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HomeMy WebLinkAboutSHORT FORM - 06-00175 - 343 Talon Dr - New SFRr FROM KOZY KRE I N CONSTRUCTION ILL�. A n PHONE No. : 7548307 Apr. 10 200.E 0: 45AM F1 11 Short Form fob- 007 Entire House Date: Mar 07, 2005 By%,: Dprre1 Por -- Rexburg, iD method Construction quality Fireplaces Infiltration Simplified Average 0 Make. Trade Model HEATING EQUIPMENT DUCANE, EXCFL Dumne CMPE125IJ50 Efficiency Heating input Heating output Temperature rise Actual air flow Air flaw factor Static pressure 5pace thermostat ROOM NAME Master Bed -` fed Room Master Bath Room3 Room5 Room8 Roomlo R00m6 � Roomy 1 � Q Bed Room B3 � �y Bid Room 62 � Bed Roam 131 Bath �. MechaniGa! Great Roam -- � Cold Storage 92.1 AFUE 125000 116000 64 1960 0.017 0,50 nEg c;ig-� Outside db {°F} 89 Inside db (T)70 75 Design TD (°F) 76 14 Daily range M H Ir'151de humidity (%) - 50 Moisture difference (gr/lb) - -31 method Construction quality Fireplaces Infiltration Simplified Average 0 Make. Trade Model HEATING EQUIPMENT DUCANE, EXCFL Dumne CMPE125IJ50 Efficiency Heating input Heating output Temperature rise Actual air flow Air flaw factor Static pressure 5pace thermostat ROOM NAME Master Bed -` fed Room Master Bath Room3 Room5 Room8 Roomlo R00m6 � Roomy 1 � Q Bed Room B3 � �y Bid Room 62 � Bed Roam 131 Bath �. MechaniGa! Great Roam -- � Cold Storage 92.1 AFUE 125000 116000 64 1960 0.017 0,50 Htg load (13tuh) Clg loam (Btuh) H#g AVF (Gfm) Cly AVF (em.) 190 6681 525 116 180 150 3907 3717 68 126 64 3080 1317 53 45 169 4751 3839 82 130 66 897 176 is 6 10 o 0 0 12 0 0 0 66 2Q40 430 45 '15 859 22642 1482 393 525 143 52343 %3189 91 108 �9 731 169 ogc399 127 136 156 434 3343 75 113 169 7349 1999 1127 68 66 0 0 D 0 so 0 a o 0 1135 44209 1 484 7f7 SOS 164 0 0 d 0 Printout certified by ACCq to meet all requirements of Manual J 8th Ed. %"rlghtSC3ftRight-Sufte Raslderdi;31 B.OtCe RSR40,096 A �mentskWrigh=ft H AMei %KCZY In Pax tup Cake = MJ:5 Ociarn.9ticn = Page 1 COOLING EQUIPMENT Malo Ducane, Excel Trade Cond Coil Effirciency 10 EERBtuh Sensible cooing 121-80 Btuh l3tuh Latent c0Cling 5220 Btuh OFTvta� �oaling 17400 Btuh r1 --f AGtCr�l air flow 1960 Cfm cfmlBFuh Air flow factor 0.034 cfmlBtuh in H20 Static pressure x.5(3 in H20 Load Aensible heat ratio 1.00 Htg load (13tuh) Clg loam (Btuh) H#g AVF (Gfm) Cly AVF (em.) 190 6681 525 116 180 150 3907 3717 68 126 64 3080 1317 53 45 169 4751 3839 82 130 66 897 176 is 6 10 o 0 0 12 0 0 0 66 2Q40 430 45 '15 859 22642 1482 393 525 143 52343 %3189 91 108 �9 731 169 ogc399 127 136 156 434 3343 75 113 169 7349 1999 1127 68 66 0 0 D 0 so 0 a o 0 1135 44209 1 484 7f7 SOS 164 0 0 d 0 Printout certified by ACCq to meet all requirements of Manual J 8th Ed. %"rlghtSC3ftRight-Sufte Raslderdi;31 B.OtCe RSR40,096 A �mentskWrigh=ft H AMei %KCZY In Pax tup Cake = MJ:5 Ociarn.9ticn = Page 1 FROM K07Y KAB I N CONSTRUCT I ON I,�IC. hntlre Nouse Other equip loads Equip. @ I.00 Latent cool ing TOTALS RSM PHONE No. : 7543607 emR -f _1 X14& MIUUZI pro. 18 2005 PI Printout certified by ACCA to meet all requirements of Manual J 6th Ed. VVnIghtSC3ft Right -Sum Resideintial G,O,W RoR40896 C:WY b r WVHgh tS H tc) aIa QzY K aNn Rax -I.rrp Care Mia Orientation m N IFI,!1V1 1960 1960 2wN1 6 19;0,47 Ne FROM ,A COZY KABIN CONSTRUCTION 1, PHONF NO. 754882 Project Summary Entire House Apr. 13 2005 06:44RM F'S John 001 Di Isar 07, 2005 By: Corral Far: Rexburg, [D Feat her; Winter Design Conditions Outside db ..6 °F Inside db 70 OF Design Td 'fig OF Heating Summary Structure Ducts Central vent (96 cfm): Humidification Piping Equipment load infiltration Method Construction qualify Fireplaces Idaho Falls, [D, US hummer Design Conditions +dutside db 89 °F Inside db 75 OF Design TD 14 OF Deity range H Relative iEllmldltjl s0 °1a Moisture difference -31 gr/lb Sensible foaling Equipment Load Siring 88377 Btuh Structure 408$3 Btuh 24652 cfm Ducts 16888 Btuh 6720 Btuh Central vent (96 cfm) '1238 Btuh 0 Btuh Slower 0 Btuh Q Btuh 119749 Btuh Use manufacturer's data R8te/sw'ng muitipliar I -o6 Equipment sensible load 59Q09 Btuh Heatin Area (ftp) 35$� Volu. me (ff) 28744 Air changes/hour 0.2$ EqWv. AVF (cfm) 134 Simplified Av�r�go Co 3�8� 2$704 a.15 72 Heating Equipment S,ummary Mike DLfCAhlE, EXCEL Trade Ducane Model CMPE1 25U5* EffiGiency Heating input Heating output Temperature rise Actin] sir flow Air flow facto r Static pressure space thermostat 92.E AFUF 125000 11 6GOO 64 1960 0.017 0.50 Btu h Btuh eF Gfm dm/Btuh in H20 Latent Cooling Equipment Load Sizing Structure Ducts Cental Went (Gc> cfm) Equipment latent load -1291 Btuh -532 (3tuh -1721 Btuh 4 Btuh Equipment total load 50009 Btuh Req_ tO#moi capacity at 0_70 SSR 7_0 inn Coolin Equipment Summary Malo pucane, Excel Trades Gond Coil Efficiency Sensibly cooling Latent coling Total cvoiiRg Actual air flow Air flow factor Stntic .pressure Load sensible heat ratio Printout certified by ACCAmeet all requ r f Manual J 8th ESI. vvhts Rigtd Bode Residential 6.0.09 Dxurwc*\wNg HVACPrnW-jJsWeW KaNn Rex 1.ffp calc n Mia Orlentafian in 10 EER 12180 Btuh 5220 Btuh 17400 Btu 1960 cfm 0_034 cfmf8tuh 0.50 in H20 1.00 FROM KOZY KAEIN CONSTRUCTION Imo. W PHONE N0. 7540-207 Component Con t ctions Entire House For Rexburg, iD + P Job-_ 001 Date: Mar 071 2005 B= Donal 06 001 75 34") Talon Dr Idaho Falls, ID, US Elevation= 4741 ft Latitude: 44ON Outdoor: Heating Dir bulb (°F) -6 Daily ge (°F) _ Wit bulb (° F) _ Wind sped (mph) 15-0 i ngaar: Indoor temperature (°F) design TD (T) Relative humidity Moisture difference (gr/lb) Infiltration: � Method ConStructivrt quaRity Fireplaces Heating 70 76 50 61.5 Simplifrgd Average 0 Cooling 75 14 50 31.5 N-31PLI ULABUH vuscripuons Walls 12A- : Wood stud frame, std(ng or stucco, no board insulation, no cavity insulation 1 12E - Osw-, W stud frame, sidirw r Stucco, no r insulation, -1 � I a nsul ti r tion, Partitions (none) Windows 1 C-0 oms: Operable', metal frame, no break, clear glass, 9 pane, storm f - nbd. Sliding 91i2sr, clodr, metal frames with break, l lash 0=0.40, 2 pen 2A- oOperable, VinYl frame, 1 - I � . Or, Area U -Value Insul R 9 HTM Ht Lcms C1,q HTM Gain 19.0 *30 0.0 • i 0.068 19-0 W all e W n- all 440 326 45 440 3?6 1627 350 43 392 63 355 $4 445 13 1 741 _24p 0.0 4. 40 �040 �Q.� 0.240 U 1 0-0 l' 0.0 0.068 19.0 *30 0.0 • i 0.068 19-0 0.068 19'a 0.068 9 0,068 19-0 0 G.0 0.068 19.0 W 802 5946 825 9026 6858 29681 1810 221 2028 325 1835 1 2301 66 9000 rl 0.8 0.0 $6.1 2116 n 16 0-871) 0.0 e6.1 1056 50 0.870 0.0 66-1 3306 5 OL 0-870 G.0 66.1 3306 W 32 0.870 0.0 6+ 1 2116 all 180 0,870 -1 11902 n 41 0.610 0�0 46.4 1891 n 25 0.o 1, 1 045 W 50 0,550 0.0 41.82090 nW 1. i 0.560 - 41-8 77 all 94 0.550 0.0 41.8 3912 32+0 - . 88.0 73.o o 20.1 N 1954 1447 201 1994 1669 7225 224 27 251 4 227 1 285 8 ills 1025. 512 4398 438 281. 13146 1 a2 3239 831 4553 0 ar..1 1,9;32:27 Page I C 0 FROM A K07Y KABIN CONSTRUCTION 1W.PHONE I. B X07 npr. 1 2005 ; 41AM P 3A- ; Operable, metal friar e! w4h brew I - _ pane Dears 11 PO: Metal door, polyurethane care, ria storm Ceilings I -1 I ad- Ceiling below roof joists , dark shingi -1 I blanket or loose fill 1 - * Ceiling under vented allile, no radiant barrier, dark Shingles, R- iii u l tion Floors I -1 l swp: Hardwood floor overtight biasoment, No wall insul, R-11 blanket 1 B Carpe=ted t ba ernpn( floor, R-3 or higher in ui ` i 21A - 28v-. -. ' i l covered basement floor, No in uia ion, 2al wide 121 1729 0.026 11.0 38.0 1.98 772 3417 2.69 1.09 1919 0-073 0.510 0.a 46.4 1854 20.1 e 50 0.610 0.0 46.4 2318 65.6 0.0 1-67 27 0,00 45 0.610 0.0 46.4 2086 SW 10-610 10 . W 20 0.610 010 4�A 927 65.6 all 192 0.0 46.445.6 0.61 0_ 8886 _1 rye 20 0.290 0.0 22.0 437 1 0.290 0.0 22.0 463 5-36 o 40 0.290 0,0 22.0 874 5.36 14 0290 0.0 22.0 309 cm 3 all 95 0,290 0.0 22.0 2083 5.36 121 1729 0.026 11.0 38.0 1.98 772 3417 2.69 1.09 1919 0-073 11f 3.81 7 0.70 85 0.014 3.0 1..06 90 0.00 0,02 0.0 1-67 27 0,00 VVtSIiht- utile Resit9 nuJ 6.0,08 DocumontsWrigrasaft HVAGNProposu1sVoz,y Kj� i - . 1. _ tion , 845 3281 555 1619 1038 "1312 47$ 9(]29 106 113 213 75 607 325 1 346 ark 19:32:27 R FROM 1a KOZY KRBIN CONSTRUCTION ILL PHONE NOE . 7S48027 Apr. 12005 06:42RM P AED Assessment Joe: Entire House Date: By: 1 Mar 07, 2005 Dol For; ,ur� I Idaho Fa , 11D. S Elevation*, 4741 ft Latitude.- 440N Outdoor: Dry bulb ("F) Daily range°F) Wet bulb (OF) Wind speed (mph) Heating W6 16.0 In -door; Indoor teMperature (°F) Design TD (°F) Relative humidity {%} MOISture difference (grllb) filtration.a Method Construct -ion quality Fireplaces Heating iA 76 50 61,5 Simplified Average 0 Gaoling 75 14 50 -31.5 35 0 Hourly Glazing Load 5, %w I %J I I I Z I a -I Iq I b 16 17 18 19 20 / Hoully Hour of oO Av D 1i A Max' mvm hourly glazing load exceeds average by 20.9%. Houses has adequate exposure diversity (AE!]), biased on AED limit of 30°/a. AED excursion: a 13tuh %1?VWight-Swire r sid,�,r naj isjo,08 RSR402 \W69ht50ft HVACPropasajsWnzy We 06MWion = t4 In Rex I_ = 200 G- Mar -1 6 19:34: 56 RA -9 1 w 20. 1, Hourly Glazing Load 5, %w I %J I I I Z I a -I Iq I b 16 17 18 19 20 / Hoully Hour of oO Av D 1i A Max' mvm hourly glazing load exceeds average by 20.9%. Houses has adequate exposure diversity (AE!]), biased on AED limit of 30°/a. AED excursion: a 13tuh %1?VWight-Swire r sid,�,r naj isjo,08 RSR402 \W69ht50ft HVACPropasajsWnzy We 06MWion = t4 In Rex I_ = 200 G- Mar -1 6 19:34: 56 RA -9 1 FROM KOZY KABIN CONSTRUCTION ISf'. PHONE N0. 7548807 Right) Worksheet Entire House Apr. 19 2,005 p Jo ff . 001 Date: Mar 07, 2005 B Do rrl 1 ROOM name '2 ExposedSII Entire Houma Master aw curling heigmt S, ROOM dimen$lons a. 0 ft 8-0 rt Conon U-ValLle Or �u� �� �_ rte, ( or periMeter Load r p rimeter () tuh) Meat Cool � / P/ Host cel Int 0.240 n 18.-24 4 it 472 440 8026 h cr 1810 ZA, _ 2116 10215 G 0 0 ZA!-20V 0.610 n 46,36 .'� 112 92 475 59 1270 n GG -12 3Z02 16 482 0 0 0.610 n 4636 . i 0 1 E L94 DDS 1 � 0,� ° no. 5-17 0. 402 . � r Y-0 if A'6.16�. � 437 1 00 18.24 4.44 0 l�'1 1 1447 00 .33D6 4398 0 -� •e �"I_ � 392 �. 2'51 0 1 a X12 7- a :3306 4SS8 Or .0 0 0.240 se 18-24 4-44 4.5 45 825 21011 0 0 1 1P0 1 End .1 v 0 5 131 1 i ipa 0610 Sa 46.36 57.93 . � 555 a w 0-290 'sie 22-04 5,361 40 40 874 213 20 20 437 106 0.240- s i. �4 � 440 B1126 1954 0 0 ,1E 5.1 0,64 4 0 46.3$ 35.9 2086 1 1 9 1 0 3A� alo SW 46.E 57.93 is414 51 18 10 49 6 1 5 058 a � 483 1x270 _1 .87.96 3 0 11 6 2315 0 0 A -v 5.17 064 12AS 88 68 351 4-S 0.550 r 1 _ �[� 1.1 P_ �, .� 'I 1312 20 0 � 1312 1 309 0 0 5 45 0. 'i 5-17. 0.64 41 13 661 2A� 0.610 46.E �,` 0 � 0 �' . z �l' F I� 1�ib ��'jJ ry��y 1f 1888 1i� 1 379 20 +. 073 V 3 0.72 1919 215 7308 1 346 0 0 F 2IB-32C 0.014 i 0.00 85 11 0 0 F 21A -28v 0-022 1, 6.70110 16 a 7 ED .Ion - E No ) O Wai n 0 62-2 78969 3905 4 1 infiltration b Room vent,11atfoll X408 928 G66Appliances 0 SJ22 Less exlemal load 1200 j 0 f Less transfer 0 0 R. Orton 0 00 0� 1 Subtotal 0 0 0 1 DU Ids 86377 40883 7 .21311/a 41 %10 24662 1 Gam Total room load r ftMhdwft-- 25% 41% 14S7 1548 Air "uirW (CfM) 113 .57771 1960 1960 1 5NIs Printout certjf �y AQCAto meet all reqUiremepts of Manual J 8th Ed. 0_ F j n l= I 1 FROM KQZY KAB I N CONSTRUCTION 06 PHONE NO. : 7548907 Apr. 12205 OG 0. 43AM p Duct System summary yob: oa, Entire House Data= Mar 07, zoos By: Uorcel For: Rexburg, iD Extemal, static pressure Pressure losses Available static; pressure supply 1 return available pressure Lowest friction rate Actual air tTaw Tots[ effective length (T -EL) Heating 0.5d in H20 0.00 in H20 ❑.50 in H20 0..28/0,22 in Hyo 0.111 irdi 00ft 1960 Om 45'i ft Cooling 0.50 in H2O 0.00 in H2O 0.50 in H2O 0.28/0.22 in H2O 0.171 in/1008 1960 cfm Deign Htg Gtr Design olam Name (Btuh) (cfm) (Cfm) FR (in) Master Bed C X64$ 58 90 �.Z 5� 5 �rastar Bed -a C 2645 58 �0 0.154 5 &d RaarrE G ��'� 'I % �$ 26 DR'i 6d 6 Mister Bath � 30$0 53 4r3 0-162,4 Roomy C 3$39 h 897 8,�' 130 (7.150 6 '15 6d_22� 4 n z��a 45 16 C)_1501 4 � c 3870 98 131 0.142 6 %- Ac 387d 98 131 0.1981 6 G 387Q 98 131 0.147 5 &'c c 3E70 98' 131 0 6 R44m1I C 31891 91 108 1 0_132 6 Bed Room 53 C 3995 127 136 0.114 g E�Od Room 82 C 3343 75 113 0.120 6 Bed Room R1 h 73491 127 68 1 0 -lie 6 GreatRoQm-C h 8842 153 102 Q.111 7 Greet Room -Q h 8$42 153 102 x.138 fi Gnat R�oorraE Great Rom -F: h 8842 153 102 0.118 7 Great Roam.G 1h a8421 1531 102 U-1571 6 h $842 153 102 0.115 7 84�6�� ew %"rjph Right ulug kpsiciiztj S_()_08 A8k4D996 D0"M*MM"h=1z HVAC jSW0ZV Katin Rft 1 rrrp Cair, m Mia orlutatkn Rett Size (in Duct Mad ShMt ShMt ShMt ShMt ShMt ShMt ShMt ShMt ShMt ShMt ShMt ShMt ShMt ShMt ShMt ShMt ShMt ShMt ShMt ShMt Actual Ln (ft} 28.0 2 5,0 28.0 17.0 40.0 1.0 15.0 31.0 29.0 34.0 23.0 46.0 39.0 27.0 26.0 32.0 27.0 16.0 12.0 33.p Ftg.Eqv Ln (ft) 160.0 160.0 150.0 170.0 150.0 125,0 175.0 170.0 115.0 160.0 195.0 170.0 210,0 210-0 215.0 225.0 180.0 225.0 170.0 215.0 runk St2 St2 st2 Std 5t.2 st1 SO st1 SO stZ eta Sts SM5 st4 sra sty std st4 page FROM ,W PHONE N0. 7548007 a..N, 10 2005 P Building Analysis Job - Entire House Date: By. 001 Mar 07, ?.045 Dorrel For.1 , Rexburg, iQ - -- -w- Idaho Falls, ID US Elevation-' 4'41 ft Latitude: 44°N Outdoor: Dry bulb (°F) 3 Daily range ("F) Wet bulb ('F Wind speed (mph) Heat�`rr�g 15.0 incioor: Indoor temperature (OF) besig n TD (OF% Relative humidity Moisture difference (gr/lb) Infiltration: H) Method Construction quality Fireplaces Heating 76 50 6'I.5 Strrlpfified Average 0 Cooling 75 14 50 -31.5 Component Btuh/te BtUh % of load °/Q of laid Wails 11.5 38681 32.3 Glazing Doors 52.5 22-0 25591 22_2 Ceilings 2-3 208j 1.7 3.5 Floors 1238 X425 lntE�rnal gains Ducts 0 9408 �' � Pipin� Q �4652 20.6 HumidifiCatRon 0 4 0 0,0' �y p V ent,lat,on 59009 ��2fl AdjuStments p Total 119749 100.0 WUU T ; y y, *--a rop, COX Compo merrt -4 Btuh Btuh % of load Walls Glazing 2.5 54.4 8335 2755 14.1 46_7 Doors ceilings SA 1-2 spy 2213 U.9 3.S F[wrs Infiltration 0-7 p_2 1346 928 2.3 1.6 Ducts16888 Verit'llation 1238 28,6 2.1 lntE�rnal gains 0 Slower Q �.0 Ad-u�fineMs 0 Total 59009 100_0 Overall - l li-0.1,38 Btu h -O F Data entries cheirked. RfKjh# S"u i1a Rasl isn"I 6.0,08 RSR4CL896 A61: -CK ; � �r� hit W W 2005 -Mar -JG 19.-28.24 11 _1 Short Form Entire House PRECISION HEATING For CURTIS & ANNA NIELSON REXBURG, ID Job. NIELSON Date: MAY 08, 2006 B K 0600175 343 Talon-Nielson M Method Construction quality Fireplaces Infiltration Simplified Average 0 HEATING EQUIPMENT Make CARRIER CORPORATION Trade Carrier,, Weathermaker 9200 Model 5$MXA0$0-1 2** Efficiency Heating input Heating output Temperature rise Actual air flow Air flaw factor Static pressure Space thermostat ROOM NAME 92.5 AFUE 80000 74000 80 1000 0.024 0.60 z Btuh Btuh OF cfm cfm/Btuh �n H2O COOLING EQUIPMENT Make farrier Trade WeatherMaker 38TXA coni 38TXA03032 Coil CK5A/CK5B,A Efficiency Sensible cooling Latent cooling Total cooling Actual air flow Air flow factor Static pressure Load sensible heat ratio 030+58CV(A,X)090-16 13.5 SEER 28000 Btuh 0 Btuh 280Q0 Btuh 200 cfm 0..009 cfm/Btuh 0.60 in H20 1.00 Area1 Htg load Cig load Htg AVF (ftp) (Btuh.) (Btuh) (cfm) Bedroom 4 174 2054 658 Bedroom 5 158 1330 626 Bath 3 67 177 gg Family Room 784 5747 3481 nneGn 65 o a Storage 114 a o Ploy Room X76 5440 2472 Great/Kit 854 8725 50S$ Entry 181 2140 292 Office 138 3336 1643 Laundry 76 X25 1086 Bath 'f 59 97 0 Bath 2 24 433 4$ M Bath 155 233 1 741 WIC 51 521 53 Bedroom 3 159 1 772 565 Bedroom 2 175 3617 1871 8ofdlftalic values have been manua!!y overridden Printout certified by ACGA to meet all requirements of Manual J Dight -Suite Residential6.0.46 ADocu e t andSe-ttings�Draft3lkDe:sktopNIELSON.rrp Calc:;-- MJ8 Orientation = N Clg AVF (cfm) 49 Htg Gig Outside db (°F) -12 92 Inside db {°F} 70 75 Design TQ (°F) $2 17 Daily range _ H Inside humidity 51 50 Moisture difference (gr/lb) - _36 Method Construction quality Fireplaces Infiltration Simplified Average 0 HEATING EQUIPMENT Make CARRIER CORPORATION Trade Carrier,, Weathermaker 9200 Model 5$MXA0$0-1 2** Efficiency Heating input Heating output Temperature rise Actual air flow Air flaw factor Static pressure Space thermostat ROOM NAME 92.5 AFUE 80000 74000 80 1000 0.024 0.60 z Btuh Btuh OF cfm cfm/Btuh �n H2O COOLING EQUIPMENT Make farrier Trade WeatherMaker 38TXA coni 38TXA03032 Coil CK5A/CK5B,A Efficiency Sensible cooling Latent cooling Total cooling Actual air flow Air flow factor Static pressure Load sensible heat ratio 030+58CV(A,X)090-16 13.5 SEER 28000 Btuh 0 Btuh 280Q0 Btuh 200 cfm 0..009 cfm/Btuh 0.60 in H20 1.00 Area1 Htg load Cig load Htg AVF (ftp) (Btuh.) (Btuh) (cfm) Bedroom 4 174 2054 658 Bedroom 5 158 1330 626 Bath 3 67 177 gg Family Room 784 5747 3481 nneGn 65 o a Storage 114 a o Ploy Room X76 5440 2472 Great/Kit 854 8725 50S$ Entry 181 2140 292 Office 138 3336 1643 Laundry 76 X25 1086 Bath 'f 59 97 0 Bath 2 24 433 4$ M Bath 155 233 1 741 WIC 51 521 53 Bedroom 3 159 1 772 565 Bedroom 2 175 3617 1871 8ofdlftalic values have been manua!!y overridden Printout certified by ACGA to meet all requirements of Manual J Dight -Suite Residential6.0.46 ADocu e t andSe-ttings�Draft3lkDe:sktopNIELSON.rrp Calc:;-- MJ8 Orientation = N Clg AVF (cfm) 49 6 32 64 1 160 32 a o o 0 129 23 X07 4s 51 3 79 15 3 10 2 0 1063 o 7 12 0 0 .1 9 M Bedroom entire House Other equip (Dads Equip. @ 0.97 latent cooling TOTALS On A 10 z 0- N, 01[654 0 BOidlitafiC values have been manually overridden Printout certified by ACOA to meet all requirements of Man Right -suite Rs[d ential 6.0.46 RSR43585 CADocuments and tting �L)raftDesktop\NIELSON-rrp Calc = MJ8 Orientation = U 200 2008 -May -08 07:09'57 Fuge Building Analysis Job: NIELSON Entire House Date: MAY 08, 2006 By: KB PRECISION HEATING •11 . %au+. 1 10 oc HiVIVH INItLSUN REXBURG, ID "U4MiclnE Idaho Falls, !D, US Elevation: 4 741 ft Latitude: 44°N Outdoor: Dry bulb (T) Daily range °F) Wet bulb (° ) Wind speed (mph) Heating -12 15.0 Cooling 92 34 60 7.5 Indoor: Indoor temperature (0 F) Design TD (°F) Relative humidity Moisture difference (gr/lb) Infiltration: H) Method Construction quality Fireplaces Heating 70 82 30 36.2 Simplified Average Q Cooling 75 17 50 -36.2 Component Btuh/ft2 Bfuh °/fl of load Walls 5.0 14482 24.5 blazing 28.7 8981 15.2 Doors 29.5 3011 5.7 Ceilings 2.7 4459 7.5 Floors 1.6 3430 5.8 Infiltration 4.1 7754 13.1Ducts 0.0 Ventilation Q 00 Piin 01 6820 Hupnidification Blower D Q_a Ventilation Adjustments 17065 28.8 Adjustments Total p 1 Total 59182 100.0 Gfst Vi I i rgs V&ndlOon Nrabc�n Component B tuh/ft2 Btuh %of load Walls 0.4 1246 4,g Glazing 31.1 9735 38.3 Doors Ceilings� 7.7 .� 789 2447 3. � 9.6 Floors 0.Q 0 0. 0! Infiltration 0,5 $61 3.4' Ducts 0 0.0 Ventilation 3538 13.9 Internal gains 6820 26.8 Blower 0 0.0 Adjustments p Total 25436 100.0 OveFall U -vol u = 0.055 Btuh/fF-O F Data entries checked.. Right -Suite Residential 6.0-46 RSR43585 CADocuments andttirgs\Draft \Desktcp\ IEL _rrp Calc=MJ8 Orientation G.a2jng--� mal 06n -s 2006-M.a - iS 07:09;57 Page I Component Constructions Entire House PRECISION HEATING Job: NIELSON Date: MAY 08, 2006 B: KB For: CURTlS & ANNA NIELSON REXBURG, ID L-ocation: Indoor: Heating Coolina Idaho Falls, ID, US Indoor temperature (°F) 70 75 Elevation: 4741 ft Design TD (OF) 82 17 Latitude. 440N Relative humidity 30 50 Outdoor:�� Heating Cooling Moisture difference (grflb) 36.2 -36.2 (OF) 92 Infiltration: Daily range (T) - 34 H } Method Simplified Wet bulb (°F) - 50 Construction quality Average Wind speed (mph) 15.0 7.5 Fireplaces 0 Construction descriptions Or Area U -value Jnsui R Htg HTM Loss Cog HTM Gain Walls (ftp) (Btuhlft�-`F) (ftp `FfBtuh) (Btuhlft2) (BtUh) (Btuhlftz) (8t h) 12E-0sw: Vylaod stud frame, siding or stucco, no board insulation, n 327 0.068 19,0 5.5$ 1822 0.$4 275 R-19 cavity insulation ne �6 0.068 19.0 558 91 .$4 14 e 340 0.068 19.0 5.58 1896 (1.84 287 se 13 0.068 19.0 5.58 72 0_84 11 S 390 0.068 19.0 558 274 0.84 329 sw 26 0.068 19.E 5.58 144 0.84 22 W 277 0.468 19.0 5.58 1542 0,84 233 nw 29 0.068 19.0 5.58 163 0.84 25 all 1417 0.068 19.0 5.58 7902 0.84 119 15 11-Owc-B: Basement, 8" concrete, wood framing, interior finis, n 378 0.051 11.0 4.18 1552 (}.00 p R-17 cavity, no board insulation, 8' e 320 0.051 11.0 4.31 1 378 0.02 6 S 459 0.051 11.0 4.62 2120 0.07 32 W 340 0.051 11.E 4.41 1501 0.04 13 all 1497 0.051 11.0 4.39 6580 0.03 51 Partitions (none) Windows 61A -C-.- Vinyl Frame: Double Pane, clear low -e low-en 60 0.350 0.0 28.7 1722 13.5 813 n 40 0,350 0.0 28.7 1148 13.5 542 ne 8 0.350 0.0 28.7 220 30.2 232 e 20 0.350 0.0 28.7 574 43.4 868 40 0.350 0.0 28.7 1148 43.4 1 735 se 9 0.350 28.7 263 38.3 351 S 23 0.350 0.0 7 646 23.9 539 SW 19 0,350 0.0 _r 5r38 38.3 719 W 58 0.350 0-0 28,7 1 665 43.4 2516 W 20 0.350 0.0 28.7 574 43.4 868 nw 17 0.350 0.0 28.7 483 30.2 509 all 313 0.350 0.0 28.7 8981 31.0 9691 Right -Suite Residentlal 6.0.46 RSR43585 ,\Doc mentS 2nd Sett) ng 'LDra 'LDe tops i ELr N _ rrp CA = MJ8 Orientation i 2006-a°-0 07.091-57 Page 1 Doors 11 KO: ISI etal door fi berg I ass core, with to rr� Ceilings 1 B -ad: Ceiling under vented attic no radiant barrier, dark shingles, R-38 insulation Floors 21A -32t: Ti[covered basement floor, No in uJ ti nr ' wide Right -Suite Residential dential 6.0.46 RSR43585 CADocuments and etting 1Dra \De op\NIEL f.rrp Calc = MJ8 Orientation 2092 0.026 38.0 2.13 4459 1.1 2447 2092 0.020 0. 0 1.64 3430 0.00 0 2006 -Islay -() 07-09:57 Page n 41 0.360. 29.5 1204 7.74 316 n 41 0.360 0.0 29.5 1204 7.74 316 S 20 0.360 0.0 29.5 602 7.74 158 all 102 0360 0.0 29.5 3011 7.74 789 Right -Suite Residential dential 6.0.46 RSR43585 CADocuments and etting 1Dra \De op\NIEL f.rrp Calc = MJ8 Orientation 2092 0.026 38.0 2.13 4459 1.1 2447 2092 0.020 0. 0 1.64 3430 0.00 0 2006 -Islay -() 07-09:57 Page It AED Assessment Entire House PRECISION HEATING Job: NIELSON Date: MAY 087 2006 B: KB rur: vuK I kti & ANNA fVIELSON REXBURG, ID Location: Idaho Falls, ID, US Elevation: 471 ft Latitude: 44°N Outdoor: Heating Dry bulb (°F) _12 Daily range (T) Wet bulb (°F) Wind speed (mph) 15.0 Cooling 92 34 ( H 60 7.5 indoor: Indoor temperature (°F) Design TD (°F) Relative humidity Moisture difference �grllb) Infiltration: � Method Construction quality Fireplaces Heating 70 82 30 36.2 Simplified Average Q Cooling 75 17 50 -3fi.2 0 CD E �� 7M 11M 1 11 Hourly Glazing Load ,C G 5}00 a 00 700 1 ,OO Hourty Hc)Ljr of Day .-Id, Average AF -13 limit I 911 Maximum hourly glazing load exceeds average by 30.5%. House dues not have adequate exposure diversity (AED), basest on AED limit of 30°/a. AED excursion; 44 Btuh {PFG - 1.3*AFG) Rlght-Sulte Residential 6.0.46 RSR43585 -.0ccuments and SettingsDrafta�Desktop�NIELSON-rr,p Galc � 1%1J8 Orient@fion 2006 -May -08 07.09:57 Fuge I Project Summary Entire House PRECISION HEATING Job. NIELSON Date: MAY 085 2006 B: l For: CURTIS & ANNA NIELSON REXBURG, ID Notes-. Some registers are shown further from the wall installation put registers standard distance from walls or windows. or windows for clarity. During Weather: Idaho Fails, ID, LJS Winter Design Conditions Summer Design Conditions Outside db -12 OF outside db 92 OF Inside db 7L7 °F Inside db Design Tp $2 OF Design TD 17 °F Daily range H Relative humidity 50 oda Moisture difference -36 gr/lb Heating Summary Sensible Coaling Equipment Load Sizing. Structure Ducts 42117 Btuh: Structure 21899 Btuh Central gent (225 cfm) D cfm Ducts 0 Btuh � 7065 Btuh Central vent (225 cfm} 3538 Btuh Humidifia�ation Piping f] Btuh Blower D Btuh Eqi uipment load59182 Btuh Use manufacturer's data n Rate/swing multiplier 0.97 Infiltration Equipment sensible load 24673 Btuh Method Simplified Latent CoolingEquipment Load SiziConstruction quali#y Auerageng Fireplaces Q Structure 665 Btuh Duch d Btuh Heating Conling Centra! vent(?,25 cfm) -465 BtuhVolume (ft3)Area �ft2�4132 4'32 Equipment laient load 0 g#u Air changes/hour 21926 21926 Equiv. AVF (cfm) 0.28 0.15 Equipment totaf load 24673 Btuh 102 55 Req. total capacity at 1 .00 SHR 2.1 ton Heating EqUipment Summary Cooling EquIff ipment Summary Make CARRIER CORPORAT1,01\1 Make Carrier Trade Carrier, Weathermaker 920Q Trade Weather a.. 38TXA Model 5$MXA080-1 2** Cond 38TXA03432 Efficiency Heating input Heating output Temperature rise Actual air flow Air flow factor Static pressure Space thermostat 92.E AFUE 80dQD Btuh 74000 Btuh Sd OF X040 cfm 0.024 cfrnlBtu h 0.60 in H20 c..:011(�KbAICK5BA030+�58GV(A.�Ci090-1 6 Efficiency Sensible cooling Latent coaling Tota! cooling Actual air flaw Air flow factor Static pressure Load sensible heat ratio Boldlitalic values have been manually overridden Printout certified by ACC to meet all requirements rpt f Manual J nth Ed. Right -Suite Residential 6.0.46 RSR43585 CADocuments and e ting lDr ft �E)Mop\ l]EL N.rrp Calc = MJ8 Orientation = f X3.5 SEER 28000 Btuh D Btuh 28000 Btuh cfm 0.009 cfmfBfuh 0.60 in H20 1.00 2006 -May -08 07.09-157 Page 1 1 Room name 2 Exposed wall 3 Ceiling height 4 Room dimensions 5 Room area Ty Construction number 6 tlll 1 2E-O5W Heat 61 R -C D 1 1 F4O J'1! 15 B 11-Onrc-8 13 61A -C D 11K0 0 12E-osw L -G 61A -C N. 12E-Dsw 15 61 A -C �J 15B11-0wc-8 --G 63A -G ,N 12E-Osw L--{' 61 A -C 30,24 12E-Dsw G �D 51A -C "1 8. 70 1 Ka v 15B11-Owc-8 v 1217-0sw L -G 69A -C w 12E-Osw L --G 61 A -C 28.70 15B11-Owc-8 3.341 61A -C V 12E-0sw 1--G 61 A -C Af 16B-38ad 7.74' 29A -32f Right -i Worksheet Entire House PRECISION HEATING U - Value Or (13tu h/ t -1-T D,d68 n 0.350 n Q_3BD n 0.099 n 0.350 n 0,360 n 0.068 rye 0.350 ne 4.fl68 e x.350 e Cl_099 e 0.350 e Q.068 se 0.350 se 0,068 s 0.350 s 0.360 s 0.099 s 4.068 sw 0.350 sw 0.{lfi8 w 0.350 w 0.099 w 0.350 w 4.068 nw 0.350 rew 0.026 x_020 Occupants nts Appliances HT ELS excursion Heat Envelope loss/gain 12 a) Infil'trat[on or Peinmeter (ft) b) Room ventilation 13 h9temal gaIre. : 13.54 Less external load 0 Less transfer 4.18 redistribution 14 Subtotal 15 Duct loads 29.52 Total room 1024 7.74 Air rewired (fes) Right -i Worksheet Entire House PRECISION HEATING U - Value Or (13tu h/ t -1-T D,d68 n 0.350 n Q_3BD n 0.099 n 0.350 n 0,360 n 0.068 rye 0.350 ne 4.fl68 e x.350 e Cl_099 e 0.350 e Q.068 se 0.350 se 0,068 s 0.350 s 0.360 s 0.099 s 4.068 sw 0.350 sw 0.{lfi8 w 0.350 w 0.099 w 0.350 w 4.068 nw 0.350 rew 0.026 x_020 Occupants nts Appliances HT Ptuh/ftp) Heat ft2 Gaol 5.58 or Peinmeter (ft) 0.84 28.70 428 13.54 2952 0 x'.74 4.18 459 0.63 28,70 , 0 13.54 29.52 7.74 5-58 0.84 2.70 20 30,24 5.58 320 0.84 8. 70 22 43-38 4.18 0.63 28.70 23 4338 5,58 20 0.84 28.70 45 3.341 5.58 0 O.84 28,70 58 2.95 29.52 7.74' 4.18 0.63 5.58 0.84 23.70 38: 34 5-58 0.84 28_70 43,38 4.18 0.63 28-70 43.38 5,58 0.84 28.0 30,24 2.13 1-1 1.64. 0.00; 230 1200 Entire House 369.7 ft _0 ft 4131.6 ft2 Area (ftp) or Peinmeter (ft) Gross /ice 428 327 60 0 41 41 459 378 40 0 41 41 16 380 340 20 0 360 320 40 0 22 1 433 390 23 00 20 459 459 45 26 19 0 335 277 58 0 360 340 20 0 46 29 17 0 2092 20921 2092 188 14 3 0% 0% 0 Load (Btuh) Heat Cool 1822 275 1722 813 1284 31E 1582 0 X14$ 542 1204 316 91 14 220 232 9896 287 574 $68 1378 fi .1.1 48 1735 72 77 263 351 274 329 646 539 602 15$ 2120 32 144 22 538 719: 1542 233 1685 2516 1501 '!3 5741 $68 163 25 483 509 4459 2447 3430 0 44 34353 14217 7754 861 U D 3220 3600 0 0 0 D 0: d 42117 29$99 01 0 42117 29899 1000 200 Job: NIELSON Date: 0872006 B: KB . 0 ft 174-3 ft2 Area 2 or pedm t r rocs /p/ 0 fl 0 fi 17 20 a a 0 0 0 0 a 0 a a 0 0 0 0 o, a 0 Sao 0 0 0 174 a I 1 0 % Bedroom 4 27.4 ft 0 0 0 97 0 D 0 0 0 a _. a 0 0 a a 0 0 0 a a a 130 Q 174 0 % h ati ool 174.3 ft Load (Btuh) Heal I Coal 01 0 406 574 D D 0 0 f? 0 0 C} 0 0 0 0 599 0 0 d 372 0 1951 113 0 0 2064 0 0 0 0 Q 271 Q 0 D D 0 0 d 0 D 0'. �I 0 0 0 0 9 0 a Q 204 0 230 0 0 0 0 658 0 Printout certified by SCCA to meet atl requirements Riot -spite Residential 6,0.46 F �C � rr� t r� tti r 1� f t h9 i L IV , rr p r i'Orientation = l � -o B 0 7.0 9 -1 r-'7 Right -.i Worksheet Job: Entire House Date: PRECISION HEATING BY: 1 ELSON MAY � 2006 B Printout certified by ACOA to meet all requirements of Manuel J 8th Ed. Right -Sprite Residential 6.0.46 RSR43585 C'Oocuments and tting!s Draft kD ktc)p\NiELSON rrp Calc = MJ8 Orientation 2006 -May -0807:09:57 Page Rightmi Worksheet Entire House PRECISION HEATING Job: NIELSON Cate: MAY 085 2006 B: KB 7 Printout certified bv ACOA to meet all requirements Qal J Sth Eri R ig ht -S quite Residential 6_0_46 R S R48 C:�Documents andtti ngs�%Dra 3�Des op\.N I EL . rr Calc MJ � ; Orientation = I 2006 -May -08 07,09:57 Page Rightwi Worksheet Entire House PRECISION HEATING Job: NIELSON Date: MAY , 2006 By: Printout certified b ACCO. to asst all r ufr MEEEE�t Irl tEd. Right -Suite Residential 6.0.46 RSR43585 -Mocur ent and ettings�Draf\Dtop�NPELfsrrp Laic = MJ8 Orientation or 2006-May-0 07`0957 Page 4 Rightmi Worksheet Entire House PRECISION HEATING Job: NIELSON Date: MAY Y a 200 6 B: IAB Printout certified by ACOA to meet all requirementsf Manual fight -Suite Residenflal 6.0.46 RSR43585 *CADocuments and SettinDraft3�Desktop\NIELSON.rrpCaJc = MA Orientation 2006 -May -08 07:09-157 Page Rightwi Worksheet Job: NIELSON Entire Haase Date: MAY 08, 2006 PRECISION HEATING By: KB Printout certified by pCCA to meed all requirements of Manual J 8th Ery Right -Suite Residential 6.0.46 4 5 -85 CADocurnents and etti n \E)raft\D l opt IELSO 1. rr lc 2006 -May -08 07;09.57 Page 6 Rightmi Worksheet Job: NIELSON Entire House Date: MAY 0892006 PRECISION HEATING By: Ke Printout certified by RCCA to meet all requirements of Manual J 8th Ed. Right -Suite Residential 6.0.46 RSR43585 ADocuments and ttfn s\[)ra \Desktop\l I EL ,r -r p Calc = MJ8 Orientation 2006 -May -0 07:09:57 Fuge Rightmi Worksheet Job: NIELSON Entire House Date: MAY 08, Zoos PRECISION HEATING By: KB Printout certified by SCCA to rneet all requirements rement f Manual 8 . � <>T2t dight -Suite Residenteal6.0.46 RS R4 3 585 ACCk CADocuments and ett ngs).Draft3�Dop\N I E L id. rrp CaIC , MJ5 Orientation -_ 2006--:-08 07.09,5' Page 8 Right -i Worksheet Job: NrELsaN Entire House Date: MAY 08, coos PRECISION HEATING By: KB Pr iontout certified bv ACCAto meet all, requirements 'Incl J 8th Ed. X1-1 R ihf-Suite Residential 6.0.46 RSR43585 ADocurrlentCs and ett n �D ra 'kDesktop�N I EL I. rrp Calk = ftilA Orientation 2006 -May -0,3 07:09:57 Page Rightmj-Worksheet Job: NIELSON Entire House Date: MAY 08, Zoos PRECISION HEATING By: KB Printo-utcertified by ACCA to meet all requirements of Manual J 8th Ed �► lllRight-Suite Residential 6.0.46 RSP,43585 ;' Documents and ettf n s'LDraft 'LDe t \ J EL _ MJ8 Orlentation _ 2006-a-08 07:09.57 Fags 10 Duct System Summary Job: Entire House Date: BY: PRECISION HEATING NIELSON MAY 08y 2006 B Far: CURTIS & ANNA NIELSON REXBURG, ID External static pressure Pressurelosses Available static pressure Supply 1 return available pressure Lowest friction rate Actual air flow Total effective length {TEL} Heating 0.60 in H20 0.39 in H24 0_21 in H20 0.1210.09 in H2O 0.032 in/1 }Oft 1000 cfm Cooling 0.60 in H2O 0_39 in H24 0.21 in H2O 0. 12 1 0.09 an H2O 0.32 in/1 DOft 200 cfm Design Htg C19 Design Diam Rect Duct Actual Ftg. Eqv Name (13tuh) (Cfm) (Cfm) FR (in) Size (in) Math Ln (ft) Ln (ft) Trunk Bedroom 4h �Ofi4 �9 6 0.032 5 OX U ShMt 46.2 335.0 5t3 Bedroom 5 h 1330 32 5 0.33 6 Ox D ShMt 34,4 335.0 st3 Bath 3 h �1 77 4 1 0.03516 ox 0 ShMt 18.8 335.E st3 Family Room -A h 2249 53 11 0.035 6 flx D ShMt 42.6 310.0 st2 Family Roam h224g 53 11 0.036 6 OX0 ShMt 3$.5 300.0 st2 Family Room -B h 2249 53 11 0.034 G OxO ShMt 29.1 335.0 st2 Play Roomh 1813 43 g 0.033 � Ox Q ShMt 47.4 325.E 5t3 Play Room -A i1 1813 43 $ 0.032' 6 OX0 ShMt 47.3 335.0 5t3 Play Room -13h 1813 43 $ p.033 6 OXO ShMt 38.5 335_[ st2 Great/Kit GreaUKit-B h 2182 52 12 0.037' 6 OX0 ShMt 42.3 290.E st2 h 2182 52 12 0.034 6 OXO ShMt 411.8 325.{3 s #2 �f��v��t-c GreatrKic-o h 2182 52 12 0.034 6 OX0 ShMt 27.7 335.0 st2 Entry h 2182 521 12 [3.035 6 OxO ShMt 20.9 335.0 std Office 214Q 51 3 0.040 fi 0x 0 ShMt 23.3 2g�.q Sf� � 3335 791 15 0.033 5 px Laundry a ShMt 49.9 320.0 st2 c 1086 3 10 0.035 6 Ox 0 ShMt Bath h 972 0 � 0.034 5 e�tr, z Ox � ShMt 19.8 335.0 st3 30•3 335.0 s13 M Bath h 433 'i 4 0 0.040 6 Ox 0 ShMt 31.3 275.0 sty wic h 2633 63 7 0.033 6 QX 0 ShMt 52.1 320.0St3 Bedroom 3 h 52'I 12 0 0.041 6 Ox Q ShMt 32.$ 265.0 sty Bedroom 2 h �' 772 42 5 0.033 6 QX 0 ShMt 33.7 335.Q gt3 }1 3617 $6 17 0.036 6 OX 0 ShMt 45.8 30a.0 Std M Bedroom h 14$x} 35 15 0_038 6 Qx U ShMt 3$.Q 290.0 5t3 M Bedroom -A h 148 35 15 0.035 6 Ox 0 ShMt 44.8 310.D St3 B ld i talk values have been manually overridden F ig t- u e Residential 6-0-46 4 8 ADOcuments and ffing \Draft \Desktop\NIEL ! .rrp CaJc = MJ8 Orientation 20705 -May -D8 :10:03 Page 1 Grill Htg Clg TEL Design Velar Diam RectSize Stud/Joist Duct Name Size (in) (CfM) (CfM) eft} FR (fpm) (in) (ira) Opening (in) iVlatl Trunk rb 1 O OX0 53 11 178.1 C 169 fi 14x3.25 1 0x5 SJSp rt2 rb9 0x 0 96 18 183.4 0.047 305 fi 14x3.25 1 Ox5 SJSp rt3 rb3 Dx 0 78 17 244.8 0.035 246 6 14x3.25 1 OX5 SJSp rt3 rb 11 0x 0 47 8 22.3 0.037 150 G 14x3.25 1 ax5 � SJSp rt3 rb1 0x a 96 18 220.8 0.039 345 6 14x3.25 1 Ox5 SJSp rt3 rb2 OX0 131 27 206.5 0.042 415 6 14x3.25 'f 0x5 SJSp rt2 rb4 OX0 153 37 257.5 0.034' 516 6 14x3.25 1 Dx5 SJSp rt3 rb5 Ox 0 $9 25 209,6 0.041 282 6 14x3.25 1 0x5 SJSp rt3 rb6 Ox D 6 1 1 3 173.2. 4.050 193 6 14x3.25 10x5 SJSp rt3 rbi Ox D 104 23 195.5 0.044 � 328, 6 14 X -31 . 2 - -5; x5 SJSp rt3 rb$ Qx 0 811 12 28.4 0.0321 255 6 14x3.25 1 Ox5 SJSp rt3 Right -Suite Residential ,.0.46 RSR43535 :Toru meat and etti n �Draft\.fie kop�N i ELSON . rrp Calc = MJ8 Orlentation 2606 -as O.1 0.03 Pap 2 m x co na C 0 cr z m r 0 m n 0 z m z Cl) C) m E co WE CO CD cn C 0 cr z m r 0 m n 0 z m z Cl) C) m E x m x G) 10 ME C ol cr Z rn r Q z m 00 Y m z G) cn -_. -u 0 ew CD C ol cr Z rn r Q z m 00 Y m z G)