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Home My WebLink AboutPermit 4704 - Contel Executone - HVACCITY OF TUKWILA Building Division 6200 Southcenter Boulevard Tukwila, Washington 98188 (206) 433 -1845 Work to be done Site Address Building Use Property Owner Address Contractor Address BUILDING PERMIT HVAC PERMIT # Control # r-1 7o'.-) 87 -113 421 Tukwila Py Sabey Corp 201 Elliott Avenue W. McKinstry Co. P.O. Box 24567 Suite # Tenant Contel Executone Assessors Account # 022300 - 0030 -05 Phone # 281 -8700 Zip 98119 Phone # 628 -5000 Seattl Zip 98124 /0 , Seattle FOR BUILDING PERMIT ONLY S q • Ft. l s t F`T. Office Strorehouages / e Retail Wa Other Occ. Load 2nd F1. `3rd F1. Total Fire Protection: [] Sprinklers E( Detectors Zoning Type of Construction Special Conditions Fees sq. ft. @ 1st F1. $ sq. ft. @ 2nd F1. $ sq. ft. @ other $ sq. ft. @ other $ Total Valuation of Construction $ Bldg. Permit Fee Plan Check Fee Demolition Surcharges Other Other TOTAL 30,000 Receipt #6.g4,S $ 97.00 Receipt # $ Receipt #_ _ $ Receipt # $ N/A Receipt # ,L $ Receipt # $ 24.25 $ 121.25 FOR SIGN PERMIT ONLY [� Permanent Temporary [] Single Face Q Double Face Wall Mounted ['Free Standing Building face Setbacks: Front Side Square Footage of each sign face Special Conditions ❑ Other Side Rear Total square footage of sign IRIS PERMIT BECOMES NULL AND VOID IF WORK OR CONSTRUCTION AUTHORIZED IS NOT COMMENCED WITHIN 180 DAYS, OR IF CONSTRUCTION OR WORK IS SUSPENDED OR ABANUUNEU FUR A PERIOD OF 180 DAYS AT ANY TIME AFTER WORK IS COMMENCED. I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE AND CORRECT. ALL PROVISIONS OF LAWS AND ORDINANCES GOVERNING THIS TYPE OF WORK WILL BE COMPLIED WITH WHETHER SPECIFIED HEREIN OR NOT. THE GRANTING l OF A PERMIT DOES NOT PRESUME TO GIVE AUTHORITY TO Signed VIOLATE "' IJ ROVISIO S OF ANY HER STATE OR LOCAL LAW REGULATING CO�� PERFORMANCE OF CONSTRUCTION. Date LICENSED CONTRACTORS DECLARATION I hereby affirm that I c sed ndd prov sions of he Business and Professions Code, and my 1 cense s in full force and effect. Contractor (signature)��iJy�r� =+�- l - Date �L OWNER - BUILDER.DECLARATION ( ) 1, as owner of the property, or my employees, with wages as their sole compensation, will do the work, and the structure is not intended or offered for sale. ( ) I, as owner of the property, am exclusively contracting with licensed contractor's to construct the project. Owner (signature) Date CITY OF TUKWILA ... Building Division 6200 Southcenter Boulevard Tukwila, Washington 98188 (206) 433 -1845 Work to be done Site Address Building Use Property Owner Address Contractor Addres's s,.., -,� _ Kr^ • ,_ fit... ,._... ■• .. _. -_.- ....��..._..�.._._ BUILDING PERMIT 421 HVAC PERMIT # r'.?', Control # 87 -113 421 Tukwila Py Suite # Assessors Sabey Corn 201 Elliott Avenue W. McKinstry Col. P.O. Box 24567 Tenant Conte! txecutone Account # 022300- 0030 -05 Phone # 281 -870U Zip 98119 Phone # 628 -5000 Or Zip 98;124 r ( j,,I 44 Seattle Seattl FOR BUILDING PERMIT ONLY An(7roved for LssLlanr.e by: 5 q • Ft: Office Storaege/ e War hous Retail Other Occ. Load 1st P1. `2nd Fi . 3rd F1. , Total Fire Protection: E] Sprinklers ❑ Detectors rata. __...._ ......:. . Zoning Type of Construction Fees sq. ft. @ 1st F1. sq. ft. @ 2nd F1. sq. ft. @ other sq. ft. @ other Total Valuation of Construction Bldg. Permit Fee Plan Check Fee Demolition Surcharges Other Other TOTAL 30,000 Receipt #4,. - /, $ 97.00 Receipt # $ 24.25 Receipt # 1 $ Receipt # ( $ N/A Receipt # \,. $ Receipt # k.f $ $ 121.25 Special Conditions FOR SIGN PERMIT ONLY ❑ Permanent D Temporary ❑ Single Face [I Double Face ❑ Wall Mounted ❑ Free Standing ❑ Other Building face Setbacks: Front Side Side Rear Square Footage of each sign face Total square footage of sign Special Conditions 1HI54PERMIT BECOMES NULL ANO VOID IF WORK OR CONSTRUCTION AUTHORIZED IS NOT COMMENCED WITHIN 180 DAYS, OR IF CONSTRUCTION OR WORK 15 SUSPENDED OR ABANDONED FUR A PERIOD OF 180 DAYS AT ANY TIME AFTER WORK IS COMMENCED. I 'fWEBY CERTIFY THAT I HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE AND CORRECT. ALL PROVISIONS OF LAWS AND ORDINANCES GOVERNING THIS TYPE OF WORK WILL BE COMPLIED WITH WHETHER SPECIFIED HEREIN OR NOT. THE GRANTING OF A PERMIT DOES NOT PRESUME TO GIVE AUTHORITY TO VIOLATE 0R '7CAN EL THE PROVISIO S OF ANY 9THER STATE OR LOCAL LAW REGULATING CONSTRUCTION UR_ -TIE PERFORMANCE OF CONSTRUCTION. q / Signed �{ LICENSED CONTRACTORS DECLARATION I hereby affirm that 1 am• -11R sed5-upjde prov sions of he Business and Professions Code, and my license is in full force and effect. Contractor (signature), fb'fi�d?,Ll ?!: Date (/ " OWNER- BUILDER.DECLARATION ( ) 1, as owner of the property, or my employees, with wages as their sole compensation, will do the work, and the structure is not intended or offered for sale. . . of the -- --- ..._..._,.. con tract,__ with .,_.......d contractor's to construct the project. Date i Owner (signature) rttrAtNwsdwew CITY OF TUKWILA Building Division Tukwila,,tWashingtonu198188 (206) 433 -1849 Type of Inspection` il . Site Address '2/ ri /Cc./ Requestor INSPECT '': N RECORD 41-/b g17 a4ormild Date Wanted _/J7_7 �, p.m, P roject( ))/JeJ - Phone # PERMIT # Date Special Instructions Inspection Results /Comments: Inspector Date W , " JOSEPH J. SHUTLER, P.E. Consulting Engineer April 8, 1987 Mr. John Hughes Berkley Structures, Inc. 201 Elliott Ave. W., #407 Seattle, WA 98119 Re: Tenant Improvements for Contel Executone Ebasco Building Tukwila, Washington Dear John, 13401 Bel -Red Road, Suite B10 Bellevue, WA 98005 (206) 643 -6959 I have reviewed the existing roof structure over the office area for the addition of 5 - 700# mechanical units and 1 - 1400# unit. The locations of the units are as indicated on the mechanical drawing M -1, except the 1400# unit has owed to the east and is now located just to the east of line 5 and south of line Q The existing roof structure is capable of supporting these new units; however all edges of the units are to be supported by new steel angles welded between the existing purlins and beams. The 700# units are to be supported on 3x3x3/8 minimum size angles and the 1400# unit is to be supported on 4x4x3/8 angles. If you have any further questions regarding this matter, please contact me. Sincerely, oseph . Shutler, P E. JS:bs cc: Doug Schumacher, Sabey Corp. i.. JOSEPH J. SH fLER ' P.E: JOB i Ir Z. nets E J J � ��✓ Consulting Engineers 13401 Bel-Red Road, Suite B10 Bellevue, WA 98005 (206) 643.6959 SHEET NO S �� c CALCULATED BY i760 OF DATE CHECKED BY DATE SCALE c/46K, i X/6 T/04 gams F; Srdaef 'it AAf 700, /HP . �/ TH €d C di # . /6 d /,, MA-. s IC Pelf . .A.•4, -.. as /s,: Ad e/ EQc/m'im,I'/T yylEIrawi,. . ,adriwzie✓ . is ii, s , s oP/ : f/0-4 . Th/c : a Ate OP : T•f# , she r, , la /z2C&") .577 agald 6. =..... .../0', .. '=") -0915' U116x It. W/ 140. • 0.100 /9. s,6.;.' 44. 0 .,i..r 0, 1r: 18,9 Ib by 12083 44 ,14 y c -' JOSEPH J. SHU'TLER,' P. E: Consulting Engineers 13401 BeI•Red Road, Suite B10 Bellevue, WA 98005 (206) 643 -6959 SOS Csi!'rirt. "car. A R SHEET NO. S•= OF CALCULATED SV r% S• DATE CHECKED BV DATE SCALE C1/E614. W1 7yl4/ P 106)(. 3. "/, .) t(o94l %C8' ) )> ,' 4/7/,16 "`. 1./6w 7. ,f"`cr!rP 8 8 g. I. �I0� P,1° �ry 3A' / /// w i.•I YF D , v.)/ :i Is/ o 1.',04 ✓' r..... p :-.66X, a, ) 40-613."..1 CA ft 31,'92. 3/s2 r .3.04 s • .•. is -7.4 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC ***** MCKINSTRY CO. SEATTLE, WASHINGTON CONTEL EXECUTONE JAN 28 1987 PAGE 2 ******************** BUILDING MASTER DATA (CONTINUED) ********************* GENERAL PROJECT INFORMATION: PROJECT FILE NAME: EXECUTO PROJECT LOCATION: TUKW%LA, WA DEGREES NORTH LATITUDE: 47 DEGREES LONGITUDE: 122 BAROMETRIC PRESSURE: 29.921 TIME ZONE: 8 DAYLIGHT SAVINGS TIME: YES MEAN DAILY TEMPERATURE RANGE: 22 ZONE SENSIBLE SAFETY FACTOR = 10 % ZONE LATENT SAFETY FACTOR = 5 % ZONE HEATING SAFETY FACTOR = 20 % BUILDING OPENS AT 8 AM. BUILD1NG CLOSES AT 6 PM. NUMBER OF UNIQUE ZONES IN THIS PROJECT = 8 BUILDING DEFAULT VALUES: BUILDING DEFAULT CEILING HEIGHT = 9 PEOPLE SENSIBLE LOAD MULTIPLIER = 230 PEOPLE LATENT LOAD MULTIPLIER = 190 FLOOR HEAT LOSS COEFFICIENT = 0.81 LIGHTING ADDED ON A SQUARE FOOTAGE BASIS OF 1.7 WATTS PER 8Q.FT. EQUIPMENT ADDED ON A SQUARE FOOTAGE BASIS OF 0.8 WATTS PER SQ.FT. PEOPLE ADDED ON A SQUARE FOOTAGE BASIS OF 1 PERSON PER 100 SQ. .T. INTERNAL OPERATING LOAD PROFILES: PROFILE HR HR HR HR HR HR HR HR HR HR HR HR HR NUMBER 8 9 10 11 12 13 14 15 16 17 18 19 20 1. 62 66 69 73 75 78 80 82 84 85 32 29 26 2. 65 68 72 74 77 79 81- 83 85 86 88 89 35 3. 53 62 69 74 77 80 83 85 87 89 42 34 28 4. 55 64 70 75 79 81 84 86 88 89 91 92 45 5. 100 100 100 100 100 100 100 100 100 100 100 100 100 6. 100 100 100 100 100 100 100 100 100 100 100 100 100 ALL DESIGN DATA TAKEN FROM THE 1981 ASHRAE HANDBOOK OF FUNDAMENTALS MCKINSTRY MECHANICAL SEATTLE, ESD INC. Co. CONTRACTORS WASHINGTON HVAC PROGRAM BUILDING MASTER DATA DESIGN PARAMETERS: DESIGN OUTDOOR OUTDOOR. INDOOR INDOOR MONTH DRY BULB WET BULB REL. HUM DRY BULB QTY OF TUKWI A MAR 23 9 autumn DEPT, PAGE 1 PROJECT: CLIENT.' DATE: DESIGNER: JANUARY MARCH JULY WINTER GLASS SUMMER TYPES' :U .FACT 50 47 61 49 83 . 67 22 0 50% 50% 50% 50%. 78 78 78 70 WINTER GL. SHD I NT. SHD ROOM U FACT COEFF COEFF CONST 1.040 1.130 0.950 ROOF U ASHRAE. SUSP TYPE FACT ROOF NO "CLG 1. 0.100 2. 0.100 3. 0.200 5 5 YES NO NO 5 WALL U ASHRAE "TYPE GROUP. 0.000 LIGHT ,CONTELE XECU1 ONE MCKINSTRY CO. JAN 28 1987 CGW HUMID.. CORRECTION DIFF FACTOR -29.11 -39.84 1.81 0.00 -46 •-35 -13 B ASS GLASS HEIGHT WIDTH 8.0 1.0 0.167 .. ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC ***** MCKINSTRY CO. SEATTLE, WASHINGTON CONTEL EXECUTONE JAN 28 1987 PAGE 3 ******************** BUILDING MASTER DATA (CONTINUED) ********************* DEFAULT AIR SYSTEM DESCRIPTION: THIS AIR SYSTEM OCCURS 1 TIME(S) THROUGHOUT THE BUILDING LIGHTING: PROFILE # 1 IS U8ED.70% OF LOAD IS APPLIED TO CONDITIONED SPACE EQUIPMENT: PROFILE # 1 IS USED. PEOPLE: PROFILE # 3 IS USED. A CHILLED WATER VAV SYSTEM WITH A DRAW-THRU FAN IS EMPLOYED THE FAN EFFICIENCY IS 50 % A PRESSURE DIFFERENCE OF 1.0 INCHES OF WATER IS SPECIFIED ACROSS THE FAN EXCESS SUPPLY AIR IS ACCOUNTED FOR BY RESERVE CAPACITY EXHAUST AIR 1S NOT ALLOWED TO EXCEED SUPPLY AIR AT THE ZONE LEVEL A LEAVING COIL DRY BULB TEMPERATURE OF 55 DEGREES HAS BEEN SPECIFIED A CHILLED WATER TEMPERATURE DIFFERENCE OF 10.0 DEGREES HAS BEEN SPECIFIED A HOT WATER TEMPERATURE DIFFERENCE OF 20.0 DEGREES HAS BEEN SPECIFIED A SUPPLY DUCT TEMPERATURE RISE OF 0.0 DEGREES HAS BEEN ANTICIPATED A RETURN DUCT TEMPERATURE RISE OF 0.0 DEGREES HAS BEEN ANTICIPATED A MISCELLANEOUS SUPPLY SIDE COIL LOAD OF 0 BTU/HR HAS BEEN SPECIFIED A MISCELLANEOUS RETURN SIDE COIL LOAD OF 0 BTU/HR HAS BEEN SPECIFIED SEASON VENTILATION METHOD INFILTRATION -- METHOD SUMMER 5.00 CFM PER PERSON 0.600 NONE WINTER 5.00 CFM PER PERSON 0.50 AIR CHANGE PER HOUR AIR SYSTEM # 3 DESCRIPTION: THIS AIR SYSTEM OCCURS 1 TIME(S) THROUGHOUT THE BUILDING LIGHTING: PROFILE # 1 IS USED.100% OF LOAD IS APPLIED TO CONDITIONED SPACE EQUIPMENT: PROFILE # 1 IS USED. PEOPLE: PROFILE # 3 IS USED. A CHILLED WATER VAV SYSTEM WITH A DRAW-THRU FAN IS EMPLOYED THE FAN EFFICIENCY IS 50 % A PRESSURE DIFFERENCE OF 1.0 INCHES OF WATER I8 SPECIFIED ACROSS THE FAN EXCESS SUPPLY AIR IS ACCOUNTED FOR BY RESERVE CAPACITY EXHAUST AIR IS NOT ALLOWED TO EXCEED SUPPLY AIR AT THE ZONE LEVEL A LEAVING COIL DRY BULB TEMPERATURE OF 55 DEGREES HAS BEEN SPECIFIED A CHILLED WATER TEMPERATURE DIFFERENCE OF 10.0 DEGREES HAS BEEN SPECIFIED A HOT WATER TEMPERATURE DIFFERENCE OF 20.0 DEGREES HAS BEEN SPECIFIED A SUPPLY DUCT TEMPERATURE RISE OF 0.0 DEGREES HAS BEEN ANTICIPATED A RETURN DUCT TEMPERATURE RISE OF 0.0 DEGREES HAS BEEN ANTICIPATED A MISCELLANEOUS SUPPLY SIDE COIL LOAD OF 0 BTU/HR HAS BEEN SPECIFIED A MISCELLANEOUS RETURN SIDE COIL LOAD OF 0 BTU/HR HAS BEEN SPECIFIED SEASON VENTILATION -- METHOD INFILTRATION -- METHOD SUMMER 5.00 CFM PER PERSON 0.00 NONE ** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC ** MON1NSTRY CO. SEATTLE, WASHINGTON CONTEL EXECUTONE JAN 28 1987 PAGE 4 ************** DETAILED PROJECT ZONE LOAD CALCULATIONS *************** LOAD DESCRIP. 1. 1 UNIT QUAN ROOF 1 1260 N.WALL 1 84 N.8LASB 1 672 LIGHTS 2142.00 EQUIP. 1008.00 FLOOR 84 PEOPLE 12.60 WINTER INFL 95 TOTAL e. 2 LOAD TEMP. FACT. DIFF. PEAK 0.100 0.167 1.040 84% 84% 87% LOAD MULT. SEN. LAT. HEAT HEAT TIME 4 PM JULY 40 4.000 11 1.837 28.809 2.387 3.410 230 190 HT8. HTG. MULT. LOAD 1260 SF. SYS. 1 5040 4.800 6048 154 8.016 673 19359 54.240 36449 4295 2887 0 38.880 3266 2521 2083 51.840 4925 34256 2083 X 1.10 X 1.05 37682 2187 PEAK TIME 5 PM JULY ROOF 1 742 0.100 N.WALL 1 18 0.167 N.8LAS9 1 144 1.040 L%GHTS 1.261.40 85% EQUIP. 594.00 85% FLOOR 18 PEOPLE 7.42 89% WINTER INFL 56 TOTAL 3. TNT 44 4.4690 3265 12 2.004 36 27.769 3999 2.387 ` 2559 3.410 1722 230 190 51361 X 1.20 --~---- 61633 742 SF. SYS. 2 0 1519 1255 51.840 2903 4.800 8.016 54.240 3562 144 7811 38.880 H .700 13100 1255 X 1.10 X 1.05 14410 1318 PEAK TIME 5 PM JULY ROOF 1 8339 0.100 LIGHTS 14176.30 85% EQUIP. 6671.00 85% PEOPLE 83.39 89% WINTER INFL 625 8339 SF. 15120 X 1.20 18144 SYS. 2 44 4.400 ` 36692 4.800 40027 2.387 28763 3.410 19336 0 230 190 17070 14101 51.840 32400 TOTAL 101861 14101 X 1.10 X 1.05 72427 X 1.20 112047 , 14806 66912 ** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC ** MCKINSTRY CO. SEATTLE, WASHINGTON CONTEL EXECUTONE JAN 28 1987 PAGE 5 * * * * * * * * * * * * ** DETAILED PROJECT ZONE LOAD CALCULATIONS * * * * * * ** * ** * * ** LOAD DESCRIP. UNIT QUAN LOAD TEMP. LOAD SEN. LAT. HTG. FACT. DIFF. MULT. HEAT HEAT MULT. HTG. LOAD 4. W1 PEAK TIME 4 PM JULY 2813 SF. SYS. 3 ROOF 3 E. WALL 1 LIGHTS EQUIP. FLOOR PEOPLE WINTER INFL TOTAL 5. W3 ROOF E. WALT_ LIGHTS EQUIP. FLOOR PEOPLE WINTER TOTAL. 6. ROOF LIGHTS EQUIP. PEOPLE WINTER INFL 2813 221 4782. 10 17 28. 13 305 3 164 1 208 278. 80 131.00 16 1.64 INFL 18 TOTAL 918 1560.60 734. 00 9.18 99 0. 200 0.167 84% 84% 87% 51 10.200 28693 9.600 27005 16 2.672 591 8.016 1772 3.410 13698 3.410 6445 0 38.880 661 230 190 5629 4650 51.840 15811 55056 4650 45249 X 1.10 X 1.05 X 1.20 60562 4883 54299 PEAK TIME 4 PM JULY 0. 200 0.167 84/ 84% 87% 51 10.200 16 2. 672 3. 410 3. 410 230 190 . 1673 556 799 375 164 SF. SYS. 3 9.600 1574 8.016 1667 0 38. 880 328 271 51. 840 3731 271 X 1.10 X 1.05 4104 285 PEAK TIME 4 PM JULY 0. 200 84% 84% 87Y. 51 10.200 3.410 3. 410 230 190 9364 4470 2102 1837 622 933 4796 X 1.20 5755 918 SF. SYS. 3 9.600 8813 0 1517 51..840 17773 1517 X 1.10 X 1.05:' 5132. 13945 X 1.20 ** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC ** MCKINSTRY CO. SEATTLE, WASHINGTON CONTEL. EXECUTONE JAN 28 1587 PAGE 6 * * * * * * * * * * ** ** DETAILED PROJECT ZONE LOAD CALCULATIONS * * * * * * * * * * * * * ** LOAD UNIT LOAD TEMP. LOAD SEN. LAT. HTG. HTG. DESCRIP. MAN FACT. DIFF. MULT. HEAT HEAT MULT. LOAD 7. PLENUM 1 PEAK TIME 4 PM JULY 0 SF. SYS. ROOF 2 1260 0.100 51 5.100 6426 4.800 6048 N. WALL 1 336 0.167 11 1.837 617 8.016 2693 LIGHTS 2142.00 84% 1.023 1841 TOTAL 8884 0 8741 X 1.10 X 1.05 X 1.20 9772 0 10489 8. PLENUM INT PEAK TIME 4 PM JULY 0 SF. SYS. 2 ROOF 9081 0.100 51 5.100 46313 4.800 43589 N. WALL 1 72 0.167 11 1.837 132 8.016 577 LIGHTS 15438.00 84% 1.023 13266 59711 0 X 1.10 X 1.05 44166 X 1.20 • « w l 'k'w . . L. • •. • .. .. * * * ** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC * * * ** MC$< I NSTRY CO. SEATTLE, WASHINGTON CONTEL EXECUTONE JAN 28 1987 PAGE 7 * * * * * * * * * * * * * * * * * * * * * ** ZONE SUMMARY OF SYSTEM 1 * * * * * * * * * * * * * * * * * * * * * * * ** SON ABBREV. PEAK TIME FLOOR SENSIBLE HEATING VENT INFL EXH SUPPLY CFM NO. DESCRIP AND MONTH AREA LOAD LOAD CFM CFM CFM CFM /SF 1 1 7 PLENUM 4 PM JUL 1260 37682 61633 63 0 4 PM JUL 0 977E 10489 0 1260 47454 72 122 63 ZONE PEAK TOTALS * O 1835 1.5 O 0 0.0 O 1835 1.5 MONTHLY AND HOURLY * JANUARY * HOUR ZONE. SEN 8 AM 9 AM 10 AM 11 AM 12 AM 1 PM 2 PM 3 PM 4 PM 5 PM 6 PM 7 PM 8 PM -28715 r2532 J�3G "'G 1 -21753 -17135 -13736 -.9447 -7030 -5024 -4418 -4458 -11133 0 0 MARCH ZONE. SEN SYSTEM ZONE SENSIBLE LOAD PROFILE * JULY NOT USED NOT USED NOT USED * ZONE. SEN ZQNE. SEN ZONE. SEN ZONE.SEN * -15193 -11238 -7178 -1999 1752 6321 8877 10885 11281 11240 4916 0 0 8815 13388 17988 23783 27920 32799 35510 37518 37682 37641 31704 0 0 O O O 0 O 0 0 0 O 0 0. 0 0 0 0 O .0 O 0 0 0 0 0 0 0 O O O 0 0 0 0 0 0 0 0 0 0 * ** ** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC * * * ** MCI: I NSTRY CO. SEATTLE, WASHINGTON CONTEL EXECUTONE JAN 28 1987 PAGE 8 * * * * * * * * * * * * * * * * * * ** TOTAL LOAD SUMMARY OF AIR SYSTEM 1 * * * * * * * * * * * * * * * * ** SYSTEM TYPE: CHILLED WATER WITH VAV TERMINALS SUPPLY AIR FAN: DRAW -THRU WITH PROGRAM ESTIMATED HORSPOWER OF 0.6 HP. FAN INPUT: 50% COMBINED FAN & MOTOR EFF. WITH 1.0 IN. WATER ACROSS THE FAN SENSIBLE HEAT RATIO: 0.95 -- THIS SYSTEM OCCURS 1 TIME(S) IN THE BUILDING SYSTEM 1 PEAKS IN JULY AT 4 PM OUTSIDE TEMP IS 82 INSIDE TEMP IS 78 SUMMER: VENT CONTROLS OUTSIDE AIR - - -- WINTER: VENT CONTROLS OUTSIDE AIR WINTER VENT AIR LOAD = WINTER EXH AIR LOAD WINTER INFIL AIR LOAD = TOTAL. ZONE HEATING LOAD = TOTAL SYSTEM HEATING LOAD = 3,266 BTU /HR 0 BTU /HR 5,910 BTU/HR 66,212 BTU /HR 75,388 BTU /HR 63 CFM) O CFM) 95 CFM) * * ** ALL COOLING LOADS BELOW WERE COMPUTED AT THE 'AIR SYSTEM PEAK TIME * * ** SUMMER VENT SENSIBLE GAIN EXHAUST AIR SENSIBLE GAIN SUMMER INFL SENSIBLE GAIN TOTAL ZONE SENSIBLE GAIN TOTAL PLNM SENSIBLE GAIN ZONE LOAD SEN SUBTOTAL DRAW --THRU FAN SEN GAIN BLOW -THRU FAN SEN GAIN MCL SUP. S I DE COIL GAIN MCL RET.SIDE COIL GAIN SUPPLY DUCT HEAT GAIN RETURN DUCT HEAT GAIN AIR HANDLING SUBTOTAL, _ _ TOTAL. SYSTEM SENSIBLE GAI = SUMMER VENT LATENT GAIN EXHAUST AIR LATENT GAIN SUMMER INFL LATENT GAIN TOTAL ZONE LATENT GAIN 277 BTU /HR O BTU /HR O BTU /HR 37,682 BTU /HR 9,772 BTU /HR 1,465 BTU /HR O BTU /HR O BTU /HR O BTU /HR O BTU /HR O BTU /HR 49,196 BTU /HR 148 BTU /HR ( -- 0 BTU /HR 0 BTU /HR -- 2, 187 BTU /HR TOTAL SYSTEM LATENT GAIN = TOTAL SYSTEM COOLING LOAD = INTERNAL LOADS SUMMARY: 2142 WATTS OF LIGHTING, . TOTAL SYSTEM SUPPLY AIR TOTAL CONDITIONED AIR SPACE SUPPLY AIR CFM /SQ. F.T. TONNAGE PER SO- FT TOTAL TONNAGE REQUIRED FOR AIR SYSTEM 2,335 BTU /HR 51, 531 BTU /HR • = • _ 63 CFM) O CFM) O CFM) = 47,731 BTU /HR = 1, 465 BTU /HR 63 CFM) O CFM) O CFM) 1008 WATTS OF EQUIP, AND 12.0 PEOPLE 1,835 CFM .BASED. ON 19.4 DT 1,260 SQ.FT. 1.4563 0.0034 1 WITH OUTSIDE AIR = 4.29 TONS ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC ***** MCK1NSTRY CO. SEATTLE, WASHINGTON CONTEL EXECUTONE JAN 28 1987 PAGE 9 ****************** PSYCHROMETRIC ANALYSIS FOR SYSTEM 1 ******************* SYSTEM LOAD ANALYSIS LEAVING COIL CONDITION DRAW-THRU FAN MISC LOAD ON SUPPLY SIDE SUPPLY AIR DUCT ZONE LOADS LATENT GRAINS SENSIBLE TEMP CFM 70.870 2,187 1.753 58.605 1,465 0.726 69 O 0.000 0 O 0.000 0 37,682 18.669 1,766 ZONE CONDITION RETURN AIR DUCT RETURN AIR PLENUM MISC LOAD ON RETURN SIDE VENTILATION AIR 63 CFM BLOW-THRU FAN 2,187 72.622 148 0.121 39,147 78.000 1,835 O 0.000 9,772 4.841 O 0.000 277 0.137 O 0.000 ENTERING COIL CONDITION 2,335 72.743 49,196 82.979 1,835 LVB. COIL DB SPECIFIED WAS NOT POSSIBLE. A LVG. COIL %RH OF 95 WAS USED. GENERAL PSYCHROMETRIC EQUATIONS USED IN ANALYSIS: PR = (BAROMETRIC PRESSURE OF SITE / STANDARD ASHRAE PRESSURE OF 29.921) TSH = PR X 1.10 X CFM X (DB.ENTERING - DB.LEAVING) TLH = PR X 0.68 X CFM X (8RA1NS.ENTER1N8 - BRAINS.LEAV2NB) GTH = PR X 4.50 X CFM X (ENTHALPY.ENTER1NG - ENTHALPY.LEAVING) TSH = 1.000 X 1.10 X 1,835 X ( 82.979 - 58.605 ) = TLH = 1.000 X 0.68 X 1,835 X ( 72.743- 70.870 ) = GUM = GTH = 1.000 X 4.50 X 1,835 X ( 31.135 - 24.889 ) = TOTAL SYSTEM LOAD = CHILLED-HOT WATER FLOW RATES: COOLING GPM = 51,577 / ( 10.0 X 500 ) HEATING GPM = 75,388 / ( 20.0 X 500 ) = =• 49,196 BTU/HR 2,338 BTU/HR 51,534 BTU/HR 51,577 BTU/HR 51,531 BTU/HR 10.3 GAL/MIN 7.5 GAL/MIN ENTERING COOLING COIL CONDITIONS: ENTERING HEATING COIL CONDITIONS: DRY BULB TEMPERATURE = 82.98 WET BULB TEMPERATURE = 66.37 RELATIVE HUMIDITY = 0.42 ENTHALPY = 31.13 BTU/LBM DRY BULB TEMPERATURE = 68.35 LEAVING COOLING COIL CONDITIONS: LEAVING HEATING COIL CONDITIONS: DRY BULB TEMPERATURE = 58.61 WET BULB TEMPERATURE = 57.66 RELATIVE HUMIDITY = 0.95 ENTHALPY = 24.89 BTU/LBM DRY BULB TEMPERATURE = 106.39 • • • •, ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC ***** ' SEATTLE, MCKINSTRY CO. ' WASHINGTON CONTEL EXECUTONE JAN 28 1987 PAGE 10 *********************** ZONE SUMMARy OF SYSTEM 2 ************************* ` SQN ABBREV. PEAK TIME FLOOR SENSIBLE HEATING VENT INFL EXH SUPPLY CFM NO. DESCRIP AND MONTH AREA LOAD LOAD CFM CFM CFM CFM /SF 2 2 5 PM JUL 742 • 3 %NT 5 PM JUL 8339 8 PLENUM 4 PM JUL 0 14410 112047 65682 18144 37 0 0 888 0.9 86912 417 0 0 5196 0.6 52999 0 0 0 0 0.0 ZONE PEAK TOTALS 9081 * 192139 • 158055 454 0 0 5864 0.6 MONTHLY AND HOURLY SYSTEM ZONE SENSIBLE LOAD PROFILE * * JANUARY MARCH * HOUR ZONE.SEN ZONE.SEN JULY NOT USED NOT USED NOT USED * ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN * 8 AM 9 AM 10 AM 11 AM 12 AM 1 PM 2 PM 3 PM 4 PM 0 PM 6 pm 7 PM 8 PM 6707 14009 23154 33702 /431,99 54514 64768 73743 80480 85452 38687 0 0 20265 27688 36937 47608 57178 68556 7883' 87816 94506 99478 52786 '0 m 46730 54286 636i�3 74451 84105 .95548 :1(B5865 414842 121483 126457. 79848 0 69� 0 O O 0 0 0 0 0 0 ' O O `/� * * * ** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC * * * ** MCKINSTRY CO. SEATTLE, WASHINGTON CONTEL EXECUTONE JAN 28 1987 PAGE 11 * ***•** ********•*** *gat• TOTAL LOAD SUMMARY OF AIR SYSTEM 2 * * * * * * * * * * * * * * * * ** SYSTEM TYPE: CHILLED WATER WITH VAV TERMINALS SUPPLY AIR FAN: DRAW —THRU WITH PROGRAM ESTIMATED HORSPOWER OF 1.8 HP. FAN INPUT: 50% COMBINED FAN & MOTOR EFF. WITH 1.0 IN. WATER ACROSS THE FAN SENSIBLE HEAT RATIO: 0.89 -- THIS SYSTEM OCCURS 1 TIMES) IN THE BUILDING SYSTEM 2 PEAKS IN JULY AT 5 PM OUTSIDE TEMP IS 81 INSIDE TEMP IS 78 SUMMER: VENT CONTROLS OUTSIDE AIR --- -- WINTER: VENT CONTROLS OUTSIDE AIR WINTER VENT AIR LOAD — WINTER EXH AIR LOAD WINTER INFIL AIR LOAD — TOTAL. ZONE HEATING LOAD — TOTAL SYSTEM HEATING LOAD = 23,535 BTU /HR O BTU /HR 42, 364 BTU /HR ( 115,691 BTU /HR 181,590 BTU /HR 454 CFM) O CFM) 681 CFM) * * ** ALL COOLING LOADS BELOW WERE COMPUTED AT THE AIR SYSTEM PEAK TIME * * ** SUMMER VENT SENSIBLE GAIN EXHAUST AIR SENSIBLE GAIN = SUMMER INFL. SENSIBLE GAIN = TOTAL ZONE SENSIBLE GAIN = TOTAL PLNM SENSIBLE GAIN = ZONE LOAD SEN SUBTOTAL DRAW —THRU FAN SEN GAIN BLOW —THRU FAN SEN GAIN — MCL. SUP. SIDE COIL GAIN = MCL RET.SIDE COIL GAIN SUPPLY DUCT HEAT GAIN RETURN DUCT HEAT GAIN AIR HANDL I NG SUBTOTAL TOTAL SYSTEM SENSIBLE GAI = SUMMER VENT LATENT GAIN -- EXHAUST AIR LATENT GAIN SUMMER INFL LATENT GAIN TOTAL ZONE LATENT GAIN 1,498 BTU /HR O BTU /HR O BTU /HR 126,457 BTU /HR 63,872 BTU /HR 4,683 BTU /HR O BTU /HR O BTU /HR O BTU /HR O BTU /HR O BTU /HR 196,510 BTU /HR 1,573 BTU /HR O BTU /HR O BTU /HR 16, 124 BTU /HR TOTAL SYSTEM LATENT GAIN TOTAL SYSTEM COOLING LOAD = INTERNAL LOADS SUMMARY: 15437 WATTS OF LIGHTING, TOTAL SYSTEM SUPPLY AIR TOTAL CONDITIONED AIR SPACE SUPPLY AIR CFM/SQ.FT. TONNAGE PER SQ.FT 17,697 BTU /HR 214,207 BTU /HR 454 CFM) O CFM) O CFM) — 1911 827 BTU /HR 454 CFM) O CFM) O CFM) 7265 WATTS OF EQUIP, AND 5,864 CFM 9, 081 SQ. FT. • 0.6458 0. 0020 4, 683 BTU /HR 90.0 PEOPLE BASED ON 20.3 DT TOTAL TONNAGE REQUIRED FOR AIR SYSTEM 2 WITH OUTSIDE AIR = 17.85 TONS ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC ***** MCKINSTRY CO. SEATTLE, WASHINGTON CONTEL EXECUTONE JAN 28 1987 PAGE 12 ****************** PSYCHROMETRIC ANALYSIS FOR SYSTEM 2 ******************* SYSTEM LOAD ANALYSIS LATENT GRAINS SENSIBLE TEMP CFM LEAVING COIL CONDITION DRAW-THRU FAN MISC LOAD ON SUPPLY SIDE SUPPLY AIR DUCT ZONE LOADS ZONE CONDITION RETURN AIR DUCT RETURN AIR PLENUM MISC LOAD ON RETURN SIDE VENTILATION AIR 454 CFM BLOW-THRU FAN 68.493 16,124 4.043 16,124 72.536 57.670 4,683 0.726 O 0.000 O 0.000 126,457 19.604 1,573 0.010 131,140 78.000 O 0.000 63,872 9.902 O 0.000 1,498 0.232 O 0.000 209 0 0 5,655 5,864 ENTERING COIL CONDITION 17,697 72.546 196,510 88.134 5,864 LVG. COIL DB SPECIFIED WAS NOT POSSIBLE. A LVG. COIL %RH OF 95 WAS USED. GENERAL PSYCHROMETRIC EQUATIONS USED IN ANALYSIS: PR = (BAROMETRIC PRESSURE OF SITE / STANDARD ASHRAE PRESSURE OF 29.921) TSH = PR X 1.10 X CFM X (DB.ENTERINB - DB.LEAVING) TLH = PR X 0.68 X CFM X (BRA2NS.ENTERINB - GRAINS.LEA\/%NG) GTH = PR X 4.50 X CFM X (ENTHALPY.ENTERING- ENTHALPY.LEAVIN8) TSH = 1.000 X 1.10 X 5,864 X ( 88.134 - 57.670 ) = TLH = 1.000 X 0.68 X 5,864 X ( 72.546 - 68.493 ) = SUM = GTH = 1.000 X 4.50 X 5,864 X ( 32.365 - TOTAL SYSTEM LOAD CHILLED-HOT WATER FLOW RATES: COOLING GPM = 212,904 / ( 10.0 X 500 ) HEATING GPM = 181,590 / ( 20.0 X 500 ) ENTERING COOLING COIL CONDITIONS: DRY BULB TEMPERATURE = 88.13 WET BULB TEMPERATURE = 67.90 RELATIVE HUMIDITY = 0.35 ENTHALPY = 32.37 BTU/LBM LEAVING COOLING COIL CONDITIONS: DRY BULB TEMPERATURE = 57.67 WET BULB TEMPERATURE = 56.74 RELATIVE HUMIDITY = 0.95 ENTHALPY = 24.3 TU/LBM 24.297 ) = = = = 196,510 BTU/HR 16,163 BTU/HR 212,673 BTU/HR 212,904 BTU/HR 214,207 BTU/HR 42.6 GAL/MIN 18.2 GAL/MIN ENTERING HEATING COIL CONDITIONS: DRY BULB TEMPERATURE = 66.28 LEAVING HEATING COIL CONDITIONS: DRY BULB TEMPERATURE = 94.96 * * * ** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC * * * ** MCKTNSTRY CO. CONTEL EXECUTONE * * * * * * * * ** * * * * * * * * * * * ** JAN 28 1987 ZONE SUMMARY OF SYSTEM SEATTLE, WASHINGTON PAGE 13 * * * * * * * * * * * * * * * * * * * * * * * ** SGIN AB }3REV. PEAK TIME FLOOR SENSIBLE HEATING VENT INFL EXH SUPPLY CFM NO. DESCRIP AND MONTH AREA LOAD LOAD CFM CFM CFM CFM /SF 4 W1 4 PM JUL 2813 60562 54299 141 0 0 2905 1.0 5 W3 4 PM JUL 164 4104 5755 8 0 0 197 1.2 6.W2 4 PM JUL 918 19550 16734 46 0 0 938 1.0 ZONE PEAK TOTALS 3895 84216 76788 195 0 0 4040 1.0 MONTHLY AND HOURLY SYSTEM ZONE SENSIBLE LOAD PROFILE * * JANUARY MARCH JULY NOT USED NOT USED NOT USED * * HOUR ZONE.SEN ZONE.SEN • ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN * 8 AM -14037 -3746 16836 0 0 0 9 AM -4284 6007 26593 0 0 0 10 AM 7005 17299 37880 0 0 0 11 AM 17992 28284 48864 0 0 0 12 AM 28513 38799 59386 0 0 0 1 PM 37918 48210 68796 0 0 0 2 PM. 45642 55934 76516 0 0 0, 3 PM 51632 61924 82509 0 0 0 4 PM 53337 63631 84216 0 0 0 5 PM 52030 62322 82905 0 0 0 6 PM 23520 33812 54394 0 0 0 7 PM .0 0 0 0 0 ,0 8 PM 0 0 0 0 0 0 •* * *•*•* COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC * * * ** MCKINSTRY CO. SEATTLE, WASHINGTON CONTEL EXECUTONE JAN 28 1987 PAGE 14 ******************** TOTAL LOAD SUMMARY OF AIR SYSTEM 3 *** *•* *** * * * * ** * * ** SYSTEM TYPE: CHILLED WATER WITH VAV TERMINALS SUPPLY AIR FAN: DRAW --THRU WITH PROGRAM ESTIMATED HORSPOWER OF 1.3 HP. FAN INPUT: 50% COMBINED FAN & MOTOR EFF. WITH 1.0 IN. WATER ACROSS THE FAN SENSIBLE HEAT RATIO: 0.93 -- THIS SYSTEM OCCURS 1 TIME(S) IN THE BUILDING SYSTEM 3 PEAKS IN JULY AT 4 PM OUTSIDE TEMP IS 82 INSIDE TEMP IS 78 SUMMER: VENT CONTROLS OUTSIDE AIR --- -- WINTER: VENT CONTROLS OUTSIDE AIR WINTER VENT AIR LOAD WINTER EXH AIR LOAD WINTER INFIL RIR LOAD TOTAL ZONE HEATING LOAD TOTAL. SYSTEM HEATING LOAD 10, 109 BTU /HR O BTU /HR 26, 252 BTU /HR 50,536 BTU /HR 86, 897 BTU /HR 195 CFM) O CFM) 422 CFM) **** ALL COOLING LOADS BELOW WERE COMPUTED AT THE AIR SYSTEM PEAK TIME •*• * ** SUMMER VENT SENSIBLE GAIN = EXHAUST AIR SENSIBLE GAIN = SUMMER INFL. SENSIBLE GAIN = TOTAL ZONE SENSIBLE GAIN TOTAL PLNM SENSIBLE GAIN = ZONE LOAD SEN SUBTOTAL DRAW -THRU FAN SEN GAIN _. BLOW-THRU FAN SEN GAIN MCL SUP. SIDE COIL. GAIN MCL RET. SIDE COIL GAIN SUPPLY DUCT HEAT GAIN RETURN DUCT HEAT GAIN FAIR HANDLING SUBTOTAL_ _ TOTAL SYSTEM SENSIBLE GAI = SUMMER VENT LATENT GAIN EXHAUST AIR LATENT GAIN SUMMER INFL LATENT GAIN TOTAL ZONE LATENT" GAIN = _ 857 BTU /HR O BTU /HR O BTU /HR 84, 216 BTU /HR O BTU /HR 3,226 BTU /HR O BTU /HR O BTU /HR O BTU /HR O BTU /HR O BTU /HR 88,299 BTU /HR 458 BTU /HR O BTU /HR ( O BTU /HR 6,761 BTU /HR TOTAL. SYSTEM LATENT GAIN TOTAL SYSTEM COOLING LOAD = INTERNAL. LOADS SUMMARY: 6620 WATTS OF LIGHTING, TOTAL SYSTEM SUPPLY AIR TOTAL CONDITIONED AIR SPACE SUPPLY AIR CFM /SQ. FT. TONNAGE PER SQ.FT 7,219 BTU /HR 95,518 BTU /HR 195 CFM) O CFM) O CFM) 85,073 BTU/HR 195 CFM) O CFM) O CFM) 3,226 BTU /HR 3115 WATTS OF EQUIP, AND 38.0 PEOPLE 4, 039 CFM 3,895 SQ. FT. 1.0370 0.0020 TOTAL TONNAGE REQUIRED FOR AIR SYSTEM 3 WITH OUTSIDE AIR • BASED ON 19.7 DT 7.96 TONS * * * ** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC * * * ** MCK I NSTRY CO. SEATTLE, WASHINGTON CONTEL EXECUTONE JAN 28 1987 PAGE 15 *• * * ** *•x• * * ** * * * * * ** PSYCHROMETRIC ANALYSIS FOR SYSTEM 3 * * * ** *• * * ** * * * * * * ** SYSTEM LOAD ANALYSIS LATENT GRAINS SENSIBLE TEMP CFM LEAVING COIL. CONDITION DRAW -THRU FAN MISC LOAD ON SUPPLY SIDE SUPPLY AIR DUCT ZONE LOADS ZONE CONDITION RETURN AIR DUCT RETURN AIR PLENUM MISC LOAD ON RETURN SIDE VENTILATION AIR 195 CFM BLOW -THRU FAN 70.134 6,761 2.462 58.319 3,226 0.726 149 O 0.000 0 O 0.000 0 84,216 18.955 3,890 6,761 72.596 458 0. 171 87,442 78.000 4,039 O 0.000 O 0.000 O 0.000 857 0. 193 O 0.000 ENTERING COIL CONDITION 7,219 72.767 88,299 78.193 4,039 LVG. COIL DB SPECIFIED WAS NOT POSSIBLE. A LVG. COIL %RH OF 95 WAS USED. GENERAL PSYCHROMETRIC EQUATIONS USED IN ANALYSIS: PR -_ (BAROMETRIC PRESSURE OF SITE / STANDARD ASHRAE PRESSURE OF 29.921) TSH = PR X 1.10 X CFM X (DB. ENTERING •- DB. LEAVING) TLH = PR X 0.68 X CFM X (GRAINS.ENTERING GRAINS.LEAVING) OTH = PR X 4.50 X CFM X (ENTHALPY.ENTCRING - ENTHALPY.LF_AVING) TSH = 1.000 X 1.10 X 4,039 X ( 78.193 - 58.319 ) = 88,299 BTU /HR TLH = 1.000 X 0.68 X 4,039 X ( 72.767 •- 70.134 ) = 7,231 BTU /HR SUM == 95,530 BTU /HR GTH = 1.000 X 4.50 X 4,039 X ( 29.968 - 24.706 ) = 95,641 BTU /HR TOTAL SYSTEM LOAD = 95,518 BTU /HR CHILLED -HOT WATER FLOW RATES: COOLING GPM = 95,641 / ( 10.0 X 500 ) 19.1 GAL /MIN HEATING GPM = 86,897 / ( 20.0 X 500 ) = 8.7 GAL/MIN ENTERING COOLING COIL CONDITIONS: ENTERING HEATING COIL CONDITIONS: DRY BULB TEMPERATURE = 78.19 WET BULB TEMPERATURE = 64.86 RELATIVE HUMIDITY = 0.49 ENTHALPY = 29.97 BTU /LBM DRY BULB TEMPERATURE = 67.68 LEAVING COOLING COIL CONDITIONS: LEAVING HEATING COIL CONDITIONS: DRY BULB TEMPERATURE = 58.32 WET BULB TEMPERATURE = 57.38 RELATIVE HUMIDITY - 0.95 ENTHALPY = 24.71 BTU /LBM DRY BULB TEMPERATURE = 87.60 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC ***** MCK%NSTRY CO. SEATTLE, WASHINGTON CONTEL EXECUTONE JAN 28 1987 PAGE 16 *********************** TOTAL BUILDING LOAD SUMMARY ********************* BUILDING PEAKS IN JULY AT 5 PM THIS SUMMARY ACCOUNTS FOR ALL ACTIVE ZONES IN THE PROJECT OUTSIDE AIR QUANTITY (CFM) % OF TOT SUP AIR SENSIBLE BTU LATENT BTU SUMMER VENT AIR = SUMMER INFL AIR = PRE-COOLED AIR = 712 0 0 6.066% 0.000% 0.000% 2,350 0 0 2,488 0 0 TOTAL SUMMER AIR= 712 6.066% 2,350 2,468 WINTER VENT AIR = WINTER INFL AIR = PRE-HEATED AIR = TOTAL WINTER AIR= 712 1,198 0 1,910 6.066% 10.206% 0.000% 16.272% TOTAL ZONE HEATING LOAD LESS INFIL TO ZONES = TOTAL BUILDING HEATING LOAD 36,910 74,526 0 111,436 232,439 = • 343,875 * MONTHLY AND HOURLY PROJECT ZONE SENSIBLE LOAD PROFILE * JANUARY * HOUR ZONE.SEN MARCH ZONE.BEN 8 AM 9 AM 10 AM 11 AM 12 AM 1 PM 2 PM 3 PM 4 PM 5 PM 6 PM 7 PM 8 PM -36045 -15596 8406 34559 57976 82985 103380 120351 129399 133024 51074 0 0 JULY NOT USED NOT USED NOT USED * ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN * 1326 22457 47058 73893 97729 123087 143647 160625 169418 173040 91514 0 60 • 72381 94267 • 119521 147098 171411 197143 217891 234869 243381 247003 165946 • 0 0 O 0 0 � � 0 0 0 0 0 O 0 O 0 0 0 0 0 � 0 0 @ 0 0 0 0 0 0 0 0 0 0 0 0 � 0 0 0 0 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC ***** MCKINSTR^/ CO. SEATTLE, WASHINGTON CONTEL EXECUTONE JAN 28 1987 PAGE 17 *********************** TOTAL BUILDING LOAD SUMMARY ********************* BUILDING PEAKS IN JULY AT 5 PM LOAD DESCRIP ` QUANTITY UNITS % OF BLD LOAD SENSIBLE BTU LATENT BTU ROOF WALL GLASS SKIN LOADS 24,577 SQ.FT 939 SQ.FT 816 S0.FT 41.058% 0.619% 6.925% 147,777 2,227 24,925 26,332 SQ.FT 48.602% 174,929 PEOPLE 142 LIGHTING 24,201 WATTS EQUIPMENT 11,388 WATTS PPL-LGHT~EQUIP PARTITION 0 SQ.FT INFL AIR 0 CFM VENT AIR 712 CFM PRE-TREATED AIR 0 CFM DRAW-THMU FAN LOADS BLOW-THRU FAN LOADS MCL SUPPLY SIDE COIL LOADS MCL RETURN SIDE COIL LOADS SUPPLY DUCT LOADS RETURN DUCT LOADS REHEAT RESERVE CAPACITY TOTAL BUILDING SENSIBLE & LATENT LOADS - TOTAL PROJECT SUMMARY % OF TOTAL BUILDING OUTSIDE AIR VENT LOADS TOTAL BUILDING PRE-COOLED AIR LOADS TOTAL BUILDING OUTSIDE AIR INFL LOADS TOTAL BUILDING ZONE LOADS TOTAL BUILDING PLENUM LOADS TOTAL BUILDING AIR HANDLING LOAD 47.455% 0.000% 0.0@03/4 1.339% 0.000% 2.6604% 0.O00% 0,000"/. 0.000� O. 000% 0.000� @.000% 0.000%' 100.000% BLD LOAD 1.339% 60.000% 0.000% 75.649% 269.408% 2.804% TOTAL BUILDING SENSIBLE AND LATENT LOADS 100.000% TOTAL BUILDING COOLING LOAD = TOTAL CONDITIONED AIR SPACE = TOTAL BUILDING SUPPLY AIR CFM = 359,925 145,526 0 0 2,350 0 9,374 0 0 0 0 0 0 0 332,179, £5,278 0 2,468 N SENSIBLE BTU LATENT BTU 2,35p 0 ' 0 247,00)2 73,453 9,374 2,468 0 0 25,278 332,179 27,746 BTU/HR 14,236 SQ.FT 1iv738 SUPPLY AIR CFM/SQ.FT. OF CONDITIONED SPACE SQ.FT OF CONDITIONED #%R SPACE PER TON TONNAGE PER SQ.FT OF CONDITIONED AIR SPACE TONNAGE REQUIRED WITH OUTSIDE AIR CFM = 0.8245 CFM/SQ.FT = 474.6322 SQ.FT/TON = 0.0021 TONS/SQ.FT = 29.99 TONS t —2-‘,. CITY OF TUKWILA V21.bs\ Building Division t 6200 Southcenter Boulevard MECHANICAL PERMIT APPLICATION itsila, Washington "188 `�,� (206) 433 -1845 CONTROL# S711'6- z/ 1 K cost-A q4z,< 4(7)4 Q Site Addres Suite# Floor# Project Name/Tenail CorcTTL aXECU Tot E Valuation of work .30) 06e)(2.51 Assessors Account # ova 30 0 " 00 30 "as' Property Owner.£ Y CAA Phone a .2•/ - s 7Q O Address l EILzOrr 14Ve . Li..4 9f�f L C Zip 9g // Applicant K a� Phone ° S Q 0 P Al Wt � '� Co. Co�B O Address p..0, 34, )( tp.0 Sip 7 5477E Zip �/4117 t.q beet/Engineer me K r.4.1STa a, , Phone 76,42 -33/ Address gss Igo. s1 T4 Sr 5E41 7740 Zip gvol ' contractor MeK is1? Y 4), License# /11CK f' 32,;40 Phone j (PEP. S' eV 6 Address F?a. 130 o• Lis 6;7 sa4rfze Zip erg /e7C,i done C rot Describe work to be i}VA. 77.z . 41,17.67_ free etor/E ---r If .' i u' 5 it 1 . .rarit 5 Indicate the type of equipment to be installed, rating /size of equipment, and number of each: TYPE RATING /SIZE NUMBER ficArr tvAP 5 —Tore 4/ 4'1,o0 f oi/ //� 3 w I /// q/ 6-) 1 , T e 7VA- TI / I/,.. CEv. ,E.0.1441.461" Fi4 -ir! 3O o CAI)/ 0 0 Tw;,(2) sets of plans must be submitted meeting the application requirements of Section 302(b) and (c), 1985 Uniform Mechanical Code. Roof -top equipment work requires submission of building elevations. I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED CORRECT AND THAT I HAVE THE PROPERTY OWNER'S Applicant /Authorized Agent (signature) THIS APPLICATION AND KNOW THE SAME TO BE TRUE AND AUT ORIZATION TO DO THIS WORK. v 7 Date 3'e2e/ -O P 7 (print name) Jy\. MO6, 4 5 Contact Person (please print) Phone 7'6,2 -3311 OFFICE USE ONLY FEES: Basic Permit Fee (000/322.100) $ J', oO Receipt# /6) 65— Date Paid A4-17 y7 Unit Fee (000/322.100) B ,9, Receipt# Date Paid Plan Check Fee (000/345.830) r2W, 5' Receipt# Date Paid I Other ( / ) Receipt# Date Paid lI TOTAL S 25 (OWES: $ '9,),2-6 ) 1 TRACKING DEPT. DATE IN DATE 1 T COME S BLDG t,i /'V�� u/1 x,61 Approve, or ssuanc:y(J /,_— 1/4-41 .1L ., '. • .. - c.' ' , , -/ - 8 PLNG approves nitia s iri4M:ry�pan ,;�sa 8 fa fil.P.,YJ.L>t!L CAPACITY RgMARKS HP -1 Oownflow packaged heat pump 47.8 M13H sdns, 00 1109 5 ton nominal, 70O lbs oper. 2000 CFM @hi speed tap wt. 0.73° ai.g. EER 8:10, SEER 9.05 480 3 0 45 MCA eased on Trane BWC60G400A * 45 MOP field assembled roof curb, 25% manual' fresh air inlet, single source power entry kit, supplementary 20 KW'htr 1420 HP -2, HP -3, HP-4 HP -5 Downflow packaged heat pump- 23.5 MBH sens. taol'fng 480 3 0 3 ton nominal • 1200 CFM @ hi speed tap 0.25" w.g. EER 85, SEER 9.4 HP -6 Downflow packaged heat pump- 64 MBH lens, cooling 480 3 T -1/2 ton nominal 3000 CFM @ 0,48" w:g. 6001-pm, ,pUlley 1 turn open, EER 8.9 *NOTE: 30 MCA She as HP -1 except supplementary 35 MOP 10 KW htr 1410 18 MCA Based on Trane 8WC036C400C downflow 30 MOP plenum and roof curb, 25% manual fresh air inlet, single source power entry kit, special heater enclosure, supplementary 5.7 KW heater 49 MCA Based on Trane BWC090F400H field 60 MOP assembled curb, economiser, baro- metric relief, 20 KW supplementary .htr /420 Electrical contractor to—provide 1'lOV'A /C service outlet per 509 uric Metalbestos Tall Cons Flat Roof Jack `l STAY r:F�i Gc= t �f�j► <I 3 , Y -f-;E1 It-t -r )l c) 4, IL!' IQ 4,11 4 i 23dx "i K1:*' EF- 1 e Tollet Exhaust Fan w /backdreft damper /C.' z4' x #'t 1 -,: =14 11 TSIZi S r E5EL 'FEII_G AIF'tE'C7. t3 C. He) E MAc Izi t =R'_ 7cx0 t•PtA t".1 1 R L J C LLA ( , ) FO> - 21XZ' LAY IN G1, G1 3 - KETt_lf t..I '1 R. PILL �� `TZ) e ;( ME"-r-AL E614c TE 144('E- 1-1„.„:_}E �l if `F'LY 21R: L1SE(� -✓ T�7 Cxt 5t Er -IA.I E R.. 900 1~,' ", in cLL1e # in acccr'etamee, coikkh lonm -, , . ,16b1--ex- OF Li -g-8 7 (a. -aches ). =150 y -1IU t +::..1 -► � 1-4P- I , -2., -5, 4. 4 .n 1 -- 4'70 CITY OF TUKWII.A APPROVED APR 1 G 1987 AS NOTED JOB NUMBER: L UIL SNG s IVt 1ON Ilfi`f4 #1 i�fit! i1M1IU11 "li I t i'irill I Illflli'Ili illllllil 111?II(f!B iiii!l` ri iI1 ItUi II II111 1►12 111111111 lni s ^e�r..anc�cecznx» .,n.rc�r, "xs+aaaeec a ,ro.. �n „�e.,7. xaea ns, .. ✓> „r,.. ,v, ynem ,e.e.. ..�a� "x k _...�•a.r, :rasrswc wwaema ..�,n .:a. ti.: $wd x;"