- II ill° ��� 0 z -5403 KITCHEN �� _ _ _ • �0 22"� II i • , Ii ® 2"0 108 0 I m c3 I I 1 `' _ „ I /--18"0 1 I N cV r� 1 1 1 �18"O 1 I 1 T.R. I e�, I I _a 107 '�I 12"td J I _ —_A , ReNV n [11] ig- - 7-800 (3-cnt rlonOENGINEERING, INC. C 9616 S.w.Anen Bina.,Sults 107 • -•• O f I PI.X►1�htl�dLOd$�OIUtions' 9 I I I Beaverton,Oregon 97005 l_�, 0x24` c Xr I HALL T.R.. III Phone: (503)726-3337 ,s_ =s 10X6 A © 2185/ X--:: 1 106 15 I Fax: (503)726-3326 1 ' I 105g E-mail: rweng@rweng.com 10xfi A I r— 140 (1) Q I` I :40 I "r 22"� ` I Project No.: 3az.os7.001 Contact JOHN BROOKS • STORAGE AII �, , • , �� I 1 i -10"m 103 - 2$" -' I t _ 10x6 A f ... + i I i — - 140 P.2 2 22"� I U 0 i �. II I 1 I 1 - mil g 10x6 A i , I I _ " „I I II 1 I 28 0 ji61 s— III _ _ - - _ _ _ __ - - — .. . - - �- -- -- - - - - - - - - - - - - - - - _ _ - -- - - - -- - - - - -- - - - - -- — . -� 111A -1 iH m - - i 8 I I I _ . O 16"0 6"0 -16"o I /-i-i 0X24 C I ® KITCHEN - -- i �2185> _ 104 1 1 I L i i " I A I - - 15895 SW 72ND AVE SUITE 200 , ��_ 14"� { r _ PORTLAND. OREGON 97224 I TEL : 5 0 3 . 2 2 5 1 2 8 5 010x6 A 0 ... (10x6 A 26"0 _� � , FAX : 5 0 3 . 2 2 6 . 1 6 7 0 140 ' 140 L -- - - — www . c IDAtNc . cOtJ I i I i i © A 1 I IirI - c,p--70,, A ®I 111-14 , f I 1IJJ A Q �..r � �� i 1I CD �_� � �I / 14"O 18"0 22"0 20"O /18"0 /-14"0f. 0 i.__ L— I_ IS �10" J r-- .rr� r- ----- II 0 71 I — - 10x6 A e 140 r— © 12 335x10 A>TYP.12 RETAIL SHOP ICC 0 0 10x6 1 101Lu Ct 140 8"0 1 Z o i_ CN __J 1.. ._ I I 3 I -I ii >m o_ r".• II i I ] 1 _ — E 1 i 1 I 1 !k 1-4-I 0 I , I f I i i CO Ci I I i ---:-.--- OUTDOOR DINING z Q Q I ! Z U) 114 I I I W I 1 r.. 26 I I W ~ I I I GENERAL NOTES NOTES THIS SHEET 14) M s ___ 1 A. EXPOSED DUCTOWRK IS TO BE PAINTED WHITE O CONNECT TO EXISTING UNIT AT UNIT CONNECTION SIZE & TRANSITION TO SIZE SHOWN. od r` f 0 SEE 1/M01. REFERENCE ONLY CO �3 SEE 2/M0.1. NOT APPROVED WITH THIS PERMIT 1 FLOOR PLAN - HVAC >' M1.0 SCALE: 1/4"=1'-0" 04 EXISTING TRANE ROOF TOP UNIT LOCATED ON ROOF. CLEAN COILS & PROVIDE NEW FILTERS. >� REBALANCE TO AIRFLOW INDICATED BY TOTAL OF SUPPLY GRILLES & DIFFUSERS_ O5 EXISTING LENNOX ROOF TOP UNIT LOCATED ON ROOF. CLEAN COILS & PROVIDE NEW FILTERS. REBALANCE TO AIRFLOW INDICATED BY TOTAL OF SUPPLY GRILLES & DIFFUSERS. O OUTDOOR UNIT LOCATED ON ROOF. 6A MOUNT FC HIGH ON WALL i 0 EXISTING EXHAUST FAN & GRILLE IN CEILING TO REMAIN. REBALANCE TO ORIGINAL AIRFLOW. SO CONTRACTOR TO PROVIDE DUCTWORK FROM HOOD TO EXHAUST FAN AND MAKE-UP AIR UNIT FLOOR PLAN HVAC PROVIDED BY KITCHEN SUPPLIER. COORDINATE DUCT SIZE, CONNECTION LOCATION & SIZE WITH KITCHEN SUPPLIER. Q M1 REFRIGERANT LOOP PIPING SIZED PER MANUFACTURER RECOMMENDATIONS. INSULATE TO CODE. ■0 O9 10 MODIFY, EXTEND AND CONNECT NEW WIRING TO NEW T-STAT FOR EXISTING TRANE UNIT. 160254.01 CP MODIFY, EXTEND AND CONNECT NEW WIRING TO NEW T-STAT FOR EXISTING LENNOX UNIT. 0ma co.P XL RIGHTS RESDNED SECTION 15050 - BASIC MATERIALS AND METHODS. SEE DRAWING P3.0. SECTION 15890 - AIR DISTRIBUTION (coned) F k. e _ :.' _ SECTION 15060 - PIPE AND PIPE FITTINGS. SEE DRAWING P3.0 C. Flexible Ductwork: Insulated low pressure flexible duct, factory fabricated assembly consisting of a zinc coated spring steel helix. seamless inner SECTION 15100 - SUPPORTS AND ANCHORS. SEE DRAWING P3.1 liner, wrapped with a nominal one inch thick, one pound per cubic foot density fiberglass insulation. The assembly shall be sheathed in a SECTION 15260 - MECHANICAL INSULATION. SEE DRAWING P3.2 vapor barrier jacket. factory sealed at both ends of each section assuring the vapor resistance of each section as well as the completed 2.5 GRILLES. REGISTERS AND DIFFUSERS ,� c�Q PI�c�- - installation. The composite assembly. including insulation and vapor barrier, shall meet the Class I requirements of NFPA 90A and be labeled A. Description: Provide grilles, registers and diffusers as shown. . n . "- ,. �� fat ` by UL with a flame spread rating of 25 or less and a smoke developed rating of 50 or under. The duct shall have factory sealed double air _ w *v 4 ti B. Finish: #.. '.' s t ...r SECTION 15800 - VENTILATING EQUIPMENT seal (interior and exterior), to assure an airtight installation. Genflex, Wiremold, CleCon, JohnsManville, Thermaflex or accepted substitute. �/ D. Laundry Clothes Dryer Vent: Aluminum sheet metal, minimum gauge 24. Airtight duct except for openings required for operation or maintenance. 1. Baked-on white enamel finish, or flat white prime coat. factory applied. Verify the exact finish type with architectural • 1 GENERAL Duct to have smooth interior surface and not be assembled with sheet metal screws or other devices that extend into the airstream. Install drawings. "' - 1 � 1.01 DUCTLESS SPOT SYSTEM HEAT PUMP vent in accordance with manufacturer's instructions and recommendations. 2. Aluminum: Clear anodized. ;} *, a ��. .���� 2.2 ACOUSTICAL DUCT LINING - • , , :. �4Rp A.CAS A. Provide indoor wall mounted evaporator/blower section and matching outdoor condensing unit. C. Manufacturers: Price is an accepted substitute where Titus model numbers only are listed. A. Line ducts with 1 inch thick, Johns Manville Permacote Unacoustic R-300, meeting NFPA 90A requirements for maximum flame spread and i EXPIRES 12/31/17 smoke developed. Gustin Bacon, Owens Corning or accepted substitute. Air side surface protected with acrylic coating, impervious to dust and ' B. Fan Coil Selection: Shall be factory assembled and wired. Evaporator heat exchanger shall be constructed of non-ferrous. rifled dirt, will not support microbial growth, rated for 5,000 FPM air velocity. Mechanically attach lining to sheet metal duct with Johns Manville Grip 2.6 LOUVERS copper tubing with enhanced aluminum slip fins, mechanically bonded to copper. Single cross-flow blower wheel, statically and Nails or Gramweld welding pins. Apply fire retardant type adhesive similar to Johns Manville No. 44 adhesive, Benjamin Foster 81-99. dynamically balanced shall be attached to a single direct drive, PSC fan motor with overload protection, permanently lubricated Insul-Coustic 22 or 3M equivalent on all leading edges, joints and seams. A. Frame and sill styles compatible with adjacent substrate, specifically manufactured to fit into construction openings with and multi-speed capability. Provide electric strip heater and anti-mold, washable air filter. accurate fit and adequate support for weatherproof installation. Construct of aluminum extrusions, ASTM 8221. On inside face 2.3 DUCT SEALING of exterior louvers, provide aluminum screen mounted in frames. Blades on 4-inch centers with rain stop design. A. Aluminum bonded to aluminized mylar reinforced with fiberglass mesh backing an elastomeric pressure sensitive adhesive specifically formulated B. Manufacturers: American Warming and Ventilating, Inc., Pottorff. United Metal Products, Carnes, Cesco, Industrial Louvers, Inc., C. Heat Pump: Air-cooled, capacity to match dual indoor unit. Constructed of G90 galvanized seal with corrosion inhibiting, acrylic. for adhesion to galvanized metal. Hardcast "AFG-1402» with "HD-181" degreaser or accepted substitute. Louvers & Dampers, Inc., Ruskin, Greenheck or accepted substitute. baked enamel finish. With a high efficiency rotary compressor, with overload protection, vibration isolation. Condenser coil heat exchanger shall be non-ferrous rifled copper tubing with mechanically bonded to copper. Each circuit shall include suction line B. Two-part sealing system with woven fiber, mineral gypsum impregnated tape and non-flammable adhesive. Hardcast "DT-5300 tape and accumulator, liquid line strainer or dryer, in-line muffler, cap tub refrigerant control, on electric four-wayreversing valve for automatic switching and condenser coil temperature sensor. Fan motor shall be direct drive with internal overload for low ambient RTA-50 adhesive or United "Uri-Cast system or accepted substitute. operation. with propeller type fan mounted for horizontal discharge. 3 EXECUTION r r. C. Duct Joints for Sheet Metal Ducts: "Ductmate System" by Ductmate Industries, Inc.. for making transverse rectangular and round duct joints. N 3 Ward Duct Connectors, Inc., Lockformer MC or accepted substitutes. 3.1 INSTALLATION D. Controls and Protection Devices: Shall have minimum access or programmable temperature control, 12 hour programmable time, e1• N 2.4 ACCESSORIES A. Locate ducts with sufficient space around equipment to allow normal operating and maintenance activities. night set back with printed circuit board with control circuit fuse and microprocessor. Minimum accessories shall include high PP 9 csi pressurestats, crankcase heater, suction line accumulator, pressure relief device, motor compressor thermal and current sensitive A. Manual Volume Dampers: Construct of material two gauges heavier than duct in which installed; single plate up to 12 inches wide; multiple over B. Provide manual volume dampers at points on low pressure supply. return, and exhaust systems where branches are taken overload devices, positive acting timer to prevent short cycling on power failure, anti-recycle timer, head pressure controller for 12 inches wide. Hem both edges 1/2 inch and flange sides 1/2 inch. Provide regulator extension through sheet rock ceiling with concealed from larger ducts for air balancing. Use splitter dampers only where shown. Location of all volume dampers are not low ambient operations, suspension hardware for horizontal insulation, freeze stat. adjustable cover. Use Young, DuroDyne or accepted substitue damper accessories. necessarily shown on the drawings. a B. Opposed Blade Damper, Install opposed blade dampers where shown. Young No. 817 or accepted substitute. C. Provide flexible connections immediately adjacent to equipment in ducts associated with fans and motorized equipment. g E. Unit shall be ARI certified and UL Labeled D. Provide backdraft dampers on exhaust fans or exhaust ducts nearest to outside and where shown. p ow C. Control Dampers: Provide automatic control dampers as indicated. Airfoil, multi-blade type with a maximum blade width of 48 inches. Blades E. Provide duct access doors for inspection and cleaning before and after filters, coils, fans, automatic dampers, at fire w to be interlocking. minimum 16 gauge. Continuous shafts to provide for tracking of all blades. Maximum air leakage of 4 CFM per sq. ft. at C CK F. Maunfactureres: Sanyo, Panasonic. LG, Mitsubishi or accepted substitiute. dampers, and elsewhere as indicated. Provide minimum 12 inches x 12 inches size for hand access, 18 inches x 24 inches Y P 1.0 inches water gauge. Provide damper actuator. Alerton, Honeywell, Johnson Control, Seimens. Trane or accepted substitute. x w size for shoulder access and as indicated. Install necessary access openings and covers for cleaning, wiring or servicing w a. D. Fire Dampers: Constructed and installed in accordance with NFPA, UMC and UL labeled. Provide dynamic fire dampers with 1-1/2 hour fire motors. fire dampers, filters, fans, both entering and leaving air sides of coils, and to other equipment located within or t- <ca z 1.1 DESCRIPTION blocked by ductwork. g x protective rating; locate fusible links for easy service or replacement provide access panels of proper fire rating as required. Fusible links to be A. The requirements of this section apply to the Heating, Cooling and Ventilating Equipment. rated at 160'F. Fre damper assembly to be selected at a maximum pressure drop of 0.05 inches w.g. Provide dampers to maintain free area F. Support: install ductwork with 1 inch wide 16 gauge cradle hangers not more than 8 feet c/c or as required by code. 0 2.6 CEILING EXHAUST FANS through damper same as unobstructed run of duct. American Warming, Dowco, Krueger, Ruskin, Phillips-Aire, Tuttle and Bailey, Prefco, Support terminal units independent of adjacent ductwork. Attach to available building construction as per good practices for n 129Greenheck, Ultrasafe, Safe Air, National Controlled Air, Air Balance or accepted substitute. materials involved. Exposed ductwork shall be supported by closed cradle strap suspended from 3/8 inch threaded rod. in .- cr A. Direct drive: Ceiling mounted centrifugal type with direct drive motor. insulated cabinet, vibration isolators, backdraft damper, exhaust grille, speed control and disconnect switch. Penn. Greenheck, Cook, Nutone. Broan, Panasonic or accepted substitute. E. Combination Air-Smoke-Fre Dampers: Constructed and installed in accordance with NFPA, UMC and UL labeled. Fire damper functions to be G. Connection Fittings: Round connections to rectangular ducts manufactured sheet metal "spin-in" fittings. Genflex, Wiremold. as specified previously. Provide with factory mounted 120 volt operating motor where utilized as smoke damper. Smoke damper to be shaft Thermaflex. Glassflex, Clevepak, Manville, or accepted substitute. 2.7 INLINE MIXED FLOW FANS: operated. Prefco. Safe Air. National Controlled Air. Air Balance. Greenheck. Ruskin or accepted substitute. H. Elbows and Fittings: Construct elbows with throat radius equal to duct width in plane or turn or make them square and I� h housingrigid provide double wall, air foil turning vanes. # a- A. Inline fans shall be of the tubular centrifugal type with mixed flow aluminum wheels. The shall be constructed ofF. Access Doors: In sheet metal work, hollow core double construction of same or heavier gauge material as duct in which installed. Use no _ 7 formed and bolted heavy gauge steel to minimize air leakage. The housing and bearing support shall be constructed of structural door smaller than 12 inches by 12 inches for simple manual access or smaller than 18 inches by 24 inches where personnel must pass I. Sleeves: Provide galvanized sheet metal plaster ring around ductwork penetrating exposed finished walls. Sleeve and flash all steel members to prevent vibration and rigidly support the shaft and bearings. The wheel shall be of the non-overloading mixed through infrequently. Use 24 inches by60 inches minimum for filters and more frequent maintenance. Use Ventlok or roved hinges and duct penetrations through exterior walls in an air tight and weatherproof manner. ENGINEERING,INC. flowtype with aluminum construction. Wheel shall be staticallyand dynamically balanced. The wheel cone and fan inlet cone shall g q PP g �'waon.� Y Y latches on all doors; 100 series hinges and latches on low pressure systemdoors up to 18 inches maximum dimension. 200 series on larger J. Plenums: Construct sheet metal plenums and partitions of not lighter than 18 gauge galvanized steel and reinforce with 9815 S.W.Aleft 91vci.,siva 107 be carefully matched and shall have precise running tolerances for maximum performance and operating efficiency. Turned, low pressure system doors and 333 series on high pressure systems. Construct doors up to 18 inches maximum dimension with one inch 1-1/2 inch by 1/2 inch by 1/8 inch angles as required to prevent drumming or breathing. Beevertan.Oregon 97005 precision ground and polished steel shafts shall be sized so the first critical speed is at least 25% over the maximum operating overlapfit andgasket with 3 4 inch by1 8 inch sponge rubber. fit larger doors against 1-1 2 inches by1 8 inch flat stock or angle framePhone` ( )7283337 - speed for each level of construction. Bearings shall be heavy duty grease lubricated and self-aligning. Bearings shall be selected / / nJ 9 / / 9 K. Acoustical Duct Lining: Acoustically line all outside air ducts and plenums, all fan unit intake and discharge plenums, all Fax t5oa1728�2s and gasket with 3/4 inch by 1/8 inch sponge rubber or felt. Door swing to be opposite airflow. ductwork indicated as lined on the Drawings. Seat nneng@wireng.com - for a basic rating fatigue life L(10) of 80,000 hours at maximum operating speed for each level of construction. Inline tubular Project Na: .001 382.057 centrifugal fans shall bear the AMCA Certified Ratings Seals for both sound and air performance. G. Fan and Air Handling Unit Flexible Connections: Install neoprene impregnated fiberglass connections in ductwork at all rotating equipment. L Flexible Ductwork: Support hanger or saddle material in contact with duct shall be of sufficient width to prevent any Contact JOHN 1.001 Ventglass, Duro-Dyne or accepted substitute. restriction of the internal diameter of the duct. and in no case less than 1 inch wide. Maximum sag to be 1/2 inch per B. Accessories: Motor cover with belt guard, inspection door, spring isolators, VFD compatible motor and shaft ground ring. foot of spacing between supports. Flexible ducts shall be installed in a fully extended condition free of kinks with no H. Control Dampers: Provide automatic control dampers as indicated. Airfoil, multi-blade type with a maximum blade width of 48 inches. Blades direction change to exceed 90 degrees, using only the minimum length required to make the connection with a maximum - y .�' C. Manufacturers: Greenheck, Carnes, Cook, Penn, ILG, Breidert, Acme or accepted substitute. to be interlocking, minimum 16 gauge. Continuous shafts to provide for 'tracking" of all blades. ' Maximum air leakage of 4 CFM per sq. ft. at length of 24 inches. Sheet metal collars to which the duct is attached shall be a minimum of 2 inches long. Flexible duct 1.0 inches water gauge. Provide damper actuator. Alerton. Honeywell, Johnson Control, Seimens, Trane or accepted substitute. shall be inserted into the collar a minimum of 1 inch and inner liner secured with a minimum 1/2 inch wide positive locking -, 4 i steel strap. In ducts larger than 12 inches diameter, steel strap must be secured by beading. Reshape insulation and : 2.8 INLINE CABINET FANS vapor barrier over duct and collar and secure using drawband. Attachment of joints is similar using a minimum of 4 inches A. Casing to be fabricated of heavygauge steel, reinforced and braced with steel angle framework for maximum rigidity. Factory SECTION 15890 - AIR DISTRIBUTION (coned) long collar. assembled, sectionalized casing. . M. Exposed ductwork joints shall be sealed with Ductmate System". "_ - 1. Removable panels in fan access to all internal parts. 2.5 GRILLES. REGISTERS AND DIFFUSERS N. During construction provide temporary closures of metal or toped polyethylene on open ductwork #o prevent construction dust ,..,,. 2. Casings and all accessories given a protective enamel finish. All metal parts of units chemically cleaned. phosphatized and A. Description: Provide grilles, registers and diffusers as shown. from entering ductwork system. ..---7-r- coated with baked enamel finish. Fan cabinet should be lined with 1-inch thick, 1.5 lbs./cu. Ft. density glass fiber lining. B. Finish: ____ 3.2 ADJUSTING AND CLEANING _• T-, _- " 3. Duct collars at fan housing are an integral part and extension of fan housing. 1. Baked-on white enamel finish, or flat white prime coat, factory applied. Verify the exact finish type with architectural drawings. A. Clean duct system and force air at high velocity through duct to remove accumulated dust. To obtain sufficient air, clean j 1 -_ --- `_ 2. Aluminum: Clear anodized. half the system at a time. Protect equipment which may be harmed by excessive dirt with temporary filters, or bypass B. AMCA rated, nonoverioading, backward incline, multiblade centrifugal type fan. Statically and dynamically balanced and tested afterduring cleaning. being installed on properly sized hollow or solid shafts. Permanently lubricated bearings with 200,000 hour minimum life. C. Manufacturers: Price is an accepted substitute where Titus model numbers only are listed. - - ffi 3.5 AIR SYSTEM PROCEDURE s = • A. Make air quantity measurements in ducts by Pitot tube traverse of entire cross sectional area of duct. _ ,.. F .. B. Measure air quantities at air inlets and outlets. e =n 49 PRS' . 5 `G18- C. Adjust distribution system to obtain uniform space temperatures free from objectionable drafts and noiae. ' =Y t ; Si �, D. Vary total system air quantities by adjustment of fan speeds. Provide drive changes required. Vary branch sairluantities by I ' damper regulation. l ,.oirsorpeal. f E. Maes sure static air pressure conditions on air supply units, including filter and coil pressure drops, and to ut 'pres re ccrose the f � . F. Adjust outside air automatic dampers, outside air, return air, and exhaust dampers for design conditions. =-- *4/47C1 G. Measure temperature conditions across outside air, return air, and exhaust dampers to check leakage. EXPIRES 12/31/17 H. Where modulating dampers are provided, take measurements and balance at extreme conditions. I. Measure building static pressure and adjust supply, return, and exhaust air systems to provide required relationshipbetween each to maintain approximately 0.05 inches positive static pressure near the building entries. 3.6 VERIFICATION OF CONTRACTOR'S PERFORMANCE A. Balancing data may be spot checked with instruments similar to that used by the balancing firm. B. If, in the judgment of the Architect, the discrepancies warrant additional adjustment, readjust and rebalance the systems at no additional project cost. r' t` tiN SECTION 15951 — CONTROLS M (I w- tv 1 GENERAL 1.1 SYSTEM DESCRIPTION cr A. Provide a system of low voltage electrical controls. ce B. Wiring: Shall be as required for a complete operating control system, per state and National Electric Code. Provide necessay U relays. transformers, fusing, switches and pilot lights. Interlocks and control power from nearest panel. 0: = W 2 PRODUCTS V % Z ° o 3 2.1 ROOM THERMOSTATS a z 5 A. HEAT PUMPS: Seven—day programmable electronic heating/cooling thermostat compatible with system provided. Features shall i N include a minimum 5T deodband between heating and cooling setpoints, automatic temperature set back and automatic start. Honeywell T7315, Pro 8000 or approved. B. UNIT HEATER: Seven—day programmable electronic heating thermostat compatible with system provided. Features shall include - '4_ ' automatic temperature set back and automatic start. 2.2 SMOKE DETECTORS ENGINEERING,INC. A. Dual chamber ionization type with duct sampling tubes. UL approved with adjustable sensitivity. Arrange to stop associated fan on 'B'girte r1'"9Mac/rated Solutions' ite presence of smoke. Provide in return duct upstream of outside air connection and filters for all fan systems above 2000 CFM.I" Beaverton,Oregon si o 107 Phone:(503)726-3337 2.3 TRANSFORMERS Fac (503)726-3326 E-mait rweng rweng.com A. Transformers selected and sized for appropriate VA capacity and installed and fused according to applicable codes. Provide wiring Project No.: 382.057.001 .. - to nearest suitable power source as required. Contact JOHN BROOKS 2.4 CARBON MONOXIDE DETECTOR AND CONTROLLER _ A. CO sensor to consist of a manufactured microcomputer based controller with fan relay, pilot light indicators and solid state ------_ - — `' - " ~ P Y _� = �_' sensors. Rate system 24V including alarm relay, and test to meet or exceed UL Standards 2034, and current OSHA standards -_ _ -. for CO exposure, as well as current OSSC requirements for enclosed garages. System to be self—supervised to activate fan if = ----- --=- system detects any problems. _= B. Relays: Fan relay to activate at sensing 25 ppm CO after 5 minutes. Minimum fon run to be 2-1/2 minutes. Alarm relay to -_ ,_„ -z:-4_,---- activate at sensing100ppm CO after 30 minutes, _, -_ - _ —r C. Provide one calibration kit per project. 7 = _ D. Manufacturers: Vulcain Electrochemical, MSA or approved substitution. = �, 2.5 NITROGEN DIOXIDE DETECTOR AND CONTROLLER -- _ A. NO2 sensor to consist of a manufactured microprocessor based controller with fan relay. pilot light indicators and solid state = _ _ sensors. Rate system 24V including alarm relay, and test to meet or exceed UL Standards 2034, and current OSHA standards j for NO2 exposure, as well as current OSSC requirements for enclosed garages and Oregon state ventilation code. System to be = _ self—supervised to activate fan if system detects any problems. B. Relays: Fan relay to activate at sensing 2.5 PPM NO2 after 5 minutes. Minimum fan run to be 2 1/2 minutes. Alarm relay _ __ to activate at sensing 5 PPM NO2 after 30 minutes. 15895 SW 72ND AVE SUITE 200 C. Provide one calibration kit per project. PORTLAND. OREGON 97224 D. Manufacturers: Vulcain Electrochemical, MSA or approved substitution. T F 1. : 5 0 3 . 2 2 6 . 1 2 8 5 3.1 SEQUENCE OF OPERATION FAX : 5 0 3 . 2 2 6 . 1 670 A. HP units: Room thermostats to modulate cooling and heating in sequence to maintain setpoint. Units with electric heat shall use www CIDAINCc 0 14 heat pump as first stage of heating. B. Living Unit Exhaust Fan EF-1: Fan to operate continuously at low speed and at high speed on motion sensor. C. Parking Garage Exhaust Fans EF-2 & EF-3: EF-3 damper shall open, fan shall start and run continuously at low speed during normal operation. On signal from CO and NO2 sensors, EF-3 shall ramp up to maximum speed. If CO and/or NO2 levels continue to increase, EF-2 damper shall open, EF-2 shall start at low speed and EF-3 shall stop. If CO and/or NO2 levels continue to increase, EF-3 shall operate as noted in section 2 above. Control Panel from multiple CO and NO2 sensors with one LLI controller. Provide sensors to monitor all areas of space served by exhaust fans. Fan relay to activate as noted for CO and NO2 sensors in Part 2 Products. VFD shall reduce fan speed to provide minimum CFM once CO and NO2 levels drop below setpoint. D. Exhaust Fans EF-5, EF-6, EF-7: Fan to operate with room lights with 15 minute (adjustable) time delay off. p E. Exhaust Fan EF-4: Fon to operate continuously. 0 F. Exhaust Fan EF-9: Fan to operate on rise in room temperature. I iCC a UJ cx ( F._ d• - 1.- >. w w Cn QIX > CD0 - o ce CO Ct Q. Z CO Q z < IA Q z W v' 0 ,- 2 ,r— I-- M od N CO MECHANICAL SPECIFICATIONS REFERENCE ONL NOT APPROVED WITH THIS PE IIT 1V131 ■ 160254.01 02016ai ,P.Cs iad x>. iisi j