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HomeMy WebLinkAbout1043 Medical Plaza Dr Load Calcs Remodel Dr. NewmanFLORIDA-ENERGY EFFICIENCY -CODE FOR BUILDING CONSTRUCTION FORM SOOSECTION 5 e BUILDING DESIGN BY COMPONENT PERFORMANCE APPROACH Non - Residential Buildings entiADMINISTEREDBY THE DEPARTMENT OF COMMUNITY AFFAIRS Residential Buildings over 3 stories ALL CLIMATE ZONES PROJECT NAME: X-rGOCCL VR. NtU>rA tJ O ZONE: ADDRESS: (33 yt.^t- Ai -A, m BUILDING CLASSIFICATIONS : d CITY ZIP CODE: 50c* LD -32-771 BUILDING PERMIT NO.: BUILDER: PERMITTING OFFICE: OWNER: I JURISDICTION NO.: BUILDING INFORMATION WALLS ROOF/CEILING FLOORS DOORS GLASS TYPE U AREA TYPE U AREA TYPE U AREA TYPE U AREA TYPE U AREA Concrete (CBS) Wood frame Metal frame Insulation R-value Under attic Single Assembly Other: Insulation R- value Slab ongrade Raised Wood Raised concrete: Insulation R-value Wood Metal Insulated Other Single, wall Double, wall45 Single, roof Double, roof d 1 SYSTEMS INFORMATION AIR CONDITIONER HEATING SYSTEM HOT WATER TYPE EFFICIENCY TONS TYPE EFFICIENCY BTUIH TYPE Unitary & Heat Pump q Central Heat Pump 65,000 Btu lh HSPF Electric Resistance 65, 000 Btu/h 65,000 Btu / h v SEER • EER 65,000 Btu/h COP Dedicated Heat Pump Water cooled EER Water cooled COP Gas Evaporatively cooled EER Evaporatively cooled COP Natural FrAC EER Electric resistance COP . LPG Chillers COP Gas/ Oil (circle one) Oil Other: 225,000/ 300, 000 Btulh AFUE HRU 225,000/300, 000 Btu/h Et Other: LIGHTING q / Lighting Budget (from Table 5-13): Total Lighting Wattage 1 `y — Total Conditioned Floor Area Watts/sq. n: PRESCRIPTIVE MEASURES (Must be met or exceeded by all buildings.) COMPONENTS SECTION REQUIREMENTS CHECK Windows 502.4 Maximum of 0.5 cfm per -linear foot of operable sash crack. Doors 502.4 1Maximum of 11.0 cfm per linear foot of operable sash crack. Joints/Cracks 502. 4 To be caulked, gasketed, weatherst ripped, or otherwise sealed. Reheat 503.3 Supply air restricted to set cold/hot deck temperature to meet load of worst case zone. V Ventilation 503.4 Supplied with readily accessible switch for shut-off and/or volume reduction when ventilation is not required. • y V HVAC Efficiency 503. 4 Minimum efficiencies — Heating: Tables 5-5, 5-6; Cooling: Tables 5-7, 5-8, 5-9. Transport Energy 503. 5 Minimum of 8.0 Balancing 503.6 Provide means for balancing HVAC air system & water distribution system. HVAC Controls 503. 7 Separate readily accessible manual or automatic thermostat for each system. HVAC Duct Construction 503.9 Constructed in accordance with industry standards & local mechanical codes. Ducts must be insulated to minimum R = d t/15 (hr °F It Z / Btu). V Piping Insulation 503. 10 In accordance with Table 5-10. Water Heaters 504. 2 Must bear ASHRAE label indicating compliance with ASHRAE Standard 90 or comply with efficiency and standby loss requirements. Switch or clearly marked circuit breaker (electric) or cut-off (gas) must be provided. Heat traps required. Must meet minimum water heating equipment efficiencies in Table 5-11 after 111190. Swimming Pools Spas 504.2 Spas & heated pools must have covers. Non --commercial pools must have pump timer. Gas spa & pool heaters must have minimum thermal efficiency of 75% (78% after 1 /1190). Hot Water Pipes 504.4 Insulation is required for recirculating systems. Piping heat loss is limited to 17.5 Btu/h/linear foot of pipe, see Table 5-12. Water fixtures 504. 5 Water flow restricted to maximum of 3 gpm at 80 psig: toilets maximum 3.5 gallon flush. Public lavatory fixture maximum flow of .5 gpm or .5 gallon if has self -closing valve. Lighting 505.1 Lighting ower budgets are listed in Table 5-13; Ballast efficacy factors are listed in Table 5-14. Uo wall Allowable Uo wall Actual If complying under the provisions of S. 502.1, enter the combined Uo values for the entire envelope Uo roof /ceiling Allowable Uo roof /ceiling Actual in this section. Uo floor Allowable . Uo floor Act al Uo envelope Allowable Uo envelope Actual OTTV wall Allowable OTTV wall Actual OTTV roof/ceiling Allowable OTTV rooflceiling Actual All plans and specifications shall be signed and sealed by a Florida rr.gisterecl engineer or architect Review of the plans and specifications covered by this calculation indicates compliance with with the exceptions provided for in Section 481.229, F.S ndStion 471.003, F.S. I hereby certify the Florida Energy Code. Before construction is completed, this building will be inspected for that the plans and specific s verea y 's' c l.I c mpliai?ce with the Florida compliance in accordance with Section 553.908 F.S.. Energy Code. SIGNATURE: BUILDING OFFICIAL: DATE 9 _ DATE: PERMIT NO. CHECKED by _ SECTION 5 WORKSHEET FOR ENERGY CALCULATIONS . BUILDING DESIGN BY COMPONENT PERFORMANCE APPROACH FORM 50OA-89 Florida Energy Efficiency Code for Building Construction HEATING DESIGN Uo — WALLS i. Wall Surface Winter Type Area,. ft' U-Value Type 1 5_ x Type 2 x Type 3 x Type 4 x Type 5 x Total Awall 1• I I' s Door Surface Winter Type Area, ft' U-Value Type 1. x s _ Type 2 x Type 3 x Total Adoor, 3• Glazing Surface Winter Type ;S Area,ft' U-Value Type ,1 -_ x Type 2 x Type'-3 x Total,_ Aglazing 5.; Total Aow l 7. _ ft' line 1+3+5 Uow = rZ _ line 8 line 7 Totals Total 2. Total 4. 4o Total 6.y12 Total Heating 8. line 2+4+6 9: • 1-+ Uow Actual From Table 5-2: Uow Allowed COOLING DESIGN OTTV — .WALLS Wall Surface Summer TDeq Totals Type Area, ft' U-Value See Table Type 1V x Q x 5.2191) L _ Type 2 x x Type 3 x x Type 4 x x Type 5 x x Total q j 1Awall10. Total 11. Door Surface Summer TDeq Type Area, ft' U-ValueoType1x x Type 2 x x Type 3 x x Total Adoor 12. Total 13, 3+_ Glazing Orient. Surface OSF Shading N, S, E, etc.) Area, ft' Coefficient t x ( Z x )_ x ( x)=. x ( x )_ x ( x )_ x ( x )_ x ( x )_ Total j .._ , - Aglazing 14. _—, - Total 15A. Surrun U-Value T x ( • c..o x _) = Total 1513. line 14 Total Aow 16. Total Cooling 17. 10 + 12 14 11 + 13 + 15A 15B OTTVow = 2 - 18. line 17 line 16 OTTV w VaIFromTable5-2: OTTVow Allowed HEATING DESIGN Uo — ROOF Roof Surface Winter Totals Type Area, ft2 U-Value Type 1 x _ Type 2 x = Type 3 x = Type 4 x = Total : Aopaque 19. 2 Wd Total 20. roof Skylight Surface Winter Type Area, ft2 U-Value Type 1 x = Type 2 x = Type 3 x = Total ' Askylight 21. Q . Total 22. Total Aor 23. ft2 Total Heating 24. line 19 + 21 line 20 + 22 Uor = 2 = 25. line 24 line 23 Uor Actual li 0FromTable5-2: - Uor Allowed I . HEATING DESIGN Uo — FLOOR Floor Surface - Winter Totals Type Type 1', Area, ft2 U•Value Type 2 x _ Type 3 x = Type 4 Total Afloor 33. x = ft2 Total Heating 34. Uof. _' D _ 2 = 35; line 34 line 33 Uof Actual 2FromTable5-2: Uof Allowed COOLING DESIGN OTTV — ROOF (If skylights used) Roof Surface Summer TDegr Totals Type Area, ft2 U-Value See Fig. 5.1) Type 1 lzn &x x / Type 2 x x — Type 3 x x = Type 4 x x = Total Aop qUe roof 26. ===1 i Total 27. Skylight Surface Shading Type Area, ft2 Coefficient Type 1 x (138 x Type 2 x (138 x Type 3 x (138 x Total Askylight 28• Total 29A. 4 Summer U-Value A T x ( x Total 29B. line 28 Total Aor 30 10`"' Total j Cooling 31. li + 28 27 29 + 29B OTTVor 1 35. line 31 line 30 OTTV A tual From Table 5-2: OTTVor Allowed HEATING DESIGN Uo AVERAGING* (sec. 502.2(a)) U Envelope Allowable (take U values from Table 5-2): x )+( x ).+( x ) Uow Aow (line 7) Uor Aor (line 23) Uof Aof (line 33) AE ( line 7 + line 23 + line 33). U Envelope Actual (use actual calculated U values); = UE Allowed x )+( x )+( x ) U' ow (line 9) Aow (line 7) U'or (line 25) Aor (line 23) U'of (line 35) Aof (line 33) AE ( line 7 + line 23 + line 33) = UE Actual Cooling OTTVs may not be averaged. WALL R-VALUES BUILDING COMPONENT DESCRIPTION WALL TYPE 1 WALL TYPE 2 WALL TYPE 3 WALL TYPE 4 WALL TYPE 5 Exterior air film Stucco Block Stud Firring strip Insulation Wall board Solid Other Other Other Interior air film Gib R TOTAL U=11R oV AREA Weight (lb/.sq. ft.) IF FRAME: Size x Inches O.C. ROOF/CEILING R-VALUES BUILDING COMPONENT DESCRIPTION ROOF TYPE 1 ROOF TYPE 2 ROOF TYPE 3 ROOF TYPE 4 ROOF TYPE 5 Room air film Wall board Truss Insulation Other ptlAQ%- TILS Other g u V-CS* 25 Other Other Outside air film d R TOTAL U = 11R Q5 AREA (sq. ft.) U=TC IF FRAME: Size x Inches O.C. FLORIDA ENERGY -EFFICIENCY CODE FOR -BUILDING CONSTRUCTION SECTION 5 • BUILDING DESIGN BY COMPONENT PERFORMANCE APPROACH FORM 500 Non -Residential Buildings ADMINISTERED BY THE DEPARTMENT OF COMMUNITY AFFAIRS Residential Buildings over 3 stories ALL CLIMATE ZONES PROJECT NAME: 6w 60j!C u%41* ZONE: ADDRESS: J'0 3 R • BUILDING CLASSIFICATIONS : CITY ZIP CODE: aA e— 0 2'l BUILDING PERMIT NO.: BUILDER: PERMITTING OFFICE: OWNER: JURISDICTION NO.: BUILDING INFORMATION WALLS ROOF/CEILING FLOORS DOORS GLASS TYPE U AREA TYPE U I AREA TYPE U AREA TYPE U AREA TYPE U AREA Concrete (CBS) Wood frame Metal frame Insulation R-value Under attic Single Assembly Other: Insulation R-value Q 2 Slab -on -grade Raised Wood Raised concrete Insulation R-value Wood Insulated Other Single, wall Double, wall Single, roof Double, roof AnMetal SYSTEMS INFORMATION AIR CONDITIONER HEATING SYSTEM HOT WATER TYPE EFFICIENCY TONS TYPE EFFICIENCY BTUIH TYPE Unitary & Heat Pump 65,000 Btu I h SEER Central Heat Pump 65,000 Btu/ h HSPF Electric Resistance X91 65,000 Btulh EER 65,000 Btu/h' COP Dedicated Heat Pump Water Cooled EER Water cooled COP Gas Evaporatively cooled EER Evaporatively cooled COP Natural PfAC EER Electric resistance COP LPG Chillers COP Gas/Oil (circle one) Oil Other: 225,0001300,000 Btu /h AFUE HRU 225,0001300,000 Btu lh Et Other: LIGHTING sn d Total Conditioned Floor Area Lighting Budget (from Table 5.13): 2iA10 = Watts/sq. ft: Total Lighting Wattage — PRESCRIPTIVE MEASURES (Must be met or exceeded by all buildings.) COMPONENTS SECTION REQUIREMENTS CHECK Windows 502.4 Maximum of 0.5 cfm per linear foot of operable sash crack. Doors 502.4 Maximum of 11.0 cfm per linear foot of operable sash crack. to, Joints/Cracks 502.4 To be caulked, gasketed, weatherstripped, or otherwise sealed. Reheat 503.3 Supply air restricted to set cold/hot deck temperature to meet load of worst case zone. Ventilation 503.4 Supplied with readily accessible switch for shut-off and/or volume reduction when ventilation is not required. I HVAC Efficiency 503.4 Minimum efficiencies — Heating: Tables 5-5, 5-6; Cooling: Tables 5-7, 5-8, 5.9. Loy Transport Energy 503.5 Minimum of 8.0 Balancing 503.6 Provide means for balancing HVAC air system & water distribution system. HVAC- Controls 503.7 Separate readily accessible manual or automatic thermostat for each system. 14 HVAC Duct Construction 503.9 Constructed in accordance with industry standards & local mechanical codes. Ducts must be insulated to minimum R = d t/15 (hr 'F It I Btu). Piping Insulation 503.10 In accordance with Table 5-10. Water Heaters 504.2 Must bear ASHRAE label indicating compliance with ASHRAE Standard 90 or comply with efficiency and standby loss requirements. Switch or clearly marked circuit breaker (electric) or cut-off (gas) must be provided. Heat traps required. Must meet minimum water heating equipment efficiencies in Table 5.11 after 111190. Swimming Pools Spas 504.2 Spas & heated pools must have covers. Non-commercial pools must have pump timer. Gas spa & pool heaters must have minimum thermal efficiency of 75% (78% after 111 /90). Hot Water Pipes 504.4 Insulation is required for recirculating systems. Piping heat loss is limited to 17.5 Btu/h/linear foot of pipe: see Table 5-12. Water fixtures 504.5 Water flow restricted to maximum of 3 gpm at 80 psig: toilets maximum 3.5 gallon flush. Public lavatory fixture maximum flow of .5 gpm or .5 gallon if has self -closing valve. v Lighting 505.1 Lighting ower budgets are listed in Table 5-13: Ballast efficacy factors are listed in Table 5-14. Uo wall Allowable Uo wall Actual If complying under the provisions of S. 502.1, enter the combined Uo values for the entire envelope Uo roof/ceiling Allowable Uo roof/ceiling Actual ' O in this section. Uo floor Allowable . Uo floor Actual _. Uo envelope Allowable Uo envelope Actual OTTV wall Allowable J% a. OTTV wall Actual OTTV roof/ceiling Allowable OTTV roo(Iceiling Actual + All plans and specifications shall be signed and sealed by a Florida registered engineer or architect Review of the olans and specifications covered by this calculation indicates compliance with with the exceptions provided for in Section 481.229, F.S and Section 471.003, F..S I hereby certify the Florida Energy Code. Before construction is completed, this building will be inspected for that the plans and specifi a s vere by t r alauia in n^ with the Florida compliance in accordance with Section 553.908 F.S.. Energy Code. SIGNATURE: BUILDING OFFICIAL: DATE: DATE: PERMIT NO i CHECKED by SECTION 5 WORKSHEET FOR ENERGY CALCULATIONS .. BUILDING DESIGN BY COMPONENT PERFORMANCE APPROACH FORM 50OA-89 Florida Energy Efficiency Code for Building Construction Wall Type Type 1 Type 2 Type 3 Type 4 Type 5 Total Awall Door Type Type 1 Type 2 Type 3 Total Adoor Glazing Type Type 1. Type 2 Type 3, Total Agl'azing Total Aow HEATING DESIGN Uo — WALLS Surface Winter Totals Area, ft2 U-Value x x _ x _ x x - Total 2. Surface Winter Area, ft2 U-Value x— x x 3. 8c) Total 4. 40 Surface Winter Area, ft2 U-Value x ZZ x x 5. 7. 8 ft2 line 1+3+5 ago _ I _ line 8 line 7 Total 6. Total Heating 8. 35 line 2+4+6 9. Uow Actual From Table 5-2: - 37 Uow Allowed COOLING DESIGN OTTV —,WALLS Wall Surface Summer TDeq Totals Type Area, ft2 U-Value (See Table 5-213) QQ Type 1 J) x x A 44 _ L Type 2 x x = Type 3 x x = Type 4 x x = Type 5 x x = Total Awall 10. Total 11. o,a99 Door Surface Summer TDeq Type Area, ft2 U-Value _ Type 1 x .rjo x 8 Type 2 x x = Type 3 x x = Total Adoor 12. Total 13. Glazing Orient. Surface OSF Shading N, S, E, etc.) Area, ft2 Coefficient x (—x)= E: Q x ( x ) = d w x ( x )= 0 . x ( x )= x ( x )= Total Aglazing 14. Total 15A. I tom Sum U-Value T x ( x ) = Total 15B. line 14 ^ CalTotalAow16. 11 Pgb Total Cooling 17. :c- i 19+t+14— 11 + 13+ 15A+158 OTTVow line 17 line 16 OTTVow Actual From Table 5-2: OTTVow Allowed j HEATING DESIGN Uo — ROOF Roof Surface Winter Totals Type Area,. ft2 U•ValCalue Type 1 P?J Type 2 x = TYp? 3 x = Type 4 x = Total AopagUe 2 pOb19. Total ISOroof20. Skylight Surface Winter Type Area, ft2 U•Value Type 1 x = Type 2 x = Type 3 x = Total Askylight 21. Total 22.©` Total Aor 23: 2 (Poo ft2 Total Heating 24. line 19 + 21 line 20 + 22 uo = 16 oOo _ 25. a line 24 line 23 Uor Acctlual From Table 5 2: Uor Allowed HEATING DESIGN Uo — FLOOR Floor Surface . Winter Totals Type U•Value Type 1 JJJAr eiiiay,fMM/t' x 2.5 _ 7 Type 2 x Type 3 x Type 4 Total Afloor 33• t'-)Ct?„ 6 x ft2 " Total Heating 34. Uof = 2.i 35. 5' line 34 line 33 Uof Actual From Table 5-2: Uof Allowed L COOLING DESIGN OTTV — ROOF (If skylights used) Roof Surface Summer TDegr Totals Type Area, ft2 U•Value (Seefig. 5.1) Type 1 2'1 <P00 x -05 x Type 2 x x = Type 3 x x = Type 4 x x = Total-- Aopaque roof 26. `.RTotal 27. <9 Skylight Surface Shading Type Area, ft2 Coefficient Type 1 x (138 x ) _ Type 2 x (138 x ) _ Type 3 x (138 x ) _ Total Askylight 28• w Total 29A. d Summer U-Value A T x ( x ) Total 29B. ` Q line 28 Total Aor 30, 21`""— Total Cooling 31. I 1' 28 // 27 + 29 + 29B OTTVor = 1 — 1 w —j 35. 3. line 31 line 30 ; , OTTV Actual From Table 5-2: +cam OTTVor Allowed HEATING DESIGN Uo AVERAGING* (Sec. 502.2(a)) U Envelope Allowable (take U values from Table 5-2): x—) + ( x ),+( x ) Uow Aow (line 7) Uor Aor (line 23) Uof Aof (line 33) AE ( line 7 + line 23 + line 33) U Envelope Actual (use actual calculated U values): = UE Allowed x )+( x j+( x ) U' ow (line 9) Aow (line 7) U'or (line 25) Aor (line 23)U'of (line 35) Aof (line 33) AE ( line 7 + line 23 + line 33) = UE Actual Cooling OTTVs may not be averaged. WALL R-VALUES BUILDING COMPONENT DESCRIPTION WALL TYPE 1 WALL TYPE 2 WALL TYPE 3 WALL TYPE 4 WALL TYPE 5 Exterior air film Stucco Block Stud Firring strip Insulation Wall board 415 Solid Other Other Other Interior air film R TOTAL I i• ' U=11R AREA Weight (lbl.sq. ft.) IF FRAME: Size x Inches O.C. ROOF/CEILING R-VALUES BUILDING COMPONENT DESCRIPTION ROOF TYPE 1 ROOF TYPE 2 ROOF TYPE 3 ROOF TYPE 4 ROOF TYPE 5 Room air film Wall board Truss j Insulation Q Other Ac6, I1Lko 5 Other Other Other Outside air film RTOTAL U = 1113 AREA (sq. ft.) OV U=TC IF FRAME: Size ',x Inches O.0 a