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HomeMy WebLinkAbout541 BIRCH ST_ 97-1176 (5) 541 BIRCH AVE. 97-1176 1/3 KIPP BUILDING I I 1 f NAM • • • PROJECT NAME DATE PROJECT NAME DATE K)P� a I!�/r�G I I Z- o-� J {(, DATE •.l PROJE T M � I •I lips 11,16111 M-7 SYSTEM NAME FLOOR AREA C DUCT TAPE SYSTEM NAME DUCT TYPE DUCT LOCATION ALLOWED? DUCT INSULATION NOTE TO MECHANICAL SYSTEMS I (Supply Return,etc.) (Root,Plenum.deJ Y N R-VALUE FIELD-- t NOTE Provide one copy of this loan for each mechanical system when using the Prescriptive Approach. i SYSTEM NAME AC _I G 2, ❑ -I I - �J EQUIPMENTSIZING and • TIME CONTROL f1 M -2 /L s w o ❑ ® _I I I T SETBACK CONTROL ❑ ❑ I ( 1.DESIGN CONDITIONS: HEAING ❑ ❑ •OUTDOOR,DRY BULB TEMPERATURE (APPENDIX C) I ISOLATION ZONES _.._.. f. OUTDOOR,WET BULB TEMPERATURE (APPENDIX CI O HEAT PUMP THERMOSTAT? —_� ❑ ❑ ❑ ❑ -INDOOR,DRY BULB TEMPERATURE (APPENDIX C) 'TJ�F ELECTRIC HEAT? •70c F FAN CONTROL I ❑ El �- 2.SIZINS: 1J p, fJ VAV MINIMUM POSITION CONTROL? ❑ El - - •DESIGN OUTDOOR AIR 228 CFM(MECH 4:COLUMN 4) �� A I SIMULTANEOUS HEAT/COOL7 r ` ❑ ❑ •ENVELOPE LOAD ❑ ❑ ` •UGHTING :rj WATTS/SF(LTG-7) HEAT AND COOL SUPPLY RESET? ) /��/� El ❑ PEOPLE 9 OF PEOPLE(MECH4:COLUMN E) VENTILATION OUTDOOR DAMPER CONTROL? I ❑ ❑ •MISC.EQUIPMENT ,_ WATTS/SF ECONOMIZER TYPE { •OTHER / PROCESS LOADS, DUCT 1 .)�' L ' '•5 L ❑ ❑ � 1\ J �IQ�'r�T� 3,S DESIGN AIR CFM(MECH-4,COLUMN H) (-� ) j e ❑ ❑ I •OTHER LOSS,INFILTRATION. ETC.. (Describe) s �A � I 10•uib•)HEATNG EQUIP.TYPE HIGH EFFIC.? TOTALS �- — I MAKE AND MODEL NUMBER u'�5 5 n�a gp. fj�so G OcSr • C30L ING EQUIP TYPE HIGH EFFIC.7 EL / �L�` / WSULATIOM SAFETYANARM UP FACTOR I •Z I I .'-, M `�^ SYSTEM NAME (SUPDM RnumEatc) Y I NOf'i�E�O MAXIMUM ADJUSTED LOAD (TOTALS FROM ABOVE z SAFETY/WARMUP FACTOR) 3-12 3•83 MAKE AND MODEL NUMBER —J`���n C)sb ,r • ,.J Ss0 e-o O �; a ' :.SELECTION: �� ❑ ❑ INSTALLED EQUIPMENT CAPACITY� KBW/Mr KBtu/Kr KOl CODE TABLES lob:Enter code from o below Wo columns above. 1 - -- ❑ ❑ � TIME CONTROL SETBACK CTRL ISOLATION ZONES FAN CONTROL �. IF INSTALLED CAPACITY EXCEEDS MAXIMUM HEAT iKJMP THERMOSTAT? - { S:Prop.Switch H:Hating Enter number of I:InIM Vance �' ❑ ❑ ADJUSTED LOAD,EXPLAIN ELECTRIC HEAT? 0:C3aupancy Sensor C:Co*V Isolation Zones. P:Venable PRO � POWER • • M:Manual TFner 8:Bath V.VFD s _ ❑❑ � VAV MINIMUM POSITION CONTROL? Y:Yn 0:QUsr C:Curw ❑ ❑ I EG [A] (o I C+1 � a - c 1 SIMi1LTANE0U5 HEAT/COOL? N:No -.1 ( EFFICIENCY VENTILATION OUTDOOR DAMPER ECONOMIZER O.A.CFM t ❑❑ ). DESIGN 0 � NUMBER PEAK WATTS CFM B:Air Balance A:Auto A:A4 Enter Outdoor AY RENT AND COOL SUPPLY RESET? ( FAN DESCRIPTION BRAKE His MOTOR DRIVE OF FANS 8 x E x 746/(C x D) (Supply faro) C:Ou We Air GA. G:G-* W:Water CFM / ❑ ❑ E HIM EFFICIENCY? M:OLt k"mem+e N:Not Required NoW This st+ap be ro ' t I I I I D:Demand Cor&W W.than Column G an j ❑ ❑ —�— N:Natural MECH-4, To FIELD-+-For 13uddi nq Department Use Only 1 I .................._. __.. NOTES TO FIELD-For Ejuildinq Dipartmeint Me Only .............`i i :'.'.i 7 ::::::.:_. ........................_...................... _... ....... . ........... .......... ...................... _ . ........... ..:.:•• -t.. i ";: _ _ :. ... -. r'.:: - FOTEnjInclud,oJy fan systems axceedug 25 HP(sae§t 44)/. TOTAL FAN SYSTEM m Power Demand rim..- ..... . .. .. CFM fw VA ems. P.... -. ems or i.... WATTS I CF::.. � :: ....::;. AND M a . Ica.` Jut'199E / c NonnsdenpdCompfanc•Form C G JU 199< cyst zs want' v syst NonnsrdenoN Compf•nc•Form 4 - '...-�: -,.. _—_....__._._ .,.__ .� �+ .�..-....cow..-�....-•_-. ._......� .•�.__..-........ �_._-...-..�1---. ..._-.. ._.,<.-..:. _..... -- _ __ - _ ... ... .- __ ... � - -,,.. .- > .-:F-i`:.•�� :'Nq!•�} _ _._.._.,._.. t. I � 1 ' .,. .__.. ..:.. ... ...i.. :.-.-:,,..._.^,.;. .. ..- .-... :. :... .. ..- y� Y �...-.:�:�,k,.y ':]•'1M1IY!•.�+',N,�YO��iiAh' :�,.,k - - .j. '.l- � - _ .)A..- .i ". i - .:..._..- -. ` .4- �• ' -hY:IVa.Mc4nKll•i+tuw�e,J tl�i.`" - .yf_y te✓L �%'.. :. s-.i.nn... .fie- .. .4Y1 .- .e/'• - .... .':. .- .,, .w. .. Y. .'.. .. sire ,_�.F.Kr...._ +.: v. .__.. ....Ly wYdlitrtf'AZeLdeY1a ,•1N+:. _.— : .. �+s«•.+-s.-?,sr.,�,•L 44MMMM•Y K-7,-'_ ✓`7: . n-.< arc.., ..a...k:»>"Na.� t..�i!YxK••KLa r-,+a:M1 rt+4!-••,c.i -.._,.. _.•JFx_:aJ,"__7 }�5.3..,'S'0r.,....1-�� �wa� ,. ___. r r..a..1Y ...-��ti•�.:, .,•. ,N...... 1,_ ,. .i i': �^.•_ V /-� ' .may-x.rkt.. �., • .....t.• .. v i.-._.H.., :4Y4..I ... ,. .`n .iM.-..-_.. __.-..... �+iwc-2=.,.r'war'.vi.:.,slt..eoawwn�lrw..l.� ,,:�n�•x.-c...,;tr...�.i�..,.m,:_..,a.,�.:n=r.?t��_K,....�u�.. .� -. -. ..�r-- ,.,�.aa�` ,7�'�'•. , .t,- - ., � x... II i THIS FILM WAS PRODUCED FROM THE BEST AND MOST COMPL•ETB DRAM-8 AVAILABLE AT THE TIJEOF FILMING. Bock Engineering,Inc. ,/ OF-1 ! Flo'- :• Project No.97107 STRUCTURAL.ELECTRICAL•MECHANICAL January 7,1998 is Multi-Loaded Beam[94 UBC.(91 NDS)I Ver.V4000375 " - . -JL _ Revision 0 t ----, 909.621.0541 4650 ARROW HIGHWAY. SUITE E z EQUIPMENT SUPPORT CALCULATIONS Unit Paul o Bock,P.E.,Bock Engineering,Inc.on:07-07-19 � Project:97107-Location:HVAC Unit Support FAX 621.9035 MONTCLAIR. CALIFORNIA, 91763 ) Summarv: Location HVAC Unit I; 1.50 IN x 7.25 IN x 8.0 FT /#2.-DOUGLAS FIR-LARCH-Dry Use Manufacturer Carrier Section Adequate By:201.4% Controlling Factor:Section Modulus Model Number 48SS0. 060/080 Deflections: A 4.13 Dead Load: DLD= 0.04 IN Wi dOihfft g 3.65 Live Load: LLD= 0.00 IN=U3007237( C 2.34 Total Load: TLD= 0.04 IN=U2832 Hei ht ft W 476 E End REactions(Left Side): STRUCTURAL CALCULATION REPORT we, ht lb for seismic calculation only) Seismic for LI ce Sec.1830.2 UBC 1994 30-1 F ' 'C r Live Load: RL1= 0 LB 0.4 f Dead Load: RQ1= 140 LB Z er Table 16-1 Z I er Tab!e t6-K I 1 � Total Load: RT1= 140 LB per Table 6-K =0.75.2 C 1,5 End Reactions(Right Side): ' Cp Live Load: RL2= 0 LB Wp W 476 Dead Load: RD2= 61 LB Seismic force Sec.2336 V 286 RT2= 61 LB Total Load: lb B Seismic moment ftlb Ms 448 Bearinq Lenqth Regd.(Left): BL1= 0.15 IN U lift r anchor bolt, BitNo uplift gL2= 0.07 IN 5- 180 Bearing Length Regd.(Right): Prepared for: Compression per anchor bolt,lb Beam Data: Span: L= 8.0 FT Maximum Unbraced Span: Lu= 8.0 FT M.A.OGG HEATING AIR CONDITIONING Anchor bolt shear lb _ By 71 Live Load Duration Factor: Cd= 1.00 Shear capacity of 3/8"lag belt,embedded 3' Table 25-17-K 448 OK Live Load Deflect.Criteria: U 360 4771 Arrow Highway Shear capacity of 2-1l10 screws,with 16 ga plate Table 23-III-EE 2.139=273 OK Total Load Deflect.Criteria: U 240 Montclair, CA., 91763 Shear ca aciy of one Simpson A35,lb Fig.4 F1 450 OK Uniform Load: Check combined tension and shear interaction NIA Live Load: wL= 0 PLF wD= 0 PLF b ✓ " Dead Load: Y! 375 Beam Self Weight: BSW= 3 PLF i Actual weight,lb 34.58 Total Load: wT= 3 PLF E Area of unit,plus one foot around,sgft Concentrated Load P1: Allowable reduced live load,pst 553 Live Load: P01= 180 LB 1 PL1= 0 LB M_ Total excluded live load,lb• GlueLam beam OK Dead Load: I �- „- Weight of unit s less than exluded live load Total Load: PT1= 180 LB Location: X1= 2.2 FT Project: - Formulas used: Properties For.#2-DOUGLAS FIR-LARCH Fb= 875 PSI KIPP BUILDING Seismic force,Sec 1630.2,UBC 1994(30-1) Fp=i'Ip•Cp'Wp Be,ndinq Stress: Seismic moment ftlb Ms=Fp C•0.67 Shear Stress: Fv= 95 PSI 541 BIRCH AVENUE Uplift per anchor bolt,ItoBt=Ms/B 2-W•0.67/4 Modulus of Elasticity: E= 1600000 PSI LAKE EL SINORE CA. Compression per anchor bolt,lb Bc=;its I B 2+W 14 Stress Perpendicular to Grain: Fc-9erp= 625 PSI Anchor bolt shear,lb By=Fp/4 Adjusted Properties: Ip=1.5 for essential facilities, including hospitals and life safet;systems Fb'(Tension): Fb'= 848 PSI Ip=1 0 for special occupancy structures,including schools Fv': Adjustment Factors:Cd=0.90 CI=0.90 Cf=1.20 Fv'= 88 PSI �QF ESS�� 1 Cp=0.75 for equipment located on slab on grade Cp=0.75'2 for equipment located above grade Adjustment Factors:Cd=0.90 `� Desiqn Requirements: M= 308 FT-LB \��� �L • f��j^.F� ( Maximum Moment: \`:9, 2.25 FT From Left Support \� Shear(RD d Tram beam end): Sreq= 4 4 N3 ,1� Comparisons With Required Sections: C268/59 Section Modulus: S= 13.1 IN3 Area: CF Moment of Inertia: 1 q= 14.4 0.8 IN4 PROJECT:97107 h 47.6 INa Date:01-G7-1998 Rev 0 7 , f 1 f - ;: ,:., .t- :. .+{d.+a'9tq _..---?/1�A'.f,,W. ,.......,_y:✓Q'.-.�.-,ass,..._.�.!�'f'.S'�?`4 ',�riu_�3....�+M�°. •l, c�rlYat�Sv`Xs%=Y.:-." - 1 i a a. 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ZL Tuts Film WAS .1PR�UCiS)4 PROM (,,I w' TM BUT ANY) MOST WMPLRTR t DRAWINGS AVAYLABL% AT THE 'PI -OT+ FTLA[x I F I I L WC DATE q PROJECT NAME DATE oRO)ECT NAME I DATE PROJECTNAME � I ( I" I , l (FLOOR AREASYSTEM NAMG_ SYSTEM NAME Z`�rL>�j AG 2 *TOTS e a RATED EFFICIENCY ECONOiA1Z5R NOTE:Provide of thus form for each mechanical system one copy when using the Proscriptive Approach. j SYSTEM MAKE AND DESIGN OUTPUT TOTAL PROPOSED YIN - 157E:Provide one copy of this form for each mechanical system. I NAME MODEL NO. (BTU/HR) UNITS ALLOWED a a a �G-I )aL N855o:w S %O" I 19cc S - I I ..t, , o IVENTILATION • I, �� � COOLING HEATING I G-Z 2 LfA BSSe6 SD - IF 2 , C> G, o ❑® ( A❑ LJ © I�' ❑E ❑F © Q 0 I K I 1.DESIGN CONDITIONS: I ❑❑ 22 I AREA BASIS OCCUPANCY BASIS REO'D. VAV MINIMUM CFM s •OUTDOOR,DRY BULB TEMPERATURE (APPENDIX C) �� ❑i I k COND. MIN. N0. I MIN. O.A. DESIGN LARGEST DESIGN THANS- �— I 0 j SPACE AREA CFM CFM OF CFM (MAX.OF SUPPLY MIN. MIN. •OUTDOOR,WET BULB TEMPERATURE (APPENDIX C) O I ❑❑ PER SF Te I NO. (SFl IS X C1 PEOPLE (E X 15l D OR F) CFM CFM CFM IR -INDOOR.DRY BULB TEMPERATURE (APPENDIX C) •, 7� 16 I I I I 11❑ 2 SIZING: _ I ❑❑ I �— II •DESIGN OUTDOOR AIR �� CFM (MECH 4;COLUMN 4) ,� �N�5 I I I I I I ❑❑ I I 65 70 •ENVELOPE LOAD Go. I I I I I ❑❑ I; I _ • �.7 WATTS/SF(LTC-2)LIGHTING I p.07 I I I ❑❑ !- •PEOPLE Z p IFOF PEOPLE(MECH4;COLUTAN E) "/,3 t I I I ❑❑ `. -, •MISC.EQUIPMENT WATTS/SF •� — I I I I I ❑❑ i, I i I I i -OTHER Fr� PROCESS LOA05, OUC7 I nl�r✓f/C A.' I o.of I I I I I I ❑ -OTHER LOSS,INFILTRATION. (Describe) - — ,1 I I I I I ❑UF- (Describe) TOTALS ��-.G: ��Zr I I I G I I I I IF , SAFETYtWARM UP FACTOR E I I I I I II MAXIMUM ADJUSTED LOAD (TOTALS FROM ABOVE x SAFETY/WARMUP FACTOR) Ip 7>,G I 121•�S j �a 7 j SYSTEM MAKE AND DESIGN OUTPUT RATED EFFICIENCY I I I I I I �rl 7.SELECTION: i NAME MOt1EL NO. (BTU/HR) UNITS ALLOWED I PROPOSED I: INSTALLED EQUIPMENT CAPACITY � Gt•g I KBtulHr KBtulHr f I I I _ � AG_1 IG'AR.�IG2/���75aGotJ� I . 80- Al=t115� I 6c C I �l� I I I IF INSTALLED CAPACITY EXCEEDS MAXIMLPA 2 I �JF155s+E.o o I G�� 8� J r ADJUSTED LOAD,EXPLAIN PAN POWER • • C © D O G EFFICIENCY I I I I FAN DESCRIPTION I DESIGN = NUMBER PEAK WATTS CFM BRAKE HP MOTOR DRIVE I,OF FANS B x E x 7461(C x D) (Supply Fans) j I I I I TOTALS(FOR MECH-2) 5 `Z,.� I qoe I I I , Minimum Ventilation Rate per Section 5121,Table 1-F. ) I: E Based on Expected Number of Occupants or at least 50%of Chapter 33 UBC Occupant Density. I ►•( Must be greater than or equal to G.or use Transfer Air. TOTALS I 1. ( If zone reheat or retool is used.I must be less than or equal to G.or less than or equal to Total Design CFM X 0.3.or less than or equal C: :: an systems exceeding 25 HP(ttce§t$4). TOTAL FAN SYSTEM C�I I rl to 8 X 0.4,or less than or equal to 300 CFM,whichever is largor. wer Demand may not exceed OA Watls/CFM fa POWERDEMANDII I [ Must be less than or equal to I(it applicable),but no less than G,unless Transfer Air(K)is used. ems tx 1.25 WattsICFM for VAV systems. WATTS!CFM J ) Col.F/COI.G - i K Must be greater than or equal to(G•Hl.and,for VAV,greater than or equal to IG•JI. Janus 1995! Januarx95 4 - -: _ - TECH•-•-r:; .. .. .._- .... ... ..:. ..- : ..r.,...ti.t'h�.;.:.-.r.u..• .+^,-.y1.. ......... .,. ,-... _. .. v .. a... ry { 'r.�,.wa.t��, Y.a{. s..•,r._.... .. .:.- ..�.. ... .. i, , '-.. :..s. -.. .. x .. .. ... rty'�W NY,l1Y•.a'.+rn.rntV6lw_tiP'vaMwtM�vYnrwlgara,�.,.✓�NeK.v^..u.wan ���.�+i/• + f i AW.3m�'''SIIYI..�.�U�i'4Y �rAflL�11(J/liT,d)NkV.Yltab!c�cw�7..}kU,Wa.M/' -[1Mn . T7}�1s+s46A�1h4?ftJmJ:ifA� -3+YikRv'tf`�y` �%rr%r,w �,rcr.�..,t.�.H�:u.F:�y,:,✓ >. .�s..x,-;:,ao�-„_.. .-,. .. ...,,..� _ ,_... .��_�.-.�«..�^•w Ii��.... ,. .... ,;45:.... �5 _ .. - .. .s'.i T THIS FILM WAS PRWIICED PROD n' THE BXST AND MOST COMPLETE DRAWINGS AVAILABLE AT THE TI OP' PII�INCt /! '*'6TIFICATE OF;i/ 4 �7l07 -- • a r B a I Z ?� W f< V Its I 1 BOiDK ii ENGINEERING, PROJECT NAME � 8 L11�_Lr Z 3 e I ' STRUCTURAL•ELECTRICAL•MECHANICAL .lf-+ - 1` ✓��Sr AA. J PROJECT ADDRESS ......_ _ .. 5y1 12. Av LeaKB slrJo2E �• . / 5�V f O p�r 909.521.0544 4650 ARROW HIGHWAY. SUITE E-2 HONE INCIPALDESIGNER-MECHANICAL TELEP W 7 ((( FA%621.90J5 MGNTCLAIR. CALIFORNIA, 9176J ON rsf.T Al I�IT�r,I DOCUMENTATION AUTHOR (TELEPHONE iitc;AMek!0 }1fDo!r--; .. .: 2X8 2 �ad cKPtii. �,�r4triG, t iG. 0_ .- MATION Zyai njtJ ��� 2 G I � DATE OF PLANS BUILDING CONDITIONED FLOOR AREA tl T /f BJV C- ® L�I6 .QR�/� 6(j��,, _� 35`I5 a. y 1 E'I�- BUILDING TYPE NONRE5IDENTIA' HIGH RISE RESIDENTIAL HOTEUMOTEL GUEST ROOM PHASE OF CONSTRUCTION NEW CONSTRUCTION 0 ADDITION ®ALTERATION UNCONDITIONED(IMSARadnit) .,a. TITLE 24 CALCULATION REPORT METHOD OF MECHANICAL [;A PRESCRIPTIVE EJ PERFORMANCE PROOF OF ENVELOPE COMPLIANCE PREVIOUS ENVELOPE PERMIT ENVELOPE COMPLIANCE ATTACHED CM'rr •7 S !'_ (N)2 V6 (b°o� e / This Certificate of Compliance lists the building features and performance specifications needed to comply with Title 24. --�N),-34--0 Ak O.v eX,f/Lte Parts 1 and 6 of the California Code of Regulations.Tnis certificate a:.:ias only to b Inca mechanical requirements. The documentation preparer hereby certifies that the dacume n to and te. 2 x Prepared for. DOCUMENTATION AUTHOR SIGHATU GATES It I M.A.OGG HEATING 8�AIR CONDITIONING ���!� r:G �I=� I ,�G• / i�f P 4771 Arrow Highway The Principal Mechanical Designer hereby certifies that the proposed building design represented in his set of construction Montclair,CA.,91763 documents is consistent with the other compliance forms and worksheets,with the specifications,and with any other calculations submitted with this permit application.The proposed building has been designed to meet the mechanical _T— )quirements contained in sections 110 through 115,120 through 124,140 through 142,144 and 145. - \ Please Check one: I hereby affirm that I am eligible under the provisions of Division 3 of the Business and Professions Code to sign this document as the person responsible for its preparation;and that I am a civil engineer,mechanical engineer,or architect. f ^^ \ Ca L g Project: I affirm that I am eligible under the exemption to Division 3 of the Business and Professions Code by Section 5537.2 of C ( �/�O�G ti X J KIPP BUILDING �� , A the Business and Professions Code to sign this document as the person responsible for its preparation;and that I am a X C_ 2 �� 2 541 BIRCH AVENUE " licensed contractor preparing documents for work that I have contracted to perform. FUR.t-fAl U16�p LAKE ELSINORE CA. ,ajb _.. . - --'"" I affirm that I am eligible under the exemption to Division 3 of the Business and Professions Code by Section of the Code to sign this document as the person responsible for its 71f. Nq 7 REPR/,L . IP0041000 11-F7rk / sTA�1 ¢ �2 preparation;and for the following reason: /T►CF IA/STIi-LLcy JP'7t�� �A�S/c'c•/ems:•+• •' PRINCIPAL MECHANICAL DESIGNER•NAME (SIGNATURE LIC.NO. DATE Q/167�/ -yf r�ao r� "o I�,�e P /V I�t/ P l-YWWO ti'' EX<Sn7 vg >1Z'JUA/v 7, RCCr:3S AOL-Z-� "W&Y � Indicate location on plans of Note Block for Mandatory Measures Frox,e 440E A-kjt, r-+t-S7>hv /o �Get�s z % 1/7- l�6 INSTRUCTIONSp.,� G7 ���C Ta _ PROJECT:97107 � / For detailed Instructions on the use of this and all Energy Efficiency Standards compliance forms,please refer to the Nonresidential i-c 1/AOIA16. ftb �r- A� _ l `" Manual published by the California Energy Commission. Nam✓ yu/ c'v Wf--e)e 7 XAV FS /4s�/r9Ct7V7- ? i l i :Ot\1PA-1- MECH-1:Required on plans for all submittals. Parts 2&3 may be Incorporated in schedules on plans. 7-0U /'>EriJZC7es Date:12-3^-97 " I I MECH-2 Required for all submittals;choose appropriate version depending on method of mechanical compliance. Date: Rev 0 MECH-3:Required for all submittals,but form does not have to be completed if location of mechanical equipement schedule is indicated on the form per Section 4.3.3. N'ECH-4:Nequired for all submittals unless required outdoor ventilation rates and airflows are shown on plans per Section 4.3.4. Nontosid ndal Complance Faim Juy r995 _ Y- M•n••• �:I'r`NMw.+r.�+�.^Y•ro. .... ..-.�..�w+ew,•R'+w.+.wer�-..,..w.•Nar..,e.r-•- �---•^,. "� -_..'" � �:.-. ;..�-�r+..a•."Y. �'._. 9J:X_ r V^it JR"y'LW Yam,:.. i _ .., '4)•rn ,� '�'.YF!.k ♦ +.?Y%i"9 .'16,33Yw*l.-•Jet?'. .' '. .. ,. . s .. -.. .. xn ..C.. nr^. sL 12u4s ._Sf,. �"3/1Xi,..•i'�..�45....F'x@. , ..-.._. :. .. .. ...+.... ., -_ ..-. ,. ..,....v,.. ...f- -.ti -,.'+. ,.... a ..T.e•' ), .nr , ._}s. 'F..::t4-.. .,•.. /�Yf' .:7%„.- ,.e:^P......_...1- ... .... .d°:,....�'�Q. - ��r -4- .,'>.... xs..,.,..s. ..; .v..�.-.,.�,tv^.,.. . - .. c. ...r- S ..i-..i-•c <._.�..........a?'-. .. .::a'•..t., .s`s.i •.R,Z",r,..ti'.�'.,.. CF.,...a•\d.. - , .......��`.n1Pa�,�bT.Br�!q"�'t>'.�i3'dt+Ql_,.�.:,.K_s::..iY:.'�3.. Pi3t. [:..LS.. l� � ,,. -.. .- ,; :._. --v. .. .J' y- - - „ism.... , R , 't"" 'r`.-3!ra+rcJ,I��,^•.w ,:�y� - .. mAe pew p�py p� .._._.,�..._,., "moo .. _. Ie ram W" pmeem Aylllt(iiI AVAIL fle 011I r'X TW OF FILp I MECH PROJECT NAME DAFT/ AIR SYSTEM SIZING SUMMARY Air Syster. : WAREHOUSE 12-30-97 f�l !I�ilfl� Weather. . . . : lake Elsinore, California HAP v3.10 SYSTEM NAME Prepared By: BOCK ENGINEERING P:_ge 1 A - 2 NOTE•Provide one copy of this form for each mechanical system. AIR SYSTEM INFORMATION Heating and Cooling Load Calculation --------------•------------------------------------------ a • t ,System Type (SZ CAV) Floor Are.d. .. .. . . .. 1520 sqft IJ ❑B © L: a a © U LJ IKI Number of Zones 1 ------------------------------------------------------------------------- AREA BASIS OCCUPANCY BASIS REWD. VAV MINIMUM CFM SIZING CALCULATION INFORMATION -a COND. CFM MIN. N0. MIN. O.A. DESIGN LARGEST OESIGN TAANS• ------------------------------------------------------------------------- MIN.AREA I PERSf CfM OF I CFM IMAX.OF SUPPLY MIN. MIN. FER Zone and Space Sizing Method: Calculation Months: *FMAMJJAS*** NO. ISFl IS X Cl PEOPLE IE X 151 D OR Fl CFM CFM CFM AI-1 1 Zone R I ----SpaceCCFM_Peak Coinci:entne oad Space-Loads----Sizing-Data--^- -----Calculated 2� o•l� I o� Zn I �o o�_ ��oo II I I per I CENTRAL COOLIP'- COIL SIZING DATA ---------------------------------------------------------------------- j Total coil load (Tons) . . . .: 5.6 Load occurs at. . .. Jul 1400 Sensible coil load (Tons) .: 5.2 OA DB/RH (F/%) . . . .: 95.8/ 22.0 I Coil CFM at Jul 1400. . . . . . : 3041 Entering Db/Wb. . ..: 78.5/ 64.7 F Max possible CFM. . . . . . . . . . . 3041 Leaving Db/Wb. . . ... 58.6/ 57.3 F I Design supply temp (F) . . . . . 55.0 Coil ADP. .. . . . . . . . 56.4 F sqft/Ton. . . . . .. . . . . . . . . . . . 271.3 Bypass factor. . 0.100 ASHREA Standards BTU/hr/sgft. . .. . . . . . . . .... . 44.2 Resulting RH. . . . . . 52 % Water gpm @ lOF rise. . .... : 13.45 Zone T-stet Check.: 1 0f 1 OK _ _ ____ _ ___________________________ CENTRAL HEATING COIL SIZING DATA----------------------------------------- I� I Max coil load (BTU/hr) . . .. : 70373 Load occurs at. . . .: Des Htg II I I i I Coil CFM at Des Htg. . . . . .: 3041 BTU/hr/sgft.. . . . . .: 46.3 I Max possible CFM. . . . . . . . .. : 3041 Ent Db / Lvg Db. . . : 65.0/ 87.5 F --Water-gpm-@-20E-droP-----------7-04--------------------------- --`----- II I I f SUPPLY FAN SIZING DATA l r ---------•----------------------------------------•------------------------ I I I I I II I Actual max CFM @ Jul 1400.: 3041 Fan motor BHP. . . . .: 0.00 I I I II I I j Standard CFM. . . . . . . . .. . . . .. 2902 Fan motor kW. . . . . . . 0.00 �I I Fan static(-- ----------------------------------------- - - -) 00-- -------- - --- OUTDOOR VENTILATION AIR DATA I II I; -----/- ----------------------------------------------------------------- Bock Engineering Inc. Design airflow (CFM) . 228 CFM/person. . 15.00 CF'Msft. . 0.15 4650 Arrow Highway, Suite E-2 ------------------------------------------------------------------------- i I I I Montclair, CA IF Phone: 909-621-0544 I I I Fax: 909-621-9035 I TOTALS(FOR MECH-2) L-J 1 1 Minimum Ver5.ation Rate per Section 5121•Table 1•F. 1 I ` F Based on Expected Number of Occupants or at lust SO%of Chapter 33 UBC Occupant Density. FI Must be greater than or squat to G.or use Transfer Air. If zone reheat or tecool is used.I must be less than of equal to G.or less than or equal to Total Design CFM X 0.3.or less than or equal ( I to B X 0.4•or lass than or equal to 300 CFM,whichever is larger, i I Must be leas than or equal to I lit applieablel,but no less than G.unless Transfer Air(KI is used. I Must be greater than or equal to(G-Hl.and,for VAV,greeter than or equal to(G•A. I January !.799- VA __.�_.::___...�__:-:..:2-$....,___.NatwaMNanu ,-•,•-�.-.. _....,.......�..-,.----..,,_-....^.�._—...-.-.�,_:'-.__. 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