The URL can be used to link to this page

05-499-0004-0a750 B. P ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUCTION Florida Department of Community Affairs EnergyGauge FlaCom vl.22 FORM 40OA-2001 Whole Building Performance Method for Commercial Buildings Jurisdiction: MIAMI. DADE COUNTY, FL (233400) Short Desc: 99-148 Owner: RICHARD BRANDON CO Address: ----------- 7300 S W 57 COURT City: SOUTH MIAMI State: FLORIDA Zip: 33143 Type: Retail (mercantile) Class: New Finished building Project: PLAZA 57 PermitNo: Storeys: GrossArea: Net Area: Max Tonnage C 2002 096804 1 78040 6619 82 (if different, write in) Compliance Summary Component Design Criteria Result Gross Energy Use , 93.6 100.00 PASSES Other Envelope Requirements - A PASSES LIGHTING CONTROLS PASSES EXTERNAL LIGHTING PASSES HVAC SYSTEM PASSES PLANT PASSES WATER HEATING SYSTEMS PASSES PIPING SYSTEMS PASSES Met all required compliance from Check List? YeslNo/NA •• 00 0 IMPORTANT NOTE: An input report Print -Out from Eneig};Gauge F1KCoin of •• this design building must be submitted along with this Co+7igiice 8epgrt. • .....• 6/18/02 EnergyGauge FlaCom FLCCSB % 1.22 . . ... ...... . .... ...... ...... .... . . . . .. . ..... 0040 • •• • • 0 •000• r COMPLIANCE CERTIFICATION: I hereby certify th the plans an Review of the plans and specifications covered by this specifications covered by his calculation are calculation indicates compliance with the Florida Energy in compliance with the Ionda Energy Code Before construction is completed, this building will be Efficiency Code inspected for compliance in accordance with Section 550 908, F S . . . PREPARED BUILDING OFFICIAL: DATE: joil DATE: .. . I hereby certify that this budding is in compliance .... with the Florida Energy Efficiency Code. OWNER AGENT: DATE: If required by Florida law, I hereby certify (*) that the system design is in REGISTRATION compliance with the Florida Energy Code No. ARCHITECT: ELECTRICAL SYSTEM DESIGNER: `�� /Af./7, 1.03 -/Z a4. � LIGHTING SYSTEM DESIGNER: MECHANICAL SYSTEM DESIGNER:�tti �� '�%�� lav/ (16 PLUMBING SYSTEM DESIGNER: FC (*) Signature is required where Florida Law requires design to be performed by registered design professionals Typed names and registration numbers may be used where all relevant information is contained on signed/sealed plans 6/18/02 EnergyGauge FlaCom FLCCSB 0.22 2 . . . .... .. . .. . .... .... . . .. . ...... . .... ...... ...... .... . . . . .. . ..... 2 Project: 99-148 Title: PLAZA 57 Type: Retail (mercantile) Location: MIAMI, DADE COUNTY, FL (232400) (WEA File: Miami.tmy) Whole Building Compliance Design Reference Total 93.65 100.00 ELECTRICITY 93.65 100.00 AREA L IGHT$ ------ --- 25.72 28.73 --- —MISC EQa9lPlyiT ------------- 8.33 8.33 PUMPS & MISC SPARC C®®L-- --- --- ----- - - -- ---- 34.56 37.90 --------- --- 25.04 VENT FANS 25.04 Credits & Penalties (if any): Modified Points: = 93.66 Project: 99-148 " ' "' ` " Title: PLAZA 57"" • Type: Retail (mercantile) • • • ee Location: MIAMI, DADE COUNTY, FL (232400) .. ; • •: • (WEA File: Miami.tmy) 0 : 000 Other Envelope Requirements;"••; 0;;•;• ••• .. . . Item Zone Description Design Lim its "Oftet Rer. 000.00 0000 0 - —•.. . .. . ROOF-I(ZON ZONE-] Exterior Roof - Max Uo Limit 0 05.... 0090 .. Yes : NOT USED ZONE -2 Exterior Roof - Max Uo Limit 0.039 009 Yes"' ROOF ZONE- ZONE -3 Exterior Roof - Max Uo Limit 005 009 Yes' Meets Other Envelope Requirements 6/18/02 EnergyGauge FlaCom FLCCSB vl.22 External Ig Ing Compliance Description Category Allowance Area or Length ELPA CLP (W/Unit) or No. of Units (W) (W) (Sgft or ft) None Project: 99-148 Title: PLAZA 57 Type: Retail (mercantile) Location: MIAMI, DADE COUNTY, FL (232400) .. . (WEA File: Miami.tmy) .. . .... .... Lighting Controls Compliance Acronym Ashrae Description Area No. of Design Min Compli- ID (sq.ft) Tasks CP CP ance RETAILS (I ST 99 Retail Establishments 14,025 0 32 27 PASSES (Merchandising & Circulation Area) Applicable to all lighting, including accen OFFICES (4TH F 26 Offices (Partitions>4 5 ft below 20,762 1 24 20 PASSES ceiling) Enclosed offices, all open plan offices without partitions OFFICES(5TH F 26 Offices (Partitions>4 5 ft below 31,372 1 44 37 PASSES ceiling) Enclosed offices, all open plan offices without partitions PARKING (4 TH 15 Garage - Parking Area 11.881 1 3 2 PASSES ...... 6/18/02 EnergyGauge FlaCom FLCCSB 0.22 4 . . . .... .. . .. . .... .... . . .. . ...... . .... ...... ...... .... . . . . .. . ..... 6/18/02 EnergyGauge FlaCom FLCCSB 0.22 4 Project: 99-148 Title: PLAZA 57 Type: Retail (mercantile) Location: MIAMI, DADE COUNTY, FL (232400) (WEA File: Miami.tmy) System Report Compliance AHUS (1 RETAILS Constant Volume Air Cooled No. of Units ST LEVEL) Split System < 65000 Btu/hr 11 Component Category Capacity Design Eff Design IPLV Comp- Eff Criteria IPLV Criteria liance Cooling System Air Cooled < 65000 Btu/h 11 00 1000 800 PASSES Cooling Capacity Air Handling Air Handler (Supply) - 080 080 PASSES System -Supply Constant Volume RTU -1 ZONE -2 Constant Volume Packaged No. of Units System 1 Component Category Capacity Design Eff Design IPLV Comp- Eff Criteria IPLV Criteria liance Cooling System Air Cooled > 760000 Btu/h 890 820 800 7 50 PASSES Cooling Capacity Air Handling Air Handler (Supply) - 080 080 PASSES System -Supply Constant Volume RTU -2 ZONE -3 Constant Volume Packaged No. of Units System 1 Component Category Capacity Design Eff Design IPLV Comp- Eff Criteria IPLV Criteria liance Cooling System Air Cooled > 760000 Btu/h 890 8.20 800 7.50 PASSES Cooling Capacity • Air Handling Air Handler (Supply) - 080 0.80 00000 : PASS PS System -Supply Constant Volume ' . .FA . . .. . . . ..6 Plant omp lance • . 0 . Description Installed Size Design Min Design Min Categoty .. . Copyl No Eff Eff IPLV IPLV '....' . liance ... None 6/18/02 EnergyGauge FlaCom FLCCSB 0.22 Water Heater Compliance Description Type Category Design Min Design Max Comp Eff Eff Loss Loss Hance Non e 6/18/02 EnergyGauge FlaCom FLCCSB v1.22 ... . ... ... .. .• 1ping ys em Compliance Category Pipe Dia Is Operating Ins Cond Ins Req Ins Complianc linchesj Runout? Temp 113tu-in/hr Thick linj Thick linj JFK SF.FJ None Project: 99-148 Title: PLAZA 57 Type: Retail (mercantile) Location: MIAMI, DADE COUNTY, FL (23240 Other Required Compliance Category Section Requirement (write N/A in box if not applicable) Chec Infiltration 406 1 Infiltration Criteria have been met • System Ventilation 407.1 409 1 . . HVAC Load sizing has been performed Ventilation criteria have been met . •.•• 0' . ADS 410 1 Duct sizing and Design have been performed • o; • T & B 410.1 Testing and Balancing will be performed Electrical 413 1 Metering criteria have been met • • • • • Motors 414 1 Motor efficiency criteria have been met• • ; • Lighting 415 1 Lighting criteria have been met :6900: "" O & M 102 1 .. . Operation/maintenance manual will be provided t"ewner '••• .. E1 . .,L Roof/Cell 404 1 R-19 for Roof Deck with supply plenums beneath it Report 101 Input Report Print -Out from EnergyGauge FlaCom attached" 6/18/02 EnergyGauge FlaCom FLCCSB v1.22 ... . ... ... .. .• v 6/18/02 Energ ,Gauge Fla Com FLCCSB %,1.22 . . . .... .. . .. . .... .... . . .. . ...... . .... ...... ...... .... . . . . .. . ..... 6/18/02 Energ ,Gauge Fla Com FLCCSB %,1.22 ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUCTION Florida Department of Community Affairs EnergyGauge FlaCom v1.22 INPUT DATA REPORT Proiect Information Project Name: 99-148 Orientation: West Project Title: PLAZA 57 Building Type Retail (mercantile) Address: 7300 S.W. 57 COURT Building Classification: New Finished building No.ofStoreys: I State: FLORIDA I 2oNC1: ."I'ST'FLL70R ' ."': Zip: 33143 GrossArea: 78040 Owner: RICHARD BRANDON CO. . . . .... . . . ... *0000 '...• EnergyGauge FlaCom FLCCSB 0.22 . . . .. .. . . . ... ..... . . ... .... Zones No Acronym Description Type Load Profile Area Multiplier Total Area Isfl ISfI I 2oNC1: ."I'ST'FLL70R ' ."': CONDITIONED FlaCom retail 14024.9 1 14024.9 2 ZO1#C•-2r • •' '..•� *•-F f H FLOOR �•••% CONDITIONED bnlldm-' FlaCom retail 207620 1 207620 building 3 ZON4-3 . S,TH.F"OOR . CONDITIONED FlaCom Business 31372.0 I 313720 • • . . . • • • . . . . . . . office buildint, . 4 ZChG-4+ : • •2ON[}-I • ': UNCONDITIONED Retail 11881.0 1 11881 0 (PARKING) . . . .... . . . ... *0000 '...• EnergyGauge FlaCom FLCCSB 0.22 . . . .. .. . . . ... ..... . . ... .... . . . .... . . . ... ... EnergyGauge FlaCom FLCCSB vl.22 . . . . . . . . ... . . . .. .. . . . ... ..... . . ... .... Spaces No Acronym Description Type Depth Width Height Multi Total Area Total Volume Iftl Iftl Iftl plier Isfl lcfl In Zone: ZONE-I I RETAILS (I SRE"FAIL STORE Retail Establishments 19479 7200 1400 1 140249 196348 3 ❑ (Merchandising & Circulation Area) Applicable to all lighting, including accen In Zone: ZONE-2 I OFFICES (4 OFFICES Offices (Part ition s>4.5 ft 41524 5000 1200 1 207620 2491440 below ceiling) Enclosed offices, all open plan offices without partitions In Zone: ZONE-3 I OFFICES(5T OFFICES Offices (Partitions>4.5 ft 253 00— 12400 13 00 1 31372 0 4078360 below ceiling) Enclosed offices, all open plan offices without partitions In Zone: ZONE-4 (PARKING) 1 PARKING (4 4TH LEVEL Garage - Parking Aiea 109 00 IU9 00 12 00 I 11881 U 1425720 ❑ Lighting No Type Power Control Type No.of I W I 01•1 pts In Zone: seZONE-L.. ..... .... In imcei RL'TAILS (I ST.7FL. ): occt Fluoiescent; • I �mp 499900 Manual On/Off 4 ❑ .... ... ..... .... 2 Compact Fluorescent 4999.00 Manual On/Of�l� 4 ❑ %oillract 174%-ewtot 499900 Manual On/Off 4 ❑ . . . . . . . . . . • • ••I Con�ct Fl•ua•esceNt 499900 Manual On/Off 4 ❑ . . . .... . . . ... ... EnergyGauge FlaCom FLCCSB vl.22 . . . . . . . . ... . . . .. .. . . . ... ..... . . ... .... 6/�g�0� • EnergyGauge FlaCom FLCCSB vI.22 . . . . . . . . ... . . . .. .. . . . ... ..... . . ... .... 5 Compact Fluorescent 499900 Manual On/Off 4 E] 6 Compact Fluorescent 499900 Manual On/Off 4 El 7 Compact Fluorescent 499900 Manual On/Off 4 ❑ 8 Compact Fluorescent 499900 Manual On/Off 4 ❑ In Zone: ZONE -2 In Space: OFFICES (4TH FLOOR) 1 Compact Fluorescent 4999 UU Manual On/Off 4 ❑ 2 Compact Fluorescent 499900 Manual On/Off 4 ❑ 3 Compact Fluorescent 4999.00 Manual On/Off 4 4 Compact Fluorescent 499900 Manual On/Off 4 5 Compact Fluorescent 4999.00 Manual On/Off 4 E] 6 Compact Fluorescent 499900 Manual On/Off 4 El In Zone: ZONE -3 In Space: OFFICES(5TH FLOOR) I Compact Fluorescent 499900 Manual On/Off 4 El 2 Compact Fluorescent 499900 Manual On/Off 4 3 Compact Fluorescent 499900 Manual On/Off 4 4 Compact Fluorescent 499900 Manual On/Off 4 5 Compact Fluorescent 4999.00 Manual On/Off 4 6 Compact Fluorescent 499900 Manual On/Off 4 El 7 Compact Fluorescent 4999.00 Manual On/Off 4 8 Compact Fluorescent 4999.00 Manual On/Off 4 9 Compact Fluorescent 499900 Manual On/Off 4 10 Compact Fluorescent 499900 Manual On/Off 4 E] . .... ... . .... . ... . . I I Compict�Fluoid,%qt; 499900 Manual On/Off 4 . . . In Zone: "PONE-VOIARIMCI In Space: PARKING (4 TH FLOOR) ... 1 . Comupact Fluorescent 1376 UO Manual On/Off 3 El. . . . . . . . . . 2• FlaQrcr cent 100000 None �• •Coitpaet 6/�g�0� • EnergyGauge FlaCom FLCCSB vI.22 . . . . . . . . ... . . . .. .. . . . ... ..... . . ... .... . . . .... . . . •.. .•. 6/IN): : : 0 EnergyGauge FlaCom FLCCSB v1.22 4 . . . .. .• . . . ... ..... . . ... .... Walls No Description Type Width H (Effec) Multi Arca DirectionCondUCtance Heat Dens. 11 -Value Iftl Iftl plier jsfj Btu/lir. sf F] Capacity jib/cfl jh.sCF/Btuj Btu/sf.Fl In Zone: ZONE -I I WEST 8"CMU/3/4"ISO 28000 1400 1 3920.0 West 02642 96960 62 72 3.79 ❑ BTWN24"oc/5/8 Gyp 2 SOUTH 8"CMU/3/4"ISO 7200 14.00 1 10080 South 02642 96960 62.72 3.79 o BTWN24"oc/5/8 Gyp NORTH 8"CMU/3/4"ISO 72.00 1400 1 10080 North 0.2642 9.6960 62.72 3 79 ❑ 3 BTWN24"oc/5/8 Gyp In Zone: ZONE -2 I WEST 8"CMU/3/4"ISO 283 00 1200 1 3396.0 West 02642 96960 62 72 3.79 Ei BTWN24"oc/5/8 Gyp 2 SOUTH 8"CMU/3/4"ISO 3200 1200 1 384 0 South 02642 96960 62.72 3.79 ❑ BTWN24"oc/5/8 Gyp 8"CMU/3/4"ISO 123 00 1200 1 14760 North 02642 96960 62 72 3.79 ❑ 3 NORTH BTWN24"oc/5/8 Gyp 4 EAST 8"CMU/3/4"ISO 5200 14 00 1 7280 East 02642 96960 62 72 3 79 o BTWN24 "oc/5/8 Gyp In Zone: ZONE -3 I WEST 8"CMU/3/4"ISO 282.00 13.00 1 3666.0 West 0.2642 9.6960 6272 3.79 BTWN24"oc/5/8 2 SQUTI; .' 8"CMV"""ISO 12400 13 00 1 1612.0 South 02642 9.6960 6272 3 79 o '...: �...� :.•.BTW%Al."4c/5/8 Gyp 3 NQ�.J-H 8"CMV/3/4"ISO 12400 13 00 1 16120 North 02642 96960 62 72 3 79 • , • �� • �T:Vl Q:"oc/5/8 . . . . . . .. . . . . . .... . . . •.. .•. 6/IN): : : 0 EnergyGauge FlaCom FLCCSB v1.22 4 . . . .. .• . . . ... ..... . . ... .... 4 EAST 8"CMU/3/4"ISO 28200 1300 1 BTWN24"oc/5/8 Gyp lu Zone: ZONE -4 (PARKING) I EAST 8"CMU/3/4"ISO 28200 1200 1 BTWN24"oc/5/8 Gyp 2 ADJ TO ZONE -1 8"CMU/3/4"ISO 30800 1400 1 BTWN24"oc/5/8 Gyp No Description In Zone: GVIVL-1 lu Wall: WALL -1 I WEST 2 WEST In Wall: WALL -2 I SOUTH In Wall: WALL -3 I NORTH 2 NORTH 0 East 0 33840 East 0.2642 9.6960 6272 3 79 10.50 43120 North 02642 96960 6272 3 79 069 Windows Type Shaded UCeu SC Vis.Tr W H (Effec) Multi Total Area IBtu/hr sf FI lftl iftl pier lsfl SINGLE GREY Yes 1 0704 069 043 11 50 10.50 9 10868 SINGLE GREY Yes 1 0704 069 043 11.50 1050 8 9660 SINGLE GREY No 1.0704 069 043 11 50 750 3 258.8 SINGLE GREY No 1 0704 069 043 11 50 750 3 258.8 SINGLE GREY No 1.0704 069 043 1 00 1.00 1 1 0 • • • • • • • • • • • • • • • • • .• • • • • • • • • .• • • • 6/18/02 ;...: : Enf:raGadge FlaCom FLCCSB v1.22 . . . . . . . . 000 . . .. .. . . . ... ..... . . ... 0000 5 In zone: ZONE -2 In Wall: WALL -5 I WEST SINGLE GREY No 1 0704 0.69 043 11.50 466 10 535 9 2 WEST SINGLE GREY No 1 0704 069 043 3 00 466 8 1 1 1 8 14 SINGLE GREY No 1 0704 069 043 5 83 466 4 108 7 In Wall: WALL -6 I SOUTH SINGLE GREY No 1 0704 069 043 11 50 466 1 53 6 2 SOUTH SINGLE GREY No 1 0704 069 043 300 466 1 140 In Wall: WALL -7 I NORTH SINGLE GREY No 1 0704 069 043 11 50 466 5 2679 2 NORTH SINGLE GREY No 1 0704 069 043 300 466 5 699 3 NORTH SINGLE GREY No 1 0704 069 043 5.83 4.66 1 272 In all: WALL -8 I EAST SINGLE GREY No 1.0704 069 0.43 11 50 4.66 1 53.6 2 EAST SINGLE GREY No 1 0704 0.69 043 300 4.66 3 41 9 . sees: . 000 0 000.9 . 000• 0000 • • so*** • • • 0000 ••• • • ••• • • • • • • • • • • • • • • • • • • • •• • • • • • • • • • • • • • 6/18/02 :•••0 �Ene; GaugeFlaCom FLCCSI3 v1.22 6 . • . 9 . . . . ... . . . .. .. . . . In Zone: ZONE-3 In Wall: WAAL-I I I SOUTH SINGLE GREY Yes 1 0704 069 043 1 1 50 800 4 3680 El 2 EAST SINGLE GREY Yes 1 0704 069 043 11.50 900 1 103 5 E] 11 SINGLE GREY No 1.0704 0.69 043 11.50 466 I 53 6 4 SOUTH SINGLE GREY No 1 0704 0.69 043 300 4.66 1 14.0 5 SOUTH SINGLE GREY No 1.0704 0.69 043 5 50 4.66 1 25.6 6 SOUTH SINGLE GREY No 1.0704 069 0.43 5 50 466 1 256 In Wall: WALL-10 I WEST SINGLE GREY No 1.0704 069 043 300 466 1 140 ❑ 2 WEST SINGLE GREY No 1.0704 069 043 5 50 466 1 25.6 3 WEST SINGLE GREY No 1.0704 069 043 11 50 800 1 920 4 WEST SINGLE GREY Yes 1 0704 069 043 11 50 8.00 10 920.0 5 WEST SINGLE GREY No 1 0704 069 043 5 50 4.66 1 256 6 WEST SINGLE GREY Yes 1 0704 069 0 43 11.50 9.00 3 310 5 ❑ 7 WEST SINGLE GREY No 1 0704 069 043 5 50 800 2 880 In Wall: WALL-12 I NORTH SINGLE GREY Yes 1 0704 0 69 043 11 50 800 4 3680 E] 2 NORTH SINGLE GREY No 1 0704 069 043 11 50 466 1 53 6 3 NORTH SINGLE GREY No 1 0704 069 043 5 50 466 1 256 ❑ 4 NORTH SINGLE GREY No 1 0704 069 043 5 50 800 1 440 5 NORTH SINGLE GREY No 1 0704 069 043 5 50 466 1 25 6 6 NORTH SINGLE GREY No 1.0704 069 043 300 4.66 1 140 ❑ 7 NORTH SINGLE GREY Yes 1 0704 069 0.43 11 50 900 1 103 5 ❑ In Wall: WALL-13 I EAST SINGLE GREY No 1 0704 069 043 11 50 800 18 1656.0 Doors No Description ••••Type••• •••piaded7.Niidth H (Effec) Multi Area Cond. Dens. Heat Cap. 11-Value •• iftI Iftl plier jsfj jBtu/hr. sf. Fl lib/cfl lBtu/sf. Fl jh.sf.F/Btul In Zone: ZONE-1 In Wall: WALL-2 I SOUTH • �: Prlur,inuml (Joni; � . . . . . . . • iir • . 1.24. . . .. . .I�10 . •. . . . . •• • . . . 3 00 800 1 240 0 1919 43 67 0 53 5.21 ❑ In Wall: WALL-3 • potystyrene .. . . . • • • ... ... 6/18/02 0•••0 :EneCgpCg.e FlaCom FLCCSB v1.22 7 . . . .. .. . . . ... ..... . . ... .... I NORTH Aluminum door, No 3.00 800 1 240 0 1919 43 67 053 5.21 0 1.25 In polystyrene In Zone: ZONE -3 In Wall: WALL -10 I WEST Aluminum door, No 3 30 900 2 297 0 1919 43 67 0 53 521 El 1 25 in polystyrene In Wall: WALL -13 I EAST Aluminum door, Yes 3 33 900 1 300 0 1919 43.67 053 5 21 1 25 in polystyrene Roofs No Description Type Width H (Effec) Mulh Area Tilt Cond. Heat Cap Dens. R -Value Iftl Iftl plier Isfl Idegl I13tu/hr. Sf. FI I13tu/sf. FI Iib/cfl Ih.sf.F/l3tuI In Zonc: ZONE -1 r I I ST FLOOR Mtl Bldg Roof/R-19 1 00 1 00 1 1 0 45 00 0.0492 1.34 9.49 2034 Ej Batt In Zone: ZONE -2 I roof-M-OZo3Rfl Shngl/1/2"WD 1 00 1 00 1 1 0 000 00320 1.50 822 31 24 E] Deck/WD Truss/9" Batt/Gyp Brd In Zone: ZONE -3 1 5 TH FLOOR Mtl Bldg Roof/R-19 124.00 253 00 1 31372 0 000 00492 1 34 949 2034 Batt In Zone: ZONE -4 (PARKING) I ADJASCENT Mtl Bldg Roof/R-19 10900 10900 1 11881 0 000 0.0492 1 34 949 2034 E3 Batt . ...... ....:...—Skylights ,...; 60 _90(E No Description Type ;,see sees ucen Shading Vis.Trans W FI ffec) Multiplier Arca Total Area ... . . ... IBtu/hrsfFl Coeff . . Iftl Iftl ISI] ISfl .. ..... . . . ... .. 6/18/02 ;� ; �Energlt;auge FlaConl FLCCSB vI.22 . . . . . . . • 000 . . . .. .. . . . ... ..... . . ... .... n Zone: In Roof: . . . .... . . . ... ... 6/18/02 �•••� �Ene.g a yGauge FlaCoun FLCCSB v1.22 9 . . . . . . . .:. . . . .. .. . . . ... ..... . . ... .... Systems Floors AHUS (I ST RETAILS Constant Volume Air Cooled Split No Description Type Width H (Eflec) Multi Area Cond. Heat Cap. Dens. 11 -Value Capacity Efficiency IPLV IN Iftl pher Isfl 1I3tu/hr. sf. F1 113tu/sf. F1 jib/cfl jh.sf.F/Btu In Zone: ZONE -I I I ST FLOOR Concrete Floor, 72.00 19479 1 14024 9 0 5987 9.33 14000 1 67 carpet and rubber RTU -1 ZONE -2 . •e.• . ••• a •...• . e..• Constant Volume Packaged System No. Of Units I pad • '•" Category *see: •..0• :ease Efficient IPLV Capacity Y I Cooling System (Au' Cooled > 760000 Btu/h Cooling In Zone: ZONE -2 I FLOOR -2 Concrete floor, 1 00 1 00 1 1.0 0.5987 9.33 140.00 1.67 carpet and rubber pad . . . .... . . . ... ... 6/18/02 �•••� �Ene.g a yGauge FlaCoun FLCCSB v1.22 9 . . . . . . . .:. . . . .. .. . . . ... ..... . . ... .... Systems AHUS (I ST RETAILS Constant Volume Air Cooled Split No. Of Units 11 LEVEL) System < 65000 Btu/hr Component Category Capacity Efficiency IPLV I Cooling System (Air Cooled < 65000 Btu/h Coolung 6000000 11 00 800 ❑ Capacity) 2 Air Handling System -Supply (Au' Handler (Supply) - 200000 080 El Constant Volume) RTU -1 ZONE -2 . •e.• . ••• a •...• . e..• Constant Volume Packaged System No. Of Units I Component • '•" Category *see: •..0• :ease Efficient IPLV Capacity Y I Cooling System (Au' Cooled > 760000 Btu/h Cooling 979000 00 8.90 800 El 2 Capacity) Air Handling System!-Yuaply (pit Hajidlei (Suppb); ... . . .... Constant Volume; .. 4' 32000 00 080 EJ . . . .... . . . ... ... 6/18/02 �•••� �Ene.g a yGauge FlaCoun FLCCSB v1.22 9 . . . . . . . .:. . . . .. .. . . . ... ..... . . ... .... RTU -2 ZONE -3 Component Category I Cooling System (Au' Cooled > 760000 Btu/h Cooling Capacity) 2 Aii Handling System -Supply (Air Handler (Supply) - Constant Volume) Constant Volume Packaged System Capacity Efficiency IPLV 979000 00 890 800 3200000 080 No. Of Units 1 ❑ Description Categories. Area/Len/No. of units Wattage Isf/ft/No] [W] Plant Equipment Category Size Inst.No Eff. IPLV Nomonal pipe Insulation Is Runout? No Type 0000 • TetilllVhturre Conductivity .... ... ..... LI Thickness IFI I Btu-in/h.sCFl Water Heaters W -Heater Description Capacit Cap.Unit 1/1, Rt. Efficienc Loss Ext -Lighting Description Categories. Area/Len/No. of units Wattage Isf/ft/No] [W] Piping • (iperafing Insulation Nomonal pipe Insulation Is Runout? No Type 0000 • TetilllVhturre Conductivity .... ... ..... Diameter Thickness IFI I Btu-in/h.sCFl . . . .. . . . . . 6/18/02 ... ..... . . of EnergjGauge FlaCom FLCCSB v1.22 . ... ... 0 0 0 . 10 Fenestration Used Glass Frame Frame Name Glass Type No. of Conductance SC VL "f Conductance Absorplance Panes IBtu/h.sf.FI IBtu/h.sf.FI ApLbWnd I SINGLE GREY 1 1 0704 06900 04310 04340 07000 ❑ Al Materials Used Mat No Acronym Description Only 11 -Value Used RValue jh.sf.F/Btuj Thickness Jul Conductivity jBtu/h.ft.Fj Density jib/cfl SpecificHeat I Btu/Ib.Fj 18 Mail 18 2 in Wood No 23857 .- 0 1670 00700 37.00 0.3900 ❑ 264 Mat1264 ALUMINUM, 1/16 IN No 00002 00050 26.0000 48000 0.1000 ❑ 214 Mat1214 POLYSTYRENE, EXP, No 5.2100 0 1042 0.0200 1 80 0.2900 ❑ I-l/4IN, 187 Mail 187 GYP OR PLAS No 0.4533 00417 0 0920 50.00 0.2000 El BOARD,1/21N 206 Mat1206 CELLULOSE,FILL,S 51N,R- No 208318 U 4583 0.0220 3.00 0 3300 ❑ 20 151 Mail 151 CONC HW, DRD, 140LB, No 04403 0 3333 0.7570 140.00 02000 ❑ 41N 178 Mail 178 CARPET W/RUBBER PAD Yes 1 2300 ❑ 265 Mat1265 Soil, I ft No 20000 1 0000 05000 10000 02000 ❑ 48 Mat148 6 in Heavyweight concrete No 05000 0 5000 1 0000 14000 02000 ❑ 123 Mail 123 CONC BLOCK Yes 42000 ❑ MW�SIN,}MOLFO��•• ••••• •••• 159 Mail 159 CONC• •• No ••� 03202 0 3333 1 0410 14000 02000 ❑ HW-UUR-1404Q;41N :.... •...: S7 Mat157 3/4 in Plaster or gypsum No U 1488 U 0625 U 4200 I O0.00 0 2000 ❑ 72 Mat172 AIR L4j'.ER,.3/41N QR Yes • 09000 ❑ LESS, VXRT. jVALj.S ; 267 Mat1267 0 75" sivaca : .•. :. *IVO: 0.1563 00625 04000 1600 02000 ❑ 266 Mat1266 2x4@ 16" oc + R I I Batt �No 8 3343 02917 00350 970 0.2000 ❑ �... ... 11 6/18/02 „�• • EnetnGauge FlaCom FLCCS13 v1.22 . . . . . . . . ... . . . .. .. . . . ... ..... . . ... .... 215 Mat1215 POLYSTYRENE, EXP, No 8 3350 0 1667 00200 1 80 02900 ❑ 21N, 105 Mad 105 CONC BLK I -I W, 81N. No 1 1002 06667 06060 6900 02000 ❑ HOLLOW 256 Mat1256 WOOD, SOFT, I -1/21N No 1 8939 0 1250 00660 3200 0 3300 ❑ 86 Matl86 BRICK, COMMON, 41N No 08012 0 3333 04160 12000 02000 ❑ 269 Matl269 .75" ISO BTWN24" oc No 2.2321 00625 00280 4 19 03000 ❑ 211 Matl21 I POLYSTYRENE,EXP ,1/21 No 20850 00417 00200 1 80 0.2900 ❑ N, 12 Matl 12 3 in. Insulation No 100000 0 2500 0.0250 2 00 0.2000 218 Mat1218 POLY URETHAN E,EXP.,1/2 No 3.2077 00417 0.0130 1.50 03800 ❑ IN, 23 Mat123 6 in. Insulation No 20.0000 0.5000 0.0250 5.70 02000 ❑ 4 Mat14 Steel siding No 00002 00050 26.0000 48000 0.1000 ❑ 271 Mat127 I 2x4@24" 24" oc + R I I Batt No 104179 02917 00280 7.11 0.2000 ❑ 272 Mat1272 Panel with 7/16" panels Yes 09044 ❑ 273 Mat1273 Hollow core flush (1 375") Yes 1 2777 ❑ 274 Mat1274 Solid core Flush (1 375") Yes 1 7141-- ❑ 275 Mat1275 Panel with 7/16" panels Yes 1 0019 ❑ (1 375") 276 Mat1276 Hollow core flush (1 75") Yes 1 3239 ❑ 277 Mat1277 Panel with 1-1/8" panels Yes 1 7141 ❑ (1 75") 278 Mat1278 Solid cote flush (1 75") Yes 1 6500 ❑ 279 Mat1279 Solid core flush (2.25") Yes 2 8537 ❑ 280 Mat1280 Fiberglass/Mineral wool core Yes 08167 ❑ 281 Mat1281 Paper Honeycomb core Yes 0.9357 ❑ 282 Matl282 Solid Urethane foam core YeS 1 6500 ❑ 283 Mat1283 Solid mineral fiberboard core Yes 1 7816 ❑ 284 Matl284 Polystyrene core (18 ga steel) Yes 20071 ❑ 285 Mat1285 000* 0 Polyurethane core (18 a .• Yeas 2.5983 ❑ steel);,,,: • 286 Mat1286 Polyuretane core (24 ga • • • • • Yes '*90 2 5983 El steel) 1 287 Mat1287 Polyuretllne core (1,iga%• .*Yes*. •• 4.1500 ❑ 288 Mat1288 • steel)3•. : : • •• :� ne: Solid Urethafoam•tore • : : •Y • es • 4 1500 ❑ . . . .... 12 . . . ... ... 6/18/02 •••� . . . ... ..... .. . .. . Ener iGau a FlaCom FLCCSB v1.22 . . . ... 0000 81 Matl81 ASPHALT -ROOFING, Yes 01500 Iftl Factor 1 264 ALUMINUM, 1/16 IN ❑ 000 ❑ ROLL 0 1042 0.00 ❑ . 0000 . . . 0000. . 0000 3 264; ALU ;[.NI?M, 00050 000 ❑ 244 Mat1244 PLYWOOD, 1/21N No 06318 00417 00660 3400 0.2900 ❑ 185 Mail 185 CLAY TILE, PAVER, 3/81N No 00301 00313 1.0410 120.00 0.2000 ❑ 82 Mat182 ASPHALT -SHINGLE AND Yes 04400 ❑ SIDING I I Mail 1 1 2 in. Insulation No 6.6800 0 1670 0.0250 2.00 0.2000 ❑ 47 Matl47 2 in. Heavyweight concrete No 0 1670 0 1670 1.0000 140.00 0.2000 ❑ 95 Mat195 CONC BLOCK No 07107 0.3333 0.4690 101.00 02000 ❑ HW -41N -HOLLOW 248 Mat1248 ROOF GRAVEL OR No 00500 00417 08340 55 00 04000 ❑ SLAG 1/21N 94 Matl94 BUILT-UP ROOFING, No 03366 00313 00930 7000 0.3500 ❑ 3/81N 2 Matl2 I in Stucco No 02083 00833 04000 1600 02000 ❑ 43 Mat143 8 in Heavyweight concrete No 1 1 1 17 06670 06000 61 00 02000 ❑ block 10 Mail 10 1 m Insulation No 3.3200 00830 00250 200 02000 ❑ No Name 1002 Aluminum door, 1.25 in polystyrene Constructs Used Simple Massless Conductance Construct Construct I Btu/h.sf.Fj No No 0.19 Heat Capacity Density RValue [Btu/sf.Fl jIb/cfj jh.sf.F/Btuj 053 43.67 5.2104 ❑ Layer Material Material Thickness Framing No. Iftl Factor 1 264 ALUMINUM, 1/16 IN 00050 000 ❑ 2 214 POLYSTYRENE, EXP, 1-1/4IN, 0 1042 0.00 ❑ . 0000 . . . 0000. . 0000 3 264; ALU ;[.NI?M, 00050 000 ❑ ._ 0000 0000 •00 •••.• 0000 • • • • • • • • • • • • • • • • • • • • • • • • • • • •• • • • • • • • • •• • • • • • • • • • • • • • 0000 • • • ••• ••• 6/18/02 :...: : Ener •Cao a FlaCom FLCCSB v1.22 13 . . . •• •• • . • ... 0000. . . ... 0000 No Name 1004 Concl etc floor, carpet and rubber pad Layer Material Material Thickness No. Iftl 1 151 CONC HW, DRD, 140LB, 41N 0 3333 2 178 CARPET W/RUBBER PAD Simple Massless Conductance No Name Construct Construct IBtu/h.sLFI 1014 8"CMU/3/4"ISO BTWN24"oc/5/8 Gyp No No 026 Layer Material Material No. 1 105 CONC BLK HW, 81N, HOLLOW 2 269 .75" ISO BTWN24" oc 3 187 GYP OR PLAS BOARD, 1/21N No Name Simple Massless Construct Construe 1038 Shng1/1/2"WD Deck/WD Truss/9" Batt/Gyp No No Brd Layer Material Material No. Heat Capacity Density RValue Simple Massless Conductance Construct Construct IBtu/h.sf.Fl IBtu/sf.Fl Iib/cfl Ih.sf.F/BtuI No No 060 9 33 14000 1 6703 1:1 Layer Material Material Thickness No. Iftl 1 151 CONC HW, DRD, 140LB, 41N 0 3333 2 178 CARPET W/RUBBER PAD Simple Massless Conductance No Name Construct Construct IBtu/h.sLFI 1014 8"CMU/3/4"ISO BTWN24"oc/5/8 Gyp No No 026 Layer Material Material No. 1 105 CONC BLK HW, 81N, HOLLOW 2 269 .75" ISO BTWN24" oc 3 187 GYP OR PLAS BOARD, 1/21N No Name Simple Massless Construct Construe 1038 Shng1/1/2"WD Deck/WD Truss/9" Batt/Gyp No No Brd Layer Material Material Framing Factor 0.00 EJ0 00 EJ Heat Capacity Density RValue I Btu/sf. Fl I Ib/cfl I h.sf. F/Btu I 9.70 6272 3 7856 EJ Thickness Iftl 06667 00625 00417 Construct No. ❑ ❑ ❑ 1 81 ASPHALT -ROOFING, ROLL 2 244••.•i�L•YV"0;0/21";• Iib/cfl ••••: 3 12 • i ill J11SUl�tl011•• ••••• Thickness • •••• ••• ••••• •••• 4 23 6 u1 11SIIIBtIon 5 187 • •; "P O$ VjJt$ t3OAjttZ, I0j4 ❑ 00417 . . . . . • . . . . Framing Factor 0.00 EJ0 00 EJ Heat Capacity Density RValue I Btu/sf. Fl I Ib/cfl I h.sf. F/Btu I 9.70 6272 3 7856 EJ Thickness Iftl 06667 00625 00417 Construct Framing Factor 000 000 000 ❑ ❑ ❑ Conductance Heat Capacity Density RValue IBtu/h.sf.FI [Btu/sf.FI Iib/cfl Ih.sf.F/Btul 003 1 50 822 31 2351 ❑ Thickness Framing Iftl Factor 000 ❑ 00417 000 ❑ 02500 000 ❑ 05000 000 ❑ 0.0417 000 ❑ 6/18/02 ;•••; ; En4glGauge FlaCom FLCCSB 0.22 14 . . . . . . . • • • • . . . .. .. . . . ... ..... . . ... .... No Name Simple Construct Massless Conductance Construct IBtu/h.sGFl Heat Capacity I13tu/sLFI Density RValue Iib/cfl Ih.sCF/13tu1 1047 Mtl Bldg IZoof7R-19 Batt No No 005 1 34 949 203366 ❑ Layer Material Material Thickness Framing No. I ftl Factor 1 94 BUILT-UP ROOFING, 3/81N 0.0313 0.00 ❑ 2 23 6 in. Insulation 0.5000 0.00 ❑ . .... . ... . ..... . .... . . . . .... ... ..... .... .. . • . .. . .• . . .. . . . . . . . 11.0 . . .. . . . . . .. . . . . . . . . . . .. . . . . . 4,. .. . . . . .... . . . ... .. . 6/18/02 ;...; ; : : :Gncig;Gau'te FlaCom FLCCSB v1.22 . . . . . . . . ... . . . .. .. . . . ... ..... . . ... .... 15 AIR -SYSTEM SIZING SUMMARY Air System.: RTU -107-14-99 Weather....: MiaEAST`mi, da HAP v3.z�l_ Prepared By: FRANYIE ENGINEERS INC. Page 1 AIR SYSTEM INFORMATION 28478 Fan motor BHP .6...9. ----------- ---------------------------------------------------------------= 28471 Fan motor kW. :..:. i : 19.42 System Type ................ WAV) Floor Area......... 26067 sgft Number of Zones............ 1 kFan ------------------------------------------------------------------------- SIZING CALCULATION INFORMATION ------------------------------------------------------ 0 - Zone and Space Sizing Method: Calculation Months: JFMAMJJASOND Zone CFM: Peak Zone Load - - - - - - - - - - - - - - - *-*--0 - - Sizing Data.......: Calculated Space CFM: Coincident Space Loads • 20 .00 0000.. CFM/ sqf t ................... ------------------------------------------------------------------------- CENTRAL COOLING COIL SIZING DATA 0000.. ------------------------------------------------------------------------- Total coil load (Tons)....: 83.3 Load occurs at....: Jul 1600 Sensible coil load (Tons).: 67.6 OA DB/RH (F/o).... : 90.6/ 54.2 Coil CFM at Jul 1600......: 28131 Entering Db/Wb....: 79.6/ 64.0 F Max possible CFM........... 28478 Leaving Db/Wb...... 52.9/ 51.5 F Design supply temp (F)..... 55.0 Coil ADP........... 44.9 F sqft/Ton................... 312.8 Bypass factor...... 0.1-00 BTU/hr/sgft.......... I .... . 38.4 Resulting RH...... . 40 0 Water gpm @ 1OF rise......: ------------------------------------------------------------------------- 1 200.11 Zone T -stat Check.: 1 of 1 OK SUPPLY FAN SIZING DATA ------------------------------------------------------------------------- Actual max CFM @ Jul 1700.: 28478 Fan motor BHP .6...9. 26.03 .•. Standard CFM ............... 28471 Fan motor kW. :..:. i : 19.42 Actual CFM/sgft 1.09 staticUnmjg-,r: •••� 9000.• 2.5E.0 max ....... . kFan ------------------------------------------------------ 0 - OUTDOOR VENTILATION AIR DATA0000 %.. • - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - *-*--0 - - -- - - - • - - - - y --- Design airflow (CFM) 0000...3680 Design CFM/person... �..��i : • 20 .00 0000.. CFM/ sqf t ................... 0 . 14 0000.. 0000 .. . • • .. . 00000• • • • • 0 60 •0090• 0000 . • • 9• •• • 090• *000 0 00. • • 9900• FAIR SYSTEM SIZING SUMMARY Air System.: RTU -2 EST '407-14-99 Weather....: Miami, Fulda HAP v3.22 Prepared By: FRANYIE ENGINEERS INC. Page 1 ************************************************************************* AIR SYSTEM INFORMATION System Type ................ (VAV) Floor Area......... 26067 sgft Number of Zones............ 1 ------------------------------------------------------------------------- SIZING CALCULATION INFORMATION Zone and Space Sizing Method: Calculation Months: JFMAMJJASOND Zone CFM: Peak Zone Load Sizing Data.......: Calculated Space CFM: Coincident Space ------------------------------------------------------------------------- Loads CENTRAL COOLING COIL SIZING DATA ------------------------------------------------------------------------- Total coil load (Tons)....: 83.3 Load occurs at....: Jul 160G Sensible coil load (Tons).: 67.6 OA DB/RH (F/o).... : 90.6/ 54.2 Coil CFM at Jul 1600......: 28131 Entering Db/Wb....: 79.6/ 64.0 F Max possible CFM........... 28478 Leaving Db/Wb...... 52.9/ 51.5 F Design supply temp (F) .... . 55.0 Coil ADP........... 49.9 F sqft/Ton................... 312.8 Bypass factor...... O.1-00 BTU/hr/sgft...... ...._..... , 38.4 Resulting RH...... . 40 $ Water gpm @ 1OF rise......: ------------------------------------------------------------------------- 200.11 Zone T -stat Check.: 1 of 1 OK SUPPLY FAN SIZING DATA ------------------------------------------------------------------------- Actual max CFM @ Jul 1700.: 28478 Fan motor BHP.,,,,•,.: 26.06 ;*; Standard CFM ............... 28471 Fan motor kW...*.:.:: 000019.4%60 Actual max CFM/sgft........ 1.09 tFan static (in.%g 4-: '....•2.54••• -------------------------------------------------------0--------••+•----:---• OUTDOOR VENTILATION AIR DATA •• 0.00 ------------------------------------------------------- Design airflow (CFM) ......: 3680 ------ CFM/person....'...'.'. ----- :...:20.00 CFM/sqft ................... 0.14 0000.. ----------------------------------------------------------•---•-�- 0000 .. . • -- - :--- .. 0 000. . 0000 0000.. 0000.. 0000 . . 0000 .. 00.00 r System wig Summary for ALL GROUND Project Nam§: 57CTBLDG Prepa 0 by: FRANYIE ENGINEERS INC. 0 rma on 05:48 48 AA M System Name ALL GROUND FLR. STORES Equipment Class SPLT AHU Number of Zones 1 System Type SZCAV Floor Area 13606.0 ft' Sizing Calculation Information Zone and Space Sizing Method: Zone CFM Peak zone sensible load Calculation Months Space CFM Coincident space loads Sizing Data Central Cooling Coil Sizing Data Jul 1700 Total coil load 58.1 Tons Sensible coil load 45.0 Tons Coil CFM at Jul 1700 24695 CFM Max possible CFM 24695 CFM Design supply temp. 55.0 °F ft=/Ton 234.3 BTU/hr/ft= 51.2 Water flow @ 10.0 °F rise - gpm Central Heating Coil Sizing Data Max coil load 264626 BTU/hr Coil CFM at Des Htg 24695 CFM Max possible CFM 24695 CFM Water flow @ 20.0 °F drop - gpm Supply Fan Sizing Data Jan to Dec Calculated Load occurs at Jul 1700 OADB/WB 89.9/76.7 °F Entering DB / WB 78.6 / 66.4 °F Leaving DB / WB 58.3 / 57.2 'F Coil ADP 56.1 °F Bypass factor 0.100 Resulting RH 52% Zone T -stat Check 1 of 1 OK Load occurs at _ BTU/hr/ft= Ent DB / Lvg DB Des Htg 19.4 66.9/76.8'F Actual max CFM at Jul 1700 Standard CFM Actual max CFM/ft' 24695 CFM 24684 CFM 1.82 CFM/ft2 Fan motor BHP Fan motor kW Fan static 0.00 BHP 0.00 kW 0.00 in. wg. Outdoor Ventilation Air Data*see 0000.• . . • Design airflow CFM 2721 CFM CFM/person ' . •'.' 10.06 CFIMperson • • • CFMfW 0.20 CFM/ft' • 0000 • 0000•• • • 0000.• • ••0• .• . • . .• • 0000.. . •.0• •00000 0000 . .. • 0000• amer Hou a sus rogram v . age Air �' tem Sizing Summary for LOBBY' -C Project Nara:: 57CTBLDG 28538 BTU/hr Load occurs at 08/24/00 Presby: FRANYIE ENGINEERS INC. 2015 CFM BTU/hr/ft' 0548 AM rSystem—ln�ation 2015 CFM Ent. DB / Lvg DB 68.3 / 81.4 'F System Name LOBBY A/C Equipment Class SPILT AHU Number of Zones 1 System Type SZCAV Floor Area 419.0 ft= Sizing Calculation Information 2014 CFM Fan motor kW 0.00 kW Zone and Space Sizing Method: 4.81 CFM/ft= Fan static 0.00 in. wg. Zone CFM Peak zone sensible load Calculation Months Jan to Dec Space CFM Coincident space loads Sizing Data Calculated Central Cooling Coil Sizing Data 84 CFM CFM/person ; ; ; 10.00.gJ /persorf ; Total coil load 3.8 Tons Load occurs at Aug 1700 Sensible cod load 3.4 Tons OA DB / WB 89.9 / 76.7 'F Coil CFM at Aug 1700 2015 CFM Entering DB / WB 77.9 / 65.5 °F Max possible CFM 2015 CFM Leaving DB / WB 59.3 / 58.2 °F Design supply temp. 55.0 °F Coil ADP 57.3 'F ft'/Ton 111.4 Bypass factor 0.100 BTU/hr/fi= 107.7 Resulting RH 51 % Water flow @ 10 0 °F nse - gpm Zone T -stat Check 1 of 1 OK Central Heating Coil Sizing Data Max coil load 28538 BTU/hr Load occurs at Des Htg Coil CFM at Des Htg 2015 CFM BTU/hr/ft' 68.1 Max possible CFM 2015 CFM Ent. DB / Lvg DB 68.3 / 81.4 'F Water flow @ 20 0 °F drop - gpm Supply Fan Sizing Data Actual max CFM at Aug 1700 2015 CFM Fan motor BHP 0.00 BHP Standard CFM 2014 CFM Fan motor kW 0.00 kW Actual max CFM/ft' 4.81 CFM/ft= Fan static 0.00 in. wg. • Outdoor Ventilation Air Data • • • • ..•,.. ; ; ; Design airflow CFM 84 CFM CFM/person ; ; ; 10.00.gJ /persorf ; CFM/ft= 0.20 CFM/ft' ••• • • • • 000 • 9000 C—al I lul nuurly mnalysis rrograrn v —Pa a M • • % • • • • • • • •••••• •••• • • • • •• • ••••• C—al I lul nuurly mnalysis rrograrn v —Pa a M Chandler and Associates Architecture AA 0003050 5940 South West 73nd Street Suite 206 South Miami, Florida 33143 tel 305.669.7592 fax 305.669.7593 August 28, 2002 Building Official Building Department City of South Miami South Miami, Florida Re: Plaza 57 7300 Southwest 57 Court South Miami, Florida Building Owner: 7300 Investments, L.L.C. Application No. 00-16 To Whom It May Concern: Attached are the revisions per your request. The following drawings have been revised: Architectural: A201, a204, a205, a206, a207, a208, a304, a800, a801 Structural: S1, s2, s3, s4,, s5, sl 0, sl l plus new calculations & Threshold building Affidavit Air Conditioning: Ad, ac4, ac5, ac6, Electrical: El, e4, e5, e9 Fire Sprinklers: Fsl Plumbing: P4, p5, p7, p8 Plus subsurface exploration reports Should yd%have any questions or need any additional information, please do not hesitate to ZkCh7andler, A.I.A. la AR License No. 16055 Brandon"rie i DE L O S C F. !, y ...a �Fi' �•_._°� y • * ; E:. R ,. (( �-- �Y''..� u +(j, i Y`� • CONSULTING STRUCTURAL ENGINEERS 4970 S W 72N0 AVENUE, #107 MIAMI. FLORIDA 33155 HECTOR DE LOS REYES, P E TEL 305-665-2778 FAX 305665-2793 August 14`h, 2002 Mr. Building Official City of South Miami Building & Zoning Department 6130 Sunset Drive South Miami, FL 33143 RE: PLAZA 57 7300 S.W. 571h Court, South Miami, FL Threshold Building Inspection Plan. Dear Sir: Please be advised that I, Hector De Los Reyes, P E., the Structural Engineer of Record of the referenced project, will be the Threshold Special Inspector. I will perform the duties of Threshold Special Inspector as defined in Section 305.3 of the South Florida Building Code and in accordance with the permitted drawings. The following is my Threshold Inspection Plan for the above referenced project A. Inspection of footing excavation. Consult with Geotechnical Engineer, after Geotechnical Engineer examines excavations and verifies his foundation recommendations. B. Review result of soil compaction testing. C. Inspection of footing and ground floor slab reinforcement. Inspection of wall and column dowels. Inspection of concrete pour D. Inspection of reinforcing for reinforced concrete members at every floor and roofs. Inspection of post -tensioned slabs reinforcement at every floor and roof. Inspection of all masonry wall reinforcing and grouting of all concrete pours. Check of all concrete truck tickets to make sure concrete is poured within the allowed time by ACI 301. Verify that testing lab is at site taking proper tests. E. Inspection of all structural steel framing, including visual inspection of connections. I City of South Miami Building & Zoning Dept. Plaza 57 Threshold Building Inspection Plan Page #2 F. Inspection of connections of all exterior windows and doors. G. Inspection of all balcony and stair railings and guard rails. H. Inspection of shoring and re -shoring, to make sure it complies with the approved shoring shop drawings prepared by a delegated engineer, hired by the General Contractor. The inspections will be performed by myself, Hector De Los Reyes, P. E., Robert Garcia, P.E., Antonio Canelas, Alejandro Martinez, Vicente Franco, Ernesto Garcia, and Orlirio Hidalgo. If you have any comments of questions, please feel free to contact me Sincerely, DE LOS REYES ENGINEERING, INC. /11� —6� Hector De Los Reyes, P.E. President Florida Certificate No. 33112 HDLR/adlr DE LOS REYES ENGINEERING, INC. CONSULTING STRUCTURAL ENGINEERS 4970 S W. 72 AVE , SUITE 11107 HECTOR DE LOS REYES, P.E. MIAMI, FLORIDA 33155 TEL. 305-665-2778 FAX 305-665-2793 August 14'', 2002 Chief Building Inspector City of South Miami Building & Zoning Department 6130 Sunset Drive South Miami, FL 33143 THRESHOLD BUILDING AFFIDAVIT Dear Sirs: I, We, 7300 Investments L.L.C. the owner of Plaza 57'x' (project) have retained Hector De Los Reyes P.E. as special inspector for this project located at 7300 S.W. 57" Court, South Miami FL (address). I will notify the City of South Miami of any changes regarding the retention of the special inspector on this project. I, Hector De Los Reyes P.E. the special inspector, duly registered by the State of Florida, Registration Number PE 33112 , hereby certify that 1, or my representative, will be present to inspect all structural components of this project. Authorized Representatives: Robert Garcia, P.E. Aleiandro Martinez A I Special Inspector Antonio Canelas Orlirio Hidalgo SWORN TO AND SUBSCRIBED before me, this 2000. My Commission Expires: Vicente Franco Ernesto Garcia Owner day of Notary Public, State of FL R METROPOLITAN DADE COUNTY, FLORIDA IMEWTRMADE EMYE101i1EliTALRs:>f0(WAU HAMA PLMREVIEW 880T10N ENVIRONMENTAL REVIEW OF DRAINAGE SYMM 111 N.VIL18TSTFIM surra 1010 MWA. RMPMAi U8.1923 Date_L2 0/ PM Project ame f'Z•4L•9 - S'w S7 c .r'w 7te r, Section 3 C Township Sf� Range—&L- Tentative Plat '"— Location within COX - Tt UJ Review for Compliance with Dade County Aqu>;er Protection Requirements. Er� Provide Oil and Grease Interceptors at all Catch Basins preceding French Drains as per attached standard detalls. ❑ Provide Oil and Grease Interceptors at Structure No.: [� All French Drains to have invert of perforated pipe and minimum elevation of � Oct. ground water level of 3•o NGVD or higher. Review for compliance with Section 24.12.1 of Metropolitan Dade Coun Code. County COMMENTS: 1. French Drains shall be as per SD1.1 2. Catch Basin shall be as per SD2.6 with Oil & Grease interceptors (bathes) preceding all French Drains. 3. Property line must be graded to avoid runoff into adjacent property. 4. This review is for Stormwater Quality only; Stormwater Quantity to be reviewed by Public Works Department.. Outside C.O.I. 1. Design for compliance with D.C. Aquifer Protection Requirements. 2. Commercial/Industrial & Residential with Parking Area, provide Pollution Retardent Structures at all Catch Basins. Inside C.O.I Design for compliance with Dade County Code Chapter 24.12 DCF C 2 Reviewed y syr 3. a DRY EXFILTFZATION SYSTEM IN PAVED AREA as uaa Kwo sWelr Ion— ow A"Rtl�Rl " Miq of P14 M a•�uai . Vona ME RI s e.r • JW NSPALL car On 3" grub I".-IOU -ute- 5cr••e,�• 9' L Sea Note. 4 M i 18°Min 3n ge.Po�-a�'iew e ca �N0 •�,� Mih T1'►E' W/1 owe tFE D • 6 ALTERMAI iYt►E 7 v/ 1 TEES as LAM Kw aawd PO AMMAU LO. Pct PVg rn,n Rel ..... L(eanouf Covet` 1 ( f l •. at .Qac a .rrrk t. Gylk le R e M o„u ble(aPLan 25 41pt Lon tkbIQ SILOQ LL 3A as d• M N 1= fa tam ML d V& aR od Qer+ooabla C srn1L ' f+Ol aK Witt Screws `� Ym WL K' MYR. 6 e,tiv - MO suns ..a,ca 3�r$�po,•a2�nN r 1 -dra.p KUTDC c� WX0 a an MIA TM p MR OHC ZEE TYPICAL 'CATCH BASIN � M Al TYPE J rOR 2 TEES SUPAZ O 1r ar am Qipe WAS a GrAD Mw aAfffm IA Fe F-T&& AtTSRNl. r :r TYRE JIT II CATCH BASIN GREASE & ' OIL SEPARATOR 01 L +6REA.%F_ (WITH SECP^* CE MOLE AT BOTTOM) - PRECEDING FRENCH DRAIN . TWO (2) TEES AS • SHOWN IF f.D. AT 80TH SIDES OF STRUCTURE NOTES: 1 — ABOVE STRUCTURE TYPE 'P' S.O. 2.6 IS RECOUSAENOEO rOR SMALL DRAINAGE I'REAS LESS IRAN 0.20 'ACRE PER CATCH. BASIN. 2 — rOR DRAINAGE ARCUS COUAL t0 OR GREATER THAN 0.20 BUT NOT EXCCCOING -3 ACRO -PR0IRDC TYPE 'I. AS PCR S.C: 2.6 •STRUCTURCS. • s ALL INVERTS -or PERFORATED PIPES TO BE •IIT OCTOBER WATER -TABLE. - 4 WHCH PRCTREATUENT IS REQUIRED IN A ORY CXrILTRATION' SVST1tM. Ir CRADC CONDITION ON SITE IS SUCH THAT THE INVERT Or THE MON PenrOr/ITCO PIPE LEAVING THE DITCH BASIN IS BELOW THE OCTOBER CROUNO WATER LCVCL'. /I TRANSITION IS REOUIRCO rRdW THIS INVERT ELEVATION TO THE INVERT Or THE PERrORATEO PIPt• S — ALL OTHER ALTERNATIVES TO THE ABOvC OIL k CREASE INTERCEPTORS DUST BE RCWCWCO AND•3IPPROVCO BY D.C.R.M. PRIOR TO ISSUANCE Or -A CONSTRUCTION PER&AII Z 4 DE LOS REYES ENGINEERING, INC. JOB 4970 S.W. 72nd Avenue, Suite #107 SHEET NOtBY4( OFDATE _ MIAMI, FL 33155 (305) 665-2778 CALCULATE"� ` US J 4 2 O2 CHECKED BY / DATE SCALE w\^a �, (-- Qsz� Q� a\1'1 -' vim O- o0 25(o K-tt - KA -V 2 i h- 5(0 -o� kh = K-+_ = A-1�� Ka. o• es K�� = 1-o GAP` _ + o• tb - o•t8 6o- A_ AD�F Rohe 4 0^K-15 GevC�=t-o F or N = 20 ?4- uNL 4 C'n k 5 P Cts - o -C 4-t Foc- A_ 3c7 esF amore: 4 odd S Gc�> o •9t(m P = 9.�-N G c P) - ((�) 0- e )� �-o INC 4 QQ- C-"� 4-orL 4 G�-,j, =—{-ot(o ��C�=-•l•29q, dor e. 5 4-* 6/ 9 v- = - k- 231 . n Panni irr — 4 DE LOS REYES ENGINEERING, INC. 4970 S.W. 72nd Avenue, Suite #107 MIAMI, FL 33155 (305) 665-2778 Fob R z ro o SFT lore 4 o.x.a 5 C* ibore- 4- oma' s Gc,e Ct1 = o •85� Fob A = �O s(=•c Gee C+� L o • ,B40 Foc A =. C�o "f- : -o rt- 4 o, r& 5 Ge -i? C*'� = o • 63 1 Dov- > �or A= 1O sC- �tl JOB SHEET NO 2 OF S CALCULATED BY i OA L" DATE Og f L l CHECKED BY DATE SCALE �`e Ll- - o•99q �o rer 4 Gee C��e <-� _ - o • 9� 2 -o-05s :F- e. 4 Giz- CX23 o� c- 5 Gee C-> amort 5 G•l•A01• _ -1 cnc 5 Gee C.� - o 4 - A//-% (d'o 0•$94 so-.rvT Fob R z ro o SFT lore 4 o.x.a 5 C* ibore- 4- oma' s Gc,e Ct1 = o •85� Fob A = �O s(=•c Gee C+� L o • ,B40 Foc A =. C�o "f- : -o rt- 4 o, r& 5 Ge -i? C*'� = o • 63 1 Dov- > �or A= 1O sC- �tl JOB SHEET NO 2 OF S CALCULATED BY i OA L" DATE Og f L l CHECKED BY DATE SCALE �`e Ll- - o•99q �o rer 4 Gee C��e <-� _ - o • 9� 2 -o-05s :F- e. 4 Giz- CX23 o� c- 5 Gee C-> amort 5 G•l•A01• _ -1 cnc 5 Gee C.� - o 4 - A//-% (d'o DE LOS REYES ENGINEERING, INC. JOB 4970 S.W. 72nd Avenue, Suite #107 SHEET NO 3 OF MIAMI, FL 33155 %f (305) 665-2778 CALCULATED BY (CA ` r DATE 08/ 1 %� /o " CHECKED BY DATE SCALE Ok6o (-(:).A el)-�-12�-'Go�' 4r6 ?Sk �orc. 4 e — l• 4� o �1 +( 7.0r\c_ 4 c' -CNA 5 e �� , = 5 t - (off est L O.9'{ � 1(0 • `'1> {-(0 • { �� , _- 5 3 •3 � 'esF �o ne S r Gq • A-4 • �or� 4 �, a s e c+ = 5�- �� e SF [ o -k (o)(0 -`l> (o - �i� = 15 C\D Q sF + cs VC) 231)(o•C) t (o t$ - - �� • s� �F 40 sF zs�•, L 4 c�,d 6 e� � = 5t-�� est (- o •�� Ca -moi t C- o- �� _ -s5 . s2 �F onL 5 = s1. �� S� C �-,a��Co •q> + C- �- �1� _ - ��- - so esu � - u • ' n ocnnnrT M) i DE LOS REYES ENGINEERING, INC. 4970 S.W. 72nd Avenue, Suite #107 MIAMI, FL 33155 (305) 665-2778 JOB SHEET NO jJ OF CALCULATED BY `r DATE 0 CHECKED BY SCALE k - 5 o sF C � ohe 4 �� = 51 �� esFl`-�.�53�cp•�� F S5 2 ons 4 0�r� c� [�. fore 4 e�� = 6'1•(0 (�sF l -d gCo2>�p-�1� �-�-0 1`�'�1� _ -54-� Lore. 5 s�- 7'-0re 43 S e c�> _ �� e�F [co ash co �1 + C �s� = 4 fore 4 � 0- sore S �L� = 5�-(�� sF �\ �• to�(p. F -or � = 80 esF + = 51 • �� est - o.�� C° � +(- � �� _ -53 . o � �F ec �C o DATE D PRnmirT 7m DE LOS REYES ENGINEERING, INC. 4970 S.W. 72nd Avenue, Suite #107 MIAMI, FL 33155 (305) 665-2778 SHEET NO OF CALCULATED BY (-tA C DATE CHECKED BY DATE SCALE F0 V- p'=`�O sF o.r�L 4 o.n, d 5 \- (-o Go For P. = 100 sF si -(.-A e s [( o + (0- _7=t o off esF ((- A.oq�)(0 `4F ll'�, zv D GRnnI1CT M7 Ae Building Performance Method. for Commercial Buildings--- - —Form 4O0A=97 ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUCTION Florida Department of Community Affairs FLA/COM-97 Version 2.2 PROJECT NAME_57TH.COURT BUILDING 'ADDRESS: _57TH. COURT B/ 73 AND 74 _CITY OF SOUTH MIAMI OWNER: _THE RICHARD BRANDON CO._ AGENT: 01 PERMITTING OFFICE: _South Miami _ CLIMATE ZONE: 8 PERMIT NO: JURISDICTION NO: 233300 BUILDING TYPE: _Business (Office) CONSTRUCTION CONDITION: New construction DESIGN COMPLETION: _Finished Building CONDITIONED FLOOR AREA: _50846 - MAX. TONNAGE OF EQUIPMENT PER SYSTEM: 90 COMPL',,kNCE CALCULATION: METHOD A DESIGN ----------------- A. WHOLE BUILDING 70.13 PRESCRIPTIVE REQUIREMENTS: NUMBER OF ZONES: 1 CRITERIA RESULT 100.00 PASSES a s + LIGHTING ;', o PASSES LIGHTING CONTROL REQUIREMENTS , HVAC EQUIPMENT COOLING EQUIPMENT 8'20 8.20 • •, , • , . ° "P,�,SSES 1. EER 7.50 7.50 "'PASSES''' IPLV , HEATING EQUIPMENT '..., 1. Et 1.00 s.,.+. AIR DISTRIBUTION SYSTEM INSULATION REQUIREMENTS N/A1. Conditioned Space 4.25 0.00 . REHEAT SYSTEM TYPES USED NO REHEAT SYSTEM is USED WATER HEATING EQUIPMENT PIPING INSULATION REQUIREMENTS ------------ -------- ---------------- COMPLIANCE RTIFICATION: I hereby certif the plans and Review of the plans and specifica- calculation specification this calcu- tions covered by this indicates compliance with the lation are ' compl nc., ith the, Code. Florida Energy Efficiency Code. Florida E er c • •••• ••• •$a••�or•••• E construction is completed, PREPARED Y• . �criiding will be inspected DATE: ' n en•this ••• ••• •i�3t cotViiance in accordance with I hereby certify that this building is Section 553.908, Florida Statute/ in compliance with the Florida:Energy •••BUILDING OFFICIAL: Efficiency Code. • ' OWNER/AGENT : • • . . _ . • ... ... . DATE:*0000 I 4POW00 • • .. ... ..... . .. . • . 00 0000 II a - _ J. ..� . �.�. ....u.�u..._-a.. ._ . _- . .. �.+�:1tlY.W.1J.: .lr:�- 11.. i.W S 4",• ��L`.11.)?hid.P..�'. ��a jr I hereby certify(*) that the system design is in compliance with the'Florida Energy Efficiency Code. ' SYSTEM DESIGNER REGISTRATION/STATE ARCHITECT : MECHANICAL: ecr7ov<0 .=ez.ey /16 4�0 � PLUMBING da�otuco 116 do FL ELECTRICAL: ./me —," /1T -1/f' LIGHTING ✓Oso —7-- .O<4O (*) Signature is required where Florida law requires design to be performed by registered design professionals. Typed names and registration numbers may be used where all relevant information is contained on signed/sealed plans. U • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • ••• ••• • • • • •• •• ••• •••• • • • • • • • • • • 9 • 1 � • • • 0 r • 7 7 � l • 0 ) • .. O 1 T � Infiltration Criteria in 406.1.ABCD have been met. . MECHANICAL SYSTEMS • •..•:.,: ..... . • CHECK --------- -�- - -- -I- -- -• - -----; ..4 --------- -- HVAC load sizing has been �arEormed. (+�'09•.1.;=b) 407. ------COOLING SYSTEMS ----------------------------------------------- Type • • • No ..Ef f i ciegcy . IPLV Tons . • . • ------------------- --- - - - - -; • -�- •-�---�--9 ------------- - - - - -- 1. Air Cooled ( >= 65,000 Btu/h.:.: � ::. .$. 2.• 7.5 90.00 408. ------HEATING SYSTEMS ------ ----------------------------------------- Type No Ftff' enc BTU hr �C� Y / ------------------------_�_ i •••• • _ • • •• _1. _ :— see • • •• •• • • �N'CE IECK • -v- BUILDING ENVELOPE SYSTEMS COM15LIi C] 401.------GLAZING--ZONE 1----------------------------------------------- Elevation --------- Type --------------- U SC VLT Shading ---- ---- ---- -------------- Area(Sgft) North Commercial 1.31 1 1 None ---------- 619 North Commercial 1.31 1 1 Continuous Ove 366 East Commercial 1.31 1 1 None 1341 -South Commercial 1.31 1 1 None 270 South Commercial 1.31 1 1 Continuous Ove 372 West Commercial 1.31 1 1 None 1302 West Commercial 1.31 1 1 Continuous Ove 967 Total Glass Area in Zone 1 = 5237 Total Glass Area = 5237 402.------WALLS--ZONE 1 ------------------------------------------------ Elevation --------- Type -------------------------------- U Insul R Gross(Sgft) North ----- ------- 8"CONC. BLCK+AIR .29 0 ----------- 3499 East 8"CONC. BLCK+AIR .29 0 4739 South 811CONC. BLCK+AIR .29 0 2255 West- 811CONC. BLCK+AIR .29 0 8047 Adjacent 811CONC. BLCK+AIR .29 0 3202 Total Wall Area in Zone 1 = 217421 Total Gross Wall Area =• 21742 403.------DOORS--ZONE • 1-----------------------------------9--•----------- Elevation Type . U.,-At'ea • • • • • , (S,qf�-) --------- ------------------------------------------ Adjacent 1-3/8 Wood Door -Hollow core flush 0.47 ""'8'0' Total Door Area in Zone 1 = ; • • 80 = • Total Door Area8;0 • • • •� „ 404.------ROOFS--ZONE 1 ----------------------------------- '- _ _ _ - Type _ Color U Insul R' • "Area (ScIft,) . ,a t, CONCRETE ROOF W/ R-11 MIN Light .083 11• 31690 Total Roof Area in Zone 1 =, , °31690 Total Roof Area =; .31690 405.------FLOORS-ZONE 1 ----------------------------------- =-_-,'--------- TYPe ------------------------------------------------ Insul R, Area (Sqf t ) No exterior floor ------- 0 ---------- 0 Total Floor Area in Zone 1 = 0 Total Floor Area = 0 406. ------INFILTRATION -------------------------------------------------- [CHECK Infiltration Criteria in 406.1.ABCD have been met. . MECHANICAL SYSTEMS • •..•:.,: ..... . • CHECK --------- -�- - -- -I- -- -• - -----; ..4 --------- -- HVAC load sizing has been �arEormed. (+�'09•.1.;=b) 407. ------COOLING SYSTEMS ----------------------------------------------- Type • • • No ..Ef f i ciegcy . IPLV Tons . • . • ------------------- --- - - - - -; • -�- •-�---�--9 ------------- - - - - -- 1. Air Cooled ( >= 65,000 Btu/h.:.: � ::. .$. 2.• 7.5 90.00 408. ------HEATING SYSTEMS ------ ----------------------------------------- Type No Ftff' enc BTU hr �C� Y / ------------------------_�_ i •••• • _ • • •• _1. _ :— see • • •• •• • • �N'CE IECK • -v- 1. .Electric )tesistance 2 1 306000 409. ------VENTILATION ---------------------------------------------------- Ventilation Criteria in 409.1.ABCD have been met. ]CHECK 410. -----AIR DISTRIBUTION SYSTEM---------------------------------------- CHECK - ----------------------------------------------------------------- ---- Duct sizing and design have been performed. (410.1.ABCD) AHU Type Duct Location R-value ---------------------------------------------------------------- 1. Air Conditioners Conditioned Space 4.25 CHECK =----------------------------------------------------------------- ---- Testing and balancing will be performed. (410.1.ABCD) 411. -----PUMPS AND PIPING -ZONE ----------------------------------------- Basic prescriptive requirements in 411.1.ABCD have been met. PLUMBING SYSTEMS 411. -----PUMPS AND PIPING -ZONE 1 --------------------------------------- Type R-value/in Diameter Thickness ---------------------------------------------------- 1. Non -Circulating 0 0 0 412. -----WATER HEATING SYSTEMS -ZONE 1 ---------------------------------- Type Efficiency StandbyLoss InputRatq.••• Gallons — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — --------- i ' i J -------- • • •••• •• • •••• ELECTRICAL SYSTEMS • • •ttfMC 413. -----ELECTRICAL POWER DISTRIBUTION---------------------- - ----- metering criteria in 413.1.ABCD have been met. •� • • • s 414 ------ MOTORS --------------------------------------------- °------ ----- Motor efficiencies in 414.1.ABCD have been met. .... 415. -----LIGHTING SYSTEMS -ZONE 1 ------------------------------- Space Type No Control Type 1 No Control Type 2 No Watts Area(S•q�t) ---------- ----------------- ----------------- --- ---- ---•- _P- Accounting 1 On/Off 80 None 0 101662 .50846' Total Watts for Zone 1 = f0i€ "52 Total Area for Zone 1 = 50846 Total Watts = 101692 Total Area = 50846 CHECK Lighting criteria in 415.1.ABCD have been met. --------------------- ----- 16. Operation/maintenance manual will be provided to owner.(102.1) ------------------------------------------------------------------------- •"ego 0000 0 a a_= l I• • • • • • •• • •• • • • • • • •• • • • • see 0 • • ••• ••• • • • •••• • • • • • • amen Hourly Analys—is-Pr—ogram V **so • • • • • age zo Air System g Summary for ALL GROUND Kr STORES - Project Name: 57CTBLDG 0824/00 — --Prepare by;-FRANYIE ENGINEERS 0li:48AM ys em- Information ; System Name ALL GROUND FLR. STORES Equipment Class SPLT AHU Number -of Zones 1 System Type SZCAV Floor Area 13606.0 fY Sizing Calculation Information Zone and Space Sizing Method: Zone CFM Peak zone sensible load Calculation Months Jan to Dec Space CFM Coincident space loads Sizing Data Calculated Central Cooling Coil Sizing Data Total coil load 58.1 Tons Load occurs at Jul 1700 Sensible coil load 45.0 Tons OA DB / WB 89.9 / 76.7 OF Coil CFM at Jul 1700 24695 CFM Entering DB / WB 78.6 166.4 OF Max possible CFM 24695 CFM Leaving DB / WB 58.3 / 57.2 OF Design supply temp. 55.0 OF Coil ADP 56.1 OF ft'/Ton 234.3 Bypass factor 0.100 BTU/hr/ft' 51.2 Resulting RH 52% Water flow @ 10.0 OF rise - gpm Zone T -stat Check 1 of 1 OK Central Heating Coil Sizing Data Max coil load 264626 BTU/hr Load occurs at Des Htg Coil CFM at Des Htg 24695 CFM BTU/hr/ft= 19.4 Max possible CFM 24695 CFM Ent DB / Lvg DB 66.9 / 76.8 OF Water flow @ 20.0 OF drop - gpm Supply Fan Sizing Data *004 Actual max CFM at Jul 1700 24695 CFM Fan motor BHP • • • • • • 0.00•BLo" Standard CFM 24684 CFM Fan motor kW • 0.00 -kW • ; Actual max CFM/ft' 1.82 CFM/ft' Fan static • • 0.00:0h'wg Outdoor Ventilation Air Data • ' Design airflow CFM 2721 CFM CFM/person 10A0'tkI persorf CFM/ft' 0.20 CFM/ft' . • • " o t ' • • s •••• ocac is • • • i 1 • a 1 o 1 J f) 6_ F l l t a L i I L . _ l I• • • • • • •• • •• • • • • • • •• • • • • see 0 • • ••• ••• • • • •••• • • • • • • amen Hourly Analys—is-Pr—ogram V **so • • • • • age zo .... �. • • .Go: Goes 000 ... ' • • . . . . • 0 .. .. amer ou a sis rogram V4.04 age 28 Air V! 'dem Sizing Summary for LOBBY C -- Project Name: 57CTBLDG- ---; ------ ---- --------- --- 0824/00-- Prepa by-FRANYIE ENGINEERS INC. 05.4B AM, jwSystern Information System Name LOBBY A/C Equipment Class SPLT AHU Number of Zones 1 System Type SZCAV Floor Area 419.0 ft' Sizing Calculation Information Zone and Space Sizing Method: Zone CFM Peak zone sensible load Calculation Months Jan to Dec Space CFM Coincident space loads Sizing Data Calculated Central Cooling Coil Sizing Data Total coil load 3.8 Tons Load occurs at Aug 1700 Sensible coil load 3.4 Tons OA DB / WB 89.9176.7 OF Coil CFM at Aug 1700 2015 CFM Entering DB / WB 77.9165.5 OF Max possible CFM 2015 CFM Leaving DB / WB 59.3158.2 OF Design supply temp. 55.0 OF Coil ADP 57.3 OF ft'/Ton 111.4 Bypass factor 0.100 BTU/hr/ft2 107.7 - Resulting RH 51 % Water flow @ 10.0 OF rise - gpm Zone T -stat Check 1 of 1 OK Central Heating Coil Sizing Data Max coil load 28538 BTU/hr Load occurs at Des Htg Coil CFM at Des Htg 2015 CFM BTU/hr/ft' 68.1 Max possible CFM 2015 CFM Ent DB / Lvg DB 68.3 / 81.4 OF Water flow @ 20.0 OF drop - gpm Supply Fan Sizing Data ' ..' . ' •, , ,' , , . , Actual max CFM at Aug 1700 2015 CFM Fan motor BHP • 0.00 SHP + Standard CFM 2014 CFM Fan motor kW 0.00 - Actual max CFM/ft= 4.81 CFM/ft2 Fan static 0.00 in. wg. Outdoor Ventilation Air Data z Design airflow CFM 84 CFM CFWperson , • so 9 10.00 t:Wperson CFM/fF 0.20 CFM/fPGO 00 0 i .... �. • • .Go: Goes 000 ... ' • • . . . . • 0 .. .. amer ou a sis rogram V4.04 age 28 1 Air t ;tem Sizing Summary for STORE I/ •e•• _ --- Project Name:57CTBLDG --- — ------ -------------•--�— • • • e 08/24/00 Prep y.,FRANYIE ENGINEERS INC. • a 05:48 AM Air System Information e • • • • • • • • • System Name STORE # 1 Equipment Class SPLT AHU Number of Zones 1 System Type SZCAV Floor Area 2060.0 ft= Sizing Calculation Information • • Zone and Space Sizing Method: • • • • •• • • Zone CFM Peak zone sensible load Calculation Months Jan to Dec Space CFM Coincident space loads Sizing Data Calculated Central Cooling Coil Sizing Data • • „ Total coil' load 9.0 Tons Load occurs at Jun 1700 Sensible coil load 7.0 Tons OA DB / WB 88.9 / 76.7 OF Coil CFM at Jun 1700 3942 CFM Entering DB / WB 78.5 166.5 OF Max possible CFM 3942 CFM Leaving DB / WB 58.6 / 57.5 OF Design supply temp. 55.0 OF _ Coil ADP 56.4 OF ft'(ron 228.0 Bypass factor 0.100 BTU/hr/ft' 52.6 Resulting RH 52% Water flow @ 10.0 OF rise - gpm Zone T -stat Check 1 of 1 OK Central Heating Coil Sizing Data Max coil load 45650 BTU/hr Coil CFM at Des Htg 3942 CFM Max possible CFM 3942 CFM Water flow @ 20.0 OF drop - gpm Supply Fan Sizing Data Actual max CFM at Jun 1700 Standard CFM Actual max CFM/ft2 Load occurs at _ BTU/hr/ft2 Ent DB / Lvg DB Des Htg 22.2 • • . • .. 67.0177.8 OF • • • • • • , 3942 CFM Fan motor BHP : , 0.0(f BHP 3940 CFM Fan motor kW 0.00 kW 1.91 CFM/ft' Fan static 0.00, ih. Wg; .aa sees •e•• Outdoor Ventilation Air Data • Design airflow CFM 412 CFM CFM/person . • 10.00 CfM/person CFM/ft' 0.20 CFM/ft' , t t ••• • sees• • •e•• sees,* • • • e see• • • e • • • • • • • • • • • • • • • • • ••• • • • • • • • • • • •• • • • • • • „ e 000 • • • • • • • • • • 00 amer Hourly Analysis Program v4.04 age _}tem _Sizing Summary-for-S_Y_OR' Projectme:57CTBLDG 08/'24/00 P by: FRANYIE ENGINEERS INC. 05:48 AM System Name Equipment Class System Type STORE # 2 SPLT AHU SZCAV Number of Zones Floor Area 1 1514.0 fP Sizing Calculation Information 67.1 / 77.3 OF r•-rr►� s a n ! • • Zone and Space Sizing Method: O C O Zone CFM Peak zone sensible load Calculation Months Jan to Dec Space CFM Coincident space loads Sizing Data Calculated Central Cooling Coil Sizing Data Total coil load 6.6 Tons Load occurs at Jul 1700 Sensible coil load 5.2 Tons OA DB / WB 89.9 / 76.7 OF Coil CFM at Jul 1700 2872 CFM Entering DB / WB 78.6 / 66.4 OF Max possible CFM 2872 CFM Leaving DB / WB 58.5157A OF Design supply temp. 55.0 OF Coil ADP 56.3 OF ff/Ton 228.5 Bypass factor 0.100 BTU/hr/ft' 52.5 Resulting RH 52% Water flow @ 10.0 OF rise - gpm Zone T -stat Check 1 of 1 OK Central Heating Coil Sizing Data Max coil load 31644 BTU/hr Coil CFM at Des Htg 2872 CFM Max possible CFM 2872 CFM Water flow @ 20.0 OF drop - gpm Supply Fan Sizing Data Actual max CFM at Jul 1700 2872 CFM Standard CFM 2870 CFM Actual max CFM/ft' 1.90 CFM/ft2 Outdoor Ventilation Air Data Design airflow CFM CFWft' 303 CFM 0.20 CFM/ft' Load occurs at Des Htg BTU/hr/ft2 20.9 Ent. DB / Lvg DB 67.1 / 77.3 OF r•-rr►� s a n ! • • O C O Fan motor BHP S 0.00WO Fan motor kW :-0.00 kW. Fan static .. 0.00 is. wg-. 0000 0000 c CFM/person 10.00*dPWperson" ,0000 _ 9••9•. ... 0000. sees: .9•.. . • 9 • • 0000 000 •0090 0000 ... ... • 0000 ... ... • - .- - .- � � ---- .0- - - -990 - -- -- - -- - •. .. ... 0000 9•, 0000. 0 • 1�Camer MUM Anafvrus Froaram v404 Ana r .' ;tem Sizing Summary for STORE PMj me: 57CTBLDG - - _ -- - - -- -- Wejrared by. FRANYIE ENGINEERS INC. : AM Air -System Information System Name STORE # 3 Equipment Class SPLT AHU Number of Zones 1 System Type SZCAV Floor Area 1514.0 ft' Sizing Calculation Information Zone and Space Sizing Method: Zone CFM Peak zone sensible load Space CFM Coincident space loads Central Cooling Coil Sizing Data Jul 1700 Total coil load 6.6 Tons Sensible -coil load 5.2 Tons Coil CFM at Jul 1700 2872 CFM Max possible CFM 2872 CFM Design supply temp. 55.0 OF ft'/Ton 228.5 _ BTU/hr/ft' 52.5 Water flow (4110.0 OF rise - gpm Central Heating Coil Sizing Data Calculation Months Sizing Data Jan to Dec Calculated Load occurs at Jul 1700 OADB/WB 89.9/76.7°F Entering DB / WB 78.6 / 66.4 OF Leaving DB / WB 58.5 / 57A OF Coil ADP 56.3 OF Bypass factor 0.100 Resulting RH 52% Zone T -stat Check 1 of 1 OK Max coil load 31644 BTU/hr Load occurs at Des Htg Coil CFM at Des Htg 2872 CFM BTU/hr/fF 20.9 Max possible CFM 2872 CFM Ent. DB / Lvg DB 67.1 / 77.3 OF Water flow @ 20.0 OF drop - gpm 611.0 - f ( Supply Fan Sizing Data • Actual max CFM at Jul 1700 2872 CFM Fan motor BHP 0.0Q jlkgF , ; ; Standard CFM 2870 CFM Fan motor kW n 0.06 kW Actual max CFMKF 1.90 CFM/ft2 Fan static 0.00 in.fwg. f f ( ( 11 f C f C Outdoor Ventilation Air Data ...%I 6.11. ( , Design airflow CFM 303 CFM CFM/person 1ox, JC FI1(Jperson CFM/ft' 0.20 CFM/ft` ` ( 1111. :1111. 1111. 1111:. '•� ( 1111. 1111.. • 1111... 1111.. 1111.. 1111. -. 1111. •�• �•� . •• 1111 • • • . . ; • , 1111 • • • • • 1111. 1111. _ . 1111.. • 1111... •---.-.-.- - --- ----- -- -------- -- - ----- • . 1111 1111 1111. •.•• 1111. 1111... • amer Hourly Ana"Is Program V4.04 age _ _ _ _ • _ Air F item Sizing Summaryfor STORE" Project NAme: 57C"TBLDG — ----- -- Prepa: FRANYIE ENGINEERS INC. ' a Ai s m information 05:48/24/00 AM System Name STORE # 5 Equipment Class SPLT AHU Number of Zones 1 System Type SZCAV Floor Area 1336.0 ft' Sizing Calculation Information Zone and Space Sizing Method: Zone CFM Peak zone sensible load Calculation Months Jan to Dec Space CFM Coincident space loads Sizing Data Calculated Central Cooling Coil Sizing Data Total coil load 5.7 Tons Load occurs at Aug 1700 Sensible coil load 4.4 Tons OA DB / WB 89-9176.7 OF Coil CFM at Aug 1700 2415 CFM Entering DB / WB 78.5 / 66.4 OF Max possible CFM 2415 CFM Leaving DB / WB 58.3 / 57.2 OF Design supply temp. 55.0 OF Coil ADP 56.1 OF ft'/Ton 235A Bypass factor 0.100 BTU/hr/fe Water flow @ 10.0 OF rise 51.0 Resulting RH 52% - gpm Zone T-stat Check 1 of 1 OK Central Heating Coil Sizing Data Max coil load 24800 BTU/hr Load occurs at Des Htg Coil CFM at Des Htg 2415 CFM BTU/hr/ft' 18.6 Max possible CFM 2415 CFM Ent DB / Lvg DB 66.8176.3 OF ' Water flow @ 20.0 OF drop - gpm • ; • • • • ° , Supply Fan Sizing Data • • Actual max CFM at Jul 1700 2415 CFM Fan motor BHP 0.00 BHP" > s Standard CFM 2414 CFM Fan motor kW -'0.0d kW Actual max CFM/ft' 1.81 CFM/ft' Fan static : �~0.00 in. wg. Outdoor Ventilation Air Data Lf Design airflow CFM 267 CFM CFM/person , • • • • • 10.80 CFk/person t • ' : CFM/fe 0.20 CFM/ft° L , _ l • • 0000 • •00 • • • •0•• • 0000 • • • • • I II • • • • • • • 0000 • • 000• • ••• 0 0•00• 0000 0 • • • • • • • • • •40 • 0 00 • • • • *00 Gat er Hourly Analysis Program V4.G4 V4. aae ' Air F- -tem Sizing Summary for STORE' _—ProjectPr 8y: by: FRANYIE ENGINEERS INC. 05:48 AM rr ys em information System Name STORE # 6 Equipment Class SPLT AHU Number of Zones 1 System Type SZCAV Floor Area 1336.0 W Sizing Calculation Information Zone and Space Sizing Method: Zone CFM Peak zone sensible load Calculation Months Jan to Dec Space CFM Coincident space loads Sizing Data Calculated Central Cooling Coil Sizing Data Total coil load 5.7 Tons Load occurs at Aug 1700 Sensible coil load 4.4 Tons OA DB / WB 89.9 176.7 OF Coil CFM at Aug 1700 2415 CFM Entering DB / WB 78.5 / 66A OF Max possible CFM 2415 CFM Leaving DB / WB 58.3 / 57.2 OF Design supply temp. 55.0 OF Coil ADP 56.1 OF ft=/Ton 235.4 Bypass factor 0.100 BTU/hr/ft+ 51.0 Resulting RH 52% Water flow @ 10.0 OF rise - gpm Zone T -stat Check 1 of 1 OK Central Heating Coil Sizing Data Max coil load 24800 BTU/hr Load occurs at Des Htg Coil CFM at Des Htg 2415 CFM BTU/hr/ft' 18.6 Max possible CFM 2415 CFM Ent DB / Lvg DB 66.8 / 76.3 OF Water flow @ 20.0 OF drop - gpm ' Supply Fan Sizing Data Actual max CFM at Jul 1700 2415 CFM Fan motor BHP 0.00 BHP + Standard CFM 2414 CFM Fan motor kW . . 0.00 k%" Actual max CFM/ft' 1.81 CFM/ft2 Fan static . ' . . 0.00 in. wg. Outdoor Ventilation Air Data Design airflow CFM 267 CFM CFM/person ..10.00.CFWpsrson CFM/ft' 0.20 CFM/ft2 "" ° ` ' - - - . . , , t ... ... . ... ... 0000: • .. . 0000. • amer Hourty Analysis Program R.04 age its • L- . Project Name: ENGINEERS INC. , System Name STORE 8 7 Equipment Class SPLT AHU System Type SZCAV Sizing Calculation Information Zone and Space Sizing Method: Zone CFM Space CFM Sum Peak zone sensible load Coincident space loads Central Cooling Coil Sizing Data Aug 1700 Total coil load 6.2 Tons Sensible coil load 4.8 Tons Coil CFM at Aug 1700 2619 CFM Max possible CFM 2619 CFM Design supply temp. 55.0 OF ft=/Ton 243,2 BTU/hr/ft' 49.3 Water flow @ 10.0'F rise - gpm -- — 08124/00— "05, 824/00- 05:48 AM Number of Zones Floor Area Calculation Months Sizing Data 1 1514.0 W Jan to Dec Calculated Load occurs at Aug 1700 OA DB / WB 89.9176.7 OF Entering DB / WB 78.6 f 66.5 OF Leaving DB / WB 58-3157.2 OF Coil ADP 56.1 OF Bypass factor 0.100 Resulting RH 52% Zone T -stat Check 1 of 1 OK Central Heating Coil Sizing Data Max coil load 27898 BTU/hr Load occurs at Des Htg Coil CFM at Des Htg 2619 CFM BTU/hr/ft= 18A Max possible CFM 2619 CFM Ent DB / Lvg DB 67.0 / 76.8 OF Water flow @ 20.0 OF drop - gpm • < < Supply Fan Sizing Data • • + Actual max CFM at Jul 1700_ 2619 CFM Fan motor BHP . 0.00 BHR Standard CFM 2617 CFM Fan motor kW 0.04 W " Actual max CFM/ft' 1.73 CFM/ft2 Fan static . ' . 0.00 in. pg. • s a Outdoor Ventilation Air Data • • . • Design airflow CFM 303 CFM CFM/person • "' ' 10.gt1 t r4fterson CFM/R' 0.20 CFM/ft' • • • • , < < ' s • . a visa f i c 4 a i ••• • ••• •• • • • • • • • • •• • •• • • • •••• • • • ••• ••• • • • • • • • - --- --------- ---------•••--•---•-- • '1 --• -4-•060---------- -------- --- 00000 0000: 00000 amer ou a sis rogram v4.04 age Central Heating Coil Sizing Data 5394 CFM Max coil load 55574 BTU/hr ' Air}tem Sizing Summary for STORP Max possible CFM 5394 CFM Water flow @ 20.0 OF drop - gpm CFM/ft2 Project Naga-- : 57CTELDG— --- -- ----------- 08@4/00—� Pre red by: FRANYIE ENGINEERS INC. ' 05:48 AM rr-jrem nt ormatron System Name STORE #8 Equipment Class SPLT AHU Number of Zones 1 System Type SZCAV Floor Area 2818.0 W Sizing Calculation Information Zone and Space Sizing Method: Zone CFM Peak zone sensible load Calculation Months Jan to Dec Space CFM Coincident space loads Sizing Data Calculated Central Cooling Coil Sizing Data Total coil load 11.9 Tons Load occurs at Oct 1600 Sensible coil load 9.5 Tons OA DB / W 3 86.7 / 74.9 OF Coil CFM at Oct 1600 5394 CFM Entering DB / WB 78A 166.4 OF Max possible CFM 5394 CFM Leaving DB / WB 58.9 / 57.8 OF Design supply temp. 55.0 OF Coil ADP 56.7 OF ft2/Ton 236.0 Bypass factor 0.100 BTU/hr/ft2 50.9 Resulting RH 62% Writer flow @ 10.0 OF rise - gpm Zone T -stat Check 1 of 1 OK Central Heating Coil Sizing Data 5394 CFM Max coil load 55574 BTU/hr Coil CFM at Des Htg 5394 CFM Max possible CFM 5394 CFM Water flow @ 20.0 OF drop - gpm Supply Fan Sizing Data Actual max CFM at Oct 1600 5394 CFM Standard CFM 5391 CFM Actual max CFM/ft2 1.91 CFM/ft2 Outdoor Ventilation Air Data 0.00 W Design airflow CFM 564 CFM CFM/ft2 0.20 CFM/ft2 Load occurs at Des Htg BTU/hr/ft2 19.7 Ent. DB / Lvg DB 67.1 / 76.7 OF ...... a . - . ••• ... • 0..0.9- .. . amer Hourly Analysis Program V4.age zz ., . .... Fan motor BHP 0.00 BHFj • • a Fan motor kW 0.00 W Fan static • 600 in. wy. . .. . , CFM/person 1'8.00 CPM/psrson a . - . ••• ... • 0..0.9- .. . amer Hourly Analysis Program V4.age zz f •' f" ;ysxem 5lzing bummary Project N LDG OFFICE FLOORS -- Prep,ja bq: FRANYIE ENGINEERS INC. Air System Information �tll it Oaf System Name AC4 Equipment Class PKG ROOF System Type VAV Sizing Calculation Information 55.0 153.7 OF Zone and Space Sizing Method: 52.3 OF Zone CFM Peak zone sensible load Space.CFM Individual peak space loads Central Cooling Coil Sizing Data 1 of 1 OK Total coil load 45.3 Tons Sensible coil load 36.6 Tons Coil CFM at Jul 1700 17014 CFM Max possible CFM 20059 CFM Design supply temp. 55.0 OF - fefron 338.3 BiU/hr/ft- 35.5 Water flow @ 10.0 OF rise - gpm Supply Fan Sizing Data Actual max CFM at Jul 1700 20059 CFM Standard CFM 20049 CFM Actual max CFM/fP 1.31 CFM/ft2 Outdoor Ventilation Air Data Design airflow CFM CFM/fe 2299 CFM 0.15 CFM/ft' Number of Zones Floor Area Calculation Months Sizing Data 1 .15327.0 ft° r Jan to Dec Calculated Load occurs at Jul 1700 OADB/WB 89.9/76.7 OF Entering DB / WB 78-9164.7 OF Leaving DB / WB 55.0 153.7 OF Coil ADP 52.3 OF Bypass factor 0.100 Resulting RH " % Zone T -stat Check 1 of 1 OK Fan motor BHP Fan motor kW Fan static .' 0.00 BHP 0.00 kW 100 in. wc�. CFM/person 15.00 C3!' bperson • •t •t 'wool •••t • s • • + s • • •.t• 1 S c M 1 loll II • •.•• • .•• • f••.• • • • • • • • • loll • • • loll• loll• loll loll • • • • • • • • • • • • • • • • • •• • • • ••• •.• Y • • • oll • •••• • ••• • • • l • • • • • • • loll• • • • • • • l •• •• • • • • • � •••• loYl•l ••• loll• • amer Hourly Analysis rogram v4. age Supply Fan Sizing Data Actual max CFM at Jul 1700 Standard CFM Actual max CFM/ft2 19228 CFM 19219 CFM 1.27 CFM/ft' Fan motor BHP Fan motor kW- Fan W_Fan static 0.00 BHP 0.00 kW 0.00 in, wg. Outdoor Ventilation Air Data • Design airflow CFM 2263 CFM CFM/person • ' 3.00 C • • prp�bn CFM/ft0.15 CFM/ft' , • f o>94 r• . . s • • n a I• • •••• • •••• • • • • • • • •••• • • • • lo • •• • • • 0 logo ••• ••••• • • • lo • ••• amer HourlyAnalysis rogram v4.04 • lo • • • g • • : • • • age All Sizing Summary for AC 4 a . ystem a;Mjed Name: aFg71 LDG OFFICE FLOORS y W= Ogn4/p0 - Preparedii FRANKIE ENGINEERS INC. 1; — --%- ' -t i=------, -------06:2i-AM- rr m Infoi—mation System Name AC -2 f • Equipment Class PKG ROOF Number of Zones 1 System Type VAV Floor Area 15088.0 it' Sizing Calculation Information Zone and Space Sizing Method: Zone CFM Peak zone sensible load Calculation Months Jan to Dec Space CFM Individual peak space loads Sizing Data Calculated Central Cooiing Coil Sizing Data Total coil load 43.8 Tons Load occurs at Jul 1700 Sensible coil load 35.2 Tons OA DB / WB 89.9 / 76.7 OF Coil CFM at Jul 1700 16330 CFM Entering DB / WB 78.9 / 64.7 OF Max possible CFM 19228 CFM Leaving DB / WB 55.0 / 53.7 OF Design supply temp. 55.0 OF Coil ADP 52.3 OF ft'/Ton 344.8 Bypass factor 0.100 BTU/hr/ft' 34.8 Resulting RH 44 % Water flow @ 10.0 OF rise - gpm Zone T -stat Check 1 of 1 OK Supply Fan Sizing Data Actual max CFM at Jul 1700 Standard CFM Actual max CFM/ft2 19228 CFM 19219 CFM 1.27 CFM/ft' Fan motor BHP Fan motor kW- Fan W_Fan static 0.00 BHP 0.00 kW 0.00 in, wg. Outdoor Ventilation Air Data • Design airflow CFM 2263 CFM CFM/person • ' 3.00 C • • prp�bn CFM/ft0.15 CFM/ft' , • f o>94 r• . . s • • n a I• • •••• • •••• • • • • • • • •••• • • • • lo • •• • • • 0 logo ••• ••••• • • • lo • ••• amer HourlyAnalysis rogram v4.04 • lo • • • g • • : • • • age