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Permit MI97-0003 - LACY RODGER E SR
CITY (L' TUKWILA Permit Center 6300 Southcenter Boulevard, Suite 100, Tukwila, WA 98188 Telephone: (206) 431 -3670 H -6 Prescriptive Heating System Sizing for Single Family Homes - New Construction Washington State Energy Code Chapter 9, Climate Zone 1 PERMIT APPLICATION #: 3 c42,00003 J Project Name: 0 )--CLC , v Address: Residential Buildi g Permit Number. 1. Prescriptive Option W.S.E.C. Chapter 6, (check building permit option used): 0 1. CI 11 0111. ❑iv. ❑v. 0 V1. CI vii. ❑VIII. 2. House Square Footage (HSqFt) J 3. Heating System installed, (check sys em type below): in a. Electric Resistance /21 BTU /h per sq. ft. ❑ b. Electric (forced air) /24 BTU /h per sq. ft. c. Other Fuels (gas, heat pump) /27 BTU /h per sq. ft. 4. Equipment: a. Make % O (4 b. Model /---) — ) ,'0 c. Size in BTU's / L 01 , C) 0 0 5. Calculation /(HSqFt) TS" , 3 CP (see line 2 above) BTU /h X .a 7 (see line 3 a, b, or c above) :"�.g,_ BTU Equipment Maximum Size ant'. Sign ure: i 7/9/96 Date: ThbPypalrRes tisis Witt €, ( sizes to choose from, there is nned -coppertube Residential right for every home, apartment or cori'Omin- ium. Small enough to fit almost any space and environmentally efficient for fuel savings. Easy to install and service because it's complete right out of the box. And Reliable because it's a Raypak. AFUE Ratings Tested with IID Ignition and vent damper. Modal AFUE H-0030 82.7 H -0042 84.0 H -0066 82.0 H -0090 82.1 11-0135 81.1 H -0180 82.3 Results for Standing Pilot models available, Ease at Installation • Transportable- one man can handle ALL sizes. • Maximum weight of the H -0180 is 140 lbs. compared to an equivalent cast iron boiler at over 300 lbs. Or the H -0090 boiler at 105 lbs. to the 220 Ib. cast iron equivalent. • One carton contains all components. • Piping and wiring at front. • IID ignition system standard on all sizes. Standing pilot available from H -0090 thru H -0180. Salo • New sensing device protects and indicates with LED display against circulator failure. • Over temperature protection that automatically restarts boiler when temperature drops 50 degrees below cut -off temperature. • Safely shuts boiler down in the event of blocked flue or heat exchanger. • ASME heat exchanger inspected and stamped for 160 psi operating pressure. Cast iron standard is 30 psi. • Suitable for installation in low temperature radiant systems as low as 105 °F without condensation. *lama (1) Ratings shown are for elevations up to 2,000 feet. ElevatiwlPliPP over 2,000 feet, ratings should be reduced at the rate of 4% for each 1,000 feet above sea level. rho Hot Water Managsmsnt Exports: - RAYPAK, INC. 31111 Agoura Road, Westlake Village, CA 91361 -4699 (818) 889-1500 FAX (818) 889 -4522 Raypak Canadian Manufacturing Facility 2805 Stough Sheet, Mississauga, Ontario, Canada [471G2 (905) 677 -7999 FAX (905) 677-8036 Raypak. Inc. reserves the right to make product changes or Improvements • DIMENSIONS & SPECIFICATIONS 16- -- h'63/4+1 44fimrue 4h rK quo, e— i M sail pond 34 *I tiff 33',, - '- 22+4 • • -- 18 •1 5 12'4 .i22tii. Iv 1 11rti II 6 Models H -0030, H -0042, H -0066, H-0090 j{.. 16 -- 6 7 tam^ 18 3'/, 221/' -• _. 26/2 Models H -0135, H -0180 MODEL ■ INPUT MBH HEATING CAPACITY MOH NET WATER RATING MBH PIPING CONNECTIONS GAS NPT 8 VENT DIAMETER K APPROX SHIPPING WEIGHT WATER NPT H -0030 30 25 22 1" 1/2" 51/2' 4" 951bs. H -0042 42 35 30 1" 1/2" 51/2" 4" 95 Ibs. H -0066 66 54 47 1" 1/2' 5 3/4' 5" 105 lbs. H -0090 90 74 64 1" 1/2' 5 3/4" 5" 105 lbs H -0135 135 109 95 1 1/4" 1/2" 6 1/4' 6' 1351bs. H -0180 180 148 129 1 1/4" 1/2" 8" 7' 140 lbs. MINIMUM CLEARANCE M COMBUSTIBLE MATERIALS MODEL FLOOR FRON REAR RIGHT SIDE LEFT SIDE TOP FLUE VENT H -0030 Combustible 4" 6" 6" 6" 18" 6" 41.0042 Combustible 4" 6" 6" 6" 16" 6" H.0066 Combustible 4" 6" 6" 6" 16" 6" r H -0090 Combustible Alcove 6" 6" 6" 16" 6" H•0135 Combustible Alcove 6" 6" 6" 16" 6" H.0180 Combustible Alcove 6" 8" 8" 16" 6" A front clearance of at least 24 Inches is recommended for adequate service of burner tray and controls. NOTE: Circulator provided Is not always suitable for systems having high resistance. Consult data sheet for maximums. Gtabp No ;:100 , 0 En•uv, 6.1.91 If! ; ' .4:A4 09/16/97 TUE 08:59 FAX 4258816487 UIV1 VI MEAL 15151.[1. oCety at.r, " RESEARCH r'RODUCTS 1 APRILAIRE® RESIDENTIAL HUMIDIFIERS (cant.) Albino PN Type Application Price APR51 Current Sensing Relay To interlace electronic air cleaners with au types of forced warm air furnaces and air 554.74 conditioning equipment. Designed for 120V applications. May be attached to a wire carrying the sensing current without breaking the circuit or cutting the wire APR55 Temp. Compensating Use with all FWA Aarrlarrer' humidifiers :15x1.10 Humidistat BROAN PERFECTAIRE® FRESH AIR EXCHANGER Lets incoming fresh air and exhaust stale air flow past each other with minimal energy Toss. Free Airflow (Each Alr Mina PN Stem) Electrical Specs Olmsnslons Pries PFAI100 150 cfm 1.4A 0 120 Vac 0 60 Hz 20 4i "(H) x 371/41W) x 121/41D) 51,200.00 BATHROOM VENTILATION FANS Features include: plug -in, lifetime lubricated motors. attractive. matte white polymeric grilles, and polymeric duct connectors with long tapered sleeves for easy. positive ducting. Ouiet durable dampers prevent cold backdratts. Mfr. Albino PN PN Description Housing (H x W x 0) CFM Sonea Duct Bathroom Size Price PREMIUM MODELS' 1111010 614 Ceding SV," x 8" x 81/4" 80 2.5 4" Round up to 75 sq.tt. 5103.05 DELUXE MODELS' . 150171 671 Wall/Ceiling 31/4" x 71/2" x 71/4" 70 3.0 3" Round up to 65 sq tt. $59.20 gig jegfix,ECONOMY MODELS' 6ROUII 611 Wall/Ceiling /3V " x 71/4 x Ph' 50 2.0 110611 111 WallrCeiling / 31/4" x 71/4: x 71/4" 50 3.5 SOLITARE SERIEST„ 3' Round 3" Round up to 45 sq.tt. up l0 55 self. 524.00 532.10 1108110 • 850 Ceiling 91/2" x 91/, w 71/4" 90 1.5 4" Round IR0S130 S130 Ceiling 9Vv" x 91/4" x 13/4 130 2.5 4' Round ,O, 510157 132 Ceiling (1.8uIb 81/4* ' 111/4" x 6'.4' 70 3.5 4- Round Fan) 0 5110.11 1154.72 551.71 510314 314 Ceiling 1072' x 91/2" 140 1.5 31/4' x 10' 5171.14 1 Features centrifugal blower wheel ano a 4-pole motor for high capacity at low sound levels Grill size 102: x 91/4'. 2. Features durable blower wheel and compact housing Grille sire. 101.4" 51/2" 3 Features a compact housing Grille sue: 10V; x 10W. ACCESSORIES Albin PN Mfr. PN Description Price /10166/9 97007355 Replacement grill tor Broan 689 55.90 85016590 97009251 Replacement gnII for Broan S90 515.32 /8010162 97010319 Replacement gnl: for Broan 152 521.04 LOSONE SUPER QUIET EXHAUST FANS SPECIFICATION GRADE, WALL OR CEILING MOUNTED Ni units use centrifugal blower wheels, low RPM motors on neoprene mounts and acoustic insulation inside rugged, heavy duty housings Other features include: attractive, designer - styled white polymeric grilles and quiet, automatic backdratt dampers. May be ducted horizontally or vertically or may be installed as an in -line blower Awns PN X. 150350 . 851351 Mfr. PN , 1 Description Housing (H :r W x. 0) CFM' Sons' Dud Size Mice 60 1 1 1200 RPM, 0 7A V 120V 311 1550 RPM. 1 OA '0 120V 91.57 ✓•11'x 10'1" 11" x 10'2' t tOV 8 2.9V 6 31/4" x 10` 1202.40 113H 2 7H 166V b 4 6V 8 31" x 10" 5212.10 158H 4 3H 80 ALa1MA y Heating & Cooling the Great Northwest WHOLESALE (ai'r' ri.ERMIT CELT EFI 09/16/97 TUE 08:59 FAX 4258816487 Wiravr.monz. LOSONE SUPER QUIET EXHAUST FANS (cont.) BROAN Alban. PN Mfr. P11 Description \.180312 ©x.112 •80363 V 63 \180885 V 385 180361 366 Housing )H x W x 0) CFM' Songs' Duet Size Price 1150 RPM, 1.3A 0 120V 9 %' x 14W 204V 6 3.1V 8 33/4" x 10' 8243.08 x10'' 22114 3914 1550 RPM. 2.3A 0 120V 91/2' x 141/2' 310V & 5.2V & 3'/+" x 10" 5254.011 x 10W 30811 51H 1050 RPM, 3.0A 0 120V 143/4" x 14'W' 460Y & 5.6V & 7' Round 11418.66 White enameled steel grille: x 15V 45511 5.2H 154' x 17' 1050 RPM, 5.6A 0 120V. 1414 x 14Y ' 940V & e.ov & 6' x 16' 5506.40 White enameled steel grille: x 15W 960H 7.514 17' x 231/2" 1. (V) • Vertical discharge. (H). Horizontal discharge. 500 SERIES VENTILATORS With built-in backdraft damper, powerful lifetime - lubricated plug -In motors, white polymeric grilles and rugged steel housings. Albino PN Slnt Mounting Bonus' CFM Dimensions Price CHAIN OPERATED IRO6 09 6' Wall 5.0 180 141/4 Sq. 1 5ones are s measure of loudness and are measured in HVI's (Home Ventilating Institute) semi-reverberant sound test room 3138.84 WALL CONTROL SWITCH Features champagne gold wall plates & coordinated knobs. AIline PN Mfr. IN Type Deeuiption 1. Do nal use with impedance protected motor VENT CAPS Albin. PN Mfr. PN - Rotary dIal for unlimited selection of air speeds and sound levels. Fits single-gang box (14 cu in., 24' deep for 114, 15.75 cu/m, 2'/i deep for 412). Built-in radio noise suppressor. Capacity: 3A 4 120V For Duct Site Features Include Use With Groan Models. 360. 361, 362, 383, 383, 502, 503, 504, 505, 506. 507, 508. 509, 512, 871. 673, 675, 676, 679 and 684. Price 540.72 Price ROOF CAPS 1R0134 eii* 634 3'/' x 10'. or up to 8' round Bunt-in backdratt damper and bird screen Oaked enamel 345.20 finish. 8110838 7ri 136 3" or 4" round Bw)t -in damper and bird screen. WALL CAPS 880139 834 3V.' x 10' � �� �Sprtnq toaiied backontt liamper Baked enamel fimsn Sxe.90 880840 640 3" round Built -in bird screen. Boxed enamel finish. 519.74 625.86 GRASSLIN CONTROLS PROGRAMMABLE TIME CONTROLS I:° Albino PN a SINGLE CHANNEL ORTIMER 0RIIMER120 Reserve MIr, PN Type Switch Carryover Voltage Price MIL72A•STUZH24 7 day MIL72A'STUZH120 7 day 21A, spdt 21A, spdt 150 his. 150 hrs. 24 Vac 120 Vac 582.00 512.00 �ALBINA Heating & Cooling the Great Northwest 81 WWLESALE •• L•'P );. 6 J SPECIFICATIONS AND TECHNICAL INFORMATION Powered Attic Ventilators HOW TO FIGURE THE PITCH OF YOUR ROOF PITCH is the angle of your root or the RISE In feet for every 12 ft. of RUN. PITCH is flqured by measuring the height of the attic (in feel) at a point 12 h. from where the root rafters and attte tioor lasts meet. Attic Size CFM• Height Up to Up to Up to 1140/900" 1050 8• 1200 8" Up to 1600 8' 8/12 Or IeSS Light Root Dark Roof 1285/1830 sq. ft. Attic 1125/1425 5q. ft. Attic 1500 sq. It. AMC 1304 sq. ft. Attic 1715 sq. It. Attic 1495 sq. 11. Attic 2285 sq. ft. Attic 1985 sq. ft. Attic 12/12 Light Roof Dark Roof 675/855 sq. ft. Attic 590/750 sq. ft. Attic 790 sq. f1. Attic 694 sq. fl. Attic 900 sq. ft. Attic 790 sq. E. Attic 1200 sq. ft. Attic 1055 sq. I1. Attic *Exhaust Capacity HVI Certified A .03' stem pressure. ••1140 CFM w /groan Model 433 shutter. 900 CFM w /standard wood louver Home Ventilating Institute (HVI) recommends one square foot of open air inlet per 300 CFM of fan capacity. The best location for these air intake vents is under the eves with direct access to the attic. Vents for gable installations should be placed at the end of the house opposite the installed ventilator. Failure to provide these intakes could cause natural -draft gas appliances to backdraft. Whole House Ventilators CHOICE OF SIZES TO FIT ANY HOME • 20" Direct Drive 2220 3300 HVI Certified 120 30" Direct Drive 2230 5100 HVI Certified 120 • Max. home square footage recommended for unit sire. HVI certified air delivery @ 0.1" static pressure. Broan Whole House Ventilators require adequate attic exhaust to operate efficiently. The formula and the instructions on the whole house ventilator carton will help determine how much additional attic exhaust area is needed. 4.5 sq. ft. 7.0 sq. ft. 4.5 5.0 1060/650 700/400 231/:" x 231/2" 1100 ify ; Y.:.iWiiuiuiC nC • 30" x 32" 1700 �.n, y, �. q-.�:' .•.s. i '"`11�v�.,��,y 1�-y� �� Ctd2l� .� • . w�*:Y.t� r �k'. astir �'�'..........rf. BROAN A NORTEK COMPANY BROAN MFG. CO., INC. HARTFORD. WISCONSIN 53027 ALL THE COMFORTS OF HOMETM Formula: 1. Multiply the square footage of the house by 3 to determine the cubic feet per minute (CFM) of au flow needed for the rouse. Example: 1750 square ft x 3 = 5250 cubic feel per minute 2. Divide the CFM by 750 to determine the amount of attic exhaust area required Example. 5250 CFM - 750.7 square feet of attic exhaust required 3. Take the amount of attic exhaust required and subtract hall of the exiahng amount of attic exhaust area. This will determine the additional amount of attic exhaust needed Exemplel 7 sq. ft . 4 sq h. (dxistrngt (required) 2 • 5 ac h. of additional alhe exhaust needed • -.Y. :r Off. -arr 99850136C L49 Specifications shown in this brochure are general In nature and subject to change without notice. WHOLE HOUSE VENTILATORS Create a quiet, comfortable breeze through your home and put a chill on the high cost of cooling A Broan Whole House Ventilator reduces the inside temperature by pulling in cooler outside air and creating a comfortable breeze. Super heated attic air is pushed out through attic vents, reducing heat build -up in the attic. Non - air conditioned homes stay cooler and it costs less to cool air conditioned homes because the air conditioner doesn't have to work as hard or as long to keep the home cool. With most other ventilators the annoying sound of air rushing past the plastic or metal shroud and constant drone of the motor are things you have to learn to live with. But not with the Broan Whole House Ventilator. The Broan Whole House Ventilator's special design assures quiet operation. A resilient hub isolates the blade from the motor and rubber isolation grommets eliminate vibration. The unique two -piece Acoustek' shroud, isolated from moving parts, functions like a sound absorber. The light- weight Acoustek" shroud is simple to install and it's fire retardant and moisture resistant as well. Models 2224, 2230 Belt -Drive Ventilator Model 2236 • Sound- absorbing Acoustek" shroud for quiet operation • Flush mounting shutter with "tight seal" design • Single speed motor • Adaptability to all attic configurations • No joist cutting when mounted in 24" on- center construction (framing is required in 16" on- center construction) • Permanently Lubricated bearings on pulley shaft • Permanently lubricated motor • HVI certified air delivery @ 0.1" static pressure • Model 2236 6850 CFM for homes up to 2300 sq. ft. Model 2236 Direct -Drive Ventilator Models • Easy to install -- no joists to cut • Sound deadening Acoustek" shroud is fire retardant and moisture resistant • Two -speed control — pull chain operation • Heavy duty direct drive ball- bearing motor — no belts to wear out or replace • Flush mount shutter louver balanced for easy opening • Fan, switch and shutter included in single carton • Specially designed blade moves more air with Tess power • Sturdy Acoustek" venturi shroud insures maximum air movement and minimum sound levels • Shutter provides a tight seal when fan is not in use • Permanently lubricated motor • HVI certified air delivery © 0.1" static pressure • Model 2220 3300 CFM for homes up to 1100 sq. ft. Model 2224 3600 CFM for homes up to 1200 sq. ft. Model 2230 5100 CFM for homes up to 1700 sq. ft. Accessories Wall Thermostat Model 70V •Line voltage wall thermostat • Automatically activates ventilator when house temperature rises above preset comfort setting High Temperature Control Model 73 • Automatically shuts off ventilator 1 in the event of a IIM line overload • Includes manual on /off switch 12 Hour Time Control Model 71V • Operates continu- ously or for any set period up to 12 hours • Fits single -gang box • 120V, 20A capacity • For ail Broan PAVs and WHVs Electronic Variable Speed Control Model 72W, 72V • 120V, 6A capacity • Positive on /off action —dial for variable selection of air speeds and sound levels • Fits single -gang box • Built-in radio noise suppressor • For Models 2230 and 2236 WHVs .1 POWERED A 1.1'1C VENTILATORS Keeps Entire House Cooler By Removing Super-Heated Attic Air Models 350, 355, 358 Reduce Air Conditioner Energy Consumption...Improve Comfort Level in Non -Air Conditioned Homes! Trapped attic air can reach temperatures of 150° or more. Broan Powered Attic Ventilators cool attics by removing this super heated air. Non -air conditioned homes are more comfortable and, in air conditioned homes, air conditioners run less during hot weather. The results are energy savings everyone can appreciate. Automatic Shutter Model 433 • Counter - balanced aluminum vanes open automatically when ventilator is turned on. close when fan stops • Allows more air movement than conventional stationary attic louvers • 161/4" square -- flange fits flush against outside wall for neat, smooth appearance • Reinforced for strength; weathertight closure i Model 353 Roof Mounted Powered Attic Ventilator Models 350, 355, 356, 358 • Specially designed 14" diameter steel blade for maximum air movement • Attractive off -white PVC dome offers ultra- violet protection and superior durability — can be painted to match roof color (Models 350, 355, 356) • Heavy gauge aluminum dome (Model 358) • Mounts easily between rafters — convenient template included to simplify cutting of roof boards and shingles • Mesh screen keeps out birds and insects • Heavy gauge metal flashing can be nailed without breaking or splintering — prevents distortion when hot tar is used • Built -in adjustable thermostat for completely auto- matic ventilation • Thermally protected permanently lubricated motor • Thermostat and motor accessible from outside for easy servicing, if required • 3 7/8" high splash guard helps prevent rain from entering attic • HVI certified air delivery @ 0.03" static pressure • Model 3501050 CFM for attics up to 1500 sq. ft. Model 355/3581200 CFM for attics up to 1715 sq. ft. Model 3561600 CFM for attics up to 2285 sq. ft. Gable Mounted Powered Attic Ventilator Model 353 Broan's Gable Mounted Powered Attic Ventilator offers outstanding performance for an inside -the -attic gable mounted unit. Delivering a powerful 1140 CFM, Model 353 is specially designed for quiet operation. • Specially designed 14" diameter steel blade removes air effficiently from attic • Thermally protected permanently lubricated motor • Built -in adjustable thermostat operates automatically • 15" dia. x 73/4" galvanized steel housing, ribbed for added strength • Mounting brackets allow easy installation • HVI certified air delivery © 0.03" static pressure • Model 3531140 CFM for attics up to 1630 sq. ft. A full line of static intake and exhaust vents provides for efficient operation of your Broan Powered Attic Ventilator. • Model 445 Aluminum roof vent, 14" x 16" base, 8" opening, 4' ' high (6 per carton) • Model 446 Aluminum eave vent, 4" x 16" (24 per carton) • Model 447 Aluminum eave vent, 8" x 16" (12 per carton) ist# Models 446. 447 CITY Of TUKWILA Permit Cent, 6300 Southcenter Boulevard, Suite 100 Tukwila, WA 98188 (206) 431 -3670 H -6a Submittal Checklist MECHANICAL VENTILATION INTEGRATED FORCED -AIR VENTILATION REQUIREMENTS Project: L4cy Address: of g / 11 Lot #: t-f� �ya_uie, 6d,) Permit #: 1. Intermittently operated whole house ventilation systems shall be constructed to have the capability for continuous operation, and shall have a manual control and an automatic control, such as a clock timer. 2. Integrated forced -air ventilation systems shall have a 6 -inch diameter or equivalent outdoor air inlet duct connecting a terminal element on the outside of the building to the return plenum of the forced -air system. The outdoor air inlet duct shall be equipped with a damper or other device that regulates air flow to a minimum of 0.35 air changes per hour but not greater than 0.50 air changes per hour under normal operating conditions. The outdoor air connection to the return air stream shall be located to prevent thermal shock to the heat exchanger. 3. The following calculations describe the range for minimum and maximum air changes per hour under normal operating conditions. Area of house X Ceiling height X 0.35/60 = min. CFM required Area of house X Ceiling height X 0.50/60 = max. CFM required This house: Minimum CFM = / 0 0 Maximum CFM = 1 5 The duct damper has been set and tested to regulate the air inlet duct flow to CFM and is therefore in accordance with the Washington State Indoor Air Quality Code requirements. /� MECHANICAL Name: 0wA±eAr 8U,1Id CONTRACTOR (pie. s- print) 4, /l` Company: Address: 2-.1 i 3 3 2'I 50 e )-if °Imil /5' .,,`,i,,,`,,}„► Signed:) , V(� Date: -` MECVENT.DOC 1/29/97 (1) MASTER BEDROOM TOILET (2) BATHROOM #2 (3) BATHROOM #3 (4) POWDER (51 UTILITY (6) 2ND FLOOR CLOSET ROLE HOUSE VENTILATION SYSTEM FOUR BEDROOMS 100 CFM TO' 150 CFM REQUIRED CFM@.25 WG 130 120u„ 3 G ( 65 tit goo v\ Gsc: 90 P-60..ect,v\ 90 \ 1 \ \ 70 ■ 70 W(CZ) e 2-36, l 80 I• #5 dC #6 ABOVE WILL ACT AS THE WHOLE HOUSE EXHAUST SYSTEM CONTROLLED BY A 7DAY -24HR TIMER WITH 10HR MEMORY. WHOLE HOUSE SYSTEM IS REQUIRED TO OPERATE MINIMUM OF 8HR A DAY. :v eipbo,E- ..iL CI T V 0 TUKWILA Permit Center 6300 Southcenter Boulevard, Suite 100, Tukwila, WA 98188 Telephone: (206) 431 -3670 H -15 MINIMUM VENTILATION REQUIREMENTS FOR RESIDENTIAL OCCUPANCIES FOUR STORIES AND LESS Chapter 51 -13 W.A.C. Source specific and whole house ventilation systems are required for residential occupancies. In addition, exhaust ventilation fans must provide specific performance ratings and (in the case of the whole house fan) specific "Sone" ratings. Fill in the exhaust fan schedule below with the fan manufacturer's name, model number and performance rating. Secondly, check the criteria that applies to your design. ❑ Exhaust ventilation sha I be provided for each dwelling unit as follows (S. 302): LOCATION MINIMUM AT .25 W.G. MFR. /MODEL FAN LABEL CFM (.1 W.G. KITCHEN FAN 100 CFM 5/'-'0 q 0 '3 ) 00 CPW\ BATHROOM FAN 50 CFM f3 v o y) 3(00 loo GPM /6 0 C r yvl 10 6 C, t_ ► r l BATHROOM FAN 50 CFM 50 CFM e YO (AA) 3(00 tr 0 a rJ 30 BATHROOM FAN L;(4DRY FAN 50 CFM Mail e, (0.36? 70 C P wt WHOLE HOUSE FAN* 0 50 CFM (1 -2 BEDROOMS) (CHOOSE ONE) 0 80 CFM (3 BEDROOMS) 0 100 CFM (4 BEDROOMS) see., /- 'iH.C...4 -TA 3 L e f ❑ ''Whole house fan also serves as a kitchen or bath spot fan: 0 YES 0 NO If a spot fan is designated as a whole house fan, the capacity shall be the larger CFM requirement. in Whole house fan: Location attic fan is closer than 4' to Whole house fan is listed 04. Whole house fan wiring O Whole house fan shall ft i ;. 04 • o o • Sone rating (< 1.5 if ceiling) /labeled "for Continuous use." for control routed to central location. run continuously: Kitchen rate 25CFM, bath & laundry rate 20CFM. ❑ Integrated forced -air furnace ventilation (IAC Code S. 303.1.2(b)) shall be used instead of a whole house fan and fresh air inlets in the bedrooms: 0 YES 0 NO O If yes, a 6" outside air inlet duct with damper limiting the ventilation rate to .35 -.5 ACH, shall run from the building exterior to the furnace return plenum. ❑ Mechanical ventilation fan ducts shall be > 4" and properly sized using IAQC, Table 3 -3. ❑ Fresh air shall be provided for each unit as follows: (IAQ Code, S. 302.6.1): 4 Each bedroom: Tested, screened, controllable, through -wall port (> 4 sq. in.) to the exterior. 0 Overall living area: One wall port as specified for bedrooms. OR: ❑ Central forced air furnace which delivers outside makeup air through the ducting system. ENRGYCOD.DOC 2/13/97 CITY OF (-JKWI ALA Permit Center 6300 Southcenter Boulevard, Suite 100, Tukwila, WA 98188 Telephone: (206) 431 -3670 .roh s.v.nS�ti rvAn�l,:iV',wa+ Awe'..... nvnAM•. f" Jk^: Cwll ."..'nNw:'N^.N.<.�!SI�I;pF�M H -15 ACTIVITY #: WASHINGTON STATE ENERGY CODE RESIDENTIAL COMPLIANCE FORM PRESCRIPTIVE APPROACH 1. HEAT SOURCE: t ? G7 `j (gas, oil, propane, heat pump, electric) 2. WINDOW SCHEDULE: Fill in the window schedule based upon the proposed residential design and calculate the glazing area as % of the conditioned floor area. 3. CHECK PRESCRIPTIVE OPTION: Glazing percentage will determine which option to choose. Mark option at top of column. (See back of this sheet) WINDOW SCHEDULE GLAZING /SKYLIGHTS BY TYPE NO MANUFACTURER FRAME MATERIAL MODEL # SIZE U -VALUE AREA S.F. L-' TOTAL GLAZING AREA _7°15.5 TOTAL CONDITIONED FLOOR AREA s.F.:- TOTAL GLAZING AREA 4-) (add entire column) S.F. x 100 = PROPOSED GLAZING PERCENTAGE I F. LI 7°15:5 The proposed glazing percentage must be Tess than or equal to the glazing percentage listed andeOtipiED prescriptive option that is selected. CITY Y OF t, ;(1:1;+!1:'1 ENRGYCOD.DOC 2/13/97 C NTErl CHAPTER 6, PRESCRIPTIVE OPTIONS FOR ALL "R" OCCUPANCIES, CLIMATE ZONE 1 NOTE: Carefully review the requirements of each of the options in the charts below. From the table that refers to your heat source, choose the option that best suits your dwelling design. Glazing percentage determines which option to choose. Your building design must match the selected option requirements without exceptions or substitution. Design drawings must indicate all applicable requirements from table. OPT I HEAT SOURCE: OTHER (gas, oil, propane, heat pumps) OPT I OPT III 0 = 21% 0.75. • • 0.40'1' • R-30. R-30 •HVPiCf?■FtiE .:. % Of floor U-valUe2 Door U7value . . (R-value) Ceilings:: with attics • vaulted Walls: above grade below grade interior OR exterior Floor •Slab on grade„ .• 0.70 0.40 • > .78 12°/0 0.65 (R-2.5). R719 R-19 R-10 R1 9 OPT IV • > •1% 0.65 R-30 R-30. • R=1p R-19 R-10 'R-19 R-10 OPT V > • '• 21% 0.60 0.40 R 30 R-3O. OPT VI* :R-38 R-30 • 19 R-19 R-10 , OPT VII* 0 ook•-•:` • 0.45: • 0.40: (972.5) R-30. • R-19 R-10 ,R-10 .• * two stories I The ">" symbol means more than or equal to; "<" means less than or equal to. 2 Glazing trade-offs may be made if the Option U-value requirement is not exceeded. PLAN REVIEW (for official use only) Selected Option is appropriate for this dwelling design. choice. Notes: El YES El NO Option may be a better • Approved by: Date: rtEcnvr.D crry UL J J*J 7 ENRGYCOD.DOC 2/13/97 :2/:7/:.997 03:5S WINbOW 296 -35. -6429 ARMSTRONG LUMBER C^. LACY RESIDENCE GLAZING SCHEDULE 12 -15 -97 PAGE 02 ROOM SIZE MANuP FRAME TYPE AIR GAS LoE 'U' AREA ENTRY 1' -6" X 6-0" MILGARD VINYL PICT YES YES YES .30 9.0 ENTRY 1' -6" X 6' -0" MILGARD VINYL PICT YES YES .YES .30 9,0 LIVING 10' -0" X 5-0" MILGARD VINYL D.H.V. YES YES YES .33 50,0 LIVING 2' -6" X 5' -0" MILGARD VINYL PICT YE5 YES YES ,30 10.0 LIVING 2' -6" X 5' -0" MILGARD VINYL PICT YES YES YE5 .30 10.0 LIVING 3' -0" X 5 -0" MILGARD VINYL 5.H. YES YES YES ,33 15,0 LIVING 3' -0" X 5' -0" MAGARD VINYL S.H. YES YEi5 YE5 .33 15.0 DINING 3' -0" X 5' -0" MILGARD VINYL S.H. YES YEI5 YES .33 15,0 bINING 3'-0" X 5' -0" MILGARD VINYL S,H. YES YEis YE5 ,33 15.0 NOOK 2' -0" X 5-0" MILGARD VINYL PICT YES YE'S YES .30 10.0 NOOK 2' -0" X 5' -0" MILGARD VINYL PICT YES YE; YES .30 10.0 NOOK 2' -0" X 5' -0" MILGARb VINYL PICT YES YES YES .30 10,0 NOOK 2' -0" X 5' -0" MILGARb VINYL PICT YES YE;.; YES .30 10.0 NOOK 2' -0" X 5 -0" MIL &ARD VINYL PICT YES YES YE5 .30 10.0 NOOK 2' -0" X 5 -0" MILGARb VINYL PICT YES YES YE5 .30 10.0 NOOK 2' -0` X 5'•0" MILGARb VINYL PICT YE$ YES YE5 .30 10.0 NOOK 2' -0" X 5' -0" MILGARb VINYL PICT YE5 YES YES .30 10.0 NOOK 2' -0" X 5' -01 MILGARD VINYL PICT YES YES YES .30 10.0 NOOK 2' -0" X 5' -0 " MILGARD VINYL PICT YES YES YES ,30 10,0 GREAT 3' -0" X 5' -0" MILGARb VINYL. 5,H, YES YES YES .33 15.0 GREAT 3' -O" X 5' -0" MILGARb VINYL 5.1-I. YE5 YE;; YES .33 15.0 GREAT 3' -0" X 5-0" MILGARD VINYL 5.H. YES YES YES ,33 15,0 GREAT 3' -0" X 5' -0" MILGARD VINYL 5,H, YE$ YE5 YES .33 15,0 GREAT 3' -0" X 5-0" MILGARD VINYL 5.H. YE5 YES YES .33 15,0 OFFICE 3' -O" X 5' -0" MILGARb VINYL 5,H, YES YE5 YES .33 15.0 OFFICE 3' -0" X 5-0" MILGARD VINYL 5.H. YES YES YES .33 15.0 OFFICE 3' -0" X 5-0" MILGARD VINYL S.H. YES YES YES .33 15.0 OFFICE 3' -0" X 5-0" MIL6ARD VINYL S.H. YE5 YE5 YES .33 15.0 SEWING 3' -0" X 5' -0" MILGARD VINYL 5,H, YES YE$ YES .33 15,0 SEWING 31 -0" X 5' -0" MILGARD VINYL 5.M. YES YES YES ,33 15,0 STAIR 3' -0" X 5-0" MILGARD VINYL PICT YES'. YES YES .30 15.0 STAIR 5' -0" X 31 -0" MILGARD VINYL PICT YES YE5 YES .30 25,0 MSTR BATH 5' -0" X 4' -0" MILGARD VINYL PICT YES YES YES .30 20,0 MASTER 3' -0" X 51.0" MILGARD VINYL S.H. YES YES YES ,33 15,0 ' AaY.1 s+. k. - xiK...+- r...,« 12/:6/1397 08: 56 206 - 351 -64329 n- MiMw�'.. >NN +[Y4SV.NM.TT.FVVor1'irwiemer VMMO•MFWf.IlonYftM.Aen4)DiRlXl ferlii Rk'R1tSWAL'WIOIrlf.R' *11,6. 114,10A,a,Yl mror� ARMSTRONG LUMBER COp.. PAGE • 0; W NQOWS CONT. ROAM S]ZE MANUF FRAME 'TYPE AIR GAS LoE V AREA MASTER 6' -0' X 54" MILGARD VINYL PICT YES YES YES .30 30.0 , MASTER 3' -0" X 5' -0" MILGARD VINYL S,H. YES YES YES .33 15.0 MASTER 2' -0" X 5' -0" MILGARD VINYL PICT YES YES YES .30 10.0 BED #2 3' -0" X 5' -0" MILGARD VINYL 5,H. YES YE5 YES .33 15.0 BED #3 3' -0' X 5' -0" MILGARD VINYL 5.H, YES YE5 YE5 .33 15,0 BED #3 3' -0 "X 5' -0' MILGARD VINYL S.H. YES YES YES .33 15.0 BEb #4 3'4" X 5' -0" MILGARD VINYL. S,H, YES YE5 YE5 .33 15.0 BEb #4 3' -0" X 5' -0" MILGARD VINYL 5.H. YES YES YES ,33 15.0 BED #4 3' -0" X 5'-0" MILGARD VINYL S.H. YE5 YES YES .33 15.0 BEb #4 3' -0" X 5'-0" MILGARD VINYL S.H. YES YES YES .33 15.0 BATH #3 2'-0" X 3' -0" MILGARD VINYL CASE YES YEs YES .29 6,0 ROOM SIZE MANUF FRAME TYPE An GAS LoE 'V' AREA DINING B' -0" X 6' -10" MILGARD VINYL 5.6.0 YES YES YES .31 54.6 GREAT 8' -0" X 6'40" MILGARD VINYL S.G.D YE5 YES YES .31 54.6 STAIR 3'•0" X 6' -B" THERMA -TRU METAL FRENCH .40 20.0 MASTER 6-0" X 6' -8" THERMA -TRU METAL FRENCH .40 40.0 AKYLITES ROOM 5]ZE MANVF FRAME TYPE AIR. GAS LoE NOT APPLICABLE TOTALS GLAZING AREA : 795.5 SQ. FT. AVERAGE 'U' VALUE = .3334 si •i AREA RECEIVED c1'r (Di- TI t?M1LA 0 EL 2 .0 1.5)7 ti Detailed Design Report Summary WIRSBO Radiant Panel Heating System Project #: Lacey/#96 Date: 4/17/97 Prepared By Familian Northwest HVAC 18323 Andover Park West Tukwila, WA 98188 Phone #: (206) 575 -9871 Fax #: (206) 575 -7887 • By: Bob Kleinschmidt Project Information Name: Roger Lacey Location: Tukwila, WA Closing Date: Project Summary Total Area: Minimum Tubing Required: Min. Heat Load: Fluid Type: Total Flowrate: Maximum Head Loss: 4,633 ft2 5,849 ft 61,196 Btu /Hr 100% Water 12.76 usgpm 7.79 ft. Water Owner: Engineer: Number of Loops: Number of Zones: Number of Manifold Locations Total Number of Manifolds: Fluid Temperature Drop: Detailed Design Information Summary Manifold Location #: 1---A Zone Control Type: Telestat II Water Temperature: 118 °F Total Flowrate: Maximum Head Loss: 26 19 5 5 10. °F 3.70 usgpm 7.79 ft Water Room Name I Zone 1 # Tube Type , Loop i Area Unit # 1 .Heat ft2 IBtu /hr /ft2 Tube ' Ldr Space, Len inches! ft Loop Len ft Flow usgpm Head Loss ft. H2O Valve • 1/2 Turns Floor Rv Surf Temp °F Water Temp °F Dining Room 3 1/2" hePEX 1 1 132 I 24.4 I 6 1 15 294 0,64 4.79 I 4.0 1.50 76 118 Entry, Pwdr Rmi 1 11/2" hePEX 2 3.8 I 1.50 115 ! 23.0 i 6 10 250 1 0.53 2.85 1 3.4 0.50 75 97 Ent , Pwdr Rmi 1 - 1/2" hePEX . 3 1 115 1 23.0 6 10 250 ! 0.53 2.85 3.4 0.50 75 I 97 Kitchen 4 1/2" hePEX 4 . 136 8.9 12 10 156 0.24 1 0.45 2.1 i 0.50 68 83 Living Room ! 2 1/2" hePEX : 5 i 169 I 15.8 9 15 255 0.53 i 2.96 3.4 1 1.50 72 104 Living Room i 2 1/2" hePEX ' 6 1 169 I 15.8 9 15 255 0.53 I 2.96 3.4 I 1.50 72 1 104 Nook 1 5 r1/2" hePEX 7 89 I 38.2 6 1 25 228 0.68 i 4.09 3.1 1 0.50 I 83 1 118 Manifold Location #: 2 - A Zone Control Type: Telestat II Water Temperature: 107 °F Total Flowrate: Maximum Head Loss: 2.42 usgpm 6.20 ft Water Room Name I Zone # Tube Type ; Loop 1 Area 1 # ; ft2 Unit Heat Btu /hr /ft2 Tube 1 Ldr Space Len inches) ft Loop Len ft ' Flow 1 Head j I Loss usgpm 1 ft. H2O Valve 1/2 Turns Floor Rv Surf Temp °F Water Temp °F 100 reat - oom • 1 1 e" ' 1 1 • 1 10 250 0.56 ! 3.20 3.8 1.50 70 Great Room 6 1 1/2" hePEX : 2 ' 230 12.3 12 10 1 250 0.56 i 3.20 3.8 I 1.50 70 100 Media Room 9 1/2" hePEX ' 3 1 200 7.8 12 25 250 0.31 1 1.12 3.8 1 1.50 68 86 Office ' 7 1/2" hePEX , 4 1 150 I 16.2 9 30 260 0.49 I 2.54 4.0 1.50 72 107 Sewing Room 8 1/2" hePEX ' 5 1 94 1 16.7 9 1 35 195 0 :31 I 0.89 3.0 I 1.50 72 107 Page 1 RECEIVED CITY OF TUKWILA DEC 2 9 1997 neN PERMIT : • WIRSBO Radikit Panel Heating System Project #: Lacey /#96 Date: 4/17/97 Utility Room I 10 1 1/2" hePEX 16 1 77 t 11.5 1 12 1 20 1 117 1 0.18 1 0.19 I 1.8 1 0.50 1 70 1 88 Manifold Location #: 3 - A Zone Control Type: Telestat 11 Water Temperature: 75 °F Total Flowrate: Maximum Head Loss: 2.64 usgpm 7.54 ft Water Room Name Zone # Tube Type Loop # Area I Unit I Heat ft2 ;Btu /hr/ft2 Tube Space inches Ldr Len ft Loop Len ft Flow us• •m . Head Loss ft. H2O Valve 1/2 Turns Floor Rv • Surf Temp °F Water Temp °F Garage & Shop 11 1/2" hePEX 1 246 13.4 12 10 266 0.66 4. 4 4.0 0.00 70 75 Garage & Shop 11 1/2" hePEX 2 246 I 13.4 12 10 266 0.66 4.54 4.0 0.00 70 75 Garage & Shop 11 1/2" hePEX 3 246 ! 13.4 12 10 266 0.66 4.54 4.0 0.00 70 75 Garage & Shop ! 11 11/2" hePEX 4 246 1 13.4 12 10 266 0.66 4.54 4.0 0.00 70 75 Manifold Location #: 4 - A Zone Control Type: Telestat 11 Water Temperature: 107 °F Total Flowrate: ,Maximum Head Loss: 2.19 usgpm 7.20 ft Water Room Name Zone! Tube Type # 1 Loop I Area i # i I ft2 Unit Heat Btu /hr /ft2 Tube Space inches Ldr Len ft Loop Len ft Flow us•pm Head I Loss I ft. H2O Valve 1/2 Turns Floor Rv Surf Temp °F Water Temp °F Taster :ath 1 • 1/ e` ' 1 I 1 1.. • 10 1, 1 .3• . 1 0. S • Master Bedroom 12 ; 1/2" hePEX 2 1 239 13.4 12 10 259 0.64 4.20 4.0 1.50 T 71 107 Master Bedroom 12 i 1/2" hePEX 3 1 239 ' 13.4 12 10 259 0.64 I 4.20 4.0 1.50 71 1 107 Master WICs i 13 1 1/2" hePEX 4 I 165 12.3 12 1 35 235 1 0.40 1 1.66 I 3.6 1.50 70 I 104 Manifold Location #: 5 - A Zone Control Type: Telestat 11 Water Temperature: 111 °F Total Flowrate: Maximum Head Loss: v 1.81 usgpm 7.05 ft Water Room Name Zone; Tube Type # I Loop # Area 1 1 ft2 Unit Heat Btu /hr /ft2 Tube Space Inches Ldr Len ft Loop Len ft 1 Flow I usgpm Head Loss ft. H2O Valve 1/2 Turns Floor Rv Surf Temp °F Water Temp °F Bath 2 & Hall 2 15 , 1/2" hePEX I 1 1 116 , 11.0 12 10 136 0.26 0.43 I 2.1 1.00 I 70 95 Bath 3 19 , 1/2" hePEX 2 1 26 29.4 6 20 I 92 0.15 1 0.11 I 1.4 0.50 I 79 106 Bedroom 2 16 ■ 1/2" hePEX 3 1 130 . 15.2 12 I 10 150 0.39 1 1.01 2.3 1.50 i 72 111 Bedroom 3 i 17 ' 1/2" hePEX 4 1 130 14.6 12 I 15 160 0.38 I 1.01 2.4 1.50 71 f 107 Bedroom 4 & W' 18 i 1/2" hePEX 5 I 227 13.9 12 I 15 1 257 0.63 I 4.05 1 4.0 1.50 71 I 107 Notes: This design is based on the information that you have provided to us. Please check the design parameters to be sure that they meet the actual job specifications. If you have any questions, wish to make any changes or have special design considerations not addressed in this design, contact us and we will be happy to assist you. The pump head Toss calculation in the header includes a total of 3' H2O column Toss for normal supply and return lines. Longer lines or unusual circumstances may require additional calculations for proper pump selection. Page 2 CITY OF KWILA DEC 2 9 1997 PERMIT CENTER ,too• r t noow 1 Heat Loss Ana ysis Report WIRSBO Radiant Panel Heating System Project #: Lacey/#96 Date: 4/17/97 Prepared By Familian Northwest HVAC 18323 Andover Park West Tukwila, WA 98188 Phone #: (206) 575 -9871 Fax #: (206). 575 -7887 By: Bob Kleinschmidt ' Project Information Name: Roger Lacey , Owner: Location: Tukwila, WA Engineer: Closing Date: Project Summary Total Heat Loss: . Upward: 52,974 Btu /Hr Total Area: 4,633 ft2 Downward: 8,222 Btu /Hr Outdoor Temp: 10 °F Total RFH Load: 61,196 Btu /Hr Supplemental: 0 Btu /Hr Total Combined Load: 61,196 Btu /Hr Detailed Heat Loss Data Room: Bath 2& Hall 2 Gross Area: 145 ft2 Room Infiltration: 685 Btu /hr Unheated Area: 29 ft2 Total Heat Loss: Net Heated Area: 116 ft2 Upward: 1,131 Btu /hr Ceiling Height: 9 ft Downward: 145 Btu /hr Volume: 1,305 ft3 Supplemental: 0 Btu /hr Perimeter Length: 10 ft Net: . 1,276 Btu /hr Air Changes: 0.50 per Hour Unit/Net: 11.0 Btu /hr /ft2 Room Temp: 65 °F Floor Component Floor Type: Suspended Slab Depth: N/A Temp Below: 65 °F Water Table Present: N/A Floor Cover Rv: 1.00 Space Below Heated: Same Source Floor Insulation Rv: 11.00 Downward Heat Loss: 145 Btu /hr Edge Rv: N/A Unit Heat Loss: 1 Btu /hr /ft2 Perimeter Rv: N/A Floor Surface Temp: 69 °F Ceiling Component Space Above Heated: . No Heat Loss: 210 Btu /hr Net Ceiling Area: 145 ft2 (less sub components if any) Rv: 38.00 Room Components Component Length / Width (ft) Height (ft) Area (ft2) . Rv Heat Loss (Btu /hr) Page 1 clTY OF TUKWILA DEC 291997 PERMIT CENTER WIRSBO Radnt Panel Heating System Project #: Lacey /#96 Date: 4117/97 ( Wali1 1 10 1 9 I 90 1 21.00 1 236 Room : Bath 3 Gross Area: Unheated Area: Net Heated Area: Ceiling Height: Volume: Perimeter Length: Air Changes: Room Temp: 55 ft2 Room Infiltration: 29 ft2 Total Heat Loss: 26 ft2 Upward: 9 ft. Downward: 495 ft3 Supplemental: 11 ft Net: 0.50 per Hour Unit/Net: 65 °F Floor Component Floor Type: Suspended Temp Below: 65 °F Floor Cover Rv: 0.50 Floor Insulation Rv: 11.00 Edge Rv: N/A Perimeter Rv: N/A Ceiling Component Space Above Heated: Net Ceiling Area: Rv: Room Components No 55 ft2 38.00 260 Btu /hr 706 Btu /hr 58 Btu /hr 0 Btu /hr 764 Btu /hr 29.4 Btu /hr/ft2 Slab Depth: N/A Water Table Present: N/A Space Below Heated: Same Source Downward Heat Loss: 58 Btu /hr Unit Heat Loss: 1 Btu /hr /ft2 Floor Surface Temp: 78 °F Heat Loss: (less sub components if any) 80 Btu /hr Component Length / .Height (ft) Area (ft2) Rv Heat Loss Width (ft) (Btu /hr) Wall1 1 11 9 I 99 . 21.00 t 244 Windowl 1 2 3 i 6 2.70 1 122 Room : Bedroom 2 Gross Area: Unheated Area: Net Heated Area: Ceiling Height: Volume: Perimeter Length: Air Changes: Room Temp: 145 ft2 Room Infiltration: 15 ft2 Total Heat Loss: 130 ft2 Upward: 9 ft Downward: 1,305 ft3 Supplemental: 17 ft Net: 0.40 per Hour Unit/Net: 65 °F 548 Btu /hr 1,691 Btu /hr 282 Btu /hr 0 Btu /hr 1,973 Btu /hr 15.2 Btu /hr/ft2 Floor Component Floor Type: Suspended Slab Depth: N/A Temp Below: 65 °F Water Table Present: N/A Floor Cover Rv: 1.50 Space Below Heated: Same Source Floor Insulation Rv: 11.00 Downward Heat Loss: 282 Btu /hr Edge Rv: N/A Unit Heat Loss: 1 Btu /hr/ft2 Perimeter Rv: N/A Floor Surface Temp: 71 °F Ceiling Component Space Above Heated: No Heat Loss: 210 Btu /hr Net Ceiling Area: 145 ft2 (less sub components if any) Rv: 38.00 Page 2 __RECEIVED "#11 TUKWlLq OEC 2 9 1997 PeRMlr cENrER WIRSBO Radi rit Panel Heating System Project #: Lacey /#96 Date: 4/17/97 Room Components Component Length / Height (ft) Area (ft2) Rv Heat Loss Width (ft) (Btu /hr) Weill I 17 9 153 21.00 i 322 Windowl 1 6 I 5 30 ( 2.70 7 611 Room : Bedroom 3 Gross Area: Unheated Area: Net Heated Area: Ceiling Height: Volume: Perimeter Length: Air Changes: Room Temp: Floor Component Floor Type: Temp Below: Floor Cover Rv: Floor Insulation Rv: Edge Rv: Perimeter Rv: Ceiling Component Space Above Heated: Net Ceiling Area: Rv: Room Components 155 ft2 25 ft2 130 ft2 9ft 1,395 ft3 12 ft 0.40 per Hour 65 °F Suspended 65 °F 1.50 11.00 N/A N/A No 155 ft2 38.00 Room Infiltration: Total Heat Loss: Upward: Downward: Supplemental: Net: Unit/Net: Slab Depth: Water Table Present: Space Below Heated: Downward Heat Loss: Unit Heat Loss: Floor Surface Temp: 586 Btu /hr 1,625 Btu /hr 271 Btu /hr 0 Btu /hr 1,896 Btu /hr 14.6 Btu /hr /ft2 N/A N/A Same Source 271 Btu /hr 1 Btu /hr /ft2 71 °F Heat Loss: 224 Btu /hr (less sub components if any) Component , Length / 1 Width (ft) Weill Height (ft) Area (ft2) Rv Heat Loss (Btu /hr) 12 9 i 108 1 21.00 204 Windowl 6 5 30 2.70 611 Room : Bedroom 4 8 WIC Gross Area: Unheated Area: Net Heated Area: Ceiling Height: Volume: Perimeter Length: Air Changes: Room Temp: Floor Component Floor Type: Temp Below: •Floor Cover Rv: Floor Insulation Rv: Edge Rv: Perimeter Rv: 227 ft2 0 ft2 227 ft2 9ft 2,043 ft3 42 ft 0.40 per Hour 65 °F Suspended 65 °F 1.50 11.00 N/A N/A Room Infiltration: Total Heat Loss: Upward: Downward: Supplemental: Net: Unit/Net: Slab Depth: Water Table Present: Space Below Heated: .Downward Heat Loss: Unit Heat Loss: Floor Surface Temp: 858 Btu /hr 2,709 Btu /hr 454 Btu /hr 0 Btu /hr 3,163 Btu /hr 13.9 Btu /hr /ft2 N/A N/A Same Source 454 Btu /hr 2 Btu /hr /ft2 70 °F Page 3 CITY OF ftIV DEC 2 9 f997 PERMIT CBNTEA ■ WiRSBO Radiant Panel Heating System Project #: Lacey /#96 Date: 4/17/97 Ceiling Component Space Above Heated: Net Ceiling Area: Rv: Room Components No 227 ft2 38.00 Heat Loss: (less sub components if any) 329 Btu /hr Component Length / Height (ft) Area (ft2) Rv Heat Loss Heat Loss (Btu /hr) Width (ft) 25 l 9 225 (Btu /hr) Wall1 42 9 378 1 21.00 911 Windowl 6 5 30 1 2.70 611 Room : Dining Room Gross Area: Unheated Area: Net Heated Area: Ceiling Height: Volume: Perimeter Length: Air Changes: Room Temp: Floor Component Floor Type: Temp Below: Floor Cover Rv: Floor Insulation Rv: Edge Rv: Perimeter Rv: Ceiling Component Space Above Heated: Net Ceiling Area: Rv: Room Components 132 ft2 0 ft2 132 ft2 9ft 1,188 ft3 25 ft 0.40 per Hour 65 °F Suspended 10 °F 1.50 30.00 N/A N/A No 132 ft2 38.00. • Room Infiltration: Total Heat Loss: Upward: Downward: Supplemental: Net: Unit/Net: • Slab Depth: Water Table Present: Space Below Heated: Downward Heat Loss: Unit Heat Loss: Floor Surface Temp: 499 Btu /hr 2,806 Btu /hr 417 Btu /hr 0 Btu /hr 3,223 Btu/hr 24.4 Btu /hr/ft2 N/A N/A Not Heated 417 Btu /hr 3 Btu /hr /ft2 75 °F Heat Loss: (less sub components if any) 191 Btu /hr Component Length / Width (ft) 1 Height (ft) 1 Area (ft2) Rv Heat Loss (Btu /hr) Wall1 25 l 9 225 21.00 ( 364 Door1 8 I 7 56 1 2.70 ; 1,141 Windowl 6 ! 5 (30 1 2.70 I 611 Room : Entry, Pwdr Rm Gross Area: 290 ft2 Unheated Area: 60 ft2 Net Heated Area: 230 ft2 Ceiling Height: 18 ft Volume: 5,220 ft3 Perimeter Length: 13 ft Air Changes: 0.40 per Hour Room Temp: 65 °F Room Infiltration: Total Heat Loss: Upward: Downward: Supplemental: Net: Unit/Net: 2,193 Btu /hr 4,730 Btu /hr 564 Btu /hr 0 Btu /hr 5,294 Btu /hr 23.0 Btu /hr /ft2 Page 4 CITY p ETUKWILA DEC 2 9 1997 pERhflr CENTER rums., (Ve wwMO � WIRSBO Radiant Panel Heating System Project #: Lacey /#96 Date: 4/17/97 Floor Component Floor Type: Suspended Slab Depth: N/A Temp Below: 10 °F Water Table Present: N/A Floor Cover Rv: 0.50 Space Below Heated: Not Heated Floor Insulation Rv: 30.00 Downward Heat Loss: 564 Btu /hr Edge Rv: N/A Unit Heat Loss: 1 Btu/hrift2 Perimeter Rv: N/A Floor Surface Temp: 75 °F Ceiling Component Space Above Heated: Net Ceiling Area: Rv: Room Components No 240 ft2 38.00 • Heat Loss: (less sub components if any) 347 Btu /hr Component Length / Width (ft) Height (ft) Area (ft2) Rv Heat Loss (Btu /hr) Wall1 13 1 18 " - 234 21.00 1 322 Door1 6 1 7 7 1 42 5.00 I 462 Door2 . 3 1 7 I i 21 , 2.70 I 428 Windowl 3 1 6 1 18 2.70 I 367 Window2 6 1 5 30 2.70 1 611 Room : Garage & Shop Gross Area: 984 ft2 Room Infiltration: Unheated Area: 0 ft2 Total Heat Loss: Net Heated Area: 984 ft2 Upward: 9,731 Btu /hr Ceiling Height: 10 ft Downward: 3,484 Btu /hr Volume: 9,840 ft3 Supplemental: 0 Btu /hr Perimeter Length: 110 ft Net: 13,215 Btu /hr Air Changes: 0.40 per Hour Unit/Net: 13.4 Btu/hr/ft2 Room Temp: 65 °F 4,135 Btu /hr Floor Component Floor Type: Slab On Grade Slab Depth: 4 inches Temp Below: 40 °F Water Table Present No Floor Cover Rv: 0.00 Space Below Heated: N/A Under Slab Rv: 10.00 Downward Heat Loss:, 3,484 Btu /hr Edge Rv: 10.00 Unit Heat Loss: 3 Btu /hr /ft2 Perimeter Rv: 10.00 Floor Surface Temp: 69 °F Ceiling Component Space Above Heated: Net Ceiling Area: Rv: Room Components No 504 ft2 38.00 Heat Loss: (less sub components if any) 729 Btu /hr Component Length / Width (ft) II Height (ft) 1 l Area Area (ft2) Rv , Heat Loss (Btu/hr) Wall1 1 110 1 10 1,100 21.00 2,260 Door1 3 1 7 I 21 5.00 231 Door2 27 I 8 ! 216 5.00 2,376 Page 5 T. WIRSBO Radiant Panel Heating System Project #: Lacey /#96 Date: 4/17/97 Room : Great Room Gross Area: 459 ft2 Room Infiltration: 1,736 Btu /hr Unheated Area: 0 ft2 Total 'Heat Loss: Net Heated Area: 459 ft2 Upward: 4,526 Btu /hr Ceiling Height: 9 ft Downward: 1,110 Btu /hr Volume: 4,131 ft Supplemental: 0 Btu /hr Perimeter Length: 31 ft Net: 5,636 Btu /hr Air Changes: 0.40 per Hour Unit/Net: 12.3 Btu /hr/ft2 Room Temp: 65 °F Floor Component. Floor Type: Suspended Slab Depth: N/A Temp Below: 10 °F Water Table Present: N/A Floor Cover Rv: 1.50 Space Below Heated: Not Heated Floor Insulation Rv: 30.00 Downward Heat Loss: 1,110 Btu /hr Edge Rv: N/A Unit Heat Loss: 2 Btu /hr/ft2 Perimeter Rv: N/A Floor Surface Temp: 69 °F Ceiling Component Space Above Heated: Net Ceiling Area: Rv: Room Components Yes 459 ft2 30.00 Heat Loss: (less sub components if any) 0 Btu /hr Component Length / Width (ft) Height (ft) Area (ft2) Rv . Heat Loss (Btulhr) Wall1 31 1 9 I 279 21.00 427 Door1 8 7 56 2.70 1,141 Windowl 6 5 30 2.70 611 Window2 6 1 5 30 2.70 611 Room : Kitchen Gross Area: Unheated Area: Net Heated Area: Ceiling Height: Volume: Perimeter Length: Air Changes: Room Temp: 250 ft2 Room Infiltration: 114 ft2 Total Heat Loss: 136 ft2 Upward: 9 ft Downward: 2,250 ft' Supplemental: 0 ft Net: 0.40 per Hour Unit/Net: 65 °F 945 Btu /hr 945 Btu /hr 272 Btu /hr 0 Btu /hr 1,217 Btu /hr 8.9 Btu /hr/ft2 Floor Component Floor Type: Suspended Slab Depth: N/A Temp Below: 10 °F Water Table Present: N/A Floor Cover Rv: 0.50 Space Below Heated: Not Heated Floor Insulation Rv: 30.00 Downward Heat Loss`. 272 Btu /hr Edge Rv: N/A Unit Heat Loss: 1 Btu /hr/ft2 Perimeter Rv: N/A Floor Surface Temp: 68 °F Ceiling Component Space Above Heated: Yes Heat Loss: 0 Btu /hr Net Ceiling Area: 250 ft2 (less sub components if any) Rv: 30.00 Page 6 OF. DEC 2' .9 1997 p��Ml1 eaty ei WIRSBO Raia'nt Panel Heating System Project #: Lacey /#96 Date: 4117/97 Room Components Component 1 Length / Width (ft) Height (ft) Area (ft2) Heat Loss (Btu /hr) Rv Heat Loss I (Btu /hr) N/A i 0 1 0 1 0 1 0.00 I 0 Room • Living Room Gross Area: Unheated Area: Net Heated Area: Ceiling Height: Volume: ,Perimeter Length: Air Changes: Room Temp: Floor Component Floor Type: Temp Below: Floor Cover Rv: Floor Insulation Rv: Edge Rv: Perimeter Rv: Ceiling Component Space Above Heated: Net Ceiling Area: — Rv: 'Room Components 338 ft2 0 ft2 338 ft2' 9ft 3,042 ft3 45 ft 0.40 per Hour 65 °F Suspended 10 °F 1.50 30.00 . N/A N/A No 338 ft2 38.00 Room Infiltration: Total Heat Loss: Upward: Downward: Supplemental: Net: Unit/Net: Slab Depth: Water Table Present: Space Below Heated: Downward Heat Loss: Unit Heat Loss: Floor Surface Temp: 1,278 Btu /hr 4,460 Btu /hr 883 Btu /hr 0 Btu /hr 5,343 Btu /hr 15.8 Btu /hr /ft2 N/A N/A Not Heated 883 Btu /hr 2 Btu /hr /ft2 71 °F Heat Loss: (less sub components if any) 489 Btu /hr Component Length/ 1 Width (ft) Height (ft) Area (ft2) Rv Heat Loss (Btu /hr) Wall1 45 I 9 i 405 21.00 i 820 244 Window1 3 1 4 1 12 2.70 f Window2 6 1 5 I 30 2.70 I 611 Window3 4 5 20 2.70 407 Window4 6 I 5 30 2.70 1 611 Room : Master Bath Gross Area: Unheated Area: Net Heated Area: Ceiling Height: Volume: Perimeter Length: Alr Changes: Room Temp: 200 ft2 45 ft2 155 ft2 9ft 1,800 ft3 31 ft 0,50 per Hour 65 °F Floor Component Floor Type: Suspended Temp Below: 65 °F Floor Cover Rv: 0.50 Floor Insulation Rv: 11.00 Room Infiltration: Total Heat Loss: Upward: Downward: Supplemental: Net: Unit/Net: Slab Depth: Water Table Present: Space Below Heated: Downward Heat Loss: Page 7 945 Btu /hr 2,319 Btu /hr 194 Btu /hr 0 Btu /hr 2,513 Btu /hr 16.2 Btu /hr /ft2 N/A N/A Same Source 194 Btu /hr CIS• �r N °tvo DEc 2 9199? PERMir c vrER WIRSBO Radiant Panel Heating System Project #: Lacey /#96 Date: 4/17/97 Edge Rv: N/A Perimeter Rv: N/A Unit Heat Loss: Floor Surface Temp: 0 Btu /hr/ft2 72 °F Ceiling Component Space Above Heated: No Heat Loss: 289 Btu /hr Net Ceiling Area: 200 ft2 (less sub components if any) Rv: 38.00 Room Components Component Length / Height (ft) Width (ft) Area (ft2) Heat Loss (Btu /hr) Wall1 31 9 279 21.00 I 678 VVindow1 5 4 20 2.70 ! 407 Room : Master Bedroom Gross Area: 478 ft2 Unheated Area: 0 ft2 Net Heated Area: 478 ft2 Ceiling Height: 9 ft Volume: 4,302 ft3 Perimeter Length: 35 ft Air Changes: 0.40 per Hour Room Temp: 65 °F Room Infiltration: 1,808 Btu /hr Total Heat Loss: Upward: 5,509 Btu /hr Downward: 916 Btu /hr Supplemental: 0 Btu /hr Net: 6,425 Btu /hr Unit/Net: 13.4 Btu /hr /ft2 Floor Component Floor Type: Suspended Slab Depth: N/A Temp Below: 65 °F Water Table Present: N/A Floor Cover Rv: ' 1.50 Space Below Heated: Same Source Floor Insulation Rv: 11.00 Downward Heat Loss: 916 Btu /hr Edge Rv: N/A Unit Heat Loss: 1 Btu/hr/ft2 Perimeter Rv: N/A Floor Surface Temp: 70 °F Ceiling Component Space Above Heated: Net Ceiling Area: Rv: Room Components No 478 ft2 38.00 Heat Loss: (less sub components if any) 692 Btu /hr Component Length / Width (ft) Height (ft) Area (ft2) Rv Heat Loss (Btu/hr) Weill 35 9 315 L 21.00 I 503 Door1 6 8 48 I 2.70 ; 978 VVindowl 3 I 5 15 1 2.70 1 306 Window2 12 5 60 I 2.70 1 1.222 Room : Master WICs Gross Area: 165 ft2 Room Infiltration: Unheated Area: 0 ft2 Total Heat Loss: Net Heated Area: 165 ft2 Upward: Ceiling Height: 9 ft Downward: Volume: 1,485 ft3 Supplemental: Perimeter Length: 37 ft Net: Air Changes: 0.40 per Hour Unit/Net: 624 Btu /hr 1,735 Btu /hr 289 Btu /hr 0 Btu /hr 2,024 Btu /hr 12.3 Btu /hr /ft2 Page 8 CITY OF TUKyy►L,q DEC 291997 pSpMIr CENTER WIRSBO Racircnt Panel Heating System Project #: Lacey /#96 Date: 4/17/97 Room Temp: 65 °F Floor Component Floor Type: Suspended Slab Depth: N/A Temp Below: 65 °F Water Table Present: N/A Floor Cover Rv: 1.50 • Space Below Heated: Same Source Floor Insulation Rv: 11.00 Downward Heat Loss: 289 Btu /hr Edge Rv: N/A Unit Heat Loss: 1 Btu /hr/ft2 Perimeter Rv: N/A Floor Surface Temp: 70 °F Ceiling Component Space Above Heated: Net Ceiling Area: Rv: Room Components No 165 ft2 38.00 Heat Loss: (less sub components if any) 239 Btu /hr Component Length / Width (ft) 1 Height (ft) ; Area (ft2) Rv Heat Loss (Btu /hr) Wall1 i 37 9 333 21.00 I 872 Room : Media Room Gross Area: Unheated Area: Net Heated Area: Ceiling Height: Volume: Perimeter Length: Air Changes: Room Temp: 200 ft2 Room Infiltration: 0 ft2 Total Heat Loss: 200 ft2 Upward: 9 ft Downward: 1,800 ft3 Supplemental: 16 ft Net: 0.40 per Hour Unit/Net: 65 °F 756 Btu /hr 1,133 Btu /hr 426 Btu /hr 0 Btu /hr 1,559 Btu /hr 7.8 Btu /hr/ft2 Floor Component Floor Type: Suspended Slab Depth: N/A Temp Below: 10 °F Water Table Present: N/A Floor Cover Rv: 1.50 Space Below Heated: Not Heated Floor Insulation Rv: 30.00 Downward Heat Loss: 426 Btu /hr Edge Rv: N/A Unit Heat Loss: 2 Btu /hr /ft2 Perimeter Rv: N/A Floor Surface Temp: 67 °F Ceiling Component Space Above Heated: Net Ceiling Area: Rv: Room Components Yes 200 ft2 30.00 Heat Loss: (less sub components if any) 0 Btu /hr Component Length / Width (ft) Height (ft) Area (ft2) Rv Heat Loss. (Btu /hr) Wall1 I 16 9 I 144 I 21.00 I 377 Room : Nook Gross Area: Unheated Area: Net Heated Area: 89 ft2 0 ft2 89 ft2 Room Infiltration: Total Heat Loss: Upward: 449 Btu /hr 3,139 Btu /hr Page 9 RECEIVEp 1 CITY OF TIJKI,"71 A DEC 9 t r 1a7 - - ',4000- PERMIT OV,MT i-A WIRSBO Radiant Panel Heating System Project #: Lacey /#96 Date: 4/17/97 Ceiling Height: Volume: Perimeter Length: Air Changes: Room Temp: Floor Component Floor Type: Temp Below: Floor Cover Rv: Floor Insulation Rv: Edge Rv: Perimeter Rv: Ceiling Component Space Above Heated: Net Ceiling Area: Rv: Room ComQonents 12 ft 1,068 ft3 25 ft 0.40 per Hour 65 °F Suspended 10 °F 0.50 30.00 N/A N/A No 89 ft2 38.00 Downward: Supplemental: Net: Unit/Net: Slab Depth: Water Table Present: Space Below Heated: Downward Heat Loss: Unit Heat Loss: Floor Surface Temp: 258 Btu /hr 0 Btu /hr 3,397 Btu /hr 38.2 Btu/hr/ft2 N/A N/A Not Heated 258 Btu /hr 2 Btu /hr/ft2 82 °F Heat Loss: (less sub components if any) 129 Btu /hr Component Length / Height (ft) Area (ft2) Rv Heat Loss Width (ft) (Btu /hr) Wal 11 I 25 12 300 1 21.00 524 Windowl I 20 5 1 100 I 2.70 2,037 Room : Office Gross Area: Unheated Area: Net Heated Area: Ceiling Height: Volume: Perimeter Length: Alr Changes: Room Temp: Floor Component Floor Type: Temp Below: Floor Cover Rv: Floor Insulation Rv: Edge Rv: Perimeter Rv: Ceiling Component Space Above Heated: Net Ceiling Area: Rv: Room Components 150 ft2 0 ft2 • 150 ft2 9ft 1,350 ft3 26 ft 0.40 per Hour 65 °F Suspended 10 °F 1.50 30.00 N/A N/A Yes 150 ft2 30,00 Room Infiltration: Total Heat Loss: Upward: Downward: Supplemental: Net: Unit/Net: Slab Depth: Water Table Present: Space Below Heated: Downward Heat Loss: Unit Heat Loss: Floor Surface Temp: 567 Btu /hr 2,032 Btu /hr 397 Btu /hr' 0 Btu /hr 2,429 Btu /hr 16.2 Btu /hrlft2 N/A N/A Not Heated 397 Btu /hr 2 Btu/hr/ft2 71 °F Heat Loss: ' (less sub components if any) 0 Btu /hr Component Length / Height (ft) Area (ft2) Rv Heat Loss Width (ft) (Btu /hr) W a l 11 1 26 I 9 I 234 1 21.00 1 487 Windowl 6 4 24 1 2.70 489 Page 10 DEC 2 9 1997 PeRMJT GENTER MINIM 'LOOMS 1 w•w WIRSBO Radiant Panel Heating System Project #: Lacey /#96 Date: 4/17/97 Window2 6 1 4 I 24 1 2.70 1 489 Room : Sewing Room Gross Area: 94 ft2 Room Infiltration: Unheated Area: 0 ft2 Total Heat Loss: Net Heated Area: 94 ft2 Upward: Ceiling Height: 9 ft Downward: Volume: 846 ft' ' Supplemental: Perimeter Length: 17 ft Net: Air Changes: 0.40 per Hour Unit/Net: Room Temp: 65 °F Floor Component Floor Type: Suspended Temp Below: 10 °F Floor Cover Rv: 1.50 Floor Insulation Rv: .30.00 Edge Rv: N/A Perimeter Rv: N/A Ceiling Component Space Above Heated: Net Ceiling Area: Rv: Room Components No 94 ft2 38.00 355 Btu /hr 1,318 Btu /hr 252 Btu /hr 0 Btu /hr 1,570 Btu /hr 16.7 Btu /hr /ft2 Slab Depth: N/A Water Table Present: N/A Space Below Heated: Not Heated Downward Heat Loss: 252 Btu /hr Unit Heat Loss: 2 Btu /hr /ft2 Floor Surface Temp: 72 °F Heat Loss: (less sub components if any) 136 Btu /hr Component •-j• Length / 1 Width (ft) 1 Height (ft)' ( I I Area (ft2) Rv Heat Loss (Btu /hr) Wail1 I 17 I 9 1 153 21.00 I 338 Window1 6 4 I 24 ( 2.70 489 Room : Utility Room Gross Area: Unheated Area: Net Heated Area: Ceiling Height: Volume: Perimeter Length: Air Changes: Room Temp: 77 ft2 Room Infiltration: 0 ft2 Total Heat Loss: 77 ft2 Upward: 9 ft Downward: 693 ft' Supplemental: 8 ft Net: 0.50 per Hour Unit/Net: 65 °F 364 Btu /hr 729 Btu /hr 159 Btu /hr ' 0 Btu /hr 888 Btu /hr 11.5 Btu /hr /ft2 Floor Component Floor Type: Suspended Slab Depth: N/A Temp Below: 10 °F Water Table Present: N/A Floor Cover Rv: 0.50 Space Below Heated: Not Heated Floor Insulation Rv: 30.00 Downward Heat Loss: 159 Btu /hr Edge Rv: N/A Unit Heat Loss: 2 Btu /hr /ft2 Perimeter Rv: N/A Floor Surface Temp: 69 °F Ceiling Component Space Above Heated: Yes Heat Loss: 0 Btu /hr Net Ceiling Area: 77 ft2 (less sub components if any) Rv: 30.00 Page 11 G /RCFETUKVVILA DEC 2 9 1997 PBRMir CENTER WIRSBO Raltant Panel Heating System Project* Lacey /#96 Date: 4/17/97 Ro Component I Length / I Height (ft) Area (ft2) Rv Heat Loss Width (ft) , I I (Btu /hr) Wail1 l 8 I 9 ( 72 21.00 134 Door1 I 3 i 7 I 21 5.00 231 Notes: The intended use of this program is to provide accurate heat loss and design data for Wirsbo Radiant Systems. The heat Toss and design data generated by the program will only be as accurate as the information supplied. Wrsbo Company is not responsible for the misuse of this program. Page 12 CITY OF TUKWILA DEC 2 9 1897 PERMIT CCNTep Quotation #: Lace y /#96 WIRSBO Radiant Panel Heating System Date: 4/17/97 Quoted By Familian Northwest HVAC 18323 Andover Park West Tukwila, WA Phone #: (206) 575 -9871 Fax #: (206) 575 -7887 From: Bob Kleinschmidt Quoted toll Familian NW HVAC #96 18323 Andover Park West Tukwila, WA 98188 Phone #: (206) 575 -8971 Fax #: (206) 575 -7887 Attn: Bob Kleinschmidt Project Information Name: Roger Lacey Location: Tukwila, WA Closing Date: Overall Design Specifications Total Area 4,633 ft2 Min. Heat Load: 61,196 Btu /Hr Fluid Type: 100% Water Pump Requirements: 12.8 usgpm @ 7.8 ft Owner: Engineer: Number of Loops: Number of Zones: 26 19 Total Quote Price $11,169.05 II Quote Terms Prices on this quotation are per the current WIRSBO Authorized Stocking Distributor Price List and subject to change when updated. Payment will be according to your credit agreement with Familian Northwest. Taxes and shipping charges for items not in stock are in addition to these prices. Normally stocked items will be available for immediate pick -up. Allow four weeks (or as noted) for special orders. Shipping times are dependent on the mode of transport and individual carrier. If you have any questions regarding this quote or need information on other items not included here, please call our office and we will be happy to assist you. Quote Valid For: 30 Days Delivery: per Carrier F.O.B.: Tukwila, WA Additional Comments Equipment and material in this quote may not be a complete parts list. Additional pipe, valves, fittings, controls, etc. may be required to complete this project to your customer's specifications. please contact us for a quote on any additional items that you may need. Page 1 VRECEIVED .. A (�ii�r1 of BEC 2 91997 pswirr CENTER WIRSBO Raant Panel Heating System Quote #: Lacey /1#96 Date: 4/17/97 Materials List Tubings Manifold/ Fittings Controls Tools & Aids Part # 1 Description A1220500 11/2" nom. WIRSBO hePEX - 1000' coil A1250500 1/2" nom. WIRSBO hePEX - 300' coil Qty 4 7 Part # I Description Description I Qty A2071500 I Manifold Support Bracket (pair) A3020522 I 5 A2080032 26 End Cap - Basic 3 Zone Control Module 5 A2503220 A3030004 2 Loop Manifold - Valveless I Fixing Wire Twister 2 1 A2513220 I Transformer - 50 VA 2 Loop Manifold - Valved 5 2 A2523220 3 Loop Manifold - Valveless 2 A2533220 3 Loop Manifold - Valved 2 A2543220 4 Loo • Manifold - Valveless 4 A2553220 4 L000p Manifold - Valved • 4 A2803250 End Cap with Vent .. 5 A4020500 1/2" Compression Fitting Assembly • 58 A4133210 R32 X 1 -1/4" CU Adapter (sweat) 10 A4322020 . CoupL.iale, R20 X R20 3 Part # I Description 1 Qty A3010086 1 _ T86H Thermostat - Fahrenheit I 19 A3020522 I Telestat II, Motorized Valve Actuator 1 26 A3030003 3 Zone Control Module E6081125 I 5 A3030004 4 Zone Control Module I Fixing Wire Twister 3 A3050050 I Transformer - 50 VA 5 Part # I Description Qty A5110500 I Bend Support -1/2" nom. 1 55 A7011250 11 -1/4" Staples (10,000 /pkg) 1 A7031000 1 Fixin• Wire 1000 /•k• 1 E6060625 I Tube Uncoiler 1 E6081125 Tube Cutter 1 2 E6090005 I Fixing Wire Twister 1 Page 2 CITY OFTUKWILA DEC 2 9 '1997 PERMIT CENTER c: City of Tukwila Steven M. Mullet, Mayor Department of Community Development Steve Lancaster, Director August 28, 2001 Mr. Rodger Lacy 4133 46th. Ave. S. Seattle, WA 98113 RE: Permit Status M97 -0196 Site Address: 15650 51st Ave. S. Dear Mr. Lacy: In reviewing our current permit files, it appears that your permit for installation of gas boiler and hot water tank at Lacy residence issued on August 5, 1999, has not received a final inspection as of the date of this letter by the City of Tukwila Building Division. Per the Uniform Building Code and /or Uniform Mechanical Code, every permit issued by the building official under the provision of this code shall expire by limitation and become null and void if the building or work authorized by such permit is not commenced within 180 days from the date of such permit, or if the building or work authorized by such permit is suspended or abandoned at any time after the work is commenced for a period of 180 days. Based on the above, if a final inspection is not called for within ten (10) business days from the date of this letter, the Permit Center will close your file and the work completed to date will be considered non- complying and not in conformance with the Uniform Building Code and /or Mechanical Code. Please contact the Permit Center at (206) 431 -3670 if you wish to schedule a final inspection. Thank you for your cooperation in this matter. Sincerely, // 1`� �{ tti1,L j'u G t t ieiu Kathryn A. Stetson Permit Technician Xc: ;,Permit Fiie,N.,o; M97..O196 ti Duane Griffin, Building Official 6300 Southcenter Boulevard, Suite #100 • Tukwila, Washington 98188 • Phone: 206.431 -3670 • Fax: 206 - 431.3665 March 12, 1998 City of Tukwila John W Rants, Mayor Department of Community Development Steve Lancaster, Director Rodger E. Lacy, Sr 4133 - 46th Avenue S Seattle, WA 98118 RE: Building Permit No. D97 -0391 Mechanical Permit No. M97 -0196 Dear Mr. Lacy: This letter is to inform you that your building permit and mechanical permit for the construction of your new single family residence has been approved by the City of Tukwila and are ready for issuance. The following are the fees that will need to be paid prior to issuance of the permits. Building Permit Fee (D97 -0391) $ 2,037.25 State Building Surcharge (D97 -0391) 4.50 Mechanical Permit Fee (M97 -0196) 112.69 Total Fees Owing $ 2,154.44 If you should have any questions regarding the fees above, please feel free to contact Kelcie Peterson at (206)431 -3672, or myself at (206)431 -3671. Sincerely, 111/14&_„dx-eAr. Brenda Holt Permit Technician xc: Permit No, D97 -0391 Permit No. M97 -0196 6.3100 Southcenter Boulevard, Sulte #100 • Tukwila, Washington 98188 • (206) 431 -3670 • Fax (206) 431-3665 Q >,r.;�'i:i:4.1+�.di�� Cab1`�tSk l'� jit +.,r�;'t'Zi;g \�`?C;- ..�iY.'ir.tgT�,SM`lit. "+"F :': �t. rra3ty> ��r�k,% ucw� ,�.�`�b ✓��"h+�t`- �u'�+`"qu;r' PERMIT COORD COPY PLAN REVIEW /ROUTING SLIP ACTIVITY NUMBER: M97 -0196 PROJECT .NAME: LACY PROJECT Original Plan Submittal DATE: 12 -8 -99 Response.to, Incomplete- Letter# Response to Correction Letter # XX Revision # 1 After Permit Is Issued DEPARTMENTS: Building Division Public Works 5 n Fire Prevention Structural n Planning Division Permit Coordinator IS DETERMINATION OF COMPLETENESS: (Tues., Thurs.) Complete l__J Comments: Incomplete DUE DATE: 12 -9 -99 Not Applicable n TUES /THURS ROUTING: Please Route n Structural Review Required n No further Review Required REVIEWER'S INITIALS: DATE: DUE DATE 1 -6 -00 APPROVALS OR CORRECTIONS: (ten days) Approved n Approved with Conditions n Not Approved (attach comments) REVIEWER'S INITIALS: DATE: DUE DATE CORRECTION DETERMINATION: Approved Approved with Conditions n Not Approved (attach comments) REVIEWER'S INITIALS: DATE: \PRROUTE.DOC 5/99 • Pow41; (4061- com PLAN REVI / ROUTING SLIP ACTIVITY NUMBER PROJECT NAME DEPARTMENT: • Q... _C9) uu—uING DIVISION '3.'11'61(6 — LIC WORKS M97-0196 RODGER LACY, SR DATE 12-29-97 PREVENTION Phg6f,A.% N'fk ••■•••••••• G DIVISION El PERMIT COORDINATOR* DETERMJNATION OF COMPLETENESS: (T,Th) • COMPLETE or COMMENTS NOT COMPLETE E DUE DATE 12-30-97 NOT APPLICABLE fl • TUES/THURS ROUTING: PLEASE ROUTE fl NO FURTHER REVIEW REQUIRED ROUTED BY STAFF n (If routed by staff, make copy to master file & enter Sierra.) REVIEWERS INITIAL DATE APPROVALS OR CORRECTIONS: (ten days) DUE DATE 1-13-98 APPROVED 1-7 APPROVED W/ CONDITIONS NOT APPROVED (attach comments) 17 REVIEWERS INITIAL DATE CORRECTION DETERMINATION: APPROVED El APPROVED W/ CONDITIONS itEVIEWERS INITUL C:ROUTE-F ■••••=10 DATE DUE DATE NOT APPROVED (attach comments) [11 (Ccnificadon of occupancy required. PROJECT NAME: L--W'\/ `'(:- Pro; td- PERM) NO:. M Site Address: 15650 Sill"' ,4-ut . Original Issue Date: REVISION LOG Revision No. Date Received Staff Initials Date Issued Date Issued I I Staff Initials ar too • • (A) 1?.71Z., • MillrarilM 5 M•'15'941 • to LAif i• , t. ' ' Summary of Revision: Received By: . E. LAC \i S tr-.. (please print) Revision No. Date Received Staff Initials Date Issued Staff Initials I I Summary of Revision: Received By: Received By: (please print) Revision No. Date Received ' Staff Initials Date Issued Staff Initials I I I I Summary of Revision: Received By: Received By: (please print) Revision No. Date Received Staff Initials Date Issued Staff Initials Summary of Revision: Summary of Revision: Received By: Received By: (please print) Revision No. Date Received Staff Initials Date Staff Issued ■ Initials w Summary of Revision: Received By: (please print) City of Tukwila John W. Rants, Mayor Department of Community Development Steve Lancaster; Director Revision submittals must be submitted in person at the Permit Center. Revisions will not be accepted through the mail, fax, etc. Date: ) - 5 q Plan Check/Permit Number: M - �(_ 01 61 Co ❑ Response to Incomplete Letter # ❑ Response to Correction Letter # Revision # after Permit is Issued Project Name: Lucy f ivy ee 4- Project Address: g' ,,1 ♦ S e S� u)1 1, ) , 9' Contact Person: 'l o yit L4C y Si/ Summary of Revision: k P}Qla0 C?i 1A P_ 0 CY'(90)A) C . x E - 5 Phone Number: Oa) 7,2A-67 7 {( Gi jj /44 )--)eG (go Jev wtf� 5(4n11 ja-e cP 0ivEP ('L) 7 5.4-a11(4'41(9)v Ala 1)14 a I e le Pot,- CfowI RECEIVED CI 1 Y OF TUKWILA REVISION I „,;‘,. ,,, , NO, PERMIT CFNTFA Sheet Number(s): "Cloud" or highlight all areas of revision including date of revision Received the City of Tukwila Permit Center by: q)N1 �CI Entered in Sierra on 1 - t^J' l 9 M'17Oi% 06/29/99 6300 Southcenter Boulevard, Suite #100 • Tukwila, Washington 98188 • (206) 431-3670 • Fax (206) 431-3665 ACS INCORPORATED 19031 33`I Avenue West Suite 100 Lynnwood, WA 98036 (425) 776 -0900 CERTIFICATE OF AUTHENTICITY This is to certify that the micrographic images appearing on the microfilm are accurate and complete reproductions of the records as delivered in the regular course of business for photographing. Roll Number m Customer Name C pi-Li 4 7r-14 L )1-il Classification PERp- 1 yg Ogg 17 Starting File /VOf7N WEST gip) (6ku-i-ER.-- in97 -0 cz1 Ending File 4/4 C Y go40 G €RJ S R. -i c 4 so C) The film has been processed and inspected to accepted standards to achieve archival quality. The quality of the individual image is directly related to the color and quality of the original documents. Every effort has been made to obtain the maximum quality, micrographic reproduction of these documents. Camera Operator Ta / r Date Produced Oc f OR ./e- /a a 67.1 1 Month Day Year