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HVAC calcs EMS Calculator Page 1 of 14 Illy t B � qj LF, . _. 4 Q--Lf; 6 p NE s�.fJuN.,fi2 �� fLJ 1EMS HVAC Load Calculator yo- www.hvacloadcalculator.com Date: Mon Jun 11 Loaded Document: gf info Welcome - GFOIL 2018 10:47am Company Info Client Information , F Company i GF HEATING OIL LLC Name Joel Mathews F Preparer BRIAN NELSON Addressl Allen rd Queensbury ny Phone Addressl :: : ~ - - -___, i (518) 792-2220 r Email Address3 brian@gfheatingoil.com ry Phone _ (518) 668-5823 Email -__... __.._...___ ___. , • _._ _.-___...._...___-._..._..___._ ._l Date r ---) 1 11-Jun-2018 i This HVAC load calculation has been performed using sound engineering principles as prescribed by Manual J eighth edition and ASHRAE Handbook of Fundamentals. Duct sizing has been performed as prescribed by Manual D. i . I 11. Design Conditions(Temp. F) ❑Check If Using Celcius INDOOR OUTDOOR TEMP Front of West v , DIFF Building is ___.__.,_ 1 { 2 3 , — — ...__..._... — ......... — — ._.._...._ Facing I WINTER ----------1 ------------ 90 70 -20 _.: . _ 2800 — __ _ TotalSq.Ft,._ 1 S Ft I SUMMER ` - 30 Conditioned -- 65 .. 95 ,,_, Area • https://ems-residential.hvacloadcalculator.com/app/ 6/11/2018 EMS Calculator Page 2 of 14 2. Summer Humidity riZ-de;tely v 40 Grains Difference 3. How Tight is Structure Very tight-over 1500 Sq. Ft. Winter Summer Air/Changes/Hr. 0.35 0.175 4. Fireplace Evaluation Number Evaluation CFM none Tight 0 5. Number of Occupants generally equals number of bedrooms + 1 4 Overhang Characteristics Enter all measurements decimally r=.1 7"=.6 Oathalhf: 3 is S ft 3 ft 2"=.2 =.7 8 77-71 Li 4" =.3 8 11'5"=.4 ==..9 TOW lineartop of I:Ando.z IP ft. Example-2 ft.a in.=2.7 ft. _ _ EAST WEST S/SE/SW N/NE/NW https://ems-residential.hvacloadcalculator.com/app/ 6/11/2018 EMS Calculator Page 3 of 14 r Distance of OH from top of I1.6 s 1.6 I 1.6 1.6 window (A) --.— ( --- _ i Length of overhang (B) 1.6 1.6 , ! 1.6 1.6 Total linear ft. across top 7 1 8 --] r6» «--m 42 of windows located below t----- ---- - _. _...._. __._....______ overhang Solar GainThrough Glass ❑Check this box if using manufacturer specifications and enter the latitude, U-value and SHGC Latitude _45 U-Value 1 SHGC , Facing Area(sq ft) Type Glass HTM Unshaded Shaded BTUH North or L 180 Double vM 24.00 0 195 4,689 Shaded _--,w ,..w _- NE/NW Lol .. __....._» 4IrT00 _ 0 0 0 { South 24 Double v 40.00 9 15 346 SE/SW LO m y 0.00 0 0 0 East 28 Double v 75.00 28 0 2,100 West I 72 - - -Double v 75.00 72 0 5,400 Does glass have reflective No v 1 12,534 coating? — Skylight -..— --' r- v--, 150 0 L. . ....._ Clear Total 12,534 Solar Gain 4] f https://ems-residential.hvacloadcalculator.com/app/ 6/11/2018 EMS Calculator Page 4 of 14 DUCTS OR PIPES Location(Heating) f...__-_......_._..__.__._ � Duct 0.00 Conditioned ar v Loss Location(Cooling) Conditioned ar v Duct 0.00 Gain Duct/Pipe ii Insulation -- - - -' Duct Leakage Area of Attic or 0 Floor Where Duct ! is Located • Attic Temperature (If ducts located -- i in attic) 1 3 {7 it f F Load Calculation Elements of Area or Insulation/R-value U-Value Heat Heat Latent Load Lin. Ft Loss Gain Btuh • • Btuh Btuh Solar Gain 12,534 from Glass Gross Wall 200E I Glass 1 304 Double v 0.56 15,322 Skylight 0 v 0.00 0 Doors I Insulated or!v 0.40 180 60 Net Wall 1,699 R-19 v 0.07 10,398 3,466 I Ceiling 188C R-30 v 0.03 5,414 2,707 3 � https://ems-residential.hvacloadcalculator.com/app/ • 6/11/2018 EMS Calculator Page 5 of 14 I E Floor Over Crawl 0 No Insulation v i 0.37 0 0 or Unheated ------- Basement Open-Beach 0 _..� .�.-.. v--� 0.00 0 0 �_-....-._._...._. I House , I I I ! Above Carport Slab On 47 ry [ No Insulation v 0.80 3,384 0 Grade _,._ _ enter-linear ft Infiltration- 224C 12,936 2,156 Enter cubic-ft - ( of building People 920 800 £ ( f Appliances El 3 Enter - — Value Sub Total 47,634 21,846 Duct Loss/Gain 0 0 1,030 Total Sensible Load 47,634 21,846 1 � _ Latent Load 1,777 Total Latent Load 3,607 SUMMARY Heating Load Sensible Cooling Latent Cooling Total Cooling Load *Nominal Tons 47,634 21,846 3,607 25,453 2.43 OUTDOOR AIR FLOW RATE 58 � r https://ems-residential.hvacloadcalculator.com/app/ 6/11/2018 EMS Calculator Page 6 of 14 * CAUTION- The cooling capacity of the air conditioner must meet both, sensible and latent loads. It is recommended a Manual S calculation be performed. Using manufacturer's specs. The nominal tons assume .75 S/T ratio at the chosen outdoor design temperature. I Summary Including Basement I Heating Load Sensible Cooling Latent Cooling Total Cooling Load Nominal Tons 73,413 30,302 4,897 35,198 3.37 1 Whole House (Block Load) Completed Scroll to top For Additional Options !Solar Gain Through Glass ❑Check if Using Manufacturer specs Latitude 40 — U-Value ` SHGC ` Facing Area(sq ft) Type Glass HTM BTUH North or ( 0.00 0 Shaded I _.__._ _ _ NE/NW LO 0.00 0 .,..,......,�........�..........,.,,.,.........._„_..-....<South 0LSingle v ` 50.00 0 SE/SW LoLv 0.00 0 East r0 -- v 0.00 0 West [0._ - L v 0.00 0 Does glass have reflective coating? I No v 0 https://ems-residential.hvacloadcalculator.com/app/ 6/11/2018 'EMS Calculator Page 7 of 14 1 F ._._____._�_� _T_T.__ ___�_ �,_ ._.. _..___.__._____,-_. _._,.............._._ „_:..,r_.. Total Solary .__.o.__ —. Gain i 1 Basement Load Calculation Elements of Area or Insulation/R-value U-Value Heat Heat Latent Load Lin. Ft Loss Gain Btuh Btuh Btuh Solar Gain 0.00 From Glass . , — i Gross Wall i 500 Above Grade ------- i Glass 1 0 I Double v 0.56 0 i Doors 0.00 0 0 Net Wall- 500 I R-19 v 0.06 2,700 900 Above Grade ---- ._.-________ Wall Below -_-200( [ -i9 v---) 0.03 5,400 1,800 Grade Ceiling 230( R 21 vi 0.04___„_ 9,108 4,554 • __._.----_..----_._._._ Floor 230( 0.02 4,968 4,968 Infiltration- 873E 3,604 1,201 • Enter cubic-ft ------ of building • People O_ 10 0 ; F s s Appliances 0 - , Total Sensible Load 25,780 8,455 Latent Load 990 I Total Latent Load 1,290 https://ems-residential.hvacloadcalculator.com/app/ 6/11/2018 -EMS Calculator Page 8 of 14 € 3 Basement Summary Heating Load Sensible Cooling Latent Cooling Total Cooling Load *Nominal Tons 25,780 8,455 1,290 9,445 0.94 } * CAUTION- The cooling capacity of the air conditioner must meet both, sensible and latent loads. It is recommended a Manual S calculation be performed. Using manufacturer's specs. The nominal tons assume .75 S/T ratio at the chosen outdoor design temperature. Room by Room Load Calculation Total House Total House System CFM __.,._�. __..._m__._.._.m ,.._.._T___ , .___._ .. Cooling Heating Heat Loss Sensible Heat n 0 _� Gain k.._.._ _. ( 73,413 ___ .____,_ 30,302 i j +Add-Room Room HeatLoss HeatGain CFM_Heat CFM Cool Name :ii Check-Calculations-When-Completed auto- 25,780 8,455 0 0 basement Totals: 25,780 8,455 0 0 Percent Of Original: 35% 27% Round to Rectangle Conversion Calculator(Optional) Enter Round Side A (Inches) Side B (Inches) Diameter 0 0 https://ems-residential.hvacloadcalculator.com/app/ 6/11/2018 EMS Calculator Page 9 of 14 Duct Sizing Use heating or cooling Type of duct material cfm Determine Friction Rate (see instructions) Total measured length of duct 0 Total equivalent length of fittings 0 Available static pressure for duct am, Enter Friction Rate: 0 Calculate Friction Rate Supply Trunk or branch cfm duct air dia vel First section off AH 0 1st reduction or branch 0J s 2nd reduction or branch r 3rd reduction or branch 4th reduction or branch 0 5th reduction or branch 0�— Return Trunk or branch cfm duct air dia vel First section off AH 0 1st reduction or branch 0 2nd reduction or branch 3rd reduction or branch 0 https://ems-residential.hvacloadcalculator.com/app/ 6/11/2018 EMS Calculator Page 10 of 14 4th reduction or branch • 5th reduction or branch 0 Basement supply and return 0 trunk Room Runs cfm no of outlet duct air outlets cfm dia vel auto-basement 0 ' 0 Duct Sizing Completed Scroll to top For Additional Options 4 Equipment selection as per Manual S Instructions: enter load, weather and manufacture's data in white cells ©Auto Complete BTUH Total Heat Loss 73413 Design Outdoor Indoor Conditions Total Heat Gain 34898 -20 70 Sensible Heat 30302 95 65 Gain z_....._.__... Latent Heat Gain 4,597 ID Design RH 50%, 63F WB Sensible/Total 0.87 Altitude � 344 Ratio ..w_.. target clg Temp. 17 Predominantly Heating climat v I Drop I � t 2 Manufactures Equipment Specifications L https://ems-residential.hvacloadcalculator,cgm/app/ 6/11/2018 EMS Calculator Page 11 of 14 Equipment Manufacturer Model BTUH Total Sensible Latent No • output cooling BTUH BTUH (heating) BTUH OD design temp € i i Furnace 1 RUUD r95 1000G Boiler O 0--- I E ._.. --- ------- Heat Pump RUUD RA' 5000 ' 36000 0 i or Air Conditioner Evaporator .___....---RUUD r RCI Coil -- — .. Air Handler I Total 98624 35814.24 35814.24 0 Capacity ` I with I ` Altitude Correction Selected OK OK OK UNDERSIZED Equipment Size E � Heating CFM Cooling CFM External Static Pressure of (recommended) Blower 1,915 [2o ,000 �.... .............. .-. ...,,... ., .....,�......... F ICI Available static presure for Supplemental heat needed for heat duct system pump Blower ext. --.---0 '-d_-_------ HP capacity ® 47F I-0 static press �........... _ -- ? .-..s,..__.. .. :..:._ HP capacity® 17F 0 —Coil press 0 drop* https://ems-residential.hvacloadcalculator.com/app/ 6/11/2018 EMS Calculator Page 12 of 14 Filter press HP capacity @ 0 • } drop* -- ------- ODDT Register press I.0_.- BTUH 73,413 drop - supplemental heat Grille Pressure 0 KW supplemental 22 Drop __.. -..._.._._ heat Other o Other 0 Other 0 ��-- � 3 3 Available SP 0 for duct Equipment Size Limits E 2 jj Air conditioner-heat Pump Furnace Boiler Cool Climate Heat Climate'' output output Maximum Size 40,133 43,623 102,779 102,779 Selected Size OK OK OK OK • 4 E j4 E Energy Cost Analysis Heat Loss 73,413.48 Heating Degree Days 7000 • i Heat Gain 34,8 98.45 Cooling Degree Days -, 500 Summer Design 95 Summer Design Temp 30 Temp Diff • Winter Design -20 Winter Design Temp 90 Temp Diff https://ems-residential.hvacloadcalculator.com/app/ 6/11/2018 EMS Calculator Page 13 of 14 System #1 (Old or less efficient system) Efficiency Fuel Cost Air Conditioning 0 0 [ Heating ,- ._ _ _�.__ - __ ..__ I Total annual operating cost of system 1 1{) 3j System #2 (Old or less efficient system) ! i Efficiency Fuel. Cost Air Conditioning o__._ - 0---_-_—�___ Heating 1 0.00 Total annual operating cost of ( I system 1 3 i ' PAYBACK AND ROI Cost of new or more efficient system 0 Cost of less efficient system 0 Rebates or credits w _ _ _ ._....._.. _. ... 0. Additional Investment 0.00 Yearly Savings I I F Payback(Years) 4 E https://ems-residential.hvacloadcalculator.com/app/ 6/11/2018 "EMS Calculator Page 14 of 14 J.k Return on Investment (ROI ) https://ems-residential.hvacloadcalculator.com/app/ 6/11/2018